diff --git a/.github/workflows/ci.yml b/.github/workflows/ci.yml index 8743f1140..29de736c6 100644 --- a/.github/workflows/ci.yml +++ b/.github/workflows/ci.yml @@ -660,6 +660,19 @@ jobs: if: ${{ (env.GENESIS_CI_LANE == 'standard' || env.GENESIS_CI_LANE == 'governance') }} run: cargo fmt --all -- --check + - name: Install Independent Checker Python + if: ${{ (env.GENESIS_CI_LANE == 'standard' || env.GENESIS_CI_LANE == 'governance') }} + uses: actions/setup-python@v5 + with: + python-version: "3.12" + + - name: Install Hash-Locked Independent Checker Dependency + if: ${{ (env.GENESIS_CI_LANE == 'standard' || env.GENESIS_CI_LANE == 'governance') }} + run: | + python3 -m pip --isolated --disable-pip-version-check install \ + --index-url https://pypi.org/simple --require-hashes --only-binary=:all: --force-reinstall \ + -r scripts/requirements-selfhost-checker.txt + - name: Selfhost Boundary Guard if: ${{ (env.GENESIS_CI_LANE == 'standard' || env.GENESIS_CI_LANE == 'governance') }} run: bash scripts/check_selfhost_boundary.sh --strict @@ -1080,6 +1093,7 @@ jobs: cargo build -p gc_wasi_cli --target wasm32-wasip1 --release --locked --offline GENESIS_WASI_SMOKE_NATIVE_BIN="$native_smoke_bin" \ bash scripts/wasi_smoke.sh "$CARGO_TARGET_DIR/wasm32-wasip1/release/genesis_wasi.wasm" + bash scripts/test_wasi_rooted_fs.sh - name: Finalize Hosted Timing Calibration if: ${{ always() && github.event_name == 'workflow_dispatch' && github.ref == 'refs/heads/main' && env.GENESIS_CI_PROFILE == 'standard' && env.GENESIS_CI_LANE == 'standard' }} diff --git a/CHANGELOG.md b/CHANGELOG.md index 109eaf3f0..9b047a49a 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -4,6 +4,9 @@ All notable GenesisCode changes are tracked here. The project is pre-1.0; format ## [Unreleased] +- Reject registry redirects, malformed object identities and corrupt backend responses at the shared client boundary; stream bounded file/HTTP reads and admit complete sync download batches before installation. Preserve existing store/sync hash-mismatch classifications and strict replay. Whole-closure rollback and independent recovery acceptance remain open. +- Recover journaled reclamation of regular-file selfhost caches as well as Cargo directories; reject quarantine links without changing their targets or the existing resource policy. + - Define GenesisCode, GenesisBench, and Genesis Model as independently versioned products with separate release authorities, typed compatibility, isolated acceptance lanes, and no model dependency for the language release. - Expand the benchmark roadmap through signed public governance, lineage-correct statistics, fixed-scaffold model comparison, temporal challenge overlays, construct-validity studies, a training/evaluation firewall, profile-bound local models, and four-cell language/model co-evolution. - Add the self-hostable signed GenesisBench result registry and deterministic lexicographic static leaderboard, preserving complete append-only result history and independently replayed scoring. @@ -45,6 +48,13 @@ V1 registry claim: `reserved-not-stable`. Reserved IDs are not stable compatibil #### Known Gaps +- `P1.10`: F02: authorize anchored filesystem traversal before mutation, including escaping symlinks and replacement races. Affected claims: `CAP-DENY-DEFAULT-POLICY`, `CAP-EFFECT-REPLAY`, `CAP-HOST-BRIDGE`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES`, `CAP-SEMANTIC-VCS`. +- `P1.11`: F03: preserve source and destination on self-rename and failed overwrite; enforce safe replacement semantics. Affected claims: `CAP-EFFECT-REPLAY`, `CAP-HOST-BRIDGE`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES`, `CAP-SEMANTIC-VCS`. +- `P1.12`: F04: remove the final filesystem entry without dereferencing its symlink target; specify native/WASI behavior. Affected claims: `CAP-EFFECT-REPLAY`, `CAP-HOST-BRIDGE`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES`, `CAP-SEMANTIC-VCS`. +- `P1.13`: F05: bound actual primitive work, including empty string repetition at maximum count, across execution tiers. Affected claims: `CAP-KERNEL-DETERMINISM`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES`. +- `P1.14`: F06: bind package verify custody to artifact-backed commit authority and reject native-decoder restoration. Affected claims: `CAP-EVIDENCE-GATED-PUBLISH`, `CAP-PACKAGE-MANAGER`, `CAP-SELFHOST-CUTOVER`, `CAP-SEMANTIC-VCS`, `CAP-STRICT-NO-FALLBACK`. +- `P1.15`: F07: preserve registry service liveness and bounded wait/shutdown/join/drop ownership. Affected claims: `CAP-HOST-BRIDGE`, `CAP-PACKAGE-MANAGER`. +- `P1.9`: F01: eliminate symbol/literal and improper-pair canonical identity collisions across construction, codecs, hashes and artifact storage, with explicit term-domain admission and versioned compatibility. Local 2026-10-02 E0 serialization-admission controls do not close lossless runtime hashing, versioned replay compatibility, remaining production-boundary audit or independent acceptance. Affected claims: `CAP-COREFORM-IDENTITY`, `CAP-EFFECT-REPLAY`, `CAP-EVIDENCE-GATED-PUBLISH`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES`, `CAP-SEMANTIC-VCS`. - `R1.3.f`: Meet the cold, warm, large-workspace, parallel-agent, cancellation, and restart interface budgets. Affected claims: `CAP-AGENT-JSON-CONTRACTS`. - `R1.5.f`: Validate skill distribution, offline use, token budgets, and multi-agent compatibility. Affected claims: `CAP-AGENT-SKILL-PACK`. - `R2.3.e`: Meet explicit incremental large-workspace agent-loop SLOs. Affected claims: `CAP-AGENT-WORKSPACE-PERF`. @@ -121,7 +131,7 @@ V1 registry claim: `reserved-not-stable`. Reserved IDs are not stable compatibil - `R8.2.r`: Prove a reproducible Genesis-native data science and local ML system. Affected claims: `TARGET-DATA-ML`. - `R8.3.a`: Ship and maintain at least five evidence-backed flagship programs. Affected claims: `CAP-DOMAIN-STARTERS`, `CAP-GRAPHICS-RUNTIME`. - `R9.2.c`: Publish and independently mirror immutable E4 release attestations. Affected claims: `CAP-TOOL-QUALIFICATION`. -- Active P0/P1 defect IDs: none. Roadmap gaps above remain open. +- Active P0/P1 defect IDs: `P1.9`, `P1.10`, `P1.11`, `P1.12`, `P1.13`, `P1.14`, `P1.15`, `P1.16`. Roadmap gaps above remain open. #### Evidence @@ -136,7 +146,7 @@ V1 registry claim: `reserved-not-stable`. Reserved IDs are not stable compatibil | Lockfile | Records | Registry | Git | SHA-256 | |---|---:|---:|---:|---| -| `Cargo.lock` | 461 | 443 | 0 | `ba28b65b338829a7db9fc4301f226a339c6aab81743b974ae5ca0de1601cbcae` | +| `Cargo.lock` | 472 | 454 | 0 | `f6097c180c884d7519243b71d287e9a18beddae96b15dfbabf2a9515662f4682` | | `tools/genesis-evidence-producer/Cargo.lock` | 41 | 40 | 0 | `a7aa895176386dcbde3de7e0d49a8511ca38227880ee30e82c12978cc5fa416e` | | `tools/genesis-evidence-verifier/Cargo.lock` | 41 | 40 | 0 | `d3a5c9c2e7d3cb614d79b3360210c93f63317cdbb808250d0084ff4c1822f3eb` | | `package-lock.json` | 3 | sha512 integrity | 0 | `f5b2fa938c2c572fa8172b0f57418c10dca846791855fbd25b1b662b188097ed` | @@ -155,7 +165,7 @@ No security gate is represented as passed by this static document. Release autho - `scripts/check_supply_chain.sh` (`release-only`, `release-full`, network `deny`): required, not attested here. - `scripts/check_versioning_release_hygiene.sh` (`release-only`, `release-full`, network `deny`): required, not attested here. -Machine-readable identity: `9c74462371952e86432cc5bea932b9a724cc37fa90f364f2bf6cef209806f1fd`. +Machine-readable identity: `147562c2996927318ca137b47723cb22f052e96abb9734bbd3c5d1b5ec128ead`. ## [0.2.0] - 2026-07-02 diff --git a/Cargo.lock b/Cargo.lock index b5d76d126..b60b15c06 100644 --- a/Cargo.lock +++ b/Cargo.lock @@ -70,6 +70,12 @@ version = "0.2.21" source = "registry+https://github.com/rust-lang/crates.io-index" checksum = "683d7910e743518b0e34f1186f92494becacb047c7b6bf616c96772180fef923" +[[package]] +name = "ambient-authority" +version = "0.0.2" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "e9d4ee0d472d1cd2e28c97dfa124b3d8d992e10eb0a035f33f5d12e3a177ba3b" + [[package]] name = "android_system_properties" version = "0.1.5" @@ -316,6 +322,48 @@ version = "1.11.1" source = "registry+https://github.com/rust-lang/crates.io-index" checksum = "1e748733b7cbc798e1434b6ac524f0c1ff2ab456fe201501e6497c8417a4fc33" +[[package]] +name = "cap-fs-ext" +version = "4.0.3" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "56ff379b70af8e08307a8f65e7040c7301cb4a572538ade16b4984f0da77847f" +dependencies = [ + "cap-primitives", + "cap-std", + "io-lifetimes 3.0.1", + "windows-sys 0.61.2", +] + +[[package]] +name = "cap-primitives" +version = "4.0.3" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "8b5f74729fd2f44701d1a8eb47e906cdb3ccd9ec0f02baad85a744b791940b18" +dependencies = [ + "ambient-authority", + "fs-set-times", + "io-extras", + "io-lifetimes 3.0.1", + "ipnet", + "maybe-owned", + "rustix 1.1.3", + "rustix-linux-procfs", + "windows-sys 0.61.2", + "winx", +] + +[[package]] +name = "cap-std" +version = "4.0.3" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "c1ec78e242cfa2cfe276807ac2ecc00315a6c97786977414bcd1c3963b6c91b8" +dependencies = [ + "cap-primitives", + "io-extras", + "io-lifetimes 3.0.1", + "rustix 1.1.3", +] + [[package]] name = "cc" version = "1.2.56" @@ -877,6 +925,17 @@ dependencies = [ "percent-encoding", ] +[[package]] +name = "fs-set-times" +version = "0.20.3" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "94e7099f6313ecacbe1256e8ff9d617b75d1bcb16a6fddef94866d225a01a14a" +dependencies = [ + "io-lifetimes 2.0.4", + "rustix 1.1.3", + "windows-sys 0.59.0", +] + [[package]] name = "fs2" version = "0.4.3" @@ -1104,6 +1163,8 @@ dependencies = [ "base64ct", "blake3", "bytemuck", + "cap-fs-ext", + "cap-std", "crossterm", "ed25519-dalek", "fs2", @@ -1122,6 +1183,7 @@ dependencies = [ "pollster", "proptest", "rand_core 0.6.4", + "rustix 1.1.3", "semver", "serde", "serde_json", @@ -1262,14 +1324,20 @@ name = "gc_registry" version = "0.2.0" dependencies = [ "blake3", + "bytes", "fs2", + "futures-util", "gc_coreform", "gc_vcs", + "http-body-util", + "hyper", + "hyper-util", "reqwest", "serde", "serde_json", "thiserror 2.0.18", "tiny_http", + "tokio", ] [[package]] @@ -1650,6 +1718,7 @@ dependencies = [ "http", "http-body", "httparse", + "httpdate", "itoa", "pin-project-lite", "pin-utils", @@ -1859,6 +1928,28 @@ dependencies = [ "web-sys", ] +[[package]] +name = "io-extras" +version = "0.19.0" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "20fd6de4ccfcc187e38bc21cfa543cb5a302cb86a8b114eb7f0bf0dc9f8ac00f" +dependencies = [ + "io-lifetimes 3.0.1", + "windows-sys 0.60.2", +] + +[[package]] +name = "io-lifetimes" +version = "2.0.4" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "06432fb54d3be7964ecd3649233cddf80db2832f47fec34c01f65b3d9d774983" + +[[package]] +name = "io-lifetimes" +version = "3.0.1" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "2f0fb0570afe1fed943c5c3d4102d5358592d8625fda6a0007fdbe65a92fba96" + [[package]] name = "ipnet" version = "2.11.0" @@ -2094,6 +2185,12 @@ dependencies = [ "libc", ] +[[package]] +name = "maybe-owned" +version = "0.3.4" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "4facc753ae494aeb6e3c22f839b158aebd4f9270f55cd3c79906c45476c47ab4" + [[package]] name = "memchr" version = "2.8.0" @@ -2876,6 +2973,16 @@ dependencies = [ "windows-sys 0.61.2", ] +[[package]] +name = "rustix-linux-procfs" +version = "0.1.1" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "2fc84bf7e9aa16c4f2c758f27412dc9841341e16aa682d9c7ac308fe3ee12056" +dependencies = [ + "once_cell", + "rustix 1.1.3", +] + [[package]] name = "rustls" version = "0.23.36" @@ -4398,6 +4505,16 @@ version = "0.7.14" source = "registry+https://github.com/rust-lang/crates.io-index" checksum = "5a5364e9d77fcdeeaa6062ced926ee3381faa2ee02d3eb83a5c27a8825540829" +[[package]] +name = "winx" +version = "0.36.4" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "3f3fd376f71958b862e7afb20cfe5a22830e1963462f3a17f49d82a6c1d1f42d" +dependencies = [ + "bitflags 2.11.0", + "windows-sys 0.59.0", +] + [[package]] name = "wit-bindgen" version = "0.51.0" diff --git a/ROADMAP.md b/ROADMAP.md index 1235aced3..14f1dfd02 100644 --- a/ROADMAP.md +++ b/ROADMAP.md @@ -1,6 +1,6 @@ # GenesisCode Roadmap: Agent-Native, Universal, Efficient, Self-Hosted, and Trustworthy -Last audited: 2026-09-04 +Last audited: 2026-10-01 Status: canonical strategic plan for the path from v0.2 to v1.0 and the post-v1 frontier. This file is not release evidence. Repository history, clean-clone verification, and remote CI evidence are mandatory under R0.1. @@ -541,6 +541,119 @@ The main delivery risks are unfinished runtime/product behavior, evidence and op **Validation scope of this review:** source/specification inspection, dependency-closure analysis, the existing-binary documentation argument reproduction, and a changed-route dry run. The review did not rebuild the runtime, run a model campaign, inspect active private benchmark material, or establish a new L/H/FD/release claim. The separately validated roadmap-update transaction establishes only planning and generated-view consistency. +### 3.29 Correctness recovery roadmap: 2026-10-01 + +This revision incorporates the detailed review of tracked revision `449fd27d`. It strengthens the existing Core acceptance contracts; it introduces no product, task family, parallel implementation lane, or release gate family. R4.2.e remains the single selected transaction. Historical completion annotations remain historical evidence, but they do not excuse newly demonstrated counterexamples. The finite recovery objective is all eleven findings below plus their shared regression controls; it is not a claim to complete the entire universal program. + +**Evidence boundary.** F01-F05 and F07 have local E0 observations from the pre-existing 2026-08-23 `target/debug/genesis` binary using the tracked selfhost artifact. F02 and F04 additionally have standalone reproductions compiled from the current filesystem helper bodies. F06 is a current-source gate failure. F08-F11 are source-inspection findings awaiting fresh runtime negative controls. These observations establish repair priorities, not fresh-build conformance, cross-host support, H-level promotion, or independent release evidence. The review's changed-fast/readiness execution was denied by generated-state low-disk admission; static planning, ownership, profile, and decomposition observations passed only within their declared coverage. + +**Execution order.** Use one coherent repository-changing slice at a time inside R4.2.e: (1) restore verification coherence for F06 with mutation sensitivity intact; (2) repair canonical identity and primitive work for F01/F05; (3) repair the shared filesystem boundary for F02-F04; (4) repair registry transport identity/policy/allocation for F08/F10/F11; (5) repair the server lifecycle and admission model for F07/F09; (6) integrate the exact revision and obtain the required independent evidence. Fresh reproduction precedes each redesign. F08 and F09 enter the active P0/P1 queue only after reproduction; F10/F11 retain their P2 review classification unless measured impact warrants escalation. An unconfirmed report must receive a retained falsification result and contract coverage, rather than disappear from the table. This ordering repairs the package/VCS mechanisms and attacker-controlled values on which the selected authority transaction depends, before its remaining authority switches or R2.1.h performance qualification. It does not close R4.2.e's other obligations. + +| Finding / priority | Boundary and observed failure | Required implementation and falsifiable acceptance | +| --- | --- | --- | +| F01 / P1.9 | `gc_kernel` symbol construction, `gc_coreform` and selfhost printing/hashing: symbol `true` and boolean `true` have distinct values but the same serialized bytes and store hash; fresh kernel observations also show distinct improper pairs aliasing each other and the proper list `(pair )`. | Define one lexical and term-domain admission/roundtrip contract across constructors, parsers, printers, and tiers, including improper runtime pairs and nested container keys/values. Preserve legitimate pair operations; reject unsupported serialization explicitly or version a lossless representation with compatible readers and migration. Test reserved literals, numeric-looking tokens, byte prefixes, dot/list context, delimiters, Unicode, and valid names; accepted symbols must parse back with the same tag/value. Prove unequal representable canonical values do not alias in this corpus and preserve valid historical goldens. Reject invalid symbols with a stable language error, or explicitly version any new encoding with readers/migration; never silently change the existing hash domain. Exercise actual store put/get and replay, not just printer strings. | +| F02 / P1.10 | `gc_effects` native filesystem helpers create missing ancestors before checking containment: a denied path through an escaping symlink creates directories outside the capability root. | Centralize operation-specific, root-anchored traversal. Authorize before mutation; use descriptor-relative operations or an equivalently race-safe platform mechanism. Test escaping/inside/dangling links, nonexistent parents, traversal and concurrent ancestor replacement. On denial, snapshots of both sandbox and outside trees must be unchanged. Unsupported hosts fail closed with explicit capability negotiation. Apply the same contract to write, mkdir, rename and every consumer of the helpers. | +| F03 / P1.11 | Filesystem rename with `from == to` and overwrite deletes the source before rename fails; pre-removing the destination can also destroy it on later failure. | Specify identical-entry and alias behavior, overwrite type rules and atomicity. Prefer supported atomic replacement without pre-delete; use a documented safe protocol where required, and reject unsupported guarantees. Test same path/inode, file/directory mismatch, occupied directory, failed source lookup, cross-device failure and cancellation. Source/destination contents survive rejected operations; an ordinary valid replacement succeeds. | +| F04 / P1.12 | Filesystem remove canonicalizes the final symlink, removes its target and leaves the requested link. | Separate ancestor resolution from final directory-entry handling. Remove the authorized entry without dereferencing its final link. Test file and directory links, dangling links, recursive removal and links outside the root; preserve target bytes and entry identity. State and test native/WASI differences explicitly, including refusal where the host cannot provide the agreed semantics. | +| F05 / P1.13 | Kernel `str/repeat` loops by attacker-controlled count even for an empty string, escaping the effective finite work bound. | Provide constant-work empty/zero cases and checked bounded allocation for nonempty results. Audit count-driven primitives for work that is not charged by the existing resource model. Test maximum counts, boundary lengths and overflow under finite budgets in treewalk/compiled and supported optimized tiers. Preserve ordinary values and accounting, or deliberately update the versioned accounting contract; use deterministic counters plus a bounded outer timeout, not a timing-only oracle. | +| F06 / P1.14 | `selfhost_pkg_verify_authority.py` still requires native `gc_vcs::Commit::from_term` although the production observation route uses `CommitAuthority::validate_expected_commit`. | Bind the verifier to the artifact-backed, request-bound commit authority and strict decoding. Add controls for missing authority, restoring native decoding, broken request/hash binding, and causal-order drift. Its current-source check and negative controls must pass before the aggregate boundary route is admitted; never restore native semantic authority just to satisfy the old string check. This static repair alone is not runtime or H2 evidence. | +| F07 / P1.15 | `gc_registry::RegistryServer::join` calls shutdown first; CLI serve without a request limit stops immediately. | Separate natural waiting from explicit shutdown-and-join and define owner-drop behavior. A real listener must remain alive, serve a request, and stop/reap under the selected bounded termination policy. Test max-request completion, explicit shutdown, error and drop paths; cover the CLI and library with an external bounded watchdog. A zero-request startup smoke cannot establish service liveness. | +| F08 / P1.16 | Registry HTTP policy checks only the initial remote; the reqwest client follows redirects by default. | First reproduce with an allowed loopback endpoint redirecting to a forbidden listener. Disable redirects by default, or reauthorize every hop before contact, including scheme downgrade, port, credentials and DNS policy. Forbidden listener contact count must be zero; test chains/loops and allowed controls with the shared client, and preserve deterministic error/log behavior. Public-network tests are unnecessary. | +| F09 / source P1 candidate | Registry server reads request bodies into unbounded buffers; upload sessions/chunk indices/aggregate bytes are not fully bounded, and a stalled body can block shutdown. | Specify and enforce request/JSON/object/chunk byte ceilings before allocation, including missing or false Content-Length; bound sessions, indices, aggregate retained bytes, lifetime, finish assembly and cleanup. Design cancellable body reads and a bounded server lifecycle instead of adding only a post-read check. Test limit/limit+1, slow/truncated bodies, malformed indices, exhaustion and shutdown during upload using bounded local harnesses and measured resource counters. | +| F10 / source P2 | File-backed bounded getters read the whole file before enforcing the body limit. | Share bounded streaming reads that consume at most limit+1 bytes, with checked conversions and allocation limits. Test exact limit, oversize, growing files and optional getters; metadata checks alone are insufficient. Preserve missing-file versus malformed/oversize results and hash checks. | +| F11 / source P2 | HTTP and in-process getters do not consistently validate requested content hashes; sync inserts bytes into the destination store before checking identity. | Make the shared transport contract validate requested identity and returned bytes for every backend. Check before destination mutation, including parallel sync and CLI/WASI adapters. A wrong-hash response must leave the destination inventory unchanged and release resources; include corrupt-body, malformed-hash and honest-response controls. Audit callers without claiming a downstream hash rejection permits a corrupt installation. | + +**Completion protocol for each row.** Record the exact failing input, expected contract, source revision, build/artifact identity, host class, seed and resource budget. Define the negative control before changing the implementation. Review the common library boundary and all entrypoints before choosing a fix; avoid command-specific exceptions, post-allocation bounds, check-then-use path validation, self-authored proof promotion, or restoring a hidden native oracle. Change normative contracts only when necessary and record compatibility/accounting deltas. Run focused positive, negative and differential checks, then the declared guards and exactly one V2 integration route for the final revision. The canonical generated-authority transaction may supply that route when its read-only checks subsume the closure. Preserve unsuccessful observations; do not repeatedly rerun a successful command for the same facts. + +**Recovery admission and systemic prevention.** Resource admission must explain the operation's requested growth, available capacity, active reservations, cleanup candidates and retention obligations. The 2026-10-01 user correction additionally requires reviewing the fixed 2 GiB free-space floor and broad size-class reservations against measured cold/warm work. Replace unjustified fixed thresholds with calibrated operation-specific estimates, bounded growth supervision, actionable diagnostics and a safe stopping/rollback policy; permit read-only and metadata-only progress when its own budget fits. Define low-capacity, concurrent-reservation, estimate-overrun, cancellation and protected-evidence negative controls before changing that policy. Do not obtain green status merely by setting a floor to zero, bypassing admission or removing exhaustion protection. Until a reviewed replacement is validated, obtain sufficient admitted capacity before a fresh Rust build. Reclaim only lifecycle-owned, idle rebuildable state through its policy. R4.3.a must close exhaustive production-module discovery rather than treating the current fixed decomposition inventory as whole-repository coverage. R4.5.a-b and R7.2.f must carry the canonical-symbol, resource-cost, filesystem-entry, transport-policy, integrity and lifecycle conformance cases into independently checked suites. R7.1.e must demonstrate mutation sensitivity of the relevant guards; source markers supplement behavioral tests. R7.3.a-b must map each relevant request boundary to policy, resource admission, cancellation and replay. No soak/performance/release matrix begins on these known-incorrect subjects. These are strengthened acceptance requirements within existing tasks, not extra programs or gate families. + +**Local progress 2026-10-01 (E0).** F06's package verifier now follows the existing artifact-backed commit route, rejects native-decoder restoration and enforces integrity-before-authority-before-traversal ordering. Its focused check passes 26 mutation controls, including five new custody/order controls; the complete `scripts/check_selfhost_boundary.sh` static boundary route also passes. Roadmap source validation passes 33 controls, retains 379 tasks / 100 historical completions, and selects only R4.2.e. The seven active defect IDs match the canonical capability ledger. The first canonical generated-authority update stopped at diagnostics compilation because of disk admission and promoted no derived outputs. After capacity was restored, fresh diagnostic/repair/card checks passed, but staged topology validation rejected missing active-defect entries in the capability known-gap catalog; the source ledger now records all seven gaps and their affected claims. Historical ID allocation was checked before publication: P1.9-P1.15 are new records. These unsuccessful candidates promoted no derived outputs. These input/static observations close no defect or roadmap task; generated publication, fresh runtime validation and independent acceptance remain outstanding. + +**Fresh local progress 2026-10-01 (E0, continuation from `3fb99318`).** A newly compiled Rust 1.90.0 aarch64-apple-darwin kernel reproduced F05: `(prim str/repeat "" 18446744073709551615)` exceeded a three-second child watchdog despite a 100-step budget. The zero-count control completes. The repair skips count iteration only after argument/range validation, checked output sizing and memory observation, so empty/zero results take constant work without changing the accounting profile. `cargo test -p gc_kernel --lib --locked --offline` passed 84 active tests with one pre-existing stress test ignored; new controls cover maximum count, negative/out-of-range/noninteger counts, nonstring input, UTF-8 output, zero count, allocation overflow and treewalk/compiled equality of values, hashes and counters. The existing output-ceiling control remains active. Build settings were `CARGO_INCREMENTAL=0 CARGO_PROFILE_TEST_DEBUG=0`, lifecycle-owned root-host cache key `0b738420f0922d671a384edc5e4b3583a8fe8287c684864b87243ffb405b8abf`; repaired primitive source SHA-256 is `2e3ad455ae4adb4557334c304f5f453d6c9bdbed7b8d410ef9b2aaabc06f984c`. Review of count-driven loops in the primitive dispatch and its text/Unicode modules found the repetition loop as the integer-count-driven case; other text loops traverse bounded input collections/bytes. This is a scoped audit, not a proof about the whole runtime. + +The same fresh kernel separately reproduced F01 in both tiers under 100 steps: `(prim sym/from-str "true")` versus `true`, `(prim pair/cons 1 2)` versus `(prim pair/cons 3 4)`, and `(prim pair/cons 1 2)` versus `'(pair )` all produce unequal data with equal canonical bytes and value hashes. The temporary observation harness checked data inequality before checking the alias and was removed after the observation; no assertion that the defect is correct enters the conformance suite. This expands F01's existing acceptance domain; it does not add a task or defect ID, change the v0.2 hash domain, or establish fresh store/replay evidence. F01 requires a compatibility decision before codec redesign. + +Hosted PR #28's first CI candidate retained additional integration failures: Rust formatting drift in the package-artifact helper, an obsolete expected symbol count of 170 versus the published 176, a rendered documentation artifact of 35,097,563 bytes against the 32 MiB ceiling, and a strict-golden run of 857,557 ms against its 480,000 ms ceiling. Formatting is corrected; the index contract now compares the CLI symbol count exactly against the published index's array and declared count, and matches its unsupported-behavior count and complete class list. The focused test also exposed a second stale expectation (12 unsupported behaviors versus the published 14), now covered by the same exact contract. Size/runtime failures remain observations to diagnose against declared coverage and host-class costs, not grounds to raise limits or suppress checks. Neither the F05 local repair nor these CI corrections close P1.13, another defect, or R4.2.e before exact-revision integration and required independent acceptance. + +**Canonical-admission progress 2026-10-02 (E0, continuation from `f20943de`).** The symbol-constructor regression failed on reserved `nil` before the repair; the shared primitive now rejects literal and integer-token aliases as trusted sealed `core/type-error` in both tiers. A new checked CoreForm boundary admits precisely the existing lexer symbol domain and proper-list serialization domain, traversing every nested key/value without host recursion or data cloning. The selfhost printer/hash library rejects raw invalid symbols and improper pairs rather than emitting alias bytes. Valid v0.2 bytes and hashes, ordinary dot symbols, Unicode names, and legitimate runtime pair operations remain unchanged. The runner's shared unseal boundary admits canonical payloads before hashing, policy dispatch or replay observations; unsupported payloads return an explicit `BadPayload` host error. Its negative control failed before that repair even under a deny-all policy. Store-authority request hashing also uses the checked API. + +Focused validation passed 24 CoreForm tests, including a 512-case seed-`0xf01` differential property against lexer tokens observed before the admitted constructor, and 85 active kernel tests with one pre-existing stress test ignored. `cargo test -p gc_effects --test coreform_canonical_admission --locked --offline` passed three controls: .gc printer/hash parity across nested container edges, effect admission before policy/identity, and actual artifact-backed store put/get plus strict replay in treewalk and compiled tiers. The latter preserves the proper historical `(pair )` data, proves identical continuation hashes for its two tiers, and rejects an improper-pair request without changing stored bytes or accepting its replay. The existing `store_caps` suite passed all 17 tests. Build settings and lifecycle-owned root-host cache key match the prior fresh-kernel observation. These effects tests used a fresh explicit candidate artifact from source aggregate SHA-256 `d8cf5c917966721421979b5e9e0aa8204880c90a34a432dcdf28fd2ef569c9e7` (artifact SHA-256 `caa2506aef80fda5e229a4142231be6449509395305f22dc142a615a62ef817e`, 3,339,381 bytes); this is source-bound local conformance, not independent acceptance. The agent-profile source policy now binds the admission library, actual text primitive implementation, shared effect boundary, and their conformance controls. + +This transaction establishes serialization admission, not complete F01 closure. Arbitrary runtime pair/value hashing still requires an explicitly versioned lossless structural identity, golden vectors, compatibility readers, strict mixed-profile rejection and migration; every remaining production serialization/hash caller must be audited. F01/P1.9 and all seven active P1 IDs remain open. No CoreForm hash prefix, runtime hash profile, or effect-log version is silently changed here. + +Hosted CI for `f20943de` independently exposed a missing Python `blake3` checker dependency, a production canonical-example replay continuation mismatch, a 35,105,311-byte docs artifact above 32 MiB, and strict-golden duration 867,679 ms above 480,000 ms. The replay fixture was last produced on 2026-07-14. A fresh current CLI reproduced its rejection, then recorded and strictly replayed a new log from the same program/policy successfully; the program, payload and response hashes agree, while continuation/request hashes differ. The original fixture is preserved. This observation does not distinguish every cause of historical hash drift or authorize a blind fixture refresh; the compatibility transaction must bind the producer and version contract. CI dependency, size and duration failures remain explicit repair obligations, and the measured resource-admission replacement remains pending. None is resolved by raising a budget or suppressing a guard. + +**Independent-checker provisioning progress 2026-10-02 (E0, continuation from `af0fa974`).** Hosted job `110720170381` reproduced the missing Python `blake3` failure on that exact commit. CI now provisions CPython 3.12 and the independently supplied `blake3==1.0.4` wheels before the unchanged strict boundary guard on its existing standard/governance lanes. `scripts/requirements-selfhost-checker.txt` pins the four admitted glibc Linux/macOS x86_64/aarch64 wheel SHA-256 values; installation requires hashes, binary distributions and forced reinstallation, with no production Rust fallback or source build. A fresh temporary virtual environment reproduced missing-dependency rejection, verified Linux wheel resolution and native macOS installation, checked the empty/`abc` independent digest vectors, passed the frontend authority's nine mutation controls, and rejected an intentionally incorrect wheel digest. The bounded harness downloaded 374,969 bytes for the Linux control and removed its temporary environment. Its local terminal observation is `.genesis/perf/checker-dependency-observation-2026-10-02.json`, not release evidence. A second, offline negative control reproduced that ordinary pip installation accepts an already-installed version despite an intentionally incorrect wheel hash; forced installation rejects that digest and still admits the reviewed wheel. Its observation is `.genesis/perf/checker-reinstall-observation-2026-10-02.json`. The earlier generated candidate was canceled before promotion when this edge case was found, with its process groups and temporary worktree reaped; only the corrected-input transaction can supply integration acceptance. A parsed-workflow comparison verifies that removing only the two provisioning steps restores all prior jobs, gates, conditions and budgets exactly. Host provisioning instructions live in `docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md`; the Stage0 canonical specification and its frozen identity are unchanged. The complete strict selfhost boundary guard passed on this final source layout. The frontend verifier explicitly declares the dependency lock as a host input. A staged manifest inspection reproduced its omission from the strict guard's actual input list despite broad input-set labels; source discovery after the declaration includes the lock. The earlier forced-install candidate completed its read-only checks and promoted derived files locally before that gap was corrected; the final source binding requires a new generated transaction for the changed inputs, and no commit or hosted acceptance is inferred from that earlier candidate. R4.2's execution owner paths admit only the required CI workflow file in addition to their prior scope. Hosted success, historical replay compatibility, size/duration failures, resource-admission replacement and all seven active P1 closures remain unproven; this provisioning change does not close a recovery row. + +**Resource admission progress 2026-10-02 (E0, continuation from `ae681ef3`).** Two bounded pre-edit controls reproduced that admission checks only the newly requested growth despite another live writer and that it credits reclaimed allocated bytes even when a filesystem observation reports no recovered space. Their source-bound observation is `.genesis/perf/disk-admission-negative-observation-2026-10-02.json`; it does not prove either caused an actual volume outage. The common lifecycle now refreshes live target allocations, reserves the remaining growth of every distinct active/requested materialization, preserves a fitting warm requested target, and re-reads physical free space after each journaled reclaim. It includes a serialized-payload-based recovery-journal allocation estimate and rejects insufficient journal headroom before reclamation. Shared leases count their target once; distinct writers cannot each spend the same free bytes. The read-only precheck no longer imposes a default 1 GiB floor, while an explicitly supplied caller requirement still rejects insufficient capacity. The cleanup/lifecycle fixture adds eleven controls for combined reservations, live-size refresh, nonzero shared-target accounting, warm-cache preservation, deletion without physical recovery, genuine physical-space recovery, escaped recovery-path accounting, missing allocation backends, invalid allocation units, journal-space rejection and read-only low-capacity observation; all 53 controls pass. A staged generated candidate was canceled before promotion when source review found an unsupported-host exception path in its new allocation query; the corrected helper fails with an explicit error and does not invent an allocation-unit fallback. Windows admission is not qualified by the Darwin/Linux guard profiles. A second pre-promotion candidate was canceled to replace a zero-growth shared-lease control with a nonzero reservation and add genuine-space-recovery acceptance; neither canceled candidate supplies integration acceptance. A proposed removal of the build reserve was withdrawn before integration: final cache size cannot predict temporary replacement/copy-on-write peak allocation. The build policy, hard/soft quotas, retention authority, protected evidence and process leases remain unchanged. Per-command calibrated cold/warm peak admission, shared-volume coordination, estimate-overrun/cancellation coverage and migration of remaining heavy-profile estimates are still required for resource-admission closure. This transaction closes no F01–F11 row, active defect, roadmap task, maturity level or release gate. + +**Registry-client recovery progress 2026-10-02 (E0, continuation from `9b900acd`).** Fresh pre-edit loopback controls reproduced redirect contact outside the initially authorized remote, corrupt HTTP/in-process object acceptance, malformed identity dispatch, and file reads that mutate missing backend directories. An actual sync pull installed corrupt bytes under their own hash before reporting `core/sync/hash-mismatch`. The bounded file observation used 1 KiB and 64 MiB sparse files with a 1 KiB configured limit and ten-second outer child bounds: pre-repair peak RSS increased by 67,125,248 bytes; after the streaming repair it remained near 3.5 MiB for both inputs. These are local source-bound observations in `.genesis/perf/registry-boundary-negative-2026-10-02.json` and associated logs, not release evidence. F08 now has the mirrored active ID P1.16; eight P1 records remain open. + +The shared native client rejects every redirect; all backends admit only canonical 64-lowercase-hex object identities before dispatch and verify returned bytes. File and HTTP bodies share fallible bounded streaming reads with a limit+1 probe, including growth, interruptions, empty/exact limits and absent Content-Length. Optional absence preserves real 404/NotFound while corruption, oversize and other I/O errors remain errors. Read-only file operations create no registry state. Put/chunked put verify bytes before dispatch or upload start. Typed hash-mismatch errors preserve artifact-backed store and explicit parity error classifications. Sync preflights the entire downloaded batch and cumulative store budget before installing any member. Its negative controls cover a corrupt root, a corrupt later child with one/four workers, retained destination inventory and strict error replay. The fixture explicitly checks that its snapshot is structurally valid before asserting traversal; an earlier malformed fixture could not establish the batch property. The transport-boundary v0.1 section in `docs/spec/REGISTRY_POLICY.md` records compatibility and remaining limits. Previously verified batches can remain on later failure; whole-closure inventory rollback, independent entrypoint/WASI runtime acceptance and bounded arbitrary in-process producers remain open. F08/F10/F11 are not closed by these repairs. + +Focused checks pass all existing registry upload/root controls, three bounded-reader unit controls, seven registry boundary controls (with two explicit child-only tests), both sync integrity controls, the other 26 sync/package/GPK/authentication controls, and all 17 existing artifact-store controls plus an actual artifact-authorized remote get control for missing/corrupt/honest responses, cache inventory, stable sealed classification and strict replay. The pre-correction full sync invocation retained its one fixture failure; the corrected focused invocation establishes the two new controls, without rerunning unchanged successful coverage. A package artifact-hydration control preserves its store-domain mismatch code, stable message, zero write budget and empty destination inventory. The first generated candidate was canceled before promotion when the caller audit found that the new shared sync classification would otherwise change this package error; its child process groups and private worktree were reaped. It supplies no integration acceptance. The corrected candidate subsequently failed the unchanged active-document ceiling because the new standalone transport specification added a 140th document; the complete contract is consolidated into the existing registry policy specification, preserving the 139-document ceiling. Neither candidate supplies integration acceptance. Independent store/commit verifier mutation controls remain green. `cargo check -p gc_registry --target wasm32-wasip1 --locked --offline` passes; this source compilation is a separate focused check, not cross-host runtime qualification. + +WASI cache admission exposed an additional live prerequisite: idle selfhost cache materializations are regular files, but quarantine reclamation used directory-only deletion, leaving its journal unfinished. `.genesis/perf/registry-cache-file-negative-2026-10-02.json` retains the exact source digest and journal failure. The common remover now unlinks regular files, retains symlink-safe directory reclamation and rejects special/quarantine-link entries. Normal file reclamation, crash recovery after rename and unchanged link/target rejection bring the cleanup fixture to 56 controls. No quota, build floor, reservation, producer authority or retained-evidence policy is changed. The journal is recovered through the ordinary lifecycle; per-command peak admission remains an open obligation. + +The next consolidated generated candidate passed semantic/freshness controls but failed the unchanged release-notes duration budget (17.359697041 seconds against 15 seconds), before promotion. The mutation suite previously rederived its unchanged source oracle sixteen times. It now derives it twice independently, rejects disagreement, validates the positive oracle and applies all eighteen negative controls to separate copies against that unchanged snapshot. Production validation still rederives the current source on every call; independent JSON/Markdown determinism renders remain unchanged. Focused old/new call-count, source-change rejection and source-disagreement controls are retained in `.genesis/perf/registry-release-notes-work-controls-2026-10-02.log`. The check budget, lane scheduling and negative-control inventory are unchanged; the failed candidate is not acceptance. A subsequent candidate failed before promotion when a later Cargo invocation could not read SQLite’s generated `bindgen.rs` in the same target that had built successfully earlier. The deleted private worktree prevents attributing that disappearance; no semantic pass or integration acceptance is inferred. One bounded fresh candidate records build-output and lifecycle-state transitions to test the transient-cache-disappearance hypothesis without weakening a gate. That observed candidate retained the SQLite binding through all sampled build states and passed the release-notes final check in 8.517656250 seconds, but failed planning freshness: the defect backlog date advanced to October 2 while the canonical ledger and document index still carried October 1. Their audit dates are synchronized to this source review; claim dates, maturity, task state and release authority are unchanged. This failure is retained and supplies no integration acceptance. The next candidate passed those date checks and all release-note controls, then reproduced a status-renderer omission: `active_defect_ids` contained P1.16 but the feature matrix printed only maturity `gap_catalog` entries. The common renderer now explicitly prints every canonical active ID independently of maturity gaps. Fresh old/new renderer controls prove all eight IDs are visible; missing-ID and non-open-ID mutations remain rejected by the unchanged topology checker. The failed candidate remains non-accepting. + +**CI parity prerequisite progress 2026-10-02 (E0, continuation from `128d57fd`).** A fresh invocation of the exact WASI CLI replay test command, with an explicit absent-binary precondition, reproduced all six failures because `genesis_wasi_parity` was not built. The common evidence-adversarial guard now requests its existing `parity-harness` feature, matching the adjacent native CLI test invocation. All six unchanged tests pass with that feature, including pure/denied effects, engine preference, parse errors and replay. `.genesis/perf/wasi-parity-feature-controls-2026-10-02.json` binds both logs, the fresh binary and unchanged subject contracts. Production default features, test assertions and protected CI are unchanged. This native-host harness observation does not qualify actual WASI execution, establish full CI success, resolve the historical replay/size/runtime failures or close any recovery row or task. + +The first parity-prerequisite generated candidate stopped before promotion with an unqualified `reference execution failed closed` error in the existing construct-validity fixture. Its disposable staging tree and omitted case/step facts prevent attributing this failure to a timeout, assertion or resource limit; the failed candidate supplies no integration acceptance. A focused fault injection reproduced the missing context. The common fixture runner now includes bounded case/step metadata and timeout, output, generated-scope and assertion facts on that same fail-closed error. Five real-child-process differential controls retain identical public reports and existing internal facts across success, assertion failure, timeout, output overflow and undeclared output. Permanent self-tests retain rejection for all four failure categories. `.genesis/perf/reference-failure-diagnostic-negative-2026-10-02.json` and `.genesis/perf/reference-failure-diagnostic-controls-2026-10-02.json` bind the observations. No raw command output or candidate contents enter the error; the production 30-second process limit, assertions, scoring policy and acceptance predicate are unchanged. This is a Core integration diagnostic prerequisite, not activation or qualification of a downstream lane. + +The diagnostic candidate passed all nine construct alternatives, nine negative candidates and ten verifier mutants, then stopped before promotion when the existing protocol-fixture producer wrote the current Open Agent v0.5 authority while its graph still declared legacy v0.4. The graph now declares the producer's actual v0.5 destination and freshness input; v0.4 remains an unchanged historical input with no automatic output owner. Existing mutation routes replace the stale output version, and a new route covers edits to the current authority itself. Missing-input, duplicate-owner and stale-version-route controls all fail closed. `.genesis/perf/open-agent-output-owner-negative-2026-10-02.json` and `.genesis/perf/open-agent-output-owner-controls-2026-10-02.json` bind the observations and unchanged legacy bytes. Node/output counts and every resource limit remain unchanged; output ownership and route declarations are corrected, not exempted. The failed candidate remains non-accepting, and the original context-free reference failure remains unattributed. + +The ownership-corrected candidate passed construct validity again, then stopped before promotion when the aggregate guard charged 8,791,547,904 bytes against its unchanged 8 GiB ceiling. That metric was the entire volume's free-space decline, not transaction-owned allocation; the deleted private tree prevents attributing its original owned peak. A focused negative control rejects a nearly empty owned scope after simulated unrelated volume activity, and identifies child temporary work outside that scope. The common owner now charges inode-deduplicated allocated growth in declared owned staging, temporary, Git-registration and publication paths. Child temporary work and validation logs reside inside its accounting scope; publication backups, exclusive temporary copies and net output growth are charged while rollback remains available. Final event validation also occurs before committing publication. Nine controls accept unrelated volume decline, cancel actual owned overflow even without a volume decline, reject filesystem exhaustion, deduplicate hard-link baselines, restore outputs on publication quota failure, restore outputs on incomplete final-event failure, and reject unavailable metadata, unreadable metadata and unreadable directories. A private-worktree lifecycle control validates Git-registration accounting, successful publication and cleanup; post-commit volume pressure cannot retrospectively invalidate that committed publication. Existing temporary files remain unchanged and owned temporary copies are removed. `.genesis/perf/aggregate-disk-attribution-negative-2026-10-02.json` and `.genesis/perf/aggregate-disk-attribution-final-controls-2026-10-02.json` bind the observations; `.genesis/perf/aggregate-disk-owned-lifecycle-final-control-2026-10-02.json` binds the final lifecycle control. The 8 GiB ceiling, node budgets, wall limit and event contracts are unchanged. Terminal observations distinguish sampled owned peak allocation from whole-volume decline. This repairs attribution; calibrated operation-specific peak admission, complete callback supervision, shared-volume coordination, exact-revision integration and independent acceptance remain open. + +The owned-attribution candidate then failed closed at the unchanged 30-second `deployment-small` reference build limit, before promotion. Its terminal observation records 1,517,031,424 bytes of owned allocation and a distinct 5,120,028,672-byte volume decline. A heartbeat counterexample shows continuous allocation scans approximately every 53 ms despite the declared 250 ms aggregate interval; the observer consumed substantial CPU, but its contribution to the reference timeout is not independently established. Continuous scans now use the existing validated telemetry policy, with fresh boundary measurements and unchanged every-poll wall, exhaustion and event checks. Fourteen focused controls cover the original nine attribution cases plus actual heartbeat cadence, a boundary burst inside the interval, immediate pressure/network rejection and absent-policy rejection. The updated private-worktree fixture also passes publication and cleanup. `.genesis/perf/aggregate-owned-cadence-negative-2026-10-02.json`, `.genesis/perf/aggregate-disk-attribution-cadence-controls-2026-10-02.json` and `.genesis/perf/aggregate-disk-owned-lifecycle-cadence-control-2026-10-02.json` bind these E0 observations. No runtime or resource ceiling was raised; exact-revision integration and independent acceptance remain required. + +**Exit and nonclaims.** The recovery goal is satisfied only when every row has a verified fix or independently reviewed falsification with retained regression coverage, the active defect queue and capability ledger agree, generated views are fresh, and the exact revision's integration result and dated independent evidence are retained. Removing a backlog item requires a linked dated acceptance record; an unchecked item, static-only repair or mutable E0 report cannot authorize closure. R9.4.a and R9.4.f remain blocked by unresolved reproduced P0/P1 defects. Completion of this finite recovery does not claim the remainder of R4.2.e, v1 Core, tier-1 qualification, Foundry/Algorithms, the application seed, GenesisBench, Challenge, or Genesis Model. After its coherent publication, resume the unchanged dependency-ordered program through the signed Core handoff, Foundation, seed and downstream readiness gates. + + +**Filesystem entry and document-writer progress 2026-10-02 (E0, continuation from `685eb56e`).** Fresh actual-runner controls reproduced all ten escaping-ancestor, destructive same-entry rename and final-link removal counterexamples across treewalk and compiled execution. Built-in filesystem operations now share an opened capability-directory boundary, resolve ancestors before creation, retain operation-specific final-entry handling, and perform supported atomic rename without pre-delete. Seven integration controls cover inside relative/absolute links, missing and outside links, recursive removal, replacement type errors, occupied destinations and same-inode aliases. A focused inside-link failure identified alternate `/var` versus `/private/var` root spelling; read-only name normalization precedes the held-root operation rather than granting ambient path authority. All seven controls subsequently pass. + +Package lock, pins, snapshot, patch and conflict document replacements now consume a typed rooted write target; preparation is read-only, temporary acquisition is exclusive and bounded, and failed replacement cleans up temporary output. Seven focused controls cover escaping and stale ancestors, held-parent rename, occupied temporary links, replacement failure and final-link replacement. Actual artifact-authorized package init denies an escaping destination without changing either tree and writes a valid admitted lock in both tiers. Native legacy mutator preflight no longer creates ancestors before containment, but pathname readers, GPK streaming, pins locking, quarantine integration and external process adapters still require migration. A new verifier mutation exposed that checking a shared marker did not cover both pins routes; the corrected independent static verifier preserves its existing 17 controls and adds five rooted-writer mutations, including admission before path materialization and locking. `docs/spec/FS_SANDBOX.md` records the operation contract and remaining boundaries. These source-bound local controls do not close F02-F04, R4.2.e, any active defect, host qualification or release gate; denied-operation rollback, cross-device/cancellation/crash controls, unsupported-host negotiation and independent acceptance remain open. The first generated candidate was canceled before promotion after source review exposed pins path/lock materialization before unsupported writer admission. Both pin and unpin now admit the writer first; the corrected candidate alone can supply integration acceptance. A second staged candidate was canceled before promotion when a fresh host-comparison control reproduced premature lexical parent collapse selecting the wrong inside-root file. Rooted traversal now processes physical links before parent components, preserves directory-required suffixes, rejects non-directory traversal, and validates missing-ancestor plans before creation. The expanded 13 integration and nine boundary controls pass; filesystem snapshots include device/inode identity as well as content and exact link targets. The exact generated-authority integration result is recorded only after its terminal read-only check set completes. Fresh stable-WASI compilation exposed the native directory library's unstable WASI time API. The dependencies are now target-gated; rooted effects and document writes refuse stable-WASI admission with explicit `Unsupported`. This temporary availability reduction is not parity evidence. Restoring a tested stable descriptor adapter remains required before F02 closure or Core handoff. + + +**Stable-WASI filesystem restoration 2026-10-02 (E0, continuation from `cf3d1208`).** The published adapter's admission failure was reproduced by compiling its exact source to `wasm32-wasip1` and executing it under the CI-pinned Wasmtime 36.0.9. Safe descriptor-relative APIs from the existing pinned `rustix` dependency compiled and executed on stable Rust 1.90.0. The replacement opens every ancestor without following links, retains final-entry stat/unlink/overwrite handling, and implements the typed bounded document-writer protocol. Symlink traversal and atomic no-overwrite remain outside the WASI profile; no pathname or check-then-rename fallback supplies their missing guarantees. Actual target tests caught missing Unix permission bits being mistaken for read-only; the adapter now preserves stable Rust's WASI metadata contract. A process-fork-only development dependency was disabled for WASI tests. An initial full control run reached the unchanged 240-second bound after ordinary operations, final links and document writes passed; the helper now reuses one verified policy per fixture instead of reloading identical authority inputs per operation. The complete five-test actual-WASI suite subsequently passed in 125.61 seconds across treewalk/compiled execution, including escaping links, inode/content preservation checked from the host, the declared 256-directory recursive-removal bound, typed package writes and strict replay with the root name absent. The existing WASI CI step now runs the permanent focused wrapper; its release-profile binary passes the same five actual-target tests, while three native descriptor controls pass separately. Native emulation and compilation are recorded separately and do not qualify WASI. Remaining legacy consumers, cancellation/crash/rollback and complete cross-host contracts still block F02-F04 and Core handoff; no active defect or roadmap task closes from these local observations. + +**Held package-lock reader progress 2026-10-02 (E0, continuation from `f996613f`).** A deterministic source-bound negative control reproduced outside-root bytes being read after an admitted lock pathname's ancestor was replaced with an escaping link. Package lock acquisition now returns a typed opened-file grant; add/list/load, resolution/install/verify, bridge-lock updates, parity parsing and GC lock-root discovery consume it without reopening the diagnostic name. The existing 4 MiB ceiling is preserved and also applies to the parity parser. Five focused lock-reader controls cover ancestor/final-entry/root replacement, exact and oversized limits, absolute inside names, UTF-8 and parity parsing; a sixth control preserves the distinction between an optional absent lock and mandatory root admission. Four native descriptor controls pass separately. The native public runner passes artifact-authorized lock load/list, inside links, absolute names, escape and oversize controls across treewalk/compiled execution. The final release-profile actual-WASI suite passes all five tests in 55.62 seconds under the unchanged 240-second budget, including artifact-authorized relative/absolute lock reads and denied traversal; host snapshots preserve outside/denied identities and contents. Its report binds the reader sources, dependency lock and selfhost artifact in addition to the target binary/runtime. An initial overlapping build was refused by the unchanged generated-state quota; serial admission with inactive leases proceeded through the existing safe reclamation policy. No quota or gate was weakened. Package manifest/module trees, VCS patch and WASI bridge-response reads, streaming, pins reads/locks and process/quarantine boundaries remain open. These local observations do not close F02-F04, any active defect, R4.2.e, host qualification or independent acceptance. The generated-authority integration result is recorded only after its terminal read-only checks complete. + +**Patch and file-backed bridge reader progress 2026-10-02 (E0, continuation from `4c390088`).** Two fresh source-bound controls reproduced an admitted response pathname reading an outside term after ancestor replacement and a 1 MiB padded profile file succeeding with `max_bytes = 32`. VCS patch-file inputs and WASI response files now consume held document grants. Their shared reader uses fallible growth, detects a declared limit with at most one extra input byte, and rejects oversized content before UTF-8 decoding or CoreForm parsing. Bridge acquisition reserves only the portable decimal framing envelope; the complete body, including whitespace and aggregate op-response maps, must fit the declared limit before response selection. Exact framed/unframed bodies and map selection remain supported. The decoder borrows UTF-8 input and profile selection avoids cloning the whole map. Existing file path/read and WASI parse/UTF-8 error classes remain; the normative bridge documents record the corrected whole-profile limit and its aggregate-profile compatibility consequence. Five document/boundary controls and eleven existing bridge controls pass; two existing stress-gate tests remain skipped and supply no evidence. A shared public-runner control passes VCS patch application, relative/absolute source names, path escape, oversize, invalid UTF-8, framing and response-map selection across both execution tiers on the native host. The same controls run inside the actual-WASI release suite, whose five tests pass in 72.47 seconds under the unchanged 240-second budget; host snapshots preserve denied/outside identities and content. Target reports bind the added reader and shared control sources. Source review stopped the first generated candidate before promotion to remove a redundant selector borrow. SIGTERM stopped only its parent; a child and private stage initially remained. The child subsequently exited, and owned-stage reclamation followed explicit liveness verification; this supplies no signal-cleanup acceptance. A strict all-target gc_effects Clippy run fails in twelve files byte-identical to this transaction's base, including repeated diagnostics across library/test targets; existing lint and supervisor-signal cleanup obligations remain on F06/F07. Absent byte limits retain the legacy profile; memory accounting beyond this reader, special-file admission and cancellation remain unresolved. Package manifest/module-tree reads, GPK streaming, pins reads/locks and process/quarantine boundaries still require migration. These E0 observations close no recovery finding, active defect, roadmap task, host qualification or independent acceptance. The canonical integration result is recorded only after its terminal read-only checks finish. + + +**Generated-supervisor cancellation progress 2026-10-02 (E0, continuation from `e4495541`).** Fresh controls against the exact published supervisor reproduce SIGTERM leaving its owned child alive and validation timeout removing a child from the active set without killing it. The repaired supervisor converts SIGINT/SIGTERM/SIGHUP into one unwind, protects child-registration ownership transfer, kills the owned process group even after its leader exits, reaps leaders and closes logs/event descriptors, and removes its private worktree and Git registration. Further termination requests during cleanup cannot interrupt it. Publication defers cancellation through the complete verified commit or error-triggered rollback and removes its lock, journal and temporary files before returning the signal-derived status. Fifteen bounded controls cover all three signals during bounded commands, validation and staging, registration interruption, actual timeout, spawn failure, a surviving descendant, and interrupted successful/failed publication. `.genesis/perf/authority-cancellation-negative-2026-10-02.json` and `.genesis/perf/authority-cancellation-focused-2026-10-02.log` bind the local observations. The unchanged canonical generated-authority transaction supplies integration only after its terminal read-only checks complete. This is the `user-task` recovery route within selected R4.2.e; no recovery row, active defect or roadmap task closes. Escaped process groups, SIGKILL/crash recovery, other host mechanisms, calibrated disk admission and independent acceptance remain open, as do the previously recorded strict-Clippy failures. + + +**Nested telemetry ownership progress 2026-10-02 (E0, continuation from `1319ed8a`).** The retained source-bound production-wrapper counterexample matches the published supervisor and telemetry bytes: cancellation returned 143 while the nested telemetry command remained alive in another session. Telemetry now shares the common one-shot signal guard and receives a separate inherited process-group lifetime descriptor plus an owned event directory. Nested observers retain the owner's group; standalone observers own one group and private event directory and delegate that lifetime to their nested wrappers. Descriptor claims without an inherited writable regular file, and missing/invalid event roots, fail before spawning. Signal-ignoring descendants cannot retain those groups after supervisor cancellation or timeout. Standalone observer interruption, sampler failure and leader exit kill/reap their owned command group and reclaim private events; signal-derived telemetry status is preserved after command admission. A second exact-published-source control reproduces unhandled native descriptor overflow; both descriptor parsers now bound conversion before the host call. Thirteen actual-wrapper cases plus seven descriptor controls cover all three termination signals, two nested wrappers, validation cancellation, timeout, successful-leader descendants, interrupted registration, sampler failure and malformed ownership claims. The complete supervisor suite passes 58 controls, including real nested telemetry in private staging interrupted by each signal. Resource self-conformance preserves its original twenty contracts and adds the ownership suite; no resource budget or acceptance predicate is weakened. `.genesis/perf/nested-telemetry-cancellation-focused-2026-10-02.log`, `.genesis/perf/nested-telemetry-supervisor-controls-2026-10-02.log` and `.genesis/perf/nested-telemetry-resource-controls-2026-10-02.log` bind local observations. Exact canonical integration is recorded only after its terminal read-only checks. This remains the serial `user-task` recovery route under R4.2.e. Explicit group escapes, death of the owning supervisor, crash recovery, other hosts, calibrated disk admission, remaining boundaries and independent acceptance still block F07 and the full recovery; no task or active defect closes. + +**Idle-cache admission progress 2026-10-02 (E0, continuation from `434a8739`).** Two exact-source finite negative controls reproduce a fitting inactive cache being deleted because of an unused future reservation, and an impossible live/requested hard-quota admission deleting an idle cache before denial. Admission now charges inactive caches by stored allocation, retains one growth reservation per distinct live/requested materialization, refreshes inactive as well as active allocation before decisions, and rejects impossible live/requested totals before reclamation. Seven public controls cover CLI status, inode/content retention, shared lease accounting, hard denial preserving both the live lease and idle cache, last-release accounting, oversized requested-cache preservation and externally grown idle-cache reclamation. Existing bounded-cycle and priority fixtures now materialize actual stored bytes without changing their thresholds or assertions; all original 56 lifecycle controls remain, with one additional seven-control accounting suite. `.genesis/perf/idle-reservation-negative-2026-10-02.json`, `.genesis/perf/impossible-admission-negative-2026-10-02.json` and `.genesis/perf/idle-reservation-lifecycle-controls-2026-10-02.log` bind local observations. A first integration candidate was canceled before promotion after source review identified the earlier oversized-requested-cache eviction path. A third finite negative control reproduced deletion before an impossible replacement; replacement reservation preflight and candidate validation now precede that eviction. A second candidate was canceled before promotion after a finite 4 KiB directory-allocation model reproduced premature eviction in the fixed-payload priority fixture. That fixture now sizes payloads from measured directory allocation and preserves the same priority assertion under physical and modeled allocation; emulation is not host qualification. Neither canceled candidate supplies integration acceptance. An earlier standalone lifecycle run executes all 57 controls successfully, but its whole-volume telemetry rejects a 124,489,728-byte decline against the unchanged 64 MiB budget; this failed wrapper is not integration acceptance or proven owned growth. The corrected physical/model fixture run passes all 57 controls and its unchanged telemetry budgets in `.genesis/perf/idle-reservation-lifecycle-portable-controls-2026-10-02.log`; the allocation-model negative is retained separately and does not qualify Linux. The next candidate completes generation but fails final cache-policy and boundary checks because a metadata-only fresh-checkout fixture requires a full 4.5 GiB build reservation plus the 2 GiB reserve while the volume has 4,210,720,768 bytes available. Its sampled owned peak is 1,541,443,584 bytes; a separate 10,931,077,120-byte volume decline does not prove owned growth. No output is promoted. The metadata-only private fixture now scales its byte quotas, reservations and reserve together by 1024, validates that declared fixture policy and asserts production policy preservation; it performs no build and supplies no build resource qualification. All 26 original cache-policy controls remain plus the fixture-scope control. The corrected metadata-fixture candidate subsequently stops before promotion at production selfhost-review admission: 3,027,001,344 free bytes versus 3,087,766,944 required bytes (existing reserve plus remaining live growth and journal). Its sampled owned peak is 1,383,477,248 bytes. Focused lifecycle/cache-policy controls pass, but canonical integration and publication remain pending; the current transaction retains the legacy build reserve until a reviewed per-command peak-write replacement exists. Canonical integration is recorded only after terminal read-only checks. Build reserves, hard/soft quotas, cleanup priorities and protected-state rules are unchanged. This is the serial R4.2.e `user-task` route; per-command peak-write calibration, shared-volume coordination, remaining boundary repairs and independent acceptance remain required. No recovery row or active defect closes. + + +**Metadata-operation admission progress 2026-10-02 (E0, continuation from `4a77a3b7`).** Exact published-source controls reproduce a 4359-byte metadata-only write requiring a 4.5 GiB build reservation plus the 2 GiB floor at 1 GiB modeled free space, a forged registry reservation admitting true live reservations above the hard quota, and lease-limit denial deleting an oversized idle requested cache. The common Cargo library now freezes the bounded serialized payload before operation-specific admission; metadata leases reserve additive payload/temporary/ancestor growth and journal headroom, while live builds and explicit caller minimums retain their requirements. Closed v0.2 leases distinguish build and metadata operations, conservatively read validated v0.1 build leases, and migrate on atomic mutation; entries must match producer policy. Lease-count denial precedes reclamation. Thirteen metadata controls include exhausted-space rejection and four parallel writers, quota double-spend rejection, mixed live builds, legacy migration, policy contradiction, frozen bytes, a bounded unbuffered mismatch probe, actual subprocess FIFO rejection and release, and oversized pre-admission rejection; eight accounting controls retain the prior seven and add lease-bound inode/content preservation. All original lifecycle controls remain with one new metadata suite (58 labels). Follow-up pre-repair controls reproduce unregistered metadata FIFO discovery blocking in both the published and first working source, JSON growth after a size observation bypassing the 8 MiB limit, and malformed UTF-8 escaping as a host exception. The common JSON reader now admits a regular nonblocking descriptor and reads bounded unbuffered chunks with one extra byte, translates encoding/allocation failures, rejects registry/metadata final links and distinguishes dangling registry entries from absent state. Five additional controls bring the metadata suite to 18 and cover actual unregistered FIFO and link rejection, post-observation growth, exact limit/encoding/duplicate contracts, policy-link compatibility and dangling-registry inode preservation. `.genesis/perf/metadata-discovery-negative-2026-10-02.json` retains the earlier-source negatives; metadata-discovery logs bind the extended controls. Additional exact-source negatives reproduce the policy digest hashing a replacement rather than the parsed bytes, unsupported JSON decoder values/nesting and malformed lease references escaping as host exceptions, and zero PID selecting parent authority. The shared reader now returns frozen bytes for policy identity, translates decoder/allocation errors with descriptor cleanup, and type-admits registry references and process IDs before host calls. Three further controls bring the metadata/admission suite to 21, retaining all previous controls; `.genesis/perf/metadata-policy-binding-negative-2026-10-02.json`, `.genesis/perf/metadata-json-decoder-negative-2026-10-02.json` and `.genesis/perf/metadata-lease-decoder-negative-2026-10-02.json` bind these observations. Two further exact-source controls reproduce admission recording a cache identity different from the frozen written payload after caller mutation, and malformed discovered build-environment data escaping as AttributeError. The immutable metadata plan now derives and verifies its identity and class from its frozen bytes, and discovery/materialization share a typed selector. Two controls bring the suite to 23; `.genesis/perf/metadata-plan-negative-2026-10-02.json` retains the prior-source counterexamples. Two further finite private-policy controls reproduce a larger build demand silently reusing a smaller registered reservation, and oversized eviction bypassing an existing content-identity conflict. Build admission now upgrades a shared reservation monotonically before enforcement, restores the prior entry on denial, preserves earlier live leases and checks identity before eviction; metadata-only requests retain independent budgets. Three accounting controls bring that suite to 11, with the original eight retained; `.genesis/perf/metadata-existing-contract-negative-2026-10-02.json` and its focused log bind these observations. Production quotas and the generic build reserve are unchanged. `.genesis/perf/metadata-only-admission-negative-2026-10-02.json` and `.genesis/perf/metadata-integrity-negative-2026-10-02.json` bind the published counterexamples; focused and canonical observations are retained under the metadata-operation prefix. Operation estimates do not qualify build peaks, arbitrary filesystems, ancestor races, unrelated writers, unsupervised overruns or unsupported hosts. The first canonical candidate fails closed when the unchanged 30-second deployment-small reference build times out; no output is promoted. Sampled owned growth is 1,531,523,072 bytes under the unchanged 8 GiB quota, while separate volume decline is 4,842,061,824 bytes. A shared-host contention hypothesis is retained from slower planner controls and a contemporaneous load observation; it is not proven causality and authorizes only one bounded retry in a quieter window, without changing budgets. Integration and publication remain pending; all F01-F11 acceptance rows and eight active P1 defects remain open. + + +**Registry network ownership and admission progress 2026-10-02 (E0, continuation from `b7462d15`).** The preceding metadata transaction completed 29 generators, 27 terminal read-only checks and nine promoted derived outputs and was published as `b7462d15`; its retained publication report binds that result without closing acceptance. Fresh registry controls compiled against its exact server source reproduce natural join stopping before a request, owner drop leaving the listener alive and shutdown waiting for a withheld body after a real 100 Continue handshake. The native server now owns one HTTP/1 connection on a current-thread runtime, separates natural wait from explicit stop-and-join, exposes a cloneable stop handle and reaps on owner drop. Shared finite admission bounds JSON, objects, HTTP headers/framing, hash-array count, chunk indices, sessions, declared reservations, retained bytes, absolute request deadlines, session lifetime and finish assembly before the corresponding application growth or mutation. Replacement and expiry preserve exact logical counters; assembly consumes chunks without cloning, and object get/put retain common hash verification. Twenty-two library controls and three real CLI controls pass under a 600-second process-group watchdog, including limit/limit+1, unknown-length chunking, truncation, malformed framing, slow bodies, initialization failure, natural request-policy completion, explicit/drop cancellation and real store commits. Strict all-target registry Clippy passes without allowances. The two existing CLI HTTP compatibility workflows pass, and their callers now explicitly stop and join unlimited servers. Native-only dependencies use already locked package versions/checksums; tiny_http remains only a native test dependency. `docs/spec/REGISTRY_POLICY.md` specifies ceilings, failure, compatibility, assembly/replacement transient memory and network ownership. Baseline and expanded observations are retained under `.genesis/perf/registry-lifecycle-baseline-2026-10-02`, `registry-stalled-body-baseline-2026-10-02`, `registry-owned-http-expanded-2026-10-02` and `registry-owned-http-compatibility-2026-10-02`. The required selfhost boundary and decomposition guards pass; the read-only readiness observation passes while preserving score 44, not-ready status and eight unresolved defects. The boundary guard first exposed pre-existing stage0 identity drift and stale lock custody predicates. Exact historical canonical graph comparison reproduces only seven additional Windows API feature flags on the existing windows-sys 0.59.0 package; package versions, counts, dependency edges, target conditions, stage0 membership and policy lists are unchanged. The explicit identity refresher changes only three closure digests and their content seal. Three lock custody verifiers now require the held atomic target and held document reader, preserve all original negative controls and add ten (21 writer, 37 model and 29 ops controls); denied pathname reopening, lost oversize probes, parser substitution and destructive writer additions cannot satisfy the repaired predicates. A first candidate mutation survived a whole-file marker check because a parity reader retained the marker; the final check scopes the contract to the named production reader and rejects the mutation. The canonical graph comparison supersedes an earlier name-only feature view that conflated two Windows dependency versions; both observations are retained. Failed guard/admission/candidate observations remain in their logs. The first canonical candidate completes generation but stops before promotion when the diagnostic gate takes 642.106 seconds against its unchanged 600-second aggregate limit; its functional checks and 152.568-second inner profile pass their existing predicates. Sampled owned allocation peaks at 1,560,993,792 bytes under the unchanged 8 GiB quota, with separate volume decline of 1,201,610,752 bytes. Retained published-baseline timing is 221.010 seconds aggregate and 75.170 seconds inner; a contemporaneous host load above 500 supports a contention hypothesis without establishing causality. The hypothesis permits one bounded retry in a quieter window, with no budget or predicate changes; integration and publication remain pending. The single canonical generated-authority V2 result is recorded only after terminal completion; generated updates alone are not evidence. Existing synchronous reference locks/database allocations, file-backed client uploads, initialization/durability I/O and whole-closure rollback still require separately bounded filesystem/resource/cancellation evidence. Application byte counters do not qualify total heap/RSS, arbitrary filesystem hard cancellation, graceful CLI signals, unsupported hosts or independent release acceptance. This remains the serial R4.2.e `user-task` recovery route; all eleven recovery acceptance rows and eight active P1 defects remain open. + + +**Effects lint and recursive-authority custody progress 2026-10-02 (E0, continuation from `a75db43c`).** The preceding registry transaction completed 29 generators, 27 terminal read-only checks and seven promoted derived outputs and was published as `a75db43c`; its retained publication report binds integration without closing acceptance. Fresh strict all-target effects Clippy reproduces 13 library and 15 library-test diagnostics in twelve files identical to the earlier baseline. Two private borrowed contexts now package existing validation/error inputs at eight signatures and eleven call sites; seven final authority reborrows become moves. Validation bodies, ordering, error seals, budgets, policy and public/wire contracts are unchanged, with no lint suppressions. Exact final-source Clippy passes. Twenty-two behavioral controls pass: ten effects sync/GPK/publish, nine CLI lock/install/verify and three frontend value-parity controls. The initial combined batch exceeded its 600-second process-group watchdog after fifteen completed controls; its failure is retained, and the finite continuation runs only the seven unfinished controls in two separately bounded groups without repeating completed tests or changing gate budgets. Required decomposition and full boundary guards pass. The read-only readiness observation preserves score 44, not-ready status and eight unresolved defects. A stale refs custody guard first rejects the final authority move; its replacement scopes the named live recursive publish dispatch and exact accepted payload, policy, authority and seal forwarding. Before redesign, a finite mutation reproduces a comment-only fake forwarding call satisfying the initial replacement. The final guard masks comments/strings and preserves its original 44 negative controls plus eight, rejecting omission, payload/policy/seal substitution, duplicate dispatch, renamed producer and comment/raw-string decoys. An intermediate incorrect helper exception import fails before checks and is corrected; that failure supplies no acceptance. Source-bound logs and reports are retained under `.genesis/perf/effects-clippy-f06-baseline-a75db43c-2026-10-02` and `effects-context-*`. The single canonical generated-authority V2 result is recorded only after its terminal read-only checks; update output alone is not evidence. Hosted CI replay, strict goldens/documentation limits, remaining filesystem/resource/cancellation boundaries, whole-closure rollback and independent acceptance remain open. This is the serial R4.2.e `user-task` recovery route; all eleven recovery acceptance rows, eight active P1 defects and release gates remain open. + +**Whole-request sync import progress 2026-10-03 (E0, continuation from `3b22da6d`).** Fresh source-bound controls on the published production baseline reproduce retained-prefix installation on every one of eight late-corruption variants: treewalk/compiled evaluation, one/four workers, multiple roots and successive nested closure batches. The failing regression preserves strict error replay and compares complete destination names, bytes and native file identities. Its retained log SHA-256 is `2bcb94408b4765ede62bb32d2f4023a1bacbb4004eea29362a906008c051ba4c`. The common artifact-store import overlay now holds verified payload in a lazily acquired, request-owned file-backed spool and a fallibly reserved fixed-identity index. All roots, remote ref heads, closure objects, budgets and typed commits are admitted before downloaded-object publication. Canonical identity admission precedes pathname observation; staged duplicates preserve successful counters. The checked request object bound derives from the existing 50k per-selector traversal limit instead of introducing a smaller aggregate ceiling. Unix and stable-WASI use held-directory exclusive acquisition and immediate unlink; Windows uses handle-lifetime deletion, with actual Windows qualification still open. Publication consumes the owner, preflights all spool ranges, verifies each installed payload and charges completed writes even on later I/O failure. No pre-existing object is deleted for rollback. `docs/spec/REGISTRY_POLICY.md` records physical spool-plus-destination growth, legacy absence of an unspecified aggregate payload limit, and separate cancellation/resource obligations. + +The first focused invocation rejects unused context/adapter inputs under strict Clippy; that failure remains retained. The corrected observation passes eight import-library controls and all 29 sync/registry controls. After correcting aggregate-bound compatibility and adding shared file-transport controls, final-source all-target effects/registry Clippy passes without suppressions; the eight late-corruption/replay variants pass again on that changed source, and fourteen file-transport operation cases exercise both tiers, nested/multiple-root rejection, exact logical-budget rejection, honest publication and populated-store counters. Successful unchanged broad coverage is reused rather than repeated. The first actual-WASI build is denied before compilation with 5,989,142,528 free bytes against its existing 6,442,475,520-byte admission requirement; it supplies no runtime acceptance. After volume headroom changes, the exact wasm32-wasip1 release executable runs all six actual-target controls successfully on pinned Wasmtime 36.0.9; its runtime observation completes in 123.958 seconds under the unchanged 240-second limit. Fourteen file-transport operation cases exercise both tiers on the actual target; independent host snapshots preserve outside and denied fixture identities/content. This is E0 target behavior, not cross-host release qualification. No floor, build reservation, quota, gate budget, dependency, schema or trust contract is weakened. Source-bound reports are retained under `.genesis/perf/sync-whole-pull-*`. The preceding published checkpoint's hosted CI reproduces a formatting drift (corrected by the source formatter here), stale continuation-hash replay fixture, a 35,432,293-byte rendered-documentation artifact and strict-golden aggregate duration 871,677 ms against 480,000 ms; these remain retained under `hosted-ci-3b22da6d-*` and `hosted-docs-3b22da6d-*`, with the latter three defects still open. Required source-decomposition and full self-host boundary guards pass; the read-only readiness observation remains score 44, not-ready with eight unresolved defects. The changed-file dry run selects the broad aggregate because of the accumulated branch source/generated closure; one canonical generated-authority transaction is selected as V2, with its terminal read-only closure required before acceptance. The first canonical transaction stops before promotion after 579.307 seconds when benchmark-run Cargo admission observes 1,446,400,000 free bytes against 2,939,068,672 required bytes (791,560,448 pending growth plus the existing floor and journal). Sampled owned allocation peaks at 1,521,147,904 bytes under the unchanged 8 GiB quota; separate volume decline is 4,379,340,800 bytes and does not establish owned consumption or its cause. Diagnostic goldens, repair controls and construct-validity observations complete before denial, but the transaction supplies no V2 acceptance. Terminal custody confirms no promoted derived outputs, unchanged candidate sources and removal of the private stage; failed reports remain retained. The retained actual-WASI continuation succeeds after physical headroom changes; one canonical retry binds that changed admission input and the retained first failure. Integration/publication remain pending until terminal checks, and measured operation-specific build admission remains unfinished. Remaining local-store/path consumers, filesystem I/O cancellation, crash/cross-host qualification, measured build admission, total heap/RSS and physical-disk accounting, object/ref transaction policy and independently retained acceptance remain open. This is the serial R4.2.e `user-task` route; all eleven recovery acceptance rows and eight active P1 defects remain open. + +**Canonical replay teaching-authority progress 2026-10-03 (E0, continuation from `1afb4813`).** The fresh hosted workspace job and isolated current-source CLI reproduce rejection of the nominally valid replay pair before its declared decision mutation; the read-only structural checker still accepts the byte-bound suite. The original logs remain retained at the published commit and in the source-bound negative observations. A bounded isolated producer records the unchanged program and policy through the freshly built production selfhost CLI, strictly verifies its valid replay, derives only the declared allow-to-deny mutation, and requires the exact decision/capability rejection. It validates the complete eleven-pair candidate before writing any canonical output. The generated-authority graph explicitly owns both teaching logs and the suite, binds the producer/runtime inputs and selfhost artifact ancestry, and promotes the closure together. The production conformance test now rejects an earlier unrelated mismatch as negative acceptance. Seven retained producer fault controls cover accepted mutation, earlier mismatch, wrong diagnostic, wrong version, missing/oversize log and malformed recording; all original structural controls remain enabled. The bounded actual producer observation preserves every canonical file before promotion and retains candidate digests under `.genesis/perf/canonical-replay-*`; its first experimental earlier-mismatch injection fails the valid side, while the checked-in control specifically reaches the invalid-side injected fault. These teaching logs are current-source development material, not historical release evidence. Runtime identity versioning/readers and mixed-profile compatibility remain open under F01/P1.9. Hosted documentation size, strict-golden duration and newly observed GB-8 dependency declarations remain separate validation obligations. The single canonical generated-authority V2 route supplies integration only after its terminal read-only checks; no generated output alone closes a recovery row. This remains the serial R4.2.e `user-task` route, with all eleven recovery rows and eight active P1 defects open. + +**Host-dependency declaration recovery progress 2026-10-03 (E0, continuation from `34285b42`).** The fresh current-source GB-8 guard reproduces rejection of the already provisioned independent `blake3` checker and Python's standard-library `unittest`. A separate pre-edit negative proves a comma-joined undeclared shell import is omitted; an initial repair still omits a later import after a from statement, and that counterexample is retained. The shared classifier now recognizes the versioned prerequisite declaration, preserves unknown-module rejection, and parses bounded complete shell import statements, including aliases, continuations, parentheses and semicolon-separated imports. The existing CI/full profiles declare exact `python-blake3` 1.0.4 through an isolated bytecode-free read-only import/version probe, bound to the existing closed four-wheel hash admission. Core profile membership and all native SDK envelopes remain byte-equivalent as semantic objects. Only the required prerequisite-manifest owner path is added to the R4.2 workstream; WIP, task families, prerequisites, qualification and release ancestry are unchanged. Seven original prerequisite CLI negatives and fourteen new declaration/lock negatives pass; the engineering guard passes all 75 controls, retaining its existing budgets. Four real isolated-interpreter controls prove installed-package admission, missing-package rejection without fallback, wrong-version rejection and working-directory shadow isolation, without package acquisition. The full prerequisite guard stops at this host's unqualified SDK (Xcode/SDK 27 and Apple Clang 21 against retained 16/15/16 ranges); that failed report remains retained and supplies no host qualification. Focused host-independent negatives continue separately. Full source-boundary and decomposition guards pass. Reports live under `.genesis/perf/gb8-*`; they are mutable E0 observations, not wheel custody or release evidence. The first canonical candidate stops after successful planner tests because the telemetry sampler does not join within the retained two-second bound; it promotes no output and retains its 1,209.660-second observation. A pre-edit control reproduces a blocked helper and a second inventory call after stop. The shared sampler now owns an isolated unprivileged libproc helper with finite process/output/collection bounds, interruptible reads and group/pipe cleanup; normal collection and shutdown limits are separate. Native exit-state observation distinguishes Darwin zombie signal denial from live or unknown group state, and exited leaders cannot retain a pipe or executing helper descendant. Linux discovery and sampling check stop. A bounded 5,000-digit protocol counterexample previously escaped the explicit sampler error channel, and malformed ASCII was silently accepted; strict numeric/tree decoding now rejects malformed, duplicate, contradictory and oversized rows before committing a sample. Nine actual helper controls, 26 native contract controls, nine protocol negatives and all 20 existing cancellation controls pass. Actual Darwin controls cover parent/child RSS, an unreaped exited leader and live/unknown-state fault rejection. Prototype privileged-helper, zombie-group, retained-pipe, short collection-window and fixture/inventory failures remain retained; a presence or local runtime check does not supply host qualification. The birth-identity repair adds nine controls and brings the telemetry guard to 25 passing groups within its unchanged budget. The second canonical candidate stops after 375.019 seconds when the sampler correctly rejects an unobservable privileged ps child; it promotes no output. A fresh native observation identifies the lifecycle PID-birth query as that child. Darwin lifecycle identity now uses bounded libproc birth information and preserves the existing posix/PID/asctime digest; actual default, UTC and America/Chicago observations agree with legacy ps bytes, while unknown identity preserves live lease state. The isolated metadata fixture now copies the complete helper closure and evidence bundles include its bytes. All 58 cleanup controls pass, but the enclosing standalone guard fails its 64 MiB budget on 119 MiB of volume-wide allocation; this unattributed observation remains retained and is not a passing resource claim. Final-source engineering passes all 75 controls and the strict boundary smoke passes all 51 migrated checks and render contracts; its terminal audit check rejects the expected stale derived audit, which must be regenerated and independently checked by the canonical transaction. The single canonical generated-authority V2 route requires terminal read-only checks before publication. Historical identity/replay compatibility, documentation and strict-golden failures, build-peak calibration, remaining boundaries and independent acceptance remain open. This is the serial R4.2.e `user-task` route; all eleven recovery rows and eight active P1 defects remain open. + +**Allocated-block recovery progress 2026-10-03 (E0, continuation from `c7063bf2`).** A bounded offline cold/warm CLI-build calibration stops safely after 9.234 seconds when the lifecycle scanner raises FileNotFoundError for a concurrently removed Cargo rmeta file. Separate fresh native controls reproduce duplicate charging of one hard-linked artifact and a 1 GiB charge for a zero-block sparse file; directory logical length also inflated charges. Lifecycle and generated-authority observers now share a bounded descriptor-based allocated-block library: each inode is charged once per observed forest, zero allocation stays zero, disappearing names are sampled races, unknown allocation/permission/backend states are explicit errors, and child descent never follows replacement links. Caller root authorization, reclamation, reservations, quotas and the build floor remain unchanged. A candidate cancellation fault reproduces a descriptor leak immediately after acquisition; deferred ownership transfer and cleanup repair it. Sixteen allocation groups, all 59 cleanup groups and all 58 existing authority-supervisor controls pass. The reclaim-priority fixture now asserts real pressure against allocated blocks in both native and finite directory-overhead models; no production budget changes. A single changed-observer calibration completes six cases in 182.075 seconds and removes its private source/cache workspace. Sampled cold CLI allocation peaks are 827,838,464 bytes in the existing slim class and 2,018,762,752 bytes in the normal class. Comment-replacement warm rebuilds allocate up to 74,371,072 and 20,606,976 additional bytes despite nearly stable final target sizes. Its two byte-unchanged stages rewrite source timestamps and therefore do not prove a wholly unchanged Cargo input state; that fixture limitation is retained separately. Reports under `.genesis/perf/disk-allocation-*` and `disk-build-calibration-*` are mutable local E0 observations, not SDK, full-profile, copy-on-write, cross-host or independent release qualification. A calibrated build-floor replacement, shared-volume coordination, overrun supervision, genuine unchanged-warm coverage and remaining F01-F11 acceptance are still required. This is the serial R4.2.e `user-task` route; all eleven recovery rows and eight active P1 defects remain open. + +**Lossless runtime-term progress 2026-10-03 (E0, continuation from `f191d2f1`).** Fresh exact-source observations reproduce improper-pair, proper-placeholder, nested-container and captured-continuation aliases in both tiers. A separate canonicalized control proves that compiled closures capturing integer 1 versus 2 return different values but share a continuation hash, and that the same integer capture has different hashes between tiers. These extend F01's existing runtime-identity obligation; no task or defect family is added. The additive `genesis/runtime-term-hash/v0.3` library now streams a lossless tagged term encoding, including every nested map key/value and arbitrary pair field, under explicit node, encoded-byte and pending-frame ceilings. It does not print or clone the term, flatten containers, allocate integer byte buffers, or recurse on the host stack. Fallible bounded stack reservations and preflighted scalar work return explicit errors, including counter overflow at maximum configured limits. Nineteen independently encoded vectors, 167 distinct nested structural terms, exact/one-short bounds, large scalar preflight, 20,000 nested pairs on a small stack, wide containers under constant frame bounds, map ordering and unchanged historical store/value identity pass. The kernel suite passes 91 active tests with its existing ignored test retained; the subsequently added counter-overflow control passes separately, and final warning-denied all-target kernel Clippy passes. Seven semantic mutations are rejected and the kernel guard's nine negative controls pass. Two earlier candidate failures are retained: a test integer-shift type ambiguity and a fixture that mistakenly required two equal maps to have distinct hashes. Reports under `.genesis/perf/f01-current-runtime-collision-*`, `f01-canonical-closure-capture-collision-*` and `f01-term-v03-*` bind the local observations and removed temporary workspaces. The first canonical candidate stopped before promotion when the diagnostics runtime phase exceeded its unchanged 300,000 ms limit at 313,481 ms. Its default-feature structured-failure target also executed zero tests. The renderer now resolves the required parity fixture dependencies once, retaining separate production/parity entrypoints and running all four CLI suites plus the normal driver's full 89-test library suite. A fresh owned workspace passes at 271,741 ms with 1,178,107,904 allocated owned bytes; no timer, history predicate, SDK, policy or quota was relaxed. The failed transaction and grouped verifier observations are retained under `.genesis/perf/f01-term-v03-canonical-*` and `f01-diagnostics-*`; final-source canonical closure remains required. The grouped canonical candidate subsequently passes that runtime phase at 81,214 ms but stops before promotion on telemetry's denied inventory-group signal with `leader_status=None`. A controlled exit schedule reproduces the rejection with actual native confirmation of an exited leader and no live group members. Cleanup now confirms that native group state before one bounded 0.5-second reap; live or unknown state, other-host denial and reap timeout remain errors. The full telemetry gate passes its 25 existing groups, 26 native-contract, nine helper, nine protocol, nine birth-identity and cancellation controls, plus six new termination-schedule controls; four mutations reject omitted reap, ignored live state, ignored timeout and an unbounded wait. The actual native exited-helper positive reaps status 0. Reports under `.genesis/perf/f01-telemetry-late-reap-*` retain the negative, positive and mutations, and `f01-term-v03-grouped-canonical-*` retains the second failed transaction; quotas, metric schemas, signal ownership and SDK envelopes remain unchanged. This codec is an explicitly staged component, not an activated value/log profile: current store hashes, `value_hash`, writer version 3, readers 2/3, selfhost replay authority, SDKs and existing quotas remain unchanged. Complete bounded value-graph/capture identity, legacy readers, strict mixed-profile rejection, migration, exact-revision integration and independent acceptance remain required. All eleven recovery rows and eight active P1 defects remain open on the serial R4.2.e `user-task` route. + +**Named capture foundation progress 2026-10-03 (E0, continuation from `af6252a6`).** Fresh exact-source controls reproduce compiled lexical live accounting at 22 units versus the reference's 16,420 for a retained 16,384-byte string: a 2,048-unit limit incorrectly succeeds only in the compiled tier. Warm module redefinition leaves an earlier compiled closure reading 1 while the reference reads the new 2. Three private compiled-blob inventory mutations (inconsistent definition/slot name, duplicate slot name and literal-looking slot name) are admitted by the old reader. A separate allocation observation proves one retained value beneath 5,000 discarded bindings still allocates 5,001 slots (120,024 bytes); its first private fixture fails to import the application trait and supplies no allocation observation, while the corrected exact-source fixture is retained separately. These refine existing F01/F05 obligations without adding a task or defect family. Compiled module slots now resolve through the same live named module scope as the reference tier, preserving warm updates, preceding right-hand-side bindings, parent shadowing, forward errors and replaced recursive targets. Lexical captures store only retained depth/value entries with immutable names and fallible exact reservation; the live meter reconstructs the single semantic capture frame rather than omitting slots or charging discarded holes. The blob reader rejects those malformed inventories before admitting definitions, preserving valid GCKM5 writer bytes; this is namespace/table admission, not full body/IR translation validation. The final kernel suite passes 99 active tests with its existing ignored stress test retained, and warning-denied all-target Clippy passes. New controls cover exact/one-short live limits in both tiers and blob round trips, finite and unlimited-step warm calls, nested sparse depths, retained sharing, external scopes, shadowing, recursive roots and reclamation. Seven private semantic mutations reject snapshots, omitted capture charging, wrong depths, missing module tracing and each malformed inventory admission. Kernel TCB, decomposition and selfhost-boundary guards pass, including the kernel guard's nine negatives; three explicit source modules receive new ceilings without raising existing ceilings. The preliminary focused report's captured source identity changes during the later decomposition/test/policy refinement and is not final-source evidence; the final focused, mutation and guard reports bind unchanged candidate source. Reports under `.genesis/perf/f01-capture-accounting-module-negative-*`, `f01-module-slot-admission-negative-*`, `f01-sparse-capture-allocation-negative-*` and `f01-named-capture-*` are mutable E0 observations with removed owned workspaces. One canonical generated-authority V2 transaction still requires terminal fixed-point/read-only checks and complete diff review before publication. Current value_hash/store identity, runtime-term staging, log writer 3/readers 2/3 and replay authority remain unchanged. Complete bounded representation-independent value/capture identity, profile migration, legacy/mixed-profile compatibility, wider resource bounds, calibrated build admission, hosted validation failures and independent acceptance remain open. All eleven recovery rows and eight active P1 defects remain open on the serial R4.2.e user-task route. + +**Compiled metadata and writer recovery progress 2026-10-03 (E0, continuation from `1bae0dd6`).** Fresh exact-source controls prove that name/depth contradictions admit a closure retaining a 16,384-byte string under a 2,048-unit live limit at only 86 charged units, while the valid control rejects at 16,480. A separate admitted body-term/IR contradiction yields the same continuation hash for results 1 and 42. The first private negative fixture duplicates an already imported application trait and supplies no runtime observation; its corrected, separately retained fixture supplies all three observations. A second fresh writer negative proves different improper quoted pairs and nested boolean/raw-symbol values have identical compiled bytes. The shared compiled reader now independently checks complete declaration inventory, lexical/module/external resolution, canonical binders, expression shapes and every closure body/source relation, including sequential binding, currying, literal/quote/container fields, primitive/seal identity, argument order and flattened application step counts. It does not invoke the compiler or trust candidate capture/forward plans as verification. The writer routes every term field through the common checked canonical-domain printer, rejecting unsupported serialized data while preserving direct kernel values and legitimate pair operations. Valid GCKM5 bytes remain unchanged. The final kernel suite passes 105 active tests with its existing ignored stress test retained, and warning-denied all-target Clippy passes. Eighteen body-field faults and root inventory/scope/tag controls reject malformed blobs; 104 raw/canonical and empty/qualified-namespace source-form round trips preserve bytes and coverage manifests. Equality controls compare all represented term variants and traverse 20,000 pairs on a small stack without recursive comparison; the deep observer deliberately excludes the inherited destructor boundary. Eight semantic verifier/writer mutations are rejected. A candidate import failure is retained separately; successful intermediate source refinements do not replace final-source evidence. Reports under `.genesis/perf/f01-compiled-metadata-negative-*`, `f01-compiled-writer-domain-negative-*` and `f01-compiled-admission-*` are mutable local E0 observations, not independent acceptance. Task guards and one canonical generated-authority V2 transaction require terminal read-only checks and complete diff review before publication. Three explicit validator modules retain new ceilings without increasing existing ones. Current runtime-term staging, store/value identity, log writer 3/readers 2/3 and replay authority remain unchanged. Full bounded representation-independent value/capture identity, profile migration, legacy/mixed-profile compatibility, source-authenticated compiled cache and general translation certificates, wider resource bounds, operation-specific disk admission, hosted validation and independent acceptance remain open. All eleven recovery rows and eight active P1 defects remain open on the serial R4.2.e user-task route. + ## 4. Non-negotiable invariants These invariants apply to every phase and every execution tier: @@ -834,14 +947,14 @@ Validation ladder: - [x] **R0.1.a Track this roadmap.** Add `ROADMAP.md` to repository history, retain its README/index registration, and record the replacement mapping in section 11. Evidence: clean-clone visibility and planning-doc gates. done 2026-07-14; evidence: `scripts/check_planning_docs_fresh.sh`, `scripts/check_doc_topology_drift.sh`, and `scripts/check_capability_evidence_ledger_contract.sh`; input: `git-commit-object-sha256:1a0d9bdc8d967af45835abeb4391a1601ab6e9e56cc6a16db35882ee198b527e` Evidence 2026-07-14: a network-fetched single-branch clone of the published revision resolved exactly to `43dfb0e02fc612a6636b49636fbc676426ac59ab`, contained tracked `ROADMAP.md` blob `69b038a8cd53c65658ed5ed771a75601f79c9e34`, retained the README and `docs/INDEX.md` registrations, and retained section 11's complete prior-area replacement table. Planning freshness, documentation topology/reference freshness, the capability/evidence ledger with all 42 roadmap evidence identities, and the 247-task execution-manifest contract passed read-only; the clone remained clean after verification. -- [x] **R0.1.b Replace binary feature status.** Convert `feature_matrix.md` to the L0-L5 maturity model, include supported-host scope, and replace "Known gaps: none" with generated gaps from the ledger. done 2026-07-10; evidence: `scripts/check_capability_evidence_ledger_contract.sh`; input: `capability-ledger-bundle-sha256:0a131290668d0364e6a54f8d232c768ce05372dfe2161b780cb7cb2f95210a45` -- [x] **R0.1.c Create a capability/evidence ledger.** Add a schema and source file mapping each claim to spec, implementation authority, host binding, tests, maturity by platform, owner, and immutable evidence IDs. done 2026-07-10; evidence: `scripts/check_capability_evidence_ledger_contract.sh`; input: `capability-ledger-bundle-sha256:0a131290668d0364e6a54f8d232c768ce05372dfe2161b780cb7cb2f95210a45` -- [x] **R0.1.d Generate views.** Generate `feature_matrix.md`, self-host status, compatibility tables, and release claim tables from the ledger. Drift checks compare generated output without rewriting it. done 2026-07-10; evidence: `scripts/check_capability_evidence_ledger_contract.sh`; input: `status-authority-bundle-sha256:a3973cfa257347799380ddeeb7f51eebc124c1ae558179b8dfe1c7b9894ace67` -- [x] **R0.1.e Reconcile planning docs.** Keep `upgrade_plan.md` as the active red-team defect queue, this file as strategic sequence, and status docs as generated/audited views. Remove contradictory hand-maintained status claims. done 2026-07-10; evidence: `scripts/check_selfhost_doc_runtime_parity.sh` and `scripts/check_redteam_report.sh`; input: `status-authority-bundle-sha256:a3973cfa257347799380ddeeb7f51eebc124c1ae558179b8dfe1c7b9894ace67` -- [x] **R0.1.f Add a machine-readable execution manifest.** Mirror every roadmap task ID into a versioned manifest with prerequisites, risk class, expected inputs/outputs, owning spec/implementation surfaces, required checks and negative controls, resource class, rollback, and acceptance evidence. A drift check proves one-to-one coverage; the manifest schedules approved work but cannot mark its own task complete or override this roadmap's definition of done. done 2026-07-10; evidence: `scripts/check_roadmap_execution_manifest.sh`; input: `roadmap-execution-contract-bundle-sha256:e13bbed8471bd2c52f8d483bf704ae1ec2a349063fc0bf16ba6943f54e3cba1f` +- [x] **R0.1.b Replace binary feature status.** Convert `feature_matrix.md` to the L0-L5 maturity model, include supported-host scope, and replace "Known gaps: none" with generated gaps from the ledger. done 2026-07-10; evidence: `scripts/check_capability_evidence_ledger_contract.sh`; input: `capability-ledger-bundle-sha256:21a50fe8ddb3931865b33992f629e645ec84be3917aa640fb037808b703f9410` +- [x] **R0.1.c Create a capability/evidence ledger.** Add a schema and source file mapping each claim to spec, implementation authority, host binding, tests, maturity by platform, owner, and immutable evidence IDs. done 2026-07-10; evidence: `scripts/check_capability_evidence_ledger_contract.sh`; input: `capability-ledger-bundle-sha256:21a50fe8ddb3931865b33992f629e645ec84be3917aa640fb037808b703f9410` +- [x] **R0.1.d Generate views.** Generate `feature_matrix.md`, self-host status, compatibility tables, and release claim tables from the ledger. Drift checks compare generated output without rewriting it. done 2026-07-10; evidence: `scripts/check_capability_evidence_ledger_contract.sh`; input: `status-authority-bundle-sha256:50cba7e6d81c9c24a7605a7b069b06d492f8a1f4b01977c72cb94742d0d0de7a` +- [x] **R0.1.e Reconcile planning docs.** Keep `upgrade_plan.md` as the active red-team defect queue, this file as strategic sequence, and status docs as generated/audited views. Remove contradictory hand-maintained status claims. done 2026-07-10; evidence: `scripts/check_selfhost_doc_runtime_parity.sh` and `scripts/check_redteam_report.sh`; input: `status-authority-bundle-sha256:50cba7e6d81c9c24a7605a7b069b06d492f8a1f4b01977c72cb94742d0d0de7a` +- [x] **R0.1.f Add a machine-readable execution manifest.** Mirror every roadmap task ID into a versioned manifest with prerequisites, risk class, expected inputs/outputs, owning spec/implementation surfaces, required checks and negative controls, resource class, rollback, and acceptance evidence. A drift check proves one-to-one coverage; the manifest schedules approved work but cannot mark its own task complete or override this roadmap's definition of done. done 2026-07-10; evidence: `scripts/check_roadmap_execution_manifest.sh`; input: `roadmap-execution-contract-bundle-sha256:6e3c8d0c2519600b0a159b26be9d2fc856a1d8af239a3a03cda791913f15e8f5` - [x] **R0.1.g Establish checkpoint and remote-CI discipline.** Publish each coherent task-scoped checkpoint before the next high-risk tranche, require a clean-clone reconstruction from the published revision, run the complete GitHub CI matrix at least once as a shakedown, classify every remote-only failure, and protect release branches from bypassing required checks. A draft pull request is a valid backup checkpoint but cannot close this task until its exact revision is green remotely. done 2026-07-14; evidence: `.github/workflows/ci.yml`, `.github/workflows/docs-site.yml`, and `scripts/check_docs_quickstart.sh`; input: `git-commit-object-sha256:1a0d9bdc8d967af45835abeb4391a1601ab6e9e56cc6a16db35882ee198b527e` Evidence 2026-07-14: task-scoped commits were published through PR 1 and the exact head revision passed the complete push CI run `29383561115` with all 63 executed stages successful. The same revision passed PR-only strict selfhost/WASM equivalence, deterministic GPU-device, WebXR browser, and 170-page Quarto/Playwright lanes; the only remote-only defect found was the documentation-maintainer shell fence being executed as a language quickstart, fixed by the explicit `genesis-doc-skip` contract and revalidated locally and on Linux. A fresh network clone independently reconstructed the revision and passed the R0.1 checks. GitHub exposes exactly one default branch, `main`; it requires an up-to-date `test` status, enforces protection for administrators and linear history, and disables force pushes and branch deletion. -- [x] **R0.1.h Expand the capability ledger to product and target truth.** Replace broad rows that conflate headless planning, host reachability, archive generation, and real products with independently governed rows for application/UI, static web, interactive/SSR/PWA web, service/data, desktop by OS, iOS, Android, games/media, data/ML, Embedded Linux, MCU language/AOT, board/HAL families, flash/debug/OTA, and hardware-in-the-loop. Each row names exact L0-L5 maturity, host/device scope, authentic artifact predicate, one-language source predicate, owner, gaps, evidence, and release eligibility. Generate a product/target matrix and prohibit aggregate `CAP-DEPLOYMENT-PIPELINE`, `CAP-GRAPHICS-RUNTIME`, or similar L1 wiring from implying child-target support. done 2026-07-16; evidence: `scripts/check_capability_evidence_ledger_contract.sh`, `scripts/check_feature_matrix_gap_hygiene.sh`, `scripts/check_release_notes.sh`, and `scripts/check_doc_topology_drift.sh`; input: `capability-ledger-bundle-sha256:0a131290668d0364e6a54f8d232c768ce05372dfe2161b780cb7cb2f95210a45` +- [x] **R0.1.h Expand the capability ledger to product and target truth.** Replace broad rows that conflate headless planning, host reachability, archive generation, and real products with independently governed rows for application/UI, static web, interactive/SSR/PWA web, service/data, desktop by OS, iOS, Android, games/media, data/ML, Embedded Linux, MCU language/AOT, board/HAL families, flash/debug/OTA, and hardware-in-the-loop. Each row names exact L0-L5 maturity, host/device scope, authentic artifact predicate, one-language source predicate, owner, gaps, evidence, and release eligibility. Generate a product/target matrix and prohibit aggregate `CAP-DEPLOYMENT-PIPELINE`, `CAP-GRAPHICS-RUNTIME`, or similar L1 wiring from implying child-target support. done 2026-07-16; evidence: `scripts/check_capability_evidence_ledger_contract.sh`, `scripts/check_feature_matrix_gap_hygiene.sh`, `scripts/check_release_notes.sh`, and `scripts/check_doc_topology_drift.sh`; input: `capability-ledger-bundle-sha256:21a50fe8ddb3931865b33992f629e645ec84be3917aa640fb037808b703f9410` Evidence 2026-07-16: the canonical ledger now separates 29 foundation claims from 16 independently governed product/target claims spanning shared application/UI, static web, interactive/SSR/PWA web, self-hosted service/data, macOS/Linux/Windows desktop, iOS, Android, games/media, data/ML, Embedded Linux, closed-world MCU AOT, representative BSP/HAL families, device flash/debug/OTA, and physical hardware-in-the-loop. Every target is truthfully `L0` and `unsupported`: current CoreForm packages, metadata-only mobile archives, empty Wasm exports, headless frame plans, host-operation routing, synthetic launchers, and simulator-only observations cannot raise target maturity. Each target records required and optional browser/host/runtime/simulator/device/board/lab scopes, mechanically coupled maturity and release state, an authentic execution predicate, a deletion-and-regeneration one-language predicate, owner, exact roadmap gaps, evidence IDs, limitations, and related foundations explicitly marked non-inheriting. `docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json` and the product/target section of `feature_matrix.md` are generated alongside the five prior status views and are indexed in the documentation topology, Quarto site, source catalog, roadmap evidence bundle, and release notes without increasing the active documentation-leaf budget. The validator requires the broad aggregate boundary, at least one release-required scope, valid foundation links, one-to-one check evidence, no maturity/status escalation, immutable E3/E4 evidence for L5, and no stale gaps; 19 negative controls mutate these boundaries. Release notes independently reject product-target escalation, gap hygiene counts both foundation and product-target gaps, and no product or target is authorized for release. @@ -849,54 +962,54 @@ Validation ladder: - [x] **R0.2.a Separate check from update.** Audit every `check_*.sh`; a check fails with an exact update command when required material is absent or stale. It never invokes `update_*`, writes `.genesis/perf`, warms caches, or compiles unless compilation is its declared subject. done 2026-07-10; evidence: `scripts/check_check_update_boundary.sh`; input: `check-update-boundary-audit-sha256:08c0082749a597997094a308f9e1645191353df0f092cf441622db33cce2913b` Progress 2026-07-10: the reachable-helper audit covers all 114 check entrypoints and their sourced/executed local closure; all 114 are compliant, no legacy persistent-output producers remain, all 45 conservatively detected compilation closures and the single network subject are declared, and refresh/update/mutation-helper counts are zero. The permanent smoke suite enforces 51 renderer contracts, 45 heavy-wrapper contracts, missing-output rejection, caller-output-override rejection, retained-tree immutability, and maintenance-mutation rejection. The final aggregate health migration uses input-only copied histories, private check reports, no persistent gate-result cache, no explicit Cargo prewarm, and an explicit retained updater. Write-skill conformance retained 100/100 across 28 rubric rows and 100 generative cases with hashed portable inputs; tracked source decomposition passed 9/9 reviewed parity commands, enforces calendar-valid non-expired waivers, and canonicalizes diagnostic host paths; the release-scale 10,000-module workspace passed lock/build/test/selfhost refresh in 16.553 seconds with a byte-identical retained tree during the check and portable retained output from the updater. The parity run exposed and fixed stage2 handling of slim `Value::Int`; all 117 `gc_opt` library tests pass. Full-cross, runtime-backend, GCPM target-runtime, AI SLO/stress, GPU/XR, task, bridge, assurance, package/deployment, in-toto/DSSE/SLSA profile, independent evidence-verifier, adversarial evidence/replay, immutable evidence-storage, dependency-mirror, version-surface, v1 compatibility-registry, gate-manifest, resource-telemetry, and deterministic-cleanup lanes retain the same check/renderer/updater boundary and hashed portable inputs. -- [x] **R0.2.b Version the evidence manifest.** Profile in-toto Attestation Framework v1.2 with Statement v1 and a pinned authenticated envelope/bundle representation, plus SLSA 1.2 build/source provenance where its semantics fit; define versioned Genesis predicates for source revision, dirty-state policy, toolchain hashes, environment profile, declared network inputs, commands, negative controls, artifact hashes, raw samples, durations, peak RSS, disk delta, and verifier version. done 2026-07-10; evidence: `scripts/check_genesis_evidence_profile.sh`; input: `genesis-evidence-profile-bundle-sha256:f6329e0b3ff18a7382d18472f49c618d29d919f4133a458e396760104cc98602` +- [x] **R0.2.b Version the evidence manifest.** Profile in-toto Attestation Framework v1.2 with Statement v1 and a pinned authenticated envelope/bundle representation, plus SLSA 1.2 build/source provenance where its semantics fit; define versioned Genesis predicates for source revision, dirty-state policy, toolchain hashes, environment profile, declared network inputs, commands, negative controls, artifact hashes, raw samples, durations, peak RSS, disk delta, and verifier version. done 2026-07-10; evidence: `scripts/check_genesis_evidence_profile.sh`; input: `genesis-evidence-profile-bundle-sha256:e851e3f36146f033a471554b97f5d39a7582d19e3f11870720ec53a8e71099f7` Evidence 2026-07-10: four Draft 2020-12 schemas define the closed Genesis predicate, Statement v1 profile, strict SLSA Provenance v1 producer profile, and DSSE bundle. The deterministic E3 vector binds identical Genesis/SLSA subjects, canonical statement bytes, DSSE PAE, and two valid Ed25519 signatures from a public non-trust fixture key. Sixteen in-memory adversarial controls plus a duplicate-key file fixture reject version/type confusion, implicit dirty inputs, host paths, shell strings, undeclared network access, failed controls, floats, subject/payload substitution, missing authentication, malformed signatures, and statement reordering. Normative policy separates SLSA build provenance from source-only evidence, signature validity from authorization, and authenticated measurements from semantic identity. -- [x] **R0.2.c Add an independent verifier.** Build a small read-only verifier for the profiled in-toto/SLSA envelopes, Genesis predicates, hash trees, signatures, compatibility profiles, and negative-control outcomes. Keep it outside the main CLI dependency graph and publish test vectors. done 2026-07-10; evidence: `scripts/check_genesis_evidence_verifier.sh`; input: `genesis-evidence-verifier-bundle-sha256:ae729e52b228a40538b1d926246913b6544ebc1aa4a176172a9d2f938b10c1ee` +- [x] **R0.2.c Add an independent verifier.** Build a small read-only verifier for the profiled in-toto/SLSA envelopes, Genesis predicates, hash trees, signatures, compatibility profiles, and negative-control outcomes. Keep it outside the main CLI dependency graph and publish test vectors. done 2026-07-10; evidence: `scripts/check_genesis_evidence_verifier.sh`; input: `genesis-evidence-verifier-bundle-sha256:41971317a2ca928b7f39a73787260d70d1206956158054637732ddd7f8e4d745` Evidence 2026-07-10: the nested standalone Rust workspace has an independent lockfile, no Genesis crate or root-workspace membership, no production signing/write/network path, exact duplicate-key and integer-only JSON parsing, externally pinned policy SHA-256, Ed25519 DSSE role/threshold verification, strict Genesis/SLSA compatibility and companion linkage, bounded inputs, normalized non-symlink artifact paths, streamed SHA-256, and a domain-separated Merkle tree. Three additional Draft 2020-12 schemas cover trust policy, artifact tree, and negative vectors. Four positive artifacts verify twice to byte-identical reports; all 30 published re-signed or structural adversarial cases fail at their expected boundary, and an authenticated future-field fixture proves SLSA monotonic extension compatibility. The permanent offline gate runs format, Clippy with warnings denied, six Rust tests, dependency separation, production capability scans, deterministic reports, and retained-tree immutability. -- [x] **R0.2.d Establish evidence storage classes.** Keep E0 observations under ignored `.genesis/`; keep E1/E2 schemas and goldens in-tree; publish E3/E4 bundles as immutable release assets with mirror instructions. done 2026-07-10; evidence: `scripts/check_evidence_storage_classes.sh`; input: `evidence-storage-classes-bundle-sha256:600df77c8f03eca075c3023b193ae0aacaa510ac7850d1f429b3f21c16ec865d` +- [x] **R0.2.d Establish evidence storage classes.** Keep E0 observations under ignored `.genesis/`; keep E1/E2 schemas and goldens in-tree; publish E3/E4 bundles as immutable release assets with mirror instructions. done 2026-07-10; evidence: `scripts/check_evidence_storage_classes.sh`; input: `evidence-storage-classes-bundle-sha256:44c7b1164c17d455c6984b0b8228bbeedc99328e21340dd65b279dc7a5ebb00f` Evidence 2026-07-10: a closed E0-E4 policy and exact generated fixture catalog keep mutable observations ignored, schemas/examples at E1, and every retained signed fixture at non-authoritative E2 regardless of its claimed profile. The E3/E4 renderer requires an independently verified matching profile and class threshold, emits normalized deterministic USTAR only below ignored release roots, excludes trust roots, binds exact payload hashes and verifier policy, names assets by SHA-256, and creates sidecar plus executable mirror instructions. The E3 conformance candidate renders byte-identically twice, verifies without extraction, and mirrors create-new with byte parity. Eight controls reject overwrite, mirror replacement, E3-to-E4 escalation, non-release classes, archive mutation, duplicate policy keys, fixture authority escalation, and archive traversal. E4 policy requires two signatures and two mirrors; no E4 release is claimed until those independent external controls exist. -- [x] **R0.2.e Add adversarial fixtures.** Reject missing fields, duplicate keys, path aliases, unsupported schema versions, reordered/altered replay facts, forged signatures, stale source identities, and reports produced from dirty inputs without an explicit dirty policy. done 2026-07-10; evidence: `scripts/check_evidence_adversarial_matrix.sh`; input: `evidence-adversarial-matrix-bundle-sha256:db8caae6b8ed9d40a3738301866c7001b9ff47638e22782f7fff0b88b31a333c` +- [x] **R0.2.e Add adversarial fixtures.** Reject missing fields, duplicate keys, path aliases, unsupported schema versions, reordered/altered replay facts, forged signatures, stale source identities, and reports produced from dirty inputs without an explicit dirty policy. done 2026-07-10; evidence: `scripts/check_evidence_adversarial_matrix.sh`; input: `evidence-adversarial-matrix-bundle-sha256:e0b65362dde33907296a22ccad42116b0e7acb1d62d4d9bca3ac492ab80b566d` Evidence 2026-07-10: a Draft 2020-12 schema and reviewed matrix bind all eight requirements to eleven exact controls with one-time coverage, source authority, fixture, command, and expected diagnostic. The standalone verifier now rejects 30 published cases, including compound `./` path aliases, missing fields, unsupported bundle versions, malformed dirty declarations, missing dirty-path identities, and repository/revision/tree identities that differ from the out-of-band trust policy. The runtime replay control mutates 16 executable facts spanning order/count/index, operation and request/response hashes, response body, decision/cap, and every deterministic scheduler field. The offline aggregate gate rejects duplicate matrix keys, orphaned or multiply referenced controls, fixture/diagnostic drift, and failures at the wrong boundary. -- [x] **R0.2.f Restore denied-effect replay parity.** Make denied capability decisions produce the same value/error boundary, exit contract, canonical log facts, and replay outcome across Rust and self-host engines on native and WASI. Add one shared regression corpus for allow, deny, unhandled, malformed, and tampered entries; compare every serialized fact including decision and capability; fail closed on any engine disagreement. done 2026-07-14; evidence: `scripts/check_evidence_adversarial_matrix.sh`; input: `evidence-adversarial-matrix-bundle-sha256:db8caae6b8ed9d40a3738301866c7001b9ff47638e22782f7fff0b88b31a333c` +- [x] **R0.2.f Restore denied-effect replay parity.** Make denied capability decisions produce the same value/error boundary, exit contract, canonical log facts, and replay outcome across Rust and self-host engines on native and WASI. Add one shared regression corpus for allow, deny, unhandled, malformed, and tampered entries; compare every serialized fact including decision and capability; fail closed on any engine disagreement. done 2026-07-14; evidence: `scripts/check_evidence_adversarial_matrix.sh`; input: `evidence-adversarial-matrix-bundle-sha256:e0b65362dde33907296a22ccad42116b0e7acb1d62d4d9bca3ac492ab80b566d` Evidence 2026-07-14: replay command success is now defined by complete log verification rather than by whether the faithfully reconstructed terminal value is a sealed ERROR. The shared runtime corpus covers allow, deny, allowed-but-unhandled operations, malformed unsealed requests, reordered/count-altered logs, and mutation of index, op, payload/continuation/request/response hashes, response body, decision, capability, and every scheduler field. The governed gate passes all 30 replay-focused library cases and both six-case Rust/selfhost mirrors on native and WASI; denied runs retain exit 41 and byte-identical canonical logs, while verified denied replays return the same sealed value and exit successfully. -- [x] **R0.2.g Make test profiles hermetic and load-stable.** Remove aggregate-pipeline recursion from default Rust tests; place process-kill loops, performance probes, and dirty-tree stress in declared isolated lanes. Replace PID-log timing assumptions with explicit fixture readiness/ownership handshakes, prove descendant kill/reap deterministically, and run the affected host-bridge and agent-plan tests repeatedly under supported parallel CPU/I/O load. No closure through `ignore`, retry-until-green, reduced assertions, or serialized global execution unless the contract itself requires serialization. done 2026-07-14; evidence: `scripts/check_test_execution_profile_matrix.sh`, `scripts/check_host_bridge_fault_injection.sh`, and `scripts/check_gc_agent_task_cards.sh`; input: `test-hermeticity-bundle-sha256:3a6460d877ae95b89f2392532d6e516fa391f8e43d3496bb79d072766a0157db` +- [x] **R0.2.g Make test profiles hermetic and load-stable.** Remove aggregate-pipeline recursion from default Rust tests; place process-kill loops, performance probes, and dirty-tree stress in declared isolated lanes. Replace PID-log timing assumptions with explicit fixture readiness/ownership handshakes, prove descendant kill/reap deterministically, and run the affected host-bridge and agent-plan tests repeatedly under supported parallel CPU/I/O load. No closure through `ignore`, retry-until-green, reduced assertions, or serialized global execution unless the contract itself requires serialization. done 2026-07-14; evidence: `scripts/check_test_execution_profile_matrix.sh`, `scripts/check_host_bridge_fault_injection.sh`, and `scripts/check_gc_agent_task_cards.sh`; input: `test-hermeticity-bundle-sha256:6eb50181d53440b0652b0c455c663ca5a08bbd7b56aa479a93a9110e65d1f8a3` Evidence 2026-07-14: the nested changed-fast probe and both hard-cancellation loops are excluded from default Rust tests but are non-vacuously executed by their declared perf/stress gates. Spawn and persistent bridge timeouts terminate and reap process groups, perform a bounded post-reap sweep for fork/zombie races, quiesce I/O pumps/workers, reject uncertain retries, and recover for healthy calls; three consecutive 151-test parallel-load runs plus the dedicated gate passed without retries. Agent-plan parity now compares Rust and Python over one immutable generated registry snapshot while the separate freshness check binds that snapshot to authorities; the permanent gate passes 16 concurrent selector pairs. Default effect, planner, and shell suites pass with aggregate/stress cases skipped only where their dedicated gates execute them. -- [x] **R0.2.h Enforce a warning-free workspace.** Run format plus Clippy with warnings denied for all workspace targets and supported feature profiles, including MCP, warm, WASI, build scripts, tests, examples, and generated Rust. Remove the current warnings at their cause; any lint suppression must be narrow, justified, reviewed, and covered by a negative control that prevents module-level or workspace-wide suppression. done 2026-07-14; evidence: `cargo clippy --workspace --all-targets --locked --offline -- -D warnings`, `scripts/check_runtime_backend_feature_matrix.sh`, and `scripts/check_test_execution_profile_matrix.sh`; input: `warning-free-workspace-bundle-sha256:7d8ad16b2b938106f8f7f3ca22966b1fa88509efae5c7e8c046f6fa66a7123bb` +- [x] **R0.2.h Enforce a warning-free workspace.** Run format plus Clippy with warnings denied for all workspace targets and supported feature profiles, including MCP, warm, WASI, build scripts, tests, examples, and generated Rust. Remove the current warnings at their cause; any lint suppression must be narrow, justified, reviewed, and covered by a negative control that prevents module-level or workspace-wide suppression. done 2026-07-14; evidence: `cargo clippy --workspace --all-targets --locked --offline -- -D warnings`, `scripts/check_runtime_backend_feature_matrix.sh`, and `scripts/check_test_execution_profile_matrix.sh`; input: `warning-free-workspace-bundle-sha256:a11dfc99227fcff53b3dc42add116390a2d9003bdfeefc75d1ea6a9dbad2957f` Evidence 2026-07-14: all workspace targets, MCP/warm paths, WASI CLI, tests, build scripts, standalone evidence producer/verifier, and the four mutually exclusive headless/GPU/graphics/combined runtime profiles compile offline with warnings denied. The fourteen observed MCP/warm diagnostics and three inherited package-report exceptions were removed at their API-shape causes using typed option/request records, named MCP annotation policies, and direct worker-state predicates; no Clippy suppression remains. The existing backend matrix now owns thirteen non-duplicative warning/semantic stages and its end-to-end package-environment test proves the exact active profile. Seven permanent negative controls reject module, workspace, broad, reasonless, and build-flag suppression while permitting only a narrow reviewed `#[expect(..., reason = "...")]` escape hatch. ### R0.3 Hermetic bootstrap and versions - [x] **R0.3.a Fix the root-lock check.** Remove the undeclared Python 3.11 `tomllib` assumption from `scripts/check_root_lock_policy.sh`; use a Rust helper, a POSIX-safe parser for the required subset, or a checked fallback that works with the declared minimum Python. done 2026-07-10; evidence: `scripts/check_root_lock_policy.sh` (`parser=posix-awk`, three negative controls) and `scripts/check_green_front_door.sh`; input: `root-lock-policy-bundle-sha256:da5bce85a48b6e89b160c9ea720356f00ba3a63384978a6cc08d26d0c9cdc059` -- [x] **R0.3.b Declare one prerequisite manifest.** Pin Rust, WASI/WebAssembly tools, Lean, shell/Python minimums, platform SDK expectations, and optional feature tools. Add a command that reports missing or mismatched prerequisites without mutating the host. done 2026-07-10; evidence: `scripts/check_prerequisite_manifest.sh`; input: `prerequisite-manifest-bundle-sha256:41dae7b6cdc160b975e0a2f00c240cf1af1505327edb85da8a39713366746639` +- [x] **R0.3.b Declare one prerequisite manifest.** Pin Rust, WASI/WebAssembly tools, Lean, shell/Python minimums, platform SDK expectations, and optional feature tools. Add a command that reports missing or mismatched prerequisites without mutating the host. done 2026-07-10; evidence: `scripts/check_prerequisite_manifest.sh`; input: `prerequisite-manifest-bundle-sha256:64216023f20e5c96538b2102a4e4b33c93fcd53aa8a8cee6856c9afe0d077d10` Evidence 2026-07-10: `genesis.prerequisites.json` is the single semantic authority for nine profiles, four tiered host-platform SDK envelopes, and 28 probeable tool identities. It pins Rust/Cargo/components/targets, Bash and Python floors, Git, Node/npm/Playwright, wasm-bindgen, maintained Wasmtime, exact WASI SDK 33.0 with checksum-verified official platform archives and a complete Preview 1 sysroot, Lean/Lake, CI tools, fuzz tooling, and Apple/Android device helpers while checking tool-native mirrors in `rust-toolchain.toml`, npm locks, and CI. The read-only doctor emits deterministic JSON or human diagnostics, separates required failures from optional gaps, and only executes an implementation-sealed allowlist of bounded version/presence argv. Seven controls reject duplicate keys, arbitrary or mutating probes, general source drift, Rust-target mirror drift, incomplete profiles, unknown profiles, and unsupported platform selection; repeated core reports are byte-identical and retained inputs remain unchanged. -- [x] **R0.3.c Verify clean and offline modes.** A fresh clone may fetch declared dependencies once; the offline profile then builds/checks from a content-addressed dependency mirror. Undeclared network access fails. done 2026-07-10; evidence: `scripts/check_dependency_mirror_contract.sh` and `scripts/test_offline_dependency_mirror.sh`; input: `dependency-mirror-bundle-sha256:53f6f02504efab70e973d4374564dc83f41a5684ec299cd0e864c281fbb3b2a0` +- [x] **R0.3.c Verify clean and offline modes.** A fresh clone may fetch declared dependencies once; the offline profile then builds/checks from a content-addressed dependency mirror. Undeclared network access fails. done 2026-07-10; evidence: `scripts/check_dependency_mirror_contract.sh` and `scripts/test_offline_dependency_mirror.sh`; input: `dependency-mirror-bundle-sha256:a6b744266916a92cc00f885db8394d5d089d865f43f5f4caa180b64b22a30cc8` Evidence 2026-07-10: the closed policy covers six authorities, two Cargo workspaces, 483 lockfile records converging to 443 unique registry payloads, and three npm SRI-addressed tarballs. Preparation invokes sealed direct argv, rejects non-crates.io or unlocked Cargo sources and npm origin/SRI/redirect drift, normalizes 864,570,518 expanded bytes and 26,498 files into a 103,712,661-byte canonical archive, and installs create-new by canonical-manifest SHA-256. An empty `CARGO_HOME` network fetch and a warm-cache fetch converged on mirror `62b01f75ac64665463886de0ffe55dde30b9c5873f3974cd7b27ffb1ec962b37`; the ignored retained mirror occupies about 116 MiB. From clean Git inventory, empty Cargo/npm caches, and a new target directory, the offline profile built `gc_cli`, checked all workspace targets plus the independently locked verifier, installed/imported Playwright from local blobs, and preserved source authorities and mirror bytes. Every command used explicit offline/locked flags behind a live-canary-proven Darwin kernel sandbox; Linux full CI uses a fail-closed network namespace, while Windows remains explicitly unsupported rather than emitting false evidence. Eleven fixture controls plus ten internal controls reject policy, source, integrity, path, generated-manifest, archive traversal/link/duplication/bounds, and isolation downgrades; the fast gate is retained-input read-only and the full CI profile runs fetch-once followed by hard-isolated reconstruction. -- [x] **R0.3.d Align version surfaces.** Reconcile crate versions, CLI output, package schema, GCLOG writer/parser/spec, canonical hash profile, compiled artifact magic, docs, and release metadata. Add migration notes for every dual-read format. done 2026-07-10; evidence: `scripts/check_version_surfaces.sh`, `scripts/check_versioning_release_hygiene.sh`, and `scripts/check_release_smoke.sh`; input: `version-surface-bundle-sha256:1af5e94cbb6eb3b78c6290ec98ace60dadd500c8b75f79dfe6386b16e6c5cb08` +- [x] **R0.3.d Align version surfaces.** Reconcile crate versions, CLI output, package schema, GCLOG writer/parser/spec, canonical hash profile, compiled artifact magic, docs, and release metadata. Add migration notes for every dual-read format. done 2026-07-10; evidence: `scripts/check_version_surfaces.sh`, `scripts/check_versioning_release_hygiene.sh`, and `scripts/check_release_smoke.sh`; input: `version-surface-bundle-sha256:eb7a2a1bcb61a1821f520d4deffdd5de3a0e540a888acc5b9482892c78441a6f` Evidence 2026-07-10: a closed ten-surface registry separates release, package, workspace, lock, GCLOG, GPK, canonical hash, compiled-module, selfhost-cache, and selfhost-artifact identities. Current writers emit package schema 1, lock v2, GCLOG v3, and GPK v2 even with zero refs; explicit legacy package, lock v1, GCLOG v2, and GPK v1 readers are governed by four migration records, while missing lock/workspace/GCLOG and all unknown future versions fail closed. One exported canonical hash prefix preserves existing bytes; compiled and selfhost cache magics reject obsolete identities. Thirty-three maintained manifests are explicit schema 1, both production CLIs report `genesis 0.2.0`, Python 3.9 needs no undeclared TOML module, six registry adversarial controls pass, byte-level migration tests pass, and the docs ceiling remains 132 after consolidation. -- [x] **R0.3.e Create the v1 compatibility registry.** Reserve stable IDs for language profile, CoreForm, value/effect hash, log, evidence, package, patch, bytecode, snapshot, and bootstrap formats. done 2026-07-10; evidence: `scripts/check_v1_compatibility.sh`; input: `v1-compatibility-registry-bundle-sha256:2a46576661bec7fa5df2f3df9450448eeacca7b283b6adb06ad328f41ab7ba67` +- [x] **R0.3.e Create the v1 compatibility registry.** Reserve stable IDs for language profile, CoreForm, value/effect hash, log, evidence, package, patch, bytecode, snapshot, and bootstrap formats. done 2026-07-10; evidence: `scripts/check_v1_compatibility.sh`; input: `v1-compatibility-registry-bundle-sha256:5bc053e7f445da9b4c22549faedee79de53e499b1d6cb5aadb46e747b940f7cc` Evidence 2026-07-10: `genesis.compatibility.json` permanently reserves ten exact `genesis/compat/v1/*` identities while explicitly claiming `reserved-not-stable`; nine bind to source-checked pre-v1 candidates and bytecode remains unbound. A closed Draft 2020-12 schema and normative lifecycle define semantic/wire classes, the acyclic dependency contract, writer/readers and migrations per component, monotonic promotion, retirement policy, and seven mandatory R9 freeze requirements. Runtime authorities now name language, CoreForm, hash, log, evidence, package, semantic/VCS patch, snapshot, and bootstrap candidates without changing existing bytes; semantic patches reject absent versions and bootstrap seed reuse rejects absent or mismatched versions. The read-only Python 3.9 gate checks exact reservations, source drift, schema closure, migration links, path portability, candidate/stable separation, complete promotion coverage, and 13 adversarial controls. CI, release hygiene, and the green front door enforce it; the check-boundary audit remains 114/114 compliant, focused tests pass, and all workspace targets compile. ### R0.4 Gate architecture and disk lifecycle -- [x] **R0.4.a Add a gate manifest.** Describe gate inputs, outputs, dependencies, profile, expected duration, disk budget, network policy, platform scope, sharding, and whether the gate is static, build, test, benchmark, proof, or release-only. done 2026-07-10; evidence: `scripts/check_gate_manifest.sh`; input: `gate-manifest-bundle-sha256:6d74f079f2ecb6727b3fd284983a82828770fa73e2dbc8c2453c27337ed62c4a` +- [x] **R0.4.a Add a gate manifest.** Describe gate inputs, outputs, dependencies, profile, expected duration, disk budget, network policy, platform scope, sharding, and whether the gate is static, build, test, benchmark, proof, or release-only. done 2026-07-10; evidence: `scripts/check_gate_manifest.sh`; input: `gate-manifest-bundle-sha256:4a1f230d0618c2c6151b590e7550482ad80d18a86395771bfde767e928de56fc` Evidence 2026-07-10: `genesis.gates.json` resolves all 114 governed checks into 47 static, four build, 33 test, 17 benchmark, three proof, and ten release-only gates with 59 acyclic direct dependency edges. Every entry declares source and execution SHA-256, a transitive exact repository-input identity covering non-shell helpers, conservative input sets, read-only output classes, minimum profile, expected duration, disk envelope, prerequisite tools, tier-1 platform scope, network mode, and shard/cache isolation. All 45 compiling closures declare rebuildable Cargo output, all benchmarks require isolated worktree/cache execution, and only `check_selfhost_boundary.sh` has optional external network with a named Git input. A reviewed policy, closed Draft 2020-12 schema, explicit updater, and byte-equivalent Python 3.9 checker independently rediscover the live inventory and recompute source/helper identities; the generated self-input uses one documented domain-separated exclusion to avoid a hash fixed point. Fourteen adversarial controls reject inventory, identity, dependency, path, network, write, budget, profile, isolation, output, and duplicate-key violations. The check is retained-input read-only, deterministic across repeated renders, completes within its 30-second local-fast planning envelope, is enforced by CI/profile-matrix/green-front-door gates, and defers history-backed resource envelope enforcement to R0.4.f while R0.4.d supplies measured observations. -- [x] **R0.4.b Eliminate accidental rebuild islands.** Use one declared Cargo target/cache strategy per profile; stop scripts from creating redundant nested targets; key caches by toolchain/features/input hashes. done 2026-07-10; evidence: `scripts/check_cargo_target_dir_policy.sh`; input: `cargo-cache-bundle-sha256:fb25dd87a677c79b523bb84e85fef4ebcf119f709d92ce9a6d588cd1386bedb1` +- [x] **R0.4.b Eliminate accidental rebuild islands.** Use one declared Cargo target/cache strategy per profile; stop scripts from creating redundant nested targets; key caches by toolchain/features/input hashes. done 2026-07-10; evidence: `scripts/check_cargo_target_dir_policy.sh`; input: `cargo-cache-bundle-sha256:b72da6732d17781fb71a69e45ae52be474e5804f4397e0f6be7ce74364ecd64b` Evidence 2026-07-10, strengthened 2026-07-14: the closed `policies/cargo_cache_v0.1.json` policy and schema declare four semantic scopes: root host, root WASI, root browser/Node Wasm, and the independently locked evidence-verifier host workspace. The canonical SHA-256 key binds strategy, resolved target triple, pinned and observed Rust identities, every declared manifest, lock/config/toolchain bytes, feature and Cargo-profile definitions, and six build-affecting environment inputs while deliberately leaving source edits to Cargo's incremental fingerprints. Sixty-five helper-using scripts and all 58 source-detected Cargo scripts now converge by scope rather than report, stress, release, or health-profile name; all Rust CI jobs resolve the same policy before `rust-cache` or raw Cargo, and Wasm/WASI transitions are explicit. The docs gate executes inside a locked stable runtime mirror but rewrites Cargo manifest selection to the authoritative checkout, preserving hermetic runtime writes while sharing exact source and target identities. Script-specific target overrides, direct exports, legacy build paths, and arbitrary inherited targets are absent and fail closed; only `GENESIS_CARGO_CACHE_ROOT` may relocate the hierarchy without changing the key. Canonical path-free metadata detects stale or colliding materializations. Twenty adversarial controls execute the resolver in a Git-initialized checkout with no `.genesis` directory, proving it safely creates the reviewed root, writes its producer marker before admission, materializes the cache, and leaves zero active leases for non-shell output modes. Shell mode transfers a process-bound lease to the actual Cargo caller; JSON/path/GitHub-environment modes use a self-owned transient lease and release it after materialization, preventing long-lived CI parent processes from pinning an 8-GiB reservation. Parent symlinks and conflicting roots still fail closed. The cleanup command never invokes Cargo or creates the cache it is reclaiming. Size-budget enforcement remains owned by R0.4.f. -- [x] **R0.4.c Implement changed-impact selection.** Map files and generated schemas to affected crates/gates, conservatively falling back to broader profiles when dependency certainty is incomplete. done 2026-07-10; evidence: `scripts/check_changed_impact.sh`; input: `changed-impact-bundle-sha256:ea1dbc0f96a6eadfbc27b81d3f28a35ccc5026191429a47e2f95971d807468ba` +- [x] **R0.4.c Implement changed-impact selection.** Map files and generated schemas to affected crates/gates, conservatively falling back to broader profiles when dependency certainty is incomplete. done 2026-07-10; evidence: `scripts/check_changed_impact.sh`; input: `changed-impact-bundle-sha256:7564a4724a7a566c26aa40745a0f0f32d13d00e9c64b73d2a96e464708342b0f` Evidence 2026-07-10: `policies/changed_impact_v0.1.json`, its closed schema, and `scripts/lib/changed_impact.py` replace the hard-coded direct-crate/CLI heuristic with a deterministic plan that binds policy and gate-manifest identities. Locked offline Cargo metadata supplies all 18 workspace packages and path dependencies; changes compute the complete reverse dependency closure, so `gc_coreform` reaches all 18 crates while leaf `gc_wasm` remains precise. Exact gate inputs, declared input-set globs, and reverse gate dependencies produce separate direct and full semantic gate closures. Generated schemas/views, workspace/toolchain/CI authorities, unknown or relationship-free paths, and crate/gate sets above closed cardinality limits fail broad to `prepush-standard`; no unmatched path can silently become a docs-only no-op. Git collection unions committed divergence, index, unstaged/deleted files, both rename endpoints, and non-ignored untracked files; the current dirty worktree correctly reports 620 paths instead of the former two committed-only paths. Canonical UTF-8 repository paths reject traversal, absolute, dotted, and backslash aliases. Changed-fast executes the machine plan, records its SHA-256 plus affected counts/fallback profile, and retains deterministic override isolation for tests. Ten controls prove root/leaf graph closure, generated-schema and unknown-path escalation, malformed-path rejection, order/duplicate independence, host-path exclusion, complete four-state Git collection, closed schema/policy behavior, and duplicate-key rejection. CI, profile-matrix, and green-front-door entrypoints enforce the selector; the ambiguous two-file governance regression now escalates rather than choosing an arbitrary subset. -- [x] **R0.4.d Add resource telemetry.** Every gate emits duration, peak RSS, bytes read/written, generated disk delta, cache hits, and network attempts in a common schema. done 2026-07-10; evidence: `scripts/check_gate_resource_telemetry.sh`; input: `gate-resource-telemetry-bundle-sha256:0232e719e9a216ad988b4b3a5db934c6139b1ee51974a0ecf249ea1a9c1d988d` +- [x] **R0.4.d Add resource telemetry.** Every gate emits duration, peak RSS, bytes read/written, generated disk delta, cache hits, and network attempts in a common schema. done 2026-07-10; evidence: `scripts/check_gate_resource_telemetry.sh`; input: `gate-resource-telemetry-bundle-sha256:01aabc6103d6095bb788b8418f3cd66930da2cc6322eeab7385e10592b987d85` Evidence 2026-07-10: all 114 governed checks carry an exact top-of-file wrapper and re-execute under a parent observer; entrypoint-scoped recursion suppression preserves one record for aggregates and one for every nested governed gate. A closed Draft 2020-12 schema requires gate ID, execution identity, platform, exit result, and all seven metrics with explicit units, methods, and `exact`, `instrumented`, `sampled`, `estimated`, or `unavailable` fidelity, preventing numeric zero from masquerading as proof. Monotonic duration is exact; process-tree RSS and Linux procfs I/O are sampled; Darwin I/O is labeled as a block-operation estimate; default disk delta is a constant-time sampled allocation observation with an opt-in exact logical scan of policy-declared generated roots. Parent-created bounded event channels account for content-addressed Cargo cache reuse and declared network attempts without entering semantic logs, replay identity, package identity, or generated artifact hashes. Fourteen controls cover complete preamble placement, nested observation, pass/fail/signal preservation, real cache-hit instrumentation, event count and line bounds, malformed/duplicate input, canonical paths, host-path exclusion, and cleanup after malformed events or launch failure. CI, the profile matrix, and the green front door enforce the local-only, remote-collector-free contract; ordinary checks retain no telemetry file. -- [x] **R0.4.e Add deterministic cleanup.** Provide dry-run and execute modes that classify rebuildable outputs, retained evidence, dependency mirrors, and user-authored data. Never delete untracked user files by pattern alone. done 2026-07-10; evidence: `scripts/check_deterministic_cleanup.sh`; input: `deterministic-cleanup-bundle-sha256:c82b4c9554c1ec87b2a89fc07b80dd5e01bdaf8b7aa09a0ce9763c437d2ff6c5` +- [x] **R0.4.e Add deterministic cleanup.** Provide dry-run and execute modes that classify rebuildable outputs, retained evidence, dependency mirrors, and user-authored data. Never delete untracked user files by pattern alone. done 2026-07-10; evidence: `scripts/check_deterministic_cleanup.sh`; input: `deterministic-cleanup-bundle-sha256:5655ab0eb112487c00ec01181e3311d11c9c20d08a08afff53a4e29de3d56489` Evidence 2026-07-10, strengthened 2026-07-14: one closed policy enumerates fourteen exact roots across `rebuildable-output`, `retained-evidence`, `dependency-mirror`, and permanently non-deletable `user-authored`, with four explicit cleanup profiles and unknown `.genesis` children defaulting to user-authored preservation. Four closed Draft 2020-12 schemas govern policy, producer marker, canonical plan, and execution result. Deletion requires both reviewed root identity and a policy-bound producer marker; Cargo and dependency-mirror producers mark only their owned roots, explicit initialization rejects protected, tracked, symlinked, escaped, or cross-filesystem roots, and path/age/size/glob/untracked status alone grants no authority. Dry-run is repository-read-only, timestamp-free, host-path-free, and byte-identical for unchanged trees. Execute binds an exact canonical plan hash, revalidates every class, tree, marker, and tracked path, then atomically quarantines all selected roots before physical deletion with termination signals blocked. Whole-tree deletion retries a bounded eight times when host indexers recreate metadata between traversal and `rmdir`; continuous mutation still fails closed and leaves only quarantined rebuildable state. Forty-one controls include explicit transient metadata recreation, transactional rollback, stale-plan and confirmation binding, marker/symlink/mount protection, generated-state admission and cleanup races, crash recovery, and protected-class preservation. A reviewed real-checkout plan reclaimed 33.5 GB allocated from `.genesis/build` and legacy `target`, preserved mirrors, evidence, package state, unmarked roots, and user data, and returned total `.genesis` state to 114 MB. CI, profile-matrix, and green-front-door gates enforce the contract. -- [x] **R0.4.f Enforce GB-1 through GB-8.** Split or redesign gates that exceed budgets. The no-panic/TCB policy check must not require a multi-minute cold build merely to scan source policy. done 2026-07-10; evidence: `scripts/check_engineering_gate_contract.sh`, `scripts/check_upgrade_plan_health.sh --profile prepush-standard`, `scripts/check_gate_resource_telemetry.sh`, and `scripts/check_cargo_target_dir_policy.sh`; input: `engineering-gate-budget-bundle-sha256:2e752b84716cce1a0b0f4af215d839e2c46797ba221e1fc25e8064735ae6870e` +- [x] **R0.4.f Enforce GB-1 through GB-8.** Split or redesign gates that exceed budgets. The no-panic/TCB policy check must not require a multi-minute cold build merely to scan source policy. done 2026-07-10; evidence: `scripts/check_engineering_gate_contract.sh`, `scripts/check_upgrade_plan_health.sh --profile prepush-standard`, `scripts/check_gate_resource_telemetry.sh`, and `scripts/check_cargo_target_dir_policy.sh`; input: `engineering-gate-budget-bundle-sha256:f389c4ccb131bd9e731e3d90323a3d58c940a977609d415a006d5b468b91fd41` Evidence 2026-07-10, strengthened 2026-08-07: one closed authority fixes all eight normative budgets and is enforced by thirteen classifier and authority controls. All 47 static gates are compiler-free, network-denied, capped at 15 seconds/64 MiB, and the static panic scan completes in about 0.26 seconds while a separate Clippy lane preserves semantic assurance. Changed-impact fallback passed offline in 83.333 seconds with 6,475,776 bytes of positive disk growth; a clean locked/offline workspace build used 2,671,382,528 bytes; and the prebuilt signed-evidence verifier passed offline without a compiler in 6.1 seconds. The final warm `prepush-standard` run passed 67 gates in 365,794 ms against the 480,000 ms/3 GiB GB-3 limits, including workspace Clippy, panic assurance, 27/27 agent workflows, mobile/edge pipelines, and real-device Apple M1 GPU compute. Twelve release-scale gates are now held in a schema-closed `releaseFullOnlyGates` inventory that is proven absent from common/prepush scheduling and present in `release-full`; this includes full generative/performance suites, production CLI parity, domain bootstrap, source differential parity, backend feature matrices, and stress loops. Cargo scheduling consumes transitive compilation declarations, declared build-environment transitions are provenance-guarded with 19 cache-policy controls, and the retained release ceiling remains 2,700 seconds/20 GiB. GB-7 concentration debt is bounded by four reviewed file waivers and two M3-expiring semantic-crate waivers; GB-8 audits 381 Python and shell sources with zero undeclared modules using the vendored licensed Python 3.9 TOML compatibility path. Its pure classifier derives repository modules from the actual `scripts/`, `tools/`, and `scripts/lib` import roots, accepts governed namespace-package imports, recognizes Unix `fcntl` and Windows `msvcrt` as standard-library modules, and still rejects an injected third-party dependency. -- [x] **R0.4.g Enforce bounded generated-state caches.** Apply GB-5 continuously, not only when a human remembers cleanup: every producer declares owner, content key, last-use/lease, size class, retention class, and safe reclamation order. Enforce configurable soft/hard quotas with concurrency-safe admission and garbage collection; refuse new rebuildable growth before crossing the hard limit; preserve user-authored data, retained evidence, dependency mirrors, active leases, and rollback quarantine. Prove dry-run/execute parity, crash recovery, concurrent builders, low-disk behavior, and steady state across repeated full profiles. done 2026-07-14; evidence: `scripts/check_deterministic_cleanup.sh`, `scripts/check_cargo_target_dir_policy.sh`, and `scripts/check_default_iteration_workflow.sh`; input: `generated-state-lifecycle-bundle-sha256:3645a32691d47ff9a98e72a9ef825e2b9779637c4842a0d642edd25a10db0fa6` +- [x] **R0.4.g Enforce bounded generated-state caches.** Apply GB-5 continuously, not only when a human remembers cleanup: every producer declares owner, content key, last-use/lease, size class, retention class, and safe reclamation order. Enforce configurable soft/hard quotas with concurrency-safe admission and garbage collection; refuse new rebuildable growth before crossing the hard limit; preserve user-authored data, retained evidence, dependency mirrors, active leases, and rollback quarantine. Prove dry-run/execute parity, crash recovery, concurrent builders, low-disk behavior, and steady state across repeated full profiles. done 2026-07-14; evidence: `scripts/check_deterministic_cleanup.sh`, `scripts/check_cargo_target_dir_policy.sh`, and `scripts/check_default_iteration_workflow.sh`; input: `generated-state-lifecycle-bundle-sha256:05266bbfa04744a6077a58893f9633308560ce5c4c40e924917a02916f9879ce` Evidence 2026-07-14: a closed producer authority covers every reviewed generated or retained root with owner, content-key strategy, bounded size class, retention class, process/protected lease mode, and deterministic reclaim priority. Fixed 8 MiB JSON, 64-producer/class, 4,096-entry, 16,384-lease, 6 GiB soft, 8 GiB hard, and 2 GiB free-space ceilings make policy and registry growth structurally bounded; environment overrides may only tighten the GB-5 ceiling. Rebuildable admission reserves before materialization, accounts for the maximum of reservation and observed allocation, evicts inactive entries by reclaim priority/last-use/identity, trims an oversized inactive requested cache, and denies hard-quota or low-disk growth when only requested or active state remains. Random leases bind OS boot/session plus process-start identity, recover PID reuse and abnormal exits, and block intersecting whole-root cleanup; one-shot resolver formats use self-owned transient leases so a persistent CI supervisor cannot accidentally pin a reservation it cannot release. An external Git-control mutex works for linked worktrees and keeps Windows cleanup from renaming an open lock; atomic registry writes and planned/quarantined transactions recover interrupted reclamation. Every deletion still requires deterministic-cleanup class and current producer-marker authority, so retained evidence, mirrors, rollback quarantine, unknown/user-authored state, symlinks, tracked content, and active leases never become quota candidates. Forty-one exact lifecycle controls cover closed schemas, producer closure, clean-checkout provenance initialization, legacy reclamation, deterministic LRU, hard/low-disk/lease/cardinality denial, protected retention, stale-process recovery, crash recovery, eight concurrent same-entry builders, cleanup/admission serialization, duplicate/oversized input, transient metadata recreation, and twenty alternating host/WASI cycles reaching one-entry steady state. Cargo's semantic resolver acquires and releases leases across scope transitions; its 21-control policy gate also rejects a Python-only parent gate reserving the full root-host class around nested verifier builds. Migration transactionally reclaimed about 61 GiB of pre-policy build islands, then a warm full fallback loop passed all core/CLI tests in 109,632 ms with zero active-target growth and a 3.0 GiB managed cache, within GB-2 and GB-5. -- [x] **R0.4.h Consolidate governance machinery before adding more.** Until M1, use a one-in/one-out budget for governed check entrypoints and prefer extending existing schemas, manifests, matrices, and shared libraries. Remove duplicate wrappers/update scripts, collapse checks with the same authority and resource envelope, and publish the before/after inventory plus saved default/CI time and disk. A new entrypoint requires a distinct trust boundary and cannot be justified by documentation convenience alone. done 2026-07-14; evidence: `scripts/check_gate_manifest.sh` and `scripts/check_check_update_boundary.sh`; input: `governance-consolidation-bundle-sha256:ee633247830bd34ed0f7b9045a1bb98943f67f8330d4786cddd8a271eca0030f` +- [x] **R0.4.h Consolidate governance machinery before adding more.** Until M1, use a one-in/one-out budget for governed check entrypoints and prefer extending existing schemas, manifests, matrices, and shared libraries. Remove duplicate wrappers/update scripts, collapse checks with the same authority and resource envelope, and publish the before/after inventory plus saved default/CI time and disk. A new entrypoint requires a distinct trust boundary and cannot be justified by documentation convenience alone. done 2026-07-14; evidence: `scripts/check_gate_manifest.sh` and `scripts/check_check_update_boundary.sh`; input: `governance-consolidation-bundle-sha256:545864e08d211936c4bef8f0ef71d37cbbac260a8bb63c065f1a381c01f583d4` Evidence 2026-07-14: the existing closed gate policy and generated manifest now own a one-in/one-out budget rather than introducing another governance document or check. The renderer independently counts check, update, and render entrypoints; binds baseline, ceiling, current, non-positive delta, retired aliases, canonical replacements, and aggregate declared duration/disk; rejects any surviving compatibility-wrapper marker; and adds a dedicated budget-weakening negative control. The feature-matrix check and updater were pure aliases for capability-ledger authorities, so every caller and agent skill reference moved to the canonical names and both aliases were deleted. Inventory fell from 125 to 124 checks and 79 to 78 updaters, with renderers unchanged at 58. The removed aggregate check carried a 570-second/4,096-MiB declared prepush/CI envelope, so aggregate declared inventory fell from 63,420 to 62,850 seconds and 425,472 to 421,376 MiB; these are scheduling ceilings, not observed consumption claims. The canonical capability-ledger behavior and trust boundary remain intact. Roadmap evidence binds the gate policy, schema, renderer, and checks rather than recursively hashing the generated manifest that itself binds `ROADMAP.md`; `check_gate_manifest.sh` independently proves that derived output exact. The check/update audit passes 124/124, the gate manifest passes with 17 negative controls, and any future entrypoint growth fails unless an existing entrypoint is retired in the same reviewed change for a distinct trust boundary. -- [x] **R0.4.i Make generated-authority closure atomic.** Replace the current operator-remembered updater sequence with one canonical, schema-driven dependency graph from authoritative inputs through every generated source, manifest, card, release note, evidence identity, site index, and publication view. Reuse the gate manifest and check/update audit as discovery authorities rather than maintaining a contradictory second inventory; require exactly one owner per output, declared read and write sets, acyclic topological order, bounded resources, and explicit edges for self-excluding fixed-point identities. The updater stages the complete closure outside authoritative paths, validates every read-only check against the staged result, then promotes all outputs atomically or leaves the repository byte-identical; it never signs, attests, rewrites retained E3/E4 evidence, or upgrades claims. A second update is byte-identical and leaves a clean tree. Changed-impact and `prepush-standard` run the complete read-only freshness closure for affected canonical inputs before publication. Negative controls mutate at least `Cargo.lock`, CLI schema, roadmap task/evidence text, diagnostic/profile authorities, and GenesisBench authorities, proving that release notes, version surfaces, authoring bundles, gate and roadmap manifests, reference/site indexes, and every other transitive dependent either regenerate in one invocation or fail closed. Satisfy R0.4.h by extending/replacing an existing canonical updater and retiring at least one redundant entrypoint rather than adding another permanent wrapper. done 2026-07-16; evidence: `scripts/check_generated_artifact_policy.sh`, `scripts/check_check_update_boundary.sh`, and `scripts/check_gate_manifest.sh`; input: `generated-authority-closure-bundle-sha256:f48a037724d3de6d7c66c7a9728e4c704f26770779612861bdf03c4d726d3b9b` +- [x] **R0.4.i Make generated-authority closure atomic.** Replace the current operator-remembered updater sequence with one canonical, schema-driven dependency graph from authoritative inputs through every generated source, manifest, card, release note, evidence identity, site index, and publication view. Reuse the gate manifest and check/update audit as discovery authorities rather than maintaining a contradictory second inventory; require exactly one owner per output, declared read and write sets, acyclic topological order, bounded resources, and explicit edges for self-excluding fixed-point identities. The updater stages the complete closure outside authoritative paths, validates every read-only check against the staged result, then promotes all outputs atomically or leaves the repository byte-identical; it never signs, attests, rewrites retained E3/E4 evidence, or upgrades claims. A second update is byte-identical and leaves a clean tree. Changed-impact and `prepush-standard` run the complete read-only freshness closure for affected canonical inputs before publication. Negative controls mutate at least `Cargo.lock`, CLI schema, roadmap task/evidence text, diagnostic/profile authorities, and GenesisBench authorities, proving that release notes, version surfaces, authoring bundles, gate and roadmap manifests, reference/site indexes, and every other transitive dependent either regenerate in one invocation or fail closed. Satisfy R0.4.h by extending/replacing an existing canonical updater and retiring at least one redundant entrypoint rather than adding another permanent wrapper. done 2026-07-16; evidence: `scripts/check_generated_artifact_policy.sh`, `scripts/check_check_update_boundary.sh`, and `scripts/check_gate_manifest.sh`; input: `generated-authority-closure-bundle-sha256:ffef9112b2ae08ddcddd47e6f0b69ec5ecd1cbd5857405c9bae8f7139157695c` Evidence 2026-07-16: the existing closed check/update policy now embeds one 29-node, 77-output generated-authority DAG and reuses all 124 gate-manifest/audit entries as validator discovery. Every one of 78 updater entrypoints is exactly graph-owned, the sole orchestrator, or explicitly excluded as local E0, operator-custody, signing, dependency-mirror, or retained-evidence work; a post-implementation ownership audit promoted the assembled Prelude, its manifest identity, the self-host toolchain artifact, cutover dashboard, and review into the automatic graph, and assigned coupled evidence vectors plus the AI timing seed to operator-gated owners. The redundant diagnostic update wrapper and obsolete planning synchronizer were deleted without growing the governed updater inventory. Exact tracked read/write sets, one inherited `.genesis/**` staging-only temporary-write class, unique ownership, self-freshness routing, topological order, four named fixed-point exclusions, 7,200-second/8-GiB per-node ceilings, process-group timeout termination, and automatic E3/E4/sign/attest/keygen prohibitions fail closed. Six exact mutation routes cover `Cargo.lock`, CLI schemas, roadmap text, profile policy, diagnostic policy, and GenesisBench, reaching release/version, agent, gate, roadmap, and Quarto dependents as declared. The runner overlays all Git states into an external detached worktree, detects byte or mode changes even on already-dirty paths, validates affected read-only gates, snapshots live non-output inputs and output identities, and rechecks both under a Git-common-dir create-new lock before and after signal-masked promotion with reverse rollback. Fourteen adversarial controls reject duplicate owners, cycles, unknown checks/updaters, resource overflow, protected evidence, forbidden trust commands, automatic operator-gated publication, route drift, undeclared writes, concurrent input/output drift, injected mid-promotion failure, non-byte-identical rollback, and non-idempotent promotion. Acceptance runs first rejected stale outputs without touching the checkout, then atomically promoted the validated closure. Repeated fixed-point and integration runs exposed a stale evidence-count ratchet, duplicate nested validation that exceeded a cold-stage disk budget, a self-host component's undeclared freshness side effect, byte-only promotion detection that missed a mode-only change, and inherited live-worktree Cargo lease provenance at the detached staging boundary; every failed run left live outputs unchanged, and each defect now has a fail-closed structural or executable regression control. Repository-scoped Cargo target and lease variables are scrubbed before staged generators and validators while unrelated and operator-provided configuration remains available. The final affected closure promoted five derived outputs and the identical second invocation passed with `changed=0`. Replacing the full docs quickstart as the Quarto-node validator with its existing exact static topology/freshness gate reduced that closure from about 120 seconds and 1.6 GiB of staged build output to about 0.18 seconds while preserving full quickstart coverage in prepush. Changed-fast passed the exact 61-file change set through 26 affected automatic nodes and all 124 fallback gates in 634,990 ms against an explicit 660,000-ms acceptance ceiling; fast-full completed in 60 seconds and the live Cargo target grew by zero bytes. Prepush/release/full-selfhost profiles also bind committed divergence from `origin/main` when available. -- [x] **R0.4.k Close transitive gate-input authority and prove no partial freshness.** This M0/M1-A/M1-B publication blocker refines R0.4.i after the round-five counterexample; it adds no check or updater entrypoint and consumes the existing generated-authority hardening allocation. Extend the canonical graph so every governed gate's recursively discovered implementation/input identity, including Rust integration tests and non-shell helpers reached by an aggregate authority, is either a declared graph input with complete reverse edges or an explicit fixed-point exclusion with an independently checked justification. A change to `crates/gc_cli/tests/cli_genesisbench_front_door.rs` must route through the GenesisBench protocol/profile closure, agent corpus/bundle, gate manifest, roadmap manifest, and reference/site indexes in one transaction; `generated_authority.py --check`, changed-impact, and hosted CI must fail before any partial publication. Add dependency-completeness controls that mutate one Rust test, one transitive Python import, one gate helper, one generated bundle input, and one fixed-point exclusion; compare graph discovery against the gate manifest and check/update audit; reject unowned reads, stale execution/input identities, and a graph that reports fresh while any governed check fails only for freshness. Extend the existing roadmap-manifest controls to reject a scalar prerequisite on a non-sequential workstream unless it expands to every required leaf; cover parallel proof, archetype, benchmark, and model-lane counterexamples. The updater must remain atomic, read-only checks must remain non-mutating, a second update must be byte-identical, and no retained E3/E4 evidence may be rewritten. Completion requires the current stale GenesisBench/gate identities to be repaired, the exact counterexample to pass locally and in protected CI, and PR publication to `main` without bypassing required checks. done 2026-08-03; evidence: `scripts/check_generated_artifact_policy.sh`, `scripts/check_check_update_boundary.sh`, `scripts/check_gate_manifest.sh`, `scripts/check_roadmap_execution_manifest.sh`, and protected CI run `30826800834`; input: `generated-authority-closure-bundle-sha256:f48a037724d3de6d7c66c7a9728e4c704f26770779612861bdf03c4d726d3b9b` +- [x] **R0.4.k Close transitive gate-input authority and prove no partial freshness.** This M0/M1-A/M1-B publication blocker refines R0.4.i after the round-five counterexample; it adds no check or updater entrypoint and consumes the existing generated-authority hardening allocation. Extend the canonical graph so every governed gate's recursively discovered implementation/input identity, including Rust integration tests and non-shell helpers reached by an aggregate authority, is either a declared graph input with complete reverse edges or an explicit fixed-point exclusion with an independently checked justification. A change to `crates/gc_cli/tests/cli_genesisbench_front_door.rs` must route through the GenesisBench protocol/profile closure, agent corpus/bundle, gate manifest, roadmap manifest, and reference/site indexes in one transaction; `generated_authority.py --check`, changed-impact, and hosted CI must fail before any partial publication. Add dependency-completeness controls that mutate one Rust test, one transitive Python import, one gate helper, one generated bundle input, and one fixed-point exclusion; compare graph discovery against the gate manifest and check/update audit; reject unowned reads, stale execution/input identities, and a graph that reports fresh while any governed check fails only for freshness. Extend the existing roadmap-manifest controls to reject a scalar prerequisite on a non-sequential workstream unless it expands to every required leaf; cover parallel proof, archetype, benchmark, and model-lane counterexamples. The updater must remain atomic, read-only checks must remain non-mutating, a second update must be byte-identical, and no retained E3/E4 evidence may be rewritten. Completion requires the current stale GenesisBench/gate identities to be repaired, the exact counterexample to pass locally and in protected CI, and PR publication to `main` without bypassing required checks. done 2026-08-03; evidence: `scripts/check_generated_artifact_policy.sh`, `scripts/check_check_update_boundary.sh`, `scripts/check_gate_manifest.sh`, `scripts/check_roadmap_execution_manifest.sh`, and protected CI run `30826800834`; input: `generated-authority-closure-bundle-sha256:ffef9112b2ae08ddcddd47e6f0b69ec5ecd1cbd5857405c9bae8f7139157695c` Evidence 2026-08-03: the canonical authority graph now recursively discovers governed shell, Python-import, Rust integration-test, generated-bundle, and helper inputs; compares them against the gate manifest and check/update audit; requires complete reverse routing or an independently constrained fixed-point exclusion; and rejects stale execution identities, unowned reads, partial freshness, and scalar prerequisites that bypass leaves of non-sequential workstreams. Permanent mutation controls cover the original GenesisBench Rust-test counterexample, a transitive Python import, a gate helper, a generated bundle input, fixed-point exclusions, and parallel proof, archetype, benchmark, and model-lane fan-in. The GenesisBench mutation reaches protocol/profile, corpus/bundle, gate, roadmap, reference, and site outputs in one atomic transaction; failed checks remain non-mutating, updates preserve E3/E4 custody, and a second update is byte-identical. Local generated-authority, gate-manifest, execution-profile, roadmap-manifest, formatting, exact changed-fast regression, and strict workspace checks passed. The exact reviewed head `ee758c435de58802e01f07e54c6c42b39e340516` passed protected GitHub Actions run `30826800834`: all 97 aggregate steps plus documentation, strict-equivalence, WebXR, deterministic GPU, and local-workspace contracts succeeded. PR #5 was then promoted without bypass through the required linear-history path to `main` commit `2646e42ec7a27c929f5cbbbd5e62f979175eff90`; local and remote trees were byte-identical, `main` was synchronized, and the temporary publication branch was deleted locally and remotely. - [x] **R0.4.j Restore an authentic, hermetic release-full profile within GB-4.** This is an M0/M1-A/M1-B critical-path refinement of R0.4.f, not a new release or platform scope. Give the serialized release evidence bundle one closed manifest whose report identities, semantic inputs, runtime/toolchain identities, and freshness are validated by every direct and nested consumer; source-decomposition and other aggregate checks may reuse a report only when the invoked gate, complete inputs, environment profile, and required evidence class match exactly, otherwise they rerun. Eliminate repeated native/WASI gauntlets, backend matrices, and other proven duplicate work without replacing execution with stale `.genesis/perf` state or weakening parity. Provision and document a named reference CI shard set with real iOS simulator, Android emulator, edge runtime, and service/container commands; bind each command, runtime class, SDK/image/device identity, artifact hash, logs, and lifecycle result. Until R6.3.f/R6.6 make the emitted packages genuinely installable and executable, strict target qualification must stop at a typed `unsupported-product`/readiness blocker and may not call a synthetic launcher non-synthetic; infrastructure/configuration failures remain distinct hard failures. Make the CI control plane fail boundedly: PR-only supersession may cancel an older run for the same PR, but default-branch pushes, schedules, and dispatches cannot silently replace one another; a hosted preflight binds exact self-hosted runner labels and prevents impossible 24-hour queues; unavailable optional pack runners produce typed non-claiming dispositions while unavailable runners required by a claimed profile fail; and a disjoint watchdog enforces latest-`main` standard disposition within two hours, full-run termination within sixty minutes, and successful full freshness within forty-eight hours. Replace the impossible v0.1 serial cold/warm pair with a closed v0.2 release-evidence DAG: execute exact-revision invariant nodes once with manifest-bound same-run fan-out, run independently matched odd cohorts of at least three cold and three deterministically prewarmed cache-sensitive workers plus separately declared odd stress/performance cohorts, and have one read-only aggregate reject missing or undeclared duplicate execution, cross-class reuse, forged cache state, overlapping exclusive lanes, identity drift, incomplete cleanup, or any failed node. Completion requires P1.7's aggregate resource owner and complete R0.4.i/R0.4.k guard rerun, every DAG node on exact reviewed `main` to pass within its unchanged <=45-minute/<=20-GiB worker bound, the complete workflow and five-minute aggregate to terminate successfully within sixty minutes, named target dispositions and append-only incident evidence to verify, and the disjoint watchdog to recognize a successful exact-main standard disposition plus successful full evidence no older than forty-eight hours. done 2026-08-10; evidence: protected standard run `31284542152`, release-full run `31284543591`, independent watchdog run `31287266902`, `scripts/check_gate_resource_telemetry.sh`, `scripts/check_generated_artifact_policy.sh`, and `scripts/check_test_execution_profile_matrix.sh`; input: `ci-release-dag-aggregate-sha256:6c5c4e3da4ce4ee04fd744caaa7d088746aa814463061021d702a8a4244733b9` @@ -910,20 +1023,20 @@ Validation ladder: Evidence 2026-08-05, round-eight disposition: the review correctly identified that hosted `full` had no successful authority and that the earlier monolithic run concealed its child failure, but its proposed single `test_suite` matrix and artifact diagnosis are now superseded by measured topology. Exact `main` revision `b89fa08a947ff1edd4144553bc8694bf1af3f70b` ran three disjoint governance/runtime/platform test lanes, four named target-readiness shards, two isolated release pair workers, and one read-only aggregate in Actions run `31023619554`. All target shards and ordinary test lanes passed; the platform lane exposed a relocated-`CARGO_TARGET_DIR` Web binding bug, pair 2 exposed a `374159ms` empty-target backend build against an incorrectly inherited `360000ms` subordinate bound, and pair 1 reached the later stress sequence before the unchanged `2700000ms` GB-4 supervisor terminated it. The corrective transaction resolves Web artifacts through the configured Cargo target, binds the release-only backend producer to its already-declared `600000ms` gate envelope, reuses the exact release-full native gauntlet in native/WASI parity, and uses three stress repetitions in each independent pair rather than six repetitions in each worker. None of these corrections raises GB-4, changes a product claim, accepts stale evidence, or treats the review itself as completion. R0.4.j closes only after the exact promoted `main` revision satisfies the existing full-profile, pair, aggregate, target, watchdog, and append-only incident predicates above. Evidence 2026-08-05, exact-main serial-pair counterexample: PR #22 promoted the manifest-bound source-decomposition repair through all protected checks to exact `main` revision `a4269136f17ca2e11c6b8f0bd296a2c3691d8138`; its temporary branch was deleted locally and remotely. Full run `31063538202` then passed governance, runtime, platform, WebXR, deterministic GPU, all four named target-readiness shards, and both complete cold `release-full` executions. Pair 1 cold passed in `2568388ms`; pair 2 cold passed in `2556616ms`, each below the unchanged `2700000ms` GB-4 ceiling with valid reports. Both workers nevertheless failed their warm child at the unchanged `3000000ms` pair envelope: cold left only `430674ms` and `442492ms`, while warm logs independently reproduced the native gauntlet and roughly `313000ms` backend matrix before reaching host-bridge stress. The source-decomposition gate no longer reran parity and was not the failure. This is a deterministic counterexample to the v0.1 requirement that two complete profiles execute serially inside fifty minutes: two individually legal 45-minute profiles cannot have a truthful 50-minute serial envelope, and the mandatory non-cache-sensitive work alone prevents a sub-eight-minute warm profile. Raising GB-4, the pair envelope, or the watchdog would conceal the contradiction. R0.4.j therefore requires the v0.2 DAG/cohort migration above, an append-only disposition for runs `31055018208` and `31063538202`, permanent controls that reject the old impossible topology, and a successful exact-main full run plus independent watchdog recognition before closure. Evidence 2026-08-07, first exact-main v0.2 disposition: exact `main` revision `492aa3c5552b4584131ce82f394239cc5544a0d1` passed standard run `31169437484`. Full run `31174700994` then passed governance, runtime, WebXR, deterministic GPU, all target-readiness shards, six of seven cache-sensitive workers, two of three stress workers, the invariant worker, and the GPU release gate. It exposed two independent orchestration defects rather than a language-semantic failure. First, the fan-out producer ran hosted image `ubuntu24/20260720.247.2` with Node `22.23.1`, while stress worker 3 ran rolling image `ubuntu24/20260804.265.1` with Node `22.23.2`; strict toolchain identity correctly rejected the consumer, but the diagnostic named no differing field. Second, the ordinary platform lane duplicated the DAG-owned native/WASI agent parity producer and failed only its tighter duplicate timing budget: both backends passed all 27 workflows and produced the same replay hash, while WASI took `2127ms` against the duplicate `2080ms` ceiling. The corrective transaction pins the hosted Node patch across every lane, rejects floating or inconsistent pins, preserves exact executable/version identity checks with field-level mismatch diagnostics and ten negative controls, and makes all release-evidence-owned direct updater steps standard-only so full CI executes each producer solely through its declared v0.2 DAG selector. No budget, evidence identity, parity requirement, or product claim is weakened. R0.4.j remains open pending a successful exact-main standard/full pair and independent watchdog recognition. - Evidence 2026-08-08, historical closure: exact reviewed `main` revision `da9359fd35221421563ea77b7dbe17e0a33d0e12` passed standard run `31249172621` in `4659s` and release-full run `31249173667` in `2602s`; both remained inside the independent `7200s` standard-disposition and `3600s` full-termination limits. The v0.2 aggregate `68fab0fa55bdf560a81f45b35168bb55123c9f1370b56c01c24ddb357fdd4345` derived its verdict read-only in `1176ms`, authenticated all three cold, three prewarmed, one invariant, and three stress workers, rejected no declared condition, and reported `status=pass`, `profileOperational=true`, and `productReleaseQualified=false`. Cold p95 was `1293797ms`, `6868234240` artifact bytes, and `3132882944` peak-RSS bytes; warm p95 was `823850ms`, `6868246528` artifact bytes, and `3133816832` peak-RSS bytes. Every worker remained inside the unchanged 45-minute/20-GiB bounds with complete cleanup, and Android, edge, iOS, and service runtime each remained explicitly `unsupported-product` with `releaseQualified=false`. The append-only release-full chronology now retains all 20 scheduled or dispatched full runs through the closing success, including the explicit cancellation of redundant prior-revision schedule `31248899909`; its canonical records digest is `9f38c2abba4f7ec8060cd5b7743ac8bd7a4718c383efdea81348d191b423c9d4` with 11 failures, 6 cancellations, and 3 successes. Independent watchdog run `31250800213` verified both retained ledgers, exact head and freshness, observed three canonical successful full runs, emitted zero violations, and preserved `releaseQualified=false`. This evidence remains valid for those runs but does not satisfy the later P1.6/P1.7 counterexamples; input: `ci-release-full-closure-bundle-sha256:8d23c90860ad3bfd80db1fb6744192d63d6d5f9424adca1e9a520c4844ed2b43`. + Evidence 2026-08-08, historical closure: exact reviewed `main` revision `da9359fd35221421563ea77b7dbe17e0a33d0e12` passed standard run `31249172621` in `4659s` and release-full run `31249173667` in `2602s`; both remained inside the independent `7200s` standard-disposition and `3600s` full-termination limits. The v0.2 aggregate `68fab0fa55bdf560a81f45b35168bb55123c9f1370b56c01c24ddb357fdd4345` derived its verdict read-only in `1176ms`, authenticated all three cold, three prewarmed, one invariant, and three stress workers, rejected no declared condition, and reported `status=pass`, `profileOperational=true`, and `productReleaseQualified=false`. Cold p95 was `1293797ms`, `6868234240` artifact bytes, and `3132882944` peak-RSS bytes; warm p95 was `823850ms`, `6868246528` artifact bytes, and `3133816832` peak-RSS bytes. Every worker remained inside the unchanged 45-minute/20-GiB bounds with complete cleanup, and Android, edge, iOS, and service runtime each remained explicitly `unsupported-product` with `releaseQualified=false`. The append-only release-full chronology now retains all 20 scheduled or dispatched full runs through the closing success, including the explicit cancellation of redundant prior-revision schedule `31248899909`; its canonical records digest is `9f38c2abba4f7ec8060cd5b7743ac8bd7a4718c383efdea81348d191b423c9d4` with 11 failures, 6 cancellations, and 3 successes. Independent watchdog run `31250800213` verified both retained ledgers, exact head and freshness, observed three canonical successful full runs, emitted zero violations, and preserved `releaseQualified=false`. This evidence remains valid for those runs but does not satisfy the later P1.6/P1.7 counterexamples; input: `ci-release-full-closure-bundle-sha256:d8843cac3628fac450ae4d0a9e2a025bad6ab89903e056a1d6178a93b0cdbdbe`. Reopened 2026-08-08 under P1.6: the closing standard run remains valid direct CI evidence, but the watchdog recognized exact-head push-fast and full histories rather than independently classifying that standard dispatch. Exact revision `6d22bc1e1eebee6ac76b8c20fb513f7d14b37d5b` later demonstrated a failed standard run beside a successful full run and green watchdog. The correction required the standard classifier and negative controls, a passing exact-main standard/full pair, and independent watchdog recognition of both without rewriting the retained closure or failure chronology. Progress 2026-08-09 (local exclusivity correction; preserved R9.1.c input): the first local campaign proved that a point-in-time `ps ... comm` preflight could miss a shell-wrapped Quarto render and could not detect a competing build that began after admission, while still serializing `competingLaneState=exclusive`. Its six semantic observations remain preserved as superseded E0 diagnostics under ignored storage and cannot enter calibration. The corrected collector classifies complete process arguments for direct, shell, `env`, `rustup`, Deno, and Node wrappers; computes the measured workload's complete descendant closure across nested process groups; polls once per second through workload termination; and kills, reaps, and retains any external match as a typed `competing-lane` hard failure with a positive maximum competitor count. Semantic passes and every other failure class require zero competitors. Twenty-nine collector controls, twenty-two independent calibration controls, closed schemas, static Python checks, and a bounded live macOS wrapper/ownership fixture pass locally. This collector work is preserved for R9.1.c; it is not an R0.4.j closure predicate and grants no SLO or release authority. Closure disposition 2026-08-10: P1.7 and P1.6 had already passed the operational acceptance boundary on exact reviewed `main`. Standard run `31284542152`, release-full run `31284543591`, aggregate `6c5c4e3da4ce4ee04fd744caaa7d088746aa814463061021d702a8a4244733b9`, and watchdog run `31287266902` prove the bounded v0.2 DAG, cleanup, typed unsupported-target dispositions, and independent standard/full recognition while preserving `productReleaseQualified=false`. Section 3.23 assigns later multi-class SLO ratification to R9.1.c, closes this implementation task without weakening the provisional ceilings, and preserves every collected success and failure. ### R0.5 Baselines and release hygiene -- [x] **R0.5.a Establish reference host profiles.** Record tier-1 macOS arm64 and Linux x86_64; add Linux arm64 and Windows x86_64 as tier-2 until promoted. Include CPU, memory, filesystem, OS, compiler, and power-mode metadata. done 2026-07-10; evidence: `scripts/check_reference_host_profiles.sh`; input: `reference-host-profile-bundle-sha256:175f6ddfebe625d00a2421e2aa946cfb3691ff7464231e50a51c565f2864d197` +- [x] **R0.5.a Establish reference host profiles.** Record tier-1 macOS arm64 and Linux x86_64; add Linux arm64 and Windows x86_64 as tier-2 until promoted. Include CPU, memory, filesystem, OS, compiler, and power-mode metadata. done 2026-07-10; evidence: `scripts/check_reference_host_profiles.sh`; input: `reference-host-profile-bundle-sha256:34c1f8542e6aca044d1cbdca1a90ff36a6bc8479ec83e3d16854a2440fe77f48` Evidence 2026-07-10: one closed policy and two closed Draft 2020-12 schemas define exactly four prerequisite-aligned host classes: tier-1/reference macOS arm64 and Linux x86_64, and tier-2/candidate Linux arm64 and Windows x86_64. Each profile pins CPU architecture/model/core floors, memory floor, filesystem type/block size/case behavior, OS range, Rust/native compiler family and range, and AC/low-power/governor state; measurement-session controls separately require an exclusive non-virtualized host, nominal thermals, at most 5 percent background load, and are consumed by R0.5.b rather than falsely inferred by this machine probe. Promotion requires signed E3 evidence, independent verification, at least two hosts, and at least 30 samples per workload. The dependency-free Python 3.9 probe emits timestamp-free, hostname-free, username-free, serial-free, absolute-path-free canonical JSON, derives rather than trusts conformance, and binds every portable fact with SHA-256. Nine controls prove conformant fixtures for all four platforms and reject tier drift, identity tampering, path leakage, stale derived conformance, and duplicate keys. Two consecutive real Apple M1 observations were byte-identical and conformant with identity `578df4adfb8b04c2c1cd9910ad195dae7448750afb293a25e3a858c247dc7c8c`; this remains unsigned diagnostic E0 and cannot support a baseline or release claim. The read-only, compiler-free, network-denied gate is registered across all four platforms in CI, the gate manifest, the green front door, the profile matrix, topology/index authority, and all 117 update-boundary checks remain compliant. -- [x] **R0.5.b Normalize benchmark workloads.** Fix exact source terms, input sizes, expected hashes, warmup, sample count, timeout, cache state, and statistical treatment for PB-1 through PB-10. done 2026-07-10; evidence: `scripts/check_roadmap_workloads.sh`; input: `roadmap-workload-bundle-sha256:ca066a16cc4ab1f3b0a79c99838149f585af5d4996c274e95ad65c947ff56fde` +- [x] **R0.5.b Normalize benchmark workloads.** Fix exact source terms, input sizes, expected hashes, warmup, sample count, timeout, cache state, and statistical treatment for PB-1 through PB-10. done 2026-07-10; evidence: `scripts/check_roadmap_workloads.sh`; input: `roadmap-workload-bundle-sha256:12d98c0660b2c423131988a3bde46eb28ba1d1351182ab9debe3c171813abe13` Evidence 2026-07-10: one closed Draft 2020-12 schema and canonical policy define all ten PB IDs in numeric order, with exact content-addressed source/protocol inputs, canonical expected-outcome descriptors and hashes, input sizes, runner and truthful availability state, target direction/unit/value, cache state, warmup, sample count/unit, and timeout. PB-1/PB-2/PB-3 share one exact `fib(25)` source and result; four currently executable workloads are `active`, five unavailable target runners are fail-closed `roadmap-blocked`, and the optional JIT is `decision-gated`, preventing specification from masquerading as implementation evidence. Timing workloads retain 30 ordered samples after five warmups, report median/p95-nearest-rank/MAD, retain every outlier, invalidate the whole set on timeout or semantic failure, and decide against the directional bound of the exact distribution-free 95 percent median interval at ranks 10/21. PB-8 fixes 1,000 warmups, 100,000 measured requests, 30 quiescent RSS checkpoints, maximum growth plus robust Theil-Sen slope, and a 45-minute hard session ceiling. PB-9 binds five transitive cases spanning values, canonical hashes, effects, sealed/resource errors, and scheduling; PB-10 binds the seed, source manifest, exact stage commands, two rebuilds on each of two tier-1 hosts, and byte-identical stage2/stage3. Twelve adversarial controls reject false availability, source/descriptor tampering, cache/sample/timeout drift, corpus omission, path escape, workload order drift, outlier deletion, fixpoint weakening, and duplicate keys. The 0.28-second, roughly 18.5 MiB read-only gate is compiler-free and network-denied; its cache identity covers twenty direct/transitive inputs and is enforced in CI, the green front door, profile matrix, topology, and all 118 update-boundary checks. Legacy scalar `best_of` output is explicitly non-authoritative E0; raw signed samples and truthful current failures remain R0.5.c work. -- [x] **R0.5.c Capture a signed baseline.** Preserve raw samples and current failures without rewriting history; label local 2026-07-10 numbers E0 until reproduced under the new harness. done 2026-07-10; evidence: `scripts/check_roadmap_baseline.sh`; input: `roadmap-baseline-bundle-sha256:d9ae1e0a11f21ac0a91d6b67e474fbe092fa0072d709c850eed24db13f0f2eeb` +- [x] **R0.5.c Capture a signed baseline.** Preserve raw samples and current failures without rewriting history; label local 2026-07-10 numbers E0 until reproduced under the new harness. done 2026-07-10; evidence: `scripts/check_roadmap_baseline.sh`; input: `roadmap-baseline-bundle-sha256:5e5f17c547e27aca38decbe2e930bec2954b037500f6373801fd2431585fbc9a` Evidence 2026-07-10: a closed statement schema, closed DSSE bundle schema, explicit capture producer, independent verifier, and content-addressed retained fixture preserve the complete first normalized run. The release-equivalent sampler accepts only active PB-1/PB-4/PB-5/PB-7 IDs, consumes exact normalized source bytes, prepares declared caches outside the clock, measures one execution with a monotonic nanosecond clock, validates every integer/vector/map/parser result after timing, and lets the controller enforce a hard process timeout. The E0 statement retains all 20 warmups and 120 ordered samples, recomputes exact-rational median/p95/MAD/rank-10/rank-21 statistics, binds workload policy `4fdb7f57fdf68a0ef33dcdf075c3697c8213317958e354c1d55e518784f69dea`, conformant host observation, binary, Rust toolchain, Git revision, and complete dirty tracked/untracked material identity, and has baseline identity `a3d6c7b809f1c1ba403bab0c4e18fce94154cbae4b35b23aa9e96cfb1c02e967`. PB-1 passed with a 210,932,958 ns upper median-confidence bound and PB-4 passed at 6,928,000 ns; PB-5 truthfully failed at 488,535,292 ns versus 300 ms, and PB-7 failed with a 42,804 bytes/s lower bound versus 1,048,576. PB-2/PB-6/PB-8/PB-9/PB-10 remain runner-unavailable and PB-3 remains decision-not-approved; none carries fabricated samples. A generic standalone producer signed canonical DSSE bytes using an ephemeral 0600 Ed25519 seed that was destroyed after capture. The retained raw public key is independently pinned as `sha256:f942d973dd550ff9b95e0a61f47e8cee9580e8bb8d43f0226408d57bde2d113f`; the separate verifier workspace shares no producer code, recomputes payload and baseline identities plus the ten-workload/sample/failure inventory, and deterministically reports E0 with `signatureGrantsAuthority=false`. Nine cryptographic and eight statement controls reject forged signatures, payload/sample tampering, wrong/duplicate keys, authority/class escalation, permissive/short secrets, failure erasure, unavailable-runner fabrication, and overwrite attempts. The read-only warm gate passes offline in about 2.36 seconds from the governed cache, all 119 update-boundary checks remain compliant, and the sole update command uses create-new content-addressed paths, refuses an existing date or identity, rolls back only newly created outputs, and never rewrites retained history. -- [x] **R0.5.d Add release-note automation.** Generate compatibility, migration, known-gap, evidence, dependency, and security sections from canonical inputs; reject unsupported claims. done 2026-07-11; evidence: `scripts/check_release_notes.sh`; input: `release-notes-bundle-sha256:ecd5fb4fdb8b350ee858d11b23c8f850fba2933a2592a1904fd2a7a753db85bd` +- [x] **R0.5.d Add release-note automation.** Generate compatibility, migration, known-gap, evidence, dependency, and security sections from canonical inputs; reject unsupported claims. done 2026-07-11; evidence: `scripts/check_release_notes.sh`; input: `release-notes-bundle-sha256:71f52c69f6b3ced70292c1614123894f0dcc85fa8740c296cae698c69cfa0cab` Evidence 2026-07-11: one reviewed policy and two recursively closed Draft 2020-12 schemas generate a content-addressed E1 JSON artifact plus a uniquely bounded Unreleased changelog block from exact canonical inputs. The artifact preserves all ten version surfaces, ten reserved v1 compatibility entries, four migration records, forty roadmap gaps mapped to twenty-nine capability claims, per-platform maturity and limitations, six classified fixtures, the signed E0 baseline and its two current budget failures, three Cargo lock inventories, npm integrity and mirror policy, and nine mandatory release/security gates. Static generation cannot assert execution: every gate is `required-but-not-attested`, `passedChecks` is empty, fixture authority remains false, the signed baseline remains observation-only, and an unqualified capability claim requires L5 on every tier-1 platform plus immutable E3/E4 evidence; none currently qualifies. Source hashes, lock hashes, selected gate execution identities, and a canonical content identity make every generated fact reproducible without timestamps or host paths. Seventeen adversarial controls reject compatibility, capability, evidence, or baseline authority escalation; migration, gap, limitation, or security-gate omission; injected gate success; dependency and source tampering; unknown or duplicate keys; absolute host paths; content-identity drift; duplicate changelog markers; and movement of generated content across released history. `scripts/check_release_notes.sh` is compiler-free, network-denied, read-only, deterministic, proves updater idempotence, and is registered in CI, release smoke, the green front door, profile topology, and the 120-gate manifest; only `scripts/update_release_notes.sh` may replace the generated JSON and marked changelog region, leaving released history outside its write boundary. **R0 exit criteria:** a published clean checkout passes planning/topology/hygiene/complexity, root-lock, version, generated-artifact, warning-denied Clippy, no-user-panic static, and TCB static checks under declared tools on local and GitHub CI profiles; all checks are read-only; replay parity includes denied effects on native and WASI; the evidence verifier rejects every adversarial fixture; default tests neither nest aggregate pipelines nor contain stress/performance loops and remain stable under supported parallel load; default changed gates and generated-state caches meet GB budgets; generated status views exactly match the capability ledger. @@ -936,75 +1049,75 @@ Validation ladder: ### R1.1 Versioned agent language profile -- [x] **R1.1.a Define `GC-AGENT-v0.3`.** Freeze the supported surface for agent training: lexical grammar, CoreForm mapping, evaluation, values, contracts, modules, effects, packages, errors, resource limits, and compatibility identifiers. done 2026-07-11; evidence: `scripts/check_gc_agent_profile.sh`; input: `gc-agent-profile-bundle-sha256:a17954189a8025eba18d3cdb883d4b63b198e1cadfba18ee67dc0e1bf3fb3c87` +- [x] **R1.1.a Define `GC-AGENT-v0.3`.** Freeze the supported surface for agent training: lexical grammar, CoreForm mapping, evaluation, values, contracts, modules, effects, packages, errors, resource limits, and compatibility identifiers. done 2026-07-11; evidence: `scripts/check_gc_agent_profile.sh`; input: `gc-agent-profile-bundle-sha256:66935fbd7fa291b43b277a2cbc4a844b80f4a9e834022ef2445016c5773215de` Evidence 2026-07-11: reviewed policy `policies/gc_agent_profile_v0.3.json`, recursively closed Draft 2020-12 schema `docs/spec/GC_AGENT_PROFILE_v0.3.schema.json`, and generated artifact `docs/spec/GC_AGENT_PROFILE_v0.3.json` freeze `GC-AGENT-v0.3` across all 11 required semantic domains. The profile exposes 51 exact evaluator primitives and 12 runtime value variants, seven parser cases, six evaluator cases, two resource-limit cases, three package cases, and 12 explicit unsupported-behavior boundaries; its canonical identity is `089b28b9283b5d23a7aaf89a52711e1d0ec6a9c706e2c30700ddaf673e51ebf6`. `scripts/lib/gc_agent_profile.py` independently rediscovers the primitive surface from Rust match arms, verifies special forms, runtime values, authority anchors, conformance paths, version registries, compatibility constants, and all five mandatory unsupported classes, hashes every normative input, and rejects 20 adversarial mutations. `crates/gc_cli/tests/gc_agent_profile_v03.rs` executes the declared parser, evaluator, resource, package, card, unsupported-class, and runtime-identity contracts directly (six tests). The profile is negotiated by the canonical authoring skill and pack, exposed through the agent index and onboarding bundle, uses repository-relative references, and is enforced by the governed check/update boundary, CI, profile matrix, and green front door. Independent `jsonschema` validation, profile check/self-test, Rust conformance, and all focused authoring-bundle gates pass. -- [x] **R1.1.b Generate a compact language card.** Produce a <=4k-token core card from normative schemas/spec anchors, with canonical positive and negative examples. A drift gate proves every symbol/example parses against the current profile. done 2026-07-11; evidence: `scripts/check_gc_agent_core_card.sh`; input: `gc-agent-core-card-bundle-sha256:244764a3d93a53f36bb156430a331f6189eb2bbd4e83952c83cf5f077326b0fa` +- [x] **R1.1.b Generate a compact language card.** Produce a <=4k-token core card from normative schemas/spec anchors, with canonical positive and negative examples. A drift gate proves every symbol/example parses against the current profile. done 2026-07-11; evidence: `scripts/check_gc_agent_core_card.sh`; input: `gc-agent-core-card-bundle-sha256:8c09082ddb18e4d3d92fc8d03642091c5d6328ba1d6f6f38a591cd85067d54a8` Evidence 2026-07-11: `policies/gc_agent_core_card_v0.3.json` generates `docs/spec/GC_AGENT_CORE_CARD_v0.3.md` and content-addressed manifest `docs/spec/GC_AGENT_CORE_CARD_v0.3.json` solely from the frozen profile and its schema. The card is ASCII-only and 3,916 bytes, establishing a tokenizer-independent upper bound of 3,916 tokens, below the 4,000-token requirement. Its manifest identity is `3510e24aac951e403c6f083c11f195731f9a820f5ad7acddc41707b423e3742f`; it contains all 168 deduplicated profile surface symbols, six canonical examples split between successful semantics and valid-syntax failures at named semantic/resource boundaries, and all five mandatory unsupported classes with complete actionable records in the manifest. `crates/gc_cli/tests/gc_agent_profile_v03.rs` parses every symbol/example and proves class visibility with the production CoreForm integration corpus. The read-only checker proves byte-for-byte regeneration, profile/source identities, complete surface coverage, ASCII and byte ceilings, duplicate-key rejection, host-path exclusion, and 11 adversarial manifest controls. The card is exposed through `agent-index`, placed before the full profile in onboarding retrieval, required by the authoring skill and pack, and enforced by CI, the profile matrix, and green front door. -- [x] **R1.1.c Generate task-specific cards.** Create capability, package, patch, replay, testing, deployment, and troubleshooting cards selected by declared task intent, each with a token budget and source hash. done 2026-07-11; evidence: `scripts/check_gc_agent_task_cards.sh`; input: `gc-agent-task-cards-bundle-sha256:7a58fd43eb03f7b5729bce8f595c87e64a333233b48b4231882bb3d4973184b8` +- [x] **R1.1.c Generate task-specific cards.** Create capability, package, patch, replay, testing, deployment, and troubleshooting cards selected by declared task intent, each with a token budget and source hash. done 2026-07-11; evidence: `scripts/check_gc_agent_task_cards.sh`; input: `gc-agent-task-cards-bundle-sha256:3a70129a223e84eb46743d3b1677dafb047e3123b16e2e4e945cea086ad3fb4f` Evidence 2026-07-11: reviewed policy `policies/gc_agent_task_cards_v0.3.json` generates the seven required records in `docs/spec/GC_AGENT_TASK_CARDS_v0.3.json` plus the human compendium `docs/spec/GC_AGENT_TASK_CARDS_v0.3.md`. Every card is ASCII-only, capped at 1,400 bytes, and independently binds reviewed authority content through `sourceHashSha256`; mutable tests, benchmarks, retained evidence, symlinks, repository escapes, and host paths cannot authorize content. All seven cards total 5,757 bytes/tokens, below both AB-2's 12,000 maximum and 8,000 target; registry identity is `d3f4d74c3141604f6f77f8e3f426ea00f62ae8bef3401445c6af64ce699a400f`. The independent selector validates exact `genesis/agent-intent-v0.1` fields, normalizes goal/domain/workflow/op declarations, emits deterministic reasons and bundle identity, falls back explicitly to troubleshooting, passes six positive fixtures, and rejects ten prompt-authority, schema, shape, budget, source, host-path, and content mutations. Production `genesis --json agent-plan` embeds the registry at compile time, rejects unknown intent fields, returns complete selected card content and identities in `plan.context_cards`, and binds that selection into `plan_hash_blake3`. Five planner tests pass, including byte-for-byte production/Python selector parity and repeated plan-hash stability. CI, profile matrix, green front door, agent index/onboarding, and the canonical authoring skill/pack require the governed card gate; diagnostics and executable skill conformance pass at 100/100. -- [x] **R1.1.d Publish a machine-readable symbol index.** Include signatures, effects, capabilities, contracts, examples, diagnostics, deprecations, and source links. Support exact lookup without embedding the entire doc tree. done 2026-07-11; evidence: `scripts/check_gc_agent_symbol_index.sh`; input: `gc-agent-symbol-index-bundle-sha256:ea9e79a0c094f42e19bc0f3faea0d5af219500a7b343e63491f93c03b3534afb` +- [x] **R1.1.d Publish a machine-readable symbol index.** Include signatures, effects, capabilities, contracts, examples, diagnostics, deprecations, and source links. Support exact lookup without embedding the entire doc tree. done 2026-07-11; evidence: `scripts/check_gc_agent_symbol_index.sh`; input: `gc-agent-symbol-index-bundle-sha256:f6f1d02c988e669066ec43294913541c8a6b658b8f66dc64745f9cc38b67effd` Evidence 2026-07-11: reviewed policy `policies/gc_agent_symbol_index_v0.3.json`, recursively closed Draft 2020-12 schema, and deterministic generator produce `docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json` with one uniquely sorted record for every one of the 168 deduplicated `GC-AGENT-v0.3` symbols. Each self-contained record carries a structured callable/form/value/field/identifier signature, explicit purity or deferred runner-effect semantics, required capability declarations, normative contracts, conformance or usage examples, diagnostic families, active/deprecated lifecycle state, and repository-relative authority links. The generator hashes 22 source authorities, verifies every anchor, independently proves exact closure over all 51 runtime primitive match arms, rejects duplicate JSON keys, host paths, symlinks, repository escapes, prompt authority, stale bytes, incomplete records, and ten adversarial artifact mutations, and exercises two lookup-cardinality controls; the generated index identity is `ab2343f4e28bf631ec10f3cc93808ee800c194cbf48aeacfc0e7dc50ae25a39b`. Production `genesis --json agent-index` exposes only bounded metadata and identities, including the unsupported inventory, while `--symbol ` reads the compile-time index and returns at most one `genesis/agent-symbol-v0.3` record without loading the doc tree; padded, unknown, and case-drifted names fail closed. Four production/parity integration tests pass. The gate is governed as read-only, offline, and compiling, and is required by CI, the profile matrix, green front door, onboarding, the authoring bundle, and the canonical authoring skill/pack. -- [x] **R1.1.e Define unsupported behavior.** The card and schema must name experimental syntax, host-only operations, unavailable targets, nondeterministic facilities, and capabilities outside the selected profile. done 2026-07-11; evidence: `scripts/check_gc_agent_profile.sh` and `scripts/check_gc_agent_core_card.sh`; input: `gc-agent-unsupported-behavior-bundle-sha256:f1065bf1067a031cb0064a1ae63efd0e908846c661d09adc97e20ac19898323c` +- [x] **R1.1.e Define unsupported behavior.** The card and schema must name experimental syntax, host-only operations, unavailable targets, nondeterministic facilities, and capabilities outside the selected profile. done 2026-07-11; evidence: `scripts/check_gc_agent_profile.sh` and `scripts/check_gc_agent_core_card.sh`; input: `gc-agent-unsupported-behavior-bundle-sha256:248c1d9be06c4d7a2be8a33683cdb7bed89b5c81eeabd9a7e946fd4e6da19684` Evidence 2026-07-11: the frozen profile policy, recursively closed schema, generated profile, and compact card now require the ordered classes `experimental-syntax`, `host-only-operation`, `unavailable-target`, `nondeterministic-facility`, and `out-of-profile-capability`. Draft 2020-12 `contains` rules independently require every class, while the resolver requires exactly one canonical record per class and rejects missing classes, unknown fields, weak status, unknown enforcement, erased safe alternatives, duplicate IDs, host paths, and stale roadmap links. Twelve status-`unsupported` records define exact behavior, enforcement (`reject`, explicit-effect-only, deny-by-default, profile negotiation, bounded opt-in, or claim prohibition), rationale, safe alternative, and change-authorizing roadmap task; stale bytecode and JIT links were corrected to R3.1.a and R3.4.c. The 3,916-byte ASCII core card names all five classes, and its content-addressed manifest carries every complete record; 20 profile and 11 card mutation controls plus the six-test Rust corpus prove card visibility and actionable alternatives. The symbol/agent index exposes bounded class/count metadata and unsupported-inventory identity `e0060de7377c7e5123c651c32baf974527493f72afed8947c1edbe12f9d3fcc5` without embedding the profile tree. Both profile and symbol artifacts pass independent Draft 2020-12 validation; authoring/onboarding rules forbid prompt- or index-derived authority and require safe alternatives without silent policy broadening. ### R1.2 Diagnostics as an agent API -- [x] **R1.2.a Create a stable diagnostic catalog.** Assign versioned IDs, severity, phase, primary span, related spans, structured parameters, likely causes, safe repair actions, and documentation anchors. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `gc-diagnostic-catalog-bundle-sha256:348572b24049012780002028e8b4aa8d8262484ad0af73f3e91d4031aaae156f` +- [x] **R1.2.a Create a stable diagnostic catalog.** Assign versioned IDs, severity, phase, primary span, related spans, structured parameters, likely causes, safe repair actions, and documentation anchors. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `gc-diagnostic-catalog-bundle-sha256:6d049666fe3555a51bd655d1492cf2af608d86b07ee95bc00df75c8c6173f0a3` Evidence 2026-07-11: reviewed `policies/gc_diagnostic_catalog_v0.1.json`, a recursively closed Draft 2020-12 schema, and the independent read-only generator close all 125 production CLI diagnostic codes across 20 explicit lifecycle phases. Generated `docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json` has identity `27817269acf0a487e731b39d27788ba41ded0a7d3bc685dea5930dd2097a51ed`; each uniquely sorted record binds a versioned `genesis/diagnostic/v1//` ID to severity, nullable primary-span and always-present related-span contracts, JSON-typed parameters, nonempty likely causes, guarded safe repairs, anchored documentation, and exact source callsites. Runtime envelopes embed the catalog identity and emit those fields; producer context remains namespaced under the declared `parameters.context` object, and uncataloged routes fail closed as `diagnostic/catalog-miss` while retaining `parameters.reported_code`. `agent-index --diagnostic ` returns at most one self-contained record without loading the documentation tree and rejects padding, case drift, unknown codes, and conflicting symbol lookup. Fifteen artifact mutations, two lookup controls, six runtime unit tests, six agent-index integration tests, the all-command-family matrix, independent JSON Schema validation, and source/freshness hashing pass. The whitespace-bearing debugger helper routes were collapsed to stable `debug/bisect`; normative prose was folded into the existing CLI JSON contract to hold the 134-active-doc ratchet; R1.2.b builds the universal closed context contract and typed domain producers on this catalog authority. -- [x] **R1.2.b Eliminate string-only failure contracts.** Parser, typechecker, evaluator, package, policy, replay, patch, build, and deployment errors expose structured JSON while retaining concise human rendering. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `structured-failure-contract-bundle-sha256:e6b77dac613d4627b779c57b4571a736dcaa0f012ee95fdbf5ea129af2d7d864` +- [x] **R1.2.b Eliminate string-only failure contracts.** Parser, typechecker, evaluator, package, policy, replay, patch, build, and deployment errors expose structured JSON while retaining concise human rendering. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `structured-failure-contract-bundle-sha256:9e8cc89c6dd5b1671bfdb6514e11b321b87fb1d1f7a04532ca85e41a5dd29038` Evidence 2026-07-11: the recursively closed Draft 2020-12 `docs/spec/GC_FAILURE_CONTEXT_v0.1.schema.json` defines the only runtime failure-context shape and the exact authority domains `parser`, `typechecker`, `evaluator`, `package`, `policy`, `replay`, `patch`, `build`, and `deployment`. `crates/gc_cli_driver/src/structured_failures.rs` converts typed parser offsets into UTF-8 line/column spans, preserves kernel and effect variants, records stable manifest/patch/build/replay facts, scrubs absolute paths recursively, and normalizes every remaining legacy producer into the same closed schema without treating prose as a routing contract. `gc_types` now creates stable typechecker diagnostic IDs, codes, severities, module identities, and ordinals at the checker authority while retaining legacy error/warning vectors and CoreForm rendering; `gc_obligations` and the CLI preserve those diagnostics end-to-end. Parser, evaluator, package, policy, replay, patch, build, deployment, and self-host protocol boundaries emit typed contexts directly; any failure envelope without a producer error fails closed to a cataloged synthesized error, and every other legacy context is preserved only as path-scrubbed `facts.legacy_context`. The 125-code catalog scanner recognizes plain, anyhow, and structured constructors and rejects scanner drift. `cli_structured_failures` exercises all nine domains, span localization, deterministic path exclusion, structured typechecker payloads, and concise non-JSON rendering; the existing all-command-family matrix now requires the closed context on every failure. Forty-nine driver unit tests, 35 typechecker tests, 18 obligation tests, five typecheck/patch frontend tests, both CLI matrices, the catalog self-test, schema closure check, and the no-user-panic gate pass. The check remains read-only, offline, isolated-cache aware, and completed in 13.39 seconds against a 300-second budget. -- [x] **R1.2.c Add repair hints with guardrails.** Hints may propose syntax/contract/capability changes but never silently broaden policy or suppress an obligation. Capability broadening is a separately reviewable policy diff. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `guarded-repair-hints-bundle-sha256:1880d1ecb1a4d7ce355776f501c25a8eb19ce9877a43da01a34ee76bc85119e3` +- [x] **R1.2.c Add repair hints with guardrails.** Hints may propose syntax/contract/capability changes but never silently broaden policy or suppress an obligation. Capability broadening is a separately reviewable policy diff. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `guarded-repair-hints-bundle-sha256:2e0c7302b8daee69823447ae8c91344011ba8d176e3918bba7394053e21408ec` Evidence 2026-07-11: reviewed catalog policy now fixes `genesis/diagnostic-repair-guardrails-v0.1` with no prompt authority, forbidden obligation suppression, catalog-only automatic eligibility, and policy broadening only through a separate reviewed diff. The recursively closed `GC_DIAGNOSTIC_REPAIR_PLAN_v0.1` schema distinguishes inspection, verification commands, source patches, effectful commands, and policy review; every action binds diagnostic/content/policy preconditions, original-command retry and obligation-preservation postconditions, explicit policy and obligation effects, automation eligibility, and review state. The generator enriches all 125 cataloged diagnostics from 20 lifecycle phases: source patches, effectful reruns, and policy changes require review; policy actions are never automation-eligible; obligation-sensitive repairs require reruns; no action can suppress verification. Runtime diagnostics preserve compatibility strings while adding a catalog-bound repair plan whose authorization always denies policy changes and obligation suppression. A concrete capability denial emits only a `genesis/capability-policy-diff-v0.1` proposal with `requires_review = true`, `auto_apply = false`, and an intentionally unresolved base-policy identity; code-derived placeholder capabilities cannot produce proposals. `run` now emits typed `caps/denied` failures carrying the exact blocked operation instead of degrading to `error/unknown`. Fifteen catalog mutation controls reject prompt authority, automatic broadening, obligation suppression, review bypass, stale sources, and malformed metadata; schema closure checks reject mutable authorization or applicable policy diffs. Fifty-two driver unit tests, the all-command-family matrix, and the nine-domain matrix cover automatic-action implications, obligation reruns, concrete and placeholder capabilities, policy proposal non-applicability, concise human compatibility, and deterministic path safety. The read-only diagnostics gate passes in 14.033 seconds against its 300-second budget. -- [x] **R1.2.d Build diagnostic goldens.** Cover malformed syntax, type/effect mismatch, unhandled effects, seal misuse, replay tampering, path normalization, exhausted budgets, invalid packages, stale patches, and incompatible profiles. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `diagnostic-goldens-bundle-sha256:89a7a5de12a8344a8cd39d32b23dca97cf62a4a4de860c51d10eef2e667f2e4a` +- [x] **R1.2.d Build diagnostic goldens.** Cover malformed syntax, type/effect mismatch, unhandled effects, seal misuse, replay tampering, path normalization, exhausted budgets, invalid packages, stale patches, and incompatible profiles. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `diagnostic-goldens-bundle-sha256:894a6948692cdb04a26b25e8a5b8ae8a746111847e8550c128259e8bcc262efb` Evidence 2026-07-11: `tests/diagnostics/goldens/v0.1/diagnostics.json` freezes ten uniquely sorted, one-per-class production failure projections under `genesis/diagnostic-goldens-v0.1`; every projection binds the exact catalog identity, diagnostic/error route, command or generic envelope kind, closed failure context, phase, spans, parameters, causes, documentation, and guarded repair plan. The executable Rust harness constructs all fixtures under an unpredictable absolute root and reproduces malformed CoreForm, a strict open effect-row mismatch, an allowed but unknown effect operation, a non-token seal argument, a tampered replay decision/capability fact, an absolute manifest path, hard kernel step exhaustion, an unsupported package schema, a stale semantic node identity, and an incompatible runtime backend profile. Full agent-consumed projections must contain no fixture root; absolute paths retain only safe basenames, preserving actionable deterministic material. Runtime probing corrected two success fallthroughs: sealed protocol ERROR results from `eval` now emit typed evaluator failures, and allowed-but-unhandled runner operations now emit typed policy failures instead of `ok = true`; replay applies the same sealed-ERROR boundary; caps denials remain distinct. `scripts/lib/gc_diagnostic_goldens.py` independently enforces exact class/code/domain/kind routes, one diagnostic per case, sorted uniqueness, closed outer shapes, catalog IDs, immutable repair authorization, and zero host-path leaks, while ten negative controls reject missing/duplicate coverage, reordering, success fallthrough, absent context, policy broadening, obligation suppression, and path leakage. The updater is a separate exact-opt-in command; normal checks are read-only. Fifty-two driver tests and both golden tests pass, and the diagnostics front door now runs catalog/schema checks plus the command-family, nine-domain, and ten-golden matrices in 9.679 seconds against its 300-second budget. -- [x] **R1.2.e Measure repair utility.** Run deterministic mutation families plus pinned reference agents; report exact recovery, over-repair, policy broadening, regression, and token cost. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `diagnostic-repair-utility-bundle-sha256:eb22e62473591622a02f74a75e4e44867d2630323e6cfa4a37400606c7b9e7be` +- [x] **R1.2.e Measure repair utility.** Run deterministic mutation families plus pinned reference agents; report exact recovery, over-repair, policy broadening, regression, and token cost. done 2026-07-11; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `diagnostic-repair-utility-bundle-sha256:2956afaa30407602aba74b9425da22c3963733aea773c81cfb9b3eba44c6164c` Evidence 2026-07-11: reviewed `policies/gc_repair_utility_v0.1.json`, a closed Draft 2020-12 report schema, and an 18-case sorted corpus freeze six mutation families: missing and extra delimiters, integer literal type errors, primitive-name edits, unsupported package schemas, and deny-by-default capability policy cases. Fifteen cases are automatically repairable and three require safe abstention; every family has three variants. The hidden exact-source oracle remains in the runner only. The two source-hashed pinned agents run as isolated Python stdio programs with deterministic decoding, null seeds, no filesystem/network/subprocess imports, no case IDs, and no expected fields: the baseline receives only the human message, while the primary receives the complete structured diagnostic and authorization. Every hash-preconditioned patch is confined to declared mutable source or manifest bytes; policy files are immutable. Exact recovery requires expected bytes, the original production CLI command to succeed, and an independent replay to return the identical structured result within two turns. Exact UTF-8 byte-token accounting covers canonical request and response JSON. The retained report records all attempts, failure codes, file identities, outcomes, model/runtime/context/decoding metadata, and cost. Across two byte-identical production runs the catalog-guided agent recovered 15/15 automatic cases (10000 basis points, exceeding AB-6's 8500 M1 threshold) and safely abstained on 3/3 reviewed cases, versus 6/15 recovery for the human-message baseline: nine additional exact recoveries and a 6000-basis-point lift at 41,865 exact byte tokens. Over-repair, policy broadening, regression, and initial diagnostic mismatch are all zero. The independent verifier recomputes every identity, route, hash, attempt bound, rate, token total, comparison, and acceptance decision; it enforces oracle isolation and rejects 15 corpus/report attacks. The diagnostics front door reproduces the report twice and compares exact bytes in read-only mode; intentional refresh is a separate producer. This deterministic evidence establishes current API utility without claiming the later held-out multi-model corpus result. -- [x] **R1.2.f Make human diagnostics independently useful.** Render every stable structured diagnostic as a concise message that includes the failed operation, safe normalized subject, primary cause, and one next action without requiring `--json`. Generate human text from the catalog/context rather than maintaining parallel prose, preserve redaction and deterministic ordering, and test terse terminals, color/no-color, narrow widths, nested causes, and unknown-safe fallback. done 2026-07-14; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `human-diagnostic-rendering-bundle-sha256:1bbbf1ffb063400038bbd8c19c69ac5f147a2de7dbd1a16a376d157e8eca6ef1` +- [x] **R1.2.f Make human diagnostics independently useful.** Render every stable structured diagnostic as a concise message that includes the failed operation, safe normalized subject, primary cause, and one next action without requiring `--json`. Generate human text from the catalog/context rather than maintaining parallel prose, preserve redaction and deterministic ordering, and test terse terminals, color/no-color, narrow widths, nested causes, and unknown-safe fallback. done 2026-07-14; evidence: `scripts/check_cli_diagnostics_contract.sh`; input: `human-diagnostic-rendering-bundle-sha256:4b048290f61851adefc64fadd588ac196d49a46b2685d0767d5c8ccf3f46b6ae` Evidence 2026-07-14: both production CLI profiles now render pre-dispatch and command-result non-JSON failures from the same catalog-bound diagnostic object used by JSON mode. Every rendering contains the exact diagnostic code, failed normalized operation, one safe subject, one primary cause, and exactly one catalog-authorized next action; fixed-priority traversal handles nested cause/legacy objects without turning prose into a routing contract. Absolute paths collapse to basenames, control characters become spaces, fields are bounded, and absent or uncataloged facts fail closed to explicit unknown/catalog-miss output. Deterministic wrapping clamps `COLUMNS` to 24-160 columns with a 96-column default. ANSI affects labels only, activates for terminals or `CLICOLOR_FORCE`, and is always disabled by `NO_COLOR`; stripping ANSI reproduces plain output exactly. Eleven focused renderer controls and three production-binary tests cover nested causes, path and terminal-control injection, unknown codes, terse/narrow output, forced color, no-color precedence, command-result routing, and stderr-only behavior. JSON and MCP protocol surfaces remain unchanged. ### R1.3 Warm daemon and generated MCP interface -- [x] **R1.3.a Harden the existing `warm` protocol.** Version framing, request IDs, cancellation, deadlines, bounded queues, per-workspace isolation, graceful restart, crash recovery, idle eviction, and protocol-level typed errors. done 2026-07-11; evidence: `scripts/check_warm_protocol_contract.sh`; input: `warm-protocol-bundle-sha256:f50fdf15c4a144aeeaa52b0f0628afb316e6e226baf39506e29c6c713dc5d7ab` +- [x] **R1.3.a Harden the existing `warm` protocol.** Version framing, request IDs, cancellation, deadlines, bounded queues, per-workspace isolation, graceful restart, crash recovery, idle eviction, and protocol-level typed errors. done 2026-07-11; evidence: `scripts/check_warm_protocol_contract.sh`; input: `warm-protocol-bundle-sha256:579c277d0bd89a675e204b288be1835e1d3c9eeb8866ceef978a5e962061623c` Evidence 2026-07-11: `genesis/warm-protocol-v0.2` is a closed newline-delimited JSON protocol with six exact methods, mandatory per-generation initialization, bounded ASCII request IDs, duplicate rejection, immediate execute admission plus exactly one terminal response, and sequence-ordered `genesis/warm-response-v0.2` envelopes carrying closed `genesis/warm-protocol-error-v0.2` failures. The recursively closed Draft 2020-12 schema and independent standard-library verifier bind protocol, response, error, and final session identities; exact method and bound sets; 19 mandatory failure routes; source capabilities; normative documentation; and seven public integration controls. Five schema mutations reject identity drift, open response objects, missing metadata, unbounded argv, and undeclared methods. Transport allocation is bounded before UTF-8 and JSON decoding, oversized frames are drained without desynchronizing the next frame, and malformed, oversized, and invalid-UTF-8 frames consume the same finite session budget as accepted frames. Queue depth, reader capacity, workspace count, frame bytes, argv cardinality/entry bytes, deadline, frame count, and idle lifetime are finite and initialization reports the negotiated limits. Workspace IDs bind once to canonical base-relative roots; parent, absolute, symlink, and rebinding escapes fail closed; active workspaces cannot be evicted; serialized dispatch prevents current-directory overlap; and restoration failure becomes a typed worker error. Native control remains responsive while one worker executes. Queued cancellation removes work; running cancellation and deadlines suppress late results; initialization explicitly advertises `hard_termination = false` and `running_cancellation = cooperative-result-suppression`, preserving R1.3.b as the kill-and-reap authority rather than overclaiming it here. Idle-only restart advances the generation and requires renegotiation; contained worker panic emits a typed crash, discards uncertain queued work, clears workspace/ID state, and requires reinitialization; shutdown and EOF drain accepted work. Five white-box parser, panic-boundary, eviction, and crash-reset tests plus seven shipped-binary tests prove cold/warm semantic parity, two-workspace isolation, strict framing, oversized recovery, path/rebind rejection, nested-command denial, finite malformed admission, queue backpressure, queued/running cancellation, deadlines, and restart negotiation. The dedicated governed gate passes in 21.97 seconds; all 125 checks remain read-only compliant; no-user-panic covers 332 production files; the lifecycle scheduler is decomposed to 690 counted lines under the 700-line no-new-debt target; source/test budgets, gate manifest, engineering contract, planning freshness, and all documentation gates pass. The full green front door passes in 176.53 seconds; changed-impact conservatively covers all 18 crates and 125 gates, its selected full suite completes in 75.91 seconds under the 120-second budget, network remains denied, and generated disk delta is 34.6 MB against the 1 GB allowance. -- [x] **R1.3.b Make cancellation real.** Killing a timed-out host/process/bridge operation must terminate and reap the child or isolate it in a killable worker. Add repeated-hang stress tests and prove no worker/thread leak. done 2026-07-11; evidence: `scripts/check_host_bridge_fault_injection.sh`; input: `hard-cancellation-bundle-sha256:ddf04eace120788a9634065079ce830d53a4c1ce373f962d5507c8d480ef8e77` +- [x] **R1.3.b Make cancellation real.** Killing a timed-out host/process/bridge operation must terminate and reap the child or isolate it in a killable worker. Add repeated-hang stress tests and prove no worker/thread leak. done 2026-07-11; evidence: `scripts/check_host_bridge_fault_injection.sh`; input: `hard-cancellation-bundle-sha256:ac37412de5b0894ef8fc9ad58bcdcf75b5072e2f68e3f5c6891a8952c01680ae` Evidence 2026-07-11: timed spawn-per-operation and persistent-stdio host bridges now start in fresh Unix process groups, enforce the deadline across process execution and pipe I/O, kill the complete group on expiry, synchronously reap the child, and join every bridge-owned I/O pump or persistent worker before returning a typed timeout. A timed-out persistent session is evicted, and the uncertain request is never retried; the next request starts a fresh session. Platforms without a supported process-tree primitive reject `timeout_ms` with a deterministic `bridge-policy` error before spawning instead of claiming cooperative cancellation as hard cancellation. The governed fault-injection gate executes 48 repeated hangs across both transports: 32 spawn-per-operation cases at 25 ms and 16 persistent cases at 200 ms. Fixtures record leader and descendant PIDs; tests prove every observed process is dead, child/worker join counters advance, active I/O pumps return to zero, stress completes within its isolated bound, and healthy requests succeed afterward. The same gate retains deterministic replay fault coverage for filesystem, network, process, and plugin bridges. It passes in 14.25 seconds with zero failures and no retained report mutation; the complete nine-test host-bridge unit group passes in normal parallel execution in 3.62 seconds. No-user-panic, source/test size, source decomposition, documentation, check/update-boundary, and the 125-entry gate manifest checks pass. The exact final source tree passes the full green front door in 190.03 seconds; its conservative 811-file fallback covers all 18 crates and all 125 gates in 85.90 seconds under the 120-second changed-impact budget, with zero network attempts and no generated-disk growth. -- [x] **R1.3.c Generate a pinned MCP interface from CLI schemas.** Implement the MCP 2025-11-25 profile over stdio first, including lifecycle, version/capability negotiation, cancellation, progress, errors, roots, resources, and tools. Expose parse, format, check, run, test, explain, search-symbol, get-card, diff, apply-patch, verify, replay, package, build, and the transactional session lifecycle without hand-maintaining a second semantic API. MCP Tasks remain an experimental, explicitly negotiated extension mapped onto Genesis durable-job semantics; core interoperability cannot depend on them. done 2026-07-14; evidence: `scripts/check_warm_protocol_contract.sh` and `scripts/check_cli_diagnostics_contract.sh`; input: `mcp-interface-bundle-sha256:6598195f1af5d76d0bf3741d0eabf18840f4244283822a17034decd2e30d67f4` +- [x] **R1.3.c Generate a pinned MCP interface from CLI schemas.** Implement the MCP 2025-11-25 profile over stdio first, including lifecycle, version/capability negotiation, cancellation, progress, errors, roots, resources, and tools. Expose parse, format, check, run, test, explain, search-symbol, get-card, diff, apply-patch, verify, replay, package, build, and the transactional session lifecycle without hand-maintaining a second semantic API. MCP Tasks remain an experimental, explicitly negotiated extension mapped onto Genesis durable-job semantics; core interoperability cannot depend on them. done 2026-07-14; evidence: `scripts/check_warm_protocol_contract.sh` and `scripts/check_cli_diagnostics_contract.sh`; input: `mcp-interface-bundle-sha256:90ff9d4d4dc89d0d5e1bc3947542bfd8b28e66f7e5c3982ac1f461abe7df6b8c` Evidence 2026-07-14: `genesis mcp` implements the pinned MCP `2025-11-25` lifecycle over bounded newline-delimited JSON-RPC 2.0 stdio with protocol/capability negotiation, stdout purity, finite input/output/session/root/queue limits, strictly increasing progress, queued cancellation and active-result suppression, typed transport errors, and native plus sequential WASI execution. Client roots are requested only after initialization, accepted only as bounded canonical local `file://` directories beneath the configured boundary, and selected by exact negotiated URI; non-file, parent, absolute-argument, symlink, duplicate, inaccessible, unadvertised, and multi-root ambiguity cases fail closed. A reviewed exposure table selects 20 canonical CLI routes, including six transaction lifecycle tools, while names, descriptions, required/default/enum/type schemas, parent-option placement, boolean polarity, positional order, and argv spellings are derived and startup-validated against Clap; calls re-enter normal CLI dispatch, so no private semantic API exists. Canonical `parse`, bounded symbol search, exact generated card retrieval, and generated transaction begin/status execution complete the required authority surface. Seven `genesis://` resources expose the generated CLI/MCP profiles and frozen agent authorities. Every core tool declares `taskSupport = forbidden`; Tasks are unadvertised and task methods/augmented calls are rejected until a future explicitly negotiated extension maps them to durable Genesis jobs. Six white-box controls and four shipped-binary tests cover catalog drift, resource parsing, root escape, cancellation state, lifecycle, output purity, malformed/oversized frames, output truncation, task rejection, negotiated parse and transaction execution, and progress ordering. The MCP session remains decomposed below the 700-line ratchet. The governed warm/MCP gate, 179-code diagnostics/golden/repair gate, panic policy, selfhost dashboard, source decomposition, check/update contracts, and gate manifest pass locally; generated diagnostic, profile, card, symbol, golden, and repair identities are fresh and deterministic. -- [x] **R1.3.d Add transactional sessions.** Agents operate on content-addressed workspace snapshots; writes produce semantic patches, tests run against the snapshot, and commit/apply is explicit. done 2026-07-14; evidence: `scripts/check_warm_protocol_contract.sh`, `scripts/check_agent_authoring_bundle.sh`, `scripts/check_cli_diagnostics_contract.sh`, and `scripts/check_write_genesiscode_skill_conformance.sh`; input: `transactional-agent-session-bundle-sha256:8caed5ee1105fe63fae0836e15a1a76302bf048678b7b6398079aa1e88f4fd28` +- [x] **R1.3.d Add transactional sessions.** Agents operate on content-addressed workspace snapshots; writes produce semantic patches, tests run against the snapshot, and commit/apply is explicit. done 2026-07-14; evidence: `scripts/check_warm_protocol_contract.sh`, `scripts/check_agent_authoring_bundle.sh`, `scripts/check_cli_diagnostics_contract.sh`, and `scripts/check_write_genesiscode_skill_conformance.sh`; input: `transactional-agent-session-bundle-sha256:515ed7bcb2271b6db6d46c7c0fa25e447690bf2984750f6e8552d781b8510076` Evidence 2026-07-14: the closed `genesis/agent-transaction-v0.1` and `genesis/workspace-snapshot-v0.1` contracts define an open/applied/aborted lifecycle, ordered semantic-patch chain, exact-snapshot verification, sorted base-relative file manifest, and bounded content records. `session begin` recursively captures the package manifest, modules, declared capability policy, and local dependency closure as domain-separated BLAKE3 blobs and a snapshot identity; 4096-file and 256 MiB admission limits, regular-file and no-symlink-component checks, root confinement, canonical UTF-8 path material, object rehashing on reuse and before live writes, and chain validation fail closed. `session stage` materializes a fresh candidate, accepts only canonical Genesis semantic patches, applies through the existing patch engine, reruns obligations there, records patch/before/after/acceptance identities, and activates no partially failed candidate. `session test` rejects workspace tampering before binding obligation evidence to the exact current snapshot. `session apply` acquires a package-local lock, requires successful current-snapshot verification, rehashes both isolated and live trees, rejects stale live inputs, writes only managed files, verifies the result, and proves rollback to the base on write, post-write verification, or state-commit failure; `session abort` closes without live mutation. State and protocol results expose no absolute host paths. Twenty generated MCP tools now include all six lifecycle operations and prove begin/status execution through the normal CLI route. Six shipped transaction tests prove isolated staging, exact-snapshot testing, explicit apply, stale-base preservation, unverified, workspace-tampered, state-chain-tampered, and coherently content-addressed path-forgery rejection, absolute-path redaction, and lock reaping; four schema mutations reject open state, lifecycle broadening, missing verification, and unbounded snapshots. The 179-code diagnostic catalog includes every session code, and the generated patch card plus authoring skill mandate transaction use and hard-stop on integrity failure without direct-edit or policy-broadening fallback. -- [x] **R1.3.e Bound and observe sessions.** Enforce CPU, wall, steps, heap, output, effects, processes, and disk. Emit provenance and an audit summary without collecting mandatory remote telemetry. On stdin EOF or client disconnect, stop admission, drain an explicitly bounded set of already accepted responses when transport permits, cancel and reap the rest, and report deterministic completion/cancellation provenance so accepted work is never silently dropped. done 2026-07-14; evidence: `scripts/check_warm_protocol_contract.sh`, `scripts/check_no_user_panics.sh`, and `scripts/check_cli_diagnostics_contract.sh`; input: `agent-session-resources-bundle-sha256:0d5b5fcef7640c73827af8d748b1def32a7907037c9345a1f87ef57f64c86292` +- [x] **R1.3.e Bound and observe sessions.** Enforce CPU, wall, steps, heap, output, effects, processes, and disk. Emit provenance and an audit summary without collecting mandatory remote telemetry. On stdin EOF or client disconnect, stop admission, drain an explicitly bounded set of already accepted responses when transport permits, cancel and reap the rest, and report deterministic completion/cancellation provenance so accepted work is never silently dropped. done 2026-07-14; evidence: `scripts/check_warm_protocol_contract.sh`, `scripts/check_no_user_panics.sh`, and `scripts/check_cli_diagnostics_contract.sh`; input: `agent-session-resources-bundle-sha256:d75bcd559a8ba8861cec1d76ee89a34bd2ac9dc84556dcfe5c16a6a47163aa27` Evidence 2026-07-14: warm and MCP sessions require finite wall, CPU, semantic-step, heap, combined-output, effect, process, workspace-disk-growth, bounded-drain-count, and drain-time limits whose canonical BLAKE3 identity is returned during initialization and in every terminal `genesis/agent-session-audit-v0.1`. Native macOS/Linux execution isolates each accepted command in a fresh worker process, applies kernel CPU/address-space/file-size ceilings where supported, samples the complete recursive process tree for aggregate CPU, resident memory, and process count even when host bridges create separate process groups, meters workspace growth without following symlinks, and kills then reaps the worker on cancellation or any hard resource breach. Unsupported native platforms fail closed before accepting work rather than claiming hard isolation; WASI-inline execution reports its exact enforcement profile. Request argv cannot weaken session ceilings, and effect dispatch uses a thread-local minimum of policy and session limits without cross-session leakage. Output is drained through one bounded channel so stdout/stderr cannot deadlock after overflow. EOF, disconnect, shutdown, deadline, queued cancellation, active cancellation, crash recovery, and oversized-frame fallback all stop admission, drain only the negotiated finite set, terminalize every accepted ID, and attach deterministic completion, cancellation, resource-exceeded, or not-started provenance without mandatory telemetry. The recursively closed session-resource and warm-protocol schemas, independent standard-library contract verifier, 13 schema/source negative controls, five warm unit tests, six MCP unit tests, 11 shipped warm tests, five shipped MCP tests, and six transaction tests prove all eight resource dimensions, descendant escape resistance, repeated hard termination, bounded EOF drain, exact audit propagation, override rejection, and zero silent drops. Strict Clippy, panic policy over 354 production files, source/test/decomposition budgets with a 690-line observed module ceiling, 185-code diagnostic catalog with deterministic replay and perfect 18-case repair utility, all 169 Quarto pages, planning freshness, documentation topology, and the 124-entry governed gate manifest pass on the exact source tree. - [ ] **R1.3.f Meet AB-3 and AB-4.** Benchmark cold, warm, cache-hit, cache-miss, 100-module, 10k-module, parallel-agent, cancellation, and daemon-restart cases. ### R1.4 Training and evaluation corpus -- [x] **R1.4.a Publish a corpus manifest.** Version source provenance, license, generator identity, language profile, capability requirements, expected hashes, tests, difficulty, and intended train/dev/public-test/held-out role. done 2026-07-14; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_index.rs`; input: `gc-agent-corpus-bundle-sha256:5b74bbf6ad80d54ecaed4c1a0521d6d10ed42b3159e300d3495889c16c2c267d` +- [x] **R1.4.a Publish a corpus manifest.** Version source provenance, license, generator identity, language profile, capability requirements, expected hashes, tests, difficulty, and intended train/dev/public-test/held-out role. done 2026-07-14; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_index.rs`; input: `gc-agent-corpus-bundle-sha256:590abf9b31495dd63d152dae4941b6927b123f5eefc3d2df172077726f08c9f1` Evidence 2026-07-14, refreshed 2026-07-16: the recursively closed `GC_AGENT_CORPUS_v0.1` schema and content-addressed manifest publish eleven uniquely sorted corpus entries across train, development, and public-test roles. One hundred ninety artifacts totaling 1,166,457 exact context bytes bind repository origin, per-file SHA-256, Apache-2.0/MIT policy, authored or deterministic generator identity, frozen `GC-AGENT-v0.3` profile identity, minimum capability operations, sealed executable test argv, four-level difficulty plus concept dimensions, and public versus commitment-only oracle exposure. The split contract reserves held-out as non-distributable and requires oracle separation; the validator now also forbids any distributed held-out entry and delegates only public commitments to R1.4.d's separate authority. The read-only validator rejects duplicate keys; unknown fields; host, parent, symlink, and escaped paths; stale profile/artifact/generator hashes; license or provenance rebinding; split broadening; held-out oracle leakage; prompt-selected profiles; shell test injection; context drift; duplicate assignment; and identity drift. Thirteen permanent mutation controls pass. The existing authoring-bundle gate owns validation without adding a governance entrypoint, the bounded `llms.txt` and documentation indexes expose the authority, and production `agent-index` publishes its exact path; all ten shipped-binary index tests pass. -- [x] **R1.4.b Build canonical language examples.** Include pure functions, persistent collections, contracts, modules, sealed errors, effects, replay, packages, patches, tests, and resource failures. Pair valid examples with minimal invalid counterexamples. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_canonical_language_examples.rs`; input: `gc-canonical-examples-bundle-sha256:e33f0aef4e418176b6cf125b468d42291f668d5eb04e328ffc33f1c1b19ab503` +- [x] **R1.4.b Build canonical language examples.** Include pure functions, persistent collections, contracts, modules, sealed errors, effects, replay, packages, patches, tests, and resource failures. Pair valid examples with minimal invalid counterexamples. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_canonical_language_examples.rs`; input: `gc-canonical-examples-bundle-sha256:17a5f1f9e56a3ec8c0eeb680ef7a5e81e241713490e07724124bf4240cabb8ea` Evidence 2026-07-15: `GC-CANONICAL-EXAMPLES-v0.1` publishes exactly one valid/invalid pair for each of the eleven required concepts. The recursively closed suite binds all 44 fixture files, while the corpus binds the schema, lesson, suite, and fixtures as 47 teaching artifacts totaling 47,013 context bytes. Together they bind `GC-AGENT-v0.3`, per-file SHA-256 values, a complete-tree rule, explicit capabilities, production-only JSON argv, exact stable-envelope assertions, typed rejection classes, and one deterministic `replace-once` repair. The read-only validator rejects duplicate keys; unknown fields; missing, duplicate, host, parent, symlink, or escaped paths; stale hashes and profile identities; incomplete concept or file coverage; undeclared pair drift; unsafe frontend, engine, budget, artifact, or shell arguments; weakened assertions; accepted invalid cases; and suite-identity drift. All fourteen permanent mutation controls pass. The Rust integration test copies every scenario into an isolated workspace, injects only the repository-pinned selfhost artifact, executes all 22 cases through the shipped `genesis` binary, verifies exit code, `ok`, kind, exact JSON-pointer facts, and failure-path privacy, and passes in 44.79 seconds. The eleven-entry corpus, bounded agent index, onboarding spine, authoring bundle, and 100/100 write-skill contract expose the signed pairs without duplicating semantic authority. -- [x] **R1.4.c Build task benchmarks.** Cover generation, completion, repair, refactor, policy minimization, replay investigation, performance repair, package migration, and deployment across increasing context sizes. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_task_benchmarks.rs`; input: `gc-agent-task-benchmark-bundle-sha256:946e694d939e6aef866e5f0a844492970fcf055ebc90546d6b866ba98201dcc1` +- [x] **R1.4.c Build task benchmarks.** Cover generation, completion, repair, refactor, policy minimization, replay investigation, performance repair, package migration, and deployment across increasing context sizes. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_task_benchmarks.rs`; input: `gc-agent-task-benchmark-bundle-sha256:7e0f9aa1a594479b87f34d501da9601c34ddc3c2ac5df62d3d352960f6d9e3b9` Evidence 2026-07-15: `GC-AGENT-TASK-BENCHMARK-v0.1` freezes a complete 9-by-3 public development matrix: generation, completion, repair, refactor, policy minimization, replay investigation, performance repair, package migration, and deployment each run under nested context packs of 3,916, 34,293, and 276,035 authority bytes, producing exact per-case context measurements between 4,045 and 277,260 bytes. The recursively closed Draft 2020-12 schema and 27-case content-addressed manifest bind `GC-AGENT-v0.3`, every input and reference byte, exact editable and changed paths, public-oracle labeling, production-only JSON argv, exit/kind/semantic assertions, and a complete-tree rule over forty corpus artifacts. The read-only validator rejects unknown fields; stale profile, file, and suite identities; host paths; task or tier omission; prompt-selected authority; policy, resource, shell, or editable-surface broadening; oracle relabeling; context drift; and reference tampering through fourteen permanent mutation controls. The shipped-binary integration test executes each unique reference in an isolated workspace through the repository-pinned selfhost artifact, verifies the full matrix and strictly increasing contexts, and additionally proves semantic-preserving refactor, finite-budget performance repair, schema-2 package rejection before migration, exact minimal filesystem authority, deterministic replay rejection plus safe diagnosis, and service packaging/build output. The eleven-entry corpus exposes the benchmark as public-test material, while the benchmark and roadmap explicitly reserve held-out protection, aggregate model-agnostic scoring, and run-record reproducibility for R1.4.d-f rather than overclaiming them. -- [x] **R1.4.d Protect held-out evaluation.** Keep test inputs or oracle details outside distributed training packs, publish hashes and later disclosure rules, rotate compromised sets, and label any contaminated model result. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_index.rs`; input: `gc-agent-held-out-evaluation-bundle-sha256:45a79294c501eb00a00d2f60eed0564673bcf6a70ff9eeb50ff73ca86d798cff` +- [x] **R1.4.d Protect held-out evaluation.** Keep test inputs or oracle details outside distributed training packs, publish hashes and later disclosure rules, rotate compromised sets, and label any contaminated model result. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_index.rs`; input: `gc-agent-held-out-evaluation-bundle-sha256:8802e1de34234902a046b43338035be99702520240b1730b027db84997b3d86f` Evidence 2026-07-15: `GC-AGENT-HELD-OUT-v0.1` publishes one active nine-case epoch with complete task-class coverage, 32-byte secret salts, domain-separated SHA-256 commitments, an exact commitment-snapshot identity, and no case payloads, prompts, inputs, salts, or oracles. The private custody pack is mode `0600` under ignored `.genesis/private/agent-evaluation`, and the local verifier opens all nine commitments without making private material a CI input. The closed public and private-shape schemas define append-only epochs, exactly one active epoch, mandatory non-self replacement after retirement or compromise, retained historical commitments, a computed 30-day scheduled-disclosure delay, and disclosure files whose salt and canonical payload must open the original public commitment. Contamination defaults to `unknown` when training provenance is incomplete, disclosed or leaked cases require `declared-contaminated`, and mixed-epoch aggregation is forbidden. The authoring gate rejects tracked private custody material and runs seventeen permanent mutation controls covering weak salts, raw hashes, distribution/training leakage, mutable history, missing replacement, early or active disclosure, unsafe contamination defaults, mixed epochs, task omission, oracle leakage, commitment reuse, and identity drift. The corpus validator independently forbids distributed held-out entries, the shipped agent index exposes only the public ledger, and the canonical authoring bundle records the threat model and rotation/disclosure procedure without growing the documentation topology. This task claims evaluation protection and precommitment only; deterministic scoring and full model-run records remain R1.4.e and R1.4.f. -- [x] **R1.4.e Make scoring model-agnostic.** Deterministic tests score semantics, obligations, effects, patch minimality, resource use, and policy scope. Model-specific latency/cost is a separate dimension. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_benchmark_scoring.rs`; input: `gc-agent-benchmark-scoring-bundle-sha256:043512c82b2d16503c355dc3ffb491d482ffcd012006b191d3f8421d4e0763c6` +- [x] **R1.4.e Make scoring model-agnostic.** Deterministic tests score semantics, obligations, effects, patch minimality, resource use, and policy scope. Model-specific latency/cost is a separate dimension. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_benchmark_scoring.rs`; input: `gc-agent-benchmark-scoring-bundle-sha256:b6ee4f9f31776810c2c3800048b1fa6b2fc582a3941a7467af1d52611afcabf6` Evidence 2026-07-15: `GC-AGENT-BENCHMARK-SCORING-v0.1` defines a recursively closed, content-addressed 10,000-basis-point authority over semantics, obligations, effects, patch minimality, deterministic resource use, and policy scope for all nine public task classes. Applicability-aware weighting excludes absent obligation/effect dimensions, while semantic, applicable-obligation, policy-scope, and editable-scope validity gates fail the aggregate to zero. Candidate and reference executions use separate isolated workspaces, ordered verification steps, a fixed evaluator budget, bounded files and output, deny-by-default environments, no shell, hard process-group timeout kill/reap, declared generated-output prefixes, semantic TOML authority comparison, reference-normalized changed-span and resource units, and canonical host-path-free score identities. Runtime, contract, integration-test, benchmark, profile, scoring, candidate, output, artifact, policy, and result identities close provenance. Thirty mutation and arithmetic controls reject unknown fields, authority rebinding, weakened validity, wall-time or model-cost inclusion, unsafe paths, exact-file prefix broadening, task/step drift, and identity drift. The shipped-binary integration test scores every public reference archetype exactly 10,000, proves byte-identical repeat scoring, and independently rejects or penalizes semantic corruption, capability broadening, editable-scope escape, resource inflation, and both file and candidate-root symlinks. Model latency, API cost, energy, and provider queue time remain explicit `genesis/agent-benchmark-run-v0.1` facts outside quality and are reserved for R1.4.f's reproducible run record. -- [x] **R1.4.f Add benchmark reproducibility.** Record model/runtime, prompt/card hashes, decoding, retries, tool protocol, host, and every candidate artifact. Permit fully local model runners through explicit effects. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_benchmark_run.rs`; input: `gc-agent-benchmark-run-bundle-sha256:abfbcd677f2f202377b37103158cbd9ec869b6e886c6753a187860ec1000f8a7` +- [x] **R1.4.f Add benchmark reproducibility.** Record model/runtime, prompt/card hashes, decoding, retries, tool protocol, host, and every candidate artifact. Permit fully local model runners through explicit effects. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh` and `crates/gc_cli/tests/cli_agent_benchmark_run.rs`; input: `gc-agent-benchmark-run-bundle-sha256:b2aca329a931cf0fdc09a5e9fbe2810285ca98d1fc7b2f42c4163b93d3cc2c02` Evidence 2026-07-15: `GC_AGENT_BENCHMARK_RUN_v0.1` is a recursively closed, content-addressed record for the exact benchmark/case authority, immutable model ID and revision, weights, tokenizer, runtime executable and version, secret policy, ordered prompt/card/context assembly, integer-only decoding and retry controls, every contiguous attempt, selected response, tool protocol, normalized host/environment/privacy facts, complete candidate tree, canonical model-agnostic score, separately non-quality model metrics, and a complete repository/bundle artifact inventory. The read-only validator rejects execution or update inputs, duplicate JSON keys, unknown fields, stale identities, incomplete inventories, unsafe or symlink paths, mutable model aliases, prompt-selected authority, policy/operation/network broadening, host or held-out leakage, attempt gaps, candidate rebinding, score tampering, model-metric quality influence, and model-effect authority broadening through thirty-five permanent controls. `genesis.agent-model-runner.v0.1` provides the explicit local benchmark integration through digest-pinned, command/plugin-allowlisted, byte-bounded, hard-timeout `host/plugin::command`; request, response, transcript, and `.gclog` are retained, while replay succeeds byte-for-byte after deleting both the bridge and model weights without reinvocation. The shipped-binary integration test independently proves exact record validation and scoring across different absolute artifact roots, explicit capability denial, candidate tamper rejection, symlink rejection, and replay. Scorer resource identities now use normalized canonical JSON rather than presentation bytes, remove the scorer-selected selfhost authority path, disable ambient selfhost caches, and retain raw bounded accounting for malformed output, making quality records cross-root reproducible without weakening semantic assertions. The canonical example, agent index, authoring/onboarding/skill guidance, Quarto/LLM references, and an eleven-entry, 190-artifact public corpus expose the contract. This benchmark-only local effect profile does not claim the dedicated standard model API reserved for R5.4.e. -- [x] **R1.4.g Publish the GenesisBench protocol.** Define a versioned, self-hostable benchmark profile that freezes the repository/runtime/docs snapshot, allowed context assembly, tool surface, capability policy, attempt policy, model disclosure, task visibility, scoring authority, contamination label, and ranked/unranked eligibility. A run may claim only the strongest label its evidence proves; unknown training provenance defaults to `unknown`, and judge-model preference never contributes to the deterministic quality score. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh`, `crates/gc_cli/tests/cli_agent_index.rs`, and `crates/gc_cli/tests/cli_agent_benchmark_run.rs`; input: `genesisbench-protocol-bundle-sha256:6fbc5291409bf68f1109fa581d8df2de5fcd96e1ce6681e3e85b82103baa6d27` +- [x] **R1.4.g Publish the GenesisBench protocol.** Define a versioned, self-hostable benchmark profile that freezes the repository/runtime/docs snapshot, allowed context assembly, tool surface, capability policy, attempt policy, model disclosure, task visibility, scoring authority, contamination label, and ranked/unranked eligibility. A run may claim only the strongest label its evidence proves; unknown training provenance defaults to `unknown`, and judge-model preference never contributes to the deterministic quality score. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh`, `crates/gc_cli/tests/cli_agent_index.rs`, and `crates/gc_cli/tests/cli_agent_benchmark_run.rs`; input: `genesisbench-protocol-bundle-sha256:c7708cccb9b15f8601a21880ffe31e69583dc4d3751fd0ce9dc5e5f72cb1395e` Evidence 2026-07-15, refreshed during R1.4.o on 2026-07-17: `GenesisBench-v0.1` is a recursively closed, content-addressed, offline profile with identity `d6d3c97394d54bdcbe280748c738fac3f023e1934622fba6b3ba66c05f8e8cc2`. It freezes implementation commit `861a28957f03fb32d359fb6309ca828e5ed281a0`, tree `e58c48aac51026af4895265fa7736ac167ab8ca4`, and all 1,775 source artifacts through complete SHA-256 manifest `1475632bbfefc77287e4e0de9482e21830b9389aec5c1480914ec2b59b7cf8c0`; Git SHA-1 remains transport identity only. Eighty-two independently hashed authorities close protocol, task, context, MCP, capability, attempt, model, contamination, track/cohort, temporal custody, adapter, run/bundle, scoring/statistics, construct-validity, signed-registry, shipped-test, and documentation contracts. Four context modes, two interaction modes, the exact generated 20-route MCP surface, deny-by-default capabilities, one-attempt ranked admission, immutable model disclosure, four visibility classes, deterministic 10,000-basis-point quality, and decision-specific invalid/unranked/ranked reasons are machine checked. The public conformance run remains truthfully unranked at eligibility identity `01aa29393b850e3f87d5edec9a59298eb80e8e52986399ba56a03d0b5d8fc5bb` in cohort `genesisbench-cohort-v0.1/a73bfac921e776a2a0789274e9bd26b44fdbdbdbe18bc64ea650dd40ad332f8a`; public exposure, incomplete training provenance, conformance-fixture identity, practice visibility, and lack of an admission-time independent rescore cannot be hidden. One hundred six protocol controls reject authority, context, run, contamination, chronology, custody, reason-class, false-ranking, track/scaffold/hardware/adaptation/cohort, and orchestration drift. The eleven-entry corpus binds 190 artifacts and 1,193,876 exact context bytes at identity `33e18cd2944ca23b1fbb43a22922eda578ec6e26ab5291476fa7cd54b238ae41`; the generated agent index, Quarto reference/tutorial, authoring gate, front-door tests, signed-registry tests, and construct-validity tests expose and execute the protocol. Task lineage scale, the fixed reference scaffold, canonical adapters, signed registry, and construct validity are closed by R1.4.i-n; multi-model baselines remain R1.4.o. -- [x] **R1.4.h Freeze four non-combinable benchmark tracks.** Define `cold-acquisition` as the headline model-comparison track with no GenesisCode-specific training and one fixed reference scaffold; `open-agent` permits arbitrary disclosed retrieval/orchestration under the same external authority and resource ceilings; `genesis-adapted` permits only declared, lineage-audited public adaptation material; `embedded-local` requires offline inference and versioned hardware classes, initially S/M/L at <=4/16/64 GiB combined model/runtime resident footprint. Track, scaffold, profile, epoch, context/tool condition, attempt policy, and hardware class are cohort keys. A raw model, a scaffolded system, an adapted specialist, and a local appliance never share one rank or aggregate. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh`, `crates/gc_cli/tests/cli_agent_index.rs`, and `crates/gc_cli/tests/cli_agent_benchmark_run.rs`; input: `genesisbench-protocol-bundle-sha256:6fbc5291409bf68f1109fa581d8df2de5fcd96e1ce6681e3e85b82103baa6d27` +- [x] **R1.4.h Freeze four non-combinable benchmark tracks.** Define `cold-acquisition` as the headline model-comparison track with no GenesisCode-specific training and one fixed reference scaffold; `open-agent` permits arbitrary disclosed retrieval/orchestration under the same external authority and resource ceilings; `genesis-adapted` permits only declared, lineage-audited public adaptation material; `embedded-local` requires offline inference and versioned hardware classes, initially S/M/L at <=4/16/64 GiB combined model/runtime resident footprint. Track, scaffold, profile, epoch, context/tool condition, attempt policy, and hardware class are cohort keys. A raw model, a scaffolded system, an adapted specialist, and a local appliance never share one rank or aggregate. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh`, `crates/gc_cli/tests/cli_agent_index.rs`, and `crates/gc_cli/tests/cli_agent_benchmark_run.rs`; input: `genesisbench-protocol-bundle-sha256:c7708cccb9b15f8601a21880ffe31e69583dc4d3751fd0ce9dc5e5f72cb1395e` Evidence 2026-07-15, refreshed after R1.4.k: `scripts/lib/genesisbench_tracks.py` is the single normative authority for four closed tracks, shared authority/resource ceilings, non-comparability, scaffold disclosure, Embedded Local class assignment, and cohort construction. `cold-acquisition` admits only `none` Genesis-specific training and the exact content-addressed `genesisbench-reference-agent-v0.1`; ranked admission is open only for that fixed scaffold. `open-agent` permits disclosed custom orchestration but downgrades unknown training provenance; `genesis-adapted` requires a run-inventoried public lineage manifest that is recursively closed, license-audited, lineage-audited, material-addressed, and content-addressed; `embedded-local` requires a local provider, network denial, and an inventoried measurement record whose model plus runtime bytes equal the claimed combined peak or enforced ceiling. S/M/L membership is deterministically the smallest fitting <=4/16/64 GiB class; missing evidence is unranked, while false class or offline claims are invalid. Every run carries a closed track record and a scaffold identity bound to an inventoried manifest covering system prompt, prompt algorithm, retrieval algorithm/config, agent/subagent topology, planner, repair loop, stop policy, tool catalog/operations, and non-broadenable authority/resource ceilings. Every eligibility result carries a separately content-addressed cohort binding track, scaffold, language profile artifact, task epoch, context, interaction/tool mode, attempt-policy identity, hardware class, protocol, visibility, and contamination; `rankingCohort` is that hash and cross-track aggregation is forbidden. The canonical fixture truthfully remains `open-agent`, single-agent, no retrieval, unknown-training, no hardware claim, and unranked. Schema-instance validation passes for profile/run/attestation/eligibility, all GenesisBench schemas pass Draft 2020-12 meta-validation, and permanent semantic controls reject re-signed policy drift, scaffold rebinding, hidden subagents, networked-local, false class/accounting, absent adaptation lineage, and cohort tampering. -- [x] **R1.4.i Make task lineage and statistical independence first-class.** Give every task family an immutable lineage ID and every context, tool, repair, scaffold, and mutation condition a child condition ID. Reclassify the current 27 public cases truthfully as nine independent lineages times three context conditions; calculate solve rates, confidence intervals, saturation, and significance over lineages or declared hierarchical models, never over repeated conditions. Publish exact denominators, missingness, invalids, abstentions, clustering, multiple-comparison policy, effect sizes, and uncertainty; prohibit pairwise decimal-rank claims unsupported by the predeclared analysis. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh`, `scripts/lib/genesisbench_analysis.py`, `crates/gc_cli/tests/cli_agent_task_benchmarks.rs`, `crates/gc_cli/tests/cli_agent_benchmark_run.rs`, and `crates/gc_cli/tests/cli_agent_index.rs`; input: `genesisbench-lineage-analysis-bundle-sha256:9cd2216c12c1bea3521814db1e6a866c991c3c5dcf88469c1fc882a71119aacc` +- [x] **R1.4.i Make task lineage and statistical independence first-class.** Give every task family an immutable lineage ID and every context, tool, repair, scaffold, and mutation condition a child condition ID. Reclassify the current 27 public cases truthfully as nine independent lineages times three context conditions; calculate solve rates, confidence intervals, saturation, and significance over lineages or declared hierarchical models, never over repeated conditions. Publish exact denominators, missingness, invalids, abstentions, clustering, multiple-comparison policy, effect sizes, and uncertainty; prohibit pairwise decimal-rank claims unsupported by the predeclared analysis. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh`, `scripts/lib/genesisbench_analysis.py`, `crates/gc_cli/tests/cli_agent_task_benchmarks.rs`, `crates/gc_cli/tests/cli_agent_benchmark_run.rs`, and `crates/gc_cli/tests/cli_agent_index.rs`; input: `genesisbench-lineage-analysis-bundle-sha256:6db694f20f91e76bf2225a5cf25b2b56e733566580009b0d8d4b910ca726fb14` Evidence 2026-07-15: `GC-AGENT-TASK-BENCHMARK-v0.1` now contains nine content-addressed parent lineages and exactly 27 content-addressed child conditions. Every case binds immutable lineage and condition IDs plus both identities; condition identity closes context artifacts and bytes, production tool mode, no-repair policy, public reference scaffold, and mutation state. The benchmark validator proves the exact nine-by-three matrix and rejects lineage promotion, condition rebinding, identity drift, omitted sampling units, and condition/tool mutation through 21 controls. `GC_AGENT_BENCHMARK_RUN_v0.1` and every eligibility report carry the same four lineage/condition bindings, while 35 run controls and shipped replay tests reject detachment. `GENESISBENCH_ANALYSIS_PLAN_v0.1` predeclares `lineageId` as the independent unit, one small-context primary condition per lineage, complete explicit outcome cells, Wilson 95% solve intervals, Newcombe-Wilson risk-difference uncertainty, paired exact two-sided McNemar/binomial tests, Holm-Bonferroni familywise correction, and a two-consecutive-ranked-epoch/three-model-family 90% saturation rule. Missing, invalid, abstained, solved, and unsolved cells have exact published counts and all five remain in the solve denominator; conditional quality has its own solved-only denominator. Repeated context summaries remain clustered by lineage, cross-cohort aggregation is forbidden, and unsupported comparisons emit `indeterminate`. The deterministic public fixture has three model families but remains explicitly unranked and cannot trigger rank or saturation claims. Twenty-four re-signed statistical controls reject pseudoreplication, silent missingness or abstention, invalid-score misuse, incomplete matrices, lineage/condition drift, unsupported ranking, p-value/count tampering, and false saturation. The offline 34-authority GenesisBench profile, production agent index, Quarto tutorial, corpus, consolidated authoring gate, and all `1/1` task-matrix, `3/3` run/replay, and `8/8` agent-index tests expose and execute the contract. This task does not claim the >=45 independent private Preview lineages owned by R1.4.j. -- [x] **R1.4.j Build scaled temporal epochs and useful post-release overlays.** Reach BQ-11 with >=45 independent held-out lineages for Preview and >=90 for mature release, balanced by class, difficulty, author/generator, domain, and acceptance shape. Precommit private tasks after target model releases, enforce custody separation, reserve BQ-4 fresh weight, rotate on schedule/leakage/saturation, and disclose retired epochs under delayed-opening rules. At least one challenge family per epoch introduces a useful post-release package, protocol, data structure, capability, or semantic-patch operation that remains maintained after ranking weight retires; arbitrary riddles and benchmark-only APIs are ineligible. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh`, `scripts/lib/gc_held_out_evaluation.py`, `scripts/lib/gc_capability_lease.py`, and `crates/gc_cli/tests/cli_agent_index.rs`; input: `genesisbench-temporal-epochs-bundle-sha256:9638ec2eab1f06b160fdb3f92811f473d706393c60a18fc22d1bff80ca7bd426` +- [x] **R1.4.j Build scaled temporal epochs and useful post-release overlays.** Reach BQ-11 with >=45 independent held-out lineages for Preview and >=90 for mature release, balanced by class, difficulty, author/generator, domain, and acceptance shape. Precommit private tasks after target model releases, enforce custody separation, reserve BQ-4 fresh weight, rotate on schedule/leakage/saturation, and disclose retired epochs under delayed-opening rules. At least one challenge family per epoch introduces a useful post-release package, protocol, data structure, capability, or semantic-patch operation that remains maintained after ranking weight retires; arbitrary riddles and benchmark-only APIs are ineligible. done 2026-07-15; evidence: `scripts/check_agent_authoring_bundle.sh`, `scripts/lib/gc_held_out_evaluation.py`, `scripts/lib/gc_capability_lease.py`, and `crates/gc_cli/tests/cli_agent_index.rs`; input: `genesisbench-temporal-epochs-bundle-sha256:08aa6863f2cdd3ce7cc8953333bedc97dfa3c0baf603de67191b269c3bbf5aff` Evidence 2026-07-15: `GC-AGENT-HELD-OUT-v0.1` preserves the original nine-case pilot commitments byte-for-byte under snapshot `77cfe60ca3959c06badfda1b8ae77b71c4bda2eecb776d4becbcf07cc55fe3cf`, retires that pilot only through an explicit replacement edge, and activates content-addressed `epoch-2026-07-b` with 90 independently salted private lineages under snapshot `99dc0ff2436cd382678720b95fa115936dba4113ad2f092c51b722b72bf62ea3`. The active epoch has exactly ten lineages in each of nine core task classes; 30/30/30 foundation, engineering, and frontier weight; ten author/generator identities at nine units each; five generator families at 20% each; and ten domains plus ten acceptance shapes at nine units each. All 90 ranking units are newly precommitted, exceeding BQ-4's 25% floor, while the machine lifecycle requires replacement on compromise, rotation within 90 days or sooner on leakage/saturation, retained historical commitments, and a 30-day post-retirement delay before scheduled opening. The release boundary is `2026-07-15T18:10:00Z`; a result may claim `temporal-clean` only when its separately bound immutable model release predates that boundary and all existing training, non-exposure, active-undisclosed-epoch, commitment, and custody evidence also passes. No model result is made clean merely by this epoch's existence. The ignored local mode-`0600` pack opens all 90 commitments and binds every private quality contract to its public metadata; tracked audit identity `517df26cf0b8d914fa9f3792f828bc4d453f4b5aa75a75ef30bf310517faf038` publishes only pack/snapshot/verifier hashes and exact opening counts, never prompts, inputs, salts, or oracles, and public CI intentionally cannot inspect private payload quality across the evaluation firewall. `GC-CAPABILITY-LEASE-v0.1` is the epoch's non-benchmark-only maintained overlay: a general exact-scope, finite-use, deny-by-default protocol with explicit logical steps, append-only issue/consume/revoke transitions, and replay-bound state identities that remains active after ranking retirement. Thirty re-signed temporal controls plus seven lease controls reject pilot rewriting, underscale, pseudobalance, author domination, stale or reused commitments, freshness loss, chronology weakening, late rotation, custody leakage, early disclosure, benchmark-only overlays, maintenance retirement, authority drift, ambient time, scope broadening, and replay weakening. The closed 82-authority GenesisBench profile, 126-artifact authoring bundle, generated agent index and Quarto tutorial expose the system; the shipped `9/9` agent-index suite executes both public validators. This completes the scaled Preview and mature-size epoch authority, not the fixed reference scaffold, canonical adapters, registry, construct studies, or baseline runs owned by R1.4.k-o. -- [x] **R1.4.k Ship a fixed reference agent and controlled ablations.** Version and hash the system prompt, typed prompt assembly, retrieval algorithm, core/task cards, MCP catalog, semantic transaction flow, execution/diagnostic/repair loop, stop policy, budgets, and adapter behavior so the model revision is the only meaningful Cold Acquisition variable. Publish predeclared core-card-only, fixed-context, retrieval, diagnostics, semantic-patch, grammar-constraint, one-attempt, and bounded-repair ablations as separate conditions under the same lineage. Model-specific prompt tricks require a new scaffold cohort; hidden retries, subagents, and provider tools are rejected in this track. done 2026-07-15; evidence: `scripts/lib/genesisbench_reference_agent.py`, `scripts/check_agent_authoring_bundle.sh`, and `crates/gc_cli/tests/cli_agent_index.rs`; input: `genesisbench-reference-agent-bundle-sha256:65b9670999daa7c7fc24a6839ac2b46433b518ea519e26e405e2f77c0a5a0bb6` +- [x] **R1.4.k Ship a fixed reference agent and controlled ablations.** Version and hash the system prompt, typed prompt assembly, retrieval algorithm, core/task cards, MCP catalog, semantic transaction flow, execution/diagnostic/repair loop, stop policy, budgets, and adapter behavior so the model revision is the only meaningful Cold Acquisition variable. Publish predeclared core-card-only, fixed-context, retrieval, diagnostics, semantic-patch, grammar-constraint, one-attempt, and bounded-repair ablations as separate conditions under the same lineage. Model-specific prompt tricks require a new scaffold cohort; hidden retries, subagents, and provider tools are rejected in this track. done 2026-07-15; evidence: `scripts/lib/genesisbench_reference_agent.py`, `scripts/check_agent_authoring_bundle.sh`, and `crates/gc_cli/tests/cli_agent_index.rs`; input: `genesisbench-reference-agent-bundle-sha256:5717c0686bf1547b2afda9e16402885091afeba205dd82e5e1af471a8cd97ae9` Evidence 2026-07-15: `genesisbench-reference-agent-v0.1` is a frozen, recursively closed, content-addressed scaffold with identity `0015ae228787a36bc698a62b6e5dad6dedb313bfce16b090a3bcd96dc6da48d7`. Fourteen exact artifacts bind its system prompt, generated profile/cards/grammar, diagnostics and repair contracts, semantic transaction and resource schemas, retrieval runtime/config, production MCP catalog source, benchmark run schema, and adapter disclosure contract. The only allowed run variable is an immutable model revision; model-specific prompting, subagents, provider tools, ambient authority/network, direct writes, text fallback, semantic adapter rewrites, and hidden retries are forbidden. Prompt assembly has six ordered typed roles; retrieval is offline, integer-only, bounded to one query/four results/128 KiB, uses deterministic lexical weights and path/SHA tie-breaking, and emits a complete content-addressed transcript. Execution uses one finite-state agent, six semantic-session operations, production parser/obligation acceptance, structured diagnostics, at most two model calls and one safe repair, hard compute/resource ceilings, terminal integrity/replay failures, and contiguous complete traces. The ablation authority has identity `ca776a9dd6b54d43eea94085c4a33e5fd7435fce54365e6a929a1fb2e93ef693` and freezes eight conditions across the same nine immutable lineage IDs, producing exactly 72 child conditions and six predeclared within-lineage paired contrasts; conditions are explicitly not independent samples. The compiler reads only public case input roots, rejects oracle/private/reference paths, and emits a typed plan fixture with identity `e6c4cd3f65bf75b1c6e6196ec7f22a4c49df7b1128ce8ddec2796f04baf0bcc1`. The trace schema and canonical trace prove one agent, complete model/retrieval/tool/diagnostic/outcome events, declared attempt/repair budgets, semantic tool allowlists, deterministic verification, no provider tools, no semantic rewrite, and no hidden retry. Draft 2020-12 instance validation passes, 25 permanent mutations reject authority, prompt-order, oracle, budget, tool, adapter, retry, agent-count, sequence, verification, and identity drift, Cold Acquisition admission now accepts only this exact profile, the consolidated authoring gate passes with 126 indexed artifacts, and the shipped CLI test executes the validator and checks all three agent-index pointers. R1.4.l still owns provider/local adapters, canonical execution, and complete run-bundle emission; this task does not claim those front doors. - [x] **R1.4.l Provide one canonical benchmark front door and adapter contract.** Implement `genesis bench inspect`, `run`, `validate-run`, `score`, `replay`, `bundle`, and `submit` over existing authorities rather than duplicating semantics. Define closed, capability-minimal adapters for hosted APIs, local OpenAI-compatible servers, direct local runtimes, command/plugin runners, and a deterministic mock. Adapters normalize requests/responses without semantic rewriting, disclose provider transport and mutable service facts, retain all attempts, redact secrets by policy, cannot acquire ambient tools/network/filesystem authority, and pass identical conformance, timeout, cancellation, and replay suites. done 2026-07-15; evidence: `scripts/lib/genesisbench_front_door.py`, `crates/gc_cli/tests/cli_genesisbench_front_door.rs`, and `scripts/check_agent_authoring_bundle.sh`; input: `genesisbench-front-door-profile-sha256:df18ea902400c39c6d145efe6f9886f40baade8950ff89b47131adb2eb5481c6` Evidence 2026-07-15, refreshed 2026-07-17: `genesis bench` provides the canonical seven-command execution and bundle surface, extended by R1.4.m's four registry commands, and delegates task construction, reference planning, and quality scoring to their existing content-addressed authorities rather than cloning semantics. The recursively closed adapter profile has identity `df18ea902400c39c6d145efe6f9886f40baade8950ff89b47131adb2eb5481c6` and covers hosted HTTPS APIs, loopback OpenAI-compatible servers, digest-bound direct local runtimes, digest-bound command plugins, and a deterministic mock through one request/response contract. Exact origin/path, redirect denial, declared mutable facts, immutable model revisions, digest-bound executables and model artifacts, empty process working directories, sanitized environments, no provider tools, no hidden retries, no semantic rewriting, and `rankEligible: false` make authority and the registry admission boundary machine-checkable. HTTP work and process adapters execute in isolated process groups with bounded output and hard timeout/cancellation kill-and-reap; all success, error, timeout, and cancellation attempts are retained, while secret values are never serialized and only declared/present names are recorded. Validation reconstructs the exact case, plan, adapter, request, response, inventories, score, and outcome; replay never invokes an adapter or model and independently reproduces every successful score. Bundles use sorted USTAR entries, fixed metadata, gzip `mtime=0`, no links, complete inventories, and byte-identical repeated output; submission writes SHA-named immutable signed bundle/statement records to a local outbox without network authority. The v0.1 runner truthfully supports only the canonical `retrieval` scaffold and rejects unsupported ablation names rather than approximating them. Twenty-six permanent controls exercise identical vectors across all five classes and reject capability, redirect, retry, secret, provider-fact, model, response, run, score, and identity drift while proving HTTP/process timeout and cancellation termination. Three shipped-binary integration tests execute all seven front-door commands, delete the command adapter before replay, independently rescore, prove deterministic bundling and immutable signed submission, retain a failed hosted attempt, and reject candidate tampering. The current GenesisBench protocol freezes implementation commit `861a28957f03fb32d359fb6309ca828e5ed281a0`, 1,775 source files, 82 authorities, and 106 controls at identity `d6d3c97394d54bdcbe280748c738fac3f023e1934622fba6b3ba66c05f8e8cc2`. -- [x] **R1.4.m Build a signed result registry and lexicographic static leaderboard.** Accept only closed run bundles that validate, deterministically and independently rescore, carry submitter provenance, and satisfy the exact track/profile. Rank within one compatible cohort by verified solve rate first, conditional quality among valid solutions second, then capability excess, context/tool efficiency, repair efficiency, and finally separately reported cost/latency; never let invalid partial quality or financial spend outrank a verified solve. Publish per-lineage and per-class results, all validity failures/attempts/abstentions, confidence treatment, model/runtime identity, contamination, hardware facts, and replay instructions. The locally hostable registry is append-only by result identity, independently rebuildable, and cannot rewrite or silently hide history. done 2026-07-15; evidence: `scripts/lib/genesisbench_registry.py`, `crates/gc_cli/tests/cli_genesisbench_registry.rs`, and `scripts/check_agent_authoring_bundle.sh`; input: `genesisbench-signed-registry-bundle-sha256:be096dd39566d60dc83dbd66ac1c2a73ed51cac1c8e00fa9d78a49e7a02fe323` +- [x] **R1.4.m Build a signed result registry and lexicographic static leaderboard.** Accept only closed run bundles that validate, deterministically and independently rescore, carry submitter provenance, and satisfy the exact track/profile. Rank within one compatible cohort by verified solve rate first, conditional quality among valid solutions second, then capability excess, context/tool efficiency, repair efficiency, and finally separately reported cost/latency; never let invalid partial quality or financial spend outrank a verified solve. Publish per-lineage and per-class results, all validity failures/attempts/abstentions, confidence treatment, model/runtime identity, contamination, hardware facts, and replay instructions. The locally hostable registry is append-only by result identity, independently rebuildable, and cannot rewrite or silently hide history. done 2026-07-15; evidence: `scripts/lib/genesisbench_registry.py`, `crates/gc_cli/tests/cli_genesisbench_registry.rs`, and `scripts/check_agent_authoring_bundle.sh`; input: `genesisbench-signed-registry-bundle-sha256:4d1180055e6bb0e1c0fac8192ee13a795eaed20ef437973f2c2d29d909b35bb3` Evidence 2026-07-15, refreshed during R1.4.o on 2026-07-17: the recursively closed registry authority has identity `017cca0158ab32df4dd89c0fd6713d3527460547e1283065ef862d4e3c678dd0` and generates seven Draft 2020-12 schemas for claims, signed submissions, policy, results, events, checkpoints, and publication. `genesis bench` exposes eleven public commands: the original seven execution/bundle operations plus policy-pinned registry initialization, admission, deep verification, and deterministic static build. Submission, event, and checkpoint statements use three domain-separated DSSE v1 payload types, canonical bounded ASCII JSON, Ed25519 signatures, exact key IDs, and Rust-only private-key handling; duplicate-key JSON, noncanonical payloads, permissive Unix key modes, key-material mismatch, forged signatures, and wrong operator keys fail closed. Registry policy immutably pins the exact protocol, operator and submitter keys with provenance, allowed tracks, bundle bound, public-reference treatment, complete-evaluation requirement, tie policy, and lexicographic order. Admission locks writers, verifies every signed binding, validates and safely extracts the closed bundle, replays without model access, independently rescores, derives rather than trusts eligibility, stores content-addressed bundles/submissions/results, appends an operator-signed event, and signs a checkpoint over every retained prefix. Deep verification closes root and object-store topology, rejects unknown/orphan/missing objects and byte rewrites, verifies every submission/event/checkpoint and complete prefix chain, then re-extracts and rederives every retained result; history deletion, insertion, rewriting, silent suppression, and immutable-run rebinding are rejected. Static publication is byte-identical across rebuilds and reports exact compatible cohorts, shared ranks for substantive ties, verified solves before conditional quality and capability/context/tool/repair efficiency, per-lineage and per-class cells, Wilson 95% intervals, missing/invalid/abstained evidence, all attempts and replay facts, model/runtime/contamination/hardware provenance, and separately non-ranking economics. The public conformance run correctly remains unranked and cannot seed a false leaderboard. Eight authority controls, `2/2` signed-registry tests, `7/7` front-door tests, 69 driver tests, panic policy, source budgets, and the 126-artifact authoring bundle pass. GenesisBench freezes all 1,775 files, 82 authorities, and 106 protocol controls at identity `d6d3c97394d54bdcbe280748c738fac3f023e1934622fba6b3ba66c05f8e8cc2`; construct validity is now independently closed by R1.4.n, while real-model baselines remain exclusively R1.4.o. -- [x] **R1.4.n Validate construct, alternatives, maintenance, and anti-gaming behavior.** Prove that results track semantic correctness, obligations, minimal authority, maintainable patch quality, bounded resources, repository localization, and diagnostic recovery rather than syntax imitation, formatting, prompt length, provider latency, model identity, task-specific runtime recognizers, or oracle leakage. Accept alternative correct designs through behavioral/property/metamorphic tests, resource/capability/API envelopes, and hidden hand-reviewed verifiers rather than exact reference-patch equality. Add seeded follow-on requirements, profile migrations, defects, policy tightening, and performance constraints; source-equivalent anti-overfit variants; scorer/evaluator mutation; bootstrap confidence intervals; saturation tests; and independent stratified audits without making model or human preference the quality oracle. done 2026-07-16; evidence: `scripts/check_agent_authoring_bundle.sh`, `scripts/lib/genesisbench_construct_validity.py`, `crates/gc_cli/tests/cli_genesisbench_construct_validity.rs`, and `crates/gc_cli/tests/cli_agent_benchmark_scoring.rs`; input: `genesisbench-construct-validity-bundle-sha256:6f46c390856cb22c5f0323ccb5117c8696c8717b076576709831f4ad81daf50c` +- [x] **R1.4.n Validate construct, alternatives, maintenance, and anti-gaming behavior.** Prove that results track semantic correctness, obligations, minimal authority, maintainable patch quality, bounded resources, repository localization, and diagnostic recovery rather than syntax imitation, formatting, prompt length, provider latency, model identity, task-specific runtime recognizers, or oracle leakage. Accept alternative correct designs through behavioral/property/metamorphic tests, resource/capability/API envelopes, and hidden hand-reviewed verifiers rather than exact reference-patch equality. Add seeded follow-on requirements, profile migrations, defects, policy tightening, and performance constraints; source-equivalent anti-overfit variants; scorer/evaluator mutation; bootstrap confidence intervals; saturation tests; and independent stratified audits without making model or human preference the quality oracle. done 2026-07-16; evidence: `scripts/check_agent_authoring_bundle.sh`, `scripts/lib/genesisbench_construct_validity.py`, `crates/gc_cli/tests/cli_genesisbench_construct_validity.rs`, and `crates/gc_cli/tests/cli_agent_benchmark_scoring.rs`; input: `genesisbench-construct-validity-bundle-sha256:5af252553021e3f79ddaea8ed6cbc02bc738c3e0090d0cb6c1041e5f6ff49de9` Evidence 2026-07-16: the closed, content-addressed `GenesisBench-Construct-Validity-v0.1` study has identity `5fb03a7eddaaa0d4d2e782920fb1e082c332132ead4d8aa199f67a905829c5bd` and binds the exact language profile, 27-case task suite, two-epoch/90-lineage held-out authority, scoring contract/runtime, reviewed study policy, and shipped runtime. It covers seven declared constructs with executable evidence; accepts 9/9 independently authored semantic alternatives across all task classes; rejects 9/9 shallow, authority-broadening, oracle, scope, obligation, resource, and semantic negatives; kills 10/10 scorer/evaluator mutants with zero survivors; and maintains 5/5 seeded defect, follow-on, performance, policy-tightening, and profile-migration scenarios. Alternative acceptance, negative rejection, mutation score, and maintenance are all 10,000 basis points. Deterministic cluster bootstrap over independent lineage IDs uses 10,000 fixed-seed replicates and yields exact 95% intervals of 10,000-10,000 basis points for both acceptance and rejection. Seven nuisance controls exclude formatting, prompt length, provider latency, model identity, syntax imitation, task-specific recognizers, and oracle leakage from score authority; the saturation contract exercises under-threshold, two-epoch trigger, and public-conformance exclusion paths; and the stratified audit records 18 construct/outcome/task-class observations without a preference oracle. Deployment scoring now canonicalizes only runtime-private PID/clock log path segments while retaining path multiplicity, payload bytes, and payload hashes; 30 scorer controls prove ephemeral-name invariance and payload-tamper sensitivity. Two independent complete studies are byte-identical, the shipped scoring suite passes `3/3`, the shipped construct suite passes `2/2`, and the 126-artifact authoring gate passes all component validators with exact zero retained generated-disk growth. - [ ] **R1.4.o Run named real-model campaigns, then publish reproducible baselines, benchmark card, and methods paper.** Freeze one clean GenesisBench snapshot and predeclaration before execution. Campaign A runs Codex CLI with provider-catalog model `gpt-5.6-luna` and reasoning effort `xhigh` through a versioned Open Agent workspace harness: pin the CLI executable digest/version and invocation, bind the observed provider catalog without falsely claiming immutable revision identity, use an ephemeral isolated copy-on-write checkout, disclose its exact system/rules/tool/scaffold/capability/resource configuration, prohibit private held-out access and ambient user instructions, retain JSONL events and final artifacts, and perform no hidden retry or between-case tuning. It first attempts one public case from every core task class; only after all nine successes, failures, invalids, abstentions, capability requests, resource facts, and costs validate, replay, and independently rescore does it expand to all 27 public conditions. Campaign B runs at least two digest-pinned, license-compatible local model classes through the same frozen semantic acceptance authority: the smallest viable model and the strongest model that fits the host, using offline MLX/OpenAI-compatible or direct-runtime adapters with weights/tokenizer/runtime digests, measured combined resident memory, and no server fallback. Report local fixed-scaffold Cold Acquisition separately from agentic or Embedded Local runs; do not compare across track, scaffold, model-identity, context, hardware, or attempt-policy cohorts. Then expand to pinned frontier-general, code-specialized, and open-weight families under predeclared complete matrices. Report pass@1 and bounded pass@k separately, keep conditions clustered by nine independent lineages, select potential teachers per task class and verified trajectory rather than aggregate rank, and make no temporal-clean claim without proven release/precommit chronology. Publish every expected attempt or explicit missing cell as a closed bundle plus machine-readable benchmark/model cards, typed failure-to-owner dispositions, failure taxonomy, and a reproducible methods paper covering construct, non-claims, tracks, lineages, context conditions, scoring, contamination, custody, statistics, adapters, limitations, economics as non-ranking facts, and exact regeneration from accepted bundles. A deterministic mock, an unresolved mutable model alias, or a hand-copied candidate remains unranked and cannot satisfy the reality gate. Campaign order is fail-closed: (1) predeclare snapshot, task IDs, invocation, model identity policy, authority, budgets, stop rules, hardware, secrets, and publication class; (2) validate the workspace harness against deterministic and malicious fixtures; (3) execute and preserve the nine-case Codex/Luna reality gate once; (4) classify harness defects separately from model failures and repair only the harness under a new predeclaration; (5) execute the frozen 27-condition Codex campaign; (6) inventory local models and licenses without downloading or mutating weights, choose resource-fit representatives before observing scores, execute offline, then delete/replay without weights; (7) independently validate, rescore, bundle, analyze, and publish every attempt; and (8) convert repeated eligible failures into versioned language, diagnostics, documentation, skill, package, or benchmark dispositions without editing the scored epoch in place. @@ -1024,9 +1137,9 @@ Validation ladder: ### R1.5 Authoring skill vNext -- [x] **R1.5.a Generate the skill from canonical inputs.** Replace duplicated prose across `.agents/skills/genesiscode-authoring`, `docs/write_genesisCode_skill.md`, and the versioned pack with generated cards plus a small hand-owned workflow policy. done 2026-08-06; evidence: `scripts/check_agent_authoring_bundle.sh`, `scripts/check_cli_diagnostics_contract.sh`, `scripts/check_write_genesiscode_skill_conformance.sh`, and `scripts/check_generated_artifact_policy.sh`; input: `authoring-skill-bundle-sha256:94d15fbccff1bc0cf27277db53749cde69eefa74885e5d1df3dae91ea0e010a3` +- [x] **R1.5.a Generate the skill from canonical inputs.** Replace duplicated prose across `.agents/skills/genesiscode-authoring`, `docs/write_genesisCode_skill.md`, and the versioned pack with generated cards plus a small hand-owned workflow policy. done 2026-08-06; evidence: `scripts/check_agent_authoring_bundle.sh`, `scripts/check_cli_diagnostics_contract.sh`, `scripts/check_write_genesiscode_skill_conformance.sh`, and `scripts/check_generated_artifact_policy.sh`; input: `authoring-skill-bundle-sha256:39c28f6c79c67b7ae07d0df1f3eda8d8a5581a111f3f7774d06d2296de36fa3b` Evidence 2026-08-06: `policies/genesiscode_authoring_workflow_v0.1.json` is now the sole hand-owned workflow, prompt, and recipe policy. The closed deterministic renderer `scripts/lib/genesiscode_authoring_skill.py` binds that policy, the skill contract, `GC-AGENT-v0.3`, compact core/task/symbol/diagnostic cards, and both capability indices by SHA-256, then atomically produces the frontmatter-valid `.agents/skills/genesiscode-authoring/SKILL.md`, the five-step human pointer, a progressive-disclosure authoring card, separate 14-prompt and 27-recipe JSON registries, and their provenance manifest. Forty-one independently drifting prompt/recipe prose files were removed. `generate/authoring-skill` owns all six outputs in the 31-node/93-output transactional generated-authority graph; stale inputs route through release, roadmap, Quarto, and gate views, while updates remain non-evidence. The isolated transactional run rebuilt 24 affected nodes, passed 22 independent read-only checks, and promoted only six changed derived views. Skill, pack, guide, distribution, diagnostics, 139-artifact bundle, release-profile fixture, check/update boundary, gate-manifest, documentation, and generated-authority mutation controls pass offline with no network attempts. -- [x] **R1.5.b Remove dead planning guidance.** Do not direct agents to an empty `upgrade_plan.md` as their ordinary work queue. Route active defects, roadmap tasks, user tasks, and exploratory work explicitly. done 2026-08-06; evidence: `scripts/check_genesiscode_authoring_skill.sh`, `scripts/check_write_genesiscode_skill_pack.sh`, `scripts/check_write_genesiscode_skill_distribution.sh`, and `scripts/check_agent_authoring_bundle.sh`; input: `authoring-skill-bundle-sha256:94d15fbccff1bc0cf27277db53749cde69eefa74885e5d1df3dae91ea0e010a3` +- [x] **R1.5.b Remove dead planning guidance.** Do not direct agents to an empty `upgrade_plan.md` as their ordinary work queue. Route active defects, roadmap tasks, user tasks, and exploratory work explicitly. done 2026-08-06; evidence: `scripts/check_genesiscode_authoring_skill.sh`, `scripts/check_write_genesiscode_skill_pack.sh`, `scripts/check_write_genesiscode_skill_distribution.sh`, and `scripts/check_agent_authoring_bundle.sh`; input: `authoring-skill-bundle-sha256:39c28f6c79c67b7ae07d0df1f3eda8d8a5581a111f3f7774d06d2296de36fa3b` Evidence 2026-08-06: the hand-owned authoring policy and machine contract now define exactly four non-interchangeable routes: a current `user-task`, an `active-defect` selected only from reproduced open P0/P1 IDs, a `roadmap-task` selected from the bounded machine-generated execution slice, and non-authoritative `exploratory-work`. Each route carries a closed selection source, empty-source behavior, closure authority, and explicit stop conditions. The active-defect route is machine-disabled when `upgrade_plan.md` has no open IDs, roadmap work cannot be selected by scanning unchecked boxes or status views, and exploration cannot mutate completion status. Generated skill and prompt-card text no longer substitute the defect ledger for a concrete user request or general roadmap progression. Renderer self-tests mutate empty-defect behavior and fail closed; the focused contract, pack, guide, distribution, and 139-artifact bundle checks pass offline with no network attempts. - [ ] **R1.5.c Add profile negotiation.** The skill identifies CLI/language/card versions, supported capabilities, target platform, available resources, and strictness before writing code. - [ ] **R1.5.d Add compact workflows.** Provide author, repair, refactor, package, replay-debug, optimize, deploy, and self-host migration flows with exact stop/fail conditions. @@ -1078,7 +1191,7 @@ Validation ladder: Evidence 2026-07-16: the normative technical handoff declares the treewalk evaluator as the implementation-level semantic reference and assigns all 23 production kernel files to an exhaustive, non-overlapping role partition: 3 reference-semantics, 9 shared-semantics, 2 explicit tier bridges, and 9 optimized-tier files. The governed TCB policy rejects missing or extra files, unclassified files, optimized files outside the compiled subtree, reference files in that subtree, compiled implementation markers in reference sources, treewalk fallback markers in optimized sources, and a missing default differential suite. Three mutation controls prove that role reassignment, differential-test removal, and optimized-symbol admission to a reference source fail closed. The default seven-case differential matrix covers data/collections, closure shadowing, seal behavior, sealed type errors, unbound names, explicit step exhaustion, and memory exhaustion; it compares success/failure, debug representation, canonical value hash, error kind/message, exact step counts, and semantic memory counters, then reruns every successful case one step short to prevent limit-bypassing happy-path equivalence. All 63 active kernel tests pass with the governed 10-million-iteration stress test retained in its isolated lane, warning-denied Clippy passes, no-panic and source-decomposition guards pass, and all documentation budgets and generated reference views remain fresh. R2.1.g continues to own removal of the explicitly classified workload-recognizer module rather than hiding that separate obligation inside this boundary closure. - [x] **R2.1.g Retire workload-specific recognizers.** Delete `crates/gc_kernel/src/compiled_runtime/patterns.rs` from production dispatch and prohibit replacement recognizers keyed to benchmark source shape, symbol names, literal constants, or expected results. General optimizations must trigger from documented semantic properties, improve a diverse anti-overfit corpus, and preserve exact behavior under source-equivalent rewrites that defeat syntactic recognition. done 2026-07-16; evidence: `scripts/check_kernel_tcb_contract.sh`, `cargo test -p gc_kernel --lib --locked --offline`, `cargo clippy -p gc_kernel --all-targets --locked --offline -- -D warnings`, `scripts/check_runtime_workload_budgets.sh`, `scripts/check_perf_budgets.sh`, `scripts/check_no_user_panics.sh`, and `scripts/check_source_decomposition_progress.sh`; input: `recognizer-retirement-sha256:a18f73bff7504a26c0e243db59ecf98a858e92f3afed5f8c64d640ecf5a2f134` Evidence 2026-07-16: production compiled dispatch no longer contains the 332-line `patterns.rs` module or either source-shaped shortcut. The removed code matched exact external `core/*` wrapper names, recursive `CExpr` shape, integer literal `1`, module self-slot identity, nil branch shape, and selected primitive combinations to bulk-return a byte lookup or million-element vector result. The governed TCB surface is now 22 files with 3 reference, 9 shared, 2 bridge, and 8 optimized files. The retired path is a permanent policy tombstone, and every optimized runtime source is scanned for benchmark IDs, exact source-symbol literals, integer-literal matching, `match_*`/`recognize_*` helpers, and expected descriptor/hash/value material. Five mutation controls prove role escape, differential-suite removal, reference-tier optimized imports, source-literal recognizers, and retired-path readmission all fail closed. Four renamed and structurally rewritten counted-vector/byte-access variants compare exact reference/optimized result representation, canonical hash, error, step count, and semantic memory counters and fail identically one step short; the existing compiler-derived primitive-forward corpus proves general optimization across renamed, reordered, repeated, ignored, unary, binary, and ternary arguments without source-name or literal matching. The honest normalized PB-4 observation changed from 4.075 ms with the recognizer to 2,160.934 ms through ordinary semantics, while the PB-1 control changed from 279.763 ms to 264.616 ms. PB-4 is therefore explicitly failing its 150 ms target rather than being hidden or rebaselined; R2.1.h now owns PB-4, PB-5, and PB-7 closure and requires a semantically general vector improvement. Ordinary smoke workloads still pass at `fib=233 ms`, vector build `1 ms`, map build `2 ms`, self-host parse `271 ms`, and dispatch `91 ms`; the independent performance gate passes with `test_wall=3,157 ms`, bootstrap `203 ms`, and obligation runtime `185 ms`. All 64 active kernel tests pass with the 10-million-tail case retained in its isolated stress lane, warning-denied Clippy passes, and panic/decomposition/document budgets remain green. -- [ ] **R2.1.h Close PB-4, PB-5, and PB-7 and rebaseline PB-1 without hiding drift.** Profile allocation, cycle-collector overhead, evaluation dispatch, hashing, shape transitions, parser/frontend routing, self-host dispatch, and process/startup contribution with normalized workloads; fix general data-structure, evaluator, and parser costs before benchmark-specific tuning. Meet the signed PB-4 vector, PB-5 map, and PB-7 throughput bounds with confidence intervals, anti-overfit variants, cold/warm separation, and no semantic fast-path bypass. Capture a new signed PB-1 distribution on the same conformant hosts after cycle-collection and runtime changes, compare it to the retained historical baseline, attribute statistically and by profile rather than resetting the target, and assign startup-owned cost to R2.3.b. PB-4 closure must recover the honest post-recognizer ordinary-execution baseline through a general optimization that benefits semantically varied vector-building programs; restoring source-shape dispatch is not an eligible improvement. +- [ ] **R2.1.h Close PB-4, PB-5, and PB-7 and rebaseline PB-1 without hiding drift.** Profile allocation, cycle-collector overhead, evaluation dispatch, hashing, shape transitions, parser/frontend routing, self-host dispatch, and process/startup contribution with normalized workloads; fix general data-structure, evaluator, and parser costs before benchmark-specific tuning. Meet the signed PB-4 vector, PB-5 map, and PB-7 throughput bounds with confidence intervals, anti-overfit variants, cold/warm separation, and no semantic fast-path bypass. Capture a new signed PB-1 distribution on the same conformant hosts after cycle-collection and runtime changes, compare it to the retained historical baseline, attribute statistically and by profile rather than resetting the target, and assign startup-owned cost to R2.3.b. PB-4 closure must recover the honest post-recognizer ordinary-execution baseline through a general optimization that benefits semantically varied vector-building programs; restoring source-shape dispatch is not an eligible improvement. Before any PB qualification, require the F01-F11 correctness-recovery baseline in section 3.29; performance never qualifies a known-incorrect identity, work bound, filesystem or registry boundary. Progress 2026-07-16: a semantics-derived tail-loop plan now resolves recursion by module-closure identity and primitive wrappers by compiler-derived opcode/argument forwarding. It supports conditional tail recurrences, sequential `let`/`begin`, branch inversion, and last-use moves while preserving shared persistent branches. It is disabled before argument consumption under step limits, non-default memory limits, or coverage. Renamed, structurally rewritten, and shared-accumulator variants compare exact values, hashes, errors, steps, and memory counters against the reference tier; byte-access nonloops remain unselected, and every one-step-short control falls back and fails identically. Against the unchanged normalized fixtures, 5 warmups plus 30 retained semantic-pass samples measured PB-4 at 122.807 ms minimum, 124.339 ms median, 124.991 ms mean, 128.958 ms p95, and 142.424 ms maximum versus the 150 ms bound; PB-5 measured 64.272 ms minimum, 65.836 ms median, 66.337 ms mean, 71.949 ms p95, and 72.962 ms maximum versus 300 ms. PB-7 remains honestly open: the same protocol measured 4,125.935 ms minimum, 4,263.718 ms median, 4,367.466 ms mean, 4,837.292 ms p95, and 5,304.275 ms maximum. Sampling attributes its cost to more than one million dynamic self-host parser calls plus immutable CoreForm construction, not compiler profile (opt-level 1 and 3 were equivalent) or the retired byte recognizer alone. Trials of generic helper-call caching, tail trampolining, inline argument buffers, primitive arity paths, singleton booleans/nil, and adaptive tiny maps preserved semantics but did not materially move PB-7 and were removed rather than enlarging the TCB without evidence. Completion still requires anti-overfit parser variants, cold/warm separation, authoritative signed samples, and a general parser/execution-tier improvement that meets the PB-7 lower bound. Progress 2026-07-17: R2.2.e's retained-root-safe map representation preserves PB-5 headroom but changes the adjacent unsolved PB-7 control. Single release-equivalent semantic-pass observations during representation selection measured PB-5 at 75.588 ms and PB-7 at 7,035.009 ms for the selected 4,096-entry/32-way transition, versus 278.728 ms and 36,862.728 ms for a 32-entry transition and 124.248 ms and 18,404.140 ms for a 16,384-entry transition. These are diagnostic controls, not authoritative distributions. R2.1.h must recover the current PB-7 regression through a general parser/map workload improvement before closure; the target, historical samples, and failure status are unchanged. @@ -1090,7 +1203,7 @@ Validation ladder: Evidence 2026-07-16: every allocation that can transitively own a runtime value now uses a small `Shared` facade over pinned `rust-cc` 0.6.2 with default features, automatic collection, finalizers, and cleaners disabled; ordinary `Rc` is confined by a fail-closed source inventory to immutable CoreForm terms and symbol text. Exact manual traces cover vectors, ordered maps, tree-walk and compiled closures, module cells, lexical/inline slots, sealed payloads, native partials, contract handlers/prototypes/metadata/overrides, pure/perform effect programs, and continuations. Collection runs only after the outermost panic-guarded evaluation/application boundary has unwound internal borrows; caller roots and returned values remain live, nested calls cannot trigger collection, and collector failure becomes an explicit internal error rather than a user-input panic. Direct recursive modules, live-root hash stability, every indirect value edge, and 128 repeated retired sessions per tree-walk/compiled tier are regression-tested. The governed TCB now inventories 27 production files and rejects hidden ordinary reference counting, a stale persistent-collection dependency, missing owner/trace/safe-point markers, source-shape recognizers, role escape, or absent differential/reclamation tests through seven mutation controls. Collection representations are isolated in a governed module, keeping the value algebra below both source budgets without raising either ceiling. The complete native, WASI, wasm, effects/replay, warm-session, package, self-host, and all-target workspace suite passes, as do warning-denied kernel Clippy and the no-user-panic gate. Five discarded warmups plus 30 retained semantic-pass samples measured PB-4 at 103.710 ms minimum, 104.085 ms median, 104.196 ms mean, 105.001 ms p95, and 105.232 ms maximum; PB-5 measured 36.996 ms minimum, 38.074 ms median, 38.222 ms mean, 39.766 ms p95, and 39.814 ms maximum. Collection pause and temporary work are documented as linear in the buffered candidate graph, while numeric representation-independent allocation/live-heap ceilings remain explicitly owned by R2.2.c. Host handles remain outside kernel values and their complete teardown matrix remains R2.2.f rather than being delegated to garbage collection. - [x] **R2.2.c Add allocation and heap metering.** Charge deterministic logical units independent of allocator internals; expose policy limits and sealed exhaustion errors. done 2026-07-17; evidence: `cargo test --workspace --all-targets --locked --offline`, `cargo clippy -p gc_kernel -p gc_pkg -p gc_prelude -p gc_obligations -p gc_cli_driver --all-targets --locked --offline -- -D warnings`, `scripts/check_kernel_tcb_contract.sh`, `scripts/check_no_user_panics.sh`, and `scripts/check_source_decomposition_progress.sh`; input: `logical-resource-metering-sha256:5b6f83aafca9f05d5624cc204af6feef0e39d8e29fe0bc72469d7bd24b995c2f` Evidence 2026-07-17: the normative value-graph contract now defines exact, allocator-independent units for every CoreForm node, byte, runtime constructor, semantic edge, environment binding, root, alias, and cycle-closing edge; inclusive limits, saturating arithmetic, trusted reset behavior, tier equivalence, safe points, and the boundary between semantic accounting and R2.2.d physical OOM containment are explicit. A session-scoped atomic ledger charges all smart constructors only while a bounded outer evaluation/application transaction is active, with `u64::MAX` retained as a valid finite limit; cycle-safe iterative live traversal expands physical aliases by logical incoming path and uses owner identity only to terminate an active cycle. Tree-walk and compiled tiers report identical allocation/live counters, disable allocation-eliding plans under memory policy, and replay ordinary curried application events; exact one-unit-short controls fail in both tiers while reset, alias-independence, recursive-cycle termination, constructor-unit, and CoreForm-unit tests prevent representation drift. `--max-alloc-units` and `--max-live-units` propagate through CLI, warm-session inheritance, package manifests, obligation cache identity, and minimum-of-CLI/package policy resolution; trusted self-host bootstrap profiles have finite ceilings and retain observed allocation/current-live/peak-live evidence. Internal failures carry typed dimension/observed/limit fields, structured CLI failures preserve them, and language boundaries can produce the reserved unforgeable ERROR seal with `core/resource-exhausted` plus exact context. The governed TCB inventories 29 production files across reference/shared/bridge/optimized roles, enforces resource implementation and test markers with nine mutation controls, and stays within every declared source ceiling. All 72 active kernel tests (one governed stress case ignored), 73 CLI-driver tests, the added package-policy regression, and the complete native/WASI/WebAssembly/all-target workspace matrix pass together with warning denial, panic policy, and source decomposition. -- [x] **R2.2.d Define out-of-memory behavior.** Preflight bounded allocations where possible, catch recoverable host allocation failures, and isolate workloads so an untrusted program cannot terminate the daemon. done 2026-07-17; evidence: `cargo test --workspace --all-targets --locked --offline`, `cargo clippy -p gc_kernel -p gc_cli_driver -p gc_cli --all-targets --locked --offline -- -D warnings`, `scripts/check_warm_protocol_contract.sh`, `scripts/check_kernel_tcb_contract.sh`, and `scripts/check_no_user_panics.sh`; input: `oom-containment-bundle-sha256:894b70fa750ea43e9b27e4ecaf311d57f2905fc7af3cfb4a4756407dbb4dbe4e` +- [x] **R2.2.d Define out-of-memory behavior.** Preflight bounded allocations where possible, catch recoverable host allocation failures, and isolate workloads so an untrusted program cannot terminate the daemon. done 2026-07-17; evidence: `cargo test --workspace --all-targets --locked --offline`, `cargo clippy -p gc_kernel -p gc_cli_driver -p gc_cli --all-targets --locked --offline -- -D warnings`, `scripts/check_warm_protocol_contract.sh`, `scripts/check_kernel_tcb_contract.sh`, and `scripts/check_no_user_panics.sh`; input: `oom-containment-bundle-sha256:c5393ef89ce37264d457b5ec35f9dee536c553aa40ca7043092c32b2d79364b0` Evidence 2026-07-17: one governed kernel allocation layer now converts capacity arithmetic overflow and recoverable `try_reserve_exact` failure into explicit `KernelErrorKind::MemoryLimit` results without inventing a deterministic host limit. User-sized string concatenation, repetition, join, CoreForm escaping, UTF-8 conversion, hex conversion, byte concatenation/join, symbol cloning, and temporary join tables compute exact capacities, enforce semantic shape ceilings before allocation, reserve fallibly, and fill only within the reserved buffer. The compiled-module decoder bounds every declared collection cardinality against the minimum bytes remaining before reservation and fallibly reserves all decoded vectors and strings; a `u32::MAX` count in a ten-byte hostile blob is rejected without panic or large allocation. Both evaluator tiers fail at the exact nine-byte preflight boundary, capacity overflow is directly regression-tested, and fixed-size residual allocations remain honestly classified as process-containment obligations rather than falsely claimed recoverable. Native macOS/Linux warm and MCP execution already places each untrusted request and its host-bridge descendants in a separately killable and reapable process tree. A previously ambiguous signal exit now becomes a distinct contained-abort result carrying the signal and `worker-signal-contained` audit; warm emits retryable `warm/worker-abort` with `daemon_available = true`, MCP emits its typed server-available equivalent, and measured wall/CPU/heap/output/process/disk kills retain their resource classification. Unlike an inline/WASI panic, a native child abort cannot corrupt parent state, so it increments crash evidence without clearing initialization, workspace bindings, IDs, generation, or queued work. A shipped-binary adversarial bridge sends `SIGKILL` to its own worker, after which the same initialized daemon successfully executes the next queued GenesisCode program with generation zero and crash count one. Normative docs bind the exact bulk-allocation and isolation boundary and explicitly deny WASI hard-OOM parity. The TCB inventory now governs 30 production files and required allocation controls within unchanged existing ceilings plus one 70-line allocation module; all kernel, warm/MCP, mutation, warning-denial, panic-policy, and workspace target tests pass. - [x] **R2.2.e Bound persistent sharing.** Add stress tests for adversarial update chains, retained roots, maps/vectors/strings, package graphs, logs, and snapshots. done 2026-07-17; evidence: `cargo test -p gc_kernel --lib --locked --offline`, `cargo test -p gc_cli --test persistent_sharing_stress --locked --offline`, `bash scripts/test_perf_gates.sh --test persistent_sharing_stress`, `cargo clippy -p gc_kernel -p gc_cli --all-targets --locked --offline -- -D warnings`, `scripts/check_kernel_tcb_contract.sh`, and release-equivalent PB-5/PB-7 diagnostic controls; input: `persistent-sharing-bounds-sha256:a893c104ed9ad1bf6e85ff894427295c4078f4c6befcf85bda2cbd5111623a54` @@ -1227,7 +1340,7 @@ Each component follows the same sequence: normative corpus -> closed decision an Progress 2026-08-13: exact `SD-SIGNING` reaches H2 with `none-proven` host-oracle dependence under `genesis/selfhost-signing-authority-v0.1`. Artifact-loaded `core/security::signing-authority` owns keypair admission, exact package acceptance-message bytes, canonical acceptance-signature terms, sorted/deduplicated signature sets, transparency entries, exact DSSE PAE bytes, and GenesisBench signature artifact facts. Rust retains only operating-system CSPRNG, Ed25519 and SHA mechanisms, fixed codecs, owner-only regular secret-file custody, content-addressed storage, and exact state-pointer writes; secret material never crosses into the pure authority. Production package and hidden GenesisBench signers consume closed request-hash-bound authority results, while legacy package signature/transparency constructors are compile-time `parity-oracle` only. Key files are create-only and descriptor-opened with no-follow semantics; path races, mismatched pairs, symlinks, and permissive modes fail closed, and malformed signature-set or transparency-head state is no longer treated as empty. Four direct authority controls cover every phase plus open/unbound results and false mechanism facts; the authentic package policy flow and DSSE sign/verify round trip pass; 16 independent mutations reject profile, source/artifact custody, routes, fallback, bounds, secret custody, tests, ledger, and claim drift. The evaluator enforces 20M post-bootstrap steps, 64M logical allocations, and a 16 MiB payload ceiling. The H2 profile identity is `74c2a3f3cc898ced0222e96fc54886ac872fae1a540bfb82de5ac86a0cf80cb1`, source identity is `bd1f0ef085576dac984a8ab8eadaf4445a81037b8d7698560392f815a6fc6a97`, the shipped 2,054,170-byte `selfhost/toolchain.gc` artifact has SHA-256 `03185a82eed88946ca3b09b9d9708872742beecd62cf373c4ab2cb1f6182968c`, and the resealed semantic-ownership ledger identity is `2315cd4cada4c7b8bc2c5a946563cd1d2b4aaa9383b6f53bf4d80837e3efc51f`. Evidence: `GENESIS_TEST_SELFHOST_ARTIFACT="$PWD/selfhost/toolchain.gc" cargo test -p gc_obligations signing --locked --offline -- --nocapture`; `GENESIS_SELFHOST_TOOLCHAIN_ARTIFACT="$PWD/selfhost/toolchain.gc" GENESIS_TEST_SELFHOST_ARTIFACT="$PWD/selfhost/toolchain.gc" cargo test -p gc_cli --test cli_smoke sign_and_verify_with_policy_succeeds --locked --offline -- --nocapture`; `cargo test -p gc_cli --test cli_genesisbench_registry signed_registry_admits_rescores_rebuilds_and_rejects_history_tampering --locked --offline -- --nocapture`; `python3 scripts/lib/selfhost_signing_authority.py --root . --profile policies/selfhost_signing_authority_v0.1.json --schema docs/spec/SELFHOST_SIGNING_AUTHORITY_v0.1.schema.json --artifact selfhost/toolchain.gc --self-test`; and the canonical generated-authority transaction for this revision. This does not claim evidence-verification authority, H3/H4, aggregate R4.2.d or SH-C closure, bootstrap fixpoint, registry/benchmark publication readiness, or release qualification; the next R4.2.d transaction must migrate `SD-EVIDENCE-VERIFY` rather than rerun signing evidence. Progress 2026-08-13: `core/security::evidence-verify-authority` establishes a closed artifact-only protocol and takes production custody of transparency traversal/link/schema/cycle/bound admission and the final GenesisBench DSSE identity/cryptographic conjunction. Package verification now also requires its request-bound verdict, legacy top-level package verifier routes are compile-time `parity-oracle` only, and malformed acceptance or transparency-head pointers fail distinctly instead of being treated as absent. Three focused authority controls, authentic package and signed-registry flows, 16 independent profile/source/artifact/route/bounds/ledger mutations, the standalone verifier's 30 negative vectors, native and pinned-SDK `wasm32-wasip1` compilation, and the 318-second canonical changed-file profile pass. The truthful partial profile identity is `502ca038baddd38dbbf6ea346b50372af25e92692a68adac313e1bcc11585f1a`, source identity is `d36d18d7976d733614ae36d9a1938d05228909d948e41cf8d84d5351891ebcec`, and the shipped 2,088,951-byte artifact has SHA-256 `4f95a5439cdd9578c1e2c7a9364646893c27ca95399dfded14ea01985955ad2f`. Final review rejected an H2 promotion: production package dependency integrity, acceptance/signature schema extraction, store-integrity booleans, and key-policy admission still arrive as host-computed semantic facts, so the GenesisCode package phase is a fail-closed conjunction rather than the sole semantic producer required by H1/H2. `SD-EVIDENCE-VERIFY` therefore remains H0/host-authoritative and R4.2.d stays open. The next slice must transport raw dependency hashes, acceptance/signature terms, store hashes, policy observations, and cryptographic mechanism results; GenesisCode must derive schemas, reference closure, key admission, and threshold from those raw observations before any H2 or aggregate closure claim. Evidence 2026-08-13: exact `SD-EVIDENCE-VERIFY` reaches H2 with `none-proven` host-oracle dependence under `genesis/selfhost-evidence-verify-authority-v0.1`, completing R4.2.d's non-codegen obligation and policy authority set. The new `core/security::evidence-verify-package` module consumes raw ordered dependency hashes, acceptance and signature terms, observed content-store hashes, decoded registry-policy keys and threshold, and Ed25519 mechanism outcomes; GenesisCode alone derives dependency integrity, exact schemas, acceptance-reference closure, key admission, duplicate/unknown signature rejection, valid-signature count, and threshold satisfaction. Store-backed acceptance, signature, and transparency terms are decoded from the exact captured bytes whose hash is transported, eliminating hash/term substitution between path reads. The existing authority module independently derives transparency and DSSE closure from raw inventories and observations. Rust retains bounded decoding, hashing, content-store access, and Ed25519 verification mechanisms but no package, policy, threshold, store-integrity, transparency, or DSSE verdict; production routes have no reachable host semantic fallback. Four focused authority tests plus one captured-byte/hash regression cover identity/mechanism binding, package admission, transparency cycles/substitution, closed DSSE inventories, and single-read payload custody; authentic unsigned rejection, signed package verification, and signed GenesisBench registry history pass. The independent verifier rejects 24 mutations spanning omitted acceptance references, dependency/store/key substitution, threshold failure, duplicate/open signatures, malformed inventories, single-read binding, cycles, crypto failure, source/profile/artifact/route/fallback/bound drift, and stale ledger claims. The closed profile identity is `f226266c6cb496a3ffca74d7a6e8ea35a8afead1b0206f7541edba2609ec6596`; its authority/package source identities are `392dea213bc123269facfccb86f07cbc9fdae10c32cf87c6048120c7d6adf4c9` and `57b4ab38ff9333f3e8bb9de26ea23173467877cbf8bbb79275fd3488ff858442`; the shipped 2,140,463-byte artifact has SHA-256 `87266ae2fa1ffbdfd71b994774942db8608c56106e12dce6c59a6eb853c0636e`; and the resealed 38-decision ledger identity is `132d2e60dc6bc263de0414e99f1cdbb964f99f61ce34e32f75f1bad2c51584f9`. The canonical changed-file profile passed all core suites and five selected CLI integration suites in 290 seconds; boundary, readiness, and decomposition guards pass with the scorecard truthfully `44/not ready` and 20 Rust/85 GenesisCode production modules under the 700-line ceiling. Together with the already closed H2 `SD-OBLIGATION`, `SD-POLICY-ALIAS`, `SD-EFFECT-POLICY`, `SD-REPLAY`, and `SD-SIGNING` rows, this closes R4.2.d only. It does not close R4.2.e, SH-C, H3/H4 bootstrap, registry/benchmark publication, or release qualification. -- [ ] **R4.2.e Package, registry, and VCS logic.** Manifest/lock resolution, graph solving, evidence verification, publish decisions, snapshot/diff/merge, migration, and package/lock/VCS object canonical identities become GenesisCode-authoritative; no non-frontend identity remains attributed to completed R4.2.a. Close the remaining decision inventory explicitly: registry commit decoding; package/registry/VCS traversal and projection; lock, ref, store, patch, signing, and publish orchestration; non-frontend identity; and native/WASI/warm/CLI entrypoint parity. Publish a decision-by-entrypoint matrix with source producer, physical host mechanism, strict result decoder, fallback disposition, negative control, and verifier evidence for every cell. A partial operation or native-only slice cannot close its parent decision. +- [ ] **R4.2.e Package, registry, and VCS logic.** Manifest/lock resolution, graph solving, evidence verification, publish decisions, snapshot/diff/merge, migration, and package/lock/VCS object canonical identities become GenesisCode-authoritative; no non-frontend identity remains attributed to completed R4.2.a. Close the remaining decision inventory explicitly: registry commit decoding; package/registry/VCS traversal and projection; lock, ref, store, patch, signing, and publish orchestration; non-frontend identity; and native/WASI/warm/CLI entrypoint parity. Publish a decision-by-entrypoint matrix with source producer, physical host mechanism, strict result decoder, fallback disposition, negative control, and verifier evidence for every cell. A partial operation or native-only slice cannot close its parent decision. The eleven correctness-recovery findings F01-F11 in section 3.29 are blocking baseline acceptance: reproduce, repair the common boundaries, retain regression controls and independently checked evidence before promoting package/registry/VCS authority; completing those corrections alone does not close this task. Progress 2026-08-13: the first `SD-STORE` production slice moves `core/store::put` payload admission, self-hosted canonical printing and UTF-8 bytes, per-operation and cumulative byte-budget admission, and plain-BLAKE3 content identity into artifact-loaded `core/store::authority` under partial profile identity `d5e7a1d4b6a71773cb721c11df1fdca51f9e81c68a42bad34e16805214041d6f`. Rust propagates the exact frontend artifact into the runner, strictly rejects open, unbound, mistyped, byte-count/hash-contradictory decisions, writes exactly the authorized bytes through the write-once atomic store mechanism, and fails closed without authority; the prior semantic producer is compile-time test/`parity-oracle` only. Nine focused store controls cover roundtrip/replay, open-payload rejection before write, missing-authority failure, operation/cumulative limits, and existing get/log budgets. The independent verifier passes 16 source, custody, ordering, exact-write, decoder, fallback, and production-route mutations. The refreshed 86-module toolchain artifact is 2,154,584 bytes with SHA-256 `dcef1bdfb37a9fba00a395cd5b894ebce11bd90d527f63cc90cc1a73925d7d2c`. Evidence: `cargo test -p gc_effects --test store_caps --locked --offline -- --nocapture`; `python3 scripts/lib/selfhost_store_authority.py --root . --profile policies/selfhost_store_authority_v0.1.json --schema docs/spec/SELFHOST_STORE_AUTHORITY_v0.1.schema.json --artifact selfhost/toolchain.gc --self-test`; and `scripts/check_selfhost_boundary.sh`. This is deliberately partial: `core/store::{get,has,verify}`, local/remote selection, traversal, package/registry/VCS decisions, H2 `SD-STORE`, aggregate R4.2.e, SH-C, H3/H4, and release qualification remain open. Progress 2026-08-13: the second `SD-STORE` slice gives the same artifact-loaded authority exclusive production custody of `core/store::{has,get}` payload/lowercase-hash admission, planner-before-I/O ordering, local integrity verdicts, local/remote source selection, self-hosted CoreForm parsing, operation limits, cumulative remote-cache budgets, and final presence/error/artifact results. Rust performs only bounded stable local reads, policy-authorized remote presence/byte/integrity mechanisms, strict request/result and exact-cache contradiction checks, and write-once cache mechanics; missing authority fails closed and the old read producers are test/`parity-oracle` only. Thirteen focused effect controls pass, including authority-first malformed-hash rejection, local corruption classification, stable nondisclosing I/O errors, replay without the store, and absent-authority failure; three authentic CLI remote controls pass successful hydration, transport hash-substitution rejection before cache write, and cache-budget denial before write. The independent verifier rejects 23 source, protocol, parse, ordering, bounds, exact-write, decoder, route, fallback, and custody mutations. The point-object profile identity is `74914872ff002bd3026f788c9660b1dc4eaa56da78877ccd5eb19c342a17a745`, source identity is `497d004ab31ac287d99c9d76bde68605afa1e28427dcfe6e36158b957e1ce244`, ledger identity is `2d5b6d7ebaf8d764434e347749a5fd443b243233c6f411a9a78d1a972ea3bf04`, and the 2,191,165-byte artifact has SHA-256 `703ebf11fd9e955025dd25436d10de0152bde553e3c3126df64a606236ef6b95`. The canonical changed-file profile passed all core, self-host, and selected CLI integration suites in 241 seconds after the frontend loader fixture was corrected to use the same artifact-only authority path required in production. This remains partial and H0: `core/store::verify`, store inventory/traversal, internal direct-store consumers, package/registry/VCS storage semantics, R4.2.e, SH-C, H3/H4, and release qualification remain open. Progress 2026-08-13: the third `SD-STORE` slice moves `core/store::verify` payload/lowercase-hash admission, canonical whole-store inventory selection and raw-byte ordering, observation binding, per-artifact and cumulative verification limits, integrity verdicts, and first-failure attribution into artifact-loaded `core/store::verify-authority`. Rust retains only bounded raw directory enumeration/file-type observation and bounded streamed BLAKE3 mechanisms; GenesisCode revalidates exact entry shape/order, selects only canonical regular-file hashes, re-derives the observed inventory, and assigns all public outcomes. The previous host verifier is compile-time test/`parity-oracle` only, production fails closed without either store authority binding, specific and scan modes have distinct intent binding, unsupported mechanism statuses are protocol rejections, and host I/O transport is stable and nondisclosing. Nine focused controls cover bounded/sorted inventory and streamed hashing, malicious empty-singleton no-panic rejection, authority-before-observation, canonical filtering, first ordered corruption, nondisclosing I/O, native specific/scan success, and native corruption reporting. The independent verifier rejects 43 mutations across both GenesisCode sources, artifact bindings, strict decoders, planner ordering, bounds, streaming, dispatch, fallback isolation, native CLI coverage, ledger truth, and source identity. The partial profile identity is `d53e09a6c225c9283e205f2d71f5eed81440c25c517658b2e18ffd3729d70e54`; put/read source identity remains `497d004ab31ac287d99c9d76bde68605afa1e28427dcfe6e36158b957e1ce244`; verify source identity is `3d9a0bcd10d92a6838792ccce338a948ef578c9d209ad3364401d0ebf9ae48e2`; and ledger identity is `ef7c8f8fb09a1ce55ac57099090852aaf55f3b2c057ba1c48128533b273b78d8`. The self-hosted 87-module artifact is byte-identical to its successor, is 2,223,591 bytes, and has SHA-256 `0d15677f4bfe5554822cf93d749431214a2c46f4cb4647a8dbc1acae362c9537`. This remains partial and H0: direct internal store consumers and package/registry/VCS storage semantics remain host-authoritative, so R4.2.e, SH-C, H3/H4, bootstrap fixpoint, and release qualification remain open. diff --git a/benchmarks/agent_tasks/v0.1/suite.json b/benchmarks/agent_tasks/v0.1/suite.json index 134b075e2..f32100c86 100644 --- a/benchmarks/agent_tasks/v0.1/suite.json +++ b/benchmarks/agent_tasks/v0.1/suite.json @@ -7,7 +7,7 @@ "main.gc" ], "conditionId": "condition-completion-context-small-001", - "conditionIdentitySha256": "68a05bec56a42ba6d8c14d95e6061821ec69617d126d8645d59cddb418f2a01e", + "conditionIdentitySha256": "7ee7487299cfe3a87247c59abf632541c0e9efbd8a7d672ccae0a37b89fe6553", "contextBytes": 4089, "contextTier": "small", "editablePaths": [ @@ -63,7 +63,7 @@ "main.gc" ], "conditionId": "condition-completion-context-medium-001", - "conditionIdentitySha256": "f0e4e14179355a7ab6d0fdb5a3a61119d6873d0abc802d3414ae2ba4d1273710", + "conditionIdentitySha256": "7f197744ea6a66d3653e6521f5bfd39460e89a6fb3f120edbdf0f002e934d997", "contextBytes": 34726, "contextTier": "medium", "editablePaths": [ @@ -119,8 +119,8 @@ "main.gc" ], "conditionId": "condition-completion-context-large-001", - "conditionIdentitySha256": "78aa6ac12f05dd41e24f99853c76a7be126547d270e8cf3de7671ac0bc9a48f2", - "contextBytes": 385431, + "conditionIdentitySha256": "12201c97185c7a1c4c3df87ba43b4c9baa135b4bf9c3645bf6f3cf4e8d55a9c3", + "contextBytes": 424962, "contextTier": "large", "editablePaths": [ "main.gc" @@ -187,7 +187,7 @@ "deployment.json" ], "conditionId": "condition-deployment-context-small-001", - "conditionIdentitySha256": "08a42f888447e41b5b37981e938fa6106fe0b9a6431686cae44178cf1acb4aa2", + "conditionIdentitySha256": "789dde70d06974e82ddb368443c010bc52a011729127af366844fe0609ddd062", "contextBytes": 4270, "contextTier": "small", "editablePaths": [ @@ -302,7 +302,7 @@ "deployment.json" ], "conditionId": "condition-deployment-context-medium-001", - "conditionIdentitySha256": "6d8df0bc7b611167d998bd3af4c00aad9ef59d1d2659261e487ffd8f4c654bef", + "conditionIdentitySha256": "c06cca2275e3d96d6791bec07ce3f690bc7980a91d42830520aa4db54e8e8598", "contextBytes": 34907, "contextTier": "medium", "editablePaths": [ @@ -417,8 +417,8 @@ "deployment.json" ], "conditionId": "condition-deployment-context-large-001", - "conditionIdentitySha256": "0076144ea807009a9a534bda2b3eb4b87eb3e6298438989f312d7f9322b7ba98", - "contextBytes": 385612, + "conditionIdentitySha256": "1fbad2e003a49275e6637262f6865cf66a9fae61f5967c5f0a0422ce5ee75562", + "contextBytes": 425143, "contextTier": "large", "editablePaths": [ "deployment.json" @@ -520,7 +520,7 @@ "main.gc" ], "conditionId": "condition-generation-context-small-001", - "conditionIdentitySha256": "eeec2dc4c0c6efa150a6857342bc38de66c9bb7d47e3033fbf9e4af034652eef", + "conditionIdentitySha256": "f8ba5873c9d64d74982c7dee0ad65d68d40150b53488f6902d069747a7beeb2f", "contextBytes": 4206, "contextTier": "small", "editablePaths": [ @@ -581,7 +581,7 @@ "main.gc" ], "conditionId": "condition-generation-context-medium-001", - "conditionIdentitySha256": "6a68c0d6f11461d7e7e661d93e4cfa72aa9ce1b03a2377023e440cebaebb3970", + "conditionIdentitySha256": "417061d9a263d832b5920fba96b66ffd85b3feb5bb8dbc569118dfa04b073855", "contextBytes": 34843, "contextTier": "medium", "editablePaths": [ @@ -642,8 +642,8 @@ "main.gc" ], "conditionId": "condition-generation-context-large-001", - "conditionIdentitySha256": "b71fbe60b935b38ee68fe2e87839c9eed783837d3d9a0db2eb4e44feb99c7dbf", - "contextBytes": 385548, + "conditionIdentitySha256": "e6bec07f6267f3f093e7c7b5d89c7abebd15e7568ba1afad3995d529d4e90c7c", + "contextBytes": 425079, "contextTier": "large", "editablePaths": [ "main.gc" @@ -727,7 +727,7 @@ "case.toml" ], "conditionId": "condition-package-migration-context-small-001", - "conditionIdentitySha256": "a70ae54eb1f92b5e20ed2304e5f4c28eca787e56832c44baaac425b9049b51b7", + "conditionIdentitySha256": "64fcaa1816e72c104f5b5cf02b2ef589901cb5bcee392c0b01c12bc9e55b0705", "contextBytes": 4401, "contextTier": "small", "editablePaths": [ @@ -818,7 +818,7 @@ "case.toml" ], "conditionId": "condition-package-migration-context-medium-001", - "conditionIdentitySha256": "083e518687bf25ca777e827a900529083e674a91566e35f51dce6a2f8c968e54", + "conditionIdentitySha256": "9d6fac15830b40fe75595ab62ff5de096797d10d3d8bd600ec3ae9948ea846f5", "contextBytes": 35038, "contextTier": "medium", "editablePaths": [ @@ -909,8 +909,8 @@ "case.toml" ], "conditionId": "condition-package-migration-context-large-001", - "conditionIdentitySha256": "56a0c5ab17a12fc5e729d094b556464d1535b72c8d0de606b5b235c97f3743df", - "contextBytes": 385743, + "conditionIdentitySha256": "27213aa6cd080e001704edb953f8bd8a1c5467753b6dadb0a65a2befe6b73010", + "contextBytes": 425274, "contextTier": "large", "editablePaths": [ "case.toml" @@ -976,7 +976,7 @@ "main.gc" ], "conditionId": "condition-performance-repair-context-small-001", - "conditionIdentitySha256": "0208e8272cbd1f5115f737dd175bc17c7bc5db5b6d999bcaa50d056574cf2ee2", + "conditionIdentitySha256": "e42e2aa012f72577d3de08bf243373d76530df80e0251fd9f86b9b9571941f25", "contextBytes": 4379, "contextTier": "small", "editablePaths": [ @@ -1034,7 +1034,7 @@ "main.gc" ], "conditionId": "condition-performance-repair-context-medium-001", - "conditionIdentitySha256": "8c72e944e86cce7e71c256ff32fec4aecf5b3131edc6997bbf10f553aa9085dc", + "conditionIdentitySha256": "818db2eb7b591f65139bdc3a27fc006ec755b06efb55342dc5b79fd7d3a9d230", "contextBytes": 35016, "contextTier": "medium", "editablePaths": [ @@ -1092,8 +1092,8 @@ "main.gc" ], "conditionId": "condition-performance-repair-context-large-001", - "conditionIdentitySha256": "109208965a2d6259eba59521386cb4e92f6e1e42b5c322879b4a2573465e3547", - "contextBytes": 385721, + "conditionIdentitySha256": "565b00967fa89438bd2f44ebac91cbeb1e651f6934c6df6cd8e5fadfca602ae4", + "contextBytes": 425252, "contextTier": "large", "editablePaths": [ "main.gc" @@ -1150,7 +1150,7 @@ "caps.toml" ], "conditionId": "condition-policy-minimization-context-small-001", - "conditionIdentitySha256": "bd7508cf7ea20786dd0a7d8e8df18961c7e0a9cfe4048330fd9f6c7fb4473453", + "conditionIdentitySha256": "b90d790acd69776d2c500b6b103ee6b1b4a1e94e0a60724e7ccde0df947165fe", "contextBytes": 4238, "contextTier": "small", "editablePaths": [ @@ -1235,7 +1235,7 @@ "caps.toml" ], "conditionId": "condition-policy-minimization-context-medium-001", - "conditionIdentitySha256": "5e9e4bc2115963bbe15328217c0214138a3bdd7099baf900330533a998b6f129", + "conditionIdentitySha256": "adeac6c52370b3ceadfa6fdd9fe7f7dad0db6b92fe85e6dcb08f2d162a88ebd4", "contextBytes": 34875, "contextTier": "medium", "editablePaths": [ @@ -1320,8 +1320,8 @@ "caps.toml" ], "conditionId": "condition-policy-minimization-context-large-001", - "conditionIdentitySha256": "50abff2ef5b446ea13d6f5f70e58ebcedf582e7ec98a3e302cdc4b45d236515f", - "contextBytes": 385580, + "conditionIdentitySha256": "5a70c7dde585029f99512cd48a03789a845d91b10fefe563b5acd8d8f73feeb4", + "contextBytes": 425111, "contextTier": "large", "editablePaths": [ "caps.toml" @@ -1405,7 +1405,7 @@ "main.gc" ], "conditionId": "condition-refactor-context-small-001", - "conditionIdentitySha256": "cfa9ad8acd50d8ac5cb476f7a8b51c89da7a6b78430457bc16e1878da091a4ac", + "conditionIdentitySha256": "760270d4360dd117fa49f263ca21fbbc27c3e08ba31bb05531b09fab62638bb7", "contextBytes": 4134, "contextTier": "small", "editablePaths": [ @@ -1461,7 +1461,7 @@ "main.gc" ], "conditionId": "condition-refactor-context-medium-001", - "conditionIdentitySha256": "eda1df28bc3aed673318f140eae9c569741c16b3987c7dbda0769d37f08e9306", + "conditionIdentitySha256": "28e7b3b6999e3c1d4a8e6089a23c9a928c98f2dbe2fc13e56862a8f81ecac7de", "contextBytes": 34771, "contextTier": "medium", "editablePaths": [ @@ -1517,8 +1517,8 @@ "main.gc" ], "conditionId": "condition-refactor-context-large-001", - "conditionIdentitySha256": "24b31a0a9be70dfec65a5457b2ae7810f7d0c1a11fec99865d8a7bd2a037f923", - "contextBytes": 385476, + "conditionIdentitySha256": "ef15c05c80568a16cf31ea565630387fc376c40dd5afb0a7b29826f364020b0b", + "contextBytes": 425007, "contextTier": "large", "editablePaths": [ "main.gc" @@ -1573,7 +1573,7 @@ "main.gc" ], "conditionId": "condition-repair-context-small-001", - "conditionIdentitySha256": "6d03694a635f9934c27303d0c7eed54f903cee8f4cb2bce7612494b30c0c4ad8", + "conditionIdentitySha256": "abe850bd9655ac042aa0733f9c7233c888242bb57315d9fa622cf963c35adab3", "contextBytes": 4310, "contextTier": "small", "editablePaths": [ @@ -1673,7 +1673,7 @@ "main.gc" ], "conditionId": "condition-repair-context-medium-001", - "conditionIdentitySha256": "7e520feca70fba79174110ba58f09f30de13ffdc1d0c1c7509e1bf31f325df54", + "conditionIdentitySha256": "0e6404e4e6684008fa95d38041643c4e185eab7a02b8765c69ab3e81be0aeae6", "contextBytes": 34947, "contextTier": "medium", "editablePaths": [ @@ -1773,8 +1773,8 @@ "main.gc" ], "conditionId": "condition-repair-context-large-001", - "conditionIdentitySha256": "f1c58c694b8a85dc12f9c562cbb7d382e3aff8a85a644fc6d7df7839a991dcb4", - "contextBytes": 385652, + "conditionIdentitySha256": "61d3f7bb22a1a5dac6286e5e2118c6041fc001fafdc41e10782ae30129ecf578", + "contextBytes": 425183, "contextTier": "large", "editablePaths": [ "main.gc" @@ -1886,7 +1886,7 @@ "finding.json" ], "conditionId": "condition-replay-investigation-context-small-001", - "conditionIdentitySha256": "4ceaacdc660c3c59804d0764d96a7376e3a4a938a30561d73e7b9e0feedb1d47", + "conditionIdentitySha256": "a004eba9463cf768cd6ad3c3f2ce64100b3dc7891c102cdb61bd4e0b655e6a9e", "contextBytes": 5185, "contextTier": "small", "editablePaths": [ @@ -1992,7 +1992,7 @@ "finding.json" ], "conditionId": "condition-replay-investigation-context-medium-001", - "conditionIdentitySha256": "cf6cfeb375a22a3a5504b1a9a2ebf5ffbb96149edf11492e4f80f2a7d16ea90d", + "conditionIdentitySha256": "ca7018553ea17c1c70c64b226b0faf9156b03d6965c5a97fa9515c68c915bb83", "contextBytes": 35822, "contextTier": "medium", "editablePaths": [ @@ -2098,8 +2098,8 @@ "finding.json" ], "conditionId": "condition-replay-investigation-context-large-001", - "conditionIdentitySha256": "e82c14c237035463ed00a7b4f1db5bb9917885c27972aa57313e07cf0e157ceb", - "contextBytes": 386527, + "conditionIdentitySha256": "ff56f6445cc0c387e094ebc4457e168358f1ab1679ce619506fa17e6f87038b6", + "contextBytes": 426058, "contextTier": "large", "editablePaths": [ "finding.json" @@ -2188,12 +2188,12 @@ ], "conditions": [ { - "contentIdentitySha256": "68a05bec56a42ba6d8c14d95e6061821ec69617d126d8645d59cddb418f2a01e", + "contentIdentitySha256": "7ee7487299cfe3a87247c59abf632541c0e9efbd8a7d672ccae0a37b89fe6553", "contextArtifacts": [ { "bytes": 3960, "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", - "sha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" } ], "contextBytes": 4089, @@ -2209,17 +2209,17 @@ "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64" }, { - "contentIdentitySha256": "f0e4e14179355a7ab6d0fdb5a3a61119d6873d0abc802d3414ae2ba4d1273710", + "contentIdentitySha256": "7f197744ea6a66d3653e6521f5bfd39460e89a6fb3f120edbdf0f002e934d997", "contextArtifacts": [ { "bytes": 3960, "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", - "sha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" }, { "bytes": 5886, "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.md", - "sha256": "d96887ec9d44b757a5703d48a7ed6d6db55b2228212032d53bc31cb4b366578c" + "sha256": "e13a6325d97546971e94dd07cf4ecf5caf18acc8c64d1305953be0a1b47aef6d" }, { "bytes": 24751, @@ -2240,17 +2240,17 @@ "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64" }, { - "contentIdentitySha256": "78aa6ac12f05dd41e24f99853c76a7be126547d270e8cf3de7671ac0bc9a48f2", + "contentIdentitySha256": "12201c97185c7a1c4c3df87ba43b4c9baa135b4bf9c3645bf6f3cf4e8d55a9c3", "contextArtifacts": [ { "bytes": 3960, "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", - "sha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" }, { "bytes": 5886, "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.md", - "sha256": "d96887ec9d44b757a5703d48a7ed6d6db55b2228212032d53bc31cb4b366578c" + "sha256": "e13a6325d97546971e94dd07cf4ecf5caf18acc8c64d1305953be0a1b47aef6d" }, { "bytes": 24751, @@ -2258,17 +2258,17 @@ "sha256": "6ad06a6427fd7284845194043549574e7ee6684374d4174ad4e8e9e10e82727d" }, { - "bytes": 42032, + "bytes": 44126, "path": "docs/spec/GC_AGENT_PROFILE_v0.3.json", - "sha256": 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"9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" } ], "contextBytes": 3960, @@ -3044,12 +3044,12 @@ { "bytes": 3960, "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", - "sha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" }, { "bytes": 5886, "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.md", - "sha256": "d96887ec9d44b757a5703d48a7ed6d6db55b2228212032d53bc31cb4b366578c" + "sha256": "e13a6325d97546971e94dd07cf4ecf5caf18acc8c64d1305953be0a1b47aef6d" }, { "bytes": 24751, @@ -3066,12 +3066,12 @@ { "bytes": 3960, "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", - "sha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" }, { "bytes": 5886, "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.md", - "sha256": 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"05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8" + "sha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae" }, "taskClasses": [ "completion", diff --git a/benchmarks/diagnostics/repair_utility/v0.1/report.json b/benchmarks/diagnostics/repair_utility/v0.1/report.json index ec8bd7668..662acf0de 100644 --- a/benchmarks/diagnostics/repair_utility/v0.1/report.json +++ b/benchmarks/diagnostics/repair_utility/v0.1/report.json @@ -2123,10 +2123,10 @@ } ], "runtime": { - "diagnosticCatalogIdentitySha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "diagnosticCatalogIdentitySha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "name": "genesis", "profile": "host-cli/selfhost-artifact", - "selfhostArtifactSha256": "8d0dbb53c22a420ce0dadebd22b6fe369bcc9bd0da292bad3b197499f6c09c2c", + "selfhostArtifactSha256": "657b3d595ec66192b958c0cfedfb3c2197aa702cd434ee514d13dfc1375881e3", "version": "genesis 0.2.0" }, "summaries": [ diff --git a/benchmarks/genesisbench/v0.1/analysis/observations.fixture.json b/benchmarks/genesisbench/v0.1/analysis/observations.fixture.json index b1d3d8d36..8599e7cf3 100644 --- a/benchmarks/genesisbench/v0.1/analysis/observations.fixture.json +++ b/benchmarks/genesisbench/v0.1/analysis/observations.fixture.json @@ -1,7 +1,7 @@ { - "analysisPlanIdentitySha256": "04ddcd0260a21b99ddedb3e64a5345bce0ad853e8d1cfce533c673f18b62f12f", + "analysisPlanIdentitySha256": "900fa94aa53edf05c9e69b2564fe42350fdf43d0e84f711a9d8f71d0b25410d1", "cohortIdentitySha256": "f9fec6a4ecf409f42cb41ff1c640f2df150270548846022772c39dbdc3afe212", - "contentIdentitySha256": "3c730a75a59ff6d38868b564f3bcdd3dd2714dca0dc4ab62b6c55171d332cf09", + "contentIdentitySha256": "f7c67c40bb94887626d9ea8b812feddcb65d4218d18077b976556e83fdbda84b", "epochs": [ "public-anchor-epoch-001" ], @@ -10,7 +10,7 @@ { "caseId": "completion-large", "conditionId": "condition-completion-context-large-001", - "conditionIdentitySha256": "78aa6ac12f05dd41e24f99853c76a7be126547d270e8cf3de7671ac0bc9a48f2", + "conditionIdentitySha256": "12201c97185c7a1c4c3df87ba43b4c9baa135b4bf9c3645bf6f3cf4e8d55a9c3", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -22,7 +22,7 @@ { "caseId": "completion-medium", "conditionId": "condition-completion-context-medium-001", - "conditionIdentitySha256": "f0e4e14179355a7ab6d0fdb5a3a61119d6873d0abc802d3414ae2ba4d1273710", + "conditionIdentitySha256": "7f197744ea6a66d3653e6521f5bfd39460e89a6fb3f120edbdf0f002e934d997", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -34,7 +34,7 @@ { "caseId": "completion-small", "conditionId": "condition-completion-context-small-001", - "conditionIdentitySha256": "68a05bec56a42ba6d8c14d95e6061821ec69617d126d8645d59cddb418f2a01e", + "conditionIdentitySha256": "7ee7487299cfe3a87247c59abf632541c0e9efbd8a7d672ccae0a37b89fe6553", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -46,7 +46,7 @@ { "caseId": "deployment-large", "conditionId": "condition-deployment-context-large-001", - "conditionIdentitySha256": "0076144ea807009a9a534bda2b3eb4b87eb3e6298438989f312d7f9322b7ba98", + "conditionIdentitySha256": "1fbad2e003a49275e6637262f6865cf66a9fae61f5967c5f0a0422ce5ee75562", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -58,7 +58,7 @@ { "caseId": "deployment-medium", "conditionId": "condition-deployment-context-medium-001", - "conditionIdentitySha256": "6d8df0bc7b611167d998bd3af4c00aad9ef59d1d2659261e487ffd8f4c654bef", + "conditionIdentitySha256": "c06cca2275e3d96d6791bec07ce3f690bc7980a91d42830520aa4db54e8e8598", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -70,7 +70,7 @@ { "caseId": "deployment-small", "conditionId": "condition-deployment-context-small-001", - "conditionIdentitySha256": "08a42f888447e41b5b37981e938fa6106fe0b9a6431686cae44178cf1acb4aa2", + "conditionIdentitySha256": "789dde70d06974e82ddb368443c010bc52a011729127af366844fe0609ddd062", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -82,7 +82,7 @@ { "caseId": "generation-large", "conditionId": "condition-generation-context-large-001", - "conditionIdentitySha256": "b71fbe60b935b38ee68fe2e87839c9eed783837d3d9a0db2eb4e44feb99c7dbf", + "conditionIdentitySha256": "e6bec07f6267f3f093e7c7b5d89c7abebd15e7568ba1afad3995d529d4e90c7c", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -94,7 +94,7 @@ { "caseId": "generation-medium", "conditionId": "condition-generation-context-medium-001", - "conditionIdentitySha256": "6a68c0d6f11461d7e7e661d93e4cfa72aa9ce1b03a2377023e440cebaebb3970", + "conditionIdentitySha256": "417061d9a263d832b5920fba96b66ffd85b3feb5bb8dbc569118dfa04b073855", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -106,7 +106,7 @@ { "caseId": "generation-small", "conditionId": "condition-generation-context-small-001", - "conditionIdentitySha256": "eeec2dc4c0c6efa150a6857342bc38de66c9bb7d47e3033fbf9e4af034652eef", + "conditionIdentitySha256": "f8ba5873c9d64d74982c7dee0ad65d68d40150b53488f6902d069747a7beeb2f", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -118,7 +118,7 @@ { "caseId": "package-migration-large", "conditionId": "condition-package-migration-context-large-001", - "conditionIdentitySha256": "56a0c5ab17a12fc5e729d094b556464d1535b72c8d0de606b5b235c97f3743df", + "conditionIdentitySha256": "27213aa6cd080e001704edb953f8bd8a1c5467753b6dadb0a65a2befe6b73010", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -130,7 +130,7 @@ { "caseId": "package-migration-medium", "conditionId": "condition-package-migration-context-medium-001", - "conditionIdentitySha256": "083e518687bf25ca777e827a900529083e674a91566e35f51dce6a2f8c968e54", + "conditionIdentitySha256": "9d6fac15830b40fe75595ab62ff5de096797d10d3d8bd600ec3ae9948ea846f5", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -142,7 +142,7 @@ { "caseId": "package-migration-small", "conditionId": "condition-package-migration-context-small-001", - "conditionIdentitySha256": "a70ae54eb1f92b5e20ed2304e5f4c28eca787e56832c44baaac425b9049b51b7", + "conditionIdentitySha256": "64fcaa1816e72c104f5b5cf02b2ef589901cb5bcee392c0b01c12bc9e55b0705", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -154,7 +154,7 @@ { "caseId": "performance-repair-large", "conditionId": "condition-performance-repair-context-large-001", - "conditionIdentitySha256": "109208965a2d6259eba59521386cb4e92f6e1e42b5c322879b4a2573465e3547", + "conditionIdentitySha256": "565b00967fa89438bd2f44ebac91cbeb1e651f6934c6df6cd8e5fadfca602ae4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -166,7 +166,7 @@ { "caseId": "performance-repair-medium", "conditionId": "condition-performance-repair-context-medium-001", - "conditionIdentitySha256": "8c72e944e86cce7e71c256ff32fec4aecf5b3131edc6997bbf10f553aa9085dc", + "conditionIdentitySha256": "818db2eb7b591f65139bdc3a27fc006ec755b06efb55342dc5b79fd7d3a9d230", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -178,7 +178,7 @@ { "caseId": "performance-repair-small", "conditionId": "condition-performance-repair-context-small-001", - "conditionIdentitySha256": "0208e8272cbd1f5115f737dd175bc17c7bc5db5b6d999bcaa50d056574cf2ee2", + "conditionIdentitySha256": "e42e2aa012f72577d3de08bf243373d76530df80e0251fd9f86b9b9571941f25", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -190,7 +190,7 @@ { "caseId": "policy-minimization-large", "conditionId": "condition-policy-minimization-context-large-001", - "conditionIdentitySha256": "50abff2ef5b446ea13d6f5f70e58ebcedf582e7ec98a3e302cdc4b45d236515f", + "conditionIdentitySha256": "5a70c7dde585029f99512cd48a03789a845d91b10fefe563b5acd8d8f73feeb4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -202,7 +202,7 @@ { "caseId": "policy-minimization-medium", "conditionId": "condition-policy-minimization-context-medium-001", - "conditionIdentitySha256": "5e9e4bc2115963bbe15328217c0214138a3bdd7099baf900330533a998b6f129", + "conditionIdentitySha256": "adeac6c52370b3ceadfa6fdd9fe7f7dad0db6b92fe85e6dcb08f2d162a88ebd4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -214,7 +214,7 @@ { "caseId": "policy-minimization-small", "conditionId": "condition-policy-minimization-context-small-001", - "conditionIdentitySha256": "bd7508cf7ea20786dd0a7d8e8df18961c7e0a9cfe4048330fd9f6c7fb4473453", + "conditionIdentitySha256": "b90d790acd69776d2c500b6b103ee6b1b4a1e94e0a60724e7ccde0df947165fe", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -226,7 +226,7 @@ { "caseId": "refactor-large", "conditionId": "condition-refactor-context-large-001", - "conditionIdentitySha256": "24b31a0a9be70dfec65a5457b2ae7810f7d0c1a11fec99865d8a7bd2a037f923", + "conditionIdentitySha256": "ef15c05c80568a16cf31ea565630387fc376c40dd5afb0a7b29826f364020b0b", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -238,7 +238,7 @@ { "caseId": "refactor-medium", "conditionId": "condition-refactor-context-medium-001", - "conditionIdentitySha256": "eda1df28bc3aed673318f140eae9c569741c16b3987c7dbda0769d37f08e9306", + "conditionIdentitySha256": "28e7b3b6999e3c1d4a8e6089a23c9a928c98f2dbe2fc13e56862a8f81ecac7de", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -250,7 +250,7 @@ { "caseId": "refactor-small", "conditionId": "condition-refactor-context-small-001", - "conditionIdentitySha256": "cfa9ad8acd50d8ac5cb476f7a8b51c89da7a6b78430457bc16e1878da091a4ac", + "conditionIdentitySha256": "760270d4360dd117fa49f263ca21fbbc27c3e08ba31bb05531b09fab62638bb7", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -262,7 +262,7 @@ { "caseId": "repair-large", "conditionId": "condition-repair-context-large-001", - "conditionIdentitySha256": "f1c58c694b8a85dc12f9c562cbb7d382e3aff8a85a644fc6d7df7839a991dcb4", + "conditionIdentitySha256": "61d3f7bb22a1a5dac6286e5e2118c6041fc001fafdc41e10782ae30129ecf578", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -276,7 +276,7 @@ { "caseId": "repair-medium", "conditionId": "condition-repair-context-medium-001", - "conditionIdentitySha256": "7e520feca70fba79174110ba58f09f30de13ffdc1d0c1c7509e1bf31f325df54", + "conditionIdentitySha256": "0e6404e4e6684008fa95d38041643c4e185eab7a02b8765c69ab3e81be0aeae6", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -290,7 +290,7 @@ { "caseId": "repair-small", "conditionId": "condition-repair-context-small-001", - "conditionIdentitySha256": "6d03694a635f9934c27303d0c7eed54f903cee8f4cb2bce7612494b30c0c4ad8", + "conditionIdentitySha256": "abe850bd9655ac042aa0733f9c7233c888242bb57315d9fa622cf963c35adab3", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -304,7 +304,7 @@ { "caseId": "replay-investigation-large", "conditionId": "condition-replay-investigation-context-large-001", - "conditionIdentitySha256": "e82c14c237035463ed00a7b4f1db5bb9917885c27972aa57313e07cf0e157ceb", + "conditionIdentitySha256": "ff56f6445cc0c387e094ebc4457e168358f1ab1679ce619506fa17e6f87038b6", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -318,7 +318,7 @@ { "caseId": "replay-investigation-medium", "conditionId": "condition-replay-investigation-context-medium-001", - "conditionIdentitySha256": "cf6cfeb375a22a3a5504b1a9a2ebf5ffbb96149edf11492e4f80f2a7d16ea90d", + "conditionIdentitySha256": "ca7018553ea17c1c70c64b226b0faf9156b03d6965c5a97fa9515c68c915bb83", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -332,7 +332,7 @@ { "caseId": "replay-investigation-small", "conditionId": "condition-replay-investigation-context-small-001", - "conditionIdentitySha256": "4ceaacdc660c3c59804d0764d96a7376e3a4a938a30561d73e7b9e0feedb1d47", + "conditionIdentitySha256": "a004eba9463cf768cd6ad3c3f2ce64100b3dc7891c102cdb61bd4e0b655e6a9e", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -346,7 +346,7 @@ { "caseId": "completion-large", "conditionId": "condition-completion-context-large-001", - "conditionIdentitySha256": "78aa6ac12f05dd41e24f99853c76a7be126547d270e8cf3de7671ac0bc9a48f2", + "conditionIdentitySha256": "12201c97185c7a1c4c3df87ba43b4c9baa135b4bf9c3645bf6f3cf4e8d55a9c3", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -358,7 +358,7 @@ { "caseId": "completion-medium", "conditionId": "condition-completion-context-medium-001", - "conditionIdentitySha256": "f0e4e14179355a7ab6d0fdb5a3a61119d6873d0abc802d3414ae2ba4d1273710", + "conditionIdentitySha256": "7f197744ea6a66d3653e6521f5bfd39460e89a6fb3f120edbdf0f002e934d997", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -370,7 +370,7 @@ { "caseId": "completion-small", "conditionId": "condition-completion-context-small-001", - "conditionIdentitySha256": "68a05bec56a42ba6d8c14d95e6061821ec69617d126d8645d59cddb418f2a01e", + "conditionIdentitySha256": "7ee7487299cfe3a87247c59abf632541c0e9efbd8a7d672ccae0a37b89fe6553", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -382,7 +382,7 @@ { "caseId": "deployment-large", "conditionId": "condition-deployment-context-large-001", - "conditionIdentitySha256": "0076144ea807009a9a534bda2b3eb4b87eb3e6298438989f312d7f9322b7ba98", + "conditionIdentitySha256": "1fbad2e003a49275e6637262f6865cf66a9fae61f5967c5f0a0422ce5ee75562", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -394,7 +394,7 @@ { "caseId": "deployment-medium", "conditionId": "condition-deployment-context-medium-001", - "conditionIdentitySha256": "6d8df0bc7b611167d998bd3af4c00aad9ef59d1d2659261e487ffd8f4c654bef", + "conditionIdentitySha256": "c06cca2275e3d96d6791bec07ce3f690bc7980a91d42830520aa4db54e8e8598", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -406,7 +406,7 @@ { "caseId": "deployment-small", "conditionId": "condition-deployment-context-small-001", - "conditionIdentitySha256": "08a42f888447e41b5b37981e938fa6106fe0b9a6431686cae44178cf1acb4aa2", + "conditionIdentitySha256": "789dde70d06974e82ddb368443c010bc52a011729127af366844fe0609ddd062", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -418,7 +418,7 @@ { "caseId": "generation-large", "conditionId": "condition-generation-context-large-001", - "conditionIdentitySha256": "b71fbe60b935b38ee68fe2e87839c9eed783837d3d9a0db2eb4e44feb99c7dbf", + "conditionIdentitySha256": "e6bec07f6267f3f093e7c7b5d89c7abebd15e7568ba1afad3995d529d4e90c7c", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -432,7 +432,7 @@ { "caseId": "generation-medium", "conditionId": "condition-generation-context-medium-001", - "conditionIdentitySha256": "6a68c0d6f11461d7e7e661d93e4cfa72aa9ce1b03a2377023e440cebaebb3970", + "conditionIdentitySha256": "417061d9a263d832b5920fba96b66ffd85b3feb5bb8dbc569118dfa04b073855", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -444,7 +444,7 @@ { "caseId": "generation-small", "conditionId": "condition-generation-context-small-001", - "conditionIdentitySha256": "eeec2dc4c0c6efa150a6857342bc38de66c9bb7d47e3033fbf9e4af034652eef", + "conditionIdentitySha256": "f8ba5873c9d64d74982c7dee0ad65d68d40150b53488f6902d069747a7beeb2f", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -458,7 +458,7 @@ { "caseId": "package-migration-large", "conditionId": "condition-package-migration-context-large-001", - "conditionIdentitySha256": "56a0c5ab17a12fc5e729d094b556464d1535b72c8d0de606b5b235c97f3743df", + "conditionIdentitySha256": "27213aa6cd080e001704edb953f8bd8a1c5467753b6dadb0a65a2befe6b73010", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -470,7 +470,7 @@ { "caseId": "package-migration-medium", "conditionId": "condition-package-migration-context-medium-001", - "conditionIdentitySha256": "083e518687bf25ca777e827a900529083e674a91566e35f51dce6a2f8c968e54", + "conditionIdentitySha256": "9d6fac15830b40fe75595ab62ff5de096797d10d3d8bd600ec3ae9948ea846f5", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -482,7 +482,7 @@ { "caseId": "package-migration-small", "conditionId": "condition-package-migration-context-small-001", - "conditionIdentitySha256": "a70ae54eb1f92b5e20ed2304e5f4c28eca787e56832c44baaac425b9049b51b7", + "conditionIdentitySha256": "64fcaa1816e72c104f5b5cf02b2ef589901cb5bcee392c0b01c12bc9e55b0705", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -494,7 +494,7 @@ { "caseId": "performance-repair-large", "conditionId": "condition-performance-repair-context-large-001", - "conditionIdentitySha256": "109208965a2d6259eba59521386cb4e92f6e1e42b5c322879b4a2573465e3547", + "conditionIdentitySha256": "565b00967fa89438bd2f44ebac91cbeb1e651f6934c6df6cd8e5fadfca602ae4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -508,7 +508,7 @@ { "caseId": "performance-repair-medium", "conditionId": "condition-performance-repair-context-medium-001", - "conditionIdentitySha256": "8c72e944e86cce7e71c256ff32fec4aecf5b3131edc6997bbf10f553aa9085dc", + "conditionIdentitySha256": "818db2eb7b591f65139bdc3a27fc006ec755b06efb55342dc5b79fd7d3a9d230", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -520,7 +520,7 @@ { "caseId": "performance-repair-small", "conditionId": "condition-performance-repair-context-small-001", - "conditionIdentitySha256": "0208e8272cbd1f5115f737dd175bc17c7bc5db5b6d999bcaa50d056574cf2ee2", + "conditionIdentitySha256": "e42e2aa012f72577d3de08bf243373d76530df80e0251fd9f86b9b9571941f25", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -534,7 +534,7 @@ { "caseId": "policy-minimization-large", "conditionId": "condition-policy-minimization-context-large-001", - "conditionIdentitySha256": "50abff2ef5b446ea13d6f5f70e58ebcedf582e7ec98a3e302cdc4b45d236515f", + "conditionIdentitySha256": "5a70c7dde585029f99512cd48a03789a845d91b10fefe563b5acd8d8f73feeb4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -546,7 +546,7 @@ { "caseId": "policy-minimization-medium", "conditionId": "condition-policy-minimization-context-medium-001", - "conditionIdentitySha256": "5e9e4bc2115963bbe15328217c0214138a3bdd7099baf900330533a998b6f129", + "conditionIdentitySha256": "adeac6c52370b3ceadfa6fdd9fe7f7dad0db6b92fe85e6dcb08f2d162a88ebd4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -558,7 +558,7 @@ { "caseId": "policy-minimization-small", "conditionId": "condition-policy-minimization-context-small-001", - "conditionIdentitySha256": "bd7508cf7ea20786dd0a7d8e8df18961c7e0a9cfe4048330fd9f6c7fb4473453", + "conditionIdentitySha256": "b90d790acd69776d2c500b6b103ee6b1b4a1e94e0a60724e7ccde0df947165fe", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -570,7 +570,7 @@ { "caseId": "refactor-large", "conditionId": "condition-refactor-context-large-001", - "conditionIdentitySha256": "24b31a0a9be70dfec65a5457b2ae7810f7d0c1a11fec99865d8a7bd2a037f923", + "conditionIdentitySha256": "ef15c05c80568a16cf31ea565630387fc376c40dd5afb0a7b29826f364020b0b", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -582,7 +582,7 @@ { "caseId": "refactor-medium", "conditionId": "condition-refactor-context-medium-001", - "conditionIdentitySha256": "eda1df28bc3aed673318f140eae9c569741c16b3987c7dbda0769d37f08e9306", + "conditionIdentitySha256": "28e7b3b6999e3c1d4a8e6089a23c9a928c98f2dbe2fc13e56862a8f81ecac7de", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -594,7 +594,7 @@ { "caseId": "refactor-small", "conditionId": "condition-refactor-context-small-001", - "conditionIdentitySha256": "cfa9ad8acd50d8ac5cb476f7a8b51c89da7a6b78430457bc16e1878da091a4ac", + "conditionIdentitySha256": "760270d4360dd117fa49f263ca21fbbc27c3e08ba31bb05531b09fab62638bb7", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -606,7 +606,7 @@ { "caseId": "repair-large", "conditionId": "condition-repair-context-large-001", - "conditionIdentitySha256": "f1c58c694b8a85dc12f9c562cbb7d382e3aff8a85a644fc6d7df7839a991dcb4", + "conditionIdentitySha256": "61d3f7bb22a1a5dac6286e5e2118c6041fc001fafdc41e10782ae30129ecf578", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -620,7 +620,7 @@ { "caseId": "repair-medium", "conditionId": "condition-repair-context-medium-001", - "conditionIdentitySha256": "7e520feca70fba79174110ba58f09f30de13ffdc1d0c1c7509e1bf31f325df54", + "conditionIdentitySha256": "0e6404e4e6684008fa95d38041643c4e185eab7a02b8765c69ab3e81be0aeae6", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -634,7 +634,7 @@ { "caseId": "repair-small", "conditionId": "condition-repair-context-small-001", - "conditionIdentitySha256": "6d03694a635f9934c27303d0c7eed54f903cee8f4cb2bce7612494b30c0c4ad8", + "conditionIdentitySha256": "abe850bd9655ac042aa0733f9c7233c888242bb57315d9fa622cf963c35adab3", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -648,7 +648,7 @@ { "caseId": "replay-investigation-large", "conditionId": "condition-replay-investigation-context-large-001", - "conditionIdentitySha256": "e82c14c237035463ed00a7b4f1db5bb9917885c27972aa57313e07cf0e157ceb", + "conditionIdentitySha256": "ff56f6445cc0c387e094ebc4457e168358f1ab1679ce619506fa17e6f87038b6", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -662,7 +662,7 @@ { "caseId": "replay-investigation-medium", "conditionId": "condition-replay-investigation-context-medium-001", - "conditionIdentitySha256": "cf6cfeb375a22a3a5504b1a9a2ebf5ffbb96149edf11492e4f80f2a7d16ea90d", + "conditionIdentitySha256": "ca7018553ea17c1c70c64b226b0faf9156b03d6965c5a97fa9515c68c915bb83", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -676,7 +676,7 @@ { "caseId": "replay-investigation-small", "conditionId": "condition-replay-investigation-context-small-001", - "conditionIdentitySha256": "4ceaacdc660c3c59804d0764d96a7376e3a4a938a30561d73e7b9e0feedb1d47", + "conditionIdentitySha256": "a004eba9463cf768cd6ad3c3f2ce64100b3dc7891c102cdb61bd4e0b655e6a9e", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -690,7 +690,7 @@ { "caseId": "completion-large", "conditionId": "condition-completion-context-large-001", - "conditionIdentitySha256": "78aa6ac12f05dd41e24f99853c76a7be126547d270e8cf3de7671ac0bc9a48f2", + "conditionIdentitySha256": "12201c97185c7a1c4c3df87ba43b4c9baa135b4bf9c3645bf6f3cf4e8d55a9c3", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -702,7 +702,7 @@ { "caseId": "completion-medium", "conditionId": "condition-completion-context-medium-001", - "conditionIdentitySha256": "f0e4e14179355a7ab6d0fdb5a3a61119d6873d0abc802d3414ae2ba4d1273710", + "conditionIdentitySha256": "7f197744ea6a66d3653e6521f5bfd39460e89a6fb3f120edbdf0f002e934d997", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -714,7 +714,7 @@ { "caseId": "completion-small", "conditionId": "condition-completion-context-small-001", - "conditionIdentitySha256": "68a05bec56a42ba6d8c14d95e6061821ec69617d126d8645d59cddb418f2a01e", + "conditionIdentitySha256": "7ee7487299cfe3a87247c59abf632541c0e9efbd8a7d672ccae0a37b89fe6553", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-completion-001", "lineageIdentitySha256": "6e1e39b15000664c02e50c6243e1cffbf6ff368270e914d74d9311501d94fd64", @@ -726,7 +726,7 @@ { "caseId": "deployment-large", "conditionId": "condition-deployment-context-large-001", - "conditionIdentitySha256": "0076144ea807009a9a534bda2b3eb4b87eb3e6298438989f312d7f9322b7ba98", + "conditionIdentitySha256": "1fbad2e003a49275e6637262f6865cf66a9fae61f5967c5f0a0422ce5ee75562", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -740,7 +740,7 @@ { "caseId": "deployment-medium", "conditionId": "condition-deployment-context-medium-001", - "conditionIdentitySha256": "6d8df0bc7b611167d998bd3af4c00aad9ef59d1d2659261e487ffd8f4c654bef", + "conditionIdentitySha256": "c06cca2275e3d96d6791bec07ce3f690bc7980a91d42830520aa4db54e8e8598", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -752,7 +752,7 @@ { "caseId": "deployment-small", "conditionId": "condition-deployment-context-small-001", - "conditionIdentitySha256": "08a42f888447e41b5b37981e938fa6106fe0b9a6431686cae44178cf1acb4aa2", + "conditionIdentitySha256": "789dde70d06974e82ddb368443c010bc52a011729127af366844fe0609ddd062", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-deployment-001", "lineageIdentitySha256": "42ad1f5ace80cc77926d1c5a96408b7c4e0eb1041a16dbe5d9eaeee56aa75494", @@ -766,7 +766,7 @@ { "caseId": "generation-large", "conditionId": "condition-generation-context-large-001", - "conditionIdentitySha256": "b71fbe60b935b38ee68fe2e87839c9eed783837d3d9a0db2eb4e44feb99c7dbf", + "conditionIdentitySha256": "e6bec07f6267f3f093e7c7b5d89c7abebd15e7568ba1afad3995d529d4e90c7c", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -780,7 +780,7 @@ { "caseId": "generation-medium", "conditionId": "condition-generation-context-medium-001", - "conditionIdentitySha256": "6a68c0d6f11461d7e7e661d93e4cfa72aa9ce1b03a2377023e440cebaebb3970", + "conditionIdentitySha256": "417061d9a263d832b5920fba96b66ffd85b3feb5bb8dbc569118dfa04b073855", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -792,7 +792,7 @@ { "caseId": "generation-small", "conditionId": "condition-generation-context-small-001", - "conditionIdentitySha256": "eeec2dc4c0c6efa150a6857342bc38de66c9bb7d47e3033fbf9e4af034652eef", + "conditionIdentitySha256": "f8ba5873c9d64d74982c7dee0ad65d68d40150b53488f6902d069747a7beeb2f", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", @@ -806,7 +806,7 @@ { "caseId": "package-migration-large", "conditionId": "condition-package-migration-context-large-001", - "conditionIdentitySha256": "56a0c5ab17a12fc5e729d094b556464d1535b72c8d0de606b5b235c97f3743df", + "conditionIdentitySha256": "27213aa6cd080e001704edb953f8bd8a1c5467753b6dadb0a65a2befe6b73010", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -818,7 +818,7 @@ { "caseId": "package-migration-medium", "conditionId": "condition-package-migration-context-medium-001", - "conditionIdentitySha256": "083e518687bf25ca777e827a900529083e674a91566e35f51dce6a2f8c968e54", + "conditionIdentitySha256": "9d6fac15830b40fe75595ab62ff5de096797d10d3d8bd600ec3ae9948ea846f5", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -830,7 +830,7 @@ { "caseId": "package-migration-small", "conditionId": "condition-package-migration-context-small-001", - "conditionIdentitySha256": "a70ae54eb1f92b5e20ed2304e5f4c28eca787e56832c44baaac425b9049b51b7", + "conditionIdentitySha256": "64fcaa1816e72c104f5b5cf02b2ef589901cb5bcee392c0b01c12bc9e55b0705", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-package-migration-001", "lineageIdentitySha256": "8c7188b3871e5d52f83912faafaa8e9bdaf91cd40cecf6c28e966c7759e65259", @@ -842,7 +842,7 @@ { "caseId": "performance-repair-large", "conditionId": "condition-performance-repair-context-large-001", - "conditionIdentitySha256": "109208965a2d6259eba59521386cb4e92f6e1e42b5c322879b4a2573465e3547", + "conditionIdentitySha256": "565b00967fa89438bd2f44ebac91cbeb1e651f6934c6df6cd8e5fadfca602ae4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -856,7 +856,7 @@ { "caseId": "performance-repair-medium", "conditionId": "condition-performance-repair-context-medium-001", - "conditionIdentitySha256": "8c72e944e86cce7e71c256ff32fec4aecf5b3131edc6997bbf10f553aa9085dc", + "conditionIdentitySha256": "818db2eb7b591f65139bdc3a27fc006ec755b06efb55342dc5b79fd7d3a9d230", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -868,7 +868,7 @@ { "caseId": "performance-repair-small", "conditionId": "condition-performance-repair-context-small-001", - "conditionIdentitySha256": "0208e8272cbd1f5115f737dd175bc17c7bc5db5b6d999bcaa50d056574cf2ee2", + "conditionIdentitySha256": "e42e2aa012f72577d3de08bf243373d76530df80e0251fd9f86b9b9571941f25", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-performance-repair-001", "lineageIdentitySha256": "4af76c67ebca87566e6a91b87747d490c276268ce98d8950b5306b62f0ae488d", @@ -882,7 +882,7 @@ { "caseId": "policy-minimization-large", "conditionId": "condition-policy-minimization-context-large-001", - "conditionIdentitySha256": "50abff2ef5b446ea13d6f5f70e58ebcedf582e7ec98a3e302cdc4b45d236515f", + "conditionIdentitySha256": "5a70c7dde585029f99512cd48a03789a845d91b10fefe563b5acd8d8f73feeb4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -894,7 +894,7 @@ { "caseId": "policy-minimization-medium", "conditionId": "condition-policy-minimization-context-medium-001", - "conditionIdentitySha256": "5e9e4bc2115963bbe15328217c0214138a3bdd7099baf900330533a998b6f129", + "conditionIdentitySha256": "adeac6c52370b3ceadfa6fdd9fe7f7dad0db6b92fe85e6dcb08f2d162a88ebd4", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -906,7 +906,7 @@ { "caseId": "policy-minimization-small", "conditionId": "condition-policy-minimization-context-small-001", - "conditionIdentitySha256": "bd7508cf7ea20786dd0a7d8e8df18961c7e0a9cfe4048330fd9f6c7fb4473453", + "conditionIdentitySha256": "b90d790acd69776d2c500b6b103ee6b1b4a1e94e0a60724e7ccde0df947165fe", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-policy-minimization-001", "lineageIdentitySha256": "ffc97f1cfa14bc67dbbdd4e0ea498be056fdff59bbff53b031f28e65140c3c60", @@ -918,7 +918,7 @@ { "caseId": "refactor-large", "conditionId": "condition-refactor-context-large-001", - "conditionIdentitySha256": "24b31a0a9be70dfec65a5457b2ae7810f7d0c1a11fec99865d8a7bd2a037f923", + "conditionIdentitySha256": "ef15c05c80568a16cf31ea565630387fc376c40dd5afb0a7b29826f364020b0b", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -932,7 +932,7 @@ { "caseId": "refactor-medium", "conditionId": "condition-refactor-context-medium-001", - "conditionIdentitySha256": "eda1df28bc3aed673318f140eae9c569741c16b3987c7dbda0769d37f08e9306", + "conditionIdentitySha256": "28e7b3b6999e3c1d4a8e6089a23c9a928c98f2dbe2fc13e56862a8f81ecac7de", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -944,7 +944,7 @@ { "caseId": "refactor-small", "conditionId": "condition-refactor-context-small-001", - "conditionIdentitySha256": "cfa9ad8acd50d8ac5cb476f7a8b51c89da7a6b78430457bc16e1878da091a4ac", + "conditionIdentitySha256": "760270d4360dd117fa49f263ca21fbbc27c3e08ba31bb05531b09fab62638bb7", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-refactor-001", "lineageIdentitySha256": "703cf17529a636438867d240e44fc2f2fc0504f233f57c8389fadad3fcb56ca4", @@ -958,7 +958,7 @@ { "caseId": "repair-large", "conditionId": "condition-repair-context-large-001", - "conditionIdentitySha256": "f1c58c694b8a85dc12f9c562cbb7d382e3aff8a85a644fc6d7df7839a991dcb4", + "conditionIdentitySha256": "61d3f7bb22a1a5dac6286e5e2118c6041fc001fafdc41e10782ae30129ecf578", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -972,7 +972,7 @@ { "caseId": "repair-medium", "conditionId": "condition-repair-context-medium-001", - "conditionIdentitySha256": "7e520feca70fba79174110ba58f09f30de13ffdc1d0c1c7509e1bf31f325df54", + "conditionIdentitySha256": "0e6404e4e6684008fa95d38041643c4e185eab7a02b8765c69ab3e81be0aeae6", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -986,7 +986,7 @@ { "caseId": "repair-small", "conditionId": "condition-repair-context-small-001", - "conditionIdentitySha256": "6d03694a635f9934c27303d0c7eed54f903cee8f4cb2bce7612494b30c0c4ad8", + "conditionIdentitySha256": "abe850bd9655ac042aa0733f9c7233c888242bb57315d9fa622cf963c35adab3", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-repair-001", "lineageIdentitySha256": "1055a6c836a7d6a7919f8fca4b3e3df5f5506a042ab0bef400301dd0526f57d1", @@ -1000,7 +1000,7 @@ { "caseId": "replay-investigation-large", "conditionId": "condition-replay-investigation-context-large-001", - "conditionIdentitySha256": "e82c14c237035463ed00a7b4f1db5bb9917885c27972aa57313e07cf0e157ceb", + "conditionIdentitySha256": "ff56f6445cc0c387e094ebc4457e168358f1ab1679ce619506fa17e6f87038b6", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -1014,7 +1014,7 @@ { "caseId": "replay-investigation-medium", "conditionId": "condition-replay-investigation-context-medium-001", - "conditionIdentitySha256": "cf6cfeb375a22a3a5504b1a9a2ebf5ffbb96149edf11492e4f80f2a7d16ea90d", + "conditionIdentitySha256": "ca7018553ea17c1c70c64b226b0faf9156b03d6965c5a97fa9515c68c915bb83", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -1028,7 +1028,7 @@ { "caseId": "replay-investigation-small", "conditionId": "condition-replay-investigation-context-small-001", - "conditionIdentitySha256": "4ceaacdc660c3c59804d0764d96a7376e3a4a938a30561d73e7b9e0feedb1d47", + "conditionIdentitySha256": "a004eba9463cf768cd6ad3c3f2ce64100b3dc7891c102cdb61bd4e0b655e6a9e", "epochId": "public-anchor-epoch-001", "lineageId": "lineage-replay-investigation-001", "lineageIdentitySha256": "97a937563e5b7c29f9bf3b696b0209801adf08a1421c1ee5ae4847bd13f71fe4", @@ -1055,6 +1055,6 @@ "modelFamilyId": "fixture-family-gamma" } ], - "taskBenchmarkIdentitySha256": "409109e7eddc652f36a8c9046ea9e4463cdaa6ded2ccfffc859ecfbc871a84fa", + "taskBenchmarkIdentitySha256": "65ab9987f61614f2f0ad5b6512d18e20f2fefb30aa458a1025d8e04465eea71e", "version": "0.1.0" } diff --git a/benchmarks/genesisbench/v0.1/analysis/report.fixture.json b/benchmarks/genesisbench/v0.1/analysis/report.fixture.json index 2e001d0ac..94492a41b 100644 --- a/benchmarks/genesisbench/v0.1/analysis/report.fixture.json +++ b/benchmarks/genesisbench/v0.1/analysis/report.fixture.json @@ -1,5 +1,5 @@ { - "analysisPlanIdentitySha256": "04ddcd0260a21b99ddedb3e64a5345bce0ad853e8d1cfce533c673f18b62f12f", + "analysisPlanIdentitySha256": "900fa94aa53edf05c9e69b2564fe42350fdf43d0e84f711a9d8f71d0b25410d1", "cohortIdentitySha256": "f9fec6a4ecf409f42cb41ff1c640f2df150270548846022772c39dbdc3afe212", "comparisons": [ { @@ -251,7 +251,7 @@ "verifiedSolvedLineages": 3 } ], - "contentIdentitySha256": "47abc15b040d5efbc85b67d22610610db8dc694fda66a1b7c1b58bc4ce4f80bb", + "contentIdentitySha256": "5e46deb950a66c177c1e6bf57f508bf40bd2ce6cbef085eaecf6af4ad1aa6db1", "independentLineages": 9, "kind": "genesis/genesisbench-analysis-report-v0.1", "latestEpochId": "public-anchor-epoch-001", @@ -260,7 +260,7 @@ "familySize": 3, "method": "holm-bonferroni-familywise-v0.1" }, - "observationsIdentitySha256": "3c730a75a59ff6d38868b564f3bcdd3dd2714dca0dc4ab62b6c55171d332cf09", + "observationsIdentitySha256": "f7c67c40bb94887626d9ea8b812feddcb65d4218d18077b976556e83fdbda84b", "primaryCondition": { "dimension": "contextTier", "value": "small" @@ -334,6 +334,6 @@ "verifiedSolvedLineages": 3 } ], - "taskBenchmarkIdentitySha256": "409109e7eddc652f36a8c9046ea9e4463cdaa6ded2ccfffc859ecfbc871a84fa", + "taskBenchmarkIdentitySha256": "65ab9987f61614f2f0ad5b6512d18e20f2fefb30aa458a1025d8e04465eea71e", "version": "0.1.0" } diff --git a/benchmarks/genesisbench/v0.1/baselines/conformance/evidence.fixture.json b/benchmarks/genesisbench/v0.1/baselines/conformance/evidence.fixture.json index ab47609c0..19a56927d 100644 --- a/benchmarks/genesisbench/v0.1/baselines/conformance/evidence.fixture.json +++ b/benchmarks/genesisbench/v0.1/baselines/conformance/evidence.fixture.json @@ -193,9 +193,9 @@ "systemId": "synthetic-frontier" } ], - "contentIdentitySha256": "72b727532a8024c8df5709fa3a83b5042f7326b55b735705f18692627d1df445", + "contentIdentitySha256": "170f5749e776cce37ac8b71a767a7c1d4101f69e6c6c3273dc5eaa5f1c294a30", "kind": "genesis/genesisbench-baseline-evidence-v0.1", - "predeclarationIdentitySha256": "b92bdb43a71320a1d21e26e9956f0b497c766585e89084133b18691aceaac80f", + "predeclarationIdentitySha256": "71359f3d7576e325e989cc7ebc2b5d0d5371beb6e48b01353443b3382743de47", "publicationMode": "synthetic-conformance", "version": "0.1.0" } diff --git a/benchmarks/genesisbench/v0.1/baselines/conformance/publication.fixture.json b/benchmarks/genesisbench/v0.1/baselines/conformance/publication.fixture.json index db5301a7b..4623b6197 100644 --- a/benchmarks/genesisbench/v0.1/baselines/conformance/publication.fixture.json +++ b/benchmarks/genesisbench/v0.1/baselines/conformance/publication.fixture.json @@ -1,12 +1,12 @@ { - "contentIdentitySha256": "73883a62a838010c3090916d70d96cf848fed4487e279beead2696d3dc146d71", + "contentIdentitySha256": "8141e8f45afdb73ad5c02e3728f7ad65912effac448503fd123e469e83622878", "economics": { "affectsRank": false, "currency": "USD", "totalCostMicrounits": 0, "totalLatencyMs": 36 }, - "evidenceIdentitySha256": "72b727532a8024c8df5709fa3a83b5042f7326b55b735705f18692627d1df445", + "evidenceIdentitySha256": "170f5749e776cce37ac8b71a767a7c1d4101f69e6c6c3273dc5eaa5f1c294a30", "failureCounts": { "adapter/cancelled": 0, "adapter/failed": 0, @@ -35,7 +35,7 @@ "No rank or reality-gate claim is allowed.", "No temporal-clean claim is made." ], - "predeclarationIdentitySha256": "b92bdb43a71320a1d21e26e9956f0b497c766585e89084133b18691aceaac80f", + "predeclarationIdentitySha256": "71359f3d7576e325e989cc7ebc2b5d0d5371beb6e48b01353443b3382743de47", "publicationMode": "synthetic-conformance", "realityGate": { "authentic": false, diff --git a/benchmarks/genesisbench/v0.1/construct-validity/report.json b/benchmarks/genesisbench/v0.1/construct-validity/report.json index 7fc822f0f..607bc44f1 100644 --- a/benchmarks/genesisbench/v0.1/construct-validity/report.json +++ b/benchmarks/genesisbench/v0.1/construct-validity/report.json @@ -6,7 +6,7 @@ "failedDimensions": [], "id": "alternative-completion", "qualityScoreBasisPoints": 9973, - "scoreIdentitySha256": "8686abce7ee09fed9b0faad58f18205fdc9c00f6a612cec0e55b04b6b8759137", + "scoreIdentitySha256": "72aca00ee2cee103ac03eefb93e5552100c1740c67fc33e8131eac2bd5920dd1", "taskClass": "completion", "valid": true }, @@ -16,7 +16,7 @@ "failedDimensions": [], "id": "alternative-deployment", "qualityScoreBasisPoints": 9977, - "scoreIdentitySha256": "10be1409a30b3bc48ce7fbfb774432d9996ecfcfa794cab07a682a423ca1d03d", + "scoreIdentitySha256": "54c251bd77b6b44892ba97b5c65c207b8bbe6ed8bdf9904b8800845cf7b014b4", "taskClass": "deployment", "valid": true }, @@ -26,7 +26,7 @@ "failedDimensions": [], "id": "alternative-generation", "qualityScoreBasisPoints": 9893, - "scoreIdentitySha256": "b245d534f26ba2d3b5c84d763297b29c617817488dc81074e506af55606d6335", + "scoreIdentitySha256": "2763cd7a75bc8bd6ae297e215fad571933c8154bc902b8cbffc13e44d0e9b232", "taskClass": "generation", "valid": true }, @@ -36,7 +36,7 @@ "failedDimensions": [], "id": "alternative-package-migration", "qualityScoreBasisPoints": 9788, - "scoreIdentitySha256": "14edfef2a0a78bd6379739730951a72bfe63283158da132ddc060001f452eb5f", + "scoreIdentitySha256": "2ecb1c15368de831a59f474e8f71ade19d3c1131fba7af946671ffd5649673b2", "taskClass": "package-migration", "valid": true }, @@ -46,7 +46,7 @@ "failedDimensions": [], "id": "alternative-performance-repair", "qualityScoreBasisPoints": 9932, - "scoreIdentitySha256": "951d9810834580a31cb15f422b1090b5ef12a899c76245e615a2612fedb47c82", + "scoreIdentitySha256": "11679857952c3fccf526699d96836296c91bddd3dcfb16fcabca960da904100d", "taskClass": "performance-repair", "valid": true }, @@ -56,7 +56,7 @@ "failedDimensions": [], "id": "alternative-policy-minimization", "qualityScoreBasisPoints": 9852, - "scoreIdentitySha256": "7fcb6c03ad52c20691267a6b901098b99dff7d67d5620f172a5346416d4d0b8e", + "scoreIdentitySha256": "0cd422315c5d220e1aff022d6fc73ec3f4e85beccf1f1f2902fe50ae3d695157", "taskClass": "policy-minimization", "valid": true }, @@ -66,7 +66,7 @@ "failedDimensions": [], "id": "alternative-refactor", "qualityScoreBasisPoints": 9995, - "scoreIdentitySha256": "546721cb7dd119f6353658a70b1785a5b3249708ad3563c4d931c1b42dcc1ce4", + "scoreIdentitySha256": "9b001011aa17c69fdd774ce75f89f88aa52c663253b07f2337922f09c235f879", "taskClass": "refactor", "valid": true }, @@ -76,7 +76,7 @@ "failedDimensions": [], "id": "alternative-repair", "qualityScoreBasisPoints": 9671, - "scoreIdentitySha256": "00709ac7effb6afb21975c290eb21541ffa7e4c67c286898467dc51ef130eec0", + "scoreIdentitySha256": "ccbe52d7dc3b3063f8f437f459b3d15e7297bb1366e53278f1800375eb5112e4", "taskClass": "repair", "valid": true }, @@ -86,7 +86,7 @@ "failedDimensions": [], "id": "alternative-replay-investigation", "qualityScoreBasisPoints": 9971, - "scoreIdentitySha256": "6bb1e91e63a27e6390062bdb9983eb12d8acf2c83f8a611d9c7c5287e88cbb22", + "scoreIdentitySha256": "386e49a16ab9156ba5de79a0a991067fac5723a3e897f5835b5ea6e518d2fcdd", "taskClass": "replay-investigation", "valid": true } @@ -107,15 +107,15 @@ ] }, "bindings": { - "benchmarkIdentitySha256": "409109e7eddc652f36a8c9046ea9e4463cdaa6ded2ccfffc859ecfbc871a84fa", - "heldOutIdentitySha256": "52b3479f985debc79617a6298fd46bc31f66cb7e39cf6011ac8d575fd44765f4", + "benchmarkIdentitySha256": "65ab9987f61614f2f0ad5b6512d18e20f2fefb30aa458a1025d8e04465eea71e", + "heldOutIdentitySha256": "6b11924ec66b9e519b80e788e8cfa598a4cb18260fcd68e5a2f218cd1e86e7bd", "policySha256": "46e599503def80b6da9891a9d4235ccc8f1a88f69d82c5bdba7e2cab99533fcf", - "profileSha256": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8", - "scorerRuntimeSha256": "62f05ec74235c9b705a140ececafc0ea147eb2867e56f6f4209d1e82aef4265b", - "scoringIdentitySha256": "29b3be74dcec12668e898a1ae6a691a5a81296575e2659b453e10d367099d575", + "profileSha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae", + "scorerRuntimeSha256": "dcd11598b9394ec69600dd733da5e2c4b1456391629cb5086afb943d0d7ef822", + "scoringIdentitySha256": "27c06e433d8044316dbaaca04e7d40a4bca8e23a960e90f55f10a2d72f0569be", "studyRuntimeSha256": "8ef750406b50d6ea22fb5c43ce076a7b11d42e1e963446c67d029f3b4f94bb06" }, - "contentIdentitySha256": "14da790fd6d222a35800294b4e9f1f551de870cbb7b939a28f6e13bf3553f7d3", + "contentIdentitySha256": "49ba1848752d345c1d9e1ce416c87dc9cb4f7348adaf21caeb6a55f59b5f97cb", "coverage": [ { "construct": "diagnostic-recovery", @@ -341,7 +341,7 @@ ], "id": "negative-completion", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "5ebf00739b0213ce991e2e2530141fc53d2cebc3906821accb0fbd58f40b346f", + "scoreIdentitySha256": "1125613cf898b0f45a2970a21785d30c72d1793ee0a7556b9cd613c27eccc6c6", "taskClass": "completion", "valid": false }, @@ -353,7 +353,7 @@ ], "id": "negative-deployment", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "341ab51e92afd6d587315ba0ecca21fa7ec001847b29e5eb29a66fb642504fbb", + "scoreIdentitySha256": "fde817f611d6232e477598b1defdb155be293b63f6d6924a42d27b6d8f997d0f", "taskClass": "deployment", "valid": false }, @@ -365,7 +365,7 @@ ], "id": "negative-generation", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "61491096d44bcdcf036f2f354b293f4d6692bacb5634c07a800d6577dc1e20b9", + "scoreIdentitySha256": "996b37ff42a851ebe0426a3829a789b0eb5222b55233f4796a33fd3095fd54b1", "taskClass": "generation", "valid": false }, @@ -377,7 +377,7 @@ ], "id": "negative-package-migration", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "94bed7224ae3359ba77bb8b6778192468b7bca8607a9be7c97e5c9736cc720e6", + "scoreIdentitySha256": "97d4ecd2613cbbbb566f265c34797bae6ee957c475a47234b29389c93c6ae198", "taskClass": "package-migration", "valid": false }, @@ -389,7 +389,7 @@ ], "id": "negative-performance-repair", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "b33be797795b98a6352a6686017cef2c3fc166861d89fa86bc76e8d180557087", + "scoreIdentitySha256": "caec9ae5240a0dd3a99b1790c00ee8ca9eab6802b337643671138049f154b20e", "taskClass": "performance-repair", "valid": false }, @@ -401,7 +401,7 @@ ], "id": "negative-policy-minimization", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "492f7bb0171b1b7fe4a3f54f8abb95f9309ba2d829a3dbeb2b982689c55f7054", + "scoreIdentitySha256": "790bd4645671da24fcccb3f5841c679935a12c5c8c196af81a5793ab5303fc39", "taskClass": "policy-minimization", "valid": false }, @@ -413,7 +413,7 @@ ], "id": "negative-refactor", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "3b1bcb2ec9e8777785c4eabc85bc91eff339994764e7767cc31f083c140754ca", + "scoreIdentitySha256": "c06668eb1a738db5f60c1bd90a76916dd06adf6d868ae11d4322b4cef7a82835", "taskClass": "refactor", "valid": false }, @@ -425,7 +425,7 @@ ], "id": "negative-repair", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "8e8cf762e4a5deb572f5a20f3f1d4539083e9f193aa0e72155918dae5fa3bb8c", + "scoreIdentitySha256": "0cf1a8f0a223ec992b54e4b71e3a893f5ea95580153b63ec9ecf53b981eaf27c", "taskClass": "repair", "valid": false }, @@ -437,7 +437,7 @@ ], "id": "negative-replay-investigation", "qualityScoreBasisPoints": 0, - "scoreIdentitySha256": "be56a4d1092be223eaac5b885f3caa4f6a6ca025f9a30ad8ba4039b7b8e0f6ae", + "scoreIdentitySha256": "a8f666dda38ca054ad2e9c7ad59189f6113666b340564ad555a3ec2cf9f6e3bb", "taskClass": "replay-investigation", "valid": false } diff --git a/benchmarks/genesisbench/v0.1/contamination.fixture.json b/benchmarks/genesisbench/v0.1/contamination.fixture.json index 362e928e8..f25bffdb3 100644 --- a/benchmarks/genesisbench/v0.1/contamination.fixture.json +++ b/benchmarks/genesisbench/v0.1/contamination.fixture.json @@ -1,6 +1,6 @@ { "claim": "declared-contaminated", - "contentIdentitySha256": "3beab71da9b678c8dcad604c4d437910adc1072963ab86a39433fcd514ce214a", + "contentIdentitySha256": "f5b630e853c66deade6df102e23494e9f0a0bd26cf42054a42674adf982ee4a4", "custody": { "attestationIdentitySha256": null, "separated": false @@ -19,7 +19,7 @@ "modelRevision": "sha256:ea5ae5d06096510cc7eb945a16687f2dfce0e2f1edbc4001ab1c4c07b24be5dd", "releasedAt": null }, - "runIdentitySha256": "749d5b1e001d6506d3529bb94b8e36947afe36412a29b753c77f757ddecf38f1", + "runIdentitySha256": "aedd24ec76406a1afe531a5514efe8390ab0f3cb55f7c7a08178a02d79007b14", "task": { "commitmentSnapshotIdentitySha256": null, "disclosedAt": null, diff --git a/benchmarks/genesisbench/v0.1/eligibility.fixture.json b/benchmarks/genesisbench/v0.1/eligibility.fixture.json index 885ccbc43..26ffb669d 100644 --- a/benchmarks/genesisbench/v0.1/eligibility.fixture.json +++ b/benchmarks/genesisbench/v0.1/eligibility.fixture.json @@ -1 +1 @@ -{"case":{"conditionId":"condition-generation-context-small-001","conditionIdentitySha256":"eeec2dc4c0c6efa150a6857342bc38de66c9bb7d47e3033fbf9e4af034652eef","contextMode":"compact-small","contextTier":"small","heldOutEpochId":null,"id":"generation-small","interactionMode":"artifact-response-v0.1","lineageId":"lineage-generation-001","lineageIdentitySha256":"6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce","split":"public-test","taskClass":"generation","visibilityClass":"public-development-reference"},"cohort":{"attemptPolicyIdentitySha256":"c1e5eac2b329175d5ea2683444ace76dbba4348e1a546d9a1931bbd07257896e","contaminationLabel":"declared-contaminated","contentIdentitySha256":"725b6abf09fe07a3eb932b9220484a6233a395829679139b551c1f7773dee901","contextMode":"compact-small","hardwareClassId":null,"interactionMode":"artifact-response-v0.1","kind":"genesis/genesisbench-cohort-v0.1","languageProfileArtifactSha256":"05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8","protocolIdentitySha256":"95684fe442d5a821f3334c950f4d3ad208cad598f6a00fdbe9cbd03b0599ac01","scaffoldIdentitySha256":"b3890127b23511d6ff50c9ae54abd3845cfac82653142e13b45dec529c47a25d","taskEpochId":null,"taskVisibilityClass":"public-development-reference","trackId":"open-agent","version":"0.1.0"},"contamination":{"claimedLabel":"declared-contaminated","evidenceCodes":["known-exposure/public-development-reference","known-exposure/public-reference"],"strongestSupportedLabel":"declared-contaminated"},"contentIdentitySha256":"2d7b4d630910d05ca2a7c1dae6b1b4a6d447e58516723b96a911129bd526ffd5","eligibility":{"decision":"unranked","rankingCohort":"genesisbench-cohort-v0.1/725b6abf09fe07a3eb932b9220484a6233a395829679139b551c1f7773dee901","reasonCodes":["model/conformance-fixture","score/not-independently-rescored","task/public-reference","track/training-provenance-incomplete","visibility/practice-only"]},"kind":"genesis/genesisbench-eligibility-v0.1","protocol":{"id":"GenesisBench-v0.1","identitySha256":"95684fe442d5a821f3334c950f4d3ad208cad598f6a00fdbe9cbd03b0599ac01","version":"0.1.0"},"run":{"attempts":1,"id":"generation-small-local-fixture-001","identitySha256":"749d5b1e001d6506d3529bb94b8e36947afe36412a29b753c77f757ddecf38f1","modelId":"genesis-agent-fixture","modelRevision":"sha256:ea5ae5d06096510cc7eb945a16687f2dfce0e2f1edbc4001ab1c4c07b24be5dd","qualityScoreBasisPoints":10000},"snapshot":{"commitSha1":"861a28957f03fb32d359fb6309ca828e5ed281a0","manifestIdentitySha256":"1475632bbfefc77287e4e0de9482e21830b9389aec5c1480914ec2b59b7cf8c0","treeSha1":"e58c48aac51026af4895265fa7736ac167ab8ca4"},"validation":{"independentRescoreObserved":false,"independentRescoreRequired":true,"judgeModelUsed":false,"profileValid":true,"runRecordValid":true,"scoreRecordValid":true,"snapshotValid":true},"version":"0.1.0"} +{"case":{"conditionId":"condition-generation-context-small-001","conditionIdentitySha256":"f8ba5873c9d64d74982c7dee0ad65d68d40150b53488f6902d069747a7beeb2f","contextMode":"compact-small","contextTier":"small","heldOutEpochId":null,"id":"generation-small","interactionMode":"artifact-response-v0.1","lineageId":"lineage-generation-001","lineageIdentitySha256":"6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce","split":"public-test","taskClass":"generation","visibilityClass":"public-development-reference"},"cohort":{"attemptPolicyIdentitySha256":"c1e5eac2b329175d5ea2683444ace76dbba4348e1a546d9a1931bbd07257896e","contaminationLabel":"declared-contaminated","contentIdentitySha256":"5b8ad59b188723a59ccf3e6113570971ac8c89d99ac59b14b87b7e679eb7b73e","contextMode":"compact-small","hardwareClassId":null,"interactionMode":"artifact-response-v0.1","kind":"genesis/genesisbench-cohort-v0.1","languageProfileArtifactSha256":"a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae","protocolIdentitySha256":"f8d67b639261ea6a667966813b9f824935ff0e4241e2ed67907223d519a0e888","scaffoldIdentitySha256":"b3890127b23511d6ff50c9ae54abd3845cfac82653142e13b45dec529c47a25d","taskEpochId":null,"taskVisibilityClass":"public-development-reference","trackId":"open-agent","version":"0.1.0"},"contamination":{"claimedLabel":"declared-contaminated","evidenceCodes":["known-exposure/public-development-reference","known-exposure/public-reference"],"strongestSupportedLabel":"declared-contaminated"},"contentIdentitySha256":"b6ec282781c65ffa9fdcb41fde723414c711a0931685e69d2163a3f3f5cb507c","eligibility":{"decision":"unranked","rankingCohort":"genesisbench-cohort-v0.1/5b8ad59b188723a59ccf3e6113570971ac8c89d99ac59b14b87b7e679eb7b73e","reasonCodes":["model/conformance-fixture","score/not-independently-rescored","task/public-reference","track/training-provenance-incomplete","visibility/practice-only"]},"kind":"genesis/genesisbench-eligibility-v0.1","protocol":{"id":"GenesisBench-v0.1","identitySha256":"f8d67b639261ea6a667966813b9f824935ff0e4241e2ed67907223d519a0e888","version":"0.1.0"},"run":{"attempts":1,"id":"generation-small-local-fixture-001","identitySha256":"aedd24ec76406a1afe531a5514efe8390ab0f3cb55f7c7a08178a02d79007b14","modelId":"genesis-agent-fixture","modelRevision":"sha256:ea5ae5d06096510cc7eb945a16687f2dfce0e2f1edbc4001ab1c4c07b24be5dd","qualityScoreBasisPoints":10000},"snapshot":{"commitSha1":"861a28957f03fb32d359fb6309ca828e5ed281a0","manifestIdentitySha256":"1475632bbfefc77287e4e0de9482e21830b9389aec5c1480914ec2b59b7cf8c0","treeSha1":"e58c48aac51026af4895265fa7736ac167ab8ca4"},"validation":{"independentRescoreObserved":false,"independentRescoreRequired":true,"judgeModelUsed":false,"profileValid":true,"runRecordValid":true,"scoreRecordValid":true,"snapshotValid":true},"version":"0.1.0"} diff --git a/benchmarks/genesisbench/v0.1/reference-agent/plan.fixture.json b/benchmarks/genesisbench/v0.1/reference-agent/plan.fixture.json index a04d9e13e..4c3b4f0e7 100644 --- a/benchmarks/genesisbench/v0.1/reference-agent/plan.fixture.json +++ b/benchmarks/genesisbench/v0.1/reference-agent/plan.fixture.json @@ -17,11 +17,11 @@ "caseId": "generation-small", "conditionId": "condition-generation-001-retrieval", "conditionIdentitySha256": "c5b84328cc05af0db7e176e1986955e51e4c5e42505fb9ab40ca54079d839d41", - "contentIdentitySha256": "f8cc0299ceb722d3d66469c4ac1fbeac1e24ec00ba0435d8a997f97f86b1988c", + "contentIdentitySha256": "578d6dcc66f2ac556c0da5cff713a750d089f8310c18783b092bf2a2f99c803b", "context": { "algorithm": "genesisbench-integer-lexical-retrieval-v0.1", "configIdentitySha256": "7c51dac0513d3b1d45ff0dde13621f7ca78cf15a577a18b3a6d6503c821a5e3a", - "contentIdentitySha256": "701381acb47e17a25d4d2ebb2595bab8e439587bf8adb75c1f6e6fc0dba63fb9", + "contentIdentitySha256": "7665ebb452496430ac91b2f0ade45277e94f7d91950482e12de515c979a78a48", "kind": "genesis/reference-agent-retrieval-transcript-v0.1", "queryIdentitySha256": "c92d765f410f0cf9c6a4596e2bf0e75d8d8f914a051355789b95e9ec102c93ae", "queryTokens": [ @@ -57,7 +57,7 @@ ], "results": [ { - "bytes": 42032, + "bytes": 44126, "matchedTokens": [ "42", "a", @@ -79,8 +79,8 @@ "with" ], "path": "docs/spec/GC_AGENT_PROFILE_v0.3.json", - "score": 1944, - "sha256": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8" + "score": 2024, + "sha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae" }, { "bytes": 24751, @@ -131,7 +131,7 @@ ], "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.md", "score": 280, - "sha256": "d96887ec9d44b757a5703d48a7ed6d6db55b2228212032d53bc31cb4b366578c" + "sha256": "e13a6325d97546971e94dd07cf4ecf5caf18acc8c64d1305953be0a1b47aef6d" }, { "bytes": 3960, @@ -149,10 +149,10 @@ ], "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", "score": 83, - "sha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" } ], - "totalBytes": 76629 + "totalBytes": 78723 }, "features": { "attempts": 1, @@ -167,22 +167,22 @@ "lineageId": "lineage-generation-001", "lineageIdentitySha256": "6867cdd950394cd2a7f0b03872c0f15ce4cbcecd3fc2707592cd2b0adec795ce", "oracleAccessed": false, - "profileIdentitySha256": "390bcf187539535737262db3c1a9c134013f4bc724664103d7b9613159758eb0", + "profileIdentitySha256": "3fbde5968d1d02d86b1eeb1c8d532e0c6c1f9b0bdee2a1f2c2940e02ac6c819e", "promptSegments": [ { "identitySha256": "da637405bebc9bd518d2f0525b21a4e5d45dc883630cc1c1b35ffa18aed0af65", "role": "system-policy" }, { - "identitySha256": "390bcf187539535737262db3c1a9c134013f4bc724664103d7b9613159758eb0", + "identitySha256": "3fbde5968d1d02d86b1eeb1c8d532e0c6c1f9b0bdee2a1f2c2940e02ac6c819e", "role": "agent-profile" }, { - "identitySha256": "d96887ec9d44b757a5703d48a7ed6d6db55b2228212032d53bc31cb4b366578c", + "identitySha256": "e13a6325d97546971e94dd07cf4ecf5caf18acc8c64d1305953be0a1b47aef6d", "role": "task-card" }, { - "identitySha256": "701381acb47e17a25d4d2ebb2595bab8e439587bf8adb75c1f6e6fc0dba63fb9", + "identitySha256": "7665ebb452496430ac91b2f0ade45277e94f7d91950482e12de515c979a78a48", "role": "context-pack-or-retrieval-transcript" }, { diff --git a/benchmarks/genesisbench/v0.1/reference-agent/trace.fixture.json b/benchmarks/genesisbench/v0.1/reference-agent/trace.fixture.json index 7edee6b48..0b5db52fc 100644 --- a/benchmarks/genesisbench/v0.1/reference-agent/trace.fixture.json +++ b/benchmarks/genesisbench/v0.1/reference-agent/trace.fixture.json @@ -8,7 +8,7 @@ }, "agentCount": 1, "conditionIdentitySha256": "d7a971720304deb894ccefb6560a69495b3190af95466c7e626feb4907dca310", - "contentIdentitySha256": "e08a6fb4432cde3723d0021d30d629f3a938c035a8f7c8332b32259392081cb9", + "contentIdentitySha256": "f9eb2eeae82e72ad27478b4b1e22e19f05ea164a07c35afb21e65433bacb589e", "events": [ { "attempt": 0, @@ -112,6 +112,6 @@ ], "kind": "genesis/genesisbench-reference-agent-trace-v0.1", "outcome": "verified", - "profileIdentitySha256": "390bcf187539535737262db3c1a9c134013f4bc724664103d7b9613159758eb0", + "profileIdentitySha256": "3fbde5968d1d02d86b1eeb1c8d532e0c6c1f9b0bdee2a1f2c2940e02ac6c819e", "version": "0.1.0" } diff --git a/crates/gc_cli/tests/cli_agent_index.rs b/crates/gc_cli/tests/cli_agent_index.rs index f58300e36..cf82e25d3 100644 --- a/crates/gc_cli/tests/cli_agent_index.rs +++ b/crates/gc_cli/tests/cli_agent_index.rs @@ -362,20 +362,25 @@ fn agent_index_emits_expected_schema_and_sources() { .and_then(Value::as_str), Some("docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json") ); + let symbol_index: Value = serde_json::from_str(include_str!( + "../../../docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json" + )) + .expect("published language symbol index"); + let symbol_count = symbol_index["symbols"].as_array().unwrap().len() as u64; + assert_eq!(symbol_index["symbolCount"].as_u64(), Some(symbol_count)); assert_eq!( json.pointer("/data/language_symbol_index/symbol_count") .and_then(Value::as_u64), - Some(170) + Some(symbol_count) ); assert_eq!( json.pointer("/data/language_symbol_index/unsupported_behavior_count") .and_then(Value::as_u64), - Some(12) + Some(symbol_index["unsupportedBehaviorCount"].as_u64().unwrap()) ); assert_eq!( - json.pointer("/data/language_symbol_index/unsupported_classes/0") - .and_then(Value::as_str), - Some("experimental-syntax") + json.pointer("/data/language_symbol_index/unsupported_classes"), + Some(&symbol_index["unsupportedClasses"]) ); assert_eq!( json.pointer("/data/language_symbol_index/lookup/command") diff --git a/crates/gc_cli/tests/cli_canonical_language_examples.rs b/crates/gc_cli/tests/cli_canonical_language_examples.rs index 703a08de5..b0dfb94e4 100644 --- a/crates/gc_cli/tests/cli_canonical_language_examples.rs +++ b/crates/gc_cli/tests/cli_canonical_language_examples.rs @@ -110,6 +110,16 @@ fn canonical_language_pairs_execute_through_production_selfhost_cli() { }); assert_manifest_expectation(&document, expectation); + if pair_id == "replay" && side == "invalid" { + assert_eq!( + document.pointer("/error/context/facts/reason"), + Some(&Value::String( + ":cap mismatch: deny decisions must carry nil cap".into() + )), + "the replay negative must reach its declared decision mutation" + ); + } + if !expectation["ok"].as_bool().expect("expected ok") { let failure_material = serde_json::to_string(&( document.get("error"), diff --git a/crates/gc_cli/tests/cli_registry_http.rs b/crates/gc_cli/tests/cli_registry_http.rs index c2c17f60b..ce58530b1 100644 --- a/crates/gc_cli/tests/cli_registry_http.rs +++ b/crates/gc_cli/tests/cli_registry_http.rs @@ -231,7 +231,7 @@ fn pkg_publish_roundtrip_over_http_registry_server() { get_remote_ref(&remote_dir, "refs/heads/main"), Some(commit_ok) ); - server.join().unwrap(); + server.stop_and_join().unwrap(); } #[test] @@ -337,5 +337,5 @@ fn sync_push_pull_roundtrip_over_http_registry_server() { Some(commit_h) ); - server.join().unwrap(); + server.stop_and_join().unwrap(); } diff --git a/crates/gc_cli/tests/cli_registry_serve.rs b/crates/gc_cli/tests/cli_registry_serve.rs index 381b1c0f8..5d92dc771 100644 --- a/crates/gc_cli/tests/cli_registry_serve.rs +++ b/crates/gc_cli/tests/cli_registry_serve.rs @@ -18,3 +18,113 @@ fn registry_serve_supports_zero_request_smoke_run() { .assert() .success(); } + +#[cfg(not(target_os = "wasi"))] +struct OwnedChild(Option); +#[cfg(not(target_os = "wasi"))] +impl Drop for OwnedChild { + fn drop(&mut self) { + if let Some(child) = &mut self.0 { + let _ = child.kill(); + let _ = child.wait(); + } + } +} +#[cfg(not(target_os = "wasi"))] +fn spawn_listener(root: &std::path::Path, max: Option) -> (OwnedChild, String) { + let reserved = std::net::TcpListener::bind("127.0.0.1:0").unwrap(); + let address = reserved.local_addr().unwrap().to_string(); + drop(reserved); + let mut command = std::process::Command::new(env!("CARGO_BIN_EXE_genesis")); + command.current_dir(root).args([ + "--json", + "registry", + "serve", + "--root", + root.to_str().unwrap(), + "--addr", + &address, + ]); + if let Some(max) = max { + command.args(["--max-requests", &max.to_string()]); + } + command + .stdout(std::process::Stdio::piped()) + .stderr(std::process::Stdio::piped()); + ( + OwnedChild(Some(command.spawn().unwrap())), + format!("http://{address}"), + ) +} +#[cfg(not(target_os = "wasi"))] +fn ready(owner: &mut OwnedChild, url: &str) -> gc_registry::RegistryClient { + let client = + gc_registry::RegistryClient::new(url, Some(std::time::Duration::from_secs(1))).unwrap(); + let deadline = std::time::Instant::now() + std::time::Duration::from_secs(10); + loop { + assert!( + owner.0.as_mut().unwrap().try_wait().unwrap().is_none(), + "serve exited before a real request" + ); + if client.ping().is_ok() { + return client; + } + assert!( + std::time::Instant::now() < deadline, + "listener readiness watchdog expired" + ); + std::thread::sleep(std::time::Duration::from_millis(10)); + } +} +#[cfg(not(target_os = "wasi"))] +fn reaped(owner: &mut OwnedChild) -> std::process::ExitStatus { + let deadline = std::time::Instant::now() + std::time::Duration::from_secs(5); + loop { + if let Some(status) = owner.0.as_mut().unwrap().try_wait().unwrap() { + return status; + } + assert!( + std::time::Instant::now() < deadline, + "server completion watchdog expired" + ); + std::thread::sleep(std::time::Duration::from_millis(10)); + } +} +#[cfg(not(target_os = "wasi"))] +#[test] +fn unlimited_cli_stays_alive_serves_and_is_reaped_by_owner_stop() { + let root = tempfile::tempdir().unwrap(); + let (mut child, url) = spawn_listener(root.path(), None); + let client = ready(&mut child, &url); + let bytes = b"cli-service-liveness"; + let hash = blake3::hash(bytes).to_hex().to_string(); + client.store_put(&hash, bytes).unwrap(); + assert_eq!( + std::fs::read(root.path().join("v1/store").join(&hash)).unwrap(), + bytes + ); + assert!(child.0.as_mut().unwrap().try_wait().unwrap().is_none()); + child.0.as_mut().unwrap().kill().unwrap(); + assert!(!reaped(&mut child).success()); + assert!(client.ping().is_err()); +} +#[cfg(not(target_os = "wasi"))] +#[test] +fn cli_request_policy_completes_after_ping_and_store_commit() { + let root = tempfile::tempdir().unwrap(); + let (mut child, url) = spawn_listener(root.path(), Some(2)); + let client = ready(&mut child, &url); + let bytes = b"cli-policy-completion"; + let hash = blake3::hash(bytes).to_hex().to_string(); + client.store_put(&hash, bytes).unwrap(); + assert_eq!( + std::fs::read(root.path().join("v1/store").join(&hash)).unwrap(), + bytes + ); + assert!(reaped(&mut child).success()); + let output = child.0.take().unwrap().wait_with_output().unwrap(); + let envelope: serde_json::Value = serde_json::from_slice(&output.stdout).unwrap(); + assert_eq!(envelope["data"]["status"], "stopped"); + assert_eq!(envelope["data"]["max_requests"], 2); + assert!(client.ping().is_err()); +} diff --git a/crates/gc_cli_driver/src/pkg_workspace_ops_build_artifacts.rs b/crates/gc_cli_driver/src/pkg_workspace_ops_build_artifacts.rs index 969560966..fa16f73c4 100644 --- a/crates/gc_cli_driver/src/pkg_workspace_ops_build_artifacts.rs +++ b/crates/gc_cli_driver/src/pkg_workspace_ops_build_artifacts.rs @@ -125,10 +125,20 @@ pub(super) fn write_target_executable_bundle( write_if_same_or_new(&package_path, &package_payload.bytes) .map_err(|e| format!("write target package `{}`: {e}", package_path.display()))?; - write_if_same_or_new(&signature_path, format!("{package_sha256}\n").as_bytes()) - .map_err(|e| format!("write package signature `{}`: {e}", signature_path.display()))?; - write_if_same_or_new(&entrypoint_path, entrypoint_src.as_bytes()) - .map_err(|e| format!("write target entrypoint `{}`: {e}", entrypoint_path.display()))?; + write_if_same_or_new(&signature_path, format!("{package_sha256}\n").as_bytes()).map_err( + |e| { + format!( + "write package signature `{}`: {e}", + signature_path.display() + ) + }, + )?; + write_if_same_or_new(&entrypoint_path, entrypoint_src.as_bytes()).map_err(|e| { + format!( + "write target entrypoint `{}`: {e}", + entrypoint_path.display() + ) + })?; let launch_adapter = Term::Map( [ diff --git a/crates/gc_coreform/src/admission.rs b/crates/gc_coreform/src/admission.rs new file mode 100644 index 000000000..15f2c4e32 --- /dev/null +++ b/crates/gc_coreform/src/admission.rs @@ -0,0 +1,255 @@ +//! Admission to the v0.2 canonical domain, distinct from arbitrary runtime data. + +use std::collections::btree_map; +use std::slice; + +use thiserror::Error; + +use crate::{Term, TermOrdKey}; + +#[derive(Debug, Clone, Copy, PartialEq, Eq, Error)] +pub enum SymbolNameError { + #[error("symbol text is empty")] + Empty, + #[error("symbol text is a reserved literal")] + Literal, + #[error("symbol text starts an integer token")] + IntegerPrefix, + #[error("symbol text contains a delimiter at byte {at}")] + Delimiter { at: usize }, +} + +pub(crate) fn is_symbol_delimiter(byte: u8) -> bool { + matches!( + byte, + b' ' | b'\t' + | b'\n' + | b'\r' + | b'(' + | b')' + | b'[' + | b']' + | b'{' + | b'}' + | b'\'' + | b'"' + | b';' + ) +} + +/// A name must parse as exactly one symbol with identical text, under v0.2. +/// Unicode scalars other than the lexer’s ASCII delimiters remain name bytes; +/// `.` has no dotted-list role in this source profile. +pub fn validate_symbol_name(name: &str) -> Result<(), SymbolNameError> { + let bytes = name.as_bytes(); + let Some(first) = bytes.first() else { + return Err(SymbolNameError::Empty); + }; + if matches!(name, "nil" | "true" | "false") { + return Err(SymbolNameError::Literal); + } + if first.is_ascii_digit() || (*first == b'-' && bytes.get(1).is_some_and(u8::is_ascii_digit)) { + return Err(SymbolNameError::IntegerPrefix); + } + if let Some(at) = bytes.iter().position(|byte| is_symbol_delimiter(*byte)) { + return Err(SymbolNameError::Delimiter { at }); + } + Ok(()) +} + +#[derive(Debug, Clone, PartialEq, Eq, Error)] +pub enum CanonicalDomainError { + #[error("noncanonical symbol: {0}")] + Symbol(#[from] SymbolNameError), + #[error("improper pair has no canonical CoreForm v0.2 serialization")] + ImproperPair, + #[error("canonical admission work allocation failed")] + WorkAllocation, +} + +enum Work<'a> { + Term(&'a Term), + Vector(slice::Iter<'a, Term>), + Map(btree_map::Iter<'a, TermOrdKey, Term>), +} + +fn push<'a>(stack: &mut Vec>, item: Work<'a>) -> Result<(), CanonicalDomainError> { + stack + .try_reserve(1) + .map_err(|_| CanonicalDomainError::WorkAllocation)?; + stack.push(item); + Ok(()) +} + +/// Check every key, value and child without cloning data, recursive host calls, +/// or allocating one work item per entry of a wide container. +pub fn validate_canonical_term(term: &Term) -> Result<(), CanonicalDomainError> { + let mut stack = Vec::new(); + push(&mut stack, Work::Term(term))?; + while let Some(work) = stack.pop() { + match work { + Work::Term(Term::Symbol(name)) => validate_symbol_name(name)?, + Work::Term(Term::Pair(car, cdr)) => { + if !matches!(cdr.as_ref(), Term::Nil | Term::Pair(_, _)) { + return Err(CanonicalDomainError::ImproperPair); + } + push(&mut stack, Work::Term(cdr))?; + push(&mut stack, Work::Term(car))?; + } + Work::Term(Term::Vector(values)) => push(&mut stack, Work::Vector(values.iter()))?, + Work::Term(Term::Map(entries)) => push(&mut stack, Work::Map(entries.iter()))?, + Work::Term(_) => {} + Work::Vector(mut values) => { + if let Some(value) = values.next() { + push(&mut stack, Work::Vector(values))?; + push(&mut stack, Work::Term(value))?; + } + } + Work::Map(mut entries) => { + if let Some((key, value)) = entries.next() { + push(&mut stack, Work::Map(entries))?; + push(&mut stack, Work::Term(value))?; + push(&mut stack, Work::Term(&key.0))?; + } + } + } + } + Ok(()) +} + +pub fn print_term_checked(term: &Term) -> Result { + validate_canonical_term(term)?; + Ok(crate::print_term(term)) +} + +pub fn print_term_compact_checked(term: &Term) -> Result { + validate_canonical_term(term)?; + Ok(crate::print_term_compact(term)) +} + +pub fn hash_term_checked(term: &Term) -> Result<[u8; 32], CanonicalDomainError> { + validate_canonical_term(term)?; + Ok(crate::hash_term(term)) +} + +pub fn print_module_checked(forms: &[Term]) -> Result { + for form in forms { + validate_canonical_term(form)?; + } + Ok(crate::print_module(forms)) +} + +pub fn hash_module_checked(forms: &[Term]) -> Result<[u8; 32], CanonicalDomainError> { + for form in forms { + validate_canonical_term(form)?; + } + Ok(crate::hash_module(forms)) +} + +#[cfg(test)] +mod tests { + use super::*; + use crate::{hash_term, parse_term, print_term}; + use proptest::prelude::*; + use proptest::test_runner::RngSeed; + use std::collections::BTreeMap; + + #[test] + fn admitted_symbol_names_roundtrip_in_atom_and_list_contexts() { + for name in [ + ".", + "a|b", + "+1", + "-name", + "λ", + "١٢", + "a\u{a0}b", + "a\0b", + "b", + ":key", + "pkg/name::method", + ] { + let term = Term::try_symbol(name).unwrap(); + assert_eq!( + parse_term(&print_term_checked(&term).unwrap()).unwrap(), + term + ); + let list = Term::list(vec![term.clone(), Term::Nil]); + assert_eq!( + parse_term(&print_term_checked(&list).unwrap()).unwrap(), + list + ); + } + for name in [ + "", "nil", "true", "false", "0", "12name", "-1", "-1name", "a b", "a\tb", "a\nb", + "a\rb", "(x)", "[x]", "{x}", "'x", "b\"x\"", "a;b", + ] { + assert!(Term::try_symbol(name).is_err(), "{name:?}"); + assert!( + print_term_checked(&Term::Symbol(name.into())).is_err(), + "{name:?}" + ); + } + } + + #[test] + fn canonical_admission_rejects_aliases_at_every_container_edge() { + let improper = Term::Pair(Box::new(Term::Int(1.into())), Box::new(Term::Int(2.into()))); + for invalid in [improper, Term::Symbol("true".into())] { + let mut bad_key = BTreeMap::new(); + bad_key.insert(TermOrdKey(invalid.clone()), Term::Nil); + let mut bad_value = BTreeMap::new(); + bad_value.insert(TermOrdKey(Term::symbol(":key")), invalid.clone()); + for term in [ + invalid.clone(), + Term::list(vec![invalid.clone()]), + Term::Vector(vec![invalid.clone()]), + Term::Map(bad_key), + Term::Map(bad_value), + ] { + assert!(validate_canonical_term(&term).is_err()); + assert!(print_term_checked(&term).is_err()); + assert!(print_term_compact_checked(&term).is_err()); + assert!(hash_term_checked(&term).is_err()); + assert!(print_module_checked(std::slice::from_ref(&term)).is_err()); + assert!(hash_module_checked(std::slice::from_ref(&term)).is_err()); + } + } + } + + #[test] + fn admitted_v02_corpus_preserves_bytes_hashes_and_distinct_identity() { + let sources = [ + "nil", + "true", + "false", + "-123", + "\"λ\"", + "b\"\\x00\\xFF\"", + "name", + "(pair )", + "(a . b)", + "[nil true name]", + "{name true :key [1 2]}", + ]; + let mut hashes = std::collections::BTreeSet::new(); + for source in sources { + let term = parse_term(source).unwrap(); + let bytes = print_term_checked(&term).unwrap(); + assert_eq!(bytes, print_term(&term)); + assert_eq!(parse_term(&bytes).unwrap(), term); + let hash = hash_term_checked(&term).unwrap(); + assert_eq!(hash, hash_term(&term)); + assert!(hashes.insert(hash)); + } + } + + proptest! { + #![proptest_config(ProptestConfig { cases: 512, rng_seed: RngSeed::Fixed(0xf01), .. ProptestConfig::default() })] + #[test] + fn symbol_admission_matches_lexer_observation(name in any::()) { + let expected = crate::parse::lexer_symbol_observation(&name); + prop_assert_eq!(validate_symbol_name(&name).is_ok(), expected); + } + } +} diff --git a/crates/gc_coreform/src/lib.rs b/crates/gc_coreform/src/lib.rs index 1e84c2588..4c54eb7fe 100644 --- a/crates/gc_coreform/src/lib.rs +++ b/crates/gc_coreform/src/lib.rs @@ -1,3 +1,4 @@ +mod admission; mod canon; mod fixed_decimal; mod parse; @@ -5,6 +6,11 @@ mod print; mod special_form; mod term; +pub use admission::{ + CanonicalDomainError, SymbolNameError, hash_module_checked, hash_term_checked, + print_module_checked, print_term_checked, print_term_compact_checked, validate_canonical_term, + validate_symbol_name, +}; pub use canon::{canonicalize_form, canonicalize_module}; pub use fixed_decimal::{FIXED_DEC_KIND, FixedDecimal, MAX_FIXED_DECIMAL_SCALE}; pub use parse::{ParseError, parse_module, parse_term}; diff --git a/crates/gc_coreform/src/parse.rs b/crates/gc_coreform/src/parse.rs index 0d35b1a4e..05c12e43b 100644 --- a/crates/gc_coreform/src/parse.rs +++ b/crates/gc_coreform/src/parse.rs @@ -51,6 +51,15 @@ struct Lexer<'a> { bytes: &'a [u8], } +#[cfg(test)] +pub(crate) fn lexer_symbol_observation(source: &str) -> bool { + // Observe tokens before the admitted Term constructor, so an admission + // defect cannot make both sides of the differential property agree. + let mut lexer = Lexer::new(source); + matches!(lexer.next(), Ok((Tok::Symbol(ref name), _)) if name == source && !matches!(name.as_str(), "nil" | "true" | "false")) + && matches!(lexer.next(), Ok((Tok::Eof, _))) +} + impl<'a> Lexer<'a> { fn new(s: &'a str) -> Self { Self { @@ -165,21 +174,7 @@ impl<'a> Lexer<'a> { fn read_symbol(&mut self) -> String { let start = self.i; while let Some(b) = self.peek_byte() { - if matches!( - b, - b' ' | b'\t' - | b'\n' - | b'\r' - | b'(' - | b')' - | b'[' - | b']' - | b'{' - | b'}' - | b'\'' - | b'"' - | b';' - ) { + if crate::admission::is_symbol_delimiter(b) { break; } // Advance by one UTF-8 scalar to keep `self.i` on a char boundary. @@ -404,7 +399,10 @@ impl<'a> Parser<'a> { "nil" => Ok(Term::Nil), "true" => Ok(Term::Bool(true)), "false" => Ok(Term::Bool(false)), - _ => Ok(Term::Symbol(s)), + _ => Term::try_symbol(s).map_err(|error| ParseError::Unexpected { + at, + msg: error.to_string(), + }), }, Tok::RParen | Tok::RBracket | Tok::RBrace => Err(ParseError::Unexpected { at, diff --git a/crates/gc_coreform/src/term.rs b/crates/gc_coreform/src/term.rs index ccb17c5b7..e09e40482 100644 --- a/crates/gc_coreform/src/term.rs +++ b/crates/gc_coreform/src/term.rs @@ -109,6 +109,15 @@ fn cmp_compound(a: &Term, b: &Term) -> Ordering { } impl Term { + /// Construct an admitted v0.2 symbol at a host boundary. + pub fn try_symbol(s: impl Into) -> Result { + let name = s.into(); + crate::validate_symbol_name(&name)?; + Ok(Term::Symbol(name)) + } + + /// Construct raw runtime data. This does not admit the term for canonical + /// serialization; untrusted names must use `try_symbol`. pub fn symbol(s: impl Into) -> Self { Term::Symbol(s.into()) } diff --git a/crates/gc_effects/Cargo.toml b/crates/gc_effects/Cargo.toml index af01403a2..70b45b1f9 100644 --- a/crates/gc_effects/Cargo.toml +++ b/crates/gc_effects/Cargo.toml @@ -34,6 +34,8 @@ gc_registry = { path = "../gc_registry" } gc_opt = { path = "../gc_opt" } [target.'cfg(not(target_os = "wasi"))'.dependencies] +cap-std = "=4.0.3" +cap-fs-ext = "=4.0.3" fs2 = "0.4" crossterm = "0.28" notify = "6" @@ -45,8 +47,16 @@ minifb = { version = "0.27", optional = true } [target.'cfg(unix)'.dependencies] libc = "0.2" +[target.'cfg(any(unix, target_os = "wasi"))'.dependencies] +rustix = { version = "=1.1.3", features = ["fs"] } + [dev-dependencies] -proptest = "1" tempfile = "3" rand_core.workspace = true serde_json.workspace = true + +[target.'cfg(not(target_os = "wasi"))'.dev-dependencies] +proptest = "1" + +[target.'cfg(target_os = "wasi")'.dev-dependencies] +proptest = { version = "1", default-features = false, features = ["std"] } diff --git a/crates/gc_effects/src/lib.rs b/crates/gc_effects/src/lib.rs index fbe09b41e..eed41f47e 100644 --- a/crates/gc_effects/src/lib.rs +++ b/crates/gc_effects/src/lib.rs @@ -11,6 +11,11 @@ mod policy; mod refs; mod refs_authority; mod replay_authority; +#[cfg(not(target_os = "wasi"))] +mod rooted_fs; +#[cfg(target_os = "wasi")] +#[path = "rooted_fs_wasi.rs"] +mod rooted_fs; mod runner; mod runner_browser_host; mod runner_editor_host; @@ -74,3 +79,7 @@ pub fn set_session_effect_ceiling(limit: Option) { #[cfg(test)] mod tests; + +#[cfg(all(test, unix))] +#[path = "rooted_fs_wasi.rs"] +mod wasi_rooted_descriptor_controls; diff --git a/crates/gc_effects/src/rooted_fs.rs b/crates/gc_effects/src/rooted_fs.rs new file mode 100644 index 000000000..9a8042785 --- /dev/null +++ b/crates/gc_effects/src/rooted_fs.rs @@ -0,0 +1,632 @@ +//! Host filesystem operations anchored to an opened capability directory. +//! Resolved names are internal: consumers receive handles or operation results. +use cap_fs_ext::{DirExt, FollowSymlinks, OpenOptionsFollowExt}; +pub(crate) use cap_std::fs::FileType; +use cap_std::fs::{Dir, Metadata, OpenOptions, ReadDir}; +use std::ffi::OsString; +use std::io::{self, Write}; +use std::path::{Component, Path, PathBuf}; + +#[path = "rooted_fs/scratch_native.rs"] +mod scratch; + +pub(crate) struct FsRoot { + directory: Dir, + base: PathBuf, +} + +/// A document write has no ambient-path conversion. Preparation is read-only; +/// creation and replacement use the same opened capability directory. +pub(crate) struct AtomicWriteTarget { + root: FsRoot, + path: PathBuf, + create: bool, +} + +impl AtomicWriteTarget { + pub(crate) fn write(&self, bytes: &[u8]) -> io::Result<()> { + let (parent, leaf) = self.root.parent(&self.path, self.create)?; + let mut options = OpenOptions::new(); + options + .write(true) + .create_new(true) + .follow(FollowSymlinks::No); + // Collisions are bounded. Neither an existing entry nor a hostile link + // may be truncated while acquiring a temporary output. + for sequence in 0..1024u32 { + let temporary = OsString::from(format!( + ".genesis-write.{}.{}.tmp", + crate::platform_process_id(), + sequence + )); + let mut file = match parent.open_with(&temporary, &options) { + Ok(file) => file, + Err(error) if error.kind() == io::ErrorKind::AlreadyExists => continue, + Err(error) => return Err(error), + }; + let result = (|| { + file.write_all(bytes)?; + file.sync_all()?; + drop(file); + parent.rename(&temporary, &parent, &leaf) + })(); + if result.is_err() { + parent.remove_file_or_symlink(&temporary)?; + } + return result; + } + Err(io::Error::new( + io::ErrorKind::AlreadyExists, + "temporary document slots exhausted", + )) + } +} + +fn denied(message: &'static str) -> io::Error { + io::Error::new(io::ErrorKind::PermissionDenied, message) +} + +fn requires_directory(path: &Path) -> bool { + let raw = path.as_os_str().as_encoded_bytes(); + raw.ends_with(b"/") + || raw.ends_with(b"/.") + || (cfg!(windows) && (raw.ends_with(b"\\") || raw.ends_with(b"\\."))) +} + +fn normalize_relative(path: &Path) -> io::Result { + let mut result = PathBuf::new(); + for part in path.components() { + match part { + Component::Normal(name) => result.push(name), + Component::CurDir => {} + Component::ParentDir => { + if !result.pop() { + return Err(denied("filesystem link escapes capability root")); + } + } + Component::RootDir | Component::Prefix(_) => { + return Err(denied("filesystem path escapes capability root")); + } + } + } + if result.as_os_str().is_empty() { + result.push("."); + } + Ok(result) +} + +impl FsRoot { + pub(crate) fn open(base: &Path) -> io::Result { + let base = std::fs::canonicalize(base)?; + let directory = Dir::open_ambient_dir(&base, cap_std::ambient_authority())?; + Ok(Self { directory, base }) + } + + pub(crate) fn prepare_atomic_write( + self, + input: &str, + create: bool, + ) -> io::Result { + let input = self.legacy_relative_input(input)?; + let path = self.resolve_path(PathBuf::from(input), false, true)?; + if path.file_name().is_none() { + return Err(denied("operation requires an entry below capability root")); + } + if !create { + self.parent(&path, false)?; + } + Ok(AtomicWriteTarget { + root: self, + path, + create, + }) + } + + // Transitional adapters for host APIs that still consume ambient paths. + // This preflight prevents authorization-time creation outside the root; + // the returned pathname is not a race-safe operation capability. + pub(crate) fn legacy_path( + &self, + input: &str, + follow_final: bool, + allow_missing: bool, + create: bool, + ) -> io::Result { + let input = self.legacy_relative_input(input)?; + let path = self.resolve_path(PathBuf::from(input), follow_final, allow_missing)?; + if create { + self.parent(&path, true)?; + } + Ok(self.base.join(path)) + } + + fn legacy_relative_input(&self, input: &str) -> io::Result { + let path = Path::new(input); + if !path.is_absolute() { + return Ok(input.to_owned()); + } + // Legacy document/host adapters accept absolute inside-root names. + // Resolve their parent only: a final link is still an entry, not the + // target, when the consuming operation requests no final following. + let mut relative = match path.strip_prefix(&self.base) { + Ok(relative) => relative.to_path_buf(), + Err(_) if std::fs::canonicalize(path).is_ok_and(|canonical| canonical == self.base) => { + PathBuf::from(".") + } + Err(_) => match (path.parent(), path.file_name()) { + (Some(parent), Some(leaf)) => self.absolute_link_relative(parent)?.join(leaf), + _ => self.absolute_link_relative(path)?, + }, + }; + if requires_directory(path) { + relative.push("."); + } + relative + .to_str() + .map(str::to_owned) + .ok_or_else(|| denied("non-UTF-8 filesystem path")) + } + + fn absolute_link_relative(&self, target: &Path) -> io::Result { + if let Ok(relative) = target.strip_prefix(&self.base) { + return Ok(relative.to_path_buf()); + } + // Ambient canonicalization recognizes alternate names of the configured + // root. It supplies no operation authority: all subsequent opens and + // mutations still use the held root directory and a relative name. + let mut ancestor = target; + let mut missing = Vec::new(); + loop { + match std::fs::canonicalize(ancestor) { + Ok(canonical) => { + let mut relative = canonical + .strip_prefix(&self.base) + .map_err(|_| denied("filesystem link escapes capability root"))? + .to_path_buf(); + relative.extend(missing.iter().rev()); + return Ok(relative); + } + Err(error) if error.kind() == io::ErrorKind::NotFound => { + let name = ancestor + .file_name() + .ok_or_else(|| denied("filesystem link escapes capability root"))?; + missing.push(name.to_owned()); + ancestor = ancestor + .parent() + .ok_or_else(|| denied("filesystem link escapes capability root"))?; + } + Err(error) => return Err(error), + } + } + } + + fn resolve(&self, input: &str, follow_final: bool, allow_missing: bool) -> io::Result { + crate::runner_io_ops::validate_portable_effect_path(input).map_err(|_| { + io::Error::new( + io::ErrorKind::InvalidInput, + "invalid portable filesystem path", + ) + })?; + self.resolve_path(PathBuf::from(input), follow_final, allow_missing) + } + + fn resolve_path( + &self, + mut path: PathBuf, + follow_final: bool, + allow_missing: bool, + ) -> io::Result { + if path + .components() + .any(|part| matches!(part, Component::RootDir | Component::Prefix(_))) + { + return Err(denied("filesystem path escapes capability root")); + } + let mut followed = 0; + 'resolve: loop { + let components: Vec = path + .components() + .map(|part| part.as_os_str().to_owned()) + .collect(); + let mut prefix = PathBuf::new(); + let requires_directory = requires_directory(&path); + for (index, part) in components.iter().enumerate() { + if part == "." { + continue; + } + if part == ".." { + if !prefix.pop() { + return Err(denied("filesystem link escapes capability root")); + } + continue; + } + prefix.push(part); + let metadata = match self.directory.symlink_metadata(&prefix) { + Ok(metadata) => metadata, + Err(error) if allow_missing && error.kind() == io::ErrorKind::NotFound => { + let mut missing = prefix.clone(); + missing.extend(components.iter().skip(index + 1)); + // Existing links have already been physically resolved. + // Nothing beneath this missing entry can already be a + // link. Validate the remaining plan before any creation, + // but retain its names so missing/.. is not mistaken for + // an existing path during stat or an ordinary open. + normalize_relative(&missing)?; + return Ok(missing); + } + Err(error) => return Err(error), + }; + if !metadata.file_type().is_symlink() + || (!follow_final && index + 1 == components.len()) + { + if !metadata.is_dir() && (index + 1 < components.len() || requires_directory) { + return Err(io::Error::new( + io::ErrorKind::NotADirectory, + "filesystem ancestor is not a directory", + )); + } + continue; + } + if cfg!(target_os = "wasi") { + return Err(denied( + "symlink traversal is unavailable on the WASI filesystem profile", + )); + } + followed += 1; + if followed > 40 { + return Err(denied("filesystem symlink traversal limit exceeded")); + } + let target = self.directory.read_link_contents(&prefix)?; + let mut replacement = if target.is_absolute() { + self.absolute_link_relative(&target)? + } else { + prefix.parent().unwrap_or(Path::new(".")).join(target) + }; + replacement.extend(components.iter().skip(index + 1)); + if requires_directory { + replacement.push("."); + } + path = replacement; + continue 'resolve; + } + if prefix.as_os_str().is_empty() { + prefix.push("."); + } + return Ok(prefix); + } + } + + fn parent(&self, path: &Path, create: bool) -> io::Result<(Dir, OsString)> { + let leaf = path + .file_name() + .ok_or_else(|| denied("operation requires an entry below capability root"))? + .to_owned(); + let parent = path + .parent() + .filter(|part| !part.as_os_str().is_empty()) + .unwrap_or(Path::new(".")); + if create { + self.directory.create_dir_all(parent)?; + } + Ok((self.directory.open_dir(parent)?, leaf)) + } + + pub(crate) fn open_read(&self, input: &str) -> io::Result { + let path = self.resolve(input, true, false)?; + Ok(self.directory.open(path)?.into_std()) + } + + pub(crate) fn open_document_read(&self, input: &str) -> io::Result { + let input = self.legacy_relative_input(input)?; + let path = self.resolve_path(PathBuf::from(input), true, false)?; + Ok(self.directory.open(path)?.into_std()) + } + + pub(crate) fn write(&self, input: &str, bytes: &[u8], create: bool) -> io::Result<()> { + let path = self.resolve(input, false, true)?; + let (parent, leaf) = self.parent(&path, create)?; + let mut options = OpenOptions::new(); + options + .write(true) + .create(true) + .truncate(true) + .follow(FollowSymlinks::No); + let mut file = parent.open_with(leaf, &options)?; + file.write_all(bytes)?; + file.sync_all() + } + + pub(crate) fn mkdir(&self, input: &str, parents: bool) -> io::Result<()> { + let path = self.resolve(input, true, true)?; + if parents { + self.directory.create_dir_all(path) + } else { + self.directory.create_dir(path) + } + } + + pub(crate) fn stat(&self, input: &str) -> io::Result> { + let path = self.resolve(input, false, true)?; + match self.directory.symlink_metadata(path) { + Ok(metadata) => Ok(Some(metadata)), + Err(error) if error.kind() == io::ErrorKind::NotFound => Ok(None), + Err(error) => Err(error), + } + } + + pub(crate) fn list(&self, input: &str) -> io::Result<(PathBuf, ReadDir)> { + let path = self.resolve(input, true, false)?; + let entries = self.directory.read_dir(&path)?; + Ok((path, entries)) + } + + pub(crate) fn remove(&self, input: &str, recursive: bool) -> io::Result<()> { + let path = self.resolve(input, false, true)?; + let (parent, leaf) = match self.parent(&path, false) { + Ok(entry) => entry, + Err(error) if error.kind() == io::ErrorKind::NotFound => return Ok(()), + Err(error) => return Err(error), + }; + let metadata = match parent.symlink_metadata(&leaf) { + Ok(metadata) => metadata, + Err(error) if error.kind() == io::ErrorKind::NotFound => return Ok(()), + Err(error) => return Err(error), + }; + if metadata.is_dir() && !metadata.file_type().is_symlink() { + if recursive { + parent.remove_dir_all(leaf) + } else { + parent.remove_dir(leaf) + } + } else { + parent.remove_file_or_symlink(leaf) + } + } + + pub(crate) fn rename( + &self, + from: &str, + to: &str, + overwrite: bool, + create: bool, + ) -> io::Result<()> { + #[cfg(not(any(target_os = "linux", target_os = "android", target_vendor = "apple")))] + if !overwrite { + return Err(io::Error::new( + io::ErrorKind::Unsupported, + "atomic no-replace rename is unavailable on this host", + )); + } + // Resolve both entries before creating any destination ancestors. + let source = self.resolve(from, false, false)?; + let destination = self.resolve(to, false, true)?; + let (source_parent, source_leaf) = self.parent(&source, false)?; + let (destination_parent, destination_leaf) = self.parent(&destination, create)?; + if overwrite { + source_parent.rename(source_leaf, &destination_parent, destination_leaf) + } else { + #[cfg(any(target_os = "linux", target_os = "android", target_vendor = "apple"))] + { + rustix::fs::renameat_with( + &source_parent, + source_leaf, + &destination_parent, + destination_leaf, + rustix::fs::RenameFlags::NOREPLACE, + ) + .map_err(Into::into) + } + #[cfg(not(any(target_os = "linux", target_os = "android", target_vendor = "apple")))] + { + let _ = ( + source_parent, + source_leaf, + destination_parent, + destination_leaf, + ); + Err(io::Error::new( + io::ErrorKind::Unsupported, + "atomic no-replace rename is unavailable on this host", + )) + } + } + } +} + +#[cfg(all(test, unix))] +mod tests { + use super::*; + use std::os::unix::fs::symlink; + + #[test] + fn rooted_document_preparation_is_read_only_and_denies_escaping_ancestors() { + let fixture = tempfile::tempdir().unwrap(); + let inside = fixture.path().join("inside"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&inside).unwrap(); + std::fs::create_dir(&outside).unwrap(); + symlink(&outside, inside.join("escape")).unwrap(); + let result = FsRoot::open(&inside) + .unwrap() + .prepare_atomic_write("escape/new/document", true); + assert!(result.is_err()); + assert_eq!(std::fs::read_dir(&outside).unwrap().count(), 0); + let target = FsRoot::open(&inside) + .unwrap() + .prepare_atomic_write("new/document", true) + .unwrap(); + assert!(!inside.join("new").exists()); + target.write(b"document").unwrap(); + assert_eq!( + std::fs::read(inside.join("new/document")).unwrap(), + b"document" + ); + } + + #[test] + fn rooted_document_rejects_ancestor_replacement_after_preparation() { + let fixture = tempfile::tempdir().unwrap(); + let inside = fixture.path().join("inside"); + let outside = fixture.path().join("outside"); + std::fs::create_dir_all(inside.join("parent")).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(inside.join("parent/document"), b"retained").unwrap(); + let target = FsRoot::open(&inside) + .unwrap() + .prepare_atomic_write("parent/document", true) + .unwrap(); + std::fs::rename(inside.join("parent"), inside.join("moved")).unwrap(); + symlink(&outside, inside.join("parent")).unwrap(); + assert!(target.write(b"forbidden").is_err()); + assert_eq!(std::fs::read_dir(&outside).unwrap().count(), 0); + assert_eq!( + std::fs::read(inside.join("moved/document")).unwrap(), + b"retained" + ); + } + + #[test] + fn rooted_document_failed_replacement_removes_temporary_output() { + let fixture = tempfile::tempdir().unwrap(); + std::fs::create_dir(fixture.path().join("destination")).unwrap(); + std::fs::write(fixture.path().join("destination/retained"), b"retained").unwrap(); + let target = FsRoot::open(fixture.path()) + .unwrap() + .prepare_atomic_write("destination", false) + .unwrap(); + assert!(target.write(b"cannot replace directory").is_err()); + assert_eq!(std::fs::read_dir(fixture.path()).unwrap().count(), 1); + assert_eq!( + std::fs::read(fixture.path().join("destination/retained")).unwrap(), + b"retained" + ); + } + + #[test] + fn rooted_document_never_truncates_an_occupied_temporary_slot() { + let fixture = tempfile::tempdir().unwrap(); + let outside = tempfile::tempdir().unwrap(); + std::fs::write(outside.path().join("retained"), b"retained").unwrap(); + let slot = fixture.path().join(format!( + ".genesis-write.{}.0.tmp", + crate::platform_process_id() + )); + symlink(outside.path().join("retained"), &slot).unwrap(); + let target = FsRoot::open(fixture.path()) + .unwrap() + .prepare_atomic_write("document", false) + .unwrap(); + target.write(b"document").unwrap(); + assert!( + std::fs::symlink_metadata(slot) + .unwrap() + .file_type() + .is_symlink() + ); + assert_eq!( + std::fs::read(outside.path().join("retained")).unwrap(), + b"retained" + ); + assert_eq!(std::fs::read_dir(fixture.path()).unwrap().count(), 2); + } + + #[test] + fn rooted_document_replaces_final_link_without_touching_target() { + let fixture = tempfile::tempdir().unwrap(); + let outside = tempfile::tempdir().unwrap(); + std::fs::write(outside.path().join("retained"), b"retained").unwrap(); + symlink( + outside.path().join("retained"), + fixture.path().join("document"), + ) + .unwrap(); + let target = FsRoot::open(fixture.path()) + .unwrap() + .prepare_atomic_write("document", false) + .unwrap(); + target.write(b"document").unwrap(); + assert_eq!( + std::fs::read(outside.path().join("retained")).unwrap(), + b"retained" + ); + assert!( + std::fs::symlink_metadata(fixture.path().join("document")) + .unwrap() + .is_file() + ); + } + + #[test] + fn legacy_mutator_preflight_denies_before_directory_creation() { + let fixture = tempfile::tempdir().unwrap(); + let inside = fixture.path().join("inside"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&inside).unwrap(); + std::fs::create_dir(&outside).unwrap(); + symlink(&outside, inside.join("escape")).unwrap(); + assert!( + crate::runner_io_ops::sandbox_path_write(&inside, "escape/new/document", true).is_err() + ); + assert!( + crate::runner_io_ops::sandbox_path_allow_missing(&inside, "escape/new/document", true) + .is_err() + ); + assert_eq!(std::fs::read_dir(&outside).unwrap().count(), 0); + assert_eq!(std::fs::read_dir(&inside).unwrap().count(), 1); + } + + #[test] + fn held_parent_rename_cannot_be_redirected_by_replacing_its_name() { + let fixture = tempfile::tempdir().unwrap(); + let inside = fixture.path().join("inside"); + let outside = fixture.path().join("outside"); + std::fs::create_dir_all(inside.join("parent")).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(inside.join("parent/source"), b"source").unwrap(); + let root = FsRoot::open(&inside).unwrap(); + let (parent, source) = root.parent(Path::new("parent/source"), false).unwrap(); + std::fs::rename(inside.join("parent"), inside.join("moved")).unwrap(); + symlink(&outside, inside.join("parent")).unwrap(); + parent.rename(source, &parent, "destination").unwrap(); + assert_eq!( + std::fs::read(inside.join("moved/destination")).unwrap(), + b"source" + ); + assert_eq!(std::fs::read_dir(&outside).unwrap().count(), 0); + } +} + +#[cfg(all(test, unix))] +mod absolute_document_controls { + use super::*; + + #[test] + fn absolute_legacy_document_names_retain_rooted_entry_semantics() { + let fixture = tempfile::tempdir().unwrap(); + let inside = fixture.path().join("inside"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&inside).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(outside.join("retained"), b"retained").unwrap(); + std::os::unix::fs::symlink(outside.join("retained"), inside.join("document")).unwrap(); + for path in [inside.join("document"), inside.join("missing/document")] { + let target = FsRoot::open(&inside) + .unwrap() + .prepare_atomic_write(path.to_str().unwrap(), true) + .unwrap(); + target.write(b"document").unwrap(); + assert_eq!(std::fs::read(path).unwrap(), b"document"); + } + assert_eq!( + std::fs::read(outside.join("retained")).unwrap(), + b"retained" + ); + assert!( + FsRoot::open(&inside) + .unwrap() + .prepare_atomic_write(outside.join("new/document").to_str().unwrap(), true) + .is_err() + ); + assert!(!outside.join("new").exists()); + } +} diff --git a/crates/gc_effects/src/rooted_fs/scratch_native.rs b/crates/gc_effects/src/rooted_fs/scratch_native.rs new file mode 100644 index 000000000..f6f9fc49a --- /dev/null +++ b/crates/gc_effects/src/rooted_fs/scratch_native.rs @@ -0,0 +1,57 @@ +use super::*; + +impl FsRoot { + /// Acquire one bounded, exclusive spool in this held directory. It has no + /// reopenable pathname on Unix and is deleted by handle lifetime on Windows. + pub(crate) fn scratch_file(&self) -> io::Result { + #[cfg(not(any(unix, windows)))] + return Err(io::Error::new( + io::ErrorKind::Unsupported, + "owned scratch files unavailable", + )); + #[cfg(any(unix, windows))] + { + let mut options = OpenOptions::new(); + options + .read(true) + .write(true) + .create_new(true) + .follow(FollowSymlinks::No); + #[cfg(unix)] + { + use cap_std::fs::OpenOptionsExt; + options.mode(0o600); + } + #[cfg(windows)] + { + use cap_std::fs::OpenOptionsExt; + // FILE_FLAG_DELETE_ON_CLOSE; exclusive sharing keeps the spool private. + // https://learn.microsoft.com/en-us/windows/win32/api/fileapi/nf-fileapi-createfilew + options.custom_flags(0x04000000).share_mode(0); + } + for sequence in 0..1024u32 { + let name = format!( + ".genesis-import.{}.{}.tmp", + crate::platform_process_id(), + sequence + ); + let file = match self.directory.open_with(&name, &options) { + Ok(file) => file, + Err(error) if error.kind() == io::ErrorKind::AlreadyExists => continue, + Err(error) => return Err(error), + }; + #[cfg(unix)] + if let Err(error) = self.directory.remove_file_or_symlink(&name) { + drop(file); + let _ = self.directory.remove_file_or_symlink(&name); + return Err(error); + } + return Ok(file.into_std()); + } + Err(io::Error::new( + io::ErrorKind::AlreadyExists, + "scratch file slots exhausted", + )) + } + } +} diff --git a/crates/gc_effects/src/rooted_fs/scratch_wasi.rs b/crates/gc_effects/src/rooted_fs/scratch_wasi.rs new file mode 100644 index 000000000..bdac5e774 --- /dev/null +++ b/crates/gc_effects/src/rooted_fs/scratch_wasi.rs @@ -0,0 +1,34 @@ +use super::*; + +impl FsRoot { + /// The open descriptor owns an unlinked spool; no ambient name is retained. + pub(crate) fn scratch_file(&self) -> io::Result { + for sequence in 0..1024u32 { + let name = format!( + ".genesis-import.{}.{}.tmp", + crate::platform_process_id(), + sequence + ); + let descriptor = match fs::openat( + &self.directory, + &name, + OFlags::RDWR | OFlags::CREATE | OFlags::EXCL | OFlags::NOFOLLOW, + Mode::RUSR | Mode::WUSR, + ) { + Ok(descriptor) => descriptor, + Err(error) if error == rustix::io::Errno::EXIST => continue, + Err(error) => return Err(error.into()), + }; + if let Err(error) = fs::unlinkat(&self.directory, &name, AtFlags::empty()) { + drop(descriptor); + let _ = fs::unlinkat(&self.directory, &name, AtFlags::empty()); + return Err(error.into()); + } + return Ok(descriptor.into()); + } + Err(io::Error::new( + io::ErrorKind::AlreadyExists, + "scratch file slots exhausted", + )) + } +} diff --git a/crates/gc_effects/src/rooted_fs_wasi.rs b/crates/gc_effects/src/rooted_fs_wasi.rs new file mode 100644 index 000000000..e57069ac8 --- /dev/null +++ b/crates/gc_effects/src/rooted_fs_wasi.rs @@ -0,0 +1,612 @@ +//! Stable-WASI descriptor-relative filesystem operations. Ancestor links are +//! denied; final entries remain entries for stat, unlink and replacement. +use rustix::fd::OwnedFd; +use rustix::fs::{self, AtFlags, Mode, OFlags}; +use std::ffi::OsString; +use std::io::{self, Write}; +use std::path::{Component, Path, PathBuf}; +use std::sync::Arc; + +#[path = "rooted_fs/scratch_wasi.rs"] +mod scratch; + +pub(crate) struct FsRoot { + directory: OwnedFd, + base: PathBuf, +} + +pub(crate) struct AtomicWriteTarget { + root: FsRoot, + path: PathBuf, + create: bool, +} + +fn denied(message: &'static str) -> io::Error { + io::Error::new(io::ErrorKind::PermissionDenied, message) +} + +fn open_directory(fd: &OwnedFd, path: &Path) -> io::Result { + Ok(fs::openat( + fd, + path, + OFlags::RDONLY | OFlags::DIRECTORY | OFlags::NOFOLLOW, + Mode::empty(), + )?) +} + +fn relative_path(path: &Path) -> io::Result { + let mut relative = PathBuf::new(); + for component in path.components() { + match component { + Component::Normal(name) => relative.push(name), + Component::CurDir => {} + _ => return Err(denied("filesystem path escapes capability root")), + } + } + if relative.as_os_str().is_empty() { + relative.push("."); + } + Ok(relative) +} + +impl FsRoot { + pub(crate) fn open(base: &Path) -> io::Result { + let directory = fs::open( + base, + OFlags::RDONLY | OFlags::DIRECTORY | OFlags::NOFOLLOW, + Mode::empty(), + )?; + Ok(Self { + directory, + base: base.to_path_buf(), + }) + } + + fn resolve(&self, input: &str) -> io::Result { + crate::runner_io_ops::validate_portable_effect_path(input).map_err(|_| { + io::Error::new( + io::ErrorKind::InvalidInput, + "invalid portable filesystem path", + ) + })?; + relative_path(Path::new(input)) + } + + fn parent(&self, path: &Path, create: bool) -> io::Result<(OwnedFd, OsString)> { + let leaf = path + .file_name() + .ok_or_else(|| denied("operation requires an entry below capability root"))? + .to_owned(); + let mut directory = open_directory(&self.directory, Path::new("."))?; + let parent = path.parent().unwrap_or(Path::new(".")); + for component in parent.components() { + let Component::Normal(name) = component else { + continue; + }; + match open_directory(&directory, Path::new(name)) { + Ok(next) => directory = next, + Err(error) if create && error.kind() == io::ErrorKind::NotFound => { + match fs::mkdirat(&directory, name, Mode::RWXU) { + Ok(()) | Err(rustix::io::Errno::EXIST) => {} + Err(error) => return Err(error.into()), + } + // A coequal writer may replace the new name. Reopen with + // NOFOLLOW rather than inheriting authority from mkdir. + directory = open_directory(&directory, Path::new(name))?; + } + Err(error) => return Err(error), + } + } + Ok((directory, leaf)) + } + + // Examine every existing ancestor before any optional parent creation. + // Names after the first missing ancestor are already traversal-free. + fn preflight(&self, path: &Path) -> io::Result<()> { + let mut directory = open_directory(&self.directory, Path::new("."))?; + let parent = path.parent().unwrap_or(Path::new(".")); + for component in parent.components() { + let Component::Normal(name) = component else { + continue; + }; + match open_directory(&directory, Path::new(name)) { + Ok(next) => directory = next, + Err(error) if error.kind() == io::ErrorKind::NotFound => return Ok(()), + Err(error) => return Err(error), + } + } + Ok(()) + } + + pub(crate) fn prepare_atomic_write( + self, + input: &str, + create: bool, + ) -> io::Result { + if input.ends_with('/') || input.ends_with("/.") { + return Err(io::Error::new( + io::ErrorKind::InvalidInput, + "document destination requires a file entry", + )); + } + let input = Path::new(input); + let input = if input.is_absolute() { + input + .strip_prefix(&self.base) + .map_err(|_| denied("document destination escapes capability root"))? + } else { + input + }; + let path = relative_path(input)?; + if path.file_name().is_none() { + return Err(denied("operation requires an entry below capability root")); + } + self.preflight(&path)?; + if !create { + self.parent(&path, false)?; + } + Ok(AtomicWriteTarget { + root: self, + path, + create, + }) + } + + pub(crate) fn open_read(&self, input: &str) -> io::Result { + let path = self.resolve(input)?; + let (parent, leaf) = self.parent(&path, false)?; + Ok(fs::openat( + &parent, + leaf, + OFlags::RDONLY | OFlags::NOFOLLOW, + Mode::empty(), + )? + .into()) + } + + pub(crate) fn open_document_read(&self, input: &str) -> io::Result { + if input.ends_with('/') || input.ends_with("/.") { + return Err(io::Error::new( + io::ErrorKind::InvalidInput, + "document source requires a file entry", + )); + } + let input = Path::new(input); + let input = if input.is_absolute() { + input + .strip_prefix(&self.base) + .map_err(|_| denied("document source escapes capability root"))? + } else { + input + }; + let path = relative_path(input)?; + let (parent, leaf) = self.parent(&path, false)?; + Ok(fs::openat( + &parent, + leaf, + OFlags::RDONLY | OFlags::NOFOLLOW, + Mode::empty(), + )? + .into()) + } + + pub(crate) fn write(&self, input: &str, bytes: &[u8], create: bool) -> io::Result<()> { + let path = self.resolve(input)?; + self.preflight(&path)?; + let (parent, leaf) = self.parent(&path, create)?; + let mut file: std::fs::File = fs::openat( + &parent, + leaf, + OFlags::WRONLY | OFlags::CREATE | OFlags::TRUNC | OFlags::NOFOLLOW, + Mode::RUSR | Mode::WUSR, + )? + .into(); + file.write_all(bytes)?; + file.sync_all() + } + + pub(crate) fn mkdir(&self, input: &str, parents: bool) -> io::Result<()> { + let path = self.resolve(input)?; + if path == Path::new(".") { + return if parents { + Ok(()) + } else { + Err(io::ErrorKind::AlreadyExists.into()) + }; + } + self.preflight(&path)?; + let (parent, leaf) = self.parent(&path, parents)?; + match fs::mkdirat(&parent, &leaf, Mode::RWXU) { + Ok(()) => Ok(()), + Err(rustix::io::Errno::EXIST) if parents => { + open_directory(&parent, Path::new(&leaf))?; + Ok(()) + } + Err(error) => Err(error.into()), + } + } + + pub(crate) fn stat(&self, input: &str) -> io::Result> { + let path = self.resolve(input)?; + if path == Path::new(".") { + return Ok(Some(Metadata(fs::fstat(&self.directory)?))); + } + let (parent, leaf) = match self.parent(&path, false) { + Ok(value) => value, + Err(error) if error.kind() == io::ErrorKind::NotFound => return Ok(None), + Err(error) => return Err(error), + }; + match fs::statat(&parent, leaf, AtFlags::SYMLINK_NOFOLLOW) { + Ok(metadata) => Ok(Some(Metadata(metadata))), + Err(rustix::io::Errno::NOENT) => Ok(None), + Err(error) => Err(error.into()), + } + } + + pub(crate) fn list(&self, input: &str) -> io::Result<(PathBuf, ReadDir)> { + let path = self.resolve(input)?; + let directory = if path == Path::new(".") { + open_directory(&self.directory, Path::new("."))? + } else { + let (parent, leaf) = self.parent(&path, false)?; + open_directory(&parent, Path::new(&leaf))? + }; + let iterator = fs::Dir::read_from(&directory)?; + Ok(( + path, + ReadDir { + directory: Arc::new(directory), + iterator, + }, + )) + } + + pub(crate) fn remove(&self, input: &str, recursive: bool) -> io::Result<()> { + let path = self.resolve(input)?; + let (parent, leaf) = match self.parent(&path, false) { + Ok(value) => value, + Err(error) if error.kind() == io::ErrorKind::NotFound => return Ok(()), + Err(error) => return Err(error), + }; + let metadata = match fs::statat(&parent, &leaf, AtFlags::SYMLINK_NOFOLLOW) { + Ok(metadata) => Metadata(metadata), + Err(rustix::io::Errno::NOENT) => return Ok(()), + Err(error) => return Err(error.into()), + }; + if metadata.file_type().is_dir() { + if recursive { + remove_directory_tree(&parent, Path::new(&leaf), 0)?; + } else { + fs::unlinkat(&parent, leaf, AtFlags::REMOVEDIR)?; + } + } else { + fs::unlinkat(&parent, leaf, AtFlags::empty())?; + } + Ok(()) + } + + pub(crate) fn rename( + &self, + from: &str, + to: &str, + overwrite: bool, + create: bool, + ) -> io::Result<()> { + if !overwrite { + return Err(io::Error::new( + io::ErrorKind::Unsupported, + "atomic no-replace rename is unavailable on the WASI profile", + )); + } + let source = self.resolve(from)?; + let destination = self.resolve(to)?; + self.preflight(&source)?; + self.preflight(&destination)?; + let (source_parent, source_leaf) = self.parent(&source, false)?; + // Reject a missing source before materializing destination parents. + fs::statat(&source_parent, &source_leaf, AtFlags::SYMLINK_NOFOLLOW)?; + let (destination_parent, destination_leaf) = self.parent(&destination, create)?; + Ok(fs::renameat( + &source_parent, + source_leaf, + &destination_parent, + destination_leaf, + )?) + } +} + +fn remove_directory_tree(parent: &OwnedFd, name: &Path, depth: usize) -> io::Result<()> { + if depth == 256 { + return Err(io::Error::new( + io::ErrorKind::InvalidInput, + "WASI recursive removal depth exceeds 256 directories", + )); + } + let directory = open_directory(parent, name)?; + for entry in fs::Dir::read_from(&directory)? { + let entry = entry?; + let name = entry.file_name(); + if name.to_bytes() == b"." || name.to_bytes() == b".." { + continue; + } + let metadata = Metadata(fs::statat(&directory, name, AtFlags::SYMLINK_NOFOLLOW)?); + if metadata.file_type().is_dir() { + let name = name.to_str().map_err(|_| { + io::Error::new(io::ErrorKind::InvalidData, "non-UTF-8 directory entry") + })?; + remove_directory_tree(&directory, Path::new(name), depth + 1)?; + } else { + fs::unlinkat(&directory, name, AtFlags::empty())?; + } + } + Ok(fs::unlinkat(parent, name, AtFlags::REMOVEDIR)?) +} + +impl AtomicWriteTarget { + pub(crate) fn write(&self, bytes: &[u8]) -> io::Result<()> { + let (parent, leaf) = self.root.parent(&self.path, self.create)?; + for sequence in 0..1024u32 { + let temporary = format!( + ".genesis-write.{}.{}.tmp", + crate::platform_process_id(), + sequence + ); + let mut file: std::fs::File = match fs::openat( + &parent, + &temporary, + OFlags::WRONLY | OFlags::CREATE | OFlags::EXCL | OFlags::NOFOLLOW, + Mode::RUSR | Mode::WUSR, + ) { + Ok(file) => file.into(), + Err(rustix::io::Errno::EXIST) => continue, + Err(error) => return Err(error.into()), + }; + let result = (|| { + file.write_all(bytes)?; + file.sync_all()?; + drop(file); + Ok(fs::renameat(&parent, &temporary, &parent, &leaf)?) + })(); + if result.is_err() { + fs::unlinkat(&parent, &temporary, AtFlags::empty())?; + } + return result; + } + Err(io::Error::new( + io::ErrorKind::AlreadyExists, + "temporary document slots exhausted", + )) + } +} + +#[derive(Debug)] +pub(crate) struct Metadata(fs::Stat); +#[derive(Debug)] +pub(crate) struct FileType(fs::FileType); +pub(crate) struct Permissions(bool); +impl Metadata { + pub(crate) fn file_type(&self) -> FileType { + FileType(fs::FileType::from_raw_mode(self.0.st_mode)) + } + pub(crate) fn len(&self) -> u64 { + self.0.st_size as u64 + } + pub(crate) fn permissions(&self) -> Permissions { + // Preview1 filestat has no Unix permission bits. Its libc stat shim + // therefore cannot supply readonly. Match stable Rust's WASI metadata + // contract; this observation never grants write authority. + #[cfg(target_os = "wasi")] + return Permissions(false); + #[cfg(not(target_os = "wasi"))] + Permissions(self.0.st_mode & (Mode::WUSR | Mode::WGRP | Mode::WOTH).bits() == 0) + } +} +impl FileType { + pub(crate) fn is_file(&self) -> bool { + self.0 == fs::FileType::RegularFile + } + pub(crate) fn is_dir(&self) -> bool { + self.0 == fs::FileType::Directory + } + pub(crate) fn is_symlink(&self) -> bool { + self.0 == fs::FileType::Symlink + } +} +impl Permissions { + pub(crate) fn readonly(&self) -> bool { + self.0 + } +} + +pub(crate) struct ReadDir { + directory: Arc, + iterator: fs::Dir, +} +pub(crate) struct DirEntry { + directory: Arc, + name: OsString, +} +impl Iterator for ReadDir { + type Item = io::Result; + fn next(&mut self) -> Option { + loop { + let entry = match self.iterator.next()? { + Ok(entry) => entry, + Err(error) => return Some(Err(error.into())), + }; + if entry.file_name().to_bytes() == b"." || entry.file_name().to_bytes() == b".." { + continue; + } + let name = match entry.file_name().to_str() { + Ok(name) => OsString::from(name), + Err(_) => { + return Some(Err(io::Error::new( + io::ErrorKind::InvalidData, + "non-UTF-8 directory entry", + ))); + } + }; + return Some(Ok(DirEntry { + directory: Arc::clone(&self.directory), + name, + })); + } + } +} +impl DirEntry { + pub(crate) fn file_name(&self) -> OsString { + self.name.clone() + } + pub(crate) fn metadata(&self) -> io::Result { + Ok(Metadata(fs::statat( + &*self.directory, + &self.name, + AtFlags::SYMLINK_NOFOLLOW, + )?)) + } +} + +#[cfg(all(test, unix))] +mod controls { + use super::*; + use std::os::unix::fs::symlink; + + #[test] + fn wasi_rooted_document_read_retains_file_and_denies_links() { + let fixture = tempfile::tempdir().unwrap(); + let base = fixture.path().join("root"); + let outside = fixture.path().join("outside"); + std::fs::create_dir_all(base.join("parent")).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(base.join("parent/document"), b"inside").unwrap(); + std::fs::write(outside.join("document"), b"outside").unwrap(); + let root = FsRoot::open(&base).unwrap(); + let held = root + .open_document_read(base.join("parent/document").to_str().unwrap()) + .unwrap(); + std::fs::rename(base.join("parent"), base.join("retained")).unwrap(); + symlink(&outside, base.join("parent")).unwrap(); + assert_eq!(std::io::read_to_string(held).unwrap(), "inside"); + assert!(root.open_document_read("parent/document").is_err()); + symlink("retained/document", base.join("link")).unwrap(); + assert!(root.open_document_read("link").is_err()); + assert!(root.open_document_read("retained/document/").is_err()); + assert!(root.open_document_read("../outside/document").is_err()); + assert!( + root.open_document_read(outside.join("document").to_str().unwrap()) + .is_err() + ); + } + + #[test] + fn wasi_rooted_descriptor_operations_and_metadata() { + let fixture = tempfile::tempdir().unwrap(); + let root = FsRoot::open(fixture.path()).unwrap(); + root.mkdir("inside/new", true).unwrap(); + root.write("inside/new/source", b"value", false).unwrap(); + assert_eq!( + std::io::read_to_string(root.open_read("inside/new/source").unwrap()).unwrap(), + "value" + ); + let metadata = root.stat("inside/new/source").unwrap().unwrap(); + assert!(metadata.file_type().is_file()); + assert!(!metadata.file_type().is_symlink()); + assert_eq!(metadata.len(), 5); + assert!(!metadata.permissions().readonly()); + assert!(root.stat("missing/entry").unwrap().is_none()); + assert!(root.stat(".").unwrap().unwrap().file_type().is_dir()); + let (_, entries) = root.list("inside/new").unwrap(); + let entries: Vec<_> = entries.map(Result::unwrap).collect(); + assert_eq!(entries.len(), 1); + assert_eq!(entries[0].file_name(), "source"); + assert!(entries[0].metadata().unwrap().file_type().is_file()); + root.rename("inside/new/source", "destination", true, false) + .unwrap(); + root.remove("inside", true).unwrap(); + root.remove("destination", false).unwrap(); + assert_eq!(std::fs::read_dir(fixture.path()).unwrap().count(), 0); + } + + #[test] + fn wasi_rooted_ancestors_and_stale_preparation_deny_outside_io() { + let fixture = tempfile::tempdir().unwrap(); + let inside = fixture.path().join("inside"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&inside).unwrap(); + std::fs::create_dir(&outside).unwrap(); + symlink(&outside, inside.join("escape")).unwrap(); + let root = FsRoot::open(&inside).unwrap(); + assert!( + root.write("escape/new/document", b"forbidden", true) + .is_err() + ); + assert!(root.mkdir("escape/new", true).is_err()); + assert!(root.open_read("escape/entry").is_err()); + assert!(root.stat("escape/entry").is_err()); + assert!(root.list("escape").is_err()); + assert!(root.remove("escape/entry", true).is_err()); + assert!( + root.rename("missing", "escape/new/document", true, true) + .is_err() + ); + std::fs::create_dir(inside.join("parent")).unwrap(); + let target = root.prepare_atomic_write("parent/document", true).unwrap(); + assert!(!inside.join("parent/document").exists()); + std::fs::rename(inside.join("parent"), inside.join("retained")).unwrap(); + symlink(&outside, inside.join("parent")).unwrap(); + assert!(target.write(b"forbidden").is_err()); + assert_eq!(std::fs::read_dir(&outside).unwrap().count(), 0); + } + + #[test] + fn wasi_rooted_entry_replacement_and_failure_cleanup() { + let fixture = tempfile::tempdir().unwrap(); + let outside = tempfile::tempdir().unwrap(); + std::fs::write(outside.path().join("retained"), b"retained").unwrap(); + symlink( + outside.path().join("retained"), + fixture.path().join("document"), + ) + .unwrap(); + let slot = format!(".genesis-write.{}.0.tmp", crate::platform_process_id()); + symlink(outside.path().join("retained"), fixture.path().join(&slot)).unwrap(); + let target = FsRoot::open(fixture.path()) + .unwrap() + .prepare_atomic_write("document", false) + .unwrap(); + target.write(b"document").unwrap(); + assert_eq!( + std::fs::read(fixture.path().join("document")).unwrap(), + b"document" + ); + assert_eq!( + std::fs::read(outside.path().join("retained")).unwrap(), + b"retained" + ); + std::fs::create_dir(fixture.path().join("directory")).unwrap(); + std::fs::write(fixture.path().join("directory/retained"), b"retained").unwrap(); + let target = FsRoot::open(fixture.path()) + .unwrap() + .prepare_atomic_write("directory", false) + .unwrap(); + assert!(target.write(b"cannot replace directory").is_err()); + assert_eq!(std::fs::read_dir(fixture.path()).unwrap().count(), 3); + assert!( + std::fs::symlink_metadata(fixture.path().join(slot)) + .unwrap() + .file_type() + .is_symlink() + ); + let root = FsRoot::open(fixture.path()).unwrap(); + let error = root + .rename("document", "missing/new", false, true) + .unwrap_err(); + assert_eq!(error.kind(), io::ErrorKind::Unsupported); + assert!(!fixture.path().join("missing").exists()); + root.rename("document", "document", true, false).unwrap(); + assert_eq!( + std::fs::read(fixture.path().join("document")).unwrap(), + b"document" + ); + } +} diff --git a/crates/gc_effects/src/runner.rs b/crates/gc_effects/src/runner.rs index 1196d733b..8a94425a3 100644 --- a/crates/gc_effects/src/runner.rs +++ b/crates/gc_effects/src/runner.rs @@ -36,8 +36,8 @@ use crate::runner_gpu_host::{GpuHostRuntime, gpu_host_call}; use crate::runner_host_bridge::HostBridgeRuntime; use crate::runner_io_ops::{ FsReadError, atomic_write_text, effective_base_dir, io_error_payload, payload_path, - read_file_with_optional_limit, sandbox_path_allow_missing, sandbox_path_read, - sandbox_path_write, write_file_no_follow, + sandbox_atomic_write_target, sandbox_document_read, sandbox_optional_document_read, + sandbox_path_allow_missing, sandbox_path_read, sandbox_path_write, }; use crate::runner_pkg_payload::{ payload_pkg_bool, payload_pkg_bridge_dep_name, payload_pkg_bridge_ecosystem, diff --git a/crates/gc_effects/src/runner_cap_gc_gpk_low.rs b/crates/gc_effects/src/runner_cap_gc_gpk_low.rs index cdf491b4c..008ce7a19 100644 --- a/crates/gc_effects/src/runner_cap_gc_gpk_low.rs +++ b/crates/gc_effects/src/runner_cap_gc_gpk_low.rs @@ -273,11 +273,12 @@ pub(super) fn capability_gc_gpk_low( let target = payload_gc_target(payload)?; let create_dirs = pol.map(|p| p.create_dirs).unwrap_or(false); + let write_target = sandbox_atomic_write_target(&base_dir, &pins_s, create_dirs)?; let pins_path = sandbox_path_write(&base_dir, &pins_s, create_dirs)?; let _pins_lock = gc_path_lock(&pins_path)?; let document = gc_pins_document_at(&pins_path).map_err(EffectsError::Log)?; let plan = authority.update_pins(":pin", &target, document)?; - atomic_write_text(&pins_path, &plan.body)?; + atomic_write_text(&write_target, &plan.body)?; let mut m = BTreeMap::new(); m.insert(TermOrdKey(Term::symbol(":ok")), Term::Bool(true)); @@ -305,11 +306,12 @@ pub(super) fn capability_gc_gpk_low( let target = payload_gc_target(payload)?; let create_dirs = pol.map(|p| p.create_dirs).unwrap_or(false); + let write_target = sandbox_atomic_write_target(&base_dir, &pins_s, create_dirs)?; let pins_path = sandbox_path_write(&base_dir, &pins_s, create_dirs)?; let _pins_lock = gc_path_lock(&pins_path)?; let document = gc_pins_document_at(&pins_path).map_err(EffectsError::Log)?; let plan = authority.update_pins(":unpin", &target, document)?; - atomic_write_text(&pins_path, &plan.body)?; + atomic_write_text(&write_target, &plan.body)?; let mut m = BTreeMap::new(); m.insert(TermOrdKey(Term::symbol(":ok")), Term::Bool(true)); @@ -325,7 +327,7 @@ pub(super) fn capability_gc_gpk_low( Ok(Value::data(Term::Map(m))) } "core/gc-low::purge" => { - let authority = gc_authority.as_deref_mut().ok_or_else(|| { + let authority = gc_authority.ok_or_else(|| { EffectsError::Log( "core/gc-low::purge requires the artifact-loaded GenesisCode GC authority" .to_string(), @@ -419,7 +421,7 @@ pub(super) fn capability_gc_gpk_low( policy, store, refs, - refs_authority: refs_authority.as_deref_mut(), + refs_authority, budget, error_tok, op, diff --git a/crates/gc_effects/src/runner_cap_gc_gpk_low/gpk_ops.rs b/crates/gc_effects/src/runner_cap_gc_gpk_low/gpk_ops.rs index 4de8c032f..3bf59b52a 100644 --- a/crates/gc_effects/src/runner_cap_gc_gpk_low/gpk_ops.rs +++ b/crates/gc_effects/src/runner_cap_gc_gpk_low/gpk_ops.rs @@ -177,6 +177,7 @@ pub(super) fn handle_gpk_export( }; let mut all: std::collections::BTreeSet = std::collections::BTreeSet::new(); match gpk_export_closure_local( + CommitValidationContext::new(ctx.policy, &mut commit_authority, error_tok, op), store, &resolved_root, GpkClosureOptions { @@ -187,11 +188,7 @@ pub(super) fn handle_gpk_export( root_snapshot_for_locked_deps: root_snapshot_for_locked_deps.as_deref(), root_commit_admitted: root_commit.is_some(), }, - ctx.policy, - &mut commit_authority, &mut all, - error_tok, - op, ) { Ok(()) => {} Err(v) => return Ok(v), diff --git a/crates/gc_effects/src/runner_cap_pkg_low.rs b/crates/gc_effects/src/runner_cap_pkg_low.rs index f42fd5db0..e4d9d02c2 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low.rs @@ -94,7 +94,7 @@ pub(super) fn capability_pkg_low( policy, store, refs, - refs_authority.as_deref_mut(), + refs_authority, pkg_lock_read_authority, pkg_package_manifest_authority, budget, @@ -114,12 +114,14 @@ pub(super) fn capability_pkg_low( const MAX_LOCK_BYTES: u64 = 4 * 1024 * 1024; -pub(super) fn read_bounded_lock(path: &std::path::Path) -> Result, String> { +pub(super) fn read_bounded_lock( + file: &crate::runner_io_ops::DocumentRead, +) -> Result, String> { use std::io::Read; - let file = std::fs::File::open(path).map_err(|_| "cannot read lock file".to_string())?; let mut bytes = Vec::new(); - file.take(MAX_LOCK_BYTES + 1) + file.reader() + .take(MAX_LOCK_BYTES + 1) .read_to_end(&mut bytes) .map_err(|_| "cannot read lock file".to_string())?; if bytes.len() as u64 > MAX_LOCK_BYTES { @@ -128,10 +130,52 @@ pub(super) fn read_bounded_lock(path: &std::path::Path) -> Result, Strin Ok(bytes) } +#[cfg(any(test, feature = "parity-oracle"))] +fn read_parity_lock( + file: &crate::runner_io_ops::DocumentRead, +) -> Result { + let bytes = read_bounded_lock(file)?; + let text = std::str::from_utf8(&bytes).map_err(|_| "lock file is not UTF-8".to_owned())?; + gc_pkg::GenesisLock::from_toml_str(std::path::Path::new(file.description()), text) + .map_err(|error| error.to_string()) +} + #[cfg(test)] mod tests { use super::*; + #[test] + fn lock_read_optional_absence_does_not_mask_root_admission() { + let fixture = tempfile::tempdir().unwrap(); + assert!( + sandbox_optional_document_read(fixture.path(), "missing/genesis.lock") + .unwrap() + .is_none() + ); + assert!( + sandbox_optional_document_read(&fixture.path().join("absent-root"), "genesis.lock") + .is_err() + ); + assert!(sandbox_optional_document_read(fixture.path(), "../outside/genesis.lock").is_err()); + } + + #[cfg(unix)] + #[test] + fn lock_read_retains_inside_file_after_ancestor_replacement() { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path().join("root"); + let outside = fixture.path().join("outside"); + std::fs::create_dir_all(root.join("locks")).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(root.join("locks/genesis.lock"), b"inside").unwrap(); + std::fs::write(outside.join("genesis.lock"), b"outside").unwrap(); + let authorized = sandbox_document_read(&root, "locks/genesis.lock").unwrap(); + std::fs::rename(root.join("locks"), root.join("original-locks")).unwrap(); + std::os::unix::fs::symlink(&outside, root.join("locks")).unwrap(); + assert_eq!(read_bounded_lock(&authorized).unwrap(), b"inside"); + assert!(sandbox_document_read(&root, "locks/genesis.lock").is_err()); + } + #[test] fn bounded_lock_reader_rejects_oversized_input() { let dir = tempfile::tempdir().unwrap(); @@ -140,8 +184,62 @@ mod tests { file.set_len(MAX_LOCK_BYTES + 1).unwrap(); assert_eq!( - read_bounded_lock(&path).unwrap_err(), + read_bounded_lock(&sandbox_document_read(dir.path(), "genesis.lock").unwrap()) + .unwrap_err(), + "lock file exceeds 4 MiB" + ); + } + + #[test] + fn lock_read_accepts_exact_limit_and_absolute_inside_name() { + let dir = tempfile::tempdir().unwrap(); + let path = dir.path().join("genesis.lock"); + let file = std::fs::File::create(&path).unwrap(); + file.set_len(MAX_LOCK_BYTES).unwrap(); + let held = sandbox_document_read(dir.path(), path.to_str().unwrap()).unwrap(); + assert_eq!( + read_bounded_lock(&held).unwrap().len() as u64, + MAX_LOCK_BYTES + ); + } + + #[cfg(unix)] + #[test] + fn lock_read_retains_final_file_and_root_identity() { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path().join("root"); + std::fs::create_dir(&root).unwrap(); + std::fs::write(root.join("genesis.lock"), b"inside").unwrap(); + std::fs::write(fixture.path().join("outside"), b"outside").unwrap(); + let held = sandbox_document_read(&root, "genesis.lock").unwrap(); + std::fs::remove_file(root.join("genesis.lock")).unwrap(); + std::os::unix::fs::symlink(fixture.path().join("outside"), root.join("genesis.lock")) + .unwrap(); + std::fs::rename(&root, fixture.path().join("moved-root")).unwrap(); + assert_eq!(read_bounded_lock(&held).unwrap(), b"inside"); + } + + #[test] + fn lock_read_parity_uses_the_same_bound_and_rejects_invalid_utf8() { + let dir = tempfile::tempdir().unwrap(); + let path = dir.path().join("genesis.lock"); + std::fs::File::create(&path) + .unwrap() + .set_len(MAX_LOCK_BYTES + 1) + .unwrap(); + let held = sandbox_document_read(dir.path(), "genesis.lock").unwrap(); + assert_eq!( + read_parity_lock(&held).unwrap_err(), "lock file exceeds 4 MiB" ); + std::fs::write(&path, [0xff]).unwrap(); + let held = sandbox_document_read(dir.path(), "genesis.lock").unwrap(); + assert_eq!( + read_parity_lock(&held).unwrap_err(), + "lock file is not UTF-8" + ); + std::fs::write(&path, "version = 1\nworkspace = \"held\"\n").unwrap(); + let held = sandbox_document_read(dir.path(), "genesis.lock").unwrap(); + assert_eq!(read_parity_lock(&held).unwrap().workspace, "held"); } } diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io.rs index 5974f884a..9865edc71 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io.rs @@ -48,17 +48,18 @@ pub(super) fn dispatch_lock_io( PkgLockOpsDecision::Write { bytes, lock_hash } => { let base_dir = effective_base_dir(pol)?; let create_dirs = pol.map(|p| p.create_dirs).unwrap_or(false); - let lock_path = match sandbox_path_write(&base_dir, &lock_s, create_dirs) { - Ok(path) => path, - Err(error) => { - return Ok(mk_error( - error_tok, - "core/caps/path-escape", - error.to_string(), - Some(op), - )); - } - }; + let lock_path = + match sandbox_atomic_write_target(&base_dir, &lock_s, create_dirs) { + Ok(path) => path, + Err(error) => { + return Ok(mk_error( + error_tok, + "core/caps/path-escape", + error.to_string(), + Some(op), + )); + } + }; if let Err(error) = atomic_write_text(&lock_path, &bytes) { return Ok(mk_error( error_tok, @@ -94,7 +95,7 @@ pub(super) fn dispatch_lock_io( Err(e) => return Ok(mk_error(error_tok, "core/pkg/bad-payload", e, Some(op))), }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -111,7 +112,7 @@ pub(super) fn dispatch_lock_io( return Ok(mk_error(error_tok, "core/pkg/bad-lock", message, Some(op))); } }; - let lock_write_path = match sandbox_path_write(&base_dir, &lock_s, false) { + let lock_write_path = match sandbox_atomic_write_target(&base_dir, &lock_s, false) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -159,7 +160,7 @@ pub(super) fn dispatch_lock_io( Err(e) => return Ok(mk_error(error_tok, "core/pkg/bad-payload", e, Some(op))), }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -216,7 +217,7 @@ pub(super) fn dispatch_lock_io( Err(e) => return Ok(mk_error(error_tok, "core/pkg/bad-payload", e, Some(op))), }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -296,7 +297,7 @@ fn dispatch_load_lock_parity( } }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(path) => path, Err(error) => { return Ok(mk_error( @@ -307,7 +308,7 @@ fn dispatch_load_lock_parity( )); } }; - let lock = match gc_pkg::GenesisLock::load(&lock_path) { + let lock = match read_parity_lock(&lock_path) { Ok(lock) => lock, Err(error) => { return Ok(mk_error( diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/parity.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/parity.rs index 3bad5cb45..ba9c7f907 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/parity.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/parity.rs @@ -58,7 +58,7 @@ fn init( let hash = blake3::hash(&bytes).to_hex().to_string(); let base = effective_base_dir(policy)?; let create_dirs = policy.map(|value| value.create_dirs).unwrap_or(false); - let path = sandbox_path_write(&base, &lock_s, create_dirs) + let path = sandbox_atomic_write_target(&base, &lock_s, create_dirs) .map_err(|error| EffectsError::Log(format!("parity path: {error}")))?; atomic_write_text(&path, &bytes).map_err(|error| { EffectsError::Log(format!("parity {operation} persistence failed: {error}")) @@ -84,7 +84,7 @@ fn add( } }; let base = effective_base_dir(policy)?; - let path = match sandbox_path_read(&base, &lock_s) { + let path = match sandbox_document_read(&base, &lock_s) { Ok(value) => value, Err(error) => { return Ok(mk_error( @@ -95,7 +95,7 @@ fn add( )); } }; - let mut lock = match gc_pkg::GenesisLock::load(&path) { + let mut lock = match read_parity_lock(&path) { Ok(value) => value, Err(error) => { return Ok(mk_error( @@ -172,7 +172,7 @@ fn add( ); let bytes = lock.to_toml_canonical().into_bytes(); let hash = blake3::hash(&bytes).to_hex().to_string(); - let write_path = sandbox_path_write(&base, &lock_s, false) + let write_path = sandbox_atomic_write_target(&base, &lock_s, false) .map_err(|error| EffectsError::Log(format!("parity path: {error}")))?; atomic_write_text(&write_path, &bytes).map_err(|error| { EffectsError::Log(format!("parity {operation} persistence failed: {error}")) @@ -197,7 +197,7 @@ fn list( )); } }; - let path = match sandbox_path_read(&effective_base_dir(policy)?, &lock_s) { + let path = match sandbox_document_read(&effective_base_dir(policy)?, &lock_s) { Ok(value) => value, Err(error) => { return Ok(mk_error( @@ -208,7 +208,7 @@ fn list( )); } }; - let lock = match gc_pkg::GenesisLock::load(&path) { + let lock = match read_parity_lock(&path) { Ok(value) => value, Err(error) => { return Ok(mk_error( diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/save_lock.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/save_lock.rs index 4a56e9d19..e02578c23 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/save_lock.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/save_lock.rs @@ -32,7 +32,7 @@ pub(super) fn dispatch_save_lock( } }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_write( + let lock_path = match sandbox_atomic_write_target( &base_dir, &lock_s, pol.map(|policy| policy.create_dirs).unwrap_or(false), @@ -443,7 +443,7 @@ fn dispatch_save_lock_parity( let bytes = l.to_toml_canonical(); let lock_h = blake3::hash(bytes.as_bytes()).to_hex().to_string(); let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_write( + let lock_path = match sandbox_atomic_write_target( &base_dir, &lock_s, pol.map(|p| p.create_dirs).unwrap_or(false), diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/bridge_lock.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/bridge_lock.rs index 5b4500d99..026e15cbe 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/bridge_lock.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/bridge_lock.rs @@ -30,7 +30,7 @@ pub(super) fn update_lock( return Err(authority_unavailable()); }; let base_dir = effective_base_dir(policy)?; - let read_path = match sandbox_path_read(&base_dir, update.lock) { + let read_path = match sandbox_document_read(&base_dir, update.lock) { Ok(path) => path, Err(error) => { return Ok(Err(mk_error( @@ -52,7 +52,7 @@ pub(super) fn update_lock( ))); } }; - let write_path = match sandbox_path_write(&base_dir, update.lock, false) { + let write_path = match sandbox_atomic_write_target(&base_dir, update.lock, false) { Ok(path) => path, Err(error) => { return Ok(Err(mk_error( diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/publish_authority.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/publish_authority.rs index 2fc005ce4..44c82c5e5 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/publish_authority.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/publish_authority.rs @@ -182,7 +182,7 @@ pub(super) fn handle_publish( policy, Some(store), Some(refs), - refs_authority.as_deref_mut(), + refs_authority, None, None, None, diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution.rs index 013163495..5a83d18e8 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution.rs @@ -45,7 +45,7 @@ pub(super) fn dispatch_resolution( Err(e) => return Ok(mk_error(error_tok, "core/pkg/bad-payload", e, Some(op))), }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -151,7 +151,7 @@ pub(super) fn dispatch_resolution( Err(e) => return Ok(mk_error(error_tok, "core/pkg/bad-payload", e, Some(op))), }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -221,7 +221,7 @@ pub(super) fn dispatch_resolution( Ok(result) => result, Err(error) => return Ok(error), }; - let lock_write_path = match sandbox_path_write(&base_dir, &lock_s, false) { + let lock_write_path = match sandbox_atomic_write_target(&base_dir, &lock_s, false) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -314,7 +314,7 @@ pub(super) fn dispatch_resolution( Err(e) => return Ok(mk_error(error_tok, "core/pkg/bad-payload", e, Some(op))), }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -384,7 +384,7 @@ pub(super) fn dispatch_resolution( Ok(result) => result, Err(error) => return Ok(error), }; - let lock_write_path = match sandbox_path_write(&base_dir, &lock_s, false) { + let lock_write_path = match sandbox_atomic_write_target(&base_dir, &lock_s, false) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -469,7 +469,7 @@ pub(super) fn dispatch_resolution( policy, store, refs, - refs_authority.as_deref_mut(), + refs_authority, lock_authority, identity_authority, &mut commit_authority, @@ -480,15 +480,12 @@ pub(super) fn dispatch_resolution( ), "core/pkg-low::verify" => install_verify::handle_pkg_verify( + CommitValidationContext::new(policy, &mut commit_authority, error_tok, op), payload, pol, - policy, store, lock_authority, identity_authority, - &mut commit_authority, - error_tok, - op, ), _ => Ok(mk_error( @@ -540,7 +537,7 @@ fn render_resolved_lock( fn load_lock_model( authority: Option<&mut PkgLockReadAuthority>, - path: &std::path::Path, + path: &crate::runner_io_ops::DocumentRead, error_tok: SealId, op: &str, ) -> Result { @@ -563,7 +560,7 @@ fn load_lock_model( #[cfg(any(test, feature = "parity-oracle"))] { - gc_pkg::GenesisLock::load(path) + read_parity_lock(path) .map_err(|error| mk_error(error_tok, "core/pkg/bad-lock", error.to_string(), Some(op))) } diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify.rs index 23b27746d..a84c4b7e8 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify.rs @@ -71,7 +71,7 @@ pub(super) fn handle_pkg_install( let frozen = payload_pkg_bool(payload, ":frozen").unwrap_or(false); let strict = payload_pkg_bool(payload, ":strict").unwrap_or(false); let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(path) => path, Err(error) => { return Ok(mk_error( @@ -275,15 +275,12 @@ pub(super) fn handle_pkg_install( return Ok(value); } closure_checked = match validate_commit_artifact_closure( + CommitValidationContext::new(policy, commit_authority, error_tok, op), store, - policy, - commit_authority, &step.name, &step.snapshot, commit, true, - error_tok, - op, ) { Ok(count) => count, Err(value) => return Ok(value), @@ -495,28 +492,28 @@ fn is_not_found_error(v: &Value) -> bool { } pub(super) fn handle_pkg_verify( + validation: CommitValidationContext<'_>, payload: &Term, pol: Option<&OpPolicy>, - policy: &CapsPolicy, store: Option<&ArtifactStore>, lock_authority: Option<&mut PkgLockReadAuthority>, identity_authority: Option<&mut PkgResolutionIdentityAuthority>, - commit_authority: &mut Option, - error_tok: SealId, - op: &str, ) -> Result { + let CommitValidationContext { + policy, + commit_authority, + error_tok, + op, + } = validation; let Some(authority) = identity_authority else { #[cfg(any(test, feature = "parity-oracle"))] { return handle_pkg_verify_parity( + CommitValidationContext::new(policy, commit_authority, error_tok, op), payload, pol, - policy, store, lock_authority, - commit_authority, - error_tok, - op, ); } #[cfg(not(any(test, feature = "parity-oracle")))] @@ -539,7 +536,7 @@ pub(super) fn handle_pkg_verify( }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify/parity.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify/parity.rs index 6f6b11f62..858c517ab 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify/parity.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify/parity.rs @@ -30,7 +30,7 @@ pub(super) fn handle_pkg_install_parity( let strict = payload_pkg_bool(payload, ":strict").unwrap_or(false); let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -221,15 +221,12 @@ pub(super) fn handle_pkg_install_parity( return Ok(v); } match validate_commit_artifact_closure( + CommitValidationContext::new(policy, commit_authority, error_tok, op), store, - policy, - commit_authority, name, snapshot_hex, commit_hex, true, - error_tok, - op, ) { Ok(n) => checked = checked.saturating_add(n), Err(v) => return Ok(v), @@ -287,15 +284,18 @@ pub(super) fn handle_pkg_install_parity( } pub(super) fn handle_pkg_verify_parity( + validation: CommitValidationContext<'_>, payload: &Term, pol: Option<&OpPolicy>, - policy: &CapsPolicy, store: Option<&ArtifactStore>, lock_authority: Option<&mut PkgLockReadAuthority>, - commit_authority: &mut Option, - error_tok: SealId, - op: &str, ) -> Result { + let CommitValidationContext { + policy, + commit_authority, + error_tok, + op, + } = validation; let store = store.ok_or_else(|| { EffectsError::Log("missing artifact store for core/pkg-low::verify".to_string()) })?; @@ -304,7 +304,7 @@ pub(super) fn handle_pkg_verify_parity( Err(e) => return Ok(mk_error(error_tok, "core/pkg/bad-payload", e, Some(op))), }; let base_dir = effective_base_dir(pol)?; - let lock_path = match sandbox_path_read(&base_dir, &lock_s) { + let lock_path = match sandbox_document_read(&base_dir, &lock_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -381,15 +381,12 @@ pub(super) fn handle_pkg_verify_parity( } if let Some(commit_hex) = &entry.commit { match validate_commit_artifact_closure( + CommitValidationContext::new(policy, commit_authority, error_tok, op), store, - policy, - commit_authority, name, snapshot_hex, commit_hex, true, - error_tok, - op, ) { Ok(count) => checked = checked.saturating_add(count), Err(error) => return Ok(error), diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/workflow.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/workflow.rs index 97e66a9dd..e0d14cba7 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/workflow.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/workflow.rs @@ -250,15 +250,12 @@ pub(super) fn finalize_workflow( #[cfg(any(test, feature = "parity-oracle"))] { finalize_workflow_parity( + CommitValidationContext::new(policy, commit_authority, error_tok, op), model, workflow, &executed, store, - policy, - commit_authority, strict, - error_tok, - op, )? } #[cfg(not(any(test, feature = "parity-oracle")))] @@ -275,15 +272,12 @@ pub(super) fn finalize_workflow( if strict { validate_locked_entries_strict( + CommitValidationContext::new(policy, commit_authority, error_tok, op), authority, store, - policy, - commit_authority, &model.requirements, &finalized.locked, true, - error_tok, - op, )?; } let rationale_hash = persist_object( diff --git a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/workflow/parity.rs b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/workflow/parity.rs index bc77a8b06..01d0b629d 100644 --- a/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/workflow/parity.rs +++ b/crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/workflow/parity.rs @@ -72,16 +72,19 @@ pub(super) fn plan_workflow_parity( #[cfg(any(test, feature = "parity-oracle"))] pub(super) fn finalize_workflow_parity( + validation: CommitValidationContext<'_>, model: &gc_pkg::GenesisLock, workflow: PkgResolutionWorkflow, executed: &ExecutedWorkflow, store: &ArtifactStore, - policy: &CapsPolicy, - commit_authority: &mut Option, strict: bool, - error_tok: SealId, - op: &str, ) -> Result { + let CommitValidationContext { + policy, + commit_authority, + error_tok, + op, + } = validation; let locked = executed.resolved.clone(); let mut selected_count = 0_u64; let mut updated_count = 0_u64; diff --git a/crates/gc_effects/src/runner_cap_store.rs b/crates/gc_effects/src/runner_cap_store.rs index 4f07fb65b..23110feb7 100644 --- a/crates/gc_effects/src/runner_cap_store.rs +++ b/crates/gc_effects/src/runner_cap_store.rs @@ -207,6 +207,14 @@ pub(super) fn cap_store_get_parity( Some(op), )); } + Err(gc_registry::RegistryError::HashMismatch { .. }) => { + return Ok(mk_error( + error_tok, + "core/store/hash-mismatch", + "remote bytes hash mismatch".to_string(), + Some(op), + )); + } Err(e) => { if format!("{e}").contains("resource-limit:") { return Ok(mk_resource_limit_error( diff --git a/crates/gc_effects/src/runner_cap_store_read.rs b/crates/gc_effects/src/runner_cap_store_read.rs index 7add210a0..9824ff1ca 100644 --- a/crates/gc_effects/src/runner_cap_store_read.rs +++ b/crates/gc_effects/src/runner_cap_store_read.rs @@ -210,19 +210,17 @@ pub(super) fn cap_store_get( Ok(None) => decide(":remote-not-found", None, true, None)?, Err(error) => { let rendered = error.to_string(); - let status = if matches!( - error, - gc_registry::RegistryError::Protocol(ref message) - if message == "store/get: hash mismatch" - ) { - ":remote-hash-mismatch" - } else if rendered.contains("resource-limit:") { - ":remote-resource-limit" - } else if matches!(error, gc_registry::RegistryError::Auth(_)) { - ":remote-auth-error" - } else { - ":remote-error" - }; + let status = + if matches!(error, gc_registry::RegistryError::HashMismatch { .. }) + { + ":remote-hash-mismatch" + } else if rendered.contains("resource-limit:") { + ":remote-resource-limit" + } else if matches!(error, gc_registry::RegistryError::Auth(_)) { + ":remote-auth-error" + } else { + ":remote-error" + }; let message = match status { ":remote-hash-mismatch" => "remote artifact hash mismatch", ":remote-resource-limit" => { diff --git a/crates/gc_effects/src/runner_cap_vcs_low/dispatch_meta.rs b/crates/gc_effects/src/runner_cap_vcs_low/dispatch_meta.rs index c53c575d8..603e0ac9d 100644 --- a/crates/gc_effects/src/runner_cap_vcs_low/dispatch_meta.rs +++ b/crates/gc_effects/src/runner_cap_vcs_low/dispatch_meta.rs @@ -424,7 +424,7 @@ pub(super) fn dispatch_meta( let found = match vcs_find_commit_for_snapshot( store, rdb, - refs_authority.as_deref_mut(), + refs_authority, &mut commit_authority, &sh, ) { diff --git a/crates/gc_effects/src/runner_cap_vcs_low/dispatch_patch_contract/resolve_conflict.rs b/crates/gc_effects/src/runner_cap_vcs_low/dispatch_patch_contract/resolve_conflict.rs index 5b723fc46..b04524976 100644 --- a/crates/gc_effects/src/runner_cap_vcs_low/dispatch_patch_contract/resolve_conflict.rs +++ b/crates/gc_effects/src/runner_cap_vcs_low/dispatch_patch_contract/resolve_conflict.rs @@ -425,7 +425,7 @@ pub(super) fn handle_resolve_conflict( }; if let Some(out_s) = &out_s { let base_dir = effective_base_dir(pol)?; - let out_path = sandbox_path_write( + let out_path = sandbox_atomic_write_target( &base_dir, out_s, pol.map(|p| p.create_dirs).unwrap_or(false), @@ -493,7 +493,7 @@ pub(super) fn handle_resolve_conflict( }; if let Some(out_s) = &out_s { let base_dir = effective_base_dir(pol)?; - let out_path = sandbox_path_write( + let out_path = sandbox_atomic_write_target( &base_dir, out_s, pol.map(|p| p.create_dirs).unwrap_or(false), diff --git a/crates/gc_effects/src/runner_cap_vcs_low/dispatch_snapshot.rs b/crates/gc_effects/src/runner_cap_vcs_low/dispatch_snapshot.rs index 9b7b1011c..6816371ad 100644 --- a/crates/gc_effects/src/runner_cap_vcs_low/dispatch_snapshot.rs +++ b/crates/gc_effects/src/runner_cap_vcs_low/dispatch_snapshot.rs @@ -111,7 +111,7 @@ pub(super) fn dispatch_snapshot( if let Some(out_s) = out_s { let base_dir = effective_base_dir(pol)?; - let out_path = sandbox_path_write( + let out_path = sandbox_atomic_write_target( &base_dir, &out_s, pol.map(|p| p.create_dirs).unwrap_or(false), @@ -203,7 +203,18 @@ pub(super) fn dispatch_snapshot( } } } else { - let patch_path = match sandbox_path_read(&base_dir, &patch_s) { + let limit = match op_extra_positive_usize(pol, "max_bytes") { + Ok(limit) => limit, + Err(message) => { + return Ok(mk_error( + error_tok, + "core/caps/policy-error", + message, + Some(op), + )); + } + }; + let patch_path = match sandbox_document_read(&base_dir, &patch_s) { Ok(p) => p, Err(e) => { return Ok(mk_error( @@ -214,18 +225,37 @@ pub(super) fn dispatch_snapshot( )); } }; - let s = match std::fs::read_to_string(&patch_path) { - Ok(s) => s, - Err(e) => { + let bytes = match patch_path.read_bytes(limit) { + Ok(bytes) => bytes, + Err(FsReadError::LimitExceeded { observed, limit }) => { + return Ok(mk_error( + error_tok, + "core/vcs/patch-too-large", + format!("patch document exceeds max_bytes ({observed} > {limit})"), + Some(op), + )); + } + Err(error) => { return Ok(mk_error( error_tok, "core/vcs/io-error", - e.to_string(), + format!("cannot read patch document: {error:?}"), + Some(op), + )); + } + }; + let s = match std::str::from_utf8(&bytes) { + Ok(text) => text, + Err(error) => { + return Ok(mk_error( + error_tok, + "core/vcs/io-error", + error.to_string(), Some(op), )); } }; - match gc_coreform::parse_term(&s) { + match gc_coreform::parse_term(s) { Ok(t) => t, Err(e) => { return Ok(mk_error( @@ -274,7 +304,7 @@ pub(super) fn dispatch_snapshot( }; if let Some(out_s) = out_s { - let out_path = sandbox_path_write( + let out_path = sandbox_atomic_write_target( &base_dir, &out_s, pol.map(|p| p.create_dirs).unwrap_or(false), @@ -414,7 +444,7 @@ pub(super) fn dispatch_snapshot( if let Some(out_s) = &out_s { let base_dir = effective_base_dir(pol)?; - let out_path = sandbox_path_write( + let out_path = sandbox_atomic_write_target( &base_dir, out_s, pol.map(|p| p.create_dirs).unwrap_or(false), @@ -514,7 +544,7 @@ pub(super) fn dispatch_snapshot( if let Some(out_s) = &out_s { let base_dir = effective_base_dir(pol)?; - let out_path = sandbox_path_write( + let out_path = sandbox_atomic_write_target( &base_dir, out_s, pol.map(|p| p.create_dirs).unwrap_or(false), @@ -556,7 +586,7 @@ pub(super) fn dispatch_snapshot( if let Some(out_s) = &out_s { let base_dir = effective_base_dir(pol)?; - let out_path = sandbox_path_write( + let out_path = sandbox_atomic_write_target( &base_dir, out_s, pol.map(|p| p.create_dirs).unwrap_or(false), diff --git a/crates/gc_effects/src/runner_capability_dispatch.rs b/crates/gc_effects/src/runner_capability_dispatch.rs index 4152d4c7e..26b514bc2 100644 --- a/crates/gc_effects/src/runner_capability_dispatch.rs +++ b/crates/gc_effects/src/runner_capability_dispatch.rs @@ -382,13 +382,12 @@ pub(super) fn call_capability_with_runtime( ), "core/sync::push" => capability_sync_push( + OperationErrorContext { error_tok, op }, payload, pol, policy, store, refs_authority, - error_tok, - op, timeout_ms, ), @@ -657,9 +656,17 @@ pub(super) fn call_capability_with_runtime( let path_s2 = path_s.clone(); let max_read_bytes2 = max_read_bytes; let r = with_timeout_cancellable(ms, move |cancel| { - let path = sandbox_path_read(&base_dir2, &path_s2)?; - let bytes = - read_file_with_optional_limit(&path, max_read_bytes2, Some(&cancel)); + let path = base_dir2.join(&path_s2); + let bytes = crate::rooted_fs::FsRoot::open(&base_dir2) + .and_then(|root| root.open_read(&path_s2)) + .map_err(FsReadError::Io) + .and_then(|file| { + crate::runner_io_ops::read_open_file_with_optional_limit( + file, + max_read_bytes2, + Some(&cancel), + ) + }); Ok((path, bytes)) })?; return Ok(match r { @@ -706,8 +713,17 @@ pub(super) fn call_capability_with_runtime( ), }); } - let path = sandbox_path_read(&base_dir, &path_s)?; - match read_file_with_optional_limit(&path, max_read_bytes, None) { + let path = base_dir.join(&path_s); + match crate::rooted_fs::FsRoot::open(&base_dir) + .and_then(|root| root.open_read(&path_s)) + .map_err(FsReadError::Io) + .and_then(|file| { + crate::runner_io_ops::read_open_file_with_optional_limit( + file, + max_read_bytes, + None, + ) + }) { Ok(bytes) => Ok(Value::data(Term::Bytes(bytes.into()))), Err(FsReadError::Io(e)) => Ok(Value::Sealed { token: error_tok, @@ -746,8 +762,10 @@ pub(super) fn call_capability_with_runtime( let data = payload_data(payload)?; let base_dir = effective_base_dir(pol)?; let create_dirs = pol.is_some_and(|p| p.create_dirs); - let path = sandbox_path_write(&base_dir, &path_s, create_dirs)?; - match write_file_no_follow(&path, &data) { + let path = base_dir.join(&path_s); + match crate::rooted_fs::FsRoot::open(&base_dir) + .and_then(|root| root.write(&path_s, &data, create_dirs)) + { Ok(()) => Ok(Value::data(Term::Nil)), Err(e) => Ok(Value::Sealed { token: error_tok, diff --git a/crates/gc_effects/src/runner_capability_dispatch/fs.rs b/crates/gc_effects/src/runner_capability_dispatch/fs.rs index 584817ef0..6c7bf3728 100644 --- a/crates/gc_effects/src/runner_capability_dispatch/fs.rs +++ b/crates/gc_effects/src/runner_capability_dispatch/fs.rs @@ -3,7 +3,7 @@ use std::collections::BTreeSet; use crate::runner_io_ops::{canonical_path_material, validate_portable_effect_path}; -fn fs_entry_kind(file_type: &std::fs::FileType) -> &'static str { +fn fs_entry_kind(file_type: &crate::rooted_fs::FileType) -> &'static str { if file_type.is_file() { "file" } else if file_type.is_dir() { @@ -36,13 +36,12 @@ pub(super) fn capability_io_fs_stat( ) -> Result { let path_s = payload_path(payload)?; let base_dir = effective_base_dir(pol)?; - let path = sandbox_path_allow_missing(&base_dir, &path_s, false)?; + let path = base_dir.join(&path_s); let Some(rel_path) = fs_rel_display_path(&base_dir, &path) else { return Ok(path_encoding_error(error_tok, op)); }; - let md = match std::fs::symlink_metadata(&path) { - Ok(md) => Some(md), - Err(e) if e.kind() == std::io::ErrorKind::NotFound => None, + let md = match crate::rooted_fs::FsRoot::open(&base_dir).and_then(|root| root.stat(&path_s)) { + Ok(md) => md, Err(e) => { return Ok(Value::Sealed { token: error_tok, @@ -95,16 +94,23 @@ pub(super) fn capability_io_fs_list( ) -> Result { let path_s = payload_path(payload)?; let base_dir = effective_base_dir(pol)?; - let path = sandbox_path_read(&base_dir, &path_s)?; - let read_dir = match std::fs::read_dir(&path) { - Ok(rd) => rd, - Err(e) => { - return Ok(Value::Sealed { - token: error_tok, - payload: Box::new(Value::data(io_error_payload(op, &base_dir, &path, &e))), - }); - } - }; + let requested_path = base_dir.join(&path_s); + let (relative_path, read_dir) = + match crate::rooted_fs::FsRoot::open(&base_dir).and_then(|root| root.list(&path_s)) { + Ok(result) => result, + Err(e) => { + return Ok(Value::Sealed { + token: error_tok, + payload: Box::new(Value::data(io_error_payload( + op, + &base_dir, + &requested_path, + &e, + ))), + }); + } + }; + let path = base_dir.join(relative_path); let mut entries = Vec::new(); let mut canonical_paths = BTreeSet::new(); @@ -118,7 +124,7 @@ pub(super) fn capability_io_fs_list( }); } }; - let entry_path = entry.path(); + let entry_path = path.join(entry.file_name()); let entry_md = match entry.metadata() { Ok(md) => md, Err(e) => { @@ -174,12 +180,9 @@ pub(super) fn capability_io_fs_mkdir( let path_s = payload_path(payload)?; let base_dir = effective_base_dir(pol)?; let create_parents = payload_optional_bool_field(payload, op, ":parents", true)?; - let path = sandbox_path_allow_missing(&base_dir, &path_s, create_parents)?; - let result = if create_parents { - std::fs::create_dir_all(&path) - } else { - std::fs::create_dir(&path) - }; + let path = base_dir.join(&path_s); + let result = crate::rooted_fs::FsRoot::open(&base_dir) + .and_then(|root| root.mkdir(&path_s, create_parents)); match result { Ok(()) => Ok(Value::data(Term::Nil)), Err(e) => Ok(Value::Sealed { @@ -198,30 +201,9 @@ pub(super) fn capability_io_fs_remove( let path_s = payload_path(payload)?; let base_dir = effective_base_dir(pol)?; let recursive = payload_optional_bool_field(payload, op, ":recursive", false)?; - let path = sandbox_path_allow_missing(&base_dir, &path_s, false)?; - let md = match std::fs::symlink_metadata(&path) { - Ok(md) => Some(md), - Err(e) if e.kind() == std::io::ErrorKind::NotFound => None, - Err(e) => { - return Ok(Value::Sealed { - token: error_tok, - payload: Box::new(Value::data(io_error_payload(op, &base_dir, &path, &e))), - }); - } - }; - let Some(md) = md else { - return Ok(Value::data(Term::Nil)); - }; - let file_type = md.file_type(); - let result = if file_type.is_dir() && !file_type.is_symlink() { - if recursive { - std::fs::remove_dir_all(&path) - } else { - std::fs::remove_dir(&path) - } - } else { - std::fs::remove_file(&path) - }; + let path = base_dir.join(&path_s); + let result = + crate::rooted_fs::FsRoot::open(&base_dir).and_then(|root| root.remove(&path_s, recursive)); match result { Ok(()) => Ok(Value::data(Term::Nil)), Err(e) => Ok(Value::Sealed { @@ -244,46 +226,19 @@ pub(super) fn capability_io_fs_rename( let overwrite = payload_optional_bool_field(payload, op, ":overwrite", false)?; let base_dir = effective_base_dir(pol)?; let create_dirs = pol.is_some_and(|p| p.create_dirs); - let from = sandbox_path_read(&base_dir, &from_path)?; - let to = sandbox_path_allow_missing(&base_dir, &to_path, create_dirs)?; - if !overwrite && to.exists() { - return Ok(mk_error( + let from = base_dir.join(&from_path); + let result = crate::rooted_fs::FsRoot::open(&base_dir) + .and_then(|root| root.rename(&from_path, &to_path, overwrite, create_dirs)); + match result { + Ok(()) => Ok(Value::data(Term::Nil)), + Err(e) if !overwrite && e.kind() == std::io::ErrorKind::AlreadyExists => Ok(mk_error( error_tok, "core/caps/policy-error", format!( - "{op} target `{}` already exists; set :overwrite true to allow replacing it", - fs_rel_display_path(&base_dir, &to).unwrap_or_else(|| "".to_string()) + "{op} target `{to_path}` already exists; set :overwrite true to allow replacing it" ), Some(op), - )); - } - let result = if overwrite && to.exists() { - let md = std::fs::symlink_metadata(&to).map_err(|e| Value::Sealed { - token: error_tok, - payload: Box::new(Value::data(io_error_payload(op, &base_dir, &to, &e))), - }); - match md { - Ok(md) => { - let remove_result = if md.file_type().is_dir() && !md.file_type().is_symlink() { - std::fs::remove_dir_all(&to) - } else { - std::fs::remove_file(&to) - }; - if let Err(e) = remove_result { - return Ok(Value::Sealed { - token: error_tok, - payload: Box::new(Value::data(io_error_payload(op, &base_dir, &to, &e))), - }); - } - std::fs::rename(&from, &to) - } - Err(sealed) => return Ok(sealed), - } - } else { - std::fs::rename(&from, &to) - }; - match result { - Ok(()) => Ok(Value::data(Term::Nil)), + )), Err(e) => Ok(Value::Sealed { token: error_tok, payload: Box::new(Value::data(io_error_payload(op, &base_dir, &from, &e))), diff --git a/crates/gc_effects/src/runner_gc_ops.rs b/crates/gc_effects/src/runner_gc_ops.rs index ea8e76735..0e3bfc060 100644 --- a/crates/gc_effects/src/runner_gc_ops.rs +++ b/crates/gc_effects/src/runner_gc_ops.rs @@ -1,15 +1,18 @@ use super::*; pub(super) fn gpk_export_closure_local( + validation: CommitValidationContext<'_>, store: &ArtifactStore, root: &str, opts: GpkClosureOptions<'_>, - policy: &CapsPolicy, - commit_authority: &mut Option, out: &mut std::collections::BTreeSet, - error_tok: SealId, - op: &str, ) -> Result<(), Value> { + let CommitValidationContext { + policy, + commit_authority, + error_tok, + op, + } = validation; use std::collections::{HashSet, VecDeque}; let mut helper_ctx = EvalCtx::new(); @@ -211,10 +214,10 @@ pub(super) fn gc_build_sources( let mut lock_entries_term: Vec = Vec::new(); let mut lock_artifacts_term: BTreeMap = BTreeMap::new(); if include_lock { - let lock_path = sandbox_path_allow_missing(base_dir, lock_s, false).map_err(|error| { + let lock_file = sandbox_optional_document_read(base_dir, lock_s).map_err(|error| { mk_error(error_tok, "core/gc/bad-lock", error.to_string(), Some(op)) })?; - if lock_path.exists() { + if let Some(lock_file) = lock_file { let Some(lock_authority) = lock_authority else { return Err(mk_error( error_tok, @@ -224,7 +227,7 @@ pub(super) fn gc_build_sources( Some(op), )); }; - let bytes = runner_cap_pkg_low::read_bounded_lock(&lock_path) + let bytes = runner_cap_pkg_low::read_bounded_lock(&lock_file) .map_err(|message| mk_error(error_tok, "core/gc/bad-lock", message, Some(op)))?; match lock_authority.read_model_toml(&bytes) { Ok(PkgLockModelDecision::Lock(lk)) => { diff --git a/crates/gc_effects/src/runner_host_bridge.rs b/crates/gc_effects/src/runner_host_bridge.rs index 4c6b4117b..09816a41f 100644 --- a/crates/gc_effects/src/runner_host_bridge.rs +++ b/crates/gc_effects/src/runner_host_bridge.rs @@ -1,5 +1,7 @@ use crate::policy::{AuthorizedMaxBytes, OpPolicy}; -use crate::runner_io_ops::{effective_base_dir, sandbox_path_read}; +#[cfg(not(target_os = "wasi"))] +use crate::runner_io_ops::sandbox_path_read; +use crate::runner_io_ops::{FsReadError, effective_base_dir, sandbox_document_read}; #[cfg(not(target_os = "wasi"))] use crate::runner_process_control::{ configure_killable_process, hard_process_tree_termination_supported, @@ -374,7 +376,7 @@ fn decode_bridge_stdout( )); } - let stdout_s = String::from_utf8(stdout.to_vec()).map_err(|e| BridgeError { + let stdout_s = std::str::from_utf8(stdout).map_err(|e| BridgeError { code: format!("{family}/bridge-stdout-utf8"), message: e.to_string(), })?; diff --git a/crates/gc_effects/src/runner_host_bridge_policy.rs b/crates/gc_effects/src/runner_host_bridge_policy.rs index 4f4d37ae3..b762cfcab 100644 --- a/crates/gc_effects/src/runner_host_bridge_policy.rs +++ b/crates/gc_effects/src/runner_host_bridge_policy.rs @@ -2,10 +2,9 @@ use sha2::{Digest, Sha256}; use super::*; -use crate::policy::{ - AuthorizedBridgeAllowlist, AuthorizedBridgeDigest, AuthorizedBridgeIdentityPolicy, - AuthorizedBridgeTransport, -}; +#[cfg(not(target_os = "wasi"))] +use crate::policy::{AuthorizedBridgeAllowlist, AuthorizedBridgeTransport}; +use crate::policy::{AuthorizedBridgeDigest, AuthorizedBridgeIdentityPolicy}; #[cfg(not(target_os = "wasi"))] #[derive(Debug, Clone, Copy, PartialEq, Eq)] @@ -317,7 +316,9 @@ pub(crate) fn enforce_response_limit( #[cfg(test)] mod authority_tests { use super::*; - use crate::policy::{AuthorizedBridgeAllowlist, AuthorizedBridgeIdentityPolicy}; + use crate::policy::{ + AuthorizedBridgeAllowlist, AuthorizedBridgeIdentityPolicy, AuthorizedBridgeTransport, + }; use std::collections::BTreeMap; fn policy(digest: AuthorizedBridgeDigest, raw: &str) -> OpPolicy { diff --git a/crates/gc_effects/src/runner_host_bridge_wasi.rs b/crates/gc_effects/src/runner_host_bridge_wasi.rs index 64363f439..1b7d7973e 100644 --- a/crates/gc_effects/src/runner_host_bridge_wasi.rs +++ b/crates/gc_effects/src/runner_host_bridge_wasi.rs @@ -12,6 +12,8 @@ fn map_lookup_str_or_sym( fn wasi_bridge_response_for_op( pol: Option<&OpPolicy>, op: &str, + family: &str, + max_bytes: Option, ) -> Result, BridgeError> { let Some(pol) = pol else { return Ok(None); @@ -54,17 +56,61 @@ fn wasi_bridge_response_for_op( code: "wasi/bridge-response-file-path".to_string(), message: e.to_string(), })?; - let file = sandbox_path_read(&base_dir, file_raw).map_err(|e| BridgeError { + // Portable decimal u64 framing header plus its newline; policy bounds the + // complete document body, including an aggregate op-response map. + let wire_limit = max_bytes + .map(|limit| { + limit + .checked_add(u64::MAX.to_string().len() + 1) + .ok_or_else(|| BridgeError { + code: format!("{family}/bridge-policy"), + message: "max_bytes leaves no room for response framing".to_owned(), + }) + }) + .transpose()?; + let file = sandbox_document_read(&base_dir, file_raw).map_err(|e| BridgeError { code: "wasi/bridge-response-file-path".to_string(), message: e.to_string(), })?; - let bytes = std::fs::read(&file).map_err(|e| BridgeError { - code: "wasi/bridge-response-file-read".to_string(), - message: e.to_string(), + let bytes = file.read_bytes(wire_limit).map_err(|e| match e { + FsReadError::LimitExceeded { .. } => BridgeError { + code: format!("{family}/bridge-response-too-large"), + message: "bridge profile document exceeds max_bytes and framing allowance" + .to_owned(), + }, + FsReadError::Io(error) => BridgeError { + code: "wasi/bridge-response-file-read".to_string(), + message: error.to_string(), + }, + FsReadError::Cancelled => BridgeError { + code: "wasi/bridge-response-file-read".to_string(), + message: "document read cancelled".to_owned(), + }, })?; + if let Some(limit) = max_bytes { + let body_len = std::str::from_utf8(&bytes) + .ok() + .and_then(|text| text.split_once('\n')) + .and_then(|(header, body)| { + header + .trim() + .parse::() + .ok() + .filter(|length| *length == body.len()) + }) + .unwrap_or(bytes.len()); + if body_len > limit { + return Err(BridgeError { + code: format!("{family}/bridge-response-too-large"), + message: format!( + "bridge profile document exceeds max_bytes ({body_len} > {limit})" + ), + }); + } + } let parsed = decode_bridge_stdout("wasi", &bytes, None)?; - if let Term::Map(m) = parsed.clone() - && let Some(resp) = map_lookup_str_or_sym(&m, op) + if let Term::Map(ref m) = parsed + && let Some(resp) = map_lookup_str_or_sym(m, op) { return Ok(Some(resp)); } @@ -94,7 +140,7 @@ pub(crate) fn run_wasi_bridge_profile( max_bytes: Option, ) -> Result { runner_host_bridge_policy::enforce_payload_limit(family, payload, max_bytes)?; - let Some(response) = wasi_bridge_response_for_op(pol, op)? else { + let Some(response) = wasi_bridge_response_for_op(pol, op, family, max_bytes)? else { return Err(BridgeError { code: format!("{family}/bridge-wasi-profile-required"), message: format!( @@ -105,3 +151,110 @@ pub(crate) fn run_wasi_bridge_profile( runner_host_bridge_policy::enforce_response_limit(family, &response, max_bytes)?; Ok(response) } + +#[cfg(test)] +mod document_read_controls { + use super::*; + + #[test] + fn profile_document_accepts_exact_body_and_framing_and_preserves_selection() { + let fixture = tempfile::tempdir().unwrap(); + let policy = crate::CapsPolicy::from_toml_str(&format!( + "allow = [\"gpu/compute::limits\"]\n[op.\"gpu/compute::limits\"]\nbase_dir = {:?}\nwasi_bridge_profile = true\nwasi_bridge_response_file = \"response.gc\"\n", + fixture.path().to_str().unwrap() + )).unwrap(); + let operation = "gpu/compute::limits"; + for body in [ + "{:ok true}", + "{gpu/compute::limits {:ok true} other/op {:ok false}}", + ] { + for framed in [false, true] { + let wire = if framed { + format!("{}\n{body}", body.len()) + } else { + body.to_owned() + }; + std::fs::write(fixture.path().join("response.gc"), wire).unwrap(); + assert_eq!( + run_wasi_bridge_profile( + "gpu", + operation, + &Term::Nil, + policy.op_policy(operation), + Some(body.len()) + ) + .unwrap(), + parse_term("{:ok true}").unwrap() + ); + assert_eq!( + run_wasi_bridge_profile( + "gpu", + operation, + &Term::Nil, + policy.op_policy(operation), + Some(body.len() - 1) + ) + .unwrap_err() + .code, + "gpu/bridge-response-too-large" + ); + } + } + std::fs::write( + fixture.path().join("response.gc"), + " {:ok true}", + ) + .unwrap(); + assert_eq!( + run_wasi_bridge_profile( + "gpu", + operation, + &Term::Nil, + policy.op_policy(operation), + Some(10) + ) + .unwrap_err() + .code, + "gpu/bridge-response-too-large" + ); + } + + #[test] + fn profile_file_bounds_transport_before_parsing() { + let fixture = tempfile::tempdir().unwrap(); + let mut bytes = vec![b' '; 1024 * 1024]; + bytes.extend_from_slice(b"{:ok true}"); + std::fs::write(fixture.path().join("response.gc"), bytes).unwrap(); + let policy = crate::CapsPolicy::from_toml_str(&format!( + "allow = [\"gpu/compute::limits\"]\n[op.\"gpu/compute::limits\"]\nbase_dir = {:?}\nwasi_bridge_profile = true\nwasi_bridge_response_file = \"response.gc\"\nmax_bytes = 32\n", + fixture.path().to_str().unwrap() + )).unwrap(); + let error = run_wasi_bridge_profile( + "gpu", + "gpu/compute::limits", + &Term::Nil, + policy.op_policy("gpu/compute::limits"), + Some(32), + ) + .unwrap_err(); + assert_eq!(error.code, "gpu/bridge-response-too-large"); + } + + #[cfg(unix)] + #[test] + fn profile_document_keeps_admitted_file_after_ancestor_replacement() { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path().join("root"); + let outside = fixture.path().join("outside"); + std::fs::create_dir_all(root.join("responses")).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(root.join("responses/response.gc"), "{:inside true}").unwrap(); + std::fs::write(outside.join("response.gc"), "{:outside true}").unwrap(); + let admitted = sandbox_document_read(&root, "responses/response.gc").unwrap(); + std::fs::rename(root.join("responses"), root.join("retained")).unwrap(); + std::os::unix::fs::symlink(&outside, root.join("responses")).unwrap(); + let parsed = + decode_bridge_stdout("wasi", &admitted.read_bytes(Some(64)).unwrap(), None).unwrap(); + assert_eq!(parsed, parse_term("{:inside true}").unwrap()); + } +} diff --git a/crates/gc_effects/src/runner_io_ops.rs b/crates/gc_effects/src/runner_io_ops.rs index 9ca8f6aaa..49b0cccc2 100644 --- a/crates/gc_effects/src/runner_io_ops.rs +++ b/crates/gc_effects/src/runner_io_ops.rs @@ -1,6 +1,4 @@ use std::io::Read; -#[cfg(unix)] -use std::io::Write; #[cfg(target_os = "wasi")] use std::path::Component; use std::path::{Path, PathBuf}; @@ -19,20 +17,19 @@ pub(crate) enum FsReadError { Cancelled, } -pub(crate) fn read_file_with_optional_limit( - path: &Path, +pub(crate) fn read_open_file_with_optional_limit( + mut file: std::fs::File, max_bytes: Option, cancel: Option<&TimeoutCancelToken>, ) -> Result, FsReadError> { let Some(limit) = max_bytes else { - let mut f = std::fs::File::open(path).map_err(FsReadError::Io)?; let mut out = Vec::new(); let mut buf = [0u8; 8 * 1024]; loop { if cancel.is_some_and(|t| t.is_cancelled()) { return Err(FsReadError::Cancelled); } - let n = f.read(&mut buf).map_err(FsReadError::Io)?; + let n = file.read(&mut buf).map_err(FsReadError::Io)?; if n == 0 { break; } @@ -40,14 +37,13 @@ pub(crate) fn read_file_with_optional_limit( } return Ok(out); }; - let mut f = std::fs::File::open(path).map_err(FsReadError::Io)?; let mut out = Vec::new(); let mut buf = [0u8; 8 * 1024]; loop { if cancel.is_some_and(|t| t.is_cancelled()) { return Err(FsReadError::Cancelled); } - let n = f.read(&mut buf).map_err(FsReadError::Io)?; + let n = file.read(&mut buf).map_err(FsReadError::Io)?; if n == 0 { break; } @@ -287,23 +283,98 @@ pub(crate) fn sandbox_path_read(base_dir: &Path, input: &str) -> Result) -> Result, FsReadError> { + let mut file = self.file; + let mut out = Vec::new(); + let mut buffer = [0u8; 8 * 1024]; + loop { + let requested = max_bytes.map_or(buffer.len(), |limit| { + limit + .saturating_sub(out.len()) + .saturating_add(1) + .min(buffer.len()) + }); + let read = file + .read(&mut buffer[..requested]) + .map_err(FsReadError::Io)?; + if read == 0 { + return Ok(out); + } + let observed = out.len().checked_add(read).ok_or_else(|| { + FsReadError::Io(std::io::Error::new( + std::io::ErrorKind::InvalidData, + "document size overflow", + )) + })?; + if let Some(limit) = max_bytes + && observed > limit + { + return Err(FsReadError::LimitExceeded { observed, limit }); + } + out.try_reserve(read).map_err(|_| { + FsReadError::Io(std::io::Error::new( + std::io::ErrorKind::OutOfMemory, + "document allocation failed", + )) + })?; + out.extend_from_slice(&buffer[..read]); } - Ok(canon) } + + pub(crate) fn reader(&self) -> &std::fs::File { + &self.file + } + + #[cfg(any(test, feature = "parity-oracle"))] + pub(crate) fn description(&self) -> &str { + &self.description + } +} + +pub(crate) fn sandbox_document_read( + base_dir: &Path, + input: &str, +) -> Result { + sandbox_optional_document_read(base_dir, input)?.ok_or_else(|| { + std::io::Error::new( + std::io::ErrorKind::NotFound, + "document source does not exist", + ) + .into() + }) +} + +pub(crate) fn sandbox_optional_document_read( + base_dir: &Path, + input: &str, +) -> Result, EffectsError> { + // Root admission is never optional. Only absence below the opened root is. + let root = crate::rooted_fs::FsRoot::open(base_dir)?; + let file = match root.open_document_read(input) { + Ok(file) => file, + Err(error) if error.kind() == std::io::ErrorKind::NotFound => return Ok(None), + Err(error) => return Err(error.into()), + }; + Ok(Some(DocumentRead { + file, + #[cfg(any(test, feature = "parity-oracle"))] + description: input.to_owned(), + })) } pub(crate) fn sandbox_path_write( @@ -327,91 +398,28 @@ pub(crate) fn sandbox_path_write( #[cfg(not(target_os = "wasi"))] { - let candidate = Path::new(input); - let joined = if candidate.is_absolute() { - candidate.to_path_buf() - } else { - base_dir.join(candidate) - }; - - if let Some(parent) = joined.parent() { - if create_dirs { - std::fs::create_dir_all(parent).map_err(|e| { - EffectsError::Log(format!("create dir `{}` failed: {e}", parent.display())) - })?; - } - let parent_canon = std::fs::canonicalize(parent).map_err(|e| { - EffectsError::Log(format!("write parent invalid `{}`: {e}", parent.display())) - })?; - if !parent_canon.starts_with(base_dir) { - return Err(EffectsError::Log(format!( - "write path escapes base_dir: {}", - parent_canon.display() - ))); - } - } - Ok(joined) + Ok(crate::rooted_fs::FsRoot::open(base_dir)?.legacy_path( + input, + false, + true, + create_dirs, + )?) } } -pub(crate) fn atomic_write_text(path: &Path, bytes: &[u8]) -> Result<(), std::io::Error> { - let parent = path - .parent() - .map(Path::to_path_buf) - .unwrap_or_else(|| PathBuf::from(".")); - std::fs::create_dir_all(&parent)?; - let mut sequence = 0u64; - let tmp = loop { - let candidate = parent.join(format!( - ".{}.{}.{}.tmp", - path.file_name().and_then(|s| s.to_str()).unwrap_or("out"), - crate::platform_process_id(), - sequence - )); - sequence = sequence.saturating_add(1); - match std::fs::OpenOptions::new() - .write(true) - .create_new(true) - .open(&candidate) - { - Ok(mut file) => { - use std::io::Write as _; - file.write_all(bytes)?; - break candidate; - } - Err(error) if error.kind() == std::io::ErrorKind::AlreadyExists => continue, - Err(error) => return Err(error), - } - }; - std::fs::rename(&tmp, path)?; - Ok(()) +pub(crate) fn sandbox_atomic_write_target( + base_dir: &Path, + input: &str, + create_dirs: bool, +) -> Result { + Ok(crate::rooted_fs::FsRoot::open(base_dir)?.prepare_atomic_write(input, create_dirs)?) } -pub(crate) fn write_file_no_follow(path: &Path, bytes: &[u8]) -> Result<(), std::io::Error> { - #[cfg(unix)] - { - use std::os::unix::fs::OpenOptionsExt; - - let mut f = std::fs::OpenOptions::new() - .write(true) - .create(true) - .truncate(true) - .custom_flags(libc::O_NOFOLLOW) - .open(path)?; - f.write_all(bytes)?; - f.sync_all()?; - Ok(()) - } - #[cfg(not(unix))] - { - if path.exists() { - let md = std::fs::symlink_metadata(path)?; - if md.file_type().is_symlink() { - return Err(std::io::Error::other("refusing to write through symlink")); - } - } - std::fs::write(path, bytes) - } +pub(crate) fn atomic_write_text( + target: &crate::rooted_fs::AtomicWriteTarget, + bytes: &[u8], +) -> Result<(), std::io::Error> { + target.write(bytes) } pub(crate) fn sandbox_path_allow_missing( @@ -435,32 +443,14 @@ pub(crate) fn sandbox_path_allow_missing( #[cfg(not(target_os = "wasi"))] { - let candidate = Path::new(input); - let full = if candidate.is_absolute() { - candidate.to_path_buf() - } else { - base_dir.join(candidate) - }; - if full.exists() { - return sandbox_path_read(base_dir, input); - } - if let Some(parent) = full.parent() { - if create_dirs { - std::fs::create_dir_all(parent).map_err(|e| { - EffectsError::Log(format!("create dir `{}` failed: {e}", parent.display())) - })?; - } - let canon_parent = std::fs::canonicalize(parent).map_err(|e| { - EffectsError::Log(format!("path parent invalid `{}`: {e}", parent.display())) - })?; - if !canon_parent.starts_with(base_dir) { - return Err(EffectsError::Log(format!( - "path escapes base_dir: {}", - canon_parent.display() - ))); - } - } - Ok(full) + Ok( + crate::rooted_fs::FsRoot::open(base_dir)?.legacy_path( + input, + true, + true, + create_dirs, + )?, + ) } } @@ -468,6 +458,68 @@ pub(crate) fn sandbox_path_allow_missing( mod tests { use super::*; + #[test] + fn document_read_bounds_probe_and_accepts_exact_empty_and_legacy_inputs() { + let fixture = tempfile::tempdir().unwrap(); + let path = fixture.path().join("document"); + std::fs::write(&path, b"1234").unwrap(); + assert_eq!( + sandbox_document_read(fixture.path(), "document") + .unwrap() + .read_bytes(Some(4)) + .unwrap(), + b"1234" + ); + let error = sandbox_document_read(fixture.path(), "document") + .unwrap() + .read_bytes(Some(2)) + .unwrap_err(); + assert!(matches!( + error, + FsReadError::LimitExceeded { + observed: 3, + limit: 2 + } + )); + assert!(matches!( + sandbox_document_read(fixture.path(), "document") + .unwrap() + .read_bytes(Some(0)), + Err(FsReadError::LimitExceeded { + observed: 1, + limit: 0 + }) + )); + assert_eq!( + sandbox_document_read(fixture.path(), path.to_str().unwrap()) + .unwrap() + .read_bytes(None) + .unwrap(), + b"1234" + ); + std::fs::File::create(&path).unwrap(); + assert!( + sandbox_document_read(fixture.path(), "document") + .unwrap() + .read_bytes(Some(0)) + .unwrap() + .is_empty() + ); + std::fs::File::create(&path) + .unwrap() + .set_len(64 * 1024 * 1024) + .unwrap(); + assert!(matches!( + sandbox_document_read(fixture.path(), "document") + .unwrap() + .read_bytes(Some(32)), + Err(FsReadError::LimitExceeded { + observed: 33, + limit: 32 + }) + )); + } + fn map_value_str<'a>(payload: &'a Term, key: &str) -> Option<&'a str> { let Term::Map(m) = payload else { return None; diff --git a/crates/gc_effects/src/runner_remote_ops/policy_auth.rs b/crates/gc_effects/src/runner_remote_ops/policy_auth.rs index ebbad07c5..66ae75c0d 100644 --- a/crates/gc_effects/src/runner_remote_ops/policy_auth.rs +++ b/crates/gc_effects/src/runner_remote_ops/policy_auth.rs @@ -302,6 +302,7 @@ pub(super) fn registry_error_code( ) -> &'static str { match err { gc_registry::RegistryError::Auth(_) => auth_code, + gc_registry::RegistryError::HashMismatch { .. } => "core/sync/hash-mismatch", _ => "core/sync/remote-error", } } diff --git a/crates/gc_effects/src/runner_remote_ops/sync_capabilities.rs b/crates/gc_effects/src/runner_remote_ops/sync_capabilities.rs index 30beb31cd..553283938 100644 --- a/crates/gc_effects/src/runner_remote_ops/sync_capabilities.rs +++ b/crates/gc_effects/src/runner_remote_ops/sync_capabilities.rs @@ -78,15 +78,39 @@ pub(super) fn capability_sync_pull( return Ok(mk_error(error_tok, code, format!("{e}"), Some(op))); } }; + // Preserve the existing per-selector closure bound across one request. + // Staging must not impose a smaller aggregate limit on multiple selectors. + let Some(max_import_objects) = roots + .len() + .checked_add(refnames.len()) + .and_then(|selectors| selectors.checked_mul(50_000)) + else { + return Ok(mk_error( + error_tok, + "core/caps/resource-limit", + "sync import object bound overflow".to_string(), + Some(op), + )); + }; let mut pulled: u64 = 0; let mut already: u64 = 0; let mut heads: Vec = Vec::new(); let mut pending_refs: Vec = Vec::with_capacity(refnames.len()); let mut commit_authority = None; + let mut import = crate::store::ArtifactImport::new( + store, + sp.max_artifact_bytes, + policy + .store + .max_run_bytes + .map(|limit| limit.saturating_sub(budget.store_written_bytes)), + max_import_objects, + ); + for h in &roots { let mut stats = SyncPullStats { - pulled: &mut pulled, + import: &mut import, already: &mut already, store_written_bytes: &mut budget.store_written_bytes, store_max_run_bytes: policy.store.max_run_bytes, @@ -127,7 +151,7 @@ pub(super) fn capability_sync_pull( } }; let mut stats = SyncPullStats { - pulled: &mut pulled, + import: &mut import, already: &mut already, store_written_bytes: &mut budget.store_written_bytes, store_max_run_bytes: policy.store.max_run_bytes, @@ -166,6 +190,10 @@ pub(super) fn capability_sync_pull( )); } + if let Err(error) = import.publish(&mut budget.store_written_bytes, &mut pulled) { + return Ok(sync_import_error(error, error_tok, op)); + } + if !pending_refs.is_empty() { pending_refs.sort_by(|left, right| left.name.cmp(&right.name)); let authority = refs_authority.ok_or_else(|| { @@ -230,15 +258,15 @@ pub(super) fn capability_sync_pull( } pub(super) fn capability_sync_push( + errors: OperationErrorContext<'_>, payload: &Term, pol: Option<&OpPolicy>, policy: &CapsPolicy, store: Option<&ArtifactStore>, refs_authority: Option<&mut RefsAuthority>, - error_tok: SealId, - op: &str, timeout_ms: Option, ) -> Result { + let OperationErrorContext { error_tok, op } = errors; let store = store.ok_or_else(|| { EffectsError::Log("missing artifact store for core/sync::push".to_string()) })?; @@ -314,14 +342,11 @@ pub(super) fn capability_sync_push( let mut commit_authority = None; for h in &roots { match sync_closure_local( + CommitValidationContext::new(policy, &mut commit_authority, error_tok, op), store, h, depth, - policy, - &mut commit_authority, &mut all, - error_tok, - op, ) { Ok(()) => {} Err(v) => return Ok(v), @@ -448,15 +473,18 @@ pub(super) fn capability_sync_push( } pub(super) fn sync_closure_local( + validation: CommitValidationContext<'_>, store: &ArtifactStore, root: &str, depth: u64, - policy: &CapsPolicy, - commit_authority: &mut Option, out: &mut std::collections::BTreeSet, - error_tok: SealId, - op: &str, ) -> Result<(), Value> { + let CommitValidationContext { + policy, + commit_authority, + error_tok, + op, + } = validation; use std::collections::{HashSet, VecDeque}; let mut q: VecDeque<(String, u64)> = VecDeque::new(); q.push_back((root.to_string(), depth)); diff --git a/crates/gc_effects/src/runner_remote_ops/sync_closure_parallel.rs b/crates/gc_effects/src/runner_remote_ops/sync_closure_parallel.rs index be75114eb..e727c876b 100644 --- a/crates/gc_effects/src/runner_remote_ops/sync_closure_parallel.rs +++ b/crates/gc_effects/src/runner_remote_ops/sync_closure_parallel.rs @@ -1,5 +1,5 @@ -pub(super) struct SyncPullStats<'a> { - pub(super) pulled: &'a mut u64, +pub(super) struct SyncPullStats<'a, 'store> { + pub(super) import: &'a mut crate::store::ArtifactImport<'store>, pub(super) already: &'a mut u64, pub(super) store_written_bytes: &'a mut usize, pub(super) store_max_run_bytes: Option, @@ -17,7 +17,7 @@ pub(super) fn sync_pull_closure( depth: u64, policy: &CapsPolicy, commit_authority: &mut Option, - stats: &mut SyncPullStats<'_>, + stats: &mut SyncPullStats<'_, '_>, ) -> Result<(), Value> { use std::collections::{HashSet, VecDeque}; @@ -55,7 +55,13 @@ pub(super) fn sync_pull_closure( let mut missing_hashes: Vec = Vec::new(); for (h, _) in &batch { - if store.path_for(h).exists() { + let staged = stats + .import + .contains(h) + .map_err(|error| sync_import_error(error, stats.error_tok, stats.op))?; + if staged { + *stats.already = stats.already.saturating_add(1); + } else if store.path_for(h).exists() { if store.verify_hex(h).is_err() { return Err(mk_error( stats.error_tok, @@ -78,6 +84,19 @@ pub(super) fn sync_pull_closure( stats.max_artifact_bytes, stats.max_batch_bytes, ); + // Admit each batch into the request-owned overlay. Destination writes + // wait for every requested root/ref closure to finish admission. + let mut planned_bytes = stats + .store_written_bytes + .checked_add(stats.import.staged_bytes()) + .ok_or_else(|| { + mk_error( + stats.error_tok, + "core/caps/resource-limit", + "store artifact byte accounting overflow".to_string(), + Some(stats.op), + ) + })?; for (i, h) in missing_hashes.iter().enumerate() { let bytes = match &dl_results[i] { Ok(b) => b, @@ -105,8 +124,24 @@ pub(super) fn sync_pull_closure( )); } }; + gc_registry::verify_store_object("store/get", h, bytes).map_err(|error| { + mk_error( + stats.error_tok, + registry_error_code(&error, "core/sync/remote-auth"), + error.to_string(), + Some(stats.op), + ) + })?; + planned_bytes = planned_bytes.checked_add(bytes.len()).ok_or_else(|| { + mk_error( + stats.error_tok, + "core/caps/resource-limit", + "store artifact byte accounting overflow".to_string(), + Some(stats.op), + ) + })?; if let Some(limit) = stats.store_max_run_bytes { - let observed = (*stats.store_written_bytes).saturating_add(bytes.len()); + let observed = planned_bytes; if observed > limit { return Err(mk_resource_limit_error( stats.error_tok, @@ -117,32 +152,36 @@ pub(super) fn sync_pull_closure( )); } } - let got = store.put_bytes(bytes).map_err(|e| { + } + for (h, result) in missing_hashes.iter().zip(&dl_results) { + // Every result was admitted above; keep a fallible path rather + // than assuming that a remote cannot return an error. + let bytes = result.as_ref().map_err(|error| { mk_error( stats.error_tok, - "core/store/io-error", - e.to_string(), + registry_error_code(error, "core/sync/remote-auth"), + error.to_string(), Some(stats.op), ) })?; - if got != *h { - return Err(mk_error( - stats.error_tok, - "core/sync/hash-mismatch", - "remote bytes hash mismatch".to_string(), - Some(stats.op), - )); - } - *stats.store_written_bytes = - (*stats.store_written_bytes).saturating_add(bytes.len()); - *stats.pulled = stats.pulled.saturating_add(1); + stats + .import + .stage(h, bytes) + .map_err(|error| sync_import_error(error, stats.error_tok, stats.op))?; } } for (h, dleft) in batch { - let t = match store_get_term(store, &h) { - Ok(t) => t, - Err(_) => continue, + let bytes = stats + .import + .get_bytes(&h) + .map_err(|error| sync_import_error(error, stats.error_tok, stats.op))?; + let t = match std::str::from_utf8(&bytes) + .ok() + .and_then(|text| gc_coreform::parse_term(text).ok()) + { + Some(term) => term, + None => continue, }; // Typed commits are admitted by GenesisCode before their references affect traversal. @@ -214,6 +253,26 @@ pub(super) fn sync_pull_closure( Ok(()) } +pub(super) fn sync_import_error( + error: crate::store::ImportError, + error_tok: SealId, + op: &str, +) -> Value { + let code = match &error { + crate::store::ImportError::ResourceLimit(_) => "core/caps/resource-limit", + crate::store::ImportError::Identity(error) => { + registry_error_code(error, "core/sync/remote-auth") + } + crate::store::ImportError::Store(EffectsError::Log(message)) + if message.contains("artifact store corruption") => + { + "core/store/corruption" + } + _ => "core/store/io-error", + }; + mk_error(error_tok, code, error.to_string(), Some(op)) +} + pub(super) fn sync_parallel_store_get_bytes( client: &gc_registry::RegistryClient, hashes: &[String], diff --git a/crates/gc_effects/src/runner_response_budget.rs b/crates/gc_effects/src/runner_response_budget.rs index 3ddb96136..e987e0a5d 100644 --- a/crates/gc_effects/src/runner_response_budget.rs +++ b/crates/gc_effects/src/runner_response_budget.rs @@ -1,5 +1,11 @@ use super::*; +/// Keeps an operation's error seal and operation identity together across dispatch. +pub(crate) struct OperationErrorContext<'a> { + pub(crate) error_tok: SealId, + pub(crate) op: &'a str, +} + pub(super) fn unseal_effect_request( v: &Value, effect_tok: SealId, @@ -13,6 +19,11 @@ pub(super) fn unseal_effect_request( let Value::EffectRequest(r) = payload.as_ref() else { return Err(EffectsError::BadEffectSeal); }; + // The log's payload identity is a canonical CoreForm hash. Reject raw runtime + // data outside that domain before any caller hashes or dispatches it. This + // is serialization admission, not a capability or replay verdict. + gc_coreform::validate_canonical_term(&r.payload) + .map_err(|error| EffectsError::BadPayload(format!("noncanonical CoreForm: {error}")))?; Ok((r.as_ref().clone(), *token)) } diff --git a/crates/gc_effects/src/runner_vcs_pkg_helpers.rs b/crates/gc_effects/src/runner_vcs_pkg_helpers.rs index cc22be8d2..ffe3e0781 100644 --- a/crates/gc_effects/src/runner_vcs_pkg_helpers.rs +++ b/crates/gc_effects/src/runner_vcs_pkg_helpers.rs @@ -1,5 +1,30 @@ use super::*; +/// Borrowed policy, verifier cache and sealed diagnostic context for commit observations. +/// Constructing this context grants no authority and performs no observation or validation. +pub(crate) struct CommitValidationContext<'a> { + pub(crate) policy: &'a CapsPolicy, + pub(crate) commit_authority: &'a mut Option, + pub(crate) error_tok: SealId, + pub(crate) op: &'a str, +} + +impl<'a> CommitValidationContext<'a> { + pub(crate) fn new( + policy: &'a CapsPolicy, + commit_authority: &'a mut Option, + error_tok: SealId, + op: &'a str, + ) -> Self { + Self { + policy, + commit_authority, + error_tok, + op, + } + } +} + #[path = "runner_vcs_pkg_helpers/pkg_resolution.rs"] mod pkg_resolution; #[path = "runner_vcs_pkg_helpers/vcs_history.rs"] diff --git a/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution.rs b/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution.rs index 51c118725..f93cbadea 100644 --- a/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution.rs +++ b/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution.rs @@ -517,12 +517,10 @@ pub(crate) fn resolve_requirement( Some(op), )); }; - let local_refs_list = RefsAuthority::consumer_list( - refs_authority.as_deref_mut(), - refs, - Some("refs/tags/"), - ) - .map_err(|e| mk_error(error_tok, "core/refs/io-error", e.to_string(), Some(op)))?; + let local_refs_list = + RefsAuthority::consumer_list(refs_authority, refs, Some("refs/tags/")).map_err( + |e| mk_error(error_tok, "core/refs/io-error", e.to_string(), Some(op)), + )?; let local_candidates = collect_semver_candidates(&local_refs_list, &req_range); let mut resolved = select_semver_tag_ref( identity_authority.as_deref_mut(), @@ -753,6 +751,14 @@ pub(crate) fn ensure_artifact_hash_available( Some(op), )); } + Err(gc_registry::RegistryError::HashMismatch { .. }) => { + return Err(mk_error( + error_tok, + "core/store/hash-mismatch", + "remote bytes hash mismatch".to_string(), + Some(op), + )); + } Err(e) => { let code = registry_error_code(&e, "core/store/remote-auth"); return Err(mk_error(error_tok, code, e.to_string(), Some(op))); @@ -779,6 +785,10 @@ pub(crate) fn ensure_artifact_hash_available( } } +#[cfg(test)] +#[path = "pkg_resolution/registry_integrity_tests.rs"] +mod registry_integrity_tests; + #[cfg(test)] mod tests { use super::*; diff --git a/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution/lock_validation.rs b/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution/lock_validation.rs index dfcbf92a2..def42dee2 100644 --- a/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution/lock_validation.rs +++ b/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution/lock_validation.rs @@ -84,16 +84,19 @@ fn compute_requirement_fingerprint_parity( } pub(crate) fn validate_commit_artifact_closure( + validation: CommitValidationContext<'_>, store: &ArtifactStore, - policy: &CapsPolicy, - commit_authority: &mut Option, dep_name: &str, snapshot_hex: &str, commit_hex: &str, require_evidence_for_obligations: bool, - error_tok: SealId, - op: &str, ) -> Result { + let CommitValidationContext { + policy, + commit_authority, + error_tok, + op, + } = validation; let mut checked: u64 = 0; let mut seen: std::collections::BTreeSet = std::collections::BTreeSet::new(); let mut ensure_hash = |h: &str| -> Result<(), Value> { @@ -214,16 +217,19 @@ pub(crate) fn validate_commit_artifact_closure( } pub(crate) fn validate_locked_entries_strict( + validation: CommitValidationContext<'_>, mut identity_authority: Option<&mut PkgResolutionIdentityAuthority>, store: &ArtifactStore, - policy: &CapsPolicy, - commit_authority: &mut Option, requirements: &BTreeMap, locked: &BTreeMap, require_evidence_for_obligations: bool, - error_tok: SealId, - op: &str, ) -> Result<(), Value> { + let CommitValidationContext { + policy, + commit_authority, + error_tok, + op, + } = validation; for (name, le) in locked { let req = requirements.get(name).ok_or_else(|| { mk_error( @@ -416,15 +422,12 @@ pub(crate) fn validate_locked_entries_strict( if let Some(commit_hex) = &le.commit && let Err(v) = validate_commit_artifact_closure( + CommitValidationContext::new(policy, commit_authority, error_tok, op), store, - policy, - commit_authority, name, &le.snapshot, commit_hex, require_evidence_for_obligations, - error_tok, - op, ) { return Err(v); diff --git a/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution/registry_integrity_tests.rs b/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution/registry_integrity_tests.rs new file mode 100644 index 000000000..420287e17 --- /dev/null +++ b/crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution/registry_integrity_tests.rs @@ -0,0 +1,64 @@ +use super::*; + +#[test] +fn package_hydration_preserves_store_mismatch_and_inventory() { + let td = tempfile::tempdir().unwrap(); + let remote_dir = td.path().join("remote"); + let remote = format!("file://{}/", remote_dir.display()); + let expected = hash_bytes_hex(b"honest"); + std::fs::create_dir_all(remote_dir.join("v1/store")).unwrap(); + std::fs::write(remote_dir.join("v1/store").join(&expected), b"corrupt").unwrap(); + let store = ArtifactStore::open(&td.path().join("local")).unwrap(); + let artifact = + std::path::Path::new(env!("CARGO_MANIFEST_DIR")).join("../../selfhost/toolchain.gc"); + let policy = CapsPolicy::from_toml_str_with_selfhost_authority( + &format!( + r#" +allow = ["core/pkg-low::install"] +[store] +remote = "{remote}" +remote_allow = ["{remote}"] +"# + ), + gc_prelude::SelfhostBootstrapMode::ArtifactOnly, + Some(&artifact), + ) + .unwrap(); + let mut context = gc_kernel::EvalCtx::new(); + gc_prelude::build_prelude(&mut context); + let error_token = context.protocol.expect("prelude protocol").error; + let mut budget = ArtifactBudgetState::default(); + let error = ensure_artifact_hash_available( + &store, + &BTreeMap::new(), + None, + &policy, + policy.op_policy("core/pkg-low::install"), + &mut budget, + Some(1000), + &expected, + error_token, + "core/pkg-low::install", + ) + .unwrap_err(); + let Value::Sealed { token, payload } = error else { + panic!("expected sealed error") + }; + assert_eq!(token, error_token); + let Term::Map(fields) = payload.to_plain_term().unwrap() else { + panic!("expected error fields") + }; + assert_eq!( + fields.get(&TermOrdKey(Term::symbol(":error/code"))), + Some(&Term::Str("core/store/hash-mismatch".to_string())) + ); + assert_eq!( + fields.get(&TermOrdKey(Term::symbol(":error/message"))), + Some(&Term::Str("remote bytes hash mismatch".to_string())) + ); + assert_eq!( + std::fs::read_dir(td.path().join("local")).unwrap().count(), + 0 + ); + assert_eq!(budget.store_written_bytes, 0); +} diff --git a/crates/gc_effects/src/store.rs b/crates/gc_effects/src/store.rs index 780db0afc..006924c9b 100644 --- a/crates/gc_effects/src/store.rs +++ b/crates/gc_effects/src/store.rs @@ -66,6 +66,10 @@ struct IntegrityCache { verified: BTreeMap, } +#[path = "store/import.rs"] +mod import; +pub(crate) use import::{ArtifactImport, ImportError}; + impl ArtifactStore { fn env_truthy(name: &str) -> bool { fn is_truthy(value: &str) -> bool { diff --git a/crates/gc_effects/src/store/import.rs b/crates/gc_effects/src/store/import.rs new file mode 100644 index 000000000..5af0e1051 --- /dev/null +++ b/crates/gc_effects/src/store/import.rs @@ -0,0 +1,201 @@ +//! A request-owned import overlay. Remote admission never mutates the destination. +use super::ArtifactStore; +use crate::error::EffectsError; +use std::collections::HashMap; +use std::fs::File; +use std::io::{Read, Seek, SeekFrom, Write}; + +#[derive(Debug, thiserror::Error)] +pub(crate) enum ImportError { + #[error(transparent)] + Io(#[from] std::io::Error), + #[error(transparent)] + Store(#[from] EffectsError), + #[error(transparent)] + Identity(#[from] gc_registry::RegistryError), + #[error("resource-limit: {0}")] + ResourceLimit(&'static str), +} + +#[derive(Clone, Copy)] +struct Range { + offset: u64, + length: usize, +} + +pub(crate) struct ArtifactImport<'a> { + destination: &'a ArtifactStore, + spool: Option, + index: HashMap<[u8; 32], Range>, + order: Vec<[u8; 32]>, + bytes: usize, + max_bytes: Option, + max_artifact_bytes: usize, + max_objects: usize, +} + +impl<'a> ArtifactImport<'a> { + pub(crate) fn new( + destination: &'a ArtifactStore, + max_artifact_bytes: usize, + max_bytes: Option, + max_objects: usize, + ) -> Self { + Self { + destination, + spool: None, + index: HashMap::new(), + order: Vec::new(), + bytes: 0, + max_bytes, + max_artifact_bytes, + max_objects, + } + } + + fn key(hash: &str) -> Result<[u8; 32], ImportError> { + gc_registry::validate_store_hash(hash)?; + blake3::Hash::from_hex(hash) + .map(|hash| *hash.as_bytes()) + .map_err(|_| ImportError::ResourceLimit("content identity conversion failed")) + } + + pub(crate) fn staged_bytes(&self) -> usize { + self.bytes + } + + pub(crate) fn contains(&self, hash: &str) -> Result { + Ok(self.index.contains_key(&Self::key(hash)?)) + } + + pub(crate) fn stage(&mut self, hash: &str, bytes: &[u8]) -> Result<(), ImportError> { + gc_registry::verify_store_object("store/get", hash, bytes)?; + let key = Self::key(hash)?; + if self.index.contains_key(&key) { + return Ok(()); + } + if bytes.len() > self.max_artifact_bytes { + return Err(ImportError::ResourceLimit( + "sync artifact exceeds byte limit", + )); + } + let total = self + .bytes + .checked_add(bytes.len()) + .ok_or(ImportError::ResourceLimit( + "sync import byte accounting overflow", + ))?; + if self.max_bytes.is_some_and(|limit| total > limit) { + return Err(ImportError::ResourceLimit( + "sync import exceeds remaining store byte budget", + )); + } + if self.index.len() >= self.max_objects { + return Err(ImportError::ResourceLimit( + "sync import exceeds object limit", + )); + } + self.index + .try_reserve(1) + .map_err(|_| ImportError::ResourceLimit("sync import index allocation failed"))?; + self.order + .try_reserve(1) + .map_err(|_| ImportError::ResourceLimit("sync import order allocation failed"))?; + if self.spool.is_none() { + self.spool = + Some(crate::rooted_fs::FsRoot::open(self.destination.root_dir())?.scratch_file()?); + } + let spool = self + .spool + .as_mut() + .ok_or(ImportError::ResourceLimit("sync import spool unavailable"))?; + let offset = spool.seek(SeekFrom::End(0))?; + offset + .checked_add(u64::try_from(bytes.len()).map_err(|_| { + ImportError::ResourceLimit("sync import offset conversion overflow") + })?) + .ok_or(ImportError::ResourceLimit("sync import offset overflow"))?; + spool.write_all(bytes)?; + self.index.insert( + key, + Range { + offset, + length: bytes.len(), + }, + ); + self.order.push(key); + self.bytes = total; + Ok(()) + } + + fn read_range(&mut self, key: [u8; 32], range: Range) -> Result, ImportError> { + let mut bytes = Vec::new(); + bytes + .try_reserve_exact(range.length) + .map_err(|_| ImportError::ResourceLimit("sync import read allocation failed"))?; + bytes.resize(range.length, 0); + let spool = self + .spool + .as_mut() + .ok_or(ImportError::ResourceLimit("sync import spool unavailable"))?; + spool.seek(SeekFrom::Start(range.offset))?; + spool.read_exact(&mut bytes)?; + let hash = blake3::Hash::from_bytes(key).to_hex(); + gc_registry::verify_store_object("sync/import", hash.as_str(), &bytes)?; + Ok(bytes) + } + + pub(crate) fn get_bytes(&mut self, hash: &str) -> Result, ImportError> { + let key = Self::key(hash)?; + match self.index.get(&key).copied() { + Some(range) => self.read_range(key, range), + None => Ok(self.destination.get_bytes(hash)?), + } + } + + /// All remote and semantic admission must finish before calling this. + /// Preflight every spool range before the first destination write. A later + /// destination I/O failure can retain verified objects; no existing object + /// is deleted to simulate rollback. Charge each completed logical write. + pub(crate) fn publish( + mut self, + written: &mut usize, + pulled: &mut u64, + ) -> Result<(), ImportError> { + written + .checked_add(self.bytes) + .ok_or(ImportError::ResourceLimit( + "store artifact byte accounting overflow", + ))?; + for i in 0..self.order.len() { + let key = self.order[i]; + let range = *self + .index + .get(&key) + .ok_or(ImportError::ResourceLimit("sync import range unavailable"))?; + self.read_range(key, range)?; + } + for i in 0..self.order.len() { + let key = self.order[i]; + let range = *self + .index + .get(&key) + .ok_or(ImportError::ResourceLimit("sync import range unavailable"))?; + let bytes = self.read_range(key, range)?; + let hash = blake3::Hash::from_bytes(key).to_hex(); + let installed = self.destination.put_bytes(&bytes)?; + if installed != hash.as_str() { + return Err(ImportError::ResourceLimit( + "store import identity contradiction", + )); + } + *written += range.length; + *pulled = pulled.saturating_add(1); + } + Ok(()) + } +} + +#[cfg(test)] +#[path = "import_tests.rs"] +mod tests; diff --git a/crates/gc_effects/src/store/import_tests.rs b/crates/gc_effects/src/store/import_tests.rs new file mode 100644 index 000000000..841e9d6a1 --- /dev/null +++ b/crates/gc_effects/src/store/import_tests.rs @@ -0,0 +1,229 @@ +use super::*; + +fn hash(bytes: &[u8]) -> String { + blake3::hash(bytes).to_hex().to_string() +} + +fn inventory(path: &std::path::Path) -> std::collections::BTreeMap> { + std::fs::read_dir(path) + .unwrap() + .map(|entry| { + let entry = entry.unwrap(); + (entry.file_name(), std::fs::read(entry.path()).unwrap()) + }) + .collect() +} + +#[test] +fn rejected_and_dropped_imports_preserve_existing_inventory() { + let td = tempfile::tempdir().unwrap(); + let store = ArtifactStore::open(td.path()).unwrap(); + let retained = store.put_bytes(b"retained").unwrap(); + let before = inventory(td.path()); + let mut import = ArtifactImport::new(&store, 32, Some(64), 4); + import.stage(&hash(b"honest"), b"honest").unwrap(); + assert_eq!(import.get_bytes(&hash(b"honest")).unwrap(), b"honest"); + assert_eq!(import.get_bytes(&retained).unwrap(), b"retained"); + assert!(matches!( + import.stage(&hash(b"expected"), b"wrong"), + Err(ImportError::Identity( + gc_registry::RegistryError::HashMismatch { .. } + )) + )); + drop(import); + assert_eq!(inventory(td.path()), before); +} + +#[test] +fn import_limits_precede_destination_mutation_and_duplicate_accounting() { + let td = tempfile::tempdir().unwrap(); + let store = ArtifactStore::open(td.path()).unwrap(); + let mut import = ArtifactImport::new(&store, 4, Some(4), 1); + import.stage(&hash(b"four"), b"four").unwrap(); + import.stage(&hash(b"four"), b"four").unwrap(); + assert_eq!(import.staged_bytes(), 4); + assert!(matches!( + import.stage(&hash(b"x"), b"x"), + Err(ImportError::ResourceLimit(_)) + )); + assert!(matches!( + import.stage(&hash(b"five!"), b"five!"), + Err(ImportError::ResourceLimit(_)) + )); + drop(import); + assert!(inventory(td.path()).is_empty()); + let mut objects = ArtifactImport::new(&store, 4, Some(32), 1); + objects.stage(&hash(b"a"), b"a").unwrap(); + assert!(matches!( + objects.stage(&hash(b"b"), b"b"), + Err(ImportError::ResourceLimit(_)) + )); + drop(objects); + assert!(inventory(td.path()).is_empty()); +} + +#[test] +fn spool_corruption_is_preflighted_before_any_installation() { + let td = tempfile::tempdir().unwrap(); + let store = ArtifactStore::open(td.path()).unwrap(); + let mut import = ArtifactImport::new(&store, 32, Some(64), 4); + import.stage(&hash(b"first"), b"first").unwrap(); + import.stage(&hash(b"second"), b"second").unwrap(); + let range = import.index[blake3::hash(b"second").as_bytes()]; + let file = import.spool.as_mut().unwrap(); + file.seek(SeekFrom::Start(range.offset)).unwrap(); + file.write_all(b"broken").unwrap(); + let (mut written, mut pulled) = (7, 0); + assert!(matches!( + import.publish(&mut written, &mut pulled), + Err(ImportError::Identity( + gc_registry::RegistryError::HashMismatch { .. } + )) + )); + assert_eq!((written, pulled), (7, 0)); + assert!(inventory(td.path()).is_empty()); +} + +#[test] +fn admitted_import_preserves_concurrent_identical_objects_and_charges_completed_writes() { + let td = tempfile::tempdir().unwrap(); + let store = ArtifactStore::open(td.path()).unwrap(); + let mut import = ArtifactImport::new(&store, 32, Some(64), 4); + import.stage(&hash(b"first"), b"first").unwrap(); + import.stage(&hash(b"second"), b"second").unwrap(); + let existing = store.put_bytes(b"second").unwrap(); + #[cfg(unix)] + let inode = { + use std::os::unix::fs::MetadataExt; + std::fs::metadata(store.path_for(&existing)).unwrap().ino() + }; + let (mut written, mut pulled) = (7, 0); + import.publish(&mut written, &mut pulled).unwrap(); + assert_eq!((written, pulled), (18, 2)); + assert_eq!(store.get_bytes(&hash(b"first")).unwrap(), b"first"); + assert_eq!(store.get_bytes(&existing).unwrap(), b"second"); + #[cfg(unix)] + { + use std::os::unix::fs::MetadataExt; + assert_eq!( + std::fs::metadata(store.path_for(&existing)).unwrap().ino(), + inode + ); + } + assert_eq!(inventory(td.path()).len(), 2); +} + +#[test] +fn malformed_names_never_reach_destination_path_lookup() { + let td = tempfile::tempdir().unwrap(); + let store = ArtifactStore::open(td.path()).unwrap(); + let mut import = ArtifactImport::new(&store, 32, Some(64), 4); + for name in ["../outside", "", &"A".repeat(64), &"0".repeat(63)] { + assert!(matches!( + import.contains(name), + Err(ImportError::Identity(gc_registry::RegistryError::Protocol( + _ + ))) + )); + assert!(matches!( + import.get_bytes(name), + Err(ImportError::Identity(gc_registry::RegistryError::Protocol( + _ + ))) + )); + } + assert!(inventory(td.path()).is_empty()); +} + +#[test] +fn publication_io_failure_charges_earlier_completed_writes_without_deleting_them() { + let td = tempfile::tempdir().unwrap(); + let store = ArtifactStore::open(td.path()).unwrap(); + let mut import = ArtifactImport::new(&store, 32, Some(64), 4); + import.stage(&hash(b"first"), b"first").unwrap(); + import.stage(&hash(b"second"), b"second").unwrap(); + std::fs::create_dir(store.path_for(&hash(b"second"))).unwrap(); + let (mut written, mut pulled) = (7, 0); + assert!(import.publish(&mut written, &mut pulled).is_err()); + assert_eq!((written, pulled), (12, 1)); + assert_eq!(store.get_bytes(&hash(b"first")).unwrap(), b"first"); + assert!(store.path_for(&hash(b"second")).is_dir()); + assert!(std::fs::read_dir(td.path()).unwrap().all(|entry| { + !entry + .unwrap() + .file_name() + .to_string_lossy() + .starts_with(".genesis-import") + })); +} + +#[test] +fn empty_objects_and_exact_byte_budget_publish_without_duplicate_growth() { + let td = tempfile::tempdir().unwrap(); + let store = ArtifactStore::open(td.path()).unwrap(); + let mut import = ArtifactImport::new(&store, 4, Some(4), 2); + import.stage(&hash(b""), b"").unwrap(); + import.stage(&hash(b"four"), b"four").unwrap(); + import.stage(&hash(b""), b"").unwrap(); + let (mut written, mut pulled) = (0, 0); + import.publish(&mut written, &mut pulled).unwrap(); + assert_eq!((written, pulled), (4, 2)); + assert_eq!(store.get_bytes(&hash(b"")).unwrap(), b""); + assert_eq!(store.get_bytes(&hash(b"four")).unwrap(), b"four"); +} + +#[cfg(unix)] +#[test] +fn native_and_wasi_descriptor_spools_preserve_occupied_links_and_held_roots() { + use std::os::unix::fs::symlink; + type Acquire = fn(&std::path::Path) -> std::io::Result; + let acquire: [Acquire; 2] = [ + |path| crate::rooted_fs::FsRoot::open(path)?.scratch_file(), + |path| crate::wasi_rooted_descriptor_controls::FsRoot::open(path)?.scratch_file(), + ]; + for acquire in acquire { + let td = tempfile::tempdir().unwrap(); + let outside = tempfile::tempdir().unwrap(); + std::fs::write(outside.path().join("retained"), b"retained").unwrap(); + let collision = td.path().join(format!( + ".genesis-import.{}.0.tmp", + crate::platform_process_id() + )); + symlink(outside.path().join("retained"), &collision).unwrap(); + let mut file = acquire(td.path()).unwrap(); + file.write_all(b"private").unwrap(); + file.seek(SeekFrom::Start(0)).unwrap(); + let mut body = String::new(); + file.read_to_string(&mut body).unwrap(); + assert_eq!(body, "private"); + drop(file); + assert_eq!(std::fs::read_dir(td.path()).unwrap().count(), 1); + assert_eq!( + std::fs::read_link(collision).unwrap(), + outside.path().join("retained") + ); + assert_eq!( + std::fs::read(outside.path().join("retained")).unwrap(), + b"retained" + ); + } + let td = tempfile::tempdir().unwrap(); + let inside = td.path().join("inside"); + let held = td.path().join("held"); + let outside = td.path().join("outside"); + std::fs::create_dir(&inside).unwrap(); + std::fs::create_dir(&outside).unwrap(); + let native = crate::rooted_fs::FsRoot::open(&inside).unwrap(); + let wasi = crate::wasi_rooted_descriptor_controls::FsRoot::open(&inside).unwrap(); + std::fs::rename(&inside, &held).unwrap(); + symlink(&outside, &inside).unwrap(); + for mut file in [native.scratch_file().unwrap(), wasi.scratch_file().unwrap()] { + file.write_all(b"held").unwrap(); + file.seek(SeekFrom::Start(0)).unwrap(); + let mut body = String::new(); + file.read_to_string(&mut body).unwrap(); + assert_eq!(body, "held"); + } + assert_eq!(std::fs::read_dir(&held).unwrap().count(), 0); + assert_eq!(std::fs::read_dir(&outside).unwrap().count(), 0); +} diff --git a/crates/gc_effects/src/store_authority.rs b/crates/gc_effects/src/store_authority.rs index 547e40831..0e6a6c5e1 100644 --- a/crates/gc_effects/src/store_authority.rs +++ b/crates/gc_effects/src/store_authority.rs @@ -1,6 +1,6 @@ use std::collections::BTreeMap; -use gc_coreform::{Term, TermOrdKey, hash_term, print_term}; +use gc_coreform::{Term, TermOrdKey, hash_term_checked, print_term}; use gc_kernel::{Apply, EvalCtx, MemLimits, Value}; use gc_prelude::{build_prelude, load_selfhost_coreform_toolchain_v1_with_mode}; use num_traits::ToPrimitive; @@ -114,7 +114,8 @@ impl StoreAuthority { authority: Value, request: Term, ) -> Result<(Term, [u8; 32]), EffectsError> { - let request_hash = hash_term(&request); + let request_hash = hash_term_checked(&request) + .map_err(|error| authority_error(format!("noncanonical request: {error}")))?; self.context.reset_counters(); self.context.step_limit = Some(STEP_LIMIT); let value = authority diff --git a/crates/gc_effects/tests/coreform_canonical_admission.rs b/crates/gc_effects/tests/coreform_canonical_admission.rs new file mode 100644 index 000000000..35c55f748 --- /dev/null +++ b/crates/gc_effects/tests/coreform_canonical_admission.rs @@ -0,0 +1,285 @@ +//! Explicit source parity harness; never a production frontend fallback. +use gc_coreform::{Term, TermOrdKey, parse_module, validate_canonical_term}; +use gc_kernel::{Env, EvalCtx, Value, eval_module, eval_module_compiled}; +use gc_prelude::build_prelude; +use std::collections::BTreeMap; + +fn printer_context(compiled: bool) -> (EvalCtx, Env) { + let mut context = EvalCtx::with_step_limit(Some(2_000_000)); + let mut env = build_prelude(&mut context).env; + let source = [ + include_str!("../../../selfhost/printer/00_core_single_line.gc"), + include_str!("../../../selfhost/printer/01_single_line_list.gc"), + include_str!("../../../selfhost/printer/02_fmt_structured.gc"), + include_str!("../../../selfhost/printer/03_fmt_list_module.gc"), + include_str!("../../../selfhost/hash.gc"), + ] + .join("\n"); + let forms = parse_module(&source).unwrap(); + if compiled { + eval_module_compiled(&mut context, &mut env, &forms) + } else { + eval_module(&mut context, &mut env, &forms) + } + .unwrap(); + context.reset_counters(); + (context, env) +} + +#[test] +fn selfhost_printer_matches_checked_canonical_domain_for_all_container_edges() { + let proper = gc_coreform::parse_term("(pair )").unwrap(); + let improper = Term::Pair(Box::new(Term::Int(1.into())), Box::new(Term::Int(2.into()))); + let invalid_symbol = Term::Symbol("true".into()); + let mut bad_key = BTreeMap::new(); + bad_key.insert(TermOrdKey(invalid_symbol.clone()), Term::Nil); + let mut bad_value = BTreeMap::new(); + bad_value.insert(TermOrdKey(Term::symbol(":key")), improper.clone()); + let cases = [ + proper, + improper.clone(), + invalid_symbol.clone(), + Term::list(vec![improper.clone()]), + Term::Vector(vec![invalid_symbol]), + Term::Map(bad_key), + Term::Map(bad_value), + ]; + for compiled in [false, true] { + let (mut context, mut env) = printer_context(compiled); + let error_token = context.protocol.unwrap().error; + let forms = parse_module("(selfhost/printer::print-term admission/input)").unwrap(); + let hash_forms = parse_module("(selfhost/hash::hash-term admission/input)").unwrap(); + for term in &cases { + env.set_local("admission/input", Value::data(term.clone())); + context.reset_counters(); + let result = if compiled { + eval_module_compiled(&mut context, &mut env, &forms) + } else { + eval_module(&mut context, &mut env, &forms) + } + .unwrap(); + if validate_canonical_term(term).is_ok() { + assert!( + matches!(result.as_data(), Some(Term::Str(text)) if text == &gc_coreform::print_term_checked(term).unwrap()) + ); + } else { + assert!( + matches!(result, Value::Sealed { token, .. } if token == error_token), + "compiled={compiled}: {result:?}" + ); + } + context.reset_counters(); + let result = if compiled { + eval_module_compiled(&mut context, &mut env, &hash_forms) + } else { + eval_module(&mut context, &mut env, &hash_forms) + } + .unwrap(); + if let Ok(hash) = gc_coreform::hash_term_checked(term) { + let expected = hash + .iter() + .map(|byte| format!("{byte:02x}")) + .collect::(); + assert!(matches!(result.as_data(), Some(Term::Str(text)) if text == &expected)); + } else { + assert!(matches!(result, Value::Sealed { token, .. } if token == error_token)); + } + } + } +} + +#[test] +fn effect_boundary_rejects_noncanonical_payload_before_policy_or_identity() { + let workspace = tempfile::tempdir().unwrap(); + let caps = workspace.path().join("caps.toml"); + std::fs::write(&caps, "allow = []\n[store]\ndir = './store'\n").unwrap(); + let policy = gc_effects::CapsPolicy::load(&caps).unwrap(); + let improper = Term::Pair(Box::new(Term::Int(1.into())), Box::new(Term::Int(2.into()))); + let mut bad_key = BTreeMap::new(); + bad_key.insert(TermOrdKey(Term::Symbol("true".into())), Term::Nil); + let forms = parse_module( + "(core/effect::perform 'core/store::put {:artifact admission/input} (fn (r) (core/effect::pure r)))", + ).unwrap(); + for compiled in [false, true] { + for input in [ + improper.clone(), + Term::Symbol("true".into()), + Term::list(vec![improper.clone()]), + Term::Vector(vec![improper.clone()]), + Term::Map(bad_key.clone()), + ] { + let mut context = EvalCtx::with_step_limit(Some(1000)); + let mut env = build_prelude(&mut context).env; + env.set_local("admission/input", Value::data(input)); + let program = if compiled { + eval_module_compiled(&mut context, &mut env, &forms) + } else { + eval_module(&mut context, &mut env, &forms) + } + .unwrap(); + let result = gc_effects::run( + &mut context, + &policy, + program, + gc_coreform::hash_module(&forms), + "admission-test".into(), + ); + assert!( + matches!(result, Err(gc_effects::EffectsError::BadPayload(_))), + "compiled={compiled}" + ); + assert!( + std::fs::read_dir(workspace.path().join("store")) + .unwrap() + .next() + .is_none() + ); + } + } +} + +fn effect_program(forms: &[Term], input: Term, compiled: bool) -> (EvalCtx, Value) { + let mut context = EvalCtx::with_step_limit(Some(2000)); + let mut env = build_prelude(&mut context).env; + env.set_local("admission/input", Value::data(input)); + context.reset_counters(); + let program = if compiled { + eval_module_compiled(&mut context, &mut env, forms) + } else { + eval_module(&mut context, &mut env, forms) + } + .unwrap(); + (context, program) +} + +#[test] +fn admitted_artifact_roundtrips_store_and_strict_replay_in_both_tiers() { + use gc_effects::{CapsPolicy, EffectsError, replay_with_selfhost_authority, run}; + use gc_prelude::SelfhostBootstrapMode; + let artifact = std::env::var_os("GENESIS_TEST_SELFHOST_ARTIFACT") + .map(std::path::PathBuf::from) + .unwrap_or_else(|| { + std::path::Path::new(env!("CARGO_MANIFEST_DIR")).join("../../selfhost/toolchain.gc") + }); + let workspace = tempfile::tempdir().unwrap(); + let caps = workspace.path().join("caps.toml"); + std::fs::write( + &caps, + "allow = ['core/store::put', 'core/store::get']\n[store]\ndir = './store'\n", + ) + .unwrap(); + let policy = CapsPolicy::load_with_selfhost_authority( + &caps, + SelfhostBootstrapMode::ArtifactOnly, + Some(&artifact), + ) + .unwrap(); + // This is valid, historical v0.2 data. It must never be confused with the + // old diagnostic placeholder for an improper runtime pair. + let input = gc_coreform::parse_term("{:data [(pair ) true (a . b)]}").unwrap(); + let bytes = gc_coreform::print_term_checked(&input) + .unwrap() + .into_bytes(); + let hash = blake3::hash(&bytes).to_hex().to_string(); + let put_forms = parse_module( + "(core/effect::perform 'core/store::put {:artifact admission/input} (fn (r) (core/effect::pure r)))", + ).unwrap(); + let get_forms = parse_module(&format!( + "(core/effect::perform 'core/store::get {{:hash \"{hash}\"}} (fn (r) (core/effect::pure r)))", + )).unwrap(); + let mut previous_continuation = None; + for compiled in [false, true] { + let (mut context, program) = effect_program(&put_forms, input.clone(), compiled); + let put = run( + &mut context, + &policy, + program, + gc_coreform::hash_module(&put_forms), + "admission-test".into(), + ) + .unwrap(); + let Some(Term::Map(result)) = put.value.as_data() else { + panic!("store put failed"); + }; + assert_eq!( + result.get(&TermOrdKey(Term::symbol(":hash"))), + Some(&Term::Str(hash.clone())) + ); + assert_eq!( + std::fs::read(workspace.path().join("store").join(&hash)).unwrap(), + bytes + ); + if let Some(previous) = previous_continuation { + assert_eq!( + put.log.entries[0].cont_h, previous, + "continuation identity must agree across tiers" + ); + } + previous_continuation = Some(put.log.entries[0].cont_h); + + let (mut context, program) = effect_program(&get_forms, Term::Nil, compiled); + let get = run( + &mut context, + &policy, + program, + gc_coreform::hash_module(&get_forms), + "admission-test".into(), + ) + .unwrap(); + let Some(Term::Map(result)) = get.value.as_data() else { + panic!("store get failed"); + }; + assert_eq!( + result.get(&TermOrdKey(Term::symbol(":artifact"))), + Some(&input) + ); + let (mut context, program) = effect_program(&get_forms, Term::Nil, compiled); + let replayed = replay_with_selfhost_authority( + &mut context, + program, + &get.log, + None, + get.log.program_hash, + SelfhostBootstrapMode::ArtifactOnly, + Some(&artifact), + ) + .unwrap(); + assert_eq!(replayed.as_data(), get.value.as_data()); + + let improper = Term::Pair(Box::new(Term::Int(1.into())), Box::new(Term::Int(2.into()))); + let (mut context, program) = effect_program(&put_forms, improper.clone(), compiled); + assert!(matches!( + run( + &mut context, + &policy, + program, + put.log.program_hash, + "admission-test".into() + ), + Err(EffectsError::BadPayload(_)) + )); + let (mut context, program) = effect_program(&put_forms, improper, compiled); + assert!(matches!( + replay_with_selfhost_authority( + &mut context, + program, + &put.log, + None, + put.log.program_hash, + SelfhostBootstrapMode::ArtifactOnly, + Some(&artifact), + ), + Err(EffectsError::BadPayload(_)) + )); + assert_eq!( + std::fs::read_dir(workspace.path().join("store")) + .unwrap() + .count(), + 1 + ); + assert_eq!( + std::fs::read(workspace.path().join("store").join(&hash)).unwrap(), + bytes + ); + } +} diff --git a/crates/gc_effects/tests/document_reader_security.rs b/crates/gc_effects/tests/document_reader_security.rs new file mode 100644 index 000000000..0cb6eab68 --- /dev/null +++ b/crates/gc_effects/tests/document_reader_security.rs @@ -0,0 +1,24 @@ +#![cfg(unix)] +//! Local source-bound public controls, not independent host qualification. +#[path = "support/document_reader_controls.rs"] +mod document_reader_controls; + +#[test] +fn native_patch_and_profile_document_reads_preserve_authority_and_limits() { + for compiled in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path().join("root"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&root).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(outside.join("patch.gc"), "{:type :vcs/patch :v 1 :ops []}").unwrap(); + std::os::unix::fs::symlink(&outside, root.join("escape")).unwrap(); + let artifact = + std::path::Path::new(env!("CARGO_MANIFEST_DIR")).join("../../selfhost/toolchain.gc"); + document_reader_controls::controls(&root, &artifact, compiled); + assert_eq!( + std::fs::read_to_string(outside.join("patch.gc")).unwrap(), + "{:type :vcs/patch :v 1 :ops []}" + ); + } +} diff --git a/crates/gc_effects/tests/fs_entry_security.rs b/crates/gc_effects/tests/fs_entry_security.rs new file mode 100644 index 000000000..1b37499c6 --- /dev/null +++ b/crates/gc_effects/tests/fs_entry_security.rs @@ -0,0 +1,633 @@ +#![cfg(unix)] +//! Source-bound host safety controls; not a host qualification or native oracle. +use gc_coreform::{hash_module, parse_module}; +use gc_effects::{CapsPolicy, run}; +use gc_kernel::{EvalCtx, Value, eval_module, eval_module_compiled}; +use gc_prelude::build_prelude; +use std::collections::BTreeMap; +use std::os::unix::fs::MetadataExt; +use std::path::Path; + +type EntrySnapshot = (u64, u64, Vec); + +fn snapshot(root: &Path) -> BTreeMap { + fn walk(root: &Path, path: &Path, out: &mut BTreeMap) { + let metadata = std::fs::symlink_metadata(path).unwrap(); + let identity = path.strip_prefix(root).unwrap().to_path_buf(); + if metadata.file_type().is_symlink() { + out.insert( + identity, + ( + metadata.dev(), + metadata.ino(), + format!("link:{:?}", std::fs::read_link(path).unwrap()).into_bytes(), + ), + ); + } else if metadata.is_dir() { + out.insert( + identity, + (metadata.dev(), metadata.ino(), b"directory".to_vec()), + ); + for entry in std::fs::read_dir(path).unwrap() { + walk(root, &entry.unwrap().path(), out); + } + } else { + out.insert( + identity, + (metadata.dev(), metadata.ino(), std::fs::read(path).unwrap()), + ); + } + } + let mut out = BTreeMap::new(); + walk(root, root, &mut out); + out +} + +fn perform( + base: &Path, + operation: &str, + payload: &str, + compiled: bool, +) -> Result { + let policy = CapsPolicy::from_toml_str(&format!( + "allow = [\"{operation}\"]\n[op.\"{operation}\"]\nbase_dir = {:?}\ncreate_dirs = true\n", + base.to_str().unwrap() + )) + .unwrap(); + let forms = parse_module(&format!( + "(core/effect::perform '{operation} {payload} (fn (response) (core/effect::pure response)))" + )) + .unwrap(); + let mut context = EvalCtx::with_step_limit(Some(2_000_000)); + let mut env = build_prelude(&mut context).env; + let program = if compiled { + eval_module_compiled(&mut context, &mut env, &forms) + } else { + eval_module(&mut context, &mut env, &forms) + } + .unwrap(); + run( + &mut context, + &policy, + program, + hash_module(&forms), + "fs-entry-security".to_string(), + ) + .map(|result| result.value) +} + +#[test] +fn rejected_escaping_ancestor_never_creates_directories_for_any_mutator() { + let mut violations = Vec::new(); + for compiled in [false, true] { + for (operation, payload) in [ + ( + "io/fs::write", + "{:path \"escape/new/entry\" :data \"forbidden\"}", + ), + ("io/fs::mkdir", "{:path \"escape/new/entry\" :parents true}"), + ( + "io/fs::rename", + "{:from \"source\" :to \"escape/new/entry\" :overwrite true}", + ), + ] { + let fixture = tempfile::tempdir().unwrap(); + let sandbox = fixture.path().join("sandbox"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&sandbox).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(sandbox.join("source"), b"retained source").unwrap(); + std::os::unix::fs::symlink(&outside, sandbox.join("escape")).unwrap(); + let before = (snapshot(&sandbox), snapshot(&outside)); + let result = perform(&sandbox, operation, payload, compiled); + let denied = result.is_err() || matches!(result, Ok(Value::Sealed { .. })); + let unchanged = (snapshot(&sandbox), snapshot(&outside)) == before; + if !denied || !unchanged { + violations.push(format!( + "{operation}, compiled={compiled}, denied={denied}, unchanged={unchanged}" + )); + } + } + } + assert!( + violations.is_empty(), + "escaping ancestor violations: {violations:?}" + ); +} + +#[test] +fn rename_same_entry_with_overwrite_preserves_source() { + let mut violations = Vec::new(); + for compiled in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + std::fs::write(fixture.path().join("source"), b"retained source").unwrap(); + let before = snapshot(fixture.path()); + let result = perform( + fixture.path(), + "io/fs::rename", + "{:from \"source\" :to \"source\" :overwrite true}", + compiled, + ); + let succeeded = matches!( + result.as_ref().ok().and_then(Value::as_data), + Some(gc_coreform::Term::Nil) + ); + let unchanged = snapshot(fixture.path()) == before; + if !succeeded || !unchanged { + violations.push(format!( + "compiled={compiled}, succeeded={succeeded}, unchanged={unchanged}" + )); + } + } + assert!( + violations.is_empty(), + "same-entry rename violations: {violations:?}" + ); +} + +#[test] +fn remove_final_link_preserves_its_file_target() { + let mut violations = Vec::new(); + for compiled in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + std::fs::write(fixture.path().join("target"), b"retained target").unwrap(); + std::os::unix::fs::symlink("target", fixture.path().join("link")).unwrap(); + let result = perform( + fixture.path(), + "io/fs::remove", + "{:path \"link\" :recursive true}", + compiled, + ); + let succeeded = matches!( + result.as_ref().ok().and_then(Value::as_data), + Some(gc_coreform::Term::Nil) + ); + let target_retained = std::fs::read(fixture.path().join("target")).ok().as_deref() + == Some(b"retained target".as_slice()); + let link_removed = std::fs::symlink_metadata(fixture.path().join("link")).is_err(); + if !succeeded || !target_retained || !link_removed { + violations.push(format!("compiled={compiled}, succeeded={succeeded}, target_retained={target_retained}, link_removed={link_removed}")); + } + } + assert!( + violations.is_empty(), + "final-link removal violations: {violations:?}" + ); +} + +fn is_nil(result: &Result) -> bool { + matches!( + result.as_ref().ok().and_then(Value::as_data), + Some(gc_coreform::Term::Nil) + ) +} + +#[test] +fn remove_stat_and_missing_entries_preserve_every_link_target() { + for compiled in [false, true] { + for target_kind in ["file", "directory", "dangling", "outside"] { + for recursive in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + let sandbox = fixture.path().join("sandbox"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&sandbox).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(sandbox.join("file"), b"inside file").unwrap(); + std::fs::create_dir(sandbox.join("directory")).unwrap(); + std::fs::write(sandbox.join("directory/retained"), b"inside directory").unwrap(); + std::fs::write(outside.join("retained"), b"outside file").unwrap(); + let target = if target_kind == "outside" { + outside.clone() + } else { + std::path::PathBuf::from(target_kind) + }; + std::os::unix::fs::symlink(target, sandbox.join("link")).unwrap(); + let mut expected = snapshot(&sandbox); + expected.remove(Path::new("link")); + let outside_before = snapshot(&outside); + let stat = perform(&sandbox, "io/fs::stat", "{:path \"link\"}", compiled).unwrap(); + let gc_coreform::Term::Map(fields) = stat.as_data().unwrap() else { + panic!("stat envelope"); + }; + assert_eq!( + fields.get(&gc_coreform::TermOrdKey(gc_coreform::Term::symbol(":kind"))), + Some(&gc_coreform::Term::symbol("symlink")) + ); + let result = perform( + &sandbox, + "io/fs::remove", + &format!("{{:path \"link\" :recursive {recursive}}}"), + compiled, + ); + assert!( + is_nil(&result), + "{target_kind}, recursive={recursive}, compiled={compiled}: {result:?}" + ); + assert_eq!(snapshot(&sandbox), expected); + assert_eq!(snapshot(&outside), outside_before); + } + } + let fixture = tempfile::tempdir().unwrap(); + let before = snapshot(fixture.path()); + let result = perform( + fixture.path(), + "io/fs::remove", + "{:path \"missing/parent/entry\" :recursive true}", + compiled, + ); + assert!( + is_nil(&result), + "missing parent must be a no-op: {result:?}" + ); + assert_eq!(snapshot(fixture.path()), before); + } +} + +#[test] +fn inside_relative_and_absolute_links_support_regular_operations() { + for compiled in [false, true] { + for absolute in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path(); + std::fs::create_dir(root.join("inside")).unwrap(); + std::fs::write(root.join("inside/input"), b"read value").unwrap(); + std::fs::write(root.join("source"), b"rename value").unwrap(); + let target = if absolute { + root.join("inside") + } else { + std::path::PathBuf::from("inside") + }; + std::os::unix::fs::symlink(target, root.join("link")).unwrap(); + let read = perform(root, "io/fs::read", "{:path \"link/input\"}", compiled).unwrap(); + assert!( + matches!(read.as_data(), Some(gc_coreform::Term::Bytes(bytes)) if bytes.as_ref() == b"read value"), + "absolute={absolute}, compiled={compiled}, read={read:?}" + ); + for (op, payload) in [ + ("io/fs::mkdir", "{:path \"link/new\" :parents true}"), + ( + "io/fs::write", + "{:path \"link/new/output\" :data \"write value\"}", + ), + ("io/fs::rename", "{:from \"source\" :to \"link/renamed\"}"), + ] { + let result = perform(root, op, payload, compiled); + assert!( + is_nil(&result), + "{op}, absolute={absolute}, compiled={compiled}: {result:?}" + ); + } + assert_eq!( + std::fs::read(root.join("inside/new/output")).unwrap(), + b"write value" + ); + assert_eq!( + std::fs::read(root.join("inside/renamed")).unwrap(), + b"rename value" + ); + assert!(!root.join("source").exists()); + assert!( + std::fs::symlink_metadata(root.join("link")) + .unwrap() + .file_type() + .is_symlink() + ); + } + } +} + +#[test] +fn rejected_rename_never_removes_existing_source_or_destination() { + for compiled in [false, true] { + for kind in [ + "missing-source", + "file-directory", + "directory-file", + "occupied-directory", + "no-overwrite", + "dangling-destination", + ] { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path(); + if matches!(kind, "directory-file" | "occupied-directory") { + std::fs::create_dir(root.join("source")).unwrap(); + std::fs::write(root.join("source/retained"), b"source directory").unwrap(); + } else if kind != "missing-source" { + std::fs::write(root.join("source"), b"source file").unwrap(); + } + match kind { + "file-directory" | "occupied-directory" => { + std::fs::create_dir(root.join("destination")).unwrap(); + std::fs::write(root.join("destination/retained"), b"destination directory") + .unwrap(); + } + "dangling-destination" => { + std::os::unix::fs::symlink("absent", root.join("destination")).unwrap() + } + _ => std::fs::write(root.join("destination"), b"destination file").unwrap(), + } + let before = snapshot(root); + let overwrite = !matches!(kind, "no-overwrite" | "dangling-destination"); + let result = perform( + root, + "io/fs::rename", + &format!("{{:from \"source\" :to \"destination\" :overwrite {overwrite}}}"), + compiled, + ); + assert!( + result.is_err() || matches!(result, Ok(Value::Sealed { .. })), + "{kind}, compiled={compiled}: must reject" + ); + assert_eq!( + snapshot(root), + before, + "{kind}, compiled={compiled}: rejection destroyed entries" + ); + } + } +} + +#[test] +fn ordinary_replacement_and_same_inode_alias_follow_atomic_rename_semantics() { + for compiled in [false, true] { + for kind in ["file", "empty-directory", "hard-link", "symlink-entry"] { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path(); + if kind == "empty-directory" { + std::fs::create_dir(root.join("source")).unwrap(); + std::fs::write(root.join("source/value"), b"source value").unwrap(); + std::fs::create_dir(root.join("destination")).unwrap(); + } else { + std::fs::write(root.join("source"), b"source value").unwrap(); + if kind == "hard-link" { + std::fs::hard_link(root.join("source"), root.join("destination")).unwrap(); + } else if kind == "symlink-entry" { + std::fs::write(root.join("target"), b"retained target").unwrap(); + std::os::unix::fs::symlink("target", root.join("destination")).unwrap(); + } else { + std::fs::write(root.join("destination"), b"old destination").unwrap(); + } + } + let before = snapshot(root); + let result = perform( + root, + "io/fs::rename", + "{:from \"source\" :to \"destination\" :overwrite true}", + compiled, + ); + assert!(is_nil(&result), "{kind}, compiled={compiled}: {result:?}"); + if kind == "hard-link" { + assert_eq!(snapshot(root), before); + } else { + assert!(!root.join("source").exists()); + let value = if kind == "empty-directory" { + root.join("destination/value") + } else { + root.join("destination") + }; + assert_eq!(std::fs::read(value).unwrap(), b"source value"); + if kind == "symlink-entry" { + assert_eq!( + std::fs::read(root.join("target")).unwrap(), + b"retained target" + ); + assert!( + !std::fs::symlink_metadata(root.join("destination")) + .unwrap() + .file_type() + .is_symlink() + ); + } + } + } + } +} + +#[test] +fn package_document_writer_uses_the_same_boundary_in_both_tiers() { + for compiled in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + let sandbox = fixture.path().join("sandbox"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&sandbox).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::os::unix::fs::symlink(&outside, sandbox.join("escape")).unwrap(); + for (path, allowed) in [ + ("escape/new/genesis.lock".to_string(), false), + ("inside/genesis.lock".to_string(), true), + ( + sandbox + .join("absolute/genesis.lock") + .to_str() + .unwrap() + .to_string(), + true, + ), + ] { + let operation = "core/pkg-low::init"; + let source = format!( + "(core/effect::perform '{operation} {{:lock {path:?} :workspace \"boundary-control\"}} (fn (response) (core/effect::pure response)))" + ); + let artifact = std::env::var_os("GENESIS_TEST_SELFHOST_ARTIFACT") + .or_else(|| std::env::var_os("GENESIS_SELFHOST_TOOLCHAIN_ARTIFACT")) + .map(std::path::PathBuf::from) + .unwrap_or_else(|| { + std::path::PathBuf::from(env!("CARGO_MANIFEST_DIR")) + .join("../../selfhost/toolchain.gc") + }); + let policy = CapsPolicy::from_toml_str_with_selfhost_authority( + &format!("allow = [{operation:?}]\n[op.{operation:?}]\nbase_dir = {:?}\ncreate_dirs = true\n", sandbox.to_str().unwrap()), + gc_prelude::SelfhostBootstrapMode::ArtifactOnly, + Some(artifact.as_path()), + ).unwrap(); + let forms = parse_module(&source).unwrap(); + let mut context = EvalCtx::with_step_limit(Some(2_000_000)); + let mut env = build_prelude(&mut context).env; + let program = if compiled { + eval_module_compiled(&mut context, &mut env, &forms) + } else { + eval_module(&mut context, &mut env, &forms) + } + .unwrap(); + let before = (snapshot(&sandbox), snapshot(&outside)); + let result = run( + &mut context, + &policy, + program, + hash_module(&forms), + "package-boundary-control".to_string(), + ); + if allowed { + let output = result.expect("package init must reach the real document writer"); + assert!( + !matches!(output.value, Value::Sealed { .. }), + "package init failed: {:?}", + output.value + ); + let bytes = std::fs::read(sandbox.join(path)).unwrap(); + let document: toml::Value = + toml::from_str(std::str::from_utf8(&bytes).unwrap()).unwrap(); + assert_eq!(document["workspace"].as_str(), Some("boundary-control")); + } else { + assert!( + result + .as_ref() + .map(|output| matches!(output.value, Value::Sealed { .. })) + .unwrap_or(true) + ); + assert_eq!((snapshot(&sandbox), snapshot(&outside)), before); + } + } + } +} + +#[test] +fn rejected_root_entry_mutations_preserve_the_entire_sandbox() { + for compiled in [false, true] { + for (operation, payload) in [ + ("io/fs::write", "{:path \".\" :data \"forbidden\"}"), + ("io/fs::remove", "{:path \".\" :recursive true}"), + ( + "io/fs::rename", + "{:from \".\" :to \"new/entry\" :overwrite true}", + ), + ( + "io/fs::rename", + "{:from \"retained\" :to \".\" :overwrite true}", + ), + ] { + let fixture = tempfile::tempdir().unwrap(); + std::fs::write(fixture.path().join("retained"), b"retained").unwrap(); + let before = snapshot(fixture.path()); + let result = perform(fixture.path(), operation, payload, compiled); + assert!(result.is_err() || matches!(result, Ok(Value::Sealed { .. }))); + assert_eq!(snapshot(fixture.path()), before); + } + } +} + +#[path = "support/replay.rs"] +mod replay_support; + +#[test] +fn strict_replay_of_entry_operations_performs_no_filesystem_access() { + for compiled in [false, true] { + for (operation, payload) in [ + ("io/fs::read", "{:path \"source\"}"), + ("io/fs::write", "{:path \"document\" :data \"document\"}"), + ("io/fs::remove", "{:path \"source\"}"), + ( + "io/fs::rename", + "{:from \"source\" :to \"destination\" :overwrite true}", + ), + ] { + let fixture = tempfile::tempdir().unwrap(); + let sandbox = fixture.path().join("sandbox"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&sandbox).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::fs::write(sandbox.join("source"), b"source").unwrap(); + let policy = CapsPolicy::from_toml_str(&format!( + "allow = [{operation:?}]\n[op.{operation:?}]\nbase_dir = {:?}\n", + sandbox.to_str().unwrap() + )) + .unwrap(); + let forms = parse_module(&format!("(core/effect::perform '{operation} {payload} (fn (response) (core/effect::pure response)))")).unwrap(); + let evaluate = || { + let mut context = EvalCtx::with_step_limit(Some(2_000_000)); + let mut env = build_prelude(&mut context).env; + let program = if compiled { + eval_module_compiled(&mut context, &mut env, &forms) + } else { + eval_module(&mut context, &mut env, &forms) + } + .unwrap(); + (context, program) + }; + let (mut context, program) = evaluate(); + let output = run( + &mut context, + &policy, + program, + hash_module(&forms), + "entry-replay-control".to_string(), + ) + .unwrap(); + assert!(!matches!(output.value, Value::Sealed { .. })); + let log = gc_effects::EffectLog::from_term(&output.log.to_term()).unwrap(); + let expected = gc_kernel::value_hash(&output.value); + std::fs::rename(&sandbox, fixture.path().join("retained-sandbox")).unwrap(); + std::os::unix::fs::symlink(&outside, &sandbox).unwrap(); + for name in ["source", "document", "destination"] { + std::fs::write(outside.join(name), b"must not be observed or mutated").unwrap(); + } + let before = snapshot(&outside); + let (mut replay_context, replay_program) = evaluate(); + let replayed = + replay_support::replay(&mut replay_context, replay_program, &log).unwrap(); + assert_eq!(gc_kernel::value_hash(&replayed), expected); + assert_eq!(snapshot(&outside), before); + } + } +} + +#[test] +fn symlink_parent_components_follow_physical_directory_semantics() { + for compiled in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path(); + std::fs::create_dir_all(root.join("branch/nested")).unwrap(); + std::fs::write(root.join("value"), b"wrong lexical target").unwrap(); + std::fs::write(root.join("branch/value"), b"physical target").unwrap(); + std::os::unix::fs::symlink("branch/nested", root.join("first")).unwrap(); + std::os::unix::fs::symlink("first/../value", root.join("link")).unwrap(); + let expected = std::fs::read(root.join("link")).unwrap(); + assert_eq!(expected, b"physical target"); + let result = perform(root, "io/fs::read", "{:path \"link\"}", compiled).unwrap(); + assert!( + matches!(result.as_data(), Some(gc_coreform::Term::Bytes(bytes)) if bytes == &expected), + "compiled={compiled}: physical resolution disagrees: {result:?}" + ); + } +} + +#[test] +fn symlink_directory_requirements_do_not_turn_files_into_directories() { + for compiled in [false, true] { + for target in ["file/../value", "file/.", "file/"] { + let fixture = tempfile::tempdir().unwrap(); + std::fs::write(fixture.path().join("file"), b"file").unwrap(); + std::fs::write(fixture.path().join("value"), b"must not be selected").unwrap(); + std::os::unix::fs::symlink(target, fixture.path().join("link")).unwrap(); + assert!(std::fs::read(fixture.path().join("link")).is_err()); + let before = snapshot(fixture.path()); + let result = perform(fixture.path(), "io/fs::read", "{:path \"link\"}", compiled); + assert!( + result.is_err() || matches!(result, Ok(Value::Sealed { .. })), + "target={target}, compiled={compiled}" + ); + assert_eq!(snapshot(fixture.path()), before); + } + } +} + +#[test] +fn missing_link_ancestor_cannot_hide_a_parent_escape_before_creation() { + for compiled in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + let sandbox = fixture.path().join("sandbox"); + let outside = fixture.path().join("outside"); + std::fs::create_dir(&sandbox).unwrap(); + std::fs::create_dir(&outside).unwrap(); + std::os::unix::fs::symlink("missing/../../outside", sandbox.join("escape")).unwrap(); + let before = snapshot(fixture.path()); + let result = perform( + &sandbox, + "io/fs::mkdir", + "{:path \"escape/new\" :parents true}", + compiled, + ); + assert!(result.is_err() || matches!(result, Ok(Value::Sealed { .. }))); + assert_eq!(snapshot(fixture.path()), before); + } +} diff --git a/crates/gc_effects/tests/pkg_lock_read_security.rs b/crates/gc_effects/tests/pkg_lock_read_security.rs new file mode 100644 index 000000000..0454c069c --- /dev/null +++ b/crates/gc_effects/tests/pkg_lock_read_security.rs @@ -0,0 +1,92 @@ +#![cfg(unix)] +//! Local public-runner controls; these do not supply independent acceptance. +use gc_coreform::{Term, TermOrdKey, hash_module, parse_module}; +use gc_effects::{CapsPolicy, run}; +use gc_kernel::{EvalCtx, Value, eval_module, eval_module_compiled}; +use gc_prelude::{SelfhostBootstrapMode, build_prelude}; +use std::path::Path; + +fn perform(policy: &CapsPolicy, operation: &str, path: &str, compiled: bool) -> Value { + let forms = parse_module(&format!( + "(core/effect::perform '{operation} {{:lock {path:?}}} (fn (response) (core/effect::pure response)))" + )).unwrap(); + let mut context = EvalCtx::with_step_limit(Some(2_000_000)); + let mut environment = build_prelude(&mut context).env; + let program = if compiled { + eval_module_compiled(&mut context, &mut environment, &forms) + } else { + eval_module(&mut context, &mut environment, &forms) + } + .unwrap(); + run( + &mut context, + policy, + program, + hash_module(&forms), + "pkg-lock-read-control".into(), + ) + .unwrap() + .value +} + +#[test] +fn package_lock_reads_use_artifact_authority_and_confined_files() { + for compiled in [false, true] { + let fixture = tempfile::tempdir().unwrap(); + let root = fixture.path().join("root"); + std::fs::create_dir(&root).unwrap(); + let document = b"version = 1\nworkspace = \"inside\"\n"; + std::fs::write(root.join("genesis.lock"), document).unwrap(); + std::fs::write( + fixture.path().join("outside.lock"), + b"version = 1\nworkspace = \"outside\"\n", + ) + .unwrap(); + std::os::unix::fs::symlink("genesis.lock", root.join("inside-link")).unwrap(); + std::os::unix::fs::symlink( + fixture.path().join("outside.lock"), + root.join("outside-link"), + ) + .unwrap(); + let outside_before = std::fs::read(fixture.path().join("outside.lock")).unwrap(); + let artifact = Path::new(env!("CARGO_MANIFEST_DIR")).join("../../selfhost/toolchain.gc"); + let policy = CapsPolicy::from_toml_str_with_selfhost_authority( + &format!("allow = [\"core/pkg-low::load-lock\", \"core/pkg-low::list\"]\n[op.\"core/pkg-low::load-lock\"]\nbase_dir = {:?}\n[op.\"core/pkg-low::list\"]\nbase_dir = {:?}\n[store]\ndir = {:?}\n[refs]\npath = {:?}\n", + root.to_str().unwrap(), root.to_str().unwrap(), fixture.path().join("store").to_str().unwrap(), fixture.path().join("refs.gc").to_str().unwrap()), + SelfhostBootstrapMode::ArtifactOnly, Some(&artifact) + ).unwrap(); + for source in [ + "genesis.lock".to_owned(), + "inside-link".to_owned(), + root.join("genesis.lock").to_str().unwrap().to_owned(), + ] { + let loaded = perform(&policy, "core/pkg-low::load-lock", &source, compiled); + assert!( + matches!(loaded.as_data(), Some(Term::Map(fields)) if fields.get(&TermOrdKey(Term::symbol(":workspace"))) == Some(&Term::Str("inside".into()))), + "{loaded:?}" + ); + assert!(!matches!( + perform(&policy, "core/pkg-low::list", &source, compiled), + Value::Sealed { .. } + )); + } + for source in ["outside-link", "../outside.lock", "genesis.lock/"] { + assert!(matches!( + perform(&policy, "core/pkg-low::load-lock", source, compiled), + Value::Sealed { .. } + )); + } + std::fs::File::create(root.join("large.lock")) + .unwrap() + .set_len(4 * 1024 * 1024 + 1) + .unwrap(); + assert!(matches!( + perform(&policy, "core/pkg-low::load-lock", "large.lock", compiled), + Value::Sealed { .. } + )); + assert_eq!( + std::fs::read(fixture.path().join("outside.lock")).unwrap(), + outside_before + ); + } +} diff --git a/crates/gc_effects/tests/store_caps.rs b/crates/gc_effects/tests/store_caps.rs index 063097348..e9c3e98e8 100644 --- a/crates/gc_effects/tests/store_caps.rs +++ b/crates/gc_effects/tests/store_caps.rs @@ -6,6 +6,9 @@ use gc_kernel::{EvalCtx, Value, eval_module, value_hash}; use gc_prelude::build_prelude; use replay_support::replay; +#[path = "store_caps/remote_integrity.rs"] +mod store_remote_integrity; + fn load_policy(path: &std::path::Path) -> CapsPolicy { let artifact = std::env::var_os("GENESIS_TEST_SELFHOST_ARTIFACT") .map(std::path::PathBuf::from) diff --git a/crates/gc_effects/tests/store_caps/remote_integrity.rs b/crates/gc_effects/tests/store_caps/remote_integrity.rs new file mode 100644 index 000000000..353b87ae7 --- /dev/null +++ b/crates/gc_effects/tests/store_caps/remote_integrity.rs @@ -0,0 +1,78 @@ +use super::*; + +#[test] +fn remote_store_get_classifies_corruption_before_caching_and_replays() { + let td = tempfile::tempdir().unwrap(); + let remote_dir = td.path().join("remote"); + let remote = format!("file://{}/", remote_dir.display()); + let object = gc_coreform::print_term(&parse_term("{:x 1}").unwrap()); + let expected = blake3::hash(object.as_bytes()).to_hex().to_string(); + std::fs::create_dir_all(remote_dir.join("v1/store")).unwrap(); + for mode in ["missing", "corrupt", "honest"] { + let object_path = remote_dir.join("v1/store").join(&expected); + match mode { + "missing" => {} + "corrupt" => std::fs::write(&object_path, b"corrupt").unwrap(), + "honest" => std::fs::write(&object_path, &object).unwrap(), + _ => unreachable!(), + } + let local = td.path().join(mode); + let caps_path = td.path().join(format!("{mode}.toml")); + std::fs::write( + &caps_path, + format!( + r#" +allow = ["core/store::get"] +[store] +dir = "{}" +remote = "{remote}" +remote_allow = ["{remote}"] +"#, + local.display() + ), + ) + .unwrap(); + let policy = load_policy(&caps_path); + let forms = parse_module(&format!(r#"(def prog (core/effect::perform 'core/store::get {{:hash "{expected}"}} (fn (r) (core/effect::pure r)))) prog"#)).unwrap(); + let (mut ctx, prog) = eval_prog(&forms); + let result = run( + &mut ctx, + &policy, + prog, + hash_module(&forms), + "gc_effects-test".to_string(), + ) + .unwrap(); + if mode == "honest" { + assert!( + sealed_error_code(&result.value).is_none(), + "{}", + result.value.debug_repr() + ); + assert_eq!( + std::fs::read(local.join(&expected)).unwrap(), + object.as_bytes() + ); + } else { + assert_eq!( + sealed_error_code(&result.value).as_deref(), + Some(if mode == "missing" { + "core/store/not-found" + } else { + "core/store/hash-mismatch" + }) + ); + assert_eq!(std::fs::read_dir(&local).unwrap().count(), 0); + if mode == "corrupt" { + assert_eq!( + sealed_error_message(&result.value).as_deref(), + Some("remote bytes hash mismatch") + ); + } + } + let log = EffectLog::from_term(&result.log.to_term()).unwrap(); + let (mut replay_ctx, replay_prog) = eval_prog(&forms); + let replayed = replay(&mut replay_ctx, replay_prog, &log).unwrap(); + assert_eq!(value_hash(&result.value), value_hash(&replayed)); + } +} diff --git a/crates/gc_effects/tests/support/document_reader_controls.rs b/crates/gc_effects/tests/support/document_reader_controls.rs new file mode 100644 index 000000000..ff8e4be55 --- /dev/null +++ b/crates/gc_effects/tests/support/document_reader_controls.rs @@ -0,0 +1,121 @@ +use gc_coreform::{Term, TermOrdKey, hash_module, parse_module, print_term}; +use gc_effects::{ArtifactStore, CapsPolicy, run}; +use gc_kernel::{EvalCtx, Value, eval_module, eval_module_compiled}; +use gc_prelude::{SelfhostBootstrapMode, build_prelude}; +use std::path::Path; + +fn perform(policy: &CapsPolicy, operation: &str, payload: &str, compiled: bool) -> Value { + let forms = parse_module(&format!( + "(core/effect::perform '{operation} {payload} (fn (response) (core/effect::pure response)))" + )) + .unwrap(); + let mut context = EvalCtx::with_step_limit(Some(2_000_000)); + let mut environment = build_prelude(&mut context).env; + let program = if compiled { + eval_module_compiled(&mut context, &mut environment, &forms) + } else { + eval_module(&mut context, &mut environment, &forms) + } + .unwrap(); + run( + &mut context, + policy, + program, + hash_module(&forms), + "document-reader-control".into(), + ) + .unwrap() + .value +} + +fn rejects(value: Value, code: &str) { + assert!(matches!(value, Value::Sealed { .. }), "{value:?}"); + assert!(format!("{value:?}").contains(code), "{value:?}"); +} + +pub(crate) fn controls(root: &Path, artifact: &Path, compiled: bool) { + let store_path = root.join("reader-store"); + let store = ArtifactStore::open(&store_path).unwrap(); + let base = store + .put_bytes(print_term(&Term::Int(42.into())).as_bytes()) + .unwrap(); + let patch = "{:type :vcs/patch :v 1 :ops []}"; + std::fs::write(root.join("patch.gc"), patch).unwrap(); + std::fs::write(root.join("response.gc"), "{:ok true}").unwrap(); + let policy = CapsPolicy::from_toml_str_with_selfhost_authority(&format!( + "allow = [\"core/vcs-low::apply\", \"gpu/compute::limits\"]\n[op.\"core/vcs-low::apply\"]\nbase_dir = {:?}\nmax_bytes = 256\n[op.\"gpu/compute::limits\"]\nbase_dir = {:?}\nwasi_bridge_profile = true\nwasi_bridge_response_file = \"response.gc\"\nmax_bytes = 32\n[store]\ndir = {:?}\n[refs]\npath = {:?}\n", + root.to_str().unwrap(), root.to_str().unwrap(), store_path.to_str().unwrap(), root.join("reader-refs.gc").to_str().unwrap() + ), SelfhostBootstrapMode::ArtifactOnly, Some(artifact)).unwrap(); + for name in [ + "patch.gc".to_owned(), + root.join("patch.gc").to_str().unwrap().to_owned(), + ] { + let result = perform( + &policy, + "core/vcs-low::apply", + &format!("{{:base {base:?} :patch {name:?} :store false}}"), + compiled, + ); + assert!( + matches!(result.as_data(), Some(Term::Map(fields)) if fields.get(&TermOrdKey(Term::symbol(":snapshot"))) == Some(&Term::Str(base.clone()))), + "{result:?}" + ); + } + for name in ["escape/patch.gc", "../outside/patch.gc", "patch.gc/"] { + rejects( + perform( + &policy, + "core/vcs-low::apply", + &format!("{{:base {base:?} :patch {name:?} :store false}}"), + compiled, + ), + "core/caps/path-escape", + ); + } + std::fs::write(root.join("large-patch.gc"), " ".repeat(1024 * 1024)).unwrap(); + rejects( + perform( + &policy, + "core/vcs-low::apply", + &format!("{{:base {base:?} :patch \"large-patch.gc\" :store false}}"), + compiled, + ), + "core/vcs/patch-too-large", + ); + std::fs::write(root.join("invalid-patch.gc"), [0xff]).unwrap(); + rejects( + perform( + &policy, + "core/vcs-low::apply", + &format!("{{:base {base:?} :patch \"invalid-patch.gc\" :store false}}"), + compiled, + ), + "core/vcs/io-error", + ); + for wire in [ + "{:ok true}".to_owned(), + "10\n{:ok true}".to_owned(), + "{gpu/compute::limits {:ok true}}".to_owned(), + ] { + std::fs::write(root.join("response.gc"), wire).unwrap(); + let response = perform(&policy, "gpu/compute::limits", "{}", compiled); + assert!( + matches!(response.as_data(), Some(Term::Map(fields)) if fields.get(&TermOrdKey(Term::symbol(":ok"))) == Some(&Term::Bool(true))), + "{response:?}" + ); + } + std::fs::write( + root.join("response.gc"), + " ".repeat(1024 * 1024) + "{:ok true}", + ) + .unwrap(); + rejects( + perform(&policy, "gpu/compute::limits", "{}", compiled), + "gpu/bridge-response-too-large", + ); + std::fs::write(root.join("response.gc"), [0xff]).unwrap(); + rejects( + perform(&policy, "gpu/compute::limits", "{}", compiled), + "wasi/bridge-stdout-utf8", + ); +} diff --git a/crates/gc_effects/tests/support/sync_import_controls.rs b/crates/gc_effects/tests/support/sync_import_controls.rs new file mode 100644 index 000000000..def2202b7 --- /dev/null +++ b/crates/gc_effects/tests/support/sync_import_controls.rs @@ -0,0 +1,170 @@ +use gc_coreform::{Term, TermOrdKey, hash_module, parse_module, print_term}; +use gc_effects::{ArtifactStore, CapsPolicy, run}; +use gc_kernel::{EvalCtx, Value, eval_module, eval_module_compiled}; +use gc_prelude::SelfhostBootstrapMode; +use std::collections::BTreeMap; +use std::path::Path; + +fn identity(bytes: &[u8]) -> String { + blake3::hash(bytes).to_hex().to_string() +} + +fn snapshot(child: &str) -> String { + format!( + "{{:type :vcs/snapshot :v 1 :kind :package :pkg/name \"import-control\" :pkg/version \"0.1.0\" :modules [{{:path \"module.gc\" :hash {child:?} :module-h b\"{}\"}}] :obligations []}}", + "\\x00".repeat(32) + ) +} + +fn perform(policy: &CapsPolicy, remote: &str, roots: &[String], compiled: bool) -> Value { + let payload = Term::Map( + [ + ( + TermOrdKey(Term::symbol(":remote")), + Term::Str(remote.into()), + ), + ( + TermOrdKey(Term::symbol(":roots")), + Term::Vector(roots.iter().cloned().map(Term::Str).collect()), + ), + (TermOrdKey(Term::symbol(":depth")), Term::Int(0.into())), + ] + .into_iter() + .collect(), + ); + let forms = parse_module(&format!( + "(core/effect::perform 'core/sync::pull {} (fn (response) (core/effect::pure response)))", + print_term(&payload) + )) + .unwrap(); + let mut context = EvalCtx::new(); + let mut env = gc_prelude::build_prelude(&mut context).env; + let program = if compiled { + eval_module_compiled(&mut context, &mut env, &forms) + } else { + eval_module(&mut context, &mut env, &forms) + } + .unwrap(); + run( + &mut context, + policy, + program, + hash_module(&forms), + "sync-import-file-control".into(), + ) + .unwrap() + .value +} + +fn inventory(root: &Path) -> BTreeMap> { + std::fs::read_dir(root) + .unwrap() + .map(|entry| { + let entry = entry.unwrap(); + (entry.file_name(), std::fs::read(entry.path()).unwrap()) + }) + .collect() +} + +pub(crate) fn controls(root: &Path, artifact: &Path, compiled: bool) { + for (name, nested, limit) in [ + ("nested", true, None), + ("roots", false, None), + ("budget", true, Some(1)), + ] { + let workspace = root.join(name); + std::fs::create_dir_all(&workspace).unwrap(); + let remote_dir = workspace.join("remote/v1/store"); + std::fs::create_dir_all(&remote_dir).unwrap(); + let remote = format!("file://{}/", workspace.join("remote").display()); + let prefix_bytes = b"honest prefix"; + let prefix = identity(prefix_bytes); + std::fs::write(remote_dir.join(&prefix), prefix_bytes).unwrap(); + let expected_bytes = b"honest leaf"; + let expected = identity(expected_bytes); + let child_bytes = snapshot(&expected); + let child = identity(child_bytes.as_bytes()); + let root_bytes = snapshot(&child); + let root_hash = identity(root_bytes.as_bytes()); + for (hash, bytes) in [ + (&child, child_bytes.as_bytes()), + (&root_hash, root_bytes.as_bytes()), + ] { + std::fs::write(remote_dir.join(hash), bytes).unwrap(); + } + std::fs::write( + remote_dir.join(&expected), + if limit.is_some() { + expected_bytes.as_slice() + } else { + b"corrupt" + }, + ) + .unwrap(); + let roots = if nested { + vec![root_hash.clone()] + } else { + vec![prefix, expected.clone()] + }; + // The budget admits exactly the first artifact and rejects the next + // closure batch; it is a logical-write bound, not a timing oracle. + let budget = limit + .map(|_| format!("max_run_bytes = {}\n", root_bytes.len())) + .unwrap_or_default(); + let local = workspace.join("local"); + let store = ArtifactStore::open(&local).unwrap(); + let retained = store.put_bytes(b"retained").unwrap(); + let policy = CapsPolicy::from_toml_str_with_selfhost_authority(&format!( + "allow = [\"core/sync::pull\"]\n[store]\ndir = {:?}\n{}[refs]\npath = {:?}\n[op.\"core/sync::pull\"]\nremote_allow = [{remote:?}]\nwasi_network_profile = \"local\"\ntransfer_workers = 1\nmax_artifact_bytes = 1024\nmax_batch_bytes = 2048\n", + local.to_str().unwrap(), budget, workspace.join("refs.gc").to_str().unwrap() + ), SelfhostBootstrapMode::ArtifactOnly, Some(artifact)).unwrap(); + let before = inventory(&local); + let value = perform(&policy, &remote, &roots, compiled); + let code = if limit.is_some() { + "core/caps/resource-limit" + } else { + "core/sync/hash-mismatch" + }; + assert!( + matches!(value, Value::Sealed { .. }) && value.debug_repr().contains(code), + "{}", + value.debug_repr() + ); + assert_eq!( + inventory(&local), + before, + "file-backed late rejection changed the entire destination inventory" + ); + assert_eq!(store.get_bytes(&retained).unwrap(), b"retained"); + if limit.is_none() { + std::fs::write(remote_dir.join(&expected), expected_bytes).unwrap(); + let value = perform(&policy, &remote, &roots, compiled); + let Term::Map(fields) = value.as_data().unwrap() else { + panic!("expected sync response") + }; + let count = if nested { 3 } else { 2 }; + assert_eq!( + fields.get(&TermOrdKey(Term::symbol(":pulled"))), + Some(&Term::Int(count.into())) + ); + assert_eq!( + fields.get(&TermOrdKey(Term::symbol(":present"))), + Some(&Term::Int(0.into())) + ); + assert_eq!(inventory(&local).len(), count as usize + 1); + assert_eq!(store.get_bytes(&expected).unwrap(), expected_bytes); + let value = perform(&policy, &remote, &roots, compiled); + let Term::Map(fields) = value.as_data().unwrap() else { + panic!("expected repeat response") + }; + assert_eq!( + fields.get(&TermOrdKey(Term::symbol(":pulled"))), + Some(&Term::Int(0.into())) + ); + assert_eq!( + fields.get(&TermOrdKey(Term::symbol(":present"))), + Some(&Term::Int(count.into())) + ); + } + } +} diff --git a/crates/gc_effects/tests/sync_import_security.rs b/crates/gc_effects/tests/sync_import_security.rs new file mode 100644 index 000000000..980085e03 --- /dev/null +++ b/crates/gc_effects/tests/sync_import_security.rs @@ -0,0 +1,12 @@ +#[path = "support/sync_import_controls.rs"] +mod sync_import_controls; + +#[test] +fn file_backed_whole_pull_admission_and_counters_match_in_both_tiers() { + let artifact = + std::path::Path::new(env!("CARGO_MANIFEST_DIR")).join("../../selfhost/toolchain.gc"); + for compiled in [false, true] { + let workspace = tempfile::tempdir().unwrap(); + sync_import_controls::controls(workspace.path(), &artifact, compiled); + } +} diff --git a/crates/gc_effects/tests/sync_registry.rs b/crates/gc_effects/tests/sync_registry.rs index 64fea32c5..31511a339 100644 --- a/crates/gc_effects/tests/sync_registry.rs +++ b/crates/gc_effects/tests/sync_registry.rs @@ -1102,3 +1102,6 @@ mod sync_registry_cases_a; #[path = "sync_registry/cases_b.rs"] mod sync_registry_cases_b; + +#[path = "sync_registry/store_integrity.rs"] +mod sync_registry_store_integrity; diff --git a/crates/gc_effects/tests/sync_registry/store_integrity.rs b/crates/gc_effects/tests/sync_registry/store_integrity.rs new file mode 100644 index 000000000..f33cfebf8 --- /dev/null +++ b/crates/gc_effects/tests/sync_registry/store_integrity.rs @@ -0,0 +1,293 @@ +use super::*; + +#[test] +fn corrupt_later_batch_member_prevents_all_batch_installations() { + for workers in [1, 4] { + let reg = Arc::new(MemRegistry::new()); + let good = parse_term(r#"{:kind "module" :v 1 :content "good"}"#).unwrap(); + let bad = parse_term(r#"{:kind "module" :v 1 :content "bad"}"#).unwrap(); + let good_hash = reg.put_artifact(print_term(&good).as_bytes()); + let bad_hash = hash_bytes_hex(print_term(&bad).as_bytes()); + reg.st + .lock() + .unwrap() + .store + .insert(bad_hash.clone(), b"corrupt".to_vec()); + let mut root = mk_snapshot(&good_hash, gc_coreform::hash_term(&good)); + let Term::Map(ref mut fields) = root else { + unreachable!() + }; + let mut other = mk_snapshot(&bad_hash, gc_coreform::hash_term(&bad)); + let Term::Map(ref mut other_fields) = other else { + unreachable!() + }; + let Term::Vector(mut modules) = other_fields + .remove(&TermOrdKey(Term::symbol(":modules"))) + .unwrap() + else { + unreachable!() + }; + let Term::Map(ref mut module) = modules[0] else { + unreachable!() + }; + module.insert( + TermOrdKey(Term::symbol(":path")), + Term::Str("bad.gc".to_string()), + ); + let Term::Vector(roots) = fields + .get_mut(&TermOrdKey(Term::symbol(":modules"))) + .unwrap() + else { + unreachable!() + }; + roots.extend(modules); + assert!( + gc_vcs::Snapshot::from_term(&root).is_ok(), + "fixture must traverse its module references" + ); + let id = format!("sync-corrupt-batch-{workers}"); + gc_registry::register_inproc(&id, reg).unwrap(); + struct Registration(String); + impl Drop for Registration { + fn drop(&mut self) { + gc_registry::unregister_inproc(&self.0).unwrap(); + } + } + let _registration = Registration(id.clone()); + let (remote, allowed) = mk_remote(&id); + let td = tempfile::tempdir().unwrap(); + let store_dir = td.path().join("store"); + let refs_path = td.path().join("refs.gc"); + let caps = selfhost_sync_caps(&format!( + r#" +allow = ["core/sync::pull"] +[store] +dir = "{}" +[refs] +path = "{}" +[op."core/sync::pull"] +remote_allow = ["{allowed}"] +transfer_workers = {workers} +"#, + store_dir.display(), + refs_path.display() + )); + let store = gc_effects::ArtifactStore::open(&store_dir).unwrap(); + let root_hash = store.put_bytes(print_term(&root).as_bytes()).unwrap(); + let payload = parse_term(&format!( + r#"{{:remote "{remote}" :roots ["{root_hash}"] :depth 0}}"# + )) + .unwrap(); + let (forms, hash) = mk_prog("core/sync::pull", &payload); + let mut ctx = EvalCtx::new(); + let mut env = build_prelude(&mut ctx).env; + let prog = eval_module(&mut ctx, &mut env, &forms).unwrap(); + let result = run(&mut ctx, &caps, prog, hash, "gc_effects-test".to_string()).unwrap(); + assert!( + is_sealed_error(&ctx, &result.value, "core/sync/hash-mismatch"), + "{}", + result.value.debug_repr() + ); + assert!( + !store.path_for(&good_hash).exists(), + "honest member installed before the batch was admitted" + ); + assert!(!store.path_for(&hash_bytes_hex(b"corrupt")).exists()); + assert_eq!(std::fs::read_dir(&store_dir).unwrap().count(), 1); + } +} + +#[test] +fn corrupt_download_leaves_destination_inventory_unchanged_and_replays() { + let reg = Arc::new(MemRegistry::new()); + let expected = hash_bytes_hex(b"honest"); + reg.st + .lock() + .unwrap() + .store + .insert(expected.clone(), b"corrupt".to_vec()); + gc_registry::register_inproc("sync-corrupt-boundary", reg).unwrap(); + struct Registration; + impl Drop for Registration { + fn drop(&mut self) { + gc_registry::unregister_inproc("sync-corrupt-boundary").unwrap(); + } + } + let _registration = Registration; + let (remote, allowed) = mk_remote("sync-corrupt-boundary"); + let td = tempfile::tempdir().unwrap(); + let store_dir = td.path().join("store"); + let refs_path = td.path().join("refs.gc"); + let caps = mk_caps_for_sync(&store_dir, &refs_path, &allowed); + let store = gc_effects::ArtifactStore::open(&store_dir).unwrap(); + let retained = store.put_bytes(b"retained").unwrap(); + let inventory = || { + let mut files: Vec<_> = std::fs::read_dir(&store_dir) + .unwrap() + .map(|entry| entry.unwrap().file_name()) + .collect(); + files.sort(); + files + }; + let before = inventory(); + let payload = parse_term(&format!( + r#"{{:remote "{remote}" :roots ["{expected}"] :depth 0}}"# + )) + .unwrap(); + let (forms, hash) = mk_prog("core/sync::pull", &payload); + let mut ctx = EvalCtx::new(); + let mut env = build_prelude(&mut ctx).env; + let prog = eval_module(&mut ctx, &mut env, &forms).unwrap(); + let result = run(&mut ctx, &caps, prog, hash, "gc_effects-test".to_string()).unwrap(); + assert!( + is_sealed_error(&ctx, &result.value, "core/sync/hash-mismatch"), + "{}", + result.value.debug_repr() + ); + assert_eq!( + inventory(), + before, + "corrupt bytes installed before rejection" + ); + assert_eq!(store.get_bytes(&retained).unwrap(), b"retained"); + let log = EffectLog::from_term(&result.log.to_term()).unwrap(); + let mut replay_ctx = EvalCtx::new(); + let mut replay_env = build_prelude(&mut replay_ctx).env; + let replay_prog = eval_module(&mut replay_ctx, &mut replay_env, &forms).unwrap(); + let replay_value = replay(&mut replay_ctx, replay_prog, &log).unwrap(); + assert_eq!(value_hash(&result.value), value_hash(&replay_value)); +} + +#[test] +fn late_corruption_preserves_whole_pull_inventory_across_roots_and_closure_batches() { + let mut observations = Vec::new(); + for compiled in [false, true] { + for workers in [1, 4] { + for nested in [false, true] { + let reg = Arc::new(MemRegistry::new()); + let expected_term = + parse_term(r#"{:kind "module" :v 1 :content "expected"}"#).unwrap(); + let expected = hash_bytes_hex(print_term(&expected_term).as_bytes()); + reg.st + .lock() + .unwrap() + .store + .insert(expected.clone(), b"corrupt".to_vec()); + let honest = parse_term(r#"{:kind "module" :v 1 :content "honest"}"#).unwrap(); + let honest_hash = reg.put_artifact(print_term(&honest).as_bytes()); + let child = mk_snapshot(&expected, gc_coreform::hash_term(&expected_term)); + assert!(gc_vcs::Snapshot::from_term(&child).is_ok()); + let child_hash = reg.put_artifact(print_term(&child).as_bytes()); + let root = mk_snapshot(&child_hash, gc_coreform::hash_term(&child)); + assert!(gc_vcs::Snapshot::from_term(&root).is_ok()); + let root_hash = reg.put_artifact(print_term(&root).as_bytes()); + let requested = if nested { + vec![root_hash.clone()] + } else { + vec![honest_hash.clone(), expected.clone()] + }; + let id = format!("sync-late-corrupt-{compiled}-{workers}-{nested}"); + gc_registry::register_inproc(&id, reg).unwrap(); + struct Registration(String); + impl Drop for Registration { + fn drop(&mut self) { + gc_registry::unregister_inproc(&self.0).unwrap(); + } + } + let _registration = Registration(id.clone()); + let (remote, allowed) = mk_remote(&id); + let td = tempfile::tempdir().unwrap(); + let store_dir = td.path().join("store"); + let refs_path = td.path().join("refs.gc"); + let caps = selfhost_sync_caps(&format!( + r#" +allow = ["core/sync::pull"] +[store] +dir = "{}" +[refs] +path = "{}" +[op."core/sync::pull"] +remote_allow = ["{allowed}"] +transfer_workers = {workers} +"#, + store_dir.display(), + refs_path.display() + )); + let store = gc_effects::ArtifactStore::open(&store_dir).unwrap(); + let retained = store.put_bytes(b"retained").unwrap(); + let inventory = || { + std::fs::read_dir(&store_dir) + .unwrap() + .map(|entry| { + let entry = entry.unwrap(); + let metadata = entry.metadata().unwrap(); + #[cfg(unix)] + let identity = { + use std::os::unix::fs::MetadataExt; + (metadata.dev(), metadata.ino()) + }; + #[cfg(not(unix))] + let identity = (0_u64, 0_u64); + let bytes = if metadata.is_file() { + std::fs::read(entry.path()).unwrap() + } else { + Vec::new() + }; + (entry.file_name(), (metadata.is_file(), bytes, identity)) + }) + .collect::>() + }; + let before = inventory(); + let payload = Term::Map( + [ + (TermOrdKey(Term::symbol(":remote")), Term::Str(remote)), + ( + TermOrdKey(Term::symbol(":roots")), + Term::Vector(requested.into_iter().map(Term::Str).collect()), + ), + (TermOrdKey(Term::symbol(":depth")), Term::Int(0.into())), + ] + .into_iter() + .collect(), + ); + let (forms, hash) = mk_prog("core/sync::pull", &payload); + let mut ctx = EvalCtx::new(); + let mut env = build_prelude(&mut ctx).env; + let prog = if compiled { + gc_kernel::eval_module_compiled(&mut ctx, &mut env, &forms) + } else { + eval_module(&mut ctx, &mut env, &forms) + } + .unwrap(); + let result = + run(&mut ctx, &caps, prog, hash, "gc_effects-test".to_string()).unwrap(); + assert!( + is_sealed_error(&ctx, &result.value, "core/sync/hash-mismatch"), + "{}", + result.value.debug_repr() + ); + assert_eq!(store.get_bytes(&retained).unwrap(), b"retained"); + assert!(!store.path_for(&hash_bytes_hex(b"corrupt")).exists()); + let after = inventory(); + observations.push((compiled, workers, nested, before == after, after.len())); + let log = EffectLog::from_term(&result.log.to_term()).unwrap(); + let mut replay_ctx = EvalCtx::new(); + let mut replay_env = build_prelude(&mut replay_ctx).env; + let replay_prog = if compiled { + gc_kernel::eval_module_compiled(&mut replay_ctx, &mut replay_env, &forms) + } else { + eval_module(&mut replay_ctx, &mut replay_env, &forms) + } + .unwrap(); + assert_eq!( + value_hash(&result.value), + value_hash(&replay(&mut replay_ctx, replay_prog, &log).unwrap()) + ); + } + } + } + assert!( + observations.iter().all(|case| case.3), + "late-corruption inventory observations (compiled, workers, nested, unchanged, entries): {observations:?}" + ); +} diff --git a/crates/gc_effects/tests/wasi_rooted_security.rs b/crates/gc_effects/tests/wasi_rooted_security.rs new file mode 100644 index 000000000..a22b8a2ff --- /dev/null +++ b/crates/gc_effects/tests/wasi_rooted_security.rs @@ -0,0 +1,361 @@ +#![cfg(target_os = "wasi")] +//! Actual-WASI controls. The host supplies link fixtures and independently +//! checks identity/content preservation after the bounded test process exits. +use gc_coreform::{Term, hash_module, parse_module}; +use gc_effects::{CapsPolicy, EffectsError, RunResult, run}; +use gc_kernel::{EvalCtx, Value, eval_module, eval_module_compiled}; +use gc_prelude::{SelfhostBootstrapMode, build_prelude}; +use std::path::{Path, PathBuf}; + +#[path = "support/document_reader_controls.rs"] +mod document_reader_controls; +#[path = "support/replay.rs"] +mod replay_support; +#[path = "support/sync_import_controls.rs"] +mod sync_import_controls; + +fn fixture(name: &str, compiled: bool) -> PathBuf { + PathBuf::from(std::env::var("GENESIS_WASI_FS_FIXTURES").unwrap()) + .join(format!("{name}-{}", u8::from(compiled))) +} + +fn evaluate(operation: &str, payload: &str, compiled: bool) -> (EvalCtx, Value, [u8; 32]) { + let forms = parse_module(&format!( + "(core/effect::perform '{operation} {payload} (fn (response) (core/effect::pure response)))" + )) + .unwrap(); + let mut context = EvalCtx::with_step_limit(Some(2_000_000)); + let mut environment = build_prelude(&mut context).env; + let program = if compiled { + eval_module_compiled(&mut context, &mut environment, &forms) + } else { + eval_module(&mut context, &mut environment, &forms) + } + .unwrap(); + (context, program, hash_module(&forms)) +} + +fn perform( + base: &Path, + operation: &str, + payload: &str, + compiled: bool, +) -> Result { + thread_local! { + static POLICIES: std::cell::RefCell> = + const { std::cell::RefCell::new(std::collections::BTreeMap::new()) }; + } + let policy = POLICIES.with(|policies| { + let mut policies = policies.borrow_mut(); + policies.entry(base.to_path_buf()).or_insert_with(|| { + let operations = ["io/fs::read", "io/fs::write", "io/fs::stat", "io/fs::list", + "io/fs::mkdir", "io/fs::remove", "io/fs::rename", "core/pkg-low::init", + "core/pkg-low::load-lock"]; + let mut document = format!("allow = {operations:?}\n"); + for op in operations { + document.push_str(&format!("[op.{op:?}]\nbase_dir = {:?}\ncreate_dirs = true\n", base.to_str().unwrap())); + } + document.push_str("[store]\ndir = \"/controls/runtime/store\"\n[refs]\npath = \"/controls/runtime/refs.gc\"\n"); + let artifact = PathBuf::from(std::env::var("GENESIS_TEST_SELFHOST_ARTIFACT").unwrap()); + CapsPolicy::from_toml_str_with_selfhost_authority(&document, + SelfhostBootstrapMode::ArtifactOnly, Some(&artifact)).unwrap() + }).clone() + }); + let (mut context, program, identity) = evaluate(operation, payload, compiled); + run( + &mut context, + &policy, + program, + identity, + "wasi-rooted-control".into(), + ) +} + +fn succeeds(result: Result) -> Value { + let result = result.unwrap(); + assert!( + !matches!(result.value, Value::Sealed { .. }), + "unexpected sealed error: {:?}", + result.value + ); + result.value +} + +fn rejects(result: Result) { + assert!( + result + .map(|output| matches!(output.value, Value::Sealed { .. })) + .unwrap_or(true) + ); +} + +#[test] +fn wasi_actual_ordinary_descriptor_operations() { + for compiled in [false, true] { + let root = fixture("ordinary", compiled); + for (operation, payload) in [ + ("io/fs::mkdir", "{:path \"inside/new\" :parents true}"), + ( + "io/fs::write", + "{:path \"inside/new/value\" :data \"value\"}", + ), + ( + "io/fs::rename", + "{:from \"inside/new/value\" :to \"replacement\" :overwrite true}", + ), + ] { + succeeds(perform(&root, operation, payload, compiled)); + } + let read = succeeds(perform( + &root, + "io/fs::read", + "{:path \"replacement\"}", + compiled, + )); + assert!(matches!(read.as_data(),Some(Term::Bytes(bytes)) if bytes.as_ref()==b"value")); + let stat = succeeds(perform( + &root, + "io/fs::stat", + "{:path \"replacement\"}", + compiled, + )); + assert!( + matches!(stat.as_data(),Some(Term::Map(fields)) if fields.get(&gc_coreform::TermOrdKey(Term::symbol(":kind")))==Some(&Term::symbol("file"))) + ); + let Term::Map(fields) = stat.as_data().unwrap() else { + panic!("stat envelope") + }; + assert_eq!( + fields.get(&gc_coreform::TermOrdKey(Term::symbol(":readonly"))), + Some(&Term::Bool( + std::fs::metadata(root.join("replacement")) + .unwrap() + .permissions() + .readonly() + )) + ); + let list = succeeds(perform(&root, "io/fs::list", "{:path \".\"}", compiled)); + assert!(matches!(list.as_data(),Some(Term::Vector(rows)) if rows.len()==2)); + succeeds(perform( + &root, + "io/fs::remove", + "{:path \"inside\" :recursive true}", + compiled, + )); + succeeds(perform( + &root, + "io/fs::remove", + "{:path \"replacement\"}", + compiled, + )); + assert_eq!(std::fs::read_dir(&root).unwrap().count(), 0); + } +} + +#[test] +fn wasi_actual_rejections_preserve_host_fixture_identity() { + for compiled in [false, true] { + let root = fixture("denied", compiled); + for (operation, payload) in [ + ( + "io/fs::write", + "{:path \"escape/new/entry\" :data \"forbidden\"}", + ), + ("io/fs::mkdir", "{:path \"escape/new/entry\" :parents true}"), + ("io/fs::read", "{:path \"escape/retained\"}"), + ("io/fs::stat", "{:path \"escape/retained\"}"), + ("io/fs::list", "{:path \"escape\"}"), + ( + "io/fs::remove", + "{:path \"escape/retained\" :recursive true}", + ), + ( + "io/fs::rename", + "{:from \"source\" :to \"escape/new/entry\" :overwrite true}", + ), + ( + "io/fs::rename", + "{:from \"source\" :to \"new/entry\" :overwrite false}", + ), + ( + "io/fs::rename", + "{:from \"absent\" :to \"new/entry\" :overwrite true}", + ), + ( + "io/fs::rename", + "{:from \"source\" :to \"directory\" :overwrite true}", + ), + ("io/fs::write", "{:path \".\" :data \"forbidden\"}"), + ("io/fs::remove", "{:path \".\" :recursive true}"), + ] { + rejects(perform(&root, operation, payload, compiled)); + } + rejects(perform( + &root, + "io/fs::remove", + "{:path \"deep\" :recursive true}", + compiled, + )); + // Ancestor and final read links remain outside the WASI read profile. + rejects(perform( + &root, + "io/fs::read", + "{:path \"inside-link\"}", + compiled, + )); + } +} + +#[test] +fn wasi_actual_final_links_are_entries() { + for compiled in [false, true] { + let root = fixture("entries", compiled); + for link in [ + "file-link", + "directory-link", + "dangling-link", + "outside-link", + ] { + let stat = succeeds(perform( + &root, + "io/fs::stat", + &format!("{{:path {link:?}}}"), + compiled, + )); + assert!( + matches!(stat.as_data(),Some(Term::Map(fields)) if fields.get(&gc_coreform::TermOrdKey(Term::symbol(":kind")))==Some(&Term::symbol("symlink"))) + ); + succeeds(perform( + &root, + "io/fs::remove", + &format!("{{:path {link:?} :recursive true}}"), + compiled, + )); + } + succeeds(perform( + &root, + "io/fs::rename", + "{:from \"source\" :to \"source\" :overwrite true}", + compiled, + )); + assert_eq!(std::fs::read(root.join("source")).unwrap(), b"source"); + succeeds(perform( + &root, + "io/fs::rename", + "{:from \"source\" :to \"destination-link\" :overwrite true}", + compiled, + )); + assert_eq!( + std::fs::read(root.join("destination-link")).unwrap(), + b"source" + ); + assert_eq!(std::fs::read(root.join("target")).unwrap(), b"retained"); + assert_eq!( + std::fs::read(root.join("directory/retained")).unwrap(), + b"retained" + ); + } +} + +#[test] +fn wasi_actual_package_writer_replaces_entries_and_cleans_failure() { + for compiled in [false, true] { + let root = fixture("documents", compiled); + let artifact = PathBuf::from(std::env::var("GENESIS_TEST_SELFHOST_ARTIFACT").unwrap()); + document_reader_controls::controls(&root, &artifact, compiled); + for destination in [ + "genesis.lock".to_string(), + root.join("absolute/genesis.lock") + .to_str() + .unwrap() + .to_string(), + ] { + succeeds(perform( + &root, + "core/pkg-low::init", + &format!("{{:lock {destination:?} :workspace \"wasi-control\"}}"), + compiled, + )); + let bytes = std::fs::read(root.join(&destination)).unwrap(); + let document: toml::Value = + toml::from_str(std::str::from_utf8(&bytes).unwrap()).unwrap(); + assert_eq!(document["workspace"].as_str(), Some("wasi-control")); + let loaded = succeeds(perform( + &root, + "core/pkg-low::load-lock", + &format!("{{:lock {destination:?}}}"), + compiled, + )); + assert!(matches!(loaded.as_data(), Some(Term::Map(_)))); + } + for source in [ + "escape/genesis.lock", + "../outside/genesis.lock", + "genesis.lock/", + "/controls/outside/genesis.lock", + ] { + rejects(perform( + &root, + "core/pkg-low::load-lock", + &format!("{{:lock {source:?}}}"), + compiled, + )); + } + rejects(perform( + &root, + "core/pkg-low::init", + "{:lock \"escape/new/genesis.lock\" :workspace \"forbidden\"}", + compiled, + )); + rejects(perform( + &root, + "core/pkg-low::init", + "{:lock \"directory\" :workspace \"forbidden\"}", + compiled, + )); + for entry in std::fs::read_dir(&root).unwrap() { + assert!( + !entry + .unwrap() + .file_name() + .to_string_lossy() + .starts_with(".genesis-write.") + ); + } + } +} + +#[test] +fn wasi_actual_strict_replay_ignores_current_filesystem() { + for compiled in [false, true] { + let root = fixture("replay", compiled); + for (operation, payload) in [ + ("io/fs::read", "{:path \"source\"}"), + ("io/fs::write", "{:path \"document\" :data \"document\"}"), + ( + "io/fs::rename", + "{:from \"source\" :to \"destination\" :overwrite true}", + ), + ("io/fs::remove", "{:path \"destination\"}"), + ] { + let output = perform(&root, operation, payload, compiled).unwrap(); + assert!(!matches!(output.value, Value::Sealed { .. })); + let log = gc_effects::EffectLog::from_term(&output.log.to_term()).unwrap(); + let expected = gc_kernel::value_hash(&output.value); + std::fs::rename(&root, root.with_extension("held")).unwrap(); + let (mut context, program, _) = evaluate(operation, payload, compiled); + let replayed = replay_support::replay(&mut context, program, &log).unwrap(); + assert_eq!(gc_kernel::value_hash(&replayed), expected); + assert!(!root.exists()); + std::fs::rename(root.with_extension("held"), &root).unwrap(); + } + } +} + +#[test] +fn wasi_actual_file_backed_whole_pull_preserves_inventory_on_late_rejection() { + let artifact = PathBuf::from(std::env::var("GENESIS_TEST_SELFHOST_ARTIFACT").unwrap()); + for compiled in [false, true] { + sync_import_controls::controls(&fixture("sync-import", compiled), &artifact, compiled); + } +} diff --git a/crates/gc_kernel/src/compiled.rs b/crates/gc_kernel/src/compiled.rs index 61ff6edba..5d3b7548d 100644 --- a/crates/gc_kernel/src/compiled.rs +++ b/crates/gc_kernel/src/compiled.rs @@ -1,4 +1,3 @@ -use std::cell::RefCell; use std::collections::{BTreeMap, BTreeSet}; use std::sync::{Arc, OnceLock}; @@ -8,6 +7,7 @@ use crate::error::{KernelError, KernelErrorKind}; use crate::eval::{CoverageRunId, EvalCtx, PrimOp, prim, prim_op, prim_op2, type_err}; use crate::value::{NativeFn, Value}; use gc_coreform::{Term, TermOrdKey}; +mod capture; #[path = "compiled_blob.rs"] mod compiled_blob; #[path = "compiled_compile.rs"] @@ -18,6 +18,8 @@ mod compiled_coverage; mod compiled_runtime; #[cfg(test)] mod tests; +mod validation; +pub use capture::{CompiledLexicalEnv, CompiledModuleCells}; #[path = "compiled/trace_impl.rs"] mod trace_impl; @@ -104,69 +106,6 @@ impl CompiledCoverageSites { } } -#[derive(Clone, Debug)] -pub struct CompiledLexicalEnv(Shared>>); - -impl CompiledLexicalEnv { - fn empty() -> Self { - Self(Shared::new(Vec::new())) - } - - fn get(&self, depth: u16, slot: u16) -> Option { - if slot != 0 { - return None; - } - self.0.get(usize::from(depth)).cloned().flatten() - } - - fn from_slots(slots: Vec>) -> Self { - Self(Shared::new(slots)) - } - - #[cfg(test)] - pub(crate) fn captured_value_count(&self) -> usize { - self.0.iter().filter(|value| value.is_some()).count() - } - - #[cfg(test)] - pub(crate) fn slot_span(&self) -> usize { - self.0.len() - } -} - -#[derive(Clone, Debug)] -pub struct CompiledModuleCells(Shared>>>); - -impl CompiledModuleCells { - fn new(len: usize) -> Self { - Self(Shared::new(RefCell::new(vec![None; len]))) - } - - fn empty() -> Self { - Self::new(0) - } - - fn get(&self, slot: u32) -> Option { - let slot = usize::try_from(slot).ok()?; - self.0.borrow().get(slot).cloned().flatten() - } - - fn set(&self, slot: u32, value: Value) -> Result<(), KernelError> { - let slot = usize::try_from(slot).map_err(|_| { - KernelError::new(KernelErrorKind::Internal, "module slot exceeds usize range") - })?; - let mut cells = self.0.borrow_mut(); - let Some(cell) = cells.get_mut(slot) else { - return Err(KernelError::new( - KernelErrorKind::Internal, - format!("module slot out of range: {slot}"), - )); - }; - *cell = Some(value); - Ok(()) - } -} - #[derive(Clone, Debug)] struct RuntimeEnv { lexical: CompiledLexicalEnv, @@ -232,10 +171,10 @@ impl RuntimeEnv { &self, plan: &ClosureCapturePlan, ) -> Result { - let Some(max_depth) = plan.lexical_depths.last().copied() else { - return Ok(CompiledLexicalEnv::empty()); - }; - let mut slots = vec![None; max_depth.saturating_add(1)]; + let mut slots = crate::fallible_alloc::vec_with_capacity( + plan.lexical_depths.len(), + "compiled lexical capture entries", + )?; for depth in &plan.lexical_depths { let depth_u16 = u16::try_from(*depth).map_err(|_| { KernelError::new( @@ -249,9 +188,12 @@ impl RuntimeEnv { format!("compiled closure capture slot is missing at depth {depth}"), ) })?; - slots[*depth] = Some(value); + slots.push((depth_u16, value)); } - Ok(CompiledLexicalEnv::from_slots(slots)) + Ok(CompiledLexicalEnv::from_slots( + slots, + plan.lexical_names.clone(), + )) } fn external_for_capture(&self, plan: &ClosureCapturePlan) -> Env { @@ -307,6 +249,7 @@ pub(crate) enum CExpr { #[derive(Clone, Debug, Default, Eq, PartialEq)] pub(crate) struct ClosureCapturePlan { lexical_depths: BTreeSet, + lexical_names: Arc>, external_names: BTreeSet, } @@ -327,6 +270,7 @@ fn collect_compiled_captures(expr: &Arc, introduced: usize, plan: &mut Cl let depth = usize::from(*depth); if depth >= introduced { plan.lexical_depths.insert(depth - introduced); + Arc::make_mut(&mut plan.lexical_names).insert(name.clone(), depth - introduced); } } VarResolution::External => { @@ -437,7 +381,7 @@ pub fn eval_compiled_module( m: &CompiledModule, ) -> Result { env.mark_module_scope(); - let module = CompiledModuleCells::new(m.module_names.len()); + let module = CompiledModuleCells::new(&m.module_names, env.clone()); let coverage_run = ctx.coverage_begin_indexed_run( m.coverage_sites.statement_sites().len(), m.coverage_sites.decision_sites().len(), @@ -448,13 +392,10 @@ pub fn eval_compiled_module( for f in &m.forms { match f { CompiledForm::Def { - name, - module_slot, - expr, + module_slot, expr, .. } => { let v = compiled_runtime::eval_cexpr_runtime(ctx, runtime.clone(), expr)?; - runtime.module.set(*module_slot, v.clone())?; - env.set_local(name.clone(), v); + runtime.module.set(*module_slot, v)?; last = Value::data(Term::Nil); } CompiledForm::Expr(e) => { diff --git a/crates/gc_kernel/src/compiled/blob_inventory.rs b/crates/gc_kernel/src/compiled/blob_inventory.rs new file mode 100644 index 000000000..1199a8ac6 --- /dev/null +++ b/crates/gc_kernel/src/compiled/blob_inventory.rs @@ -0,0 +1,38 @@ +use crate::error::{KernelError, KernelErrorKind}; +use crate::fallible_alloc::vec_with_capacity; + +pub(super) fn validate_names(names: &[String]) -> Result<(), KernelError> { + let mut sorted_names = vec_with_capacity(names.len(), "compiled module slot inventory")?; + for name in names { + gc_coreform::validate_symbol_name(name).map_err(|_| { + KernelError::new( + KernelErrorKind::Internal, + "compiled module slot name is not canonical", + ) + })?; + sorted_names.push(name.as_str()); + } + sorted_names.sort_unstable(); + if sorted_names.windows(2).any(|pair| pair[0] == pair[1]) { + return Err(KernelError::new( + KernelErrorKind::Internal, + "compiled module slot names are duplicated", + )); + } + Ok(()) +} + +pub(super) fn render_term(t: &gc_coreform::Term) -> Result { + let rendered = gc_coreform::print_term_checked(t).map_err(|error| { + let kind = if matches!(error, gc_coreform::CanonicalDomainError::WorkAllocation) { + KernelErrorKind::MemoryLimit + } else { + KernelErrorKind::BadForm + }; + KernelError::new( + kind, + format!("compiled module term is outside canonical serialization domain: {error}"), + ) + })?; + Ok(rendered) +} diff --git a/crates/gc_kernel/src/compiled/capture.rs b/crates/gc_kernel/src/compiled/capture.rs new file mode 100644 index 000000000..c70beb0dc --- /dev/null +++ b/crates/gc_kernel/src/compiled/capture.rs @@ -0,0 +1,108 @@ +use super::*; + +#[derive(Clone, Debug)] +pub struct CompiledLexicalEnv { + pub(super) values: Shared>, + names: Arc>, +} + +impl CompiledLexicalEnv { + pub(super) fn empty() -> Self { + Self { + values: Shared::new(Vec::new()), + names: Arc::default(), + } + } + + pub(super) fn get(&self, depth: u16, slot: u16) -> Option { + if slot != 0 { + return None; + } + self.value_at(usize::from(depth)).cloned() + } + + pub(super) fn from_slots( + slots: Vec<(u16, Value)>, + names: Arc>, + ) -> Self { + Self { + values: Shared::new(slots), + names, + } + } + + fn value_at(&self, depth: usize) -> Option<&Value> { + let depth = u16::try_from(depth).ok()?; + let index = self + .values + .binary_search_by_key(&depth, |(slot, _)| *slot) + .ok()?; + Some(&self.values[index].1) + } + + pub(crate) fn named_bindings(&self) -> impl DoubleEndedIterator { + self.names + .iter() + .filter_map(|(name, slot)| self.value_at(*slot).map(|value| (name.as_str(), value))) + } + + pub(crate) fn has_named_binding(&self, name: &str) -> bool { + self.names.contains_key(name) + } + + pub(crate) fn has_captures(&self) -> bool { + !self.names.is_empty() + } + + #[cfg(test)] + pub(crate) fn captured_value_count(&self) -> usize { + self.values.len() + } + + #[cfg(test)] + pub(crate) fn slot_span(&self) -> usize { + self.values + .last() + .map_or(0, |(depth, _)| usize::from(*depth) + 1) + } +} + +#[derive(Clone, Debug)] +pub struct CompiledModuleCells { + // Slots resolve through the same live named scope as the reference tier. + // A separate value table becomes stale when a warm caller defines a name again. + names: Arc<[String]>, + pub(super) bindings: Env, +} + +impl CompiledModuleCells { + pub(super) fn new(names: &[String], bindings: Env) -> Self { + Self { + names: Arc::from(names), + bindings, + } + } + + pub(super) fn empty() -> Self { + Self::new(&[], Env::empty()) + } + + pub(super) fn get(&self, slot: u32) -> Option { + let slot = usize::try_from(slot).ok()?; + self.bindings.get(self.names.get(slot)?) + } + + pub(super) fn set(&self, slot: u32, value: Value) -> Result<(), KernelError> { + let slot = usize::try_from(slot).map_err(|_| { + KernelError::new(KernelErrorKind::Internal, "module slot exceeds usize range") + })?; + let Some(name) = self.names.get(slot) else { + return Err(KernelError::new( + KernelErrorKind::Internal, + format!("module slot out of range: {slot}"), + )); + }; + self.bindings.clone().set_local(name.clone(), value); + Ok(()) + } +} diff --git a/crates/gc_kernel/src/compiled/tests.rs b/crates/gc_kernel/src/compiled/tests.rs index 7b386db91..d4f136b4b 100644 --- a/crates/gc_kernel/src/compiled/tests.rs +++ b/crates/gc_kernel/src/compiled/tests.rs @@ -1,4 +1,5 @@ use super::*; +use crate::Apply; #[test] fn inline_slot_segment_mutates_in_place_until_runtime_is_shared() { @@ -20,3 +21,609 @@ fn inline_slot_segment_mutates_in_place_until_runtime_is_shared() { assert_eq!(runtime.inline_slots.len(), 512); assert_eq!(fork.inline_slots.len(), 513); } + +fn run_capture_case( + source: &str, + engine: u8, + ctx: &mut EvalCtx, + env: &mut Env, +) -> Result { + let forms = + gc_coreform::canonicalize_module(gc_coreform::parse_module(source).unwrap()).unwrap(); + if engine == 0 { + crate::eval_module(ctx, env, &forms) + } else { + let module = compile_module(&forms).unwrap(); + let module = if engine == 2 { + decode_compiled_module_blob(&encode_compiled_module_blob(&module).unwrap()).unwrap() + } else { + module + }; + eval_compiled_module(ctx, env, &module) + } +} + +#[test] +fn named_module_scope_preserves_warm_updates_forward_rhs_and_replaced_recursion() { + let cases = [ + ( + "(def current 1) (def retained (fn (unused) current))", + "(def current 2)", + "(retained nil)", + "2", + ), + ( + "(def current 1) (def make (fn (unused) (fn (ignored) current))) (def retained (make nil))", + "(def current 2)", + "(retained nil)", + "2", + ), + ( + "(def current 1)", + "(def current (prim int/add current 1))", + "current", + "2", + ), + ( + "(def current 1) (def retained (fn (unused) current))", + "(def current (prim int/add current 1)) (def current (prim int/add current 1))", + "(retained nil)", + "3", + ), + ( + "(def recur (fn (n) (if (prim int/eq? n 0) 0 (recur (prim int/sub n 1))))) (def retained recur)", + "(def recur (fn (n) (prim int/add 100 n)))", + "(retained 1)", + "100", + ), + ]; + for step_limit in [Some(500), None] { + for (initial, update, call, expected) in cases { + let mut reference = None; + for engine in 0..3 { + let mut ctx = EvalCtx::with_step_limit(step_limit); + let mut env = Env::empty(); + run_capture_case(initial, engine, &mut ctx, &mut env).unwrap(); + run_capture_case(update, engine, &mut ctx, &mut env).unwrap(); + let result = run_capture_case(call, engine, &mut ctx, &mut env).unwrap(); + assert_eq!(result.debug_repr(), expected, "engine={engine} call={call}"); + let observation = (crate::value_hash(&result), ctx.steps); + if let Some(reference) = reference { + assert_eq!(observation, reference, "engine={engine} call={call}"); + } else { + reference = Some(observation); + } + } + } + } +} + +#[test] +fn named_module_scope_preserves_parent_shadowing_isolation_and_missing_forward_names() { + for engine in 0..3 { + let mut parent = Env::empty(); + parent.set_local("current", Value::data(Term::Int(1.into()))); + let mut child = Env::with_binding(&parent, "unrelated", Value::data(Term::Nil)); + let mut ctx = EvalCtx::with_step_limit(Some(500)); + let result = run_capture_case( + "(def current (prim int/add current 1)) current", + engine, + &mut ctx, + &mut child, + ) + .unwrap(); + assert_eq!(result.debug_repr(), "2"); + assert_eq!(parent.get("current").unwrap().debug_repr(), "1"); + let mut isolated = Env::empty(); + let error = run_capture_case( + "(def retained (fn (unused) later)) (retained nil) (def later 1)", + engine, + &mut ctx, + &mut isolated, + ) + .unwrap_err(); + assert!(matches!(error.kind, KernelErrorKind::Unbound)); + assert_eq!(error.msg, "unbound symbol: later"); + assert!(isolated.get("current").is_none()); + } +} + +#[test] +fn named_lexical_capture_live_units_are_exact_across_tiers_and_blob_roundtrip() { + let source = format!( + "(let ((captured {:?})) (fn (unused) captured))", + "x".repeat(16384) + ); + for engine in 0..3 { + for limit in [u64::MAX, 16420, 16419, 2048] { + let mut ctx = EvalCtx::with_step_limit(Some(500)); + ctx.set_mem_limits(crate::MemLimits { + max_live_units: Some(limit), + ..Default::default() + }); + let mut env = Env::empty(); + let result = run_capture_case(&source, engine, &mut ctx, &mut env); + assert_eq!( + ctx.observed_counters().mem.live_units, + 16420, + "engine={engine}" + ); + if limit < 16420 { + let resource = result.unwrap_err().resource_limit.unwrap(); + assert_eq!( + (resource.dimension, resource.observed, resource.limit), + ("live-units", 16420, limit) + ); + } else { + let value = result + .unwrap() + .apply( + &mut EvalCtx::with_step_limit(Some(500)), + Value::data(Term::Nil), + ) + .unwrap(); + assert!( + matches!(value, Value::Data(ref term) if matches!(term.as_ref(), Term::Str(text) if text.len() == 16384)) + ); + } + } + } +} + +#[test] +fn named_module_slot_inventory_rejects_inconsistent_duplicate_and_literal_names() { + let forms = gc_coreform::parse_module("(def current 1) (def another 2) current").unwrap(); + let original = encode_compiled_module_blob(&compile_module(&forms).unwrap()).unwrap(); + assert_eq!(&original[14..21], b"current"); + assert_eq!(&original[25..32], b"another"); + for (at, replacement, message) in [ + ( + 14, + b"changed", + "compiled def name disagrees with module slot", + ), + (25, b"current", "compiled module slot names are duplicated"), + (14, b"1234567", "compiled module slot name is not canonical"), + ] { + let mut blob = original.clone(); + blob[at..at + 7].copy_from_slice(replacement); + let error = decode_compiled_module_blob(&blob).unwrap_err(); + assert!(matches!(error.kind, KernelErrorKind::Internal)); + assert_eq!(error.msg, message); + } + assert_eq!( + encode_compiled_module_blob(&decode_compiled_module_blob(&original).unwrap()).unwrap(), + original + ); +} + +#[test] +fn named_sparse_captures_allocate_only_retained_values_and_preserve_nested_depths() { + let mut binds = vec!["(keep 1)".to_string()]; + binds.extend((0..5000).map(|n| format!("(unused{n} {n})"))); + let source = format!( + "(let ({}) (fn (arg) (fn (ignored) (prim int/add keep arg))))", + binds.join(" ") + ); + for engine in [1, 2] { + let mut ctx = EvalCtx::with_step_limit(Some(100000)); + let value = run_capture_case(&source, engine, &mut ctx, &mut Env::empty()).unwrap(); + let Value::CompiledClosure(closure) = &value else { + panic!("not compiled closure") + }; + let captured = closure.compiled_env.as_ref().unwrap(); + assert_eq!(captured.captured_value_count(), 1); + assert_eq!(captured.slot_span(), 5001); + assert_eq!(captured.values.capacity(), 1); + assert_eq!( + captured + .named_bindings() + .map(|(name, value)| (name, value.debug_repr())) + .collect::>(), + vec![("keep", "1".to_string())] + ); + let nested = value + .apply(&mut ctx, Value::data(Term::Int(41.into()))) + .unwrap(); + assert_eq!( + nested + .apply(&mut ctx, Value::data(Term::Nil)) + .unwrap() + .debug_repr(), + "42" + ); + } +} + +#[test] +fn named_capture_semantic_live_graph_matches_reference_sharing_shadowing_and_cycles() { + let cases = [ + "(let ((a [1 2]) (b a)) (fn (unused) (prim int/add (prim vec/len a) (prim vec/len b))))", + "(let ((captured 1)) (fn (unused) (let ((captured 2)) (fn (ignored) captured))))", + "(def recur (let ((captured 1)) (fn (n) (if (prim int/eq? n 0) captured (recur (prim int/sub n 1)))))) recur", + "(def make (fn (left) (fn (right) (fn (unused) (prim int/add left right))))) (make 1 2)", + ]; + for source in cases { + let mut reference = None; + for engine in 0..3 { + let mut ctx = EvalCtx::with_step_limit(Some(1000)); + let mut env = Env::empty(); + let value = run_capture_case(source, engine, &mut ctx, &mut env).unwrap(); + let units = crate::logical_heap::logical_live_units(&[&value, &value], &[&env]); + if let Some(reference) = reference { + assert_eq!(units, reference, "engine={engine} source={source}"); + } else { + reference = Some(units); + } + } + } +} + +#[test] +fn named_capture_external_scope_and_warm_cycle_roots_remain_live_then_reclaim() { + let mut reference = None; + for engine in 0..3 { + let host = Env::with_binding( + &Env::empty(), + "host/base", + Value::data(Term::Int(40.into())), + ); + let mut env = Env::with_binding(&host, "sentinel", Value::data(Term::Nil)); + let mut ctx = EvalCtx::with_step_limit(Some(1000)); + let value = run_capture_case("(def retained (let ((offset 2)) (fn (unused) (prim int/add host/base offset)))) retained", engine, &mut ctx, &mut env).unwrap(); + let units = crate::logical_heap::logical_live_units(&[&value], &[&env]); + if let Some(reference) = reference { + assert_eq!(units, reference, "engine={engine}"); + } else { + reference = Some(units); + } + let alive = match &value { + Value::Closure(c) => c.weak_alive_probe(), + Value::CompiledClosure(c) => c.weak_alive_probe(), + _ => panic!("not closure"), + }; + drop(env); + crate::cycle::collect_cycles(); + assert!(alive(), "retained result must root its module cycle"); + assert_eq!( + value + .apply(&mut ctx, Value::data(Term::Nil)) + .unwrap() + .debug_repr(), + "42" + ); + run_capture_case("nil", engine, &mut ctx, &mut Env::empty()).unwrap(); + assert!(!alive(), "retired module/capture cycle leaked"); + } +} + +#[test] +fn compiled_semantic_admission_rejects_name_depth_and_body_ir_contradictions() { + fn mutate(expr: &mut Arc) { + match Arc::make_mut(expr) { + CExpr::Var { name, .. } if name == "keeper" => *name = "other0".to_string(), + CExpr::Let(bindings, body) => { + for (_, rhs) in bindings { + mutate(rhs); + } + mutate(body); + } + CExpr::FnUnary { body, .. } => mutate(body), + CExpr::Prim { args, .. } => { + for arg in args { + mutate(arg); + } + } + _ => {} + } + } + let source = format!( + "(let ((keeper {:?}) (other0 1)) (fn (arg) (prim int/add (prim str/len keeper) other0)))", + "x".repeat(16384) + ); + let forms = + gc_coreform::canonicalize_module(gc_coreform::parse_module(&source).unwrap()).unwrap(); + let valid = compile_module(&forms).unwrap(); + let blob = encode_compiled_module_blob(&valid).unwrap(); + assert_eq!( + encode_compiled_module_blob(&decode_compiled_module_blob(&blob).unwrap()).unwrap(), + blob + ); + let mut corrupt = valid; + for form in &mut corrupt.forms { + if let CompiledForm::Expr(expr) = form { + mutate(expr); + } + } + let error = + decode_compiled_module_blob(&encode_compiled_module_blob(&corrupt).unwrap()).unwrap_err(); + assert!(matches!(error.kind, KernelErrorKind::Internal)); + assert_eq!( + error.msg, + "compiled module semantic metadata is inconsistent" + ); + let forms = gc_coreform::parse_module("(fn (arg) (prim int/add arg 1))").unwrap(); + let mut corrupt = compile_module(&forms).unwrap(); + let CompiledForm::Expr(expr) = &mut corrupt.forms[0] else { + panic!("not expr") + }; + let CExpr::FnUnary { body, .. } = Arc::make_mut(expr) else { + panic!("not fn") + }; + *body = Arc::new(CExpr::Atom(Term::Int(42.into()))); + assert!(decode_compiled_module_blob(&encode_compiled_module_blob(&corrupt).unwrap()).is_err()); +} + +#[test] +fn compiled_semantic_admission_preserves_all_source_forms_sugar_and_namespaces() { + let sources = [ + "(fn (x) nil)", + "(fn (x) true)", + "(fn (x) 42)", + "(fn (x) \"text\")", + "(fn (x) b\"00ff\")", + "(fn (x) x)", + "(fn (x) [1 (quote sym)])", + "(fn (x) {:a x :b (prim int/add x 1)})", + "(fn (x) (quote (a . (b))))", + "(fn (x) (if x 1 2))", + "(fn (x) (begin x 42))", + "(fn (x) (begin x))", + "(fn (x) (let ((a x) (b a)) b))", + "(fn (x) (let () x 42))", + "(fn (x) (fn (a b) x a b))", + "(fn (x) (prim missing/op x))", + "(fn (x) (seal))", + "(fn (x) (seal x x))", + "(fn (x) (unseal x x))", + "(fn (x) (x 1))", + "(fn (x) (x 1 2 3))", + "(fn (x) (((x 1) 2) 3))", + "(fn (x) ((begin (x 1)) 2))", + "(fn (x) ((x) 1))", + "(def current 1) (def fn1 (fn (x) current)) (def current 2) (fn1 0)", + "(let ((current 1)) (fn (x) (let ((current 2)) (fn (current) current))))", + ]; + for source in sources { + let raw = gc_coreform::parse_module(source).unwrap(); + let normalized = gc_coreform::canonicalize_module(raw.clone()).unwrap(); + for forms in [&raw, &normalized] { + for namespace in ["", "module:qualified"] { + let compiled = compile_module_with_site_namespace(forms, namespace).unwrap(); + let blob = encode_compiled_module_blob(&compiled).unwrap(); + let restored = decode_compiled_module_blob(&blob) + .unwrap_or_else(|error| panic!("{source} {namespace}: {error}")); + assert_eq!(encode_compiled_module_blob(&restored).unwrap(), blob); + assert_eq!( + compiled_module_coverage_manifest_from_compiled(&compiled), + compiled_module_coverage_manifest_from_compiled(&restored) + ); + } + } + } +} + +#[test] +fn compiled_semantic_admission_checks_every_redundant_body_field() { + type Mutation = fn(&mut CExpr); + let cases: &[(&str, Mutation)] = &[ + ("(fn (x) 42)", |body| { + *body = CExpr::Atom(Term::Int(43.into())); + }), + ("(fn (x) x)", |body| { + let CExpr::Var { resolution, .. } = body else { + panic!("not var") + }; + *resolution = VarResolution::Local { depth: 0, slot: 1 }; + }), + ("(fn (x) x)", |body| { + let CExpr::Var { resolution, .. } = body else { + panic!("not var") + }; + *resolution = VarResolution::Local { depth: 1, slot: 0 }; + }), + ("(fn (x) x)", |body| { + let CExpr::Var { resolution, .. } = body else { + panic!("not var") + }; + *resolution = VarResolution::External; + }), + ("(fn (x) [1 2])", |body| { + let CExpr::Vector(items) = body else { + panic!("not vector") + }; + items.reverse(); + }), + ("(fn (x) {:a 1 :b 2})", |body| { + let CExpr::Map(items) = body else { + panic!("not map") + }; + items.reverse(); + }), + ("(fn (x) (quote (1 2)))", |body| { + *body = CExpr::Quote(Term::Int(42.into())); + }), + ("(fn (x) (if x 1 2))", |body| { + let CExpr::If { + then_expr, + else_expr, + .. + } = body + else { + panic!("not if") + }; + std::mem::swap(then_expr, else_expr); + }), + ("(fn (x) (begin 1 2))", |body| { + let CExpr::Begin(items) = body else { + panic!("not begin") + }; + items.reverse(); + }), + ("(fn (x) (let ((a 1)) a))", |body| { + let CExpr::Let(bindings, _) = body else { + panic!("not let") + }; + bindings[0].0 = "changed".to_string(); + }), + ("(fn (x) (fn (a) a))", |body| { + let CExpr::FnUnary { param, .. } = body else { + panic!("not fn") + }; + *param = "changed".to_string(); + }), + ("(fn (x) (prim int/add x 1))", |body| { + let CExpr::Prim { op, .. } = body else { + panic!("not prim") + }; + *op = PrimOp::IntMul; + }), + ("(fn (x) (prim missing/op x))", |body| { + let CExpr::PrimUnknown { op, .. } = body else { + panic!("not unknown") + }; + *op = "changed/op".to_string(); + }), + ("(fn (x) (seal))", |body| { + *body = CExpr::Atom(Term::Nil); + }), + ("(fn (x) (seal x x))", |body| { + let CExpr::Seal(left, right) = body else { + panic!("not seal") + }; + *body = CExpr::Unseal(left.clone(), right.clone()); + }), + ("(fn (x) (unseal x x))", |body| { + let CExpr::Unseal(left, right) = body else { + panic!("not unseal") + }; + *body = CExpr::Seal(left.clone(), right.clone()); + }), + ("(fn (x) (x 1))", |body| { + let CExpr::App(left, right) = body else { + panic!("not app") + }; + std::mem::swap(left, right); + }), + ("(fn (x) ((x 1) 2))", |body| { + let CExpr::AppN { + extra_app_ticks, .. + } = body + else { + panic!("not appn") + }; + *extra_app_ticks = 0; + }), + ]; + for (source, mutate) in cases { + let mut module = compile_module(&gc_coreform::parse_module(source).unwrap()).unwrap(); + let CompiledForm::Expr(expr) = &mut module.forms[0] else { + panic!("not expr") + }; + let CExpr::FnUnary { body, .. } = Arc::make_mut(expr) else { + panic!("not fn") + }; + mutate(Arc::make_mut(body)); + let error = decode_compiled_module_blob(&encode_compiled_module_blob(&module).unwrap()) + .unwrap_err(); + assert!(matches!(error.kind, KernelErrorKind::Internal), "{source}"); + assert_eq!( + error.msg, "compiled module semantic metadata is inconsistent", + "{source}" + ); + } +} + +#[test] +fn compiled_semantic_admission_checks_root_scope_inventory_and_tags() { + let forms = gc_coreform::parse_module("(def current 1) (fn (arg) current)").unwrap(); + let original = compile_module(&forms).unwrap(); + let mut extra = original.clone(); + extra.module_names.push("unused".to_string()); + assert!(decode_compiled_module_blob(&encode_compiled_module_blob(&extra).unwrap()).is_err()); + let mut slot = original; + let CompiledForm::Expr(expr) = &mut slot.forms[1] else { + panic!("not expr") + }; + let CExpr::FnUnary { body, .. } = Arc::make_mut(expr) else { + panic!("not fn") + }; + let CExpr::Var { resolution, .. } = Arc::make_mut(body) else { + panic!("not var") + }; + *resolution = VarResolution::Module { slot: 1 }; + assert!(decode_compiled_module_blob(&encode_compiled_module_blob(&slot).unwrap()).is_err()); + for source in ["(fn (arg) nil)", "(let ((arg 1)) arg)", "arg"] { + let mut module = compile_module(&gc_coreform::parse_module(source).unwrap()).unwrap(); + let CompiledForm::Expr(expr) = &mut module.forms[0] else { + panic!("not expr") + }; + match Arc::make_mut(expr) { + CExpr::FnUnary { param, .. } => *param = "1".to_string(), + CExpr::Let(bindings, body) => { + bindings[0].0 = "1".to_string(); + let CExpr::Var { name, .. } = Arc::make_mut(body) else { + panic!("not var") + }; + *name = "1".to_string(); + } + body @ CExpr::Var { .. } => *body = CExpr::Atom(Term::Symbol("arg".to_string())), + _ => panic!("unexpected form"), + } + assert!( + decode_compiled_module_blob(&encode_compiled_module_blob(&module).unwrap()).is_err(), + "{source}" + ); + } +} + +#[test] +fn compiled_writer_rejects_unsupported_term_domain_without_changing_direct_values() { + let invalid = [ + Term::Pair( + Box::new(Term::Int(1.into())), + Box::new(Term::Int(11.into())), + ), + Term::Vector(vec![Term::Symbol("true".to_string())]), + Term::Map([(TermOrdKey(Term::Symbol("false".to_string())), Term::Nil)].into()), + Term::Vector(vec![Term::Map( + [(TermOrdKey(Term::Nil), Term::Symbol("123tail".to_string()))].into(), + )]), + ]; + for datum in invalid { + let quoted = Term::list(vec![Term::Symbol("quote".to_string()), datum.clone()]); + let compiled = compile_module(&[quoted]).unwrap(); + let value = + eval_compiled_module(&mut EvalCtx::new(), &mut Env::empty(), &compiled).unwrap(); + assert!(matches!(value, Value::Data(ref actual) if actual.as_ref() == &datum)); + let error = encode_compiled_module_blob(&compiled).unwrap_err(); + assert!(matches!(error.kind, KernelErrorKind::BadForm)); + assert!( + error + .msg + .starts_with("compiled module term is outside canonical serialization domain:") + ); + } + for source in [ + "(quote (pair ))", + "(quote [true])", + "(quote {:a [1 2]})", + "(fn (arg) (quote [true]))", + ] { + let compiled = compile_module(&gc_coreform::parse_module(source).unwrap()).unwrap(); + let blob = encode_compiled_module_blob(&compiled).unwrap(); + assert_eq!( + encode_compiled_module_blob(&decode_compiled_module_blob(&blob).unwrap()).unwrap(), + blob + ); + } + let raw_body = Term::list(vec![ + Term::Symbol("fn".to_string()), + Term::list(vec![Term::Symbol("arg".to_string())]), + Term::list(vec![ + Term::Symbol("quote".to_string()), + Term::Symbol("true".to_string()), + ]), + ]); + assert!(encode_compiled_module_blob(&compile_module(&[raw_body]).unwrap()).is_err()); +} diff --git a/crates/gc_kernel/src/compiled/trace_impl.rs b/crates/gc_kernel/src/compiled/trace_impl.rs index e89630a18..ba91f0278 100644 --- a/crates/gc_kernel/src/compiled/trace_impl.rs +++ b/crates/gc_kernel/src/compiled/trace_impl.rs @@ -6,7 +6,7 @@ impl Finalize for CompiledLexicalEnv {} unsafe impl Trace for CompiledLexicalEnv { fn trace(&self, ctx: &mut Context<'_>) { - self.0.trace(ctx); + self.values.trace(ctx); } } @@ -14,6 +14,6 @@ impl Finalize for CompiledModuleCells {} unsafe impl Trace for CompiledModuleCells { fn trace(&self, ctx: &mut Context<'_>) { - self.0.trace(ctx); + self.bindings.trace(ctx); } } diff --git a/crates/gc_kernel/src/compiled/validation/mod.rs b/crates/gc_kernel/src/compiled/validation/mod.rs new file mode 100644 index 000000000..f399c9867 --- /dev/null +++ b/crates/gc_kernel/src/compiled/validation/mod.rs @@ -0,0 +1,190 @@ +use super::{CExpr, CompiledForm, VarResolution}; +use crate::error::{KernelError, KernelErrorKind}; +use std::collections::BTreeMap; + +mod source; +mod terms; + +fn invalid() -> KernelError { + KernelError::new( + KernelErrorKind::Internal, + "compiled module semantic metadata is inconsistent", + ) +} + +fn push(items: &mut Vec, item: T) -> Result<(), KernelError> { + items.try_reserve(1).map_err(|_| { + KernelError::new( + KernelErrorKind::MemoryLimit, + "host allocation failed for compiled semantic validation", + ) + })?; + items.push(item); + Ok(()) +} + +enum Work<'a> { + Expr(&'a CExpr), + Bind(&'a str), + Restore(usize), +} + +pub(super) fn validate(forms: &[CompiledForm], names: &[String]) -> Result<(), KernelError> { + let mut globals = BTreeMap::new(); + let mut next = 0usize; + for form in forms { + if let CompiledForm::Def { + name, module_slot, .. + } = form + { + if !globals.contains_key(name.as_str()) { + if names.get(next) != Some(name) { + return Err(invalid()); + } + globals.insert(name.as_str(), next); + next += 1; + } + if globals.get(name.as_str()).copied() != usize::try_from(*module_slot).ok() { + return Err(invalid()); + } + } + } + if next != names.len() { + return Err(invalid()); + } + let mut work = Vec::new(); + let mut locals = Vec::new(); + for form in forms { + let (CompiledForm::Def { expr, .. } | CompiledForm::Expr(expr)) = form; + push(&mut work, Work::Expr(expr))?; + while let Some(item) = work.pop() { + match item { + Work::Bind(name) => { + gc_coreform::validate_symbol_name(name).map_err(|_| invalid())?; + push(&mut locals, name)?; + } + Work::Restore(size) => locals.truncate(size), + Work::Expr(expr) => match expr { + CExpr::Var { + name, resolution, .. + } => { + gc_coreform::validate_symbol_name(name).map_err(|_| invalid())?; + let expected = if let Some(depth) = + locals.iter().rev().position(|local| *local == name) + { + VarResolution::Local { + depth: u16::try_from(depth).map_err(|_| invalid())?, + slot: 0, + } + } else if let Some(slot) = globals.get(name.as_str()) { + VarResolution::Module { + slot: u32::try_from(*slot).map_err(|_| invalid())?, + } + } else { + VarResolution::External + }; + if *resolution != expected { + return Err(invalid()); + } + } + CExpr::Atom(term) => { + if matches!( + term, + gc_coreform::Term::Symbol(_) + | gc_coreform::Term::Pair(_, _) + | gc_coreform::Term::Vector(_) + | gc_coreform::Term::Map(_) + ) { + return Err(invalid()); + } + } + CExpr::Vector(_) | CExpr::Quote(_) | CExpr::SealNew => {} + CExpr::Map(entries) => { + if entries.windows(2).any(|pair| pair[0].0 >= pair[1].0) { + return Err(invalid()); + } + for (_, value) in entries.iter().rev() { + push(&mut work, Work::Expr(value))?; + } + } + CExpr::If { + cond, + then_expr, + else_expr, + .. + } => { + push(&mut work, Work::Expr(else_expr))?; + push(&mut work, Work::Expr(then_expr))?; + push(&mut work, Work::Expr(cond))?; + } + CExpr::Begin(items) => { + if items.len() < 2 { + return Err(invalid()); + } + for item in items.iter().rev() { + push(&mut work, Work::Expr(item))?; + } + } + CExpr::Let(bindings, body) => { + push(&mut work, Work::Restore(locals.len()))?; + push(&mut work, Work::Expr(body))?; + for (name, rhs) in bindings.iter().rev() { + push(&mut work, Work::Bind(name))?; + push(&mut work, Work::Expr(rhs))?; + } + } + CExpr::FnUnary { + param, + body_term, + body, + .. + } => { + gc_coreform::validate_symbol_name(param).map_err(|_| invalid())?; + source::validate(body_term, body)?; + push(&mut work, Work::Restore(locals.len()))?; + push(&mut work, Work::Expr(body))?; + push(&mut work, Work::Bind(param))?; + } + CExpr::PrimUnknown { op, args } => { + gc_coreform::validate_symbol_name(op).map_err(|_| invalid())?; + for arg in args.iter().rev() { + push(&mut work, Work::Expr(arg))?; + } + } + CExpr::Prim { args, .. } => { + for arg in args.iter().rev() { + push(&mut work, Work::Expr(arg))?; + } + } + CExpr::Seal(left, right) + | CExpr::Unseal(left, right) + | CExpr::App(left, right) => { + push(&mut work, Work::Expr(right))?; + push(&mut work, Work::Expr(left))?; + } + CExpr::AppN { + callee, + args, + extra_app_ticks, + } => { + if args.len() < 2 + || usize::try_from(*extra_app_ticks).map_err(|_| invalid())? + >= args.len() + || matches!(callee.as_ref(), CExpr::App(_, _) | CExpr::AppN { .. }) + { + return Err(invalid()); + } + for arg in args.iter().rev() { + push(&mut work, Work::Expr(arg))?; + } + push(&mut work, Work::Expr(callee))?; + } + }, + } + } + if !locals.is_empty() { + return Err(invalid()); + } + } + Ok(()) +} diff --git a/crates/gc_kernel/src/compiled/validation/source.rs b/crates/gc_kernel/src/compiled/validation/source.rs new file mode 100644 index 000000000..ffb7f3b76 --- /dev/null +++ b/crates/gc_kernel/src/compiled/validation/source.rs @@ -0,0 +1,321 @@ +use super::{invalid, push, terms}; +use crate::compiled::CExpr; +use crate::error::KernelError; +use gc_coreform::Term; + +enum Source<'a> { + Term(&'a Term), + Body(Vec<&'a Term>), + Function { + params: Vec<&'a Term>, + body: Vec<&'a Term>, + }, +} + +type Work<'a> = Vec<(Source<'a>, &'a CExpr)>; + +fn body<'a>(work: &mut Work<'a>, items: Vec<&'a Term>, expr: &'a CExpr) -> Result<(), KernelError> { + if items.is_empty() { + return Err(invalid()); + } + push(work, (Source::Body(items), expr)) +} + +fn children<'a>( + work: &mut Work<'a>, + items: &[&'a Term], + exprs: &'a [std::sync::Arc], +) -> Result<(), KernelError> { + if items.len() != exprs.len() { + return Err(invalid()); + } + for (term, expr) in items.iter().zip(exprs).rev() { + push(work, (Source::Term(term), expr))?; + } + Ok(()) +} + +fn copy<'a>(items: &[&'a Term]) -> Result, KernelError> { + let mut out = + crate::fallible_alloc::vec_with_capacity(items.len(), "compiled source references")?; + out.extend_from_slice(items); + Ok(out) +} + +// The checker follows the source grammar independently of the compiler. It does +// not recompile a candidate or accept a candidate's own capture/forward plans. +pub(super) fn validate(term: &Term, expr: &CExpr) -> Result<(), KernelError> { + let mut work = Vec::new(); + push(&mut work, (Source::Term(term), expr))?; + while let Some((source, expr)) = work.pop() { + match source { + Source::Body(mut items) => { + if items.len() == 1 { + push(&mut work, (Source::Term(items.remove(0)), expr))?; + } else if let CExpr::Begin(exprs) = expr { + children(&mut work, &items, exprs)?; + } else { + return Err(invalid()); + } + } + Source::Function { + mut params, + body: source_body, + } => { + if params.is_empty() { + return Err(invalid()); + } + let Term::Symbol(expected) = params.remove(0) else { + return Err(invalid()); + }; + let CExpr::FnUnary { + param, + body: actual, + .. + } = expr + else { + return Err(invalid()); + }; + if param != expected { + return Err(invalid()); + } + if params.is_empty() { + body(&mut work, source_body, actual)?; + } else { + push( + &mut work, + ( + Source::Function { + params, + body: source_body, + }, + actual, + ), + )?; + } + } + Source::Term(term) => match term { + Term::Nil | Term::Bool(_) | Term::Int(_) | Term::Str(_) | Term::Bytes(_) => { + let CExpr::Atom(actual) = expr else { + return Err(invalid()); + }; + if !terms::equal(term, actual)? { + return Err(invalid()); + } + } + Term::Symbol(name) => { + if !matches!(expr, CExpr::Var { name: actual, .. } if actual == name) { + return Err(invalid()); + } + } + Term::Vector(items) => { + let CExpr::Vector(actual) = expr else { + return Err(invalid()); + }; + if items.len() != actual.len() { + return Err(invalid()); + } + for (left, right) in items.iter().zip(actual) { + if !terms::equal(left, right)? { + return Err(invalid()); + } + } + } + Term::Map(items) => { + let CExpr::Map(actual) = expr else { + return Err(invalid()); + }; + if items.len() != actual.len() { + return Err(invalid()); + } + for ((key, value), (actual_key, actual_value)) in items.iter().zip(actual).rev() + { + if !terms::equal(&key.0, &actual_key.0)? { + return Err(invalid()); + } + push(&mut work, (Source::Term(value), actual_value))?; + } + } + Term::Pair(_, _) => { + let items = terms::list(term)?; + if items.is_empty() { + return Err(invalid()); + } + let head = if let Term::Symbol(name) = items[0] { + name.as_str() + } else { + "" + }; + match head { + "quote" => { + let CExpr::Quote(actual) = expr else { + return Err(invalid()); + }; + if items.len() != 2 || !terms::equal(items[1], actual)? { + return Err(invalid()); + } + } + "fn" => { + if items.len() < 3 { + return Err(invalid()); + } + let params = terms::list(items[1])?; + if params.is_empty() + || params.iter().any(|p| !matches!(p, Term::Symbol(_))) + { + return Err(invalid()); + } + push( + &mut work, + ( + Source::Function { + params, + body: copy(&items[2..])?, + }, + expr, + ), + )?; + } + "begin" => body(&mut work, copy(&items[1..])?, expr)?, + "if" => { + let CExpr::If { + cond, + then_expr, + else_expr, + .. + } = expr + else { + return Err(invalid()); + }; + if items.len() != 4 { + return Err(invalid()); + } + push(&mut work, (Source::Term(items[3]), else_expr))?; + push(&mut work, (Source::Term(items[2]), then_expr))?; + push(&mut work, (Source::Term(items[1]), cond))?; + } + "let" => { + let CExpr::Let(bindings, actual_body) = expr else { + return Err(invalid()); + }; + if items.len() < 3 { + return Err(invalid()); + } + let expected = terms::list(items[1])?; + if expected.len() != bindings.len() { + return Err(invalid()); + } + body(&mut work, copy(&items[2..])?, actual_body)?; + for (binding, (name, rhs)) in expected.iter().zip(bindings).rev() { + let pair = terms::list(binding)?; + if pair.len() != 2 + || !matches!(pair[0],Term::Symbol(expected) if expected==name) + { + return Err(invalid()); + } + push(&mut work, (Source::Term(pair[1]), rhs))?; + } + } + "prim" => { + if items.len() < 2 { + return Err(invalid()); + } + let Term::Symbol(expected) = items[1] else { + return Err(invalid()); + }; + let (op, args) = match expr { + CExpr::Prim { op, args } => (op.as_str(), args), + CExpr::PrimUnknown { op, args } => (op.as_str(), args), + _ => return Err(invalid()), + }; + if op != expected { + return Err(invalid()); + } + children(&mut work, &items[2..], args)?; + } + "seal" | "unseal" => { + if head == "seal" && items.len() == 1 && matches!(expr, CExpr::SealNew) + { + continue; + } + let pair = match (head, expr) { + ("seal", CExpr::Seal(a, b)) | ("unseal", CExpr::Unseal(a, b)) => { + (a, b) + } + _ => return Err(invalid()), + }; + if items.len() != 3 { + return Err(invalid()); + } + push(&mut work, (Source::Term(items[2]), pair.1))?; + push(&mut work, (Source::Term(items[1]), pair.0))?; + } + "def" => return Err(invalid()), + _ => application(&mut work, term, expr)?, + } + } + }, + } + } + Ok(()) +} + +fn application<'a>( + work: &mut Work<'a>, + term: &'a Term, + expr: &'a CExpr, +) -> Result<(), KernelError> { + let mut current = term; + let mut groups = Vec::new(); + loop { + let Term::Pair(_, _) = current else { + break; + }; + let items = terms::list(current)?; + let head = if let Term::Symbol(name) = items[0] { + name.as_str() + } else { + "" + }; + if head == "begin" && items.len() == 2 { + current = items[1]; + continue; + } + if matches!( + head, + "quote" | "fn" | "if" | "begin" | "let" | "prim" | "seal" | "unseal" | "def" + ) { + break; + } + current = items[0]; + if items.len() > 1 { + push(&mut groups, copy(&items[1..])?)?; + } + } + if groups.is_empty() { + return push(work, (Source::Term(current), expr)); + } + let ticks = groups.len() - 1; + let mut args = Vec::new(); + for group in groups.into_iter().rev() { + for arg in group { + push(&mut args, arg)?; + } + } + match expr { + CExpr::App(callee, arg) if args.len() == 1 && ticks == 0 => { + push(work, (Source::Term(args[0]), arg))?; + push(work, (Source::Term(current), callee))?; + } + CExpr::AppN { + callee, + args: actual, + extra_app_ticks, + } if usize::try_from(*extra_app_ticks).ok() == Some(ticks) => { + children(work, &args, actual)?; + push(work, (Source::Term(current), callee))?; + } + _ => return Err(invalid()), + } + Ok(()) +} diff --git a/crates/gc_kernel/src/compiled/validation/terms.rs b/crates/gc_kernel/src/compiled/validation/terms.rs new file mode 100644 index 000000000..cf2226036 --- /dev/null +++ b/crates/gc_kernel/src/compiled/validation/terms.rs @@ -0,0 +1,100 @@ +use super::{invalid, push}; +use crate::error::KernelError; +use gc_coreform::Term; + +pub(super) fn list(term: &Term) -> Result, KernelError> { + let mut items = Vec::new(); + let mut current = term; + loop { + match current { + Term::Nil => return Ok(items), + Term::Pair(car, cdr) => { + push(&mut items, car.as_ref())?; + current = cdr; + } + _ => return Err(invalid()), + } + } +} + +pub(super) fn equal(left: &Term, right: &Term) -> Result { + let mut work = Vec::new(); + push(&mut work, (left, right))?; + while let Some((left, right)) = work.pop() { + match (left, right) { + (Term::Nil, Term::Nil) => {} + (Term::Bool(a), Term::Bool(b)) if a == b => {} + (Term::Int(a), Term::Int(b)) if a == b => {} + (Term::Str(a), Term::Str(b)) | (Term::Symbol(a), Term::Symbol(b)) if a == b => {} + (Term::Bytes(a), Term::Bytes(b)) if a == b => {} + (Term::Pair(ac, ad), Term::Pair(bc, bd)) => { + push(&mut work, (ad.as_ref(), bd.as_ref()))?; + push(&mut work, (ac.as_ref(), bc.as_ref()))?; + } + (Term::Vector(a), Term::Vector(b)) if a.len() == b.len() => { + for pair in a.iter().zip(b).rev() { + push(&mut work, pair)?; + } + } + (Term::Map(a), Term::Map(b)) if a.len() == b.len() => { + for ((ak, av), (bk, bv)) in a.iter().zip(b).rev() { + push(&mut work, (av, bv))?; + push(&mut work, (&ak.0, &bk.0))?; + } + } + _ => return Ok(false), + } + } + Ok(true) +} + +#[cfg(test)] +mod tests { + use super::*; + #[test] + fn semantic_term_equality_is_iterative_exact_and_differential() { + let sources = [ + "nil", + "true", + "false", + "0", + "-1", + "4294967296", + "\"x\"", + "b\"00ff\"", + "symbol", + "(1 2)", + "[1 2]", + "{:a 1 :b 2}", + "{:a [1 (2)] :b {:c 3}}", + ]; + let terms = sources + .iter() + .map(|text| gc_coreform::parse_term(text).unwrap()) + .collect::>(); + for left in &terms { + for right in &terms { + assert_eq!(equal(left, right).unwrap(), left == right); + } + } + std::thread::Builder::new() + .stack_size(96 * 1024) + .spawn(|| { + let mut left = Term::Int(1.into()); + let mut right = Term::Int(1.into()); + for _ in 0..20000 { + left = Term::Pair(Box::new(Term::Nil), Box::new(left)); + right = Term::Pair(Box::new(Term::Nil), Box::new(right)); + } + assert!(equal(&left, &right).unwrap()); + assert!(!equal(&left, &Term::Int(1.into())).unwrap()); + // Retire this observer's deliberately deep fixture without testing + // the inherited recursive Term destructor as part of this checker. + std::mem::forget(left); + std::mem::forget(right); + }) + .unwrap() + .join() + .unwrap(); + } +} diff --git a/crates/gc_kernel/src/compiled_blob.rs b/crates/gc_kernel/src/compiled_blob.rs index c5c83890a..18378b875 100644 --- a/crates/gc_kernel/src/compiled_blob.rs +++ b/crates/gc_kernel/src/compiled_blob.rs @@ -3,7 +3,10 @@ use std::sync::{Arc, OnceLock}; use crate::error::{KernelError, KernelErrorKind}; use crate::eval::PrimOp; use crate::fallible_alloc::{clone_str, vec_with_capacity}; -use gc_coreform::{Term, TermOrdKey, parse_term, print_term}; +use gc_coreform::{Term, TermOrdKey, parse_term}; + +#[path = "compiled/blob_inventory.rs"] +mod inventory; use super::{ CExpr, COMPILED_MODULE_BLOB_MAGIC, CompiledCoverageSites, CompiledForm, CompiledModule, @@ -55,6 +58,7 @@ pub(super) fn decode_compiled_module_blob(bytes: &[u8]) -> Result Result { let name = cur.read_str()?; let module_slot = cur.read_u32()?; + let slot = usize::try_from(module_slot).ok(); + if slot.and_then(|slot| module_names.get(slot)) != Some(&name) { + return Err(KernelError::new( + KernelErrorKind::Internal, + "compiled def name disagrees with module slot", + )); + } let expr = decode_cexpr(&mut cur)?; forms.push(CompiledForm::Def { name, @@ -90,6 +101,7 @@ pub(super) fn decode_compiled_module_blob(bytes: &[u8]) -> Result, xs: &[String]) -> Result<(), KernelError> { } fn push_term(out: &mut Vec, t: &Term) -> Result<(), KernelError> { - let rendered = print_term(t); + let rendered = inventory::render_term(t)?; push_str(out, &rendered) } diff --git a/crates/gc_kernel/src/env/capture.rs b/crates/gc_kernel/src/env/capture.rs index 60c04b35f..bcf4e85c3 100644 --- a/crates/gc_kernel/src/env/capture.rs +++ b/crates/gc_kernel/src/env/capture.rs @@ -27,7 +27,7 @@ impl Env { } } - fn module_anchor(&self) -> Self { + pub(crate) fn module_anchor(&self) -> Self { let mut current = self.clone(); loop { if current.0.module_scope.get() { diff --git a/crates/gc_kernel/src/eval_prims/text_bytes.rs b/crates/gc_kernel/src/eval_prims/text_bytes.rs index a456ca53e..828073e7c 100644 --- a/crates/gc_kernel/src/eval_prims/text_bytes.rs +++ b/crates/gc_kernel/src/eval_prims/text_bytes.rs @@ -41,26 +41,8 @@ pub(super) fn dispatch_text_bytes_prim( if s.is_empty() { return type_err(ctx, "sym/from-str expects non-empty string"); } - // Match lexer delimiter constraints: symbols may not contain whitespace or delimiters. - let bs = s.as_bytes(); - for &b in bs { - if matches!( - b, - b' ' | b'\t' - | b'\n' - | b'\r' - | b'(' - | b')' - | b'[' - | b']' - | b'{' - | b'}' - | b'\'' - | b'"' - | b';' - ) { - return type_err(ctx, "sym/from-str invalid symbol text"); - } + if gc_coreform::validate_symbol_name(s).is_err() { + return type_err(ctx, "sym/from-str invalid symbol text"); } ctx.mem_observe_string_len(s.len())?; Ok(Value::data(Term::Symbol(clone_str(s, "sym/from-str")?))) @@ -124,8 +106,13 @@ pub(super) fn dispatch_text_bytes_prim( let out_len = checked_mul(s.len(), n, "str/repeat")?; ctx.mem_observe_string_len(out_len)?; let mut out = string_with_capacity(out_len, "str/repeat")?; - for _ in 0..n { - out.push_str(s); + // A zero-width input must not turn an output-bounded operation + // into count-dependent work that never yields to the evaluator. + // Keep count validation and memory observation above this guard. + if out_len != 0 { + for _ in 0..n { + out.push_str(s); + } } Ok(Value::data(Term::Str(out))) } diff --git a/crates/gc_kernel/src/lib.rs b/crates/gc_kernel/src/lib.rs index 565921a74..475407fcb 100644 --- a/crates/gc_kernel/src/lib.rs +++ b/crates/gc_kernel/src/lib.rs @@ -6,6 +6,7 @@ mod eval; mod fallible_alloc; mod free_vars; mod logical_heap; +mod runtime_term_hash; pub mod text_profile; mod value; @@ -22,6 +23,9 @@ pub use eval::{ DEFAULT_STEP_LIMIT, DecisionCoverageCounters, DecisionSample, EvalCtx, EvalObservedCounters, EvalState, MemLimits, MemObservedCounters, ProtocolTokens, StepLimit, eval_module, eval_term, }; +pub use runtime_term_hash::{ + RUNTIME_TERM_HASH_PROFILE_ID, RuntimeTermHashLimits, runtime_term_hash, +}; pub use value::{ Apply, Contract, EffectProgram, EffectRequest, NativeFn, SealId, Sym, VALUE_EFFECT_HASH_PROFILE_ID, Value, ValueMap, ValueVector, value_hash, diff --git a/crates/gc_kernel/src/logical_heap.rs b/crates/gc_kernel/src/logical_heap.rs index 2e6c25ad4..b133e3479 100644 --- a/crates/gc_kernel/src/logical_heap.rs +++ b/crates/gc_kernel/src/logical_heap.rs @@ -1,3 +1,5 @@ +mod captures; + use std::cell::RefCell; use std::collections::HashSet; use std::sync::Arc; @@ -190,6 +192,7 @@ enum CycleKey { Map(*const crate::value::ValueMap), Closure(*const crate::value::ClosureData), CompiledClosure(*const crate::value::CompiledClosureData), + CompiledEnvironment(*const crate::value::CompiledClosureData), Native(*const crate::value::NativeFn), Contract(*const Contract), EffectRequest(*const crate::value::EffectRequest), @@ -199,6 +202,7 @@ enum CycleKey { enum Work { Value(Value), Env(Env), + CompiledEnvironment(Shared), Contract(Shared), Exit(CycleKey), } @@ -235,6 +239,9 @@ pub(crate) fn logical_live_units(values: &[&Value], environments: &[&Env]) -> u6 while let Some(work) = stack.pop() { match work { + Work::CompiledEnvironment(closure) => { + captures::visit(&closure, &mut active, &mut stack, &mut units); + } Work::Exit(key) => { active.remove(&key); } @@ -310,7 +317,11 @@ pub(crate) fn logical_live_units(values: &[&Value], environments: &[&Env]) -> u6 } units = units.saturating_add(closure.param.len() as u64); charge_term_edge(&closure.body, &mut units); - push_edge(&mut stack, Work::Env(closure.env.clone()), &mut units); + push_edge( + &mut stack, + Work::CompiledEnvironment(closure.clone()), + &mut units, + ); } Value::Sealed { payload, .. } => { push_edge(&mut stack, Work::Value(*payload), &mut units); diff --git a/crates/gc_kernel/src/logical_heap/captures.rs b/crates/gc_kernel/src/logical_heap/captures.rs new file mode 100644 index 000000000..0cee8c049 --- /dev/null +++ b/crates/gc_kernel/src/logical_heap/captures.rs @@ -0,0 +1,41 @@ +use super::*; + +pub(super) fn visit( + closure: &Shared, + active: &mut HashSet, + stack: &mut Vec, + units: &mut u64, +) { + let Some(lexical) = closure + .compiled_env + .as_ref() + .filter(|env| env.has_captures()) + else { + // The incoming environment edge was already charged by the caller. + stack.push(Work::Env(closure.env.clone())); + return; + }; + let key = CycleKey::CompiledEnvironment(closure.identity_ptr()); + if !enter_cycle(active, stack, key) { + return; + } + *units = units.saturating_add(1); + let root = closure.env.module_anchor(); + push_edge(stack, Work::Env(root.clone()), units); + // Env::capture has already flattened selected external locals above this + // module anchor. Merge lexical slots into that one semantic frame; neither + // sparse slot holes nor immutable compiler metadata are language charges. + if !Shared::ptr_eq(&root.0, &closure.env.0) { + let bindings = closure.env.0.binds.borrow(); + for (name, value) in bindings.iter().rev() { + if !lexical.has_named_binding(name) { + *units = units.saturating_add(name.len() as u64); + push_edge(stack, Work::Value(value.clone()), units); + } + } + } + for (name, value) in lexical.named_bindings().rev() { + *units = units.saturating_add(name.len() as u64); + push_edge(stack, Work::Value(value.clone()), units); + } +} diff --git a/crates/gc_kernel/src/runtime_term_hash.rs b/crates/gc_kernel/src/runtime_term_hash.rs new file mode 100644 index 000000000..844131f3f --- /dev/null +++ b/crates/gc_kernel/src/runtime_term_hash.rs @@ -0,0 +1,207 @@ +//! Explicit, bounded structural identity for runtime terms, including improper pairs. +//! This staged profile is separate from canonical store identity and legacy value hashing. + +use blake3::Hasher; +use gc_coreform::{Term, TermOrdKey}; +use num_bigint::Sign; + +use crate::{KernelError, KernelErrorKind}; + +pub const RUNTIME_TERM_HASH_PROFILE_ID: &str = "genesis/runtime-term-hash/v0.3"; +const DOMAIN: &[u8] = b"GCvalue-v0.3\0term\0"; + +/// Explicit per-operation ceilings; no sentinel or ambient default disables a bound. +#[derive(Clone, Copy, Debug)] +pub struct RuntimeTermHashLimits { + pub max_nodes: u64, + pub max_encoded_bytes: u64, + pub max_pending_frames: usize, +} + +enum Frame<'a> { + Term(&'a Term), + Vector(std::slice::Iter<'a, Term>), + Map(std::collections::btree_map::Iter<'a, TermOrdKey, Term>), +} + +struct Encoder { + hasher: Hasher, + limits: RuntimeTermHashLimits, + nodes: u64, + bytes: u64, +} + +impl Encoder { + fn charge_bytes(&mut self, additional: u64) -> Result<(), KernelError> { + self.bytes = self.bytes.checked_add(additional).ok_or_else(|| { + KernelError::new( + KernelErrorKind::MemoryLimit, + "runtime hash byte counter overflow", + ) + })?; + if self.bytes > self.limits.max_encoded_bytes { + return Err(KernelError::memory_limit( + "runtime-hash-bytes", + self.bytes, + self.limits.max_encoded_bytes, + )); + } + Ok(()) + } + + fn write(&mut self, bytes: &[u8]) -> Result<(), KernelError> { + self.charge_bytes(bytes.len() as u64)?; + self.hasher.update(bytes); + Ok(()) + } + + fn count(&mut self, count: usize) -> Result<(), KernelError> { + self.write(&(count as u64).to_le_bytes()) + } + + fn blob(&mut self, bytes: &[u8]) -> Result<(), KernelError> { + self.count(bytes.len())?; + self.write(bytes) + } + + fn node(&mut self) -> Result<(), KernelError> { + self.nodes = self.nodes.checked_add(1).ok_or_else(|| { + KernelError::new( + KernelErrorKind::MemoryLimit, + "runtime hash node counter overflow", + ) + })?; + if self.nodes > self.limits.max_nodes { + return Err(KernelError::memory_limit( + "runtime-hash-nodes", + self.nodes, + self.limits.max_nodes, + )); + } + Ok(()) + } + + fn push<'a>(&self, stack: &mut Vec>, frame: Frame<'a>) -> Result<(), KernelError> { + if stack.len() == self.limits.max_pending_frames { + return Err(KernelError::memory_limit( + "runtime-hash-frames", + (stack.len() as u64).saturating_add(1), + self.limits.max_pending_frames as u64, + )); + } + if stack.len() == stack.capacity() { + let growth = stack + .capacity() + .max(4) + .min(self.limits.max_pending_frames - stack.len()); + stack.try_reserve_exact(growth).map_err(|_| { + KernelError::new( + KernelErrorKind::MemoryLimit, + "runtime hash stack allocation failed", + ) + })?; + } + stack.push(frame); + Ok(()) + } +} + +/// Hash the lossless tagged term encoding under the explicit v0.3 runtime-term profile. +/// Does not admit a term for serialization or select a value/effect-log profile. +pub fn runtime_term_hash( + term: &Term, + limits: RuntimeTermHashLimits, +) -> Result<[u8; 32], KernelError> { + let mut encoder = Encoder { + hasher: Hasher::new(), + limits, + nodes: 0, + bytes: 0, + }; + encoder.write(DOMAIN)?; + let mut stack = Vec::new(); + encoder.push(&mut stack, Frame::Term(term))?; + while let Some(frame) = stack.pop() { + match frame { + Frame::Vector(mut items) => { + if let Some(item) = items.next() { + if !items.as_slice().is_empty() { + encoder.push(&mut stack, Frame::Vector(items))?; + } + encoder.push(&mut stack, Frame::Term(item))?; + } + } + Frame::Map(mut entries) => { + if let Some((key, value)) = entries.next() { + if entries.len() != 0 { + encoder.push(&mut stack, Frame::Map(entries))?; + } + encoder.push(&mut stack, Frame::Term(value))?; + encoder.push(&mut stack, Frame::Term(&key.0))?; + } + } + Frame::Term(term) => { + encoder.node()?; + match term { + Term::Nil => encoder.write(&[0])?, + Term::Bool(value) => encoder.write(&[1, u8::from(*value)])?, + Term::Int(value) => { + let sign = match value.sign() { + Sign::NoSign => 0, + Sign::Plus => 1, + Sign::Minus => 2, + }; + encoder.write(&[2, sign])?; + let digits = value.iter_u32_digits(); + encoder.count(digits.len())?; + let bytes = (digits.len() as u64).checked_mul(4).ok_or_else(|| { + KernelError::new( + KernelErrorKind::MemoryLimit, + "runtime hash integer length overflow", + ) + })?; + encoder.charge_bytes(bytes)?; + for digit in digits { + encoder.hasher.update(&digit.to_le_bytes()); + } + } + Term::Str(value) => { + encoder.write(&[3])?; + encoder.blob(value.as_bytes())?; + } + Term::Bytes(value) => { + encoder.write(&[4])?; + encoder.blob(value)?; + } + Term::Symbol(value) => { + encoder.write(&[5])?; + encoder.blob(value.as_bytes())?; + } + Term::Pair(car, cdr) => { + encoder.write(&[6])?; + encoder.push(&mut stack, Frame::Term(cdr))?; + encoder.push(&mut stack, Frame::Term(car))?; + } + Term::Vector(values) => { + encoder.write(&[7])?; + encoder.count(values.len())?; + if !values.is_empty() { + encoder.push(&mut stack, Frame::Vector(values.iter()))?; + } + } + Term::Map(values) => { + encoder.write(&[8])?; + encoder.count(values.len())?; + if !values.is_empty() { + encoder.push(&mut stack, Frame::Map(values.iter()))?; + } + } + } + } + } + } + Ok(*encoder.hasher.finalize().as_bytes()) +} + +#[cfg(test)] +mod tests; diff --git a/crates/gc_kernel/src/runtime_term_hash/tests.rs b/crates/gc_kernel/src/runtime_term_hash/tests.rs new file mode 100644 index 000000000..332f1be8f --- /dev/null +++ b/crates/gc_kernel/src/runtime_term_hash/tests.rs @@ -0,0 +1,410 @@ +use super::*; +use gc_coreform::{hash_term, print_term}; +use num_bigint::BigInt; +use std::collections::{BTreeMap, BTreeSet}; + +fn limits() -> RuntimeTermHashLimits { + RuntimeTermHashLimits { + max_nodes: 200_001, + max_encoded_bytes: 2_000_000, + max_pending_frames: 30_001, + } +} +fn pair(car: i64, cdr: i64) -> Term { + Term::Pair( + Box::new(Term::Int(car.into())), + Box::new(Term::Int(cdr.into())), + ) +} +fn hex(hash: [u8; 32]) -> String { + hash.iter().map(|byte| format!("{byte:02x}")).collect() +} + +#[test] +fn structural_term_hash_matches_independent_all_tag_vectors() { + // Frozen Python encoder + pinned python-blake3 1.0.4 vectors, not generated by this codec. + let cases = vec![ + ( + "nil", + Term::Nil, + "f4c11e50a6146bc53c12aebb3c94a922faae7ad5f87ef2bedf1d06f9e2e22622", + ), + ( + "false", + Term::Bool(false), + "730bc0c5cb72467129b0fb1b8cddf63a638a3fd5ea443c0c96e47c14f699fe3a", + ), + ( + "true", + Term::Bool(true), + "dd1f0625fccf1a3b94b7e4c3206a1b6dd130314032aedfcedca64215ce16beaf", + ), + ( + "zero", + Term::Int(0.into()), + "8b95e11f98c51959be3f7c954ade2cd2e643e2a9b2b09686be362070e7d159f7", + ), + ( + "one", + Term::Int(1.into()), + "2a5cf0323f22a2df61357cd909cef40bd65faca8dc590513947288737cf7cea4", + ), + ( + "negative-one", + Term::Int((-1).into()), + "07764f2882fcdf9c0ab4b9d4db71e6fc8b82b2e2e92ae6a8855fdafea39aa817", + ), + ( + "large-positive", + Term::Int((BigInt::from(1_u8) << 64_usize) + 9_u8), + "f14d93d434f01f29dfcb9914e12eb07974a2e3cece12dc99b721935c67747f59", + ), + ( + "large-negative", + Term::Int(-((BigInt::from(1_u8) << 64_usize) + 9_u8)), + "ee358c7b8de6bb19940f460441c23cdecaf4d26f89dd2d509789d248da1c70de", + ), + ( + "unicode-text", + Term::Str("é🙂\0".into()), + "c641614b07fa39933ef3289ee265d0b27e403a8189841a299490e7f4763db313", + ), + ( + "octets", + Term::Bytes(vec![0, 255, 128].into()), + "4a2f12d780cf01aefb0e6a0ceaac1116ce36e70c65b99026024adba8d72f4398", + ), + ( + "raw-reserved-symbol", + Term::Symbol("true".into()), + "c322e75a718da4dc818fbdd17e7b34dc9ad5881dec4f86f195b4a45afb511a7e", + ), + ( + "raw-nul-symbol", + Term::Symbol("a\0b".into()), + "79a31edad4b990bc60172983f08985d05d717997491268244153ca041e7e0752", + ), + ( + "pair-1-2", + pair(1, 2), + "2a72fc945aa5002bae2c488188a324c0e1d4b3603aeea16d8e9234ed468fb202", + ), + ( + "pair-3-4", + pair(3, 4), + "961326bb688e570cb74dc332c00d32abe9ba6b32e49160da60fcad457761f668", + ), + ( + "proper-placeholder", + Term::list(vec![ + Term::Symbol("pair".into()), + Term::Symbol("".into()), + ]), + "173d61a48daeb764614415780ec21c09d69add6d268aec3f8d87f69652227083", + ), + ( + "empty-vector", + Term::Vector(vec![]), + "b1677be68fc50f089bb18d5dfb79164f9ffa23de3ce69ad6bd9f03a23326dba7", + ), + ( + "nested-vector", + Term::Vector(vec![Term::Nil, pair(1, 2)]), + "cf3b1f579a9557193ea875e51fdd95b689914204d0df574f90510982019553e1", + ), + ( + "empty-map", + Term::Map(BTreeMap::new()), + "c752c761327ba8cc9576d7026a022358d61bf096307e6a202ade63b11461449e", + ), + ( + "nested-map", + Term::Map( + [ + (TermOrdKey(Term::Symbol(":a".into())), pair(1, 2)), + ( + TermOrdKey(pair(3, 4)), + Term::Vector(vec![Term::Int((-1).into()), Term::Str("é".into())]), + ), + ] + .into(), + ), + "9e40ec479a75b92209eac3add047e26ca635c4228a70c50c5d604e68f36664c7", + ), + ]; + let mut seen = BTreeSet::new(); + for (name, term, expected) in cases { + let observed = hex(runtime_term_hash(&term, limits()).unwrap()); + assert_eq!(observed, expected, "{name}"); + assert!( + seen.insert(observed), + "fixture aliases another distinct term: {name}" + ); + } +} + +#[test] +fn structural_term_hash_separates_nested_improper_and_raw_symbol_aliases() { + let mut terms = vec![ + Term::Nil, + Term::Symbol("nil".into()), + Term::Bool(true), + Term::Symbol("true".into()), + Term::Int(1.into()), + Term::Symbol("1".into()), + Term::Str("x".into()), + Term::Symbol("x".into()), + Term::Bytes(b"x".to_vec().into()), + Term::list(vec![ + Term::Symbol("pair".into()), + Term::Symbol("".into()), + ]), + ]; + for number in -16..16 { + terms.push(pair(number, number + 1)); + } + let mut hashes = BTreeMap::new(); + for term in terms { + for nested in [ + term.clone(), + Term::Vector(vec![term.clone()]), + Term::Map([(TermOrdKey(Term::Nil), term.clone())].into()), + Term::Map([(TermOrdKey(term), Term::Nil)].into()), + ] { + let hash = runtime_term_hash(&nested, limits()).unwrap(); + if let Some(previous) = hashes.insert(hash, nested.clone()) { + assert_eq!(previous, nested, "unequal structural terms aliased"); + } + } + } + assert_eq!(hashes.len(), 167); +} + +#[test] +fn structural_term_hash_does_not_change_canonical_store_or_legacy_value_identity() { + let proper = Term::list(vec![ + Term::Symbol("pair".into()), + Term::Symbol("".into()), + ]); + assert_eq!(print_term(&proper), "(pair )"); + // A frozen existing v0.2 canonical hash; the additive profile cannot replace it. + assert_eq!( + hex(hash_term(&proper)), + "59564e4d8fcafbd06c06a5f54deefc6969cdd72861eb7ee50da1fd5c9c4bc9c9" + ); + assert_eq!( + hex(crate::value_hash(&crate::Value::data(proper))), + "b9ad37409e134445e770a816fd877728d009267997f0eb8fd926cd40e09ced02" + ); + assert_eq!( + crate::VALUE_EFFECT_HASH_PROFILE_ID, + "genesis/value-effect-hash/v0.2" + ); + assert_eq!( + RUNTIME_TERM_HASH_PROFILE_ID, + "genesis/runtime-term-hash/v0.3" + ); +} + +#[test] +fn structural_term_hash_limits_are_exact_and_fail_with_typed_dimensions() { + let term = Term::Vector(vec![Term::Bool(false), Term::Nil]); + let bytes = DOMAIN.len() as u64 + 9 + 2 + 1; + let exact = RuntimeTermHashLimits { + max_nodes: 3, + max_encoded_bytes: bytes, + max_pending_frames: 2, + }; + runtime_term_hash(&term, exact).unwrap(); + for (short, dimension, observed, limit) in [ + ( + RuntimeTermHashLimits { + max_nodes: 2, + ..exact + }, + "runtime-hash-nodes", + 3, + 2, + ), + ( + RuntimeTermHashLimits { + max_encoded_bytes: bytes - 1, + ..exact + }, + "runtime-hash-bytes", + bytes, + bytes - 1, + ), + ( + RuntimeTermHashLimits { + max_pending_frames: 1, + ..exact + }, + "runtime-hash-frames", + 2, + 1, + ), + ( + RuntimeTermHashLimits { + max_pending_frames: 0, + ..exact + }, + "runtime-hash-frames", + 1, + 0, + ), + ( + RuntimeTermHashLimits { + max_nodes: 0, + ..exact + }, + "runtime-hash-nodes", + 1, + 0, + ), + ( + RuntimeTermHashLimits { + max_encoded_bytes: 0, + ..exact + }, + "runtime-hash-bytes", + DOMAIN.len() as u64, + 0, + ), + ] { + let error = runtime_term_hash(&term, short).unwrap_err(); + assert!(matches!(error.kind, KernelErrorKind::MemoryLimit)); + assert_eq!( + error.resource_limit.unwrap(), + crate::ResourceLimit { + dimension, + observed, + limit + } + ); + } + let huge_integer = Term::Int(BigInt::from(1_u8) << 32768); + let error = runtime_term_hash( + &huge_integer, + RuntimeTermHashLimits { + max_encoded_bytes: DOMAIN.len() as u64 + 10, + ..limits() + }, + ) + .unwrap_err(); + assert_eq!( + error.resource_limit.unwrap().dimension, + "runtime-hash-bytes" + ); + let huge_blob = Term::Bytes(vec![42; 1_000_000].into()); + let error = runtime_term_hash( + &huge_blob, + RuntimeTermHashLimits { + max_encoded_bytes: DOMAIN.len() as u64 + 9, + ..limits() + }, + ) + .unwrap_err(); + assert_eq!( + error.resource_limit.unwrap().observed, + DOMAIN.len() as u64 + 9 + 1_000_000 + ); +} + +fn dismantle_pair(mut term: Term) { + // Term's own destructor is a separate boundary; do not make it this hash test's stack limit. + while let Term::Pair(car, cdr) = term { + assert_eq!(*cdr, Term::Nil); + term = *car; + } +} + +#[test] +fn structural_term_hash_streams_deep_and_wide_without_host_recursion_or_fanout_stack() { + std::thread::Builder::new() + .stack_size(96 * 1024) + .spawn(|| { + let mut term = Term::Nil; + for _ in 0..20_000 { + term = Term::Pair(Box::new(term), Box::new(Term::Nil)); + } + let result = runtime_term_hash(&term, limits()); + let bounded = runtime_term_hash( + &term, + RuntimeTermHashLimits { + max_pending_frames: 16, + ..limits() + }, + ); + dismantle_pair(term); + result.unwrap(); + assert_eq!( + bounded.unwrap_err().resource_limit.unwrap().dimension, + "runtime-hash-frames" + ); + }) + .unwrap() + .join() + .unwrap(); + let wide = Term::Vector(vec![Term::Nil; 100_000]); + runtime_term_hash( + &wide, + RuntimeTermHashLimits { + max_pending_frames: 2, + ..limits() + }, + ) + .unwrap(); + let map = Term::Map( + (0..10_000) + .map(|n| (TermOrdKey(Term::Int(n.into())), Term::Nil)) + .collect(), + ); + runtime_term_hash( + &map, + RuntimeTermHashLimits { + max_pending_frames: 3, + ..limits() + }, + ) + .unwrap(); +} + +#[test] +fn structural_term_hash_map_identity_preserves_canonical_key_order() { + let forward: BTreeMap<_, _> = (0..64) + .map(|n| (TermOrdKey(pair(n, n + 1)), Term::Str(n.to_string()))) + .collect(); + let backward: BTreeMap<_, _> = (0..64) + .rev() + .map(|n| (TermOrdKey(pair(n, n + 1)), Term::Str(n.to_string()))) + .collect(); + assert_eq!( + runtime_term_hash(&Term::Map(forward), limits()).unwrap(), + runtime_term_hash(&Term::Map(backward), limits()).unwrap() + ); +} + +#[test] +fn structural_term_hash_counter_overflow_is_an_explicit_error_at_maximum_limits() { + let mut encoder = Encoder { + hasher: Hasher::new(), + limits: RuntimeTermHashLimits { + max_nodes: u64::MAX, + max_encoded_bytes: u64::MAX, + max_pending_frames: usize::MAX, + }, + nodes: u64::MAX, + bytes: u64::MAX, + }; + for error in [ + encoder.node().unwrap_err(), + encoder.charge_bytes(1).unwrap_err(), + ] { + assert!(matches!(error.kind, KernelErrorKind::MemoryLimit)); + assert!( + error.resource_limit.is_none(), + "overflow has no representable exact observation" + ); + } +} diff --git a/crates/gc_kernel/src/tests.rs b/crates/gc_kernel/src/tests.rs index 6b37d21e2..a06da5f09 100644 --- a/crates/gc_kernel/src/tests.rs +++ b/crates/gc_kernel/src/tests.rs @@ -2517,3 +2517,125 @@ fn fixed_decimal_parse_failure_is_sealed_error() { _ => panic!("expected sealed error, got {}", v.debug_repr()), } } + +#[test] +fn empty_repeat_maximum_count_has_bounded_work_and_tier_exact_accounting() { + // A child watchdog bounds the counterexample even when a primitive fails + // to yield to evaluator step accounting. The child checks semantic results + // and deterministic counters; elapsed time is only the outer safety bound. + const CHILD: &str = "GENESIS_TEST_EMPTY_REPEAT_CHILD"; + if std::env::var_os(CHILD).is_some() { + let zero = observe_tier( + r#"(prim str/repeat "" 0)"#, + false, + Some(100), + MemLimits::default(), + ); + let source = format!(r#"(prim str/repeat "" {})"#, usize::MAX); + let reference = observe_tier(&source, false, Some(100), MemLimits::default()); + let optimized = observe_tier(&source, true, Some(100), MemLimits::default()); + assert_eq!(reference, optimized); + assert_eq!(reference.result.as_ref().unwrap().0, r#""""#); + assert_eq!(reference.counters.steps, zero.counters.steps); + return; + } + let mut child = std::process::Command::new(std::env::current_exe().unwrap()) + .args([ + "--exact", + "tests::empty_repeat_maximum_count_has_bounded_work_and_tier_exact_accounting", + "--nocapture", + ]) + .env(CHILD, "1") + .spawn() + .unwrap(); + let deadline = std::time::Instant::now() + std::time::Duration::from_secs(3); + loop { + if let Some(status) = child.try_wait().unwrap() { + assert!(status.success(), "empty-repeat child failed: {status}"); + break; + } + if std::time::Instant::now() >= deadline { + child.kill().unwrap(); + child.wait().unwrap(); + panic!("empty repetition exceeded bounded child watchdog despite a 100-step budget"); + } + std::thread::sleep(std::time::Duration::from_millis(10)); + } +} + +#[test] +fn str_repeat_preserves_validation_and_output_limits_in_both_tiers() { + let out_of_range = BigInt::from(usize::MAX) + 1u8; + let cases = [ + (r#"(prim str/repeat "" -1)"#.to_owned(), true), + (format!(r#"(prim str/repeat "" {out_of_range})"#), true), + (r#"(prim str/repeat "" true)"#.to_owned(), true), + (r#"(prim str/repeat 0 0)"#.to_owned(), true), + (r#"(prim str/repeat "abc" 0)"#.to_owned(), false), + (r#"(prim str/repeat "λ" 3)"#.to_owned(), false), + ]; + for (source, sealed_error) in cases { + let forms = parse_module(&source).unwrap(); + let reference = observe_tier(&source, false, Some(100), logical_meter_limits()); + let optimized = observe_tier(&source, true, Some(100), logical_meter_limits()); + assert_eq!(reference, optimized, "{source}"); + for compiled in [false, true] { + let mut ctx = EvalCtx::with_step_limit(Some(100)); + let token = ctx.protocol.unwrap().error; + let mut env = Env::empty(); + let value = if compiled { + eval_module_compiled(&mut ctx, &mut env, &forms) + } else { + eval_module(&mut ctx, &mut env, &forms) + } + .unwrap(); + if sealed_error { + assert!( + matches!(value, Value::Sealed { token: actual, .. } if actual == token), + "{source}" + ); + } else { + let expected = if source.contains('λ') { "λλλ" } else { "" }; + assert!( + matches!(value.as_data(), Some(Term::Str(actual)) if actual == expected), + "{source}" + ); + } + } + } + let overflow = format!(r#"(prim str/repeat "ab" {})"#, usize::MAX); + let reference = observe_tier(&overflow, false, Some(100), MemLimits::default()); + let optimized = observe_tier(&overflow, true, Some(100), MemLimits::default()); + assert_eq!(reference, optimized); + assert_eq!( + reference.result.unwrap_err().0, + KernelErrorKind::MemoryLimit.to_string() + ); +} + +#[test] +fn symbol_constructor_rejects_literal_and_integer_token_aliases_in_both_tiers() { + for name in ["nil", "true", "false", "0", "12name", "-1", "-12name"] { + let source = format!( + "(prim sym/from-str {})", + gc_coreform::print_term(&Term::Str(name.into())) + ); + for compiled in [false, true] { + let mut ctx = EvalCtx::with_step_limit(Some(100)); + let token = ctx.protocol.unwrap().error; + let mut env = Env::empty(); + let forms = parse_module(&source).unwrap(); + let value = if compiled { + eval_module_compiled(&mut ctx, &mut env, &forms) + } else { + eval_module(&mut ctx, &mut env, &forms) + } + .unwrap(); + assert!( + matches!(value, Value::Sealed { token: actual, .. } if actual == token), + "{name} compiled={compiled}: {}", + value.debug_repr() + ); + } + } +} diff --git a/crates/gc_registry/Cargo.toml b/crates/gc_registry/Cargo.toml index 8e4fdcb03..38fe45b36 100644 --- a/crates/gc_registry/Cargo.toml +++ b/crates/gc_registry/Cargo.toml @@ -18,4 +18,12 @@ gc_vcs = { path = "../gc_vcs" } [target.'cfg(not(target_os = "wasi"))'.dependencies] fs2 = "0.4" +bytes.workspace = true +futures-util = { version = "0.3", default-features = false, features = ["std"] } +http-body-util = "0.1" +hyper = { version = "1", default-features = false, features = ["http1", "server"] } +hyper-util = { version = "0.1", default-features = false, features = ["tokio"] } +tokio = { version = "1", default-features = false, features = ["rt", "net", "time", "sync"] } + +[target.'cfg(not(target_os = "wasi"))'.dev-dependencies] tiny_http = "0.12" diff --git a/crates/gc_registry/src/lib.rs b/crates/gc_registry/src/lib.rs index b5044346d..bb3de0010 100644 --- a/crates/gc_registry/src/lib.rs +++ b/crates/gc_registry/src/lib.rs @@ -1,6 +1,5 @@ use std::collections::BTreeMap; use std::fs::OpenOptions; -#[cfg(not(target_os = "wasi"))] use std::io::Read; use std::io::Write; use std::path::{Path, PathBuf}; @@ -22,7 +21,9 @@ use thiserror::Error; mod server; #[cfg(not(target_os = "wasi"))] pub use server::{ - HttpRegistryServerConfig, HttpRegistryServerHandle, spawn_http_file_registry_server, + HttpRegistryServerConfig, HttpRegistryServerHandle, HttpRegistryServerLimits, + HttpRegistryShutdown, spawn_http_file_registry_server, + spawn_http_file_registry_server_with_limits, }; #[cfg(not(target_os = "wasi"))] @@ -39,3 +40,7 @@ include!("registry/types_and_client.rs"); include!("registry/client_impl/mod.rs"); include!("registry/remote_helpers.rs"); include!("registry/file_backend.rs"); + +#[cfg(test)] +#[path = "registry/read_boundary_tests.rs"] +mod read_boundary_tests; diff --git a/crates/gc_registry/src/registry/client_impl/mod.rs b/crates/gc_registry/src/registry/client_impl/mod.rs index bf9626834..e32765ad7 100644 --- a/crates/gc_registry/src/registry/client_impl/mod.rs +++ b/crates/gc_registry/src/registry/client_impl/mod.rs @@ -42,7 +42,7 @@ impl RegistryClient { } #[cfg(not(target_os = "wasi"))] { - let mut b = Client::builder(); + let mut b = Client::builder().redirect(reqwest::redirect::Policy::none()); if let Some(t) = timeout { b = b.timeout(t); } diff --git a/crates/gc_registry/src/registry/client_impl/ping_and_store.rs b/crates/gc_registry/src/registry/client_impl/ping_and_store.rs index 7572e994d..6f45aaf22 100644 --- a/crates/gc_registry/src/registry/client_impl/ping_and_store.rs +++ b/crates/gc_registry/src/registry/client_impl/ping_and_store.rs @@ -39,6 +39,9 @@ impl RegistryClient { } pub fn store_has(&self, hashes: &[String]) -> Result, RegistryError> { + for hash in hashes { + validate_store_hash(hash)?; + } if let RegistryKind::InProc { id } = &self.kind { let g = lock_inproc_map()?; let reg = g.get(id).ok_or_else(|| { @@ -48,7 +51,6 @@ impl RegistryClient { return reg.store_has(hashes); } if let Some(root) = self.file_transport_root_for_op("store/has")? { - file_ensure_dirs(&root)?; let mut out = BTreeMap::new(); for h in hashes { out.insert(h.clone(), file_store_path(&root, h).exists()); @@ -89,51 +91,8 @@ impl RegistryClient { hash: &str, max_bytes: Option, ) -> Result, RegistryError> { - if let RegistryKind::InProc { id } = &self.kind { - let g = lock_inproc_map()?; - let reg = g.get(id).ok_or_else(|| { - RegistryError::RemoteSpec(format!("inproc registry not registered: {id}")) - })?; - reg.authorize(&self.auth)?; - let bytes = reg.store_get(hash)?; - enforce_body_limit("store/get", max_bytes, bytes.len() as u64)?; - return Ok(bytes); - } - if let Some(root) = self.file_transport_root_for_op("store/get")? { - file_ensure_dirs(&root)?; - let p = file_store_path(&root, hash); - if !p.exists() { - return Err(RegistryError::Http("store/get: status 404".to_string())); - } - let bytes = std::fs::read(&p).map_err(|e| RegistryError::Http(format!("{e}")))?; - enforce_body_limit("store/get", max_bytes, bytes.len() as u64)?; - let got = blake3::hash(&bytes).to_hex().to_string(); - if got != hash { - return Err(RegistryError::Protocol( - "store/get: hash mismatch".to_string(), - )); - } - return Ok(bytes); - } - #[cfg(target_os = "wasi")] - { - return Err(wasi_http_bridge_required("store/get", &self.base)); - } - #[cfg(not(target_os = "wasi"))] - { - let u = self - .base - .join(&format!("store/get/{hash}")) - .map_err(|e| RegistryError::RemoteSpec(format!("join store/get: {e}")))?; - let r = self - .apply_auth(self.http()?.get(u)) - .send() - .map_err(|e| RegistryError::Http(format!("store/get: {e}")))?; - if !r.status().is_success() { - return Err(status_error("store/get", r.status())); - } - read_response_bytes_limited("store/get", r, max_bytes) - } + self.store_get_opt_bounded(hash, max_bytes)? + .ok_or_else(|| RegistryError::Http("store/get: status 404".to_string())) } pub fn store_get_opt(&self, hash: &str) -> Result>, RegistryError> { @@ -145,6 +104,7 @@ impl RegistryClient { hash: &str, max_bytes: Option, ) -> Result>, RegistryError> { + validate_store_hash(hash)?; if let RegistryKind::InProc { id } = &self.kind { let g = lock_inproc_map()?; let reg = g.get(id).ok_or_else(|| { @@ -152,33 +112,38 @@ impl RegistryClient { })?; reg.authorize(&self.auth)?; return match reg.store_get(hash) { - Ok(b) => { - enforce_body_limit("store/get", max_bytes, b.len() as u64)?; - Ok(Some(b)) + Ok(bytes) => { + enforce_body_limit("store/get", max_bytes, bytes.len() as u64)?; + verify_store_object("store/get", hash, &bytes)?; + Ok(Some(bytes)) } - Err(RegistryError::Http(s)) if s.contains("status 404") => Ok(None), + Err(RegistryError::Http(s)) if s == "store/get: status 404" => Ok(None), Err(e) => Err(e), }; } if let Some(root) = self.file_transport_root_for_op("store/get")? { - file_ensure_dirs(&root)?; let p = file_store_path(&root, hash); - if !p.exists() { - return Ok(None); - } - let bytes = std::fs::read(&p).map_err(|e| RegistryError::Http(format!("{e}")))?; - enforce_body_limit("store/get", max_bytes, bytes.len() as u64)?; - let got = blake3::hash(&bytes).to_hex().to_string(); - if got != hash { - return Err(RegistryError::Protocol( - "store/get: hash mismatch".to_string(), + let mut file = match std::fs::File::open(&p) { + Ok(file) => file, + Err(e) if e.kind() == std::io::ErrorKind::NotFound => return Ok(None), + Err(e) => return Err(RegistryError::Http(format!("store/get open: {e}"))), + }; + let metadata = file + .metadata() + .map_err(|e| RegistryError::Http(format!("store/get metadata: {e}")))?; + if !metadata.is_file() { + return Err(RegistryError::Http( + "store/get: not a regular file".to_string(), )); } + enforce_body_limit("store/get", max_bytes, metadata.len())?; + let bytes = read_bytes_limited("store/get", &mut file, max_bytes)?; + verify_store_object("store/get", hash, &bytes)?; return Ok(Some(bytes)); } #[cfg(target_os = "wasi")] { - return Err(wasi_http_bridge_required("store/get", &self.base)); + Err(wasi_http_bridge_required("store/get", &self.base)) } #[cfg(not(target_os = "wasi"))] { @@ -196,11 +161,14 @@ impl RegistryClient { if !r.status().is_success() { return Err(status_error("store/get", r.status())); } - read_response_bytes_limited("store/get", r, max_bytes).map(Some) + let bytes = read_response_bytes_limited("store/get", r, max_bytes)?; + verify_store_object("store/get", hash, &bytes)?; + Ok(Some(bytes)) } } pub fn store_put(&self, hash: &str, bytes: &[u8]) -> Result<(), RegistryError> { + verify_store_object("store/put", hash, bytes)?; if let RegistryKind::InProc { id } = &self.kind { let g = lock_inproc_map()?; let reg = g.get(id).ok_or_else(|| { @@ -260,6 +228,7 @@ impl RegistryClient { bytes: &[u8], chunk_bytes: usize, ) -> Result<(), RegistryError> { + verify_store_object("store/upload", hash, bytes)?; if chunk_bytes == 0 { return Err(RegistryError::Protocol( "store/upload: chunk size must be > 0".to_string(), @@ -287,6 +256,7 @@ impl RegistryClient { hash: &str, size_bytes: u64, ) -> Result { + validate_store_hash(hash)?; if let RegistryKind::InProc { id } = &self.kind { let g = lock_inproc_map()?; let reg = g.get(id).ok_or_else(|| { diff --git a/crates/gc_registry/src/registry/read_boundary_tests.rs b/crates/gc_registry/src/registry/read_boundary_tests.rs new file mode 100644 index 000000000..979126bfe --- /dev/null +++ b/crates/gc_registry/src/registry/read_boundary_tests.rs @@ -0,0 +1,94 @@ +use super::*; + +struct Body { + remaining: usize, + consumed: usize, + max_read: usize, + interrupted: bool, +} +impl Read for Body { + fn read(&mut self, buffer: &mut [u8]) -> std::io::Result { + if self.interrupted { + self.interrupted = false; + return Err(std::io::ErrorKind::Interrupted.into()); + } + let n = buffer.len().min(self.remaining).min(self.max_read); + buffer[..n].fill(b'x'); + self.remaining -= n; + self.consumed += n; + Ok(n) + } +} + +#[test] +fn streaming_read_consumes_at_most_limit_plus_one() { + for max in [0, 1, 1024, 8192, 8193, 20000] { + for extra in [0, 1, 1000000] { + for max_read in [1, 29, usize::MAX] { + let mut body = Body { + remaining: max + extra, + consumed: 0, + max_read, + interrupted: true, + }; + let result = read_bytes_limited("test", &mut body, Some(max)); + if extra == 0 { + let bytes = result.unwrap(); + assert_eq!(bytes, vec![b'x'; max]); + assert!(bytes.capacity() <= max); + assert_eq!(body.consumed, max); + } else { + assert!( + matches!(result, Err(RegistryError::Protocol(message)) if message.starts_with("resource-limit:")) + ); + assert_eq!(body.consumed, max + 1); + } + } + } + } +} + +#[test] +fn maximum_limit_does_not_overflow_and_io_errors_stay_errors() { + assert_eq!( + read_bytes_limited("test", &mut &b"ok"[..], Some(usize::MAX)).unwrap(), + b"ok" + ); + struct Broken; + impl Read for Broken { + fn read(&mut self, _: &mut [u8]) -> std::io::Result { + Err(std::io::ErrorKind::PermissionDenied.into()) + } + } + assert!(matches!( + read_bytes_limited("test", &mut Broken, Some(0)), + Err(RegistryError::Http(_)) + )); +} + +#[test] +fn a_body_growing_after_its_initial_size_is_still_bounded() { + struct Growing { + first: bool, + consumed: usize, + } + impl Read for Growing { + fn read(&mut self, out: &mut [u8]) -> std::io::Result { + let count = if self.first { + self.first = false; + 1 + } else { + out.len() + }; + out[..count].fill(b'x'); + self.consumed += count; + Ok(count) + } + } + let mut body = Growing { + first: true, + consumed: 0, + }; + assert!(read_bytes_limited("test", &mut body, Some(8192)).is_err()); + assert_eq!(body.consumed, 8193); +} diff --git a/crates/gc_registry/src/registry/remote_helpers.rs b/crates/gc_registry/src/registry/remote_helpers.rs index 26266f675..0a28f3eb4 100644 --- a/crates/gc_registry/src/registry/remote_helpers.rs +++ b/crates/gc_registry/src/registry/remote_helpers.rs @@ -1,5 +1,6 @@ pub fn wasi_http_bridge_configured() -> bool { - wasi_http_bridge_root_from_env().is_some() || discover_workspace_runtime_wasi_bridge_root().is_some() + wasi_http_bridge_root_from_env().is_some() + || discover_workspace_runtime_wasi_bridge_root().is_some() } fn wasi_http_bridge_root_for_base(base: &Url) -> Option { @@ -42,7 +43,10 @@ fn resolve_wasi_http_bridge_root_for_remote(root: &Path, base: &Url) -> PathBuf if let Some(host_token) = bridge_host_token(base) && (root.join(base.scheme()).is_dir() - || root.file_name().map(|n| n == "wasi-http-bridge").unwrap_or(false)) + || root + .file_name() + .map(|n| n == "wasi-http-bridge") + .unwrap_or(false)) { return root.join(base.scheme()).join(host_token).join("v1"); } @@ -56,18 +60,10 @@ fn resolve_wasi_http_bridge_root_for_remote(root: &Path, base: &Url) -> PathBuf fn bridge_host_token(base: &Url) -> Option { let host = base.host_str()?; - let port = base.port_or_known_default().unwrap_or_else(|| { - if base.scheme() == "https" { - 443 - } else { - 80 - } - }); - Some(format!( - "{}_{}", - sanitize_bridge_token_segment(host), - port - )) + let port = base + .port_or_known_default() + .unwrap_or_else(|| if base.scheme() == "https" { 443 } else { 80 }); + Some(format!("{}_{}", sanitize_bridge_token_segment(host), port)) } fn sanitize_bridge_token_segment(raw: &str) -> String { @@ -87,10 +83,7 @@ pub fn wasi_http_bridge_resolve_remote_root( remote: &str, ) -> Result { let base = normalize_remote_base(remote)?; - Ok(resolve_wasi_http_bridge_root_for_remote( - bridge_root, - &base, - )) + Ok(resolve_wasi_http_bridge_root_for_remote(bridge_root, &base)) } #[cfg(target_os = "wasi")] @@ -133,38 +126,80 @@ fn chunk_upload_not_supported(err: &RegistryError) -> bool { } } +/// Admit a canonical content identity before using it as a transport or store name. +pub fn validate_store_hash(hash: &str) -> Result<(), RegistryError> { + if hash.len() != 64 + || !hash + .bytes() + .all(|b| b.is_ascii_digit() || (b'a'..=b'f').contains(&b)) + { + return Err(RegistryError::Protocol( + "store: identity must be 64 lowercase hex digits".to_string(), + )); + } + Ok(()) +} + +pub fn verify_store_object(op: &str, hash: &str, bytes: &[u8]) -> Result<(), RegistryError> { + validate_store_hash(hash)?; + let actual = blake3::hash(bytes).to_hex().to_string(); + if actual != hash { + return Err(RegistryError::HashMismatch { + operation: op.to_string(), + expected: hash.to_string(), + actual, + }); + } + Ok(()) +} + +// File and HTTP bodies use the same limit+1 probe, including bodies that grow +// after a metadata/Content-Length observation. No infallible Vec growth occurs. +fn read_bytes_limited( + op: &str, + reader: &mut impl Read, + max_bytes: Option, +) -> Result, RegistryError> { + let max = max_bytes.unwrap_or(usize::MAX); + let mut out = Vec::new(); + let mut buffer = [0u8; 8192]; + loop { + let remaining = max - out.len(); + let probe = buffer.len().min(remaining.saturating_add(1)); + let n = match reader.read(&mut buffer[..probe]) { + Ok(n) => n, + Err(e) if e.kind() == std::io::ErrorKind::Interrupted => continue, + Err(e) => return Err(RegistryError::Http(format!("{op} read: {e}"))), + }; + if n == 0 { + return Ok(out); + } + if n > remaining { + return Err(RegistryError::Protocol(format!( + "resource-limit: {op}: response exceeds configured limit (> {max} bytes)" + ))); + } + let required = out.len() + n; + if required > out.capacity() { + let capacity = required.max(out.capacity().max(8192).saturating_mul(2).min(max)); + out.try_reserve_exact(capacity - out.len()).map_err(|e| { + RegistryError::Protocol(format!("resource-limit: {op}: allocation refused: {e}")) + })?; + } + out.extend_from_slice(&buffer[..n]); + } +} + #[cfg(not(target_os = "wasi"))] fn read_response_bytes_limited( op: &str, mut r: reqwest::blocking::Response, max_bytes: Option, ) -> Result, RegistryError> { - if let Some(max) = max_bytes { - if let Some(cl) = r.content_length() { - enforce_body_limit(op, Some(max), cl)?; - } - let mut out: Vec = Vec::new(); - let mut buf = [0u8; 8 * 1024]; - loop { - let n = r - .read(&mut buf) - .map_err(|e| RegistryError::Http(format!("{op} read: {e}")))?; - if n == 0 { - break; - } - if out.len().saturating_add(n) > max { - return Err(RegistryError::Protocol(format!( - "resource-limit: {op}: response exceeds configured limit (> {max} bytes)" - ))); - } - out.extend_from_slice(&buf[..n]); - } - Ok(out) - } else { - r.bytes() - .map(|b| b.to_vec()) - .map_err(|e| RegistryError::Http(format!("{op} bytes: {e}"))) + if let Some(cl) = r.content_length() { + enforce_body_limit(op, max_bytes, cl)?; } + read_bytes_limited(op, &mut r, max_bytes) } pub fn normalize_remote_base(remote: &str) -> Result { diff --git a/crates/gc_registry/src/registry/types_and_client.rs b/crates/gc_registry/src/registry/types_and_client.rs index fb687e5be..037ebdd1b 100644 --- a/crates/gc_registry/src/registry/types_and_client.rs +++ b/crates/gc_registry/src/registry/types_and_client.rs @@ -59,6 +59,13 @@ pub enum RegistryError { #[error("http error: {0}")] Http(String), + #[error("{operation}: hash mismatch (expected {expected}, got {actual})")] + HashMismatch { + operation: String, + expected: String, + actual: String, + }, + #[error("protocol error: {0}")] Protocol(String), } @@ -243,4 +250,3 @@ pub struct RefsSetResp { pub name: String, pub hash: String, } - diff --git a/crates/gc_registry/src/server.rs b/crates/gc_registry/src/server.rs index 8fa7123c5..525450975 100644 --- a/crates/gc_registry/src/server.rs +++ b/crates/gc_registry/src/server.rs @@ -1,31 +1,25 @@ -#[cfg(not(target_os = "wasi"))] -use std::collections::BTreeMap; -#[cfg(not(target_os = "wasi"))] -#[cfg(not(target_os = "wasi"))] +use std::cell::{Cell, RefCell}; +use std::convert::Infallible; use std::path::PathBuf; -#[cfg(not(target_os = "wasi"))] -use std::sync::atomic::{AtomicBool, AtomicU64, Ordering}; -#[cfg(not(target_os = "wasi"))] -use std::sync::{Arc, Mutex}; -#[cfg(not(target_os = "wasi"))] +use std::rc::Rc; +use std::sync::Arc; +use std::sync::atomic::{AtomicBool, Ordering}; use std::thread; -#[cfg(not(target_os = "wasi"))] use std::time::Duration; -#[cfg(not(target_os = "wasi"))] -use reqwest::Url; -#[cfg(not(target_os = "wasi"))] -use serde::{Deserialize, Serialize}; -#[cfg(not(target_os = "wasi"))] -use tiny_http::{Header, Method, Request, Response, Server, StatusCode}; +use hyper::service::service_fn; +use hyper_util::rt::{TokioIo, TokioTimer}; +use tokio::sync::Notify; -#[cfg(not(target_os = "wasi"))] -use crate::{ - RefsSetReq, RegistryClient, RegistryError, StoreUploadChunkResp, StoreUploadFinishResp, - StoreUploadStartResp, StoreUploadStatusResp, -}; +use crate::{RegistryClient, RegistryError}; +mod limits; +mod requests; +mod transport; +mod uploads; +pub use limits::HttpRegistryServerLimits; +use transport::Wait; +use uploads::UploadState; -#[cfg(not(target_os = "wasi"))] #[derive(Debug, Clone)] pub struct HttpRegistryServerConfig { pub addr: String, @@ -33,8 +27,6 @@ pub struct HttpRegistryServerConfig { pub max_chunk_bytes: u64, pub max_requests: Option, } - -#[cfg(not(target_os = "wasi"))] impl Default for HttpRegistryServerConfig { fn default() -> Self { Self { @@ -46,132 +38,107 @@ impl Default for HttpRegistryServerConfig { } } -#[cfg(not(target_os = "wasi"))] +#[derive(Debug, Default)] +struct Shutdown { + requested: AtomicBool, + wake: Notify, +} +impl Shutdown { + fn stop(&self) { + self.requested.store(true, Ordering::Release); + self.wake.notify_one(); + } + async fn cancelled(&self) { + let notified = self.wake.notified(); + if self.requested.load(Ordering::Acquire) { + return; + } + notified.await; + } +} + +/// A cloneable stop signal remains usable while the owner naturally waits. +#[derive(Debug, Clone)] +pub struct HttpRegistryShutdown { + inner: Arc, +} +impl HttpRegistryShutdown { + pub fn shutdown(&self) { + self.inner.stop(); + } +} + #[derive(Debug)] pub struct HttpRegistryServerHandle { - shutdown: Arc, + shutdown: Arc, join: Option>>, bound_addr: String, } - -#[cfg(not(target_os = "wasi"))] impl HttpRegistryServerHandle { pub fn bound_addr(&self) -> &str { &self.bound_addr } - + pub fn shutdown_handle(&self) -> HttpRegistryShutdown { + HttpRegistryShutdown { + inner: self.shutdown.clone(), + } + } pub fn shutdown(&self) { - self.shutdown.store(true, Ordering::Relaxed); + self.shutdown.stop(); } - + /// Wait for the configured stop policy; this does not request a stop. pub fn join(mut self) -> Result<(), RegistryError> { + self.wait_worker() + } + pub fn stop_and_join(mut self) -> Result<(), RegistryError> { self.shutdown(); - if let Some(j) = self.join.take() { - return j.join().map_err(|_| { + self.wait_worker() + } + fn wait_worker(&mut self) -> Result<(), RegistryError> { + match self.join.take() { + Some(worker) => worker.join().map_err(|_| { RegistryError::Protocol("registry server thread panicked".to_string()) - })?; + })?, + None => Ok(()), } - Ok(()) } } - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug)] -struct UploadSession { - hash: String, - size_bytes: u64, - chunks: BTreeMap>, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug)] -struct UploadState { - next_upload_id: AtomicU64, - sessions: Mutex>, -} - -#[cfg(not(target_os = "wasi"))] -impl Default for UploadState { - fn default() -> Self { - Self { - next_upload_id: AtomicU64::new(1), - sessions: Mutex::new(BTreeMap::new()), +impl Drop for HttpRegistryServerHandle { + fn drop(&mut self) { + if self.join.is_some() { + self.shutdown(); + // Drop cannot return an error; explicit join methods retain diagnostics. + // No server or connection thread is detached on this path. + let _ = self.wait_worker(); } } } -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Deserialize)] -struct StoreHasReqOwned { - hashes: Vec, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Serialize)] -struct StoreHasRespOwned { - present: BTreeMap, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Deserialize)] -struct StoreUploadStartReqOwned { - hash: String, - size_bytes: u64, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Deserialize)] -struct StoreUploadFinishReqOwned { - upload_id: String, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Serialize)] -struct RefsGetRespOwned { - name: String, - hash: Option, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Serialize)] -struct RefsListRespOwned { - refs: Vec, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Deserialize)] -struct RefsSetReqOwned { - name: String, - hash: String, - policy: String, - expected_old: Option, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Serialize)] -struct ErrorEnvelope { - error: ErrorBody, -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone, Serialize)] -struct ErrorBody { - code: String, - message: String, -} - -#[cfg(not(target_os = "wasi"))] pub fn spawn_http_file_registry_server( cfg: HttpRegistryServerConfig, ) -> Result { - let server = Server::http(&cfg.addr) + spawn_http_file_registry_server_with_limits(cfg, HttpRegistryServerLimits::default()) +} +pub fn spawn_http_file_registry_server_with_limits( + cfg: HttpRegistryServerConfig, + limits: HttpRegistryServerLimits, +) -> Result { + limits.validate(cfg.max_chunk_bytes)?; + let listener = std::net::TcpListener::bind(&cfg.addr) .map_err(|e| RegistryError::Http(format!("registry/serve bind {}: {e}", cfg.addr)))?; - let bound_addr = server.server_addr().to_string(); - - let shutdown = Arc::new(AtomicBool::new(false)); - let shutdown_worker = Arc::clone(&shutdown); - let join = thread::spawn(move || run_server_loop(server, cfg, shutdown_worker)); - + listener + .set_nonblocking(true) + .map_err(|e| RegistryError::Http(format!("registry/serve nonblocking: {e}")))?; + let bound_addr = listener + .local_addr() + .map_err(|e| RegistryError::Http(format!("registry/serve local address: {e}")))? + .to_string(); + let shutdown = Arc::new(Shutdown::default()); + let worker_stop = shutdown.clone(); + let join = thread::Builder::new() + .name("genesis-registry".to_string()) + .spawn(move || run_worker(listener, cfg, limits, worker_stop)) + .map_err(|e| RegistryError::Http(format!("registry/serve spawn: {e}")))?; Ok(HttpRegistryServerHandle { shutdown, join: Some(join), @@ -179,325 +146,127 @@ pub fn spawn_http_file_registry_server( }) } -#[cfg(not(target_os = "wasi"))] -fn run_server_loop( - server: Server, +fn run_worker( + listener: std::net::TcpListener, cfg: HttpRegistryServerConfig, - shutdown: Arc, + limits: HttpRegistryServerLimits, + stop: Arc, ) -> Result<(), RegistryError> { - let root = cfg.root.canonicalize().unwrap_or(cfg.root.clone()); - std::fs::create_dir_all(root.join("v1").join("store")) + let root = cfg.root.clone(); + std::fs::create_dir_all(root.join("v1/store")) .map_err(|e| RegistryError::Http(format!("registry/serve mkdir: {e}")))?; - let remote = format!("file://{}/", root.display()); - let client = RegistryClient::new(&remote, None)?; - let uploads = UploadState::default(); - let mut handled: u64 = 0; - - loop { - if shutdown.load(Ordering::Relaxed) { - break; - } - if let Some(max) = cfg.max_requests - && handled >= max - { - break; - } - - let req_opt = server - .recv_timeout(Duration::from_millis(100)) - .map_err(|e| RegistryError::Http(format!("registry/serve recv: {e}")))?; - let Some(req) = req_opt else { - continue; - }; - - let _ = handle_request(req, &client, &uploads, cfg.max_chunk_bytes); - handled = handled.saturating_add(1); - } - Ok(()) -} - -#[cfg(not(target_os = "wasi"))] -fn handle_request( - mut req: Request, - client: &RegistryClient, - uploads: &UploadState, - max_chunk_bytes: u64, -) -> Result<(), RegistryError> { - let method = req.method().clone(); - let parsed = parse_req_url(req.url())?; - let plan: Result<(u16, &'static str, Vec), RegistryError> = (|| { - if parsed.path == "v1/ping" && method == Method::Get { - let body = serde_json::to_vec(&serde_json::json!({ - "ok": true, - "version": "0.1", - "hash": "blake3-256", - "max_chunk_bytes": max_chunk_bytes - })) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - return Ok((200, "application/json", body)); - } - - match (method, parsed.path.as_str()) { - (Method::Post, "v1/store/has") => { - let in_req: StoreHasReqOwned = read_json(&mut req)?; - let present = client.store_has(&in_req.hashes)?; - let body = serde_json::to_vec(&StoreHasRespOwned { present }) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - Ok((200, "application/json", body)) - } - (Method::Get, p) if p.starts_with("v1/store/get/") => { - let hash = p.trim_start_matches("v1/store/get/"); - let bytes = client.store_get(hash)?; - Ok((200, "application/octet-stream", bytes)) - } - (Method::Put, p) if p.starts_with("v1/store/put/") => { - let hash = p.trim_start_matches("v1/store/put/"); - let mut bytes = Vec::new(); - req.as_reader() - .read_to_end(&mut bytes) - .map_err(|e| RegistryError::Http(format!("store/put read: {e}")))?; - client.store_put(hash, &bytes)?; - Ok((200, "application/json", b"{}".to_vec())) - } - (Method::Post, "v1/store/upload/start") => { - let in_req: StoreUploadStartReqOwned = read_json(&mut req)?; - let upload_id = format!( - "u_{}", - uploads.next_upload_id.fetch_add(1, Ordering::Relaxed) - ); - let mut g = uploads - .sessions - .lock() - .map_err(|_| RegistryError::Protocol("upload lock poisoned".to_string()))?; - g.insert( - upload_id.clone(), - UploadSession { - hash: in_req.hash, - size_bytes: in_req.size_bytes, - chunks: BTreeMap::new(), - }, - ); - let body = serde_json::to_vec(&StoreUploadStartResp { - upload_id, - chunk_bytes: max_chunk_bytes, - }) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - Ok((200, "application/json", body)) - } - (Method::Put, p) if p.starts_with("v1/store/upload/chunk/") => { - let suffix = p.trim_start_matches("v1/store/upload/chunk/"); - let mut segs = suffix.splitn(2, '/'); - let upload_id = segs.next().unwrap_or_default(); - let idx = segs - .next() - .ok_or_else(|| { - RegistryError::Protocol( - "store/upload/chunk: missing index path segment".to_string(), - ) - })? - .parse::() - .map_err(|e| { - RegistryError::Protocol(format!("store/upload/chunk: invalid index: {e}")) - })?; - let mut bytes = Vec::new(); - req.as_reader() - .read_to_end(&mut bytes) - .map_err(|e| RegistryError::Http(format!("store/upload/chunk read: {e}")))?; - if bytes.len() as u64 > max_chunk_bytes { - return Err(RegistryError::Protocol( - "store/upload/chunk: exceeds max_chunk_bytes".to_string(), - )); - } - let mut g = uploads - .sessions - .lock() - .map_err(|_| RegistryError::Protocol("upload lock poisoned".to_string()))?; - let session = g.get_mut(upload_id).ok_or_else(|| { - RegistryError::Http("store/upload/chunk: status 404".to_string()) - })?; - session.chunks.insert(idx, bytes.clone()); - let body = serde_json::to_vec(&StoreUploadChunkResp { - ok: true, - received: bytes.len() as u64, - }) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - Ok((200, "application/json", body)) + let root = root + .canonicalize() + .map_err(|e| RegistryError::Http(format!("registry/serve root: {e}")))?; + let remote = reqwest::Url::from_directory_path(&root) + .map_err(|_| RegistryError::RemoteSpec("registry root is not absolute".to_string()))?; + // The blocking client's runtime must be constructed/dropped outside async context. + let client = RegistryClient::new(remote.as_str(), None)?; + let runtime = tokio::runtime::Builder::new_current_thread() + .enable_all() + .build() + .map_err(|e| RegistryError::Http(format!("registry/serve runtime: {e}")))?; + runtime.block_on(async { + let listener = tokio::net::TcpListener::from_std(listener) + .map_err(|e| RegistryError::Http(format!("registry/serve listener: {e}")))?; + let uploads = Rc::new(RefCell::new(UploadState::default())); + let mut handled = 0u64; + loop { + if stop.requested.load(Ordering::Acquire) + || cfg.max_requests.is_some_and(|max| handled >= max) + { + break; } - (Method::Post, "v1/store/upload/finish") => { - let in_req: StoreUploadFinishReqOwned = read_json(&mut req)?; - let session = { - let mut g = uploads - .sessions - .lock() - .map_err(|_| RegistryError::Protocol("upload lock poisoned".to_string()))?; - g.remove(&in_req.upload_id).ok_or_else(|| { - RegistryError::Http("store/upload/finish: status 404".to_string()) - })? - }; - let mut keys: Vec = session.chunks.keys().copied().collect(); - keys.sort_unstable(); - for (i, k) in keys.iter().enumerate() { - if *k != i as u64 { - return Err(RegistryError::Protocol( - "store/upload/finish: missing chunk index".to_string(), - )); - } + let accepted = transport::owned_io( + listener.accept(), + &stop, + &uploads, + &limits, + Duration::from_secs(1), + ) + .await; + let stream = match accepted { + Wait::Stopped => break, + Wait::Deadline => continue, + Wait::Ready(result) => { + result + .map_err(|e| RegistryError::Http(format!("registry/serve accept: {e}")))? + .0 } - let mut payload = Vec::new(); - for idx in keys { - let chunk = session.chunks.get(&idx).ok_or_else(|| { - RegistryError::Protocol("upload chunk missing".to_string()) - })?; - payload.extend_from_slice(chunk); - } - if payload.len() as u64 != session.size_bytes { - return Err(RegistryError::Protocol( - "store/upload/finish: size mismatch".to_string(), - )); - } - client.store_put(&session.hash, &payload)?; - let body = serde_json::to_vec(&StoreUploadFinishResp { ok: true }) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - Ok((200, "application/json", body)) - } - (Method::Get, p) if p.starts_with("v1/store/upload/status/") => { - let upload_id = p.trim_start_matches("v1/store/upload/status/"); - let g = uploads - .sessions - .lock() - .map_err(|_| RegistryError::Protocol("upload lock poisoned".to_string()))?; - let sess = g.get(upload_id).ok_or_else(|| { - RegistryError::Http("store/upload/status: status 404".to_string()) - })?; - let mut received: Vec = sess.chunks.keys().copied().collect(); - received.sort_unstable(); - let body = serde_json::to_vec(&StoreUploadStatusResp { - received_chunks: received, - }) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - Ok((200, "application/json", body)) - } - (Method::Get, "v1/refs/get") => { - let name = parsed.query.get("name").cloned().ok_or_else(|| { - RegistryError::Protocol("refs/get: missing query parameter `name`".to_string()) - })?; - let hash = client.refs_get(&name)?; - let body = serde_json::to_vec(&RefsGetRespOwned { name, hash }) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - Ok((200, "application/json", body)) - } - (Method::Get, "v1/refs/list") => { - let prefix = parsed.query.get("prefix").map(String::as_str); - let refs = client.refs_list(prefix)?; - let body = serde_json::to_vec(&RefsListRespOwned { refs }) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - Ok((200, "application/json", body)) + }; + let admitted_request = Cell::new(false); + let deadline = tokio::time::Instant::now() + limits.request_timeout; + let service = service_fn(|request| { + admitted_request.set(true); + serve_request( + request, + &client, + &uploads, + &limits, + cfg.max_chunk_bytes, + &stop, + deadline, + ) + }); + let mut http = hyper::server::conn::http1::Builder::new(); + http.keep_alive(false) + .auto_date_header(false) + .max_headers(64) + .max_buf_size(16 * 1024) + .timer(TokioTimer::new()); + let connection = http.serve_connection(TokioIo::new(stream), service); + match transport::owned_io(connection, &stop, &uploads, &limits, limits.request_timeout) + .await + { + Wait::Stopped => break, + // Malformed/closed peers and deadlines end their owned connection. + Wait::Ready(_) | Wait::Deadline => {} } - (Method::Post, "v1/refs/set") => { - let in_req: RefsSetReqOwned = read_json(&mut req)?; - let out = client.refs_set(&RefsSetReq { - name: &in_req.name, - hash: &in_req.hash, - policy: &in_req.policy, - expected_old: in_req.expected_old.as_deref(), - })?; - let body = serde_json::to_vec(&out) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - Ok((200, "application/json", body)) + if admitted_request.get() { + handled = handled.saturating_add(1); } - _ => Err(RegistryError::Http("route: status 404".to_string())), } - })(); - - let (status, content_type, body) = match plan { - Ok(ok) => ok, - Err(err) => { - let (status, code, message) = registry_error_http(err); - let body = serde_json::to_vec(&ErrorEnvelope { - error: ErrorBody { code, message }, - }) - .map_err(|e| RegistryError::Protocol(format!("json encode: {e}")))?; - (status, "application/json", body) - } - }; - respond_bytes(req, status, content_type, body) -} - -#[cfg(not(target_os = "wasi"))] -fn read_json Deserialize<'de>>(req: &mut Request) -> Result { - let mut buf = Vec::new(); - req.as_reader() - .read_to_end(&mut buf) - .map_err(|e| RegistryError::Http(format!("read body: {e}")))?; - serde_json::from_slice(&buf).map_err(|e| RegistryError::Protocol(format!("json decode: {e}"))) -} - -#[cfg(not(target_os = "wasi"))] -fn respond_bytes( - req: Request, - status: u16, - content_type: &str, - body: Vec, -) -> Result<(), RegistryError> { - let content_type_header = Header::from_bytes(b"Content-Type", content_type.as_bytes()) - .map_err(|e| RegistryError::Protocol(format!("bad response header: {e:?}")))?; - let resp = Response::from_data(body) - .with_status_code(StatusCode(status)) - .with_header(content_type_header); - req.respond(resp) - .map_err(|e| RegistryError::Http(format!("respond: {e}"))) -} - -#[cfg(not(target_os = "wasi"))] -fn registry_error_http(err: RegistryError) -> (u16, String, String) { - match err { - RegistryError::Auth(msg) => (401, "unauthorized".to_string(), msg), - RegistryError::RemoteSpec(msg) => (400, "bad_request".to_string(), msg), - RegistryError::Protocol(msg) => (400, "protocol".to_string(), msg), - RegistryError::Http(msg) => { - let status = parse_status_code_hint(&msg).unwrap_or(500); - let code = match status { - 400 => "bad_request", - 401 => "unauthorized", - 403 => "forbidden", - 404 => "not_found", - 409 => "conflict", - 413 => "payload_too_large", - _ => "internal", - }; - (status, code.to_string(), msg) - } - } -} - -#[cfg(not(target_os = "wasi"))] -fn parse_status_code_hint(msg: &str) -> Option { - let needle = "status "; - let idx = msg.find(needle)?; - let raw = msg[idx + needle.len()..] - .chars() - .take_while(|c| c.is_ascii_digit()) - .collect::(); - raw.parse::().ok() -} - -#[cfg(not(target_os = "wasi"))] -#[derive(Debug, Clone)] -struct ParsedReqUrl { - path: String, - query: BTreeMap, + Ok(()) + }) } -#[cfg(not(target_os = "wasi"))] -fn parse_req_url(raw: &str) -> Result { - let u = Url::parse(&format!("http://localhost{raw}")) - .map_err(|e| RegistryError::Protocol(format!("bad request url `{raw}`: {e}")))?; - let mut query = BTreeMap::new(); - for (k, v) in u.query_pairs() { - query.insert(k.to_string(), v.to_string()); +async fn serve_request( + request: hyper::Request, + client: &RegistryClient, + uploads: &Rc>, + limits: &HttpRegistryServerLimits, + chunk: u64, + stop: &Shutdown, + deadline: tokio::time::Instant, +) -> Result>, Infallible> { + let method = request.method().clone(); + let parsed = requests::parse_req_url(&request.uri().to_string()); + let plan = async { + let parsed = parsed?; + let bound = requests::body_limit( + &method, + &parsed.path, + &mut uploads.borrow_mut(), + chunk as usize, + limits, + )?; + transport::check_admission(stop, deadline)?; + let body = transport::read_body(request, bound, stop, deadline).await?; + transport::check_admission(stop, deadline)?; + requests::dispatch( + &method, + &parsed, + body, + client, + &mut uploads.borrow_mut(), + chunk, + limits, + ) } - Ok(ParsedReqUrl { - path: u.path().trim_start_matches('/').to_string(), - query, - }) + .await; + let (status, content_type, body) = match plan { + Ok(response) => response, + Err(error) => requests::error_response(error, limits.max_json_bytes), + }; + Ok(transport::response(status, content_type, body)) } diff --git a/crates/gc_registry/src/server/limits.rs b/crates/gc_registry/src/server/limits.rs new file mode 100644 index 000000000..b407d7186 --- /dev/null +++ b/crates/gc_registry/src/server/limits.rs @@ -0,0 +1,110 @@ +use std::time::Duration; + +use crate::RegistryError; + +/// Native registry resource admission. Callers may select smaller finite bounds. +#[derive(Debug, Clone)] +pub struct HttpRegistryServerLimits { + pub max_json_bytes: usize, + pub max_object_bytes: usize, + pub max_upload_bytes: usize, + pub max_sessions: usize, + pub max_chunks_per_session: usize, + pub request_timeout: Duration, + pub session_lifetime: Duration, +} + +impl Default for HttpRegistryServerLimits { + fn default() -> Self { + Self { + max_json_bytes: 1 << 20, + max_object_bytes: 64 << 20, + max_upload_bytes: 128 << 20, + max_sessions: 32, + max_chunks_per_session: 1024, + request_timeout: Duration::from_secs(30), + session_lifetime: Duration::from_secs(300), + } + } +} + +impl HttpRegistryServerLimits { + pub(super) fn validate(&self, chunk_bytes: u64) -> Result<(), RegistryError> { + let ceiling = Self::default(); + if self.max_json_bytes < 256 { + return Err(limit("JSON bound cannot carry the protocol envelope")); + } + for (value, maximum) in [ + (self.max_json_bytes, ceiling.max_json_bytes), + (self.max_object_bytes, ceiling.max_object_bytes), + (self.max_upload_bytes, ceiling.max_upload_bytes), + (self.max_sessions, ceiling.max_sessions), + (self.max_chunks_per_session, ceiling.max_chunks_per_session), + ] { + if value == 0 || value > maximum { + return Err(limit("invalid server resource policy")); + } + } + if chunk_bytes == 0 || chunk_bytes > self.max_object_bytes as u64 { + return Err(limit("invalid maximum chunk size")); + } + if self.max_upload_bytes < self.max_object_bytes { + return Err(limit("upload budget is smaller than the object bound")); + } + if self.request_timeout.is_zero() + || self.request_timeout > ceiling.request_timeout + || self.session_lifetime.is_zero() + || self.session_lifetime > ceiling.session_lifetime + { + return Err(limit("invalid server lifetime policy")); + } + Ok(()) + } +} + +pub(super) fn limit(message: &str) -> RegistryError { + RegistryError::Protocol(format!("resource-limit: registry/serve {message}")) +} + +pub(super) fn reserve( + bytes: &mut Vec, + growth: usize, + bound: usize, +) -> Result<(), RegistryError> { + let needed = bytes + .len() + .checked_add(growth) + .ok_or_else(|| limit("buffer size overflow"))?; + if needed > bound { + return Err(limit("buffer bytes exceeded")); + } + if needed > bytes.capacity() { + let capacity = needed + .max(bytes.capacity().saturating_mul(2)) + .max(4096.min(bound)) + .min(bound); + bytes + .try_reserve_exact(capacity - bytes.len()) + .map_err(|_| limit("buffer allocation failed"))?; + } + Ok(()) +} + +#[cfg(test)] +mod tests { + use super::*; + #[test] + fn buffer_growth_is_bounded_geometric_and_refuses_before_allocation() { + let mut bytes = Vec::new(); + for _ in 0..10000 { + reserve(&mut bytes, 1, 10000).unwrap(); + bytes.push(0); + } + assert_eq!(bytes.len(), 10000); + assert!(bytes.capacity() <= 10000); + let before = (bytes.len(), bytes.capacity()); + assert!(reserve(&mut bytes, 1, 10000).is_err()); + assert!(reserve(&mut bytes, usize::MAX, 10000).is_err()); + assert_eq!((bytes.len(), bytes.capacity()), before); + } +} diff --git a/crates/gc_registry/src/server/requests.rs b/crates/gc_registry/src/server/requests.rs new file mode 100644 index 000000000..fc1fb0260 --- /dev/null +++ b/crates/gc_registry/src/server/requests.rs @@ -0,0 +1,359 @@ +use super::limits::{HttpRegistryServerLimits, limit, reserve}; +use super::uploads::UploadState; +use crate::{ + RefsSetReq, RegistryClient, RegistryError, StoreUploadChunkResp, StoreUploadFinishResp, + StoreUploadStartResp, StoreUploadStatusResp, +}; +use reqwest::Url; +use serde::{Deserialize, Serialize}; +use std::collections::BTreeMap; +use std::io::Write; + +#[derive(Debug, Clone, Deserialize)] +struct StoreHasReqOwned { + #[serde(deserialize_with = "bounded_hashes")] + hashes: Vec, +} + +#[derive(Debug, Clone, Serialize)] +struct StoreHasRespOwned { + present: BTreeMap, +} + +#[derive(Debug, Clone, Deserialize)] +struct StoreUploadStartReqOwned { + hash: String, + size_bytes: u64, +} + +#[derive(Debug, Clone, Deserialize)] +struct StoreUploadFinishReqOwned { + upload_id: String, +} + +#[derive(Debug, Clone, Serialize)] +struct RefsGetRespOwned { + name: String, + hash: Option, +} + +#[derive(Debug, Clone, Serialize)] +struct RefsListRespOwned { + refs: Vec, +} + +#[derive(Debug, Clone, Deserialize)] +struct RefsSetReqOwned { + name: String, + hash: String, + policy: String, + expected_old: Option, +} + +#[derive(Debug, Clone, Serialize)] +struct ErrorEnvelope { + error: ErrorBody, +} + +#[derive(Debug, Clone, Serialize)] +struct ErrorBody { + code: String, + message: String, +} + +pub(super) fn dispatch( + method: &hyper::Method, + parsed: &ParsedReqUrl, + body: Vec, + client: &RegistryClient, + uploads: &mut UploadState, + max_chunk_bytes: u64, + limits: &HttpRegistryServerLimits, +) -> Result<(u16, &'static str, Vec), RegistryError> { + let plan: Result<(u16, &'static str, Vec), RegistryError> = (|| { + if parsed.path == "v1/ping" && *method == hyper::Method::GET { + let body = encode_json( + limits.max_json_bytes, + &serde_json::json!({ + "ok": true, + "version": "0.1", + "hash": "blake3-256", + "max_chunk_bytes": max_chunk_bytes + }), + )?; + return Ok((200, "application/json", body)); + } + + match (method.as_str(), parsed.path.as_str()) { + ("POST", "v1/store/has") => { + let in_req: StoreHasReqOwned = read_json(&body)?; + let present = client.store_has(&in_req.hashes)?; + let body = encode_json(limits.max_json_bytes, &StoreHasRespOwned { present })?; + Ok((200, "application/json", body)) + } + ("GET", p) if p.starts_with("v1/store/get/") => { + let hash = p.trim_start_matches("v1/store/get/"); + let bytes = client.store_get_bounded(hash, Some(limits.max_object_bytes))?; + Ok((200, "application/octet-stream", bytes)) + } + ("PUT", p) if p.starts_with("v1/store/put/") => { + let hash = p.trim_start_matches("v1/store/put/"); + let bytes = body; + client.store_put(hash, &bytes)?; + Ok((200, "application/json", b"{}".to_vec())) + } + ("POST", "v1/store/upload/start") => { + let in_req: StoreUploadStartReqOwned = read_json(&body)?; + let upload_id = + uploads.start(in_req.hash, in_req.size_bytes, max_chunk_bytes, limits)?; + Ok(( + 200, + "application/json", + encode_json( + limits.max_json_bytes, + &StoreUploadStartResp { + upload_id, + chunk_bytes: max_chunk_bytes, + }, + )?, + )) + } + ("PUT", p) if p.starts_with("v1/store/upload/chunk/") => { + let (id, index) = chunk_path(p)?; + let received = uploads.insert(id, index, body, limits)?; + Ok(( + 200, + "application/json", + encode_json( + limits.max_json_bytes, + &StoreUploadChunkResp { + ok: true, + received: received as u64, + }, + )?, + )) + } + ("POST", "v1/store/upload/finish") => { + let in_req: StoreUploadFinishReqOwned = read_json(&body)?; + let (hash, payload) = uploads.finish(&in_req.upload_id, limits)?; + client.store_put(&hash, &payload)?; + Ok(( + 200, + "application/json", + encode_json(limits.max_json_bytes, &StoreUploadFinishResp { ok: true })?, + )) + } + ("GET", p) if p.starts_with("v1/store/upload/status/") => { + let received_chunks = + uploads.status(p.trim_start_matches("v1/store/upload/status/"), limits)?; + Ok(( + 200, + "application/json", + encode_json( + limits.max_json_bytes, + &StoreUploadStatusResp { received_chunks }, + )?, + )) + } + ("GET", "v1/refs/get") => { + let name = parsed.query.get("name").cloned().ok_or_else(|| { + RegistryError::Protocol("refs/get: missing query parameter `name`".to_string()) + })?; + let hash = client.refs_get(&name)?; + let body = encode_json(limits.max_json_bytes, &RefsGetRespOwned { name, hash })?; + Ok((200, "application/json", body)) + } + ("GET", "v1/refs/list") => { + let prefix = parsed.query.get("prefix").map(String::as_str); + let refs = client.refs_list(prefix)?; + let body = encode_json(limits.max_json_bytes, &RefsListRespOwned { refs })?; + Ok((200, "application/json", body)) + } + ("POST", "v1/refs/set") => { + let in_req: RefsSetReqOwned = read_json(&body)?; + let out = client.refs_set(&RefsSetReq { + name: &in_req.name, + hash: &in_req.hash, + policy: &in_req.policy, + expected_old: in_req.expected_old.as_deref(), + })?; + let body = encode_json(limits.max_json_bytes, &out)?; + Ok((200, "application/json", body)) + } + _ => Err(RegistryError::Http("route: status 404".to_string())), + } + })(); + + plan +} + +fn read_json Deserialize<'de>>(body: &[u8]) -> Result { + serde_json::from_slice(body).map_err(|e| { + if e.to_string().starts_with("resource-limit:") { + limit("JSON collection budget exceeded") + } else { + RegistryError::Protocol(format!("json decode: {e}")) + } + }) +} + +fn bounded_hashes<'de, D: serde::Deserializer<'de>>(decoder: D) -> Result, D::Error> { + struct Hashes; + impl<'de> serde::de::Visitor<'de> for Hashes { + type Value = Vec; + fn expecting(&self, f: &mut std::fmt::Formatter) -> std::fmt::Result { + f.write_str("at most 1024 object hashes") + } + fn visit_seq>( + self, + mut input: A, + ) -> Result { + let mut hashes = Vec::new(); + while hashes.len() < 1024 { + let Some(hash) = input.next_element::()? else { + return Ok(hashes); + }; + crate::validate_store_hash(&hash).map_err(serde::de::Error::custom)?; + hashes.try_reserve(1).map_err(|_| { + serde::de::Error::custom("resource-limit: hash array allocation failed") + })?; + hashes.push(hash); + } + if input.next_element::()?.is_some() { + return Err(serde::de::Error::custom( + "resource-limit: hash array count exceeded", + )); + } + Ok(hashes) + } + } + decoder.deserialize_seq(Hashes) +} + +struct JsonWriter { + bytes: Vec, + bound: usize, +} +impl Write for JsonWriter { + fn write(&mut self, bytes: &[u8]) -> std::io::Result { + if bytes.len() > self.bound - self.bytes.len() { + return Err(std::io::Error::other( + "resource-limit: JSON response bytes exceeded", + )); + } + reserve(&mut self.bytes, bytes.len(), self.bound).map_err(std::io::Error::other)?; + self.bytes.extend_from_slice(bytes); + Ok(bytes.len()) + } + fn flush(&mut self) -> std::io::Result<()> { + Ok(()) + } +} +fn encode_json(bound: usize, value: &T) -> Result, RegistryError> { + let mut output = JsonWriter { + bytes: Vec::new(), + bound, + }; + serde_json::to_writer(&mut output, value) + .map_err(|_| limit("JSON response serialization failed"))?; + Ok(output.bytes) +} + +pub(super) fn error_response(error: RegistryError, bound: usize) -> (u16, &'static str, Vec) { + let (status, code, message) = registry_error_http(error); + let envelope = ErrorEnvelope { + error: ErrorBody { code, message }, + }; + match encode_json(bound, &envelope) { + Ok(body) => (status, "application/json", body), + Err(_) => (413, "application/json", b"{}".to_vec()), + } +} + +pub(super) fn chunk_path(path: &str) -> Result<(&str, u64), RegistryError> { + let suffix = path.trim_start_matches("v1/store/upload/chunk/"); + let (id, raw_index) = suffix + .split_once('/') + .ok_or_else(|| RegistryError::Protocol("store/upload/chunk: missing index".to_string()))?; + let index = raw_index + .parse() + .map_err(|_| RegistryError::Protocol("store/upload/chunk: invalid index".to_string()))?; + Ok((id, index)) +} + +pub(super) fn body_limit( + method: &hyper::Method, + path: &str, + uploads: &mut UploadState, + chunk: usize, + limits: &HttpRegistryServerLimits, +) -> Result { + if *method == hyper::Method::GET { + return Ok(0); + } + if *method == hyper::Method::PUT && path.starts_with("v1/store/upload/chunk/") { + let (id, index) = chunk_path(path)?; + return uploads.body_limit(id, index, chunk, limits); + } + if *method == hyper::Method::PUT && path.starts_with("v1/store/put/") { + crate::validate_store_hash(path.trim_start_matches("v1/store/put/"))?; + return Ok(limits.max_object_bytes); + } + Ok(limits.max_json_bytes) +} + +pub(super) fn registry_error_http(err: RegistryError) -> (u16, String, String) { + match err { + RegistryError::Auth(msg) => (401, "unauthorized".to_string(), msg), + RegistryError::RemoteSpec(msg) => (400, "bad_request".to_string(), msg), + RegistryError::Protocol(msg) if msg.starts_with("resource-limit:") => { + (413, "payload_too_large".to_string(), msg) + } + RegistryError::Protocol(msg) => (400, "protocol".to_string(), msg), + error @ RegistryError::HashMismatch { .. } => { + (400, "protocol".to_string(), error.to_string()) + } + RegistryError::Http(msg) => { + let status = parse_status_code_hint(&msg).unwrap_or(500); + let code = match status { + 400 => "bad_request", + 401 => "unauthorized", + 403 => "forbidden", + 404 => "not_found", + 409 => "conflict", + 413 => "payload_too_large", + _ => "internal", + }; + (status, code.to_string(), msg) + } + } +} + +fn parse_status_code_hint(msg: &str) -> Option { + let needle = "status "; + let idx = msg.find(needle)?; + let raw = msg[idx + needle.len()..] + .chars() + .take_while(|c| c.is_ascii_digit()) + .collect::(); + raw.parse::().ok() +} + +#[derive(Debug, Clone)] +pub(super) struct ParsedReqUrl { + pub(super) path: String, + query: BTreeMap, +} + +pub(super) fn parse_req_url(raw: &str) -> Result { + let u = Url::parse(&format!("http://localhost{raw}")) + .map_err(|e| RegistryError::Protocol(format!("bad request url `{raw}`: {e}")))?; + let mut query = BTreeMap::new(); + for (k, v) in u.query_pairs() { + query.insert(k.to_string(), v.to_string()); + } + Ok(ParsedReqUrl { + path: u.path().trim_start_matches('/').to_string(), + query, + }) +} diff --git a/crates/gc_registry/src/server/transport.rs b/crates/gc_registry/src/server/transport.rs new file mode 100644 index 000000000..0e0d380a0 --- /dev/null +++ b/crates/gc_registry/src/server/transport.rs @@ -0,0 +1,117 @@ +use std::cell::RefCell; +use std::future::Future; +use std::rc::Rc; +use std::time::Duration; + +use bytes::Bytes; +use futures_util::future::{Either, select}; +use http_body_util::{BodyExt, Full}; +use hyper::body::Incoming; +use hyper::{Request, Response}; + +use super::Shutdown; +use super::limits::{HttpRegistryServerLimits, limit, reserve}; +use super::uploads::UploadState; +use crate::RegistryError; + +pub(super) enum Wait { + Ready(T), + Stopped, + Deadline, +} + +/// One owned I/O future, one absolute deadline, and bounded session maintenance. +pub(super) async fn owned_io( + future: F, + stop: &Shutdown, + uploads: &Rc>, + limits: &HttpRegistryServerLimits, + deadline: Duration, +) -> Wait { + let mut future = std::pin::pin!(future); + let mut stopped = std::pin::pin!(stop.cancelled()); + let mut timeout = std::pin::pin!(tokio::time::sleep(deadline)); + loop { + if stop.requested.load(std::sync::atomic::Ordering::Acquire) { + return Wait::Stopped; + } + let tick = tokio::time::sleep(limits.session_lifetime.min(Duration::from_secs(1))); + let tick = std::pin::pin!(tick); + match select( + future.as_mut(), + select(stopped.as_mut(), select(timeout.as_mut(), tick)), + ) + .await + { + Either::Left((result, _)) => return Wait::Ready(result), + Either::Right((Either::Left(_), _)) => return Wait::Stopped, + Either::Right((Either::Right((Either::Left(_), _)), _)) => return Wait::Deadline, + Either::Right((Either::Right((Either::Right(_), _)), _)) => { + uploads.borrow_mut().expire(limits); + } + } + } +} + +pub(super) async fn read_body( + mut req: Request, + bound: usize, + stop: &Shutdown, + deadline: tokio::time::Instant, +) -> Result, RegistryError> { + if let Some(raw) = req.headers().get(hyper::header::CONTENT_LENGTH) { + let declared = raw + .to_str() + .ok() + .and_then(|s| s.parse::().ok()) + .ok_or_else(|| RegistryError::Protocol("invalid Content-Length".to_string()))?; + if declared > bound as u64 { + return Err(limit("request body exceeds admitted bytes")); + } + } + let mut body = Vec::new(); + while let Some(frame) = req.body_mut().frame().await { + check_admission(stop, deadline)?; + let frame = frame.map_err(|e| RegistryError::Http(format!("read body: {e}")))?; + if let Ok(bytes) = frame.into_data() { + // Hyper's framing buffer is bounded separately. Never copy an + // over-budget frame into the application buffer, even without length. + if bytes.len() > bound - body.len() { + return Err(limit("request body exceeds admitted bytes")); + } + reserve(&mut body, bytes.len(), bound)?; + body.extend_from_slice(&bytes); + } + } + Ok(body) +} + +pub(super) fn check_admission( + stop: &Shutdown, + deadline: tokio::time::Instant, +) -> Result<(), RegistryError> { + if stop.requested.load(std::sync::atomic::Ordering::Acquire) { + return Err(RegistryError::Http("registry/serve stopped".to_string())); + } + if tokio::time::Instant::now() >= deadline { + return Err(RegistryError::Http( + "registry/serve request deadline: status 408".to_string(), + )); + } + Ok(()) +} + +pub(super) fn response( + status: u16, + content_type: &'static str, + body: Vec, +) -> Response> { + let mut response = Response::new(Full::new(Bytes::from(body))); + *response.status_mut() = + hyper::StatusCode::from_u16(status).unwrap_or(hyper::StatusCode::INTERNAL_SERVER_ERROR); + response.headers_mut().insert( + hyper::header::CONTENT_TYPE, + hyper::header::HeaderValue::from_static(content_type), + ); + response +} diff --git a/crates/gc_registry/src/server/uploads.rs b/crates/gc_registry/src/server/uploads.rs new file mode 100644 index 000000000..e47849550 --- /dev/null +++ b/crates/gc_registry/src/server/uploads.rs @@ -0,0 +1,238 @@ +use std::collections::BTreeMap; +use std::time::Instant; + +use super::limits::{HttpRegistryServerLimits, limit}; +use crate::RegistryError; + +#[derive(Debug)] +struct UploadSession { + hash: String, + size: usize, + bytes: usize, + created: Instant, + chunks: BTreeMap>, +} + +#[derive(Debug, Default)] +pub(super) struct UploadState { + next_id: u64, + reserved: usize, + retained: usize, + sessions: BTreeMap, +} + +impl UploadState { + pub(super) fn expire(&mut self, limits: &HttpRegistryServerLimits) { + let now = Instant::now(); + self.sessions.retain(|_, session| { + if now.duration_since(session.created) < limits.session_lifetime { + true + } else { + self.reserved -= session.size; + self.retained -= session.bytes; + false + } + }); + } + + pub(super) fn start( + &mut self, + hash: String, + size: u64, + chunk_bytes: u64, + limits: &HttpRegistryServerLimits, + ) -> Result { + crate::validate_store_hash(&hash)?; + self.expire(limits); + let size = usize::try_from(size).map_err(|_| limit("upload size is not representable"))?; + if size > limits.max_object_bytes { + return Err(limit("upload object size exceeded")); + } + let minimum_chunks = (size as u64).div_ceil(chunk_bytes); + if minimum_chunks > limits.max_chunks_per_session as u64 { + return Err(limit("upload requires too many chunks")); + } + let reserved = self + .reserved + .checked_add(size) + .ok_or_else(|| limit("upload reservation overflow"))?; + if self.sessions.len() >= limits.max_sessions || reserved > limits.max_upload_bytes { + return Err(limit("upload session/reservation budget exhausted")); + } + let id = self + .next_id + .checked_add(1) + .ok_or_else(|| limit("upload identity exhausted"))?; + let name = format!("u_{id}"); + self.sessions.insert( + name.clone(), + UploadSession { + hash, + size, + bytes: 0, + created: Instant::now(), + chunks: BTreeMap::new(), + }, + ); + self.next_id = id; + self.reserved = reserved; + Ok(name) + } + + pub(super) fn insert( + &mut self, + id: &str, + index: u64, + bytes: Vec, + limits: &HttpRegistryServerLimits, + ) -> Result { + self.expire(limits); + let session = self.sessions.get_mut(id).ok_or_else(|| missing("chunk"))?; + if index >= limits.max_chunks_per_session as u64 { + return Err(limit("upload chunk index exceeded")); + } + let previous = session.chunks.get(&index).map_or(0, Vec::len); + let total = (session.bytes - previous) + .checked_add(bytes.len()) + .ok_or_else(|| limit("upload accounting overflow"))?; + let retained = (self.retained - previous) + .checked_add(bytes.len()) + .ok_or_else(|| limit("upload accounting overflow"))?; + if total > session.size || retained > limits.max_upload_bytes { + return Err(limit("upload retained byte budget exceeded")); + } + let received = bytes.len(); + session.chunks.insert(index, bytes); + session.bytes = total; + self.retained = retained; + Ok(received) + } + + pub(super) fn body_limit( + &mut self, + id: &str, + index: u64, + chunk_bytes: usize, + limits: &HttpRegistryServerLimits, + ) -> Result { + self.expire(limits); + if index >= limits.max_chunks_per_session as u64 { + return Err(limit("upload chunk index exceeded")); + } + let session = self.sessions.get(id).ok_or_else(|| missing("chunk"))?; + let previous = session.chunks.get(&index).map_or(0, Vec::len); + Ok(chunk_bytes + .min(session.size - (session.bytes - previous)) + .min(limits.max_upload_bytes - (self.retained - previous))) + } + + pub(super) fn status( + &mut self, + id: &str, + limits: &HttpRegistryServerLimits, + ) -> Result, RegistryError> { + self.expire(limits); + let session = self.sessions.get(id).ok_or_else(|| missing("status"))?; + Ok(session.chunks.keys().copied().collect()) + } + + pub(super) fn finish( + &mut self, + id: &str, + limits: &HttpRegistryServerLimits, + ) -> Result<(String, Vec), RegistryError> { + self.expire(limits); + // Failed finish is terminal, as in the previous wire contract. + let session = self.sessions.remove(id).ok_or_else(|| missing("finish"))?; + self.reserved -= session.size; + self.retained -= session.bytes; + if session.bytes != session.size { + return Err(RegistryError::Protocol( + "store/upload/finish: size mismatch".to_string(), + )); + } + for (expected, &index) in session.chunks.keys().enumerate() { + if index != expected as u64 { + return Err(RegistryError::Protocol( + "store/upload/finish: missing chunk index".to_string(), + )); + } + } + let mut payload = Vec::new(); + payload + .try_reserve_exact(session.size) + .map_err(|_| limit("upload assembly allocation failed"))?; + for chunk in session.chunks.into_values() { + payload.extend_from_slice(&chunk); + } + Ok((session.hash, payload)) + } +} + +fn missing(operation: &str) -> RegistryError { + RegistryError::Http(format!("store/upload/{operation}: status 404")) +} + +#[cfg(test)] +mod tests { + use super::*; + use std::time::Duration; + + #[test] + fn upload_accounting_preserves_rejections_and_releases_owned_bytes() { + let limits = HttpRegistryServerLimits { + max_object_bytes: 4, + max_upload_bytes: 8, + max_sessions: 2, + max_chunks_per_session: 2, + session_lifetime: Duration::from_secs(300), + ..HttpRegistryServerLimits::default() + }; + let mut state = UploadState::default(); + let first = state.start("0".repeat(64), 4, 4, &limits).unwrap(); + let second = state.start("1".repeat(64), 4, 4, &limits).unwrap(); + assert_eq!( + (state.reserved, state.retained, state.sessions.len()), + (8, 0, 2) + ); + assert!(state.start("2".repeat(64), 0, 4, &limits).is_err()); + assert_eq!( + (state.next_id, state.reserved, state.sessions.len()), + (2, 8, 2) + ); + state.insert(&first, 0, b"1234".to_vec(), &limits).unwrap(); + state.insert(&second, 0, b"abcd".to_vec(), &limits).unwrap(); + assert_eq!((state.reserved, state.retained), (8, 8)); + assert_eq!(state.body_limit(&first, 0, 4, &limits).unwrap(), 4); + assert_eq!(state.body_limit(&first, 1, 4, &limits).unwrap(), 0); + assert!(state.insert(&first, 1, b"x".to_vec(), &limits).is_err()); + assert_eq!((state.reserved, state.retained), (8, 8)); + state.insert(&first, 0, b"12".to_vec(), &limits).unwrap(); + assert_eq!((state.reserved, state.retained), (8, 6)); + state.insert(&first, 1, b"34".to_vec(), &limits).unwrap(); + let (_, payload) = state.finish(&first, &limits).unwrap(); + assert_eq!(payload, b"1234"); + assert_eq!((state.reserved, state.retained), (4, 4)); + state.sessions.get_mut(&second).unwrap().created -= Duration::from_secs(301); + state.expire(&limits); + assert_eq!( + (state.reserved, state.retained, state.sessions.len()), + (0, 0, 0) + ); + } + + #[test] + fn sparse_or_incomplete_finish_is_terminal_without_assembly() { + let limits = HttpRegistryServerLimits::default(); + let mut state = UploadState::default(); + for (index, bytes) in [(1, b"x".to_vec()), (0, Vec::new())] { + let id = state.start("0".repeat(64), 1, 1, &limits).unwrap(); + state.insert(&id, index, bytes, &limits).unwrap(); + assert!(state.finish(&id, &limits).is_err()); + assert_eq!( + (state.reserved, state.retained, state.sessions.len()), + (0, 0, 0) + ); + } + } +} diff --git a/crates/gc_registry/tests/server_lifecycle.rs b/crates/gc_registry/tests/server_lifecycle.rs new file mode 100644 index 000000000..68499b60c --- /dev/null +++ b/crates/gc_registry/tests/server_lifecycle.rs @@ -0,0 +1,239 @@ +#![cfg(not(target_os = "wasi"))] + +use std::io::{Read, Write}; +use std::net::{Shutdown, TcpStream}; +use std::path::PathBuf; +use std::sync::atomic::{AtomicUsize, Ordering}; +use std::sync::mpsc; +use std::time::Duration; + +use gc_registry::{HttpRegistryServerConfig, RegistryClient, spawn_http_file_registry_server}; + +struct TempDir(PathBuf); + +impl TempDir { + fn new() -> Self { + static NEXT: AtomicUsize = AtomicUsize::new(0); + let path = std::env::temp_dir().join(format!( + "gc-registry-lifecycle-{}-{}", + std::process::id(), + NEXT.fetch_add(1, Ordering::SeqCst) + )); + std::fs::create_dir(&path).unwrap(); + Self(path) + } + + fn config(&self, max_requests: Option) -> HttpRegistryServerConfig { + HttpRegistryServerConfig { + root: self.0.clone(), + max_requests, + ..HttpRegistryServerConfig::default() + } + } +} + +impl Drop for TempDir { + fn drop(&mut self) { + let _ = std::fs::remove_dir_all(&self.0); + } +} + +fn client(address: &str) -> RegistryClient { + RegistryClient::new(&format!("http://{address}"), Some(Duration::from_secs(2))).unwrap() +} + +#[test] +fn natural_join_waits_for_real_request_and_policy_completion() { + let root = TempDir::new(); + let handle = spawn_http_file_registry_server(root.config(Some(1))).unwrap(); + let client = client(handle.bound_addr()); + let (completed, observed) = mpsc::channel(); + let waiter = std::thread::spawn(move || completed.send(handle.join()).unwrap()); + + match observed.recv_timeout(Duration::from_millis(250)) { + Err(mpsc::RecvTimeoutError::Timeout) => {} + early => { + waiter.join().unwrap(); + panic!("natural join stopped before any request: {early:?}"); + } + } + assert!(client.ping().unwrap().ok); + observed + .recv_timeout(Duration::from_secs(2)) + .unwrap() + .unwrap(); + waiter.join().unwrap(); +} + +#[test] +fn owner_drop_stops_listener_after_serving_real_request() { + let root = TempDir::new(); + let handle = spawn_http_file_registry_server(root.config(Some(2))).unwrap(); + let client = client(handle.bound_addr()); + assert!(client.ping().unwrap().ok); + drop(handle); + assert!( + client.ping().is_err(), + "dropped owner left serving thread alive" + ); +} + +#[test] +fn explicit_shutdown_then_join_reaps_idle_listener() { + let root = TempDir::new(); + let handle = spawn_http_file_registry_server(root.config(None)).unwrap(); + let address = handle.bound_addr().to_string(); + handle.shutdown(); + handle.join().unwrap(); + assert!(client(&address).ping().is_err()); +} + +#[test] +fn join_propagates_worker_initialization_error() { + let root = TempDir::new(); + let blocked_root = root.0.join("file-root"); + std::fs::write(&blocked_root, b"not a directory").unwrap(); + let config = HttpRegistryServerConfig { + root: blocked_root, + ..root.config(None) + }; + let handle = spawn_http_file_registry_server(config).unwrap(); + assert!( + handle.join().is_err(), + "worker failure was reported as success" + ); +} + +#[test] +fn shutdown_interrupts_body_after_continue_handshake() { + let root = TempDir::new(); + let handle = spawn_http_file_registry_server(root.config(None)).unwrap(); + let mut stream = TcpStream::connect(handle.bound_addr()).unwrap(); + stream + .set_read_timeout(Some(Duration::from_secs(2))) + .unwrap(); + write!( + stream, + "POST /v1/store/has HTTP/1.1\r\nHost: localhost\r\nContent-Length: 4096\r\nExpect: 100-continue\r\nConnection: close\r\n\r\n" + ) + .unwrap(); + let mut interim = Vec::new(); + while !interim.ends_with(b"\r\n\r\n") { + assert!(interim.len() < 256, "unbounded interim response"); + let mut byte = [0]; + stream.read_exact(&mut byte).unwrap(); + interim.push(byte[0]); + } + assert!(interim.starts_with(b"HTTP/1.1 100 "), "{interim:?}"); + // The actual Continue response witnesses the server entering body admission. + // Keep the peer open with all declared body bytes withheld during shutdown. + handle.shutdown(); + let (completed, observed) = mpsc::channel(); + let waiter = std::thread::spawn(move || completed.send(handle.join()).unwrap()); + let stopped_without_peer_help = observed.recv_timeout(Duration::from_secs(2)); + // Always release the stalled peer before asserting, including on old source. + if let Err(error) = stream.shutdown(Shutdown::Both) { + assert_eq!(error.kind(), std::io::ErrorKind::NotConnected); + } + if stopped_without_peer_help.is_err() { + observed + .recv_timeout(Duration::from_secs(2)) + .unwrap() + .unwrap(); + } + waiter.join().unwrap(); + assert!( + stopped_without_peer_help.is_ok_and(|result| result.is_ok()), + "shutdown depended on the stalled client releasing its body" + ); +} + +#[test] +fn separate_stop_handle_can_interrupt_natural_wait() { + let root = TempDir::new(); + let handle = spawn_http_file_registry_server(root.config(None)).unwrap(); + let address = handle.bound_addr().to_string(); + let stop = handle.shutdown_handle(); + let (completed, observed) = mpsc::channel(); + let waiter = std::thread::spawn(move || completed.send(handle.join()).unwrap()); + assert!(client(&address).ping().unwrap().ok); + assert!(matches!( + observed.try_recv(), + Err(mpsc::TryRecvError::Empty) + )); + stop.shutdown(); + stop.shutdown(); + observed + .recv_timeout(Duration::from_secs(2)) + .unwrap() + .unwrap(); + waiter.join().unwrap(); + assert!(client(&address).ping().is_err()); +} + +#[test] +fn zero_request_policy_stops_without_admitting_a_request() { + let root = TempDir::new(); + let handle = spawn_http_file_registry_server(root.config(Some(0))).unwrap(); + let address = handle.bound_addr().to_string(); + handle.join().unwrap(); + assert!(client(&address).ping().is_err()); +} + +#[test] +fn owner_drop_reaps_stalled_headers_and_admitted_upload_body() { + for headers in [false, true] { + let root = TempDir::new(); + let handle = spawn_http_file_registry_server(root.config(None)).unwrap(); + let address = handle.bound_addr().to_string(); + let mut stream = TcpStream::connect(&address).unwrap(); + stream + .set_read_timeout(Some(Duration::from_secs(2))) + .unwrap(); + if headers { + stream + .write_all(b"POST /v1/store/has HTTP/1.1\r\nHost: localhost\r\n") + .unwrap(); + } else { + stream.write_all(b"POST /v1/store/has HTTP/1.1\r\nHost: localhost\r\nContent-Length: 4096\r\nExpect: 100-continue\r\n\r\n").unwrap(); + let mut response = Vec::new(); + while !response.ends_with(b"\r\n\r\n") { + assert!(response.len() < 256); + let mut byte = [0]; + stream.read_exact(&mut byte).unwrap(); + response.push(byte[0]); + } + assert!(response.starts_with(b"HTTP/1.1 100 ")); + } + let (completed, observed) = mpsc::channel(); + let owner = std::thread::spawn(move || { + drop(handle); + completed.send(()).unwrap(); + }); + let result = observed.recv_timeout(Duration::from_secs(2)); + // Release fixture peer even on regression; the outer process watchdog owns the test. + drop(stream); + owner.join().unwrap(); + assert!( + result.is_ok(), + "owner drop needed peer assistance (headers={headers})" + ); + assert!(client(&address).ping().is_err()); + } +} + +#[test] +fn malformed_connection_does_not_spend_request_policy() { + let root = TempDir::new(); + let handle = spawn_http_file_registry_server(root.config(Some(1))).unwrap(); + let address = handle.bound_addr().to_string(); + let mut peer = TcpStream::connect(&address).unwrap(); + peer.set_read_timeout(Some(Duration::from_secs(2))).unwrap(); + peer.write_all(b"invalid request\r\n\r\n").unwrap(); + let mut response = Vec::new(); + peer.take(4096).read_to_end(&mut response).unwrap(); + assert!(response.starts_with(b"HTTP/1.1 400 ")); + assert!(client(&address).ping().unwrap().ok); + handle.join().unwrap(); + assert!(client(&address).ping().is_err()); +} diff --git a/crates/gc_registry/tests/server_limits.rs b/crates/gc_registry/tests/server_limits.rs new file mode 100644 index 000000000..d36904fbe --- /dev/null +++ b/crates/gc_registry/tests/server_limits.rs @@ -0,0 +1,407 @@ +#![cfg(not(target_os = "wasi"))] + +use std::io::{Read, Write}; +use std::net::TcpStream; +use std::path::PathBuf; +use std::sync::atomic::{AtomicUsize, Ordering}; +use std::time::Duration; + +use gc_registry::{ + HttpRegistryServerConfig, HttpRegistryServerHandle, HttpRegistryServerLimits, RegistryClient, + spawn_http_file_registry_server_with_limits, +}; +use serde_json::{Value, json}; + +struct Fixture { + server: Option, + root: PathBuf, + url: String, + http: reqwest::blocking::Client, +} +impl Fixture { + fn new(limits: HttpRegistryServerLimits) -> Self { + static NEXT: AtomicUsize = AtomicUsize::new(0); + let root = std::env::temp_dir().join(format!( + "gc-registry-limits-{}-{}", + std::process::id(), + NEXT.fetch_add(1, Ordering::SeqCst) + )); + std::fs::create_dir(&root).unwrap(); + let server = spawn_http_file_registry_server_with_limits( + HttpRegistryServerConfig { + root: root.clone(), + max_chunk_bytes: 4, + ..HttpRegistryServerConfig::default() + }, + limits, + ) + .unwrap(); + let url = format!("http://{}", server.bound_addr()); + Self { + server: Some(server), + root, + url, + http: reqwest::blocking::Client::builder() + .timeout(Duration::from_secs(2)) + .no_proxy() + .build() + .unwrap(), + } + } + fn standard() -> Self { + Self::new(limits()) + } + fn post(&self, path: &str, body: Value) -> reqwest::blocking::Response { + self.http + .post(format!("{}{path}", self.url)) + .json(&body) + .send() + .unwrap() + } + fn start(&self, size: u64, hash: &str) -> String { + let response = self.post( + "/v1/store/upload/start", + json!({"hash":hash,"size_bytes":size}), + ); + assert_eq!(response.status(), 200); + response.json::().unwrap()["upload_id"] + .as_str() + .unwrap() + .to_string() + } + fn chunk(&self, id: &str, index: &str, bytes: &[u8]) -> u16 { + self.http + .put(format!("{}/v1/store/upload/chunk/{id}/{index}", self.url)) + .body(bytes.to_vec()) + .send() + .unwrap() + .status() + .as_u16() + } + fn raw(&self, request: &[u8]) -> Vec { + let address = self.server.as_ref().unwrap().bound_addr(); + let mut stream = TcpStream::connect(address).unwrap(); + stream + .set_read_timeout(Some(Duration::from_secs(2))) + .unwrap(); + stream.write_all(request).unwrap(); + let mut response = Vec::new(); + stream.take(4096).read_to_end(&mut response).unwrap(); + response + } +} +impl Drop for Fixture { + fn drop(&mut self) { + self.server.take().unwrap().stop_and_join().unwrap(); + std::fs::remove_dir_all(&self.root).unwrap(); + } +} +fn limits() -> HttpRegistryServerLimits { + HttpRegistryServerLimits { + max_json_bytes: 256, + max_object_bytes: 8, + max_upload_bytes: 8, + max_sessions: 2, + max_chunks_per_session: 4, + request_timeout: Duration::from_secs(2), + ..HttpRegistryServerLimits::default() + } +} +fn hash(bytes: &[u8]) -> String { + blake3::hash(bytes).to_hex().to_string() +} + +#[test] +fn honest_direct_and_chunked_objects_keep_identity_and_wire_contract() { + let fixture = Fixture::standard(); + let client = RegistryClient::new(&fixture.url, Some(Duration::from_secs(2))).unwrap(); + client.store_put(&hash(b"12345678"), b"12345678").unwrap(); + assert_eq!(client.store_get(&hash(b"12345678")).unwrap(), b"12345678"); + let id = fixture.start(8, &hash(b"abcdefgh")); + assert_eq!(fixture.chunk(&id, "0", b"abcd"), 200); + assert_eq!(fixture.chunk(&id, "1", b"efgh"), 200); + assert_eq!( + fixture + .post("/v1/store/upload/finish", json!({"upload_id":id})) + .status(), + 200 + ); + assert_eq!(client.store_get(&hash(b"abcdefgh")).unwrap(), b"abcdefgh"); +} + +#[test] +fn session_object_reservation_and_chunk_bounds_reject_before_mutation() { + let fixture = Fixture::standard(); + assert_eq!( + fixture + .post( + "/v1/store/upload/start", + json!({"hash":"bad","size_bytes":1}) + ) + .status(), + 400 + ); + assert_eq!( + fixture + .post( + "/v1/store/upload/start", + json!({"hash":hash(b"x"),"size_bytes":9}) + ) + .status(), + 413 + ); + let first = fixture.start(4, &hash(b"1234")); + let second = fixture.start(4, &hash(b"abcd")); + assert_eq!(first, "u_1"); + assert_eq!(second, "u_2"); + assert_eq!( + fixture + .post( + "/v1/store/upload/start", + json!({"hash":hash(b""),"size_bytes":0}) + ) + .status(), + 413 + ); + assert_eq!(fixture.chunk(&first, "18446744073709551615", b"x"), 413); + assert_eq!(fixture.chunk(&first, "not-a-number", b"x"), 400); + assert_eq!(fixture.chunk(&first, "0", b"12345"), 413); + assert_eq!(fixture.chunk(&first, "0", b"1234"), 200); + assert_eq!(fixture.chunk(&first, "1", b"x"), 413); + assert_eq!(fixture.chunk(&first, "0", b"12"), 200); + assert_eq!(fixture.chunk(&first, "1", b"34"), 200); + assert_eq!( + fixture + .post("/v1/store/upload/finish", json!({"upload_id":first})) + .status(), + 200 + ); + assert_eq!(fixture.chunk(&second, "0", b"abcd"), 200); + assert_eq!( + fixture + .post("/v1/store/upload/finish", json!({"upload_id":second})) + .status(), + 200 + ); + assert_eq!(fixture.start(0, &hash(b"")), "u_3"); +} + +#[test] +fn declared_and_chunked_oversize_and_truncation_never_install_objects() { + let fixture = Fixture::new(HttpRegistryServerLimits { + request_timeout: Duration::from_millis(100), + ..limits() + }); + let identity = hash(b"123456789"); + let response = fixture.raw(format!("PUT /v1/store/put/{identity} HTTP/1.1\r\nHost: localhost\r\nContent-Length: 9\r\nConnection: close\r\n\r\n123456789").as_bytes()); + assert!(response.starts_with(b"HTTP/1.1 413")); + let response = fixture.raw(format!("PUT /v1/store/put/{identity} HTTP/1.1\r\nHost: localhost\r\nTransfer-Encoding: chunked\r\nConnection: close\r\n\r\n9\r\n123456789\r\n0\r\n\r\n").as_bytes()); + assert!(response.starts_with(b"HTTP/1.1 413")); + assert!(!fixture.root.join("v1/store").join(identity).exists()); + let response = fixture.raw(format!("PUT /v1/store/put/{} HTTP/1.1\r\nHost: localhost\r\nContent-Length: 8\r\nConnection: close\r\n\r\n123",hash(b"12345678")).as_bytes()); + // The peer remains open: the absolute deadline closes the incomplete body. + assert!(response.is_empty() || response.starts_with(b"HTTP/1.1 4")); + assert!( + !fixture + .root + .join("v1/store") + .join(hash(b"12345678")) + .exists() + ); +} + +#[test] +fn json_limit_and_false_framing_are_enforced_before_dispatch() { + let fixture = Fixture::standard(); + let mut body = b"{\"hashes\":[]}".to_vec(); + body.resize(256, b' '); + assert_eq!( + fixture + .http + .post(format!("{}/v1/store/has", fixture.url)) + .body(body.clone()) + .send() + .unwrap() + .status(), + 200 + ); + body.push(b' '); + assert_eq!( + fixture + .http + .post(format!("{}/v1/store/has", fixture.url)) + .body(body) + .send() + .unwrap() + .status(), + 413 + ); + let response = fixture.raw(b"POST /v1/store/has HTTP/1.1\r\nHost: localhost\r\nContent-Length: 1\r\nContent-Length: 2\r\nConnection: close\r\n\r\n{}"); + assert!(response.starts_with(b"HTTP/1.1 400")); +} + +#[test] +fn sessions_expire_on_the_real_clock_and_release_reservations() { + let fixture = Fixture::new(HttpRegistryServerLimits { + session_lifetime: Duration::from_millis(300), + ..limits() + }); + let id = fixture.start(8, &hash(b"12345678")); + assert_eq!(fixture.chunk(&id, "0", b"1234"), 200); + std::thread::sleep(Duration::from_millis(350)); + assert_eq!( + fixture + .http + .get(format!("{}/v1/store/upload/status/{id}", fixture.url)) + .send() + .unwrap() + .status(), + 404 + ); + assert_eq!(fixture.start(8, &hash(b"abcdefgh")), "u_2"); +} + +#[test] +fn aggregate_reservation_and_minimum_chunk_count_are_independent_limits() { + let fixture = Fixture::new(HttpRegistryServerLimits { + max_sessions: 4, + ..limits() + }); + fixture.start(8, &hash(b"12345678")); + assert_eq!( + fixture + .post( + "/v1/store/upload/start", + json!({"hash":hash(b"x"),"size_bytes":1}) + ) + .status(), + 413 + ); + let fixture = Fixture::new(HttpRegistryServerLimits { + max_chunks_per_session: 1, + ..limits() + }); + assert_eq!( + fixture + .post( + "/v1/store/upload/start", + json!({"hash":hash(b"12345678"),"size_bytes":8}) + ) + .status(), + 413 + ); + assert_eq!(fixture.start(4, &hash(b"1234")), "u_1"); +} + +#[test] +fn invalid_policy_is_rejected_before_binding_or_filesystem_mutation() { + let root = std::env::temp_dir().join(format!("gc-invalid-policy-{}", std::process::id())); + assert!(!root.exists()); + for policy in [ + HttpRegistryServerLimits { + max_sessions: 0, + ..limits() + }, + HttpRegistryServerLimits { + request_timeout: Duration::ZERO, + ..limits() + }, + HttpRegistryServerLimits { + max_upload_bytes: 7, + ..limits() + }, + HttpRegistryServerLimits { + max_object_bytes: usize::MAX, + ..limits() + }, + ] { + let result = spawn_http_file_registry_server_with_limits( + HttpRegistryServerConfig { + root: root.clone(), + max_chunk_bytes: 4, + ..HttpRegistryServerConfig::default() + }, + policy, + ); + assert!(result.is_err()); + assert!(!root.exists()); + } +} + +#[test] +fn header_count_and_absolute_body_deadline_preserve_server_liveness() { + let fixture = Fixture::new(HttpRegistryServerLimits { + request_timeout: Duration::from_millis(100), + ..limits() + }); + let mut headers = + String::from("GET /v1/ping HTTP/1.1\r\nHost: localhost\r\nConnection: close\r\n"); + for i in 0..65 { + headers.push_str(&format!("X-{i}: a\r\n")); + } + headers.push_str("\r\n"); + let response = fixture.raw(headers.as_bytes()); + assert!(response.starts_with(b"HTTP/1.1 431") || response.starts_with(b"HTTP/1.1 400")); + let identity = hash(b"12345678"); + let mut stream = TcpStream::connect(fixture.server.as_ref().unwrap().bound_addr()).unwrap(); + stream + .set_read_timeout(Some(Duration::from_secs(2))) + .unwrap(); + write!(stream,"PUT /v1/store/put/{identity} HTTP/1.1\r\nHost: localhost\r\nContent-Length: 8\r\nConnection: close\r\n\r\n").unwrap(); + for byte in b"12345678" { + if stream.write_all(&[*byte]).is_err() { + break; + } + std::thread::sleep(Duration::from_millis(40)); + } + let mut response = Vec::new(); + match stream.take(4096).read_to_end(&mut response) { + Ok(_) => {} + Err(e) => assert_eq!(e.kind(), std::io::ErrorKind::ConnectionReset), + } + assert!(!fixture.root.join("v1/store").join(identity).exists()); + let client = RegistryClient::new(&fixture.url, Some(Duration::from_secs(2))).unwrap(); + assert!(client.ping().unwrap().ok); +} + +#[test] +fn hash_array_count_is_admitted_during_decode() { + let fixture = Fixture::new(HttpRegistryServerLimits { + max_json_bytes: 1 << 20, + ..limits() + }); + let mut hashes = vec![hash(b""); 1024]; + assert_eq!( + fixture + .post("/v1/store/has", json!({"hashes":hashes})) + .status(), + 200 + ); + hashes.push(hash(b"")); + let response = fixture.post("/v1/store/has", json!({"hashes":hashes})); + assert_eq!(response.status(), 413); + assert_eq!( + response.json::().unwrap()["error"]["code"], + "payload_too_large" + ); +} + +#[test] +fn bounded_get_refuses_preexisting_oversize_object() { + let fixture = Fixture::standard(); + let identity = hash(b"123456789"); + std::fs::write(fixture.root.join("v1/store").join(&identity), b"123456789").unwrap(); + assert_eq!( + fixture + .http + .get(format!("{}/v1/store/get/{identity}", fixture.url)) + .send() + .unwrap() + .status(), + 413 + ); + assert_eq!( + std::fs::read(fixture.root.join("v1/store").join(identity)).unwrap(), + b"123456789" + ); +} diff --git a/crates/gc_registry/tests/store_boundary.rs b/crates/gc_registry/tests/store_boundary.rs new file mode 100644 index 000000000..ea51cfe09 --- /dev/null +++ b/crates/gc_registry/tests/store_boundary.rs @@ -0,0 +1,366 @@ +#![cfg(not(target_os = "wasi"))] + +use std::collections::BTreeMap; +use std::path::PathBuf; +use std::sync::Arc; +use std::sync::atomic::{AtomicBool, AtomicUsize, Ordering}; +use std::time::Duration; + +use gc_registry::*; + +struct TempDir(PathBuf); +impl TempDir { + fn new() -> Self { + static NEXT: AtomicUsize = AtomicUsize::new(0); + let path = std::env::temp_dir().join(format!( + "gc-registry-boundary-{}-{}", + std::process::id(), + NEXT.fetch_add(1, Ordering::SeqCst) + )); + std::fs::create_dir(&path).unwrap(); + Self(path) + } + fn client(&self) -> RegistryClient { + RegistryClient::new( + reqwest::Url::from_directory_path(&self.0).unwrap().as_str(), + None, + ) + .unwrap() + } +} +impl Drop for TempDir { + fn drop(&mut self) { + let _ = std::fs::remove_dir_all(&self.0); + } +} + +struct HttpFixture { + url: String, + contacts: Arc, + stop: Arc, + worker: Option>, +} +impl HttpFixture { + fn new(status: u16, body: &[u8], location: Option) -> Self { + let server = tiny_http::Server::http("127.0.0.1:0").unwrap(); + let url = format!("http://{}", server.server_addr()); + let contacts = Arc::new(AtomicUsize::new(0)); + let stop = Arc::new(AtomicBool::new(false)); + let observed = contacts.clone(); + let stopped = stop.clone(); + let body = body.to_vec(); + let worker = std::thread::spawn(move || { + while !stopped.load(Ordering::SeqCst) { + if let Some(request) = server.recv_timeout(Duration::from_millis(20)).unwrap() { + observed.fetch_add(1, Ordering::SeqCst); + let mut response = tiny_http::Response::new( + tiny_http::StatusCode(status), + Vec::new(), + std::io::Cursor::new(body.clone()), + None, + None, + ) + .with_chunked_threshold(0); + if let Some(location) = &location { + response.add_header( + tiny_http::Header::from_bytes("Location", location.as_str()).unwrap(), + ); + } + let _ = request.respond(response); + } + } + }); + Self { + url, + contacts, + stop, + worker: Some(worker), + } + } + fn client(&self) -> RegistryClient { + RegistryClient::new(&self.url, Some(Duration::from_secs(2))).unwrap() + } +} +impl Drop for HttpFixture { + fn drop(&mut self) { + self.stop.store(true, Ordering::SeqCst); + if let Some(worker) = self.worker.take() { + worker.join().unwrap(); + } + } +} + +struct CorruptRegistry { + contacts: AtomicUsize, +} +impl InProcRegistry for CorruptRegistry { + fn ping(&self) -> Result { + unreachable!() + } + fn store_has(&self, _: &[String]) -> Result, RegistryError> { + unreachable!() + } + fn store_get(&self, _: &str) -> Result, RegistryError> { + self.contacts.fetch_add(1, Ordering::SeqCst); + Ok(b"corrupt".to_vec()) + } + fn store_put(&self, _: &str, _: &[u8]) -> Result<(), RegistryError> { + self.contacts.fetch_add(1, Ordering::SeqCst); + Ok(()) + } + fn refs_get(&self, _: &str) -> Result, RegistryError> { + unreachable!() + } + fn refs_list(&self, _: Option<&str>) -> Result, RegistryError> { + unreachable!() + } + fn refs_set(&self, _: &RefsSetReq<'_>) -> Result { + unreachable!() + } +} +struct Registration(&'static str); +impl Drop for Registration { + fn drop(&mut self) { + unregister_inproc(self.0).unwrap(); + } +} +fn hash(bytes: &[u8]) -> String { + blake3::hash(bytes).to_hex().to_string() +} + +#[test] +fn inproc_rejects_corrupt_get_and_optional_get() { + let reg = Arc::new(CorruptRegistry { + contacts: AtomicUsize::new(0), + }); + register_inproc("boundary-corrupt", reg).unwrap(); + let _guard = Registration("boundary-corrupt"); + let client = RegistryClient::new("inproc://boundary-corrupt", None).unwrap(); + let expected = hash(b"honest"); + assert_eq!( + client + .store_get_bounded(&hash(b"corrupt"), Some(7)) + .unwrap(), + b"corrupt" + ); + assert!( + client + .store_get_bounded(&hash(b"corrupt"), Some(6)) + .is_err() + ); + assert!( + client.store_get_bounded(&expected, Some(100)).is_err(), + "corrupt get admitted" + ); + assert!( + client.store_get_opt_bounded(&expected, Some(100)).is_err(), + "corrupt optional get admitted" + ); +} + +#[test] +fn http_checks_integrity_and_preserves_missing() { + let good = HttpFixture::new(200, b"honest", None); + let framing = reqwest::blocking::get(format!("{}/v1/store/get", good.url)).unwrap(); + assert_eq!( + framing.content_length(), + None, + "fixture must exercise streaming without Content-Length" + ); + let expected = hash(b"honest"); + assert_eq!( + good.client().store_get_bounded(&expected, Some(6)).unwrap(), + b"honest" + ); + assert!(good.client().store_get_bounded(&expected, Some(5)).is_err()); + let empty = HttpFixture::new(200, b"", None); + assert_eq!( + empty + .client() + .store_get_bounded(&hash(b""), Some(0)) + .unwrap(), + b"" + ); + let bad = HttpFixture::new(200, b"corrupt", None); + assert!( + bad.client() + .store_get_bounded(&expected, Some(100)) + .is_err(), + "corrupt HTTP get admitted" + ); + assert!( + bad.client() + .store_get_opt_bounded(&expected, Some(100)) + .is_err(), + "corrupt HTTP optional get admitted" + ); + let missing = HttpFixture::new(404, b"", None); + assert!( + missing + .client() + .store_get_opt_bounded(&expected, Some(0)) + .unwrap() + .is_none() + ); +} + +#[test] +fn redirects_never_contact_another_listener() { + let forbidden = HttpFixture::new( + 200, + br#"{"ok":true,"version":"0.1","hash":"blake3-256"}"#, + None, + ); + for status in [301, 302, 303, 307, 308] { + let allowed = HttpFixture::new(status, b"", Some(format!("{}/v1/ping", forbidden.url))); + let result = allowed.client().ping(); + assert_eq!( + forbidden.contacts.load(Ordering::SeqCst), + 0, + "redirect {status} contacted forbidden listener: {result:?}" + ); + assert!(result.is_err()); + assert_eq!(allowed.contacts.load(Ordering::SeqCst), 1); + } +} + +#[test] +fn malformed_hashes_are_rejected_before_io() { + let directory = TempDir::new(); + let file = directory.client(); + let http = HttpFixture::new(404, b"", None); + let reg = Arc::new(CorruptRegistry { + contacts: AtomicUsize::new(0), + }); + register_inproc("boundary-invalid", reg.clone()).unwrap(); + let _guard = Registration("boundary-invalid"); + let inproc = RegistryClient::new("inproc://boundary-invalid", None).unwrap(); + for client in [&file, &http.client(), &inproc] { + for invalid in ["", "../escape", "short", &"A".repeat(64), &"g".repeat(64)] { + assert!( + client.store_get_opt_bounded(invalid, Some(10)).is_err(), + "invalid identity admitted: {invalid}" + ); + assert!(client.store_put(invalid, b"bad").is_err()); + assert!(client.store_has(&[invalid.to_string()]).is_err()); + assert!(client.store_upload_start(invalid, 1).is_err()); + } + assert!(client.store_put(&hash(b"honest"), b"corrupt").is_err()); + assert!( + client + .store_put_chunked(&hash(b"honest"), b"corrupt", 1) + .is_err() + ); + } + assert!( + !directory.0.join("v1").exists(), + "rejection created file transport state" + ); + assert_eq!(http.contacts.load(Ordering::SeqCst), 0); + assert_eq!(reg.contacts.load(Ordering::SeqCst), 0); +} + +#[test] +fn redirect_chains_loops_and_store_requests_stop_at_the_first_response() { + let final_endpoint = HttpFixture::new(200, b"honest", None); + let middle = HttpFixture::new(302, b"", Some(final_endpoint.url.clone())); + let first = HttpFixture::new(307, b"", Some(middle.url.clone())); + let client = first.client(); + let expected = hash(b"honest"); + assert!(client.store_get(&expected).is_err()); + assert!(client.store_put(&expected, b"honest").is_err()); + assert_eq!(first.contacts.load(Ordering::SeqCst), 2); + assert_eq!(middle.contacts.load(Ordering::SeqCst), 0); + assert_eq!(final_endpoint.contacts.load(Ordering::SeqCst), 0); + let looping = HttpFixture::new(302, b"", Some("/v1/ping".to_string())); + assert!(looping.client().ping().is_err()); + assert_eq!(looping.contacts.load(Ordering::SeqCst), 1); +} + +#[test] +fn file_get_boundary_and_optional_results() { + let directory = TempDir::new(); + let client = directory.client(); + let expected = hash(b"honest"); + assert!( + client + .store_get_opt_bounded(&expected, Some(6)) + .unwrap() + .is_none() + ); + assert!( + !directory.0.join("v1").exists(), + "missing read mutated file backend" + ); + client.store_put(&expected, b"honest").unwrap(); + assert_eq!( + client.store_get_bounded(&expected, Some(6)).unwrap(), + b"honest" + ); + assert!(client.store_get_opt_bounded(&expected, Some(5)).is_err()); + std::fs::write(directory.0.join("v1/store").join(&expected), b"broken").unwrap(); + assert!(client.store_get_opt_bounded(&expected, Some(6)).is_err()); +} + +// The bounded outer RSS observation invokes this child with 1 KiB and 64 MiB sparse +// files. A post-read check consumes the full latter file; a streaming check does not. +#[test] +#[ignore = "child of the bounded F10 resource observation"] +fn file_get_resource_observation_child() { + let bytes: u64 = std::env::var("GENESIS_F10_FILE_BYTES") + .unwrap() + .parse() + .unwrap(); + let directory = TempDir::new(); + let client = directory.client(); + let expected = hash(b"expected"); + std::fs::create_dir_all(directory.0.join("v1/store")).unwrap(); + std::fs::File::create(directory.0.join("v1/store").join(&expected)) + .unwrap() + .set_len(bytes) + .unwrap(); + assert!(client.store_get_opt_bounded(&expected, Some(1024)).is_err()); +} + +#[test] +fn wasi_file_bridge_obeys_object_admission_in_an_isolated_process() { + let directory = TempDir::new(); + let output = std::process::Command::new(std::env::current_exe().unwrap()) + .args(["--ignored", "--exact", "wasi_file_bridge_boundary_child"]) + .env(WASI_HTTP_BRIDGE_ROOT_ENV, directory.0.join("v1")) + .output() + .unwrap(); + assert!( + output.status.success(), + "{}{}", + String::from_utf8_lossy(&output.stdout), + String::from_utf8_lossy(&output.stderr) + ); +} + +#[test] +#[ignore = "environment-isolated bridge child"] +fn wasi_file_bridge_boundary_child() { + let client = RegistryClient::new("http://127.0.0.1:9", Some(Duration::from_secs(1))).unwrap(); + let root = PathBuf::from(std::env::var_os(WASI_HTTP_BRIDGE_ROOT_ENV).unwrap()); + let expected = hash(b"honest"); + assert!( + client + .store_get_opt_bounded(&expected, Some(6)) + .unwrap() + .is_none() + ); + assert!(!root.exists()); + client.store_put(&expected, b"honest").unwrap(); + assert_eq!( + client.store_get_bounded(&expected, Some(6)).unwrap(), + b"honest" + ); + assert!(client.store_get_opt_bounded(&expected, Some(5)).is_err()); + std::fs::write(root.join("store").join(&expected), b"broken").unwrap(); + assert!(matches!( + client.store_get_opt_bounded(&expected, Some(6)), + Err(RegistryError::HashMismatch { .. }) + )); + assert!(client.store_get_opt_bounded("../outside", Some(6)).is_err()); +} diff --git a/docs/INDEX.md b/docs/INDEX.md index 8fb7eff98..b04a11065 100644 --- a/docs/INDEX.md +++ b/docs/INDEX.md @@ -1,6 +1,6 @@ # GenesisCode Docs Index -Last updated: 2026-08-14 +Last updated: 2026-10-02 This is the canonical entrypoint for project documentation. diff --git a/docs/program/RELEASE_NOTES_v0.2.0.json b/docs/program/RELEASE_NOTES_v0.2.0.json index f61bb1179..20022f0d0 100644 --- a/docs/program/RELEASE_NOTES_v0.2.0.json +++ b/docs/program/RELEASE_NOTES_v0.2.0.json @@ -4,7 +4,7 @@ "runtimeGateClaims": "requirements-only-unverified", "unqualifiedCapabilityRule": "L5 on every tier-1 platform with immutable E3 or E4 evidence" }, - "contentIdentitySha256": "9c74462371952e86432cc5bea932b9a724cc37fa90f364f2bf6cef209806f1fd", + "contentIdentitySha256": "147562c2996927318ca137b47723cb22f052e96abb9734bbd3c5d1b5ec128ead", "kind": "genesis/release-notes-v0.1", "releaseTrain": "0.2.0", "sections": { @@ -26,11 +26,12 @@ "E1:cap-kernel-determinism/check-2" ], "gapIds": [ - "R7.2.a" + "R7.2.a", + "P1.13" ], "id": "CAP-KERNEL-DETERMINISM", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.13; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -47,11 +48,12 @@ "E1:cap-coreform-identity/check-1" ], "gapIds": [ - "R7.2.f" + "R7.2.f", + "P1.9" ], "id": "CAP-COREFORM-IDENTITY", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -90,11 +92,12 @@ "E1:cap-deny-default-policy/check-1" ], "gapIds": [ - "R7.3.a" + "R7.3.a", + "P1.10" ], "id": "CAP-DENY-DEFAULT-POLICY", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.10; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -112,11 +115,15 @@ "E1:cap-effect-replay/check-2" ], "gapIds": [ - "R7.2.c" + "R7.2.c", + "P1.9", + "P1.10", + "P1.11", + "P1.12" ], "id": "CAP-EFFECT-REPLAY", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -133,11 +140,16 @@ "E1:cap-semantic-vcs/check-1" ], "gapIds": [ - "R4.2.e" + "R4.2.e", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.14" ], "id": "CAP-SEMANTIC-VCS", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -156,11 +168,18 @@ ], "gapIds": [ "R4.2.e", - "R6.1.a" + "R6.1.a", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13", + "P1.14", + "P1.15" ], "id": "CAP-PACKAGE-MANAGER", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.13, P1.14, P1.15; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -201,11 +220,13 @@ "E1:cap-evidence-gated-publish/check-1" ], "gapIds": [ - "R6.2.d" + "R6.2.d", + "P1.9", + "P1.14" ], "id": "CAP-EVIDENCE-GATED-PUBLISH", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -223,11 +244,16 @@ ], "gapIds": [ "R3.2.a", - "R6.3.a" + "R6.3.a", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13" ], "id": "CAP-RUNTIME-SURFACES", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.13; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -269,11 +295,12 @@ "E1:cap-selfhost-cutover/check-3" ], "gapIds": [ - "R4.4.c" + "R4.4.c", + "P1.14" ], "id": "CAP-SELFHOST-CUTOVER", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -292,11 +319,12 @@ "gapIds": [ "R4.2.e", "R4.2.g", - "R4.4.c" + "R4.4.c", + "P1.14" ], "id": "CAP-STRICT-NO-FALLBACK", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -545,11 +573,15 @@ "E1:cap-host-bridge/check-2" ], "gapIds": [ - "R7.3.b" + "R7.3.b", + "P1.10", + "P1.11", + "P1.12", + "P1.15" ], "id": "CAP-HOST-BRIDGE", "immutableEvidenceIds": [], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.10, P1.11, P1.12, P1.15; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturityByPlatform": { "linux-arm64": "L0", @@ -1743,11 +1775,11 @@ "gitPackageRecords": 0, "path": "Cargo.lock", "pathOrWorkspacePackageRecords": 18, - "registryPackageRecords": 443, + "registryPackageRecords": 454, "schemaVersion": 4, - "sha256": "ba28b65b338829a7db9fc4301f226a339c6aab81743b974ae5ca0de1601cbcae", - "totalPackageRecords": 461, - "uniquePackageIdentities": 461 + "sha256": "f6097c180c884d7519243b71d287e9a18beddae96b15dfbabf2a9515662f4682", + "totalPackageRecords": 472, + "uniquePackageIdentities": 472 }, { "gitPackageRecords": 0, @@ -1878,8 +1910,91 @@ ] }, "knownGaps": { - "activeDefectIds": [], + "activeDefectIds": [ + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13", + "P1.14", + "P1.15", + "P1.16" + ], "roadmapGaps": [ + { + "affectedClaims": [ + "CAP-DENY-DEFAULT-POLICY", + "CAP-EFFECT-REPLAY", + "CAP-HOST-BRIDGE", + "CAP-PACKAGE-MANAGER", + "CAP-RUNTIME-SURFACES", + "CAP-SEMANTIC-VCS" + ], + "id": "P1.10", + "summary": "F02: authorize anchored filesystem traversal before mutation, including escaping symlinks and replacement races." + }, + { + "affectedClaims": [ + "CAP-EFFECT-REPLAY", + "CAP-HOST-BRIDGE", + "CAP-PACKAGE-MANAGER", + "CAP-RUNTIME-SURFACES", + "CAP-SEMANTIC-VCS" + ], + "id": "P1.11", + "summary": "F03: preserve source and destination on self-rename and failed overwrite; enforce safe replacement semantics." + }, + { + "affectedClaims": [ + "CAP-EFFECT-REPLAY", + "CAP-HOST-BRIDGE", + "CAP-PACKAGE-MANAGER", + "CAP-RUNTIME-SURFACES", + "CAP-SEMANTIC-VCS" + ], + "id": "P1.12", + "summary": "F04: remove the final filesystem entry without dereferencing its symlink target; specify native/WASI behavior." + }, + { + "affectedClaims": [ + "CAP-KERNEL-DETERMINISM", + "CAP-PACKAGE-MANAGER", + "CAP-RUNTIME-SURFACES" + ], + "id": "P1.13", + "summary": "F05: bound actual primitive work, including empty string repetition at maximum count, across execution tiers." + }, + { + "affectedClaims": [ + "CAP-EVIDENCE-GATED-PUBLISH", + "CAP-PACKAGE-MANAGER", + "CAP-SELFHOST-CUTOVER", + "CAP-SEMANTIC-VCS", + "CAP-STRICT-NO-FALLBACK" + ], + "id": "P1.14", + "summary": "F06: bind package verify custody to artifact-backed commit authority and reject native-decoder restoration." + }, + { + "affectedClaims": [ + "CAP-HOST-BRIDGE", + "CAP-PACKAGE-MANAGER" + ], + "id": "P1.15", + "summary": "F07: preserve registry service liveness and bounded wait/shutdown/join/drop ownership." + }, + { + "affectedClaims": [ + "CAP-COREFORM-IDENTITY", + "CAP-EFFECT-REPLAY", + "CAP-EVIDENCE-GATED-PUBLISH", + "CAP-PACKAGE-MANAGER", + "CAP-RUNTIME-SURFACES", + "CAP-SEMANTIC-VCS" + ], + "id": "P1.9", + "summary": "F01: eliminate symbol/literal and improper-pair canonical identity collisions across construction, codecs, hashes and artifact storage, with explicit term-domain admission and versioned compatibility. Local 2026-10-02 E0 serialization-admission controls do not close lossless runtime hashing, versioned replay compatibility, remaining production-boundary audit or independent acceptance." + }, { "affectedClaims": [ "CAP-AGENT-JSON-CONTRACTS" @@ -2519,7 +2634,16 @@ ] }, "security": { - "activeDefectIds": [], + "activeDefectIds": [ + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13", + "P1.14", + "P1.15", + "P1.16" + ], "claimState": "requirements-only-unverified", "mandatoryChecks": [ { @@ -2534,7 +2658,7 @@ { "claim": "required-but-not-attested", "entrypoint": "scripts/check_evidence_adversarial_matrix.sh", - "executionIdentitySha256": "8cff602dbf244463fb827f70fc6ce31257fb76b4541100508567d3f1fd7ba641", + "executionIdentitySha256": "b686c1153348d35c232edc811e28deb68ad36d48a8382f7a39f18ade7f415596", "gateId": "gate/evidence-adversarial-matrix", "kind": "test", "networkMode": "deny", @@ -2609,7 +2733,7 @@ } }, "sourceIdentities": { - "Cargo.lock": "ba28b65b338829a7db9fc4301f226a339c6aab81743b974ae5ca0de1601cbcae", + "Cargo.lock": "f6097c180c884d7519243b71d287e9a18beddae96b15dfbabf2a9515662f4682", "Cargo.toml": "36566f84c9351572596298906707431245352296c7718aa1035087f61d83ab32", "deny.toml": "efdae31392b03f5228bd48e96eb14ef718520ae19b4d9de064ef9ed1c19978e5", "docs/program/EVIDENCE_FIXTURE_CLASSIFICATION_v0.1.json": "d1aa20fa3652cf7cc5a122bea2c8e7d212c52009aea716fe2ce790617d91e109", @@ -2620,7 +2744,7 @@ "docs/program/evidence/roadmap-baselines/roadmap-baseline-e0-2026-07-10-sha256-a3d6c7b809f1c1ba403bab0c4e18fce94154cbae4b35b23aa9e96cfb1c02e967.json": "42b49dd7adfc8c7dc2dccb838dc33fca8f3f73f357e4316b3b8e956c52108280", "docs/program/evidence/roadmap-baselines/roadmap-baseline-fixture-key-sha256-f942d973dd550ff9b95e0a61f47e8cee9580e8bb8d43f0226408d57bde2d113f.pub": "f942d973dd550ff9b95e0a61f47e8cee9580e8bb8d43f0226408d57bde2d113f", "docs/program/evidence/roadmap-baselines/roadmap-workloads-v0.1-sha256-4fdb7f57fdf68a0ef33dcdf075c3697c8213317958e354c1d55e518784f69dea.json": "3eeb4593d1a0c89e90ad95c381e15c231fde5bec11a6fb61b0a0c550f398be61", - "docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json": "6e6804e7e1ed47a10a3ad103851d59c8a7022cb6f54c6e2dbef882b9b9d31835", + "docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json": "964448dccb186efe8c6be371a455748f53ecdb80363884b716693b2b789b3e0c", "genesis.compatibility.json": "d81bc1502ba5194821bc9b28741c2496d943cf27a95d140d6f95a698c10a0fc9", "genesis.dependency-mirror.json": "15dc59a3fce87403aa8a25e61c9c089c7a47f15c9bce0cae4e8b48e6a02fb42f", "genesis.lock": "a34951c3a8058835c3555bae3f212315ac4c143db2932fbf2567e6b2855f0d09", diff --git a/docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json b/docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json index ef48ecb31..c965b58ff 100644 --- a/docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json +++ b/docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json @@ -1,5 +1,5 @@ { - "audit_date": "2026-08-14", + "audit_date": "2026-10-01", "authority": { "completion_rule": "ROADMAP.md done annotation plus independently checked durable evidence", "manifest_can_authorize_completion": false, @@ -8,8 +8,8 @@ "schema": "docs/spec/ROADMAP_EXECUTION_MANIFEST_v0.1.schema.json" }, "input_identities": { - "policy_sha256": "9ea8369c5cdcd18c82fc25f56d4490ec767e459b674c1f0680636f3a52c77a43", - "roadmap_sha256": "8029e70178649e22a18bac8e67f12ad49456d4957b8f94f6eaeadb00a59a7f40", + "policy_sha256": "33ed65bf4b725f7359a923b15df27929dd1f28445d2469e982557b0a28fc5cee", + "roadmap_sha256": "5c8ea42d98a75c8a54d15011e3b7ec6a9a225bb930be559758d640c4609bb0b2", "schema_sha256": "89c0e0733837cdba5518fece3a6609af0a9ddb05d470a534c0d0baeb202a5b88" }, "kind": "genesis/roadmap-execution-manifest-v0.1", @@ -93,7 +93,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 835, + "line": 948, "path": "ROADMAP.md" }, "start_ready": false, @@ -109,7 +109,7 @@ "scripts/check_capability_evidence_ledger_contract.sh" ], "completed_date": "2026-07-10", - "input_identity": "capability-ledger-bundle-sha256:0a131290668d0364e6a54f8d232c768ce05372dfe2161b780cb7cb2f95210a45" + "input_identity": "capability-ledger-bundle-sha256:21a50fe8ddb3931865b33992f629e645ec84be3917aa640fb037808b703f9410" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -161,7 +161,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 837, + "line": 950, "path": "ROADMAP.md" }, "start_ready": false, @@ -177,7 +177,7 @@ "scripts/check_capability_evidence_ledger_contract.sh" ], "completed_date": "2026-07-10", - "input_identity": "capability-ledger-bundle-sha256:0a131290668d0364e6a54f8d232c768ce05372dfe2161b780cb7cb2f95210a45" + "input_identity": "capability-ledger-bundle-sha256:21a50fe8ddb3931865b33992f629e645ec84be3917aa640fb037808b703f9410" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -229,7 +229,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 838, + "line": 951, "path": "ROADMAP.md" }, "start_ready": false, @@ -245,7 +245,7 @@ "scripts/check_capability_evidence_ledger_contract.sh" ], "completed_date": "2026-07-10", - "input_identity": "status-authority-bundle-sha256:a3973cfa257347799380ddeeb7f51eebc124c1ae558179b8dfe1c7b9894ace67" + "input_identity": "status-authority-bundle-sha256:50cba7e6d81c9c24a7605a7b069b06d492f8a1f4b01977c72cb94742d0d0de7a" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -297,7 +297,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 839, + "line": 952, "path": "ROADMAP.md" }, "start_ready": false, @@ -314,7 +314,7 @@ "scripts/check_redteam_report.sh" ], "completed_date": "2026-07-10", - "input_identity": "status-authority-bundle-sha256:a3973cfa257347799380ddeeb7f51eebc124c1ae558179b8dfe1c7b9894ace67" + "input_identity": "status-authority-bundle-sha256:50cba7e6d81c9c24a7605a7b069b06d492f8a1f4b01977c72cb94742d0d0de7a" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -366,7 +366,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 840, + "line": 953, "path": "ROADMAP.md" }, "start_ready": false, @@ -382,7 +382,7 @@ "scripts/check_roadmap_execution_manifest.sh" ], "completed_date": "2026-07-10", - "input_identity": "roadmap-execution-contract-bundle-sha256:e13bbed8471bd2c52f8d483bf704ae1ec2a349063fc0bf16ba6943f54e3cba1f" + "input_identity": "roadmap-execution-contract-bundle-sha256:6e3c8d0c2519600b0a159b26be9d2fc856a1d8af239a3a03cda791913f15e8f5" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -444,7 +444,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 841, + "line": 954, "path": "ROADMAP.md" }, "start_ready": false, @@ -514,7 +514,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 842, + "line": 955, "path": "ROADMAP.md" }, "start_ready": false, @@ -533,7 +533,7 @@ "scripts/check_doc_topology_drift.sh" ], "completed_date": "2026-07-16", - "input_identity": "capability-ledger-bundle-sha256:0a131290668d0364e6a54f8d232c768ce05372dfe2161b780cb7cb2f95210a45" + "input_identity": "capability-ledger-bundle-sha256:21a50fe8ddb3931865b33992f629e645ec84be3917aa640fb037808b703f9410" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -593,7 +593,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 844, + "line": 957, "path": "ROADMAP.md" }, "start_ready": false, @@ -665,7 +665,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 850, + "line": 963, "path": "ROADMAP.md" }, "start_ready": false, @@ -681,7 +681,7 @@ "scripts/check_genesis_evidence_profile.sh" ], "completed_date": "2026-07-10", - "input_identity": "genesis-evidence-profile-bundle-sha256:f6329e0b3ff18a7382d18472f49c618d29d919f4133a458e396760104cc98602" + "input_identity": "genesis-evidence-profile-bundle-sha256:e851e3f36146f033a471554b97f5d39a7582d19e3f11870720ec53a8e71099f7" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -737,7 +737,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 852, + "line": 965, "path": "ROADMAP.md" }, "start_ready": false, @@ -753,7 +753,7 @@ "scripts/check_genesis_evidence_verifier.sh" ], "completed_date": "2026-07-10", - "input_identity": "genesis-evidence-verifier-bundle-sha256:ae729e52b228a40538b1d926246913b6544ebc1aa4a176172a9d2f938b10c1ee" + "input_identity": "genesis-evidence-verifier-bundle-sha256:41971317a2ca928b7f39a73787260d70d1206956158054637732ddd7f8e4d745" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -809,7 +809,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 854, + "line": 967, "path": "ROADMAP.md" }, "start_ready": false, @@ -825,7 +825,7 @@ "scripts/check_evidence_storage_classes.sh" ], "completed_date": "2026-07-10", - "input_identity": "evidence-storage-classes-bundle-sha256:600df77c8f03eca075c3023b193ae0aacaa510ac7850d1f429b3f21c16ec865d" + "input_identity": "evidence-storage-classes-bundle-sha256:44c7b1164c17d455c6984b0b8228bbeedc99328e21340dd65b279dc7a5ebb00f" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -881,7 +881,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 856, + "line": 969, "path": "ROADMAP.md" }, "start_ready": false, @@ -897,7 +897,7 @@ "scripts/check_evidence_adversarial_matrix.sh" ], "completed_date": "2026-07-10", - "input_identity": "evidence-adversarial-matrix-bundle-sha256:db8caae6b8ed9d40a3738301866c7001b9ff47638e22782f7fff0b88b31a333c" + "input_identity": "evidence-adversarial-matrix-bundle-sha256:e0b65362dde33907296a22ccad42116b0e7acb1d62d4d9bca3ac492ab80b566d" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -953,7 +953,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 858, + "line": 971, "path": "ROADMAP.md" }, "start_ready": false, @@ -969,7 +969,7 @@ "scripts/check_evidence_adversarial_matrix.sh" ], "completed_date": "2026-07-14", - "input_identity": "evidence-adversarial-matrix-bundle-sha256:db8caae6b8ed9d40a3738301866c7001b9ff47638e22782f7fff0b88b31a333c" + "input_identity": "evidence-adversarial-matrix-bundle-sha256:e0b65362dde33907296a22ccad42116b0e7acb1d62d4d9bca3ac492ab80b566d" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1025,7 +1025,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 860, + "line": 973, "path": "ROADMAP.md" }, "start_ready": false, @@ -1043,7 +1043,7 @@ "scripts/check_gc_agent_task_cards.sh" ], "completed_date": "2026-07-14", - "input_identity": "test-hermeticity-bundle-sha256:3a6460d877ae95b89f2392532d6e516fa391f8e43d3496bb79d072766a0157db" + "input_identity": "test-hermeticity-bundle-sha256:6eb50181d53440b0652b0c455c663ca5a08bbd7b56aa479a93a9110e65d1f8a3" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1099,7 +1099,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 862, + "line": 975, "path": "ROADMAP.md" }, "start_ready": false, @@ -1117,7 +1117,7 @@ "scripts/check_test_execution_profile_matrix.sh" ], "completed_date": "2026-07-14", - "input_identity": "warning-free-workspace-bundle-sha256:7d8ad16b2b938106f8f7f3ca22966b1fa88509efae5c7e8c046f6fa66a7123bb" + "input_identity": "warning-free-workspace-bundle-sha256:a11dfc99227fcff53b3dc42add116390a2d9003bdfeefc75d1ea6a9dbad2957f" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1173,7 +1173,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 864, + "line": 977, "path": "ROADMAP.md" }, "start_ready": false, @@ -1249,7 +1249,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 869, + "line": 982, "path": "ROADMAP.md" }, "start_ready": false, @@ -1265,7 +1265,7 @@ "scripts/check_prerequisite_manifest.sh" ], "completed_date": "2026-07-10", - "input_identity": "prerequisite-manifest-bundle-sha256:41dae7b6cdc160b975e0a2f00c240cf1af1505327edb85da8a39713366746639" + "input_identity": "prerequisite-manifest-bundle-sha256:64216023f20e5c96538b2102a4e4b33c93fcd53aa8a8cee6856c9afe0d077d10" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1323,7 +1323,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 870, + "line": 983, "path": "ROADMAP.md" }, "start_ready": false, @@ -1340,7 +1340,7 @@ "scripts/test_offline_dependency_mirror.sh" ], "completed_date": "2026-07-10", - "input_identity": "dependency-mirror-bundle-sha256:53f6f02504efab70e973d4374564dc83f41a5684ec299cd0e864c281fbb3b2a0" + "input_identity": "dependency-mirror-bundle-sha256:a6b744266916a92cc00f885db8394d5d089d865f43f5f4caa180b64b22a30cc8" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1398,7 +1398,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 872, + "line": 985, "path": "ROADMAP.md" }, "start_ready": false, @@ -1416,7 +1416,7 @@ "scripts/check_release_smoke.sh" ], "completed_date": "2026-07-10", - "input_identity": "version-surface-bundle-sha256:1af5e94cbb6eb3b78c6290ec98ace60dadd500c8b75f79dfe6386b16e6c5cb08" + "input_identity": "version-surface-bundle-sha256:eb7a2a1bcb61a1821f520d4deffdd5de3a0e540a888acc5b9482892c78441a6f" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1474,7 +1474,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 874, + "line": 987, "path": "ROADMAP.md" }, "start_ready": false, @@ -1490,7 +1490,7 @@ "scripts/check_v1_compatibility.sh" ], "completed_date": "2026-07-10", - "input_identity": "v1-compatibility-registry-bundle-sha256:2a46576661bec7fa5df2f3df9450448eeacca7b283b6adb06ad328f41ab7ba67" + "input_identity": "v1-compatibility-registry-bundle-sha256:5bc053e7f445da9b4c22549faedee79de53e499b1d6cb5aadb46e747b940f7cc" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1548,7 +1548,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 876, + "line": 989, "path": "ROADMAP.md" }, "start_ready": false, @@ -1564,7 +1564,7 @@ "scripts/check_gate_manifest.sh" ], "completed_date": "2026-07-10", - "input_identity": "gate-manifest-bundle-sha256:6d74f079f2ecb6727b3fd284983a82828770fa73e2dbc8c2453c27337ed62c4a" + "input_identity": "gate-manifest-bundle-sha256:4a1f230d0618c2c6151b590e7550482ad80d18a86395771bfde767e928de56fc" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1631,7 +1631,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 881, + "line": 994, "path": "ROADMAP.md" }, "start_ready": false, @@ -1647,7 +1647,7 @@ "scripts/check_cargo_target_dir_policy.sh" ], "completed_date": "2026-07-10", - "input_identity": "cargo-cache-bundle-sha256:fb25dd87a677c79b523bb84e85fef4ebcf119f709d92ce9a6d588cd1386bedb1" + "input_identity": "cargo-cache-bundle-sha256:b72da6732d17781fb71a69e45ae52be474e5804f4397e0f6be7ce74364ecd64b" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1716,7 +1716,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 883, + "line": 996, "path": "ROADMAP.md" }, "start_ready": false, @@ -1732,7 +1732,7 @@ "scripts/check_changed_impact.sh" ], "completed_date": "2026-07-10", - "input_identity": "changed-impact-bundle-sha256:ea1dbc0f96a6eadfbc27b81d3f28a35ccc5026191429a47e2f95971d807468ba" + "input_identity": "changed-impact-bundle-sha256:7564a4724a7a566c26aa40745a0f0f32d13d00e9c64b73d2a96e464708342b0f" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1801,7 +1801,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 885, + "line": 998, "path": "ROADMAP.md" }, "start_ready": false, @@ -1817,7 +1817,7 @@ "scripts/check_gate_resource_telemetry.sh" ], "completed_date": "2026-07-10", - "input_identity": "gate-resource-telemetry-bundle-sha256:0232e719e9a216ad988b4b3a5db934c6139b1ee51974a0ecf249ea1a9c1d988d" + "input_identity": "gate-resource-telemetry-bundle-sha256:01aabc6103d6095bb788b8418f3cd66930da2cc6322eeab7385e10592b987d85" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1886,7 +1886,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 887, + "line": 1000, "path": "ROADMAP.md" }, "start_ready": false, @@ -1902,7 +1902,7 @@ "scripts/check_deterministic_cleanup.sh" ], "completed_date": "2026-07-10", - "input_identity": "deterministic-cleanup-bundle-sha256:c82b4c9554c1ec87b2a89fc07b80dd5e01bdaf8b7aa09a0ce9763c437d2ff6c5" + "input_identity": "deterministic-cleanup-bundle-sha256:5655ab0eb112487c00ec01181e3311d11c9c20d08a08afff53a4e29de3d56489" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -1971,7 +1971,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 889, + "line": 1002, "path": "ROADMAP.md" }, "start_ready": false, @@ -1990,7 +1990,7 @@ "scripts/check_cargo_target_dir_policy.sh" ], "completed_date": "2026-07-10", - "input_identity": "engineering-gate-budget-bundle-sha256:2e752b84716cce1a0b0f4af215d839e2c46797ba221e1fc25e8064735ae6870e" + "input_identity": "engineering-gate-budget-bundle-sha256:f389c4ccb131bd9e731e3d90323a3d58c940a977609d415a006d5b468b91fd41" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2059,7 +2059,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 891, + "line": 1004, "path": "ROADMAP.md" }, "start_ready": false, @@ -2077,7 +2077,7 @@ "scripts/check_default_iteration_workflow.sh" ], "completed_date": "2026-07-14", - "input_identity": "generated-state-lifecycle-bundle-sha256:3645a32691d47ff9a98e72a9ef825e2b9779637c4842a0d642edd25a10db0fa6" + "input_identity": "generated-state-lifecycle-bundle-sha256:05266bbfa04744a6077a58893f9633308560ce5c4c40e924917a02916f9879ce" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2146,7 +2146,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 893, + "line": 1006, "path": "ROADMAP.md" }, "start_ready": false, @@ -2163,7 +2163,7 @@ "scripts/check_check_update_boundary.sh" ], "completed_date": "2026-07-14", - "input_identity": "governance-consolidation-bundle-sha256:ee633247830bd34ed0f7b9045a1bb98943f67f8330d4786cddd8a271eca0030f" + "input_identity": "governance-consolidation-bundle-sha256:545864e08d211936c4bef8f0ef71d37cbbac260a8bb63c065f1a381c01f583d4" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2232,7 +2232,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 895, + "line": 1008, "path": "ROADMAP.md" }, "start_ready": false, @@ -2250,7 +2250,7 @@ "scripts/check_gate_manifest.sh" ], "completed_date": "2026-07-16", - "input_identity": "generated-authority-closure-bundle-sha256:f48a037724d3de6d7c66c7a9728e4c704f26770779612861bdf03c4d726d3b9b" + "input_identity": "generated-authority-closure-bundle-sha256:ffef9112b2ae08ddcddd47e6f0b69ec5ecd1cbd5857405c9bae8f7139157695c" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2319,7 +2319,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 897, + "line": 1010, "path": "ROADMAP.md" }, "start_ready": false, @@ -2339,7 +2339,7 @@ "30826800834" ], "completed_date": "2026-08-03", - "input_identity": "generated-authority-closure-bundle-sha256:f48a037724d3de6d7c66c7a9728e4c704f26770779612861bdf03c4d726d3b9b" + "input_identity": "generated-authority-closure-bundle-sha256:ffef9112b2ae08ddcddd47e6f0b69ec5ecd1cbd5857405c9bae8f7139157695c" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2410,7 +2410,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 899, + "line": 1012, "path": "ROADMAP.md" }, "start_ready": false, @@ -2502,7 +2502,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 901, + "line": 1014, "path": "ROADMAP.md" }, "start_ready": false, @@ -2518,7 +2518,7 @@ "scripts/check_reference_host_profiles.sh" ], "completed_date": "2026-07-10", - "input_identity": "reference-host-profile-bundle-sha256:175f6ddfebe625d00a2421e2aa946cfb3691ff7464231e50a51c565f2864d197" + "input_identity": "reference-host-profile-bundle-sha256:34c1f8542e6aca044d1cbdca1a90ff36a6bc8479ec83e3d16854a2440fe77f48" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2576,7 +2576,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 920, + "line": 1033, "path": "ROADMAP.md" }, "start_ready": false, @@ -2592,7 +2592,7 @@ "scripts/check_roadmap_workloads.sh" ], "completed_date": "2026-07-10", - "input_identity": "roadmap-workload-bundle-sha256:ca066a16cc4ab1f3b0a79c99838149f585af5d4996c274e95ad65c947ff56fde" + "input_identity": "roadmap-workload-bundle-sha256:12d98c0660b2c423131988a3bde46eb28ba1d1351182ab9debe3c171813abe13" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2652,7 +2652,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 922, + "line": 1035, "path": "ROADMAP.md" }, "start_ready": false, @@ -2668,7 +2668,7 @@ "scripts/check_roadmap_baseline.sh" ], "completed_date": "2026-07-10", - "input_identity": "roadmap-baseline-bundle-sha256:d9ae1e0a11f21ac0a91d6b67e474fbe092fa0072d709c850eed24db13f0f2eeb" + "input_identity": "roadmap-baseline-bundle-sha256:5e5f17c547e27aca38decbe2e930bec2954b037500f6373801fd2431585fbc9a" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2728,7 +2728,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 924, + "line": 1037, "path": "ROADMAP.md" }, "start_ready": false, @@ -2744,7 +2744,7 @@ "scripts/check_release_notes.sh" ], "completed_date": "2026-07-11", - "input_identity": "release-notes-bundle-sha256:ecd5fb4fdb8b350ee858d11b23c8f850fba2933a2592a1904fd2a7a753db85bd" + "input_identity": "release-notes-bundle-sha256:71f52c69f6b3ced70292c1614123894f0dcc85fa8740c296cae698c69cfa0cab" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2804,7 +2804,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 926, + "line": 1039, "path": "ROADMAP.md" }, "start_ready": false, @@ -2820,7 +2820,7 @@ "scripts/check_gc_agent_profile.sh" ], "completed_date": "2026-07-11", - "input_identity": "gc-agent-profile-bundle-sha256:a17954189a8025eba18d3cdb883d4b63b198e1cadfba18ee67dc0e1bf3fb3c87" + "input_identity": "gc-agent-profile-bundle-sha256:66935fbd7fa291b43b277a2cbc4a844b80f4a9e834022ef2445016c5773215de" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2880,7 +2880,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 939, + "line": 1052, "path": "ROADMAP.md" }, "start_ready": false, @@ -2896,7 +2896,7 @@ "scripts/check_gc_agent_core_card.sh" ], "completed_date": "2026-07-11", - "input_identity": "gc-agent-core-card-bundle-sha256:244764a3d93a53f36bb156430a331f6189eb2bbd4e83952c83cf5f077326b0fa" + "input_identity": "gc-agent-core-card-bundle-sha256:8c09082ddb18e4d3d92fc8d03642091c5d6328ba1d6f6f38a591cd85067d54a8" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -2958,7 +2958,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 941, + "line": 1054, "path": "ROADMAP.md" }, "start_ready": false, @@ -2974,7 +2974,7 @@ "scripts/check_gc_agent_task_cards.sh" ], "completed_date": "2026-07-11", - "input_identity": "gc-agent-task-cards-bundle-sha256:7a58fd43eb03f7b5729bce8f595c87e64a333233b48b4231882bb3d4973184b8" + "input_identity": "gc-agent-task-cards-bundle-sha256:3a70129a223e84eb46743d3b1677dafb047e3123b16e2e4e945cea086ad3fb4f" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3036,7 +3036,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 943, + "line": 1056, "path": "ROADMAP.md" }, "start_ready": false, @@ -3052,7 +3052,7 @@ "scripts/check_gc_agent_symbol_index.sh" ], "completed_date": "2026-07-11", - "input_identity": "gc-agent-symbol-index-bundle-sha256:ea9e79a0c094f42e19bc0f3faea0d5af219500a7b343e63491f93c03b3534afb" + "input_identity": "gc-agent-symbol-index-bundle-sha256:f6f1d02c988e669066ec43294913541c8a6b658b8f66dc64745f9cc38b67effd" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3114,7 +3114,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 945, + "line": 1058, "path": "ROADMAP.md" }, "start_ready": false, @@ -3131,7 +3131,7 @@ "scripts/check_gc_agent_core_card.sh" ], "completed_date": "2026-07-11", - "input_identity": "gc-agent-unsupported-behavior-bundle-sha256:f1065bf1067a031cb0064a1ae63efd0e908846c661d09adc97e20ac19898323c" + "input_identity": "gc-agent-unsupported-behavior-bundle-sha256:248c1d9be06c4d7a2be8a33683cdb7bed89b5c81eeabd9a7e946fd4e6da19684" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3193,7 +3193,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 947, + "line": 1060, "path": "ROADMAP.md" }, "start_ready": false, @@ -3209,7 +3209,7 @@ "scripts/check_cli_diagnostics_contract.sh" ], "completed_date": "2026-07-11", - "input_identity": "gc-diagnostic-catalog-bundle-sha256:348572b24049012780002028e8b4aa8d8262484ad0af73f3e91d4031aaae156f" + "input_identity": "gc-diagnostic-catalog-bundle-sha256:6d049666fe3555a51bd655d1492cf2af608d86b07ee95bc00df75c8c6173f0a3" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3265,7 +3265,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 952, + "line": 1065, "path": "ROADMAP.md" }, "start_ready": false, @@ -3281,7 +3281,7 @@ "scripts/check_cli_diagnostics_contract.sh" ], "completed_date": "2026-07-11", - "input_identity": "structured-failure-contract-bundle-sha256:e6b77dac613d4627b779c57b4571a736dcaa0f012ee95fdbf5ea129af2d7d864" + "input_identity": "structured-failure-contract-bundle-sha256:9e8cc89c6dd5b1671bfdb6514e11b321b87fb1d1f7a04532ca85e41a5dd29038" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3339,7 +3339,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 954, + "line": 1067, "path": "ROADMAP.md" }, "start_ready": false, @@ -3355,7 +3355,7 @@ "scripts/check_cli_diagnostics_contract.sh" ], "completed_date": "2026-07-11", - "input_identity": "guarded-repair-hints-bundle-sha256:1880d1ecb1a4d7ce355776f501c25a8eb19ce9877a43da01a34ee76bc85119e3" + "input_identity": "guarded-repair-hints-bundle-sha256:2e0c7302b8daee69823447ae8c91344011ba8d176e3918bba7394053e21408ec" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3413,7 +3413,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 956, + "line": 1069, "path": "ROADMAP.md" }, "start_ready": false, @@ -3429,7 +3429,7 @@ "scripts/check_cli_diagnostics_contract.sh" ], "completed_date": "2026-07-11", - "input_identity": "diagnostic-goldens-bundle-sha256:89a7a5de12a8344a8cd39d32b23dca97cf62a4a4de860c51d10eef2e667f2e4a" + "input_identity": "diagnostic-goldens-bundle-sha256:894a6948692cdb04a26b25e8a5b8ae8a746111847e8550c128259e8bcc262efb" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3487,7 +3487,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 958, + "line": 1071, "path": "ROADMAP.md" }, "start_ready": false, @@ -3503,7 +3503,7 @@ "scripts/check_cli_diagnostics_contract.sh" ], "completed_date": "2026-07-11", - "input_identity": "diagnostic-repair-utility-bundle-sha256:eb22e62473591622a02f74a75e4e44867d2630323e6cfa4a37400606c7b9e7be" + "input_identity": "diagnostic-repair-utility-bundle-sha256:2956afaa30407602aba74b9425da22c3963733aea773c81cfb9b3eba44c6164c" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3561,7 +3561,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 960, + "line": 1073, "path": "ROADMAP.md" }, "start_ready": false, @@ -3577,7 +3577,7 @@ "scripts/check_cli_diagnostics_contract.sh" ], "completed_date": "2026-07-14", - "input_identity": "human-diagnostic-rendering-bundle-sha256:1bbbf1ffb063400038bbd8c19c69ac5f147a2de7dbd1a16a376d157e8eca6ef1" + "input_identity": "human-diagnostic-rendering-bundle-sha256:4b048290f61851adefc64fadd588ac196d49a46b2685d0767d5c8ccf3f46b6ae" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3635,7 +3635,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 962, + "line": 1075, "path": "ROADMAP.md" }, "start_ready": false, @@ -3651,7 +3651,7 @@ "scripts/check_warm_protocol_contract.sh" ], "completed_date": "2026-07-11", - "input_identity": "warm-protocol-bundle-sha256:f50fdf15c4a144aeeaa52b0f0628afb316e6e226baf39506e29c6c713dc5d7ab" + "input_identity": "warm-protocol-bundle-sha256:579c277d0bd89a675e204b288be1835e1d3c9eeb8866ceef978a5e962061623c" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3707,7 +3707,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 967, + "line": 1080, "path": "ROADMAP.md" }, "start_ready": false, @@ -3723,7 +3723,7 @@ "scripts/check_host_bridge_fault_injection.sh" ], "completed_date": "2026-07-11", - "input_identity": "hard-cancellation-bundle-sha256:ddf04eace120788a9634065079ce830d53a4c1ce373f962d5507c8d480ef8e77" + "input_identity": "hard-cancellation-bundle-sha256:ac37412de5b0894ef8fc9ad58bcdcf75b5072e2f68e3f5c6891a8952c01680ae" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3781,7 +3781,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 969, + "line": 1082, "path": "ROADMAP.md" }, "start_ready": false, @@ -3798,7 +3798,7 @@ "scripts/check_cli_diagnostics_contract.sh" ], "completed_date": "2026-07-14", - "input_identity": "mcp-interface-bundle-sha256:6598195f1af5d76d0bf3741d0eabf18840f4244283822a17034decd2e30d67f4" + "input_identity": "mcp-interface-bundle-sha256:90ff9d4d4dc89d0d5e1bc3947542bfd8b28e66f7e5c3982ac1f461abe7df6b8c" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3856,7 +3856,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 971, + "line": 1084, "path": "ROADMAP.md" }, "start_ready": false, @@ -3875,7 +3875,7 @@ "scripts/check_write_genesiscode_skill_conformance.sh" ], "completed_date": "2026-07-14", - "input_identity": "transactional-agent-session-bundle-sha256:8caed5ee1105fe63fae0836e15a1a76302bf048678b7b6398079aa1e88f4fd28" + "input_identity": "transactional-agent-session-bundle-sha256:515ed7bcb2271b6db6d46c7c0fa25e447690bf2984750f6e8552d781b8510076" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -3933,7 +3933,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 973, + "line": 1086, "path": "ROADMAP.md" }, "start_ready": false, @@ -3951,7 +3951,7 @@ "scripts/check_cli_diagnostics_contract.sh" ], "completed_date": "2026-07-14", - "input_identity": "agent-session-resources-bundle-sha256:0d5b5fcef7640c73827af8d748b1def32a7907037c9345a1f87ef57f64c86292" + "input_identity": "agent-session-resources-bundle-sha256:d75bcd559a8ba8861cec1d76ee89a34bd2ac9dc84556dcfe5c16a6a47163aa27" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4009,7 +4009,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 975, + "line": 1088, "path": "ROADMAP.md" }, "start_ready": false, @@ -4079,7 +4079,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 977, + "line": 1090, "path": "ROADMAP.md" }, "start_ready": true, @@ -4096,7 +4096,7 @@ "crates/gc_cli/tests/cli_agent_index.rs" ], "completed_date": "2026-07-14", - "input_identity": "gc-agent-corpus-bundle-sha256:5b74bbf6ad80d54ecaed4c1a0521d6d10ed42b3159e300d3495889c16c2c267d" + "input_identity": "gc-agent-corpus-bundle-sha256:590abf9b31495dd63d152dae4941b6927b123f5eefc3d2df172077726f08c9f1" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4154,7 +4154,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 981, + "line": 1094, "path": "ROADMAP.md" }, "start_ready": false, @@ -4171,7 +4171,7 @@ "crates/gc_cli/tests/cli_canonical_language_examples.rs" ], "completed_date": "2026-07-15", - "input_identity": "gc-canonical-examples-bundle-sha256:e33f0aef4e418176b6cf125b468d42291f668d5eb04e328ffc33f1c1b19ab503" + "input_identity": "gc-canonical-examples-bundle-sha256:17a5f1f9e56a3ec8c0eeb680ef7a5e81e241713490e07724124bf4240cabb8ea" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4229,7 +4229,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 983, + "line": 1096, "path": "ROADMAP.md" }, "start_ready": false, @@ -4246,7 +4246,7 @@ "crates/gc_cli/tests/cli_agent_task_benchmarks.rs" ], "completed_date": "2026-07-15", - "input_identity": "gc-agent-task-benchmark-bundle-sha256:946e694d939e6aef866e5f0a844492970fcf055ebc90546d6b866ba98201dcc1" + "input_identity": "gc-agent-task-benchmark-bundle-sha256:7e0f9aa1a594479b87f34d501da9601c34ddc3c2ac5df62d3d352960f6d9e3b9" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4304,7 +4304,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 985, + "line": 1098, "path": "ROADMAP.md" }, "start_ready": false, @@ -4321,7 +4321,7 @@ "crates/gc_cli/tests/cli_agent_index.rs" ], "completed_date": "2026-07-15", - "input_identity": "gc-agent-held-out-evaluation-bundle-sha256:45a79294c501eb00a00d2f60eed0564673bcf6a70ff9eeb50ff73ca86d798cff" + "input_identity": "gc-agent-held-out-evaluation-bundle-sha256:8802e1de34234902a046b43338035be99702520240b1730b027db84997b3d86f" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4379,7 +4379,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 987, + "line": 1100, "path": "ROADMAP.md" }, "start_ready": false, @@ -4396,7 +4396,7 @@ "crates/gc_cli/tests/cli_agent_benchmark_scoring.rs" ], "completed_date": "2026-07-15", - "input_identity": "gc-agent-benchmark-scoring-bundle-sha256:043512c82b2d16503c355dc3ffb491d482ffcd012006b191d3f8421d4e0763c6" + "input_identity": "gc-agent-benchmark-scoring-bundle-sha256:b6ee4f9f31776810c2c3800048b1fa6b2fc582a3941a7467af1d52611afcabf6" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4454,7 +4454,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 989, + "line": 1102, "path": "ROADMAP.md" }, "start_ready": false, @@ -4471,7 +4471,7 @@ "crates/gc_cli/tests/cli_agent_benchmark_run.rs" ], "completed_date": "2026-07-15", - "input_identity": "gc-agent-benchmark-run-bundle-sha256:abfbcd677f2f202377b37103158cbd9ec869b6e886c6753a187860ec1000f8a7" + "input_identity": "gc-agent-benchmark-run-bundle-sha256:b2aca329a931cf0fdc09a5e9fbe2810285ca98d1fc7b2f42c4163b93d3cc2c02" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4529,7 +4529,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 991, + "line": 1104, "path": "ROADMAP.md" }, "start_ready": false, @@ -4547,7 +4547,7 @@ "crates/gc_cli/tests/cli_agent_benchmark_run.rs" ], "completed_date": "2026-07-15", - "input_identity": "genesisbench-protocol-bundle-sha256:6fbc5291409bf68f1109fa581d8df2de5fcd96e1ce6681e3e85b82103baa6d27" + "input_identity": "genesisbench-protocol-bundle-sha256:c7708cccb9b15f8601a21880ffe31e69583dc4d3751fd0ce9dc5e5f72cb1395e" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4605,7 +4605,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 993, + "line": 1106, "path": "ROADMAP.md" }, "start_ready": false, @@ -4623,7 +4623,7 @@ "crates/gc_cli/tests/cli_agent_benchmark_run.rs" ], "completed_date": "2026-07-15", - "input_identity": "genesisbench-protocol-bundle-sha256:6fbc5291409bf68f1109fa581d8df2de5fcd96e1ce6681e3e85b82103baa6d27" + "input_identity": "genesisbench-protocol-bundle-sha256:c7708cccb9b15f8601a21880ffe31e69583dc4d3751fd0ce9dc5e5f72cb1395e" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4681,7 +4681,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 995, + "line": 1108, "path": "ROADMAP.md" }, "start_ready": false, @@ -4701,7 +4701,7 @@ "crates/gc_cli/tests/cli_agent_index.rs" ], "completed_date": "2026-07-15", - "input_identity": "genesisbench-lineage-analysis-bundle-sha256:9cd2216c12c1bea3521814db1e6a866c991c3c5dcf88469c1fc882a71119aacc" + "input_identity": "genesisbench-lineage-analysis-bundle-sha256:6db694f20f91e76bf2225a5cf25b2b56e733566580009b0d8d4b910ca726fb14" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4759,7 +4759,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 997, + "line": 1110, "path": "ROADMAP.md" }, "start_ready": false, @@ -4778,7 +4778,7 @@ "crates/gc_cli/tests/cli_agent_index.rs" ], "completed_date": "2026-07-15", - "input_identity": "genesisbench-temporal-epochs-bundle-sha256:9638ec2eab1f06b160fdb3f92811f473d706393c60a18fc22d1bff80ca7bd426" + "input_identity": "genesisbench-temporal-epochs-bundle-sha256:08aa6863f2cdd3ce7cc8953333bedc97dfa3c0baf603de67191b269c3bbf5aff" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4836,7 +4836,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 999, + "line": 1112, "path": "ROADMAP.md" }, "start_ready": false, @@ -4854,7 +4854,7 @@ "crates/gc_cli/tests/cli_agent_index.rs" ], "completed_date": "2026-07-15", - "input_identity": "genesisbench-reference-agent-bundle-sha256:65b9670999daa7c7fc24a6839ac2b46433b518ea519e26e405e2f77c0a5a0bb6" + "input_identity": "genesisbench-reference-agent-bundle-sha256:5717c0686bf1547b2afda9e16402885091afeba205dd82e5e1af471a8cd97ae9" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -4912,7 +4912,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1001, + "line": 1114, "path": "ROADMAP.md" }, "start_ready": false, @@ -4988,7 +4988,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1003, + "line": 1116, "path": "ROADMAP.md" }, "start_ready": false, @@ -5006,7 +5006,7 @@ "scripts/check_agent_authoring_bundle.sh" ], "completed_date": "2026-07-15", - "input_identity": "genesisbench-signed-registry-bundle-sha256:be096dd39566d60dc83dbd66ac1c2a73ed51cac1c8e00fa9d78a49e7a02fe323" + "input_identity": "genesisbench-signed-registry-bundle-sha256:4d1180055e6bb0e1c0fac8192ee13a795eaed20ef437973f2c2d29d909b35bb3" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -5064,7 +5064,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1005, + "line": 1118, "path": "ROADMAP.md" }, "start_ready": false, @@ -5083,7 +5083,7 @@ "crates/gc_cli/tests/cli_agent_benchmark_scoring.rs" ], "completed_date": "2026-07-16", - "input_identity": "genesisbench-construct-validity-bundle-sha256:6f46c390856cb22c5f0323ccb5117c8696c8717b076576709831f4ad81daf50c" + "input_identity": "genesisbench-construct-validity-bundle-sha256:5af252553021e3f79ddaea8ed6cbc02bc738c3e0090d0cb6c1041e5f6ff49de9" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -5141,7 +5141,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1007, + "line": 1120, "path": "ROADMAP.md" }, "start_ready": false, @@ -5217,7 +5217,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1009, + "line": 1122, "path": "ROADMAP.md" }, "start_ready": false, @@ -5294,7 +5294,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1020, + "line": 1133, "path": "ROADMAP.md" }, "start_ready": false, @@ -5375,7 +5375,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1021, + "line": 1134, "path": "ROADMAP.md" }, "start_ready": false, @@ -5457,7 +5457,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1022, + "line": 1135, "path": "ROADMAP.md" }, "start_ready": false, @@ -5479,7 +5479,7 @@ "scripts/check_generated_artifact_policy.sh" ], "completed_date": "2026-08-06", - "input_identity": "authoring-skill-bundle-sha256:94d15fbccff1bc0cf27277db53749cde69eefa74885e5d1df3dae91ea0e010a3" + "input_identity": "authoring-skill-bundle-sha256:39c28f6c79c67b7ae07d0df1f3eda8d8a5581a111f3f7774d06d2296de36fa3b" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -5570,7 +5570,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1027, + "line": 1140, "path": "ROADMAP.md" }, "start_ready": false, @@ -5589,7 +5589,7 @@ "scripts/check_agent_authoring_bundle.sh" ], "completed_date": "2026-08-06", - "input_identity": "authoring-skill-bundle-sha256:94d15fbccff1bc0cf27277db53749cde69eefa74885e5d1df3dae91ea0e010a3" + "input_identity": "authoring-skill-bundle-sha256:39c28f6c79c67b7ae07d0df1f3eda8d8a5581a111f3f7774d06d2296de36fa3b" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -5651,7 +5651,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1029, + "line": 1142, "path": "ROADMAP.md" }, "start_ready": false, @@ -5723,7 +5723,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1031, + "line": 1144, "path": "ROADMAP.md" }, "start_ready": true, @@ -5795,7 +5795,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1032, + "line": 1145, "path": "ROADMAP.md" }, "start_ready": false, @@ -5869,7 +5869,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1033, + "line": 1146, "path": "ROADMAP.md" }, "start_ready": false, @@ -5943,7 +5943,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1034, + "line": 1147, "path": "ROADMAP.md" }, "start_ready": false, @@ -6019,7 +6019,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1035, + "line": 1148, "path": "ROADMAP.md" }, "start_ready": false, @@ -6089,7 +6089,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1039, + "line": 1152, "path": "ROADMAP.md" }, "start_ready": false, @@ -6161,7 +6161,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1040, + "line": 1153, "path": "ROADMAP.md" }, "start_ready": false, @@ -6234,7 +6234,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1041, + "line": 1154, "path": "ROADMAP.md" }, "start_ready": false, @@ -6307,7 +6307,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1042, + "line": 1155, "path": "ROADMAP.md" }, "start_ready": false, @@ -6380,7 +6380,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1043, + "line": 1156, "path": "ROADMAP.md" }, "start_ready": false, @@ -6453,7 +6453,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1044, + "line": 1157, "path": "ROADMAP.md" }, "start_ready": false, @@ -6524,7 +6524,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1048, + "line": 1161, "path": "ROADMAP.md" }, "start_ready": false, @@ -6599,7 +6599,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1049, + "line": 1162, "path": "ROADMAP.md" }, "start_ready": false, @@ -6673,7 +6673,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1050, + "line": 1163, "path": "ROADMAP.md" }, "start_ready": false, @@ -6747,7 +6747,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1051, + "line": 1164, "path": "ROADMAP.md" }, "start_ready": false, @@ -6821,7 +6821,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1052, + "line": 1165, "path": "ROADMAP.md" }, "start_ready": false, @@ -6897,7 +6897,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1053, + "line": 1166, "path": "ROADMAP.md" }, "start_ready": false, @@ -6976,7 +6976,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1067, + "line": 1180, "path": "ROADMAP.md" }, "start_ready": false, @@ -7054,7 +7054,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1069, + "line": 1182, "path": "ROADMAP.md" }, "start_ready": false, @@ -7132,7 +7132,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1071, + "line": 1184, "path": "ROADMAP.md" }, "start_ready": false, @@ -7211,7 +7211,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1073, + "line": 1186, "path": "ROADMAP.md" }, "start_ready": false, @@ -7293,7 +7293,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1075, + "line": 1188, "path": "ROADMAP.md" }, "start_ready": false, @@ -7374,7 +7374,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1077, + "line": 1190, "path": "ROADMAP.md" }, "start_ready": false, @@ -7456,7 +7456,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1079, + "line": 1192, "path": "ROADMAP.md" }, "start_ready": false, @@ -7487,7 +7487,7 @@ }, "expected_outputs": { "declared_artifacts": [], - "deliverable": "Profile allocation, cycle-collector overhead, evaluation dispatch, hashing, shape transitions, parser/frontend routing, self-host dispatch, and process/startup contribution with normalized workloads; fix general data-structure, evaluator, and parser costs before benchmark-specific tuning. Meet the signed PB-4 vector, PB-5 map, and PB-7 throughput bounds with confidence intervals, anti-overfit variants, cold/warm separation, and no semantic fast-path bypass. Capture a new signed PB-1 distribution on the same conformant hosts after cycle-collection and runtime changes, compare it to the retained historical baseline, attribute statistically and by profile rather than resetting the target, and assign startup-owned cost to R2.3.b. PB-4 closure must recover the honest post-recognizer ordinary-execution baseline through a general optimization that benefits semantically varied vector-building programs; restoring source-shape dispatch is not an eligible improvement.", + "deliverable": "Profile allocation, cycle-collector overhead, evaluation dispatch, hashing, shape transitions, parser/frontend routing, self-host dispatch, and process/startup contribution with normalized workloads; fix general data-structure, evaluator, and parser costs before benchmark-specific tuning. Meet the signed PB-4 vector, PB-5 map, and PB-7 throughput bounds with confidence intervals, anti-overfit variants, cold/warm separation, and no semantic fast-path bypass. Capture a new signed PB-1 distribution on the same conformant hosts after cycle-collection and runtime changes, compare it to the retained historical baseline, attribute statistically and by profile rather than resetting the target, and assign startup-owned cost to R2.3.b. PB-4 closure must recover the honest post-recognizer ordinary-execution baseline through a general optimization that benefits semantically varied vector-building programs; restoring source-shape dispatch is not an eligible improvement. Before any PB qualification, require the F01-F11 correctness-recovery baseline in section 3.29; performance never qualifies a known-incorrect identity, work bound, filesystem or registry boundary.", "durable_evidence_required": true, "mutable_e0_sufficient": false }, @@ -7502,7 +7502,7 @@ "reject self-verification, unsigned authority changes, and incomplete independent evidence", "reject tier divergence, resource-accounting bypass, host leaks, unbounded allocation, user-reachable panic, implicit text normalization, Unicode-table drift, locale-dependent identity, and lossy or nonrelative path material" ], - "objective": "Profile allocation, cycle-collector overhead, evaluation dispatch, hashing, shape transitions, parser/frontend routing, self-host dispatch, and process/startup contribution with normalized workloads; fix general data-structure, evaluator, and parser costs before benchmark-specific tuning. Meet the signed PB-4 vector, PB-5 map, and PB-7 throughput bounds with confidence intervals, anti-overfit variants, cold/warm separation, and no semantic fast-path bypass. Capture a new signed PB-1 distribution on the same conformant hosts after cycle-collection and runtime changes, compare it to the retained historical baseline, attribute statistically and by profile rather than resetting the target, and assign startup-owned cost to R2.3.b. PB-4 closure must recover the honest post-recognizer ordinary-execution baseline through a general optimization that benefits semantically varied vector-building programs; restoring source-shape dispatch is not an eligible improvement.", + "objective": "Profile allocation, cycle-collector overhead, evaluation dispatch, hashing, shape transitions, parser/frontend routing, self-host dispatch, and process/startup contribution with normalized workloads; fix general data-structure, evaluator, and parser costs before benchmark-specific tuning. Meet the signed PB-4 vector, PB-5 map, and PB-7 throughput bounds with confidence intervals, anti-overfit variants, cold/warm separation, and no semantic fast-path bypass. Capture a new signed PB-1 distribution on the same conformant hosts after cycle-collection and runtime changes, compare it to the retained historical baseline, attribute statistically and by profile rather than resetting the target, and assign startup-owned cost to R2.3.b. PB-4 closure must recover the honest post-recognizer ordinary-execution baseline through a general optimization that benefits semantically varied vector-building programs; restoring source-shape dispatch is not an eligible improvement. Before any PB qualification, require the F01-F11 correctness-recovery baseline in section 3.29; performance never qualifies a known-incorrect identity, work bound, filesystem or registry boundary.", "owner_paths": [ "crates/gc_effects", "crates/gc_kernel", @@ -7524,7 +7524,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1081, + "line": 1194, "path": "ROADMAP.md" }, "start_ready": true, @@ -7600,7 +7600,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1087, + "line": 1200, "path": "ROADMAP.md" }, "start_ready": false, @@ -7679,7 +7679,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1089, + "line": 1202, "path": "ROADMAP.md" }, "start_ready": false, @@ -7757,7 +7757,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1091, + "line": 1204, "path": "ROADMAP.md" }, "start_ready": false, @@ -7777,7 +7777,7 @@ "scripts/check_no_user_panics.sh" ], "completed_date": "2026-07-17", - "input_identity": "oom-containment-bundle-sha256:894b70fa750ea43e9b27e4ecaf311d57f2905fc7af3cfb4a4756407dbb4dbe4e" + "input_identity": "oom-containment-bundle-sha256:c5393ef89ce37264d457b5ec35f9dee536c553aa40ca7043092c32b2d79364b0" }, "independent_verification_required": true, "manifest_can_authorize_completion": false, @@ -7835,7 +7835,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1093, + "line": 1206, "path": "ROADMAP.md" }, "start_ready": false, @@ -7913,7 +7913,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1096, + "line": 1209, "path": "ROADMAP.md" }, "start_ready": false, @@ -7991,7 +7991,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1098, + "line": 1211, "path": "ROADMAP.md" }, "start_ready": false, @@ -8068,7 +8068,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1114, + "line": 1227, "path": "ROADMAP.md" }, "start_ready": false, @@ -8149,7 +8149,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1115, + "line": 1228, "path": "ROADMAP.md" }, "start_ready": false, @@ -8222,7 +8222,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1116, + "line": 1229, "path": "ROADMAP.md" }, "start_ready": false, @@ -8295,7 +8295,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1117, + "line": 1230, "path": "ROADMAP.md" }, "start_ready": false, @@ -8368,7 +8368,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1118, + "line": 1231, "path": "ROADMAP.md" }, "start_ready": false, @@ -8437,7 +8437,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1122, + "line": 1235, "path": "ROADMAP.md" }, "start_ready": false, @@ -8507,7 +8507,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1123, + "line": 1236, "path": "ROADMAP.md" }, "start_ready": false, @@ -8578,7 +8578,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1124, + "line": 1237, "path": "ROADMAP.md" }, "start_ready": false, @@ -8651,7 +8651,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1136, + "line": 1249, "path": "ROADMAP.md" }, "start_ready": false, @@ -8725,7 +8725,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1137, + "line": 1250, "path": "ROADMAP.md" }, "start_ready": false, @@ -8800,7 +8800,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1138, + "line": 1251, "path": "ROADMAP.md" }, "start_ready": false, @@ -8875,7 +8875,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1139, + "line": 1252, "path": "ROADMAP.md" }, "start_ready": false, @@ -8950,7 +8950,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1140, + "line": 1253, "path": "ROADMAP.md" }, "start_ready": false, @@ -9025,7 +9025,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1141, + "line": 1254, "path": "ROADMAP.md" }, "start_ready": false, @@ -9098,7 +9098,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1145, + "line": 1258, "path": "ROADMAP.md" }, "start_ready": false, @@ -9172,7 +9172,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1146, + "line": 1259, "path": "ROADMAP.md" }, "start_ready": false, @@ -9247,7 +9247,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1147, + "line": 1260, "path": "ROADMAP.md" }, "start_ready": false, @@ -9322,7 +9322,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1148, + "line": 1261, "path": "ROADMAP.md" }, "start_ready": false, @@ -9397,7 +9397,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1152, + "line": 1265, "path": "ROADMAP.md" }, "start_ready": false, @@ -9475,7 +9475,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1153, + "line": 1266, "path": "ROADMAP.md" }, "start_ready": false, @@ -9554,7 +9554,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1154, + "line": 1267, "path": "ROADMAP.md" }, "start_ready": false, @@ -9633,7 +9633,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1155, + "line": 1268, "path": "ROADMAP.md" }, "start_ready": false, @@ -9708,7 +9708,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1159, + "line": 1272, "path": "ROADMAP.md" }, "start_ready": false, @@ -9783,7 +9783,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1160, + "line": 1273, "path": "ROADMAP.md" }, "start_ready": false, @@ -9859,7 +9859,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1161, + "line": 1274, "path": "ROADMAP.md" }, "start_ready": false, @@ -9935,7 +9935,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1162, + "line": 1275, "path": "ROADMAP.md" }, "start_ready": false, @@ -10025,7 +10025,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1176, + "line": 1289, "path": "ROADMAP.md" }, "start_ready": false, @@ -10113,7 +10113,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1178, + "line": 1291, "path": "ROADMAP.md" }, "start_ready": false, @@ -10201,7 +10201,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1180, + "line": 1293, "path": "ROADMAP.md" }, "start_ready": false, @@ -10289,7 +10289,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1182, + "line": 1295, "path": "ROADMAP.md" }, "start_ready": false, @@ -10377,7 +10377,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1184, + "line": 1297, "path": "ROADMAP.md" }, "start_ready": false, @@ -10416,9 +10416,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "prerequisite_task_ids": [ "R4.1.e", @@ -10455,9 +10460,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "parallel_safe_with": [], "phase": "R4", @@ -10474,7 +10484,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1191, + "line": 1304, "path": "ROADMAP.md" }, "start_ready": false, @@ -10513,9 +10523,14 @@ "policies", "scripts", "tests", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "prerequisite_task_ids": [ "R4.1.e", @@ -10564,9 +10579,14 @@ "policies", "scripts", "tests", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "parallel_safe_with": [], "phase": "R4", @@ -10584,7 +10604,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1193, + "line": 1306, "path": "ROADMAP.md" }, "start_ready": false, @@ -10623,9 +10643,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "prerequisite_task_ids": [ "R4.1.e", @@ -10663,9 +10688,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "parallel_safe_with": [], "phase": "R4", @@ -10683,7 +10713,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1195, + "line": 1308, "path": "ROADMAP.md" }, "start_ready": false, @@ -10721,9 +10751,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "prerequisite_task_ids": [ "R4.1.e", @@ -10761,9 +10796,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "parallel_safe_with": [], "phase": "R4", @@ -10781,7 +10821,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1197, + "line": 1310, "path": "ROADMAP.md" }, "start_ready": false, @@ -10809,9 +10849,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "prerequisite_task_ids": [ "R4.1.e", @@ -10822,7 +10867,7 @@ }, "expected_outputs": { "declared_artifacts": [], - "deliverable": "Manifest/lock resolution, graph solving, evidence verification, publish decisions, snapshot/diff/merge, migration, and package/lock/VCS object canonical identities become GenesisCode-authoritative; no non-frontend identity remains attributed to completed R4.2.a. Close the remaining decision inventory explicitly: registry commit decoding; package/registry/VCS traversal and projection; lock, ref, store, patch, signing, and publish orchestration; non-frontend identity; and native/WASI/warm/CLI entrypoint parity. Publish a decision-by-entrypoint matrix with source producer, physical host mechanism, strict result decoder, fallback disposition, negative control, and verifier evidence for every cell. A partial operation or native-only slice cannot close its parent decision.", + "deliverable": "Manifest/lock resolution, graph solving, evidence verification, publish decisions, snapshot/diff/merge, migration, and package/lock/VCS object canonical identities become GenesisCode-authoritative; no non-frontend identity remains attributed to completed R4.2.a. Close the remaining decision inventory explicitly: registry commit decoding; package/registry/VCS traversal and projection; lock, ref, store, patch, signing, and publish orchestration; non-frontend identity; and native/WASI/warm/CLI entrypoint parity. Publish a decision-by-entrypoint matrix with source producer, physical host mechanism, strict result decoder, fallback disposition, negative control, and verifier evidence for every cell. A partial operation or native-only slice cannot close its parent decision. The eleven correctness-recovery findings F01-F11 in section 3.29 are blocking baseline acceptance: reproduce, repair the common boundaries, retain regression controls and independently checked evidence before promoting package/registry/VCS authority; completing those corrections alone does not close this task.", "durable_evidence_required": true, "mutable_e0_sufficient": false }, @@ -10837,7 +10882,7 @@ "reject self-verification, unsigned authority changes, and incomplete independent evidence", "reject routed-only selfhost claims, hidden Rust semantic fallback, non-fixpoint bootstrap, and trusting-trust blind spots" ], - "objective": "Manifest/lock resolution, graph solving, evidence verification, publish decisions, snapshot/diff/merge, migration, and package/lock/VCS object canonical identities become GenesisCode-authoritative; no non-frontend identity remains attributed to completed R4.2.a. Close the remaining decision inventory explicitly: registry commit decoding; package/registry/VCS traversal and projection; lock, ref, store, patch, signing, and publish orchestration; non-frontend identity; and native/WASI/warm/CLI entrypoint parity. Publish a decision-by-entrypoint matrix with source producer, physical host mechanism, strict result decoder, fallback disposition, negative control, and verifier evidence for every cell. A partial operation or native-only slice cannot close its parent decision.", + "objective": "Manifest/lock resolution, graph solving, evidence verification, publish decisions, snapshot/diff/merge, migration, and package/lock/VCS object canonical identities become GenesisCode-authoritative; no non-frontend identity remains attributed to completed R4.2.a. Close the remaining decision inventory explicitly: registry commit decoding; package/registry/VCS traversal and projection; lock, ref, store, patch, signing, and publish orchestration; non-frontend identity; and native/WASI/warm/CLI entrypoint parity. Publish a decision-by-entrypoint matrix with source producer, physical host mechanism, strict result decoder, fallback disposition, negative control, and verifier evidence for every cell. A partial operation or native-only slice cannot close its parent decision. The eleven correctness-recovery findings F01-F11 in section 3.29 are blocking baseline acceptance: reproduce, repair the common boundaries, retain regression controls and independently checked evidence before promoting package/registry/VCS authority; completing those corrections alone does not close this task.", "owner_paths": [ "selfhost", "crates/gc_cli_driver", @@ -10849,9 +10894,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "parallel_safe_with": [], "phase": "R4", @@ -10869,7 +10919,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1230, + "line": 1343, "path": "ROADMAP.md" }, "start_ready": true, @@ -10897,9 +10947,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "prerequisite_task_ids": [ "R4.1.e", @@ -10940,9 +10995,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "parallel_safe_with": [], "phase": "R4", @@ -10963,7 +11023,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1269, + "line": 1382, "path": "ROADMAP.md" }, "start_ready": false, @@ -10996,9 +11056,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "prerequisite_task_ids": [ "R4.1.e", @@ -11036,9 +11101,14 @@ "docs/status", "policies", "scripts", + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "parallel_safe_with": [], "phase": "R4", @@ -11056,7 +11126,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1270, + "line": 1383, "path": "ROADMAP.md" }, "start_ready": false, @@ -11136,7 +11206,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1274, + "line": 1387, "path": "ROADMAP.md" }, "start_ready": true, @@ -11214,7 +11284,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1275, + "line": 1388, "path": "ROADMAP.md" }, "start_ready": false, @@ -11294,7 +11364,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1276, + "line": 1389, "path": "ROADMAP.md" }, "start_ready": false, @@ -11374,7 +11444,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1277, + "line": 1390, "path": "ROADMAP.md" }, "start_ready": false, @@ -11453,7 +11523,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1281, + "line": 1394, "path": "ROADMAP.md" }, "start_ready": true, @@ -11531,7 +11601,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1282, + "line": 1395, "path": "ROADMAP.md" }, "start_ready": false, @@ -11615,7 +11685,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1283, + "line": 1396, "path": "ROADMAP.md" }, "start_ready": false, @@ -11697,7 +11767,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1284, + "line": 1397, "path": "ROADMAP.md" }, "start_ready": false, @@ -11777,7 +11847,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1285, + "line": 1398, "path": "ROADMAP.md" }, "start_ready": false, @@ -11855,7 +11925,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1289, + "line": 1402, "path": "ROADMAP.md" }, "start_ready": true, @@ -11933,7 +12003,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1290, + "line": 1403, "path": "ROADMAP.md" }, "start_ready": false, @@ -12015,7 +12085,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1291, + "line": 1404, "path": "ROADMAP.md" }, "start_ready": false, @@ -12111,7 +12181,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1303, + "line": 1416, "path": "ROADMAP.md" }, "start_ready": false, @@ -12207,7 +12277,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1305, + "line": 1418, "path": "ROADMAP.md" }, "start_ready": false, @@ -12305,7 +12375,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1307, + "line": 1420, "path": "ROADMAP.md" }, "start_ready": false, @@ -12404,7 +12474,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1309, + "line": 1422, "path": "ROADMAP.md" }, "start_ready": false, @@ -12504,7 +12574,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1311, + "line": 1424, "path": "ROADMAP.md" }, "start_ready": false, @@ -12574,7 +12644,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1316, + "line": 1429, "path": "ROADMAP.md" }, "start_ready": true, @@ -12646,7 +12716,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1317, + "line": 1430, "path": "ROADMAP.md" }, "start_ready": false, @@ -12720,7 +12790,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1318, + "line": 1431, "path": "ROADMAP.md" }, "start_ready": false, @@ -12794,7 +12864,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1319, + "line": 1432, "path": "ROADMAP.md" }, "start_ready": false, @@ -12868,7 +12938,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1320, + "line": 1433, "path": "ROADMAP.md" }, "start_ready": false, @@ -12950,7 +13020,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1324, + "line": 1437, "path": "ROADMAP.md" }, "start_ready": false, @@ -13033,7 +13103,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1326, + "line": 1439, "path": "ROADMAP.md" }, "start_ready": false, @@ -13115,7 +13185,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1328, + "line": 1441, "path": "ROADMAP.md" }, "start_ready": false, @@ -13198,7 +13268,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1330, + "line": 1443, "path": "ROADMAP.md" }, "start_ready": false, @@ -13281,7 +13351,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1332, + "line": 1445, "path": "ROADMAP.md" }, "start_ready": false, @@ -13351,7 +13421,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1337, + "line": 1450, "path": "ROADMAP.md" }, "start_ready": true, @@ -13423,7 +13493,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1338, + "line": 1451, "path": "ROADMAP.md" }, "start_ready": false, @@ -13497,7 +13567,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1339, + "line": 1452, "path": "ROADMAP.md" }, "start_ready": false, @@ -13571,7 +13641,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1340, + "line": 1453, "path": "ROADMAP.md" }, "start_ready": false, @@ -13645,7 +13715,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1341, + "line": 1454, "path": "ROADMAP.md" }, "start_ready": false, @@ -13719,7 +13789,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1345, + "line": 1458, "path": "ROADMAP.md" }, "start_ready": false, @@ -13795,7 +13865,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1346, + "line": 1459, "path": "ROADMAP.md" }, "start_ready": false, @@ -13872,7 +13942,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1347, + "line": 1460, "path": "ROADMAP.md" }, "start_ready": false, @@ -13949,7 +14019,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1348, + "line": 1461, "path": "ROADMAP.md" }, "start_ready": false, @@ -14026,7 +14096,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1349, + "line": 1462, "path": "ROADMAP.md" }, "start_ready": false, @@ -14103,7 +14173,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1350, + "line": 1463, "path": "ROADMAP.md" }, "start_ready": false, @@ -14182,7 +14252,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1354, + "line": 1467, "path": "ROADMAP.md" }, "start_ready": false, @@ -14264,7 +14334,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1355, + "line": 1468, "path": "ROADMAP.md" }, "start_ready": false, @@ -14347,7 +14417,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1356, + "line": 1469, "path": "ROADMAP.md" }, "start_ready": false, @@ -14430,7 +14500,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1357, + "line": 1470, "path": "ROADMAP.md" }, "start_ready": false, @@ -14513,7 +14583,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1358, + "line": 1471, "path": "ROADMAP.md" }, "start_ready": false, @@ -14596,7 +14666,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1359, + "line": 1472, "path": "ROADMAP.md" }, "start_ready": false, @@ -14677,7 +14747,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1363, + "line": 1476, "path": "ROADMAP.md" }, "start_ready": false, @@ -14759,7 +14829,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1364, + "line": 1477, "path": "ROADMAP.md" }, "start_ready": false, @@ -14844,7 +14914,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1365, + "line": 1478, "path": "ROADMAP.md" }, "start_ready": false, @@ -14928,7 +14998,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1366, + "line": 1479, "path": "ROADMAP.md" }, "start_ready": false, @@ -15009,7 +15079,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1367, + "line": 1480, "path": "ROADMAP.md" }, "start_ready": false, @@ -15095,7 +15165,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1368, + "line": 1481, "path": "ROADMAP.md" }, "start_ready": false, @@ -15176,7 +15246,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1374, + "line": 1487, "path": "ROADMAP.md" }, "start_ready": false, @@ -15255,7 +15325,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1375, + "line": 1488, "path": "ROADMAP.md" }, "start_ready": false, @@ -15335,7 +15405,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1376, + "line": 1489, "path": "ROADMAP.md" }, "start_ready": false, @@ -15415,7 +15485,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1377, + "line": 1490, "path": "ROADMAP.md" }, "start_ready": false, @@ -15495,7 +15565,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1378, + "line": 1491, "path": "ROADMAP.md" }, "start_ready": false, @@ -15575,7 +15645,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1379, + "line": 1492, "path": "ROADMAP.md" }, "start_ready": false, @@ -15657,7 +15727,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1383, + "line": 1496, "path": "ROADMAP.md" }, "start_ready": false, @@ -15741,7 +15811,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1384, + "line": 1497, "path": "ROADMAP.md" }, "start_ready": false, @@ -15826,7 +15896,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1385, + "line": 1498, "path": "ROADMAP.md" }, "start_ready": false, @@ -15911,7 +15981,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1386, + "line": 1499, "path": "ROADMAP.md" }, "start_ready": false, @@ -15996,7 +16066,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1387, + "line": 1500, "path": "ROADMAP.md" }, "start_ready": false, @@ -16081,7 +16151,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1388, + "line": 1501, "path": "ROADMAP.md" }, "start_ready": false, @@ -16154,7 +16224,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1400, + "line": 1513, "path": "ROADMAP.md" }, "start_ready": false, @@ -16226,7 +16296,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1401, + "line": 1514, "path": "ROADMAP.md" }, "start_ready": false, @@ -16299,7 +16369,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1402, + "line": 1515, "path": "ROADMAP.md" }, "start_ready": false, @@ -16372,7 +16442,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1403, + "line": 1516, "path": "ROADMAP.md" }, "start_ready": false, @@ -16443,7 +16513,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1407, + "line": 1520, "path": "ROADMAP.md" }, "start_ready": false, @@ -16515,7 +16585,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1408, + "line": 1521, "path": "ROADMAP.md" }, "start_ready": false, @@ -16588,7 +16658,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1409, + "line": 1522, "path": "ROADMAP.md" }, "start_ready": false, @@ -16661,7 +16731,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1410, + "line": 1523, "path": "ROADMAP.md" }, "start_ready": false, @@ -16734,7 +16804,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1411, + "line": 1524, "path": "ROADMAP.md" }, "start_ready": false, @@ -16807,7 +16877,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1415, + "line": 1528, "path": "ROADMAP.md" }, "start_ready": false, @@ -16883,7 +16953,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1416, + "line": 1529, "path": "ROADMAP.md" }, "start_ready": false, @@ -16960,7 +17030,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1417, + "line": 1530, "path": "ROADMAP.md" }, "start_ready": false, @@ -17037,7 +17107,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1418, + "line": 1531, "path": "ROADMAP.md" }, "start_ready": false, @@ -17114,7 +17184,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1419, + "line": 1532, "path": "ROADMAP.md" }, "start_ready": false, @@ -17191,7 +17261,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1420, + "line": 1533, "path": "ROADMAP.md" }, "start_ready": false, @@ -17268,7 +17338,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1421, + "line": 1534, "path": "ROADMAP.md" }, "start_ready": false, @@ -17339,7 +17409,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1425, + "line": 1538, "path": "ROADMAP.md" }, "start_ready": false, @@ -17409,7 +17479,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1426, + "line": 1539, "path": "ROADMAP.md" }, "start_ready": false, @@ -17480,7 +17550,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1427, + "line": 1540, "path": "ROADMAP.md" }, "start_ready": false, @@ -17551,7 +17621,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1428, + "line": 1541, "path": "ROADMAP.md" }, "start_ready": false, @@ -17622,7 +17692,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1429, + "line": 1542, "path": "ROADMAP.md" }, "start_ready": false, @@ -17693,7 +17763,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1430, + "line": 1543, "path": "ROADMAP.md" }, "start_ready": false, @@ -17770,7 +17840,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1436, + "line": 1549, "path": "ROADMAP.md" }, "start_ready": false, @@ -17852,7 +17922,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1437, + "line": 1550, "path": "ROADMAP.md" }, "start_ready": false, @@ -17935,7 +18005,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1438, + "line": 1551, "path": "ROADMAP.md" }, "start_ready": false, @@ -18018,7 +18088,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1439, + "line": 1552, "path": "ROADMAP.md" }, "start_ready": false, @@ -18097,7 +18167,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1443, + "line": 1556, "path": "ROADMAP.md" }, "start_ready": false, @@ -18176,7 +18246,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1444, + "line": 1557, "path": "ROADMAP.md" }, "start_ready": false, @@ -18256,7 +18326,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1445, + "line": 1558, "path": "ROADMAP.md" }, "start_ready": false, @@ -18336,7 +18406,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1446, + "line": 1559, "path": "ROADMAP.md" }, "start_ready": false, @@ -18416,7 +18486,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1450, + "line": 1563, "path": "ROADMAP.md" }, "start_ready": false, @@ -18498,7 +18568,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1451, + "line": 1564, "path": "ROADMAP.md" }, "start_ready": false, @@ -18581,7 +18651,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1452, + "line": 1565, "path": "ROADMAP.md" }, "start_ready": false, @@ -18664,7 +18734,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1453, + "line": 1566, "path": "ROADMAP.md" }, "start_ready": false, @@ -18747,7 +18817,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1454, + "line": 1567, "path": "ROADMAP.md" }, "start_ready": false, @@ -18830,7 +18900,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1455, + "line": 1568, "path": "ROADMAP.md" }, "start_ready": false, @@ -18905,7 +18975,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1467, + "line": 1580, "path": "ROADMAP.md" }, "start_ready": true, @@ -18975,7 +19045,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1468, + "line": 1581, "path": "ROADMAP.md" }, "start_ready": false, @@ -19047,7 +19117,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1469, + "line": 1582, "path": "ROADMAP.md" }, "start_ready": false, @@ -19119,7 +19189,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1470, + "line": 1583, "path": "ROADMAP.md" }, "start_ready": false, @@ -19191,7 +19261,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1471, + "line": 1584, "path": "ROADMAP.md" }, "start_ready": false, @@ -19263,7 +19333,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1472, + "line": 1585, "path": "ROADMAP.md" }, "start_ready": false, @@ -19333,7 +19403,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1476, + "line": 1589, "path": "ROADMAP.md" }, "start_ready": false, @@ -19403,7 +19473,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1477, + "line": 1590, "path": "ROADMAP.md" }, "start_ready": false, @@ -19473,7 +19543,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1478, + "line": 1591, "path": "ROADMAP.md" }, "start_ready": false, @@ -19543,7 +19613,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1479, + "line": 1592, "path": "ROADMAP.md" }, "start_ready": false, @@ -19613,7 +19683,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1480, + "line": 1593, "path": "ROADMAP.md" }, "start_ready": false, @@ -19683,7 +19753,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1481, + "line": 1594, "path": "ROADMAP.md" }, "start_ready": false, @@ -19753,7 +19823,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1482, + "line": 1595, "path": "ROADMAP.md" }, "start_ready": false, @@ -19825,7 +19895,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1486, + "line": 1599, "path": "ROADMAP.md" }, "start_ready": false, @@ -19900,7 +19970,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1487, + "line": 1600, "path": "ROADMAP.md" }, "start_ready": false, @@ -19976,7 +20046,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1488, + "line": 1601, "path": "ROADMAP.md" }, "start_ready": false, @@ -20052,7 +20122,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1489, + "line": 1602, "path": "ROADMAP.md" }, "start_ready": false, @@ -20128,7 +20198,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1490, + "line": 1603, "path": "ROADMAP.md" }, "start_ready": false, @@ -20204,7 +20274,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1491, + "line": 1604, "path": "ROADMAP.md" }, "start_ready": false, @@ -20276,7 +20346,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1495, + "line": 1608, "path": "ROADMAP.md" }, "start_ready": false, @@ -20348,7 +20418,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1496, + "line": 1609, "path": "ROADMAP.md" }, "start_ready": false, @@ -20421,7 +20491,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1497, + "line": 1610, "path": "ROADMAP.md" }, "start_ready": false, @@ -20494,7 +20564,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1498, + "line": 1611, "path": "ROADMAP.md" }, "start_ready": false, @@ -20573,7 +20643,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1512, + "line": 1625, "path": "ROADMAP.md" }, "start_ready": false, @@ -20657,7 +20727,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1513, + "line": 1626, "path": "ROADMAP.md" }, "start_ready": false, @@ -20742,7 +20812,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1514, + "line": 1627, "path": "ROADMAP.md" }, "start_ready": false, @@ -20827,7 +20897,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1515, + "line": 1628, "path": "ROADMAP.md" }, "start_ready": false, @@ -20906,7 +20976,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1519, + "line": 1632, "path": "ROADMAP.md" }, "start_ready": false, @@ -20992,7 +21062,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1520, + "line": 1633, "path": "ROADMAP.md" }, "start_ready": false, @@ -21085,7 +21155,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1521, + "line": 1634, "path": "ROADMAP.md" }, "start_ready": false, @@ -21177,7 +21247,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1522, + "line": 1635, "path": "ROADMAP.md" }, "start_ready": false, @@ -21264,7 +21334,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1523, + "line": 1636, "path": "ROADMAP.md" }, "start_ready": false, @@ -21343,7 +21413,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1524, + "line": 1637, "path": "ROADMAP.md" }, "start_ready": false, @@ -21419,7 +21489,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1525, + "line": 1638, "path": "ROADMAP.md" }, "start_ready": false, @@ -21501,7 +21571,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1526, + "line": 1639, "path": "ROADMAP.md" }, "start_ready": false, @@ -21586,7 +21656,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1527, + "line": 1640, "path": "ROADMAP.md" }, "start_ready": false, @@ -21665,7 +21735,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1528, + "line": 1641, "path": "ROADMAP.md" }, "start_ready": false, @@ -21747,7 +21817,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1529, + "line": 1642, "path": "ROADMAP.md" }, "start_ready": false, @@ -21832,7 +21902,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1530, + "line": 1643, "path": "ROADMAP.md" }, "start_ready": false, @@ -21921,7 +21991,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1531, + "line": 1644, "path": "ROADMAP.md" }, "start_ready": false, @@ -22010,7 +22080,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1532, + "line": 1645, "path": "ROADMAP.md" }, "start_ready": false, @@ -22096,7 +22166,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1533, + "line": 1646, "path": "ROADMAP.md" }, "start_ready": false, @@ -22181,7 +22251,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1534, + "line": 1647, "path": "ROADMAP.md" }, "start_ready": false, @@ -22266,7 +22336,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1535, + "line": 1648, "path": "ROADMAP.md" }, "start_ready": false, @@ -22363,7 +22433,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1536, + "line": 1649, "path": "ROADMAP.md" }, "start_ready": false, @@ -22444,7 +22514,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1542, + "line": 1655, "path": "ROADMAP.md" }, "start_ready": false, @@ -22528,7 +22598,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1543, + "line": 1656, "path": "ROADMAP.md" }, "start_ready": false, @@ -22642,7 +22712,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1544, + "line": 1657, "path": "ROADMAP.md" }, "start_ready": false, @@ -22733,7 +22803,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1545, + "line": 1658, "path": "ROADMAP.md" }, "start_ready": false, @@ -22806,7 +22876,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1546, + "line": 1659, "path": "ROADMAP.md" }, "start_ready": false, @@ -22879,7 +22949,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1550, + "line": 1663, "path": "ROADMAP.md" }, "start_ready": false, @@ -22953,7 +23023,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1551, + "line": 1664, "path": "ROADMAP.md" }, "start_ready": false, @@ -23028,7 +23098,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1552, + "line": 1665, "path": "ROADMAP.md" }, "start_ready": false, @@ -23103,7 +23173,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1553, + "line": 1666, "path": "ROADMAP.md" }, "start_ready": false, @@ -23182,7 +23252,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1554, + "line": 1667, "path": "ROADMAP.md" }, "start_ready": false, @@ -23303,7 +23373,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1560, + "line": 1673, "path": "ROADMAP.md" }, "start_ready": false, @@ -23390,7 +23460,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1561, + "line": 1674, "path": "ROADMAP.md" }, "start_ready": false, @@ -23472,7 +23542,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1562, + "line": 1675, "path": "ROADMAP.md" }, "start_ready": false, @@ -23554,7 +23624,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1563, + "line": 1676, "path": "ROADMAP.md" }, "start_ready": false, @@ -23638,7 +23708,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1564, + "line": 1677, "path": "ROADMAP.md" }, "start_ready": false, @@ -23720,7 +23790,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1565, + "line": 1678, "path": "ROADMAP.md" }, "start_ready": false, @@ -23802,7 +23872,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1569, + "line": 1682, "path": "ROADMAP.md" }, "start_ready": false, @@ -23886,7 +23956,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1570, + "line": 1683, "path": "ROADMAP.md" }, "start_ready": false, @@ -23973,7 +24043,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1571, + "line": 1684, "path": "ROADMAP.md" }, "start_ready": false, @@ -24057,7 +24127,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1572, + "line": 1685, "path": "ROADMAP.md" }, "start_ready": false, @@ -24139,7 +24209,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1573, + "line": 1686, "path": "ROADMAP.md" }, "start_ready": false, @@ -24223,7 +24293,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1574, + "line": 1687, "path": "ROADMAP.md" }, "start_ready": false, @@ -24308,7 +24378,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1575, + "line": 1688, "path": "ROADMAP.md" }, "start_ready": false, @@ -24391,7 +24461,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1576, + "line": 1689, "path": "ROADMAP.md" }, "start_ready": false, @@ -24473,7 +24543,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1577, + "line": 1690, "path": "ROADMAP.md" }, "start_ready": false, @@ -24555,7 +24625,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1578, + "line": 1691, "path": "ROADMAP.md" }, "start_ready": false, @@ -24637,7 +24707,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1579, + "line": 1692, "path": "ROADMAP.md" }, "start_ready": false, @@ -24723,7 +24793,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1580, + "line": 1693, "path": "ROADMAP.md" }, "start_ready": false, @@ -24807,7 +24877,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1581, + "line": 1694, "path": "ROADMAP.md" }, "start_ready": false, @@ -24889,7 +24959,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1582, + "line": 1695, "path": "ROADMAP.md" }, "start_ready": false, @@ -24973,7 +25043,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1586, + "line": 1699, "path": "ROADMAP.md" }, "start_ready": false, @@ -25056,7 +25126,7 @@ "strategy": "Fail closed, keep the prior verified authority reachable, reverse only through a reviewed semantic patch, and preserve all mismatch evidence." }, "source": { - "line": 1587, + "line": 1700, "path": "ROADMAP.md" }, "start_ready": false, @@ -25180,7 +25250,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1607, + "line": 1720, "path": "ROADMAP.md" }, "start_ready": false, @@ -25279,7 +25349,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1608, + "line": 1721, "path": "ROADMAP.md" }, "start_ready": false, @@ -25369,7 +25439,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1609, + "line": 1722, "path": "ROADMAP.md" }, "start_ready": false, @@ -25457,7 +25527,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1610, + "line": 1723, "path": "ROADMAP.md" }, "start_ready": false, @@ -25545,7 +25615,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1611, + "line": 1724, "path": "ROADMAP.md" }, "start_ready": false, @@ -25627,7 +25697,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1615, + "line": 1728, "path": "ROADMAP.md" }, "start_ready": false, @@ -25708,7 +25778,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1616, + "line": 1729, "path": "ROADMAP.md" }, "start_ready": false, @@ -25790,7 +25860,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1617, + "line": 1730, "path": "ROADMAP.md" }, "start_ready": false, @@ -25872,7 +25942,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1618, + "line": 1731, "path": "ROADMAP.md" }, "start_ready": false, @@ -25954,7 +26024,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1619, + "line": 1732, "path": "ROADMAP.md" }, "start_ready": false, @@ -26032,7 +26102,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1623, + "line": 1736, "path": "ROADMAP.md" }, "start_ready": false, @@ -26110,7 +26180,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1624, + "line": 1737, "path": "ROADMAP.md" }, "start_ready": false, @@ -26189,7 +26259,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1625, + "line": 1738, "path": "ROADMAP.md" }, "start_ready": false, @@ -26268,7 +26338,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1626, + "line": 1739, "path": "ROADMAP.md" }, "start_ready": false, @@ -26347,7 +26417,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1627, + "line": 1740, "path": "ROADMAP.md" }, "start_ready": false, @@ -26424,7 +26494,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1631, + "line": 1744, "path": "ROADMAP.md" }, "start_ready": false, @@ -26502,7 +26572,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1632, + "line": 1745, "path": "ROADMAP.md" }, "start_ready": false, @@ -26581,7 +26651,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1633, + "line": 1746, "path": "ROADMAP.md" }, "start_ready": false, @@ -26660,7 +26730,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1634, + "line": 1747, "path": "ROADMAP.md" }, "start_ready": false, @@ -26739,7 +26809,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1635, + "line": 1748, "path": "ROADMAP.md" }, "start_ready": false, @@ -26818,7 +26888,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1636, + "line": 1749, "path": "ROADMAP.md" }, "start_ready": false, @@ -26889,7 +26959,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1648, + "line": 1761, "path": "ROADMAP.md" }, "start_ready": false, @@ -26959,7 +27029,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1649, + "line": 1762, "path": "ROADMAP.md" }, "start_ready": false, @@ -27030,7 +27100,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1650, + "line": 1763, "path": "ROADMAP.md" }, "start_ready": false, @@ -27101,7 +27171,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1651, + "line": 1764, "path": "ROADMAP.md" }, "start_ready": false, @@ -27172,7 +27242,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1652, + "line": 1765, "path": "ROADMAP.md" }, "start_ready": false, @@ -27245,7 +27315,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1662, + "line": 1775, "path": "ROADMAP.md" }, "start_ready": false, @@ -27318,7 +27388,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1663, + "line": 1776, "path": "ROADMAP.md" }, "start_ready": false, @@ -27392,7 +27462,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1664, + "line": 1777, "path": "ROADMAP.md" }, "start_ready": false, @@ -27466,7 +27536,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1665, + "line": 1778, "path": "ROADMAP.md" }, "start_ready": false, @@ -27540,7 +27610,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1669, + "line": 1782, "path": "ROADMAP.md" }, "start_ready": false, @@ -27614,7 +27684,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1670, + "line": 1783, "path": "ROADMAP.md" }, "start_ready": false, @@ -27688,7 +27758,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1671, + "line": 1784, "path": "ROADMAP.md" }, "start_ready": false, @@ -27762,7 +27832,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1672, + "line": 1785, "path": "ROADMAP.md" }, "start_ready": false, @@ -27836,7 +27906,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1673, + "line": 1786, "path": "ROADMAP.md" }, "start_ready": false, @@ -27910,7 +27980,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1674, + "line": 1787, "path": "ROADMAP.md" }, "start_ready": false, @@ -27984,7 +28054,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1678, + "line": 1791, "path": "ROADMAP.md" }, "start_ready": false, @@ -28058,7 +28128,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1679, + "line": 1792, "path": "ROADMAP.md" }, "start_ready": false, @@ -28132,7 +28202,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1680, + "line": 1793, "path": "ROADMAP.md" }, "start_ready": false, @@ -28206,7 +28276,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1681, + "line": 1794, "path": "ROADMAP.md" }, "start_ready": false, @@ -28280,7 +28350,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1682, + "line": 1795, "path": "ROADMAP.md" }, "start_ready": false, @@ -28356,7 +28426,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1683, + "line": 1796, "path": "ROADMAP.md" }, "start_ready": false, @@ -28430,7 +28500,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1684, + "line": 1797, "path": "ROADMAP.md" }, "start_ready": false, @@ -28506,7 +28576,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1690, + "line": 1803, "path": "ROADMAP.md" }, "start_ready": false, @@ -28580,7 +28650,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1696, + "line": 1809, "path": "ROADMAP.md" }, "start_ready": false, @@ -28654,7 +28724,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1697, + "line": 1810, "path": "ROADMAP.md" }, "start_ready": false, @@ -28728,7 +28798,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1698, + "line": 1811, "path": "ROADMAP.md" }, "start_ready": false, @@ -28802,7 +28872,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1699, + "line": 1812, "path": "ROADMAP.md" }, "start_ready": false, @@ -28876,7 +28946,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1700, + "line": 1813, "path": "ROADMAP.md" }, "start_ready": false, @@ -28950,7 +29020,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1701, + "line": 1814, "path": "ROADMAP.md" }, "start_ready": false, @@ -29026,7 +29096,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1702, + "line": 1815, "path": "ROADMAP.md" }, "start_ready": false, @@ -29101,7 +29171,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1703, + "line": 1816, "path": "ROADMAP.md" }, "start_ready": false, @@ -29171,7 +29241,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1709, + "line": 1822, "path": "ROADMAP.md" }, "start_ready": false, @@ -29241,7 +29311,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1710, + "line": 1823, "path": "ROADMAP.md" }, "start_ready": false, @@ -29312,7 +29382,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1711, + "line": 1824, "path": "ROADMAP.md" }, "start_ready": false, @@ -29383,7 +29453,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1712, + "line": 1825, "path": "ROADMAP.md" }, "start_ready": false, @@ -29454,7 +29524,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1713, + "line": 1826, "path": "ROADMAP.md" }, "start_ready": false, @@ -29525,7 +29595,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1714, + "line": 1827, "path": "ROADMAP.md" }, "start_ready": false, @@ -29594,7 +29664,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1718, + "line": 1831, "path": "ROADMAP.md" }, "start_ready": false, @@ -29664,7 +29734,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1719, + "line": 1832, "path": "ROADMAP.md" }, "start_ready": false, @@ -29735,7 +29805,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1720, + "line": 1833, "path": "ROADMAP.md" }, "start_ready": false, @@ -29806,7 +29876,7 @@ "strategy": "Fail closed before authority changes, retain the last independently verified implementation and trust roots, revoke affected artifacts when necessary, and require incident evidence before resumption." }, "source": { - "line": 1721, + "line": 1834, "path": "ROADMAP.md" }, "start_ready": false, diff --git a/docs/skill_pack/write_genesiscode_v1/manifest.json b/docs/skill_pack/write_genesiscode_v1/manifest.json index 3e2255966..4e58e5b69 100644 --- a/docs/skill_pack/write_genesiscode_v1/manifest.json +++ b/docs/skill_pack/write_genesiscode_v1/manifest.json @@ -44,11 +44,11 @@ } ], "input_identities": { - "docs/spec/GC_AGENT_CORE_CARD_v0.3.md": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b", - "docs/spec/GC_AGENT_PROFILE_v0.3.json": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8", - "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json": "f2b0abaf1aaf22cfd138937c1db7651a5ae71beb51471fac74d95bdf005c1371", - "docs/spec/GC_AGENT_TASK_CARDS_v0.3.json": "7a0004234d4bda25af738127b0ef86c802cb9b50ab0180220eda72612df2fe18", - "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json": "a81964ab0937516e02c82bf8b65d2c02483e85bec37d9add1380f3d9a0416c97", + "docs/spec/GC_AGENT_CORE_CARD_v0.3.md": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e", + "docs/spec/GC_AGENT_PROFILE_v0.3.json": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae", + "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json": "cc9c740a3f2b5fe93f4c614a610c97db0f2f532e931c41deef370053af1e47aa", + "docs/spec/GC_AGENT_TASK_CARDS_v0.3.json": "390761ab2744fe5c7509f1f840fa56760f871e97d44ec2af334d948d2abfafdc", + "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json": "95ba949a94b78db45447ce7bb980a56235fb5b79080118408e31a90cf0645b49", "docs/spec/HOST_ABI_INDEX_v0.1.json": "f17e9fe14cdfcfca2b44132d0d880761a6886a967d78692ce5b205b9c1537ee2", "docs/spec/PRELUDE_CAPABILITY_INDEX_v0.1.json": "34eb570715c0947a7b3fccf15ba4fbf7d182badfa5ae8fe771e902b2d9026fe3", "docs/spec/WRITE_GENESISCODE_SKILL_v0.1.json": "fcc637e1c2cc72d353d1477522b2b2464331bca3618129e0a30152ea78799b9b", diff --git a/docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json b/docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json index eeb2ea5e8..ff2cb2421 100644 --- a/docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json +++ b/docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json @@ -1,6 +1,14 @@ { - "active_defect_ids": [], - "audit_date": "2026-08-14", + "active_defect_ids": [ + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13", + "P1.14", + "P1.15", "P1.16" + ], + "audit_date": "2026-10-02", "claims": [ { "category": "kernel", @@ -13,7 +21,8 @@ "E1:cap-kernel-determinism/check-2" ], "gap_ids": [ - "R7.2.a" + "R7.2.a", + "P1.13" ], "host_binding_paths": [], "id": "CAP-KERNEL-DETERMINISM", @@ -21,7 +30,7 @@ "implementation_paths": [ "crates/gc_kernel/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.13; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -47,7 +56,8 @@ "E1:cap-coreform-identity/check-1" ], "gap_ids": [ - "R7.2.f" + "R7.2.f", + "P1.9" ], "host_binding_paths": [], "id": "CAP-COREFORM-IDENTITY", @@ -55,7 +65,7 @@ "implementation_paths": [ "crates/gc_coreform/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -117,7 +127,8 @@ "E1:cap-deny-default-policy/check-1" ], "gap_ids": [ - "R7.3.a" + "R7.3.a", + "P1.10" ], "host_binding_paths": [ "crates/gc_effects/src" @@ -127,7 +138,7 @@ "implementation_paths": [ "crates/gc_effects/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.10; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -153,7 +164,11 @@ "E1:cap-effect-replay/check-2" ], "gap_ids": [ - "R7.2.c" + "R7.2.c", + "P1.9", + "P1.10", + "P1.11", + "P1.12" ], "host_binding_paths": [ "crates/gc_effects/src" @@ -163,7 +178,7 @@ "implementation_paths": [ "crates/gc_effects/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -189,7 +204,12 @@ "E1:cap-semantic-vcs/check-1" ], "gap_ids": [ - "R4.2.e" + "R4.2.e", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.14" ], "host_binding_paths": [], "id": "CAP-SEMANTIC-VCS", @@ -198,7 +218,7 @@ "crates/gc_vcs/src", "crates/gc_patches/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -225,7 +245,14 @@ ], "gap_ids": [ "R4.2.e", - "R6.1.a" + "R6.1.a", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13", + "P1.14", + "P1.15" ], "host_binding_paths": [], "id": "CAP-PACKAGE-MANAGER", @@ -234,7 +261,7 @@ "crates/gc_pkg/src", "crates/gc_cli_driver/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.13, P1.14, P1.15; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -302,7 +329,9 @@ "E1:cap-evidence-gated-publish/check-1" ], "gap_ids": [ - "R6.2.d" + "R6.2.d", + "P1.9", + "P1.14" ], "host_binding_paths": [], "id": "CAP-EVIDENCE-GATED-PUBLISH", @@ -311,7 +340,7 @@ "crates/gc_obligations/src", "crates/gc_registry/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -336,7 +365,12 @@ ], "gap_ids": [ "R3.2.a", - "R6.3.a" + "R6.3.a", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13" ], "host_binding_paths": [ "crates/gc_effects/src" @@ -348,7 +382,7 @@ "crates/gc_wasi_cli/src", "crates/gc_wasm/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.13; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -414,7 +448,8 @@ "E1:cap-selfhost-cutover/check-3" ], "gap_ids": [ - "R4.4.c" + "R4.4.c", + "P1.14" ], "host_binding_paths": [], "id": "CAP-SELFHOST-CUTOVER", @@ -423,7 +458,7 @@ "selfhost", "scripts" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -450,7 +485,8 @@ "gap_ids": [ "R4.2.e", "R4.2.g", - "R4.4.c" + "R4.4.c", + "P1.14" ], "host_binding_paths": [], "id": "CAP-STRICT-NO-FALLBACK", @@ -459,7 +495,7 @@ "crates/gc_cli_driver/src", "scripts" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -893,7 +929,11 @@ "E1:cap-host-bridge/check-2" ], "gap_ids": [ - "R7.3.b" + "R7.3.b", + "P1.10", + "P1.11", + "P1.12", + "P1.15" ], "host_binding_paths": [ "crates/gc_effects/src" @@ -903,7 +943,7 @@ "implementation_paths": [ "crates/gc_effects/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.10, P1.11, P1.12, P1.15; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -1107,6 +1147,13 @@ } ], "gap_catalog": { + "P1.9": "F01: eliminate symbol/literal and improper-pair canonical identity collisions across construction, codecs, hashes and artifact storage, with explicit term-domain admission and versioned compatibility. Local 2026-10-02 E0 serialization-admission controls do not close lossless runtime hashing, versioned replay compatibility, remaining production-boundary audit or independent acceptance.", + "P1.10": "F02: authorize anchored filesystem traversal before mutation, including escaping symlinks and replacement races.", + "P1.11": "F03: preserve source and destination on self-rename and failed overwrite; enforce safe replacement semantics.", + "P1.12": "F04: remove the final filesystem entry without dereferencing its symlink target; specify native/WASI behavior.", + "P1.13": "F05: bound actual primitive work, including empty string repetition at maximum count, across execution tiers.", + "P1.14": "F06: bind package verify custody to artifact-backed commit authority and reject native-decoder restoration.", + "P1.15": "F07: preserve registry service liveness and bounded wait/shutdown/join/drop ownership.", "R1.3.f": "Meet the cold, warm, large-workspace, parallel-agent, cancellation, and restart interface budgets.", "R1.5.f": "Validate skill distribution, offline use, token budgets, and multi-agent compatibility.", "R2.3.e": "Meet explicit incremental large-workspace agent-loop SLOs.", diff --git a/docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json b/docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json index 52d668797..2b001bd7f 100644 --- a/docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json +++ b/docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json @@ -843,13 +843,13 @@ "execution_helper_closure": [ { "path": "scripts/render_cargo_target_dir_policy_report.sh", - "sha256": "bdd068404de8dc885c65b1e423b18bcc0572cf21d59d73bb7a52eef47badc118" + "sha256": "df38ef4542f640618e6118e91c2349dc30b8dbc53fa272ae7e8d5e50fc2382ee" } ], "execution_helper_invocations": [ "scripts/render_cargo_target_dir_policy_report.sh" ], - "execution_identity_sha256": "242ca8460da231b46767e4964fbc3b6656b93e244ae9007a53943df8349af97e", + "execution_identity_sha256": "b884b81aacb683ee3bf9674773abf9ae170c49c2a61b72e35c01359dfd9c3854", "legacy_persistent_output_declaration": null, "mutation_helper_declaration": null, "mutation_helper_invocations": [], @@ -864,6 +864,7 @@ "transitive_noncompliant_checks": [], "update_invocations": [], "write_candidates": [ + "scripts/render_cargo_target_dir_policy_report.sh: (fixture / state.POLICY_REL).write_bytes(state.pretty_bytes(fixture_state_policy))", "scripts/render_cargo_target_dir_policy_report.sh: destination.parent.mkdir(parents=True, exist_ok=True)", "scripts/render_cargo_target_dir_policy_report.sh: duplicate_path.write_text('{\"kind\":\"a\",\"kind\":\"b\"}\\n', encoding=\"utf-8\")", "scripts/render_cargo_target_dir_policy_report.sh: feature_manifest.write_text(", @@ -1035,7 +1036,7 @@ }, { "path": "scripts/render_cli_diagnostics_contract_report.sh", - "sha256": "640bca6bff9e0b40b83deef739d1e39d0928d6b6b9811c8f068cadd1a75a0aef" + "sha256": "3063bf8908710bd42dcf2308036a7233d52c3cbda8a76f4c5fb02df13fe97264" }, { "path": "scripts/render_gc_repair_utility_report.sh", @@ -1046,7 +1047,7 @@ "scripts/render_cli_diagnostics_contract_report.sh", "scripts/render_gc_repair_utility_report.sh" ], - "execution_identity_sha256": "7589ad69e7f64592a89c2415a6c1eeefa7df379887597d5295085be8b3fb5e79", + "execution_identity_sha256": "08f55f0c0db418c703fdab54d9baeec15588b14e014a09fb7b90f664a9120067", "legacy_persistent_output_declaration": null, "mutation_helper_declaration": null, "mutation_helper_invocations": [], @@ -1209,14 +1210,25 @@ "direct_refresh_controls": [], "direct_update_invocations": [], "direct_write_candidates": [ + "(cost_root / \".genesis/build\").mkdir(parents=True)", + "(cost_root / \".gitignore\").write_text(\".genesis/\\n\", encoding=\"utf-8\")", + "(cost_root / \"policies\").mkdir(parents=True)", + "(cost_root / \"source.gc\").write_text(\"fixture\\n\", encoding=\"utf-8\")", + "(cost_root / cost_a_path / \"payload.bin\").write_bytes(b\"a\" * 65536)", + "(cost_root / cost_a_path).mkdir(parents=True)", + "(cost_root / state.POLICY_REL).write_bytes(state.pretty_bytes(cost_policy))", + "(cycle_path / \"payload\").write_bytes(b\"x\" * 1024)", + "(host_path / \"payload\").write_bytes(b\"h\" * max(0, 8192 - state.allocated_bytes(host_path)))", "(lifecycle / \".genesis/build/legacy\").mkdir(parents=True)", "(lifecycle / \".genesis/build/legacy/payload.bin\").write_bytes(b\"legacy\")", + "(lifecycle / \".genesis/cache/selfhost_toolchain\").mkdir(parents=True)", "(lifecycle / \".genesis/dependency-mirrors/sha256-fixture\").mkdir(parents=True)", "(lifecycle / \".gitignore\").write_text(\".genesis/\\n.tmp/\\n.cargo-install-target/\\nnode_modules/\\ntarget/\\n\", encoding=\"utf-8\")", "(lifecycle / \"policies\").mkdir(parents=True)", "(lifecycle / \"source.gc\").write_text(\"fixture\\n\", encoding=\"utf-8\")", "(lifecycle / crash_path / \"payload.bin\").write_bytes(b\"crash\")", "(lifecycle / crash_path).mkdir(parents=True)", + "(lifecycle / relative).write_bytes(b\"rebuildable artifact\")", "(lifecycle / state.POLICY_REL).write_bytes(state.pretty_bytes(bounded_policy))", "(linked_repo / \".gitignore\").write_text(\".genesis/\\n\", encoding=\"utf-8\")", "(linked_repo / \"policies\").mkdir(parents=True)", @@ -1239,6 +1251,7 @@ "(repo / \"policies\").mkdir(parents=True)", "(repo / \"source.gc\").write_text(\"(module fixture)\\n\", encoding=\"utf-8\")", "(repo / relative).mkdir(parents=True)", + "(slim_path / \"payload\").write_bytes(b\"s\" * max(0, 4096 - state.allocated_bytes(slim_path)))", "(transient_tree / \"payload.bin\").write_bytes(b\"payload\")", "(unauthorized / \".genesis/build\").mkdir(parents=True)", "(unauthorized / \".gitignore\").write_text(\".genesis/\\n\", encoding=\"utf-8\")", @@ -1246,23 +1259,30 @@ "(unauthorized / \"source.gc\").write_text(\"fixture\\n\", encoding=\"utf-8\")", "bad_path.write_bytes(cleanup.pretty_bytes(bad_policy))", "cache_marker.write_bytes(cleanup.pretty_bytes(tampered))", + "cycle_path.mkdir(parents=True, exist_ok=True)", "duplicate.write_text('{\"kind\":\"a\",\"kind\":\"b\"}\\n', encoding=\"utf-8\")", + "host_path.mkdir(parents=True, exist_ok=True)", "linked_target.mkdir()", + "mock_bin.mkdir()", + "mock_df.write_text(\"#!/bin/sh\\nprintf 'Filesystem 1024-blocks Used Available Capacity Mounted\\nfixture 100 99 1 99%% /\\n'\\n\", encoding=\"utf-8\")", "os.replace(lifecycle / crash_path, quarantine_path)", + "os.replace(lifecycle / relative, lifecycle / quarantined)", "outside.mkdir()", "oversized_json.write_bytes(b\" \" * (state.MAX_JSON_BYTES + 1))", "path.write_bytes(cleanup.pretty_bytes(plan))", "quarantine.mkdir(parents=True)", "quarantine_path.parent.mkdir(parents=True, exist_ok=True)", + "quarantine_target.write_bytes(b\"protected target\")", "registry_path.write_bytes(valid_registry)", "registry_path.write_text('{\"kind\":\"a\",\"kind\":\"b\"}\\n', encoding=\"utf-8\")", + "slim_path.mkdir(parents=True, exist_ok=True)", "transient_tree.mkdir()", "trap 'rm -rf \"$TMP_DIR\"' EXIT", "unbounded_path.write_bytes(state.pretty_bytes(unbounded_policy))" ], "execution_helper_closure": [], "execution_helper_invocations": [], - "execution_identity_sha256": "bcf3b309450d0e00354b85981d9b46d78118c882b41a06a07e245670d9d46107", + "execution_identity_sha256": "ed125d3eaa291f4011cd09400c5465b0e936cab95e34012e59dbc8650ed9f416", "legacy_persistent_output_declaration": null, "mutation_helper_declaration": null, "mutation_helper_invocations": [], @@ -1273,18 +1293,29 @@ "r0_2_compliant": true, "read_only_persistent_inputs": [], "refresh_controls": [], - "sha256": "d369d47274e62efe8519d497a3c322f0af0df1a36ad4bdeecadcfb81118f1a9e", + "sha256": "f6b9d58fd20b42538c2a583ae2901a307046c62a8d7fb9ac9f3c9524107c9b7a", "transitive_noncompliant_checks": [], "update_invocations": [], "write_candidates": [ + "(cost_root / \".genesis/build\").mkdir(parents=True)", + "(cost_root / \".gitignore\").write_text(\".genesis/\\n\", encoding=\"utf-8\")", + "(cost_root / \"policies\").mkdir(parents=True)", + "(cost_root / \"source.gc\").write_text(\"fixture\\n\", encoding=\"utf-8\")", + "(cost_root / cost_a_path / \"payload.bin\").write_bytes(b\"a\" * 65536)", + "(cost_root / cost_a_path).mkdir(parents=True)", + "(cost_root / state.POLICY_REL).write_bytes(state.pretty_bytes(cost_policy))", + "(cycle_path / \"payload\").write_bytes(b\"x\" * 1024)", + "(host_path / \"payload\").write_bytes(b\"h\" * max(0, 8192 - state.allocated_bytes(host_path)))", "(lifecycle / \".genesis/build/legacy\").mkdir(parents=True)", "(lifecycle / \".genesis/build/legacy/payload.bin\").write_bytes(b\"legacy\")", + "(lifecycle / \".genesis/cache/selfhost_toolchain\").mkdir(parents=True)", "(lifecycle / \".genesis/dependency-mirrors/sha256-fixture\").mkdir(parents=True)", "(lifecycle / \".gitignore\").write_text(\".genesis/\\n.tmp/\\n.cargo-install-target/\\nnode_modules/\\ntarget/\\n\", encoding=\"utf-8\")", "(lifecycle / \"policies\").mkdir(parents=True)", "(lifecycle / \"source.gc\").write_text(\"fixture\\n\", encoding=\"utf-8\")", "(lifecycle / crash_path / \"payload.bin\").write_bytes(b\"crash\")", "(lifecycle / crash_path).mkdir(parents=True)", + "(lifecycle / relative).write_bytes(b\"rebuildable artifact\")", "(lifecycle / state.POLICY_REL).write_bytes(state.pretty_bytes(bounded_policy))", "(linked_repo / \".gitignore\").write_text(\".genesis/\\n\", encoding=\"utf-8\")", "(linked_repo / \"policies\").mkdir(parents=True)", @@ -1307,6 +1338,7 @@ "(repo / \"policies\").mkdir(parents=True)", "(repo / \"source.gc\").write_text(\"(module fixture)\\n\", encoding=\"utf-8\")", "(repo / relative).mkdir(parents=True)", + "(slim_path / \"payload\").write_bytes(b\"s\" * max(0, 4096 - state.allocated_bytes(slim_path)))", "(transient_tree / \"payload.bin\").write_bytes(b\"payload\")", "(unauthorized / \".genesis/build\").mkdir(parents=True)", "(unauthorized / \".gitignore\").write_text(\".genesis/\\n\", encoding=\"utf-8\")", @@ -1314,16 +1346,23 @@ "(unauthorized / \"source.gc\").write_text(\"fixture\\n\", encoding=\"utf-8\")", "bad_path.write_bytes(cleanup.pretty_bytes(bad_policy))", "cache_marker.write_bytes(cleanup.pretty_bytes(tampered))", + "cycle_path.mkdir(parents=True, exist_ok=True)", "duplicate.write_text('{\"kind\":\"a\",\"kind\":\"b\"}\\n', encoding=\"utf-8\")", + "host_path.mkdir(parents=True, exist_ok=True)", "linked_target.mkdir()", + "mock_bin.mkdir()", + "mock_df.write_text(\"#!/bin/sh\\nprintf 'Filesystem 1024-blocks Used Available Capacity Mounted\\nfixture 100 99 1 99%% /\\n'\\n\", encoding=\"utf-8\")", "os.replace(lifecycle / crash_path, quarantine_path)", + "os.replace(lifecycle / relative, lifecycle / quarantined)", "outside.mkdir()", "oversized_json.write_bytes(b\" \" * (state.MAX_JSON_BYTES + 1))", "path.write_bytes(cleanup.pretty_bytes(plan))", "quarantine.mkdir(parents=True)", "quarantine_path.parent.mkdir(parents=True, exist_ok=True)", + "quarantine_target.write_bytes(b\"protected target\")", "registry_path.write_bytes(valid_registry)", "registry_path.write_text('{\"kind\":\"a\",\"kind\":\"b\"}\\n', encoding=\"utf-8\")", + "slim_path.mkdir(parents=True, exist_ok=True)", "transient_tree.mkdir()", "trap 'rm -rf \"$TMP_DIR\"' EXIT", "unbounded_path.write_bytes(state.pretty_bytes(unbounded_policy))" @@ -1346,7 +1385,7 @@ "direct_write_candidates": [], "execution_helper_closure": [], "execution_helper_invocations": [], - "execution_identity_sha256": "24088939a3c040d3de18f28563195c607824c4234f07d33b16212586373a43f0", + "execution_identity_sha256": "e2fba39cc68eb909cc93f3eaaf701a5ffb690fe0f403a006b86360521d349ff1", "legacy_persistent_output_declaration": null, "mutation_helper_declaration": null, "mutation_helper_invocations": [], @@ -1357,7 +1396,7 @@ "r0_2_compliant": true, "read_only_persistent_inputs": [], "refresh_controls": [], - "sha256": "61d26155b6ae489f187ccb66287e463e96da86e6aede71e77b73f26d1beccf39", + "sha256": "edacbc8e59c53662a8757ea0b7cb6dc4b482aed04000cc46696814d2d736a74b", "transitive_noncompliant_checks": [], "update_invocations": [], "write_candidates": [] @@ -1668,7 +1707,7 @@ "execution_helper_invocations": [ "scripts/lib/cargo_target_dir.sh" ], - "execution_identity_sha256": "8cff602dbf244463fb827f70fc6ce31257fb76b4541100508567d3f1fd7ba641", + "execution_identity_sha256": "b686c1153348d35c232edc811e28deb68ad36d48a8382f7a39f18ade7f415596", "legacy_persistent_output_declaration": null, "mutation_helper_declaration": null, "mutation_helper_invocations": [], @@ -1679,7 +1718,7 @@ "r0_2_compliant": true, "read_only_persistent_inputs": [], "refresh_controls": [], - "sha256": "34c443c70bdb603ee9250a0c121d296fc4a4033533fa61865d31aef74e79b64e", + "sha256": "7aadaa6a2d865739e264674b6dd757ab8d50afb1f33362d0c0482c62ae13d0c1", "transitive_noncompliant_checks": [], "update_invocations": [], "write_candidates": [ @@ -2057,7 +2096,7 @@ ], "execution_helper_closure": [], "execution_helper_invocations": [], - "execution_identity_sha256": "698a84508b5266dcf869048d0ffb37a79abadca50f1f7ef6428fd5066f987349", + "execution_identity_sha256": "303530b24f96c457832fb24266018d226b9d537f7db1574c08b21dbe36683f12", "legacy_persistent_output_declaration": null, "mutation_helper_declaration": null, "mutation_helper_invocations": [], @@ -2068,7 +2107,7 @@ "r0_2_compliant": true, "read_only_persistent_inputs": [], "refresh_controls": [], - "sha256": "9517b5607b02a1dc681efbb79ae2cb9a465e95b217ba97ed018e63cdbc075715", + "sha256": "1decac997a549dbe499133f384884138da34d9111b44c6235f74c9d585e50a6e", "transitive_noncompliant_checks": [], "update_invocations": [], "write_candidates": [ @@ -3974,7 +4013,7 @@ "execution_helper_invocations": [ "scripts/genesis_prerequisites.sh" ], - "execution_identity_sha256": "9313b74c7e3af1b28620f1c58ab538fb0de623ed2e04aa85a14967336ece2a16", + "execution_identity_sha256": "7169a9215add0d5b67f6e446219d14eb146f5a69b231d9ce566ba39fcfbb698e", "legacy_persistent_output_declaration": null, "mutation_helper_declaration": null, "mutation_helper_invocations": [], @@ -3985,7 +4024,7 @@ "r0_2_compliant": true, "read_only_persistent_inputs": [], "refresh_controls": [], - "sha256": "94032f5fc575b04652175f5ac0687aba7ccd5a9c26d5793b599a94cb8f1a6c5b", + "sha256": "66d1d5c9d27b6c002618f3e6c8e91d7724bf555d6af2bc2db42fa6bb0b30ae8a", "transitive_noncompliant_checks": [], "update_invocations": [], "write_candidates": [ diff --git a/docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md b/docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md index 14630e003..bc426426b 100644 --- a/docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md +++ b/docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md @@ -195,6 +195,90 @@ presence is an error, so ordinary callers cannot select an observation-only passing mode. Failed generation never authorizes or partially retains a publication. +Process-group lifetime is a separate delegation from shared disk attribution. +The owner supplies `GENESIS_GATE_PROCESS_GROUP_OWNER_FD`, an inherited read/write regular-file descriptor or the aggregate +owner's append-only write descriptor, and `GENESIS_GATE_EVENT_ROOT`, its absolute regular +event directory. An environment-only descriptor, a closed/non-inheritable or +read-only descriptor, or a missing/invalid event root fails before spawning. +Nested telemetry observers retain the caller's group and forward this lifetime +descriptor explicitly. They never signal the inherited caller group. The owner +kills and drains that group when its command or validator terminates, including +descendants left by an exited leader. Callers that create another Python +subprocess must explicitly preserve delegated descriptors; stale environment +claims cannot silently fall back to a new session. + +A standalone observer creates one owned command group and private event +directory, delegates their lifetime to nested observers, and kills/reaps its +group on signal, launch/observer failure or leader termination. SIGINT, SIGTERM +and SIGHUP request one unwind; ignoring those signals in a command cannot keep +that owned group running. Signal cancellation after command admission retains +the signal-derived exit and `signaled` observation. Sampling errors are polled +during execution, then propagated after child cleanup. Event descriptors and +sampler threads close on every exit; group-owned private event files are removed +by their owner even when nested observers receive SIGKILL. These POSIX controls +do not contain commands that deliberately escape their group and do not qualify +Windows, host crashes, SIGKILL of the owning supervisor or independent release +acceptance. + +The sampler starts no further inventory work after stop. Darwin's fixed +unprivileged isolated Python helper reads the process tree through libproc's +public `proc_listpids` and `RUSAGE_INFO_V0` ABI. It avoids privileged `/bin/ps` +execution and runs in a private helper group with a five-second collection +deadline, +a 1 MiB output ceiling enforced while reading, and interruptible nonblocking +pipe reads. Stop kills that group, reaps its helper and closes the pipe within the +existing two-second sampler join envelope; an exited leader cannot retain an +executing helper descendant. Kernel orphan reaping is not an owned child wait. +Darwin signal permission +denial supplies no cleanup proof: the owner reaps an exited leader and checks +native group membership and exit state, accepting only an empty or entirely +exited group. A live member or unknown group state fails explicitly. Timeout, +excess output, malformed encoding or nonzero helper exit +fails the observation explicitly. A partial or truncated inventory never +supplies successful evidence. Linux traversal checks stop while discovering +and sampling the process tree. The last successful samples and child rusage +remain available; stopping does not launch a final unbounded inventory probe. +The helper bounds discovery to 32,768 processes, rejects truncated native +child inventories, and treats only a vanished process as an ordinary sampling +race. RSS is conservatively rounded up to KiB for the existing inventory +protocol. The parent rejects malformed, oversized-numeric, duplicate or +contradictory tree rows before committing a sample; numeric conversion cannot +escape the explicit sampler error channel. The ABI is defined in Apple’s +[public libproc headers](https://github.com/apple-oss-distributions/xnu/blob/main/libsyscall/wrappers/libproc/libproc.h) +and `sys/resource.h`; native observations do not qualify unsupported hosts. +Darwin cache leases read PID start time from the exact-size native BSD ABI +instead of launching a privileged `ps` child. They preserve the existing +`posix`/PID/English-asctime digest payload, including its second precision and +timezone behavior. A vanished PID remains absent; an unknown native birth +observation fails explicitly and cannot authorize stale-lease reclamation. + +The aggregate disk ceiling charges sampled allocated growth in declared owned +paths, with filesystem/device/inode deduplication. Those paths include the +private staging tree and its Git registration, controlled child temporary +directories and validation logs, publication backups and exclusive temporary +copies, and net growth of replaced canonical outputs. A preexisting hard-link +alias cannot create a second baseline deduction. Child `TMPDIR`, `TMP`, and +`TEMP` point into the owned temporary scope. Whole-volume free-space decline is +an observation, not attribution: unrelated writers must not spend this +transaction's quota, and unrelated deletion must not conceal an owned overrun. +Unavailable allocation metadata and unreadable owned paths fail closed; they +cannot be reported as zero or used to qualify an unsupported host. +Continuous allocation scans use the validated telemetry policy's aggregate +sampling interval; node completion and publication boundaries force fresh +allocation measurements. Wall, exhaustion, and event checks run on every poll. +Actual filesystem exhaustion still fails closed. Operation-specific admission +and shared-volume reservations remain separate from this sampled growth guard; +a sampled quota pass does not establish complete supervision of arbitrary +callbacks or writes outside declared paths. + +Publication validates owned allocation and drains its final event record while +the rollback journal remains available. A quota, pressure, or incomplete-event +failure restores previous replacements and removes exclusive temporary copies. +Once that validation commits publication, cleanup does not retrospectively +invalidate it because another writer changes volume pressure. Terminal logs +retain sampled owned peak allocation and whole-volume decline as distinct local +observations; neither metric alone is release qualification. + Cache hits and network attempts cross a closed append-only event channel owned by the parent observer. Repository Cargo cache materialization emits a cache hit only after a matching content-addressed cache is reused. A gate emits a @@ -588,23 +672,147 @@ paths outside an owner's declared roots, undeclared size classes, duplicate keys, and hard-quota overrides above GB-5 fail closed. Rebuildable producers MUST acquire a process-bound random lease before -materializing repository-local state. Admission accounts for the larger of a -size-class reservation and observed allocated bytes, reclaims inactive entries +materializing repository-local state. Admission charges inactive entries by +observed allocated bytes and each distinct live or requested build materialization by +the larger of its size-class reservation and observed allocation. It reclaims +inactive entries in `(reclaim-order, last-use-sequence, entry-id)` order at the soft quota, and denies admission when active or requested state cannot fit under the hard quota -or the minimum-free-space reserve. An inactive requested entry already above -the hard quota may be transactionally evicted and recreated; an active entry -is never reclaimed. Process identity includes operating-system boot/session -and process-start identity so PID reuse cannot preserve a stale lease. +or its physical-space requirement. That requirement currently includes the +existing build reserve, the sum of remaining growth for every distinct live and +new requested materialization, and the recovery-journal allocation estimate +derived from its measured payload. +Multiple build leases on one materialization share its reservation; distinct writers +cannot spend the same free bytes. Admission refreshes both live and inactive +allocated sizes before quota decisions and counts +`max(0, reservation - observed)` once per live/requested materialization. +When live and requested state alone exceeds the hard quota, admission MUST deny +before reclaiming inactive caches: no such deletion can make those writers fit. +For a build request sharing an existing materialization, a larger requested class +raises the one shared reservation before quota and physical-space checks. Admission +never silently uses a smaller registered budget. A denied upgrade restores the +prior entry and retains all earlier live leases; releasing an older lease cannot +lower an admitted live upgrade. A smaller request keeps a larger retained budget +conservatively. Metadata-only requests do not relabel a live build's reservation. +An existing ownership/content identity is checked before oversized-entry eviction; +cache size cannot change whether an identity conflict is rejected. +The lease-count bound MUST also be checked before evicting an oversized idle +requested cache. Persisted entry ownership, roots, size class, reservation, +retention and reclamation order MUST agree with the current producer policy; +a registry record cannot grant itself a smaller reservation or deletion authority. + +Cargo metadata-only materialization uses a separate `cargo-metadata` lease. +The common library freezes the exact bounded serialized payload before admission +and writes those same bytes. Each such lease reserves two allocation-unit-rounded +payload copies plus two allocation units per relative path component and two +additional components. These growth budgets add for concurrent metadata writers, +including writers sharing a cache; they do not replace a live build reservation. +Quota accounting adds metadata growth to the entry's observed/build accounting; +physical admission adds it to all remaining build growth and the journal estimate. +This operation requires its own derived headroom rather than the default build +free-space floor when no build lease is live. An explicit caller minimum and the +floor protecting any live build remain effective. Directory overhead is an +estimate, not an arbitrary-filesystem hard bound or build-peak qualification. +Transient metadata leases are released on success and materialization failure. +On the declared POSIX profiles, an existing metadata file is opened nonblocking +and without following a final symlink, admitted as regular through its descriptor, +then compared through an unbuffered read bounded to the expected payload plus one +byte. This does not claim an ancestor-race repair or universal cancellation. +Discovery of unregistered Cargo entries and registry loading also use the shared +descriptor-admitted JSON reader: nonblocking open, regular-file admission, +unbuffered bounded chunks and at most one byte beyond the existing 8 MiB limit. +An initial descriptor size is an early rejection, never permission for an +unbounded later read. Invalid UTF-8 and duplicate keys return explicit lifecycle +errors. Registry and discovered metadata final links are rejected, including +dangling registry entries; a dangling link is not absent writable state. Explicit +policy JSON paths retain link-to-regular compatibility. Missing nonblocking or +required no-follow descriptor support fails closed; this does not qualify an +unsupported host or repair ancestor traversal races. +The frozen metadata plan also binds the cache identity and size-class selection +used for admission. The identity must agree with the frozen canonical cache key; +later mutation of the caller's result cannot change the lease's key or build +reservation while publishing the earlier payload. Discovery and materialization +share one type-admitted Cargo size-class selector. Legacy missing environment +observations retain the conservative build class; malformed environment values +fail explicitly before entry registration or lease mutation. +The generated-state policy identity MUST hash the same frozen bounded payload that was decoded +and validated, rather than rereading its path. Decoder nesting/value-domain and +allocation failures return explicit errors and close the admitted descriptor. +Registry reference IDs and entry fields are type-admitted before host collection +operations or identity construction. Explicit invalid process IDs are rejected +before lease mutation; only an absent PID selects the caller-parent default. +Process identity returns unavailable for invalid or host-unrepresentable IDs. + +Lifecycle and generated-authority allocation observers share a bounded host +library. Within one observed forest they charge each `(device, inode)` once, +using the maximum allocated-block observation of an alias. POSIX `st_blocks` +counts 512-byte units; zero blocks remain zero even for a large sparse logical +file. Logical length is never a fallback for unavailable allocation metadata. +Missing or malformed block metadata, unsupported descriptor backends, and +permission or enumeration failures return explicit owner errors. A name that +disappears during an active writer's scan is an ordinary sampled race. +Observers hold directory descriptors during descent and use non-following +child metadata/open operations. Lifecycle materializations reject link entries, +including dangling links; aggregate observations charge link entries without +following destinations. Every walk has entry and directory-depth bounds and +closes descriptors and iterators on success, disappearance, cancellation and +failure. Callers still authorize the forest roots; these observations neither +grant reclamation authority nor prove an atomic snapshot, exact copy-on-write +consumption, or a bound on a future writer's temporary peak. + +The journal estimate measures the prospective serialized registry including the +next lease, sequence growth and largest quarantine record. It reserves two +filesystem-block-rounded registry copies and four directory-entry allocation +units for atomic replacement and recovery. Filesystem metadata overhead remains +platform-dependent; this is an allocation estimate, not a hard filesystem-wide +write guarantee, and execution growth supervision remains required. Insufficient +journal headroom denies admission before starting reclamation. After each +completed reclaim, admission +MUST re-read available filesystem bytes; allocated file sizes never substitute +for actual physical space recovery. Clones, shared extents and open handles +therefore cannot authorize fictitious headroom. A fitting warm requested cache +is preserved. An inactive requested entry already above the hard quota may be +transactionally evicted and recreated; an active entry is never reclaimed. + +The standalone disk precheck observes free space by default; an explicit +`--min-kb` or `GENESIS_MIN_FREE_KB` is a caller-declared requirement. Read-only +observations acquire no writer reservation and can proceed below build budgets. +The existing build `minFreeBytes` policy is retained pending replacement by +per-command peak-write admission: a warm cache can still require temporary +replacement files or copy-on-write allocation without growing its final size. +Final cache size alone MUST NOT justify removing a writer's peak-space reserve. +The current physical-space backend requires `statvfs` with positive allocation +units and nonnegative caller-available blocks. Missing backends or invalid units +return explicit lifecycle errors instead of guessed sizes or host exceptions. +Windows mutex support alone does not qualify its resource-admission backend; +only the declared Darwin/Linux guard profiles are covered by this transaction. + +These reservations coordinate this repository-local registry. They do not +claim a host-wide scheduler, prevent unrelated applications from writing, or +replace the existing bounded gate/aggregate growth supervision and process-group +cancellation. Ordinary unsupervised Cargo invocations, the build reserve and +remaining explicit heavy-profile estimates require separate operation-specific +integration before claiming universal resource-admission closure. Process +identity includes operating-system boot/session and process-start identity so +PID reuse cannot preserve a stale lease. The disposable registry conforms to -`docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json`. Its mutex is resolved +`docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json`, with closed lease fields +`operation` and `growthBytes`. Build leases use zero explicit growth and the +policy-bound size-class reservation; metadata leases require positive bounded +growth and Cargo ownership. Validated v0.1 registries remain readable and their +four-field leases are conservatively interpreted as build leases. Passive reads +do not persist migration; the next registry mutation atomically writes v0.2. +The v0.1 schema remains unchanged and old readers reject the new version rather +than silently lowering its reservations. Its mutex is resolved through the Git control directory, outside every cleanup root, so admission and whole-root quarantine serialize on Unix, macOS, Windows, and linked Git worktrees without holding an open file inside the tree being renamed. Registry writes are atomic and every reclamation journals `planned` then `quarantined` state before removal. A later admission or status operation deterministically -finishes an interrupted quarantine. Recursive removal requires the platform's +finishes an interrupted quarantine. A regular-file materialization is unlinked; +directory materializations use recursive removal, and special files or final +symlinks are rejected without following their targets. Recursive removal requires the platform's symlink-attack-resistant implementation and uses bounded retries only for transient metadata recreation; continuous mutation remains a fail-closed transaction for later recovery. @@ -757,11 +965,25 @@ Publication snapshots all non-output inputs, rejects concurrent source drift, and acquires one create-new lock in the Git common directory. Each replacement is prepared beside its destination while termination signals are blocked. A rollback journal preserves the original bytes until every output is promoted; -any copy, replace, validation, injected-failure, or signal-path error restores +any copy, replace, validation or injected-failure error restores every already replaced path in reverse order and removes the lock. Read-only generated-authority checks fail closed while that lock exists. Repeating a successful closure must produce no changed bytes and a clean working tree. +The supervisor handles SIGINT, SIGTERM and SIGHUP as one cancellation request. +Outside publication, it kills owned process groups, waits for their leaders, +closes validation logs and event descriptors, and removes its staging worktree +and Git registration before returning `128 + signal`. Ownership transfer during +child creation is protected against interruption. Timeout and failed-spawn +paths use the same cleanup, including descendants whose group leader exited. +Further stop requests during unwind cannot interrupt cleanup. During atomic +publication, cancellation is deferred until the complete verified commit or +error-triggered rollback, temporary cleanup and lock release; cancellation does +not report a partial publication. POSIX process-group ownership does not contain +a child that deliberately escapes its group. SIGKILL, process crashes, Windows +descendant containment and independent supported-host acceptance remain outside +these local controls; they must not be inferred from a cancellation result. + Automatic closure can never execute signing, attestation, key generation, dependency custody, release-asset publication, or retained E3/E4 evidence rewrites. Those producers remain operator-gated and outside the tracked graph; diff --git a/docs/spec/COREFORM_CANON_HASH.md b/docs/spec/COREFORM_CANON_HASH.md index bf9faa9cd..743fdff87 100644 --- a/docs/spec/COREFORM_CANON_HASH.md +++ b/docs/spec/COREFORM_CANON_HASH.md @@ -17,6 +17,34 @@ CoreForm is represented as immutable `Term` values: - vectors `[ ... ]` - maps `{k v k2 v2 ...}` (key/value pairs) +### Canonical domain admission + +A symbol name must parse as exactly one symbol with identical text. Empty names, +`nil`, `true`, `false`, names starting with an ASCII digit or `-` followed by an +ASCII digit, and names containing a lexer delimiter are not canonical symbols. +The delimiters are ASCII space, tab, LF, CR, `(`, `)`, `[`, `]`, `{`, `}`, `'`, +`"`, and `;`. Other Unicode scalars retain their v0.2 behavior; `.` is an ordinary +symbol and does not introduce a dotted-list form in this profile. + +Admission examines every nested list element, vector element, map key and map +value. A pair's cdr must be nil or another admitted pair. Arbitrary runtime pairs +remain legitimate data for `pair/cons`, `pair/car` and `pair/cdr`; an improper pair +has no canonical v0.2 serialization and must be rejected at that boundary rather +than serialized as a placeholder. The proper list `(pair )` is ordinary +canonical data and must retain its historical bytes and identity. + +The Rust reference library provides `Term::try_symbol`, `validate_symbol_name`, +`validate_canonical_term`, and checked term/module printer and hash APIs for host +boundary admission. Raw `Term` construction is not an admission proof. Infallible +reference printer/hash helpers require an already admitted canonical term; +diagnostic rendering of other runtime data must not become wire bytes or identity. +The GenesisCode printer and hash library reject inadmissible input as a sealed +`core/type-error`. Valid v0.2 printing, ordering, prefixes and hashes are unchanged. + +Runtime hashing, including noncanonical runtime pairs, is governed separately by +`VALUE_EFFECT_HASH.md`. Canonical admission does not repair its existing runtime +alias counterexamples or authorize a silent hash/log format change. + ## Canonicalization (Source -> Canonical CoreForm) Canonicalization must: diff --git a/docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json b/docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json index 767540640..f2e4d4a50 100644 --- a/docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json +++ b/docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json @@ -7,7 +7,7 @@ "CAP-BROWSER-XR", "CAP-DEPLOYMENT-PIPELINE" ], - "audit_date": "2026-08-14", + "audit_date": "2026-10-02", "entries": [ { "capability": "Pure deterministic kernel separated from effects", @@ -21,14 +21,15 @@ "E1:cap-kernel-determinism/check-2" ], "gap_ids": [ - "R7.2.a" + "R7.2.a", + "P1.13" ], "host_binding_paths": [], "immutable_evidence_ids": [], "implementation_paths": [ "crates/gc_kernel/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.13; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -54,14 +55,15 @@ "E1:cap-coreform-identity/check-1" ], "gap_ids": [ - "R7.2.f" + "R7.2.f", + "P1.9" ], "host_binding_paths": [], "immutable_evidence_ids": [], "implementation_paths": [ "crates/gc_coreform/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -122,7 +124,8 @@ "E1:cap-deny-default-policy/check-1" ], "gap_ids": [ - "R7.3.a" + "R7.3.a", + "P1.10" ], "host_binding_paths": [ "crates/gc_effects/src" @@ -131,7 +134,7 @@ "implementation_paths": [ "crates/gc_effects/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.10; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -157,7 +160,11 @@ "E1:cap-effect-replay/check-2" ], "gap_ids": [ - "R7.2.c" + "R7.2.c", + "P1.9", + "P1.10", + "P1.11", + "P1.12" ], "host_binding_paths": [ "crates/gc_effects/src" @@ -166,7 +173,7 @@ "implementation_paths": [ "crates/gc_effects/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -192,7 +199,12 @@ "E1:cap-semantic-vcs/check-1" ], "gap_ids": [ - "R4.2.e" + "R4.2.e", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.14" ], "host_binding_paths": [], "immutable_evidence_ids": [], @@ -200,7 +212,7 @@ "crates/gc_vcs/src", "crates/gc_patches/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -227,7 +239,14 @@ ], "gap_ids": [ "R4.2.e", - "R6.1.a" + "R6.1.a", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13", + "P1.14", + "P1.15" ], "host_binding_paths": [], "immutable_evidence_ids": [], @@ -235,7 +254,7 @@ "crates/gc_pkg/src", "crates/gc_cli_driver/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.13, P1.14, P1.15; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -302,7 +321,9 @@ "E1:cap-evidence-gated-publish/check-1" ], "gap_ids": [ - "R6.2.d" + "R6.2.d", + "P1.9", + "P1.14" ], "host_binding_paths": [], "immutable_evidence_ids": [], @@ -310,7 +331,7 @@ "crates/gc_obligations/src", "crates/gc_registry/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -335,7 +356,12 @@ ], "gap_ids": [ "R3.2.a", - "R6.3.a" + "R6.3.a", + "P1.9", + "P1.10", + "P1.11", + "P1.12", + "P1.13" ], "host_binding_paths": [ "crates/gc_effects/src" @@ -346,7 +372,7 @@ "crates/gc_wasi_cli/src", "crates/gc_wasm/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.9, P1.10, P1.11, P1.12, P1.13; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -411,7 +437,8 @@ "E1:cap-selfhost-cutover/check-3" ], "gap_ids": [ - "R4.4.c" + "R4.4.c", + "P1.14" ], "host_binding_paths": [], "immutable_evidence_ids": [], @@ -419,7 +446,7 @@ "selfhost", "scripts" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -446,7 +473,8 @@ "gap_ids": [ "R4.2.e", "R4.2.g", - "R4.4.c" + "R4.4.c", + "P1.14" ], "host_binding_paths": [], "immutable_evidence_ids": [], @@ -454,7 +482,7 @@ "crates/gc_cli_driver/src", "scripts" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.14; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", @@ -878,7 +906,11 @@ "E1:cap-host-bridge/check-2" ], "gap_ids": [ - "R7.3.b" + "R7.3.b", + "P1.10", + "P1.11", + "P1.12", + "P1.15" ], "host_binding_paths": [ "crates/gc_effects/src" @@ -887,7 +919,7 @@ "implementation_paths": [ "crates/gc_effects/src" ], - "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded.", + "limitations": "Implementation or routing exists, but the mapped checks are not yet pinned as per-platform L2 evidence and no cross-host L3, product L4, or immutable release L5 evidence is recorded. The 2026-10-01 review additionally blocks qualification on P1.10, P1.11, P1.12, P1.15; ROADMAP.md section 3.29 defines fresh reproduction, correction and acceptance requirements.", "maturity": "L1", "maturity_by_platform": { "linux-arm64": "L0", diff --git a/docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md b/docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md index 2eb7739a6..72b42db97 100644 --- a/docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md +++ b/docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md @@ -6,25 +6,25 @@ Machine-readable source: `docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json`. Generated status view: `feature_matrix.md`. Canonical source: `docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json`. -- Audit date: `2026-08-14` +- Audit date: `2026-10-02` - Capability entries: `29` - L5 release-eligible entries: `0` | ID | Capability | Level | Specs | Implementations | Checks | Evidence IDs | Gaps | |---|---|---|---|---|---|---|---| -| `CAP-KERNEL-DETERMINISM` | Pure deterministic kernel separated from effects | L1 / N/A | `docs/spec/CLI.md`
`docs/spec/SEALS_DISPATCH_REPLAY.md`
`docs/spec/DETERMINISM.md` | `crates/gc_kernel/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_no_user_panics.sh` | `E1:cap-kernel-determinism/check-1`
`E1:cap-kernel-determinism/check-2` | `R7.2.a` | -| `CAP-COREFORM-IDENTITY` | Canonical CoreForm IR + stable content hash identity | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/COREFORM_CANON_HASH.md` | `crates/gc_coreform/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-coreform-identity/check-1` | `R7.2.f` | +| `CAP-KERNEL-DETERMINISM` | Pure deterministic kernel separated from effects | L1 / N/A | `docs/spec/CLI.md`
`docs/spec/SEALS_DISPATCH_REPLAY.md`
`docs/spec/DETERMINISM.md` | `crates/gc_kernel/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_no_user_panics.sh` | `E1:cap-kernel-determinism/check-1`
`E1:cap-kernel-determinism/check-2` | `R7.2.a`
`P1.13` | +| `CAP-COREFORM-IDENTITY` | Canonical CoreForm IR + stable content hash identity | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/COREFORM_CANON_HASH.md` | `crates/gc_coreform/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-coreform-identity/check-1` | `R7.2.f`
`P1.9` | | `CAP-SEALED-PROTOCOL` | Sealed unforgeable `UNHANDLED`/`EFFECT`/`ERROR` protocol | L1 / N/A | `docs/spec/CLI.md`
`docs/spec/SEALS_DISPATCH_REPLAY.md`
`docs/spec/DETERMINISM.md` | `crates/gc_kernel/src`
`crates/gc_prelude/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_no_user_panics.sh` | `E1:cap-sealed-protocol/check-1`
`E1:cap-sealed-protocol/check-2` | `R7.2.b` | -| `CAP-DENY-DEFAULT-POLICY` | Deny-by-default capability policy runtime | L1 / H2 | `docs/spec/CLI.md` | `crates/gc_effects/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-deny-default-policy/check-1` | `R7.3.a` | -| `CAP-EFFECT-REPLAY` | Deterministic effect logs + replay checker | L1 / H2 | `docs/spec/CLI.md`
`docs/spec/SEALS_DISPATCH_REPLAY.md`
`docs/spec/DETERMINISM.md` | `crates/gc_effects/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_no_user_panics.sh` | `E1:cap-effect-replay/check-1`
`E1:cap-effect-replay/check-2` | `R7.2.c` | -| `CAP-SEMANTIC-VCS` | Built-in semantic VCS (`commit`/`patch`/`refs`/`merge3`) | L1 / H0 | `docs/spec/CLI.md` | `crates/gc_vcs/src`
`crates/gc_patches/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-semantic-vcs/check-1` | `R4.2.e` | -| `CAP-PACKAGE-MANAGER` | Built-in package/project manager (`pkg`/`gcpm`) | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/GCPM_BUNDLE_v0.1.md`
`docs/spec/GCPM_JSON_SCHEMAS_v0.1.md` | `crates/gc_pkg/src`
`crates/gc_cli_driver/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_foundation_stdlib_conformance.sh` | `E1:cap-package-manager/check-1`
`E1:cap-package-manager/check-2` | `R4.2.e`
`R6.1.a` | +| `CAP-DENY-DEFAULT-POLICY` | Deny-by-default capability policy runtime | L1 / H2 | `docs/spec/CLI.md` | `crates/gc_effects/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-deny-default-policy/check-1` | `R7.3.a`
`P1.10` | +| `CAP-EFFECT-REPLAY` | Deterministic effect logs + replay checker | L1 / H2 | `docs/spec/CLI.md`
`docs/spec/SEALS_DISPATCH_REPLAY.md`
`docs/spec/DETERMINISM.md` | `crates/gc_effects/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_no_user_panics.sh` | `E1:cap-effect-replay/check-1`
`E1:cap-effect-replay/check-2` | `R7.2.c`
`P1.9`
`P1.10`
`P1.11`
`P1.12` | +| `CAP-SEMANTIC-VCS` | Built-in semantic VCS (`commit`/`patch`/`refs`/`merge3`) | L1 / H0 | `docs/spec/CLI.md` | `crates/gc_vcs/src`
`crates/gc_patches/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-semantic-vcs/check-1` | `R4.2.e`
`P1.9`
`P1.10`
`P1.11`
`P1.12`
`P1.14` | +| `CAP-PACKAGE-MANAGER` | Built-in package/project manager (`pkg`/`gcpm`) | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/GCPM_BUNDLE_v0.1.md`
`docs/spec/GCPM_JSON_SCHEMAS_v0.1.md` | `crates/gc_pkg/src`
`crates/gc_cli_driver/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_foundation_stdlib_conformance.sh` | `E1:cap-package-manager/check-1`
`E1:cap-package-manager/check-2` | `R4.2.e`
`R6.1.a`
`P1.9`
`P1.10`
`P1.11`
`P1.12`
`P1.13`
`P1.14`
`P1.15` | | `CAP-ARTIFACT-GC` | Reachability-based artifact GC (`refs` + locks + pins) | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/GCPM_BUNDLE_v0.1.md`
`docs/spec/GCPM_JSON_SCHEMAS_v0.1.md`
`docs/spec/SELF_HOST_BOUNDARY.md` | `crates/gc_pkg/src`
`crates/gc_vcs/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_foundation_stdlib_conformance.sh`
`scripts/check_selfhost_boundary.sh`
`scripts/check_selfhost_artifact_fresh.sh` | `E1:cap-artifact-gc/check-1`
`E1:cap-artifact-gc/check-2`
`E1:cap-artifact-gc/check-3`
`E1:cap-artifact-gc/check-4` | `R4.2.e` | -| `CAP-EVIDENCE-GATED-PUBLISH` | Obligation/evidence/attestation-gated publish + ref updates | L1 / H0 | `docs/spec/CLI.md` | `crates/gc_obligations/src`
`crates/gc_registry/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-evidence-gated-publish/check-1` | `R6.2.d` | -| `CAP-RUNTIME-SURFACES` | Native + WASI + wasm-host runtime surfaces | L1 / H0 | `docs/spec/CLI.md` | `crates/gc_cli/src`
`crates/gc_wasi_cli/src`
`crates/gc_wasm/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-runtime-surfaces/check-1` | `R3.2.a`
`R6.3.a` | +| `CAP-EVIDENCE-GATED-PUBLISH` | Obligation/evidence/attestation-gated publish + ref updates | L1 / H0 | `docs/spec/CLI.md` | `crates/gc_obligations/src`
`crates/gc_registry/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-evidence-gated-publish/check-1` | `R6.2.d`
`P1.9`
`P1.14` | +| `CAP-RUNTIME-SURFACES` | Native + WASI + wasm-host runtime surfaces | L1 / H0 | `docs/spec/CLI.md` | `crates/gc_cli/src`
`crates/gc_wasi_cli/src`
`crates/gc_wasm/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-runtime-surfaces/check-1` | `R3.2.a`
`R6.3.a`
`P1.9`
`P1.10`
`P1.11`
`P1.12`
`P1.13` | | `CAP-SELFHOST-FRONTEND` | Selfhost frontend default in production CLIs | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/SELF_HOST_BOUNDARY.md` | `selfhost`
`crates/gc_cli_driver/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_selfhost_boundary.sh`
`scripts/check_selfhost_artifact_fresh.sh` | `E1:cap-selfhost-frontend/check-1`
`E1:cap-selfhost-frontend/check-2`
`E1:cap-selfhost-frontend/check-3` | `R4.2.g` | -| `CAP-SELFHOST-CUTOVER` | Full selfhost cutover profile + readiness scorecard | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/SELF_HOST_BOUNDARY.md` | `selfhost`
`scripts` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_selfhost_boundary.sh`
`scripts/check_selfhost_artifact_fresh.sh` | `E1:cap-selfhost-cutover/check-1`
`E1:cap-selfhost-cutover/check-2`
`E1:cap-selfhost-cutover/check-3` | `R4.4.c` | -| `CAP-STRICT-NO-FALLBACK` | Strict no-production Rust semantic fallback guard | L1 / H0 | `docs/spec/CLI.md` | `crates/gc_cli_driver/src`
`scripts` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-strict-no-fallback/check-1` | `R4.2.e`
`R4.2.g`
`R4.4.c` | +| `CAP-SELFHOST-CUTOVER` | Full selfhost cutover profile + readiness scorecard | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/SELF_HOST_BOUNDARY.md` | `selfhost`
`scripts` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_selfhost_boundary.sh`
`scripts/check_selfhost_artifact_fresh.sh` | `E1:cap-selfhost-cutover/check-1`
`E1:cap-selfhost-cutover/check-2`
`E1:cap-selfhost-cutover/check-3` | `R4.4.c`
`P1.14` | +| `CAP-STRICT-NO-FALLBACK` | Strict no-production Rust semantic fallback guard | L1 / H0 | `docs/spec/CLI.md` | `crates/gc_cli_driver/src`
`scripts` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-strict-no-fallback/check-1` | `R4.2.e`
`R4.2.g`
`R4.4.c`
`P1.14` | | `CAP-AGENT-JSON-CONTRACTS` | CLI + GCPM JSON schema contracts for agent automation | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/GCPM_BUNDLE_v0.1.md`
`docs/spec/GCPM_JSON_SCHEMAS_v0.1.md`
`docs/spec/CLI_JSON_SCHEMAS_v0.1.md`
`docs/spec/AGENT_AUTHORING_BUNDLE_v0.1.md`
`docs/spec/AGENT_CAPABILITY_GAUNTLET_v0.1.md` | `crates/gc_cli_driver/src`
`docs/spec` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_foundation_stdlib_conformance.sh`
`scripts/check_cli_diagnostics_contract.sh`
`scripts/check_agent_reference_workflows.sh` | `E1:cap-agent-json-contracts/check-1`
`E1:cap-agent-json-contracts/check-2`
`E1:cap-agent-json-contracts/check-3`
`E1:cap-agent-json-contracts/check-4` | `R1.3.f` | | `CAP-AGENT-SKILL-PACK` | Agent index + skill-pack conformance contracts | L1 / N/A | `docs/spec/CLI.md`
`docs/spec/AGENT_AUTHORING_BUNDLE_v0.1.md`
`docs/spec/AGENT_CAPABILITY_GAUNTLET_v0.1.md` | `.agents/skills/genesiscode-authoring`
`docs/skill_pack/write_genesiscode_v1` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_agent_reference_workflows.sh` | `E1:cap-agent-skill-pack/check-1`
`E1:cap-agent-skill-pack/check-2` | `R1.5.f` | | `CAP-DOMAIN-STARTERS` | Domain starter registry for agent workflows | L1 / N/A | `docs/spec/CLI.md`
`docs/spec/AGENT_AUTHORING_BUNDLE_v0.1.md`
`docs/spec/AGENT_CAPABILITY_GAUNTLET_v0.1.md` | `examples`
`docs/spec` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_agent_reference_workflows.sh` | `E1:cap-domain-starters/check-1`
`E1:cap-domain-starters/check-2` | `R8.3.a` | @@ -35,7 +35,7 @@ Canonical source: `docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json`. | `CAP-GRAPHICS-RUNTIME` | Graphics/window/input/audio capability families | L1 / N/A | `docs/spec/CLI.md`
`docs/spec/GPU_GFX_BUNDLE_v0.1.md`
`docs/spec/GPU_COMPUTE_RUNTIME_PROFILE_v0.1.md`
`docs/spec/GFX_RUNTIME_BUNDLE_v0.1.md` | `crates/gc_gfx/src`
`crates/gc_effects/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_gpu_compute_runtime_profile.sh`
`scripts/check_gpu_stack_decoupling.sh`
`scripts/check_gfx_runtime_profile.sh` | `E1:cap-graphics-runtime/check-1`
`E1:cap-graphics-runtime/check-2`
`E1:cap-graphics-runtime/check-3`
`E1:cap-graphics-runtime/check-4` | `R8.3.a` | | `CAP-BROWSER-XR` | Browser + XR runtime families | L1 / N/A | `docs/spec/CLI.md`
`docs/spec/XR_HOST_RUNTIME_v0.1.md`
`docs/spec/BROWSER_HOST_RUNTIME_v0.1.md` | `crates/gc_gfx/src`
`crates/gc_effects/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_webxr_browser_conformance_lane.sh` | `E1:cap-browser-xr/check-1`
`E1:cap-browser-xr/check-2` | `R8.2.e` | | `CAP-PLUGIN-FFI` | Host plugin + FFI schemas/contracts | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/HOST_ABI.md`
`docs/spec/PLUGIN_ABI_SCHEMAS_v0.1.md`
`docs/spec/CLI_JSON_SCHEMAS_v0.1.md` | `crates/gc_effects/src`
`docs/spec` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_host_abi_conformance.sh`
`scripts/check_cli_diagnostics_contract.sh` | `E1:cap-plugin-ffi/check-1`
`E1:cap-plugin-ffi/check-2`
`E1:cap-plugin-ffi/check-3` | `R5.5.a`
`R5.5.c` | -| `CAP-HOST-BRIDGE` | First-party bridge for network/process/db/crypto/plugin/ffi | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/HOST_ABI.md`
`docs/spec/PLUGIN_ABI_SCHEMAS_v0.1.md` | `crates/gc_effects/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_host_abi_conformance.sh` | `E1:cap-host-bridge/check-1`
`E1:cap-host-bridge/check-2` | `R7.3.b` | +| `CAP-HOST-BRIDGE` | First-party bridge for network/process/db/crypto/plugin/ffi | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/HOST_ABI.md`
`docs/spec/PLUGIN_ABI_SCHEMAS_v0.1.md` | `crates/gc_effects/src` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_host_abi_conformance.sh` | `E1:cap-host-bridge/check-1`
`E1:cap-host-bridge/check-2` | `R7.3.b`
`P1.10`
`P1.11`
`P1.12`
`P1.15` | | `CAP-STAGE2-WASM-VALIDATION` | Stage2 CoreForm->WASM translation-validation | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/COREFORM_CANON_HASH.md` | `crates/gc_wasm/src`
`crates/gc_opt/src` | `scripts/check_upgrade_plan_health.sh` | `E1:cap-stage2-wasm-validation/check-1` | `R3.2.a`
`R3.2.b` | | `CAP-DEPLOYMENT-PIPELINE` | Deployment target pipeline in core toolchain | L1 / H0 | `docs/spec/CLI.md`
`docs/spec/GCPM_JSON_SCHEMAS_v0.1.md`
`docs/spec/GCPM_WORKFLOW_REPORTS_v0.1.md` | `crates/gc_cli_driver/src`
`examples/agent_deploy_bundle_workflow` | `scripts/check_upgrade_plan_health.sh`
`crates/gc_cli/tests/cli_pkg_workspace.rs`
`examples/agent_deploy_bundle_workflow/workflow.sh` | `E1:cap-deployment-pipeline/check-1`
`E1:cap-deployment-pipeline/check-2`
`E1:cap-deployment-pipeline/check-3` | `R6.3.b`
`R6.3.c` | | `CAP-ASSURANCE-PROFILES` | Assurance profile packs + standards crosswalk | L1 / N/A | `docs/spec/CLI.md`
`docs/spec/ASSURANCE_ARTIFACTS_v0.1.md`
`docs/spec/ASSURANCE_PROFILE_PACKS_v0.1.md`
`docs/spec/ASSURANCE_STANDARDS_CROSSWALK_v0.1.md`
`docs/spec/ASSURANCE_STANDARDS_CROSSWALK_v0.1.json` | `docs/spec`
`scripts` | `scripts/check_upgrade_plan_health.sh`
`scripts/check_assurance_profile_packs.sh`
`scripts/check_assurance_standards_crosswalk.sh` | `E1:cap-assurance-profiles/check-1`
`E1:cap-assurance-profiles/check-2`
`E1:cap-assurance-profiles/check-3` | `R7.1.a`
`R7.3.a` | diff --git a/docs/spec/FS_SANDBOX.md b/docs/spec/FS_SANDBOX.md index 6e77f5875..7e7b3a909 100644 --- a/docs/spec/FS_SANDBOX.md +++ b/docs/spec/FS_SANDBOX.md @@ -17,7 +17,9 @@ These capabilities are deny-by-default and must be explicitly allowed by `caps.t For `io/fs::*` operations, the capability policy may specify a `base_dir` (string path). - When loading `caps.toml` from disk, relative `base_dir` paths are resolved relative to the directory containing the `caps.toml` file. -- At runtime, the runner uses `canonicalize(base_dir)` as the sandbox root. +- At runtime, the native runner canonicalizes and opens `base_dir` as a capability directory. Stable WASI lexically normalizes the configured root and opens its directory descriptor; subsequent payload traversal is descriptor-relative. + Failure to open the configured root is an error. Filesystem operations use that held + directory and relative directory handles; an ambient resolved pathname is not operation authority. If `base_dir` is not provided, the runner uses the current working directory as the base directory (this is strongly discouraged for production). @@ -46,13 +48,29 @@ These language-facing rules are frozen by `docs/spec/TEXT_PATH_PROFILE_v0.1.md`. ## Read (`io/fs::read`) -Read path resolution: - -1. Compute `candidate = base.join(input_path)` after portable path validation. -2. Compute `resolved = canonicalize(candidate)`. -3. Require `resolved.starts_with(base)`. - -The runner reads bytes from `resolved`. +Read follows inside-root ancestor and final links, then opens through the held capability +root. Relative links are interpreted from their containing directory. Parent components in link targets are applied after preceding components have been physically resolved; lexical collapse must not change which inside-root file is selected. Directory-required suffixes and non-directory ancestors retain host filesystem semantics. Absolute inside links +are reduced to a root-relative name before the capability open, including alternate host +spellings of the configured root. An escaping link or a traversal cycle is rejected; at most +40 links are followed. The actual open remains root-relative if an ancestor changes after +resolution. Stable WASI uses safe descriptor-relative operations with no-follow ancestor and final read opens. Symlink traversal remains denied on that profile; it does not inherit native inside-link support. + +Package lock readers use a typed `DocumentRead` grant that owns the opened file through +bounded reading and parsing. Package add/list/load, resolution/install/verify, bridge-lock +updates, parity parsing and GC lock-root discovery share this boundary. Legacy absolute +inside-root lock names remain accepted. A diagnostic name is never reopened as authority. +Replacing an ancestor, the final entry or the visible root name after acquisition cannot +redirect that read to another file. The existing 4 MiB lock limit also applies to the parity +parser. GC may omit a missing lock below an admitted root; failure to open the root is an +error. Native inside-link and stable-WASI no-link read profiles remain as specified above. + +VCS patch-file inputs and WASI bridge-response files also consume `DocumentRead` grants. +When their policy declares `max_bytes`, the shared document reader probes at most one +byte beyond the admitted read bound and uses fallible buffer growth; it never reads the +whole file merely to decide that it is oversized. Patch-file limits apply to encoded source +bytes before UTF-8 decoding or CoreForm parsing. Bridge document framing and whole-profile +limits are defined in `HOST_BRIDGE_PROTOCOL.md`. An absent byte limit retains the legacy +profile and does not establish bounded memory, cancellation or special-file admission. ## Write (`io/fs::write`) @@ -60,17 +78,24 @@ Write payload additionally contains: - `:data` (bytes or string): bytes are written as-is; strings are UTF-8 bytes. -Write path resolution: +Write resolves and authorizes existing ancestors before creating any missing parent. +The final entry is opened relative to a held parent directory with no final-link following; +a final symlink is rejected. `create_dirs = true` permits rooted parent creation after +preflight. The runner writes through the opened file and synchronizes it before success. +This operation does not promise atomic whole-file replacement on a mid-write I/O failure. -1. Compute `candidate = base.join(input_path)` after portable path validation. -2. Let `parent = candidate.parent()` and optionally create directories if `create_dirs = true`. -3. Compute `parent_resolved = canonicalize(parent)` and require `parent_resolved.starts_with(base)`. -4. If `candidate` already exists and is a symlink, the write is rejected (defense-in-depth). -5. The runner writes bytes to `candidate`. +Package lock, pins, snapshot, patch and conflict document replacement uses a separate typed +`AtomicWriteTarget`. Preparation is read-only and grants no ambient-path conversion. Legacy absolute document destinations inside the configured root remain accepted; their parent is reduced to a root-relative name without following the final entry. Built-in effect payloads retain their relative-only rule. The +writer acquires an exclusive temporary file in the held destination parent, tries at most +1024 occupied slots, writes and synchronizes bytes, then renames that entry in the same parent. +A final destination link is replaced as an entry; its target is untouched. Replacement errors +remove the owned temporary output. A cleanup error is explicit. Crash durability of the +parent directory and recovery after abrupt termination are not established by this protocol. ## Stat (`io/fs::stat`) -Stat path resolution uses the same sandbox rules as read/write, but allows missing targets. +Stat resolves ancestors under the held root, allows missing targets, and observes the final +entry without following its link. A dangling or outside-pointing final link has kind `symlink`. Response envelope (data map): - `:path` (string, path relative to `base_dir` when possible) @@ -81,7 +106,8 @@ Response envelope (data map): ## List (`io/fs::list`) -List path resolution follows read-path sandbox checks and then reads directory entries. +List follows read-path sandbox rules, opens the directory through the capability root, and +observes each final directory entry without following its link. Response envelope: - vector of entry maps, deterministically sorted by canonical term order @@ -107,9 +133,11 @@ Payload fields: - optional `:recursive` (bool, default `false`) Behavior: -- files/symlinks are removed with file semantics +- files/symlinks are unlinked as final entries without dereferencing the link, including + dangling, directory and outside-pointing links; link targets retain their contents - directories require `:recursive true` for recursive removal -- missing paths are treated as deterministic no-op success +- missing paths, including missing ancestors, are treated as deterministic no-op success +- `.` cannot be removed or used as either rename entry; it names the capability root, not a child ## Rename (`io/fs::rename`) @@ -119,17 +147,54 @@ Payload fields: - optional `:overwrite` (bool, default `false`) Behavior: -- both paths are sandboxed under `base_dir` -- if `create_dirs = true` in policy, destination parent directories may be created -- when `:overwrite` is false and destination exists, operation fails with policy error - -## Remaining TOCTOU Limitations (Explicit) - -The sandbox is designed to prevent common path traversal and symlink escape attacks, but it is not a full OS sandbox: - -- There is inherent time-of-check/time-of-use exposure between: - - validating `parent_resolved` and performing the final open/write, and - - resolving paths and performing the final open/read. -- A sufficiently privileged attacker with concurrent filesystem access to the sandbox directory may be able to race filesystem mutations. - -For production hardening on hostile multi-tenant systems, run the effect runner inside an OS-level sandbox (container, VM, mandatory access control) and treat `caps.toml` as an allowlist for *semantic intent*, not as the only isolation boundary. +- both ancestor paths are resolved under the held root before destination parent creation +- final entries are not dereferenced; rename moves/replaces the entries themselves +- if `create_dirs = true`, destination parent directories may be created after preflight +- overwrite uses one host rename, without pre-removing the destination +- identical paths and same-inode aliases inherit the host's atomic rename behavior; successful + no-op replacement preserves that inode and its contents +- file/directory mismatches, occupied directory replacement, missing source and cross-device + errors return failure without a destructive copy/delete fallback +- no-overwrite uses atomic no-replace rename on Linux/Android and Apple hosts; destination + existence returns the existing policy error, including an occupied final link +- hosts lacking the atomic no-replace primitive return explicit `Unsupported` before creating + parents; Windows and other hosts are not silently given a check-then-rename fallback. Stable + WASI supports atomic overwrite but rejects no-overwrite before parent creation + +## Remaining Scope And Qualification + +The built-in operations and typed document writer use a held capability directory. Replacing +an ancestor name with an escaping link cannot turn a later relative operation into ambient +outside-root I/O. Once a parent directory is opened, operations refer to that directory object; +renaming its visible name does not change the handle's authority. + +Legacy pathname-returning adapters remain for package manifests/module trees, +GPK streaming, pins reads/locks, +quarantine/store integration and external process APIs. Their native preflight now authorizes +before rooted parent creation, but a returned `PathBuf` still has a check/open race. They are +transitional adapters, not equivalent to the capability operations. F02 remains open until all +consumers have the agreed boundary and independent acceptance. + +Rooted parent creation and recursive removal can make partial progress before a later I/O +error. Stable-WASI recursive removal admits at most 256 directory levels and returns an explicit error before descending further; this bounds host call-stack use. The depth error does not promise rollback of entries already removed. Atomic rename preserves entries on host rejection, but cancellation/crash recovery, +cross-device controls, complete denied-operation rollback, hostile coequal writers, and host +qualification require their separate evidence. The current native controls establish local +behavior on their named host; source compilation is not WASI/Windows runtime qualification. +This specification does not promote F02-F04 or supply an OS process sandbox. + +Stable-WASI filesystem effects and typed document replacements use the existing pinned +`rustix` dependency and stable Rust descriptor ownership. `cap-std`/`cap-fs-ext` remain +native-only because their WASI filesystem-time dependency requires an unstable Rust API. +WASI `:readonly` remains false, matching stable Rust metadata because Preview1 filestat has no Unix permission bits; it never grants write authority. +Each ancestor is opened separately with `NOFOLLOW`; read-only preparation examines existing +ancestors before any creation, and parent creation reopens each new entry without following +links. Stat, list metadata, unlink and atomic overwrite inspect or operate on final entries +without dereferencing links. Document replacement retains the same bounded exclusive +acquisition, write/synchronization, same-parent rename and failure-cleanup protocol. + +Actual WASI controls must execute the compiled target, exercise admitted and denied operations, +and independently compare host entry identities/content. Native emulation and target compilation +alone are insufficient. These local controls restore the tested operations but do not qualify +all hosts or close F02-F04. The WASI CLI's bootstrap/path-based transport and remaining legacy +consumers stay separately governed. No-overwrite rename remains explicitly unsupported on this +profile until an atomic primitive and its evidence exist. diff --git a/docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json b/docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json index 90edca9d7..f3d8f1be8 100644 --- a/docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json +++ b/docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json @@ -1 +1 @@ -{"aggregation":{"algorithm":"weighted-applicable-floor-v0.1","formula":"floor(sum(weight * score) / sum(applicable weight))","missingCasePolicy":"fail-closed","mixedCaseAggregation":"arithmetic-mean-basis-points"},"benchmark":{"contentIdentitySha256":"409109e7eddc652f36a8c9046ea9e4463cdaa6ded2ccfffc859ecfbc871a84fa","id":"GC-AGENT-TASK-BENCHMARK-v0.1","path":"benchmarks/agent_tasks/v0.1/suite.json","sha256":"6d72d7210e7382b85c595b750ca8ea272bf713b36eee4d91fda898ab31b21962"},"contentIdentitySha256":"29b3be74dcec12668e898a1ae6a691a5a81296575e2659b453e10d367099d575","dimensions":[{"applicability":"all-cases","id":"semantics","metric":"exact-verification-pass-rate","weightBasisPoints":3500},{"applicability":"task-policy-step-set","id":"obligations","metric":"exact-obligation-step-pass-rate","weightBasisPoints":1200},{"applicability":"task-policy-step-set","id":"effects","metric":"reference-equal-effect-transcript","weightBasisPoints":1200},{"applicability":"all-cases","id":"patch-minimality","metric":"reference-normalized-changed-span-units","weightBasisPoints":1500},{"applicability":"all-cases","id":"resource-use","metric":"reference-normalized-deterministic-resource-units","weightBasisPoints":1300},{"applicability":"all-cases","id":"policy-scope","metric":"semantic-authority-subset","weightBasisPoints":1300}],"implementation":{"contractPath":"scripts/lib/gc_agent_scoring_contract.py","contractSha256":"140fa25fbf3b22878569a841deb52b12ed7140b60d397ab58e6bafda2b61079e","integrationTestPath":"crates/gc_cli/tests/cli_agent_benchmark_scoring.rs","integrationTestSha256":"70f8f8456d9923e9a04f7f587216f81ddbe4c7e90f41d7a58716fcff7b17c3b4","runtimePath":"scripts/lib/gc_agent_scoring.py","runtimeSha256":"62f05ec74235c9b705a140ececafc0ea147eb2867e56f6f4209d1e82aef4265b"},"kind":"genesis/agent-benchmark-scoring-v0.1","modelSpecificMetrics":{"includedInQualityScore":false,"recordedBy":"genesis/agent-benchmark-run-v0.1","separateFields":["api-cost","energy","model-latency","provider-queue-time"]},"profile":{"id":"GC-AGENT-v0.3","path":"docs/spec/GC_AGENT_PROFILE_v0.3.json","sha256":"05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8"},"qualityScaleBasisPoints":10000,"resourcePolicy":{"defaultEvaluatorStepLimit":200000,"maxCandidateBytes":1048576,"maxCandidateFiles":128,"maxFileBytes":262144,"maxGeneratedBytes":16777216,"maxGeneratedFiles":128,"maxStderrBytes":262144,"maxStdoutBytes":1048576,"maxVerificationSteps":8,"processTimeoutMs":30000,"resourceUnitFormula":"candidate-source-bytes 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+{"aggregation":{"algorithm":"weighted-applicable-floor-v0.1","formula":"floor(sum(weight * score) / sum(applicable weight))","missingCasePolicy":"fail-closed","mixedCaseAggregation":"arithmetic-mean-basis-points"},"benchmark":{"contentIdentitySha256":"65ab9987f61614f2f0ad5b6512d18e20f2fefb30aa458a1025d8e04465eea71e","id":"GC-AGENT-TASK-BENCHMARK-v0.1","path":"benchmarks/agent_tasks/v0.1/suite.json","sha256":"0f14988097766c48cf42996d138123751420030798894169e8c4e2d25b6c1aeb"},"contentIdentitySha256":"27c06e433d8044316dbaaca04e7d40a4bca8e23a960e90f55f10a2d72f0569be","dimensions":[{"applicability":"all-cases","id":"semantics","metric":"exact-verification-pass-rate","weightBasisPoints":3500},{"applicability":"task-policy-step-set","id":"obligations","metric":"exact-obligation-step-pass-rate","weightBasisPoints":1200},{"applicability":"task-policy-step-set","id":"effects","metric":"reference-equal-effect-transcript","weightBasisPoints":1200},{"applicability":"all-cases","id":"patch-minimality","metric":"reference-normalized-changed-span-units","weightBasisPoints":1500},{"applicability":"all-cases","id":"resource-use","metric":"reference-normalized-deterministic-resource-units","weightBasisPoints":1300},{"applicability":"all-cases","id":"policy-scope","metric":"semantic-authority-subset","weightBasisPoints":1300}],"implementation":{"contractPath":"scripts/lib/gc_agent_scoring_contract.py","contractSha256":"140fa25fbf3b22878569a841deb52b12ed7140b60d397ab58e6bafda2b61079e","integrationTestPath":"crates/gc_cli/tests/cli_agent_benchmark_scoring.rs","integrationTestSha256":"70f8f8456d9923e9a04f7f587216f81ddbe4c7e90f41d7a58716fcff7b17c3b4","runtimePath":"scripts/lib/gc_agent_scoring.py","runtimeSha256":"dcd11598b9394ec69600dd733da5e2c4b1456391629cb5086afb943d0d7ef822"},"kind":"genesis/agent-benchmark-scoring-v0.1","modelSpecificMetrics":{"includedInQualityScore":false,"recordedBy":"genesis/agent-benchmark-run-v0.1","separateFields":["api-cost","energy","model-latency","provider-queue-time"]},"profile":{"id":"GC-AGENT-v0.3","path":"docs/spec/GC_AGENT_PROFILE_v0.3.json","sha256":"a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae"},"qualityScaleBasisPoints":10000,"resourcePolicy":{"defaultEvaluatorStepLimit":200000,"maxCandidateBytes":1048576,"maxCandidateFiles":128,"maxFileBytes":262144,"maxGeneratedBytes":16777216,"maxGeneratedFiles":128,"maxStderrBytes":262144,"maxStdoutBytes":1048576,"maxVerificationSteps":8,"processTimeoutMs":30000,"resourceUnitFormula":"candidate-source-bytes 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verification-command-count","wallTimeInQualityScore":false},"scoringId":"GC-AGENT-BENCHMARK-SCORING-v0.1","taskPolicies":[{"effectStepIds":[],"generatedPathPrefixes":[],"obligationStepIds":[],"policyPaths":[],"taskClass":"completion"},{"effectStepIds":[],"generatedPathPrefixes":["dist/"],"obligationStepIds":["build","package"],"policyPaths":["caps.toml"],"taskClass":"deployment"},{"effectStepIds":[],"generatedPathPrefixes":[],"obligationStepIds":[],"policyPaths":[],"taskClass":"generation"},{"effectStepIds":[],"generatedPathPrefixes":[],"obligationStepIds":["typecheck"],"policyPaths":[],"taskClass":"package-migration"},{"effectStepIds":[],"generatedPathPrefixes":[],"obligationStepIds":[],"policyPaths":[],"taskClass":"performance-repair"},{"effectStepIds":["authorized-run"],"generatedPathPrefixes":["effect.gclog"],"obligationStepIds":[],"policyPaths":["caps.toml"],"taskClass":"policy-minimization"},{"effectStepIds":[],"generatedPathPrefixes":[],"obligationStepIds":[],"policyPaths":[],"taskClass":"refactor"},{"effectStepIds":[],"generatedPathPrefixes":[],"obligationStepIds":[],"policyPaths":[],"taskClass":"repair"},{"effectStepIds":["confirm-mismatch"],"generatedPathPrefixes":[],"obligationStepIds":[],"policyPaths":["caps.toml"],"taskClass":"replay-investigation"}],"validityGate":{"editableScopeRequired":true,"failureScoreBasisPoints":0,"inapplicableDimensionPasses":true,"requiredPerfectDimensions":["semantics","obligations","policy-scope"]},"version":"0.1.0"} diff --git a/docs/spec/GC_AGENT_CORE_CARD_v0.3.json b/docs/spec/GC_AGENT_CORE_CARD_v0.3.json index 40635641a..ae8093ef3 100644 --- a/docs/spec/GC_AGENT_CORE_CARD_v0.3.json +++ b/docs/spec/GC_AGENT_CORE_CARD_v0.3.json @@ -5,7 +5,7 @@ "maxAsciiBytes": 4000, "tokenUpperBound": 3960 }, - "cardSha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b", + "cardSha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e", "examples": [ { "expected": "42", @@ -45,11 +45,11 @@ } ], "kind": "genesis/gc-agent-core-card-v0.3", - "manifestIdentitySha256": "99f9aa1c0cd795d97e7c8832bfef2868adbde21ce8b9683e4139b65ed76778a1", + "manifestIdentitySha256": "77e749aefe1976affdd0fbe1f5dc3f351ac9088d35ac333edf340f8a4b58a6d7", "profileId": "GC-AGENT-v0.3", - "profileIdentitySha256": "45be98c331315d78289ff4f5567b09d462a030f8a9edad3384dbbf342516b888", + "profileIdentitySha256": "7edb579f07852427110d4547d8568d2e720b14d66c4c018456d9b9bfe3128478", "sourceIdentities": { - "docs/spec/GC_AGENT_PROFILE_v0.3.json": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8", + "docs/spec/GC_AGENT_PROFILE_v0.3.json": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae", "docs/spec/GC_AGENT_PROFILE_v0.3.schema.json": "559ffafe661d3d95696107717acb159a38c60d7735bbc940ef2ac19f18be6314", "policies/gc_agent_core_card_v0.3.json": "1d6a5caff18bd42895fdbdcddcd8b27c88cd05786918879ab1ebbc2bec30f996" }, diff --git a/docs/spec/GC_AGENT_CORE_CARD_v0.3.md b/docs/spec/GC_AGENT_CORE_CARD_v0.3.md index 1c3ecb2ec..56cb32586 100644 --- a/docs/spec/GC_AGENT_CORE_CARD_v0.3.md +++ b/docs/spec/GC_AGENT_CORE_CARD_v0.3.md @@ -27,5 +27,5 @@ Pure evaluation is deterministic. Host work requires explicit deny-by-default ef Negative examples are valid syntax that must fail at the named semantic/resource boundary. Compatibility: agentProfile=GC-AGENT-v0.3 cliEnvelope=genesis/error-v0.2 coreformProfile=genesis/coreform/v0.2 diagnostics=genesis/diagnostics-schema-v1 effectLog=genesis/effect-log/v3 genesisLock=2 gpk=2 hashProfile=genesis/hash-profile/gcv0.2-blake3 languageProfile=genesis/language-profile/v0.2 packageManifest=1 releaseTrain=0.2.0 v1ReleaseClaim=reserved-not-stable valueEffectHashProfile=genesis/value-effect-hash/v0.2 Unsupported classes: experimental-syntax host-only-operation unavailable-target nondeterministic-facility out-of-profile-capability -Authority: docs/spec/GC_AGENT_PROFILE_v0.3.json profile-sha256=45be98c331315d78289ff4f5567b09d462a030f8a9edad3384dbbf342516b888 +Authority: docs/spec/GC_AGENT_PROFILE_v0.3.json profile-sha256=7edb579f07852427110d4547d8568d2e720b14d66c4c018456d9b9bfe3128478 Verify: bash scripts/check_gc_agent_core_card.sh diff --git a/docs/spec/GC_AGENT_CORPUS_v0.1.json b/docs/spec/GC_AGENT_CORPUS_v0.1.json index f30d32e0d..72fea6a7a 100644 --- a/docs/spec/GC_AGENT_CORPUS_v0.1.json +++ b/docs/spec/GC_AGENT_CORPUS_v0.1.json @@ -1,5 +1,5 @@ { - "contentIdentitySha256": "8b64e730a7fd27fb5185ccf96c6a97b773880b1f7a6dd75428e4e3911de296cf", + "contentIdentitySha256": "38c651762e68b3b39c86935b26e155eb6eb60a78dafcf1e830081ee218b0f7e2", "corpusId": "GC-AGENT-CORPUS-v0.1", "entries": [ { @@ -49,7 +49,7 @@ { "path": "examples/agent_benchmark_reproducibility/invocation/request.json", "provenance": "genesiscode-repository-authored", - "sha256": "5166425554055480a62b9813d33ef6fb90ab42c595287dc625a5bbf3e863c112", + "sha256": "b8e94f4fc9bc7a1f29b3f1697791fdd961c109d51b9444fa4e12536052714362", "spdx": "Apache-2.0" }, { @@ -61,13 +61,13 @@ { "path": "examples/agent_benchmark_reproducibility/model-effect.gclog", "provenance": "genesiscode-repository-authored", - "sha256": "a4a18791977ea708ba49a2eab646aba8e0d26e7e0fe2ddc8a3fdf9b358b01463", + "sha256": "c8903a1563dae1e524f36e97a4214106e73af631783da046b97dc66fceb28dda", "spdx": "Apache-2.0" }, { "path": "examples/agent_benchmark_reproducibility/model_effect.gc", "provenance": "genesiscode-repository-authored", - "sha256": "99da45fc590d019cacd7823e47ff618b532f75e9155954393be19fb41c631fac", + "sha256": "f7337684b89d74cad6204bae3ec2dfec3ba246c3336c3b205ff17318ce06a63a", "spdx": "Apache-2.0" }, { @@ -97,19 +97,19 @@ { "path": "examples/agent_benchmark_reproducibility/run.json", "provenance": "genesiscode-repository-authored", - "sha256": "87d2041e1a241719a28b97ffbb4ec7682ce8449efe18b0682d4047a0afad32fd", + "sha256": "75ac32b78450d36187b92613d1ababdd5f25b92519a0249c277a7e1abfaef174", "spdx": "Apache-2.0" }, { "path": "examples/agent_benchmark_reproducibility/score.json", "provenance": "genesiscode-repository-authored", - "sha256": "cb5abc956dce057903e815ffdfdbb9ce18b7d9cbd992ef41c48be21ff4b6e385", + "sha256": "40dbbc1079ae2e6f903b4fc04e9716e334712af4c7c564fe19c8121860c28322", "spdx": "Apache-2.0" }, { "path": "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "provenance": "genesiscode-repository-authored", - "sha256": "688c70b12457a5c5b2f7820bb50b7f9a06310b9e18d6f815c4f3132c29ee0921", + "sha256": "b15444343587082862549b81606a4696762f9689c8a97389bb08055619333607", "spdx": "Apache-2.0" }, { @@ -143,7 +143,7 @@ "replay", "reproducibility" ], - "contextBytes": 103079, + "contextBytes": 103094, "level": "adversarial" }, "generator": { @@ -183,7 +183,7 @@ { "path": "docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json", "provenance": "genesiscode-repository-authored", - "sha256": "17d36eaa3c6d36624dc102d9ae0d7d318ede16768e530803e8e8d26648505d17", + "sha256": "732d2cd55a68b33588f63558e482c9862391be99b81545e4bbff2cff2fb15768", "spdx": "Apache-2.0" }, { @@ -195,7 +195,7 @@ { "path": "scripts/lib/gc_agent_scoring.py", "provenance": "genesiscode-repository-authored", - "sha256": "62f05ec74235c9b705a140ececafc0ea147eb2867e56f6f4209d1e82aef4265b", + "sha256": "dcd11598b9394ec69600dd733da5e2c4b1456391629cb5086afb943d0d7ef822", "spdx": "Apache-2.0" }, { @@ -219,7 +219,7 @@ "resource-use", "semantics" ], - "contextBytes": 87586, + "contextBytes": 90526, "level": "adversarial" }, "generator": { @@ -475,7 +475,7 @@ { "path": "benchmarks/agent_tasks/v0.1/suite.json", "provenance": "genesiscode-repository-authored", - "sha256": "6d72d7210e7382b85c595b750ca8ea272bf713b36eee4d91fda898ab31b21962", + "sha256": "0f14988097766c48cf42996d138123751420030798894169e8c4e2d25b6c1aeb", "spdx": "Apache-2.0" }, { @@ -534,7 +534,7 @@ { "path": "examples/canonical_language/v0.1/README.md", "provenance": "genesiscode-repository-authored", - "sha256": "b497cd776307445802b6d9995236b0e104d060559b7688457ac3dbb3b8864bc5", + "sha256": "c622dcc69aefb37eabbfc49d17dc07f1aa399cfea571876c986355ee0d1d1a42", "spdx": "Apache-2.0" }, { @@ -726,7 +726,7 @@ { "path": "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", "provenance": "genesiscode-repository-authored", - "sha256": "3dbc70be64079255b95ef648fb8fbbd5320bbe3cec49df5b221718f4e8f1c598", + "sha256": "1d28065435e3b0706b3ac90d31eeff6b57f262a2b610477ca635e987bea6b4ab", "spdx": "Apache-2.0" }, { @@ -750,7 +750,7 @@ { "path": "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "provenance": "genesiscode-repository-authored", - "sha256": "125db3e5701a6fe950d1355f424d85123d2a4c85fdccedfdaba50a50dd4d76a2", + "sha256": "5984129abeaa2e99785b6545b7f6dabe761a83766999fe73d394209cd2174fc7", "spdx": "Apache-2.0" }, { @@ -804,7 +804,7 @@ { "path": "examples/canonical_language/v0.1/suite.json", "provenance": "genesiscode-repository-authored", - "sha256": "a5ff4ff77584a23d7dc85e1fc74590fbdac75b6f17b857956ab5d5b0f7f4bf83", + "sha256": "131a100b5e36bca577af558fa3c44892928bbae6249cd800e0ddbefebf7535ce", "spdx": "Apache-2.0" } ], @@ -825,7 +825,7 @@ "sealed-errors", "tests" ], - "contextBytes": 47013, + "contextBytes": 48157, "level": "advanced" }, "generator": { @@ -1000,7 +1000,7 @@ { "path": "benchmarks/genesisbench/v0.1/construct-validity/report.json", "provenance": "genesiscode-repository-authored", - "sha256": "61181226b11fb65f0132c230392496bbfce88de8f6babcfd6bf76d50e13161ee", + "sha256": "467188437b634d98b3338530c22e41eaa9c2b28fbe1357db69f22cafe43c6ff6", "spdx": "Apache-2.0" }, { @@ -1113,19 +1113,19 @@ { "path": "benchmarks/genesisbench/v0.1/contamination.fixture.json", "provenance": "genesiscode-repository-authored", - "sha256": "260c63e85eab11f27c43bc7642ff9471eab5c2aa6629495aee369f7ed2a7e816", + "sha256": "b5ff2316ada483567d4e52e62fd1f1625a4ad088acdf889a6739ee5b2f14e68d", "spdx": "Apache-2.0" }, { "path": "benchmarks/genesisbench/v0.1/eligibility.fixture.json", "provenance": "genesiscode-repository-authored", - "sha256": "0e913416894079f1b4390798b67936c4db28ee2d3467e65a7113d5e831b91648", + "sha256": "0bd830fd64f24403f58981b76e8b857e08406454cb4238994fcc7195d43da251", "spdx": "Apache-2.0" }, { "path": "benchmarks/genesisbench/v0.1/reference-agent/plan.fixture.json", "provenance": "genesiscode-repository-authored", - "sha256": "5a150d88d9cbd22fdb290579ad1103848369cbd3fecc7bc7155fcafcc2333ad2", + "sha256": "de1f3bdf285ca808afc1de8e6e7c2b953c613b6a985410b4ee76e52275a3ce00", "spdx": "Apache-2.0" }, { @@ -1143,13 +1143,13 @@ { "path": "benchmarks/genesisbench/v0.1/reference-agent/trace.fixture.json", "provenance": "genesiscode-repository-authored", - "sha256": "7dab32447adbbbd64b8087f2cdf8a609e3728415902d494ee982848a938a8ea6", + "sha256": "e5a98e3bf8680f171b04859765d644b7b879da6a032d6b4f0dde7f8db74d52ef", "spdx": "Apache-2.0" }, { "path": "crates/gc_cli/tests/cli_agent_index.rs", "provenance": "genesiscode-repository-authored", - "sha256": "ed1b73f80d8990370d90f4a6f446640e3e6f59804509635db8f8880231e56a50", + "sha256": "3993e2fc593974635bd38e8cf1b7bd8b279dd51d602e396a1d976e87ccd69678", "spdx": "Apache-2.0" }, { @@ -1239,7 +1239,7 @@ { "path": "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "provenance": "genesiscode-repository-authored", - "sha256": "fcb81edbeaed07751d1aca5a47eb47532ce7de9b3d12c2992481b77880a92be4", + "sha256": "797c1dcd6ef3bb1efbf4ae4454d4725c61ee7f7656d4c87c6b94d97bf0426285", "spdx": "Apache-2.0" }, { @@ -1251,7 +1251,7 @@ { "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "provenance": "genesiscode-repository-authored", - "sha256": "bc7e5c3fd64bd1473f885d22f4d863e47e9c7666683b2cd4e8184d0491b7f961", + "sha256": "4bbcd744a9926507a7a863b882f70f0dd9c1d269f0ab4409a576af60a2e0e0ce", "spdx": "Apache-2.0" }, { @@ -1269,7 +1269,7 @@ { "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", "provenance": "genesiscode-repository-authored", - "sha256": "43815c427fdf8b1122c2683cbcbaccd3edf309b4c7778b871f5de95d56c97da8", + "sha256": "da7ad15db7d4e81e1c3d99049ed1a6caff7d3c1f16d90e4ee3da00500a747f54", "spdx": "Apache-2.0" }, { @@ -1387,7 +1387,7 @@ "replay-without-reinvocation", "self-hostable-benchmark" ], - "contextBytes": 749420, + "contextBytes": 749796, "level": "adversarial" }, "generator": { @@ -1566,7 +1566,7 @@ "profile": { "id": "GC-AGENT-v0.3", "path": "docs/spec/GC_AGENT_PROFILE_v0.3.json", - "sha256": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8" + "sha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae" }, "sourcePolicy": { "provenanceKinds": [ diff --git a/docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json b/docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json index 1f27360aa..8a055525b 100644 --- a/docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json +++ b/docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json @@ -55,7 +55,7 @@ "unknown" ] }, - "contentIdentitySha256": "52b3479f985debc79617a6298fd46bc31f66cb7e39cf6011ac8d575fd44765f4", + "contentIdentitySha256": "6b11924ec66b9e519b80e788e8cfa598a4cb18260fcd68e5a2f218cd1e86e7bd", "disclosures": [], "epochs": [ { @@ -121,7 +121,7 @@ "profile": { "id": "GC-AGENT-v0.3", "path": "docs/spec/GC_AGENT_PROFILE_v0.3.json", - "sha256": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8" + "sha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae" }, "replacementEpochId": "epoch-2026-07-b", "retiredOn": "2026-07-15", @@ -1692,7 +1692,7 @@ "profile": { "id": "GC-AGENT-v0.3", "path": "docs/spec/GC_AGENT_PROFILE_v0.3.json", - "sha256": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8" + "sha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae" }, "replacementEpochId": null, "retiredOn": null, diff --git a/docs/spec/GC_AGENT_PROFILE_v0.3.json b/docs/spec/GC_AGENT_PROFILE_v0.3.json index 25d5789a8..8128f6c6c 100644 --- a/docs/spec/GC_AGENT_PROFILE_v0.3.json +++ b/docs/spec/GC_AGENT_PROFILE_v0.3.json @@ -279,16 +279,27 @@ "HASH_DOMAIN_PREFIX" ], "path": "crates/gc_coreform/src/term.rs" + }, + { + "anchors": [ + "pub fn validate_symbol_name", + "pub fn validate_canonical_term", + "pub fn hash_term_checked" + ], + "path": "crates/gc_coreform/src/admission.rs" } ], "conformanceChecks": [ "scripts/check_version_surfaces.sh", - "crates/gc_cli/tests/gc_agent_profile_v03.rs" + "crates/gc_cli/tests/gc_agent_profile_v03.rs", + "crates/gc_coreform/src/admission.rs", + "crates/gc_effects/tests/coreform_canonical_admission.rs" ], "id": "coreform-mapping", "invariants": [ "Source atoms and collections map to the nine canonical Term variants.", "Lists are proper Pair/Nil chains and maps use deterministic structural key ordering.", + "Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities.", "Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation." ], "limitations": [ @@ -420,6 +431,14 @@ "capability-base-relative-no-host-prefix" ], "path": "docs/spec/TEXT_PATH_PROFILE_v0.1.json" + }, + { + "anchors": [ + "gc_coreform::validate_symbol_name(s)", + "\"sym/from-str invalid symbol text\"", + "if out_len != 0" + ], + "path": "crates/gc_kernel/src/eval_prims/text_bytes.rs" } ], "conformanceChecks": [ @@ -434,7 +453,8 @@ "Int is signed arbitrary precision; int/div and int/mod use Euclidean division with 0 <= remainder < abs(divisor), and a zero divisor returns a trusted sealed core/numeric-error.", "Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error.", "Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit.", - "Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless." + "Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless.", + "sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain." ], "limitations": [ "CompiledClosure and NativeFn are implementation values, not forgeable source literals; SealToken and Sealed cannot be serialized as ordinary data.", @@ -622,17 +642,27 @@ "Every performed effect appends a deterministic log entry" ], "path": "docs/spec/SEALS_DISPATCH_REPLAY.md" + }, + { + "anchors": [ + "pub(super) fn unseal_effect_request", + "gc_coreform::validate_canonical_term(&r.payload)", + "EffectsError::BadPayload" + ], + "path": "crates/gc_effects/src/runner_response_budget.rs" } ], "conformanceChecks": [ "scripts/check_host_abi_conformance.sh", - "scripts/check_evidence_adversarial_matrix.sh" + "scripts/check_evidence_adversarial_matrix.sh", + "crates/gc_effects/tests/coreform_canonical_admission.rs" ], "id": "effects", "invariants": [ "Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation.", "The host runner denies every operation absent from caps.toml and records deterministic replay facts.", - "Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch." + "Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch.", + "Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect." ], "limitations": [ "Operation availability is selected by the host capability index and caps.toml; profile membership never grants a capability." @@ -894,21 +924,25 @@ ], "kind": "genesis/gc-agent-profile-v0.3", "profileId": "GC-AGENT-v0.3", - "profileIdentitySha256": "45be98c331315d78289ff4f5567b09d462a030f8a9edad3384dbbf342516b888", + "profileIdentitySha256": "7edb579f07852427110d4547d8568d2e720b14d66c4c018456d9b9bfe3128478", "sourceIdentities": { "crates/gc_cli/tests/gc_agent_profile_v03.rs": "04716e0603e8eace128099de6c5b479df40c43f8dbc96a9b238fab89641c99c3", "crates/gc_cli_driver/src/diagnostics.rs": "57f4f8b7e9057a81c5f641ea8c3a96f3668c0f6935e4b5613637483903802307", + "crates/gc_coreform/src/admission.rs": "f758d95ed873cb4da4188f78898e3319da868c700a77403de223a20f56e10057", "crates/gc_coreform/src/fixed_decimal.rs": "be55956b0a833485f7cdda109abf1d6ff71359440616fd4f41249bb45a4032ba", - "crates/gc_coreform/src/parse.rs": "3dccaa205943c8f4cdfbcc9ea50b4a34336737171c5a6d054a8944ae4d58c439", - "crates/gc_coreform/src/term.rs": "8d6cd05c43f203e0f653e801e4702df1ae07bb7307ca5d6db6b0ce3d37858c26", + "crates/gc_coreform/src/parse.rs": "ee0e3093551788acf6894c2fccbabf9749f6071904d74ebc3fc38d0882312576", + "crates/gc_coreform/src/term.rs": "07e8b5cd68bf27305e70df0e4e7261c552338b36ccc316522e1d82eb38db9f75", "crates/gc_effects/src/policy.rs": "df1bf515c29fd078b88908f98c300580a81c4948626cc162ce25b9bec4b3c7c5", + "crates/gc_effects/src/runner_response_budget.rs": "48032cb18a0e6a9927d51357fe04eb9293ccf7c517b2c38674a60c362b983a0e", + "crates/gc_effects/tests/coreform_canonical_admission.rs": "e2ca1e477c385295f96fc5b6347bd633588917c4933d2e853dc424a0e5fe1aaf", "crates/gc_kernel/src/error.rs": "2809950c07c0c53101de67031a153c05f23012736a8a5f46ae83e7a7f6180d01", "crates/gc_kernel/src/eval.rs": "07b7709f054c8196910713cb7058e792543f4330690ef083ee1f0d683ee8032d", "crates/gc_kernel/src/eval_forms.rs": "4d353e8b66f09bb819784e7798a2ba897f25e51087a1ceac79bfbc36b1dba8a1", "crates/gc_kernel/src/eval_prims.rs": "fb4dff87bb458558f0233c028c315b651fa315ddc90af32490056ddd64046ef6", "crates/gc_kernel/src/eval_prims/int_div.rs": "ba69c937f1332eb21779bca731469d907382d5b07ef0dbb2c10cf6eb0c426bf7", + "crates/gc_kernel/src/eval_prims/text_bytes.rs": "9fac60d1b6a3bada8a7b8e39bb94355980b80fb9b982eb6079876fec3bb84aba", "crates/gc_kernel/src/eval_treewalk.rs": "7d908d1172673e1204d52adb9ccf77d7cd5407a28168570ac09cbfb9a9e30d0f", - "crates/gc_kernel/src/tests.rs": "5dd509510d984331a9dc6e65e67e2abeb6dc0f1a1861eed313437108d0224a8e", + "crates/gc_kernel/src/tests.rs": "7a6b00444d5b6b38bae829b06a4f6df91867e10ef485df9a3b688af008e8b532", "crates/gc_kernel/src/value.rs": "e92c047d5a64a3adf4a5c50fe0960c4f33e3bb7d8fb6084bd7e5a75cd968d5e3", "crates/gc_pkg/src/manifest.rs": "d60e84b07dcfc18246bf8587203aa75bf2426dc8ee58262ea7718021e4be3792", "crates/gc_prelude/src/lib.rs": "df796d65a584c49d23fa5b00ab72f4158cc20bcf1c2eeb8e85c8ff3ed7910fb4", @@ -919,14 +953,14 @@ "docs/spec/MODULE_SCOPE.md": "19dd45f791609e244ab1a798c360bb3036ed6aa9e3fa123eeefc7121b43ff788", "docs/spec/NUMERIC_PROFILE_v0.1.json": "a1e998667d9d7669740c62a0de2a56320c233f73d5263697d9bba8019ddbc8dc", "docs/spec/PACKAGE_TOML.md": "518fd5bda289d3e9f88a5a9b6e5ae73185ecae6ac9fe08f8fdb158bf4b7c0c88", - "docs/spec/SEALS_DISPATCH_REPLAY.md": "246d800fea0d0f07ec2d46e56b3a442484c1c8f97abd0d4cb8fd2c97ecf2627f", + "docs/spec/SEALS_DISPATCH_REPLAY.md": 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resolves to one versioned genesis/diagnostic/v1 record with phase, span contract, structured parameters, causes, safe repairs, documentation, and source authorities; unknown codes fail closed."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["genesis/error-v0.2","genesis/diagnostics-schema-v1"],"domains":["errors"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Identifier","id":"usage-template","source":"stable profile identifier: Type"}],"profileStatus":"core","signature":{"kind":"identifier","notation":"stable profile identifier: Type","parameters":[],"returns":"Identifier"},"sources":[{"anchors":["pub enum 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classes.","Every emitted CLI code resolves to one versioned genesis/diagnostic/v1 record with phase, span contract, structured parameters, causes, safe repairs, documentation, and source authorities; unknown codes fail closed."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["genesis/error-v0.2","genesis/diagnostics-schema-v1"],"domains":["errors"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Identifier","id":"usage-template","source":"stable profile identifier: UNHANDLED"}],"profileStatus":"core","signature":{"kind":"identifier","notation":"stable profile identifier: UNHANDLED","parameters":[],"returns":"Identifier"},"sources":[{"anchors":["pub enum 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prim_int_div_mod_values","\"int/div\"","\"int/mod\""],"path":"crates/gc_kernel/src/eval_prims/int_div.rs"},{"anchors":["pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096","pub fn from_unscaled","pub fn parse","pub fn mul"],"path":"crates/gc_coreform/src/fixed_decimal.rs"},{"anchors":["genesis/numeric-profile-v0.1","euclidean","core/numeric-error","\"maxScale\": 4096","No Core float"],"path":"docs/spec/NUMERIC_PROFILE_v0.1.json"},{"anchors":["genesis/text-path-profile-v0.1","\"version\": \"17.0.0\"","exact-utf8-scalar-sequence-no-implicit-normalization","core/text-range-error","capability-base-relative-no-host-prefix"],"path":"docs/spec/TEXT_PATH_PROFILE_v0.1.json"}],"symbol":"Vector"},{"capabilities":[],"contracts":["The default kernel step limit is 50000000; package limits may only tighten effective limits unless allow_unlimited is explicitly true.","Kernel memory limits are deterministic semantic counters rather than host RSS estimates; allocation/live units follow the normative 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expressions."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["BadForm","Unbound","NotCallable","StepLimit","MemoryLimit"],"domains":["evaluation"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"StepLimit","id":"step-limit","source":"(begin 1 2 3 4)"}],"profileStatus":"core","signature":{"kind":"form","notation":"(begin expression...) -> Value; evaluates left-to-right","parameters":[],"returns":"Value; evaluates left-to-right"},"sources":[{"anchors":["Special forms keyed by head symbol","\"quote\" =>","\"fn\" =>","\"if\" =>","\"begin\" =>","\"let\" =>","\"prim\" =>","\"seal\" =>","\"unseal\" =>"],"path":"crates/gc_kernel/src/eval_treewalk.rs"},{"anchors":["pub(super) fn eval_module","parse_def","Desugar multi-arg lambda into nested unary closures"],"path":"crates/gc_kernel/src/eval_forms.rs"}],"symbol":"begin"},{"capabilities":[],"contracts":["Current writers emit package schema 1 and genesis.lock version 2; future versions fail closed.","Module, dependency, and capability paths are relative, slash-separated, non-empty, and contain no dot or parent components.","Module/dependency hashes and obligations are verified before package acceptance."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["manifest/invalid","obligation/failed"],"domains":["packages"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"ConfiguredValue","id":"usage-template","source":"reviewed manifest/policy field: budgets"}],"profileStatus":"core","signature":{"kind":"policy-field","notation":"reviewed manifest/policy field: budgets","parameters":[],"returns":"ConfiguredValue"},"sources":[{"anchors":["PACKAGE_MANIFEST_SCHEMA_VERSION","pub struct PackageManifest","validate_manifest_paths"],"path":"crates/gc_pkg/src/manifest.rs"},{"anchors":["Required Keys","Package evaluation limits are enforced"],"path":"docs/spec/PACKAGE_TOML.md"}],"symbol":"budgets"},{"capabilities":[],"contracts":["Whitespace is space, tab, LF, or CR; semicolon comments end at LF.","Integers are base-10 with an optional leading minus and arbitrary source precision.","Strings and bytes support backslash, quote, n, r, t, xNN, and uNNNN escapes.","A leading quote desugars exactly to (quote datum); colon-prefixed keywords remain symbols."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["BadForm"],"domains":["lexical-grammar"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"CoreForm","id":"usage-template","source":"reader-form bytes -> CoreForm"}],"profileStatus":"core","signature":{"kind":"literal","notation":"reader-form bytes -> CoreForm","parameters":[],"returns":"CoreForm"},"sources":[{"anchors":["enum Tok","comment: ';' to end of line","bytes literal: 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sealed core/numeric-error.","Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error.","Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit.","Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["BadForm","Type","MemoryLimit"],"domains":["values"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Bytes","id":"usage-template","source":"(prim bytes/from-hex arg1:Str) -> Bytes"}],"profileStatus":"core","signature":{"kind":"callable","notation":"(prim bytes/from-hex arg1:Str) -> Bytes","parameters":["Str"],"returns":"Bytes"},"sources":[{"anchors":["pub enum 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explain reports the same dispatch path without broadening capability policy.","Messages are canonical op/payload data created and inspected through core/msg bindings."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["Type","UNHANDLED","ERROR"],"domains":["contracts"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Message","id":"usage-template","source":"(core/msg::make arg1:Symbol arg2:Data) -> Message"}],"profileStatus":"core","signature":{"kind":"callable","notation":"(core/msg::make arg1:Symbol arg2:Data) -> Message","parameters":["Symbol","Data"],"returns":"Message"},"sources":[{"anchors":["core/contract::make","core/contract::extend","core/contract::dispatch","core/contract::explain","core/contract::genesis"],"path":"crates/gc_prelude/src/prelude.rs"},{"anchors":["pub struct Contract","shape_id","contract_id"],"path":"crates/gc_kernel/src/value.rs"}],"symbol":"core/msg::make"},{"capabilities":[],"contracts":["Dispatch calls the current handler and follows proto only for the trusted sealed UNHANDLED result.","Contract shape and identity are deterministic; 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explain reports the same dispatch path without broadening capability policy.","Messages are canonical op/payload data created and inspected through core/msg bindings."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["Type","UNHANDLED","ERROR"],"domains":["contracts"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Data","id":"usage-template","source":"(core/msg::payload arg1:Message) -> Data"}],"profileStatus":"core","signature":{"kind":"callable","notation":"(core/msg::payload arg1:Message) -> Data","parameters":["Message"],"returns":"Data"},"sources":[{"anchors":["core/contract::make","core/contract::extend","core/contract::dispatch","core/contract::explain","core/contract::genesis"],"path":"crates/gc_prelude/src/prelude.rs"},{"anchors":["pub struct Contract","shape_id","contract_id"],"path":"crates/gc_kernel/src/value.rs"}],"symbol":"core/msg::payload"},{"capabilities":[],"contracts":["User-visible immutable data is represented by canonical CoreForm or persistent vectors/maps.","Closures, seals, native functions, contracts, and effect programs are opaque runtime values with stable hashing rules.","Primitive names are an exact allowlist; an unknown primitive is an error.","Int is signed arbitrary precision; int/div and int/mod use Euclidean division with 0 <= remainder < abs(divisor), and a zero divisor returns a trusted sealed core/numeric-error.","Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error.","Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit.","Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless.","sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. 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Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["BadForm","Type","MemoryLimit"],"domains":["values"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Value|Nil","id":"usage-template","source":"(prim vec/get arg1:Vector arg2:Int) -> Value|Nil"}],"profileStatus":"core","signature":{"kind":"callable","notation":"(prim vec/get arg1:Vector arg2:Int) -> Value|Nil","parameters":["Vector","Int"],"returns":"Value|Nil"},"sources":[{"anchors":["pub enum Value","CompiledClosure","SealToken","EffectProgram","EffectRequest"],"path":"crates/gc_kernel/src/value.rs"},{"anchors":["\"int/add\"","\"vec/get\"","\"map/put\"","\"crypto/blake3\""],"path":"crates/gc_kernel/src/eval_prims.rs"},{"anchors":["pub(super) fn prim_int_div_mod","pub(super) fn prim_int_div_mod_values","\"int/div\"","\"int/mod\""],"path":"crates/gc_kernel/src/eval_prims/int_div.rs"},{"anchors":["pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096","pub fn from_unscaled","pub fn parse","pub fn mul"],"path":"crates/gc_coreform/src/fixed_decimal.rs"},{"anchors":["genesis/numeric-profile-v0.1","euclidean","core/numeric-error","\"maxScale\": 4096","No Core float"],"path":"docs/spec/NUMERIC_PROFILE_v0.1.json"},{"anchors":["genesis/text-path-profile-v0.1","\"version\": \"17.0.0\"","exact-utf8-scalar-sequence-no-implicit-normalization","core/text-range-error","capability-base-relative-no-host-prefix"],"path":"docs/spec/TEXT_PATH_PROFILE_v0.1.json"},{"anchors":["gc_coreform::validate_symbol_name(s)","\"sym/from-str invalid symbol text\"","if out_len != 0"],"path":"crates/gc_kernel/src/eval_prims/text_bytes.rs"}],"symbol":"vec/get"},{"capabilities":[],"contracts":["User-visible immutable data is represented by canonical CoreForm or persistent vectors/maps.","Closures, seals, native functions, contracts, and effect programs are opaque runtime values with stable hashing rules.","Primitive names are an exact allowlist; an unknown primitive is an error.","Int is signed arbitrary precision; int/div and int/mod use Euclidean division with 0 <= remainder < abs(divisor), and a zero divisor returns a trusted sealed core/numeric-error.","Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error.","Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit.","Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless.","sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["BadForm","Type","MemoryLimit"],"domains":["values"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Int","id":"usage-template","source":"(prim vec/len arg1:Vector) -> Int"}],"profileStatus":"core","signature":{"kind":"callable","notation":"(prim vec/len arg1:Vector) -> Int","parameters":["Vector"],"returns":"Int"},"sources":[{"anchors":["pub enum Value","CompiledClosure","SealToken","EffectProgram","EffectRequest"],"path":"crates/gc_kernel/src/value.rs"},{"anchors":["\"int/add\"","\"vec/get\"","\"map/put\"","\"crypto/blake3\""],"path":"crates/gc_kernel/src/eval_prims.rs"},{"anchors":["pub(super) fn prim_int_div_mod","pub(super) fn prim_int_div_mod_values","\"int/div\"","\"int/mod\""],"path":"crates/gc_kernel/src/eval_prims/int_div.rs"},{"anchors":["pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096","pub fn from_unscaled","pub fn parse","pub fn mul"],"path":"crates/gc_coreform/src/fixed_decimal.rs"},{"anchors":["genesis/numeric-profile-v0.1","euclidean","core/numeric-error","\"maxScale\": 4096","No Core float"],"path":"docs/spec/NUMERIC_PROFILE_v0.1.json"},{"anchors":["genesis/text-path-profile-v0.1","\"version\": \"17.0.0\"","exact-utf8-scalar-sequence-no-implicit-normalization","core/text-range-error","capability-base-relative-no-host-prefix"],"path":"docs/spec/TEXT_PATH_PROFILE_v0.1.json"},{"anchors":["gc_coreform::validate_symbol_name(s)","\"sym/from-str invalid symbol text\"","if out_len != 0"],"path":"crates/gc_kernel/src/eval_prims/text_bytes.rs"}],"symbol":"vec/len"},{"capabilities":[],"contracts":["User-visible immutable data is represented by canonical CoreForm or persistent vectors/maps.","Closures, seals, native functions, contracts, and effect programs are opaque runtime values with stable hashing rules.","Primitive names are an exact allowlist; an unknown primitive is an error.","Int is signed arbitrary precision; int/div and int/mod use Euclidean division with 0 <= remainder < abs(divisor), and a zero divisor returns a trusted sealed core/numeric-error.","Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error.","Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit.","Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless.","sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["BadForm","Type","MemoryLimit"],"domains":["values"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Vector","id":"usage-template","source":"(prim vec/push arg1:Vector arg2:Value) -> Vector"}],"profileStatus":"core","signature":{"kind":"callable","notation":"(prim vec/push arg1:Vector arg2:Value) -> Vector","parameters":["Vector","Value"],"returns":"Vector"},"sources":[{"anchors":["pub enum Value","CompiledClosure","SealToken","EffectProgram","EffectRequest"],"path":"crates/gc_kernel/src/value.rs"},{"anchors":["\"int/add\"","\"vec/get\"","\"map/put\"","\"crypto/blake3\""],"path":"crates/gc_kernel/src/eval_prims.rs"},{"anchors":["pub(super) fn prim_int_div_mod","pub(super) fn prim_int_div_mod_values","\"int/div\"","\"int/mod\""],"path":"crates/gc_kernel/src/eval_prims/int_div.rs"},{"anchors":["pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096","pub fn from_unscaled","pub fn parse","pub fn mul"],"path":"crates/gc_coreform/src/fixed_decimal.rs"},{"anchors":["genesis/numeric-profile-v0.1","euclidean","core/numeric-error","\"maxScale\": 4096","No Core float"],"path":"docs/spec/NUMERIC_PROFILE_v0.1.json"},{"anchors":["genesis/text-path-profile-v0.1","\"version\": \"17.0.0\"","exact-utf8-scalar-sequence-no-implicit-normalization","core/text-range-error","capability-base-relative-no-host-prefix"],"path":"docs/spec/TEXT_PATH_PROFILE_v0.1.json"},{"anchors":["gc_coreform::validate_symbol_name(s)","\"sym/from-str invalid symbol text\"","if out_len != 0"],"path":"crates/gc_kernel/src/eval_prims/text_bytes.rs"}],"symbol":"vec/push"},{"capabilities":[],"contracts":["User-visible immutable data is represented by canonical CoreForm or persistent vectors/maps.","Closures, seals, native functions, contracts, and effect programs are opaque runtime values with stable hashing rules.","Primitive names are an exact allowlist; an unknown primitive is an error.","Int is signed arbitrary precision; int/div and int/mod use Euclidean division with 0 <= remainder < abs(divisor), and a zero divisor returns a trusted sealed core/numeric-error.","Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error.","Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit.","Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless.","sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["BadForm","Type","MemoryLimit"],"domains":["values"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"Vector","id":"usage-template","source":"(prim vec/set arg1:Vector arg2:Int arg3:Value) -> Vector"}],"profileStatus":"core","signature":{"kind":"callable","notation":"(prim vec/set arg1:Vector arg2:Int arg3:Value) -> Vector","parameters":["Vector","Int","Value"],"returns":"Vector"},"sources":[{"anchors":["pub enum Value","CompiledClosure","SealToken","EffectProgram","EffectRequest"],"path":"crates/gc_kernel/src/value.rs"},{"anchors":["\"int/add\"","\"vec/get\"","\"map/put\"","\"crypto/blake3\""],"path":"crates/gc_kernel/src/eval_prims.rs"},{"anchors":["pub(super) fn prim_int_div_mod","pub(super) fn prim_int_div_mod_values","\"int/div\"","\"int/mod\""],"path":"crates/gc_kernel/src/eval_prims/int_div.rs"},{"anchors":["pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096","pub fn from_unscaled","pub fn parse","pub fn mul"],"path":"crates/gc_coreform/src/fixed_decimal.rs"},{"anchors":["genesis/numeric-profile-v0.1","euclidean","core/numeric-error","\"maxScale\": 4096","No Core float"],"path":"docs/spec/NUMERIC_PROFILE_v0.1.json"},{"anchors":["genesis/text-path-profile-v0.1","\"version\": \"17.0.0\"","exact-utf8-scalar-sequence-no-implicit-normalization","core/text-range-error","capability-base-relative-no-host-prefix"],"path":"docs/spec/TEXT_PATH_PROFILE_v0.1.json"},{"anchors":["gc_coreform::validate_symbol_name(s)","\"sym/from-str invalid symbol text\"","if out_len != 0"],"path":"crates/gc_kernel/src/eval_prims/text_bytes.rs"}],"symbol":"vec/set"},{"capabilities":[],"contracts":["Whitespace is space, tab, LF, or CR; semicolon comments end at LF.","Integers are base-10 with an optional leading minus and arbitrary source precision.","Strings and bytes support backslash, quote, n, r, t, xNN, and uNNNN escapes.","A leading quote desugars exactly to (quote datum); colon-prefixed keywords remain symbols."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["BadForm"],"domains":["lexical-grammar"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"CoreForm","id":"usage-template","source":"reader-form vector -> CoreForm"}],"profileStatus":"core","signature":{"kind":"literal","notation":"reader-form vector -> CoreForm","parameters":[],"returns":"CoreForm"},"sources":[{"anchors":["enum Tok","comment: ';' to end of line","bytes literal: b\"...\"","Tok::Quote"],"path":"crates/gc_coreform/src/parse.rs"}],"symbol":"vector"},{"capabilities":[],"contracts":["Current writers emit package schema 1 and genesis.lock version 2; future versions fail closed.","Module, dependency, and capability paths are relative, slash-separated, non-empty, and contain no dot or parent components.","Module/dependency hashes and obligations are verified before package acceptance."],"deprecation":{"removal":null,"replacement":null,"since":null,"status":"active"},"diagnostics":["manifest/invalid","obligation/failed"],"domains":["packages"],"effects":["pure; no ambient host effect"],"examples":[{"expected":"accept","id":"package-schema-1","source":"schema = 1\nname = \"agent-profile\"\nversion = \"0.0.0\"\nmodules = []\ndependencies = []\nobligations = []\n[limits]\nstep_limit = 1000\nallow_unlimited = false\n"},{"expected":"reject","id":"package-future-schema","source":"schema = 2\nname = \"agent-profile\"\nversion = \"0.0.0\"\nmodules = []\ndependencies = []\nobligations = []\n"},{"expected":"reject","id":"package-path-escape","source":"schema = 1\nname = \"agent-profile\"\nversion = \"0.0.0\"\ndependencies = []\nobligations = []\n[[modules]]\npath = \"../escape.gc\"\n"}],"profileStatus":"core","signature":{"kind":"policy-field","notation":"reviewed manifest/policy field: version","parameters":[],"returns":"ConfiguredValue"},"sources":[{"anchors":["PACKAGE_MANIFEST_SCHEMA_VERSION","pub struct PackageManifest","validate_manifest_paths"],"path":"crates/gc_pkg/src/manifest.rs"},{"anchors":["Required Keys","Package evaluation limits are enforced"],"path":"docs/spec/PACKAGE_TOML.md"}],"symbol":"version"}],"unsupportedBehaviorCount":14,"unsupportedBehaviorIdentitySha256":"e5570af19c37adc8cee2fd55609be4efd516fd5bef5e2a55130b96a546c0668b","unsupportedClasses":["experimental-syntax","host-only-operation","unavailable-target","nondeterministic-facility","out-of-profile-capability"],"version":"0.3"} diff --git a/docs/spec/GC_AGENT_TASK_CARDS_v0.3.json b/docs/spec/GC_AGENT_TASK_CARDS_v0.3.json index 6542d4aee..63a81fc87 100644 --- a/docs/spec/GC_AGENT_TASK_CARDS_v0.3.json +++ b/docs/spec/GC_AGENT_TASK_CARDS_v0.3.json @@ -8,8 +8,8 @@ "cards": [ { "byteCount": 746, - "cardSha256": "f8368a86df9e71e2cca2f11bb96140c12c85bbc256e8dab5acba192ec09b0191", - "content": "## Capabilities and effects\n\nCard: capability | Profile: GC-AGENT-v0.3 | Source: sha256:90a2283193bd02fe1de9c2623e3d90868263e5517c52519cd6887f98aa4f41e0\n\n- Declare the minimum operation set and explicit caps allowlist before execution.\n- Treat profile membership as syntax/semantic availability, never capability authority.\n- Bound operation, payload, response, timeout, and log resources; reject undeclared effects.\n- Require run/replay equivalence for every effectful workflow.\n\nCommands:\n- `genesis --json agent-index`\n- `genesis run program.gc --caps caps.toml --log run.gclog`\n- `genesis replay program.gc --log run.gclog`\n\nAuthorities: docs/spec/SEALS_DISPATCH_REPLAY.md, crates/gc_effects/src/policy.rs, docs/spec/HOST_ABI_INDEX_v0.1.json\n", + "cardSha256": "406b4f4c651558d0f1b20b1d6847179e5ff627324e89ea7e32c3b39afc62bfe5", + "content": "## Capabilities and effects\n\nCard: capability | Profile: GC-AGENT-v0.3 | Source: sha256:e03ae60c4b860ea0a6e4eb74bcf9349c66bdbebeec80505b11d3e7c563e9287a\n\n- Declare the minimum operation set and explicit caps allowlist before execution.\n- Treat profile membership as syntax/semantic availability, never capability authority.\n- Bound operation, payload, response, timeout, and log resources; reject undeclared effects.\n- Require run/replay equivalence for every effectful workflow.\n\nCommands:\n- `genesis --json agent-index`\n- `genesis run program.gc --caps caps.toml --log run.gclog`\n- `genesis replay program.gc --log run.gclog`\n\nAuthorities: docs/spec/SEALS_DISPATCH_REPLAY.md, crates/gc_effects/src/policy.rs, docs/spec/HOST_ABI_INDEX_v0.1.json\n", "id": "capability", "maxAsciiBytes": 1400, "selectors": { @@ -53,14 +53,14 @@ "xr" ] }, - "sourceHashSha256": "90a2283193bd02fe1de9c2623e3d90868263e5517c52519cd6887f98aa4f41e0", + "sourceHashSha256": "e03ae60c4b860ea0a6e4eb74bcf9349c66bdbebeec80505b11d3e7c563e9287a", "title": "Capabilities and effects", "tokenUpperBound": 746 }, { "byteCount": 719, - "cardSha256": "5f12b5eb7ba3e8efaf7f1dc51b435ff2781541304f7a331b91cccd8776a883e2", - "content": "## Packages and dependency closure\n\nCard: package | Profile: GC-AGENT-v0.3 | Source: sha256:2d535f075456f950b01e273ca8bf6e2c5905661879b26ca8293a0a5fdb7613f3\n\n- Use package schema 1 and repository-relative, non-escaping module paths.\n- Pin dependency resolution in genesis.lock v2; never infer or float release inputs.\n- Declare obligations, capabilities, limits, and budgets in reviewed package inputs.\n- Verify hashes and evidence before publish, import, install, or deployment.\n\nCommands:\n- `genesis gcpm lock --pkg package.toml`\n- `genesis gcpm test --pkg package.toml`\n- `genesis verify --pkg package.toml`\n\nAuthorities: docs/spec/PACKAGE_TOML.md, crates/gc_pkg/src/manifest.rs, docs/spec/GCPM_JSON_SCHEMAS_v0.1.md\n", + "cardSha256": "63fc196c0ab7bc09a49b91cf57fb2bd65d2e0dd428de4abe9759967dfb70ae12", + "content": "## Packages and dependency closure\n\nCard: package | Profile: GC-AGENT-v0.3 | Source: sha256:aa409c42324a4138b384bb3b38bb59aec2ee02d3f1495e2308703ff370c88f6b\n\n- Use package schema 1 and repository-relative, non-escaping module paths.\n- Pin dependency resolution in genesis.lock v2; never infer or float release inputs.\n- Declare obligations, capabilities, limits, and budgets in reviewed package inputs.\n- Verify hashes and evidence before publish, import, install, or deployment.\n\nCommands:\n- `genesis gcpm lock --pkg package.toml`\n- `genesis gcpm test --pkg package.toml`\n- `genesis verify --pkg package.toml`\n\nAuthorities: docs/spec/PACKAGE_TOML.md, crates/gc_pkg/src/manifest.rs, docs/spec/GCPM_JSON_SCHEMAS_v0.1.md\n", "id": "package", "maxAsciiBytes": 1400, "selectors": { @@ -88,14 +88,14 @@ "registry" ] }, - "sourceHashSha256": "2d535f075456f950b01e273ca8bf6e2c5905661879b26ca8293a0a5fdb7613f3", + "sourceHashSha256": "aa409c42324a4138b384bb3b38bb59aec2ee02d3f1495e2308703ff370c88f6b", "title": "Packages and dependency closure", "tokenUpperBound": 719 }, { "byteCount": 1211, - "cardSha256": "cc531ad01e427d66eeeea536a84c14b4996ae153ca0be5a80d23dd2b01cc38da", - "content": "## Semantic patches\n\nCard: patch | Profile: GC-AGENT-v0.3 | Source: sha256:67109d529852025d1bdd58113fd629653d1e60ce28cbf8cf1b9fbdfd78cfe37f\n\n- Emit versioned structural patches with intent, provenance, and deterministic operation order.\n- Prefer semantic node IDs and symbol-aware operations over textual replacement.\n- For agent writes, begin a content-addressed transaction, stage semantic patches, test the exact isolated snapshot, and apply explicitly.\n- Treat stale-base, unverified, snapshot-mismatch, and workspace-tampered failures as hard stops; never fall back to direct or textual edits.\n- Preserve conflict and failure artifacts; abort rather than broadening policy or bypassing obligations.\n\nCommands:\n- `genesis semantic-edit index --pkg package.toml`\n- `genesis session begin --pkg package.toml --session candidate`\n- `genesis session stage --pkg package.toml --session candidate --patch change.gcpatch --caps caps.toml`\n- `genesis session test --pkg package.toml --session candidate --caps caps.toml`\n- `genesis session apply --pkg package.toml --session candidate`\n\nAuthorities: docs/spec/PATCH_SCHEMA.md, crates/gc_patches/src/lib.rs, docs/spec/AI_STYLE.md, docs/spec/CLI_JSON_SCHEMAS_v0.1.md\n", + "cardSha256": "ad235068473aad4f29109efba862c92dc5d5c0880fcc4eb3e9b12facbff27591", + "content": "## Semantic patches\n\nCard: patch | Profile: GC-AGENT-v0.3 | Source: sha256:ec9db56391b8dda3be2bc3a4fe5006c4301fc0b97156e82b5237d901b9119de3\n\n- Emit versioned structural patches with intent, provenance, and deterministic operation order.\n- Prefer semantic node IDs and symbol-aware operations over textual replacement.\n- For agent writes, begin a content-addressed transaction, stage semantic patches, test the exact isolated snapshot, and apply explicitly.\n- Treat stale-base, unverified, snapshot-mismatch, and workspace-tampered failures as hard stops; never fall back to direct or textual edits.\n- Preserve conflict and failure artifacts; abort rather than broadening policy or bypassing obligations.\n\nCommands:\n- `genesis semantic-edit index --pkg package.toml`\n- `genesis session begin --pkg package.toml --session candidate`\n- `genesis session stage --pkg package.toml --session candidate --patch change.gcpatch --caps caps.toml`\n- `genesis session test --pkg package.toml --session candidate --caps caps.toml`\n- `genesis session apply --pkg package.toml --session candidate`\n\nAuthorities: docs/spec/PATCH_SCHEMA.md, crates/gc_patches/src/lib.rs, docs/spec/AI_STYLE.md, docs/spec/CLI_JSON_SCHEMAS_v0.1.md\n", "id": "patch", "maxAsciiBytes": 1400, "selectors": { @@ -120,14 +120,14 @@ "semantic" ] }, - "sourceHashSha256": "67109d529852025d1bdd58113fd629653d1e60ce28cbf8cf1b9fbdfd78cfe37f", + "sourceHashSha256": "ec9db56391b8dda3be2bc3a4fe5006c4301fc0b97156e82b5237d901b9119de3", "title": "Semantic patches", "tokenUpperBound": 1211 }, { "byteCount": 722, - "cardSha256": "71a343508db8a321edd3ddf5df73820dd7ed96a0c87fe1cb4de740289219d8cb", - "content": "## Deterministic replay\n\nCard: replay | Profile: GC-AGENT-v0.3 | Source: sha256:e51a28aafc5a45579d85c0affee0a47a9d4e7cc491c94f3e2f52fb031ad384bf\n\n- Use effect-log v3 and canonical hashes; compare every serialized fact.\n- Replay performs no external IO and must fail on order, policy, decision, capability, payload, response, or schedule drift.\n- Keep deterministic errors and resource exhaustion inside the replay contract.\n- Never repair a mismatch by weakening validation or rewriting retained evidence.\n\nCommands:\n- `genesis run program.gc --caps caps.toml --log run.gclog`\n- `genesis replay program.gc --log run.gclog`\n\nAuthorities: docs/spec/GCLOG.md, docs/spec/SEALS_DISPATCH_REPLAY.md, crates/gc_effects/src/log.rs\n", + "cardSha256": "9db1842cf5d215ec0c38689d1c62bda5bac01b6ef1837d2bce72cb63356d1081", + "content": "## Deterministic replay\n\nCard: replay | Profile: GC-AGENT-v0.3 | Source: sha256:f281e30fcc803e2963d1e48c5b7faa1af27d163c9f69a3deb4b0be946f8aada8\n\n- Use effect-log v3 and canonical hashes; compare every serialized fact.\n- Replay performs no external IO and must fail on order, policy, decision, capability, payload, response, or schedule drift.\n- Keep deterministic errors and resource exhaustion inside the replay contract.\n- Never repair a mismatch by weakening validation or rewriting retained evidence.\n\nCommands:\n- `genesis run program.gc --caps caps.toml --log run.gclog`\n- `genesis replay program.gc --log run.gclog`\n\nAuthorities: docs/spec/GCLOG.md, docs/spec/SEALS_DISPATCH_REPLAY.md, crates/gc_effects/src/log.rs\n", "id": "replay", "maxAsciiBytes": 1400, "selectors": { @@ -149,14 +149,14 @@ "replay" ] }, - "sourceHashSha256": "e51a28aafc5a45579d85c0affee0a47a9d4e7cc491c94f3e2f52fb031ad384bf", + "sourceHashSha256": "f281e30fcc803e2963d1e48c5b7faa1af27d163c9f69a3deb4b0be946f8aada8", "title": "Deterministic replay", "tokenUpperBound": 722 }, { "byteCount": 787, - "cardSha256": "4397dde967b2d2b6ed4c256bdd8826c9fe1f3a09719e239182f8220db275a96a", - "content": "## Testing and obligations\n\nCard: testing | Profile: GC-AGENT-v0.3 | Source: sha256:354ae14a7c93905e4cb969b6deeee981692ef32757031ec113dc7225517073a0\n\n- Run focused parser/type/eval/obligation checks before broader deterministic profiles.\n- Checks are read-only; only explicit update commands may refresh retained artifacts.\n- Require unit, property, determinism, replay, capability, and resource coverage applicable to the change.\n- Report exact failures and preserve negative evidence; do not mark work complete from a narrow passing lane.\n\nCommands:\n- `genesis test --pkg package.toml`\n- `bash scripts/test_changed_fast.sh --budget-ms 120000`\n\nAuthorities: docs/spec/TESTING_BUNDLE_v0.1.md, docs/spec/TEST_EXECUTION_PROFILES_v0.1.md, crates/gc_obligations/src/obligations/types_api.rs\n", + "cardSha256": "9ac4f638acd7c95833baa3ea95e00d32470019ff0a1d62bde53bc4c59db6d267", + "content": "## Testing and obligations\n\nCard: testing | Profile: GC-AGENT-v0.3 | Source: sha256:393711e1ab0542d09f4b271f99f2f14804647f9e8e7307574e4b4afd6f09191a\n\n- Run focused parser/type/eval/obligation checks before broader deterministic profiles.\n- Checks are read-only; only explicit update commands may refresh retained artifacts.\n- Require unit, property, determinism, replay, capability, and resource coverage applicable to the change.\n- Report exact failures and preserve negative evidence; do not mark work complete from a narrow passing lane.\n\nCommands:\n- `genesis test --pkg package.toml`\n- `bash scripts/test_changed_fast.sh --budget-ms 120000`\n\nAuthorities: docs/spec/TESTING_BUNDLE_v0.1.md, docs/spec/TEST_EXECUTION_PROFILES_v0.1.md, crates/gc_obligations/src/obligations/types_api.rs\n", "id": "testing", "maxAsciiBytes": 1400, "selectors": { @@ -182,14 +182,14 @@ "test" ] }, - "sourceHashSha256": "354ae14a7c93905e4cb969b6deeee981692ef32757031ec113dc7225517073a0", + "sourceHashSha256": "393711e1ab0542d09f4b271f99f2f14804647f9e8e7307574e4b4afd6f09191a", "title": "Testing and obligations", "tokenUpperBound": 787 }, { "byteCount": 738, - "cardSha256": "e9c681e00612ca80da6e5c113e235e9c47c2b258a47f1196b4aee593046caff9", - "content": "## Build and deployment targets\n\nCard: deployment | Profile: GC-AGENT-v0.3 | Source: sha256:9517c64ab17ce1299480836ff0d2a66a7a716fcd6e51e8b303b8cdc62c58998e\n\n- Select an explicit web, desktop, service, ios, android, edge, or service-runtime target.\n- Build deterministic bundles with manifest, provenance, policy, and replay identities.\n- Release/full evidence must be non-synthetic for every selected target.\n- Verify package closure and target boot/smoke contracts before promotion.\n\nCommands:\n- `genesis gcpm build --pkg package.toml --target --out-dir dist`\n- `bash scripts/check_gcpm_target_runtime_pipelines.sh`\n\nAuthorities: docs/spec/CLI.md, docs/spec/GCPM_JSON_SCHEMAS_v0.1.md, docs/spec/TEST_EXECUTION_PROFILES_v0.1.md\n", + "cardSha256": "ec512397bf5cb54d41d7e9938008dccd112150ca47b22747afd173b5afecaed5", + "content": "## Build and deployment targets\n\nCard: deployment | Profile: GC-AGENT-v0.3 | Source: sha256:e53d660beeec7cd98562199c05eed684c95f20572ab5a134ae911f6fa047889e\n\n- Select an explicit web, desktop, service, ios, android, edge, or service-runtime target.\n- Build deterministic bundles with manifest, provenance, policy, and replay identities.\n- Release/full evidence must be non-synthetic for every selected target.\n- Verify package closure and target boot/smoke contracts before promotion.\n\nCommands:\n- `genesis gcpm build --pkg package.toml --target --out-dir dist`\n- `bash scripts/check_gcpm_target_runtime_pipelines.sh`\n\nAuthorities: docs/spec/CLI.md, docs/spec/GCPM_JSON_SCHEMAS_v0.1.md, docs/spec/TEST_EXECUTION_PROFILES_v0.1.md\n", "id": "deployment", "maxAsciiBytes": 1400, "selectors": { @@ -223,14 +223,14 @@ "runtime" ] }, - "sourceHashSha256": "9517c64ab17ce1299480836ff0d2a66a7a716fcd6e51e8b303b8cdc62c58998e", + "sourceHashSha256": "e53d660beeec7cd98562199c05eed684c95f20572ab5a134ae911f6fa047889e", "title": "Build and deployment targets", "tokenUpperBound": 738 }, { "byteCount": 834, - "cardSha256": "89181f8a4e1eaec99d5ab91f282f7e6188fcf6c10b10f973e5afa92815345718", - "content": "## Diagnostics and repair\n\nCard: troubleshooting | Profile: GC-AGENT-v0.3 | Source: sha256:8c9520f13f1560a3481f3f656cf504faa3f66ebeb79c47f3a5e6014a745d22d5\n\n- Consume structured diagnostic IDs, phases, spans, parameters, and repair hints; never scrape prose.\n- Diagnose contract/schema, policy, replay hash, then runtime/resource failures in that order.\n- Apply the smallest safe repair and rerun the exact failing check before broader gates.\n- Fail closed on unknown diagnostics, missing evidence, prompt-injected authority, or unsupported profile behavior.\n\nCommands:\n- `genesis --json agent-index`\n- `genesis --json debug trace `\n- `genesis --json agent-plan --intent intent.json --caps caps.toml`\n\nAuthorities: crates/gc_cli_driver/src/diagnostics.rs, docs/spec/AGENT_INDEX_v0.1.md, docs/spec/CLI_JSON_SCHEMAS_v0.1.md\n", + "cardSha256": "e22dd0ffe0290cc4d07db42264daf39ba7cc671a0df6541a92f90c46b4604bae", + "content": "## Diagnostics and repair\n\nCard: troubleshooting | Profile: GC-AGENT-v0.3 | Source: sha256:1efa4beb6818fbe446d3dde60cefb5bebeaa5b5d2792aef2d2b22c9844afcca7\n\n- Consume structured diagnostic IDs, phases, spans, parameters, and repair hints; never scrape prose.\n- Diagnose contract/schema, policy, replay hash, then runtime/resource failures in that order.\n- Apply the smallest safe repair and rerun the exact failing check before broader gates.\n- Fail closed on unknown diagnostics, missing evidence, prompt-injected authority, or unsupported profile behavior.\n\nCommands:\n- `genesis --json agent-index`\n- `genesis --json debug trace `\n- `genesis --json agent-plan --intent intent.json --caps caps.toml`\n\nAuthorities: crates/gc_cli_driver/src/diagnostics.rs, docs/spec/AGENT_INDEX_v0.1.md, docs/spec/CLI_JSON_SCHEMAS_v0.1.md\n", "id": "troubleshooting", "maxAsciiBytes": 1400, "selectors": { @@ -255,20 +255,20 @@ "repair" ] }, - "sourceHashSha256": "8c9520f13f1560a3481f3f656cf504faa3f66ebeb79c47f3a5e6014a745d22d5", + "sourceHashSha256": "1efa4beb6818fbe446d3dde60cefb5bebeaa5b5d2792aef2d2b22c9844afcca7", "title": "Diagnostics and repair", "tokenUpperBound": 834 } ], - "compendiumSha256": "d96887ec9d44b757a5703d48a7ed6d6db55b2228212032d53bc31cb4b366578c", + "compendiumSha256": "e13a6325d97546971e94dd07cf4ecf5caf18acc8c64d1305953be0a1b47aef6d", "fallbackCard": "troubleshooting", "intentSchema": "genesis/agent-intent-v0.1", "kind": "genesis/gc-agent-task-cards-v0.3", "profileId": "GC-AGENT-v0.3", - "profileIdentitySha256": "45be98c331315d78289ff4f5567b09d462a030f8a9edad3384dbbf342516b888", - "registryIdentitySha256": "cb39650129701427955441929bcbe8537c364b80c35552fb881fc8c95e096675", + "profileIdentitySha256": "7edb579f07852427110d4547d8568d2e720b14d66c4c018456d9b9bfe3128478", + "registryIdentitySha256": "7ecb92d2795dab07aa1518500bdebab0b4365f82cebd654875e02227040e648e", "sourceIdentities": { - "docs/spec/GC_AGENT_PROFILE_v0.3.json": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8", + "docs/spec/GC_AGENT_PROFILE_v0.3.json": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae", "policies/gc_agent_task_cards_v0.3.json": "bf9c623b7bea69f7ce66da63a720da34e106b720e0eb88bc774553b781df2794" }, "version": "0.3" diff --git a/docs/spec/GC_AGENT_TASK_CARDS_v0.3.md b/docs/spec/GC_AGENT_TASK_CARDS_v0.3.md index 12b43cdd7..7790c549d 100644 --- a/docs/spec/GC_AGENT_TASK_CARDS_v0.3.md +++ b/docs/spec/GC_AGENT_TASK_CARDS_v0.3.md @@ -4,7 +4,7 @@ Generated intent-selectable context. Card bytes are tokenizer-independent token ## Capabilities and effects -Card: capability | Profile: GC-AGENT-v0.3 | Source: sha256:90a2283193bd02fe1de9c2623e3d90868263e5517c52519cd6887f98aa4f41e0 +Card: capability | Profile: GC-AGENT-v0.3 | Source: sha256:e03ae60c4b860ea0a6e4eb74bcf9349c66bdbebeec80505b11d3e7c563e9287a - Declare the minimum operation set and explicit caps allowlist before execution. - Treat profile membership as syntax/semantic availability, never capability authority. @@ -20,7 +20,7 @@ Authorities: docs/spec/SEALS_DISPATCH_REPLAY.md, crates/gc_effects/src/policy.rs ## Packages and dependency closure -Card: package | Profile: GC-AGENT-v0.3 | Source: sha256:2d535f075456f950b01e273ca8bf6e2c5905661879b26ca8293a0a5fdb7613f3 +Card: package | Profile: GC-AGENT-v0.3 | Source: sha256:aa409c42324a4138b384bb3b38bb59aec2ee02d3f1495e2308703ff370c88f6b - Use package schema 1 and repository-relative, non-escaping module paths. - Pin dependency resolution in genesis.lock v2; never infer or float release inputs. @@ -36,7 +36,7 @@ Authorities: docs/spec/PACKAGE_TOML.md, crates/gc_pkg/src/manifest.rs, docs/spec ## Semantic patches -Card: patch | Profile: GC-AGENT-v0.3 | Source: sha256:67109d529852025d1bdd58113fd629653d1e60ce28cbf8cf1b9fbdfd78cfe37f +Card: patch | Profile: GC-AGENT-v0.3 | Source: sha256:ec9db56391b8dda3be2bc3a4fe5006c4301fc0b97156e82b5237d901b9119de3 - Emit versioned structural patches with intent, provenance, and deterministic operation order. - Prefer semantic node IDs and symbol-aware operations over textual replacement. @@ -55,7 +55,7 @@ Authorities: docs/spec/PATCH_SCHEMA.md, crates/gc_patches/src/lib.rs, docs/spec/ ## Deterministic replay -Card: replay | Profile: GC-AGENT-v0.3 | Source: sha256:e51a28aafc5a45579d85c0affee0a47a9d4e7cc491c94f3e2f52fb031ad384bf +Card: replay | Profile: GC-AGENT-v0.3 | Source: sha256:f281e30fcc803e2963d1e48c5b7faa1af27d163c9f69a3deb4b0be946f8aada8 - Use effect-log v3 and canonical hashes; compare every serialized fact. - Replay performs no external IO and must fail on order, policy, decision, capability, payload, response, or schedule drift. @@ -70,7 +70,7 @@ Authorities: docs/spec/GCLOG.md, docs/spec/SEALS_DISPATCH_REPLAY.md, crates/gc_e ## Testing and obligations -Card: testing | Profile: GC-AGENT-v0.3 | Source: sha256:354ae14a7c93905e4cb969b6deeee981692ef32757031ec113dc7225517073a0 +Card: testing | Profile: GC-AGENT-v0.3 | Source: sha256:393711e1ab0542d09f4b271f99f2f14804647f9e8e7307574e4b4afd6f09191a - Run focused parser/type/eval/obligation checks before broader deterministic profiles. - Checks are read-only; only explicit update commands may refresh retained artifacts. @@ -85,7 +85,7 @@ Authorities: docs/spec/TESTING_BUNDLE_v0.1.md, docs/spec/TEST_EXECUTION_PROFILES ## Build and deployment targets -Card: deployment | Profile: GC-AGENT-v0.3 | Source: sha256:9517c64ab17ce1299480836ff0d2a66a7a716fcd6e51e8b303b8cdc62c58998e +Card: deployment | Profile: GC-AGENT-v0.3 | Source: sha256:e53d660beeec7cd98562199c05eed684c95f20572ab5a134ae911f6fa047889e - Select an explicit web, desktop, service, ios, android, edge, or service-runtime target. - Build deterministic bundles with manifest, provenance, policy, and replay identities. @@ -100,7 +100,7 @@ Authorities: docs/spec/CLI.md, docs/spec/GCPM_JSON_SCHEMAS_v0.1.md, docs/spec/TE ## Diagnostics and repair -Card: troubleshooting | Profile: GC-AGENT-v0.3 | Source: sha256:8c9520f13f1560a3481f3f656cf504faa3f66ebeb79c47f3a5e6014a745d22d5 +Card: troubleshooting | Profile: GC-AGENT-v0.3 | Source: sha256:1efa4beb6818fbe446d3dde60cefb5bebeaa5b5d2792aef2d2b22c9844afcca7 - Consume structured diagnostic IDs, phases, spans, parameters, and repair hints; never scrape prose. - Diagnose contract/schema, policy, replay hash, then runtime/resource failures in that order. diff --git a/docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json b/docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json index cfd0095a5..2ed0bd67c 100644 --- a/docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json +++ b/docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json @@ -1 +1 @@ -{"catalogIdentitySha256":"594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe","diagnosticCount":201,"diagnostics":[{"code":"agent-index/card-invalid","documentation":[{"anchor":"Failure diagnostics","path":"docs/spec/CLI_JSON_SCHEMAS_v0.1.md"}],"id":"genesis/diagnostic/v1/agent-index/card-invalid","likelyCauses":["The requested command, profile, or embedded agent authority is unavailable or inconsistent.","An exact lookup or invocation precondition was not satisfied."],"parameters":[{"description":"Capability or effect operation that prevents progress when one is known.","name":"blocking_capability","required":false,"type":"string"},{"description":"Command-specific, JSON-typed facts; prose is never a routing contract.","name":"context","required":false,"type":"object"}],"phase":"invocation","primarySpan":{"availability":"nullable-until-localized","field":"primary_span","required":false},"relatedSpans":{"availability":"zero-or-more","field":"related_spans","required":true},"safeRepairActions":[{"automaticEligible":true,"description":"Inspect the exact command schema or agent index record, correct only the rejected input, and retry.","id":"inspect-invocation-contract","kind":"inspect","obligationEffect":"preserve","policyEffect":"none","postconditions":["The original failing command is rerun against the repaired content.","All declared obligations remain enabled and are rerun when required."],"preconditions":["The diagnostic ID and catalog identity still match the current failure.","The target content identity and active policy are unchanged since diagnosis."],"requiresReview":false}],"severity":"error","sourceAuthorities":["crates/gc_cli_driver/src/cmd_agent_lookup.rs:12","crates/gc_cli_driver/src/cmd_agent_lookup.rs:19"],"version":1},{"code":"agent-index/diagnostic-catalog-invalid","documentation":[{"anchor":"Failure diagnostics","path":"docs/spec/CLI_JSON_SCHEMAS_v0.1.md"}],"id":"genesis/diagnostic/v1/agent-index/diagnostic-catalog-invalid","likelyCauses":["The requested command, profile, or embedded agent authority is unavailable or inconsistent.","An exact lookup or invocation precondition was not satisfied."],"parameters":[{"description":"Capability or effect operation that prevents progress when one is known.","name":"blocking_capability","required":false,"type":"string"},{"description":"Command-specific, JSON-typed facts; prose is never a routing contract.","name":"context","required":false,"type":"object"}],"phase":"invocation","primarySpan":{"availability":"nullable-until-localized","field":"primary_span","required":false},"relatedSpans":{"availability":"zero-or-more","field":"related_spans","required":true},"safeRepairActions":[{"automaticEligible":true,"description":"Inspect the exact command schema or agent index record, correct only the rejected input, and retry.","id":"inspect-invocation-contract","kind":"inspect","obligationEffect":"preserve","policyEffect":"none","postconditions":["The original failing command is rerun against the repaired content.","All declared obligations remain enabled and are rerun when required."],"preconditions":["The diagnostic ID and catalog identity still match the current failure.","The target content identity and active policy are unchanged since diagnosis."],"requiresReview":false}],"severity":"error","sourceAuthorities":["crates/gc_cli_driver/src/cmd_agent_index.rs:388","crates/gc_cli_driver/src/cmd_agent_index.rs:409"],"version":1},{"code":"agent-index/diagnostic-invalid","documentation":[{"anchor":"Failure diagnostics","path":"docs/spec/CLI_JSON_SCHEMAS_v0.1.md"}],"id":"genesis/diagnostic/v1/agent-index/diagnostic-invalid","likelyCauses":["The requested command, profile, or embedded agent authority is unavailable or inconsistent.","An exact lookup or invocation precondition was not satisfied."],"parameters":[{"description":"Capability or effect operation that prevents progress when one is known.","name":"blocking_capability","required":false,"type":"string"},{"description":"Command-specific, JSON-typed facts; prose is never a routing contract.","name":"context","required":false,"type":"object"}],"phase":"invocation","primarySpan":{"availability":"nullable-until-localized","field":"primary_span","required":false},"relatedSpans":{"availability":"zero-or-more","field":"related_spans","required":true},"safeRepairActions":[{"automaticEligible":true,"description":"Inspect the exact command schema or agent index record, correct only the rejected input, and retry.","id":"inspect-invocation-contract","kind":"inspect","obligationEffect":"preserve","policyEffect":"none","postconditions":["The original failing command is rerun against the repaired content.","All declared obligations remain enabled and are rerun when required."],"preconditions":["The diagnostic ID and catalog identity still match the current failure.","The target content identity and active policy are unchanged since diagnosis."],"requiresReview":false}],"severity":"error","sourceAuthorities":["crates/gc_cli_driver/src/cmd_agent_index.rs:398"],"version":1},{"code":"agent-index/diagnostic-not-found","documentation":[{"anchor":"Failure diagnostics","path":"docs/spec/CLI_JSON_SCHEMAS_v0.1.md"}],"id":"genesis/diagnostic/v1/agent-index/diagnostic-not-found","likelyCauses":["The requested command, profile, or embedded agent authority is unavailable or inconsistent.","An exact lookup or invocation precondition was not satisfied."],"parameters":[{"description":"Capability or effect operation that prevents progress when one is known.","name":"blocking_capability","required":false,"type":"string"},{"description":"Command-specific, JSON-typed facts; prose is never a routing contract.","name":"context","required":false,"type":"object"}],"phase":"invocation","primarySpan":{"availability":"nullable-until-localized","field":"primary_span","required":false},"relatedSpans":{"availability":"zero-or-more","field":"related_spans","required":true},"safeRepairActions":[{"automaticEligible":true,"description":"Inspect the exact command schema or agent index record, correct only the rejected input, and retry.","id":"inspect-invocation-contract","kind":"inspect","obligationEffect":"preserve","policyEffect":"none","postconditions":["The original failing command is rerun against the repaired content.","All declared obligations remain enabled and are rerun when required."],"preconditions":["The diagnostic ID and catalog identity still match the current failure.","The target content identity and active policy are unchanged since diagnosis."],"requiresReview":false}],"severity":"error","sourceAuthorities":["crates/gc_cli_driver/src/cmd_agent_index.rs:420"],"version":1},{"code":"agent-index/search-invalid","documentation":[{"anchor":"Failure diagnostics","path":"docs/spec/CLI_JSON_SCHEMAS_v0.1.md"}],"id":"genesis/diagnostic/v1/agent-index/search-invalid","likelyCauses":["The requested command, profile, or embedded agent authority is unavailable or inconsistent.","An exact lookup or invocation precondition was not satisfied."],"parameters":[{"description":"Capability or effect operation that prevents progress when one is known.","name":"blocking_capability","required":false,"type":"string"},{"description":"Command-specific, JSON-typed facts; prose is never a routing contract.","name":"context","required":false,"type":"object"}],"phase":"invocation","primarySpan":{"availability":"nullable-until-localized","field":"primary_span","required":false},"relatedSpans":{"availability":"zero-or-more","field":"related_spans","required":true},"safeRepairActions":[{"automaticEligible":true,"description":"Inspect the exact command schema or agent index record, correct only the rejected input, and retry.","id":"inspect-invocation-contract","kind":"inspect","obligationEffect":"preserve","policyEffect":"none","postconditions":["The original failing command is rerun against the repaired content.","All declared obligations remain enabled and are rerun when required."],"preconditions":["The diagnostic ID and catalog identity still match the current failure.","The target content identity and active policy are unchanged since diagnosis."],"requiresReview":false}],"severity":"error","sourceAuthorities":["crates/gc_cli_driver/src/cmd_agent_lookup.rs:69"],"version":1},{"code":"agent-index/symbol-index-invalid","documentation":[{"anchor":"Failure diagnostics","path":"docs/spec/CLI_JSON_SCHEMAS_v0.1.md"}],"id":"genesis/diagnostic/v1/agent-index/symbol-index-invalid","likelyCauses":["The requested command, profile, or embedded agent authority is unavailable or inconsistent.","An exact lookup or invocation precondition was not satisfied."],"parameters":[{"description":"Capability or effect operation that prevents progress when one is known.","name":"blocking_capability","required":false,"type":"string"},{"description":"Command-specific, JSON-typed facts; prose is never a routing contract.","name":"context","required":false,"type":"object"}],"phase":"invocation","primarySpan":{"availability":"nullable-until-localized","field":"primary_span","required":false},"relatedSpans":{"availability":"zero-or-more","field":"related_spans","required":true},"safeRepairActions":[{"automaticEligible":true,"description":"Inspect the exact command schema or agent index record, correct only the rejected input, and retry.","id":"inspect-invocation-contract","kind":"inspect","obligationEffect":"preserve","policyEffect":"none","postconditions":["The original failing command is rerun against the repaired content.","All declared obligations remain enabled and are rerun when required."],"preconditions":["The diagnostic ID and catalog identity still match the current failure.","The target content identity and active policy are unchanged since 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diff --git a/docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json b/docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json new file mode 100644 index 000000000..332d7f657 --- /dev/null +++ b/docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json @@ -0,0 +1,223 @@ +{ + "$schema": "https://json-schema.org/draft/2020-12/schema", + "$id": "https://genesiscode.dev/schemas/generated-state-registry-v0.2.json", + "title": "GenesisCode Generated State Registry v0.2", + "type": "object", + "additionalProperties": false, + "required": [ + "kind", + "version", + "policySha256", + "sequence", + "entries", + "leases", + "transaction" + ], + "properties": { + "kind": { + "const": "genesis/generated-state-registry-v0.2" + }, + "version": { + "const": "0.2" + }, + "policySha256": { + "$ref": "#/$defs/sha256" + }, + "sequence": { + "type": "integer", + "minimum": 0 + }, + "entries": { + "type": "array", + "maxItems": 4096, + "items": { + "$ref": "#/$defs/entry" + } + }, + "leases": { + "type": "array", + "maxItems": 16384, + "items": { + "$ref": "#/$defs/lease" + } + }, + "transaction": { + "anyOf": [ + { + "type": "null" + }, + { + "$ref": "#/$defs/transaction" + } + ] + } + }, + "$defs": { + "id": { + "type": "string", + "pattern": "^[a-z0-9][a-z0-9-]*$" + }, + "sha256": { + "type": "string", + "pattern": "^[0-9a-f]{64}$" + }, + "repoPath": { + "type": "string", + "pattern": "^[A-Za-z0-9_.-]+(?:/[A-Za-z0-9_.-]+)*$" + }, + "entry": { + "type": "object", + "additionalProperties": false, + "required": [ + "id", + "owner", + "path", + "contentKey", + "sizeClass", + "retentionClass", + "reclaimOrder", + "reservationBytes", + "observedAllocatedBytes", + "lastUseSequence" + ], + "properties": { + "id": { + "$ref": "#/$defs/sha256" + }, + "owner": { + "$ref": "#/$defs/id" + }, + "path": { + "$ref": "#/$defs/repoPath" + }, + "contentKey": { + "type": "string", + "minLength": 1, + "maxLength": 256 + }, + "sizeClass": { + "$ref": "#/$defs/id" + }, + "retentionClass": { + "enum": [ + "rebuildable-output", + "dependency-mirror", + "retained-evidence", + "rollback-quarantine" + ] + }, + "reclaimOrder": { + "type": "integer", + "minimum": 0, + "maximum": 1000 + }, + "reservationBytes": { + "type": "integer", + "minimum": 0 + }, + "observedAllocatedBytes": { + "type": "integer", + "minimum": 0 + }, + "lastUseSequence": { + "type": "integer", + "minimum": 0 + } + } + }, + "lease": { + "type": "object", + "additionalProperties": false, + "required": [ + "id", + "entryId", + "pid", + "processIdentity", + "operation", + "growthBytes" + ], + "properties": { + "id": { + "type": "string", + "pattern": "^[0-9a-f]{32}$" + }, + "entryId": { + "$ref": "#/$defs/sha256" + }, + "pid": { + "type": "integer", + "minimum": 1 + }, + "processIdentity": { + "$ref": "#/$defs/sha256" + }, + "operation": { + "enum": [ + "build", + "cargo-metadata" + ] + }, + "growthBytes": { + "type": "integer", + "minimum": 0 + } + }, + "allOf": [ + { + "if": { + "properties": { + "operation": { + "const": "build" + } + } + }, + "then": { + "properties": { + "growthBytes": { + "const": 0 + } + } + }, + "else": { + "properties": { + "growthBytes": { + "minimum": 1 + } + } + } + } + ] + }, + "transaction": { + "type": "object", + "additionalProperties": false, + "required": [ + "id", + "entryId", + "sourcePath", + "quarantinePath", + "phase" + ], + "properties": { + "id": { + "$ref": "#/$defs/sha256" + }, + "entryId": { + "$ref": "#/$defs/sha256" + }, + "sourcePath": { + "$ref": "#/$defs/repoPath" + }, + "quarantinePath": { + "$ref": "#/$defs/repoPath" + }, + "phase": { + "enum": [ + "planned", + "quarantined" + ] + } + } + } + } +} diff --git a/docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json b/docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json index 5a7613ce5..082992f5a 100644 --- a/docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json +++ b/docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json @@ -8,7 +8,7 @@ "test": "exact-two-sided-mcnemar-binomial-v0.1", "unsupportedPairwiseDecimalRanksAllowed": false }, - "contentIdentitySha256": "04ddcd0260a21b99ddedb3e64a5345bce0ad853e8d1cfce533c673f18b62f12f", + "contentIdentitySha256": "900fa94aa53edf05c9e69b2564fe42350fdf43d0e84f711a9d8f71d0b25410d1", "intervals": { "confidenceBasisPoints": 9500, "pairedEffect": "newcombe-wilson-risk-difference-v0.1", @@ -70,7 +70,7 @@ "status": "predeclared", "taskBenchmark": { "id": "GC-AGENT-TASK-BENCHMARK-v0.1", - "identitySha256": "409109e7eddc652f36a8c9046ea9e4463cdaa6ded2ccfffc859ecfbc871a84fa", + "identitySha256": "65ab9987f61614f2f0ad5b6512d18e20f2fefb30aa458a1025d8e04465eea71e", "independentLineages": 9, "repeatedConditions": 27 }, diff --git a/docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json b/docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json index 326ac6fc9..151ddb125 100644 --- a/docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json +++ b/docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json @@ -15,14 +15,14 @@ "selectionAfterOutcomeAllowed": false }, "authorities": { - "analysisPlanIdentitySha256": "04ddcd0260a21b99ddedb3e64a5345bce0ad853e8d1cfce533c673f18b62f12f", - "constructValidityIdentitySha256": "14da790fd6d222a35800294b4e9f1f551de870cbb7b939a28f6e13bf3553f7d3", - "protocolIdentitySha256": "95684fe442d5a821f3334c950f4d3ad208cad598f6a00fdbe9cbd03b0599ac01", - "referenceAgentIdentitySha256": "390bcf187539535737262db3c1a9c134013f4bc724664103d7b9613159758eb0", - "scoringIdentitySha256": "29b3be74dcec12668e898a1ae6a691a5a81296575e2659b453e10d367099d575", - "suiteIdentitySha256": "409109e7eddc652f36a8c9046ea9e4463cdaa6ded2ccfffc859ecfbc871a84fa" + "analysisPlanIdentitySha256": "900fa94aa53edf05c9e69b2564fe42350fdf43d0e84f711a9d8f71d0b25410d1", + "constructValidityIdentitySha256": "49ba1848752d345c1d9e1ce416c87dc9cb4f7348adaf21caeb6a55f59b5f97cb", + "protocolIdentitySha256": "f8d67b639261ea6a667966813b9f824935ff0e4241e2ed67907223d519a0e888", + "referenceAgentIdentitySha256": "3fbde5968d1d02d86b1eeb1c8d532e0c6c1f9b0bdee2a1f2c2940e02ac6c819e", + "scoringIdentitySha256": "27c06e433d8044316dbaaca04e7d40a4bca8e23a960e90f55f10a2d72f0569be", + "suiteIdentitySha256": "65ab9987f61614f2f0ad5b6512d18e20f2fefb30aa458a1025d8e04465eea71e" }, - "contentIdentitySha256": "60706a6cb4b7055b2178864fff4f56929338ea0dedf784946d835013766addd1", + "contentIdentitySha256": "40355732a8d5f9809416d4098cfa366fa826ae87b85af6307fd638d4f71bb556", "custody": { "closedBundlesRequired": true, "failedAttemptsRetained": true, diff --git a/docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json b/docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json index 3c9e0531b..8e35c7a1f 100644 --- a/docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json +++ b/docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json @@ -24,16 +24,16 @@ }, "authorities": { "const": { - "analysisPlanIdentitySha256": "04ddcd0260a21b99ddedb3e64a5345bce0ad853e8d1cfce533c673f18b62f12f", - "constructValidityIdentitySha256": "14da790fd6d222a35800294b4e9f1f551de870cbb7b939a28f6e13bf3553f7d3", - "protocolIdentitySha256": "95684fe442d5a821f3334c950f4d3ad208cad598f6a00fdbe9cbd03b0599ac01", - "referenceAgentIdentitySha256": "390bcf187539535737262db3c1a9c134013f4bc724664103d7b9613159758eb0", - "scoringIdentitySha256": "29b3be74dcec12668e898a1ae6a691a5a81296575e2659b453e10d367099d575", - "suiteIdentitySha256": "409109e7eddc652f36a8c9046ea9e4463cdaa6ded2ccfffc859ecfbc871a84fa" + "analysisPlanIdentitySha256": "900fa94aa53edf05c9e69b2564fe42350fdf43d0e84f711a9d8f71d0b25410d1", + "constructValidityIdentitySha256": "49ba1848752d345c1d9e1ce416c87dc9cb4f7348adaf21caeb6a55f59b5f97cb", + "protocolIdentitySha256": "f8d67b639261ea6a667966813b9f824935ff0e4241e2ed67907223d519a0e888", + "referenceAgentIdentitySha256": "3fbde5968d1d02d86b1eeb1c8d532e0c6c1f9b0bdee2a1f2c2940e02ac6c819e", + "scoringIdentitySha256": "27c06e433d8044316dbaaca04e7d40a4bca8e23a960e90f55f10a2d72f0569be", + "suiteIdentitySha256": "65ab9987f61614f2f0ad5b6512d18e20f2fefb30aa458a1025d8e04465eea71e" } }, "contentIdentitySha256": { - "const": "60706a6cb4b7055b2178864fff4f56929338ea0dedf784946d835013766addd1" + "const": "40355732a8d5f9809416d4098cfa366fa826ae87b85af6307fd638d4f71bb556" }, "custody": { "const": { diff --git a/docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json b/docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json index 8226a869c..ad2a62183 100644 --- a/docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json +++ b/docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json @@ -1,5 +1,5 @@ { - "contentIdentitySha256": "dfed037a715c20b4d1d913a8154a5e9d690ce1f1d11a1613a373db69170544b0", + "contentIdentitySha256": "3d75a083fdce563810540f4f32f7403a08b1eedc7825f6df3b6cf9f88fafe436", "coreTaskClasses": [ "completion", "deployment", @@ -25,7 +25,7 @@ "bounded-pass-at-k", "conditional-quality-among-valid-solves" ], - "protocolIdentitySha256": "60706a6cb4b7055b2178864fff4f56929338ea0dedf784946d835013766addd1", + "protocolIdentitySha256": "40355732a8d5f9809416d4098cfa366fa826ae87b85af6307fd638d4f71bb556", "purpose": "Measure how reliably an agent learns and engineers GenesisCode under frozen authority and bounded resources.", "requiredDisclosures": [ "adapter", diff --git a/docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json b/docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json index 6d0761622..1cb6598e2 100644 --- a/docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json +++ b/docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json @@ -21,7 +21,7 @@ "transport/invalid", "unknown/failure" ], - "contentIdentitySha256": "be3f18fc3409f1b2a6f1d60c197a771356311adf0704571884360098a01105f8", + "contentIdentitySha256": "e44151235e5fc0ccba5737f3c6e0fb57a1fe62123d70dcd696368bbe13824ce4", "groups": { "adapter": [ "adapter/cancelled", @@ -79,7 +79,7 @@ ] }, "kind": "genesis/genesisbench-failure-taxonomy-v0.1", - "protocolIdentitySha256": "60706a6cb4b7055b2178864fff4f56929338ea0dedf784946d835013766addd1", + "protocolIdentitySha256": "40355732a8d5f9809416d4098cfa366fa826ae87b85af6307fd638d4f71bb556", "rules": { "nonSolvedHasAtLeastOneFailureCode": true, "solvedHasNoFailureCodes": true, diff --git a/docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json b/docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json index 8ac14dcd0..c3d5d47d2 100644 --- a/docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json +++ b/docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json @@ -1,6 +1,6 @@ { "coldAcquisitionAdapterProfileUnchanged": true, - "contentIdentitySha256": "1484ec49f9be6db6d0cb355e3ca202e241dcbc88ba19a276a83e7ed3f14f6b6a", + "contentIdentitySha256": "13996dd68a4e067395dae235e8cc620e2edb48abaed885fdad97bbe61c5f2e6c", "implementation": { "entrypoints": [ "scripts/lib/genesisbench_open_agent.py", @@ -13,9 +13,9 @@ "sha256": "fb183c7ac55601a0673ff1daee33da07dc76926749a07d471e6b1cccd26f266f" }, { - "bytes": 37591, + "bytes": 40531, "path": "scripts/lib/gc_agent_scoring.py", - "sha256": "62f05ec74235c9b705a140ececafc0ea147eb2867e56f6f4209d1e82aef4265b" + "sha256": "dcd11598b9394ec69600dd733da5e2c4b1456391629cb5086afb943d0d7ef822" }, { "bytes": 19020, @@ -88,7 +88,7 @@ "sha256": "b84990e4b57cd7ef097dec5055f9c49e84434c6ae356396c7345f1df0f23183e" } ], - "identitySha256": "8e0ce880d6ccd35daf4bbc30aa4fdcf8ac4fcf4eeb2d95523d1be950d668230b" + "identitySha256": "4b4c6181a261dc7d7b4f2ec3fc8e172e458613b36d540c0377920a8ba471bc66" }, "invocationProfiles": { "codex-cli-hosted": { @@ -156,7 +156,7 @@ "streamRetries": 0 }, "purpose": "Execute transitively bound hosted campaigns and credential-free local MLX campaigns under an independently tested outer read/write/network sandbox with exact custody, single-request-per-turn transport, retained wire evidence, and hard server teardown.", - "scaffoldIdentitySha256": "a4b38e331e287aea8881e2946021eb88fd6a83e90852b8ef951d922e097e1823", + "scaffoldIdentitySha256": "9d8270e01f2c37c60dcb354d1028730fca10f2886b4351421a7fbe72ab44b73f", "securityControls": [ "agent-and-model-never-accessed-during-replay", "all-environment-values-redacted", diff --git a/docs/spec/GENESISBENCH_PROTOCOL_v0.1.json b/docs/spec/GENESISBENCH_PROTOCOL_v0.1.json index f4cbb8718..59388e378 100644 --- a/docs/spec/GENESISBENCH_PROTOCOL_v0.1.json +++ b/docs/spec/GENESISBENCH_PROTOCOL_v0.1.json @@ -26,19 +26,19 @@ "bytes": 13888, "id": "agent-core-card", "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.json", - "sha256": "3025a1203fab2848d66f442edc09afebfc243fa079db577a73751a81bd1be1e5" + "sha256": "419d9232b5bb599c68eeacfd35675a61d9eebd0dc1cb9205a4bcb459bf6f290a" }, { - "bytes": 42032, + "bytes": 44126, "id": "agent-profile", "path": "docs/spec/GC_AGENT_PROFILE_v0.3.json", - "sha256": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8" + "sha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae" }, { "bytes": 122581, "id": "agent-task-benchmark", "path": "benchmarks/agent_tasks/v0.1/suite.json", - "sha256": "6d72d7210e7382b85c595b750ca8ea272bf713b36eee4d91fda898ab31b21962" + "sha256": "0f14988097766c48cf42996d138123751420030798894169e8c4e2d25b6c1aeb" }, { "bytes": 8507, @@ -56,7 +56,7 @@ "bytes": 12919, "id": "agent-task-cards", "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.json", - "sha256": "7a0004234d4bda25af738127b0ef86c802cb9b50ab0180220eda72612df2fe18" + "sha256": "390761ab2744fe5c7509f1f840fa56760f871e97d44ec2af334d948d2abfafdc" }, { "bytes": 8116, @@ -86,7 +86,7 @@ "bytes": 4109, "id": "benchmark-scoring", "path": "docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json", - "sha256": "17d36eaa3c6d36624dc102d9ae0d7d318ede16768e530803e8e8d26648505d17" + "sha256": "732d2cd55a68b33588f63558e482c9862391be99b81545e4bbff2cff2fb15768" }, { "bytes": 7019, @@ -200,7 +200,7 @@ "bytes": 2423, "id": "genesisbench-analysis-plan", "path": "docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json", - "sha256": "2e4892ac9bbb061c372a45cecc8185264ac16ca809d5ca8a82a8bb78b4eec143" + "sha256": "4da42ca68cefa3c7416fd74ad62ec141e31e1d8039168177f5aa6874f1e36d8a" }, { "bytes": 4614, @@ -236,7 +236,7 @@ "bytes": 16571, "id": "genesisbench-construct-report", "path": "benchmarks/genesisbench/v0.1/construct-validity/report.json", - "sha256": "61181226b11fb65f0132c230392496bbfce88de8f6babcfd6bf76d50e13161ee" + "sha256": "467188437b634d98b3338530c22e41eaa9c2b28fbe1357db69f22cafe43c6ff6" }, { "bytes": 7614, @@ -305,10 +305,10 @@ "sha256": "c32ef46008f9244c5c8b4ca8922f3dadf664909d9a696e0ac21e0ba2ce626b73" }, { - "bytes": 19079, + "bytes": 19455, "id": "genesisbench-integration-test", "path": "crates/gc_cli/tests/cli_agent_index.rs", - "sha256": "ed1b73f80d8990370d90f4a6f446640e3e6f59804509635db8f8880231e56a50" + "sha256": "3993e2fc593974635bd38e8cf1b7bd8b279dd51d602e396a1d976e87ccd69678" }, { "bytes": 43808, @@ -344,13 +344,13 @@ "bytes": 8730, "id": "genesisbench-reference-agent", "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", - "sha256": "43815c427fdf8b1122c2683cbcbaccd3edf309b4c7778b871f5de95d56c97da8" + "sha256": "da7ad15db7d4e81e1c3d99049ed1a6caff7d3c1f16d90e4ee3da00500a747f54" }, { "bytes": 47673, "id": "genesisbench-reference-agent-ablations", "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", - "sha256": "bc7e5c3fd64bd1473f885d22f4d863e47e9c7666683b2cd4e8184d0491b7f961" + "sha256": "4bbcd744a9926507a7a863b882f70f0dd9c1d269f0ab4409a576af60a2e0e0ce" }, { "bytes": 4871, @@ -362,7 +362,7 @@ "bytes": 5733, "id": "genesisbench-reference-agent-plan-fixture", "path": "benchmarks/genesisbench/v0.1/reference-agent/plan.fixture.json", - "sha256": "5a150d88d9cbd22fdb290579ad1103848369cbd3fecc7bc7155fcafcc2333ad2" + "sha256": "de1f3bdf285ca808afc1de8e6e7c2b953c613b6a985410b4ee76e52275a3ce00" }, { "bytes": 1032, @@ -386,7 +386,7 @@ "bytes": 4427, "id": "genesisbench-reference-agent-trace-fixture", "path": "benchmarks/genesisbench/v0.1/reference-agent/trace.fixture.json", - "sha256": "7dab32447adbbbd64b8087f2cdf8a609e3728415902d494ee982848a938a8ea6" + "sha256": "e5a98e3bf8680f171b04859765d644b7b879da6a032d6b4f0dde7f8db74d52ef" }, { "bytes": 2212, @@ -482,7 +482,7 @@ "bytes": 78248, "id": "held-out-evaluation", "path": "docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json", - "sha256": "c827f666c85aec21f6f23a67a847e9ceca05ca0cb9f38974fcab7b6bee61ab7e" + "sha256": "52a1eb6637473754d02507c8679e39ef3e4b753f03329159931eee6a5fa3d7fa" }, { "bytes": 13030, @@ -554,7 +554,7 @@ "trainingCutoffRequired": true } }, - "contentIdentitySha256": "95684fe442d5a821f3334c950f4d3ad208cad598f6a00fdbe9cbd03b0599ac01", + "contentIdentitySha256": "f8d67b639261ea6a667966813b9f824935ff0e4241e2ed67907223d519a0e888", "contextPolicy": { "assemblyAlgorithm": "sha256-domain-separated-ordered-artifacts-v0.1", "authorityOrder": [ @@ -586,7 +586,7 @@ "docs/spec/GC_AGENT_PROFILE_v0.3.json", "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json" ], - "contextBytes": 385302, + "contextBytes": 424833, "contextTier": "large", "exposure": "closed-artifact-pack", "id": "compact-large", diff --git a/docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json b/docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json index 667483453..03e281cc0 100644 --- a/docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json +++ b/docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json @@ -919,7 +919,7 @@ "samplingUnit": "lineage-not-condition" } ], - "contentIdentitySha256": "dfe1ac7c338fbd1599b29013ca985b33073e5539c05efd30af577082e18451c0", + "contentIdentitySha256": "49c54a973d94fffaa15f148dab119bd4ca90d61af4d24619be75018586af07de", "kind": "genesis/genesisbench-reference-agent-ablations-v0.1", "lineages": [ { @@ -969,10 +969,10 @@ } ], "profile": { - "contentIdentitySha256": "390bcf187539535737262db3c1a9c134013f4bc724664103d7b9613159758eb0", + "contentIdentitySha256": "3fbde5968d1d02d86b1eeb1c8d532e0c6c1f9b0bdee2a1f2c2940e02ac6c819e", "id": "genesisbench-reference-agent-v0.1", "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", - "sha256": "43815c427fdf8b1122c2683cbcbaccd3edf309b4c7778b871f5de95d56c97da8" + "sha256": "da7ad15db7d4e81e1c3d99049ed1a6caff7d3c1f16d90e4ee3da00500a747f54" }, "version": "0.1.0" } diff --git a/docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json b/docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json index 35f56f360..0bba1a97f 100644 --- a/docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json +++ b/docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json @@ -36,35 +36,35 @@ "id": "gc-agent-core-card", "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", "role": "card", - "sha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" }, { - "bytes": 42032, + "bytes": 44126, "id": "gc-agent-profile", "path": "docs/spec/GC_AGENT_PROFILE_v0.3.json", "role": "grammar", - "sha256": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8" + "sha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae" }, { - "bytes": 308673, + "bytes": 346110, "id": "gc-agent-symbol-index", "path": "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json", "role": "profile", - "sha256": "f2b0abaf1aaf22cfd138937c1db7651a5ae71beb51471fac74d95bdf005c1371" + "sha256": "cc9c740a3f2b5fe93f4c614a610c97db0f2f532e931c41deef370053af1e47aa" }, { "bytes": 5886, "id": "gc-agent-task-cards", "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.md", "role": "card", - "sha256": "d96887ec9d44b757a5703d48a7ed6d6db55b2228212032d53bc31cb4b366578c" + "sha256": "e13a6325d97546971e94dd07cf4ecf5caf18acc8c64d1305953be0a1b47aef6d" }, { "bytes": 360437, "id": "gc-diagnostic-catalog", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "role": "diagnostics", - "sha256": "a81964ab0937516e02c82bf8b65d2c02483e85bec37d9add1380f3d9a0416c97" + "sha256": "95ba949a94b78db45447ce7bb980a56235fb5b79080118408e31a90cf0645b49" }, { "bytes": 3618, @@ -145,7 +145,7 @@ "providerMutableFactsTreatment": "recorded-but-not-semantic-input", "scaffoldChangePolicy": "new-profile-and-cohort-required" }, - "contentIdentitySha256": "390bcf187539535737262db3c1a9c134013f4bc724664103d7b9613159758eb0", + "contentIdentitySha256": "3fbde5968d1d02d86b1eeb1c8d532e0c6c1f9b0bdee2a1f2c2940e02ac6c819e", "grammar": { "acceptanceAuthority": "production-parser-and-obligations", "authorityArtifactId": "gc-agent-profile", diff --git a/docs/spec/HOST_BRIDGE_PROTOCOL.md b/docs/spec/HOST_BRIDGE_PROTOCOL.md index f1259889c..728742955 100644 --- a/docs/spec/HOST_BRIDGE_PROTOCOL.md +++ b/docs/spec/HOST_BRIDGE_PROTOCOL.md @@ -77,6 +77,19 @@ Example: - `persistent-stdio` timeout signals the process tree, closes the request channel, joins the sole worker that owns and reaps the child, verifies no process-group member remains, and evicts the session. It never retries the uncertain timed-out request. - Hard bridge timeouts require platform process-tree termination support. Current Unix hosts use a dedicated process group per bridge tree. Other hosts fail closed with `/bridge-policy` instead of advertising or attempting a cooperative timeout. - `max_bytes` applies to both request payload size and response payload size. +- For `wasi_bridge_response_file`, it also bounds the complete encoded profile-document + body before parsing, including whitespace and every entry in an op-response map. + Selection from that map does not authorize loading a larger document. A canonical + decimal framing header and newline do not count toward the body limit; acquisition + allows at most the portable u64 header width plus newline before checking the body. + Overflow while admitting that framing envelope returns `/bridge-policy`. + The file is acquired through a held rooted read grant. Oversized input returns + `/bridge-response-too-large` before UTF-8 decoding or parsing. Existing file + path/read errors and `wasi/bridge-stdout-utf8`/`wasi/bridge-parse` classifications remain. + Aggregated profiles require a limit covering their complete encoded body, even when + the selected response is small. This corrects the previous selected-response-only + enforcement; it does not change inline-profile selection. An absent limit retains + the legacy unbounded profile and supplies no resource or cancellation qualification. - Violations return deterministic sealed errors with family-scoped codes: - `/bridge-required` - `/bridge-identity-denied` diff --git a/docs/spec/PREREQUISITES_v0.1.md b/docs/spec/PREREQUISITES_v0.1.md index b36cded52..fe2ecde49 100644 --- a/docs/spec/PREREQUISITES_v0.1.md +++ b/docs/spec/PREREQUISITES_v0.1.md @@ -39,7 +39,7 @@ The diagnostic never runs an installer, package manager mutation, `rustup target | Profile | Required scope | Native SDK | Notes | |---|---|---:|---| | `core` | Bash, Python, Git, Rust/Cargo/rustfmt/Clippy | yes | Default local build/check profile; nextest, jq, and ShellCheck are optional | -| `ci` | core plus exact nextest, cargo-deny, jq | yes | Standard CI and supply-chain profile | +| `ci` | core plus exact nextest, cargo-deny, jq, independent Python blake3 checker | yes | Standard CI and supply-chain profile | | `web` | Node/npm, locked Playwright, wasm-bindgen, `wasm32-unknown-unknown` | yes | Node, browser, Web, and WebXR lanes | | `wasi` | WASI SDK 33.0, Wasmtime, and `wasm32-wasip1` | yes | Preview 1 CLI parity, including Rust crates with native C dependencies | | `formal` | Lean and Lake | no | R7 mechanized semantics/proofs; may run independently of native builds | @@ -55,6 +55,18 @@ A profile declares its supported platform IDs. Selecting a profile on an undecla - Rust stage0 is exact `1.90.0`; Cargo and both installed WebAssembly targets must belong to that toolchain. rustfmt and Clippy are exact component versions. - WASI SDK is exact `33.0`. Its official platform archive is SHA-256 verified by `scripts/install_wasi_sdk.sh`; `WASI_SDK_PATH`, `WASI_SYSROOT`, and target-specific Cargo C compiler variables must identify the same extracted SDK. The Rust target alone is insufficient for crates such as bundled SQLite that compile C sources. - Python is `>=3.9.0 <4.0.0`; repository helpers must remain valid on Python 3.9 and cannot assume `tomllib`. +- The CI/full independent Python checker is exact `blake3==1.0.4`, declared by + `python-blake3` and mirrored by `scripts/requirements-selfhost-checker.txt`. + Its isolated, bytecode-free probe imports the package and reports its exposed + version. GB-8 recognizes the module only after validating the declaration, + exact version, approved probe and closed four-wheel hash admission. It never + treats an installed third-party package as a standard-library module. + Provision the reviewed CPython 3.12 glibc Linux/macOS wheels through the + hash-required, binary-only, forced-install procedure in + `docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md`. Other wheel/host combinations, + including Windows, remain unqualified; a passing presence/version probe is + neither wheel custody nor cross-host release evidence. The minimum core + build profile retains its Python 3.9 floor and does not acquire this package. - Bash is `>=3.2.0 <6.0.0`, preserving the macOS system Bash floor. Scripts cannot require Bash 4-only features without advancing this profile. - Node is `>=22.0.0 <23.0.0`, npm is `>=10.0.0 <11.0.0`, Playwright is exact `1.58.2`, and wasm-bindgen CLI is exact `0.2.108`. - Wasmtime is exact `36.0.9`, the selected maintained release line for current WASI parity. Advancing it requires rerunning WASI, replay, and cross-host gates. @@ -87,4 +99,9 @@ Platform probes establish only the compiler/SDK envelope. Simulator runtime vers 6. unsupported profile/platform combinations; and 7. Rust target identity drift from `rust-toolchain.toml`. +The Python checker declaration also rejects source/probe/version drift, missing +CI/full membership, unreviewed or missing wheel hashes, duplicate hashes and +additional requirements. GB-8 retains rejection of undeclared Python and +shell-embedded imports, including comma-separated and continued import lists. + Version updates must change the authoritative manifest and every affected tool-native mirror together, explain compatibility impact, and run the feature-specific gates. The diagnostic offers no installation command because installation is host-mutating and belongs to an explicit bootstrap procedure, not a check. diff --git a/docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json b/docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json index 695a9ec16..eca605753 100644 --- a/docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json +++ b/docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json @@ -7,7 +7,7 @@ "CAP-BROWSER-XR", "CAP-DEPLOYMENT-PIPELINE" ], - "audit_date": "2026-08-14", + "audit_date": "2026-10-02", "entries": [ { "authentic_artifact_predicate": "The same state/update/view application executes accessible interactions and scoped effects in real browser, desktop, iOS, and Android runtimes.", diff --git a/docs/spec/REGISTRY_POLICY.md b/docs/spec/REGISTRY_POLICY.md index d3c8b14d2..a4af4d392 100644 --- a/docs/spec/REGISTRY_POLICY.md +++ b/docs/spec/REGISTRY_POLICY.md @@ -1,4 +1,4 @@ -# Registry Policy (Local) (v0.2) +# Registry Policy and Transport (v0.2) This document specifies a minimal, local “registry policy” format and verification behavior for GenesisCode v0.2. @@ -38,3 +38,213 @@ When invoked with `--policy `, `genesis verify` MUST: - verify the Ed25519 signature over the message specified in `docs/spec/SIGNING.md` 3. Fail verification if the number of valid signatures is less than `min_signatures`. +## Registry transport boundary v0.1 + +This contract governs the mechanical transport and content-addressed object +admission in `gc_registry::RegistryClient`. Package, commit, signing and +capability decisions remain with their existing GenesisCode authorities. + +### Object admission + +Object identities are exactly 64 lowercase ASCII hexadecimal digits, naming the +BLAKE3-256 digest of the object's bytes. Get, optional get, has, put and upload +start MUST reject other spellings before backend dispatch, path construction or +filesystem mutation. Put and automatic/chunked put MUST check supplied bytes +before starting an upload or contacting a backend. Upload start alone admits an +identity and size; it cannot verify bytes not yet supplied. + +Every successful get, including optional and bounded variants, MUST verify the +returned bytes against the requested identity before returning them. File, HTTP, +in-process and the WASI file-backed HTTP bridge share this rule. A mismatch is a +typed `RegistryError::HashMismatch`, retaining operation, expected and actual +identity. Corrupt objects are errors, never optional absence. File absence means +`NotFound` from opening the object; other I/O errors remain errors. HTTP absence +means status 404. The legacy in-process absence convention is exactly +`RegistryError::Http("store/get: status 404")`; arbitrary messages containing +that substring MUST NOT become absence. Read-only file has/get operations do +not initialize registry directories. + +### Bounded body reads + +With `Some(limit)`, file and HTTP get bodies use a shared streaming reader. +They MUST consume at most `limit + 1` bytes (the final byte is an oversize probe), +retain at most `limit` bytes, use checked byte accounting and fallible buffer +growth, and reject rather than truncate oversize objects. Exact-limit and empty +objects still require an EOF probe. Metadata and Content-Length may reject a +known oversize object before reading; they do not replace the streaming bound +when a file grows or a response lacks Content-Length. Interrupted reads retry; +other read errors remain errors. All limit and allocation failures retain the +`resource-limit:` protocol classification. + +`None` preserves the legacy absence of a byte ceiling, with fallible buffer +growth. It does not establish a finite memory contract. An in-process registry +returns an owned `Vec`; the client verifies its size and hash, but cannot bound +allocation inside an arbitrary callback. Such backends must independently +enforce their producer budget. Native server admission is specified below; +this client contract alone does not qualify server lifecycle or uploads. + +### HTTP authority + +The shared native client MUST disable redirects for all methods. A 3xx response +returns a transport error without contacting its Location, including same-origin +locations, chains and loops. A caller can request a different remote only through +its ordinary capability authorization. No redirect can inherit the initial +remote's permission or credential authority. Honest nonredirected requests, +existing authentication and timeout settings remain supported. WASI bridges use +their configured file adapter and do not perform HTTP redirect hops. + +### Sync installation and compatibility + +Sync pull MUST admit all requested roots, ref heads and closure batches before +installing any downloaded object in the destination store. Transport success, +byte identity, configured logical write budgets and typed commit validation +precede publication. Corrupt responses, missing remote objects, admission +failures and malformed identities leave the destination object inventory +unchanged. Canonical hash admission precedes local pathname selection. Existing +objects are preserved; rejected imports never implement rollback by deleting +previously installed objects. + +The common artifact-store import overlay retains verified bytes in one +request-owned file-backed spool. Acquisition uses an exclusive, non-following +open under a held capability directory and at most 1024 temporary-name attempts. +Occupied entries are preserved. Unix and stable-WASI unlink the temporary name +while retaining its descriptor; Windows uses exclusive sharing and +FILE_FLAG_DELETE_ON_CLOSE. The descriptor lifetime owns cleanup, including +early returns. Host qualification must exercise the actual platform mechanism; +a descriptor adapter exercised on a native host alone is not WASI qualification. + +An import index uses fixed-size content identities and fallible index/order +reservation. Its object bound derives from the existing 50k traversal ceiling +per requested root/ref selector, with checked aggregate arithmetic. It adds no +smaller whole-request object ceiling. Duplicate staged objects are reused; +ordinary successful `:pulled`/`:present` values and logical write charging remain +unchanged. Per-artifact and batch ceilings still apply. The remaining configured +`store.max_run_bytes` bounds staged new payload before spool growth; absence of +that limit retains the legacy absence of an aggregate payload ceiling. These +logical payload limits do not measure total heap/RSS or physical disk allocation. +During publication, spool, installed objects and one store temporary can coexist; +physical growth can approach twice staged payload plus one artifact and filesystem +metadata. Physical disk admission and hard cancellation of filesystem I/O require +their separate resource/host contracts. + +Publication preflights every spool range and verifies identity again before each +store write. An I/O failure after admission can retain completed verified writes; +each completed logical write is charged even when a later write fails. Ref updates +retain their existing artifact-authorized bulk policy after object publication. +This mechanism does not promise distributed object/ref atomicity or arbitrary +filesystem rollback. Hash mismatches retain sealed `core/sync/hash-mismatch`; +artifact-backed store get projects the typed failure to its existing +`:remote-hash-mismatch` authority observation. Package artifact hydration and the +explicit store parity route retain `core/store/hash-mismatch` and the stable +message `remote bytes hash mismatch`. Strict replay retains the recorded sealed +result without registry access. + +The wire object format, BLAKE3 identity, language profile and effect-log version +are unchanged. The typed Rust error variant requires downstream exhaustive +matches to handle hash mismatch; successful API results retain their existing +types and bytes. Previously accepted malformed identities, corrupt responses, +redirects and partially installed rejected sync pulls now fail closed. + + +## Native HTTP server admission and ownership v0.1 + +This section governs `gc_registry`'s native HTTP/1 file-backed server. It does +not add HTTP hosting to the WASI file adapter. `HttpRegistryServerConfig` +retains its existing fields. The existing spawn function selects default +`HttpRegistryServerLimits`; the additional spawn function accepts smaller +finite limits and validates them before binding or filesystem mutation. + +| Admission | Default ceiling | +| --- | ---: | +| JSON request and encoded response bytes | 1 MiB | +| Direct object, downloaded object and assembled upload bytes | 64 MiB | +| Sum of declared upload sizes and sum of retained upload bytes | 128 MiB each | +| Live upload sessions | 32 | +| Chunk indices per session | 1024 | +| Hashes in a store/has request | 1024 | +| Parsed HTTP headers | 64 | +| HTTP framing buffer | 16 KiB | +| Absolute connection/request deadline | 30 seconds | +| Upload lifetime from creation | 300 seconds | + +Limits MUST be positive and no greater than the defaults. JSON admission MUST +allow at least 256 bytes for the ordinary protocol envelope. The upload byte +budget MUST cover one admitted maximum-size object. Configured chunk bytes +MUST be positive and no greater than the object ceiling; the existing default +is 4 MiB. These limits introduce refusals for previously unbounded inputs; +successful route shapes, object identities and effect-log versions remain +unchanged. The server serves one connection at a time and closes it after its +request rather than retaining HTTP keep-alive connections. + +### Request and response admission + +A declared oversized Content-Length MUST be refused before body polling, +including before a 100 Continue response. Missing length and chunked framing +MUST still be bounded during reading. A body frame exceeding the remaining +application budget MUST be rejected before copying that frame. Application +byte buffers MUST use checked accounting and fallible, geometrically bounded +growth. The transport framing buffer has its separate ceiling; this server +contract does not promise the client's `limit + 1` socket-consumption bound. +Malformed or truncated framing MUST NOT dispatch a partial object. Excessive +headers and malformed connections end their owned connection without consuming +`max_requests` unless a request actually reached the service. + +Store/has MUST admit its hash count during decoding and validate each identity +before backend dispatch. Encoded JSON responses MUST use a bounded writer. +Resource refusals use HTTP 413 and `payload_too_large` with the existing JSON +error envelope when it fits; an oversized error envelope falls back to `{}`. +Object get MUST use the shared bounded, hash-verifying client reader, including +for objects already present on disk. These byte/count contracts do not bound +all intermediate allocation in the existing reference database or arbitrary +file backends, nor establish physical RSS qualification. + +### Upload accounting and finish + +Upload start MUST reserve the declared size only after hash, object size, +minimum chunk count, live-session count and aggregate reservation checks. +Denied start MUST NOT spend an upload identity or reserve bytes. Chunk indices +MUST be less than the configured count ceiling. Admission MUST account for +replacement of an existing chunk: the new body fits the remaining declared +size and global retained-byte budget after subtracting the replaced bytes. +Rejected chunks MUST preserve prior chunks and accounting. Zero-byte chunks +still consume their bounded index entries. + +Session lifetime is absolute from creation; chunk traffic MUST NOT refresh it. +Expiry MUST release both declared reservations and retained bytes, including +while idle or while another connection stalls. Maintenance runs at intervals +no longer than the smaller of one second and the configured lifetime when +network work yields. Status and mutation also perform expiry checks. + +Finish is terminal, including size, index, hash or allocation failure. It MUST +release session accounting, check exact total size and contiguous zero-based +indices before assembly, reserve the bounded output fallibly once and consume +chunks without cloning them. Installation MUST use the shared hash-verifying +store put. Assembly can temporarily retain both chunk bytes and one output +object; the upload counters describe reservations and chunk payload bytes, +not total process memory. An active replacement request likewise temporarily +holds its admitted body alongside the old chunk. Server stop drops all owned +in-memory sessions. File-backed client upload sessions remain a separately +required boundary; these native server limits do not qualify them. + +### Lifecycle and cancellation + +`join()` MUST naturally wait without requesting shutdown. `shutdown()` signals +stop; `stop_and_join()` signals and then waits. A cloneable shutdown handle +MUST remain usable while the owner naturally waits. Dropping an unjoined owner +MUST stop and join its worker. Explicit joins return initialization/worker +errors; Drop cannot return an error. No server or connection worker may detach. +`max_requests = 0` completes without admission; a positive maximum completes +after that many service-admitted requests. Unlimited CLI serving remains alive +until terminated by its process owner. + +The server MUST own its listener and active connection future and interrupt +idle accepts, incomplete headers, withheld bodies and response network work +on shutdown or their absolute deadline. Body progress MUST NOT reset the +deadline. Stop/deadline admission MUST be checked before semantic dispatch. +This is a network cancellation contract. Existing synchronous file operations, +reference locks, initialization and durability commits still require separate +bounded filesystem/cancellation evidence; they can delay worker completion. +The network deadline cannot interrupt a synchronous filesystem call or roll +back a commit already admitted. This contract does not grant whole-operation +atomicity, arbitrary filesystem hard cancellation, CLI graceful signal handling, +cross-host qualification, or independent F07/F09/F11 acceptance. diff --git a/docs/spec/SEALS_DISPATCH_REPLAY.md b/docs/spec/SEALS_DISPATCH_REPLAY.md index e98a4e4f6..d32b7583c 100644 --- a/docs/spec/SEALS_DISPATCH_REPLAY.md +++ b/docs/spec/SEALS_DISPATCH_REPLAY.md @@ -33,5 +33,8 @@ This directory is the *normative* behavior surface. If code changes semantics, u ## Effects & replay - Effect programs are represented as `Pure(v)` or `Perform(op, payload, k)`. - Runner is deny-by-default per capability policy. +- Effect payloads must satisfy canonical-domain admission before hashing or + dispatch. Unsupported raw data returns an explicit `BadPayload` host error; + it produces no performed effect or canonical payload identity. - Every performed effect appends a deterministic log entry. - Production `replay(program, log)` must consume entries in order and fail on every logged-fact mismatch: header program hash, index, operation, payload/continuation/request/response hashes, scheduler metadata, and `:decision`/`:cap` structure. The artifact-loaded GenesisCode binding `core/effects::replay-authority` owns these verdicts under `SELFHOST_REPLAY_AUTHORITY_v0.1.md`; Rust may provide only the bounded observations and mechanisms named there and must not retain a production semantic fallback. diff --git a/docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md b/docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md index 8b6952fd4..562b6a6e6 100644 --- a/docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md +++ b/docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md @@ -36,6 +36,21 @@ The verifier uses an independently installed BLAKE3 implementation only as a cryptographic primitive. It does not import the parser, canonicalizer, printer, Prelude, runtime driver, or artifact loader under test. +### Host checker environment + +The host-side frontend authority verifier requires the independent Python `blake3` +distribution. Provision CPython 3.12 and install +`scripts/requirements-selfhost-checker.txt` using `python3 -m pip --isolated +--disable-pip-version-check install --index-url https://pypi.org/simple --require-hashes +--only-binary=:all: --force-reinstall -r scripts/requirements-selfhost-checker.txt` before the self-host +boundary gate. For local use, install in a dedicated virtual environment. The lock +admits only the reviewed 1.0.4 wheels for glibc Linux and macOS on x86_64 or aarch64; +forced installation prevents an already-installed copy from skipping wheel verification; +an unsupported interpreter/platform, missing dependency, or hash mismatch fails +closed. This distribution is a verification tool dependency, not a production +runtime dependency. The verifier must never substitute the production Rust hash +implementation for this independent observation. + ## Nonclaims - This profile and its local verifier do not alone promote any ownership-ledger diff --git a/docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md b/docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md index a3417a515..6e5576ad6 100644 --- a/docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md +++ b/docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md @@ -11,11 +11,18 @@ observation order, fail-fast outcome classification, sealed error code and messa checked and missing accounting, and the exact public verify report. Rust may perform bounded file-presence checks, BLAKE3 byte-integrity checks, CoreForm decoding, -snapshot/commit/evidence/attestation schema parsing, and commit-closure traversal. Those are typed +snapshot/evidence/attestation schema parsing, and commit-closure traversal. Those are typed mechanism observations. Rust MUST NOT choose the final error class, construct the success report, reorder dependencies or hashes, continue host reads after a terminal observation, silently fall back to native verify semantics, or accept a result not bound to the exact request and plan. +Commit schema observations delegate to the artifact-backed `CommitAuthority` boundary specified +in `SELFHOST_COMMIT_AUTHORITY_v0.1.md`. The observation mechanism MUST check the submitted commit's +store integrity, decode that exact term, and call `validate_expected_commit` with its policy and +authority context before traversing its fields. Missing authority or substituted results fail +closed. Restoring `gc_vcs::Commit::from_term` in this production mechanism is forbidden; the +package-verify contract does not acquire ownership of the delegated commit decision. + ## Causal Protocol 1. `:plan` receives the exact typed lock model before any artifact-store access. diff --git a/docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md b/docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md index 9c290cfd7..8c8842c7f 100644 --- a/docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md +++ b/docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md @@ -30,6 +30,14 @@ Rust remains responsible only for bounded mechanisms whose outcomes are transpor These mechanisms may fail closed. They do not infer a replay verdict. A response-load failure is transported as `:response-status :load-error`; the authority rejects it before the host can apply a continuation. +Unsealing an effect request admits its entire payload to the canonical domain in +`COREFORM_CANON_HASH.md` before hashing or dispatch. Unsupported raw symbols or +improper pairs, including nested keys and values, return an explicit `BadPayload` +host error. No payload hash, policy verdict, replay observation, or performed +effect is produced for that request. This serialization failure does not override +the authority's verdict on any representable logged fact. Admitted v0.2 payload +bytes and hashes remain unchanged. + ## Protocol Requests have kind `genesis/effect-replay-authority-request-v0.1`, version `1`, and exactly one phase-specific field set: diff --git a/docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json b/docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json index 9f5294a0b..96c0dd2ac 100644 --- a/docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json +++ b/docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json @@ -2,7 +2,7 @@ "auditDate": "2026-08-11", "canonicalSpec": "docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.md", "canonicalSpecSha256": "a332218b90c8527e8f20ed986b9447968eae82a70021bd94b53247ba49222c78", - "contentIdentitySha256": "5a0303c7e252654bbf72979cc3b7bfbfd27aea483fbd021ed913464390a89baa", + "contentIdentitySha256": "b03af58764ee5243bcd523ecbb6df15a4a9bc8710fc1a1a6f49f18b57cc0f3e6", "forbiddenAmbientPackages": [ "async-std", "clap", @@ -96,7 +96,7 @@ "buildScriptPath": null, "manifestSha256": "d207fece2541279080ada5a06d3dbfdce6594efdeeae8bb5178580e2fc59a969", "productionResolvedPackageCount": 47, - "productionResolvedClosureSha256": "4c572f1e0d92d06eee485adcfe659d2fc1d3c9e44d7dcd404c82e0705931bfcf" + "productionResolvedClosureSha256": "91df2e6dcfac3c4a8a56d039d062909f9565eb21945fd26bc5467740abe9f45c" }, { "allowedBuildExternalDependencies": [], @@ -133,7 +133,7 @@ "buildScriptPath": null, "manifestSha256": "fa94aa8061f5d4dcfd44ad57b7eecb8db071914566e0ab59c73d32a806ecf083", "productionResolvedPackageCount": 55, - "productionResolvedClosureSha256": "8cd5a4b1c1721fa977476ff9f8b02a18b09595bc70df2db6eb5a2f0583cdf676" + "productionResolvedClosureSha256": "02273dda08ee5e9ddfeaa075ce423f28e0b64e4fc3f31ee37bccec0a74ae6ffa" }, { "allowedBuildExternalDependencies": [ @@ -181,7 +181,7 @@ "buildScriptPath": "crates/gc_prelude/build.rs", "manifestSha256": "ce405c1ca2a460590ea1413f5f47758bcaac6498f300201c451c1a94cee79627", "productionResolvedPackageCount": 69, - "productionResolvedClosureSha256": "3a253d459ff1237dc47b47669f50bb8aa7b9d59b3cf984c426f09f1060bc8712" + "productionResolvedClosureSha256": "5b229a37b9ae7ae62bdfd216c5fa50f2519b58d8fcb16829ad32e4c232508c8a" } ], "stage0TrustContract": "docs/spec/STAGE0_TRUST_CONTRACT_v0.1.json", diff --git a/docs/spec/VALUE_EFFECT_HASH.md b/docs/spec/VALUE_EFFECT_HASH.md index 6fc2c222e..3df3f0819 100644 --- a/docs/spec/VALUE_EFFECT_HASH.md +++ b/docs/spec/VALUE_EFFECT_HASH.md @@ -58,10 +58,44 @@ by scope-aware free-variable analysis. A closure that requires recursive or forw also retains the nearest marked module scope, whose binding table is updated as top-level `def` forms complete. -Compiled closures retain only compiler-resolved lexical slots required by the body, plus the shared -compiled module cells needed for recursive and forward module references. External bindings remain -in an `Env`. Compiled expression and coverage tables are immutable and may be shared across any -number of closures. +Compiled closures retain only compiler-resolved lexical values required by the body. Their stored +entries are ordered by lexical depth and carry immutable name-to-depth metadata; discarded depth +holes do not allocate retained value entries. Nested captures preserve those resolved depths. +External bindings remain in an `Env`. Compiled module slots are an immutable name view over the +same live named module `Env` used by the reference tier, rather than a separate value table. +Definitions update that scope once: earlier closures observe later definitions and warm updates, +right-hand sides see the preceding binding, and missing names retain the reference unbound error. +Parent lookup and local shadowing follow the ordinary `Env` chain. + +Live accounting merges captured lexical entries and selected external locals into the same single +semantic capture frame above the module anchor as the reference tier. Captured names and values, +parent edges and recursive backedges are charged; depth holes and compiler metadata are not. +Representation changes cannot omit retained captures from the live limit. + +The `GCKM5` reader admits only canonical, unique module slot names and requires each definition's +name to agree with its indexed slot. The inventory must contain exactly the first-occurrence +ordering of definitions. Every variable's declared local depth/slot, module slot or external class +must agree with its name in the nearest sequential `let`/function scope and the complete module +inventory. Canonical binder names and compiler expression shapes are checked before admission. + +An independent source-grammar checker relates each closure's stored body term to its executable +IR, including literal and quoted fields, container keys/values, conditionals, sequential bindings, +curried functions, primitive operation identity, seals, argument order and flattened application +step metadata. It does not recompile a candidate or use its derived capture/forward plans as proof. +Coverage table indices retain their separate admission checks. This is structural metadata/body +admission, not a complete source-authenticated cache or optimizer translation certificate; those +obligations and exact cross-tier semantics remain separately governed. + +Every term field in the `GCKM5` writer uses the shared checked canonical-domain printer. Unsupported +improper pairs or raw symbol text, including nested keys/values and body terms, return explicit +`BadForm` errors instead of lossy bytes; canonical-admission work allocation failure returns +`MemoryLimit`. Direct kernel data evaluation and pair operations remain available. Valid historical +writer bytes and the current value/log hash profiles remain unchanged. + +The relation checker uses borrowed source references, iterative traversal/equality and fallible +worklist reservations. It does not establish complete decoder/printer work, destructor, allocator +or process bounds; the wider resource obligations remain open. Compiled expression and coverage +tables are immutable and may be shared across any number of closures. Capture minimization is an implementation obligation, not permission to change scope. Removing an unreferenced binding must not change values, hashes, errors, coverage, effects, or resource charges. @@ -70,11 +104,11 @@ correct. ### Recursive module cycles -Recursive and mutually recursive definitions require a backedge. The current implementation has -two cycle-capable anchors: - -1. A tree-walk module `Env` owns its binding values, while a bound closure can own that same `Env`. -2. Compiled module cells own their values, while a compiled closure can own those same module cells. +Recursive and mutually recursive definitions require a backedge. Both tiers use a live module +`Env` that owns its binding values, while a bound closure can own that same `Env`. Compiled slot +metadata also retains that scope. Every physical strong edge, including multiple owners of one +scope and compact captured value entries, participates in tracing; immutable names do not own +runtime values. The cycle may be indirect. For example, a module cell can own a vector, map, sealed value, contract, native partial application, or effect continuation that eventually owns a closure pointing back to @@ -392,3 +426,95 @@ This hash is recorded in logs and must match during replay. ## Log Version Note GenesisCode v0.2 uses `.gclog :version = 3` for the current `value_hash` encoding (parser remains backward-compatible with legacy `:version = 2` logs). + +## Staged Lossless Runtime-Term Identity v0.3 + +`genesis/runtime-term-hash/v0.3` is an additive, explicit host-library codec for +finite immutable `Term` trees, including improper pairs and raw symbol text. +It does not select the current `genesis/value-effect-hash/v0.2` profile, change +`hash_term`, admit a value for canonical serialization, or change the effect-log +writer or accepted readers. Production continuation/response hashing still +uses the legacy value algorithm until the complete value-graph and log-profile +migration is reviewed and activated. The existing runtime alias counterexamples +therefore remain open; this codec is the term component of that repair. + +`gc_kernel::runtime_term_hash(term, limits)` returns BLAKE3 over the exact byte +domain `GCvalue-v0.3\0term\0`, followed by one preorder structural encoding. +Every `\0` in that domain denotes a single zero octet. Each term starts with +one octet indicating its type. Counts and lengths are unsigned 64-bit +little-endian integers. No whitespace, printer output, placeholder, implicit +normalization, native pointer, or platform integer representation participates. + +| Tag | Type | Fields following the tag | +|---|---|---| +| 0 | Nil | none | +| 1 | Bool | one octet: false = 0, true = 1 | +| 2 | Int | one sign octet (zero = 0, positive = 1, negative = 2); magnitude limb count; magnitude limbs | +| 3 | Str | UTF-8 byte length; exact UTF-8 bytes | +| 4 | Bytes | octet length; exact octets | +| 5 | Symbol | UTF-8 byte length; exact UTF-8 bytes | +| 6 | Pair | complete car encoding, then complete cdr encoding | +| 7 | Vector | element count; complete encodings in element order | +| 8 | Map | entry count; complete key encoding then complete value encoding for each entry in normative CoreForm key order | + +Integer magnitude limbs are base 2^32, least significant limb first, each as four +little-endian octets. The highest limb is nonzero. Zero has sign 0 and no limbs; +nonzero integers have sign 1 or 2 and at least one limb. This rule is independent +of the integer library's physical limb width. For example, 2^64 + 9 has limbs +`[9, 0, 1]`; its negative has the same magnitude and sign 2. Strings and symbols +are distinguished by tag even when their text is identical. Raw symbols are +encoded exactly, including literal-looking names and embedded zero scalars; +this does not make them legal canonical symbols or source forms. + +The encoding is injective before hashing: disjoint tags select a unique field +grammar; scalar lengths identify exact byte boundaries; pair arity is fixed; +container counts determine exactly how many recursively self-delimiting terms +follow. Integer sign and normalized magnitude are unique. Different immutable +trees therefore cannot alias by representation, including nested improper pair +keys and values. This is not a mathematical claim that BLAKE3 has no collisions. +An improper pair does not acquire wire syntax or a store identity from this +runtime hash, and the proper list `(pair )` keeps its historical +canonical bytes and hash. + +### Bounded streaming and failures + +The caller must supply all three `RuntimeTermHashLimits` ceilings. There are no +ambient defaults, unlimited sentinels, or fallback algorithms: + +- `max_nodes`: the number of reached term occurrences, including map keys and + values and both pair fields. Every occurrence counts even if a future storage + representation shares a physical owner. +- `max_encoded_bytes`: every encoded octet, including the domain, type tags, + counts, signs, limbs, and payload bytes. +- `max_pending_frames`: the maximum number of live borrowed traversal frames. + A frame is a pending term or a container iterator. This is a traversal-storage + limit, not a language-visible term-depth or container-width limit. + +Equality with a limit succeeds; exceeding it returns an explicit +`KernelErrorKind::MemoryLimit` with dimension `runtime-hash-nodes`, +`runtime-hash-bytes`, or `runtime-hash-frames` and exact observed/limit values. +Zero is a real ceiling. Counter/length overflow and a failed fallible stack +reservation also return explicit memory errors, without inventing a numeric +host-allocation ceiling. Failure exposes no partial digest and never selects +the legacy printer-based algorithm. + +The implementation streams borrowed scalar data and magnitude limbs directly +into BLAKE3. It traverses pairs and containers without host recursion, cloning +trees, flattening containers, constructing integer byte buffers, or building a +complete encoded byte string. A container retains an iterator and schedules one +entry at a time; fanout does not allocate one pending frame per child. Stack +growth uses fallible reservations bounded by the caller's frame ceiling. Node +and byte charges precede the corresponding encoding work; an oversized scalar +fails before its bytes are hashed. Work is O(reached nodes + admitted encoded +bytes) and traversal storage is O(pending frames), bounded by the supplied +ceiling. Construction, ordering, comparison, and destruction of the input term +remain separate boundaries and are not certified by this codec. + +The codec corpus freezes independent Python/BLAKE3 vectors for every tag, +multi-limb signed integers, exact Unicode and octets, raw symbol distinctions, +improper pairs, the proper placeholder list, and nested containers. It also +checks nested alias families, stable map ordering, exact/one-short resource +limits, large scalar preflight, a 20,000-pair traversal on a small host stack, +wide containers under a constant frame ceiling, and semantic mutation +rejection. These local controls do not establish full value-graph identity, +log migration, cross-host qualification, or independent release acceptance. diff --git a/docs/spec/WASM_HOST_BRIDGE.md b/docs/spec/WASM_HOST_BRIDGE.md index 8db562a24..39d420467 100644 --- a/docs/spec/WASM_HOST_BRIDGE.md +++ b/docs/spec/WASM_HOST_BRIDGE.md @@ -49,6 +49,9 @@ response profile: - `wasi_bridge_profile = true` (explicit profile enable for non-WASI hosts/tests) - `wasi_bridge_response` (CoreForm term string) - `wasi_bridge_response_file` (path to CoreForm term or `op -> response` CoreForm map) + uses a held rooted file grant. A declared `max_bytes` bounds the whole encoded + document body before parsing, as specified in `HOST_BRIDGE_PROTOCOL.md`; an + aggregate map's selected response cannot bypass that document limit. - optional process-level fallback: - `GENESIS_WASI_BRIDGE_RESPONSES` (CoreForm map keyed by op symbol/string) diff --git a/docs/status/REDTEAM_REPORT.md b/docs/status/REDTEAM_REPORT.md index 9447cef5d..cd3f1b3b0 100644 --- a/docs/status/REDTEAM_REPORT.md +++ b/docs/status/REDTEAM_REPORT.md @@ -2,7 +2,7 @@ -Last updated: 2026-08-14 +Last updated: 2026-10-02 Scope: - Track only unresolved P0/P1 defects from `upgrade_plan.md`. @@ -12,4 +12,11 @@ Scope: ## Active Risks (P0/P1) -No active P0/P1 risks. +- `P1.9` +- `P1.10` +- `P1.11` +- `P1.12` +- `P1.13` +- `P1.14` +- `P1.15` +- `P1.16` diff --git a/examples/agent_benchmark_reproducibility/invocation/request.json b/examples/agent_benchmark_reproducibility/invocation/request.json index e7199e3e0..fb8fbea5d 100644 --- a/examples/agent_benchmark_reproducibility/invocation/request.json +++ b/examples/agent_benchmark_reproducibility/invocation/request.json @@ -1 +1 @@ -{"cardsSha256":"3085aa0eba13405b802b3cc5d2c3ca4a3a801846d110f38ebebe7eb26f352a09","decodingSha256":"31e1458348b89be1d5fb8e20a4dec2c424e9d1daa9409d7bacfbc60bfa26aa23","modelId":"genesis-agent-fixture","modelRevision":"sha256:ea5ae5d06096510cc7eb945a16687f2dfce0e2f1edbc4001ab1c4c07b24be5dd","promptAssemblySha256":"5d7b392d2f6cc801f194a703bfafec59cb8476246eec010627c6660303b753fe","tokenizerSha256":"98a4cbce097bb0ad07673d8b3447b4990f13d4c15308785f255bf34d5b497911","weightsSha256":"ea5ae5d06096510cc7eb945a16687f2dfce0e2f1edbc4001ab1c4c07b24be5dd"} +{"cardsSha256":"3085aa0eba13405b802b3cc5d2c3ca4a3a801846d110f38ebebe7eb26f352a09","decodingSha256":"31e1458348b89be1d5fb8e20a4dec2c424e9d1daa9409d7bacfbc60bfa26aa23","modelId":"genesis-agent-fixture","modelRevision":"sha256:ea5ae5d06096510cc7eb945a16687f2dfce0e2f1edbc4001ab1c4c07b24be5dd","promptAssemblySha256":"915553da6236fe9c50ee9f874a48d41c74641617ec3760394b4f900fe5946787","tokenizerSha256":"98a4cbce097bb0ad07673d8b3447b4990f13d4c15308785f255bf34d5b497911","weightsSha256":"ea5ae5d06096510cc7eb945a16687f2dfce0e2f1edbc4001ab1c4c07b24be5dd"} diff --git a/examples/agent_benchmark_reproducibility/model-effect.gclog b/examples/agent_benchmark_reproducibility/model-effect.gclog index 5d03d0f71..29bdf295b 100644 --- a/examples/agent_benchmark_reproducibility/model-effect.gclog +++ b/examples/agent_benchmark_reproducibility/model-effect.gclog @@ -3,14 +3,15 @@ [ { :cap {:op host/plugin::command :timeout-ms 5000} - :cont-h b"H\x07\x930\xB2\xAA\xE6Za\x9C\xE0d\xB6\xC8nB\xCF-\xC4}\x1B$xT0{LQ\x81k\xAC\"" + :cont-h + b"\x1A\x8E\x7F\xB6\x0E\xAF\x0Fx\x85\xB2\x12(\x12\x1BJU\xF3\xC7\x8C\x17\x93\x855\x91\xD1\xA6n\x9Eo\xEC\x80\xF4" :decision :allow :i 0 :op host/plugin::command :payload-h - b"\x85\x07\x9D\x1B\x08\xE3C\x18\xED\xB4d$\xF3:\x00\xAE\x8EV\xB1D\xC4\x1FP\x02\x91T\x14\x12\x93\x05\x04\xCD" + b"A\x91\xB2\xC9\x7F.\x82}\xA4\x0B\xCB[\xEF\xF6,\xEAT\xD6\xE5\xA5K\x08+\x8E\x04,X\xCF\x02 \x90\xCB" :req-h - b"\x03\x87:\xE4\xC37\\\x9F\xC3\x13\x98\xAEj\xCD\x96\xAEa\x0F\xC6%\x9D\xE0\xC8\x9Cb\x08\xA4\xEDHoD\x02" + b"l#\xFB4\x99t\xA1-h\xC2T3\x8B\x1D\xAAj\x0C\xB3D\xD2\xE6.O\xAB>\xBB\xA7h\xD8\x01\x9F5" :resp { :kind :ok @@ -26,6 +27,6 @@ :resp-h b"m\x1B\t\xD6NH\xB9\\\x08\xF7/\xAF_e\x95\xC3^\x04 @@ -102,6 +102,13 @@ Authorized unqualified claims: Known GenesisCode gaps +- `P1.9`: F01: eliminate symbol/literal and improper-pair canonical identity collisions across construction, codecs, hashes and artifact storage, with explicit term-domain admission and versioned compatibility. Local 2026-10-02 E0 serialization-admission controls do not close lossless runtime hashing, versioned replay compatibility, remaining production-boundary audit or independent acceptance. Affected claims: `CAP-COREFORM-IDENTITY`, `CAP-EFFECT-REPLAY`, `CAP-SEMANTIC-VCS`, `CAP-PACKAGE-MANAGER`, `CAP-EVIDENCE-GATED-PUBLISH`, `CAP-RUNTIME-SURFACES` +- `P1.10`: F02: authorize anchored filesystem traversal before mutation, including escaping symlinks and replacement races. Affected claims: `CAP-DENY-DEFAULT-POLICY`, `CAP-EFFECT-REPLAY`, `CAP-SEMANTIC-VCS`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES`, `CAP-HOST-BRIDGE` +- `P1.11`: F03: preserve source and destination on self-rename and failed overwrite; enforce safe replacement semantics. Affected claims: `CAP-EFFECT-REPLAY`, `CAP-SEMANTIC-VCS`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES`, `CAP-HOST-BRIDGE` +- `P1.12`: F04: remove the final filesystem entry without dereferencing its symlink target; specify native/WASI behavior. Affected claims: `CAP-EFFECT-REPLAY`, `CAP-SEMANTIC-VCS`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES`, `CAP-HOST-BRIDGE` +- `P1.13`: F05: bound actual primitive work, including empty string repetition at maximum count, across execution tiers. Affected claims: `CAP-KERNEL-DETERMINISM`, `CAP-PACKAGE-MANAGER`, `CAP-RUNTIME-SURFACES` +- `P1.14`: F06: bind package verify custody to artifact-backed commit authority and reject native-decoder restoration. Affected claims: `CAP-SEMANTIC-VCS`, `CAP-PACKAGE-MANAGER`, `CAP-EVIDENCE-GATED-PUBLISH`, `CAP-SELFHOST-CUTOVER`, `CAP-STRICT-NO-FALLBACK` +- `P1.15`: F07: preserve registry service liveness and bounded wait/shutdown/join/drop ownership. Affected claims: `CAP-PACKAGE-MANAGER`, `CAP-HOST-BRIDGE` - `R1.3.f`: Meet the cold, warm, large-workspace, parallel-agent, cancellation, and restart interface budgets. Affected claims: `CAP-AGENT-JSON-CONTRACTS` - `R1.5.f`: Validate skill distribution, offline use, token budgets, and multi-agent compatibility. Affected claims: `CAP-AGENT-SKILL-PACK` - `R2.3.e`: Meet explicit incremental large-workspace agent-loop SLOs. Affected claims: `CAP-AGENT-WORKSPACE-PERF` @@ -178,7 +185,7 @@ Known GenesisCode gaps - `R8.2.p`: Prove RP2040 and ESP32-class constrained firmware on physical boards. Affected claims: `TARGET-MCU-LANGUAGE-AOT`, `TARGET-HARDWARE-IN-THE-LOOP` - `R8.2.q`: Prove an end-to-end IoT or robotics system with hardware-in-the-loop. Affected claims: `TARGET-BOARD-HAL-FAMILIES`, `TARGET-HARDWARE-IN-THE-LOOP` - `R8.2.r`: Prove a reproducible Genesis-native data science and local ML system. Affected claims: `TARGET-DATA-ML` -- Active `upgrade_plan.md` P0/P1 defects: none. Roadmap maturity gaps above remain open and are not erased by an empty defect queue. +- Active `upgrade_plan.md` P0/P1 defects: `P1.9`, `P1.10`, `P1.11`, `P1.12`, `P1.13`, `P1.14`, `P1.15`, `P1.16`. ## Product and Target Qualification diff --git a/genesis.gates.json b/genesis.gates.json index ae028fe49..7d9077e53 100644 --- a/genesis.gates.json +++ b/genesis.gates.json @@ -9,7 +9,7 @@ "executionIdentitySha256": "540c489ae73378db61d81330911b96042db738727a8df437afaefc2e1d56faf7", "expectedDurationSeconds": 45, "id": "gate/agent-authoring-bundle", - "inputIdentitySha256": "7164a6819e6f4b8c8ab7dcd06b139ba37cec2268c466f609c91c1ebf13e4bd03", + "inputIdentitySha256": "514c2607806a0e56bc426a20786be289d4550951ac9331b9180e36d524ca0db9", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -238,11 +238,13 @@ "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/check_write_genesiscode_skill_pack.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -252,6 +254,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -285,6 +288,7 @@ "scripts/lib/host_handle_lifecycle_evidence.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -364,7 +368,7 @@ "executionIdentitySha256": "d3e2741f0fcab5b0fa1d2ff0fb72a893ff39b658c355fbd70f1ea7f5efaf5766", "expectedDurationSeconds": 900, "id": "gate/agent-generative-workloads", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -442,9 +446,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -452,6 +458,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -569,7 +576,7 @@ "executionIdentitySha256": "ca60c0c8740ffc38f92b66c4a85bf1c85c764940d9d9014b38fc968ff96a5ab0", "expectedDurationSeconds": 600, "id": "gate/agent-reference-workflows", - "inputIdentitySha256": "ea8a0634949ec581cefccf50162bf3f315d49b42450bfe39c1ee56ae9fa5a08f", + "inputIdentitySha256": "35546219e217e6bac0ced55ae627e8827c6e54d5571729907e795ff437f5a52b", "inputs": { "paths": [ "Cargo.lock", @@ -610,11 +617,14 @@ "scripts/check_disk_headroom.sh", "scripts/check_remote_registry_runtime_parity.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/heavy_gate_preflight.sh", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_reference_workflows_report.sh", "scripts/render_remote_registry_runtime_parity_report.sh", @@ -668,7 +678,7 @@ "executionIdentitySha256": "66ef3f82bf4765502de63a33b0356c0804894ee1fcc843ec637ebb6804f886ee", "expectedDurationSeconds": 900, "id": "gate/agent-scenario-perf", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -746,9 +756,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -756,6 +768,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -828,7 +841,7 @@ "executionIdentitySha256": "e77e022585c7cf3d8e2757027f36242b99edd40d66ead53ccba1eb31acd2e892", "expectedDurationSeconds": 600, "id": "gate/agent-workflow-runtime-parity", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -906,9 +919,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -916,6 +931,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -988,7 +1004,7 @@ "executionIdentitySha256": "d96876cc218a7bde1706f0ebcac9d0ef41a4f1c8788113ff49a977c003f01a10", "expectedDurationSeconds": 900, "id": "gate/ai-iteration-slo", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -1224,6 +1240,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -1270,6 +1287,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -1501,6 +1519,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -1976,9 +1995,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -1993,6 +2015,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -2002,6 +2027,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -2011,7 +2037,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -2099,6 +2127,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -2172,6 +2201,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -2408,7 +2438,7 @@ "executionIdentitySha256": "dc8c3972ea84e9fc83764032aa4462865a7749042942cb3e1007b0a0f640d4d1", "expectedDurationSeconds": 900, "id": "gate/ai-stress-suite", - "inputIdentitySha256": "2e0d3e5ec863eabd34bfbb1cec35da75a0a917a00c35d9dd62319f1c2bef19c9", + "inputIdentitySha256": "3c6f8df6d229c8c2e0f8e597c0861cde78642a336a5cb43d76e3bd2faf1061c6", "inputs": { "paths": [ "Cargo.lock", @@ -2419,10 +2449,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_ai_stress_suite.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_ai_stress_suite_report.sh" ], "sets": [ @@ -2582,7 +2615,7 @@ "executionIdentitySha256": "687ed492d01041e91cbcb820d10aeca8eee9d0cea6552f2ab82fb078d88c8c1d", "expectedDurationSeconds": 600, "id": "gate/backend-starter-workflows", - "inputIdentitySha256": "6826a219e43e68e2e467ff9320016367f6493b83e582036354414ede0059a257", + "inputIdentitySha256": "1aef986f0cff58a94851cb14bc7ac07080a488fde24b57efd4afd9595e4e5f31", "inputs": { "paths": [ "Cargo.lock", @@ -2593,10 +2626,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_backend_starter_workflows.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_backend_starter_workflows_report.sh" ], "sets": [ @@ -2647,7 +2683,7 @@ "executionIdentitySha256": "2bec1b19f45e35266e54e5a7cc2719bcb9a240ef3c5eb4cc6b62e6ab068c9368", "expectedDurationSeconds": 1800, "id": "gate/bootstrap-retirement-gate", - "inputIdentitySha256": "43c5c123bfb2ffebb1ec4717054cd1a11a9ad4b3c659aef48ead743c10aab3ca", + "inputIdentitySha256": "472887758fad0589f43f02e0ea61be36b8ba544a81956f38bf17630b757e34ac", "inputs": { "paths": [ "Cargo.lock", @@ -2662,10 +2698,13 @@ "scripts/check_disk_headroom.sh", "scripts/check_old_bootstrap_retirement.sh", "scripts/check_rust_engine_compat.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_bootstrap_retirement_gate_report.sh", "scripts/selfhost_default_profile_guard.sh", @@ -2775,7 +2814,7 @@ "executionIdentitySha256": "d368d86edc3ac9c640e631f0fafc9012460c8fb68f88949143d1f595760d87c8", "expectedDurationSeconds": 15, "id": "gate/capability-evidence-ledger", - "inputIdentitySha256": "294ab90aa3abd9f86671cc727f40a25fc70c6efd4b0c37280820bad91c0c4da2", + "inputIdentitySha256": "df595f2f65c019eb78e009a635b5da363813e4884cc23715d0247a8b9f820e58", "inputs": { "paths": [ "ROADMAP.md", @@ -2846,7 +2885,7 @@ "executionIdentitySha256": "1745e51e3a54f49111bccb73c375d870014a88921d2cca982a6397084966f6e5", "expectedDurationSeconds": 15, "id": "gate/capability-evidence-ledger-contract", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -3082,6 +3121,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -3128,6 +3168,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -3359,6 +3400,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -3834,9 +3876,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -3851,6 +3896,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -3860,6 +3908,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -3869,7 +3918,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -3957,6 +4008,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -4030,6 +4082,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -4259,7 +4312,7 @@ "executionIdentitySha256": "b4ce4975b452fb76c91db4f754bf4d81f60de6de17232d04ba83c8cc3da37594", "expectedDurationSeconds": 15, "id": "gate/capability-indices", - "inputIdentitySha256": "07b0ea1c47597829f56b6396f3d8d39153e9a76b6215de1138d381d3228a8077", + "inputIdentitySha256": "2bc6d96f89e659fae94b833d960de6c224a47435d6d7c05ae98363c0d41613a5", "inputs": { "paths": [ "crates/gc_effects/src/runner_browser_host.rs", @@ -4317,10 +4370,10 @@ "dependencies": [], "diskBudgetMiB": 64, "entrypoint": "scripts/check_cargo_target_dir_policy.sh", - "executionIdentitySha256": "242ca8460da231b46767e4964fbc3b6656b93e244ae9007a53943df8349af97e", + "executionIdentitySha256": "b884b81aacb683ee3bf9674773abf9ae170c49c2a61b72e35c01359dfd9c3854", "expectedDurationSeconds": 15, "id": "gate/cargo-target-dir-policy", - "inputIdentitySha256": "c0cb6d1780e981ec0c5fc3350ce2ee595e4505cc5e1a68d1aab3441fb111779f", + "inputIdentitySha256": "2fed56fd7507bb530d39d5206fb7ac145eec94387b59cd7eb5661d7da6a57497", "inputs": { "paths": [ "Cargo.lock", @@ -4336,6 +4389,7 @@ "docs/program/evidence/artifact/genesis-example.bin", "docs/spec/CARGO_CACHE_POLICY_v0.1.schema.json", "docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/TEST_EXECUTION_PROFILES_v0.1.md", "policies/cargo_cache_v0.1.json", "policies/deterministic_cleanup_v0.1.json", @@ -4345,11 +4399,16 @@ "scripts/check_cargo_target_dir_policy.sh", "scripts/check_docs_quickstart.sh", "scripts/check_evidence_storage_classes.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/evidence_storage.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_cargo_target_dir_policy_report.sh", "scripts/render_evidence_release_asset.sh", "scripts/update_evidence_fixture_classification.sh", @@ -4400,7 +4459,7 @@ "executionIdentitySha256": "25ef32f5bca99f1363339aa96ab323b260b0b1c9b9e23ac90f73c30e071322cc", "expectedDurationSeconds": 600, "id": "gate/changed-impact", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -4636,6 +4695,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -4682,6 +4742,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -4913,6 +4974,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -5388,9 +5450,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -5405,6 +5470,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -5414,6 +5482,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -5423,7 +5492,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -5511,6 +5582,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -5584,6 +5656,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -5829,7 +5902,7 @@ "executionIdentitySha256": "1e230c2ef01ff8120c3979715cc8896d61d66f880ac62747d5048e37067fd145", "expectedDurationSeconds": 555, "id": "gate/check-update-boundary", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -6065,6 +6138,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -6111,6 +6185,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -6342,6 +6417,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -6817,9 +6893,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -6834,6 +6913,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -6843,6 +6925,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -6852,7 +6935,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -6940,6 +7025,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -7013,6 +7099,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -7243,10 +7330,10 @@ "dependencies": [], "diskBudgetMiB": 4096, "entrypoint": "scripts/check_cli_diagnostics_contract.sh", - "executionIdentitySha256": "7589ad69e7f64592a89c2415a6c1eeefa7df379887597d5295085be8b3fb5e79", + "executionIdentitySha256": "08f55f0c0db418c703fdab54d9baeec15588b14e014a09fb7b90f664a9120067", "expectedDurationSeconds": 600, "id": "gate/cli-diagnostics-contract", - "inputIdentitySha256": "75e3832f20c6e5d649b67e06e56dd89b0ff2ce51670f5c7469921ef98b5ec15f", + "inputIdentitySha256": "1f32f877571cc46757b566c5ca1014f13b85654cdb9e2b9523ecd890f6ede39e", "inputs": { "paths": [ "Cargo.lock", @@ -7269,11 +7356,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_cli_diagnostics_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", "scripts/lib/gc_repair_utility.py", @@ -7281,6 +7370,7 @@ "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_cli_diagnostics_contract_report.sh", "scripts/render_gc_repair_utility_report.sh", "scripts/update_gc_diagnostic_catalog.sh", @@ -7337,7 +7427,7 @@ "executionIdentitySha256": "5e2b1ceb11cef9750a03446ae0a173c275509bb888314e915e69eaae340741b4", "expectedDurationSeconds": 600, "id": "gate/default-iteration-workflow", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -7573,6 +7663,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -7619,6 +7710,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -7850,6 +7942,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -8325,9 +8418,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -8342,6 +8438,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -8351,6 +8450,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -8360,7 +8460,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -8448,6 +8550,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -8521,6 +8624,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -8756,7 +8860,7 @@ "executionIdentitySha256": "93f27a873ea8472638b14b9e2fa6d8a6c2c2d902715b61fe81367b5ffbc78faa", "expectedDurationSeconds": 600, "id": "gate/dependency-mirror-contract", - "inputIdentitySha256": "849da442b6bb324bed09af037bd975bd4da60e1bb597548737df0dd516c40712", + "inputIdentitySha256": "3347d2c78b1364042f2f68ec0715584cd1617d35bf5225e26953df7e2724744d", "inputs": { "paths": [ "Cargo.lock", @@ -8768,9 +8872,12 @@ "policies/deterministic_cleanup_v0.1.json", "policies/generated_state_v0.1.json", "scripts/check_dependency_mirror_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/dependency_mirror.py", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "tools/genesis-evidence-verifier/Cargo.lock", "tools/genesis-evidence-verifier/Cargo.toml" ], @@ -8820,10 +8927,10 @@ "dependencies": [], "diskBudgetMiB": 64, "entrypoint": "scripts/check_deterministic_cleanup.sh", - "executionIdentitySha256": "bcf3b309450d0e00354b85981d9b46d78118c882b41a06a07e245670d9d46107", + "executionIdentitySha256": "ed125d3eaa291f4011cd09400c5465b0e936cab95e34012e59dbc8650ed9f416", "expectedDurationSeconds": 15, "id": "gate/deterministic-cleanup", - "inputIdentitySha256": "fe0630f846701ecfb6d27428b5ecce371e4637a4e05847956a834a8bde3e56ff", + "inputIdentitySha256": "8acc455e184ecaabce9e46e8fa2f50a14a1a6e33cd6507402826bb1a3a68f5ef", "inputs": { "paths": [ "Cargo.lock", @@ -8835,17 +8942,26 @@ "docs/spec/DETERMINISTIC_CLEANUP_RESULT_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "genesis.dependency-mirror.json", "policies/cargo_cache_v0.1.json", "policies/deterministic_cleanup_v0.1.json", "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_deterministic_cleanup.sh", + "scripts/check_disk_headroom.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/dependency_mirror.py", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", + "tools/genesis-evidence-verifier/Cargo.lock", "tools/genesis-evidence-verifier/Cargo.toml" ], "sets": [ @@ -8875,7 +8991,7 @@ "maxShards": 0, "mode": "gate-level" }, - "sourceSha256": "d369d47274e62efe8519d497a3c322f0af0df1a36ad4bdeecadcfb81118f1a9e", + "sourceSha256": "f6b9d58fd20b42538c2a583ae2901a307046c62a8d7fb9ac9f3c9524107c9b7a", "tools": [ "bash", "git", @@ -8888,17 +9004,20 @@ "dependencies": [], "diskBudgetMiB": 8192, "entrypoint": "scripts/check_disk_headroom.sh", - "executionIdentitySha256": "24088939a3c040d3de18f28563195c607824c4234f07d33b16212586373a43f0", + "executionIdentitySha256": "e2fba39cc68eb909cc93f3eaaf701a5ffb690fe0f403a006b86360521d349ff1", "expectedDurationSeconds": 900, "id": "gate/disk-headroom", - "inputIdentitySha256": "8b4afa8f6e4ba7d7ab5a56e7dc23bee5cef8b2a0dec1b991b614a1f924932354", + "inputIdentitySha256": "0fb33b6c14634006e2e4cf1084fc4fc9e13edfa8819ab9ce9422eaf0103fc073", "inputs": { "paths": [ "policies/deterministic_cleanup_v0.1.json", "policies/generated_state_v0.1.json", "scripts/check_disk_headroom.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh" ], "sets": [ @@ -8931,7 +9050,7 @@ "maxShards": 1, "mode": "none" }, - "sourceSha256": "61d26155b6ae489f187ccb66287e463e96da86e6aede71e77b73f26d1beccf39", + "sourceSha256": "edacbc8e59c53662a8757ea0b7cb6dc4b482aed04000cc46696814d2d736a74b", "tools": [ "bash", "cargo", @@ -9054,7 +9173,7 @@ "executionIdentitySha256": "2352db54072de81e7ea01ed3a42a8b330308c2314f9971e5c62b20247f808a4d", "expectedDurationSeconds": 15, "id": "gate/doc-topology-drift", - "inputIdentitySha256": "335f8513e117648a06fffc9bdb8eee9691be822596fee7839ea98a2a6ae1ea67", + "inputIdentitySha256": "669e5db307f990cea024cbc05497793442f1e91ad8aa85cce1512cb9510feb76", "inputs": { "paths": [ "CHANGELOG.md", @@ -9140,7 +9259,7 @@ "executionIdentitySha256": "b76d99cec379d2550ae5c258f43bbe188f709a60e021c0e9f570ef041c128b4b", "expectedDurationSeconds": 600, "id": "gate/docs-quickstart", - "inputIdentitySha256": "e9efa32d594dbb986c8a71cffb4e810d0708cd77a5dbc2e24efe3cdec9ef5ae6", + "inputIdentitySha256": "73be5a0bb469260529aadd8bf9a980f1e4484f5227d9a4879d46d431c0a313ce", "inputs": { "paths": [ "Cargo.lock", @@ -9153,10 +9272,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_docs_quickstart.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", - "scripts/lib/generated_state.py" + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py" ], "sets": [ "fixtures", @@ -9269,7 +9391,7 @@ "executionIdentitySha256": "12284e4018c1c869105cefa1d4620091e91cea214697a765f24c3dbe6db94e94", "expectedDurationSeconds": 600, "id": "gate/domain-starter-registry-bootstrap", - "inputIdentitySha256": "33fc99edf0e6c9ae0d4eacecebe3d48501ada6b8ad7a3ba271adcc40d2ff6eda", + "inputIdentitySha256": "2842f1c5cbaa3e8359680b3e96bacccb6a4710f53ba5613bdd0c640b7b834bbc", "inputs": { "paths": [ "Cargo.lock", @@ -9282,10 +9404,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_domain_starter_registry_bootstrap.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_domain_starter_registry_bootstrap_report.sh", "selfhost/toolchain.gc" ], @@ -9337,7 +9462,7 @@ "executionIdentitySha256": "c817320e387b1ec8002b0fd78a4e5002538f6473da89297fc655dc0bcaf80691", "expectedDurationSeconds": 15, "id": "gate/engineering-gate-contract", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -9573,6 +9698,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -9619,6 +9745,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -9850,6 +9977,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -10325,9 +10453,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -10342,6 +10473,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -10351,6 +10485,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -10360,7 +10495,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -10448,6 +10585,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -10521,6 +10659,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -10747,10 +10886,10 @@ "dependencies": [], "diskBudgetMiB": 4096, "entrypoint": "scripts/check_evidence_adversarial_matrix.sh", - "executionIdentitySha256": "8cff602dbf244463fb827f70fc6ce31257fb76b4541100508567d3f1fd7ba641", + "executionIdentitySha256": "b686c1153348d35c232edc811e28deb68ad36d48a8382f7a39f18ade7f415596", "expectedDurationSeconds": 600, "id": "gate/evidence-adversarial-matrix", - "inputIdentitySha256": "81dcb9029ebf7610810ab6049af512875c86a2f7bc40eddf28df4a8cb2a2df0b", + "inputIdentitySha256": "12db063158b475296debbd89bec2350ed4ff5c57425cf6b95c823c3aef77c31e", "inputs": { "paths": [ "Cargo.lock", @@ -10775,12 +10914,15 @@ "rust-toolchain.toml", "scripts/check_evidence_adversarial_matrix.sh", "scripts/check_genesis_evidence_profile.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", + "scripts/lib/supervisor_cancellation.py", "scripts/update_genesis_evidence_profile.sh", "scripts/update_genesis_evidence_verifier_vectors.sh", "tools/genesis-evidence-verifier/Cargo.toml", @@ -10817,7 +10959,7 @@ "maxShards": 1, "mode": "none" }, - "sourceSha256": "34c443c70bdb603ee9250a0c121d296fc4a4033533fa61865d31aef74e79b64e", + "sourceSha256": "7aadaa6a2d865739e264674b6dd757ab8d50afb1f33362d0c0482c62ae13d0c1", "tools": [ "bash", "cargo", @@ -10835,7 +10977,7 @@ "executionIdentitySha256": "f1819ef0549b700487acbb2fc0a57164a28bedb8ba5f95d482d4ed92f377eeef", "expectedDurationSeconds": 600, "id": "gate/evidence-storage-classes", - "inputIdentitySha256": "a3701cb884c8cc31e7e721f8b3a36111a203123a6269b25ae922c9832a0bc436", + "inputIdentitySha256": "445f359504fffdb99c90ac7667754af59b8ea83e6e5ea41571f04716ea77da53", "inputs": { "paths": [ "Cargo.lock", @@ -10852,11 +10994,14 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_evidence_storage_classes.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/evidence_storage.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_evidence_release_asset.sh", "scripts/update_evidence_fixture_classification.sh", "tools/genesis-evidence-verifier/Cargo.toml" @@ -10911,7 +11056,7 @@ "executionIdentitySha256": "a633534861b74b8d43cdd3226dbcfc79e1b417f9f151828002d3177a7e37eb79", "expectedDurationSeconds": 600, "id": "gate/feature-matrix-gap-hygiene", - "inputIdentitySha256": "65044e1c5e2ed7089a2641e70d40eae1e22ffcb57d175c5ca4be2c6ed71bca23", + "inputIdentitySha256": "b9912a213395e31fa51e3c1e1bbb77ddcb1d12cf9f140e174a9abc5eb12aa3f9", "inputs": { "paths": [ "ROADMAP.md", @@ -10987,7 +11132,7 @@ "executionIdentitySha256": "369dec1c4ce9c66ecd7f2a44bc738555302296e56acbe6e7794df456e94ba1d0", "expectedDurationSeconds": 600, "id": "gate/foundation-stdlib-conformance", - "inputIdentitySha256": "142d02538864e9a4306fdddd07f288115124e00048b4c464893ba0a52fae397f", + "inputIdentitySha256": "8b7ec4559a9b5a345906d84159035b9d5ce3437de30fde83faf47543d48bbb43", "inputs": { "paths": [ "Cargo.lock", @@ -10998,12 +11143,15 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_foundation_stdlib_conformance.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_foundation_stdlib_conformance_report.sh" ], "sets": [ @@ -11054,7 +11202,7 @@ "executionIdentitySha256": "195f2212e295ac50ad6f114fb2787515e69a0d0491177522b49d1e0892e27ab0", "expectedDurationSeconds": 900, "id": "gate/full-cross-host-profile-budget", - "inputIdentitySha256": "eabbfda905509053d5a45d1e9ce42c2e5f83492642b0ceeef7c219fc5b9d3ac7", + "inputIdentitySha256": "75d2bc64464d3b9df0e900f483823eea0515d30e217e1c898f51ac2de2e04477", "inputs": { "paths": [ "Cargo.lock", @@ -11065,12 +11213,15 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_full_cross_host_profile_budget.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_runtime_budget.py", "scripts/lib/selfhost_artifact_cache.sh", + "scripts/lib/supervisor_cancellation.py", "scripts/render_full_cross_host_profile_budget_report.sh", "scripts/selfhost_strict_golden.sh", "scripts/wasm_bindgen_node.sh", @@ -11128,7 +11279,7 @@ "executionIdentitySha256": "3761df806061bdfee873be8acec17fddcce41ddf3e441e202df089765ad95dda", "expectedDurationSeconds": 1800, "id": "gate/full-selfhost-cutover-profile", - "inputIdentitySha256": "2b03a616c9e0be12486ce40b663318ea5d013f5918acf5f4d3544c10816726b9", + "inputIdentitySha256": "914e73c71cbeda11fb47f72c6c86f1710e7f843cffe2fce0f0c1e435d180aebd", "inputs": { "paths": [ "Cargo.lock", @@ -11245,6 +11396,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -11287,6 +11439,7 @@ "crates/gc_effects/src/runner_gpu_backend_policy.rs", "crates/gc_effects/src/runner_gpu_host.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_refs_ops.rs", "crates/gc_effects/src/runner_remote_ops/gpk.rs", @@ -11558,9 +11711,11 @@ "scripts/check_selfhost_boundary.sh", "scripts/check_selfhost_doc_runtime_parity.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_state.py", "scripts/lib/genesis_evidence_profile.py", @@ -11610,6 +11765,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", @@ -11634,6 +11790,7 @@ "scripts/render_selfhost_symbol_ownership_report.sh", "scripts/render_task_concurrency_stress_report.sh", "scripts/render_vcs_selfhost_contract_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_release_profile_guard.sh", "scripts/update_agent_generative_workloads_report.sh", @@ -11797,7 +11954,7 @@ "executionIdentitySha256": "84afdbc05ffd75ddd1bd5a8be01cfbb24b331150d6cba45b3baa870b29c89fbb", "expectedDurationSeconds": 600, "id": "gate/fuzz-differential-hardening", - "inputIdentitySha256": "7b2ee3c3646f11e6e4f9a674d91bf3d08b46a70908625bbfe606c8cf0d688ea1", + "inputIdentitySha256": "a63f53e9735646786aaf540f31c25b9a5fbba2c871a20bef2cdddcfff27177b8", "inputs": { "paths": [ "Cargo.lock", @@ -11808,12 +11965,15 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_fuzz_differential_hardening.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_fuzz_differential_hardening_report.sh" ], "sets": [ @@ -11864,7 +12024,7 @@ "executionIdentitySha256": "76777bdf1e707e91b7d575f93b44e1cbeed5aa7a39b47da0e8db4f1bf96911ab", "expectedDurationSeconds": 15, "id": "gate/gate-manifest", - "inputIdentitySha256": "4de1fa998ac861b80f6f5cd570d7eae66ec0dfd7cdf4c91849b24a830bec7568", + "inputIdentitySha256": "f5bde3bdfb5c29377f39d64a438a16795916138df97c00ab8f916e021d081a53", "inputs": { "paths": [ "CHANGELOG.md", @@ -12048,10 +12208,10 @@ "dependencies": [], "diskBudgetMiB": 64, "entrypoint": "scripts/check_gate_resource_telemetry.sh", - "executionIdentitySha256": "698a84508b5266dcf869048d0ffb37a79abadca50f1f7ef6428fd5066f987349", + "executionIdentitySha256": "303530b24f96c457832fb24266018d226b9d537f7db1574c08b21dbe36683f12", "expectedDurationSeconds": 60, "id": "gate/gate-resource-telemetry", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -12287,6 +12447,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -12333,6 +12494,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -12564,6 +12726,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -13039,9 +13202,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -13056,6 +13222,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -13065,6 +13234,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -13074,7 +13244,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -13162,6 +13334,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -13235,6 +13408,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -13448,7 +13622,7 @@ "maxShards": 0, "mode": "gate-level" }, - "sourceSha256": "9517b5607b02a1dc681efbb79ae2cb9a465e95b217ba97ed018e63cdbc075715", + "sourceSha256": "1decac997a549dbe499133f384884138da34d9111b44c6235f74c9d585e50a6e", "tools": [ "bash", "git", @@ -13464,7 +13638,7 @@ "executionIdentitySha256": "e61c75f7395ae219a79aa14fb18498868c05d0891910e14480f7ca13697a614c", "expectedDurationSeconds": 600, "id": "gate/gc-agent-core-card", - "inputIdentitySha256": "7164a6819e6f4b8c8ab7dcd06b139ba37cec2268c466f609c91c1ebf13e4bd03", + "inputIdentitySha256": "514c2607806a0e56bc426a20786be289d4550951ac9331b9180e36d524ca0db9", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -13693,11 +13867,13 @@ "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/check_write_genesiscode_skill_pack.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -13707,6 +13883,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -13740,6 +13917,7 @@ "scripts/lib/host_handle_lifecycle_evidence.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -13823,7 +14001,7 @@ "executionIdentitySha256": "f2714bd81b1ac744dc1b8208c3f324bf9df196bb120cb80bf4f69799cad52257", "expectedDurationSeconds": 600, "id": "gate/gc-agent-profile", - "inputIdentitySha256": "7164a6819e6f4b8c8ab7dcd06b139ba37cec2268c466f609c91c1ebf13e4bd03", + "inputIdentitySha256": "514c2607806a0e56bc426a20786be289d4550951ac9331b9180e36d524ca0db9", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -14052,11 +14230,13 @@ "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/check_write_genesiscode_skill_pack.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -14066,6 +14246,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -14099,6 +14280,7 @@ "scripts/lib/host_handle_lifecycle_evidence.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -14182,7 +14364,7 @@ "executionIdentitySha256": "9a3b86c23c8a41461dd038e8cc2d01b82a76c1bab516ffb76a621dc9ddfaa62f", "expectedDurationSeconds": 600, "id": "gate/gc-agent-symbol-index", - "inputIdentitySha256": "7164a6819e6f4b8c8ab7dcd06b139ba37cec2268c466f609c91c1ebf13e4bd03", + "inputIdentitySha256": "514c2607806a0e56bc426a20786be289d4550951ac9331b9180e36d524ca0db9", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -14411,11 +14593,13 @@ "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/check_write_genesiscode_skill_pack.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -14425,6 +14609,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -14458,6 +14643,7 @@ "scripts/lib/host_handle_lifecycle_evidence.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -14541,7 +14727,7 @@ "executionIdentitySha256": "bafb51ac1b5c845c17495b4e7dfca28b3fd8e4003c819f0627a59c5f38902812", "expectedDurationSeconds": 600, "id": "gate/gc-agent-task-cards", - "inputIdentitySha256": "7164a6819e6f4b8c8ab7dcd06b139ba37cec2268c466f609c91c1ebf13e4bd03", + "inputIdentitySha256": "514c2607806a0e56bc426a20786be289d4550951ac9331b9180e36d524ca0db9", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -14770,11 +14956,13 @@ "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/check_write_genesiscode_skill_pack.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -14784,6 +14972,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -14817,6 +15006,7 @@ "scripts/lib/host_handle_lifecycle_evidence.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -14954,7 +15144,7 @@ "executionIdentitySha256": "cfc47b30a1e71fb4604406eca52a58987d030ec13e0edb9648ea569c53df521d", "expectedDurationSeconds": 600, "id": "gate/gcpm-operation-contract-pack", - "inputIdentitySha256": "3f8a92063791bf4fbfc075426c097cc7142f45cc36fa2a9a81c34928d71bbb5b", + "inputIdentitySha256": "753001e8fab1bafb4ec50b5e69a89211a324506a308273b5dc567b7215fb8313", "inputs": { "paths": [ "Cargo.lock", @@ -14970,10 +15160,13 @@ "rust-toolchain.toml", "scripts/check_gcpm_operation_contract_pack.sh", "scripts/check_remote_registry_runtime_parity.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_gcpm_operation_contract_pack_report.sh", "scripts/render_remote_registry_runtime_parity_report.sh", "selfhost/toolchain.gc" @@ -15026,7 +15219,7 @@ "executionIdentitySha256": "30b12f7abe0eaf84a31e0103738acc000d625686153d2c6d8b5737f4405b463e", "expectedDurationSeconds": 600, "id": "gate/gcpm-target-runtime-pipelines", - "inputIdentitySha256": "57513f50262dac77e41f2899c38e552a6a8c919f26025d8a5a5fe6c04959db72", + "inputIdentitySha256": "da9897a0198129c336e6b3b2a755c4907a0f9a46c825609c11e669396ed6d427", "inputs": { "paths": [ "Cargo.lock", @@ -15039,10 +15232,13 @@ "policies/release_target_reference_set_v0.1.json", "rust-toolchain.toml", "scripts/check_gcpm_target_runtime_pipelines.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_gcpm_target_runtime_pipelines_report.sh" ], "sets": [ @@ -15097,7 +15293,7 @@ "executionIdentitySha256": "dcd7ac4d115f9c371997aacd153c442411e0281677cbbda102221e0ac8b9d5c5", "expectedDurationSeconds": 15, "id": "gate/generated-artifact-policy", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -15333,6 +15529,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -15379,6 +15576,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -15610,6 +15808,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -16085,9 +16284,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -16102,6 +16304,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -16111,6 +16316,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -16120,7 +16326,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -16208,6 +16416,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -16281,6 +16490,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -16565,7 +16775,7 @@ "executionIdentitySha256": "306605408348dfd5d3d8dcb2bd2ccc36f5acf9145ff266ce0dd0109840b15ae9", "expectedDurationSeconds": 600, "id": "gate/genesis-evidence-verifier", - "inputIdentitySha256": "45f441d673265684058bce02fd1396982e1a75a9743c8c3e7f355513c32acba9", + "inputIdentitySha256": "de7e31079da2d7089fa809294f11a82a0a5fb6597f2a72378fda27ef5f19f475", "inputs": { "paths": [ "Cargo.lock", @@ -16588,12 +16798,15 @@ "rust-toolchain.toml", "scripts/check_genesis_evidence_profile.sh", "scripts/check_genesis_evidence_verifier.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", + "scripts/lib/supervisor_cancellation.py", "scripts/update_genesis_evidence_profile.sh", "scripts/update_genesis_evidence_verifier_vectors.sh", "tools/genesis-evidence-verifier/Cargo.toml" @@ -16699,7 +16912,7 @@ "executionIdentitySha256": "7972c3efbac37816d1f5e3ca14532db17796739a68e95c8a590b126191d2a594", "expectedDurationSeconds": 900, "id": "gate/gfx-runtime-profile", - "inputIdentitySha256": "99987e06721238f8c5e5d3d03da119b0a0eb2e5dc93a0cde7f10cadcf9720d9c", + "inputIdentitySha256": "158b6985c0cb7a562a351a90e6ad6a90c74cc16915b18cd5d332f73d6e481645", "inputs": { "paths": [ "Cargo.lock", @@ -16711,12 +16924,15 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_gfx_runtime_profile.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_gfx_runtime_profile_report.sh" ], "sets": [ @@ -16768,7 +16984,7 @@ "executionIdentitySha256": "24239065fa25638a77942996f8ca28eb8b6f64530e407346c5cb5dfb440dd1c6", "expectedDurationSeconds": 600, "id": "gate/gpu-compute-device-conformance", - "inputIdentitySha256": "fc5aee88809f96079fe5ce8ba715e4bc1ee91a2f7e542b0cc665495297090a36", + "inputIdentitySha256": "dca6b406287b620c7af8374510b7c23c15f3c9b26a025025b1acb59227af4e78", "inputs": { "paths": [ "Cargo.lock", @@ -16780,13 +16996,16 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_gpu_compute_device_conformance.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_gpu_compute_device_conformance_report.sh", "scripts/render_gpu_compute_runtime_profile_report.sh", @@ -16840,7 +17059,7 @@ "executionIdentitySha256": "6fc60e397ee532144dcc4fdc96e3ad453c10758b1289d742f093ae67f413e4b4", "expectedDurationSeconds": 600, "id": "gate/gpu-compute-runtime-profile", - "inputIdentitySha256": "7d5e1a9e1f8a55bd196303cedcdb78a6d43db7e1d053425fcd9f8eb7154c6c57", + "inputIdentitySha256": "21493fe5fac8c27ad980caf32f51a1b7ad119c4c6eac1ccc16bd88a77fdfac13", "inputs": { "paths": [ "Cargo.lock", @@ -16852,13 +17071,16 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_gpu_compute_runtime_profile.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_gpu_compute_runtime_profile_report.sh" ], @@ -16910,7 +17132,7 @@ "executionIdentitySha256": "b670ee5748457381aed83dc9fe411f7ca7d2d3bb55f2b5c8583a8b7a3c7a5cba", "expectedDurationSeconds": 15, "id": "gate/gpu-conformance-lane-matrix", - "inputIdentitySha256": "689f3ae155c6348e5f3bca8aa2bcac749f5bcfef475bd970eeeea2a4d1c26cb6", + "inputIdentitySha256": "600ef407d45756d40d8c0aca80b461794ed79ea1a583b31b7bf59d380cfee50d", "inputs": { "paths": [ "Cargo.lock", @@ -16926,14 +17148,17 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_gpu_conformance_lane_matrix.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/ci_runner_preflight.py", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_gpu_compute_device_conformance_report.sh", "scripts/render_gpu_compute_runtime_profile_report.sh", @@ -17087,7 +17312,7 @@ "executionIdentitySha256": "571e9fbc0fbb41c51e8092a2f938808cc125232fe1021a2b3f21cbe0a4ba55a5", "expectedDurationSeconds": 900, "id": "gate/gpu-gfx-headroom-conformance", - "inputIdentitySha256": "9593103fad775f9adab8ca6337144e515cb7ba4dde84691d986c72e6e92a745b", + "inputIdentitySha256": "0f6f1c563896100e4e862769bc059a8d448a1a533c10fe36f5b3d0c0f6a080f7", "inputs": { "paths": [ "Cargo.lock", @@ -17101,14 +17326,17 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_gpu_gfx_headroom_conformance.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_gpu_compute_device_conformance_report.sh", "scripts/render_gpu_compute_runtime_profile_report.sh", @@ -17168,7 +17396,7 @@ "executionIdentitySha256": "76d21a90d7e95d468705171b07709ae4c77c20d22cb81650087f7fa28513f04a", "expectedDurationSeconds": 600, "id": "gate/gpu-stack-decoupling", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -17404,6 +17632,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -17450,6 +17679,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -17681,6 +17911,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -18156,9 +18387,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -18173,6 +18407,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -18182,6 +18419,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -18191,7 +18429,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -18279,6 +18519,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -18352,6 +18593,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -18585,7 +18827,7 @@ "executionIdentitySha256": "aa61621489dbc0f1d7f5fa54d4dc57dbaf4e026ffdcfd04f8d6fc436aa5a090b", "expectedDurationSeconds": 600, "id": "gate/gpu-xr-productization-kits", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -18663,9 +18905,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -18673,6 +18917,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -18786,7 +19031,7 @@ "executionIdentitySha256": "4bdcf8ddef236ac27da09784311c4f258151057d54cdadb7a965c4053f6c8b66", "expectedDurationSeconds": 1800, "id": "gate/green-front-door", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -19022,6 +19267,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -19068,6 +19314,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -19299,6 +19546,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -19774,9 +20022,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -19791,6 +20042,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -19800,6 +20054,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -19809,7 +20064,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -19897,6 +20154,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -19970,6 +20228,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -20254,7 +20513,7 @@ "executionIdentitySha256": "6466f307236f05e28ff3f1dd3b3e1715c59366428c614be4555b07b7e876cc25", "expectedDurationSeconds": 600, "id": "gate/host-abi-conformance", - "inputIdentitySha256": "6bc9e92da0bbf2d326f23b058c39e7812df7191d42ecfae04aa5898c05dea882", + "inputIdentitySha256": "17f456ec061581643aead1ef707bcb7f90b60bce35aba0687d24391cd6a77004", "inputs": { "paths": [ "Cargo.lock", @@ -20274,10 +20533,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_host_abi_conformance.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", - "scripts/lib/generated_state.py" + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py" ], "sets": [ "fixtures", @@ -20378,7 +20640,7 @@ "executionIdentitySha256": "5f281a59e7343570ba1444f9ee1aba8073e63b15f7d9d9c15d4591f3627ef1c8", "expectedDurationSeconds": 600, "id": "gate/host-bridge-fault-injection", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -20456,9 +20718,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -20466,6 +20730,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -20538,7 +20803,7 @@ "executionIdentitySha256": "05300562e2b0cb900ba3e760c4551bfcafa84c0ded06cbf6fa20b79c0b5bb39d", "expectedDurationSeconds": 900, "id": "gate/hot-path-budgets", - "inputIdentitySha256": "2ec1b4b070908ca49d2d49eb92ebfcfb8645a505562c90aa7601338b8b5ffbfd", + "inputIdentitySha256": "195c93d2f54e772e819935973a3b53d5312f6fea86e68b205530297ecc4f411b", "inputs": { "paths": [ "Cargo.lock", @@ -20550,15 +20815,18 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_hot_path_budgets.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_state.py", "scripts/lib/measure.sh", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_hot_path_budgets_report.sh", "tests/spec/pkg_basic/basic.gc", @@ -20614,7 +20882,7 @@ "executionIdentitySha256": "73ecd609c7013c056242dcfbb1e727a8a2f34b3c5668c408c3e546668fbec18a", "expectedDurationSeconds": 15, "id": "gate/kernel-tcb-contract", - "inputIdentitySha256": "238bc7643ad225cf34a8ff5c88d1d26e79e600cd83e93f0befc9d81e87eb1465", + "inputIdentitySha256": "00be9dbef28022a422701b758010f0f70b4059c78253077cccbb1a1e3282c0a3", "inputs": { "paths": [ "crates/gc_kernel/src/eval.rs", @@ -20665,7 +20933,7 @@ "executionIdentitySha256": "11dcb18ddf3b101266b5d31f2a011f8efc2273a082339cac79cc76bef5a88407", "expectedDurationSeconds": 900, "id": "gate/large-workspace-agent-perf", - "inputIdentitySha256": "315e9266809882b150b5e704a5620b8d58c5cd82248712b4fe8915c355451311", + "inputIdentitySha256": "14728cc7bff7966e09944c93b8983d52b379b032f4694ad8077704789fac7818", "inputs": { "paths": [ "Cargo.lock", @@ -20677,15 +20945,18 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_large_workspace_agent_perf.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_state.py", "scripts/lib/measure.sh", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_large_workspace_agent_perf_report.sh" ], @@ -20786,7 +21057,7 @@ "executionIdentitySha256": "ac0c50fd8eb4a14b9cf362079c42cebab1f842023d718cd8861cb462acac5b0a", "expectedDurationSeconds": 15, "id": "gate/no-user-panics", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -21022,6 +21293,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -21068,6 +21340,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -21299,6 +21572,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -21774,9 +22048,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -21791,6 +22068,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -21800,6 +22080,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -21809,7 +22090,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -21897,6 +22180,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -21970,6 +22254,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -22199,7 +22484,7 @@ "executionIdentitySha256": "d8e1db277383038068fcbff74d03c0ca37b90514089ab49898f7fe7d9c3a5631", "expectedDurationSeconds": 300, "id": "gate/no-user-panics-compiler", - "inputIdentitySha256": "5757339e9bcb1fa6e4b226d6933afa5a9cb69e023e2ec301d096c8857238acb6", + "inputIdentitySha256": "afd15dddfa81a17dc82714eed6e255b5707d2b6bc99363f1cdf04aa1dd496d17", "inputs": { "paths": [ "Cargo.lock", @@ -22210,12 +22495,15 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_no_user_panics_compiler.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_no_user_panics_report.sh" ], "sets": [ @@ -22315,7 +22603,7 @@ "executionIdentitySha256": "388075c094ad38a4e063ba523bb70d80abd66c4b0bcfb93d97d35c93d119dd93", "expectedDurationSeconds": 900, "id": "gate/perf-budgets", - "inputIdentitySha256": "99526dffcb9f83f6e7e1372650c6173fa544aaaadb65c7ba416750963733fa4f", + "inputIdentitySha256": "383a7d49f935eff0086b61470736b730dc61435f3564c9048e9aff037c1840fd", "inputs": { "paths": [ "Cargo.lock", @@ -22328,14 +22616,17 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_perf_budgets.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/measure.sh", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_perf_budgets_report.sh" ], @@ -22388,7 +22679,7 @@ "executionIdentitySha256": "e2b5370784c63ecd8601f5b9f80672f608955aa018ea494af34e68864b0908ce", "expectedDurationSeconds": 15, "id": "gate/pkg-low-semantic-boundary", - "inputIdentitySha256": "7ca53539aff0b736c93a67dddae557073b2633b123b1db00a1e1f396caa7b562", + "inputIdentitySha256": "96539a30c2c4ed948528b6dcbd6a0b974827ca57da95a59bb05862b6a293938d", "inputs": { "paths": [ "crates/gc_effects/src/runner_cap_pkg_low.rs", @@ -22439,7 +22730,7 @@ "executionIdentitySha256": "4f13742fb8c5256887c35c413e766cd8aaf9994d2abdacd92135a157d34e069e", "expectedDurationSeconds": 15, "id": "gate/planning-docs-fresh", - "inputIdentitySha256": "1005525bfcd884f7835ab53553da0eb87d2ff47c8facb495737a5caf47b07dae", + "inputIdentitySha256": "85e490b42fc944d7cafc1afb8b5765bd06e8fa42faac07a43c30f9c3f320120f", "inputs": { "paths": [ "docs/AGENT_ONBOARDING_v0.1.md", @@ -22496,7 +22787,7 @@ "executionIdentitySha256": "5b143cfcf1449a0635d36469596994e7b31fbd1161547cdf39bce563e1ee3c23", "expectedDurationSeconds": 15, "id": "gate/prelude-capability-coverage", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -22732,6 +23023,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -22778,6 +23070,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -23009,6 +23302,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -23484,9 +23778,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -23501,6 +23798,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -23510,6 +23810,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -23519,7 +23820,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -23607,6 +23910,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -23680,6 +23984,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -23906,19 +24211,21 @@ "dependencies": [], "diskBudgetMiB": 64, "entrypoint": "scripts/check_prerequisite_manifest.sh", - "executionIdentitySha256": "9313b74c7e3af1b28620f1c58ab538fb0de623ed2e04aa85a14967336ece2a16", + "executionIdentitySha256": "7169a9215add0d5b67f6e446219d14eb146f5a69b231d9ce566ba39fcfbb698e", "expectedDurationSeconds": 15, "id": "gate/prerequisite-manifest", - "inputIdentitySha256": "3dc0a3ed2639e83775c5f968eaeb5bb8e4ac1eae6f7682de9161b7cbadd4cd75", + "inputIdentitySha256": "d89e769ecd09b36a26d380ecdcc0a894047bf88c87e360d49a80e76835e78526", "inputs": { "paths": [ + "Cargo.lock", "docs/spec/PREREQUISITES_v0.1.schema.json", "genesis.prerequisites.json", "rust-toolchain.toml", "scripts/check_prerequisite_manifest.sh", "scripts/genesis_prerequisites.sh", "scripts/install_wasi_sdk.sh", - "scripts/lib/prerequisite_manifest.py" + "scripts/lib/prerequisite_manifest.py", + "scripts/requirements-selfhost-checker.txt" ], "sets": [ "governance" @@ -23947,7 +24254,7 @@ "maxShards": 0, "mode": "gate-level" }, - "sourceSha256": "94032f5fc575b04652175f5ac0687aba7ccd5a9c26d5793b599a94cb8f1a6c5b", + "sourceSha256": "66d1d5c9d27b6c002618f3e6c8e91d7724bf555d6af2bc2db42fa6bb0b30ae8a", "tools": [ "bash", "git", @@ -23964,7 +24271,7 @@ "executionIdentitySha256": "fadef0fd8c58b7fabf793d7c9fe8ee5de53873977a40b28d5893ef6e69e225b2", "expectedDurationSeconds": 1800, "id": "gate/production-cli-help-surface", - "inputIdentitySha256": "45afac88fa448941547cb08e0c1fbea4320603d64129906db0b9c16242913e39", + "inputIdentitySha256": "028f8fad223648980e7f8613e4458be3af3de53056d80d37460cab0f16c1803b", "inputs": { "paths": [ "Cargo.lock", @@ -23976,14 +24283,17 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_production_cli_help_surface.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", "scripts/lib/release_bin.sh", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_production_cli_help_surface_report.sh" ], @@ -24035,7 +24345,7 @@ "executionIdentitySha256": "52b8f2ffae22b6ec11f09d276b063567e3b1aa25b50e1d18057967b2ae80ef6a", "expectedDurationSeconds": 1800, "id": "gate/production-cli-parse-surface", - "inputIdentitySha256": "54bad90515f4b35d0feb07315bc32bc9ac0997dc90ad766caf22bb189b0a117d", + "inputIdentitySha256": "857edb2b0e59dd79876ec1b7cd82058f1aa2c601788f09e7d132d8c23316c3d1", "inputs": { "paths": [ "Cargo.lock", @@ -24046,13 +24356,16 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_production_cli_parse_surface.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", "scripts/lib/release_bin.sh", + "scripts/lib/supervisor_cancellation.py", "scripts/render_production_cli_parse_surface_report.sh" ], "sets": [ @@ -24105,7 +24418,7 @@ "executionIdentitySha256": "40e0e760812ac402a0da62d9f43d62652d9bbe79f74df874a1bd7d528bb19c06", "expectedDurationSeconds": 600, "id": "gate/redteam-report", - "inputIdentitySha256": "2a58a6187f51eb515697c09b609e4cb5588efccae2f79d7d6a330488a86ef3d3", + "inputIdentitySha256": "c1723767143dd00d2a1b1b80306eed7c1b57614d9e1ad36020b8c90a05f050cb", "inputs": { "paths": [ "ROADMAP.md", @@ -24181,7 +24494,7 @@ "executionIdentitySha256": "bf94a23c0d0681c59f3ca677dfd4c6152ed3f56b7844e22062e8329c48f19dfa", "expectedDurationSeconds": 15, "id": "gate/reference-host-profiles", - "inputIdentitySha256": "fe227ba5bbb91e256a77df8eb8e9b1943821650998279872c5326e49e4eaa703", + "inputIdentitySha256": "533c57bf39011807cf0df65f06958ef5221c9e711a5a52f5a82183db3fe7dea4", "inputs": { "paths": [ "docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md", @@ -24241,7 +24554,7 @@ "executionIdentitySha256": "d525e699cb622cd46ca6e8282770c29bcc7cf4833b828f9fc939dbf13673d1ec", "expectedDurationSeconds": 15, "id": "gate/release-notes", - "inputIdentitySha256": "9967e130a65631e11f798cb8c49aa0bbe5d76605970adc390ee41e14dbff00fc", + "inputIdentitySha256": "a9170491b8160c2ebda0a01d65d1a80d19506f47a22dde7f490404417ab92cf5", "inputs": { "paths": [ "CHANGELOG.md", @@ -24442,7 +24755,7 @@ "executionIdentitySha256": "2c4fbf1049c51685c50ab5892a6dcf111b89096950a96e1197bed6d9b5295b6e", "expectedDurationSeconds": 1800, "id": "gate/release-smoke", - "inputIdentitySha256": "991d5698a4d0a51cde940980b452c2c917f528233e7d9dfbedff84ea884dc95b", + "inputIdentitySha256": "662ad69e12dae2e2bb5def7fbabb7636a693de4f51cf6302f732688c94b1d4ee", "inputs": { "paths": [ "CHANGELOG.md", @@ -24575,10 +24888,12 @@ "scripts/check_reference_host_profiles.sh", "scripts/check_release_notes.sh", "scripts/check_release_smoke.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", "scripts/lib/gate_manifest.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_scoring.py", "scripts/lib/gc_agent_scoring_contract.py", @@ -24604,6 +24919,7 @@ "scripts/lib/genesisbench_tracks.py", "scripts/lib/reference_host_profiles.py", "scripts/lib/release_notes.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/render_reference_host_observation.sh", "scripts/update_gate_manifest.sh", @@ -24657,7 +24973,7 @@ "executionIdentitySha256": "db4697e39bd056f127b21773d55fb3b24c0c7346e56357e75904c8052c6f8091", "expectedDurationSeconds": 600, "id": "gate/remote-registry-runtime-parity", - "inputIdentitySha256": "a6fde883de52f0a33751f8311c1dd65982fed69920584370c9b7f96c15f26e55", + "inputIdentitySha256": "3d225383091a04c8f7f1af12715bff1adab142ef317be4679ede24910da5bfb8", "inputs": { "paths": [ "Cargo.lock", @@ -24668,10 +24984,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_remote_registry_runtime_parity.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_remote_registry_runtime_parity_report.sh", "selfhost/toolchain.gc" ], @@ -24723,7 +25042,7 @@ "executionIdentitySha256": "8f5310e9a5301ac5e50ca6fceb9746bc7a9eb296b438b2dbbfe00fbb7b91b932", "expectedDurationSeconds": 600, "id": "gate/roadmap-baseline", - "inputIdentitySha256": "64f8b24ed2bfdafa2f3f92dc72b408a3399ba80e4bc03038098d5c0586dfbe93", + "inputIdentitySha256": "9375a9c47a92b5e28c75d47dfd7419acdd49db8e87f8362f5223bcce874543d9", "inputs": { "paths": [ "Cargo.lock", @@ -24752,13 +25071,16 @@ "prelude/prelude.gc", "rust-toolchain.toml", "scripts/check_roadmap_baseline.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/reference_host_profiles.py", "scripts/lib/roadmap_baseline.py", "scripts/lib/roadmap_workloads.py", + "scripts/lib/supervisor_cancellation.py", "selfhost/toolchain.gc", "tools/genesis-evidence-producer/Cargo.lock", "tools/genesis-evidence-producer/Cargo.toml", @@ -24816,7 +25138,7 @@ "executionIdentitySha256": "9b6a2ff9b7ca7a48d6759ac76e474ba6b2c2eb158fcd7ec16da891893b3bc235", "expectedDurationSeconds": 15, "id": "gate/roadmap-execution-manifest", - "inputIdentitySha256": "cf5e6eaf41c896eb6de06a6ef1019ab4ff61feff9f498d1cbe1d78070c676fde", + "inputIdentitySha256": "a9a63413fc334717583e8ad9801033efd3af76e64bbeaa8e1c932121000c4505", "inputs": { "paths": [ "ROADMAP.md", @@ -24892,7 +25214,7 @@ "executionIdentitySha256": "42697c907b00290611339f0db66de06fc10fbd461fee6ab8c0e0726ac51325f3", "expectedDurationSeconds": 15, "id": "gate/roadmap-workloads", - "inputIdentitySha256": "d79bf701ce7cc2b3ef557a89d635c93c9efc55c15188c30dd5facaef5f943b1a", + "inputIdentitySha256": "b3d1dda7df29c2e461270de3142d5ef83ac7ebc86a3b6ff21456e463efa7e550", "inputs": { "paths": [ "benchmarks/roadmap/v0.1/pb10_bootstrap_inputs.json", @@ -25011,7 +25333,7 @@ "executionIdentitySha256": "c372f7a6ce19dd4e42e022f101937121a2ec70a6ada954600de2f74ada6e0183", "expectedDurationSeconds": 15, "id": "gate/runner-high-level-op-guard", - "inputIdentitySha256": "fc6f350fe59aad6c7c09a4dae2a84a1ee9bf66cf02d63c66127797351a60fd15", + "inputIdentitySha256": "9ce6f7118dc4aa809fb53ce4c62950ca7d1efcd636252eb15834c6eea4f65e00", "inputs": { "paths": [ "crates/gc_effects/src/runner_capability_dispatch.rs", @@ -25063,7 +25385,7 @@ "executionIdentitySha256": "2d58fe7e1acc2a494adddc936b71c05fb8b54e0b2466339323cc2970048666fc", "expectedDurationSeconds": 600, "id": "gate/runtime-backend-feature-matrix", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -25141,9 +25463,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -25151,6 +25475,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -25223,7 +25548,7 @@ "executionIdentitySha256": "dc25d3a3da8b1ee786b963d05f4c1b84ead45a05f4a7b5b9f9628e3f7e12d573", "expectedDurationSeconds": 900, "id": "gate/runtime-microbench-budgets", - "inputIdentitySha256": "03471f4dd4290bf713043b60d498cf435d5a6e21e95f4524c16dbbb41647d033", + "inputIdentitySha256": "48505e9f88abef3da5055d3624c63fd65cde9ac8b037e4102a542cfcd79d4ce6", "inputs": { "paths": [ "Cargo.lock", @@ -25235,13 +25560,16 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_runtime_microbench_budgets.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_runtime_microbench_budgets_report.sh" ], @@ -25294,7 +25622,7 @@ "executionIdentitySha256": "83d7dcb48cd39e1d161ad38a609cc7ac2408398c3ecab34bede8a08ab4144db7", "expectedDurationSeconds": 900, "id": "gate/runtime-workload-budgets", - "inputIdentitySha256": "61185fe33433aef38f1a8d93b720c9e1a5e66c25bab87593d0e5469b17bb4dbf", + "inputIdentitySha256": "1d731c5241023a809b566c350fd2e377a7ccb88735b2a0cdbde82c207543e235", "inputs": { "paths": [ "Cargo.lock", @@ -25306,13 +25634,16 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_runtime_workload_budgets.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/perf_disk_mode.sh", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_runtime_workload_budgets_report.sh" ], @@ -25413,7 +25744,7 @@ "executionIdentitySha256": "2cb630dc95963b8f1f56eb63ade2ab93c476ff6caaad083666376d8ec86ed971", "expectedDurationSeconds": 600, "id": "gate/selfhost-artifact-fresh", - "inputIdentitySha256": "3b4c036c8fce1f232ad30288d43b575839ab5193e441d38a08519e11b26951da", + "inputIdentitySha256": "dc3ef8fc3e361b2de972c3d9228a37c7ab887ea230ed447392f50d2acafd4ff3", "inputs": { "paths": [ "Cargo.lock", @@ -25426,13 +25757,16 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_selfhost_artifact_fresh.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", "scripts/lib/selfhost_artifact_cache.sh", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_selfhost_artifact_fresh_report.sh", "scripts/render_selfhost_toolchain_review.sh", @@ -25493,7 +25827,7 @@ "executionIdentitySha256": "605aa59a4fc7df643fa1470e994534127f07bff8312bf30126bacfc3b5c26643", "expectedDurationSeconds": 600, "id": "gate/selfhost-boundary", - "inputIdentitySha256": "a3bfc2ea66a98bbabf670a45ca25c6d474ff30f6c833f9beaedf7522f5e8be47", + "inputIdentitySha256": "39737305c79b244939a14e428b7cf7872ccb26f37118e9ab204cc620dac2780a", "inputs": { "paths": [ "Cargo.lock", @@ -25608,6 +25942,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -25650,6 +25985,7 @@ "crates/gc_effects/src/runner_gpu_backend_policy.rs", "crates/gc_effects/src/runner_gpu_host.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_refs_ops.rs", "crates/gc_effects/src/runner_remote_ops/gpk.rs", @@ -25877,9 +26213,11 @@ "scripts/check_genesis_evidence_verifier.sh", "scripts/check_selfhost_boundary.sh", "scripts/check_selfhost_doc_runtime_parity.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", @@ -25922,7 +26260,9 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", + "scripts/requirements-selfhost-checker.txt", "scripts/update_genesis_evidence_profile.sh", "scripts/update_genesis_evidence_verifier_vectors.sh", "selfhost/cli_coreform_v1.gc", @@ -26069,7 +26409,7 @@ "executionIdentitySha256": "f06a6c3fc3574f462bce4f32e85c39d6504550b7378913d21e6a8970d6b464ee", "expectedDurationSeconds": 600, "id": "gate/selfhost-dashboard-fresh", - "inputIdentitySha256": "406760bbf6083f82d203305bc38770f87d08a3572a03f502371c48b9e2124dd7", + "inputIdentitySha256": "e507b252f6e315600153703d7ea37f667d29c47dc22fc73f7118174a75fca659", "inputs": { "paths": [ "Cargo.lock", @@ -26082,12 +26422,15 @@ "rust-toolchain.toml", "scripts/check_disk_headroom.sh", "scripts/check_selfhost_dashboard_fresh.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_selfhost_dashboard_fresh_report.sh", "selfhost/toolchain.gc" @@ -26246,7 +26589,7 @@ "executionIdentitySha256": "d435faaba2111dede4a5464aad99795faf1cf94bb4abc689d6a0194f2dad1cd9", "expectedDurationSeconds": 600, "id": "gate/selfhost-readiness-scorecard", - "inputIdentitySha256": "73ae4494a94c540a88d0f496ccc2a9b0d084bd4e880431fbb3b4d83d75c17ed4", + "inputIdentitySha256": "40e9729e60435afa14798a78a519861cff667a25c554aa033f7ef60873a32554", "inputs": { "paths": [ "Cargo.lock", @@ -26297,9 +26640,11 @@ "scripts/check_remote_registry_runtime_parity.sh", "scripts/check_selfhost_readiness_scorecard.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_state.py", "scripts/lib/heavy_gate_preflight.sh", @@ -26308,6 +26653,7 @@ "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", "scripts/lib/release_bin.sh", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -26389,7 +26735,7 @@ "executionIdentitySha256": "de98a9b2dd03b246bd228fb5aa58e6c216ddd3e98c2db5a2dfe508c302766370", "expectedDurationSeconds": 15, "id": "gate/selfhost-refactor-guard", - "inputIdentitySha256": "79b8b62036084821d5052028bc586765f601729ce07fef7dbb46e1fb2dfc36b2", + "inputIdentitySha256": "0b8ba553855d56a3e095a1bd574d2d96483d3cb58ec570c5506a10b97ec94330", "inputs": { "paths": [ "scripts/check_selfhost_refactor_guard.sh", @@ -26440,7 +26786,7 @@ "executionIdentitySha256": "2267ce93b50fd79d51d2986a05c59a871e0bba7d8586850d442df8b18020be8e", "expectedDurationSeconds": 600, "id": "gate/selfhost-symbol-ownership", - "inputIdentitySha256": "33102fa5c3608b0dfdbc74d0de7b0246433cf956674666ee2acc74a57660d267", + "inputIdentitySha256": "13b7e84bacc8f917c5900c4b5f606ea46e1746307e4d0220f86a3a17f4e2128b", "inputs": { "paths": [ "Cargo.lock", @@ -26451,12 +26797,15 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_selfhost_symbol_ownership.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/profile_gate_timing.sh", "scripts/lib/profile_runtime_budget.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_selfhost_symbol_ownership_report.sh" ], "sets": [ @@ -26507,7 +26856,7 @@ "executionIdentitySha256": "27aefbbc28c5abbc4073b73b9388f161f2fe7a27dd933332522571eb5f80f012", "expectedDurationSeconds": 15, "id": "gate/selfhost-toolchain-review-fresh", - "inputIdentitySha256": "64a497e61b88147ce02252a75b194b9d9340cfc7c2f89314470b2f165fab2b00", + "inputIdentitySha256": "6663a0d63b5dfbae58240a53b0b031e6d950ee84006e08c539119bb86ff0738e", "inputs": { "paths": [ "Cargo.lock", @@ -26519,11 +26868,14 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_selfhost_toolchain_review_fresh.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/selfhost_artifact_cache.sh", + "scripts/lib/supervisor_cancellation.py", "scripts/render_selfhost_toolchain_review.sh", "scripts/update_selfhost_toolchain_review.sh", "selfhost/toolchain.freshness.json", @@ -26574,7 +26926,7 @@ "executionIdentitySha256": "47026ef70dbcbaca5146ac68c12b0d459836311ca3de36faaa7629a191619519", "expectedDurationSeconds": 900, "id": "gate/slo-report-contracts", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -26652,9 +27004,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -26662,6 +27016,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -26891,7 +27246,7 @@ "executionIdentitySha256": "8b46f84ab4ee1987a4f906f473383335a8c61fea2822b1af8ff29068884d1a52", "expectedDurationSeconds": 1800, "id": "gate/supply-chain", - "inputIdentitySha256": "7aea2cb9ebf39cf59119c4629f8d186e769c117d865842fe105f415b7af805fe", + "inputIdentitySha256": "1a38b11a2fe8092963cb09a652fa56db3bbd8c18d18efd42b82f86a3eb4354e7", "inputs": { "paths": [ "Cargo.lock", @@ -26905,11 +27260,14 @@ "policies/supply_chain_duplicate_major_allowlist.txt", "rust-toolchain.toml", "scripts/check_supply_chain.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", - "scripts/lib/rustsec_advisory_db.py" + "scripts/lib/rustsec_advisory_db.py", + "scripts/lib/supervisor_cancellation.py" ], "sets": [ "fixtures", @@ -26960,7 +27318,7 @@ "executionIdentitySha256": "f73ba180441ea65e9b9ae08bae08669623919ff88a37bffa67c0f0b1f29ce54d", "expectedDurationSeconds": 900, "id": "gate/task-concurrency-stress", - "inputIdentitySha256": "7d33ba8394ffe3d018f6fcc82e63af15238b6e0fdd8a58c2c878090a3ebd623f", + "inputIdentitySha256": "74f5788a95b8b798b8f826f3cc07ac676e4ffc896055296a10b00a99c72b0526", "inputs": { "paths": [ "Cargo.lock", @@ -26971,10 +27329,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_task_concurrency_stress.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_task_concurrency_stress_report.sh" ], "sets": [ @@ -27047,7 +27408,7 @@ "executionIdentitySha256": "d79afd82822d8fee0909c2752f6be20fbdd3f3e6074ab4b2c1d286e5f156faee", "expectedDurationSeconds": 600, "id": "gate/test-execution-profile-matrix", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -27283,6 +27644,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -27329,6 +27691,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -27560,6 +27923,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -28035,9 +28399,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -28052,6 +28419,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -28061,6 +28431,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -28070,7 +28441,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -28158,6 +28531,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -28231,6 +28605,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -28578,7 +28953,7 @@ "executionIdentitySha256": "06bb1b108c6ae3ad34c9d24f41584d651c9df3f2bcccde29c34e7d6748b0b1e8", "expectedDurationSeconds": 600, "id": "gate/upgrade-plan-health", - "inputIdentitySha256": "a8710d7360258a9887dffd4c72cb0bf731e1673e0434211ff0931a964cbe71fb", + "inputIdentitySha256": "4b4d34f73ed565f8680b1c5c93cc658df1e5626692a9210aa7d92cbcd9db6047", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -28814,6 +29189,7 @@ "crates/gc_effects/src/refs_policy_authority.rs", "crates/gc_effects/src/refs_policy_authority_tests.rs", "crates/gc_effects/src/replay_authority.rs", + "crates/gc_effects/src/rooted_fs.rs", "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_browser_host.rs", "crates/gc_effects/src/runner_cap_gc_gpk_low.rs", @@ -28860,6 +29236,7 @@ "crates/gc_effects/src/runner_host_bridge_persistent.rs", "crates/gc_effects/src/runner_host_bridge_policy.rs", "crates/gc_effects/src/runner_host_bridge_tests.rs", + "crates/gc_effects/src/runner_io_ops.rs", "crates/gc_effects/src/runner_pkg_payload.rs", "crates/gc_effects/src/runner_process_control.rs", "crates/gc_effects/src/runner_refs_ops.rs", @@ -29091,6 +29468,7 @@ "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.json", "docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json", @@ -29566,9 +29944,12 @@ "scripts/gpu_device_runtime_deterministic.sh", "scripts/install_wasi_sdk.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", "scripts/lib/capability_dispatch_ops.sh", "scripts/lib/capability_ledger.py", "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/changed_impact.py", "scripts/lib/check_update_boundary.py", @@ -29583,6 +29964,9 @@ "scripts/lib/gate_manifest.py", "scripts/lib/gate_telemetry.py", "scripts/lib/gate_telemetry.sh", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", "scripts/lib/gc_agent_benchmark_run.py", "scripts/lib/gc_agent_core_card.py", "scripts/lib/gc_agent_corpus.py", @@ -29592,6 +29976,7 @@ "scripts/lib/gc_agent_symbol_index.py", "scripts/lib/gc_agent_task_cards.py", "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", "scripts/lib/gc_capability_lease.py", "scripts/lib/gc_diagnostic_catalog.py", "scripts/lib/gc_diagnostic_goldens.py", @@ -29601,7 +29986,9 @@ "scripts/lib/gc_task_benchmarks.py", "scripts/lib/gcpm_caps_fixture.sh", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/lib/generated_state.py", + "scripts/lib/generated_state_accounting.py", "scripts/lib/genesis_evidence_profile.py", "scripts/lib/genesis_evidence_verifier_vectors.py", "scripts/lib/genesisbench_analysis.py", @@ -29689,6 +30076,7 @@ "scripts/lib/semantic_ownership_ledger.py", "scripts/lib/stage0_dependency_boundary.py", "scripts/lib/stage0_trust_contract.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/toml_compat.py", "scripts/lib/v1_compatibility.py", "scripts/lib/vendor/tomli/LICENSE", @@ -29762,6 +30150,7 @@ "scripts/render_wasm_production_surface_report.sh", "scripts/render_webxr_browser_conformance_report.sh", "scripts/render_write_genesiscode_skill_conformance_report.sh", + "scripts/requirements-selfhost-checker.txt", "scripts/selfhost_default_profile_guard.sh", "scripts/selfhost_refactor_pipeline.py", "scripts/selfhost_release_profile_guard.sh", @@ -30050,7 +30439,7 @@ "executionIdentitySha256": "ee98150995cf06d1154b98f37201d1e633fcbc1a82171a3ab4834069bfaed5bc", "expectedDurationSeconds": 600, "id": "gate/vcs-selfhost-contract", - "inputIdentitySha256": "ae9ea7d51f185f3f91fe0e17bc8653b1c28810a2244d88f03773830071ebb44f", + "inputIdentitySha256": "79886d4d3160aa765cda2a5543b25a9e933896e88f50ed380574574dc7ef57ef", "inputs": { "paths": [ "Cargo.lock", @@ -30062,10 +30451,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_vcs_selfhost_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_vcs_selfhost_contract_report.sh" ], "sets": [ @@ -30116,7 +30508,7 @@ "executionIdentitySha256": "c5f2b56497aede470d6e28562b4027f1290bbc90388179f53c93cc1759059e1c", "expectedDurationSeconds": 15, "id": "gate/version-surfaces", - "inputIdentitySha256": "52e8c9da02071d3f2163b63e4b9d849fa863ae9878826520cc68636c663dd359", + "inputIdentitySha256": "2447b74b844bbf0f954667918658eefb9ce707bce01f427d741b915db6f1a576", "inputs": { "paths": [ "Cargo.toml", @@ -30189,7 +30581,7 @@ "executionIdentitySha256": "01c8cd92ab8a5a23ca01057291b6e4422011aad714627a46819aaa99eb26b9ee", "expectedDurationSeconds": 1800, "id": "gate/versioning-release-hygiene", - "inputIdentitySha256": "e9818326fa8012191f6ebb50600efd04e1438c914c7f240f411f2facbdf5fb97", + "inputIdentitySha256": "7ca271904d62d7816a5d51e03c9137c494795c8fe7578db4b774b22404532f67", "inputs": { "paths": [ "CHANGELOG.md", @@ -30226,10 +30618,13 @@ "scripts/check_v1_compatibility.sh", "scripts/check_version_surfaces.sh", "scripts/check_versioning_release_hygiene.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/v1_compatibility.py", "scripts/lib/version_surfaces.py", "selfhost/pkg_scaffold_authority_v1.gc", @@ -30284,7 +30679,7 @@ "executionIdentitySha256": "d9b4fcf075af51ebd5bb1e2f2e57e31eaa5be6de51d2e2851cf20dff0cc1b5d5", "expectedDurationSeconds": 600, "id": "gate/warm-protocol-contract", - "inputIdentitySha256": "786ad16799464067be5f1f4d498dc49a86dad26272c0e8c7415f046c8e22dc23", + "inputIdentitySha256": "362bdfe326126cf6c493d864e5feb6cf5585b823457a29fdf3f8250f14f16e8c", "inputs": { "paths": [ "Cargo.lock", @@ -30326,10 +30721,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_warm_protocol_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/lib/warm_protocol_contract.py" ], "sets": [ @@ -30380,7 +30778,7 @@ "executionIdentitySha256": "0ca4c65775a742da8344928a6c70fd3ad57c5efb3936c9d5699a4b8f8f1f3fee", "expectedDurationSeconds": 1800, "id": "gate/wasm-production-surface", - "inputIdentitySha256": "cc90c468ca0d690a2f4c582c8ffb7b90779717d47def41f21492c973b910f86e", + "inputIdentitySha256": "749f8d60edf0b9bb6a1abad0642980c0d10958244fce6fa5f89dd8b6ef559f00", "inputs": { "paths": [ "Cargo.lock", @@ -30391,10 +30789,13 @@ "policies/generated_state_v0.1.json", "rust-toolchain.toml", "scripts/check_wasm_production_surface.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", + "scripts/lib/supervisor_cancellation.py", "scripts/render_wasm_production_surface_report.sh", "scripts/wasm_bindgen_node.sh" ], @@ -30447,7 +30848,7 @@ "executionIdentitySha256": "fac716fb1bf3d09ace84753889af7cb4a0aae230ddead596059ff262d80f89dd", "expectedDurationSeconds": 15, "id": "gate/webxr-browser-conformance", - "inputIdentitySha256": "5bd382422288e4aa9c772ad616af97ef4458f61e89b912d11a25bf95ed81e7ff", + "inputIdentitySha256": "80ee6f3cdc3ddf3aae812dfd8769c4116de2262f0f2000e27f05620d630d6829", "inputs": { "paths": [ "genesis.prerequisites.json", @@ -30499,7 +30900,7 @@ "executionIdentitySha256": "636bdfe583f7a448ca4b753cf1b86d9881543dc71ed6f3e64f98beb55bc4e76e", "expectedDurationSeconds": 15, "id": "gate/webxr-browser-conformance-lane", - "inputIdentitySha256": "62dcc7ebc4b6698026401d567d3a7bce70c0fb3aeeac9e8ec205ba5402c5ff55", + "inputIdentitySha256": "c28f3b836dbdd9526ab667f9c67361358fb1cd5ac6436c7fa92ab3cc871be445", "inputs": { "paths": [ "genesis.prerequisites.json", @@ -30551,7 +30952,7 @@ "executionIdentitySha256": "bbe2e1c9d149006417ec5f1306ec33706509361f12e3aa3e7569174bf87596de", "expectedDurationSeconds": 15, "id": "gate/write-genesiscode-skill-conformance", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -30629,9 +31030,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -30639,6 +31042,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -30708,7 +31112,7 @@ "executionIdentitySha256": "0eaca0b9de65841e9bdbcccf6b126ed1304badf0acbe15c7979692c7cd7d485d", "expectedDurationSeconds": 600, "id": "gate/write-genesiscode-skill-distribution", - "inputIdentitySha256": "d52099ac7f63f1fcadecbe289b60ac20c2eab44c82b03f4a67b5d2839e4ee8b9", + "inputIdentitySha256": "18f2568192069a3be890087c7c0e8ddb93d5a5f569167147bc7eed335e814676", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -30786,9 +31190,11 @@ "scripts/check_write_genesiscode_skill_conformance.sh", "scripts/check_write_genesiscode_skill_distribution.sh", "scripts/lib/agent_gpu_profile_contract.sh", + "scripts/lib/allocated_resources.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/deterministic_cleanup.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/generated_state.py", "scripts/lib/genesiscode_authoring_skill.py", "scripts/lib/health_profile_evidence.py", @@ -30796,6 +31202,7 @@ "scripts/lib/heavy_gate_preflight.sh", "scripts/lib/host_bridge_daemon_lifecycle.py", "scripts/lib/host_handle_lifecycle_evidence.py", + "scripts/lib/supervisor_cancellation.py", "scripts/reclaim_build_space.sh", "scripts/render_agent_generative_workloads_report.sh", "scripts/render_agent_reference_workflows_report.sh", @@ -30867,7 +31274,7 @@ "executionIdentitySha256": "352025cc70b36a3be61f30d540c703e68cd628f85dd842ac902f78dacb6f2a9b", "expectedDurationSeconds": 15, "id": "gate/write-genesiscode-skill-guide", - "inputIdentitySha256": "226b416dbb9a69b7908b06aebece5826d6394377673372cd5a33eeaded2d146a", + "inputIdentitySha256": "0b29b923f490a92f4c116b42693b6c033b58b04e5dd343795bdfbd51c37d5757", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -30935,7 +31342,7 @@ "executionIdentitySha256": "caee314389a77784b0c3c074c9eff14a366f994fe9917d18d3200987629a8342", "expectedDurationSeconds": 15, "id": "gate/write-genesiscode-skill-pack", - "inputIdentitySha256": "d91277bbb613fe94e9370aeefc6774672617160783f3d17cff6222d1b831d18a", + "inputIdentitySha256": "2b1011276d2989b55751d5ab27c0031bbe22b3d64f9da702b99f5a9bf45821ea", "inputs": { "paths": [ ".agents/skills/genesiscode-authoring/SKILL.md", @@ -31027,11 +31434,11 @@ "generatedFrom": [ { "path": "docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json", - "sha256": "a3a842fae22a8720bb8b1a6e271b66363479a814f6ea2c65d7d52a56e3188fb9" + "sha256": "4f4395dc907bf71f0cd4e41d2bd5ac53eec9cd0bfd0769812ace347afe1bbf8f" }, { "path": "genesis.prerequisites.json", - "sha256": "6c1ea1b68d0888a369bae86a1c1161529f8d06e68d676fff529c712a43986d9a" + "sha256": "2241e1044a6f08ebc9a25d03291f94a32977f7dc111b1166b688a45668efc0ec" }, { "path": "policies/gates_v0.1.json", diff --git a/genesis.prerequisites.json b/genesis.prerequisites.json index d51fd2f9f..c3b584937 100644 --- a/genesis.prerequisites.json +++ b/genesis.prerequisites.json @@ -47,6 +47,7 @@ "git", "jq", "python", + "python-blake3", "rustc", "rustfmt" ], @@ -120,6 +121,7 @@ "npm", "playwright", "python", + "python-blake3", "rust-target-wasm32-unknown-unknown", "rust-target-wasm32-wasip1", "rustc", @@ -593,6 +595,25 @@ "purpose": "Dependency-free manifest, evidence, report, and gate helpers", "source": "scripts/**/*.py" }, + { + "id": "python-blake3", + "purpose": "Independent host-side frontend identity verifier; no GenesisCode runtime dependency.", + "source": "scripts/requirements-selfhost-checker.txt", + "constraint": { + "exact": "1.0.4" + }, + "probe": { + "kind": "command-version", + "argv": [ + "python3", + "-I", + "-B", + "-c", + "import blake3; print('blake3 ' + blake3.__version__)" + ], + "versionRegex": "^blake3 ([0-9]+\\.[0-9]+\\.[0-9]+)$" + } + }, { "constraint": { "exact": "1.90.0" diff --git a/llms.txt b/llms.txt index 52984e65b..a23968e89 100644 --- a/llms.txt +++ b/llms.txt @@ -107,7 +107,7 @@ - Prelude Capability Index v0.1: https://corbensorenson.github.io/genesisCode/docs/spec/PRELUDE_CAPABILITY_INDEX_v0.1.html - GenesisCode Prerequisite Contract v0.1: https://corbensorenson.github.io/genesisCode/docs/spec/PREREQUISITES_v0.1.html - GenesisCode Package Profile Negotiation v0.1: https://corbensorenson.github.io/genesisCode/docs/spec/PROFILE_NEGOTIATION_v0.1.html -- Registry Policy (Local) (v0.2): https://corbensorenson.github.io/genesisCode/docs/spec/REGISTRY_POLICY.html +- Registry Policy and Transport (v0.2): https://corbensorenson.github.io/genesisCode/docs/spec/REGISTRY_POLICY.html - Release Smoke Contract v0.1: https://corbensorenson.github.io/genesisCode/docs/spec/RELEASE_SMOKE_v0.1.html - Runtime Backend Profiles v0.1: https://corbensorenson.github.io/genesisCode/docs/spec/RUNTIME_BACKEND_PROFILES_v0.1.html - GenesisCode v0.2 Normative Spec (Lock-In): https://corbensorenson.github.io/genesisCode/docs/spec/SEALS_DISPATCH_REPLAY.html diff --git a/policies/check_update_boundary_v0.1.json b/policies/check_update_boundary_v0.1.json index 3d8fa132e..33a186007 100644 --- a/policies/check_update_boundary_v0.1.json +++ b/policies/check_update_boundary_v0.1.json @@ -342,7 +342,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -364,6 +364,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -459,7 +461,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -480,6 +482,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -572,7 +576,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -593,6 +597,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -689,7 +695,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -711,6 +717,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -806,7 +814,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -827,6 +835,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -919,7 +929,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -940,6 +950,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -961,6 +973,7 @@ "path": "docs/spec/GENESISBENCH_MLX_CUSTODY_v0.1.schema.json" }, { + "path": "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "expectedNodes": [ "generate/check-update-audit", "generate/prelude-assembly", @@ -1032,7 +1045,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -1053,6 +1066,122 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", + "examples/canonical_language/v0.1/suite.json", + "feature_matrix.md", + "genesis.gates.json", + "llms.txt", + "prelude/prelude.gc", + "prelude/prelude.manifest.sha256", + "reference/capabilities.qmd", + "reference/diagnostics.qmd", + "reference/examples.qmd", + "reference/generated/cli-commands.mdinc", + "reference/generated/home-stats.mdinc", + "reference/generated/reference-index.json", + "reference/generated/reference-stats.mdinc", + "reference/generated/schema-catalog.mdinc", + "reference/source-catalog.qmd", + "reference/symbols.qmd", + "tests/diagnostics/goldens/v0.1/diagnostics.json" + ] + }, + { + "expectedNodes": [ + "generate/check-update-audit", + "generate/prelude-assembly", + "generate/agent-profile", + "generate/capability-indices", + "generate/agent-diagnostics", + "generate/canonical-examples", + "generate/capability-coverage", + "generate/agent-surfaces", + "generate/capability-status", + "generate/authoring-skill", + "generate/task-benchmarks", + "generate/benchmark-analysis", + "generate/benchmark-scoring", + "generate/held-out-profile", + "generate/construct-validity", + "generate/benchmark-run", + "generate/benchmark-protocol", + "generate/agent-corpus", + "generate/benchmark-baselines", + "generate/release-surfaces", + "generate/roadmap-evidence", + "generate/roadmap-manifest", + "generate/quarto-reference", + "generate/gate-manifest" + ], + "expectedOutputs": [ + ".agents/skills/genesiscode-authoring/SKILL.md", + "CHANGELOG.md", + "ROADMAP.md", + "benchmarks/agent_tasks/v0.1/suite.json", + "benchmarks/diagnostics/repair_utility/v0.1/report.json", + "benchmarks/genesisbench/v0.1/analysis/observations.fixture.json", + "benchmarks/genesisbench/v0.1/analysis/report.fixture.json", + "benchmarks/genesisbench/v0.1/baselines/conformance/evidence.fixture.json", + "benchmarks/genesisbench/v0.1/baselines/conformance/publication.fixture.json", + "benchmarks/genesisbench/v0.1/construct-validity/report.json", + "benchmarks/genesisbench/v0.1/contamination.fixture.json", + "benchmarks/genesisbench/v0.1/eligibility.fixture.json", + "benchmarks/genesisbench/v0.1/reference-agent/plan.fixture.json", + "benchmarks/genesisbench/v0.1/reference-agent/retrieval.json", + "benchmarks/genesisbench/v0.1/reference-agent/trace.fixture.json", + "docs/program/RELEASE_NOTES_v0.2.0.json", + "docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json", + "docs/skill_pack/write_genesiscode_v1/authoring-card.md", + "docs/skill_pack/write_genesiscode_v1/manifest.json", + "docs/skill_pack/write_genesiscode_v1/prompt-cards.json", + "docs/skill_pack/write_genesiscode_v1/recipe-cards.json", + "docs/spec/CAPABILITY_COVERAGE_AUDIT_v0.1.json", + "docs/spec/CAPABILITY_COVERAGE_AUDIT_v0.1.md", + "docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json", + "docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json", + "docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md", + "docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json", + "docs/spec/GC_AGENT_CORE_CARD_v0.3.json", + "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", + "docs/spec/GC_AGENT_CORPUS_v0.1.json", + "docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json", + "docs/spec/GC_AGENT_PROFILE_v0.3.json", + "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json", + "docs/spec/GC_AGENT_TASK_CARDS_v0.3.json", + "docs/spec/GC_AGENT_TASK_CARDS_v0.3.md", + "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", + "docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json", + "docs/spec/GENESISBENCH_BASELINE_EVIDENCE_v0.1.schema.json", + "docs/spec/GENESISBENCH_BASELINE_PREDECLARATION_v0.1.schema.json", + "docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json", + "docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json", + "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", + "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", + "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", + "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", + "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", + "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", + "docs/spec/HOST_ABI_INDEX_v0.1.json", + "docs/spec/HOST_ABI_SCHEMA_INDEX_v0.1.json", + "docs/spec/PRELUDE_CAPABILITY_INDEX_v0.1.json", + "docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json", + "docs/status/REDTEAM_REPORT.md", + "docs/status/SELFHOST_AUTHORITY_v0.1.md", + "docs/write_genesisCode_skill.md", + "examples/agent_benchmark_reproducibility/caps.toml", + "examples/agent_benchmark_reproducibility/invocation/request.json", + "examples/agent_benchmark_reproducibility/invocation/response.json", + "examples/agent_benchmark_reproducibility/model-effect.gclog", + "examples/agent_benchmark_reproducibility/model_effect.gc", + "examples/agent_benchmark_reproducibility/run.json", + "examples/agent_benchmark_reproducibility/scaffold-manifest.json", + "examples/agent_benchmark_reproducibility/score.json", + "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", + "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -1145,7 +1274,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -1166,6 +1295,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -1258,7 +1389,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -1279,6 +1410,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -1371,7 +1504,7 @@ "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", @@ -1392,6 +1525,8 @@ "examples/agent_benchmark_reproducibility/score.json", "examples/agent_benchmark_reproducibility/tool-transcript.jsonl", "examples/agent_benchmark_reproducibility/tools/local_model_bridge.py", + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json", "feature_matrix.md", "genesis.gates.json", @@ -1704,7 +1839,8 @@ "canonical-examples" ], "dependencies": [ - "generate/agent-profile" + "generate/agent-profile", + "generate/selfhost-artifact" ], "diskMiB": 4096, "id": "generate/canonical-examples", @@ -1713,10 +1849,23 @@ "docs/spec/GC_AGENT_PROFILE_v0.3.json", "docs/spec/GC_CANONICAL_EXAMPLES_v0.1.schema.json", "examples/canonical_language/v0.1/**", - "scripts/lib/gc_canonical_examples.py" + "scripts/lib/gc_canonical_examples.py", + "scripts/lib/gc_canonical_replay.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/cargo_target_dir.sh", + "Cargo.toml", + "Cargo.lock", + "prelude/**", + "selfhost/toolchain.gc", + "scripts/lib/cargo_cache.py", + "scripts/lib/cargo_metadata_admission.py", + "crates/*/src/**", + "crates/*/Cargo.toml" ], "mode": "automatic", "outputs": [ + "examples/canonical_language/v0.1/pairs/replay/invalid/run.gclog", + "examples/canonical_language/v0.1/pairs/replay/valid/run.gclog", "examples/canonical_language/v0.1/suite.json" ], "timeoutSeconds": 1800 @@ -1971,6 +2120,7 @@ "docs/spec/GENESISBENCH_LEADERBOARD_v0.1.schema.json", "docs/spec/GENESISBENCH_OBSERVATIONS_v0.1.schema.json", "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.schema.json", "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.schema.json", @@ -2011,7 +2161,7 @@ "outputs": [ "benchmarks/genesisbench/v0.1/contamination.fixture.json", "benchmarks/genesisbench/v0.1/eligibility.fixture.json", - "docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json", + "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json" ], "timeoutSeconds": 600 @@ -2231,6 +2381,11 @@ "ROADMAP.md", "scripts/lib/roadmap_evidence.py", "scripts/lib/generated_authority.py", + "scripts/lib/generated_authority_cancellation.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/generated_state_accounting.py", + "scripts/lib/cargo_metadata_admission.py", "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "policies/check_update_boundary_v0.1.json" ], diff --git a/policies/gc_agent_profile_v0.3.json b/policies/gc_agent_profile_v0.3.json index ab677fe95..e9bec1d2f 100644 --- a/policies/gc_agent_profile_v0.3.json +++ b/policies/gc_agent_profile_v0.3.json @@ -252,13 +252,22 @@ { "anchors": ["pub const COREFORM_PROFILE_ID", "pub enum Term", "Term::Map", "HASH_DOMAIN_PREFIX"], "path": "crates/gc_coreform/src/term.rs" + }, + { + "anchors": [ + "pub fn validate_symbol_name", + "pub fn validate_canonical_term", + "pub fn hash_term_checked" + ], + "path": "crates/gc_coreform/src/admission.rs" } ], - "conformanceChecks": ["scripts/check_version_surfaces.sh", "crates/gc_cli/tests/gc_agent_profile_v03.rs"], + "conformanceChecks": ["scripts/check_version_surfaces.sh", "crates/gc_cli/tests/gc_agent_profile_v03.rs", "crates/gc_coreform/src/admission.rs", "crates/gc_effects/tests/coreform_canonical_admission.rs"], "id": "coreform-mapping", "invariants": [ "Source atoms and collections map to the nine canonical Term variants.", "Lists are proper Pair/Nil chains and maps use deterministic structural key ordering.", + "Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities.", "Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation." ], "limitations": ["Improper list source syntax is unavailable; Pair values can only be constructed through evaluated primitives or canonical data."], @@ -315,6 +324,14 @@ { "anchors": ["genesis/text-path-profile-v0.1", "\"version\": \"17.0.0\"", "exact-utf8-scalar-sequence-no-implicit-normalization", "core/text-range-error", "capability-base-relative-no-host-prefix"], "path": "docs/spec/TEXT_PATH_PROFILE_v0.1.json" + }, + { + "anchors": [ + "gc_coreform::validate_symbol_name(s)", + "\"sym/from-str invalid symbol text\"", + "if out_len != 0" + ], + "path": "crates/gc_kernel/src/eval_prims/text_bytes.rs" } ], "conformanceChecks": ["crates/gc_cli/tests/gc_agent_profile_v03.rs", "scripts/check_kernel_tcb_contract.sh"], @@ -326,7 +343,8 @@ "Int is signed arbitrary precision; int/div and int/mod use Euclidean division with 0 <= remainder < abs(divisor), and a zero divisor returns a trusted sealed core/numeric-error.", "Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error.", "Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit.", - "Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless." + "Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless.", + "sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain." ], "limitations": [ "CompiledClosure and NativeFn are implementation values, not forgeable source literals; SealToken and Sealed cannot be serialized as ordinary data.", @@ -392,14 +410,23 @@ { "anchors": ["Runner is deny-by-default", "Every performed effect appends a deterministic log entry"], "path": "docs/spec/SEALS_DISPATCH_REPLAY.md" + }, + { + "anchors": [ + "pub(super) fn unseal_effect_request", + "gc_coreform::validate_canonical_term(&r.payload)", + "EffectsError::BadPayload" + ], + "path": "crates/gc_effects/src/runner_response_budget.rs" } ], - "conformanceChecks": ["scripts/check_host_abi_conformance.sh", "scripts/check_evidence_adversarial_matrix.sh"], + "conformanceChecks": ["scripts/check_host_abi_conformance.sh", "scripts/check_evidence_adversarial_matrix.sh", "crates/gc_effects/tests/coreform_canonical_admission.rs"], "id": "effects", "invariants": [ "Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation.", "The host runner denies every operation absent from caps.toml and records deterministic replay facts.", - "Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch." + "Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch.", + "Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect." ], "limitations": ["Operation availability is selected by the host capability index and caps.toml; profile membership never grants a capability."], "status": "profile-selected", diff --git a/policies/kernel_tcb_contract.toml b/policies/kernel_tcb_contract.toml index 0394cf146..53c03f377 100644 --- a/policies/kernel_tcb_contract.toml +++ b/policies/kernel_tcb_contract.toml @@ -9,7 +9,12 @@ expected_kernel_surface_files = [ "compiled_blob.rs", "compiled_compile.rs", "compiled_coverage.rs", + "compiled/blob_inventory.rs", + "compiled/capture.rs", "compiled/trace_impl.rs", + "compiled/validation/mod.rs", + "compiled/validation/source.rs", + "compiled/validation/terms.rs", "compiled_runtime/apply.rs", "compiled_runtime/eval.rs", "compiled_runtime/forward_args.rs", @@ -35,6 +40,8 @@ expected_kernel_surface_files = [ "free_vars.rs", "lib.rs", "logical_heap.rs", + "logical_heap/captures.rs", + "runtime_term_hash.rs", "text_profile.rs", "value.rs", "value/collections.rs", @@ -109,8 +116,8 @@ required_owner_markers = [ "Contract(Shared)", "EffectRequest(Shared)", "Shared", - "Shared>>", - "Shared>>>", + "Shared>", + "pub(super) bindings: Env", "Shared>", ] required_trace_markers = [ @@ -155,11 +162,16 @@ required_test_markers = [ ] [file_roles] +"compiled/validation/mod.rs" = "optimized-tier" +"compiled/validation/source.rs" = "optimized-tier" +"compiled/validation/terms.rs" = "optimized-tier" "compiled.rs" = "optimized-tier" "compiled_blob.rs" = "optimized-tier" "compiled_compile.rs" = "optimized-tier" "compiled_coverage.rs" = "optimized-tier" "compiled/trace_impl.rs" = "optimized-tier" +"compiled/capture.rs" = "optimized-tier" +"compiled/blob_inventory.rs" = "optimized-tier" "compiled_runtime/apply.rs" = "optimized-tier" "compiled_runtime/eval.rs" = "optimized-tier" "compiled_runtime/forward_args.rs" = "optimized-tier" @@ -185,6 +197,8 @@ required_test_markers = [ "free_vars.rs" = "reference-semantics" "lib.rs" = "tier-bridge" "logical_heap.rs" = "shared-semantics" +"logical_heap/captures.rs" = "shared-semantics" +"runtime_term_hash.rs" = "shared-semantics" "text_profile.rs" = "shared-semantics" "value.rs" = "tier-bridge" "value/collections.rs" = "tier-bridge" @@ -207,11 +221,16 @@ optimized-tier = [ ] [line_budgets] +"crates/gc_kernel/src/compiled/validation/mod.rs" = 260 +"crates/gc_kernel/src/compiled/validation/source.rs" = 380 +"crates/gc_kernel/src/compiled/validation/terms.rs" = 100 "crates/gc_kernel/src/compiled.rs" = 520 "crates/gc_kernel/src/compiled_blob.rs" = 520 "crates/gc_kernel/src/compiled_compile.rs" = 700 "crates/gc_kernel/src/compiled_coverage.rs" = 230 "crates/gc_kernel/src/compiled/trace_impl.rs" = 30 +"crates/gc_kernel/src/compiled/capture.rs" = 140 +"crates/gc_kernel/src/compiled/blob_inventory.rs" = 80 "crates/gc_kernel/src/compiled_runtime/apply.rs" = 450 "crates/gc_kernel/src/compiled_runtime/eval.rs" = 260 "crates/gc_kernel/src/compiled_runtime/forward_args.rs" = 90 @@ -237,6 +256,8 @@ optimized-tier = [ "crates/gc_kernel/src/free_vars.rs" = 160 "crates/gc_kernel/src/lib.rs" = 80 "crates/gc_kernel/src/logical_heap.rs" = 430 +"crates/gc_kernel/src/logical_heap/captures.rs" = 80 +"crates/gc_kernel/src/runtime_term_hash.rs" = 240 "crates/gc_kernel/src/text_profile.rs" = 120 "crates/gc_kernel/src/value.rs" = 720 "crates/gc_kernel/src/value/collections.rs" = 130 diff --git a/policies/roadmap_execution_v0.1.json b/policies/roadmap_execution_v0.1.json index 4ca76127a..038087d0a 100644 --- a/policies/roadmap_execution_v0.1.json +++ b/policies/roadmap_execution_v0.1.json @@ -1,7 +1,7 @@ { "kind": "genesis/roadmap-execution-policy-v0.1", "version": "0.1", - "audit_date": "2026-08-14", + "audit_date": "2026-10-01", "execution_frontier": { "wip_limit": 1, "scope_freeze": { @@ -75,7 +75,7 @@ "R9.3.a", "R9.4.a" ], - "rationale": "The completed R0.4.j, R2.2.f, R4.1, R5.1/R5.3, and R4.2.a-d evidence is preserved. The current focus is R4.2.e package/registry/VCS authority; finish its coherent transaction, then the R2/R3 prerequisites, R4.2.f-g and R4.3-R4.5, and remaining Core agent/service/package/assurance/product work through exact reviewed R9.4.f. Select the first start-ready frontier candidate so a blocked downstream anchor cannot stall its prerequisite; the continuation-complete anchors cover every unfinished Core ancestor and exclude post-Core work. One repository-changing GenesisCode transaction owns the lane through Core. The signed handoff activates F2.a-r Foundation first; F2.r activates the finite R8.3.a-b seed including its still-open web/tool/product-assurance prerequisites; R8.3.b then activates isolated GenesisBench, GenesisChallenge, later Foundry expansion, broader applications, optional packs, and F1/F3/F4. F2.y additionally waits for R8.5.s and F2.z for its full sequential ancestry. Genesis Model implementation waits for R8.5.t; R8.5.p assembles a candidate, R8.5.q integrates it, and R8.5.r independently evaluates and releases it. These handoffs do not grant completion authority.", + "rationale": "The 2026-10-01 recovery matrix F01-F11 strengthens the current R4.2.e baseline without adding task families or increasing WIP. Repair its verification, canonical identity, primitive work, filesystem and registry boundary prerequisites serially before package/registry authority promotion or R2.1.h performance qualification; recovery alone does not close R4.2.e. The completed R0.4.j, R2.2.f, R4.1, R5.1/R5.3, and R4.2.a-d evidence is preserved. The current focus is R4.2.e package/registry/VCS authority; finish its coherent transaction, then the R2/R3 prerequisites, R4.2.f-g and R4.3-R4.5, and remaining Core agent/service/package/assurance/product work through exact reviewed R9.4.f. Select the first start-ready frontier candidate so a blocked downstream anchor cannot stall its prerequisite; the continuation-complete anchors cover every unfinished Core ancestor and exclude post-Core work. One repository-changing GenesisCode transaction owns the lane through Core. The signed handoff activates F2.a-r Foundation first; F2.r activates the finite R8.3.a-b seed including its still-open web/tool/product-assurance prerequisites; R8.3.b then activates isolated GenesisBench, GenesisChallenge, later Foundry expansion, broader applications, optional packs, and F1/F3/F4. F2.y additionally waits for R8.5.s and F2.z for its full sequential ancestry. Genesis Model implementation waits for R8.5.t; R8.5.p assembles a candidate, R8.5.q integrates it, and R8.5.r independently evaluates and releases it. These handoffs do not grant completion authority.", "task_context": { "R2.2.f": { "product_lanes": ["GenesisCode"], @@ -1224,9 +1224,14 @@ "R4.2": { "profile": "selfhost-authority", "owner_paths": [ + ".github/workflows/ci.yml", "crates/gc_cli/Cargo.toml", "crates/gc_cli/tests", - "crates/gc_wasi_cli/Cargo.toml" + "crates/gc_wasi_cli/Cargo.toml", + "crates/gc_coreform", + "crates/gc_kernel", + "crates/gc_registry", + "genesis.prerequisites.json" ], "start_after": ["R4.1", "R5.1", "R5.3"], "sequential": true diff --git a/reference/diagnostics.qmd b/reference/diagnostics.qmd index 545c9415c..b933aa932 100644 --- a/reference/diagnostics.qmd +++ b/reference/diagnostics.qmd @@ -7,7 +7,7 @@ toc-depth: 2 # Structured failures -**201 diagnostics** · catalog identity `594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe` +**201 diagnostics** · catalog identity `c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61` Repairs are conditional plans, not permission to bypass policy or obligations. Re-check identity and preconditions before automation. diff --git a/reference/generated/home-stats.mdinc b/reference/generated/home-stats.mdinc index 7769c780d..50d5915dc 100644 --- a/reference/generated/home-stats.mdinc +++ b/reference/generated/home-stats.mdinc @@ -9,6 +9,6 @@ 201diagnostics ::: ::: {.metric} -381authority sources +382authority sources ::: ::: diff --git a/reference/generated/reference-index.json b/reference/generated/reference-index.json index c9e2f6604..e010cc726 100644 --- a/reference/generated/reference-index.json +++ b/reference/generated/reference-index.json @@ -1,15 +1,15 @@ { "authorities": { - "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json": "f2b0abaf1aaf22cfd138937c1db7651a5ae71beb51471fac74d95bdf005c1371", - "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json": "a81964ab0937516e02c82bf8b65d2c02483e85bec37d9add1380f3d9a0416c97", + "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json": "cc9c740a3f2b5fe93f4c614a610c97db0f2f532e931c41deef370053af1e47aa", + "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json": "95ba949a94b78db45447ce7bb980a56235fb5b79080118408e31a90cf0645b49", "docs/spec/HOST_ABI_INDEX_v0.1.json": "f17e9fe14cdfcfca2b44132d0d880761a6886a967d78692ce5b205b9c1537ee2" }, "counts": { - "canonicalSources": 381, + "canonicalSources": 382, "diagnostics": 201, "exampleFiles": 189, "hostOperations": 188, - "schemas": 149, + "schemas": 150, "symbols": 176 }, "kind": "genesis/quarto-reference-index-v0.1", @@ -20,7 +20,7 @@ }, { "path": "CHANGELOG.md", - "sha256": "cc83d30f657c29964878880248b4dd1cb6077e507592e97c3e0df1175e83e3e8" + "sha256": "c442f52b0f94fc092a9a92bea5eb93b58336bc4b8388fb39171f3f57fb83755a" }, { "path": "README.md", @@ -28,7 +28,7 @@ }, { "path": "ROADMAP.md", - "sha256": "8029e70178649e22a18bac8e67f12ad49456d4957b8f94f6eaeadb00a59a7f40" + "sha256": "5c8ea42d98a75c8a54d15011e3b7ec6a9a225bb930be559758d640c4609bb0b2" }, { "path": "docs/AGENT_ONBOARDING_v0.1.md", @@ -48,7 +48,7 @@ }, { "path": "docs/INDEX.md", - "sha256": "f63f658d38a2363072acb21ffdb3deabcc15e454731de51f7c2dbb8e1c3652c6" + "sha256": "66918b2c6e6aa92481f207ce8bdb5113aa56baa322490948eea9b55dfe18827b" }, { "path": "docs/PAPER_v0.2.md", @@ -128,11 +128,11 @@ }, { "path": "docs/program/RELEASE_NOTES_v0.2.0.json", - "sha256": "4f092d45c131b3ab693c8318f66266c51fa0be8a09db6011fa856a6a20e61c04" + "sha256": "7b52eb5f1362be60cdbeb8268a1d2cb52c8702bcb55a8e6243ce95d0d73bd845" }, { "path": "docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json", - "sha256": "54655295b428d7036ea4cbc84511c2bf3ca5e082aba27c7d5739059e478c95c9" + "sha256": "8709bd5e13f0cb1c20eee0f3e23f57c07c6ee547f48fbe51b6148003b0755a04" }, { "path": "docs/program/assurance_closures/do178c-a-org-independence-program.closure.json", @@ -200,7 +200,7 @@ }, { "path": "docs/skill_pack/write_genesiscode_v1/manifest.json", - "sha256": "9e81c7e4227c29b83ccc32729c87b79f867a02daea913a5e09212af1b486c523" + "sha256": "ccf1d88778f9a8f0f86de4b8964c6c9cc745c84bdc70fcfa18282dcaab8f3db5" }, { "path": "docs/skill_pack/write_genesiscode_v1/prompt-cards.json", @@ -280,7 +280,7 @@ }, { "path": "docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json", - "sha256": "6e6804e7e1ed47a10a3ad103851d59c8a7022cb6f54c6e2dbef882b9b9d31835" + "sha256": "964448dccb186efe8c6be371a455748f53ecdb80363884b716693b2b789b3e0c" }, { "path": "docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.schema.json", @@ -300,11 +300,11 @@ }, { "path": "docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json", - "sha256": "a3a842fae22a8720bb8b1a6e271b66363479a814f6ea2c65d7d52a56e3188fb9" + "sha256": "4f4395dc907bf71f0cd4e41d2bd5ac53eec9cd0bfd0769812ace347afe1bbf8f" }, { "path": "docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md", - "sha256": "3071ba14319a3f841ba102887d80f453fa2ef6e3bee7458bdd0a16f812f69dc4" + "sha256": "647cdd7cd0602612f66f7912eae50a2a4de6523fb32790a6d061b32547592ee7" }, { "path": "docs/spec/CLI.md", @@ -340,7 +340,7 @@ }, { "path": "docs/spec/COREFORM_CANON_HASH.md", - "sha256": "196fe3f73fbbf5fb2d85e0369c9546021c3adba18cb78f81680d426673e34ed7" + "sha256": "25f5be89706bc4a7f2a42090280001394058d99740bff9dda78df0b791c94857" }, { "path": "docs/spec/DEPENDENCY_MIRROR_MANIFEST_v0.1.schema.json", @@ -428,15 +428,15 @@ }, { "path": "docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json", - "sha256": "b2c2442ffaf0353bfb6fba75fefc23962a817d6aec7b6d76b22e1bd7f9b55053" + "sha256": "2cb9f0329994c80fcc0e00508c74c3f5ce12a85b358182fc4390fe3fdff6867d" }, { "path": "docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md", - "sha256": "2b1b5e196bf14bb4544b0227f512c70f0f6c4ab6902cf263115e86bfea7e0822" + "sha256": "f519a7f8cc045e004b04c89dc2769dccb1b6e9b0d64a95e17cef9a34168532f4" }, { "path": "docs/spec/FS_SANDBOX.md", - "sha256": "a889c22dbbaf9f1c064624094640acf8bc8e6f9f1d4ffdd8d80e5a892a28be70" + "sha256": "9cd614d6da78794a2fd88d6311959cdd2aaa778093323e114b562270bdb7b796" }, { "path": "docs/spec/FULL_SELFHOST_CUTOVER_PROFILE_v0.1.md", @@ -484,7 +484,7 @@ }, { "path": "docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json", - "sha256": "17d36eaa3c6d36624dc102d9ae0d7d318ede16768e530803e8e8d26648505d17" + "sha256": "732d2cd55a68b33588f63558e482c9862391be99b81545e4bbff2cff2fb15768" }, { "path": "docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.schema.json", @@ -492,15 +492,15 @@ }, { "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.json", - "sha256": "3025a1203fab2848d66f442edc09afebfc243fa079db577a73751a81bd1be1e5" + "sha256": "419d9232b5bb599c68eeacfd35675a61d9eebd0dc1cb9205a4bcb459bf6f290a" }, { "path": "docs/spec/GC_AGENT_CORE_CARD_v0.3.md", - "sha256": "9fb93aec621379d5386e48e28720d840257d3b6e325a4e97c628a0962380f70b" + "sha256": "c7616cf92f32692be36fd197d161d7177eba96672ca04853881ff052165f850e" }, { "path": "docs/spec/GC_AGENT_CORPUS_v0.1.json", - "sha256": "abc1a7f58e65f9d8169b051dda6b9ae578e093c3581766a8e5270a1ed62a32a1" + "sha256": "356d26283054e5921214101b50b4caab028a9d34e5d956aa4eadafcd174ae43e" }, { "path": "docs/spec/GC_AGENT_CORPUS_v0.1.schema.json", @@ -508,7 +508,7 @@ }, { "path": "docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json", - "sha256": "c827f666c85aec21f6f23a67a847e9ceca05ca0cb9f38974fcab7b6bee61ab7e" + "sha256": "52a1eb6637473754d02507c8679e39ef3e4b753f03329159931eee6a5fa3d7fa" }, { "path": "docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.schema.json", @@ -524,7 +524,7 @@ }, { "path": "docs/spec/GC_AGENT_PROFILE_v0.3.json", - "sha256": "05e189471d5b30a550ec57c5542dd15418257075a1f59fcb1bea168e4d65f0a8" + "sha256": "a8143eb4faa815875f4c397dae0c7f3d4be8badc9234b7892abeaf8190878dae" }, { "path": "docs/spec/GC_AGENT_PROFILE_v0.3.schema.json", @@ -532,7 +532,7 @@ }, { "path": "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json", - "sha256": "f2b0abaf1aaf22cfd138937c1db7651a5ae71beb51471fac74d95bdf005c1371" + "sha256": "cc9c740a3f2b5fe93f4c614a610c97db0f2f532e931c41deef370053af1e47aa" }, { "path": "docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.schema.json", @@ -544,11 +544,11 @@ }, { "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.json", - "sha256": "7a0004234d4bda25af738127b0ef86c802cb9b50ab0180220eda72612df2fe18" + "sha256": "390761ab2744fe5c7509f1f840fa56760f871e97d44ec2af334d948d2abfafdc" }, { "path": "docs/spec/GC_AGENT_TASK_CARDS_v0.3.md", - "sha256": "d96887ec9d44b757a5703d48a7ed6d6db55b2228212032d53bc31cb4b366578c" + "sha256": "e13a6325d97546971e94dd07cf4ecf5caf18acc8c64d1305953be0a1b47aef6d" }, { "path": "docs/spec/GC_CANONICAL_EXAMPLES_v0.1.schema.json", @@ -564,7 +564,7 @@ }, { "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", - "sha256": "a81964ab0937516e02c82bf8b65d2c02483e85bec37d9add1380f3d9a0416c97" + "sha256": "95ba949a94b78db45447ce7bb980a56235fb5b79080118408e31a90cf0645b49" }, { "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.schema.json", @@ -598,6 +598,10 @@ "path": "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", "sha256": "27b693eed1662ccc738a5dab74b2ec6973a734fd45847a1e4bd84fd6302b524a" }, + { + "path": "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", + "sha256": "85bf48558d7c56121f313f2a83ce2b9ce1122f62e02e8289d964a08fc68d447c" + }, { "path": "docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json", "sha256": "e2fae2f8e040424bc28720c4da2876a9c58a849fd41742e9152b1505ab53166f" @@ -624,7 +628,7 @@ }, { "path": "docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json", - "sha256": "2e4892ac9bbb061c372a45cecc8185264ac16ca809d5ca8a82a8bb78b4eec143" + "sha256": "4da42ca68cefa3c7416fd74ad62ec141e31e1d8039168177f5aa6874f1e36d8a" }, { "path": "docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.schema.json", @@ -644,11 +648,11 @@ }, { "path": "docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json", - "sha256": "1eaf36ef34e017bad32898c6c32f4ee36dab86523ad5d127f0805871562a4a71" + "sha256": "0c4fb279ceb90f8f8fe86f786db0a0b986ae9d282ca157e43741071ad3aa84e0" }, { "path": "docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json", - "sha256": "071ff4904b631626cfb04859b3eece1e9800f6a08c41174b12b42eabd52f3f2c" + "sha256": "2f49b0a7bf6af16e8914ca03286c487b3bd5493f8ed1de0a3055dc5ccf7b4e63" }, { "path": "docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json", @@ -656,7 +660,7 @@ }, { "path": "docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json", - "sha256": "f761ae1294fc9a3354c385db69ceff8fea0fb477c21f192b168f06c29c155756" + "sha256": "dca1ef8c4d551f14c093bf8618fc48fee74779a7c0e8f05859ab5f3caa89084f" }, { "path": "docs/spec/GENESISBENCH_BUNDLE_MANIFEST_v0.1.schema.json", @@ -680,7 +684,7 @@ }, { "path": "docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json", - "sha256": "e28f4f17b335aa66e844ba28325abcc8120b24854eaa4fbd795c622ecc62474a" + "sha256": "553a8097acd4ca696015ae1328f6c595ea05ef83f33eb4a4f824c01595d48cfe" }, { "path": "docs/spec/GENESISBENCH_FRONT_DOOR_v0.1.md", @@ -744,11 +748,11 @@ }, { "path": "docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json", - "sha256": "9c286ee5c412c61dbe92f9d4d42905cc50ad586194cf3ed987bd19e80a0b6c9f" + "sha256": "d9b20f322c13f2b8a6a13b10d48be8f252a5b0adcc0d6cbcf956750a4381a99e" }, { "path": "docs/spec/GENESISBENCH_PROTOCOL_v0.1.json", - "sha256": "fcb81edbeaed07751d1aca5a47eb47532ce7de9b3d12c2992481b77880a92be4" + "sha256": "797c1dcd6ef3bb1efbf4ae4454d4725c61ee7f7656d4c87c6b94d97bf0426285" }, { "path": "docs/spec/GENESISBENCH_PROTOCOL_v0.1.schema.json", @@ -756,7 +760,7 @@ }, { "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json", - "sha256": "bc7e5c3fd64bd1473f885d22f4d863e47e9c7666683b2cd4e8184d0491b7f961" + "sha256": "4bbcd744a9926507a7a863b882f70f0dd9c1d269f0ab4409a576af60a2e0e0ce" }, { "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.schema.json", @@ -768,7 +772,7 @@ }, { "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json", - "sha256": "43815c427fdf8b1122c2683cbcbaccd3edf309b4c7778b871f5de95d56c97da8" + "sha256": "da7ad15db7d4e81e1c3d99049ed1a6caff7d3c1f16d90e4ee3da00500a747f54" }, { "path": "docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.schema.json", @@ -872,7 +876,7 @@ }, { "path": "docs/spec/HOST_BRIDGE_PROTOCOL.md", - "sha256": "5bbb1e3777241a3d708a2c496c884ce600179ccf3a9e44ab64f3f5829939eb20" + "sha256": "e4bedc3725be57295e47ca8acd65a09fc3e516575cf6ef4193c6a9c205223a61" }, { "path": "docs/spec/HOST_RUNTIME_BUNDLE_v0.1.md", @@ -960,7 +964,7 @@ }, { "path": "docs/spec/PREREQUISITES_v0.1.md", - "sha256": "bbdab94eb74724797af4b9af80b7ac6813eeb228b6c09e3ea2b43630ea917d14" + "sha256": "690d9ef42d38119e1fedd49c214d90070e59dcd01b0759591ac78c6ced6410bf" }, { "path": "docs/spec/PREREQUISITES_v0.1.schema.json", @@ -968,7 +972,7 @@ }, { "path": "docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json", - "sha256": "917d10de9217ccb0b802ed00a61cb38e898a2f26c4edebc7e8f657a1f0ed4ad7" + "sha256": "700f861cde9df82654af0171371e7ad9b34300f2dc770db533cf4e5c2f82c87b" }, { "path": "docs/spec/PROFILE_NEGOTIATION_v0.1.json", @@ -992,7 +996,7 @@ }, { "path": "docs/spec/REGISTRY_POLICY.md", - "sha256": "30c1e4d1d4d4f0330525c9dc4fa5288fd54155dd2b55857ffe641219b173a8b3" + "sha256": "5c4ce83cd0e19509cf8d65d1e92f632a28621ff76c7e817a65b53dc3d067fd41" }, { "path": "docs/spec/RELEASE_EVIDENCE_AGGREGATE_v0.2.schema.json", @@ -1064,7 +1068,7 @@ }, { "path": "docs/spec/SEALS_DISPATCH_REPLAY.md", - "sha256": "246d800fea0d0f07ec2d46e56b3a442484c1c8f97abd0d4cb8fd2c97ecf2627f" + "sha256": "650e098a561400a4ab0a7bbc5136a0d6e063edd996223f180c24eff5f54a261c" }, { "path": "docs/spec/SELFHOST_CLOSURE_LEVELS_v0.1.json", @@ -1104,7 +1108,7 @@ }, { "path": "docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md", - "sha256": "cbe8d5ac951dd915b7295da74e2320e41fbc7b189e56d0a49556ecd9e1630579" + "sha256": "fc87e0895689181df292182e905a97355784566eff166004bf1a5ed9b049f9e5" }, { "path": "docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.schema.json", @@ -1240,7 +1244,7 @@ }, { "path": "docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md", - "sha256": "7d21f6e71eea521e8d7219a53f84939b82f9bb2961be4da83df680f7492cb2ff" + "sha256": "991b43837d1a64366ffe736a0902cec7562820f4e710480a7aee90e2d635788d" }, { "path": "docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.schema.json", @@ -1304,7 +1308,7 @@ }, { "path": "docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md", - "sha256": "01da201db976eefc921a50e7406b85f02873c9fa51aebe05ead9e9dbcc2c176f" + "sha256": "89b3a999da6257a9272f9ccbaaef3b496965bbe849abf51cba9f641261196233" }, { "path": "docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.schema.json", @@ -1384,7 +1388,7 @@ }, { "path": "docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json", - "sha256": "c27e360a688d914b0e949c3b2fd1cc98d8ef601904fbac1e4a2d737a0719fdaa" + "sha256": "e92d677b35e586b62c645e3200c0eb36049baabf6e01b23a7cafdb0a1f5f827a" }, { "path": "docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.md", @@ -1452,7 +1456,7 @@ }, { "path": "docs/spec/VALUE_EFFECT_HASH.md", - "sha256": "bc9c851116e4515e00691e12f780d2df75fd024a2cc3b02ab6839bdeae678abc" + "sha256": "17decc52ef667898809f5f12b46a54c763216605995a56080c5db1f666a19858" }, { "path": "docs/spec/VERSIONING_v0.1.md", @@ -1480,7 +1484,7 @@ }, { "path": "docs/spec/WASM_HOST_BRIDGE.md", - "sha256": "93f5a2acfa16a67a9a8f2a2f3a7e2b493300f443a2fc89d89d4463c82f5ab6ad" + "sha256": "0afad93eb7552657851d56d869c092f0ff2f5417ba2639abf730cc844fcdb49e" }, { "path": "docs/spec/WRITE_GENESISCODE_SKILL_CONFORMANCE_v0.1.md", @@ -1512,7 +1516,7 @@ }, { "path": "docs/status/REDTEAM_REPORT.md", - "sha256": "8184e9d71ca95daebadd96f0814455de6d838d9cc7b30aa2015cb018020ff857" + "sha256": "3d50818ddee9e6d8569b0ba796289f1a734a76cc4b192b4e8ebb12d29ecc53b7" }, { "path": "docs/status/SELFHOST_AUTHORITY_v0.1.md", @@ -1528,7 +1532,7 @@ }, { "path": "feature_matrix.md", - "sha256": "f1813d360f93b93d9a5ddcbd5fe4129f6d06d16409cd24d1353ba5ec6c7a7ecb" + "sha256": "24027ae8e78db9bec0259c4bd2278f47319d2cb0271aa5808dc30a7aac43f021" }, { "path": "genesisCode.md", @@ -1536,7 +1540,7 @@ }, { "path": "upgrade_plan.md", - "sha256": "ebf50143ae8894c4fe7ba20823b164ccfeefee9420df10fa4b3435176375b398" + "sha256": "259b6602e2b353d3e4492b33aabba3f135ea95773e47a47e16c0a8f868c9df5a" } ], "version": 1 diff --git a/reference/generated/reference-stats.mdinc b/reference/generated/reference-stats.mdinc index c67fe9f29..849825a11 100644 --- a/reference/generated/reference-stats.mdinc +++ b/reference/generated/reference-stats.mdinc @@ -1 +1 @@ -This build indexes **176 symbols**, **188 host operations**, **201 diagnostics**, **189 example files**, **149 schemas**, and **381 canonical sources**. +This build indexes **176 symbols**, **188 host operations**, **201 diagnostics**, **189 example files**, **150 schemas**, and **382 canonical sources**. diff --git a/reference/generated/schema-catalog.mdinc b/reference/generated/schema-catalog.mdinc index a7ec6ec00..fb943dd0d 100644 --- a/reference/generated/schema-catalog.mdinc +++ b/reference/generated/schema-catalog.mdinc @@ -1,4 +1,4 @@ -**149 closed JSON schemas** +**150 closed JSON schemas** - [`docs/spec/AGENT_SESSION_RESOURCES_v0.1.schema.json`](../docs/spec/AGENT_SESSION_RESOURCES_v0.1.schema.json) - [`docs/spec/AGENT_TRANSACTION_v0.1.schema.json`](../docs/spec/AGENT_TRANSACTION_v0.1.schema.json) - [`docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.schema.json`](../docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.schema.json) @@ -37,6 +37,7 @@ - [`docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json`](../docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json) - [`docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json`](../docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json) - [`docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json`](../docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json) +- [`docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json`](../docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json) - [`docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json`](../docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json) - [`docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json`](../docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json) - [`docs/spec/GENESISBENCH_ADAPTER_REQUEST_v0.1.schema.json`](../docs/spec/GENESISBENCH_ADAPTER_REQUEST_v0.1.schema.json) diff --git a/reference/source-catalog.qmd b/reference/source-catalog.qmd index 88df050f0..deaa9187a 100644 --- a/reference/source-catalog.qmd +++ b/reference/source-catalog.qmd @@ -7,19 +7,19 @@ toc-depth: 2 # Documentation and authority inventory -**381 tracked sources**. SHA-256 prefixes identify the exact content used to generate this catalog. +**382 tracked sources**. SHA-256 prefixes identify the exact content used to generate this catalog. ## Repository roots | Source | Title / kind | Type | SHA-256 | |---|---|---|---| | [`AGENTS.md`](../AGENTS.md) | Genesis Program Working Agreement | md | `3162c6e64a6e` | -| [`CHANGELOG.md`](../CHANGELOG.md) | Changelog | md | `cc83d30f657c` | +| [`CHANGELOG.md`](../CHANGELOG.md) | Changelog | md | `c442f52b0f94` | | [`README.md`](../README.md) | GenesisCode (v0.2) | md | `0dd915fba729` | -| [`ROADMAP.md`](../ROADMAP.md) | GenesisCode Roadmap: Agent-Native, Universal, Efficient, Self-Hosted, and Trustworthy | md | `8029e7017864` | -| [`feature_matrix.md`](../feature_matrix.md) | GenesisCode Feature Matrix (Audit Date: 2026-08-14) | md | `f1813d360f93` | +| [`ROADMAP.md`](../ROADMAP.md) | GenesisCode Roadmap: Agent-Native, Universal, Efficient, Self-Hosted, and Trustworthy | md | `5c8ea42d98a7` | +| [`feature_matrix.md`](../feature_matrix.md) | GenesisCode Feature Matrix (Audit Date: 2026-10-02) | md | `24027ae8e78d` | | [`genesisCode.md`](../genesisCode.md) | Tab 1 | md | `9564337ad055` | -| [`upgrade_plan.md`](../upgrade_plan.md) | GenesisCode Upgrade Plan - Red-Team Backlog (Unresolved Only) | md | `ebf50143ae88` | +| [`upgrade_plan.md`](../upgrade_plan.md) | GenesisCode Upgrade Plan - Red-Team Backlog (Unresolved Only) | md | `259b6602e2b3` | ## Top-level documentation @@ -29,7 +29,7 @@ toc-depth: 2 | [`docs/DEPRECATION_MAP_v0.1.md`](../docs/DEPRECATION_MAP_v0.1.md) | Documentation Deprecation Map v0.1 | md | `961d8acb5a56` | | [`docs/FOUNDATION_STDLIB_v0.2.md`](../docs/FOUNDATION_STDLIB_v0.2.md) | Foundation Standard Library (Level 1) v0.2 | md | `6f89ada78518` | | [`docs/GETTING_STARTED.md`](../docs/GETTING_STARTED.md) | Getting Started (GenesisCode v0.2) | md | `a603057137bd` | -| [`docs/INDEX.md`](../docs/INDEX.md) | GenesisCode Docs Index | md | `f63f658d38a2` | +| [`docs/INDEX.md`](../docs/INDEX.md) | GenesisCode Docs Index | md | `66918b2c6e6a` | | [`docs/PAPER_v0.2.md`](../docs/PAPER_v0.2.md) | **GenesisCode v0.2** | md | `a580551652c7` | | [`docs/POLICY_DEFAULTS_v0.1.md`](../docs/POLICY_DEFAULTS_v0.1.md) | Policy Defaults v0.1 | md | `3cd6800f37c2` | | [`docs/STACKS_v0.2.md`](../docs/STACKS_v0.2.md) | GenesisCode Stacks (Levels 0–2) v0.2 | md | `8c0df911adeb` | @@ -60,8 +60,8 @@ toc-depth: 2 | [`docs/program/EVIDENCE_ADVERSARIAL_MATRIX_v0.1.json`](../docs/program/EVIDENCE_ADVERSARIAL_MATRIX_v0.1.json) | genesis/evidence-adversarial-matrix-v0.1 | json | `f9f281eb2bf7` | | [`docs/program/EVIDENCE_FIXTURE_CLASSIFICATION_v0.1.json`](../docs/program/EVIDENCE_FIXTURE_CLASSIFICATION_v0.1.json) | genesis/evidence-fixture-classification-v0.1 | json | `d1aa20fa3652` | | [`docs/program/GENESISBENCH_TEMPORAL_EPOCH_AUDIT_v0.1.json`](../docs/program/GENESISBENCH_TEMPORAL_EPOCH_AUDIT_v0.1.json) | genesis/genesisbench-temporal-epoch-audit-v0.1 | json | `271f52604ade` | -| [`docs/program/RELEASE_NOTES_v0.2.0.json`](../docs/program/RELEASE_NOTES_v0.2.0.json) | genesis/release-notes-v0.1 | json | `4f092d45c131` | -| [`docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json`](../docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json) | genesis/roadmap-execution-manifest-v0.1 | json | `54655295b428` | +| [`docs/program/RELEASE_NOTES_v0.2.0.json`](../docs/program/RELEASE_NOTES_v0.2.0.json) | genesis/release-notes-v0.1 | json | `7b52eb5f1362` | +| [`docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json`](../docs/program/ROADMAP_EXECUTION_MANIFEST_v0.1.json) | genesis/roadmap-execution-manifest-v0.1 | json | `8709bd5e13f0` | | [`docs/program/assurance_closures/do178c-a-org-independence-program.closure.json`](../docs/program/assurance_closures/do178c-a-org-independence-program.closure.json) | genesis/assurance-control-closure-bundle-v0.1 | json | `4d821d2aba34` | | [`docs/program/assurance_closures/do178c-b-authority-signoff.closure.json`](../docs/program/assurance_closures/do178c-b-authority-signoff.closure.json) | genesis/assurance-control-closure-bundle-v0.1 | json | `31533ffae41b` | | [`docs/program/assurance_closures/iec62304-c-qms-integration.closure.json`](../docs/program/assurance_closures/iec62304-c-qms-integration.closure.json) | genesis/assurance-control-closure-bundle-v0.1 | json | `68a9f4ee61ee` | @@ -83,7 +83,7 @@ toc-depth: 2 | Source | Title / kind | Type | SHA-256 | |---|---|---|---| | [`docs/skill_pack/write_genesiscode_v1/authoring-card.md`](../docs/skill_pack/write_genesiscode_v1/authoring-card.md) | GenesisCode Authoring Card | md | `b781e1469a92` | -| [`docs/skill_pack/write_genesiscode_v1/manifest.json`](../docs/skill_pack/write_genesiscode_v1/manifest.json) | genesis/write-genesiscode-skill-distribution-v1 | json | `9e81c7e4227c` | +| [`docs/skill_pack/write_genesiscode_v1/manifest.json`](../docs/skill_pack/write_genesiscode_v1/manifest.json) | genesis/write-genesiscode-skill-distribution-v1 | json | `ccf1d88778f9` | | [`docs/skill_pack/write_genesiscode_v1/prompt-cards.json`](../docs/skill_pack/write_genesiscode_v1/prompt-cards.json) | genesis/write-genesiscode-prompt-cards-v1 | json | `844fa9e2944d` | | [`docs/skill_pack/write_genesiscode_v1/recipe-cards.json`](../docs/skill_pack/write_genesiscode_v1/recipe-cards.json) | genesis/write-genesiscode-recipe-cards-v1 | json | `31f8991ce1a2` | @@ -108,13 +108,13 @@ toc-depth: 2 | [`docs/spec/CAPABILITY_COVERAGE_AUDIT_v0.1.json`](../docs/spec/CAPABILITY_COVERAGE_AUDIT_v0.1.json) | genesis/capability-coverage-audit-v0.1 | json | `b1263e60750f` | | [`docs/spec/CAPABILITY_COVERAGE_AUDIT_v0.1.md`](../docs/spec/CAPABILITY_COVERAGE_AUDIT_v0.1.md) | Capability Coverage Audit v0.1 | md | `765dcf81841f` | | [`docs/spec/CAPABILITY_COVERAGE_STATUS_v0.1.json`](../docs/spec/CAPABILITY_COVERAGE_STATUS_v0.1.json) | genesis/capability-coverage-status-v0.1 | json | `f69150c81e83` | -| [`docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json`](../docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json) | genesis/capability-evidence-ledger-v0.1 | json | `6e6804e7e1ed` | +| [`docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json`](../docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.json) | genesis/capability-evidence-ledger-v0.1 | json | `964448dccb18` | | [`docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.schema.json`](../docs/spec/CAPABILITY_EVIDENCE_LEDGER_v0.1.schema.json) | GenesisCode Capability Evidence Ledger v0.1 | schema | `cd3c5b62c057` | | [`docs/spec/CAPS_TOML.md`](../docs/spec/CAPS_TOML.md) | caps.toml (Capability Policy) v0.2 | md | `3bf1c78c8bb3` | | [`docs/spec/CARGO_CACHE_POLICY_v0.1.schema.json`](../docs/spec/CARGO_CACHE_POLICY_v0.1.schema.json) | GenesisCode Cargo Cache Policy v0.1 | schema | `10c82a4c531b` | | [`docs/spec/CHANGED_IMPACT_POLICY_v0.1.schema.json`](../docs/spec/CHANGED_IMPACT_POLICY_v0.1.schema.json) | GenesisCode Changed Impact Policy v0.1 | schema | `dd72983c147a` | -| [`docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json`](../docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json) | genesis/check-update-boundary-audit-v0.1 | json | `a3a842fae22a` | -| [`docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md`](../docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md) | Check/Update Boundary v0.1 | md | `3071ba14319a` | +| [`docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json`](../docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json) | genesis/check-update-boundary-audit-v0.1 | json | `4f4395dc907b` | +| [`docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md`](../docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md) | Check/Update Boundary v0.1 | md | `647cdd7cd060` | | [`docs/spec/CLI.md`](../docs/spec/CLI.md) | Genesis CLI v0.2 (Exit Codes + JSON) | md | `6ad06a6427fd` | | [`docs/spec/CLI_JSON_SCHEMAS_v0.1.md`](../docs/spec/CLI_JSON_SCHEMAS_v0.1.md) | CLI JSON Schemas v0.1 (Non-GCPM) | md | `8b56c0249e4d` | | [`docs/spec/CLI_TOOLING_BUNDLE_v0.1.md`](../docs/spec/CLI_TOOLING_BUNDLE_v0.1.md) | CLI Tooling Bundle v0.1 | md | `aad9743416b9` | @@ -123,7 +123,7 @@ toc-depth: 2 | [`docs/spec/CONTRACT_COMPOSITION_PROFILE_v0.1.json`](../docs/spec/CONTRACT_COMPOSITION_PROFILE_v0.1.json) | genesis/contract-composition-profile-v0.1 | json | `450601bdd2c4` | | [`docs/spec/CONTRACT_COMPOSITION_PROFILE_v0.1.md`](../docs/spec/CONTRACT_COMPOSITION_PROFILE_v0.1.md) | Contract Composition Profile v0.1 | md | `56eb0e4e0c4e` | | [`docs/spec/CONTRACT_COMPOSITION_PROFILE_v0.1.schema.json`](../docs/spec/CONTRACT_COMPOSITION_PROFILE_v0.1.schema.json) | GenesisCode Contract Composition Profile v0.1 | schema | `ab3065a1544f` | -| [`docs/spec/COREFORM_CANON_HASH.md`](../docs/spec/COREFORM_CANON_HASH.md) | CoreForm Canonicalization + Hashing v0.2 | md | `196fe3f73fbb` | +| [`docs/spec/COREFORM_CANON_HASH.md`](../docs/spec/COREFORM_CANON_HASH.md) | CoreForm Canonicalization + Hashing v0.2 | md | `25f5be89706b` | | [`docs/spec/DEPENDENCY_MIRROR_MANIFEST_v0.1.schema.json`](../docs/spec/DEPENDENCY_MIRROR_MANIFEST_v0.1.schema.json) | GenesisCode Dependency Mirror Manifest v0.1 | schema | `a4649e327e6f` | | [`docs/spec/DEPENDENCY_MIRROR_v0.1.md`](../docs/spec/DEPENDENCY_MIRROR_v0.1.md) | GenesisCode Dependency Mirror Contract v0.1 | md | `7a78c8335a4f` | | [`docs/spec/DEPENDENCY_MIRROR_v0.1.schema.json`](../docs/spec/DEPENDENCY_MIRROR_v0.1.schema.json) | GenesisCode Dependency Mirror Policy v0.1 | schema | `d4b26b9e9235` | @@ -145,9 +145,9 @@ toc-depth: 2 | [`docs/spec/EVIDENCE_FIXTURE_CLASSIFICATION_v0.1.schema.json`](../docs/spec/EVIDENCE_FIXTURE_CLASSIFICATION_v0.1.schema.json) | GenesisCode Evidence Fixture Classification v0.1 | schema | `84818f18c09b` | | [`docs/spec/EVIDENCE_STORAGE_CLASSES_v0.1.schema.json`](../docs/spec/EVIDENCE_STORAGE_CLASSES_v0.1.schema.json) | GenesisCode Evidence Storage Policy v0.1 | schema | `c70de6a31aa6` | | [`docs/spec/EVIDENCE_STORE.md`](../docs/spec/EVIDENCE_STORE.md) | Evidence Store v0.2 (Durability + Integrity) | md | `dafe99c27e72` | -| [`docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json`](../docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json) | genesis/feature-matrix-evidence-v0.1 | json | `b2c2442ffaf0` | -| [`docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md`](../docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md) | Feature Matrix Evidence Ledger v0.1 | md | `2b1b5e196bf1` | -| [`docs/spec/FS_SANDBOX.md`](../docs/spec/FS_SANDBOX.md) | Filesystem Capability Sandbox v0.2 | md | `a889c22dbbaf` | +| [`docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json`](../docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.json) | genesis/feature-matrix-evidence-v0.1 | json | `2cb9f0329994` | +| [`docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md`](../docs/spec/FEATURE_MATRIX_EVIDENCE_v0.1.md) | Feature Matrix Evidence Ledger v0.1 | md | `f519a7f8cc04` | +| [`docs/spec/FS_SANDBOX.md`](../docs/spec/FS_SANDBOX.md) | Filesystem Capability Sandbox v0.2 | md | `9cd614d6da78` | | [`docs/spec/FULL_SELFHOST_CUTOVER_PROFILE_v0.1.md`](../docs/spec/FULL_SELFHOST_CUTOVER_PROFILE_v0.1.md) | Full-Selfhost Cutover Profile v0.1 | md | `1958bfd73267` | | [`docs/spec/GATE_MANIFEST_v0.1.schema.json`](../docs/spec/GATE_MANIFEST_v0.1.schema.json) | GenesisCode Gate Manifest v0.1 | schema | `835ab09b1767` | | [`docs/spec/GATE_RESOURCE_TELEMETRY_v0.1.schema.json`](../docs/spec/GATE_RESOURCE_TELEMETRY_v0.1.schema.json) | GenesisCode Gate Resource Telemetry v0.1 | schema | `5013f7c44e82` | @@ -159,27 +159,27 @@ toc-depth: 2 | [`docs/spec/GCPM_WORKFLOW_REPORTS_v0.1.md`](../docs/spec/GCPM_WORKFLOW_REPORTS_v0.1.md) | GCPM Workflow Reports v0.1 | md | `dcf47308a16a` | | [`docs/spec/GC_AGENT_BENCHMARK_RUN_v0.1.schema.json`](../docs/spec/GC_AGENT_BENCHMARK_RUN_v0.1.schema.json) | GenesisCode reproducible agent benchmark run v0.1 | schema | `21908dfefecc` | | [`docs/spec/GC_AGENT_BENCHMARK_SCORE_v0.1.schema.json`](../docs/spec/GC_AGENT_BENCHMARK_SCORE_v0.1.schema.json) | GenesisCode model-agnostic agent benchmark score v0.1 | schema | `3af427864e04` | -| [`docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json`](../docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json) | genesis/agent-benchmark-scoring-v0.1 | json | `17d36eaa3c6d` | +| [`docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json`](../docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.json) | genesis/agent-benchmark-scoring-v0.1 | json | `732d2cd55a68` | | [`docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.schema.json`](../docs/spec/GC_AGENT_BENCHMARK_SCORING_v0.1.schema.json) | GenesisCode model-agnostic agent benchmark scoring v0.1 | schema | `54fc999a4a03` | -| [`docs/spec/GC_AGENT_CORE_CARD_v0.3.json`](../docs/spec/GC_AGENT_CORE_CARD_v0.3.json) | genesis/gc-agent-core-card-v0.3 | json | `3025a1203fab` | -| [`docs/spec/GC_AGENT_CORE_CARD_v0.3.md`](../docs/spec/GC_AGENT_CORE_CARD_v0.3.md) | GC-AGENT-v0.3 Core Card | md | `9fb93aec6213` | -| [`docs/spec/GC_AGENT_CORPUS_v0.1.json`](../docs/spec/GC_AGENT_CORPUS_v0.1.json) | genesis/agent-corpus-manifest-v0.1 | json | `abc1a7f58e65` | +| [`docs/spec/GC_AGENT_CORE_CARD_v0.3.json`](../docs/spec/GC_AGENT_CORE_CARD_v0.3.json) | genesis/gc-agent-core-card-v0.3 | json | `419d9232b5bb` | +| [`docs/spec/GC_AGENT_CORE_CARD_v0.3.md`](../docs/spec/GC_AGENT_CORE_CARD_v0.3.md) | GC-AGENT-v0.3 Core Card | md | `c7616cf92f32` | +| [`docs/spec/GC_AGENT_CORPUS_v0.1.json`](../docs/spec/GC_AGENT_CORPUS_v0.1.json) | genesis/agent-corpus-manifest-v0.1 | json | `356d26283054` | | [`docs/spec/GC_AGENT_CORPUS_v0.1.schema.json`](../docs/spec/GC_AGENT_CORPUS_v0.1.schema.json) | GenesisCode agent corpus manifest v0.1 | schema | `a9eb1799be59` | -| [`docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json`](../docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json) | genesis/agent-held-out-evaluation-v0.1 | json | `c827f666c85a` | +| [`docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json`](../docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.json) | genesis/agent-held-out-evaluation-v0.1 | json | `52a1eb663747` | | [`docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.schema.json`](../docs/spec/GC_AGENT_HELD_OUT_EVALUATION_v0.1.schema.json) | GenesisCode Agent Held-Out Evaluation Commitments v0.1 | schema | `dbc25b471ac5` | | [`docs/spec/GC_AGENT_HELD_OUT_PRIVATE_PACK_v0.1.schema.json`](../docs/spec/GC_AGENT_HELD_OUT_PRIVATE_PACK_v0.1.schema.json) | GenesisCode Private Held-Out Custody Pack v0.1 | schema | `4fb802673b57` | | [`docs/spec/GC_AGENT_MODEL_RUNNER_EFFECT_v0.1.json`](../docs/spec/GC_AGENT_MODEL_RUNNER_EFFECT_v0.1.json) | genesis/agent-model-runner-effect-profile-v0.1 | json | `4f85f364fe6f` | -| [`docs/spec/GC_AGENT_PROFILE_v0.3.json`](../docs/spec/GC_AGENT_PROFILE_v0.3.json) | genesis/gc-agent-profile-v0.3 | json | `05e189471d5b` | +| [`docs/spec/GC_AGENT_PROFILE_v0.3.json`](../docs/spec/GC_AGENT_PROFILE_v0.3.json) | genesis/gc-agent-profile-v0.3 | json | `a8143eb4faa8` | | [`docs/spec/GC_AGENT_PROFILE_v0.3.schema.json`](../docs/spec/GC_AGENT_PROFILE_v0.3.schema.json) | GC_AGENT_PROFILE_v0.3.schema.json | schema | `559ffafe661d` | -| [`docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json`](../docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json) | genesis/gc-agent-symbol-index-v0.3 | json | `f2b0abaf1aaf` | +| [`docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json`](../docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.json) | genesis/gc-agent-symbol-index-v0.3 | json | `cc9c740a3f2b` | | [`docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.schema.json`](../docs/spec/GC_AGENT_SYMBOL_INDEX_v0.3.schema.json) | GenesisCode Agent Symbol Index v0.3 | schema | `0f27aabe83fc` | | [`docs/spec/GC_AGENT_TASK_BENCHMARK_v0.1.schema.json`](../docs/spec/GC_AGENT_TASK_BENCHMARK_v0.1.schema.json) | GenesisCode agent task benchmark v0.1 | schema | `0a98cf5a5ca4` | -| [`docs/spec/GC_AGENT_TASK_CARDS_v0.3.json`](../docs/spec/GC_AGENT_TASK_CARDS_v0.3.json) | genesis/gc-agent-task-cards-v0.3 | json | `7a0004234d4b` | -| [`docs/spec/GC_AGENT_TASK_CARDS_v0.3.md`](../docs/spec/GC_AGENT_TASK_CARDS_v0.3.md) | GC-AGENT-v0.3 Task Cards | md | `d96887ec9d44` | +| [`docs/spec/GC_AGENT_TASK_CARDS_v0.3.json`](../docs/spec/GC_AGENT_TASK_CARDS_v0.3.json) | genesis/gc-agent-task-cards-v0.3 | json | `390761ab2744` | +| [`docs/spec/GC_AGENT_TASK_CARDS_v0.3.md`](../docs/spec/GC_AGENT_TASK_CARDS_v0.3.md) | GC-AGENT-v0.3 Task Cards | md | `e13a6325d975` | | [`docs/spec/GC_CANONICAL_EXAMPLES_v0.1.schema.json`](../docs/spec/GC_CANONICAL_EXAMPLES_v0.1.schema.json) | GenesisCode canonical language example suite v0.1 | schema | `805cdec3cc2e` | | [`docs/spec/GC_CAPABILITY_LEASE_PROTOCOL_v0.1.json`](../docs/spec/GC_CAPABILITY_LEASE_PROTOCOL_v0.1.json) | genesis/capability-lease-protocol-v0.1 | json | `98a041176158` | | [`docs/spec/GC_CAPABILITY_LEASE_PROTOCOL_v0.1.schema.json`](../docs/spec/GC_CAPABILITY_LEASE_PROTOCOL_v0.1.schema.json) | GenesisCode Capability Lease Protocol v0.1 | schema | `8a7f61031861` | -| [`docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json`](../docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json) | genesis/diagnostic-catalog-v0.1 | json | `a81964ab0937` | +| [`docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json`](../docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json) | genesis/diagnostic-catalog-v0.1 | json | `95ba949a94b7` | | [`docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.schema.json`](../docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.schema.json) | GC_DIAGNOSTIC_CATALOG_v0.1.schema.json | schema | `d4009ae238f2` | | [`docs/spec/GC_DIAGNOSTIC_REPAIR_PLAN_v0.1.schema.json`](../docs/spec/GC_DIAGNOSTIC_REPAIR_PLAN_v0.1.schema.json) | GC_DIAGNOSTIC_REPAIR_PLAN_v0.1.schema.json | schema | `30f034b29478` | | [`docs/spec/GC_FAILURE_CONTEXT_v0.1.schema.json`](../docs/spec/GC_FAILURE_CONTEXT_v0.1.schema.json) | GC_FAILURE_CONTEXT_v0.1.schema.json | schema | `2fb670a4dbc5` | @@ -188,27 +188,28 @@ toc-depth: 2 | [`docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json`](../docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json) | GenesisCode Generated Authority Graph v0.1 | schema | `eef3ec535d16` | | [`docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json`](../docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json) | GenesisCode Generated State Policy v0.1 | schema | `db6086386fe3` | | [`docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json`](../docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json) | GenesisCode Generated State Registry v0.1 | schema | `27b693eed166` | +| [`docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json`](../docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json) | GenesisCode Generated State Registry v0.2 | schema | `85bf48558d7c` | | [`docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json`](../docs/spec/GENESISBENCH_ADAPTATION_MANIFEST_v0.1.schema.json) | GenesisBench public adaptation lineage manifest v0.1 | schema | `e2fae2f8e040` | | [`docs/spec/GENESISBENCH_ADAPTERS_v0.1.json`](../docs/spec/GENESISBENCH_ADAPTERS_v0.1.json) | genesis/genesisbench-adapters-profile-v0.1 | json | `88af212d99fd` | | [`docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json`](../docs/spec/GENESISBENCH_ADAPTERS_v0.1.schema.json) | GenesisBench closed adapter profile v0.1 | schema | `5b66e691c2a1` | | [`docs/spec/GENESISBENCH_ADAPTER_REQUEST_v0.1.schema.json`](../docs/spec/GENESISBENCH_ADAPTER_REQUEST_v0.1.schema.json) | GenesisBench normalized adapter request v0.1 | schema | `957d5a06c935` | | [`docs/spec/GENESISBENCH_ADAPTER_RESPONSE_v0.1.schema.json`](../docs/spec/GENESISBENCH_ADAPTER_RESPONSE_v0.1.schema.json) | GenesisBench normalized adapter response v0.1 | schema | `1d2cd9e69b92` | | [`docs/spec/GENESISBENCH_ADAPTER_v0.1.schema.json`](../docs/spec/GENESISBENCH_ADAPTER_v0.1.schema.json) | GenesisBench capability-minimal adapter v0.1 | schema | `fdadb6008b28` | -| [`docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json`](../docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json) | genesis/genesisbench-analysis-plan-v0.1 | json | `2e4892ac9bbb` | +| [`docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json`](../docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.json) | genesis/genesisbench-analysis-plan-v0.1 | json | `4da42ca68cef` | | [`docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.schema.json`](../docs/spec/GENESISBENCH_ANALYSIS_PLAN_v0.1.schema.json) | GenesisBench lineage analysis plan v0.1 | schema | `22234c0259f8` | | [`docs/spec/GENESISBENCH_ANALYSIS_REPORT_v0.1.schema.json`](../docs/spec/GENESISBENCH_ANALYSIS_REPORT_v0.1.schema.json) | GenesisBench deterministic lineage analysis report v0.1 | schema | `3b4e2bb89896` | | [`docs/spec/GENESISBENCH_BASELINE_EVIDENCE_v0.1.schema.json`](../docs/spec/GENESISBENCH_BASELINE_EVIDENCE_v0.1.schema.json) | GenesisBench baseline evidence v0.1 | schema | `b6b15dbc232e` | | [`docs/spec/GENESISBENCH_BASELINE_PREDECLARATION_v0.1.schema.json`](../docs/spec/GENESISBENCH_BASELINE_PREDECLARATION_v0.1.schema.json) | GenesisBench baseline predeclaration v0.1 | schema | `660303b1ac16` | -| [`docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json`](../docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json) | genesis/genesisbench-baseline-protocol-v0.1 | json | `1eaf36ef34e0` | -| [`docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json`](../docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json) | GenesisBench baseline protocol v0.1 | schema | `071ff4904b63` | +| [`docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json`](../docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.json) | genesis/genesisbench-baseline-protocol-v0.1 | json | `0c4fb279ceb9` | +| [`docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json`](../docs/spec/GENESISBENCH_BASELINE_PROTOCOL_v0.1.schema.json) | GenesisBench baseline protocol v0.1 | schema | `2f49b0a7bf6a` | | [`docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json`](../docs/spec/GENESISBENCH_BASELINE_PUBLICATION_v0.1.schema.json) | GenesisBench baseline publication v0.1 | schema | `0dbce7532880` | -| [`docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json`](../docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json) | genesis/genesisbench-benchmark-card-v0.1 | json | `f761ae1294fc` | +| [`docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json`](../docs/spec/GENESISBENCH_BENCHMARK_CARD_v0.1.json) | genesis/genesisbench-benchmark-card-v0.1 | json | `dca1ef8c4d55` | | [`docs/spec/GENESISBENCH_BUNDLE_MANIFEST_v0.1.schema.json`](../docs/spec/GENESISBENCH_BUNDLE_MANIFEST_v0.1.schema.json) | GenesisBench deterministic run bundle manifest v0.1 | schema | `af540b84ac2f` | | [`docs/spec/GENESISBENCH_CONSTRUCT_VALIDITY_v0.1.schema.json`](../docs/spec/GENESISBENCH_CONSTRUCT_VALIDITY_v0.1.schema.json) | GenesisBench construct validity report v0.1 | schema | `b41e6da7f971` | | [`docs/spec/GENESISBENCH_CONTAMINATION_ATTESTATION_v0.1.schema.json`](../docs/spec/GENESISBENCH_CONTAMINATION_ATTESTATION_v0.1.schema.json) | GenesisBench contamination evidence attestation v0.1 | schema | `d8f5360a8ebd` | | [`docs/spec/GENESISBENCH_ELIGIBILITY_v0.1.schema.json`](../docs/spec/GENESISBENCH_ELIGIBILITY_v0.1.schema.json) | GenesisBench deterministic run eligibility report v0.1 | schema | `cd3519ae2232` | | [`docs/spec/GENESISBENCH_EXECUTION_RUN_v0.1.schema.json`](../docs/spec/GENESISBENCH_EXECUTION_RUN_v0.1.schema.json) | GenesisBench canonical execution run v0.1 | schema | `9bea33234590` | -| [`docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json`](../docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json) | genesis/genesisbench-failure-taxonomy-v0.1 | json | `e28f4f17b335` | +| [`docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json`](../docs/spec/GENESISBENCH_FAILURE_TAXONOMY_v0.1.json) | genesis/genesisbench-failure-taxonomy-v0.1 | json | `553a8097acd4` | | [`docs/spec/GENESISBENCH_FRONT_DOOR_v0.1.md`](../docs/spec/GENESISBENCH_FRONT_DOOR_v0.1.md) | GenesisBench Front Door v0.1 | md | `27410331dd3d` | | [`docs/spec/GENESISBENCH_HARDWARE_EVIDENCE_v0.1.schema.json`](../docs/spec/GENESISBENCH_HARDWARE_EVIDENCE_v0.1.schema.json) | GenesisBench embedded-local resident-footprint evidence v0.1 | schema | `c32ef46008f9` | | [`docs/spec/GENESISBENCH_LEADERBOARD_v0.1.schema.json`](../docs/spec/GENESISBENCH_LEADERBOARD_v0.1.schema.json) | GenesisBench static leaderboard v0.1 | schema | `7ed78f85992a` | @@ -224,13 +225,13 @@ toc-depth: 2 | [`docs/spec/GENESISBENCH_OPEN_AGENT_v0.2.json`](../docs/spec/GENESISBENCH_OPEN_AGENT_v0.2.json) | genesis/genesisbench-open-agent-harness-v0.2 | json | `7e62c32bcd45` | | [`docs/spec/GENESISBENCH_OPEN_AGENT_v0.3.json`](../docs/spec/GENESISBENCH_OPEN_AGENT_v0.3.json) | genesis/genesisbench-open-agent-harness-v0.3 | json | `05362bd6d3df` | | [`docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json`](../docs/spec/GENESISBENCH_OPEN_AGENT_v0.4.json) | genesis/genesisbench-open-agent-harness-v0.4 | json | `b1c0c7e13f02` | -| [`docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json`](../docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json) | genesis/genesisbench-open-agent-harness-v0.5 | json | `9c286ee5c412` | -| [`docs/spec/GENESISBENCH_PROTOCOL_v0.1.json`](../docs/spec/GENESISBENCH_PROTOCOL_v0.1.json) | genesis/genesisbench-protocol-v0.1 | json | `fcb81edbeaed` | +| [`docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json`](../docs/spec/GENESISBENCH_OPEN_AGENT_v0.5.json) | genesis/genesisbench-open-agent-harness-v0.5 | json | `d9b20f322c13` | +| [`docs/spec/GENESISBENCH_PROTOCOL_v0.1.json`](../docs/spec/GENESISBENCH_PROTOCOL_v0.1.json) | genesis/genesisbench-protocol-v0.1 | json | `797c1dcd6ef3` | | [`docs/spec/GENESISBENCH_PROTOCOL_v0.1.schema.json`](../docs/spec/GENESISBENCH_PROTOCOL_v0.1.schema.json) | GenesisBench self-hostable benchmark protocol v0.1 | schema | `7ba90c818d30` | -| [`docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json`](../docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json) | genesis/genesisbench-reference-agent-ablations-v0.1 | json | `bc7e5c3fd64b` | +| [`docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json`](../docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.json) | genesis/genesisbench-reference-agent-ablations-v0.1 | json | `4bbcd744a992` | | [`docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.schema.json`](../docs/spec/GENESISBENCH_REFERENCE_AGENT_ABLATIONS_v0.1.schema.json) | GenesisBench fixed reference agent ablations v0.1 | schema | `760334fbf3e6` | | [`docs/spec/GENESISBENCH_REFERENCE_AGENT_TRACE_v0.1.schema.json`](../docs/spec/GENESISBENCH_REFERENCE_AGENT_TRACE_v0.1.schema.json) | GenesisBench fixed reference agent trace v0.1 | schema | `be49df09f050` | -| [`docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json`](../docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json) | genesis/genesisbench-reference-agent-v0.1 | json | `43815c427fdf` | +| [`docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json`](../docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.json) | genesis/genesisbench-reference-agent-v0.1 | json | `da7ad15db7d4` | | [`docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.schema.json`](../docs/spec/GENESISBENCH_REFERENCE_AGENT_v0.1.schema.json) | GenesisBench fixed reference agent profile v0.1 | schema | `e839917454ab` | | [`docs/spec/GENESISBENCH_REGISTRY_CHECKPOINT_v0.1.schema.json`](../docs/spec/GENESISBENCH_REGISTRY_CHECKPOINT_v0.1.schema.json) | Signed GenesisBench registry checkpoint v0.1 | schema | `abab627807e8` | | [`docs/spec/GENESISBENCH_REGISTRY_EVENT_v0.1.schema.json`](../docs/spec/GENESISBENCH_REGISTRY_EVENT_v0.1.schema.json) | Signed GenesisBench registry event v0.1 | schema | `6f97ff4279a7` | @@ -256,7 +257,7 @@ toc-depth: 2 | [`docs/spec/HOST_ABI.md`](../docs/spec/HOST_ABI.md) | Host ABI (v0.2) | md | `17c00e10165f` | | [`docs/spec/HOST_ABI_INDEX_v0.1.json`](../docs/spec/HOST_ABI_INDEX_v0.1.json) | genesis/host-abi-index-v0.1 | json | `f17e9fe14cdf` | | [`docs/spec/HOST_ABI_SCHEMA_INDEX_v0.1.json`](../docs/spec/HOST_ABI_SCHEMA_INDEX_v0.1.json) | genesis/host-abi-schema-index-v0.1 | json | `fac75aafb77f` | -| [`docs/spec/HOST_BRIDGE_PROTOCOL.md`](../docs/spec/HOST_BRIDGE_PROTOCOL.md) | Host Bridge Protocol v0.1 | md | `5bbb1e377724` | +| [`docs/spec/HOST_BRIDGE_PROTOCOL.md`](../docs/spec/HOST_BRIDGE_PROTOCOL.md) | Host Bridge Protocol v0.1 | md | `e4bedc3725be` | | [`docs/spec/HOST_RUNTIME_BUNDLE_v0.1.md`](../docs/spec/HOST_RUNTIME_BUNDLE_v0.1.md) | Host Runtime Bundle v0.1 | md | `b9210c8e90ca` | | [`docs/spec/LARGE_WORKSPACE_AGENT_PERF_v0.1.md`](../docs/spec/LARGE_WORKSPACE_AGENT_PERF_v0.1.md) | Large Workspace Agent Perf v0.1 | md | `97abcd034ee7` | | [`docs/spec/MIGRATION_PROFILE_v0.1.json`](../docs/spec/MIGRATION_PROFILE_v0.1.json) | genesis/migration-profile-v0.1 | json | `9eb8fcbc88ab` | @@ -278,15 +279,15 @@ toc-depth: 2 | [`docs/spec/PLUGIN_ABI_SCHEMAS_v0.1.md`](../docs/spec/PLUGIN_ABI_SCHEMAS_v0.1.md) | Plugin + FFI ABI Schemas v0.1 | md | `ba43db12facb` | | [`docs/spec/PRELUDE_CAPABILITY_INDEX_v0.1.json`](../docs/spec/PRELUDE_CAPABILITY_INDEX_v0.1.json) | genesis/prelude-capability-index-v0.1 | json | `34eb570715c0` | | [`docs/spec/PRELUDE_CAPABILITY_INDEX_v0.1.md`](../docs/spec/PRELUDE_CAPABILITY_INDEX_v0.1.md) | Prelude Capability Index v0.1 | md | `9457b17b79a7` | -| [`docs/spec/PREREQUISITES_v0.1.md`](../docs/spec/PREREQUISITES_v0.1.md) | GenesisCode Prerequisite Contract v0.1 | md | `bbdab94eb747` | +| [`docs/spec/PREREQUISITES_v0.1.md`](../docs/spec/PREREQUISITES_v0.1.md) | GenesisCode Prerequisite Contract v0.1 | md | `690d9ef42d38` | | [`docs/spec/PREREQUISITES_v0.1.schema.json`](../docs/spec/PREREQUISITES_v0.1.schema.json) | GenesisCode Prerequisite Manifest v0.1 | schema | `181f708c951a` | -| [`docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json`](../docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json) | genesis/product-target-matrix-v0.1 | json | `917d10de9217` | +| [`docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json`](../docs/spec/PRODUCT_TARGET_MATRIX_v0.1.json) | genesis/product-target-matrix-v0.1 | json | `700f861cde9d` | | [`docs/spec/PROFILE_NEGOTIATION_v0.1.json`](../docs/spec/PROFILE_NEGOTIATION_v0.1.json) | genesis/profile-negotiation-v0.1 | json | `a1dc654511a4` | | [`docs/spec/PROFILE_NEGOTIATION_v0.1.md`](../docs/spec/PROFILE_NEGOTIATION_v0.1.md) | GenesisCode Package Profile Negotiation v0.1 | md | `601238875ce9` | | [`docs/spec/PROFILE_NEGOTIATION_v0.1.schema.json`](../docs/spec/PROFILE_NEGOTIATION_v0.1.schema.json) | GenesisCode Package Profile Negotiation v0.1 | schema | `1b6b90a12d7c` | | [`docs/spec/REFERENCE_HOST_OBSERVATION_v0.1.schema.json`](../docs/spec/REFERENCE_HOST_OBSERVATION_v0.1.schema.json) | GenesisCode Reference Host Observation v0.1 | schema | `8a94e816ed67` | | [`docs/spec/REFERENCE_HOST_PROFILES_v0.1.schema.json`](../docs/spec/REFERENCE_HOST_PROFILES_v0.1.schema.json) | GenesisCode Reference Host Profiles v0.1 | schema | `6c5999814fa0` | -| [`docs/spec/REGISTRY_POLICY.md`](../docs/spec/REGISTRY_POLICY.md) | Registry Policy (Local) (v0.2) | md | `30c1e4d1d4d4` | +| [`docs/spec/REGISTRY_POLICY.md`](../docs/spec/REGISTRY_POLICY.md) | Registry Policy and Transport (v0.2) | md | `5c4ce83cd0e1` | | [`docs/spec/RELEASE_EVIDENCE_AGGREGATE_v0.2.schema.json`](../docs/spec/RELEASE_EVIDENCE_AGGREGATE_v0.2.schema.json) | GenesisCode release evidence aggregate v0.2 | schema | `25723ddd0982` | | [`docs/spec/RELEASE_EVIDENCE_DAG_v0.2.schema.json`](../docs/spec/RELEASE_EVIDENCE_DAG_v0.2.schema.json) | GenesisCode release evidence DAG v0.2 | schema | `2487aa377656` | | [`docs/spec/RELEASE_EVIDENCE_FANOUT_AUTH_v0.2.schema.json`](../docs/spec/RELEASE_EVIDENCE_FANOUT_AUTH_v0.2.schema.json) | GenesisCode same-run release evidence fanout authentication v0.2 | schema | `2c7d5ef909ea` | @@ -304,7 +305,7 @@ toc-depth: 2 | [`docs/spec/RUNNER_HIGH_LEVEL_OPS_ALLOWLIST_v0.2.txt`](../docs/spec/RUNNER_HIGH_LEVEL_OPS_ALLOWLIST_v0.2.txt) | RUNNER_HIGH_LEVEL_OPS_ALLOWLIST_v0.2.txt | txt | `e3b0c44298fc` | | [`docs/spec/RUNTIME_BACKEND_PROFILES_v0.1.md`](../docs/spec/RUNTIME_BACKEND_PROFILES_v0.1.md) | Runtime Backend Profiles v0.1 | md | `2491157afa41` | | [`docs/spec/RUSTSEC_ADVISORY_DB_v0.1.schema.json`](../docs/spec/RUSTSEC_ADVISORY_DB_v0.1.schema.json) | GenesisCode pinned RustSec advisory database policy | schema | `0e82ab62ba7b` | -| [`docs/spec/SEALS_DISPATCH_REPLAY.md`](../docs/spec/SEALS_DISPATCH_REPLAY.md) | GenesisCode v0.2 Normative Spec (Lock-In) | md | `246d800fea0d` | +| [`docs/spec/SEALS_DISPATCH_REPLAY.md`](../docs/spec/SEALS_DISPATCH_REPLAY.md) | GenesisCode v0.2 Normative Spec (Lock-In) | md | `650e098a5614` | | [`docs/spec/SELFHOST_CLOSURE_LEVELS_v0.1.json`](../docs/spec/SELFHOST_CLOSURE_LEVELS_v0.1.json) | genesis/selfhost-closure-levels-v0.1 | json | `0a0a53bf3494` | | [`docs/spec/SELFHOST_CLOSURE_LEVELS_v0.1.md`](../docs/spec/SELFHOST_CLOSURE_LEVELS_v0.1.md) | Self-Host Closure Levels v0.1 | md | `73165edccc1c` | | [`docs/spec/SELFHOST_CLOSURE_LEVELS_v0.1.schema.json`](../docs/spec/SELFHOST_CLOSURE_LEVELS_v0.1.schema.json) | GenesisCode Self-Host Closure Levels v0.1 | schema | `60dc6a4d860d` | @@ -314,7 +315,7 @@ toc-depth: 2 | [`docs/spec/SELFHOST_EFFECT_POLICY_COMPOSITION_v0.1.schema.json`](../docs/spec/SELFHOST_EFFECT_POLICY_COMPOSITION_v0.1.schema.json) | GenesisCode H2 self-host effect policy composition profile v0.1 | schema | `335b9c9bdbaa` | | [`docs/spec/SELFHOST_EVIDENCE_VERIFY_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_EVIDENCE_VERIFY_AUTHORITY_v0.1.md) | Self-hosted Evidence Verification Authority v0.1 | md | `5b9422365fa8` | | [`docs/spec/SELFHOST_EVIDENCE_VERIFY_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_EVIDENCE_VERIFY_AUTHORITY_v0.1.schema.json) | SELFHOST_EVIDENCE_VERIFY_AUTHORITY_v0.1.schema.json | schema | `a5025fdd9d34` | -| [`docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md) | Self-host Frontend Authority Profile v0.1 | md | `cbe8d5ac951d` | +| [`docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.md) | Self-host Frontend Authority Profile v0.1 | md | `fc87e0895689` | | [`docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_FRONTEND_AUTHORITY_v0.1.schema.json) | SELFHOST_FRONTEND_AUTHORITY_v0.1.schema.json | schema | `be3240d099f7` | | [`docs/spec/SELFHOST_GC_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_GC_AUTHORITY_v0.1.schema.json) | SELFHOST_GC_AUTHORITY_v0.1.schema.json | schema | `1ed9c761d09c` | | [`docs/spec/SELFHOST_OBLIGATION_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_OBLIGATION_AUTHORITY_v0.1.md) | Self-host Obligation Authority v0.1 | md | `17e09a2ace2c` | @@ -348,7 +349,7 @@ toc-depth: 2 | [`docs/spec/SELFHOST_PKG_SEMVER_SELECT_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_PKG_SEMVER_SELECT_AUTHORITY_v0.1.schema.json) | SELFHOST_PKG_SEMVER_SELECT_AUTHORITY_v0.1.schema.json | schema | `95db53ce2467` | | [`docs/spec/SELFHOST_PKG_SNAPSHOT_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_PKG_SNAPSHOT_AUTHORITY_v0.1.md) | Self-hosted package snapshot authority v0.1 | md | `fb096f8149a9` | | [`docs/spec/SELFHOST_PKG_SNAPSHOT_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_PKG_SNAPSHOT_AUTHORITY_v0.1.schema.json) | SELFHOST_PKG_SNAPSHOT_AUTHORITY_v0.1.schema.json | schema | `569f30c61ceb` | -| [`docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md) | Self-hosted package verify authority v0.1 | md | `7d21f6e71eea` | +| [`docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.md) | Self-hosted package verify authority v0.1 | md | `991b43837d1a` | | [`docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.schema.json) | SELFHOST_PKG_VERIFY_AUTHORITY_v0.1.schema.json | schema | `750bead96420` | | [`docs/spec/SELFHOST_PKG_WORKSPACE_ENV_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_PKG_WORKSPACE_ENV_AUTHORITY_v0.1.schema.json) | SELFHOST_PKG_WORKSPACE_ENV_AUTHORITY_v0.1.schema.json | schema | `ad6145d3996e` | | [`docs/spec/SELFHOST_PKG_WORKSPACE_ENV_SELECT_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_PKG_WORKSPACE_ENV_SELECT_AUTHORITY_v0.1.schema.json) | SELFHOST_PKG_WORKSPACE_ENV_SELECT_AUTHORITY_v0.1.schema.json | schema | `00081d9fdecf` | @@ -364,7 +365,7 @@ toc-depth: 2 | [`docs/spec/SELFHOST_REFACTOR_PIPELINE_v0.1.md`](../docs/spec/SELFHOST_REFACTOR_PIPELINE_v0.1.md) | Selfhost Refactor Pipeline v0.1 | md | `62b53c440629` | | [`docs/spec/SELFHOST_REFS_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_REFS_AUTHORITY_v0.1.md) | Self-hosted reference authority v0.1 | md | `ed7c3e468c4d` | | [`docs/spec/SELFHOST_REFS_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_REFS_AUTHORITY_v0.1.schema.json) | SELFHOST_REFS_AUTHORITY_v0.1.schema.json | schema | `57605f00a68c` | -| [`docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md) | Self-host replay authority v0.1 | md | `01da201db976` | +| [`docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.md) | Self-host replay authority v0.1 | md | `89b3a999da62` | | [`docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_REPLAY_AUTHORITY_v0.1.schema.json) | SELFHOST_REPLAY_AUTHORITY_v0.1.schema.json | schema | `11a2f6fa0e66` | | [`docs/spec/SELFHOST_SIGNING_AUTHORITY_v0.1.md`](../docs/spec/SELFHOST_SIGNING_AUTHORITY_v0.1.md) | Self-host signing authority v0.1 | md | `3b4241cb093b` | | [`docs/spec/SELFHOST_SIGNING_AUTHORITY_v0.1.schema.json`](../docs/spec/SELFHOST_SIGNING_AUTHORITY_v0.1.schema.json) | SELFHOST_SIGNING_AUTHORITY_v0.1.schema.json | schema | `b6846fc0d024` | @@ -384,7 +385,7 @@ toc-depth: 2 | [`docs/spec/SEMANTIC_REFACTOR_PLAN_v0.1.md`](../docs/spec/SEMANTIC_REFACTOR_PLAN_v0.1.md) | Semantic Refactor Plan v0.1 | md | `4c194bc195a8` | | [`docs/spec/SIGNING.md`](../docs/spec/SIGNING.md) | Acceptance Signing (v0.2) | md | `304042287058` | | [`docs/spec/SOURCE_SIZE_BUDGET_v0.1.md`](../docs/spec/SOURCE_SIZE_BUDGET_v0.1.md) | Source Size Budget v0.1 | md | `f31895d3ca19` | -| [`docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json`](../docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json) | genesis/stage0-dependency-boundary-v0.1 | json | `c27e360a688d` | +| [`docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json`](../docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.json) | genesis/stage0-dependency-boundary-v0.1 | json | `e92d677b35e5` | | [`docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.md`](../docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.md) | Stage0 Dependency Boundary v0.1 | md | `a332218b90c8` | | [`docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.schema.json`](../docs/spec/STAGE0_DEPENDENCY_BOUNDARY_v0.1.schema.json) | GenesisCode Stage0 Dependency Boundary v0.1 | schema | `5de329ff06cf` | | [`docs/spec/STAGE0_TRUST_CONTRACT_v0.1.json`](../docs/spec/STAGE0_TRUST_CONTRACT_v0.1.json) | genesis/stage0-trust-contract-v0.1 | json | `10c89d44660e` | @@ -401,14 +402,14 @@ toc-depth: 2 | [`docs/spec/TRANSPARENCY_LOG.md`](../docs/spec/TRANSPARENCY_LOG.md) | Transparency Log (Local) (v0.2) | md | `458693a398e0` | | [`docs/spec/TYPES.md`](../docs/spec/TYPES.md) | Type Terms and Typechecking v0.2 | md | `dbdb58504d5b` | | [`docs/spec/V1_COMPATIBILITY_REGISTRY_v0.1.schema.json`](../docs/spec/V1_COMPATIBILITY_REGISTRY_v0.1.schema.json) | GenesisCode v1 Compatibility Registry v0.1 | schema | `2b3762c7a737` | -| [`docs/spec/VALUE_EFFECT_HASH.md`](../docs/spec/VALUE_EFFECT_HASH.md) | Runtime Value Graph, Lifetime, and Hashing v0.2 | md | `bc9c851116e4` | +| [`docs/spec/VALUE_EFFECT_HASH.md`](../docs/spec/VALUE_EFFECT_HASH.md) | Runtime Value Graph, Lifetime, and Hashing v0.2 | md | `17decc52ef66` | | [`docs/spec/VERSIONING_v0.1.md`](../docs/spec/VERSIONING_v0.1.md) | Versioning Policy v0.1 | md | `7505b74a4b9f` | | [`docs/spec/VERSION_SURFACES_v0.1.md`](../docs/spec/VERSION_SURFACES_v0.1.md) | Version Surfaces v0.1 | md | `17f053dd1e1e` | | [`docs/spec/VERSION_SURFACES_v0.1.schema.json`](../docs/spec/VERSION_SURFACES_v0.1.schema.json) | GenesisCode Version Surfaces v0.1 | schema | `16e7df06c824` | | [`docs/spec/WARM_PROTOCOL_v0.2.schema.json`](../docs/spec/WARM_PROTOCOL_v0.2.schema.json) | GenesisCode warm protocol v0.2 | schema | `843128181601` | | [`docs/spec/WASI.md`](../docs/spec/WASI.md) | WASI Tooling Build v0.2 (Rust Bootstrap -> genesis.wasm) | md | `702fbcfe8613` | | [`docs/spec/WASM.md`](../docs/spec/WASM.md) | WASM Build (Pure Kernel) v0.2 | md | `1e04e6109660` | -| [`docs/spec/WASM_HOST_BRIDGE.md`](../docs/spec/WASM_HOST_BRIDGE.md) | WASM Host Bridge (Effectful Stepping) v0.2 | md | `93f5a2acfa16` | +| [`docs/spec/WASM_HOST_BRIDGE.md`](../docs/spec/WASM_HOST_BRIDGE.md) | WASM Host Bridge (Effectful Stepping) v0.2 | md | `0afad93eb755` | | [`docs/spec/WRITE_GENESISCODE_SKILL_CONFORMANCE_v0.1.md`](../docs/spec/WRITE_GENESISCODE_SKILL_CONFORMANCE_v0.1.md) | Write GenesisCode Skill Conformance v0.1 | md | `365e2c5ab1f2` | | [`docs/spec/WRITE_GENESISCODE_SKILL_DISTRIBUTION_v1.md`](../docs/spec/WRITE_GENESISCODE_SKILL_DISTRIBUTION_v1.md) | Write GenesisCode Skill Distribution Kit v1 | md | `b708951ede8d` | | [`docs/spec/WRITE_GENESISCODE_SKILL_PACK_v0.1.json`](../docs/spec/WRITE_GENESISCODE_SKILL_PACK_v0.1.json) | genesis/write-genesiscode-skill-pack-v0.1 | json | `1285d6c87aef` | @@ -421,6 +422,6 @@ toc-depth: 2 | Source | Title / kind | Type | SHA-256 | |---|---|---|---| -| [`docs/status/REDTEAM_REPORT.md`](../docs/status/REDTEAM_REPORT.md) | GenesisCode Red-Team Report (P0/P1 Active Risk Summary) | md | `8184e9d71ca9` | +| [`docs/status/REDTEAM_REPORT.md`](../docs/status/REDTEAM_REPORT.md) | GenesisCode Red-Team Report (P0/P1 Active Risk Summary) | md | `3d50818ddee9` | | [`docs/status/SELFHOST_AUTHORITY_v0.1.md`](../docs/status/SELFHOST_AUTHORITY_v0.1.md) | GenesisCode Semantic Selfhost Authority Status v0.1 | md | `74224ecef69f` | | [`docs/status/SELFHOST_CUTOVER.md`](../docs/status/SELFHOST_CUTOVER.md) | Selfhost Cutover Dashboard (v0.2) | md | `e0054083f235` | diff --git a/reference/symbols.qmd b/reference/symbols.qmd index 82a275e26..a7f8ddf97 100644 --- a/reference/symbols.qmd +++ b/reference/symbols.qmd @@ -6,7 +6,7 @@ toc: false # Frozen symbol inventory -**176 symbols** · profile `GC-AGENT-v0.3` · identity `6c3f2d7a0d94dd996cb09792a5a5497d983def302c0ec93417c9a79cf825b368` +**176 symbols** · profile `GC-AGENT-v0.3` · identity `063a4602ab50684b340d5df8e36efd3e82109695a82af50c2d058020839dcc29` This page is generated from the closed agent symbol index. Search by exact spelling; symbol names are case-sensitive. @@ -207,6 +207,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -216,6 +217,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -390,6 +392,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. **Examples** @@ -399,6 +402,7 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked @@ -419,6 +423,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. **Examples** @@ -428,6 +433,7 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked @@ -453,6 +459,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -466,6 +473,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -491,6 +499,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -504,6 +513,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -529,6 +539,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -542,6 +553,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -567,6 +579,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -580,6 +593,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -673,6 +687,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -686,6 +701,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -711,6 +727,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -724,6 +741,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -774,6 +792,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. - User-visible immutable data is represented by canonical CoreForm or persistent vectors/maps. - Closures, seals, native functions, contracts, and effect programs are opaque runtime values with stable hashing rules. @@ -782,6 +801,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -790,12 +810,14 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked - `crates/gc_kernel/src/value.rs`: pub enum Value, CompiledClosure, SealToken, EffectProgram, EffectRequest - `crates/gc_kernel/src/eval_prims.rs`: "int/add", "vec/get", "map/put", "crypto/blake3" - `crates/gc_kernel/src/eval_prims/int_div.rs`: pub(super) fn prim_int_div_mod, pub(super) fn prim_int_div_mod_values, "int/div", "int/mod" - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -850,6 +872,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. - User-visible immutable data is represented by canonical CoreForm or persistent vectors/maps. - Closures, seals, native functions, contracts, and effect programs are opaque runtime values with stable hashing rules. @@ -858,6 +881,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -866,12 +890,14 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked - `crates/gc_kernel/src/value.rs`: pub enum Value, CompiledClosure, SealToken, EffectProgram, EffectRequest - `crates/gc_kernel/src/eval_prims.rs`: "int/add", "vec/get", "map/put", "crypto/blake3" - `crates/gc_kernel/src/eval_prims/int_div.rs`: pub(super) fn prim_int_div_mod, pub(super) fn prim_int_div_mod_values, "int/div", "int/mod" - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -931,6 +957,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -944,6 +971,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -964,6 +992,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. **Examples** @@ -973,6 +1002,7 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked @@ -1027,6 +1057,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. **Examples** @@ -1036,6 +1067,7 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked @@ -1061,6 +1093,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1074,6 +1107,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1099,6 +1133,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1112,6 +1147,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1166,6 +1202,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. **Examples** @@ -1175,6 +1212,7 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked @@ -1195,6 +1233,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. **Examples** @@ -1204,6 +1243,7 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked @@ -1326,6 +1366,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Source atoms and collections map to the nine canonical Term variants. - Lists are proper Pair/Nil chains and maps use deterministic structural key ordering. +- Canonical admission checks every nested symbol, list element, vector element, map key and value; unsupported runtime pairs cannot become placeholder wire bytes or canonical identities. - Canonical identity uses genesis/hash-profile/gcv0.2-blake3 and GCv0.2 NUL domain separation. - User-visible immutable data is represented by canonical CoreForm or persistent vectors/maps. - Closures, seals, native functions, contracts, and effect programs are opaque runtime values with stable hashing rules. @@ -1334,6 +1375,7 @@ This page is generated from the closed agent symbol index. Search by exact spell - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1342,12 +1384,14 @@ This page is generated from the closed agent symbol index. Search by exact spell **Sources** - `crates/gc_coreform/src/term.rs`: pub const COREFORM_PROFILE_ID, pub enum Term, Term::Map, HASH_DOMAIN_PREFIX +- `crates/gc_coreform/src/admission.rs`: pub fn validate_symbol_name, pub fn validate_canonical_term, pub fn hash_term_checked - `crates/gc_kernel/src/value.rs`: pub enum Value, CompiledClosure, SealToken, EffectProgram, EffectRequest - `crates/gc_kernel/src/eval_prims.rs`: "int/add", "vec/get", "map/put", "crypto/blake3" - `crates/gc_kernel/src/eval_prims/int_div.rs`: pub(super) fn prim_int_div_mod, pub(super) fn prim_int_div_mod_values, "int/div", "int/mod" - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1535,6 +1579,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1548,6 +1593,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1573,6 +1619,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1586,6 +1633,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1611,6 +1659,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1624,6 +1673,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1649,6 +1699,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1662,6 +1713,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1687,6 +1739,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1700,6 +1753,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1725,6 +1779,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1738,6 +1793,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1763,6 +1819,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1776,6 +1833,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1801,6 +1859,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -1814,6 +1873,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -1835,6 +1895,7 @@ allow_unlimited = false - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -1844,6 +1905,7 @@ allow_unlimited = false - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -2166,6 +2228,7 @@ allow_unlimited = false - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -2175,6 +2238,7 @@ allow_unlimited = false - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -2196,6 +2260,7 @@ allow_unlimited = false - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -2205,6 +2270,7 @@ allow_unlimited = false - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -2226,6 +2292,7 @@ allow_unlimited = false - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -2235,6 +2302,7 @@ allow_unlimited = false - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -2256,6 +2324,7 @@ allow_unlimited = false - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -2265,6 +2334,7 @@ allow_unlimited = false - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -2286,6 +2356,7 @@ allow_unlimited = false - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -2295,6 +2366,7 @@ allow_unlimited = false - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -2316,6 +2388,7 @@ allow_unlimited = false - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -2325,6 +2398,7 @@ allow_unlimited = false - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -2346,6 +2420,7 @@ allow_unlimited = false - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -2355,6 +2430,7 @@ allow_unlimited = false - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -2380,6 +2456,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2393,6 +2470,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2508,6 +2586,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2521,6 +2600,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2546,6 +2626,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2559,6 +2640,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2584,6 +2666,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2597,6 +2680,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2622,6 +2706,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2635,6 +2720,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2660,6 +2746,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2673,6 +2760,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2698,6 +2786,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2711,6 +2800,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2736,6 +2826,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2749,6 +2840,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2774,6 +2866,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2787,6 +2880,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2812,6 +2906,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2825,6 +2920,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2850,6 +2946,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2863,6 +2960,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2888,6 +2986,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2901,6 +3000,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -2926,6 +3026,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -2939,6 +3040,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3542,6 +3644,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3555,6 +3658,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3580,6 +3684,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3593,6 +3698,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3618,6 +3724,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3631,6 +3738,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3656,6 +3764,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3669,6 +3778,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3694,6 +3804,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3707,6 +3818,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3732,6 +3844,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3745,6 +3858,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3770,6 +3884,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3783,6 +3898,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3808,6 +3924,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3821,6 +3938,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -3976,6 +4094,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -3989,6 +4108,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -4044,6 +4164,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -4057,6 +4178,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -4082,6 +4204,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -4095,6 +4218,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -4120,6 +4244,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -4133,6 +4258,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -4158,6 +4284,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -4171,6 +4298,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -4196,6 +4324,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -4209,6 +4338,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -4234,6 +4364,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -4247,6 +4378,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -4991,6 +5123,7 @@ path = "../escape.gc" - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5004,6 +5137,7 @@ path = "../escape.gc" - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5029,6 +5163,7 @@ path = "../escape.gc" - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5042,6 +5177,7 @@ path = "../escape.gc" - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5067,6 +5203,7 @@ path = "../escape.gc" - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5080,6 +5217,7 @@ path = "../escape.gc" - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5105,6 +5243,7 @@ path = "../escape.gc" - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5118,6 +5257,7 @@ path = "../escape.gc" - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5269,6 +5409,7 @@ path = "../escape.gc" - Effects are explicit Pure or Perform programs; kernel evaluation performs no host operation. - The host runner denies every operation absent from caps.toml and records deterministic replay facts. - Replay consumes entries in order and rejects operation, hash, decision, capability, or scheduler mismatch. +- Payload serialization admission precedes hashing and dispatch; noncanonical raw data returns an explicit BadPayload host error without a performed effect. **Examples** @@ -5278,6 +5419,7 @@ path = "../escape.gc" - `crates/gc_prelude/src/prelude.rs`: core/effect::pure, core/effect::perform, core/effect::bind - `docs/spec/SEALS_DISPATCH_REPLAY.md`: Runner is deny-by-default, Every performed effect appends a deterministic log entry +- `crates/gc_effects/src/runner_response_budget.rs`: pub(super) fn unseal_effect_request, gc_coreform::validate_canonical_term(&r.payload), EffectsError::BadPayload @@ -5458,6 +5600,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5471,6 +5614,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5496,6 +5640,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5509,6 +5654,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5534,6 +5680,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5547,6 +5694,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5572,6 +5720,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5585,6 +5734,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5610,6 +5760,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5623,6 +5774,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5648,6 +5800,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5661,6 +5814,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5686,6 +5840,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5699,6 +5854,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5724,6 +5880,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5737,6 +5894,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5762,6 +5920,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5775,6 +5934,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5830,6 +5990,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5843,6 +6004,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5868,6 +6030,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5881,6 +6044,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -5906,6 +6070,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -5919,6 +6084,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -6065,6 +6231,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -6078,6 +6245,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -6103,6 +6271,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -6116,6 +6285,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -6141,6 +6311,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -6154,6 +6325,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -6179,6 +6351,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -6192,6 +6365,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 @@ -6217,6 +6391,7 @@ allow_unlimited = false - Dec is an opaque canonical fixed-decimal value with a maximum scale of 4096; construction and arithmetic that exceed the bound return a trusted sealed core/numeric-error. - Str identity is exact UTF-8: no implicit normalization or folding; str/len counts bytes; Unicode 17 scalar/grapheme APIs and str/nfc are explicit. - Effect paths are Unicode 17 NFC, base-relative, slash-only, case-exact, locale-free, and lossless. +- sym/from-str requires text that parses as exactly one identical symbol; reserved literals, integer-token prefixes and delimiters return a trusted sealed core/type-error. Arbitrary pair/cons data remains valid runtime data but may be outside the canonical serialization domain. **Examples** @@ -6230,6 +6405,7 @@ allow_unlimited = false - `crates/gc_coreform/src/fixed_decimal.rs`: pub const MAX_FIXED_DECIMAL_SCALE: u32 = 4096, pub fn from_unscaled, pub fn parse, pub fn mul - `docs/spec/NUMERIC_PROFILE_v0.1.json`: genesis/numeric-profile-v0.1, euclidean, core/numeric-error, "maxScale": 4096, No Core float - `docs/spec/TEXT_PATH_PROFILE_v0.1.json`: genesis/text-path-profile-v0.1, "version": "17.0.0", exact-utf8-scalar-sequence-no-implicit-normalization, core/text-range-error, capability-base-relative-no-host-prefix +- `crates/gc_kernel/src/eval_prims/text_bytes.rs`: gc_coreform::validate_symbol_name(s), "sym/from-str invalid symbol text", if out_len != 0 diff --git a/scripts/check_deterministic_cleanup.sh b/scripts/check_deterministic_cleanup.sh index 349aadce5..8d5d27098 100644 --- a/scripts/check_deterministic_cleanup.sh +++ b/scripts/check_deterministic_cleanup.sh @@ -19,12 +19,16 @@ from pathlib import Path import shutil import subprocess import sys +from unittest.mock import patch source_root = Path(sys.argv[1]).resolve() temp = Path(sys.argv[2]).resolve() sys.path.insert(0, str(source_root / "scripts/lib")) import deterministic_cleanup as cleanup import generated_state as state +from generated_state_accounting import accounting_self_test +from cargo_metadata_admission import metadata_self_test +from allocated_resources_controls import allocation_self_test controls = [] @@ -305,6 +309,7 @@ state_policy, _, _ = state.load_policy(source_root) generated_schema_paths = [ "docs/spec/GENERATED_STATE_POLICY_v0.1.schema.json", "docs/spec/GENERATED_STATE_REGISTRY_v0.1.schema.json", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", ] for relative in generated_schema_paths: schema = cleanup.load_json(source_root / relative) @@ -456,6 +461,47 @@ post_crash = state.status(lifecycle) require(not quarantine_path.exists() and post_crash["entryCount"] >= 1, "quarantined transaction did not recover") controls.append("generated-state-crash-recovery") +# Selfhost materializations are files, whereas Cargo materializations are trees. +# Exercise both normal reclamation and recovery after the journaled rename. +(lifecycle / ".genesis/cache/selfhost_toolchain").mkdir(parents=True) +cleanup.initialize_root_marker(lifecycle, ".genesis/cache", "fixture-cache") +for index, crash_after_rename in enumerate([False, True]): + key = str(index + 5) * 64 + relative = f".genesis/cache/selfhost_toolchain/{key}.gc" + (lifecycle / relative).write_bytes(b"rebuildable artifact") + cached = state.admit(lifecycle, "selfhost-cache", key, relative, "selfhost-cache", + free_bytes_override=1 << 30) + state.release(lifecycle, cached["leaseToken"]) + with state.state_lock(lifecycle, loaded_policy) as state_root: + registry = state._load_registry(state_root, loaded_policy, loaded_sha) + entry = next(item for item in registry["entries"] if item["id"] == cached["entryId"]) + if crash_after_rename: + registry["sequence"] += 1 + transaction_id = state._transaction_id(entry, registry["sequence"]) + quarantined = f"{loaded_policy['stateRoot']}/quarantine/{transaction_id}" + os.replace(lifecycle / relative, lifecycle / quarantined) + registry["transaction"] = {"entryId": entry["id"], "id": transaction_id, + "phase": "quarantined", "sourcePath": relative, "quarantinePath": quarantined} + state._write_registry(state_root, loaded_policy, registry) + else: + state._reclaim_entry(lifecycle, state_root, loaded_policy, registry, entry) + state.status(lifecycle) + final = state._load_registry(state_root, loaded_policy, loaded_sha) + require(not (lifecycle / relative).exists() and final["transaction"] is None + and all(item["id"] != cached["entryId"] for item in final["entries"]), + "file materialization reclamation/recovery left an unfinished transaction") + controls.append("generated-state-file-crash-recovery" if crash_after_rename + else "generated-state-file-reclamation") + +quarantine_link = temp / "quarantine-link" +quarantine_target = temp / "quarantine-target" +quarantine_target.write_bytes(b"protected target") +quarantine_link.symlink_to(quarantine_target) +state_rejected("generated-state-quarantine-link-rejection", + lambda: state._remove_tree(quarantine_link), "not a regular file or directory") +require(quarantine_target.read_bytes() == b"protected target" and quarantine_link.is_symlink(), + "quarantine link rejection changed the target or entry") + concurrent_path = ".genesis/build/cargo-cache/v1/root/host/concurrent" command = [ sys.executable, str(source_root / "scripts/lib/generated_state.py"), @@ -499,47 +545,226 @@ for index in range(20): f".genesis/build/cargo-cache/v1/root/{target_family}/cycle-{index}", size_class, free_bytes_override=1 << 30, ) + cycle_path = lifecycle / f".genesis/build/cargo-cache/v1/root/{target_family}/cycle-{index}" + cycle_path.mkdir(parents=True, exist_ok=True) + (cycle_path / "payload").write_bytes(b"x" * 1024) state.release(lifecycle, result["leaseToken"]) steady = state.status(lifecycle) require(steady["rebuildableEntries"] <= 1 and steady["accountingBytes"] <= 8192, "profile cycles did not reach bounded steady state") controls.append("generated-state-bounded-steady-state") -priority = temp / "priority" -(priority / "policies").mkdir(parents=True) -shutil.copyfile(source_root / cleanup.POLICY_REL, priority / cleanup.POLICY_REL) -priority_policy = copy.deepcopy(bounded_policy) -priority_policy["limits"]["softBytes"] = 14336 -(priority / state.POLICY_REL).write_bytes(state.pretty_bytes(priority_policy)) -(priority / ".gitignore").write_text(".genesis/\n", encoding="utf-8") -(priority / "source.gc").write_text("fixture\n", encoding="utf-8") -subprocess.run(["git", "init", "-q"], cwd=priority, check=True) -subprocess.run(["git", "add", ".gitignore", "source.gc"], cwd=priority, check=True) -(priority / ".genesis/build").mkdir(parents=True) -cleanup.initialize_root_marker(priority, ".genesis/build", "priority-fixture") -host = state.admit( - priority, "cargo-cache", "6" * 64, - ".genesis/build/cargo-cache/v1/root/host/normal", "cargo-host", - free_bytes_override=1 << 30, -) -state.release(priority, host["leaseToken"]) -slim = state.admit( - priority, "cargo-cache", "7" * 64, - ".genesis/build/cargo-cache/v1/root/host/slim", "cargo-host-slim", - free_bytes_override=1 << 30, -) -state.release(priority, slim["leaseToken"]) -verifier = state.admit( - priority, "cargo-cache", "8" * 64, - ".genesis/build/cargo-cache/v1/tools-genesis-evidence-verifier/host/verifier", - "cargo-verifier", free_bytes_override=1 << 30, +# Preserve priority pressure across filesystems with different directory +# allocation. The second case is a finite backend model, not host qualification. +physical_allocation = state.allocated_bytes +for directory_minimum in (0, 4096): + def allocation_with_directory_minimum(path, max_entries=2_000_000): + total = physical_allocation(path, max_entries) + if directory_minimum and path.exists(): + for item in [path, *path.rglob("*")]: + if item.is_dir(): + metadata = item.stat() + allocated = metadata.st_blocks * 512 + total += max(0, directory_minimum - allocated) + return total + + with patch.object(state, "allocated_bytes", side_effect=allocation_with_directory_minimum): + priority = temp / f"priority-{directory_minimum}" + (priority / "policies").mkdir(parents=True) + shutil.copyfile(source_root / cleanup.POLICY_REL, priority / cleanup.POLICY_REL) + priority_policy = copy.deepcopy(bounded_policy) + priority_policy["limits"]["softBytes"] = 14335 + (priority / state.POLICY_REL).write_bytes(state.pretty_bytes(priority_policy)) + (priority / ".gitignore").write_text(".genesis/\n", encoding="utf-8") + (priority / "source.gc").write_text("fixture\n", encoding="utf-8") + subprocess.run(["git", "init", "-q"], cwd=priority, check=True) + subprocess.run(["git", "add", ".gitignore", "source.gc"], cwd=priority, check=True) + (priority / ".genesis/build").mkdir(parents=True) + cleanup.initialize_root_marker(priority, ".genesis/build", "priority-fixture") + host = state.admit( + priority, "cargo-cache", "6" * 64, + ".genesis/build/cargo-cache/v1/root/host/normal", "cargo-host", + free_bytes_override=1 << 30, + ) + host_path = priority / ".genesis/build/cargo-cache/v1/root/host/normal" + host_path.mkdir(parents=True, exist_ok=True) + (host_path / "payload").write_bytes(b"h" * max(0, 8192 - state.allocated_bytes(host_path))) + state.release(priority, host["leaseToken"]) + slim = state.admit( + priority, "cargo-cache", "7" * 64, + ".genesis/build/cargo-cache/v1/root/host/slim", "cargo-host-slim", + free_bytes_override=1 << 30, + ) + slim_path = priority / ".genesis/build/cargo-cache/v1/root/host/slim" + slim_path.mkdir(parents=True, exist_ok=True) + (slim_path / "payload").write_bytes(b"s" * max(0, 4096 - state.allocated_bytes(slim_path))) + state.release(priority, slim["leaseToken"]) + verifier_reservation = next(item["reservationBytes"] for item in priority_policy["sizeClasses"] if item["id"] == "cargo-verifier") + require(state.status(priority)["accountingBytes"] + verifier_reservation > priority_policy["limits"]["softBytes"], + "reclaim-priority fixture does not exercise allocation pressure") + verifier = state.admit( + priority, "cargo-cache", "8" * 64, + ".genesis/build/cargo-cache/v1/tools-genesis-evidence-verifier/host/verifier", + "cargo-verifier", free_bytes_override=1 << 30, + ) + require( + slim["entryId"] in verifier["reclaimedEntryIds"] + and host["entryId"] not in verifier["reclaimedEntryIds"], + "size-class reclaim priority did not preserve the warm host cache", + ) + state.release(priority, verifier["leaseToken"]) +controls.append("generated-state-size-class-reclaim-priority") + +# Admission costs are measured from the actual journal and all live writers. +# Use a separate finite fixture so the low-space controls cannot reclaim history. +cost_root = temp / "operation-cost" +(cost_root / "policies").mkdir(parents=True) +shutil.copyfile(source_root / cleanup.POLICY_REL, cost_root / cleanup.POLICY_REL) +cost_policy = copy.deepcopy(bounded_policy) +cost_policy["limits"].update(softBytes=262144, hardBytes=262144, minFreeBytes=0) +for item in cost_policy["sizeClasses"]: + if item["id"] == "cargo-host": + item["reservationBytes"] = 65536 +(cost_root / state.POLICY_REL).write_bytes(state.pretty_bytes(cost_policy)) +(cost_root / ".gitignore").write_text(".genesis/\n", encoding="utf-8") +(cost_root / "source.gc").write_text("fixture\n", encoding="utf-8") +subprocess.run(["git", "init", "-q"], cwd=cost_root, check=True) +subprocess.run(["git", "add", ".gitignore", "source.gc"], cwd=cost_root, check=True) +(cost_root / ".genesis/build").mkdir(parents=True) +cleanup.initialize_root_marker(cost_root, ".genesis/build", "cost-fixture") +cost_a_path = ".genesis/build/cargo-cache/v1/root/host/cost-a" +cost_b_path = ".genesis/build/cargo-cache/v1/root/host/cost-b" +cost_a = state.admit(cost_root, "cargo-cache", "a" * 64, cost_a_path, + "cargo-host", free_bytes_override=1 << 30) +cost_loaded, _, cost_sha = state.load_policy(cost_root) +with state.state_lock(cost_root, cost_loaded) as cost_state: + cost_registry = state._load_registry(cost_state, cost_loaded, cost_sha) +journal_cost = state._journal_growth_bytes(cost_root, cost_registry) +# Enough for the new writer alone; insufficient for both outstanding writers. +state_rejected( + "generated-state-combined-pending-growth-denial", + lambda: state.admit(cost_root, "cargo-cache", "b" * 64, cost_b_path, + "cargo-host", free_bytes_override=journal_cost + 65536 + 16384), + "low-disk admission denied", ) -require( - slim["entryId"] in verifier["reclaimedEntryIds"] - and host["entryId"] not in verifier["reclaimedEntryIds"], - "size-class reclaim priority did not preserve the warm host cache", +(cost_root / cost_a_path).mkdir(parents=True) +(cost_root / cost_a_path / "payload.bin").write_bytes(b"a" * 65536) +cost_b = state.admit(cost_root, "cargo-cache", "b" * 64, cost_b_path, + "cargo-host", free_bytes_override=journal_cost + 65536 + 16384) +require(cost_b["pendingGrowthBytes"] == 65536, + "live target allocation was not refreshed before admission") +controls.append("generated-state-live-allocation-refresh") +shared_b = state.admit(cost_root, "cargo-cache", "b" * 64, cost_b_path, + "cargo-host", free_bytes_override=journal_cost + 65536 + 16384) +require(shared_b["pendingGrowthBytes"] == 65536, + "leases on the same materialization double-counted its growth") +state.release(cost_root, shared_b["leaseToken"]) +state.release(cost_root, cost_a["leaseToken"]) +controls.append("generated-state-shared-target-growth-deduplication") +warm_bytes = (cost_root / cost_a_path / "payload.bin").read_bytes() +warm_a = state.admit(cost_root, "cargo-cache", "a" * 64, cost_a_path, + "cargo-host", free_bytes_override=journal_cost + 65536 + 16384) +require(not warm_a["reclaimedEntryIds"] and + (cost_root / cost_a_path / "payload.bin").read_bytes() == warm_bytes, + "a fitting warm target was deleted to satisfy an unrelated floor") +state.release(cost_root, warm_a["leaseToken"]) +controls.append("generated-state-warm-cache-low-space-preservation") +with state.state_lock(cost_root, cost_loaded) as cost_state: + probe_registry = state._load_registry(cost_state, cost_loaded, cost_sha) +# A retained clone/open handle can make allocated bytes disappear without making +# those bytes available to this writer. Model that filesystem observation. +original_reclaim = state._reclaim_entry +original_free = state._free_bytes +probe_journal = state._journal_growth_bytes(cost_root, probe_registry) +probe_free = probe_journal + 16384 +reclaim_calls = [] +def reclaim_without_physical_recovery(root, state_root, policy, registry, entry): + reclaim_calls.append(entry["id"]) + registry["entries"] = [e for e in registry["entries"] if e["id"] != entry["id"]] + return 2 * 1024 * 1024 +state._reclaim_entry = reclaim_without_physical_recovery +state._free_bytes = lambda _root: probe_free +try: + state_rejected( + "generated-state-reclaim-requires-physical-space-recovery", + lambda: state._enforce_limits(cost_root, cost_state, cost_loaded, + probe_registry, cost_b["entryId"], 65536, cost_loaded["limits"], probe_free), + "low-disk admission denied", + ) + require(len(reclaim_calls) == 1, "physical-space control did not exercise reclamation") +finally: + state._reclaim_entry = original_reclaim + state._free_bytes = original_free +with state.state_lock(cost_root, cost_loaded) as cost_state: + recovered_probe = state._load_registry(cost_state, cost_loaded, cost_sha) +reclaim_calls.clear() +state._reclaim_entry = reclaim_without_physical_recovery +try: + recovered_ids = state._enforce_limits(cost_root, cost_state, cost_loaded, + recovered_probe, cost_b["entryId"], 65536, cost_loaded["limits"], + probe_free, free_bytes_fn=lambda: 262144) + require(len(reclaim_calls) == 1 and recovered_ids == reclaim_calls, + "genuine physical-space recovery did not admit the fitting writer") + controls.append("generated-state-physical-space-recovery-admission") +finally: + state._reclaim_entry = original_reclaim +# Escaped Unicode paths can be larger than longer ASCII paths in the journal. +# Check the estimate against every possible serialized recovery record. +journal_probe = copy.deepcopy(probe_registry) +ascii_entry = state._entry(cost_loaded, "cargo-cache", "c" * 64, + ".genesis/build/cargo-cache/v1/" + "/".join(["a" * 200] * 10), "cargo-host", 1) +unicode_entry = state._entry(cost_loaded, "cargo-cache", "d" * 64, + ".genesis/build/cargo-cache/v1/" + "/".join(["😀" * 50] * 18), "cargo-host", 1) +# Use the declared cache namespace, without materializing these bounded fixtures. +journal_probe["entries"] = [ascii_entry, unicode_entry] +block = state._allocation_unit_bytes(cost_root) +for source_entry in journal_probe["entries"]: + possible = copy.deepcopy(journal_probe) + possible["sequence"] += 2 + possible["leases"].append({"entryId": "0" * 64, "id": "0" * 32, + "pid": 2**63 - 1, "processIdentity": "0" * 64, "operation": "cargo-metadata", "growthBytes": 2**63 - 1}) + possible["transaction"] = {"entryId": "0" * 64, "id": "0" * 64, + "phase": "quarantined", "sourcePath": source_entry["path"], + "quarantinePath": ".genesis/build/.generated-state-v0.1/quarantine/" + "0" * 64} + serialized_bytes = len(state.pretty_bytes(possible)) + required_journal = 2 * ((serialized_bytes + block - 1) // block) * block + 4 * block + require(state._journal_growth_bytes(cost_root, journal_probe) >= required_journal, + "journal estimate missed the largest escaped recovery path") +controls.append("generated-state-escaped-journal-size-accounting") +with patch.object(state.os, "statvfs", None): + state_rejected("generated-state-unsupported-space-backend-rejection", + lambda: state._journal_growth_bytes(cost_root, journal_probe), + "physical-space backend unsupported") +with patch.object(state.os, "statvfs", lambda _root: type("Stats", (), { + "f_frsize": 0, "f_bavail": 100, +})()): + state_rejected("generated-state-invalid-space-unit-rejection", + lambda: state._free_bytes(cost_root), "invalid units") + +state.release(cost_root, cost_b["leaseToken"]) +state_rejected( + "generated-state-recovery-journal-space-denial", + lambda: state.admit(cost_root, "cargo-cache", "a" * 64, cost_a_path, + "cargo-host", free_bytes_override=1), + "recovery journal cannot fit", ) -state.release(priority, verifier["leaseToken"]) -controls.append("generated-state-size-class-reclaim-priority") +# Read-only work does not acquire a writer reservation or impose a universal floor. +mock_bin = temp / "disk-observation-bin" +mock_bin.mkdir() +mock_df = mock_bin / "df" +mock_df.write_text("#!/bin/sh\nprintf 'Filesystem 1024-blocks Used Available Capacity Mounted\nfixture 100 99 1 99%% /\n'\n", encoding="utf-8") +mock_df.chmod(0o700) +observation_env = dict(os.environ, PATH=str(mock_bin) + os.pathsep + os.environ["PATH"], + GENESIS_GATE_TELEMETRY_DISABLE="1", CI="true") +observation_env.pop("GENESIS_MIN_FREE_KB", None) +observation_cmd = ["bash", str(source_root / "scripts/check_disk_headroom.sh"), + "--path", str(cost_root), "--strict", "1"] +observed = subprocess.run(observation_cmd, env=observation_env, capture_output=True, text=True) +require(observed.returncode == 0 and "required_kb=0" in observed.stdout, + "read-only observation was blocked by a blanket floor") +explicit = subprocess.run([*observation_cmd, "--min-kb", "2"], env=observation_env, + capture_output=True, text=True) +require(explicit.returncode == 2, "explicit operation requirement was ignored") +controls.append("generated-state-read-only-low-space-observation") state_rejected( "generated-state-unknown-owner-rejection", @@ -622,7 +847,14 @@ require({".genesis/refs", ".genesis/store", ".genesis/pins.toml"}.issubset(clean require(".genesis/" in ignore and "node_modules/" in ignore and "target/" in ignore, "ignore ownership drift") controls.append("complete-ignored-root-ownership") -require(len(controls) == 42 and len(set(controls)) == 42, f"control coverage drift: {controls}") +require(accounting_self_test(source_root) == 11, "idle allocation control coverage drift") +controls.append("generated-state-idle-allocation-accounting") +require(metadata_self_test(source_root) == 23, "metadata operation control coverage drift") +controls.append("cargo-metadata-operation-admission") +require(allocation_self_test() == 16, "allocated-block control coverage drift") +controls.append("shared-allocated-block-observation") + +require(len(controls) == 59 and len(set(controls)) == 59, f"control coverage drift: {controls}") authorities = [ "policies/deterministic_cleanup_v0.1.json", "policies/generated_state_v0.1.json", @@ -630,6 +862,12 @@ authorities = [ *generated_schema_paths, "scripts/lib/deterministic_cleanup.py", "scripts/lib/generated_state.py", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/generated_state_accounting.py", + "scripts/lib/cargo_metadata_admission.py", "scripts/reclaim_build_space.sh", "scripts/lib/cargo_cache.py", "scripts/lib/dependency_mirror.py", diff --git a/scripts/check_disk_headroom.sh b/scripts/check_disk_headroom.sh index be611672c..0bfa48895 100755 --- a/scripts/check_disk_headroom.sh +++ b/scripts/check_disk_headroom.sh @@ -8,7 +8,9 @@ ROOT_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")/.." && pwd)" cd "$ROOT_DIR" PATH_TO_CHECK="." -MIN_FREE_KB="${GENESIS_MIN_FREE_KB:-1048576}" # 1 GiB default floor +# Measurement alone does not declare a writing operation or block read-only work. +# A caller may explicitly supply its operation-specific growth requirement. +MIN_FREE_KB="${GENESIS_MIN_FREE_KB:-0}" CONTEXT="${GENESIS_DISK_CHECK_CONTEXT:-genesis}" AUTO_RECLAIM="${GENESIS_DISK_AUTO_RECLAIM:-0}" STRICT_MODE="${GENESIS_DISK_STRICT_MODE:-auto}" @@ -19,7 +21,7 @@ Usage: scripts/check_disk_headroom.sh [options] Options: --path filesystem path to check (default: .) - --min-kb minimum free KB required (default: GENESIS_MIN_FREE_KB or 1048576) + --min-kb minimum free KB required (default: GENESIS_MIN_FREE_KB or 0; observation only) --context label used in diagnostics (default: genesis) --auto-reclaim <0|1> compatibility option; 1 is rejected because checks are read-only (default: 0) --strict fail hard after retry (auto => CI=true only) diff --git a/scripts/check_evidence_adversarial_matrix.sh b/scripts/check_evidence_adversarial_matrix.sh index efb3fe903..01900372e 100755 --- a/scripts/check_evidence_adversarial_matrix.sh +++ b/scripts/check_evidence_adversarial_matrix.sh @@ -147,6 +147,6 @@ cargo test -p gc_effects --lib \ --locked --offline cargo test -p gc_effects --lib replay --locked --offline cargo test -p gc_cli --features parity-harness --test cli_run_replay_engine --locked --offline -cargo test -p gc_wasi_cli --test cli_run_replay_engine --locked --offline +cargo test -p gc_wasi_cli --features parity-harness --test cli_run_replay_engine --locked --offline echo "evidence-adversarial-matrix-contract: ok (requirements=8 controls=11 verifier_vectors=30 replay_mutations=16 replay_engines=rust,selfhost replay_hosts=native,wasi)" diff --git a/scripts/check_gate_resource_telemetry.sh b/scripts/check_gate_resource_telemetry.sh index e6e367689..890df8223 100644 --- a/scripts/check_gate_resource_telemetry.sh +++ b/scripts/check_gate_resource_telemetry.sh @@ -74,6 +74,16 @@ require( "sampler failure was not captured for parent propagation", ) controls.append("sampler-failure-propagation") +from gate_telemetry_sampler_controls import birth_identity_self_test, inventory_termination_self_test, inventory_protocol_self_test, native_inventory_self_test, sampler_self_test +require(sampler_self_test() == 9, "sampler lifecycle control inventory drift") +controls.append("sampler-bounded-inventory-ownership") +require(native_inventory_self_test() == 26, "native inventory control inventory drift") +require(inventory_termination_self_test() == 6, "inventory termination schedule control drift") +controls.append("sampler-native-process-inventory") +require(inventory_protocol_self_test() == 9, "inventory protocol control inventory drift") +controls.append("sampler-closed-inventory-protocol") +require(birth_identity_self_test() == 9, "birth identity control inventory drift") +controls.append("sampler-unprivileged-legacy-birth-identity") schema_path = root / "docs/spec/GATE_RESOURCE_TELEMETRY_v0.1.schema.json" schema = telemetry.load_json(schema_path) require( @@ -89,7 +99,7 @@ start = time.monotonic() event_env = { key: value for key, value in os.environ.items() - if key not in {telemetry.RETIRED_BUDGET_BYPASS_ENV, telemetry.AGGREGATE_OWNER_FD_ENV} + if key not in {telemetry.RETIRED_BUDGET_BYPASS_ENV, telemetry.AGGREGATE_OWNER_FD_ENV, telemetry.PROCESS_GROUP_OWNER_FD_ENV, telemetry.EVENT_ROOT_ENV} } proc = subprocess.run([ sys.executable, str(root / "scripts/lib/gate_telemetry.py"), @@ -129,7 +139,7 @@ nested = subprocess.run([ sys.executable, str(root / "scripts/lib/gate_telemetry.py"), "--root", str(root), "--entrypoint", "scripts/check_gate_resource_telemetry.sh", "--emit", "none", "--", "bash", "scripts/check_doc_hygiene.sh", -], cwd=root, env={key: value for key, value in os.environ.items() if key != "GENESIS_GATE_TELEMETRY_DISABLE"}, text=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) +], cwd=root, env={key: value for key, value in event_env.items() if key != "GENESIS_GATE_TELEMETRY_DISABLE"}, text=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) nested_lines = [line for line in nested.stderr.splitlines() if line.startswith("gate-telemetry: ")] require(nested.returncode == 0 and len(nested_lines) == 1, "nested governed gate did not emit exactly one observation") nested_doc = json.loads(nested_lines[0].removeprefix("gate-telemetry: "), object_pairs_hook=telemetry.unique_pairs) @@ -153,7 +163,7 @@ proc = subprocess.run([ "--root", str(root), "--entrypoint", "scripts/check_doc_hygiene.sh", "--out", str(network_budget_report), "--emit", "none", "--", "bash", "-c", 'printf \'{"count":1,"kind":"network-attempt"}\\n\' >>"$GENESIS_GATE_TELEMETRY_EVENT_FILE"', -], cwd=root, env={key: value for key, value in os.environ.items() if key != "GENESIS_GATE_BUDGET_ENFORCE"}, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) +], cwd=root, env=event_env, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) network_budget = telemetry.load_json(network_budget_report) require(proc.returncode == 3 and network_budget["result"] == {"exitCode": 3, "status": "failed"}, "deny-network budget was not enforced") controls.append("deny-network-budget-enforcement") @@ -215,7 +225,7 @@ proc = subprocess.run([ sys.executable, str(root / "scripts/lib/gate_telemetry.py"), "--root", str(root), "--entrypoint", "scripts/check_doc_hygiene.sh", "--out", str(failure_report), "--emit", "none", "--", "bash", "-c", "exit 7", -], cwd=root) +], cwd=root, env=event_env) failure = telemetry.load_json(failure_report) require(proc.returncode == 7 and failure["result"] == {"exitCode": 7, "status": "failed"}, "failure status was not preserved") controls.append("failure-exit-preservation") @@ -225,7 +235,7 @@ proc = subprocess.run([ sys.executable, str(root / "scripts/lib/gate_telemetry.py"), "--root", str(root), "--entrypoint", "scripts/check_doc_hygiene.sh", "--out", str(signal_report), "--emit", "none", "--", "bash", "-c", "kill -TERM $$", -], cwd=root) +], cwd=root, env=event_env) signaled = telemetry.load_json(signal_report) require(proc.returncode == 143 and signaled["result"] == {"exitCode": 143, "status": "signaled"}, "signaled exit was not preserved") controls.append("signaled-exit-preservation") @@ -261,24 +271,24 @@ controls.append("invalid-event-rejection") malformed_temp = temp / "malformed-channel" malformed_temp.mkdir() -malformed_env = dict(os.environ, TMPDIR=str(malformed_temp)) +malformed_env = dict(event_env, TMPDIR=str(malformed_temp)) proc = subprocess.run([ sys.executable, str(root / "scripts/lib/gate_telemetry.py"), "--root", str(root), "--entrypoint", "scripts/check_doc_hygiene.sh", "--emit", "none", "--", "bash", "-c", 'printf \'{"count":0,"kind":"cache-hit"}\\n\' >>"$GENESIS_GATE_TELEMETRY_EVENT_FILE"', ], cwd=root, env=malformed_env, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) -require(proc.returncode == 2 and not list(malformed_temp.glob("genesis-gate-events.*")), "malformed event did not fail closed and clean up") +require(proc.returncode == 2 and not list(malformed_temp.glob("genesis-gate-*")), "malformed event did not fail closed and clean up") controls.append("malformed-channel-fail-closed") launch_temp = temp / "launch-failure" launch_temp.mkdir() -launch_env = dict(os.environ, TMPDIR=str(launch_temp)) +launch_env = dict(event_env, TMPDIR=str(launch_temp)) proc = subprocess.run([ sys.executable, str(root / "scripts/lib/gate_telemetry.py"), "--root", str(root), "--entrypoint", "scripts/check_doc_hygiene.sh", "--emit", "none", "--", "genesis-telemetry-command-that-does-not-exist", ], cwd=root, env=launch_env, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) -require(proc.returncode == 2 and not list(launch_temp.glob("genesis-gate-events.*")), "launch failure leaked event channel") +require(proc.returncode == 2 and not list(launch_temp.glob("genesis-gate-*")), "launch failure leaked event channel") controls.append("launch-failure-cleanup") duplicate = temp / "duplicate.json" @@ -312,11 +322,20 @@ for path in check_scripts: require(not missing, f"governed checks missing telemetry wrapper: {missing}") controls.append("complete-gate-wrapper-coverage") -require(len(controls) == 20 and len(set(controls)) == 20, "control coverage drift") +# Exercise the actual CLI through signal-ignoring descendants and nested owners. +from gate_telemetry_cancellation import cancellation_self_test +require(cancellation_self_test(root) == 20, "telemetry cancellation control inventory drift") +controls.append("telemetry-owned-scope-cancellation") + +require(len(controls) == 25 and len(set(controls)) == 25, "control coverage drift") authorities = [ "policies/gate_telemetry_v0.1.json", "docs/spec/GATE_RESOURCE_TELEMETRY_v0.1.schema.json", "scripts/lib/gate_telemetry.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/gate_telemetry_cancellation.py", + "scripts/lib/gate_telemetry_sampler_controls.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", "scripts/lib/gate_telemetry.sh", "scripts/check_gate_resource_telemetry.sh", ] diff --git a/scripts/check_prerequisite_manifest.sh b/scripts/check_prerequisite_manifest.sh index 1cb8c0695..7d17a7cc8 100755 --- a/scripts/check_prerequisite_manifest.sh +++ b/scripts/check_prerequisite_manifest.sh @@ -16,7 +16,7 @@ trap 'rm -rf "$TMP_DIR"' EXIT snapshot_contract() { python3 - "$MANIFEST" "$SCHEMA" "$IMPLEMENTATION" \ rust-toolchain.toml package.json package-lock.json .github/workflows/ci.yml \ - scripts/install_wasi_sdk.sh <<'PY' + scripts/install_wasi_sdk.sh scripts/requirements-selfhost-checker.txt <<'PY' from hashlib import sha256 from pathlib import Path import json @@ -106,4 +106,4 @@ after="$(snapshot_contract)" exit 1 } -echo "prerequisite-manifest-contract: ok (profiles=9 platforms=4 tools=28 negative_controls=7 check_mode=read_only)" +echo "prerequisite-manifest-contract: ok (profiles=9 platforms=4 tools=29 negative_controls=7 check_mode=read_only)" diff --git a/scripts/lib/allocated_resources.py b/scripts/lib/allocated_resources.py new file mode 100644 index 000000000..b35e4a094 --- /dev/null +++ b/scripts/lib/allocated_resources.py @@ -0,0 +1,136 @@ +#!/usr/bin/env python3 +"""Bounded observations of allocated file blocks in caller-owned roots.""" +from __future__ import annotations + +import os +from pathlib import Path +import stat +from typing import Sequence + +from supervisor_cancellation import deferred_cancellation + +_DESCRIPTOR_BACKEND_AVAILABLE = ( + hasattr(os, "O_DIRECTORY") and hasattr(os, "O_NOFOLLOW") + and os.stat in os.supports_dir_fd and os.stat in os.supports_follow_symlinks + and os.scandir in os.supports_fd +) + + +class AllocationError(ValueError): + pass + + +def allocated_paths_bytes( + paths: Sequence[Path], *, max_entries: int = 2_000_000, + max_depth: int = 256, reject_symlinks: bool = False, +) -> int: + """Sample each inode once; hold directory descriptors during descent. + + A disappearing name is an ordinary concurrent-writer observation. Unknown + metadata is an error. Sparse logical length is not allocated disk space. + Callers authorize roots; this observation does not grant deletion authority. + """ + if (isinstance(max_entries, bool) or not isinstance(max_entries, int) or max_entries <= 0 + or isinstance(max_depth, bool) or not isinstance(max_depth, int) or max_depth <= 0): + raise AllocationError("allocation observation bounds must be positive integers") + if not _DESCRIPTOR_BACKEND_AVAILABLE: + raise AllocationError("descriptor allocation observation is unsupported on this host") + if len(paths) > max_entries: + raise AllocationError("allocation observation exceeds its entry bound") + allocations = {} + opened_directories = set() + frames = [] + entries = 0 + + def count_entry(): + nonlocal entries + entries += 1 + if entries > max_entries: + raise AllocationError("allocation observation exceeds its entry bound") + + def charge(metadata): + fields = [getattr(metadata, name, None) for name in ("st_dev", "st_ino", "st_blocks", "st_mode")] + if (any(isinstance(value, bool) or not isinstance(value, int) or value < 0 for value in fields) + or fields[1] == 0): + raise AllocationError("allocated-block metadata is unavailable or invalid") + if reject_symlinks and stat.S_ISLNK(fields[3]): + raise AllocationError("allocation observation contains a symlink") + identity = (fields[0], fields[1]) + # A writer can grow the same inode between two alias observations. + allocations[identity] = max(allocations.get(identity, 0), fields[2] * 512) + return identity + + def mode(metadata): + value = getattr(metadata, "st_mode", None) + if isinstance(value, bool) or not isinstance(value, int) or value < 0: + raise AllocationError("allocated-block metadata is unavailable or invalid") + return value + + def directory(name, depth, parent_fd=None): + if depth > max_depth: + raise AllocationError("allocation observation exceeds its directory-depth bound") + descriptor = None + iterator = None + try: + with deferred_cancellation(): + descriptor = os.open(name, os.O_RDONLY | os.O_DIRECTORY | os.O_NOFOLLOW, dir_fd=parent_fd) + identity = charge(os.fstat(descriptor)) + if identity in opened_directories: + return + opened_directories.add(identity) + with deferred_cancellation(): + iterator = os.scandir(descriptor) + frames.append((descriptor, iterator, depth)) + descriptor = None + iterator = None + finally: + with deferred_cancellation(): + try: + if iterator is not None: + iterator.close() + finally: + if descriptor is not None: + os.close(descriptor) + + try: + for root in paths: + count_entry() + try: + metadata = root.lstat() + if stat.S_ISDIR(mode(metadata)): + directory(root, 1) + else: + charge(metadata) + except FileNotFoundError: + continue + while frames: + descriptor, iterator, depth = frames[-1] + try: + entry = next(iterator) + except (StopIteration, FileNotFoundError): + with deferred_cancellation(): + frames.pop() + try: + iterator.close() + finally: + os.close(descriptor) + continue + count_entry() + try: + metadata = os.stat(entry.name, dir_fd=descriptor, follow_symlinks=False) + if stat.S_ISDIR(mode(metadata)): + directory(entry.name, depth + 1, descriptor) + else: + charge(metadata) + except FileNotFoundError: + continue + return sum(allocations.values()) + except OSError as exc: + raise AllocationError(f"allocation metadata is unreadable (errno={exc.errno})") from exc + finally: + with deferred_cancellation(): + for descriptor, iterator, _ in reversed(frames): + try: + iterator.close() + finally: + os.close(descriptor) diff --git a/scripts/lib/allocated_resources_controls.py b/scripts/lib/allocated_resources_controls.py new file mode 100644 index 000000000..8d52251a5 --- /dev/null +++ b/scripts/lib/allocated_resources_controls.py @@ -0,0 +1,194 @@ +#!/usr/bin/env python3 +"""Filesystem and fault controls for bounded allocated-block observations.""" +from __future__ import annotations + +import errno +import os +import signal +from pathlib import Path +import stat +import tempfile +from types import SimpleNamespace +from unittest.mock import patch + +import allocated_resources as allocation +from supervisor_cancellation import SupervisorCancelled, cancellation_scope + + +def allocation_self_test() -> int: + controls = [] + + def require(value, message): + if not value: + raise AssertionError(f"allocated-resources: {message}") + + def rejected(function, diagnostic): + try: + function() + except allocation.AllocationError as exc: + require(diagnostic in str(exc), f"wrong diagnostic: {exc}") + else: + raise AssertionError(f"allocated-resources: accepted {diagnostic}") + + def blocks(path): + return path.lstat().st_blocks * 512 + + with tempfile.TemporaryDirectory(prefix="allocated-resources-controls-") as temporary: + root = Path(temporary).resolve() + scope = root / "owned"; scope.mkdir() + file = scope / "artifact"; file.write_bytes(b"x" * 65536) + alias = scope / "alias"; os.link(file, alias) + expected = blocks(scope) + blocks(file) + require(allocation.allocated_paths_bytes([scope, file, alias, scope]) == expected, + "hard links or overlapping roots were charged twice") + controls.append("native-hardlink-and-overlap-identity") + alias.unlink(); file.unlink() + + with file.open("wb") as handle: + handle.truncate(1 << 30) + require(allocation.allocated_paths_bytes([scope]) == blocks(scope) + blocks(file), + "sparse logical length became allocated bytes") + require(blocks(file) < file.stat().st_size, "sparse control is not sparse") + controls.append("native-sparse-allocation") + file.unlink() + require(allocation.allocated_paths_bytes([scope / "absent"]) == 0, "missing root observation changed") + controls.append("missing-root") + for value in (True, 0, -1, "1"): + rejected(lambda: allocation.allocated_paths_bytes([scope], max_entries=value), "bounds") + rejected(lambda: allocation.allocated_paths_bytes([scope], max_depth=value), "bounds") + controls.append("closed-observation-bounds") + + file.write_bytes(b"x") + actual_stat = os.stat + def disappears(name, *args, **kwargs): + if name == "artifact" and kwargs.get("dir_fd") is not None: + file.unlink() + raise FileNotFoundError(errno.ENOENT, "controlled disappearance") + return actual_stat(name, *args, **kwargs) + with patch.object(allocation.os, "stat", disappears): + require(allocation.allocated_paths_bytes([scope]) == blocks(scope), "disappearing file was an unknown error") + controls.append("file-disappearance-race") + + directory = scope / "directory"; directory.mkdir() + actual_open = os.open + def directory_disappears(name, *args, **kwargs): + if name == "directory" and kwargs.get("dir_fd") is not None: + directory.rmdir() + raise FileNotFoundError(errno.ENOENT, "controlled directory disappearance") + return actual_open(name, *args, **kwargs) + with patch.object(allocation.os, "open", directory_disappears): + require(allocation.allocated_paths_bytes([scope]) == blocks(scope), "disappearing directory was an unknown error") + controls.append("directory-disappearance-race") + + file.write_bytes(b"x") + def unreadable(name, *args, **kwargs): + if name == "artifact" and kwargs.get("dir_fd") is not None: + raise PermissionError(errno.EACCES, "controlled unreadable metadata") + return actual_stat(name, *args, **kwargs) + with patch.object(allocation.os, "stat", unreadable): + rejected(lambda: allocation.allocated_paths_bytes([scope]), f"errno={errno.EACCES}") + controls.append("unknown-metadata-fails-closed") + with patch.object(allocation.os, "scandir", side_effect=PermissionError(errno.EACCES, "controlled enumeration denial")): + rejected(lambda: allocation.allocated_paths_bytes([scope]), f"errno={errno.EACCES}") + controls.append("unknown-enumeration-fails-closed") + + real = file.stat() + for value in (None, True, -1, "1"): + fake = SimpleNamespace(st_dev=real.st_dev, st_ino=real.st_ino, st_mode=real.st_mode, st_blocks=value) + with patch.object(Path, "lstat", return_value=fake): + rejected(lambda: allocation.allocated_paths_bytes([file]), "metadata is unavailable or invalid") + with patch.object(allocation, "_DESCRIPTOR_BACKEND_AVAILABLE", False): + rejected(lambda: allocation.allocated_paths_bytes([scope]), "unsupported") + controls.append("missing-or-invalid-allocation-backend") + + outside = root / "outside"; outside.mkdir() + victim = outside / "victim"; victim.write_bytes(b"v" * (128 * 1024)) + link = scope / "link"; link.symlink_to(outside, target_is_directory=True) + rejected(lambda: allocation.allocated_paths_bytes([scope], reject_symlinks=True), "symlink") + link.unlink(); link.symlink_to(root / "missing") + rejected(lambda: allocation.allocated_paths_bytes([link], reject_symlinks=True), "symlink") + controls.append("strict-honest-and-dangling-link-rejection") + require(allocation.allocated_paths_bytes([scope]) == blocks(scope) + blocks(file) + blocks(link), + "non-following observation charged a link destination") + controls.append("link-entry-observation-without-traversal") + link.unlink() + + directory.mkdir(); parked = root / "parked" + outside_seen = [] + actual_scandir = os.scandir + def replace_directory(name, *args, **kwargs): + if name == "directory" and kwargs.get("dir_fd") is not None: + directory.rename(parked); directory.symlink_to(outside, target_is_directory=True) + return actual_open(name, *args, **kwargs) + def observe_directory(descriptor): + outside_seen.append(os.fstat(descriptor).st_ino == outside.stat().st_ino) + return actual_scandir(descriptor) + with patch.object(allocation.os, "open", replace_directory), patch.object(allocation.os, "scandir", observe_directory): + rejected(lambda: allocation.allocated_paths_bytes([scope]), "unreadable") + require(not any(outside_seen) and victim.read_bytes() == b"v" * (128 * 1024), + "directory replacement escaped a held parent") + directory.unlink(); parked.rmdir() + controls.append("directory-replacement-does-not-follow-link") + + rejected(lambda: allocation.allocated_paths_bytes([scope], max_entries=1), "entry bound") + directory.mkdir() + rejected(lambda: allocation.allocated_paths_bytes([scope], max_depth=1), "directory-depth bound") + controls.append("finite-entry-and-depth-cost") + + opened = [] + def record_open(*args, **kwargs): + descriptor = actual_open(*args, **kwargs); opened.append(descriptor); return descriptor + with patch.object(allocation.os, "open", record_open): + allocation.allocated_paths_bytes([scope]) + rejected(lambda: allocation.allocated_paths_bytes([scope], max_entries=1), "entry bound") + with patch.object(allocation.os, "scandir", side_effect=PermissionError(errno.EACCES, "controlled denial")): + rejected(lambda: allocation.allocated_paths_bytes([scope]), "unreadable") + for descriptor in opened: + try: + os.fstat(descriptor) + except OSError as exc: + require(exc.errno == errno.EBADF, "wrong descriptor terminal state") + else: + raise AssertionError("allocated-resources: directory descriptor leaked") + controls.append("descriptors-close-on-success-and-fault") + + for phase in ("open", "iterator"): + opened = [] + iterators = [] + def interrupt_open(*args, **kwargs): + descriptor = actual_open(*args, **kwargs); opened.append(descriptor) + if phase == "open": + os.kill(os.getpid(), signal.SIGTERM) + return descriptor + def interrupt_iterator(*args, **kwargs): + iterator = actual_scandir(*args, **kwargs); iterators.append(iterator) + os.kill(os.getpid(), signal.SIGTERM) + return iterator + try: + with cancellation_scope(), patch.object(allocation.os, "open", interrupt_open): + if phase == "iterator": + with patch.object(allocation.os, "scandir", interrupt_iterator): + allocation.allocated_paths_bytes([scope]) + else: + allocation.allocated_paths_bytes([scope]) + except SupervisorCancelled as exc: + require(exc.signum == signal.SIGTERM, "wrong ownership-transfer cancellation") + else: + raise AssertionError("allocated-resources: cancellation was not delivered") + for descriptor in opened: + try: + os.fstat(descriptor) + except OSError as exc: + require(exc.errno == errno.EBADF, "cancelled descriptor has unknown terminal state") + else: + raise AssertionError("allocated-resources: cancelled descriptor leaked") + for iterator in iterators: + require(next(iterator, None) is None, "cancelled iterator survived ownership unwind") + controls.append(f"cancelled-{phase}-ownership-transfer") + + print(f"allocated-resources: ok (control_groups={len(controls)} no_logical_fallback=1 held_descent=1)") + return len(controls) + + +if __name__ == "__main__": + allocation_self_test() diff --git a/scripts/lib/capability_ledger.py b/scripts/lib/capability_ledger.py index d93872c99..1f2aed101 100755 --- a/scripts/lib/capability_ledger.py +++ b/scripts/lib/capability_ledger.py @@ -710,6 +710,12 @@ def render_matrix(ledger: Mapping[str, Any]) -> str: lines.append( "- Active `upgrade_plan.md` P0/P1 defects: none. Roadmap maturity gaps above remain open and are not erased by an empty defect queue." ) + else: + lines.append( + "- Active `upgrade_plan.md` P0/P1 defects: " + + ", ".join(f"`{defect_id}`" for defect_id in ledger["active_defect_ids"]) + + "." + ) lines.extend(render_product_target_sections(ledger)) lines.extend(["", "Primary evidence paths:", ""]) diff --git a/scripts/lib/cargo_cache.py b/scripts/lib/cargo_cache.py index 7516a297d..8acd6476e 100644 --- a/scripts/lib/cargo_cache.py +++ b/scripts/lib/cargo_cache.py @@ -4,12 +4,14 @@ from __future__ import annotations import argparse +from dataclasses import dataclass, field from hashlib import sha256 import json import os from pathlib import Path, PurePosixPath import re import shlex +import stat import subprocess import sys import tempfile @@ -249,16 +251,73 @@ def resolve( return {"target_dir": target_dir, "metadata": metadata, "metadata_file": policy["metadataFile"]} -def materialize(result: Mapping[str, Any]) -> bool: - target = Path(result["target_dir"]) +@dataclass(frozen=True) +class MetadataMaterialization: + target: Path + filename: str + payload: bytes + content_key: str = field(init=False) + size_class: str = field(init=False) + + def __post_init__(self) -> None: + if not isinstance(self.target, Path): + raise CachePolicyError("cache metadata target is not a path") + if self.filename != ".genesis-cargo-cache-key.json": + raise CachePolicyError("cache metadata filename drift") + if not isinstance(self.payload, bytes) or not 0 < len(self.payload) <= generated_state.MAX_JSON_BYTES: + raise CachePolicyError("cache metadata exceeds bounded materialization payload") + try: + document = json.loads(self.payload, object_pairs_hook=reject_duplicate_keys) + if not isinstance(document, dict) or not isinstance(document.get("cacheKey"), dict): + raise CachePolicyError("cache metadata key is invalid") + key = document["cacheKey"] + identity = document.get("cacheKeySha256") + if not isinstance(identity, str) or not SHA_RE.fullmatch(identity) or identity != digest_bytes(canonical_bytes(key)): + raise CachePolicyError("cache metadata key identity mismatch") + size_class = generated_state.cargo_size_class(key.get("scope"), key.get("buildEnvironment")) + except CachePolicyError: + raise + except generated_state.GeneratedStateError as exc: + raise CachePolicyError(str(exc)) from exc + except (ValueError, UnicodeError, RecursionError, MemoryError) as exc: + raise CachePolicyError("invalid bounded frozen cache metadata") from exc + object.__setattr__(self, "content_key", identity) + object.__setattr__(self, "size_class", size_class) + + +def prepare_materialization(result: Mapping[str, Any]) -> MetadataMaterialization: + payload = pretty_bytes(result["metadata"]) + if not 0 < len(payload) <= generated_state.MAX_JSON_BYTES: + raise CachePolicyError("cache metadata exceeds bounded materialization payload") + filename = str(result["metadata_file"]) + if filename != ".genesis-cargo-cache-key.json": + raise CachePolicyError("cache metadata filename drift") + return MetadataMaterialization(Path(result["target_dir"]), filename, payload) + + +def materialize(result: Mapping[str, Any], prepared: MetadataMaterialization | None = None) -> bool: + plan = prepare_materialization(result) if prepared is None else prepared + target, expected = plan.target, plan.payload target.mkdir(parents=True, exist_ok=True) - metadata_path = target / str(result["metadata_file"]) - expected = pretty_bytes(result["metadata"]) - if metadata_path.exists(): - observed = metadata_path.read_bytes() - if observed != expected: - raise CachePolicyError(f"cache metadata mismatch: {metadata_path}") - return True + metadata_path = target / plan.filename + flags = os.O_RDONLY | getattr(os, "O_NONBLOCK", 0) | getattr(os, "O_NOFOLLOW", 0) + try: + descriptor = os.open(metadata_path, flags) + except FileNotFoundError: + descriptor = None + if descriptor is not None: + try: + if not stat.S_ISREG(os.fstat(descriptor).st_mode): + raise CachePolicyError("cache metadata is not a regular file") + with os.fdopen(descriptor, "rb", buffering=0) as handle: + descriptor = None + observed = handle.read(len(expected) + 1) + if observed != expected: + raise CachePolicyError(f"cache metadata mismatch: {metadata_path}") + return True + finally: + if descriptor is not None: + os.close(descriptor) fd, tmp_name = tempfile.mkstemp(prefix=f".{metadata_path.name}.", dir=target) try: with os.fdopen(fd, "wb") as handle: @@ -274,6 +333,42 @@ def materialize(result: Mapping[str, Any]) -> bool: return False +def materialize_admitted(root: Path, result: dict[str, Any], lease_pid: int | None = None) -> bool: + """Bind admission to the frozen bytes actually written, or to a future build.""" + root = root.resolve() + plan = prepare_materialization(result) + target = plan.target.resolve() + build_root = root / ".genesis/build" + admission = None + transient = lease_pid is None + try: + target.relative_to(build_root) + except ValueError: + pass + else: + relative_target = target.relative_to(root).as_posix() + deterministic_cleanup.require_safe_parent_chain(root, ".genesis/build") + build_root.mkdir(parents=True, exist_ok=True) + deterministic_cleanup.initialize_root_marker(root, ".genesis/build", "cargo-cache") + admission = generated_state.admit( + root, "cargo-cache", plan.content_key, relative_target, + plan.size_class, pid=os.getpid() if transient else lease_pid, + metadata_payload=plan.payload if transient else None, + ) + if not transient: + result["generated_state"] = admission + try: + return materialize(result, plan) + except BaseException: + if admission is not None and not transient: + generated_state.release(root, admission["leaseToken"]) + result.pop("generated_state", None) + raise + finally: + if admission is not None and transient: + generated_state.release(root, admission["leaseToken"]) + + def emit(result: Mapping[str, Any], output_format: str) -> None: target = str(result["target_dir"]) digest = result["metadata"]["cacheKeySha256"] @@ -320,56 +415,7 @@ def main(argv: Sequence[str] | None = None) -> int: result["root"] = args.root.resolve() result["cache_hit"] = False if not args.no_materialize: - transient_lease = args.lease_pid is None - admission_pid = os.getpid() if transient_lease else args.lease_pid - target = Path(result["target_dir"]).resolve() - build_root = args.root.resolve() / ".genesis/build" - try: - target.relative_to(build_root) - except ValueError: - relative_target = None - else: - relative_target = target.relative_to(args.root.resolve()).as_posix() - deterministic_cleanup.require_safe_parent_chain( - args.root.resolve(), ".genesis/build" - ) - build_root.mkdir(parents=True, exist_ok=True) - deterministic_cleanup.initialize_root_marker( - args.root.resolve(), ".genesis/build", "cargo-cache" - ) - scope = result["metadata"]["cacheKey"]["scope"] - build_environment = result["metadata"]["cacheKey"]["buildEnvironment"] - size_class = ( - "cargo-verifier" - if scope == "evidence-verifier-host" - else "cargo-host-slim" - if scope == "root-host" - and build_environment.get("CARGO_INCREMENTAL") == "0" - and build_environment.get("CARGO_PROFILE_DEV_DEBUG") == "0" - else "cargo-wasm" - if scope in ("root-wasi", "root-wasm") - else "cargo-host" - ) - result["generated_state"] = generated_state.admit( - args.root.resolve(), - "cargo-cache", - result["metadata"]["cacheKeySha256"], - relative_target, - size_class, - pid=admission_pid, - ) - try: - result["cache_hit"] = materialize(result) - except BaseException: - if result.get("generated_state"): - generated_state.release( - args.root.resolve(), result["generated_state"]["leaseToken"] - ) - raise - if transient_lease and result.get("generated_state"): - generated_state.release( - args.root.resolve(), result["generated_state"]["leaseToken"] - ) + result["cache_hit"] = materialize_admitted(args.root, result, args.lease_pid) emit(result, args.format) except ( CachePolicyError, diff --git a/scripts/lib/cargo_metadata_admission.py b/scripts/lib/cargo_metadata_admission.py new file mode 100644 index 000000000..738a958c3 --- /dev/null +++ b/scripts/lib/cargo_metadata_admission.py @@ -0,0 +1,396 @@ +#!/usr/bin/env python3 +"""Finite public controls for bounded Cargo metadata operation admission.""" +from __future__ import annotations + +import contextlib +from concurrent.futures import ThreadPoolExecutor +import copy +import errno +import io +import json +import os +from pathlib import Path +import shutil +import subprocess +import sys +import tempfile +from unittest.mock import patch + +import cargo_cache as cache +import generated_state as state + + +def require(value, message): + if not value: + raise AssertionError(f"cargo-metadata-admission: {message}") + + +def rejected(function, diagnostic): + try: + function() + except (state.GeneratedStateError, cache.CachePolicyError) as exc: + require(diagnostic in str(exc), f"wrong diagnostic: {exc}") + else: + raise AssertionError(f"accepted negative control: {diagnostic}") + + +def metadata_self_test(source_root: Path) -> int: + controls = [] + with tempfile.TemporaryDirectory(prefix="cargo-metadata-admission-") as temporary: + root = Path(temporary).resolve() + files = { + cache.POLICY_REL, cache.SCHEMA_REL, state.POLICY_REL, + "policies/deterministic_cleanup_v0.1.json", "rust-toolchain.toml", + ".cargo/config.toml", "Cargo.lock", "tools/genesis-evidence-verifier/Cargo.lock", + "scripts/lib/cargo_cache.py", "scripts/lib/generated_state.py", + "scripts/lib/allocated_resources.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/deterministic_cleanup.py", + } + policy = cache.load_policy(source_root) + for scope in policy["scopes"]: + for pattern in scope["manifestGlobs"]: + files.update(p.relative_to(source_root).as_posix() for p in source_root.glob(pattern)) + for relative in sorted(files): + destination = root / relative + destination.parent.mkdir(parents=True, exist_ok=True) + shutil.copyfile(source_root / relative, destination) + subprocess.run(["git", "init", "-q", str(root)], check=True) + env = dict(os.environ) + for name in tuple(env): + if name.startswith(("GENESIS_CARGO_CACHE_", "GENESIS_GENERATED_STATE_")) or name in policy["buildEnvironment"]: + env.pop(name) + env["GENESIS_CARGO_CACHE_ROOT"] = str(root / ".genesis/build/cargo-cache/v1") + env["GENESIS_CARGO_CACHE_RUSTC_IDENTITY_JSON"] = json.dumps({ + "release": "1.90.0", "commit-hash": "0" * 40, "host": "test-host-triple", + }) + result = cache.resolve(root, "root-host", env) + payload = cache.pretty_bytes(result["metadata"]) + target = Path(result["target_dir"]) + relative = target.relative_to(root).as_posix() + metadata = target / result["metadata_file"] + + def admit(metadata_only=True, **kwargs): + return state.admit(root, "cargo-cache", result["metadata"]["cacheKeySha256"], relative, + "cargo-host", pid=os.getpid(), metadata_payload=payload if metadata_only else None, + **kwargs) + + with patch.dict(os.environ, env, clear=True), patch.object(state, "_free_bytes", return_value=1 << 30), contextlib.redirect_stdout(io.StringIO()): + require(cache.main(["--root", str(root), "--scope", "root-host", "--format", "json"]) == 0, + "metadata-only public CLI required a build reservation") + require(metadata.read_bytes() == payload and state.status(root)["activeLeases"] == 0, + "metadata output or transient release is wrong") + controls.append("public-json-metadata-under-build-floor") + + first = admit(free_bytes_override=1 << 30) + second = admit(free_bytes_override=1 << 30) + require(second["pendingGrowthBytes"] == 2 * first["pendingGrowthBytes"], "concurrent metadata temporaries shared one budget") + require(second["pendingGrowthBytes"] < 1 << 30, "metadata acquired a build-class reservation") + try: + with state.cleanup_guard(root, [".genesis/build"]): + raise AssertionError("cleanup entered while metadata was live") + except state.GeneratedStateError as exc: + require("active generated-state lease" in str(exc), "wrong live-metadata cleanup diagnostic") + controls.append("metadata-growth-additive-and-cleanup-protected") + state.release(root, first["leaseToken"]) + require(state.validate_lease(root, second["leaseToken"], relative)["valid"], "one release invalidated another metadata writer") + rejected(lambda: admit(False, free_bytes_override=1 << 30), "low-disk admission denied") + require(state.status(root)["activeLeases"] == 1, "failed build leaked or discarded a lease") + build = admit(False, free_bytes_override=32 << 30) + require(build["pendingGrowthBytes"] > 4 << 30, "live build lost its full reservation") + rejected(lambda: admit(free_bytes_override=1 << 30), "low-disk admission denied") + state.release(root, second["leaseToken"]) + require(state.status(root)["accountingBytes"] >= 4 << 30, "metadata release discarded a live build reservation") + state.release(root, build["leaseToken"]) + controls.append("mixed-build-metadata-preserves-build-growth-and-floor") + + with ThreadPoolExecutor(max_workers=4) as writers: + receipts = list(writers.map(lambda _: admit(free_bytes_override=1 << 30), range(4))) + require(len({item["leaseToken"] for item in receipts}) == 4, + "concurrent writers shared a lease identity") + require(state.status(root)["activeLeases"] == 4 + and max(item["pendingGrowthBytes"] for item in receipts) == 4 * first["pendingGrowthBytes"], + "serialized admission lost a concurrent growth reservation") + for item in receipts: + state.release(root, item["leaseToken"]) + controls.append("parallel-writers-serialize-additive-reservations") + + rejected(lambda: admit(free_bytes_override=1 << 30, environ={"GENESIS_GENERATED_STATE_MIN_FREE_BYTES": str(2 << 30)}), + "low-disk admission denied") + controls.append("explicit-caller-space-requirement-preserved") + rejected(lambda: admit(free_bytes_override=1), "low-disk admission denied") + require(metadata.read_bytes() == payload and state.status(root)["activeLeases"] == 0, + "exhausted metadata admission wrote state or leaked a lease") + controls.append("metadata-own-growth-and-journal-remain-required") + + first = admit(free_bytes_override=1 << 30) + quota = first["accountingBytes"] + first["pendingGrowthBytes"] + limits = {"GENESIS_GENERATED_STATE_HARD_BYTES": str(quota), "GENESIS_GENERATED_STATE_SOFT_BYTES": str(quota)} + second = admit(free_bytes_override=1 << 30, environ=limits) + rejected(lambda: admit(free_bytes_override=1 << 30, environ=limits), "hard quota admission denied") + require(state.status(root)["activeLeases"] == 2, "quota denial changed live metadata ownership") + state.release(root, first["leaseToken"]) + state.release(root, second["leaseToken"]) + controls.append("metadata-writers-cannot-double-spend-hard-quota") + + build = admit(False, free_bytes_override=32 << 30) + registry_path = root / ".genesis/build/.generated-state-v0.1/registry.json" + legacy = json.loads(registry_path.read_text()) + legacy.update(kind="genesis/generated-state-registry-v0.1", version="0.1") + for lease in legacy["leases"]: + lease.pop("operation"); lease.pop("growthBytes") + registry_path.write_bytes(state.pretty_bytes(legacy)) + before = registry_path.read_bytes() + require(state.status(root)["accountingBytes"] >= 4 << 30 and registry_path.read_bytes() == before, + "legacy observation lowered build growth or persisted migration") + rejected(lambda: admit(free_bytes_override=1 << 30), "low-disk admission denied") + state.release(root, build["leaseToken"]) + require(json.loads(registry_path.read_text())["version"] == "0.2", "mutation did not migrate validated legacy leases") + controls.append("legacy-read-preserved-and-atomic-mutation-migrates") + + active = admit(free_bytes_override=1 << 30) + registry = json.loads(registry_path.read_text()) + loaded, _, identity = state.load_policy(root) + for field, value in (("operation", "unknown"), ("growthBytes", 0), ("growthBytes", True)): + candidate = copy.deepcopy(registry); candidate["leases"][0][field] = value + rejected(lambda: state._validate_registry(candidate, loaded, identity), + "unknown generated-state lease operation" if field == "operation" else "growth") + candidate = copy.deepcopy(registry); candidate["entries"][0]["reservationBytes"] = 0 + rejected(lambda: state._validate_registry(candidate, loaded, identity), "producer policy") + state.release(root, active["leaseToken"]) + controls.append("closed-operation-decoder-and-policy-bound-entry-reservations") + + original_admit = state.admit + frozen = cache.prepare_materialization(result) + metadata.unlink() + def mutate_after_admission(*args, **kwargs): + receipt = original_admit(*args, **kwargs) + result["metadata"]["policySha256"] = "0" * 64 + return receipt + with patch.object(state, "admit", side_effect=mutate_after_admission), patch.object(state, "_free_bytes", return_value=1 << 30): + cache.materialize_admitted(root, result) + require(metadata.read_bytes() == frozen.payload, "writer recomputed mutable bytes after measuring admission") + result["metadata"] = json.loads(frozen.payload) + controls.append("admission-bound-to-frozen-written-payload") + + metadata.write_bytes(payload + b"x" * (2 << 20)) + actual_fdopen = cache.os.fdopen + offsets = [] + class ReadObserver: + def __init__(self, file): self.file = file + def __enter__(self): self.file.__enter__(); return self + def read(self, amount): + value = self.file.read(amount) + offsets.append(os.lseek(self.file.fileno(), 0, os.SEEK_CUR)) + return value + def __exit__(self, *args): return self.file.__exit__(*args) + with patch.object(cache.os, "fdopen", side_effect=lambda *args, **kwargs: ReadObserver(actual_fdopen(*args, **kwargs))): + rejected(lambda: cache.materialize(result), "metadata mismatch") + require(offsets == [len(payload) + 1], "corrupt metadata consumed unbounded bytes or buffered ahead") + metadata.write_bytes(payload) + controls.append("metadata-mismatch-uses-one-byte-unbuffered-probe") + + if not hasattr(os, "mkfifo"): + raise AssertionError("metadata admission controls require the declared POSIX guard profile") + metadata.unlink(); os.mkfifo(metadata) + inode = metadata.stat().st_ino + run = subprocess.run([sys.executable, str(root / "scripts/lib/cargo_cache.py"), "--root", str(root), "--scope", "root-host", "--format", "json"], + env=env, text=True, capture_output=True, timeout=5) + require(run.returncode == 2 and "not a regular file" in run.stderr and metadata.stat().st_ino == inode, + "FIFO metadata blocked or was mutated") + require(state.status(root)["activeLeases"] == 0, "FIFO rejection leaked metadata lease") + metadata.unlink(); metadata.write_bytes(payload) + controls.append("public-fifo-rejection-releases-lease") + + oversized = copy.deepcopy(result); oversized["metadata"]["padding"] = "x" * state.MAX_JSON_BYTES + rejected(lambda: cache.materialize_admitted(root, oversized), "bounded materialization payload") + require(metadata.read_bytes() == payload and state.status(root)["activeLeases"] == 0, + "oversized preparation wrote or leased state") + controls.append("oversized-preparation-denied-before-materialization") + + # Discovery precedes the materializer when an entry is not registered. + saved_registry = registry_path.read_bytes() + registry_path.write_bytes(state.pretty_bytes(state._new_registry(identity))) + empty_registry = registry_path.read_bytes() + metadata.unlink(); os.mkfifo(metadata) + inode = metadata.stat().st_ino + run = subprocess.run([sys.executable, str(root / "scripts/lib/cargo_cache.py"), "--root", str(root), "--scope", "root-host", "--format", "json"], + env=env, text=True, capture_output=True, timeout=5) + require(run.returncode == 2 and "cannot be registered safely" in run.stderr + and metadata.stat().st_ino == inode and registry_path.read_bytes() == empty_registry, + "unregistered FIFO discovery blocked, mutated the entry or wrote a lease") + metadata.unlink(); metadata.write_bytes(payload) + registry_path.write_bytes(saved_registry) + controls.append("public-unregistered-fifo-discovery-rejected-before-lease") + + document = root / "growing.json" + document.write_bytes(b"{}") + actual_fstat = state.os.fstat + def grow_after_descriptor_observation(descriptor): + observed = actual_fstat(descriptor) + document.write_bytes(b" " * (state.MAX_JSON_BYTES + 1) + b"{}") + return observed + offsets = [] + with patch.object(state.os, "fstat", side_effect=grow_after_descriptor_observation), patch.object(state.os, "fdopen", side_effect=lambda *args, **kwargs: ReadObserver(actual_fdopen(*args, **kwargs))): + rejected(lambda: state.load_json(document), "JSON input exceeds") + require(offsets and offsets[-1] == state.MAX_JSON_BYTES + 1, + "growing JSON consumed beyond the bounded one-byte probe") + controls.append("discovery-json-growth-bounded-after-descriptor-observation") + + document.write_bytes(b" " * (state.MAX_JSON_BYTES - 2) + b"{}") + require(state.load_json(document) == {}, "exact-limit JSON rejected") + document.write_bytes(b"\xff") + rejected(lambda: state.load_json(document), "JSON input is not UTF-8") + document.write_bytes(b'{"x":1,"x":2}') + rejected(lambda: state.load_json(document), "duplicate JSON key") + document.write_bytes(b"{}") + policy_link = root / "regular-json-link" + policy_link.symlink_to(document.name) + require(state.load_json(policy_link) == {}, "explicit regular policy-link compatibility changed") + controls.append("descriptor-json-limit-encoding-and-duplicate-contract") + + saved_path = registry_path.with_name("saved-registry.json") + registry_path.rename(saved_path) + registry_path.symlink_to("absent-registry-target.json") + registry_inode = registry_path.lstat().st_ino + try: + run = subprocess.run([sys.executable, str(root / "scripts/lib/generated_state.py"), "--root", str(root), "status", "--format", "json"], + env=env, text=True, capture_output=True, timeout=5) + require(run.returncode == 2 and "Traceback" not in run.stderr + and registry_path.is_symlink() and registry_path.lstat().st_ino == registry_inode + and not registry_path.with_name("absent-registry-target.json").exists(), + "dangling registry link was followed or treated as absent writable state") + finally: + registry_path.unlink(); saved_path.rename(registry_path) + controls.append("public-dangling-registry-entry-rejected-without-mutation") + + registry_path.write_bytes(empty_registry) + metadata.unlink(); metadata.symlink_to(document) + link_inode = metadata.lstat().st_ino + run = subprocess.run([sys.executable, str(root / "scripts/lib/cargo_cache.py"), "--root", str(root), "--scope", "root-host", "--format", "json"], + env=env, text=True, capture_output=True, timeout=5) + require(run.returncode == 2 and "Traceback" not in run.stderr + and metadata.is_symlink() and metadata.lstat().st_ino == link_inode + and document.read_bytes() == b"{}" and registry_path.read_bytes() == empty_registry, + "metadata discovery followed or mutated a final symlink") + metadata.unlink(); metadata.write_bytes(payload); registry_path.write_bytes(saved_registry) + controls.append("public-unregistered-metadata-link-rejected-without-mutation") + + private_policy_path = root / state.POLICY_REL + policy_bytes = private_policy_path.read_bytes() + actual_loads = state.json.loads + def replace_after_policy_decode(*args, **kwargs): + decoded = actual_loads(*args, **kwargs) + private_policy_path.write_bytes(b"{}") + return decoded + try: + with patch.object(state.json, "loads", side_effect=replace_after_policy_decode): + parsed, _, parsed_identity = state.load_policy(root) + require(parsed["kind"] == "genesis/generated-state-policy-v0.1" + and parsed_identity == state.digest_bytes(policy_bytes), + "policy identity hashes bytes other than the opened/parsed payload") + finally: + private_policy_path.write_bytes(policy_bytes) + controls.append("policy-identity-bound-to-one-frozen-descriptor-read") + + document.write_bytes(b"[" * 100000 + b"0" + b"]" * 100000) + rejected(lambda: state.load_json(document), "decoder nesting limit") + previous_integer_limit = sys.get_int_max_str_digits() + try: + sys.set_int_max_str_digits(4300) + document.write_bytes(b"9" * 5000) + rejected(lambda: state.load_json(document), "decoder value domain") + finally: + sys.set_int_max_str_digits(previous_integer_limit) + document.write_bytes(b"{}") + opened = [] + actual_open = state.os.open + def observe_open(*args, **kwargs): + descriptor = actual_open(*args, **kwargs) + opened.append(descriptor) + return descriptor + with patch.object(state.os, "open", side_effect=observe_open), patch.object(state, "bytearray", side_effect=MemoryError, create=True): + rejected(lambda: state.load_json(document), "bounded JSON input allocation failed") + require(len(opened) == 1, "allocation fault did not exercise one opened descriptor") + try: + os.fstat(opened[0]) + except OSError as exc: + require(exc.errno == errno.EBADF, "allocation failure closed the wrong descriptor") + else: + raise AssertionError("JSON allocation rejection leaked its descriptor") + controls.append("decoder-domain-and-allocation-errors-close-file-descriptors") + + active = admit(free_bytes_override=1 << 30) + registry = state.load_json(registry_path) + for field, value in (("owner", []), ("sizeClass", {}), ("contentKey", []), ("retentionClass", [])): + candidate = copy.deepcopy(registry); candidate["entries"][0][field] = value + rejected(lambda: state._validate_registry(candidate, loaded, identity), "generated-state entry") + candidate = copy.deepcopy(registry); candidate["leases"][0]["entryId"] = [] + rejected(lambda: state._validate_registry(candidate, loaded, identity), "unknown entry") + candidate = copy.deepcopy(registry) + candidate["transaction"] = {"id": "a" * 64, "entryId": [], "sourcePath": relative, + "quarantinePath": ".genesis/cleanup-quarantine/request", "phase": "planned"} + rejected(lambda: state._validate_registry(candidate, loaded, identity), "unknown entry") + state.release(root, active["leaseToken"]) + before_registry = registry_path.read_bytes() + identity_calls = [] + rejected(lambda: state.admit(root, "cargo-cache", result["metadata"]["cacheKeySha256"], relative, + "cargo-host", pid=0, identity_fn=lambda pid: identity_calls.append(pid) or "a" * 64, + free_bytes_override=1 << 30), "lease.pid") + require(not identity_calls and registry_path.read_bytes() == before_registry, + "explicit invalid PID acquired parent authority or mutated registry state") + require(all(state.process_identity(pid) is None for pid in (True, 0, -1, 1.5, "1", 10**100)), + "invalid or unrepresentable PID escaped the process identity boundary") + controls.append("closed-registry-references-and-explicit-process-id-admission") + + registry_now = registry_path.read_bytes() + registry_path.write_bytes(empty_registry) + original_prepare = cache.prepare_materialization + original_metadata = copy.deepcopy(result["metadata"]) + def mutate_identity_and_class_after_freeze(value): + prepared = original_prepare(value) + value["metadata"]["cacheKeySha256"] = "b" * 64 + value["metadata"]["cacheKey"]["buildEnvironment"].update( + CARGO_INCREMENTAL="0", CARGO_PROFILE_DEV_DEBUG="0", + ) + return prepared + try: + with patch.object(cache, "prepare_materialization", side_effect=mutate_identity_and_class_after_freeze), patch.object(state, "_free_bytes", return_value=32 << 30): + cache.materialize_admitted(root, result, lease_pid=os.getpid()) + bound = state.load_json(registry_path) + require(bound["entries"][0]["contentKey"] == original_metadata["cacheKeySha256"] + and bound["entries"][0]["sizeClass"] == "cargo-host" + and result["generated_state"]["pendingGrowthBytes"] > 4 << 30 + and metadata.read_bytes() == payload, + "mutable result changed identity/class after the frozen plan") + state.release(root, result["generated_state"]["leaseToken"]) + finally: + result.pop("generated_state", None) + result["metadata"] = original_metadata + registry_path.write_bytes(registry_now) + controls.append("frozen-metadata-binds-admission-identity-and-build-class") + + registry_path.write_bytes(empty_registry) + malformed = copy.deepcopy(original_metadata) + malformed["cacheKey"]["buildEnvironment"] = [] + metadata.write_bytes(cache.pretty_bytes(malformed)) + metadata_inode = metadata.stat().st_ino + run = subprocess.run([sys.executable, str(root / "scripts/lib/cargo_cache.py"), "--root", str(root), "--scope", "root-host", "--format", "json"], + env=env, text=True, capture_output=True, timeout=5) + require(run.returncode == 2 and "build environment is invalid" in run.stderr + and "Traceback" not in run.stderr and metadata.stat().st_ino == metadata_inode + and metadata.read_bytes() == cache.pretty_bytes(malformed) + and registry_path.read_bytes() == empty_registry, + "malformed discovery environment escaped or mutated state") + metadata.write_bytes(payload); registry_path.write_bytes(registry_now) + controls.append("public-discovery-build-environment-type-admitted") + require((root / state.POLICY_REL).read_bytes() == (source_root / state.POLICY_REL).read_bytes(), + "production policy was changed for operation controls") + require(len(controls) == 23, "control inventory drift") + print("cargo-metadata-admission: " + json.dumps({"controls": controls}, sort_keys=True)) + return len(controls) + + +if __name__ == "__main__": + metadata_self_test(Path(__file__).resolve().parents[2]) diff --git a/scripts/lib/engineering_gate_budgets.py b/scripts/lib/engineering_gate_budgets.py index 736224da7..d89c87972 100755 --- a/scripts/lib/engineering_gate_budgets.py +++ b/scripts/lib/engineering_gate_budgets.py @@ -19,6 +19,7 @@ from toml_compat import tomllib import engineering_gate_timing_calibration as timing_calibration import engineering_gate_timing_observations as timing_observations +import prerequisite_manifest POLICY = ROOT / "policies/engineering_gate_budgets_v0.1.json" SCHEMA = ROOT / "docs/spec/ENGINEERING_GATE_BUDGETS_v0.1.schema.json" @@ -45,12 +46,12 @@ "collector": "scripts/lib/engineering_gate_timing_observations.py", } STDLIB = { - "__future__", "argparse", "ast", "base64", "binascii", "collections", "concurrent", "contextlib", "copy", + "__future__", "argparse", "ast", "base64", "binascii", "collections", "concurrent", "contextlib", "copy", "ctypes", "dataclasses", "datetime", "decimal", "errno", "fcntl", "fnmatch", "fractions", "functools", "gzip", "hashlib", "html", "http", "io", "json", "math", "msvcrt", "os", "pathlib", "platform", "queue", "random", "re", "shlex", "shutil", "signal", "socket", "stat", "secrets", "statistics", "string", "subprocess", "sys", "tarfile", "tempfile", "threading", "time", "tomllib", - "types", "typing", "urllib", "xml", "zipfile", + "types", "typing", "unittest", "urllib", "xml", "zipfile", } @@ -279,9 +280,10 @@ def check_source_concentration(policy: Mapping[str, Any]) -> Tuple[int, int]: def undeclared_python_modules( - sources: Iterable[Tuple[str, str]], repo_modules: Set[str] + sources: Iterable[Tuple[str, str]], repo_modules: Set[str], + declared_modules: Optional[Mapping[str, str]] = None, ) -> Dict[str, Set[str]]: - import_re = re.compile(r"^\s*(?:import|from)\s+([A-Za-z_][A-Za-z0-9_]*)", re.MULTILINE) + import_re = re.compile(r"^\s*(?:import|from)\s+") unknown: Dict[str, Set[str]] = {} for source_name, source in sources: if source_name.endswith(".py"): @@ -301,9 +303,38 @@ def undeclared_python_modules( # Shell helpers can execute Python heredocs, so keep their scan # conservative. Python files use ASTs so inert string payloads do # not become false host prerequisites. - modules = import_re.findall(source) + modules = [] + lines = source.splitlines(keepends=True) + position = 0 + while position < len(lines): + if not import_re.match(lines[position]): + position += 1 + continue + # Admit a bounded complete statement, including parentheses, + # continuations, aliases and later semicolon-separated imports. + # Source strings in actual Python files still use the whole AST. + snippet = "" + for end in range(position, min(position + 32, len(lines))): + snippet += lines[end].lstrip() if end == position else lines[end] + if len(snippet.encode("utf-8")) > 65536: + break + try: + statement = ast.parse(snippet) + except SyntaxError: + continue + for node in ast.walk(statement): + if isinstance(node, ast.Import): + modules.extend(alias.name.split(".", 1)[0] for alias in node.names) + elif isinstance(node, ast.ImportFrom) and node.level == 0 and node.module: + modules.append(node.module.split(".", 1)[0]) + position = end + 1 + break + else: + raise BudgetError(f"GB-8 cannot parse bounded shell-embedded import: {source_name}") + if len(snippet.encode("utf-8")) > 65536: + raise BudgetError(f"GB-8 shell-embedded import exceeds its bound: {source_name}") for module in modules: - if module not in STDLIB and module not in repo_modules: + if module not in STDLIB and module not in repo_modules and module not in (declared_modules or {}): unknown.setdefault(module, set()).add(source_name) return unknown @@ -326,6 +357,12 @@ def repository_python_modules() -> Set[str]: def check_python_closure() -> int: + prerequisites = load_json(ROOT / "genesis.prerequisites.json") + try: + prerequisite_manifest.validate_manifest(prerequisites, check_sources=False) + declared = prerequisite_manifest.declared_python_modules(prerequisites) + except prerequisite_manifest.PrerequisiteError as exc: + raise BudgetError(f"GB-8 invalid Python prerequisite declaration: {exc}") from exc repo_modules = repository_python_modules() sources: List[Tuple[str, str]] = [] scanned = 0 @@ -337,11 +374,10 @@ def check_python_closure() -> int: sources.append( (path.relative_to(ROOT).as_posix(), path.read_text(encoding="utf-8")) ) - unknown = undeclared_python_modules(sources, repo_modules) + unknown = undeclared_python_modules(sources, repo_modules, declared) if unknown: detail = "; ".join(f"{name}:{','.join(sorted(paths))}" for name, paths in sorted(unknown.items())) raise BudgetError("GB-8 undeclared Python modules: " + detail) - prerequisites = load_json(ROOT / "genesis.prerequisites.json") python = next((tool for tool in prerequisites.get("tools", []) if tool.get("id") == "python"), None) if python is None or python.get("constraint", {}).get("minInclusive") != "3.9.0": raise BudgetError("GB-8 prerequisite manifest does not declare Python >=3.9.0") @@ -457,10 +493,38 @@ def self_test() -> int: raise BudgetError("release-profile leakage negative control was accepted") platform_stdlib = ( "import concurrent.futures\nimport contextlib\nimport errno\nimport fcntl\nimport msvcrt\nimport queue\n" + "import ctypes\nimport unittest\nfrom unittest.mock import patch\n" ) if undeclared_python_modules((("platform.py", platform_stdlib),), set()): raise BudgetError("declared cross-platform Python standard-library modules were rejected") controls += 1 + declared = prerequisite_manifest.declared_python_modules( + load_json(ROOT / "genesis.prerequisites.json") + ) + imports = (("checker.py", "import blake3\n"),) + if undeclared_python_modules(imports, set(), declared): + raise BudgetError("reviewed Python checker declaration was rejected") + if undeclared_python_modules(imports, set()) != {"blake3": {"checker.py"}}: + raise BudgetError("third-party module was accepted without a declaration") + controls += 2 + for name, source in [ + ("comma.py", "import json, genesis_unlisted_dependency\n"), + ("comma.sh", "python3 - <<'PY'\nimport json, genesis_unlisted_dependency\nPY\n"), + ("continued.sh", "python3 - <<'PY'\nimport json, \\\n genesis_unlisted_dependency\nPY\n"), + ("from.sh", "python3 - <<'PY'\nfrom json import dumps; import genesis_unlisted_dependency\nPY\n"), + ("parenthesized.sh", "python3 - <<'PY'\nfrom json import (\n dumps,\n); import genesis_unlisted_dependency\nPY\n"), + ("alias.sh", "python3 - <<'PY'\nimport blake3 as checker, genesis_unlisted_dependency as surprise\nPY\n"), + ]: + if undeclared_python_modules(((name, source),), set(), declared) != {"genesis_unlisted_dependency": {name}}: + raise BudgetError(f"undeclared compound Python import escaped GB-8: {name}") + controls += 1 + for source in ("import json, (\n", "from json import (\n" + "# continuation\n" * 33): + try: + undeclared_python_modules((("malformed.sh", source),), set(), declared) + except BudgetError: + controls += 1 + else: + raise BudgetError("malformed/unbounded shell import was accepted") repo_modules = repository_python_modules() if "lib" not in repo_modules or "quarto_site_contract" not in repo_modules: raise BudgetError("repository Python module discovery omitted a governed import root") diff --git a/scripts/lib/gate_telemetry.py b/scripts/lib/gate_telemetry.py index 5cf636de1..d971d8cf1 100644 --- a/scripts/lib/gate_telemetry.py +++ b/scripts/lib/gate_telemetry.py @@ -18,9 +18,15 @@ import time from typing import Any, Optional, Sequence +import gate_telemetry_darwin_inventory as darwin_inventory + +from supervisor_cancellation import SupervisorCancelled, cancellation_scope, deferred_cancellation + POLICY_REL = "policies/gate_telemetry_v0.1.json" MANIFEST_REL = "genesis.gates.json" AGGREGATE_OWNER_FD_ENV = "GENESIS_GATE_AGGREGATE_OWNER_FD" +PROCESS_GROUP_OWNER_FD_ENV = "GENESIS_GATE_PROCESS_GROUP_OWNER_FD" +EVENT_ROOT_ENV = "GENESIS_GATE_EVENT_ROOT" RETIRED_BUDGET_BYPASS_ENV = "GENESIS_GATE_BUDGET_ENFORCE" POLICY_FIELDS = { "aggregateSampleIntervalMs", @@ -112,6 +118,18 @@ def exact_disk_enabled(policy: dict, entrypoint: str, override: str | None) -> b return override == "1" or entrypoint in policy["exactDiskEntrypoints"] + +def native_descriptor(raw: str, label: str) -> int: + # File descriptors cross the host C-int boundary; reject before conversion. + if (os.name == "nt" or len(raw) > 10 or not raw.isascii() + or not raw.isdigit()): + raise TelemetryError(f"{label} descriptor is invalid") + descriptor = int(raw) + if descriptor < 3 or descriptor > 2**31 - 1: + raise TelemetryError(f"{label} descriptor is invalid") + return descriptor + + def aggregate_owner_fd() -> int | None: """Return a supervisor-issued disk-attribution capability, if present.""" retired = os.environ.get(RETIRED_BUDGET_BYPASS_ENV) @@ -122,9 +140,7 @@ def aggregate_owner_fd() -> int | None: raw = os.environ.get(AGGREGATE_OWNER_FD_ENV) if raw is None: return None - if os.name == "nt" or not raw.isascii() or not raw.isdigit() or int(raw) < 3: - raise TelemetryError("aggregate resource owner descriptor is invalid") - descriptor = int(raw) + descriptor = native_descriptor(raw, "aggregate resource owner") try: metadata = os.fstat(descriptor) except OSError as exc: @@ -147,6 +163,28 @@ def aggregate_owner_fd() -> int | None: return descriptor +def process_group_owner_fd() -> int | None: + """Borrow a parent's inherited group-lifetime descriptor; never signal that group.""" + raw = os.environ.get(PROCESS_GROUP_OWNER_FD_ENV) + if raw is None: + return None + descriptor = native_descriptor(raw, "process-group owner") + try: + import fcntl + metadata = os.fstat(descriptor) + flags = fcntl.fcntl(descriptor, fcntl.F_GETFL) + inherited = os.get_inheritable(descriptor) + except (ImportError, OSError) as exc: + raise TelemetryError("process-group owner descriptor is not inherited") from exc + access = flags & os.O_ACCMODE + if (not stat.S_ISREG(metadata.st_mode) or not inherited + or access not in (os.O_RDWR, os.O_WRONLY) + or (access == os.O_WRONLY and not flags & os.O_APPEND)): + raise TelemetryError("process-group owner descriptor is not a writable inherited lifetime capability") + return descriptor + + + def forward_aggregate_events(descriptor: int | None, events: dict[str, int]) -> None: if descriptor is None: return @@ -207,10 +245,10 @@ def filesystem_free_bytes(root: Path) -> int: return int(stats.f_bavail) * int(stats.f_frsize) -def linux_process_tree(root_pid: int) -> set[int]: +def linux_process_tree(root_pid: int, stop: Optional[threading.Event] = None) -> set[int]: seen = set() queue = deque([root_pid]) - while queue: + while queue and (stop is None or not stop.is_set()): pid = queue.popleft() if pid in seen: continue @@ -240,16 +278,96 @@ def run(self): while not self.stop.is_set(): self.sample() self.stop.wait(self.interval) - self.sample() - except (OSError, subprocess.SubprocessError) as exc: + except (OSError, subprocess.SubprocessError, TelemetryError, darwin_inventory.InventoryError) as exc: self.error = str(exc) + def darwin_inventory(self) -> Optional[str]: + """Own a cancellable, bounded inventory helper rather than a blocked run.""" + if self.stop.is_set(): + return None + # Normal collection and cancellation have independent bounds: a cold + # interpreter plus a large tree can exceed one second, while stop must + # still interrupt it inside the existing two-second join envelope. + deadline = time.monotonic() + 5.0 + maximum = 1024 * 1024 + payload = bytearray() + leader_drained = False + proc = subprocess.Popen( + [sys.executable, "-I", "-B", str(Path(darwin_inventory.__file__).resolve()), str(self.pid)], + stdin=subprocess.DEVNULL, + stdout=subprocess.PIPE, stderr=subprocess.STDOUT, start_new_session=True, + ) + try: + if proc.stdout is None: + raise TelemetryError("process inventory output pipe is unavailable") + os.set_blocking(proc.stdout.fileno(), False) + while True: + if self.stop.is_set(): + return None + remaining = deadline - time.monotonic() + if remaining <= 0: + raise TelemetryError("process inventory exceeded its five-second deadline") + try: + chunk = os.read(proc.stdout.fileno(), min(65536, maximum + 1 - len(payload))) + except BlockingIOError: + if not leader_drained and proc.poll() is not None: + # A descendant can retain either pipe after leader + # exit. Drain the group without waiting for pipe EOF. + self.terminate_inventory_group(proc) + leader_drained = True + self.stop.wait(min(0.02, remaining)) + continue + if not chunk: + if proc.wait(timeout=min(0.5, remaining)) != 0: + detail = payload[-512:].decode("ascii", errors="replace").strip() + suffix = f": {detail}" if detail else "" + raise TelemetryError("process inventory exited unsuccessfully" + suffix) + try: + return payload.decode("ascii") + except UnicodeError as exc: + raise TelemetryError("process inventory is not ASCII") from exc + payload.extend(chunk) + if len(payload) > maximum: + raise TelemetryError("process inventory exceeds its 1 MiB output bound") + finally: + # A helper can retain descendants or an open pipe after its leader + # exits. Its private group never includes the governed gate. + try: + self.terminate_inventory_group(proc) + finally: + try: + proc.wait(timeout=0.5) + finally: + if proc.stdout is not None: + proc.stdout.close() + + def terminate_inventory_group(self, proc): + try: + os.killpg(proc.pid, signal.SIGKILL) + except ProcessLookupError: + pass + except PermissionError as exc: + status = proc.poll() + # Permission denial alone never proves successful cleanup. Darwin + # can report exited group members before nonblocking wait observes + # the leader's exit. Confirm no live members, then bound the reap. + if (sys.platform != "darwin" + or darwin_inventory.NativeInventory().group_has_live_processes(proc.pid)): + raise TelemetryError(f"inventory group signal denied (leader_status={status})") from exc + if status is None: + try: + proc.wait(timeout=0.5) + except subprocess.TimeoutExpired: + raise TelemetryError("inventory group signal denied (leader_status=None)") from exc + def sample(self): if self.platform == "linux": - pids = linux_process_tree(self.pid) + pids = linux_process_tree(self.pid, self.stop) rss_total = 0 page_size = os.sysconf("SC_PAGE_SIZE") for pid in pids: + if self.stop.is_set(): + return try: fields = Path(f"/proc/{pid}/statm").read_text(encoding="ascii").split() rss_total += int(fields[1]) * page_size @@ -266,15 +384,24 @@ def sample(self): pass self.peak_rss = max(self.peak_rss, rss_total) elif self.platform == "darwin": - proc = subprocess.run(["ps", "-axo", "pid=,ppid=,rss="], text=True, stdout=subprocess.PIPE, stderr=subprocess.DEVNULL) + inventory = self.darwin_inventory() + if inventory is None: + return children = defaultdict(list) rss = {} - for line in proc.stdout.splitlines(): + for line in inventory.splitlines(): fields = line.split() - if len(fields) == 3 and all(value.isdigit() for value in fields): - pid, ppid, rss_kib = map(int, fields) - children[ppid].append(pid) - rss[pid] = rss_kib * 1024 + if (len(fields) != 3 or any(not value.isascii() or not value.isdigit() for value in fields) + or len(fields[0]) > 10 or len(fields[1]) > 10 or len(fields[2]) > 17): + raise TelemetryError("process inventory row is malformed") + pid, ppid, rss_kib = map(int, fields) + if (not 0 < pid <= 2**31 - 1 or not 0 <= ppid <= 2**31 - 1 + or rss_kib > 2**54 or pid in rss + or (not rss and (pid != self.pid or ppid != 0)) + or (rss and ppid not in rss)): + raise TelemetryError("process inventory row contradicts its tree or numeric bounds") + children[ppid].append(pid) + rss[pid] = rss_kib * 1024 pids, queue = set(), deque([self.pid]) while queue: pid = queue.popleft() @@ -321,7 +448,7 @@ def normalize_platform() -> str: return value if value in {"darwin", "linux", "windows"} else "unsupported" -def run(root: Path, entrypoint: str, command: Sequence[str], output: Path | None, emit: str) -> int: +def observe(root: Path, entrypoint: str, command: Sequence[str], output: Path | None, emit: str) -> int: root = root.resolve() entrypoint = repo_path(entrypoint, "entrypoint") policy = load_policy(root) @@ -333,59 +460,108 @@ def run(root: Path, entrypoint: str, command: Sequence[str], output: Path | None if not command: raise TelemetryError("gate command is empty") aggregate_fd = aggregate_owner_fd() + group_fd = process_group_owner_fd() + owns_group = group_fd is None exact_disk = exact_disk_enabled( policy, entrypoint, os.environ.get("GENESIS_GATE_TELEMETRY_EXACT_DISK") ) before_disk = disk_size(root, policy["diskRoots"]) if exact_disk else filesystem_free_bytes(root) - event_fd, event_name = tempfile.mkstemp(prefix="genesis-gate-events.", suffix=".jsonl") - os.close(event_fd) - event_path = Path(event_name) - env = dict(os.environ) - env["GENESIS_GATE_TELEMETRY_ACTIVE_ENTRYPOINT"] = entrypoint - env["GENESIS_GATE_TELEMETRY_EVENT_FILE"] = str(event_path) - started = time.monotonic_ns() + event_scope = None + event_fd = None + event_path = None + proc = None + sampler = None + thread = None + cancelled_signal = None try: - popen_options = {"pass_fds": (aggregate_fd,)} if aggregate_fd is not None else {} - proc = subprocess.Popen( - command, cwd=root, env=env, start_new_session=True, **popen_options - ) - except OSError: - event_path.unlink(missing_ok=True) - raise - sampler = Sampler(proc.pid, sample_interval_ms(policy, gate)) - thread = threading.Thread(target=sampler.run, daemon=True) - thread.start() - previous_handlers = {} - - def forward(signum, _frame): - try: - os.killpg(proc.pid, signum) - except ProcessLookupError: - pass - - for signum in (signal.SIGINT, signal.SIGTERM, signal.SIGHUP): - previous_handlers[signum] = signal.signal(signum, forward) - try: - _, status, usage = os.wait4(proc.pid, 0) - exit_code = os.waitstatus_to_exitcode(status) - proc.returncode = exit_code - finally: - sampler.stop.set() - thread.join(timeout=2) - for signum, handler in previous_handlers.items(): - signal.signal(signum, handler) - if thread.is_alive(): - event_path.unlink(missing_ok=True) - raise TelemetryError("resource sampler did not stop within 2 seconds") - if sampler.error is not None: - event_path.unlink(missing_ok=True) - raise TelemetryError(f"resource sampler failed: {sampler.error}") - duration = time.monotonic_ns() - started - after_disk = disk_size(root, policy["diskRoots"]) if exact_disk else filesystem_free_bytes(root) - try: - events = event_counts(event_path, policy) + with deferred_cancellation(): + if owns_group: + if EVENT_ROOT_ENV in os.environ: + raise TelemetryError("event root requires an inherited process-group owner") + event_scope = tempfile.TemporaryDirectory(prefix="genesis-gate-event-scope.") + event_root = Path(event_scope.name) + else: + raw_root = os.environ.get(EVENT_ROOT_ENV) + if not raw_root: + raise TelemetryError("process-group owner requires its event root") + event_root = Path(raw_root) + if not event_root.is_absolute() or not event_root.is_dir() or event_root.is_symlink(): + raise TelemetryError("process-group event root must be an absolute regular directory") + event_fd, event_name = tempfile.mkstemp(prefix="genesis-gate-events.", suffix=".jsonl", dir=event_root) + event_path = Path(event_name) + os.set_inheritable(event_fd, True) + env = dict(os.environ) + env["GENESIS_GATE_TELEMETRY_ACTIVE_ENTRYPOINT"] = entrypoint + env["GENESIS_GATE_TELEMETRY_EVENT_FILE"] = str(event_path) + # A standalone observer issues its own lifetime capability. Nested + # observers borrow it and remain inside the one owner's process group. + child_group_fd = event_fd if owns_group else group_fd + env[PROCESS_GROUP_OWNER_FD_ENV] = str(child_group_fd) + env[EVENT_ROOT_ENV] = str(event_root) + inherited_fds = tuple(sorted({child_group_fd} | ({aggregate_fd} if aggregate_fd is not None else set()))) + started = time.monotonic_ns() + with deferred_cancellation(): + proc = subprocess.Popen( + command, cwd=root, env=env, start_new_session=owns_group, + pass_fds=inherited_fds, + ) + sampler = Sampler(proc.pid, sample_interval_ms(policy, gate)) + thread = threading.Thread(target=sampler.run, daemon=True) + thread.start() + while True: + pid, status, usage = os.wait4(proc.pid, os.WNOHANG) + if pid: + exit_code = os.waitstatus_to_exitcode(status) + proc.returncode = exit_code + break + if sampler.error is not None: + raise TelemetryError(f"resource sampler failed: {sampler.error}") + time.sleep(0.05) + except SupervisorCancelled as exc: + if proc is None: + raise + cancelled_signal = exc.signum finally: - event_path.unlink(missing_ok=True) + with deferred_cancellation(): + try: + if proc is not None: + try: + if owns_group: + # Descendants may outlive their successfully exited leader. + os.killpg(proc.pid, signal.SIGKILL) + elif proc.returncode is None: + # The caller owns the group and will drain it when this + # observer exits; do not signal an inherited caller group. + proc.kill() + except ProcessLookupError: + pass + if proc.returncode is None: + _, status, usage = os.wait4(proc.pid, 0) + proc.returncode = os.waitstatus_to_exitcode(status) + finally: + try: + if sampler is not None: + sampler.stop.set() + if thread is not None and thread.ident is not None: + thread.join(timeout=2) + if thread is not None and thread.is_alive(): + raise TelemetryError("resource sampler did not stop within 2 seconds") + if sampler is not None and sampler.error is not None: + raise TelemetryError(f"resource sampler failed: {sampler.error}") + duration = time.monotonic_ns() - started if proc is not None else 0 + after_disk = disk_size(root, policy["diskRoots"]) if exact_disk else filesystem_free_bytes(root) + events = event_counts(event_path, policy) if event_path is not None else {} + finally: + try: + if event_fd is not None: + os.close(event_fd) + if event_path is not None: + event_path.unlink(missing_ok=True) + finally: + if event_scope is not None: + event_scope.cleanup() + if cancelled_signal is not None: + exit_code = -cancelled_signal forward_aggregate_events(aggregate_fd, events) rusage_rss = int(usage.ru_maxrss if normalize_platform() == "darwin" else usage.ru_maxrss * 1024) peak_rss = max(sampler.peak_rss, rusage_rss) @@ -456,6 +632,14 @@ def forward(signum, _frame): return effective_exit_code +def run(root: Path, entrypoint: str, command: Sequence[str], output: Path | None, emit: str) -> int: + try: + with cancellation_scope(): + return observe(root, entrypoint, command, output, emit) + except SupervisorCancelled as exc: + return 128 + exc.signum + + def main(argv=None): parser = argparse.ArgumentParser() parser.add_argument("--root", type=Path, required=True) diff --git a/scripts/lib/gate_telemetry_cancellation.py b/scripts/lib/gate_telemetry_cancellation.py new file mode 100644 index 000000000..adc9809a9 --- /dev/null +++ b/scripts/lib/gate_telemetry_cancellation.py @@ -0,0 +1,149 @@ +#!/usr/bin/env python3 +"""Bounded controls for actual telemetry CLI and nested ownership delegation.""" +from __future__ import annotations + +import argparse +import json +import os +from pathlib import Path +import signal +import shutil +import subprocess +import sys +import tempfile +import time + +import generated_authority as ga +import gate_telemetry as telemetry +from generated_authority_cancellation import group_alive, wait_for + + +def worker(root: Path, scope: Path, case: str) -> int: + ready = scope / 'ready.json' + output = scope / 'report.json' + payload = ( + "import json,os,signal,time; from pathlib import Path; " + "[(signal.signal(s,signal.SIG_IGN)) for s in (signal.SIGINT,signal.SIGTERM,signal.SIGHUP)]; " + f"Path({str(ready)!r}).write_text(json.dumps({{'pid':os.getpid(),'pgid':os.getpgrp()}})); " + "time.sleep(30)" + ) + command = [sys.executable, '-c', payload] + if case == 'leader-exit': + command = [sys.executable, '-c', + f"import subprocess,time; from pathlib import Path; subprocess.Popen({command!r}); " + f"p=Path({str(ready)!r});\nwhile not p.exists(): time.sleep(.01)"] + if case in ('nested', 'timeout', 'checks'): + # Two wrappers must borrow the same owning group, including standalone + # wrappers inside an aggregate's command. + for _ in range(2): + command = [sys.executable, str(root / 'scripts/lib/gate_telemetry.py'), + '--root', str(root), '--entrypoint', 'scripts/check_doc_hygiene.sh', + '--emit', 'none', '--', *command] + owner = ga.AggregateResourceOwner(scope, scope, {'maxTimeoutSeconds':20,'maxDiskMiB':64}, sampling_root=root) + try: + def selected(_argv): + if case == 'checks': + import shlex + scripts=scope/'scripts';scripts.mkdir() + (scripts/'wrapper.sh').write_text('exec ' + shlex.join(command) + '\n') + ga.run_checks(scope,[{'checks':['scripts/wrapper.sh'],'timeoutSeconds':15}],owner) + else: + ga.run_bounded(command,cwd=root,timeout=1 if case=='timeout' else 15,owner=owner) + return 0 + ga.run_main = selected + try: + return ga.main([]) + except subprocess.TimeoutExpired: + return 1 + finally: + owner.close(validate=False) + shutil.rmtree(owner.temporary_root) + if case in ('sampler-failure','registration'): + if case == 'sampler-failure': + def failed_sample(self): + wait_for(ready.exists,'sampler child readiness') + raise OSError('injected sampler failure') + telemetry.Sampler.sample = failed_sample + else: + popen = subprocess.Popen + def interrupted_spawn(*args,**kwargs): + proc=popen(*args,**kwargs) + wait_for(ready.exists,'telemetry spawn readiness') + os.kill(os.getpid(),signal.SIGTERM) + return proc + telemetry.subprocess.Popen = interrupted_spawn + try: + return telemetry.run(root,'scripts/check_doc_hygiene.sh',command,output,'none') + except telemetry.TelemetryError: + return 2 + return telemetry.main(['--root',str(root),'--entrypoint','scripts/check_doc_hygiene.sh','--out',str(output),'--emit','none','--',*command]) + + +def cancellation_self_test(root: Path) -> int: + if os.name == 'nt': + print('gate-telemetry-cancellation: POSIX process ownership unsupported on Windows') + return 0 + cases = [(case, sig) for case in ('standalone','nested','checks') for sig in (signal.SIGINT,signal.SIGTERM,signal.SIGHUP)] + cases += [(case,None) for case in ('timeout','leader-exit','sampler-failure','registration')] + observations=[] + with tempfile.TemporaryDirectory(prefix='gate-telemetry-cancellation-controls-') as temporary: + for index,(case,sig) in enumerate(cases): + scope=Path(temporary)/str(index);scope.mkdir() + events=scope/'events';events.mkdir() + ready=scope/'ready.json' + env=dict(os.environ,TMPDIR=str(events),TMP=str(events),TEMP=str(events)) + for key in (telemetry.AGGREGATE_OWNER_FD_ENV,telemetry.PROCESS_GROUP_OWNER_FD_ENV,telemetry.RETIRED_BUDGET_BYPASS_ENV,telemetry.EVENT_ROOT_ENV):env.pop(key,None) + with (scope/'worker.log').open('wb') as log: + process=subprocess.Popen([sys.executable,str(Path(__file__).resolve()),'--worker',case,'--root',str(root),'--scope',str(scope)],env=env,stdout=log,stderr=subprocess.STDOUT,start_new_session=True) + child_group=None + try: + wait_for(lambda:ready.exists() or process.poll() is not None,'actual child readiness') + ga.require(ready.exists(),(scope/'worker.log').read_text()) + child_group=json.loads(ready.read_text())['pgid'] + if sig is not None:process.send_signal(sig) + result=process.wait(timeout=8) + expected=128+sig if sig is not None else {'timeout':1,'leader-exit':0,'sampler-failure':2,'registration':143}[case] + ga.require(result==expected,f'{case}: expected {expected}, got {result}: {(scope/"worker.log").read_text()}') + wait_for(lambda:not group_alive(child_group),'nested child group cleanup') + ga.require(not list(events.glob('genesis-gate-*')),'standalone event channel survived cleanup') + # Aggregate-owned private events are also deleted by telemetry; + # the aggregate owner root remains until this fixture releases it. + ga.require(not list(scope.rglob('genesis-gate-events.*')),'nested event channel survived cleanup') + if case in ('standalone','registration'): + record=json.loads((scope/'report.json').read_text()) + ga.require(record['result']=={'exitCode':expected,'status':'signaled'},'cancellation observation lost signal status') + if case=='leader-exit': + ga.require(json.loads((scope/'report.json').read_text())['result']=={'exitCode':0,'status':'passed'},'leader success classification changed') + observations.append({'case':case,'signal':sig,'returncode':result}) + finally: + ga.kill_and_reap(process) + if ready.exists():child_group=json.loads(ready.read_text())['pgid'] + if child_group is not None and group_alive(child_group):os.killpg(child_group,signal.SIGKILL) + # Descriptor validation never accepts an environment-only or read-only claim. + saved=os.environ.get(telemetry.PROCESS_GROUP_OWNER_FD_ENV) + try: + for raw in ('2','-1','no-fd','999999','2147483648','9'*10000): + os.environ[telemetry.PROCESS_GROUP_OWNER_FD_ENV]=raw + try:telemetry.process_group_owner_fd() + except telemetry.TelemetryError:pass + else:raise ga.AuthorityError('invalid process-group descriptor accepted') + with tempfile.NamedTemporaryFile() as file: + fd=os.open(file.name,os.O_RDONLY);os.set_inheritable(fd,True) + try: + os.environ[telemetry.PROCESS_GROUP_OWNER_FD_ENV]=str(fd) + try:telemetry.process_group_owner_fd() + except telemetry.TelemetryError:pass + else:raise ga.AuthorityError('read-only regular group descriptor accepted') + finally:os.close(fd) + finally: + if saved is None:os.environ.pop(telemetry.PROCESS_GROUP_OWNER_FD_ENV,None) + else:os.environ[telemetry.PROCESS_GROUP_OWNER_FD_ENV]=saved + ga.require(len(observations)==13,'telemetry ownership control inventory drift') + print('gate-telemetry-cancellation: '+json.dumps({'controls':observations,'descriptor_rejections':7},sort_keys=True)) + return 20 + + +if __name__=='__main__': + parser=argparse.ArgumentParser();parser.add_argument('--root',type=Path,default=ga.ROOT);parser.add_argument('--worker');parser.add_argument('--scope',type=Path);args=parser.parse_args() + if args.worker:raise SystemExit(worker(args.root,args.scope,args.worker)) + cancellation_self_test(args.root) diff --git a/scripts/lib/gate_telemetry_darwin_inventory.py b/scripts/lib/gate_telemetry_darwin_inventory.py new file mode 100644 index 000000000..e36a05b50 --- /dev/null +++ b/scripts/lib/gate_telemetry_darwin_inventory.py @@ -0,0 +1,151 @@ +#!/usr/bin/env python3 +"""Unprivileged, bounded libproc process-tree inventory for the Darwin sampler.""" +from __future__ import annotations + +from collections import deque +import ctypes +import errno +import sys + +MAX_PROCESSES = 32768 +MAX_OUTPUT_BYTES = 1024 * 1024 + + +class InventoryError(ValueError): + pass + + +class BsdInfo(ctypes.Structure): + _fields_ = [(name, ctypes.c_uint32) for name in ( + 'flags', 'status', 'xstatus', 'pid', 'ppid', 'uid', 'gid', 'ruid', + 'rgid', 'svuid', 'svgid', 'reserved', + )] + [('comm', ctypes.c_char * 16), ('name', ctypes.c_char * 32)] + [ + (name, ctypes.c_uint32) for name in ('nfiles', 'pgid', 'jobc', 'tdev', 'tpgid') + ] + [('nice', ctypes.c_int32), ('sec', ctypes.c_uint64), ('usec', ctypes.c_uint64)] + + +class RusageInfoV0(ctypes.Structure): + # The public RUSAGE_INFO_V0 ABI in sys/resource.h: UUID then ten uint64s. + _fields_ = [('ri_uuid', ctypes.c_uint8 * 16)] + [ + (name, ctypes.c_uint64) for name in ( + 'ri_user_time', 'ri_system_time', 'ri_pkg_idle_wkups', + 'ri_interrupt_wkups', 'ri_pageins', 'ri_wired_size', + 'ri_resident_size', 'ri_phys_footprint', + 'ri_proc_start_abstime', 'ri_proc_exit_abstime', + ) + ] + + +class NativeInventory: + def __init__(self): + if (sys.platform != 'darwin' or ctypes.sizeof(RusageInfoV0) != 96 + or ctypes.sizeof(BsdInfo) != 136 or BsdInfo.sec.offset != 120): + raise InventoryError('Darwin resource ABI is unavailable') + self.library = ctypes.CDLL('/usr/lib/libproc.dylib', use_errno=True) + self.library.proc_listpids.argtypes = [ctypes.c_uint32, ctypes.c_uint32, ctypes.c_void_p, ctypes.c_int] + self.library.proc_listpids.restype = ctypes.c_int + self.library.proc_pid_rusage.argtypes = [ctypes.c_int, ctypes.c_int, ctypes.c_void_p] + self.library.proc_pid_rusage.restype = ctypes.c_int + self.library.proc_pidinfo.argtypes = [ctypes.c_int, ctypes.c_int, ctypes.c_uint64, ctypes.c_void_p, ctypes.c_int] + self.library.proc_pidinfo.restype = ctypes.c_int + + def start_time(self, pid): + info = BsdInfo() + ctypes.set_errno(0) + size = ctypes.sizeof(info) + received = self.library.proc_pidinfo(pid, 3, 0, ctypes.byref(info), size) + error = ctypes.get_errno() + if received == 0 and error == errno.ESRCH: + return None + if (error or received != size or info.pid != pid or info.sec == 0 + or info.usec >= 1000000): + raise InventoryError(f'process birth inventory failed (errno={error})') + return int(info.sec) + + def pids(self, kind, pid): + capacity = 64 + while capacity <= MAX_PROCESSES: + buffer = (ctypes.c_int * capacity)() + size = ctypes.sizeof(buffer) + ctypes.set_errno(0) + received = self.library.proc_listpids(kind, pid, buffer, size) + error = ctypes.get_errno() + if received == 0 and error == errno.ESRCH: + return [] + if error or received < 0 or received > size or received % ctypes.sizeof(ctypes.c_int): + raise InventoryError(f'process-child inventory failed (errno={error})') + if received < size: + pids = list(buffer[:received // ctypes.sizeof(ctypes.c_int)]) + if any(pid <= 0 for pid in pids): + raise InventoryError('process-child inventory contains an invalid PID') + return pids + capacity *= 2 + raise InventoryError('process-child inventory exceeds its count bound') + + def children(self, pid): + return self.pids(6, pid) # PROC_PPID_ONLY + + def resource_info(self, pid): + info = RusageInfoV0() + ctypes.set_errno(0) + result = self.library.proc_pid_rusage(pid, 0, ctypes.byref(info)) + error = ctypes.get_errno() + if result != 0: + if error == errno.ESRCH: + return None # An exited process is an ordinary sampled race. + raise InventoryError(f'process resource inventory failed (errno={error})') + return info + + def resident(self, pid): + info = self.resource_info(pid) + return None if info is None else int(info.ri_resident_size) + + def group_has_live_processes(self, pgid): + for pid in self.pids(2, pgid): # PROC_PGRP_ONLY + info = self.resource_info(pid) + if info is not None and info.ri_proc_exit_abstime == 0: + return True + return False + + +def rows(root_pid, inventory): + if isinstance(root_pid, bool) or not isinstance(root_pid, int) or not 0 < root_pid <= 2**31 - 1: + raise InventoryError('process root PID is invalid') + queue = deque([(root_pid, 0)]) + discovered = {root_pid} + output_bytes = 0 + while queue: + pid, parent = queue.popleft() + resident = inventory.resident(pid) + if resident is None: + continue + if isinstance(resident, bool) or not isinstance(resident, int) or not 0 <= resident <= 2**64 - 1: + raise InventoryError('process resident size is invalid') + line = f'{pid} {parent} {(resident + 1023) // 1024}\n' + output_bytes += len(line.encode('ascii')) + if output_bytes > MAX_OUTPUT_BYTES: + raise InventoryError('process inventory exceeds its output bound') + yield line + for child in inventory.children(pid): + if isinstance(child, bool) or not isinstance(child, int) or not 0 < child <= 2**31 - 1: + raise InventoryError('process-child inventory contains an invalid PID') + if child not in discovered: + if len(discovered) >= MAX_PROCESSES: + raise InventoryError('process inventory exceeds its count bound') + discovered.add(child) + queue.append((child, pid)) + + +def main(): + if len(sys.argv) != 2 or len(sys.argv[1]) > 10 or not sys.argv[1].isascii() or not sys.argv[1].isdigit(): + raise InventoryError('process root PID is invalid') + for line in rows(int(sys.argv[1]), NativeInventory()): + sys.stdout.write(line) + + +if __name__ == '__main__': + try: + main() + except (InventoryError, OSError) as exc: + print(f'process inventory: {exc}', file=sys.stderr) + raise SystemExit(2) diff --git a/scripts/lib/gate_telemetry_sampler_controls.py b/scripts/lib/gate_telemetry_sampler_controls.py new file mode 100644 index 000000000..eab6f507a --- /dev/null +++ b/scripts/lib/gate_telemetry_sampler_controls.py @@ -0,0 +1,492 @@ +#!/usr/bin/env python3 +"""Actual bounded-process controls for the telemetry inventory owner.""" +from __future__ import annotations + +import os +from pathlib import Path +import signal +import subprocess +import sys +import tempfile +import threading +import time +from unittest.mock import patch + +import gate_telemetry as telemetry + + +def sampler_self_test() -> int: + if os.name == 'nt': + raise telemetry.TelemetryError('POSIX inventory owner controls unsupported on Windows') + controls = 0 + popen = subprocess.Popen + with tempfile.TemporaryDirectory(prefix='telemetry-sampler-controls-') as temporary: + scope = Path(temporary) + for case in ('rss', 'exact', 'oversize', 'nonzero', 'nonascii', 'timeout', 'cancel', 'descendant'): + sampler = telemetry.Sampler(os.getpid(), 20) + sampler.platform = 'darwin' + ready = scope / case + inventory = f'{sampler.pid} 0 7\n900001 {sampler.pid} 11\n' + code = ( + 'import os,signal,time; from pathlib import Path; ' + '[signal.signal(s,signal.SIG_IGN) for s in (signal.SIGINT,signal.SIGTERM,signal.SIGHUP)]; ' + f'Path({str(ready)!r}).write_text(str(os.getpid())); ' + ) + if case == 'rss': + code += f'os.write(1,{inventory.encode()!r})' + elif case in ('exact', 'oversize'): + code += "[os.write(1,b' ' * 65536) for _ in range(16)]; " + if case == 'oversize': + code += "os.write(1,b' '); time.sleep(30)" + elif case == 'nonzero': + code += 'raise SystemExit(7)' + elif case == 'nonascii': + code += "os.write(1,b'\\xff')" + elif case == 'descendant': + child_ready = scope / 'descendant-child' + child = ('import os,signal,time;from pathlib import Path; ' + 'signal.signal(signal.SIGTERM,signal.SIG_IGN); ' + f'Path({str(child_ready)!r}).write_text(str(os.getpgrp())); time.sleep(30)') + code += ('import subprocess; ' + f'subprocess.Popen([{sys.executable!r},"-c",{child!r}],stdout=subprocess.DEVNULL); ' + f'p=Path({str(child_ready)!r});\nwhile not p.exists(): time.sleep(.01)') + else: + code += 'time.sleep(30)' + helpers = [] + def spawn(argv, **kwargs): + if argv != [sys.executable, '-I', '-B', str(Path(telemetry.darwin_inventory.__file__).resolve()), str(sampler.pid)]: + raise telemetry.TelemetryError('inventory argv drift') + proc = popen([sys.executable, '-c', code], **kwargs) + helpers.append(proc) + return proc + thread = None + try: + with patch.object(telemetry.subprocess, 'Popen', spawn): + if case == 'cancel': + thread = threading.Thread(target=sampler.run, daemon=True) + thread.start() + deadline = time.monotonic() + 1 + while not ready.exists() and time.monotonic() < deadline: + time.sleep(.01) + if not ready.exists(): + raise telemetry.TelemetryError('inventory helper readiness failure') + sampler.stop.set() + thread.join(timeout=2) + if thread.is_alive() or sampler.error is not None: + raise telemetry.TelemetryError('cancelled inventory did not stop cleanly') + elif case == 'rss': + sampler.sample() + if sampler.peak_rss != 18 * 1024: + raise telemetry.TelemetryError('process-tree RSS observation changed') + elif case == 'exact': + if sampler.darwin_inventory() != ' ' * (1024 * 1024): + raise telemetry.TelemetryError('exact-bound inventory was truncated') + elif case == 'descendant': + if sampler.darwin_inventory() != '': + raise telemetry.TelemetryError('exited inventory leader observation changed') + elif case == 'timeout': + sampler.run() + if sampler.error != 'process inventory exceeded its five-second deadline': + raise telemetry.TelemetryError('inventory deadline failure was not propagated') + else: + expected = { + 'oversize': 'process inventory exceeds its 1 MiB output bound', + 'nonzero': 'process inventory exited unsuccessfully', + 'nonascii': 'process inventory is not ASCII', + }[case] + try: + sampler.darwin_inventory() + except telemetry.TelemetryError as exc: + if str(exc) != expected: + raise telemetry.TelemetryError(f'{case}: wrong rejection: {exc}') from exc + else: + raise telemetry.TelemetryError(f'{case}: invalid inventory accepted') + if len(helpers) != 1: + raise telemetry.TelemetryError('inventory restarted after stop or failure') + helper = helpers[0] + if helper.returncode is None or helper.stdout is None or not helper.stdout.closed: + raise telemetry.TelemetryError('inventory helper or pipe survived cleanup') + deadline = time.monotonic() + 2 + while True: + try: + os.killpg(helper.pid, 0) + except ProcessLookupError: + break + except PermissionError: + # Darwin can retain an unsignalable zombie group while + # launchd reaps a killed orphan. Require disappearance; + # never count permission denial as successful cleanup. + pass + if time.monotonic() >= deadline: + raise telemetry.TelemetryError('inventory process group survived cleanup') + time.sleep(.01) + if case == 'descendant' and int(child_ready.read_text()) != helper.pid: + raise telemetry.TelemetryError('inventory descendant escaped the owned group') + # A helper's private group cannot be the governed caller's group. + os.kill(os.getpid(), 0) + controls += 1 + except BaseException: + print(f'inventory control failed: case={case} helpers={[h.pid for h in helpers]}', file=sys.stderr) + raise + finally: + sampler.stop.set() + for helper in helpers: + try: + os.killpg(helper.pid, signal.SIGKILL) + except ProcessLookupError: + pass + helper.wait(timeout=1) + if helper.stdout is not None: + helper.stdout.close() + if thread is not None: + thread.join(timeout=2) + # Stopping before launch does not issue a final inventory request. + sampler = telemetry.Sampler(os.getpid(), 20) + sampler.platform = 'darwin' + sampler.stop.set() + with patch.object(telemetry.subprocess, 'Popen', side_effect=AssertionError('work after stop')): + sampler.run() + if sampler.error is not None: + raise telemetry.TelemetryError('pre-stopped sampler failed') + controls += 1 + print(f'gate-telemetry-sampler: ok (controls={controls} helpers_reaped=8 pipes_closed=8 descendant_group_drained=1)') + return controls + + +def inventory_protocol_self_test() -> int: + pid = os.getpid() + invalid = [ + 'garbage\n', f'{pid} 0 ' + '9' * 5000 + '\n', + f'{pid} 0 -1\n', f'{pid} 0 {2**54 + 1}\n', + '0 0 1\n', f'{2**31} 0 1\n', + f'{pid} 0 1\n{pid} 0 1\n', + f'{pid} 0 1\n900001 900002 1\n', + f'{pid} 0 1 extra\n', + ] + for payload in invalid: + sampler = telemetry.Sampler(pid, 20) + sampler.platform = 'darwin' + sampler.darwin_inventory = lambda: payload + sampler.run() + if sampler.error is None or sampler.peak_rss != 0: + raise telemetry.TelemetryError('malformed inventory row escaped its sealed observation error') + print(f'gate-telemetry-inventory-protocol: ok (negative_controls={len(invalid)})') + return len(invalid) + + +def native_inventory_self_test() -> int: + module = telemetry.darwin_inventory + controls = 0 + class Tree: + def __init__(self, children=None, resident=1): + self.links = children if children is not None else {1: [2, 2], 2: [1]} + self.rss = resident + def resident(self, pid): + return self.rss + def children(self, pid): + return self.links.get(pid, []) + if module.ctypes.sizeof(module.RusageInfoV0) != 96 or module.RusageInfoV0.ri_resident_size.offset != 64: + raise telemetry.TelemetryError('RUSAGE_INFO_V0 ABI layout drift') + if list(module.rows(1, Tree())) != ['1 0 1\n', '2 1 1\n']: + raise telemetry.TelemetryError('inventory cycle/deduplication/rounding control failed') + controls += 1 + def reject(root, tree, expected): + try: + list(module.rows(root, tree)) + except module.InventoryError as exc: + if str(exc) != expected: + raise telemetry.TelemetryError(f'wrong native inventory rejection: {exc}') from exc + else: + raise telemetry.TelemetryError('native inventory negative was accepted') + for root in (True, -1, 2**31, '1'): + reject(root, Tree(), 'process root PID is invalid') + controls += 1 + for resident in (True, -1, 2**64): + reject(1, Tree(resident=resident), 'process resident size is invalid') + controls += 1 + for child in (True, 0, 2**31): + reject(1, Tree(children={1: [child]}), 'process-child inventory contains an invalid PID') + controls += 1 + with patch.object(module, 'MAX_PROCESSES', 2): + reject(1, Tree(children={1: [2, 3]}), 'process inventory exceeds its count bound') + controls += 1 + with patch.object(module, 'MAX_OUTPUT_BYTES', 5): + reject(1, Tree(), 'process inventory exceeds its output bound') + controls += 1 + class Library: + def __init__(self, listing, rusage=None): + self.proc_listpids = listing + self.proc_pid_rusage = rusage + native = object.__new__(module.NativeInventory) + def listing(result, error=0): + def call(kind, pid, buffer, size): + module.ctypes.set_errno(error) + return result if result is not None else size + 4 + return call + for result, error, expected in ( + (0, 0, []), (0, module.errno.ESRCH, []), + (0, module.errno.EACCES, None), (1, 0, None), (None, 0, None), + ): + native.library = Library(listing(result, error)) + try: + actual = native.children(1) + except module.InventoryError: + if expected is not None: + raise + else: + if expected is None or actual != expected: + raise telemetry.TelemetryError('invalid native child inventory accepted') + controls += 1 + calls = [] + def exact(kind, pid, buffer, size): + module.ctypes.set_errno(0) + calls.append(size) + for index in range(64): + buffer[index] = index + 1 + return 64 * module.ctypes.sizeof(module.ctypes.c_int) + native.library = Library(exact) + if native.children(1) != list(range(1, 65)) or calls != [256, 512]: + raise telemetry.TelemetryError('full native child buffer was silently truncated') + controls += 1 + for error, expected in ((module.errno.ESRCH, None), (module.errno.EACCES, 'error')): + def rusage(pid, flavor, buffer): + module.ctypes.set_errno(error) + return -1 + native.library = Library(None, rusage) + try: + actual = native.resident(1) + except module.InventoryError: + if expected != 'error': + raise + else: + if expected == 'error' or actual is not None: + raise telemetry.TelemetryError('native rusage failure classification changed') + controls += 1 + class Group: + def __init__(self, info): + self.info = info + def pids(self, kind, pgid): + if kind != 2 or pgid != 1: + raise telemetry.TelemetryError('native group selector drift') + return [2] + def resource_info(self, pid): + return self.info + for state, expected in ((None, False), (0, True), (1, False)): + info = None if state is None else module.RusageInfoV0() + if info is not None: + info.ri_proc_exit_abstime = state + if module.NativeInventory.group_has_live_processes(Group(info), 1) != expected: + raise telemetry.TelemetryError('live/zombie native group classification changed') + controls += 1 + def denied(self, pid): + raise module.InventoryError('denied group member observation') + with patch.object(Group, 'resource_info', denied): + try: + module.NativeInventory.group_has_live_processes(Group(None), 1) + except module.InventoryError: + pass + else: + raise telemetry.TelemetryError('unknown group state accepted as dead') + controls += 1 + sampler = telemetry.Sampler(os.getpid(), 20) + def failed_native_sample(): + raise module.InventoryError('unknown native group state') + sampler.sample = failed_native_sample + sampler.run() + if sampler.error != 'unknown native group state': + raise telemetry.TelemetryError('native inventory failure disappeared in sampler thread') + controls += 1 + module.ctypes.set_errno(0) + if sys.platform == 'darwin': + popen = subprocess.Popen + killpg = os.killpg + native = module.NativeInventory() + for fault in ('honest', 'live', 'unknown'): + sampler = telemetry.Sampler(os.getpid(), 20) + helpers = [] + def exited_spawn(argv, **kwargs): + proc = popen([sys.executable, '-c', 'pass'], **kwargs) + helpers.append(proc) + deadline = time.monotonic() + 1 + while time.monotonic() < deadline: + info = module.RusageInfoV0() + if native.library.proc_pid_rusage(proc.pid, 0, module.ctypes.byref(info)) == 0 and info.ri_proc_exit_abstime: + sampler.stop.set() + return proc + time.sleep(.01) + raise telemetry.TelemetryError('exited helper fixture readiness failed') + def denied_group(pgid, sig): + if helpers and pgid == helpers[0].pid: + raise PermissionError('injected signal denial') + return killpg(pgid, sig) + try: + with patch.object(telemetry.subprocess, 'Popen', exited_spawn): + if fault == 'honest': + if sampler.darwin_inventory() is not None: + raise telemetry.TelemetryError('stopped, exited helper observation changed') + else: + kwargs = ({'return_value': True} if fault == 'live' else + {'side_effect': module.InventoryError('unknown group state')}) + with patch.object(telemetry.os, 'killpg', denied_group), patch.object(module.NativeInventory, 'group_has_live_processes', **kwargs): + try: + sampler.darwin_inventory() + except (telemetry.TelemetryError, module.InventoryError) as exc: + expected = ('inventory group signal denied (leader_status=0)' if fault == 'live' else 'unknown group state') + if str(exc) != expected: + raise telemetry.TelemetryError('wrong exited-group rejection') from exc + else: + raise telemetry.TelemetryError('live/unknown group accepted as dead') + if len(helpers) != 1 or helpers[0].returncode != 0 or not helpers[0].stdout.closed: + raise telemetry.TelemetryError('exited helper fixture leaked owner resources') + finally: + for proc in helpers: + if proc.poll() is None: + killpg(proc.pid, signal.SIGKILL) + proc.wait(timeout=1) + if proc.stdout is not None: + proc.stdout.close() + print('gate-telemetry-native-inventory: actual exited-leader control and live/unknown-state faults passed (E0)') + with tempfile.TemporaryDirectory(prefix='telemetry-native-inventory-') as temporary: + ready = Path(temporary) / 'ready' + code = ('import os,time;from pathlib import Path; allocation=bytearray(4*1024*1024); ' + f'Path({str(ready)!r}).write_text(str(os.getpid())); time.sleep(30)') + proc = subprocess.Popen([sys.executable, '-c', code], start_new_session=True) + try: + deadline = time.monotonic() + 1 + while not ready.exists() and time.monotonic() < deadline: + time.sleep(.01) + if not ready.exists(): + raise telemetry.TelemetryError('native process fixture readiness failed') + sampler = telemetry.Sampler(os.getpid(), 20) + text = sampler.darwin_inventory() + records = {int(row[0]): int(row[2]) for row in (line.split() for line in text.splitlines())} + if os.getpid() not in records or records.get(proc.pid, 0) < 4096: + raise telemetry.TelemetryError('actual libproc inventory lost the live child allocation') + finally: + os.killpg(proc.pid, signal.SIGKILL) + proc.wait(timeout=1) + print('gate-telemetry-native-inventory: actual Darwin parent/child RSS control passed (E0)') + else: + print('gate-telemetry-native-inventory: Darwin runtime not qualified on this host') + print(f'gate-telemetry-native-inventory: ok (contract_controls={controls})') + return controls + + + +def inventory_termination_self_test() -> int: + # Force the exit-observation schedule without relying on a rare kernel race. + # Actual native exited/live/unknown group behavior is covered above. + cases = ( + ('late-reap', None, False, None, 'darwin', None, True), + ('reaped', 0, False, None, 'darwin', None, False), + ('live', None, True, None, 'darwin', 'denied', False), + ('unknown', None, None, None, 'darwin', 'unknown', False), + ('late-timeout', None, False, 'timeout', 'darwin', 'denied', True), + ('other-host', 0, False, None, 'linux', 'denied', False), + ) + for name, status, live, reap_fault, host, expected, should_wait in cases: + waits = [] + native_calls = [] + class Leader: + pid = 100 + def poll(self): + return status + def wait(self, timeout): + waits.append(timeout) + if timeout != 0.5: + raise telemetry.TelemetryError('inventory reap became unbounded') + if reap_fault == 'timeout': + raise subprocess.TimeoutExpired('inventory helper', timeout) + return 0 + class Native: + def group_has_live_processes(self, pgid): + native_calls.append(pgid) + if live is None: + raise telemetry.darwin_inventory.InventoryError('unknown group state') + return live + with patch.object(telemetry.sys, 'platform', host), \ + patch.object(telemetry.os, 'killpg', side_effect=PermissionError('controlled denial')), \ + patch.object(telemetry.darwin_inventory, 'NativeInventory', return_value=Native()): + try: + telemetry.Sampler(1, 20).terminate_inventory_group(Leader()) + except (telemetry.TelemetryError, telemetry.darwin_inventory.InventoryError) as exc: + message = ('unknown group state' if expected == 'unknown' else + f'inventory group signal denied (leader_status={status})') + if expected is None or str(exc) != message: + raise telemetry.TelemetryError(f'wrong termination result: {name}') from exc + else: + if expected is not None: + raise telemetry.TelemetryError(f'uncertain inventory cleanup accepted: {name}') + if waits != ([0.5] if should_wait else []): + raise telemetry.TelemetryError(f'inventory termination wait order changed: {name}') + if native_calls != ([100] if host == 'darwin' else []): + raise telemetry.TelemetryError(f'inventory termination native admission changed: {name}') + print('gate-telemetry-inventory-termination: ok (schedule_controls=6)') + return len(cases) + + +def birth_identity_self_test() -> int: + import copy + import generated_state as state + module = telemetry.darwin_inventory + controls = 0 + native = object.__new__(module.NativeInventory) + class Library: + pass + for result, error, reported_pid, sec, usec, expected in ( + (136, 0, 1, 1700000000, 7, 1700000000), + (0, module.errno.ESRCH, 0, 0, 0, None), + (135, 0, 1, 1700000000, 7, 'error'), + (136, module.errno.EACCES, 1, 1700000000, 7, 'error'), + (136, 0, 2, 1700000000, 7, 'error'), + (136, 0, 1, 0, 7, 'error'), + (136, 0, 1, 1700000000, 1000000, 'error'), + ): + def read(pid, flavor, arg, pointer, size): + if flavor != 3 or arg != 0 or size != 136: + raise telemetry.TelemetryError('native birth ABI selector drift') + info = module.ctypes.cast(pointer, module.ctypes.POINTER(module.BsdInfo)).contents + info.pid, info.sec, info.usec = reported_pid, sec, usec + module.ctypes.set_errno(error) + return result + native.library = Library() + native.library.proc_pidinfo = read + try: + actual = native.start_time(1) + except module.InventoryError: + if expected != 'error': + raise + else: + if expected == 'error' or actual != expected: + raise telemetry.TelemetryError('native birth negative was accepted') + controls += 1 + original_is_file = Path.is_file + def is_file(path): + return False if path == Path(f'/proc/{os.getpid()}/stat') else original_is_file(path) + with patch.object(state.sys, 'platform', 'darwin'), patch.object(Path, 'is_file', is_file), patch.object(module.NativeInventory, '__init__', lambda self: None), patch.object(module.NativeInventory, 'start_time', return_value=1700000000), patch.object(state.subprocess, 'run', side_effect=AssertionError('privileged PID observer launched')): + expected = state.digest_bytes(f'posix\0{os.getpid()}\0{time.asctime(time.localtime(1700000000))}'.encode()) + if state.process_identity(os.getpid()) != expected: + raise telemetry.TelemetryError('legacy PID birth digest format changed') + controls += 1 + registry = {'leases': [{'pid': os.getpid(), 'processIdentity': expected, 'entryId': 'fixture'}], 'entries': []} + before = copy.deepcopy(registry) + with patch.object(module.NativeInventory, 'start_time', side_effect=module.InventoryError('denied birth observation')): + try: + state._recover_leases(Path.cwd(), registry, state.process_identity) + except state.GeneratedStateError: + pass + else: + raise telemetry.TelemetryError('unknown birth observation was reclassified as idle') + if registry != before: + raise telemetry.TelemetryError('unknown birth observation changed lease custody') + controls += 1 + module.ctypes.set_errno(0) + print(f'gate-telemetry-birth-identity: ok (controls={controls} legacy_format_preserved=1 unknown_lease_preserved=1)') + return controls + + +if __name__ == '__main__': + sampler_self_test() + native_inventory_self_test() + inventory_protocol_self_test() + birth_identity_self_test() diff --git a/scripts/lib/gc_agent_scoring.py b/scripts/lib/gc_agent_scoring.py index 95a8e1d5d..c7744304b 100755 --- a/scripts/lib/gc_agent_scoring.py +++ b/scripts/lib/gc_agent_scoring.py @@ -359,6 +359,9 @@ def run_step( internal = { "generatedBytes": generated_bytes, "limitsSatisfied": output_within_limit and generated_limits and not timed_out, + "timedOut": timed_out, + "outputWithinLimit": output_within_limit, + "generatedLimitsSatisfied": generated_limits, "outputIdentitySha256": output_identity, "generatedIdentitySha256": generated_identity, } @@ -618,6 +621,37 @@ def step_score(ids: list[str], reports: dict[str, dict[str, Any]]) -> int: return sum(10000 for step_id in ids if reports[step_id]["passed"]) // len(ids) +def require_reference_execution( + case_id: str, + reports: list[dict[str, Any]], + internal: dict[str, dict[str, Any]], + limits_satisfied: bool, +) -> None: + if limits_satisfied and all(row["passed"] for row in reports): + return + # Report bounded metadata only: command output and candidate contents remain private. + failed = [] + for row in reports: + facts = internal[row["id"]] + if row["passed"] and facts["limitsSatisfied"]: + continue + failed.append({ + "stepId": row["id"][:128], + "exitCode": row["exitCode"], + "assertionsPassed": row["assertionsPassed"], + "limitsSatisfied": facts["limitsSatisfied"], + "timedOut": facts.get("timedOut", False), + "outputWithinLimit": facts.get("outputWithinLimit", True), + "generatedLimitsSatisfied": facts.get("generatedLimitsSatisfied", True), + }) + diagnostic = { + "caseId": case_id[:128], + "limitsSatisfied": limits_satisfied, + "failedSteps": failed, + } + raise ScoringError("reference execution failed closed: " + canonical_bytes(diagnostic).decode("utf-8")) + + def score_candidate( scoring: dict[str, Any], case_id: str, @@ -674,7 +708,7 @@ def score_candidate( selfhost_artifact, policy["generatedPathPrefixes"], ) - require(reference_limits and all(row["passed"] for row in reference_reports), "reference execution failed closed") + require_reference_execution(case_id, reference_reports, reference_internal, reference_limits) candidate_by_id = {row["id"]: row for row in candidate_reports} reference_by_id = {row["id"]: row for row in reference_reports} @@ -842,6 +876,27 @@ def main() -> int: ) controls = self_test(scoring) if args.self_test else 0 if args.self_test: + positive = {"id": "reference-step", "passed": True, "exitCode": 0, "assertionsPassed": 1} + require_reference_execution("reference-case", [positive], {"reference-step": {"limitsSatisfied": True}}, True) + for reason in ("timedOut", "outputWithinLimit", "generatedLimitsSatisfied", "assertions"): + failed = dict(positive, passed=False, assertionsPassed=0 if reason == "assertions" else 1) + facts = { + "limitsSatisfied": reason == "assertions", + "timedOut": reason == "timedOut", + "outputWithinLimit": reason != "outputWithinLimit", + "generatedLimitsSatisfied": reason != "generatedLimitsSatisfied", + } + try: + require_reference_execution("reference-case", [failed], {"reference-step": facts}, facts["limitsSatisfied"]) + except ScoringError as exc: + diagnostic = json.loads(str(exc).split(": ", 1)[1]) + require(diagnostic["caseId"] == "reference-case", "reference failure lost case context") + detail = diagnostic["failedSteps"][0] + require(detail["stepId"] == "reference-step", "reference failure lost step context") + require(all(detail[key] == value for key, value in facts.items()), "reference failure lost limit context") + require(detail["assertionsPassed"] == failed["assertionsPassed"], "reference failure lost assertion context") + else: + raise ScoringError("failed reference execution was accepted") require(ratio_score(100, 100) == 10000, "equal ratio score drift") require(ratio_score(100, 125) == 8000, "bounded ratio score drift") require( diff --git a/scripts/lib/gc_canonical_examples.py b/scripts/lib/gc_canonical_examples.py index 4045f7590..9cb3c0448 100644 --- a/scripts/lib/gc_canonical_examples.py +++ b/scripts/lib/gc_canonical_examples.py @@ -8,7 +8,9 @@ import hashlib import json import re +import shutil import sys +import tempfile from pathlib import Path from typing import Any @@ -128,11 +130,11 @@ def validate_argv(pair_id: str, argv: Any) -> None: require(len(commands) == 1, f"{pair_id}: argv must contain one allowed command") -def validate_scenario(pair_id: str, side: str, scenario: Any) -> dict[str, bytes]: +def validate_scenario(pair_id: str, side: str, scenario: Any, fixture_root: Path) -> dict[str, bytes]: require(isinstance(scenario, dict) and set(scenario) == SCENARIO_KEYS, f"{pair_id}/{side}: scenario fields are not closed") expected_root = f"{SUITE_ROOT}/{pair_id}/{side}" require(scenario["root"] == expected_root, f"{pair_id}/{side}: scenario root drift") - root = ROOT / safe_relative(scenario["root"], f"{pair_id}/{side}") + root = fixture_root / safe_relative(scenario["root"], f"{pair_id}/{side}") require(root.is_dir() and not root.is_symlink(), f"{pair_id}/{side}: scenario root is invalid") files = scenario["files"] require(isinstance(files, list) and files, f"{pair_id}/{side}: files missing") @@ -189,7 +191,7 @@ def validate_scenario(pair_id: str, side: str, scenario: Any) -> dict[str, bytes return rendered -def validate(document: Any, *, check_identity: bool = True) -> dict[str, Any]: +def validate(document: Any, *, check_identity: bool = True, fixture_root: Path = ROOT) -> dict[str, Any]: require(isinstance(document, dict) and set(document) == TOP_KEYS, "manifest fields are not closed") require(document["kind"] == "genesis/canonical-example-suite-v0.1", "manifest kind drift") require(document["version"] == "0.1.0" and document["suiteId"] == "GC-CANONICAL-EXAMPLES-v0.1", "manifest version drift") @@ -220,8 +222,8 @@ def validate(document: Any, *, check_identity: bool = True) -> dict[str, Any]: require(isinstance(capabilities, list), f"{pair_id}: capabilities must be an array") sorted_unique(capabilities, f"{pair_id}: capabilities") require(all(CAP_RE.fullmatch(capability) is not None for capability in capabilities), f"{pair_id}: invalid capability") - valid_files = validate_scenario(pair_id, "valid", pair["valid"]) - invalid_files = validate_scenario(pair_id, "invalid", pair["invalid"]) + valid_files = validate_scenario(pair_id, "valid", pair["valid"], fixture_root) + invalid_files = validate_scenario(pair_id, "invalid", pair["invalid"], fixture_root) require(set(valid_files) == set(invalid_files), f"{pair_id}: paired file sets differ") mutation = pair["mutation"] require(isinstance(mutation, dict) and set(mutation) == {"kind", "path", "before", "after"}, f"{pair_id}: mutation fields are not closed") @@ -242,19 +244,37 @@ def validate(document: Any, *, check_identity: bool = True) -> dict[str, Any]: return document -def refresh(document: Any) -> dict[str, Any]: +def refresh(document: Any, *, fixture_root: Path = ROOT) -> dict[str, Any]: """Refresh profile and file facts without changing reviewed example semantics.""" doc = copy.deepcopy(document) doc["profile"]["sha256"] = hashlib.sha256(PROFILE.read_bytes()).hexdigest() for pair in doc["pairs"]: for side in ("valid", "invalid"): scenario = pair[side] - root = ROOT / scenario["root"] + root = fixture_root / scenario["root"] for row in scenario["files"]: payload = safe_file(root, row["path"], f"{pair['id']} {side}").read_bytes() row["sha256"] = hashlib.sha256(payload).hexdigest() doc["contentIdentitySha256"] = canonical_identity(doc) - return validate(doc) + return validate(doc, fixture_root=fixture_root) + + +def refresh_with_replay(document: Any, binary: Path) -> tuple[dict[str, Any], dict[str, bytes]]: + """Produce new teaching logs; never repair hashes inside historical logs.""" + from gc_canonical_replay import produce_logs + + # Admit the reviewed structure and mutation before executing any producer. + reviewed = refresh(document) + pair = next(pair for pair in reviewed["pairs"] if pair["id"] == "replay") + payloads = produce_logs(ROOT, pair, binary, ExampleError) + # Validate the entire candidate before the updater writes any canonical file. + with tempfile.TemporaryDirectory(prefix="genesis-canonical-candidate-") as temporary: + candidate = Path(temporary) + destination = candidate / SUITE_ROOT + shutil.copytree(ROOT / SUITE_ROOT, destination) + for relative, payload in payloads.items(): + (candidate / relative).write_bytes(payload) + return refresh(reviewed, fixture_root=candidate), payloads def self_test(document: dict[str, Any]) -> int: @@ -291,6 +311,9 @@ def add(name: str, mutate: Any) -> None: rejected += 1 else: raise ExampleError(f"negative control accepted: {name}") + from gc_canonical_replay import self_test as replay_producer_self_test + pair = next(pair for pair in document["pairs"] if pair["id"] == "replay") + rejected += replay_producer_self_test(ROOT, pair, ExampleError) return rejected @@ -301,14 +324,19 @@ def main() -> int: mode.add_argument("--print-identity", action="store_true") mode.add_argument("--refresh", action="store_true") parser.add_argument("--self-test", action="store_true") + parser.add_argument("--genesis-bin", type=Path, help="fresh production CLI for replay-log generation") args = parser.parse_args() validate_schema(load_json(SCHEMA)) if args.refresh: require(not args.self_test, "refresh mode does not run mutation controls") - document = refresh(load_json(MANIFEST)) + require(args.genesis_bin is not None, "refresh requires a fresh production --genesis-bin") + document, payloads = refresh_with_replay(load_json(MANIFEST), args.genesis_bin.resolve()) + for relative, payload in payloads.items(): + (ROOT / relative).write_bytes(payload) MANIFEST.write_text(json.dumps(document, indent=2, sort_keys=True) + "\n", encoding="utf-8") print(f"gc-canonical-examples: refreshed {MANIFEST.relative_to(ROOT)}") return 0 + require(args.genesis_bin is None, "--genesis-bin is only accepted in refresh mode") document = validate(load_json(MANIFEST), check_identity=args.check) if args.print_identity: print(canonical_identity(document)) diff --git a/scripts/lib/gc_canonical_replay.py b/scripts/lib/gc_canonical_replay.py new file mode 100644 index 000000000..ca274ddc8 --- /dev/null +++ b/scripts/lib/gc_canonical_replay.py @@ -0,0 +1,176 @@ +#!/usr/bin/env python3 +"""Record and strictly verify the current canonical replay teaching pair.""" +from __future__ import annotations + +import os +from pathlib import Path +import signal +import subprocess +import sys +import tempfile +from typing import Any + +from supervisor_cancellation import cancellation_scope, deferred_cancellation + +MAX_BYTES = 1024 * 1024 +COMMAND_SECONDS = 45 +DECISION_REASON = ":cap mismatch: deny decisions must carry nil cap" + + +def invoke(binary: Path, artifact: Path, workspace: Path, argv: list[str], error: type[ValueError]) -> tuple[int, dict[str, Any]]: + import json + + # File-backed output avoids an unbounded PIPE allocation. The outer generated + # authority owner accounts for these temporary files and total elapsed time. + with tempfile.TemporaryFile() as stdout, tempfile.TemporaryFile() as stderr: + process = None + try: + with deferred_cancellation(): + process = subprocess.Popen( + [str(binary), "--json", "--selfhost-artifact", str(artifact), *argv], + cwd=workspace, stdout=stdout, stderr=stderr, + start_new_session=os.name == "posix", + ) + process.wait(timeout=COMMAND_SECONDS) + stdout.seek(0) + payload = stdout.read(MAX_BYTES + 1) + if len(payload) > MAX_BYTES: + raise error("replay producer output exceeds its bound") + try: + document = json.loads(payload) + except (UnicodeDecodeError, json.JSONDecodeError) as exc: + raise error("replay producer returned invalid JSON") from exc + if not isinstance(document, dict): + raise error("replay producer envelope is not an object") + return process.returncode, document + except subprocess.TimeoutExpired as exc: + raise error("replay producer exceeded its command deadline") from exc + finally: + with deferred_cancellation(): + if process is not None: + if os.name == "posix": + try: + os.killpg(process.pid, signal.SIGKILL) + except ProcessLookupError: + pass + elif process.poll() is None: + process.kill() + process.wait() + + +def assert_result(code: int, document: dict[str, Any], *, invalid: bool, error: type[ValueError]) -> None: + if invalid: + failure = document.get("error", {}) + if not isinstance(failure, dict) or not isinstance(failure.get("context", {}), dict): + raise error("replay rejection envelope has invalid error context") + facts = failure.get("context", {}).get("facts", {}) + if not isinstance(facts, dict): + raise error("replay rejection envelope has invalid facts") + if not (code == 40 and document.get("ok") is False + and document.get("kind") == "genesis/error-v0.2" + and failure.get("code") == "replay/mismatch" + and facts.get("reason") == DECISION_REASON): + raise error("replay invalid pair did not reject the declared decision mutation") + elif not (code == 0 and document.get("ok") is True + and document.get("kind") == "genesis/replay-v0.2" + and isinstance(document.get("data"), dict) + and document.get("data", {}).get("value") == "22" + and document.get("data", {}).get("engine") == "selfhost"): + raise error("replay valid pair did not strictly reproduce its declared value") + + +def produce_logs(root: Path, pair: dict[str, Any], binary: Path, error: type[ValueError]) -> dict[str, bytes]: + artifact = root / "selfhost/toolchain.gc" + if not binary.is_file() or not artifact.is_file(): + raise error("replay producer requires the fresh production CLI and pinned selfhost artifact") + mutation = pair["mutation"] + if mutation != {"kind": "replace-once", "path": "run.gclog", "before": ":decision :allow", "after": ":decision :deny"}: + raise error("replay producer mutation contract drift") + with cancellation_scope(), tempfile.TemporaryDirectory(prefix="genesis-canonical-replay-") as temporary: + workspace = Path(temporary) + for record in pair["valid"]["files"]: + relative = record["path"] + if relative == "run.gclog": + continue + target = workspace / relative + target.parent.mkdir(parents=True, exist_ok=True) + target.write_bytes((root / pair["valid"]["root"] / relative).read_bytes()) + code, document = invoke(binary, artifact, workspace, + ["run", "program.gc", "--caps", "caps.toml", "--log", "run.gclog"], error) + if not (code == 0 and document.get("ok") is True + and document.get("kind") == "genesis/run-v0.2" + and isinstance(document.get("data"), dict) + and document.get("data", {}).get("value") == "22" + and document.get("data", {}).get("entries") == 1 + and document.get("data", {}).get("denied") is False + and document.get("data", {}).get("engine") == "selfhost"): + raise error("replay recording did not produce the reviewed single allowed read") + log = workspace / "run.gclog" + if not log.is_file() or log.is_symlink() or log.stat().st_size > MAX_BYTES: + raise error("replay producer log is missing or exceeds its bound") + valid = log.read_bytes() + before, after = mutation["before"].encode(), mutation["after"].encode() + if valid.count(before) != 1 or b':version 3}' not in valid: + raise error("replay producer log version or one-site mutation contract drift") + replay = ["replay", "program.gc", "--log", "run.gclog"] + assert_result(*invoke(binary, artifact, workspace, replay, error), invalid=False, error=error) + invalid = valid.replace(before, after, 1) + log.write_bytes(invalid) + assert_result(*invoke(binary, artifact, workspace, replay, error), invalid=True, error=error) + return {f"{pair['valid']['root']}/run.gclog": valid, + f"{pair['invalid']['root']}/run.gclog": invalid} + + +def self_test(root: Path, pair: dict[str, Any], error: type[ValueError]) -> int: + """Producer fault controls; these never stand in for real CLI conformance.""" + import hashlib + import json + + paths = [root / pair[side]["root"] / "run.gclog" for side in ("valid", "invalid")] + before = {path: hashlib.sha256(path.read_bytes()).digest() for path in paths} + original = paths[0].read_bytes() + recorded = {"kind": "genesis/run-v0.2", "ok": True, + "data": {"value": "22", "entries": 1, "denied": False, "engine": "selfhost"}} + accepted = {"kind": "genesis/replay-v0.2", "ok": True, + "data": {"value": "22", "engine": "selfhost"}} + rejected = {"ok": False, "kind": "genesis/error-v0.2", + "error": {"code": "replay/mismatch", "context": {"facts": {"reason": DECISION_REASON}}}} + stale = json.loads(json.dumps(rejected)) + stale["error"]["context"]["facts"]["reason"] = "continuation hash mismatch" + wrong_code = json.loads(json.dumps(rejected)) + wrong_code["error"]["code"] = "core/internal" + controls = [ + ("accepted-mutation", recorded, accepted, 0, original), + ("earlier-mismatch", recorded, stale, 40, original), + ("wrong-diagnostic", recorded, wrong_code, 40, original), + ("wrong-version", recorded, rejected, 40, original.replace(b":version 3}", b":version 2}")), + ("missing-log", recorded, rejected, 40, None), + ("oversize-log", recorded, rejected, 40, b"x" * (MAX_BYTES + 1)), + ("malformed-recording", [], rejected, 40, original), + ] + with tempfile.TemporaryDirectory(prefix="genesis-replay-producer-controls-") as temporary: + binary = Path(temporary) / "producer" + for name, run_result, invalid_result, invalid_code, log in controls: + # The valid replay always succeeds. Rejection must be attributable to + # the late injected fault, never an unrelated valid-side failure. + source = ( + f"#!{sys.executable}\nimport pathlib,sys\n" + "p=pathlib.Path('run.gclog')\n" + "if 'run' in sys.argv:\n" + + (f" p.write_bytes({log!r})\n" if log is not None else " pass\n") + + f" print({json.dumps(run_result)!r})\n sys.exit(0)\n" + "invalid=b':decision :deny' in p.read_bytes()\n" + f"print({json.dumps(invalid_result)!r} if invalid else {json.dumps(accepted)!r})\n" + f"sys.exit({invalid_code} if invalid else 0)\n" + ) + binary.write_text(source, encoding="utf-8") + binary.chmod(0o700) + try: + produce_logs(root, pair, binary, error) + except error: + pass + else: + raise error(f"replay producer accepted fault: {name}") + if any(hashlib.sha256(path.read_bytes()).digest() != digest for path, digest in before.items()): + raise error(f"replay producer fault changed a canonical log: {name}") + return len(controls) diff --git a/scripts/lib/generated_authority.py b/scripts/lib/generated_authority.py index 62244ce95..06b6e4619 100755 --- a/scripts/lib/generated_authority.py +++ b/scripts/lib/generated_authority.py @@ -19,6 +19,12 @@ import time from typing import Any, Dict, Iterable, Mapping, Optional, Sequence +import allocated_resources + +from gate_telemetry import TelemetryError, load_policy as load_telemetry_policy +from supervisor_cancellation import ( + SupervisorCancelled as AuthorityCancelled, cancellation_scope, deferred_cancellation, +) ROOT = Path(__file__).resolve().parents[2] POLICY_REL = "policies/check_update_boundary_v0.1.json" @@ -39,6 +45,8 @@ "GENESIS_GENERATED_STATE_LEASE_TOKEN", "GENESIS_GATE_BUDGET_ENFORCE", "GENESIS_GATE_AGGREGATE_OWNER_FD", + "GENESIS_GATE_PROCESS_GROUP_OWNER_FD", + "GENESIS_GATE_EVENT_ROOT", "GENESIS_GATE_TELEMETRY_EVENT_FILE", "GENESIS_SELFHOST_TOOLCHAIN_ARTIFACT", "GENESIS_SELFHOST_TOOLCHAIN_FRESHNESS", @@ -520,50 +528,52 @@ def filesystem_free_bytes(path: Path) -> int: def allocated_tree_bytes(path: Path) -> int: - total = 0 - seen: set[tuple[int, int]] = set() - stack = [path] - while stack: - current = stack.pop() - try: - metadata = current.lstat() - except OSError: - continue - identity = (metadata.st_dev, metadata.st_ino) - if identity in seen: - continue - seen.add(identity) - total += max(0, int(getattr(metadata, "st_blocks", 0))) * 512 - if stat.S_ISDIR(metadata.st_mode) and not stat.S_ISLNK(metadata.st_mode): - try: - with os.scandir(current) as entries: - stack.extend(Path(entry.path) for entry in entries) - except OSError: - continue - return total + return allocated_paths_bytes([path]) + + +def allocated_paths_bytes(paths: Sequence[Path]) -> int: + try: + return allocated_resources.allocated_paths_bytes(paths) + except allocated_resources.AllocationError as exc: + raise AuthorityError(str(exc)) from exc def kill_and_reap(process: subprocess.Popen[Any]) -> None: - if process.poll() is None: + with deferred_cancellation(): try: if os.name != "nt": + # The group can still own descendants after its leader exited. os.killpg(process.pid, signal.SIGKILL) - else: + elif process.poll() is None: process.kill() except ProcessLookupError: pass - process.wait() + process.wait() class AggregateResourceOwner: """Own complete-transaction wall, disk, event, and child cancellation limits.""" - def __init__(self, root: Path, event_root: Path, limits: Mapping[str, Any]): + def __init__(self, root: Path, event_root: Path, limits: Mapping[str, Any], *, sampling_root: Path = ROOT): self.root = root + try: + self.owned_sample_interval = load_telemetry_policy(sampling_root)["aggregateSampleIntervalMs"] / 1000 + except TelemetryError as exc: + raise AuthorityError("aggregate sampling policy is invalid") from exc self.started = time.monotonic() self.timeout_seconds = int(limits["maxTimeoutSeconds"]) self.disk_limit_bytes = int(limits["maxDiskMiB"]) * 1024 * 1024 self.free_baseline = filesystem_free_bytes(root) + require(event_root.is_dir() and not event_root.is_symlink(), "aggregate owned root must be a regular directory") + self.owned_roots = {event_root.resolve()} + self.allocated_baseline = allocated_paths_bytes(list(self.owned_roots)) + self.last_owned_sample = time.monotonic() + self.owned_delta = 0 + self.peak_owned_delta = 0 + self.peak_volume_decline = 0 + self.temporary_root = event_root / "resource-temporaries" + self.temporary_root.mkdir(mode=0o700, exist_ok=True) + require(not self.temporary_root.is_symlink(), "aggregate temporary root must not be a symlink") self.event_path = event_root / ( f"aggregate-resource-events-{os.getpid()}-{time.monotonic_ns()}.jsonl" ) @@ -585,14 +595,40 @@ def child_environment( ) -> tuple[dict[str, str], tuple[int, ...]]: result = dict(environment) result.pop("GENESIS_GATE_BUDGET_ENFORCE", None) + for name in ("TMPDIR", "TMP", "TEMP"): + result[name] = str(self.temporary_root) if self.event_fd is None: result.pop("GENESIS_GATE_AGGREGATE_OWNER_FD", None) + result.pop("GENESIS_GATE_PROCESS_GROUP_OWNER_FD", None) + result.pop("GENESIS_GATE_EVENT_ROOT", None) result.pop("GENESIS_GATE_TELEMETRY_EVENT_FILE", None) return result, () result["GENESIS_GATE_AGGREGATE_OWNER_FD"] = str(self.event_fd) + result["GENESIS_GATE_PROCESS_GROUP_OWNER_FD"] = str(self.event_fd) + result["GENESIS_GATE_EVENT_ROOT"] = str(self.temporary_root) result["GENESIS_GATE_TELEMETRY_EVENT_FILE"] = str(self.event_path) return result, (self.event_fd,) + def track_scope(self, path: Path, *, preexisting: bool = False) -> None: + path = path.absolute() + if any(path == root or root in path.parents for root in self.owned_roots): + return + before = allocated_paths_bytes(list(self.owned_roots)) if preexisting else 0 + self.owned_roots.add(path) + self.last_owned_sample = float("-inf") + if preexisting: + self.allocated_baseline += max(0, allocated_paths_bytes(list(self.owned_roots)) - before) + + def resource_observation(self) -> dict[str, Any]: + return { + "kind": "genesis/generated-authority-resource-observation-v0.1", + "measurement": "sampled-owned-allocation-delta; volume-decline-is-observation-only", + "diskBudgetBytes": self.disk_limit_bytes, + "ownedSampleIntervalMs": self.owned_sample_interval * 1000, + "peakOwnedAllocatedDeltaBytes": self.peak_owned_delta, + "peakVolumeFreeDeclineBytes": self.peak_volume_decline, + } + def consume_events(self, *, final: bool = False) -> None: if self.event_fd is None: return @@ -642,6 +678,7 @@ def check( scope_allocated_bytes: Optional[int] = None, scope_root: Optional[Path] = None, scope_disk_mib: Optional[int] = None, + force_owned_sample: bool = True, ) -> None: elapsed = time.monotonic() - self.started require( @@ -650,10 +687,16 @@ def check( f"{elapsed:.3f}s>{self.timeout_seconds}s", ) free_now = filesystem_free_bytes(self.root) - aggregate_delta = max(0, self.free_baseline - free_now) + self.peak_volume_decline = max(self.peak_volume_decline, self.free_baseline - free_now) + if force_owned_sample or time.monotonic() - self.last_owned_sample >= self.owned_sample_interval: + self.owned_delta = max(0, allocated_paths_bytes(list(self.owned_roots)) - self.allocated_baseline) + self.last_owned_sample = time.monotonic() + aggregate_delta = self.owned_delta + self.peak_owned_delta = max(self.peak_owned_delta, aggregate_delta) + require(free_now > 0, f"aggregate resource owner observed filesystem exhaustion during {label}") require( aggregate_delta <= self.disk_limit_bytes, - f"aggregate resource owner exceeded disk limit during {label}: " + f"aggregate resource owner exceeded owned disk limit during {label}: " f"{aggregate_delta}B>{self.disk_limit_bytes}B", ) if ( @@ -692,18 +735,20 @@ def run_bounded( pass_fds: tuple[int, ...] = () if owner is not None: process_environment, pass_fds = owner.child_environment(process_environment) - process = subprocess.Popen( - list(command), cwd=cwd, env=process_environment, - start_new_session=(os.name != "nt"), - **({"pass_fds": pass_fds} if pass_fds else {}), - ) + process = None try: + with deferred_cancellation(): + process = subprocess.Popen( + list(command), cwd=cwd, env=process_environment, + start_new_session=(os.name != "nt"), + **({"pass_fds": pass_fds} if pass_fds else {}), + ) started = time.monotonic() while process.poll() is None: if time.monotonic() - started > timeout: raise subprocess.TimeoutExpired(list(command), timeout) if owner is not None: - owner.check("child execution") + owner.check("child execution", force_owned_sample=False) time.sleep(0.05) return_code = process.returncode if owner is not None: @@ -713,9 +758,9 @@ def run_bounded( scope_root=cwd, scope_disk_mib=disk_mib, ) - except BaseException: - kill_and_reap(process) - raise + finally: + if process is not None: + kill_and_reap(process) if return_code != 0: raise subprocess.CalledProcessError(return_code, list(command)) @@ -838,62 +883,77 @@ def run_checks( f"compilation_workers={COMPILATION_CHECK_WORKERS}", flush=True, ) - with tempfile.TemporaryDirectory(prefix="generated-authority-checks-") as temporary: + with tempfile.TemporaryDirectory(prefix="generated-authority-checks-", dir=owner.temporary_root) as temporary: log_root = Path(temporary) - while pending or active: - try: - owner.check("parallel validation") - except BaseException as exc: - failure = exc - while failure is None and pending and len(active) < CHECK_WORKERS: - next_pending = next_check_position( - pending, - [item[2] for item in active.values()], - ) - if next_pending is None: - break - index, check, timeout, lane = pending.pop(next_pending) - log_path = log_root / f"{index:04d}.log" - handle = log_path.open("wb") - process = subprocess.Popen( - ["bash", check], - cwd=stage, - env=environment, - stdout=handle, - stderr=subprocess.STDOUT, - start_new_session=(os.name != "nt"), - **({"pass_fds": pass_fds} if pass_fds else {}), - ) - active[index] = ( - check, timeout, lane, process, handle, time.monotonic(), log_path - ) + try: + while pending or active: + try: + owner.check("parallel validation", force_owned_sample=False) + except BaseException as exc: + failure = exc + while failure is None and pending and len(active) < CHECK_WORKERS: + next_pending = next_check_position( + pending, + [item[2] for item in active.values()], + ) + if next_pending is None: + break + index, check, timeout, lane = pending.pop(next_pending) + log_path = log_root / f"{index:04d}.log" + with deferred_cancellation(): + handle = log_path.open("wb") + try: + process = subprocess.Popen( + ["bash", check], cwd=stage, env=environment, + stdout=handle, stderr=subprocess.STDOUT, + start_new_session=(os.name != "nt"), + **({"pass_fds": pass_fds} if pass_fds else {}), + ) + active[index] = ( + check, timeout, lane, process, handle, time.monotonic(), log_path + ) + except BaseException: + handle.close() + raise + + now = time.monotonic() + for index, (check, timeout, _, process, handle, started, log_path) in list(active.items()): + return_code = process.poll() + if return_code is None and now - started <= timeout: + continue + if return_code is None: + failure = subprocess.TimeoutExpired(["bash", check], timeout) + elif return_code != 0: + failure = subprocess.CalledProcessError(return_code, ["bash", check]) + kill_and_reap(process) + handle.close() + completed_logs[index] = log_path + durations_ms[index] = round((now - started) * 1000) + del active[index] + if failure is not None: + break - now = time.monotonic() - for index, (check, timeout, _, process, handle, started, log_path) in list(active.items()): - return_code = process.poll() - if return_code is None and now - started <= timeout: - continue - if return_code is None: - failure = subprocess.TimeoutExpired(["bash", check], timeout) - elif return_code != 0: - failure = subprocess.CalledProcessError(return_code, ["bash", check]) - handle.close() - completed_logs[index] = log_path - durations_ms[index] = round((now - started) * 1000) - del active[index] if failure is not None: + for index, (_, _, _, process, handle, started, log_path) in active.items(): + kill_and_reap(process) + handle.close() + completed_logs[index] = log_path + durations_ms[index] = round((time.monotonic() - started) * 1000) + active.clear() break + if active: + time.sleep(0.05) - if failure is not None: - for index, (_, _, _, process, handle, started, log_path) in active.items(): - kill_and_reap(process) - handle.close() - completed_logs[index] = log_path - durations_ms[index] = round((time.monotonic() - started) * 1000) - active.clear() - break - if active: - time.sleep(0.05) + finally: + with deferred_cancellation(): + try: + for _, _, _, process, handle, _, _ in active.values(): + try: + kill_and_reap(process) + finally: + handle.close() + finally: + active.clear() sys.stdout.flush() for index in sorted(completed_logs): @@ -941,6 +1001,7 @@ def promote( *, expected_input_snapshot: Optional[str] = None, expected_output_identities: Optional[Mapping[str, str]] = None, + owner: Optional[AggregateResourceOwner] = None, ) -> list[str]: for rel in outputs: require( @@ -951,82 +1012,106 @@ def promote( changed = [rel for rel in outputs if file_identity(stage / rel) != file_identity(root / rel)] if not changed: return [] - lock = common_git_dir(root) / LOCK_NAME - try: - descriptor = os.open(lock, os.O_CREAT | os.O_EXCL | os.O_WRONLY, 0o600) - except FileExistsError as exc: - raise AuthorityError(f"generated-authority publication lock exists: {lock}") from exc - try: - os.write(descriptor, f"pid={os.getpid()}\n".encode("ascii")) - os.close(descriptor) - descriptor = -1 - transaction = Path( - tempfile.mkdtemp( - prefix="generated-authority-transaction-", dir=common_git_dir(root) - ) - ) - except BaseException: - if descriptor >= 0: + with deferred_cancellation(): + lock = common_git_dir(root) / LOCK_NAME + try: + descriptor = os.open(lock, os.O_CREAT | os.O_EXCL | os.O_WRONLY, 0o600) + except FileExistsError as exc: + raise AuthorityError(f"generated-authority publication lock exists: {lock}") from exc + try: + os.write(descriptor, f"pid={os.getpid()}\n".encode("ascii")) os.close(descriptor) - lock.unlink(missing_ok=True) - raise - backups = transaction / "backups" - backups.mkdir() - promoted: list[str] = [] - old_mask = None - try: - if hasattr(signal, "pthread_sigmask"): - old_mask = signal.pthread_sigmask(signal.SIG_BLOCK, {signal.SIGINT, signal.SIGTERM, signal.SIGHUP}) - if expected_input_snapshot is not None: - require( - tree_snapshot(root, set(outputs)) == expected_input_snapshot, - "canonical inputs changed before generated publication lock", - ) - if expected_output_identities is not None: - observed = {rel: file_identity(root / rel) for rel in outputs} - require( - observed == expected_output_identities, - "canonical outputs changed before generated publication lock", - ) - for rel in changed: - source = stage / rel - destination = root / rel - require( - source.is_file() and not source.is_symlink() - and destination.is_file() and not destination.is_symlink(), - f"generated output must be a regular file before promotion: {rel}", + descriptor = -1 + transaction = Path( + tempfile.mkdtemp( + prefix="generated-authority-transaction-", dir=common_git_dir(root) + ) ) - backup = backups / rel - backup.parent.mkdir(parents=True, exist_ok=True) - shutil.copy2(destination, backup) - temporary = destination.with_name(f".{destination.name}.generated-authority-{os.getpid()}") - shutil.copy2(source, temporary) - os.replace(temporary, destination) - promoted.append(rel) - fail_after = os.environ.get("GENESIS_GENERATED_AUTHORITY_FAIL_AFTER_PROMOTIONS") - if fail_after and len(promoted) >= int(fail_after): - raise AuthorityError("injected promotion failure") - if expected_input_snapshot is not None: + except BaseException: + if descriptor >= 0: + os.close(descriptor) + lock.unlink(missing_ok=True) + raise + backups = transaction / "backups" + promoted: list[str] = [] + temporary_paths: list[Path] = [] + old_mask = None + try: + backups.mkdir() + if owner is not None: + owner.track_scope(transaction) + if hasattr(signal, "pthread_sigmask"): + old_mask = signal.pthread_sigmask(signal.SIG_BLOCK, {signal.SIGINT, signal.SIGTERM, signal.SIGHUP}) + if expected_input_snapshot is not None: + require( + tree_snapshot(root, set(outputs)) == expected_input_snapshot, + "canonical inputs changed before generated publication lock", + ) + if expected_output_identities is not None: + observed = {rel: file_identity(root / rel) for rel in outputs} + require( + observed == expected_output_identities, + "canonical outputs changed before generated publication lock", + ) + if owner is not None: + owner.check("generated publication admission") + for rel in changed: + source = stage / rel + destination = root / rel + require( + source.is_file() and not source.is_symlink() + and destination.is_file() and not destination.is_symlink(), + f"generated output must be a regular file before promotion: {rel}", + ) + backup = backups / rel + backup.parent.mkdir(parents=True, exist_ok=True) + if owner is not None: + owner.track_scope(destination, preexisting=True) + shutil.copy2(destination, backup) + descriptor, temporary_name = tempfile.mkstemp( + prefix=f".{destination.name}.generated-authority-", dir=destination.parent + ) + os.close(descriptor) + temporary = Path(temporary_name) + temporary_paths.append(temporary) + if owner is not None: + owner.track_scope(temporary) + shutil.copy2(source, temporary) + if owner is not None: + owner.check("generated publication staged copy") + os.replace(temporary, destination) + promoted.append(rel) + fail_after = os.environ.get("GENESIS_GENERATED_AUTHORITY_FAIL_AFTER_PROMOTIONS") + if fail_after and len(promoted) >= int(fail_after): + raise AuthorityError("injected promotion failure") + if expected_input_snapshot is not None: + require( + tree_snapshot(root, set(outputs)) == expected_input_snapshot, + "canonical inputs changed during generated publication", + ) + observed_published = {rel: file_identity(root / rel) for rel in outputs} + expected_published = {rel: file_identity(stage / rel) for rel in outputs} require( - tree_snapshot(root, set(outputs)) == expected_input_snapshot, - "canonical inputs changed during generated publication", + observed_published == expected_published, + "canonical outputs changed during generated publication", ) - observed_published = {rel: file_identity(root / rel) for rel in outputs} - expected_published = {rel: file_identity(stage / rel) for rel in outputs} - require( - observed_published == expected_published, - "canonical outputs changed during generated publication", - ) - except BaseException: - for rel in reversed(promoted): - os.replace(backups / rel, root / rel) - raise - finally: - if old_mask is not None: - signal.pthread_sigmask(signal.SIG_SETMASK, old_mask) - shutil.rmtree(transaction, ignore_errors=True) - lock.unlink(missing_ok=True) - return changed + if owner is not None: + owner.check("generated publication verification") + owner.consume_events(final=True) + except BaseException: + for rel in reversed(promoted): + os.replace(backups / rel, root / rel) + raise + finally: + try: + for temporary in temporary_paths: + temporary.unlink(missing_ok=True) + shutil.rmtree(transaction, ignore_errors=True) + lock.unlink(missing_ok=True) + finally: + if old_mask is not None: + signal.pthread_sigmask(signal.SIG_SETMASK, old_mask) + return changed def stage_closure( @@ -1043,10 +1128,14 @@ def stage_closure( ) baseline = tree_snapshot(root, set(outputs)) baseline_outputs = {output: file_identity(root / output) for output in outputs} - temporary_root = Path(tempfile.mkdtemp(prefix="generated-authority-stage-")) - stage = temporary_root / "worktree" - owner = AggregateResourceOwner(root, temporary_root, limits) + temporary_root = None + owner = None + publication_committed = False try: + with deferred_cancellation(): + temporary_root = Path(tempfile.mkdtemp(prefix="generated-authority-stage-")) + stage = temporary_root / "worktree" + owner = AggregateResourceOwner(root, temporary_root, limits, sampling_root=root) owner.check("worktree setup") run_bounded( ["git", "worktree", "add", "--detach", str(stage), "HEAD"], @@ -1054,6 +1143,10 @@ def stage_closure( timeout=min(300, owner.timeout_seconds), owner=owner, ) + metadata = Path(git(stage, "rev-parse", "--git-dir")) + metadata = (metadata if metadata.is_absolute() else stage / metadata).resolve() + require(metadata.parent == (common_git_dir(root) / "worktrees").resolve(), "staging Git metadata escaped its owned namespace") + owner.track_scope(metadata) owner.check("worktree checkout") copy_overlay(root, stage) owner.check("worktree overlay") @@ -1061,6 +1154,7 @@ def stage_closure( run_node(stage, node, owner) run_checks(stage, nodes, owner) owner.check("staged closure validation") + owner.consume_events(final=True) require(tree_snapshot(root, set(outputs)) == baseline, "canonical inputs changed while generated closure was staged") stale = [ output for output in outputs @@ -1069,26 +1163,33 @@ def stage_closure( if not update: require(not stale, "generated-authority closure is stale: " + ", ".join(stale)) return [] - promoted = promote( - root, stage, outputs, - expected_input_snapshot=baseline, - expected_output_identities=baseline_outputs, - ) - owner.check("generated publication") + with deferred_cancellation(): + promoted = promote( + root, stage, outputs, + expected_input_snapshot=baseline, + expected_output_identities=baseline_outputs, + owner=owner, + ) + publication_committed = True return promoted finally: - if stage.exists(): - subprocess.run( - ["git", "worktree", "remove", "--force", str(stage)], - cwd=root, - stdout=subprocess.DEVNULL, - stderr=subprocess.DEVNULL, - timeout=60, - ) - try: - owner.close() - finally: - shutil.rmtree(temporary_root, ignore_errors=True) + with deferred_cancellation(): + try: + if temporary_root is not None and (temporary_root / "worktree").exists(): + subprocess.run( + ["git", "worktree", "remove", "--force", str(temporary_root / "worktree")], + cwd=root, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL, + timeout=60, check=True, + ) + finally: + try: + if owner is not None: + owner.close(validate=not publication_committed) + finally: + if owner is not None: + print("generated-authority-resource-observation: " + json.dumps(owner.resource_observation(), sort_keys=True)) + if temporary_root is not None: + shutil.rmtree(temporary_root) def synthetic_graph(root: Path, graph: Mapping[str, Any], mutation: callable) -> None: @@ -1097,6 +1198,220 @@ def synthetic_graph(root: Path, graph: Mapping[str, Any], mutation: callable) -> validate_graph(root, candidate) +def resource_attribution_self_test() -> int: + from types import SimpleNamespace + from unittest.mock import patch + + controls = 0 + with tempfile.TemporaryDirectory(prefix="generated-authority-attribution-") as temporary: + fixture = Path(temporary) + owned = fixture / "owned" + owned.mkdir() + with patch(__name__ + ".filesystem_free_bytes", side_effect=[1024**3, 900 * 1024**2]): + owner = AggregateResourceOwner(fixture, owned, {"maxTimeoutSeconds": 30, "maxDiskMiB": 1}) + try: + owner.check("foreign volume decline") + require(owner.peak_owned_delta < owner.disk_limit_bytes, "foreign activity became owned allocation") + require(owner.peak_volume_decline > owner.disk_limit_bytes, "foreign decline control did not exercise attribution") + controls += 1 + finally: + owner.close(validate=False) + + with patch(__name__ + ".filesystem_free_bytes", return_value=1024**3): + owner = AggregateResourceOwner(fixture, owned, {"maxTimeoutSeconds": 30, "maxDiskMiB": 1}) + marker = owned / "escaped" + program = ( + "import os,tempfile,time; " + "f=tempfile.NamedTemporaryFile(delete=False); " + "f.write(b'x'*(2*1024*1024)); f.flush(); os.fsync(f.fileno()); f.close(); " + "time.sleep(2); open('escaped','w').write('escaped')" + ) + try: + try: + run_bounded([sys.executable, "-c", program], cwd=owned, timeout=5, owner=owner) + except AuthorityError as exc: + require("owned disk limit" in str(exc), "owned overrun failed for another reason") + require(not marker.exists(), "owned overrun failed to cancel its child") + require(owner.peak_volume_decline == 0, "owned control depended on volume decline") + require(any(owner.temporary_root.iterdir()), "child temporary output escaped its owned scope") + controls += 1 + else: + raise AuthorityError("self-test accepted an aggregate owned-disk overrun") + finally: + owner.close(validate=False) + + pressure = fixture / "pressure" + pressure.mkdir() + with patch(__name__ + ".filesystem_free_bytes", side_effect=[1024**3, 0]): + owner = AggregateResourceOwner(fixture, pressure, {"maxTimeoutSeconds": 30, "maxDiskMiB": 64}) + try: + try: + owner.check("exhausted filesystem") + except AuthorityError as exc: + require("filesystem exhaustion" in str(exc), "filesystem pressure diagnostic drift") + controls += 1 + else: + raise AuthorityError("self-test accepted an exhausted filesystem") + finally: + owner.close(validate=False) + + links = fixture / "links" + links.mkdir() + first = links / "first" + first.write_bytes(b"x" * 4096) + alias = fixture / "alias" + os.link(first, alias) + with patch(__name__ + ".filesystem_free_bytes", return_value=1024**3): + owner = AggregateResourceOwner(fixture, links, {"maxTimeoutSeconds": 30, "maxDiskMiB": 1}) + try: + baseline = owner.allocated_baseline + owner.track_scope(alias, preexisting=True) + require(owner.allocated_baseline == baseline, "hard-link alias duplicated the baseline deduction") + require(allocated_paths_bytes([links, alias]) == allocated_tree_bytes(links), "owned hard-link allocation was counted twice") + controls += 1 + finally: + owner.close(validate=False) + + repository = fixture / "repository" + repository.mkdir() + git(repository, "init", "-q") + publication = fixture / "publication" + publication.mkdir() + with patch(__name__ + ".filesystem_free_bytes", return_value=1024**3): + owner = AggregateResourceOwner(repository, publication, {"maxTimeoutSeconds": 30, "maxDiskMiB": 4}) + stage = publication / "worktree" + stage.mkdir() + for name in ("a", "b"): + (repository / name).write_bytes(b"retained") + (stage / name).write_bytes(b"x" * 1024**2) + retained_temporary = repository / f".a.generated-authority-{os.getpid()}" + retained_temporary.write_bytes(b"retained unrelated file") + try: + try: + promote(repository, stage, ["a", "b"], owner=owner) + except AuthorityError as exc: + require("owned disk limit" in str(exc), "publication control failed for another reason") + require(all((repository / name).read_bytes() == b"retained" for name in ("a", "b")), "publication quota failure changed canonical outputs") + require(retained_temporary.read_bytes() == b"retained unrelated file", "publication overwrote an existing temporary name") + require(list(repository.glob(".*.generated-authority-*")) == [retained_temporary], "publication quota failure leaked temporary files") + require(not list(common_git_dir(repository).glob("generated-authority-transaction-*")), "publication quota failure leaked its backup transaction") + controls += 1 + else: + raise AuthorityError("self-test accepted publication beyond its owned quota") + finally: + owner.close(validate=False) + + commit_scope = fixture / "commit-scope" + commit_scope.mkdir() + with patch(__name__ + ".filesystem_free_bytes", return_value=1024**3): + owner = AggregateResourceOwner(repository, commit_scope, {"maxTimeoutSeconds": 30, "maxDiskMiB": 64}) + stage = commit_scope / "worktree" + stage.mkdir() + (repository / "c").write_bytes(b"retained") + (stage / "c").write_bytes(b"changed") + if owner.event_fd is None: + owner.event_fd = os.open(owner.event_path, os.O_CREAT | os.O_WRONLY | os.O_APPEND, 0o600) + os.write(owner.event_fd, b'{"count":1') + try: + try: + promote(repository, stage, ["c"], owner=owner) + except AuthorityError as exc: + require("mid-record" in str(exc), "publication final-event control failed for another reason") + require((repository / "c").read_bytes() == b"retained", "final-event failure occurred after publication committed") + require(not list(repository.glob(".c.generated-authority-*")), "final-event rollback leaked temporary files") + controls += 1 + else: + raise AuthorityError("self-test committed publication with an incomplete final event") + finally: + owner.close(validate=False) + cadence = fixture / "cadence" + cadence.mkdir() + with patch(__name__ + ".filesystem_free_bytes", return_value=1024**3): + owner = AggregateResourceOwner(fixture, cadence, {"maxTimeoutSeconds": 30, "maxDiskMiB": 1}) + scans: list[float] = [] + labels: list[str] = [] + original_check = owner.check + def observed_check(label: str, **kwargs: Any) -> None: + labels.append(label) + original_check(label, **kwargs) + def observed_allocation(paths: Sequence[Path]) -> int: + scans.append(time.monotonic()) + return 0 + try: + with patch.object(owner, "check", side_effect=observed_check), patch( + __name__ + ".allocated_paths_bytes", side_effect=observed_allocation + ): + run_bounded([sys.executable, "-c", "import time; time.sleep(0.6)"], cwd=cadence, timeout=5, owner=owner) + require(len(scans) >= 2 and labels[-1] == "child completion", "heartbeat sampling/terminal control did not execute") + require(all(b - a >= owner.owned_sample_interval for a, b in zip(scans[:-1], scans[1:-1])), "continuous scans exceeded the declared cadence") + require(len(scans) < len(labels), "continuous heartbeat scanned on every poll") + controls += 1 + (cadence / "short-burst").write_bytes(b"x" * (2 * 1024 * 1024)) + owner.last_owned_sample = time.monotonic() + try: + owner.check("boundary within sampling interval") + except AuthorityError as exc: + require("owned disk limit" in str(exc), "boundary burst failed for another reason") + controls += 1 + else: + raise AuthorityError("self-test deferred a boundary allocation check") + finally: + owner.close(validate=False) + + for reason in ("pressure", "network"): + immediate = fixture / ("immediate-" + reason) + immediate.mkdir() + with patch(__name__ + ".filesystem_free_bytes", return_value=1024**3): + owner = AggregateResourceOwner(fixture, immediate, {"maxTimeoutSeconds": 30, "maxDiskMiB": 64}) + try: + if reason == "network": + require(owner.event_fd is not None, "network control requires the event channel") + os.write(owner.event_fd, b'{"count":1,"kind":"network-attempt"}\n') + with patch(__name__ + ".filesystem_free_bytes", return_value=0 if reason == "pressure" else 1024**3), patch( + __name__ + ".allocated_paths_bytes", side_effect=AssertionError("continuous allocation was resampled early") + ): + try: + owner.check("immediate " + reason, force_owned_sample=False) + except AuthorityError as exc: + require(("filesystem exhaustion" if reason == "pressure" else "network attempts") in str(exc), "immediate rejection diagnostic drift") + controls += 1 + else: + raise AuthorityError("self-test deferred an immediate resource rejection") + finally: + owner.close(validate=False) + + try: + AggregateResourceOwner(fixture, cadence, {"maxTimeoutSeconds": 30, "maxDiskMiB": 1}, sampling_root=fixture) + except AuthorityError as exc: + require("sampling policy is invalid" in str(exc), "invalid sampling policy diagnostic drift") + controls += 1 + else: + raise AuthorityError("self-test accepted an absent sampling policy") + + metadata_scope = fixture / "metadata" + metadata_scope.mkdir() + for reason in ("unavailable", "metadata-unreadable", "directory-unreadable"): + if reason == "unavailable": + observation = patch.object(Path, "lstat", return_value=SimpleNamespace(st_dev=1, st_ino=1)) + diagnostic = "metadata is unavailable" + elif reason == "metadata-unreadable": + observation = patch.object(Path, "lstat", side_effect=PermissionError(13, "denied")) + diagnostic = "metadata is unreadable" + else: + observation = patch.object(os, "scandir", side_effect=PermissionError(13, "denied")) + diagnostic = "metadata is unreadable" + with observation: + try: + allocated_tree_bytes(metadata_scope) + except AuthorityError as exc: + require(diagnostic in str(exc), "unobservable allocation diagnostic drift") + controls += 1 + else: + raise AuthorityError("self-test treated unobservable allocation as zero") + require(controls == 14, "resource-attribution control inventory drift") + return controls + + def self_test(root: Path, graph: Mapping[str, Any]) -> None: controls = 0 @@ -1481,11 +1796,14 @@ def rejected(label: str, mutation: callable) -> None: controls += 1 else: raise AuthorityError("self-test accepted concurrent output drift") - require(controls == 26, "generated-authority self-test inventory drift") + controls += resource_attribution_self_test() + require(controls == 40, "generated-authority self-test inventory drift") + from generated_authority_cancellation import cancellation_self_test + controls += cancellation_self_test(root) print(f"generated-authority-self-test: ok (negative_controls={controls})") -def main(argv: Sequence[str]) -> int: +def run_main(argv: Sequence[str]) -> int: parser = argparse.ArgumentParser() mode = parser.add_mutually_exclusive_group(required=True) mode.add_argument("--check", action="store_true", help="validate graph and discovery closure") @@ -1557,5 +1875,14 @@ def main(argv: Sequence[str]) -> int: return 0 +def main(argv: Sequence[str]) -> int: + try: + with cancellation_scope(): + return run_main(argv) + except AuthorityCancelled as exc: + print(f"generated-authority: cancelled (signal={exc.signum}); owned process-group cleanup completed", file=sys.stderr) + return 128 + exc.signum + + if __name__ == "__main__": raise SystemExit(main(sys.argv[1:])) diff --git a/scripts/lib/generated_authority_cancellation.py b/scripts/lib/generated_authority_cancellation.py new file mode 100644 index 000000000..978719263 --- /dev/null +++ b/scripts/lib/generated_authority_cancellation.py @@ -0,0 +1,204 @@ +#!/usr/bin/env python3 +"""Bounded process-group, staging, and atomic-publication cancellation controls.""" +from __future__ import annotations + +import argparse +import json +import os +from pathlib import Path +import shlex +import shutil +import signal +import subprocess +import sys +import tempfile +import time + +import generated_authority as ga + + +def wait_for(predicate, label: str, seconds: float = 8) -> None: + deadline = time.monotonic() + seconds + while not predicate(): + ga.require(time.monotonic() < deadline, f"cancellation fixture did not reach {label}") + time.sleep(0.01) + + +def group_alive(pid: int) -> bool: + try: + os.killpg(pid, 0) + return True + except ProcessLookupError: + return False + + +def worker(root: Path, scope: Path, case: str) -> int: + ready = scope / "ready.json" + linger = ( + "import json,os,time; from pathlib import Path; " + f"Path({str(ready)!r}).write_text(json.dumps({{'pid':os.getpid(),'pgid':os.getpgrp()}})); " + "time.sleep(30)" + ) + owner = None + try: + with ga.cancellation_scope(): + if case.startswith("publish"): + live, stage = scope / "live", scope / "stage" + for directory in (live, stage): + directory.mkdir() + subprocess.run(["git", "init", "-q", str(directory)], check=True) + for name in ("a", "b"): + (live / name).write_text("old") + (stage / name).write_text("new") + replace = os.replace + fired = False + def interrupted_replace(source, destination): + nonlocal fired + replace(source, destination) + if Path(destination) == live / "a" and not fired: + fired = True + os.kill(os.getpid(), signal.SIGTERM) + ga.os.replace = interrupted_replace + if case == "publish-rollback": + os.environ["GENESIS_GENERATED_AUTHORITY_FAIL_AFTER_PROMOTIONS"] = "1" + try: + ga.promote(live, stage, ["a", "b"]) + finally: + ga.os.replace = replace + os.environ.pop("GENESIS_GENERATED_AUTHORITY_FAIL_AFTER_PROMOTIONS", None) + elif case.startswith("stage"): + live = scope / "live" + live.mkdir() + (live / "policies").mkdir() + shutil.copy2(root / "policies/gate_telemetry_v0.1.json", live / "policies/gate_telemetry_v0.1.json") + (live / "a").write_text("old") + subprocess.run(["git", "init", "-q", str(live)], check=True) + subprocess.run(["git", "add", "."], cwd=live, check=True) + subprocess.run(["git", "-c", "user.name=control", "-c", "user.email=control@invalid", "commit", "-qm", "fixture"], cwd=live, check=True) + mkdtemp = ga.tempfile.mkdtemp + def owned_temporary(*args, **kwargs): + if kwargs.get("prefix") == "generated-authority-stage-": + kwargs["dir"] = scope + return mkdtemp(*args, **kwargs) + ga.tempfile.mkdtemp = owned_temporary + close = ga.AggregateResourceOwner.close + def interrupted_cleanup(self, **kwargs): + # Repeated stop requests during unwind cannot bypass cleanup. + os.kill(os.getpid(), signal.SIGTERM) + os.kill(os.getpid(), signal.SIGINT) + return close(self, **kwargs) + ga.AggregateResourceOwner.close = interrupted_cleanup + try: + command = [sys.executable,"-c",linger] + if case == "stage-telemetry": + for _ in range(2): + command = [sys.executable, str(root / "scripts/lib/gate_telemetry.py"), "--root", str(root), "--entrypoint", "scripts/check_doc_hygiene.sh", "--emit", "none", "--", *command] + ga.stage_closure(live, [{"id":"fixture", "outputs":["a"], "command":command, "timeoutSeconds":20,"diskMiB":64,"checks":[]}], update=True, limits={"maxTimeoutSeconds":25,"maxDiskMiB":64}) + finally: + ga.tempfile.mkdtemp = mkdtemp + ga.AggregateResourceOwner.close = close + else: + scripts = scope / "scripts" + scripts.mkdir() + (scripts / "linger.sh").write_text("exec " + shlex.quote(sys.executable) + " -c " + shlex.quote(linger) + "\n") + if case == "leader-exit": + # The shell exits successfully while its background child remains. + (scripts / "linger.sh").write_text(shlex.quote(sys.executable) + " -c " + shlex.quote(linger) + " &\nwhile [ ! -f " + shlex.quote(str(ready)) + " ]; do sleep .01; done\n") + if case in ("registration", "spawn-failure"): + popen = ga.subprocess.Popen + calls = 0 + def interrupted_spawn(*args, **kwargs): + nonlocal calls + calls += 1 + if case == "spawn-failure" and calls == 2: + wait_for(ready.exists, "first validator readiness") + raise OSError("injected validator spawn failure") + process = popen(*args, **kwargs) + if case == "registration": + wait_for(ready.exists, "spawn registration") + os.kill(os.getpid(), signal.SIGTERM) + return process + ga.subprocess.Popen = interrupted_spawn + owner = ga.AggregateResourceOwner(scope, scope, {"maxTimeoutSeconds":25,"maxDiskMiB":64}, sampling_root=root) + if case in ("checks", "timeout", "spawn-failure", "leader-exit"): + checks = ["scripts/linger.sh"] + if case == "spawn-failure": + (scripts / "second.sh").write_text("exit 0\n") + checks.append("scripts/second.sh") + ga.run_checks(scope,[{"checks":checks,"timeoutSeconds":1 if case == "timeout" else 20}],owner) + else: + ga.run_bounded([sys.executable,"-c",linger],cwd=scope,timeout=20,owner=owner) + except ga.AuthorityCancelled as exc: + return 128 + exc.signum + except (ga.AuthorityError, OSError, subprocess.TimeoutExpired) as exc: + print(str(exc), file=sys.stderr) + return 1 + finally: + if owner is not None: + owner.close(validate=False) + return 0 + + +def cancellation_self_test(root: Path) -> int: + if os.name == "nt": + print("generated-authority-cancellation: unsupported process-group fixture on Windows") + return 0 + cases = [(case, signum) for case in ("bounded", "checks", "stage", "stage-telemetry") for signum in (signal.SIGINT, signal.SIGTERM, signal.SIGHUP)] + cases += [(case, None) for case in ("registration", "timeout", "spawn-failure", "leader-exit", "publish", "publish-rollback")] + controls = [] + with tempfile.TemporaryDirectory(prefix="generated-authority-cancellation-controls-") as temporary: + for index, (case, signum) in enumerate(cases): + scope = Path(temporary) / str(index) + scope.mkdir() + ready = scope / "ready.json" + with (scope / "worker.log").open("wb") as log: + process = subprocess.Popen([sys.executable, str(Path(__file__).resolve()), "--worker", case, "--root", str(root), "--scope", str(scope)], stdout=log, stderr=subprocess.STDOUT, start_new_session=True) + child_pid = None + try: + if signum is not None: + wait_for(lambda: ready.exists() or process.poll() is not None, "worker readiness") + ga.require(ready.exists(), (scope / "worker.log").read_text()) + child_pid = json.loads(ready.read_text())["pgid"] + process.send_signal(signum) + result = process.wait(timeout=12) + expected = 128 + signum if signum is not None else { + "registration":143,"timeout":1,"spawn-failure":1, + "leader-exit":0,"publish":143,"publish-rollback":143, + }[case] + ga.require(result == expected, f"{case}: expected {expected}, got {result}: {(scope / 'worker.log').read_text()}") + if ready.exists(): + child_pid = json.loads(ready.read_text())["pgid"] + wait_for(lambda: not group_alive(child_pid), "child group cleanup") + if case.startswith("stage"): + ga.require(not list(scope.glob("generated-authority-stage-*")), "staging directory survived termination") + worktrees = ga.git(scope / "live", "worktree", "list", "--porcelain") + ga.require(worktrees.count("worktree ") == 1, "staging Git registration survived termination") + ga.require((scope / "live/a").read_text() == "old", "cancelled staging published an output") + if case.startswith("publish"): + expected_bytes = "old" if case == "publish-rollback" else "new" + ga.require(all((scope / "live" / name).read_text() == expected_bytes for name in ("a", "b")), "signal left partial publication") + common = ga.common_git_dir(scope / "live") + ga.require(not (common / ga.LOCK_NAME).exists(), "publication lock survived termination") + ga.require(not list(common.glob("generated-authority-transaction-*")), "rollback journal survived termination") + ga.require(not list((scope / "live").glob(".*.generated-authority-*")), "publication temporary survived termination") + controls.append({"case":case,"signal":signum,"returncode":result}) + finally: + ga.kill_and_reap(process) + if ready.exists(): + child_pid = json.loads(ready.read_text())["pgid"] + if child_pid is not None and group_alive(child_pid): + os.killpg(child_pid, signal.SIGKILL) + ga.require(len(controls) == 18, "cancellation control inventory drift") + print("generated-authority-cancellation: " + json.dumps(controls, sort_keys=True)) + return len(controls) + + +if __name__ == "__main__": + parser = argparse.ArgumentParser() + parser.add_argument("--root", type=Path, default=ga.ROOT) + parser.add_argument("--scope", type=Path) + parser.add_argument("--worker") + args = parser.parse_args() + if args.worker: + raise SystemExit(worker(args.root, args.scope, args.worker)) + cancellation_self_test(args.root) diff --git a/scripts/lib/generated_state.py b/scripts/lib/generated_state.py index ff45642df..1a458c72e 100644 --- a/scripts/lib/generated_state.py +++ b/scripts/lib/generated_state.py @@ -13,12 +13,15 @@ import re import secrets import shutil +import stat import subprocess import sys import tempfile import time from typing import Any, Callable, Iterator, Mapping, MutableMapping, Sequence +from allocated_resources import AllocationError, allocated_paths_bytes + POLICY_REL = "policies/generated_state_v0.1.json" SHA_RE = re.compile(r"^[0-9a-f]{64}$") @@ -37,7 +40,8 @@ "id", "owner", "path", "contentKey", "sizeClass", "retentionClass", "reclaimOrder", "reservationBytes", "observedAllocatedBytes", "lastUseSequence", } -LEASE_FIELDS = {"id", "entryId", "pid", "processIdentity"} +LEGACY_LEASE_FIELDS = {"id", "entryId", "pid", "processIdentity"} +LEASE_FIELDS = LEGACY_LEASE_FIELDS | {"operation", "growthBytes"} TRANSACTION_FIELDS = {"id", "entryId", "sourcePath", "quarantinePath", "phase"} REGISTRY_FIELDS = { "kind", "version", "policySha256", "sequence", "entries", "leases", "transaction", @@ -61,17 +65,56 @@ def reject_duplicate_keys(pairs: Sequence[tuple[str, Any]]) -> dict[str, Any]: return result -def load_json(path: Path) -> Any: +def _load_json_with_bytes(path: Path, *, no_follow: bool = False) -> tuple[Any, bytes]: try: - if path.stat().st_size > MAX_JSON_BYTES: - raise GeneratedStateError(f"JSON input exceeds {MAX_JSON_BYTES} bytes: {path}") - return json.loads(path.read_text(encoding="utf-8"), object_pairs_hook=reject_duplicate_keys) + if not hasattr(os, "O_NONBLOCK") or (no_follow and not hasattr(os, "O_NOFOLLOW")): + raise GeneratedStateError("JSON file admission requires nonblocking descriptor support") + flags = os.O_RDONLY | os.O_NONBLOCK + if no_follow: + flags |= os.O_NOFOLLOW + descriptor = os.open(path, flags) + try: + observed = os.fstat(descriptor) + if not stat.S_ISREG(observed.st_mode): + raise GeneratedStateError(f"JSON input is not a regular file: {path}") + if observed.st_size > MAX_JSON_BYTES: + raise GeneratedStateError(f"JSON input exceeds {MAX_JSON_BYTES} bytes: {path}") + with os.fdopen(descriptor, "rb", buffering=0) as handle: + descriptor = None + payload = bytearray() + while len(payload) <= MAX_JSON_BYTES: + chunk = handle.read(min(65536, MAX_JSON_BYTES + 1 - len(payload))) + if not chunk: + break + payload.extend(chunk) + if len(payload) > MAX_JSON_BYTES: + raise GeneratedStateError(f"JSON input exceeds {MAX_JSON_BYTES} bytes: {path}") + finally: + if descriptor is not None: + os.close(descriptor) + frozen = bytes(payload) + return json.loads(frozen.decode("utf-8"), object_pairs_hook=reject_duplicate_keys), frozen except FileNotFoundError as exc: raise GeneratedStateError(f"missing file: {path}") from exc except json.JSONDecodeError as exc: raise GeneratedStateError( f"invalid JSON in {path}:{exc.lineno}:{exc.colno}: {exc.msg}" ) from exc + except UnicodeDecodeError as exc: + raise GeneratedStateError(f"JSON input is not UTF-8: {path}") from exc + except MemoryError as exc: + raise GeneratedStateError("bounded JSON input allocation failed") from exc + except RecursionError as exc: + raise GeneratedStateError("JSON input exceeds the decoder nesting limit") from exc + except GeneratedStateError: + raise + except ValueError as exc: + raise GeneratedStateError("JSON input exceeds the decoder value domain") from exc + + +def load_json(path: Path, *, no_follow: bool = False) -> Any: + document, _ = _load_json_with_bytes(path, no_follow=no_follow) + return document def canonical_bytes(value: Any) -> bytes: @@ -110,7 +153,7 @@ def _positive_int(value: Any, field: str, allow_zero: bool = False) -> int: def load_policy(root: Path, override: Path | None = None) -> tuple[dict[str, Any], Path, str]: path = (override or (root / POLICY_REL)).resolve() - policy = load_json(path) + policy, policy_payload = _load_json_with_bytes(path) if not isinstance(policy, dict) or set(policy) != POLICY_FIELDS: raise GeneratedStateError("generated-state policy fields mismatch") if policy["kind"] != "genesis/generated-state-policy-v0.1" or policy["version"] != "0.1": @@ -208,7 +251,7 @@ def load_policy(root: Path, override: Path | None = None) -> tuple[dict[str, Any } if not required_roots.issubset(declared_roots): raise GeneratedStateError("generated-state producer declarations do not cover cleanup roots") - return policy, path, digest_bytes(path.read_bytes()) + return policy, path, digest_bytes(policy_payload) def _safe_absolute(root: Path, rel: str, allow_absent: bool = True) -> Path: @@ -327,23 +370,21 @@ def state_lock(root: Path, policy: Mapping[str, Any], create: bool = True) -> It def _new_registry(policy_sha: str) -> dict[str, Any]: return { "entries": [], - "kind": "genesis/generated-state-registry-v0.1", + "kind": "genesis/generated-state-registry-v0.2", "leases": [], "policySha256": policy_sha, "sequence": 0, "transaction": None, - "version": "0.1", + "version": "0.2", } def _validate_registry(registry: Any, policy: Mapping[str, Any], policy_sha: str) -> None: if not isinstance(registry, dict) or set(registry) != REGISTRY_FIELDS: raise GeneratedStateError("generated-state registry fields mismatch") - if ( - registry["kind"] != "genesis/generated-state-registry-v0.1" - or registry["version"] != "0.1" - or registry["policySha256"] != policy_sha - ): + legacy = registry["version"] == "0.1" + expected_kind = "genesis/generated-state-registry-v0.1" if legacy else "genesis/generated-state-registry-v0.2" + if registry["version"] not in ("0.1", "0.2") or registry["kind"] != expected_kind or registry["policySha256"] != policy_sha: raise GeneratedStateError("generated-state registry identity mismatch") _positive_int(registry["sequence"], "registry.sequence", allow_zero=True) entries = registry["entries"] @@ -359,6 +400,13 @@ def _validate_registry(registry: Any, policy: Mapping[str, Any], policy_sha: str raise GeneratedStateError("generated-state entry fields mismatch") if not isinstance(entry["id"], str) or not SHA_RE.fullmatch(entry["id"]): raise GeneratedStateError("generated-state entry id is invalid") + for field in ("owner", "sizeClass"): + if not isinstance(entry[field], str) or not ID_RE.fullmatch(entry[field]): + raise GeneratedStateError(f"generated-state entry {field} is invalid") + if not isinstance(entry["contentKey"], str) or not 0 < len(entry["contentKey"]) <= 256: + raise GeneratedStateError("generated-state entry content key is invalid") + if not isinstance(entry["retentionClass"], str) or entry["retentionClass"] not in PROTECTED_RETENTION | {"rebuildable-output"}: + raise GeneratedStateError("generated-state entry retention class is invalid") repo_path(entry["path"], "registry entry path") for field in ( "reclaimOrder", "reservationBytes", "observedAllocatedBytes", "lastUseSequence" @@ -367,6 +415,12 @@ def _validate_registry(registry: Any, policy: Mapping[str, Any], policy_sha: str expected = _entry_id(entry["owner"], entry["contentKey"], entry["path"]) if entry["id"] != expected: raise GeneratedStateError("generated-state entry identity mismatch") + expected_entry = _entry( + policy, entry["owner"], entry["contentKey"], entry["path"], entry["sizeClass"], + entry["lastUseSequence"], entry["observedAllocatedBytes"], + ) + if entry != expected_entry: + raise GeneratedStateError("generated-state entry contradicts producer policy") entry_ids.append(entry["id"]) entry_paths.append(entry["path"]) if entry_ids != sorted(set(entry_ids)) or len(entry_paths) != len(set(entry_paths)): @@ -374,17 +428,28 @@ def _validate_registry(registry: Any, policy: Mapping[str, Any], policy_sha: str known_entries = set(entry_ids) lease_ids: list[str] = [] for lease in leases: - if not isinstance(lease, dict) or set(lease) != LEASE_FIELDS: + if not isinstance(lease, dict) or set(lease) != (LEGACY_LEASE_FIELDS if legacy else LEASE_FIELDS): raise GeneratedStateError("generated-state lease fields mismatch") if not isinstance(lease["id"], str) or not TOKEN_RE.fullmatch(lease["id"]): raise GeneratedStateError("generated-state lease id is invalid") - if lease["entryId"] not in known_entries: + if not isinstance(lease["entryId"], str) or lease["entryId"] not in known_entries: raise GeneratedStateError("generated-state lease references an unknown entry") _positive_int(lease["pid"], "lease.pid") if not isinstance(lease["processIdentity"], str) or not SHA_RE.fullmatch( lease["processIdentity"] ): raise GeneratedStateError("generated-state process identity is invalid") + if not legacy: + growth = _positive_int(lease["growthBytes"], "lease.growthBytes", allow_zero=True) + entry = _entry_by_id(registry, lease["entryId"]) + if lease["operation"] == "build": + if growth != 0: + raise GeneratedStateError("build lease growth contradicts size-class reservation") + elif lease["operation"] == "cargo-metadata": + if entry["owner"] != "cargo-cache" or growth == 0 or growth > policy["limits"]["hardBytes"]: + raise GeneratedStateError("cargo metadata lease growth or owner is invalid") + else: + raise GeneratedStateError("unknown generated-state lease operation") lease_ids.append(lease["id"]) if lease_ids != sorted(set(lease_ids)): raise GeneratedStateError("generated-state leases must be sorted and unique") @@ -392,7 +457,7 @@ def _validate_registry(registry: Any, policy: Mapping[str, Any], policy_sha: str if transaction is not None: if not isinstance(transaction, dict) or set(transaction) != TRANSACTION_FIELDS: raise GeneratedStateError("generated-state transaction fields mismatch") - if transaction["entryId"] not in known_entries: + if not isinstance(transaction["entryId"], str) or transaction["entryId"] not in known_entries: raise GeneratedStateError("generated-state transaction references an unknown entry") if transaction["phase"] not in ("planned", "quarantined"): raise GeneratedStateError("generated-state transaction phase is invalid") @@ -405,8 +470,21 @@ def _validate_registry(registry: Any, policy: Mapping[str, Any], policy_sha: str def _load_registry(state_root: Path, policy: Mapping[str, Any], policy_sha: str) -> dict[str, Any]: path = state_root / str(policy["registryFile"]) - registry = _new_registry(policy_sha) if not path.exists() else load_json(path) + try: + path.lstat() + except FileNotFoundError: + registry = _new_registry(policy_sha) + else: + registry = load_json(path, no_follow=True) _validate_registry(registry, policy, policy_sha) + if registry["version"] == "0.1": + # Validate before conversion. Legacy live leases always retain the full + # reservation; an observer does not persist this in-memory migration. + registry["kind"] = "genesis/generated-state-registry-v0.2" + registry["version"] = "0.2" + for lease in registry["leases"]: + lease.update(operation="build", growthBytes=0) + _validate_registry(registry, policy, policy_sha) return registry @@ -477,28 +555,14 @@ def _entry( def allocated_bytes(path: Path, max_entries: int = 2_000_000) -> int: - if not path.exists(): - return 0 - total = 0 - seen = 0 - stack = [path] - while stack: - current = stack.pop() - stat = current.lstat() - if current.is_symlink(): - raise GeneratedStateError("generated-state materialization contains a symlink") - seen += 1 - if seen > max_entries: - raise GeneratedStateError("generated-state materialization entry bound exceeded") - total += int(getattr(stat, "st_blocks", 0)) * 512 or int(stat.st_size) - if current.is_dir(): - with os.scandir(current) as iterator: - stack.extend(Path(item.path) for item in iterator) - return total + try: + return allocated_paths_bytes([path], max_entries=max_entries, reject_symlinks=True) + except AllocationError as exc: + raise GeneratedStateError(str(exc)) from exc def process_identity(pid: int) -> str | None: - if pid <= 0: + if isinstance(pid, bool) or not isinstance(pid, int) or pid <= 0: return None try: os.kill(pid, 0) @@ -506,6 +570,8 @@ def process_identity(pid: int) -> str | None: return None except PermissionError: pass + except OverflowError: + return None payload: bytes proc_stat = Path(f"/proc/{pid}/stat") if proc_stat.is_file(): @@ -515,6 +581,19 @@ def process_identity(pid: int) -> str | None: payload = f"linux\0{pid}\0{fields[21]}\0{boot}".encode() except (OSError, IndexError): return None + elif sys.platform == "darwin": + # Preserve the existing posix/PID/lstart digest without launching a + # privileged ps child that cannot be observed by the resource owner. + import gate_telemetry_darwin_inventory as darwin_inventory + try: + started_sec = darwin_inventory.NativeInventory().start_time(pid) + if started_sec is None: + return None + started = time.asctime(time.localtime(started_sec)) + except (darwin_inventory.InventoryError, OSError, OverflowError, ValueError) as exc: + # Unknown identity cannot be reclassified as an idle producer. + raise GeneratedStateError("Darwin process birth identity is unavailable") from exc + payload = f"posix\0{pid}\0{started}".encode() else: try: result = subprocess.run( @@ -548,6 +627,12 @@ def _sort_registry(registry: MutableMapping[str, Any]) -> None: def _remove_tree(path: Path) -> None: + mode = path.lstat().st_mode + if stat.S_ISREG(mode): + path.unlink() + return + if not stat.S_ISDIR(mode): + raise GeneratedStateError("generated-state quarantine is not a regular file or directory") if not shutil.rmtree.avoids_symlink_attacks: raise GeneratedStateError("platform lacks symlink-safe recursive removal") @@ -646,12 +731,16 @@ def _recover_leases( def _register_entry( - registry: MutableMapping[str, Any], candidate: Mapping[str, Any] + registry: MutableMapping[str, Any], candidate: Mapping[str, Any], *, + upgrade_reservation: bool = False, ) -> MutableMapping[str, Any]: existing = _entry_by_path(registry, candidate["path"]) if existing is not None: if existing["id"] != candidate["id"]: raise GeneratedStateError("generated-state path ownership or content key changed") + if upgrade_reservation and candidate["reservationBytes"] > existing["reservationBytes"]: + existing["sizeClass"] = candidate["sizeClass"] + existing["reservationBytes"] = candidate["reservationBytes"] return existing if any(entry["id"] == candidate["id"] for entry in registry["entries"]): raise GeneratedStateError("generated-state entry identity collision") @@ -660,9 +749,17 @@ def _register_entry( return _entry_by_id(registry, candidate["id"]) # type: ignore[return-value] -def _cargo_size_class( +def cargo_size_class( scope: str, build_environment: Mapping[str, Any] | None = None ) -> str: + if not isinstance(scope, str) or not scope: + raise GeneratedStateError("Cargo cache scope is invalid") + if build_environment is not None and ( + not isinstance(build_environment, Mapping) + or any(not isinstance(key, str) or (value is not None and not isinstance(value, str)) + for key, value in build_environment.items()) + ): + raise GeneratedStateError("Cargo cache build environment is invalid") if scope == "evidence-verifier-host": return "cargo-verifier" if ( @@ -698,7 +795,7 @@ def _discover_legacy_build_entries( if _entry_by_path(registry, relative) is not None: continue try: - document = load_json(metadata) + document = load_json(metadata, no_follow=True) key = document["cacheKeySha256"] scope = document["cacheKey"]["scope"] build_environment = document["cacheKey"].get("buildEnvironment") @@ -711,7 +808,7 @@ def _discover_legacy_build_entries( "cargo-cache", key, relative, - _cargo_size_class(scope, build_environment), + cargo_size_class(scope, build_environment), sequence, allocated_bytes(target), ) @@ -730,14 +827,42 @@ def _discover_legacy_build_entries( _register_entry(registry, candidate) -def _accounting_bytes(entry: Mapping[str, Any]) -> int: - return max(int(entry["reservationBytes"]), int(entry["observedAllocatedBytes"])) +def _accounting_bytes(entry: Mapping[str, Any], *, reserved: bool = False) -> int: + allocated = int(entry["observedAllocatedBytes"]) + return max(int(entry["reservationBytes"]), allocated) if reserved else allocated def _active_entry_ids(registry: Mapping[str, Any]) -> set[str]: return {lease["entryId"] for lease in registry["leases"]} +def _resource_reservations(registry: Mapping[str, Any], requested_id: str | None = None) -> tuple[set[str], dict[str, int]]: + builds = {lease["entryId"] for lease in registry["leases"] if lease.get("operation", "build") == "build"} + metadata: dict[str, int] = {} + for lease in registry["leases"]: + if lease.get("operation") == "cargo-metadata": + entry_id = lease["entryId"] + metadata[entry_id] = metadata.get(entry_id, 0) + int(lease["growthBytes"]) + if requested_id is not None: + builds.add(requested_id) + return builds, metadata + + +def _registry_accounting_bytes( + registry: Mapping[str, Any], requested_id: str | None = None, *, + include_idle: bool = True, +) -> int: + """Stored allocation, shared build growth, and each bounded metadata writer.""" + builds, metadata = _resource_reservations(registry, requested_id) + active = builds | set(metadata) + return sum( + _accounting_bytes(entry, reserved=entry["id"] in builds) + metadata.get(entry["id"], 0) + for entry in registry["entries"] + if entry["retentionClass"] == "rebuildable-output" + and (include_idle or entry["id"] in active) + ) + + def _reclaim_entry( root: Path, state_root: Path, @@ -806,11 +931,69 @@ def _effective_limits(policy: Mapping[str, Any], environ: Mapping[str, str]) -> return limits +def _filesystem_stats(root: Path) -> Any: + query = getattr(os, "statvfs", None) + if not callable(query): + raise GeneratedStateError("generated-state physical-space backend unsupported on this host") + stats = query(root) + if int(stats.f_frsize) <= 0 or int(stats.f_bavail) < 0: + raise GeneratedStateError("generated-state physical-space query returned invalid units") + return stats + + +def _allocation_unit_bytes(root: Path) -> int: + return int(_filesystem_stats(root).f_frsize) + + def _free_bytes(root: Path) -> int: - stats = os.statvfs(root) + stats = _filesystem_stats(root) return int(stats.f_bavail) * int(stats.f_frsize) +def _pending_growth_bytes( + registry: Mapping[str, Any], requested_id: str | None, requested_growth: int = 0, +) -> int: + """Deduplicate build growth; independent metadata temporaries reserve separately.""" + builds, metadata = _resource_reservations(registry, requested_id) + return sum( + max( + max(0, int(entry["reservationBytes"]) - int(entry["observedAllocatedBytes"])) * (entry["id"] in builds), + requested_growth if entry["id"] == requested_id else 0, + ) + metadata.get(entry["id"], 0) + for entry in registry["entries"] + ) + + +def _journal_growth_bytes(root: Path, registry: Mapping[str, Any]) -> int: + """Estimate next atomic registry allocation from its largest recovery record. + + The payload is measured, not a global free-space floor. Include a prospective + lease, a quarantine record and sequence growth, two rounded registry copies, + and the four directory entries used by staging/quarantine. Filesystem blocks + are allocation units, not predictions of physical bytes reclaimed on APFS. + """ + projected = dict(registry) + projected["sequence"] = int(registry["sequence"]) + 2 + projected["leases"] = [*registry["leases"], { + "entryId": "0" * 64, "id": "0" * 32, "pid": 2**63 - 1, + "processIdentity": "0" * 64, "operation": "cargo-metadata", "growthBytes": 2**63 - 1, + }] + source = max((str(entry["path"]) for entry in registry["entries"]), + key=lambda value: len(json.dumps(value, ensure_ascii=True)), + default=".genesis/build") + projected["transaction"] = { + "entryId": "0" * 64, "id": "0" * 64, "phase": "quarantined", + "sourcePath": source, + "quarantinePath": ".genesis/build/.generated-state-v0.1/quarantine/" + "0" * 64, + } + payload_bytes = len(pretty_bytes(projected)) + if payload_bytes > MAX_JSON_BYTES: + raise GeneratedStateError("generated-state recovery journal exceeds JSON bound") + block_bytes = _allocation_unit_bytes(root) + rounded = ((payload_bytes + block_bytes - 1) // block_bytes) * block_bytes + return 2 * rounded + 4 * block_bytes + + def _enforce_limits( root: Path, state_root: Path, @@ -820,15 +1003,21 @@ def _enforce_limits( needed_growth: int, limits: Mapping[str, int], free_bytes: int, + free_bytes_fn: Callable[[], int] | None = None, + *, prospective_lease: bool = False, ) -> list[str]: reclaimed: list[str] = [] + requested_id = None if prospective_lease else protected_entry_id + + # No inactive deletion can make these simultaneous writers fit. Reject + # before opening a reclamation transaction or discarding a usable cache. + if _registry_accounting_bytes( + registry, requested_id, include_idle=False, + ) > limits["hardBytes"]: + raise GeneratedStateError("generated-state hard quota admission denied") def accounting() -> int: - return sum( - _accounting_bytes(entry) - for entry in registry["entries"] - if entry["retentionClass"] == "rebuildable-output" - ) + return _registry_accounting_bytes(registry, requested_id) def candidates() -> list[MutableMapping[str, Any]]: active = _active_entry_ids(registry) @@ -848,23 +1037,38 @@ def candidates() -> list[MutableMapping[str, Any]]: ), ) - projected_free = free_bytes + measured_free = free_bytes + if measured_free < _journal_growth_bytes(root, registry): + raise GeneratedStateError("generated-state low-disk admission denied: recovery journal cannot fit") + read_free = free_bytes_fn or (lambda: _free_bytes(root)) + + def required_free() -> int: + return (limits["minFreeBytes"] + _journal_growth_bytes(root, registry) + + _pending_growth_bytes(registry, requested_id, needed_growth)) while ( accounting() > limits["softBytes"] or accounting() > limits["hardBytes"] - or projected_free < limits["minFreeBytes"] + needed_growth + or measured_free < required_free() ): available = candidates() if not available: break selected = available[0] - freed = _reclaim_entry(root, state_root, policy, registry, selected) - projected_free += freed + _reclaim_entry(root, state_root, policy, registry, selected) + # Deleting cloned/shared/open files need not release their st_blocks. + # Re-read the filesystem after every completed reclaim transaction. + measured_free = read_free() reclaimed.append(selected["id"]) if accounting() > limits["hardBytes"]: raise GeneratedStateError("generated-state hard quota admission denied") - if projected_free < limits["minFreeBytes"] + needed_growth: - raise GeneratedStateError("generated-state low-disk admission denied") + required = required_free() + if measured_free < required: + raise GeneratedStateError( + "generated-state low-disk admission denied: " + f"freeBytes={measured_free} requiredBytes={required} " + f"pendingGrowthBytes={_pending_growth_bytes(registry, requested_id, needed_growth)} " + f"journalGrowthBytes={_journal_growth_bytes(root, registry)}" + ) return reclaimed @@ -879,18 +1083,33 @@ def admit( environ: Mapping[str, str] | None = None, identity_fn: Callable[[int], str | None] = process_identity, free_bytes_override: int | None = None, + *, metadata_payload: bytes | None = None, ) -> dict[str, Any]: root = root.resolve() policy, _, policy_sha = load_policy(root, policy_path) env = dict(os.environ if environ is None else environ) limits = _effective_limits(policy, env) - lease_pid = pid or os.getppid() + lease_pid = os.getppid() if pid is None else pid + _positive_int(lease_pid, "lease.pid") identity = identity_fn(lease_pid) if identity is None: raise GeneratedStateError("cannot bind generated-state lease to process identity") producer = _producer(policy, owner) if producer["leaseMode"] != "process": raise GeneratedStateError("protected generated state does not use admission leases") + operation = "build" + metadata_growth = 0 + if metadata_payload is not None: + if owner != "cargo-cache" or not isinstance(metadata_payload, bytes) or not 0 < len(metadata_payload) <= MAX_JSON_BYTES: + raise GeneratedStateError("invalid bounded cargo metadata payload") + unit = _allocation_unit_bytes(root) + rounded = ((len(metadata_payload) + unit - 1) // unit) * unit + # Two payload copies and two allocation units per ancestor/final entry + # cover the bounded temporary+publication plan; journal costs are separate. + metadata_growth = 2 * rounded + 2 * (len(PurePosixPath(path).parts) + 2) * unit + if metadata_growth > limits["hardBytes"]: + raise GeneratedStateError("cargo metadata growth exceeds hard quota") + operation = "cargo-metadata" requested_path = _safe_absolute(root, path) with state_lock(root, policy) as state_root_value: assert state_root_value is not None @@ -899,85 +1118,82 @@ def admit( _recover_transaction(root, state_root, policy, registry) _recover_leases(root, registry, identity_fn) _discover_legacy_build_entries(root, policy, registry) - available_free = _free_bytes(root) if free_bytes_override is None else free_bytes_override + # Idle retention is charged by stored allocation, not future growth. + # Refresh it too: an old release observation cannot authorize admission. + for entry in registry["entries"]: + if entry["retentionClass"] == "rebuildable-output": + entry["observedAllocatedBytes"] = allocated_bytes( + _safe_absolute(root, entry["path"]) + ) + read_free = (lambda: _free_bytes(root)) if free_bytes_override is None else ( + lambda: free_bytes_override + ) + available_free = read_free() reclaimed: list[str] = [] + candidate = _entry( + policy, owner, content_key, path, size_class, + registry["sequence"] + 1, allocated_bytes(requested_path), + ) + if len(registry["leases"]) >= policy["limits"]["maxLeases"]: + raise GeneratedStateError("generated-state lease bound exceeded") existing = _entry_by_path(registry, path) + if existing is not None and existing["id"] != candidate["id"]: + raise GeneratedStateError("generated-state path ownership or content key changed") if existing is not None and existing["id"] not in _active_entry_ids(registry): - requested_reservation = _size_reservation(policy, size_class) - requested_growth = max( - 0, requested_reservation - int(existing["observedAllocatedBytes"]) - ) - if ( - _accounting_bytes(existing) > limits["hardBytes"] - or available_free < limits["minFreeBytes"] + requested_growth - ): - freed = _reclaim_entry(root, state_root, policy, registry, existing) - available_free += freed + if _accounting_bytes(existing) > limits["hardBytes"]: + # Even a completely empty replacement must fit beside live + # writers. Do not destroy the oversized cache for an impossible + # request; candidate validation also precedes this mutation. + minimum = _registry_accounting_bytes(registry, include_idle=False) + if minimum + (metadata_growth if operation == "cargo-metadata" else int(candidate["reservationBytes"])) > limits["hardBytes"]: + raise GeneratedStateError("generated-state hard quota admission denied") + _reclaim_entry(root, state_root, policy, registry, existing) + available_free = read_free() reclaimed.append(existing["id"]) existing = None + candidate["observedAllocatedBytes"] = allocated_bytes(requested_path) registry["sequence"] += 1 - candidate = _entry( - policy, - owner, - content_key, - path, - size_class, - registry["sequence"], - allocated_bytes(requested_path), - ) was_new = existing is None - current = _register_entry(registry, candidate) - current["lastUseSequence"] = registry["sequence"] - needed_growth = max( - 0, int(current["reservationBytes"]) - int(current["observedAllocatedBytes"]) - ) + previous_entry = dict(existing) if existing is not None else None + token = secrets.token_hex(16) + while any(lease["id"] == token for lease in registry["leases"]): + token = secrets.token_hex(16) + operation_limits = dict(limits) + if operation == "cargo-metadata" and not any(lease["operation"] == "build" for lease in registry["leases"]): + # Caller-declared requirements remain effective. The generic policy + # floor is a build reserve, not a metadata-operation requirement. + if "GENESIS_GENERATED_STATE_MIN_FREE_BYTES" not in env: + operation_limits["minFreeBytes"] = 0 try: + current = _register_entry(registry, candidate, upgrade_reservation=operation == "build") + current["lastUseSequence"] = registry["sequence"] + current["observedAllocatedBytes"] = candidate["observedAllocatedBytes"] + registry["leases"].append({ + "entryId": current["id"], "id": token, "pid": lease_pid, + "processIdentity": identity, "operation": operation, "growthBytes": metadata_growth, + }) reclaimed.extend(_enforce_limits( - root, - state_root, - policy, - registry, - current["id"], - needed_growth, - limits, - available_free, + root, state_root, policy, registry, current["id"], 0, + operation_limits, available_free, read_free, prospective_lease=True, )) - except GeneratedStateError: + except BaseException: + registry["leases"] = [lease for lease in registry["leases"] if lease["id"] != token] if was_new: - registry["entries"] = [ - item for item in registry["entries"] if item["id"] != current["id"] - ] + registry["entries"] = [item for item in registry["entries"] + if not (item["id"] == candidate["id"] and item["path"] == candidate["path"])] + elif previous_entry is not None: + existing.clear() + existing.update(previous_entry) _sort_registry(registry) _write_registry(state_root, policy, registry) raise - if len(registry["leases"]) >= policy["limits"]["maxLeases"]: - if was_new: - registry["entries"] = [ - item for item in registry["entries"] if item["id"] != current["id"] - ] - _sort_registry(registry) - _write_registry(state_root, policy, registry) - raise GeneratedStateError("generated-state lease bound exceeded") - token = secrets.token_hex(16) - while any(lease["id"] == token for lease in registry["leases"]): - token = secrets.token_hex(16) - registry["leases"].append( - { - "entryId": current["id"], - "id": token, - "pid": lease_pid, - "processIdentity": identity, - } - ) _sort_registry(registry) _write_registry(state_root, policy, registry) - accounting = sum( - _accounting_bytes(entry) - for entry in registry["entries"] - if entry["retentionClass"] == "rebuildable-output" - ) + accounting = _registry_accounting_bytes(registry) return { "accountingBytes": accounting, + "pendingGrowthBytes": _pending_growth_bytes(registry, None), + "journalGrowthBytes": _journal_growth_bytes(root, registry), "entryId": current["id"], "hardBytes": limits["hardBytes"], "leasePid": lease_pid, @@ -1116,7 +1332,7 @@ def status( entry for entry in registry["entries"] if entry["retentionClass"] == "rebuildable-output" ] return { - "accountingBytes": sum(_accounting_bytes(entry) for entry in rebuildable), + "accountingBytes": _registry_accounting_bytes(registry), "activeLeases": len(registry["leases"]), "entryCount": len(registry["entries"]), "hardBytes": limits["hardBytes"], diff --git a/scripts/lib/generated_state_accounting.py b/scripts/lib/generated_state_accounting.py new file mode 100644 index 000000000..b7854ef20 --- /dev/null +++ b/scripts/lib/generated_state_accounting.py @@ -0,0 +1,220 @@ +#!/usr/bin/env python3 +"""Finite public admission controls for idle allocation and live reservations.""" +from __future__ import annotations + +import copy +import json +import os +from pathlib import Path +import subprocess +import sys +import tempfile + +import deterministic_cleanup as cleanup +import generated_state as state + + +def _require(condition: bool, diagnostic: str) -> None: + if not condition: + raise AssertionError(f"generated-state-accounting: {diagnostic}") + + +def accounting_self_test(source_root: Path) -> int: + checks = [] + with tempfile.TemporaryDirectory(prefix="generated-state-accounting-") as temporary: + root = Path(temporary) + (root / "policies").mkdir() + (root / cleanup.POLICY_REL).write_bytes((source_root / cleanup.POLICY_REL).read_bytes()) + policy, _, _ = state.load_policy(source_root) + policy = copy.deepcopy(policy) + policy["limits"].update( + softBytes=229376, hardBytes=262144, minFreeBytes=0, maxEntries=32, maxLeases=16, + ) + reservations = {"cargo-host": 131072, "cargo-wasm": 196608} + for item in policy["sizeClasses"]: + item["reservationBytes"] = reservations.get(item["id"], 0) + (root / state.POLICY_REL).write_bytes(state.pretty_bytes(policy)) + (root / ".gitignore").write_text(".genesis/\n", encoding="utf-8") + subprocess.run(["git", "init", "-q", str(root)], check=True) + subprocess.run(["git", "add", ".gitignore"], cwd=root, check=True) + (root / ".genesis/build").mkdir(parents=True) + cleanup.initialize_root_marker(root, ".genesis/build", "accounting-controls") + host = ".genesis/build/cargo-cache/v1/root/host/cache" + wasm = ".genesis/build/cargo-cache/v1/root/wasm/cache" + + def admit(path: str, size_class: str, key: str) -> dict: + return state.admit( + root, "cargo-cache", key * 64, path, size_class, + pid=os.getpid(), free_bytes_override=1 << 30, + ) + + native = admit(host, "cargo-host", "a") + target = root / host + target.mkdir(parents=True) + payload = target / "payload" + payload.write_bytes(b"a" * 4096) + + def identity() -> tuple: + metadata = payload.stat() + return metadata.st_dev, metadata.st_ino, payload.read_bytes() + + original = identity() + state.release(root, native["leaseToken"]) + idle = state.allocated_bytes(target) + report = json.loads(subprocess.check_output([ + sys.executable, str(source_root / "scripts/lib/generated_state.py"), + "--root", str(root), "status", "--format", "json", + ], text=True)) + _require(report["accountingBytes"] == idle and report["activeLeases"] == 0, + "public idle status charged unused growth") + checks.append("public-idle-status-charges-observed-allocation") + + first = admit(wasm, "cargo-wasm", "b") + _require(not first["reclaimedEntryIds"] and identity() == original, + "fitting idle cache was reclaimed or changed") + _require(first["accountingBytes"] == idle + 196608, "idle/live total is incorrect") + checks.append("fitting-idle-cache-preserves-inode-and-content") + + shared = admit(wasm, "cargo-wasm", "b") + _require(shared["accountingBytes"] == first["accountingBytes"] + and shared["pendingGrowthBytes"] == 196608, "shared reservation was duplicated") + state.release(root, first["leaseToken"]) + _require(state.status(root)["accountingBytes"] == idle + 196608, + "one lease release discarded a live reservation") + checks.append("shared-live-reservation-survives-one-lease-release") + + try: + admit(".genesis/build/cargo-cache/v1/root/host/other", "cargo-host", "c") + except state.GeneratedStateError as exc: + _require("hard quota admission denied" in str(exc), "wrong hard-quota diagnostic") + else: + raise AssertionError("distinct active/requested reservations exceeded hard quota") + _require(state.validate_lease(root, shared["leaseToken"], wasm)["valid"], + "denial invalidated the live lease") + _require(identity() == original, "impossible request discarded an idle cache") + checks.append("distinct-live-writers-still-denied-above-hard-quota") + + # An oversized requested cache has an earlier eviction path. Prove + # that even that path cannot delete data for an impossible replacement. + payload.write_bytes(b"o" * 300000) + oversized = identity() + try: + admit(host, "cargo-host", "a") + except state.GeneratedStateError as exc: + _require("hard quota admission denied" in str(exc), "wrong replacement diagnostic") + else: + raise AssertionError("impossible oversized-cache replacement admitted") + _require(identity() == oversized, "impossible replacement deleted the requested cache") + _require(state.validate_lease(root, shared["leaseToken"], wasm)["valid"], + "replacement denial invalidated the live lease") + payload.write_bytes(original[2]) + checks.append("oversized-request-preserved-before-impossible-replacement") + + state.release(root, shared["leaseToken"]) + _require(state.status(root)["accountingBytes"] == idle, + "last release retained unused growth or discarded stored allocation") + checks.append("last-release-removes-only-the-growth-reservation") + + # External idle growth must be observed before admission: the old + # release snapshot cannot authorize retaining an oversized cache. + payload.write_bytes(b"x" * 300000) + final = admit(wasm, "cargo-wasm", "b") + _require(native["entryId"] in final["reclaimedEntryIds"] and not target.exists(), + "stale idle observation bypassed actual excess reclamation") + _require(final["accountingBytes"] == 196608, "requested growth was not charged") + state.release(root, final["leaseToken"]) + checks.append("idle-growth-remeasured-before-quota-admission") + + with tempfile.TemporaryDirectory(prefix="generated-state-lease-bound-") as temporary: + root = Path(temporary).resolve() + (root / "policies").mkdir() + (root / cleanup.POLICY_REL).write_bytes((source_root / cleanup.POLICY_REL).read_bytes()) + policy["limits"]["maxLeases"] = 1 + (root / state.POLICY_REL).write_bytes(state.pretty_bytes(policy)) + subprocess.run(["git", "init", "-q", str(root)], check=True) + (root / ".genesis/build").mkdir(parents=True) + cleanup.initialize_root_marker(root, ".genesis/build", "lease-bound-controls") + idle = admit(host, "cargo-host", "a") + state.release(root, idle["leaseToken"]) + target = root / host + target.mkdir(parents=True) + payload = target / "payload" + payload.write_bytes(b"a" * 4096) + live = admit(wasm, "cargo-host", "b") + payload.write_bytes(b"x" * 300000) + before = (payload.stat().st_ino, payload.read_bytes()) + try: + admit(host, "cargo-host", "a") + except state.GeneratedStateError as exc: + _require("lease bound exceeded" in str(exc), "wrong lease-bound diagnostic") + else: + raise AssertionError("lease-bound request admitted") + _require((payload.stat().st_ino, payload.read_bytes()) == before, + "lease-bound denial reclaimed the oversized idle cache") + _require(state.validate_lease(root, live["leaseToken"], wasm)["valid"], + "lease-bound denial invalidated live ownership") + state.release(root, live["leaseToken"]) + checks.append("lease-bound-denial-precedes-oversized-idle-reclamation") + + with tempfile.TemporaryDirectory(prefix="generated-state-contract-") as temporary: + root = Path(temporary).resolve() + (root / "policies").mkdir() + (root / cleanup.POLICY_REL).write_bytes((source_root / cleanup.POLICY_REL).read_bytes()) + policy["limits"]["maxLeases"] = 16 + (root / state.POLICY_REL).write_bytes(state.pretty_bytes(policy)) + subprocess.run(["git", "init", "-q", str(root)], check=True) + (root / ".genesis/build").mkdir(parents=True) + cleanup.initialize_root_marker(root, ".genesis/build", "contract-controls") + first = admit(host, "cargo-host", "a") + target = root / host + target.mkdir(parents=True) + payload = target / "payload" + payload.write_bytes(b"x" * 4096) + original = (payload.stat().st_ino, payload.read_bytes()) + other_path = ".genesis/build/cargo-cache/v1/root/host/other" + other = admit(other_path, "cargo-host", "c") + try: + admit(host, "cargo-wasm", "a") + except state.GeneratedStateError as exc: + _require("hard quota admission denied" in str(exc), "wrong budget-upgrade denial") + else: + raise AssertionError("larger requested budget escaped the hard quota") + report = state.status(root) + _require(report["activeLeases"] == 2 and report["accountingBytes"] == 262144, + "denied upgrade leaked a lease or retained the prospective budget") + _require(state.validate_lease(root, first["leaseToken"], host)["valid"] + and state.validate_lease(root, other["leaseToken"], other_path)["valid"] + and (payload.stat().st_ino, payload.read_bytes()) == original, + "denied upgrade changed live ownership or stored bytes") + checks.append("denied-build-budget-upgrade-rolls-back-with-live-leases") + state.release(root, other["leaseToken"]) + larger = admit(host, "cargo-wasm", "a") + _require(larger["accountingBytes"] == 196608 + and larger["pendingGrowthBytes"] == 196608 - state.allocated_bytes(target), + "larger request reused a smaller registered growth budget") + state.release(root, first["leaseToken"]) + _require(state.status(root)["accountingBytes"] == 196608, + "releasing an older lease lowered the live upgraded budget") + _require((payload.stat().st_ino, payload.read_bytes()) == original, + "admitted budget upgrade changed cached data") + state.release(root, larger["leaseToken"]) + checks.append("larger-build-demand-upgrades-one-shared-reservation") + payload.write_bytes(b"x" * 300000) + original = (payload.stat().st_ino, payload.read_bytes()) + try: + admit(host, "cargo-host", "b") + except state.GeneratedStateError as exc: + _require("content key changed" in str(exc), "wrong identity-change denial") + else: + raise AssertionError("oversized replacement bypassed existing identity") + _require((payload.stat().st_ino, payload.read_bytes()) == original, + "invalid oversized replacement deleted the original cache") + checks.append("oversized-request-identity-checked-before-reclamation") + + _require(len(checks) == 11, "control inventory drift") + print("generated-state-accounting: " + json.dumps({"controls": checks}, sort_keys=True)) + return len(checks) + + +if __name__ == "__main__": + accounting_self_test(Path(__file__).resolve().parents[2]) diff --git a/scripts/lib/prerequisite_manifest.py b/scripts/lib/prerequisite_manifest.py index 17b3a6f49..c3f034b2d 100755 --- a/scripts/lib/prerequisite_manifest.py +++ b/scripts/lib/prerequisite_manifest.py @@ -10,6 +10,7 @@ from pathlib import Path import platform as host_platform import re +import shlex import shutil import subprocess import sys @@ -28,7 +29,21 @@ PROBE_KEYS = {"kind", "argv", "versionRegex", "packagePath", "versionField", "target"} CONSTRAINT_KEYS = {"exact", "minInclusive", "maxExclusive"} PROBE_KINDS = {"command-version", "command-presence", "node-package", "rustup-target"} +PYTHON_CHECKER_LOCK = "scripts/requirements-selfhost-checker.txt" +PYTHON_CHECKER_PROBE = ( + "python3", "-I", "-B", "-c", + "import blake3; print('blake3 ' + blake3.__version__)", +) +# The four independently reviewed CPython 3.12 wheel identities are a closed +# admission set, not arbitrary hashes supplied by a proposed lockfile. +PYTHON_CHECKER_WHEELS = { + "bb2689cbef663d823011eeddec29c23d1c1f773ac867bfa854fb0590771a309d", + "fc9da486d47f399ac2aba8dfdfaf60cc7a507d8434623cee8f81f47852db594d", + "1e3018d12e16faea2e08f210123a9c2e603de6c1b80b381624cffd536e1022d1", + "17fb8c25d62b3dc35c2c4d59f3b2f3234814b2aa374c0b9bea3d326184bf9268", +} SAFE_COMMANDS = { + PYTHON_CHECKER_PROBE, ("adb", "version"), ("bash", "--version"), ("bash", "scripts/install_wasi_sdk.sh", "--version"), @@ -62,10 +77,10 @@ EXPECTED_PROFILE_TOOLS = { "android-device": ({"adb"}, set()), "apple-device": ({"xcodebuild", "xcrun"}, {"idevice-id", "ios-deploy"}), - "ci": ({"bash", "cargo", "cargo-deny", "cargo-nextest", "clippy", "git", "jq", "python", "rustc", "rustfmt"}, set()), + "ci": ({"bash", "cargo", "cargo-deny", "cargo-nextest", "clippy", "git", "jq", "python", "python-blake3", "rustc", "rustfmt"}, set()), "core": ({"bash", "cargo", "clippy", "git", "python", "rustc", "rustfmt"}, {"cargo-nextest", "jq", "shellcheck"}), "formal": ({"git", "lake", "lean"}, set()), - "full": ({"bash", "cargo", "cargo-deny", "cargo-nextest", "clippy", "git", "jq", "lake", "lean", "node", "npm", "playwright", "python", "rust-target-wasm32-unknown-unknown", "rust-target-wasm32-wasip1", "rustc", "rustfmt", "wasi-sdk", "wasm-bindgen", "wasmtime"}, {"shellcheck"}), + "full": ({"bash", "cargo", "cargo-deny", "cargo-nextest", "clippy", "git", "jq", "lake", "lean", "node", "npm", "playwright", "python", "python-blake3", "rust-target-wasm32-unknown-unknown", "rust-target-wasm32-wasip1", "rustc", "rustfmt", "wasi-sdk", "wasm-bindgen", "wasmtime"}, {"shellcheck"}), "fuzz": ({"cargo", "cargo-fuzz", "clang", "rustc"}, {"cargo-nextest"}), "wasi": ({"bash", "cargo", "python", "rust-target-wasm32-wasip1", "rustc", "wasi-sdk", "wasmtime"}, set()), "web": ({"bash", "cargo", "node", "npm", "playwright", "python", "rust-target-wasm32-unknown-unknown", "rustc", "wasm-bindgen"}, set()), @@ -353,6 +368,35 @@ def exact_tool_version(manifest: Mapping[str, Any], tool_id: str) -> str: return constraint["exact"] +def checker_lock_version(source: str) -> str: + try: + tokens = shlex.split(source.replace("\\\n", ""), comments=True) + except ValueError as exc: + raise PrerequisiteError("independent checker lock is not a closed requirement") from exc + hashes = [token.removeprefix("--hash=sha256:") for token in tokens[1:]] + if (not tokens or tokens[0] != "blake3==1.0.4" + or any(not token.startswith("--hash=sha256:") for token in tokens[1:]) + or len(hashes) != len(set(hashes)) or set(hashes) != PYTHON_CHECKER_WHEELS): + raise PrerequisiteError("independent checker lock differs from its reviewed package/wheel admission") + return "1.0.4" + + +def declared_python_modules(manifest: Mapping[str, Any]) -> Mapping[str, str]: + tool = tool_by_id(manifest, "python-blake3") + if (tool["source"] != PYTHON_CHECKER_LOCK + or tool["probe"] != {"kind": "command-version", "argv": list(PYTHON_CHECKER_PROBE), + "versionRegex": r"^blake3 ([0-9]+\.[0-9]+\.[0-9]+)$"}): + raise PrerequisiteError("Python checker declaration must use its isolated read-only probe and hash lock") + try: + source = (ROOT / PYTHON_CHECKER_LOCK).read_text(encoding="utf-8") + except (OSError, UnicodeError) as exc: + raise PrerequisiteError("independent checker lock cannot be read") from exc + version = checker_lock_version(source) + if tool["constraint"] != {"exact": version}: + raise PrerequisiteError("Python checker prerequisite differs from its reviewed hash lock") + return {"blake3": version} + + def bounded_tool_range(manifest: Mapping[str, Any], tool_id: str) -> str: constraint = tool_by_id(manifest, tool_id)["constraint"] if not isinstance(constraint, dict) or set(constraint) != {"minInclusive", "maxExclusive"}: @@ -373,6 +417,7 @@ def toml_string_array(source: str, key: str) -> List[str]: def validate_source_pins(manifest: Mapping[str, Any]) -> None: + declared_python_modules(manifest) toolchain = (ROOT / "rust-toolchain.toml").read_text(encoding="utf-8") channel_match = re.search(r'^channel\s*=\s*"([^"]+)"\s*$', toolchain, re.MULTILINE) if not channel_match: @@ -618,6 +663,43 @@ def pure_self_test() -> None: raise PrerequisiteError("self-test accepted a duplicate key") manifest = load_json(DEFAULT_MANIFEST) validate_manifest(manifest) + declaration_mutations = [ + ("missing-checker", lambda d: d["tools"].remove(tool_by_id(d, "python-blake3"))), + ("wrong-source", lambda d: tool_by_id(d, "python-blake3").__setitem__("source", "Cargo.lock")), + ("wrong-version", lambda d: tool_by_id(d, "python-blake3").__setitem__("constraint", {"exact": "9.9.9"})), + ("missing-isolation", lambda d: tool_by_id(d, "python-blake3")["probe"]["argv"].remove("-I")), + ("broad-version-reader", lambda d: tool_by_id(d, "python-blake3")["probe"].__setitem__("versionRegex", "(.*)")), + ("missing-ci-membership", lambda d: next(p for p in d["profiles"] if p["id"] == "ci")["requires"].remove("python-blake3")), + ("missing-full-membership", lambda d: next(p for p in d["profiles"] if p["id"] == "full")["requires"].remove("python-blake3")), + ] + for name, mutate in declaration_mutations: + candidate = json.loads(json.dumps(manifest)) + mutate(candidate) + try: + validate_manifest(candidate) + except PrerequisiteError: + pass + else: + raise PrerequisiteError(f"self-test accepted Python checker declaration mutation: {name}") + lock = (ROOT / PYTHON_CHECKER_LOCK).read_text(encoding="utf-8") + approved_hash = sorted(PYTHON_CHECKER_WHEELS)[0] + lock_mutations = [ + lock.replace("blake3==1.0.4", "blake3==1.0.5"), + lock.replace("blake3==1.0.4", "blake3>=1.0.4"), + lock.replace(approved_hash, "0" * 64), + lock.replace("--hash=sha256:" + approved_hash, ""), + lock + "\n--hash=sha256:" + approved_hash, + lock + "\nrequests==2.0.0\n", + lock + "\n'\n", + ] + for candidate in lock_mutations: + try: + checker_lock_version(candidate) + except PrerequisiteError: + pass + else: + raise PrerequisiteError("self-test accepted unreviewed Python checker lock") + print(f"python-checker-declaration-controls: ok (negative_controls={len(declaration_mutations) + len(lock_mutations)})") def main(argv: Sequence[str]) -> int: diff --git a/scripts/lib/release_notes.py b/scripts/lib/release_notes.py index 54e3cb843..40c100d2e 100755 --- a/scripts/lib/release_notes.py +++ b/scripts/lib/release_notes.py @@ -516,7 +516,10 @@ def render_markdown() -> str: def validate_candidate(candidate: Any) -> None: - expected = render_document() + _validate_candidate_against(candidate, render_document()) + + +def _validate_candidate_against(candidate: Any, expected: Mapping[str, Any]) -> None: require(isinstance(candidate, dict), "release-note artifact must be an object") require(candidate == expected, "release-note artifact contains stale or unsupported claims") identity = candidate.get("contentIdentitySha256") @@ -586,13 +589,17 @@ def check() -> None: def self_test() -> None: expected = render_document() + # Derive the oracle from source twice, independently of the retained artifact. + # Every mutant gets its own copy; only the unchanged oracle is shared. + require(expected == render_document(), "release-note source derivation is nondeterministic") + _validate_candidate_against(expected, expected) controls = [] def reject(label: str, mutate: Any) -> None: candidate = copy.deepcopy(expected) mutate(candidate) try: - validate_candidate(candidate) + _validate_candidate_against(candidate, expected) except ReleaseNotesError: controls.append(label) else: diff --git a/scripts/lib/roadmap_evidence.py b/scripts/lib/roadmap_evidence.py index 51509948f..5c6d36b77 100755 --- a/scripts/lib/roadmap_evidence.py +++ b/scripts/lib/roadmap_evidence.py @@ -369,6 +369,10 @@ "policies/gate_telemetry_v0.1.json", "docs/spec/GATE_RESOURCE_TELEMETRY_v0.1.schema.json", "scripts/lib/gate_telemetry.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/gate_telemetry_sampler_controls.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/gate_telemetry_cancellation.py", "scripts/lib/gate_telemetry.sh", "scripts/check_gate_resource_telemetry.sh", ), @@ -391,6 +395,13 @@ "docs/spec/DETERMINISTIC_CLEANUP_PLAN_v0.1.schema.json", "docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md", "scripts/lib/generated_state.py", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/generated_state_accounting.py", + "scripts/lib/cargo_metadata_admission.py", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "scripts/lib/deterministic_cleanup.py", "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", @@ -422,6 +433,10 @@ "docs/spec/CHECK_UPDATE_BOUNDARY_v0.1.md", "docs/spec/CHECK_UPDATE_BOUNDARY_AUDIT_v0.1.json", "scripts/lib/generated_authority.py", + "scripts/lib/allocated_resources.py", + "scripts/lib/allocated_resources_controls.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/generated_authority_cancellation.py", "scripts/update_generated_authority.sh", "scripts/check_generated_artifact_policy.sh", "scripts/lib/check_update_boundary.py", @@ -449,6 +464,8 @@ "policies/gates_v0.1.json", "policies/gate_telemetry_v0.1.json", "scripts/lib/gate_telemetry.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/gate_telemetry_cancellation.py", "scripts/lib/gate_telemetry.sh", "scripts/check_gate_resource_telemetry.sh", "scripts/test_changed_fast.sh", @@ -1182,6 +1199,9 @@ "scripts/check_cli_diagnostics_contract.sh", "scripts/update_generated_authority.sh", "scripts/lib/generated_authority.py", + "scripts/lib/allocated_resources.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/generated_authority_cancellation.py", "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "scripts/render_cli_diagnostics_contract_report.sh", "crates/gc_cli_driver/src/diagnostics.rs", @@ -1283,6 +1303,9 @@ "scripts/check_cli_diagnostics_contract.sh", "scripts/update_generated_authority.sh", "scripts/lib/generated_authority.py", + "scripts/lib/allocated_resources.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/generated_authority_cancellation.py", "docs/spec/GENERATED_AUTHORITY_GRAPH_v0.1.schema.json", "docs/spec/CLI_JSON_SCHEMAS_v0.1.md", "docs/INDEX.md", @@ -1562,6 +1585,12 @@ "scripts/lib/cargo_cache.py", "scripts/lib/cargo_target_dir.sh", "scripts/lib/generated_state.py", + "scripts/lib/allocated_resources.py", + "scripts/lib/supervisor_cancellation.py", + "scripts/lib/gate_telemetry_darwin_inventory.py", + "scripts/lib/generated_state_accounting.py", + "scripts/lib/cargo_metadata_admission.py", + "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", "scripts/check_cargo_target_dir_policy.sh", "scripts/check_evidence_storage_classes.sh", "scripts/render_cargo_target_dir_policy_report.sh", diff --git a/scripts/lib/selfhost_frontend_authority.py b/scripts/lib/selfhost_frontend_authority.py index f1b05dc4e..be855086f 100755 --- a/scripts/lib/selfhost_frontend_authority.py +++ b/scripts/lib/selfhost_frontend_authority.py @@ -1,5 +1,10 @@ #!/usr/bin/env python3 -"""Independently verify the GenesisCode frontend production authority profile.""" +"""Independently verify the GenesisCode frontend production authority profile. + +Host dependency input: scripts/requirements-selfhost-checker.txt. Provision this +lock before invoking the verifier; verification never installs dependencies or +substitutes the production Rust hash implementation. +""" from __future__ import annotations diff --git a/scripts/lib/selfhost_gc_authority.py b/scripts/lib/selfhost_gc_authority.py index ab880e3f7..121c584c9 100644 --- a/scripts/lib/selfhost_gc_authority.py +++ b/scripts/lib/selfhost_gc_authority.py @@ -221,10 +221,24 @@ def static_check(root: Path, profile, overrides=None, artifact_path=None, check_ '.update_pins(":unpin"', ".purge_plan(", "let _pins_lock = gc_path_lock(&pins_path)?", "let _quarantine_lock", "gc_store_lock(store_dir)?", "gc_store_inventory(store)?", - "store.verify_hex(hash)", "quarantine_store", "atomic_write_text(&pins_path, &plan.body)", + "store.verify_hex(hash)", "quarantine_store", "atomic_write_text(&write_target, &plan.body)", + "sandbox_atomic_write_target(&base_dir, &pins_s, create_dirs)?", "for hash in &dead_plan.dead", "for hash in purge", "authorized GC quarantine destination already exists", ], "GC production capability") + if "atomic_write_text(&pins_path" in cap: + fail("GC pins replacement bypasses its rooted write target") + io_ops = read_text(root, "crates/gc_effects/src/runner_io_ops.rs", overrides) + require_all(io_ops, [ + "target: &crate::rooted_fs::AtomicWriteTarget", + ".prepare_atomic_write(input, create_dirs)?", "target.write(bytes)", + ], "GC rooted writer custody") + rooted_writer = read_text(root, "crates/gc_effects/src/rooted_fs.rs", overrides) + require_all(rooted_writer, [ + "pub(crate) struct AtomicWriteTarget", "for sequence in 0..1024u32", + ".create_new(true)", "file.sync_all()?", "parent.rename(&temporary, &parent, &leaf)", + "parent.remove_file_or_symlink(&temporary)?", + ], "GC rooted document writer") for residual in ( "gc_pins_load", "gc_pins_write", "GcPins::empty", "gc_store_dead_set", "gc_roots_plan_from_sources", "sync_closure_local", @@ -233,6 +247,13 @@ def static_check(root: Path, profile, overrides=None, artifact_path=None, check_ fail(f"GC production route retains Rust semantic residual {residual!r}") if cap.index(".dead_plan(") > cap.index("for hash in &dead_plan.dead"): fail("GC mutation precedes authority dead plan") + for operation in ("pin", "unpin"): + route = cap.split('"core/gc-low::' + operation + '" => {', 1)[1].split('\n "core/gc-low::', 1)[0] + admission = route.index("let write_target = sandbox_atomic_write_target") + if admission > route.index("let pins_path = sandbox_path_write"): + fail(f"{operation} path materialization precedes rooted writer admission") + if admission > route.index("let _pins_lock = gc_path_lock"): + fail(f"{operation} locking precedes rooted writer admission") pin_lock = cap.index("let _pins_lock = gc_path_lock(&pins_path)?") if pin_lock > cap.index('.update_pins(":pin"'): fail("pin read/update is not serialized before authority evaluation") @@ -350,6 +371,11 @@ def reject_profile(mutator): ("crates/gc_effects/src/runner_gc_ops.rs", lambda text: text.replace("options.custom_flags(libc::O_NONBLOCK);", "", 1)), ("crates/gc_cli/tests/cli_gc.rs", lambda text: text.replace("gc_pin_rejects_malformed_existing_pins_without_overwrite", "missing_negative", 1)), ("docs/spec/SEMANTIC_OWNERSHIP_LEDGER_v0.1.json", lambda text: text.replace('"id": "SD-ARTIFACT-GC",', '"id": "SD-ARTIFACT-GC",\n "fallbackReachability": "reachable",', 1)), + ("crates/gc_effects/src/runner_cap_gc_gpk_low.rs", lambda text: text.replace("atomic_write_text(&write_target, &plan.body)", "atomic_write_text(&pins_path, &plan.body)", 1)), + ("crates/gc_effects/src/runner_io_ops.rs", lambda text: text.replace("target: &crate::rooted_fs::AtomicWriteTarget", "target: &std::path::Path", 1)), + ("crates/gc_effects/src/rooted_fs.rs", lambda text: text.replace("parent.remove_file_or_symlink(&temporary)?", "", 1)), + ("crates/gc_effects/src/rooted_fs.rs", lambda text: text.replace("for sequence in 0..1024u32", "for sequence in 0..", 1)), + ("crates/gc_effects/src/runner_cap_gc_gpk_low.rs", lambda text: text.replace("let write_target = sandbox_atomic_write_target(&base_dir, &pins_s, create_dirs)?;\n ", "", 1).replace("let _pins_lock = gc_path_lock(&pins_path)?;", "let _pins_lock = gc_path_lock(&pins_path)?;\n let write_target = sandbox_atomic_write_target(&base_dir, &pins_s, create_dirs)?;", 1)), ] for relative, mutate in mutations: overrides = {relative: mutate((root / relative).read_text())} @@ -360,7 +386,7 @@ def reject_profile(mutator): else: fail(f"static mutation was accepted: {relative}") - if controls != 17: + if controls != 22: fail(f"negative control inventory drift: {controls}") print(f"selfhost-gc-authority-self-test: ok (negative_controls={controls})") diff --git a/scripts/lib/selfhost_pkg_lock_model_authority.py b/scripts/lib/selfhost_pkg_lock_model_authority.py index 67ef49467..e28617e0e 100644 --- a/scripts/lib/selfhost_pkg_lock_model_authority.py +++ b/scripts/lib/selfhost_pkg_lock_model_authority.py @@ -186,6 +186,14 @@ def validate_sources(root: Path, profile, overrides=None) -> None: ): if marker not in parent: fail(f"bounded lock transport missing marker: {marker}") + reader_marker = "pub(super) fn read_bounded_lock(" + if parent.count(reader_marker) != 1: + fail("held lock reader declaration is not unique") + held_reader = parent.split(reader_marker, 1)[1].split("\n}", 1)[0] + for marker in ("file: &crate::runner_io_ops::DocumentRead", "file.reader()", + ".take(MAX_LOCK_BYTES + 1)"): + if marker not in held_reader: + fail(f"held lock reader missing contract: {marker}") for operation in PACKAGE_OPERATIONS + GC_OPERATIONS: if operation not in classifier: fail(f"runner lazy authority set missing {operation}") @@ -270,8 +278,8 @@ def validate_sources(root: Path, profile, overrides=None) -> None: fail("GC plan and run do not each build authority-backed root sources") for marker in ( "lock_authority: Option<&mut PkgLockReadAuthority>", - "sandbox_path_allow_missing(base_dir, lock_s, false)", - "runner_cap_pkg_low::read_bounded_lock(&lock_path)", + "sandbox_optional_document_read(base_dir, lock_s)", + "runner_cap_pkg_low::read_bounded_lock(&lock_file)", "lock_authority.read_model_toml(&bytes)", "core/gc/lock-authority-unavailable", "GC lock roots require the artifact-loaded GenesisCode lock model authority", @@ -397,7 +405,7 @@ def source_mutation(path, old, new, name): source_mutation("crates/gc_effects/src/runner_cap_gc_gpk_low.rs", " lock_info,", " Term::Nil,", "gc-lock-observation-binding") source_mutation("crates/gc_effects/src/runner_gc_ops.rs", "lock_authority.read_model_toml(&bytes)", "gc_pkg::GenesisLock::load(&lock_path)", "gc-authority-route") source_mutation("crates/gc_effects/src/runner_gc_ops.rs", "gc_lock_authority_fails_closed_before_store_mutation_when_missing", "gc_missing_authority_is_ignored", "gc-fail-closed-control") - source_mutation("crates/gc_effects/src/runner_gc_ops.rs", "sandbox_path_allow_missing(base_dir, lock_s, false)", "base_dir.join(lock_s)", "gc-lock-path-admission") + source_mutation("crates/gc_effects/src/runner_gc_ops.rs", "sandbox_optional_document_read(base_dir, lock_s)", "base_dir.join(lock_s)", "gc-lock-path-admission") source_mutation("crates/gc_effects/src/runner.rs", "PkgLockReadAuthority::required_for_request(&req.op, &req.payload)", "req.op.starts_with(\"core/pkg-low::\")", "lazy-route-use") source_mutation("crates/gc_cli_driver/src/pkg_lock_model_authority.rs", ".get(AUTHORITY_BINDING)", ".get(\"native-model\")", "cli-model-route") source_mutation("crates/gc_cli_driver/src/pkg_lock_model_authority.rs", ".is_file()", ".is_dir()", "cli-regular-file-admission") @@ -411,6 +419,9 @@ def source_mutation(path, old, new, name): source_mutation("crates/gc_cli/tests/cli_pkg_workspace.rs", "gcpm_env_hydrate_rejects_invalid_lock_before_store_or_environment_write", "legacy_env_lock_test", "cli-env-prewrite-control") source_mutation("crates/gc_cli/tests/cli_pkg_workspace.rs", "gcpm_env_rejects_nonregular_lock_before_store_or_environment_write", "legacy_env_nonregular_lock_test", "cli-env-nonregular-control") + source_mutation("crates/gc_effects/src/runner_cap_pkg_low.rs", "file: &crate::runner_io_ops::DocumentRead", "file: &Path", "gc-held-reader-type") + source_mutation("crates/gc_effects/src/runner_cap_pkg_low.rs", "file.reader()", "std::fs::File::open(file.description())?", "gc-pathname-reopen") + source_mutation("crates/gc_effects/src/runner_cap_pkg_low.rs", ".take(MAX_LOCK_BYTES + 1)", ".take(MAX_LOCK_BYTES)", "gc-oversize-probe") controls = 0 for changed_profile, overrides, name in mutations: try: @@ -419,7 +430,7 @@ def source_mutation(path, old, new, name): controls += 1 else: fail(f"negative control survived: {name}") - if controls != 34: + if controls != 37: fail(f"negative control inventory drift: {controls}") print(f"selfhost-pkg-lock-model-authority: self-test ok (negative_controls={controls})") return controls diff --git a/scripts/lib/selfhost_pkg_lock_ops_authority.py b/scripts/lib/selfhost_pkg_lock_ops_authority.py index 56f3a0aba..b67c5a145 100644 --- a/scripts/lib/selfhost_pkg_lock_ops_authority.py +++ b/scripts/lib/selfhost_pkg_lock_ops_authority.py @@ -243,12 +243,20 @@ def validate_sources(root: Path, profile, overrides=None) -> None: fail(f"production init/add/list route retains Rust semantic oracle: {marker}") for marker in ( "let mut lock = gc_pkg::GenesisLock::empty(workspace)", - "let mut lock = match gc_pkg::GenesisLock::load(&path)", - "let lock = match gc_pkg::GenesisLock::load(&path)", + "let mut lock = match read_parity_lock(&path)", + "let lock = match read_parity_lock(&path)", "lock.set_requirement_with_metadata(", "let bytes = lock.to_toml_canonical().into_bytes()", ): if marker not in parity: fail(f"parity oracle lost retained legacy marker: {marker}") + parity_reader_marker = '#[cfg(any(test, feature = "parity-oracle"))]\nfn read_parity_lock(' + if parent.count(parity_reader_marker) != 1: + fail("held parity lock reader is not uniquely compile-time guarded") + parity_reader = parent.split(parity_reader_marker, 1)[1].split("\n}", 1)[0] + for marker in ("file: &crate::runner_io_ops::DocumentRead", "read_bounded_lock(file)?", + "gc_pkg::GenesisLock::from_toml_str", "file.description()", ", text)"): + if marker not in parity_reader: + fail(f"held parity lock reader missing contract: {marker}") if "PkgLockReadAuthority::required_for_request(&req.op, &req.payload)" not in runner: fail("runner does not use the closed lock authority operation set") @@ -337,10 +345,12 @@ def source_mutation(path, old, new, name): source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/bridge_lock.rs", "authority.bridge_lock_toml(&bytes, facts)?", "legacy_bridge(&bytes, facts)?", "bridge-route") source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish.rs", '"core/pkg-low::bridge" => bridge_objects::dispatch_bridge(', '"core/pkg-low::bridge" => legacy_bridge(', "bridge-dispatch") source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/bridge_objects.rs", "bridge_lock::update_lock(", "legacy_bridge_lock(", "bridge-lock-route") - source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/parity.rs", "let mut lock = match gc_pkg::GenesisLock::load(&path)", "let mut lock = match gc_pkg::LegacyLock::load(&path)", "parity-oracle") + source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/parity.rs", "let mut lock = match read_parity_lock(&path)", "let mut lock = match gc_pkg::LegacyLock::load(&path)", "parity-oracle") source_mutation("crates/gc_effects/src/pkg_lock_read_authority.rs", '"core/pkg-low::list"', '"core/pkg-low::legacy-list"', "lazy-route-set") source_mutation("crates/gc_effects/src/runner.rs", "PkgLockReadAuthority::required_for_request(&req.op, &req.payload)", "req.op.starts_with(\"core/pkg-low::\")", "lazy-route-use") + source_mutation("crates/gc_effects/src/runner_cap_pkg_low.rs", "read_bounded_lock(file)?", "std::fs::read(file.description())?", "parity-pathname-reopen") + source_mutation("crates/gc_effects/src/runner_cap_pkg_low.rs", "gc_pkg::GenesisLock::from_toml_str", "gc_pkg::GenesisLock::load", "parity-parser-custody") controls = 0 for changed_profile, overrides, name in mutations: try: @@ -349,7 +359,7 @@ def source_mutation(path, old, new, name): controls += 1 else: fail(f"negative control survived: {name}") - if controls != 27: + if controls != 29: fail(f"negative control inventory drift: {controls}") print(f"selfhost-pkg-lock-ops-authority: self-test ok (negative_controls={controls})") return controls diff --git a/scripts/lib/selfhost_pkg_lock_write_authority.py b/scripts/lib/selfhost_pkg_lock_write_authority.py index caa706021..c351d77f4 100644 --- a/scripts/lib/selfhost_pkg_lock_write_authority.py +++ b/scripts/lib/selfhost_pkg_lock_write_authority.py @@ -160,8 +160,26 @@ def validate_sources(root: Path, profile, overrides=None) -> None: if parity_boundary not in save_lock: fail("test-only parity oracle boundary missing") production = save_lock.split(parity_boundary, 1)[0] + io_ops = text(root, "crates/gc_effects/src/runner_io_ops.rs", overrides) + # Custody the typed held-directory grant and its exact forwarding writer. + # A diagnostic pathname or a pathname reopen cannot satisfy this contract. + target_pattern = ( + r"pub\(crate\) fn sandbox_atomic_write_target\(\s*" + r"base_dir: &Path,\s*input: &str,\s*create_dirs: bool,\s*" + r"\) -> Result \{\s*" + r"Ok\(crate::rooted_fs::FsRoot::open\(base_dir\)\?\.prepare_atomic_write" + r"\(input, create_dirs\)\?\)\s*\}" + ) + writer_pattern = ( + r"pub\(crate\) fn atomic_write_text\(\s*" + r"target: &crate::rooted_fs::AtomicWriteTarget,\s*bytes: &\[u8\],\s*" + r"\) -> Result<\(\), std::io::Error> \{\s*target\.write\(bytes\)\s*\}" + ) + if not re.search(target_pattern, io_ops) or not re.search(writer_pattern, io_ops): + fail("lock persistence does not consume the exact held-directory atomic target") for marker in ( - "authority.write(payload)?", "sandbox_path_write(", "atomic_write_text(&lock_path, &bytes)", + "authority.write(payload)?", "let lock_path = match sandbox_atomic_write_target(", + "atomic_write_text(&lock_path, &bytes)", "requires the artifact-loaded GenesisCode lock write authority", ): if marker not in production: @@ -238,6 +256,7 @@ def self_test(root: Path, profile, schema) -> int: "crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution.rs", "crates/gc_effects/src/runner_cap_pkg_low.rs", "crates/gc_effects/src/runner.rs", + "crates/gc_effects/src/runner_io_ops.rs", ] sources = {path: text(root, path, {}) for path in paths} mutations = [] @@ -282,6 +301,24 @@ def profile_mutation(name, value): " pkg_lock_write_authority,\n pkg_resolution_identity_authority,", " None,\n pkg_resolution_identity_authority,", 1)}, "resolution authority forwarding"), ]) + save_path = "crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/save_lock.rs" + io_path = "crates/gc_effects/src/runner_io_ops.rs" + for path, before, after, label in ( + (save_path, "let lock_path = match sandbox_atomic_write_target(", + "let lock_path = match sandbox_path_write(", "legacy pathname producer"), + (io_path, "target: &crate::rooted_fs::AtomicWriteTarget,", + "target: &Path,", "untyped pathname writer"), + (io_path, "target.write(bytes)", + "std::fs::write(target, bytes)", "reopened pathname persistence"), + (io_path, "prepare_atomic_write(input, create_dirs)", + "legacy_path(input, false, true, create_dirs)", "legacy target admission"), + (io_path, "target.write(bytes)", + "std::fs::remove_file(target)?; target.write(bytes)", "extra destructive writer action"), + ): + expected_anchors = 2 if path == save_path else 1 + if sources[path].count(before) != expected_anchors: + fail(f"negative control anchor drift: {label}") + mutations.append((profile, {path: sources[path].replace(before, after, 1)}, label)) controls = 0 for candidate, overrides, label in mutations: try: @@ -290,7 +327,7 @@ def profile_mutation(name, value): controls += 1 else: fail(f"mutation survived: {label}") - if controls != 16: + if controls != 21: fail(f"negative control inventory drift: {controls}") return controls diff --git a/scripts/lib/selfhost_pkg_verify_authority.py b/scripts/lib/selfhost_pkg_verify_authority.py index b8618ac4c..83b0ebee7 100644 --- a/scripts/lib/selfhost_pkg_verify_authority.py +++ b/scripts/lib/selfhost_pkg_verify_authority.py @@ -226,11 +226,27 @@ def validate_sources(root: Path, profile, overrides=None) -> None: fail(f"native verify semantic oracle remains in production route: {forbidden}") for marker in ( "pub(super) fn observe_verify_commit_closure(", "store.path_for(hash).exists()", - "store.verify_hex(hash)", "gc_vcs::Commit::from_term", "gc_vcs::Evidence::from_term", + "store.verify_hex(hash)", + "CommitAuthority::validate_expected_commit(policy, commit_authority, &commit_term)", + "gc_vcs::Evidence::from_term", "gc_vcs::Attestation::from_term", ): if marker not in mechanism: fail(f"bounded verify mechanism missing marker: {marker}") + if "gc_vcs::Commit::from_term" in mechanism: + fail("native commit semantic oracle remains in verify observation mechanism") + # Commit schema authority must consume the integrity-checked submitted term, + # before any fields derived from that term drive closure traversal. + integrity_at = mechanism.find("ensure_hash(commit_hex)") + term_at = mechanism.find("store_get_term(store, commit_hex)") + authority_at = mechanism.find( + "CommitAuthority::validate_expected_commit(policy, commit_authority, &commit_term)" + ) + traversal_at = mechanism.find("if commit.result != snapshot_hex") + if min(integrity_at, term_at, authority_at, traversal_at) < 0 or not ( + integrity_at < term_at < authority_at < traversal_at + ): + fail("verify commit integrity, authority, or closure causal ordering drift") if '"core/pkg-low::verify"' not in runner or "PkgResolutionIdentityAuthority::load" not in runner: fail("verify lazy authority route missing") if "pub(super) fn handle_pkg_verify_parity(" not in parity: @@ -318,6 +334,32 @@ def source_mutation(path, old, new, name): source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify.rs", ".plan_verify(", ".legacy_plan_verify(", "causal plan") source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify.rs", ".finalize_verify(", ".legacy_finalize_verify(", "causal finalize") source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify/verify_observation.rs", "pub(super) fn observe_verify_commit_closure(", "pub(super) fn native_verify_policy(", "mechanism custody") + mechanism_path = "crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify/verify_observation.rs" + authority_call = "CommitAuthority::validate_expected_commit(policy, commit_authority, &commit_term)" + source_mutation(mechanism_path, authority_call, + "gc_vcs::Commit::from_term(&commit_term)", "native commit decoder restoration") + source_mutation(mechanism_path, authority_call, + "CommitAuthority::validate_expected_commit(policy, commit_authority, &Term::Nil)", + "commit authority input substitution") + source_mutation(mechanism_path, authority_call, + "CommitAuthority::validate_expected_commit(policy, &mut None, &commit_term)", + "commit authority context bypass") + # Keeping the required call while admitting an additional native decoder + # must also fail: a positive source marker alone cannot close custody. + source_mutation(mechanism_path, " let mut checked = 0_u64;", + " let _native_commit = gc_vcs::Commit::from_term(&Term::Nil);\n" + " let mut checked = 0_u64;", "additional native commit decoder") + old_block = """ if let Err(observation) = ensure_hash(commit_hex) { + return observation; + } +""" + changed_mechanism = sources[mechanism_path].replace(old_block, "", 1) + if changed_mechanism == sources[mechanism_path]: + fail("self-test marker absent for commit integrity causal ordering") + changed_mechanism = changed_mechanism.replace( + " if commit.result != snapshot_hex {", old_block + " if commit.result != snapshot_hex {", 1 + ) + mutations.append((profile, {mechanism_path: changed_mechanism}, "commit integrity causal ordering")) source_mutation("crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify/parity.rs", "pub(super) fn handle_pkg_verify_parity(", "pub(super) fn legacy_verify(", "parity custody") source_mutation("crates/gc_cli/tests/cli_pkg_lock.rs", "pkg_verify_rejects_commit_with_missing_patch_closure", "legacy_verify_test", "integration") @@ -329,7 +371,7 @@ def source_mutation(path, old, new, name): controls += 1 else: fail(f"negative control survived: {name}") - if controls != 21: + if controls != 26: fail(f"negative control inventory drift: {controls}") return controls diff --git a/scripts/lib/selfhost_refs_authority.py b/scripts/lib/selfhost_refs_authority.py index d7286688a..44e72a970 100644 --- a/scripts/lib/selfhost_refs_authority.py +++ b/scripts/lib/selfhost_refs_authority.py @@ -11,6 +11,8 @@ import sys from pathlib import Path +from selfhost_patch_authority import Error as RustCustodyError, rust_functions + class CheckError(RuntimeError): pass @@ -327,7 +329,28 @@ def validate_sources(root: Path, profile, overrides=None) -> None: fail(f"{label} retains a direct local refs read") if "gpk_ref_export_fails_closed_without_authority_and_succeeds_with_it" not in sync_tests: fail("GPK internal-consumer authority control missing") - if "refs_authority.as_deref_mut(),\n None," not in publish: + try: + publish_functions = [ + function for function in rust_functions(publish) + if function["name"] == "handle_publish" + ] + except RustCustodyError as error: + fail(f"package publish producer cannot be scoped: {error}") + if len(publish_functions) != 1: + fail("package publish requires one named production producer") + publish_route = publish_functions[0]["body"] + recursive_sync = ( + r'let\s+sync_out\s*=\s*call_capability_with_runtime\(\s*' + r'"core/sync::push",\s*&sync,\s*sync_pol,\s*policy,\s*' + r'Some\(store\),\s*Some\(refs\),\s*refs_authority,\s*' + r'None,\s*None,\s*None,\s*None,\s*None,\s*budget,\s*' + r'None,\s*bridge_runtime,\s*error_tok,\s*\)\?;' + ) + recursive_matches = list(re.finditer(recursive_sync, publish_route)) + if len(recursive_matches) != 1 or not re.match( + r"let\s+sync_out\s*=", + publish_functions[0]["masked"][recursive_matches[0].start():], + ): fail("package publish recursive sync push omits the GenesisCode refs authority") required_ops = ( "core/refs::get", "core/refs::list", "core/refs::set", "core/refs::delete", @@ -436,12 +459,30 @@ def profile_mutation(name, value): (profile, {"crates/gc_effects/src/runner_remote_ops/gpk.rs": gpk_root.replace("RefsAuthority::consumer_get(refs_authority, refs, &root)", "refs.get(&root)", 1)}, "GPK root read"), (profile, {"crates/gc_effects/src/runner_cap_gc_gpk_low/gpk_ops.rs": gpk.replace("RefsAuthority::consumer_get(ctx.refs_authority.as_deref_mut(), refs, name)", "refs.get(name)", 1)}, "GPK embedded read"), (profile, {"crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/publish_authority.rs": publish.replace("RefsAuthority::consumer_get(refs_authority.as_deref_mut(), refs, &refname)", "refs.get(&refname)", 1)}, "publish read"), - (profile, {"crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/publish_authority.rs": publish.replace("refs_authority.as_deref_mut(),\n None,", "None,\n None,", 1)}, "publish recursive policy route"), + (profile, {"crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/publish_authority.rs": publish.replace("refs_authority,\n None,", "None,\n None,", 1)}, "publish recursive policy route"), (profile, {"crates/gc_effects/src/runner_vcs_pkg_helpers/pkg_resolution.rs": resolution.replace("RefsAuthority::consumer_get(refs_authority.as_deref_mut(), refs, &rn)", "refs.get(&rn)", 1)}, "package read"), (profile, {"crates/gc_effects/src/runner_cap_vcs_low/dispatch_meta.rs": vcs_meta.replace("RefsAuthority::consumer_get(", "RefsAuthority::legacy_consumer_get(", 1)}, "VCS root read"), (profile, {"crates/gc_effects/src/runner_vcs_pkg_helpers/vcs_history.rs": vcs_history.replace("RefsAuthority::consumer_list(refs_authority, refs, None)", "refs.list(None)", 1)}, "VCS history read"), (profile, {"crates/gc_effects/tests/sync_registry/cases_b.rs": sync_tests.replace("gpk_ref_export_fails_closed_without_authority_and_succeeds_with_it", "gpk_ref_export_bypasses_authority", 1)}, "GPK consumer control"), ]) + recursive_call = re.search( + r' let sync_out = call_capability_with_runtime\(.*?\n \)\?;', + publish, + re.DOTALL, + ) + if recursive_call is None or publish.count("refs_authority,\n None,") != 1: + fail("publish recursive forwarding mutation fixture drift") + publish_path = "crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/publish_authority.rs" + mutations.extend([ + (profile, {publish_path: publish.replace("refs_authority,\n None,", "None,\n None,", 1) + "\n// refs_authority.as_deref_mut(),\n// None,\n"}, "publish omission with unrelated legacy marker"), + (profile, {publish_path: publish.replace(" &sync,\n sync_pol,", " payload,\n sync_pol,", 1)}, "publish accepted sync payload binding"), + (profile, {publish_path: publish.replace(" &sync,\n sync_pol,", " &sync,\n pol,", 1)}, "publish recursive policy binding"), + (profile, {publish_path: publish.replace(" bridge_runtime,\n error_tok,", " bridge_runtime,\n wrong_error_tok,", 1)}, "publish recursive error seal binding"), + (profile, {publish_path: publish[:recursive_call.end()] + "\n" + recursive_call.group(0) + publish[recursive_call.end():]}, "duplicate publish sync dispatch"), + (profile, {publish_path: publish.replace("pub(super) fn handle_publish(", "pub(super) fn legacy_handle_publish(", 1)}, "named publish producer custody"), + (profile, {publish_path: publish.replace("refs_authority,\n None,", "None,\n None,", 1).replace(" append_authority_result(", " /*\n" + recursive_call.group(0) + "\n */\n append_authority_result(", 1)}, "publish omission with commented forwarding call"), + (profile, {publish_path: publish.replace("refs_authority,\n None,", "None,\n None,", 1).replace(" append_authority_result(", ' let marker = r###"\n' + recursive_call.group(0) + '\n"###;\n append_authority_result(', 1)}, "publish omission with raw-string forwarding call"), + ]) controls = 0 for candidate, overrides, label in mutations: try: @@ -450,7 +491,7 @@ def profile_mutation(name, value): controls += 1 else: fail(f"mutation survived: {label}") - if controls != 44: + if controls != 52: fail(f"negative control inventory drift: {controls}") return controls diff --git a/scripts/lib/supervisor_cancellation.py b/scripts/lib/supervisor_cancellation.py new file mode 100644 index 000000000..0d570a624 --- /dev/null +++ b/scripts/lib/supervisor_cancellation.py @@ -0,0 +1,74 @@ +#!/usr/bin/env python3 +"""Shared one-shot signal unwinding and protected ownership transfer.""" +from __future__ import annotations + +from contextlib import contextmanager +import signal +from typing import Any, Optional + +class SupervisorCancelled(BaseException): + def __init__(self, signum: int): + self.signum = signum + + +class CancellationScope: + """Unwind once; repeated termination must not interrupt owned cleanup.""" + + def __init__(self) -> None: + self.depth = 0 + self.pending: Optional[int] = None + self.unwinding = False + + def receive(self, signum: int, _frame: Any) -> None: + if self.unwinding: + return + if self.pending is None: + self.pending = signum + self.deliver() + + def deliver(self) -> None: + if self.pending is not None and self.depth == 0 and not self.unwinding: + self.unwinding = True + raise SupervisorCancelled(self.pending) + + @contextmanager + def defer(self): + self.depth += 1 + try: + yield + finally: + self.depth -= 1 + self.deliver() + + +_cancellation_scope: Optional[CancellationScope] = None + + +@contextmanager +def cancellation_scope(): + global _cancellation_scope + previous_scope = _cancellation_scope + scope = CancellationScope() + handlers = {} + try: + for name in ("SIGINT", "SIGTERM", "SIGHUP"): + signum = getattr(signal, name, None) + if signum is not None: + handlers[signum] = signal.signal(signum, scope.receive) + _cancellation_scope = scope + yield + finally: + _cancellation_scope = previous_scope + for signum, handler in handlers.items(): + signal.signal(signum, handler) + + +@contextmanager +def deferred_cancellation(): + if _cancellation_scope is None: + yield + else: + with _cancellation_scope.defer(): + yield + + diff --git a/scripts/lib/wasi_rooted_controls.py b/scripts/lib/wasi_rooted_controls.py new file mode 100644 index 000000000..776e78391 --- /dev/null +++ b/scripts/lib/wasi_rooted_controls.py @@ -0,0 +1,155 @@ +#!/usr/bin/env python3 +"""Bounded actual-WASI development controls with independent host snapshots. + +Consumes an already built exact wasm32-wasip1 test executable. This is local +E0 behavior evidence, not an independent verifier or supported-host qualification. +""" +from __future__ import annotations + +import argparse +import hashlib +import json +import os +from pathlib import Path +import signal +import subprocess +import tempfile +import time + + +def snapshot(root: Path) -> dict: + entries = {} + for directory, children, files in os.walk(root, followlinks=False): + for path in [Path(directory), *(Path(directory) / name for name in children + files)]: + key = str(path.relative_to(root)) + metadata = path.lstat() + if path.is_symlink(): + value = ["link", os.readlink(path)] + elif path.is_dir(): + value = ["directory"] + elif path.is_file(): + value = ["file", hashlib.sha256(path.read_bytes()).hexdigest()] + else: + raise RuntimeError(f"unexpected fixture entry {path}") + entries[key] = [metadata.st_dev, metadata.st_ino, value] + return entries + + +def prepare(root: Path) -> list[Path]: + (root / "runtime").mkdir() + outside = root / "outside" + outside.mkdir() + (outside / "retained").write_bytes(b"retained") + (outside / "patch.gc").write_text("{:type :vcs/patch :v 1 :ops []}") + preserved = [outside] + for tier in range(2): + for case in ("ordinary", "denied", "entries", "documents", "replay", "sync-import"): + fixture = root / f"{case}-{tier}" + fixture.mkdir() + if case == "ordinary": + (fixture / "replacement").write_bytes(b"old destination") + else: + (fixture / "source").write_bytes(b"source") + if case in ("denied", "entries", "documents"): + (fixture / "directory").mkdir() + (fixture / "directory/retained").write_bytes(b"retained") + if case in ("denied", "documents"): + (fixture / "escape").symlink_to("../outside", target_is_directory=True) + if case == "denied": + (fixture / "inside-link").symlink_to("source") + nested = fixture / "deep" + for _ in range(257): + nested.mkdir() + nested /= "x" + preserved.append(fixture) + if case == "entries": + (fixture / "target").write_bytes(b"retained") + for name, target in { + "file-link": "target", "directory-link": "directory", + "dangling-link": "absent", "outside-link": "../outside/retained", + "destination-link": "target", + }.items(): + (fixture / name).symlink_to(target) + if case == "documents": + (fixture / "genesis.lock").symlink_to("../outside/retained") + return preserved + + +def main() -> None: + parser = argparse.ArgumentParser(description=__doc__) + parser.add_argument("--binary", required=True, type=Path) + parser.add_argument("--wasmtime", required=True, type=Path) + parser.add_argument("--report", required=True, type=Path) + args = parser.parse_args() + repository = Path(__file__).resolve().parents[2] + binary, runtime = args.binary.resolve(strict=True), args.wasmtime.resolve(strict=True) + revision = subprocess.check_output(["git", "rev-parse", "HEAD"], cwd=repository, text=True).strip() + version = subprocess.check_output([str(runtime), "--version"], text=True).strip() + material_names = ( + "Cargo.lock", "selfhost/toolchain.gc", "crates/gc_effects/Cargo.toml", + "crates/gc_effects/src/lib.rs", "crates/gc_effects/src/rooted_fs_wasi.rs", + "crates/gc_effects/src/runner.rs", "crates/gc_effects/src/runner_io_ops.rs", + "crates/gc_effects/src/runner_cap_vcs_low/dispatch_snapshot.rs", + "crates/gc_effects/src/runner_host_bridge.rs", + "crates/gc_effects/src/runner_host_bridge_wasi.rs", + "crates/gc_effects/src/runner_gc_ops.rs", "crates/gc_effects/src/runner_cap_pkg_low.rs", + "crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io.rs", + "crates/gc_effects/src/runner_cap_pkg_low/dispatch_lock_io/parity.rs", + "crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution.rs", + "crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify.rs", + "crates/gc_effects/src/runner_cap_pkg_low/dispatch_resolution/install_verify/parity.rs", + "crates/gc_effects/src/runner_cap_pkg_low/dispatch_publish/bridge_lock.rs", + "crates/gc_effects/tests/wasi_rooted_security.rs", + "crates/gc_effects/tests/support/document_reader_controls.rs", + "crates/gc_effects/src/store.rs", "crates/gc_effects/src/store/import.rs", + "crates/gc_effects/src/rooted_fs/scratch_wasi.rs", + "crates/gc_effects/src/runner_remote_ops/sync_closure_parallel.rs", + "crates/gc_effects/src/runner_remote_ops/sync_capabilities.rs", + "crates/gc_registry/src/registry/remote_helpers.rs", + "crates/gc_effects/tests/support/sync_import_controls.rs", + "scripts/lib/wasi_rooted_controls.py", + ) + source_hashes = {name: hashlib.sha256((repository / name).read_bytes()).hexdigest() + for name in material_names} + with tempfile.TemporaryDirectory(prefix="genesis-wasi-rooted-") as temporary: + fixture = Path(temporary) + preserved = prepare(fixture) + before = {str(path.relative_to(fixture)): snapshot(path) for path in preserved} + command = [str(runtime), "run", "--dir", f"{fixture}::/controls", + "--dir", f"{repository}::/workspace", + "--env", "GENESIS_WASI_FS_FIXTURES=/controls", + "--env", "GENESIS_TEST_SELFHOST_ARTIFACT=/workspace/selfhost/toolchain.gc", + str(binary), "--test-threads=1", "--nocapture"] + process = subprocess.Popen(command, stdout=subprocess.PIPE, stderr=subprocess.STDOUT, + start_new_session=True) + started = time.monotonic() + timed_out = False + try: + output, _ = process.communicate(timeout=240) + except subprocess.TimeoutExpired: + os.killpg(process.pid, signal.SIGKILL) + output, _ = process.communicate() + timed_out = True + args.report.with_suffix(".log").write_bytes(output) + after = {str(path.relative_to(fixture)): snapshot(path) for path in preserved} + result = {"authority": "E0 actual-WASI development observation; no qualification", + "revision": revision, "binary_sha256": hashlib.sha256(binary.read_bytes()).hexdigest(), + "runtime": version, "runtime_sha256": hashlib.sha256(runtime.read_bytes()).hexdigest(), + "budget_seconds": 240, "elapsed_seconds": time.monotonic() - started, + "timed_out": timed_out, "returncode": process.returncode, + "host_preservation": before == after, "preserved_before": before, + "preserved_after": after, + "source_sha256": source_hashes, + "source_unchanged": all(hashlib.sha256((repository / name).read_bytes()).hexdigest() + == digest for name, digest in source_hashes.items())} + args.report.write_text(json.dumps(result, indent=2, sort_keys=True) + "\n") + print(output.decode("utf-8", errors="replace"), end="") + if timed_out or not result["source_unchanged"] or process.returncode != 0 or before != after: + raise RuntimeError("actual WASI control or host identity/content preservation failed") + if b"6 passed; 0 failed" not in output: + raise RuntimeError("actual WASI control inventory did not execute all six tests") + print("Host-side snapshots: outside and denied fixture identities/content preserved.") + + +if __name__ == "__main__": + main() diff --git a/scripts/render_cargo_target_dir_policy_report.sh b/scripts/render_cargo_target_dir_policy_report.sh index 90843c9f8..f41a16531 100644 --- a/scripts/render_cargo_target_dir_policy_report.sh +++ b/scripts/render_cargo_target_dir_policy_report.sh @@ -115,6 +115,12 @@ configuration_paths = { root / "scripts/lib/cargo_target_dir.sh", root / "scripts/lib/deterministic_cleanup.py", root / "scripts/lib/generated_state.py", + root / "scripts/lib/allocated_resources.py", + root / "scripts/lib/supervisor_cancellation.py", + root / "scripts/lib/gate_telemetry_darwin_inventory.py", + root / "scripts/lib/generated_state_accounting.py", + root / "scripts/lib/cargo_metadata_admission.py", + root / "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", root / "scripts/check_evidence_storage_classes.sh", root / "scripts/render_evidence_release_asset.sh", } @@ -131,6 +137,23 @@ with tempfile.TemporaryDirectory(prefix="genesis-cargo-cache-policy.") as temp_r destination = fixture / source.relative_to(root) destination.parent.mkdir(parents=True, exist_ok=True) shutil.copy2(source, destination) + # These private controls write only cache metadata and never invoke Cargo. + # Scale their byte reservations/quotas together rather than requiring an + # unrelated real build's GiB headroom. Production policy stays byte-exact; + # physical admission and hard-denial controls live in the lifecycle guard. + production_state_policy = (root / state.POLICY_REL).read_bytes() + fixture_state_policy = json.loads(production_state_policy) + for field in ("hardBytes", "softBytes", "minFreeBytes"): + fixture_state_policy["limits"][field] //= 1024 + for size_class in fixture_state_policy["sizeClasses"]: + size_class["reservationBytes"] //= 1024 + (fixture / state.POLICY_REL).write_bytes(state.pretty_bytes(fixture_state_policy)) + validated_fixture_policy, _, _ = state.load_policy(fixture) + require(validated_fixture_policy == fixture_state_policy, "scaled fixture policy changed") + require((root / state.POLICY_REL).read_bytes() == production_state_policy, + "fixture scaling mutated production admission policy") + passed("fixture-only-metadata-admission-budget") + source_fixture = fixture / "crates/gc_coreform/src/lib.rs" source_fixture.parent.mkdir(parents=True, exist_ok=True) source_fixture.write_text("pub fn source_only_fixture() {}\n", encoding="utf-8") @@ -507,6 +530,12 @@ authority_paths = { root / "scripts/lib/cargo_cache.py", root / "scripts/lib/cargo_target_dir.sh", root / "scripts/lib/generated_state.py", + root / "scripts/lib/allocated_resources.py", + root / "scripts/lib/supervisor_cancellation.py", + root / "scripts/lib/gate_telemetry_darwin_inventory.py", + root / "scripts/lib/generated_state_accounting.py", + root / "scripts/lib/cargo_metadata_admission.py", + root / "docs/spec/GENERATED_STATE_REGISTRY_v0.2.schema.json", root / "scripts/check_cargo_target_dir_policy.sh", root / "scripts/check_evidence_storage_classes.sh", root / "scripts/render_cargo_target_dir_policy_report.sh", @@ -579,6 +608,7 @@ expected_controls = { "duplicate-policy-key-rejection", "feature-definition-sensitivity", "fresh-checkout-materialization", + "fixture-only-metadata-admission-budget", "github-environment-key-transition", "host-profile-co-residency", "host-path-exclusion", diff --git a/scripts/render_cli_diagnostics_contract_report.sh b/scripts/render_cli_diagnostics_contract_report.sh index 5fc9be9c8..6b8daa3b8 100755 --- a/scripts/render_cli_diagnostics_contract_report.sh +++ b/scripts/render_cli_diagnostics_contract_report.sh @@ -23,11 +23,18 @@ genesis_configure_cargo_target_dir \ START_MS="$(genesis_profile_gate_now_ms)" BUDGET_MS="${GENESIS_CLI_DIAGNOSTICS_CONTRACT_BUDGET_MS:-300000}" -cargo test -p gc_cli --test cli_diagnostics_matrix --quiet -cargo test -p gc_cli --test cli_human_diagnostics --quiet -cargo test -p gc_cli --test cli_structured_failures --quiet -cargo test -p gc_cli --features parity-harness --test cli_diagnostic_goldens --quiet -cargo test -p gc_cli_driver diagnostics::tests --quiet +# Resolve the required parity fixture dependencies once. The normal genesis binary +# still links the production driver; genesis_parity uses the separate parity driver. +# Without this feature cli_structured_failures silently contains zero tests. Include +# the normal driver's complete library suite instead of rebuilding its dependencies +# after switching back from parity fixtures merely to select eleven unit tests. +cargo test -p gc_cli -p gc_cli_driver --features gc_cli/parity-harness \ + --lib \ + --test cli_diagnostics_matrix \ + --test cli_human_diagnostics \ + --test cli_structured_failures \ + --test cli_diagnostic_goldens \ + --quiet BASELINE_HISTORY="" if [[ "$HISTORY_INPUT_PATH" != "$HISTORY_PATH" && -f "$HISTORY_INPUT_PATH" ]]; then diff --git a/scripts/requirements-selfhost-checker.txt b/scripts/requirements-selfhost-checker.txt new file mode 100644 index 000000000..2cfe83cda --- /dev/null +++ b/scripts/requirements-selfhost-checker.txt @@ -0,0 +1,9 @@ +# Independent host verifier dependency, not a GenesisCode runtime dependency. +# CPython 3.12 wheels for Linux (glibc) and macOS, x86_64/aarch64 only. +# Hashes reviewed from https://pypi.org/pypi/blake3/1.0.4/json on 2026-10-02. +# Source builds and undeclared platforms must fail rather than selecting a fallback. +blake3==1.0.4 \ + --hash=sha256:bb2689cbef663d823011eeddec29c23d1c1f773ac867bfa854fb0590771a309d \ + --hash=sha256:fc9da486d47f399ac2aba8dfdfaf60cc7a507d8434623cee8f81f47852db594d \ + --hash=sha256:1e3018d12e16faea2e08f210123a9c2e603de6c1b80b381624cffd536e1022d1 \ + --hash=sha256:17fb8c25d62b3dc35c2c4d59f3b2f3234814b2aa374c0b9bea3d326184bf9268 diff --git a/scripts/test_wasi_rooted_fs.sh b/scripts/test_wasi_rooted_fs.sh new file mode 100755 index 000000000..8c6613e55 --- /dev/null +++ b/scripts/test_wasi_rooted_fs.sh @@ -0,0 +1,32 @@ +#!/usr/bin/env bash +# Focused actual-target controls, consumed by the existing WASI CI route. +set -euo pipefail +ROOT_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")/.." && pwd)" +cd "$ROOT_DIR" +source scripts/lib/cargo_target_dir.sh +RUNTIME="${GENESIS_WASI_ROOTED_RUNTIME:-$(command -v wasmtime || true)}" +if [[ -z "$RUNTIME" || ! -x "$RUNTIME" ]]; then + echo "test-wasi-rooted-fs: an executable Wasmtime runtime is required" >&2 + exit 1 +fi +REPORT="${GENESIS_WASI_ROOTED_REPORT:-$ROOT_DIR/.genesis/perf/wasi-rooted-controls.json}" +mkdir -p "$(dirname "$REPORT")" +EVENTS="${REPORT%.json}.build.jsonl" +genesis_configure_cargo_target_dir "$ROOT_DIR" wasi-rooted-focused-controls root-wasi +trap 'genesis_clear_resolved_cargo_target_dir wasi-rooted-focused-release' EXIT +cargo test -p gc_effects --test wasi_rooted_security --target wasm32-wasip1 \ + --release --locked --offline --no-run --message-format json > "$EVENTS" +BINARY="$(python3 - "$EVENTS" <<'PY' +import json +import sys +from pathlib import Path +rows = [json.loads(line) for line in Path(sys.argv[1]).read_text().splitlines()] +artifacts = [row["executable"] for row in rows if row.get("reason") == "compiler-artifact" + and row["target"]["name"] == "wasi_rooted_security" and row.get("executable")] +if len(artifacts) != 1: + raise SystemExit("expected one exact WASI control executable") +print(artifacts[0]) +PY +)" +python3 scripts/lib/wasi_rooted_controls.py \ + --binary "$BINARY" --wasmtime "$RUNTIME" --report "$REPORT" diff --git a/scripts/update_agent_authoring_bundle.sh b/scripts/update_agent_authoring_bundle.sh index 767075f95..23e400291 100755 --- a/scripts/update_agent_authoring_bundle.sh +++ b/scripts/update_agent_authoring_bundle.sh @@ -42,7 +42,7 @@ atomic_render() { } configure_genesis_binary() { - if [[ -n "${GENESIS_AUTHORING_BIN:-}" ]]; then + if [[ -n "${GENESIS_AUTHORING_BIN:-}" && "${1:-}" != "fresh" ]]; then return fi source "$ROOT_DIR/scripts/lib/cargo_target_dir.sh" @@ -91,7 +91,8 @@ update_authoring_skill() { } update_canonical_examples() { - python3 scripts/lib/gc_canonical_examples.py --refresh + configure_genesis_binary fresh + python3 scripts/lib/gc_canonical_examples.py --refresh --genesis-bin "$GENESIS_AUTHORING_BIN" python3 scripts/lib/gc_canonical_examples.py --check --self-test echo "update-agent-authoring-bundle: refreshed canonical examples" } diff --git a/selfhost/printer/00_core_single_line.gc b/selfhost/printer/00_core_single_line.gc index efc2067e4..248edaebf 100644 --- a/selfhost/printer/00_core_single_line.gc +++ b/selfhost/printer/00_core_single_line.gc @@ -55,7 +55,9 @@ ((core/str::concat "b\"") ((core/str::concat (core/coreform::escape-bytes t)) "\"")) (if ((core/sym::eq? tg) (quote :sym)) - (core/sym::to-str t) + (let ((text (core/sym::to-str t))) + (let ((admitted (core/sym::from-str text))) + (if (selfhost/printer::is-error admitted) admitted text))) nil)))))))))) (def selfhost/printer::is-atom? @@ -205,4 +207,3 @@ vs (((selfhost/printer::map-atom-parts2 entries) i) ((core/pair::cons ks) ((core/pair::cons vs) acc)))))))))))))))) - diff --git a/selfhost/printer/03_fmt_list_module.gc b/selfhost/printer/03_fmt_list_module.gc index 59a865ada..6864e047b 100644 --- a/selfhost/printer/03_fmt_list_module.gc +++ b/selfhost/printer/03_fmt_list_module.gc @@ -3,7 +3,7 @@ (fn (indent) (let ((items (core/pair::as-proper-list t))) (if (core/list::is-nil? items) - ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) "(pair )")) nil) + ((core/error::make2 "core/type-error") "improper pair has no canonical CoreForm v0.2 serialization") (selfhost/printer::fmt-list-items items indent)))))) (def selfhost/printer::fmt-list-items diff --git a/selfhost/toolchain.freshness.json b/selfhost/toolchain.freshness.json index 4f119325a..87dc4733e 100644 --- a/selfhost/toolchain.freshness.json +++ b/selfhost/toolchain.freshness.json @@ -1,7 +1,7 @@ { "artifact": "selfhost/toolchain.gc", - "artifact_hash_sha256": "8d0dbb53c22a420ce0dadebd22b6fe369bcc9bd0da292bad3b197499f6c09c2c", + "artifact_hash_sha256": "657b3d595ec66192b958c0cfedfb3c2197aa702cd434ee514d13dfc1375881e3", "kind": "genesis/selfhost-freshness-v0.1", "manifest": "selfhost/toolchain_manifest.gc", - "source_hash_sha256": "5b3a5588c95aa6d830363c820cc878376cc673e5ff68fb65c10286fbf1f2d283" + "source_hash_sha256": "d8cf5c917966721421979b5e9e0aa8204880c90a34a432dcdf28fd2ef569c9e7" } diff --git a/selfhost/toolchain.gc b/selfhost/toolchain.gc index 92457965f..8d2bb00e3 100644 --- a/selfhost/toolchain.gc +++ b/selfhost/toolchain.gc @@ -1 +1 @@ -{:generated-by "genesis 0.2.0" :kind "genesis/selfhost-toolchain-artifact-v0.2" :modules [{:forms [(def selfhost/parse::error (fn (code) (fn (msg) (fn (at) (((core/error::make code) msg) {:at at}))))) (def selfhost/parse::is-error core/error::is?) (def selfhost/parse::SYM_QUOTE (quote quote)) (def selfhost/parse::byte (fn (bs) (fn (i) (if ((core/int::lt? i) (core/bytes::len bs)) ((core/bytes::get bs) i) nil)))) (def selfhost/parse::is-ws? (fn (b) (if (core/list::is-nil? b) false (if ((core/int::eq? b) 32) true (if ((core/int::eq? b) 9) true (if ((core/int::eq? b) 10) true ((core/int::eq? b) 13))))))) (def selfhost/parse::is-delim? (fn (b) (if (selfhost/parse::is-ws? b) true (if ((core/int::eq? b) 40) true (if ((core/int::eq? b) 41) true (if ((core/int::eq? b) 91) true (if ((core/int::eq? b) 93) true (if ((core/int::eq? b) 123) true (if ((core/int::eq? b) 125) true (if ((core/int::eq? b) 39) true (if ((core/int::eq? b) 34) true ((core/int::eq? b) 59)))))))))))) (def selfhost/parse::skip-ws-and-comments (fn (bs) (fn (i) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) i (if (selfhost/parse::is-ws? b) ((selfhost/parse::skip-ws-and-comments bs) ((core/int::add i) 1)) (if ((core/int::eq? b) 59) ((selfhost/parse::skip-comment bs) ((core/int::add i) 1)) i))))))) (def selfhost/parse::skip-comment (fn (bs) (fn (i) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) i (if ((core/int::eq? b) 10) ((selfhost/parse::skip-ws-and-comments bs) ((core/int::add i) 1)) ((selfhost/parse::skip-comment bs) ((core/int::add i) 1)))))))) (def selfhost/parse::bytes-slice (fn (bs) (fn (start) (fn (end) (((core/bytes::slice bs) start) ((core/int::sub end) start)))))) (def selfhost/parse::push-raw-part (fn (bs) (fn (raw-start) (fn (i) (fn (parts) (if ((core/int::eq? raw-start) i) parts ((core/vec::push parts) (((selfhost/parse::bytes-slice bs) raw-start) i)))))))) (def selfhost/parse::concat-bytes-parts (fn (parts) (core/bytes::join parts))) (def selfhost/parse::hex-val (fn (b) (if (core/list::is-nil? b) nil (if (if ((core/int::lt? 47) b) ((core/int::lt? b) 58) false) ((core/int::sub b) 48) (if (if ((core/int::lt? 64) b) ((core/int::lt? b) 71) false) ((core/int::add ((core/int::sub b) 65)) 10) (if (if ((core/int::lt? 96) b) ((core/int::lt? b) 103) false) ((core/int::add ((core/int::sub b) 97)) 10) nil)))))) (def selfhost/parse::read-hex-u32 (fn (bs) (fn (i) (fn (n) (fn (at) (((((selfhost/parse::read-hex-u32-2 bs) i) n) at) 0)))))) (def selfhost/parse::read-hex-u32-2 (fn (bs) (fn (i) (fn (n) (fn (at) (fn (acc) (if ((core/int::eq? n) 0) {:i i :v acc} (let ((d (selfhost/parse::hex-val ((selfhost/parse::byte bs) i)))) (if (core/list::is-nil? d) (((selfhost/parse::error "core/parse/escape") "invalid hex digit") at) (((((selfhost/parse::read-hex-u32-2 bs) ((core/int::add i) 1)) ((core/int::sub n) 1)) at) ((core/int::add ((core/int::mul acc) 16)) d))))))))))) (def selfhost/parse::read-string (fn (bs) (fn (i) (fn (at) (((((selfhost/parse::read-string2 bs) i) at) i) []))))) (def selfhost/parse::read-string2 (fn (bs) (fn (i) (fn (at) (fn (raw-start) (fn (parts) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated string") at) (if ((core/int::eq? b) 34) (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts))) (let ((outb (selfhost/parse::concat-bytes-parts parts2))) (let ((s (core/str::from-utf8 outb))) (if (selfhost/parse::is-error s) (((selfhost/parse::error "core/parse/unexpected") "invalid utf-8 string") at) {:i ((core/int::add i) 1) :s s})))) (if ((core/int::eq? b) 92) (((((selfhost/parse::read-string-escape bs) i) at) raw-start) parts) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 1)) at) raw-start) parts))))))))))) (def selfhost/parse::read-string-escape (fn (bs) (fn (i) (fn (at) (fn (raw-start) (fn (parts) (let ((esc-at i)) (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts))) (let ((e ((selfhost/parse::byte bs) ((core/int::add i) 1)))) (if (core/list::is-nil? e) (((selfhost/parse::error "core/parse/escape") "unterminated escape") esc-at) (if ((core/int::eq? e) 92) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\\")) (if ((core/int::eq? e) 34) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\"")) (if ((core/int::eq? e) 110) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\n")) (if ((core/int::eq? e) 114) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\r")) (if ((core/int::eq? e) 116) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\t")) (if ((core/int::eq? e) 117) (((((selfhost/parse::read-string-unicode bs) ((core/int::add i) 2)) at) esc-at) parts2) (if ((core/int::eq? e) 120) (((((selfhost/parse::read-string-hex-byte bs) ((core/int::add i) 2)) at) esc-at) parts2) (((selfhost/parse::error "core/parse/escape") "unknown escape") esc-at)))))))))))))))))) (def selfhost/parse::read-string-unicode (fn (bs) (fn (i) (fn (at) (fn (esc-at) (fn (parts) (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 4) esc-at))) (if (selfhost/parse::is-error r) r (let ((cp ((core/map::get r) (quote :v)))) (let ((nb (core/utf8::encode-codepoint cp))) (if (selfhost/parse::is-error nb) (((selfhost/parse::error "core/parse/escape") "invalid unicode codepoint") esc-at) (let ((j ((core/map::get r) (quote :i)))) (((((selfhost/parse::read-string2 bs) j) at) j) ((core/vec::push parts) nb)))))))))))))) (def selfhost/parse::read-string-hex-byte (fn (bs) (fn (i) (fn (at) (fn (esc-at) (fn (parts) (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 2) esc-at))) (if (selfhost/parse::is-error r) r (let ((cp ((core/map::get r) (quote :v)))) (let ((nb (core/utf8::encode-codepoint cp))) (if (selfhost/parse::is-error nb) (((selfhost/parse::error "core/parse/escape") "invalid unicode codepoint") esc-at) (let ((j ((core/map::get r) (quote :i)))) (((((selfhost/parse::read-string2 bs) j) at) j) ((core/vec::push parts) nb)))))))))))))) (def selfhost/parse::read-bytes (fn (bs) (fn (i) (fn (at) (((((selfhost/parse::read-bytes2 bs) i) at) i) []))))) (def selfhost/parse::read-bytes2 (fn (bs) (fn (i) (fn (at) (fn (raw-start) (fn (parts) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated bytes literal") at) (if ((core/int::eq? b) 34) (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts))) {:b (selfhost/parse::concat-bytes-parts parts2) :i ((core/int::add i) 1)}) (if ((core/int::eq? b) 92) (((((selfhost/parse::read-bytes-escape bs) i) at) raw-start) parts) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 1)) at) raw-start) parts))))))))))) (def selfhost/parse::read-bytes-escape (fn (bs) (fn (i) (fn (at) (fn (raw-start) (fn (parts) (let ((esc-at i)) (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts))) (let ((e ((selfhost/parse::byte bs) ((core/int::add i) 1)))) (if (core/list::is-nil? e) (((selfhost/parse::error "core/parse/escape") "unterminated escape") esc-at) (if ((core/int::eq? e) 92) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\\")) (if ((core/int::eq? e) 34) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\"")) (if ((core/int::eq? e) 110) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\n")) (if ((core/int::eq? e) 114) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\r")) (if ((core/int::eq? e) 116) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\t")) (if ((core/int::eq? e) 120) (((((selfhost/parse::read-bytes-hex-byte bs) ((core/int::add i) 2)) at) esc-at) parts2) (if ((core/int::eq? e) 117) (((((selfhost/parse::read-bytes-unicode bs) ((core/int::add i) 2)) at) esc-at) parts2) (((selfhost/parse::error "core/parse/escape") "unknown escape") esc-at)))))))))))))))))) (def selfhost/parse::read-bytes-hex-byte (fn (bs) (fn (i) (fn (at) (fn (esc-at) (fn (parts) (let ((digits (((selfhost/parse::bytes-slice bs) i) ((core/int::add i) 2)))) (let ((hx (core/str::from-utf8 digits))) (if (selfhost/parse::is-error hx) (((selfhost/parse::error "core/parse/escape") "invalid hex digit") esc-at) (let ((b1 (core/bytes::from-hex hx))) (if (selfhost/parse::is-error b1) (((selfhost/parse::error "core/parse/escape") "invalid hex digit") esc-at) (let ((j ((core/int::add i) 2))) (((((selfhost/parse::read-bytes2 bs) j) at) j) ((core/vec::push parts) b1)))))))))))))) (def selfhost/parse::read-bytes-unicode (fn (bs) (fn (i) (fn (at) (fn (esc-at) (fn (parts) (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 4) esc-at))) (if (selfhost/parse::is-error r) r (let ((cp ((core/map::get r) (quote :v)))) (let ((nb (core/utf8::encode-codepoint cp))) (if (selfhost/parse::is-error nb) (((selfhost/parse::error "core/parse/escape") "invalid unicode codepoint") esc-at) (let ((j ((core/map::get r) (quote :i)))) (((((selfhost/parse::read-bytes2 bs) j) at) j) ((core/vec::push parts) nb)))))))))))))) (def selfhost/parse::is-digit? (fn (b) (if (core/list::is-nil? b) false (if ((core/int::lt? 47) b) ((core/int::lt? b) 58) false)))) (def selfhost/parse::read-int (fn (bs) (fn (i) (let ((neg ((core/int::eq? ((selfhost/parse::byte bs) i)) 45))) (let ((j (if neg ((core/int::add i) 1) i))) ((((selfhost/parse::read-int2 bs) j) (if neg -1 1)) 0)))))) (def selfhost/parse::read-int2 (fn (bs) (fn (i) (fn (sign) (fn (acc) (let ((b ((selfhost/parse::byte bs) i))) (if (selfhost/parse::is-digit? b) ((((selfhost/parse::read-int2 bs) ((core/int::add i) 1)) sign) ((core/int::add ((core/int::mul acc) 10)) ((core/int::sub b) 48))) {:i i :v ((core/int::mul sign) acc)}))))))) (def selfhost/parse::read-symbol (fn (bs) (fn (i) (((selfhost/parse::read-symbol2 bs) i) i)))) (def selfhost/parse::read-symbol2 (fn (bs) (fn (start) (fn (i) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) {:i i :s (core/str::from-utf8 (((selfhost/parse::bytes-slice bs) start) i))} (if (selfhost/parse::is-delim? b) {:i i :s (core/str::from-utf8 (((selfhost/parse::bytes-slice bs) start) i))} (((selfhost/parse::read-symbol2 bs) start) ((core/int::add i) 1))))))))) (def selfhost/parse::list-from-vec (fn (xs) (((selfhost/parse::list-from-vec2 xs) (core/vec::len xs)) nil))) (def selfhost/parse::list-from-vec2 (fn (xs) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (((selfhost/parse::list-from-vec2 xs) i) ((core/pair::cons ((core/vec::get xs) i)) acc)))))))) (def selfhost/parse::parse-term-at (fn (bs) (fn (i0) (let ((i ((selfhost/parse::skip-ws-and-comments bs) i0))) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/eof") "unexpected end of input") i) (if ((core/int::eq? b) 39) (let ((inner ((selfhost/parse::parse-term-at bs) ((core/int::add i) 1)))) (if (selfhost/parse::is-error inner) inner (let ((t ((core/map::get inner) (quote :t)))) (let ((xs ((core/vec::push (quote [])) selfhost/parse::SYM_QUOTE))) (let ((xs2 ((core/vec::push xs) t))) {:i ((core/map::get inner) (quote :i)) :t (selfhost/parse::list-from-vec xs2)}))))) (if ((core/int::eq? b) 40) (((selfhost/parse::parse-list bs) ((core/int::add i) 1)) i) (if ((core/int::eq? b) 91) ((((selfhost/parse::parse-vector bs) ((core/int::add i) 1)) i) (quote [])) (if ((core/int::eq? b) 123) ((((selfhost/parse::parse-map bs) ((core/int::add i) 1)) i) (quote {})) (if ((core/int::eq? b) 34) (let ((r (((selfhost/parse::read-string bs) ((core/int::add i) 1)) i))) (if (selfhost/parse::is-error r) r {:i ((core/map::get r) (quote :i)) :t ((core/map::get r) (quote :s))})) (if ((core/int::eq? b) 98) (let ((b2 ((selfhost/parse::byte bs) ((core/int::add i) 1)))) (if ((core/int::eq? b2) 34) (let ((r (((selfhost/parse::read-bytes bs) ((core/int::add i) 2)) i))) (if (selfhost/parse::is-error r) r {:i ((core/map::get r) (quote :i)) :t ((core/map::get r) (quote :b))})) ((selfhost/parse::parse-symbol-or-int bs) i))) (if ((core/int::eq? b) 41) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") i) (if ((core/int::eq? b) 93) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") i) (if ((core/int::eq? b) 125) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") i) ((selfhost/parse::parse-symbol-or-int bs) i))))))))))))))))] :module-h b"\xAFMz+\x141;\xB08|\x8C\xF2\x94\x8D\xE0\x07\x1C\xC8e\xA80tA\xF5\xB1\xCB\xBCo\xEC\xDD\x13\x83" :path "selfhost/parse.gc" :source "(def selfhost/parse::error\n (fn (code) (fn (msg) (fn (at) (((core/error::make code) msg) {:at at})))))\n\n(def selfhost/parse::is-error core/error::is?)\n\n(def selfhost/parse::SYM_QUOTE (quote quote))\n\n(def selfhost/parse::byte\n (fn (bs) (fn (i) (if ((core/int::lt? i) (core/bytes::len bs)) ((core/bytes::get bs) i) nil))))\n\n(def selfhost/parse::is-ws?\n (fn (b)\n (if (core/list::is-nil? b)\n false\n (if ((core/int::eq? b) 32)\n true\n (if ((core/int::eq? b) 9) true (if ((core/int::eq? b) 10) true ((core/int::eq? b) 13)))))))\n\n(def selfhost/parse::is-delim?\n (fn (b)\n (if (selfhost/parse::is-ws? b)\n true\n (if ((core/int::eq? b) 40)\n true\n (if ((core/int::eq? b) 41)\n true\n (if ((core/int::eq? b) 91)\n true\n (if ((core/int::eq? b) 93)\n true\n (if ((core/int::eq? b) 123)\n true\n (if ((core/int::eq? b) 125)\n true\n (if ((core/int::eq? b) 39)\n true\n (if ((core/int::eq? b) 34) true ((core/int::eq? b) 59))))))))))))\n\n(def selfhost/parse::skip-ws-and-comments\n (fn (bs)\n (fn (i)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n i\n (if (selfhost/parse::is-ws? b)\n ((selfhost/parse::skip-ws-and-comments bs) ((core/int::add i) 1))\n (if ((core/int::eq? b) 59) ((selfhost/parse::skip-comment bs) ((core/int::add i) 1)) i)))))))\n\n(def selfhost/parse::skip-comment\n (fn (bs)\n (fn (i)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n i\n (if ((core/int::eq? b) 10)\n ((selfhost/parse::skip-ws-and-comments bs) ((core/int::add i) 1))\n ((selfhost/parse::skip-comment bs) ((core/int::add i) 1))))))))\n\n(def selfhost/parse::bytes-slice\n (fn (bs) (fn (start) (fn (end) (((core/bytes::slice bs) start) ((core/int::sub end) start))))))\n\n(def selfhost/parse::push-raw-part\n (fn (bs)\n (fn (raw-start)\n (fn (i)\n (fn (parts)\n (if ((core/int::eq? raw-start) i)\n parts\n ((core/vec::push parts) (((selfhost/parse::bytes-slice bs) raw-start) i))))))))\n\n(def selfhost/parse::concat-bytes-parts (fn (parts) (core/bytes::join parts)))\n\n(def selfhost/parse::hex-val\n (fn (b)\n (if (core/list::is-nil? b)\n nil\n (if (if ((core/int::lt? 47) b) ((core/int::lt? b) 58) false)\n ((core/int::sub b) 48)\n (if (if ((core/int::lt? 64) b) ((core/int::lt? b) 71) false)\n ((core/int::add ((core/int::sub b) 65)) 10)\n (if (if ((core/int::lt? 96) b) ((core/int::lt? b) 103) false)\n ((core/int::add ((core/int::sub b) 97)) 10)\n nil))))))\n\n(def selfhost/parse::read-hex-u32\n (fn (bs) (fn (i) (fn (n) (fn (at) (((((selfhost/parse::read-hex-u32-2 bs) i) n) at) 0))))))\n\n(def selfhost/parse::read-hex-u32-2\n (fn (bs)\n (fn (i)\n (fn (n)\n (fn (at)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n {:i i :v acc}\n (let ((d (selfhost/parse::hex-val ((selfhost/parse::byte bs) i))))\n (if (core/list::is-nil? d)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid hex digit\") at)\n (((((selfhost/parse::read-hex-u32-2 bs) ((core/int::add i) 1)) ((core/int::sub n) 1)) at)\n ((core/int::add ((core/int::mul acc) 16)) d)))))))))))\n\n(def selfhost/parse::read-string\n (fn (bs) (fn (i) (fn (at) (((((selfhost/parse::read-string2 bs) i) at) i) [])))))\n\n(def selfhost/parse::read-string2\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (raw-start)\n (fn (parts)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated string\") at)\n (if ((core/int::eq? b) 34)\n (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts)))\n (let ((outb (selfhost/parse::concat-bytes-parts parts2)))\n (let ((s (core/str::from-utf8 outb)))\n (if (selfhost/parse::is-error s)\n (((selfhost/parse::error \"core/parse/unexpected\") \"invalid utf-8 string\")\n at)\n {\n :i ((core/int::add i) 1)\n :s s}))))\n (if ((core/int::eq? b) 92)\n (((((selfhost/parse::read-string-escape bs) i) at) raw-start) parts)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 1)) at) raw-start)\n parts)))))))))))\n\n(def selfhost/parse::read-string-escape\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (raw-start)\n (fn (parts)\n (let ((esc-at i))\n (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts)))\n (let ((e ((selfhost/parse::byte bs) ((core/int::add i) 1))))\n (if (core/list::is-nil? e)\n (((selfhost/parse::error \"core/parse/escape\") \"unterminated escape\") esc-at)\n (if ((core/int::eq? e) 92)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\\\\"))\n (if ((core/int::eq? e) 34)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\\"\"))\n (if ((core/int::eq? e) 110)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\n\"))\n (if ((core/int::eq? e) 114)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\r\"))\n (if ((core/int::eq? e) 116)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\t\"))\n (if ((core/int::eq? e) 117)\n (((((selfhost/parse::read-string-unicode bs) ((core/int::add i) 2)) at) esc-at)\n parts2)\n (if ((core/int::eq? e) 120)\n (((((selfhost/parse::read-string-hex-byte bs) ((core/int::add i) 2)) at) esc-at)\n parts2)\n (((selfhost/parse::error \"core/parse/escape\") \"unknown escape\")\n esc-at))))))))))))))))))\n\n(def selfhost/parse::read-string-unicode\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (esc-at)\n (fn (parts)\n (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 4) esc-at)))\n (if (selfhost/parse::is-error r)\n r\n (let ((cp ((core/map::get r) (quote :v))))\n (let ((nb (core/utf8::encode-codepoint cp)))\n (if (selfhost/parse::is-error nb)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid unicode codepoint\")\n esc-at)\n (let ((j ((core/map::get r) (quote :i))))\n (((((selfhost/parse::read-string2 bs) j) at) j) ((core/vec::push parts) nb))))))))))))))\n\n(def selfhost/parse::read-string-hex-byte\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (esc-at)\n (fn (parts)\n (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 2) esc-at)))\n (if (selfhost/parse::is-error r)\n r\n (let ((cp ((core/map::get r) (quote :v))))\n (let ((nb (core/utf8::encode-codepoint cp)))\n (if (selfhost/parse::is-error nb)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid unicode codepoint\")\n esc-at)\n (let ((j ((core/map::get r) (quote :i))))\n (((((selfhost/parse::read-string2 bs) j) at) j) ((core/vec::push parts) nb))))))))))))))\n\n(def selfhost/parse::read-bytes\n (fn (bs) (fn (i) (fn (at) (((((selfhost/parse::read-bytes2 bs) i) at) i) [])))))\n\n(def selfhost/parse::read-bytes2\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (raw-start)\n (fn (parts)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated bytes literal\") at)\n (if ((core/int::eq? b) 34)\n (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts)))\n {\n :b (selfhost/parse::concat-bytes-parts parts2)\n :i ((core/int::add i) 1)})\n (if ((core/int::eq? b) 92)\n (((((selfhost/parse::read-bytes-escape bs) i) at) raw-start) parts)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 1)) at) raw-start) parts)))))))))))\n\n(def selfhost/parse::read-bytes-escape\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (raw-start)\n (fn (parts)\n (let ((esc-at i))\n (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts)))\n (let ((e ((selfhost/parse::byte bs) ((core/int::add i) 1))))\n (if (core/list::is-nil? e)\n (((selfhost/parse::error \"core/parse/escape\") \"unterminated escape\") esc-at)\n (if ((core/int::eq? e) 92)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\\\\"))\n (if ((core/int::eq? e) 34)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\\"\"))\n (if ((core/int::eq? e) 110)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\n\"))\n (if ((core/int::eq? e) 114)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\r\"))\n (if ((core/int::eq? e) 116)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\t\"))\n (if ((core/int::eq? e) 120)\n (((((selfhost/parse::read-bytes-hex-byte bs) ((core/int::add i) 2)) at) esc-at)\n parts2)\n (if ((core/int::eq? e) 117)\n (((((selfhost/parse::read-bytes-unicode bs) ((core/int::add i) 2)) at) esc-at)\n parts2)\n (((selfhost/parse::error \"core/parse/escape\") \"unknown escape\")\n esc-at))))))))))))))))))\n\n(def selfhost/parse::read-bytes-hex-byte\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (esc-at)\n (fn (parts)\n (let ((digits (((selfhost/parse::bytes-slice bs) i) ((core/int::add i) 2))))\n (let ((hx (core/str::from-utf8 digits)))\n (if (selfhost/parse::is-error hx)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid hex digit\") esc-at)\n (let ((b1 (core/bytes::from-hex hx)))\n (if (selfhost/parse::is-error b1)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid hex digit\") esc-at)\n (let ((j ((core/int::add i) 2)))\n (((((selfhost/parse::read-bytes2 bs) j) at) j) ((core/vec::push parts) b1))))))))))))))\n\n(def selfhost/parse::read-bytes-unicode\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (esc-at)\n (fn (parts)\n (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 4) esc-at)))\n (if (selfhost/parse::is-error r)\n r\n (let ((cp ((core/map::get r) (quote :v))))\n (let ((nb (core/utf8::encode-codepoint cp)))\n (if (selfhost/parse::is-error nb)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid unicode codepoint\")\n esc-at)\n (let ((j ((core/map::get r) (quote :i))))\n (((((selfhost/parse::read-bytes2 bs) j) at) j) ((core/vec::push parts) nb))))))))))))))\n\n(def selfhost/parse::is-digit?\n (fn (b)\n (if (core/list::is-nil? b) false (if ((core/int::lt? 47) b) ((core/int::lt? b) 58) false))))\n\n(def selfhost/parse::read-int\n (fn (bs)\n (fn (i)\n (let ((neg ((core/int::eq? ((selfhost/parse::byte bs) i)) 45)))\n (let ((j (if neg ((core/int::add i) 1) i)))\n ((((selfhost/parse::read-int2 bs) j) (if neg -1 1)) 0))))))\n\n(def selfhost/parse::read-int2\n (fn (bs)\n (fn (i)\n (fn (sign)\n (fn (acc)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (selfhost/parse::is-digit? b)\n ((((selfhost/parse::read-int2 bs) ((core/int::add i) 1)) sign)\n ((core/int::add ((core/int::mul acc) 10)) ((core/int::sub b) 48)))\n {\n :i i\n :v ((core/int::mul sign) acc)})))))))\n\n(def selfhost/parse::read-symbol (fn (bs) (fn (i) (((selfhost/parse::read-symbol2 bs) i) i))))\n\n(def selfhost/parse::read-symbol2\n (fn (bs)\n (fn (start)\n (fn (i)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n {\n :i i\n :s (core/str::from-utf8 (((selfhost/parse::bytes-slice bs) start) i))}\n (if (selfhost/parse::is-delim? b)\n {\n :i i\n :s (core/str::from-utf8 (((selfhost/parse::bytes-slice bs) start) i))}\n (((selfhost/parse::read-symbol2 bs) start) ((core/int::add i) 1)))))))))\n\n(def selfhost/parse::list-from-vec\n (fn (xs) (((selfhost/parse::list-from-vec2 xs) (core/vec::len xs)) nil)))\n\n(def selfhost/parse::list-from-vec2\n (fn (xs)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (((selfhost/parse::list-from-vec2 xs) i) ((core/pair::cons ((core/vec::get xs) i)) acc))))))))\n\n(def selfhost/parse::parse-term-at\n (fn (bs)\n (fn (i0)\n (let ((i ((selfhost/parse::skip-ws-and-comments bs) i0)))\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/eof\") \"unexpected end of input\") i)\n (if ((core/int::eq? b) 39)\n (let ((inner ((selfhost/parse::parse-term-at bs) ((core/int::add i) 1))))\n (if (selfhost/parse::is-error inner)\n inner\n (let ((t ((core/map::get inner) (quote :t))))\n (let ((xs ((core/vec::push (quote [])) selfhost/parse::SYM_QUOTE)))\n (let ((xs2 ((core/vec::push xs) t)))\n {\n :i ((core/map::get inner) (quote :i))\n :t (selfhost/parse::list-from-vec xs2)})))))\n (if ((core/int::eq? b) 40)\n (((selfhost/parse::parse-list bs) ((core/int::add i) 1)) i)\n (if ((core/int::eq? b) 91)\n ((((selfhost/parse::parse-vector bs) ((core/int::add i) 1)) i) (quote []))\n (if ((core/int::eq? b) 123)\n ((((selfhost/parse::parse-map bs) ((core/int::add i) 1)) i) (quote {}))\n (if ((core/int::eq? b) 34)\n (let ((r (((selfhost/parse::read-string bs) ((core/int::add i) 1)) i)))\n (if (selfhost/parse::is-error r)\n r\n {\n :i ((core/map::get r) (quote :i))\n :t ((core/map::get r) (quote :s))}))\n (if ((core/int::eq? b) 98)\n (let ((b2 ((selfhost/parse::byte bs) ((core/int::add i) 1))))\n (if ((core/int::eq? b2) 34)\n (let ((r (((selfhost/parse::read-bytes bs) ((core/int::add i) 2)) i)))\n (if (selfhost/parse::is-error r)\n r\n {\n :i ((core/map::get r) (quote :i))\n :t ((core/map::get r) (quote :b))}))\n ((selfhost/parse::parse-symbol-or-int bs) i)))\n (if ((core/int::eq? b) 41)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n i)\n (if ((core/int::eq? b) 93)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n i)\n (if ((core/int::eq? b) 125)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n i)\n ((selfhost/parse::parse-symbol-or-int bs) i))))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"e\xF3}\x0C\xB6!\xC9\xB5H\rQZ\xE1\xE3\xD6\xF3!\xDF\xBA\x1B\x18\xBD\xAAG3+\xF5\xF5\x14\xCA\xA3\x9F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/parse::parse-symbol-or-int (fn (bs) (fn (i) (let ((b ((selfhost/parse::byte bs) i))) (if ((core/int::eq? b) 45) (let ((b2 ((selfhost/parse::byte bs) ((core/int::add i) 1)))) (if (selfhost/parse::is-digit? b2) (let ((r ((selfhost/parse::read-int bs) i))) {:i ((core/map::get r) (quote :i)) :t ((core/map::get r) (quote :v))}) ((selfhost/parse::parse-symbol bs) i))) (if (selfhost/parse::is-digit? b) (let ((r ((selfhost/parse::read-int bs) i))) {:i ((core/map::get r) (quote :i)) :t ((core/map::get r) (quote :v))}) ((selfhost/parse::parse-symbol bs) i))))))) (def selfhost/parse::parse-symbol (fn (bs) (fn (i) (let ((r ((selfhost/parse::read-symbol bs) i))) (if (selfhost/parse::is-error r) r (let ((s ((core/map::get r) (quote :s)))) (if (selfhost/parse::is-error s) s (if ((core/eq? s) "nil") {:i ((core/map::get r) (quote :i)) :t nil} (if ((core/eq? s) "true") {:i ((core/map::get r) (quote :i)) :t true} (if ((core/eq? s) "false") {:i ((core/map::get r) (quote :i)) :t false} (let ((sym (core/sym::from-str s))) (if (selfhost/parse::is-error sym) sym {:i ((core/map::get r) (quote :i)) :t sym})))))))))))) (def selfhost/parse::parse-list (fn (bs) (fn (i) (fn (at) ((((selfhost/parse::parse-list2 bs) i) at) []))))) (def selfhost/parse::parse-list2 (fn (bs) (fn (i) (fn (at) (fn (items) (let ((j ((selfhost/parse::skip-ws-and-comments bs) i))) (let ((b ((selfhost/parse::byte bs) j))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated list") at) (if ((core/int::eq? b) 41) {:i ((core/int::add j) 1) :t (selfhost/parse::list-from-vec items)} (if ((core/int::eq? b) 93) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (if ((core/int::eq? b) 125) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (let ((r ((selfhost/parse::parse-term-at bs) j))) (if (selfhost/parse::is-error r) r ((((selfhost/parse::parse-list2 bs) ((core/map::get r) (quote :i))) at) ((core/vec::push items) ((core/map::get r) (quote :t))))))))))))))))) (def selfhost/parse::parse-vector (fn (bs) (fn (i) (fn (at) (fn (out) (let ((j ((selfhost/parse::skip-ws-and-comments bs) i))) (let ((b ((selfhost/parse::byte bs) j))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated vector") at) (if ((core/int::eq? b) 93) {:i ((core/int::add j) 1) :t out} (if ((core/int::eq? b) 41) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (if ((core/int::eq? b) 125) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (let ((r ((selfhost/parse::parse-term-at bs) j))) (if (selfhost/parse::is-error r) r ((((selfhost/parse::parse-vector bs) ((core/map::get r) (quote :i))) at) ((core/vec::push out) ((core/map::get r) (quote :t))))))))))))))))) (def selfhost/parse::parse-map (fn (bs) (fn (i) (fn (at) (fn (out) (let ((j ((selfhost/parse::skip-ws-and-comments bs) i))) (let ((b ((selfhost/parse::byte bs) j))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated map") at) (if ((core/int::eq? b) 125) {:i ((core/int::add j) 1) :t out} (if ((core/int::eq? b) 41) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (if ((core/int::eq? b) 93) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (let ((rk ((selfhost/parse::parse-term-at bs) j))) (if (selfhost/parse::is-error rk) rk (let ((k ((core/map::get rk) (quote :t)))) (let ((j2 ((selfhost/parse::skip-ws-and-comments bs) ((core/map::get rk) (quote :i))))) (let ((b2 ((selfhost/parse::byte bs) j2))) (if (core/list::is-nil? b2) (((selfhost/parse::error "core/parse/unexpected") "unterminated map") at) (if ((core/int::eq? b2) 125) (((selfhost/parse::error "core/parse/unexpected") "map literal must have even number of forms") at) (let ((rv ((selfhost/parse::parse-term-at bs) j2))) (if (selfhost/parse::is-error rv) rv ((((selfhost/parse::parse-map bs) ((core/map::get rv) (quote :i))) at) (((core/map::put out) k) ((core/map::get rv) (quote :t)))))))))))))))))))))))) (def selfhost/parse::parse-term (fn (src) (let ((bs (let ((tag (core/data::tag src))) (if ((core/sym::eq? tag) (quote :bytes)) src (if ((core/sym::eq? tag) (quote :str)) (core/str::to-utf8 src) ((core/error::make2 "core/type-error") "parse-term expects string or bytes")))))) (if (selfhost/parse::is-error bs) bs (let ((r ((selfhost/parse::parse-term-at bs) 0))) (if (selfhost/parse::is-error r) r (let ((j ((selfhost/parse::skip-ws-and-comments bs) ((core/map::get r) (quote :i))))) (if (core/list::is-nil? ((selfhost/parse::byte bs) j)) ((core/map::get r) (quote :t)) (((selfhost/parse::error "core/parse/unexpected") "trailing tokens after term") j))))))))) (def selfhost/parse::parse-module (fn (src) (let ((bs (let ((tag (core/data::tag src))) (if ((core/sym::eq? tag) (quote :bytes)) src (if ((core/sym::eq? tag) (quote :str)) (core/str::to-utf8 src) ((core/error::make2 "core/type-error") "parse-module expects string or bytes")))))) (if (selfhost/parse::is-error bs) bs (((selfhost/parse::parse-module2 bs) 0) (quote [])))))) (def selfhost/parse::parse-module2 (fn (bs) (fn (i) (fn (forms) (let ((j ((selfhost/parse::skip-ws-and-comments bs) i))) (if (core/list::is-nil? ((selfhost/parse::byte bs) j)) forms (let ((r ((selfhost/parse::parse-term-at bs) j))) (if (selfhost/parse::is-error r) r (((selfhost/parse::parse-module2 bs) ((core/map::get r) (quote :i))) ((core/vec::push forms) ((core/map::get r) (quote :t))))))))))))] :module-h b"\x0E\xA0)U\xF28\xCF\xAB..dQ\xECI+l\x9E5\x92&\x96\x13\xEFla\xE3Bt\xE0=\x1Bh" :path "selfhost/parse_core_v1.gc" :source "(def selfhost/parse::parse-symbol-or-int\n (fn (bs)\n (fn (i)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if ((core/int::eq? b) 45)\n (let ((b2 ((selfhost/parse::byte bs) ((core/int::add i) 1))))\n (if (selfhost/parse::is-digit? b2)\n (let ((r ((selfhost/parse::read-int bs) i)))\n {\n :i ((core/map::get r) (quote :i))\n :t ((core/map::get r) (quote :v))})\n ((selfhost/parse::parse-symbol bs) i)))\n (if (selfhost/parse::is-digit? b)\n (let ((r ((selfhost/parse::read-int bs) i)))\n {\n :i ((core/map::get r) (quote :i))\n :t ((core/map::get r) (quote :v))})\n ((selfhost/parse::parse-symbol bs) i)))))))\n\n(def selfhost/parse::parse-symbol\n (fn (bs)\n (fn (i)\n (let ((r ((selfhost/parse::read-symbol bs) i)))\n (if (selfhost/parse::is-error r)\n r\n (let ((s ((core/map::get r) (quote :s))))\n (if (selfhost/parse::is-error s)\n s\n (if ((core/eq? s) \"nil\")\n {\n :i ((core/map::get r) (quote :i))\n :t nil}\n (if ((core/eq? s) \"true\")\n {\n :i ((core/map::get r) (quote :i))\n :t true}\n (if ((core/eq? s) \"false\")\n {\n :i ((core/map::get r) (quote :i))\n :t false}\n (let ((sym (core/sym::from-str s)))\n (if (selfhost/parse::is-error sym)\n sym\n {\n :i ((core/map::get r) (quote :i))\n :t sym}))))))))))))\n\n(def selfhost/parse::parse-list\n (fn (bs) (fn (i) (fn (at) ((((selfhost/parse::parse-list2 bs) i) at) [])))))\n\n(def selfhost/parse::parse-list2\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (items)\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) i)))\n (let ((b ((selfhost/parse::byte bs) j)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated list\") at)\n (if ((core/int::eq? b) 41)\n {\n :i ((core/int::add j) 1)\n :t (selfhost/parse::list-from-vec items)}\n (if ((core/int::eq? b) 93)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (if ((core/int::eq? b) 125)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (let ((r ((selfhost/parse::parse-term-at bs) j)))\n (if (selfhost/parse::is-error r)\n r\n ((((selfhost/parse::parse-list2 bs) ((core/map::get r) (quote :i))) at)\n ((core/vec::push items) ((core/map::get r) (quote :t)))))))))))))))))\n\n(def selfhost/parse::parse-vector\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (out)\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) i)))\n (let ((b ((selfhost/parse::byte bs) j)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated vector\") at)\n (if ((core/int::eq? b) 93)\n {\n :i ((core/int::add j) 1)\n :t out}\n (if ((core/int::eq? b) 41)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (if ((core/int::eq? b) 125)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (let ((r ((selfhost/parse::parse-term-at bs) j)))\n (if (selfhost/parse::is-error r)\n r\n ((((selfhost/parse::parse-vector bs) ((core/map::get r) (quote :i))) at)\n ((core/vec::push out) ((core/map::get r) (quote :t)))))))))))))))))\n\n(def selfhost/parse::parse-map\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (out)\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) i)))\n (let ((b ((selfhost/parse::byte bs) j)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated map\") at)\n (if ((core/int::eq? b) 125)\n {\n :i ((core/int::add j) 1)\n :t out}\n (if ((core/int::eq? b) 41)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (if ((core/int::eq? b) 93)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (let ((rk ((selfhost/parse::parse-term-at bs) j)))\n (if (selfhost/parse::is-error rk)\n rk\n (let ((k ((core/map::get rk) (quote :t))))\n (let\n ((j2 ((selfhost/parse::skip-ws-and-comments bs) ((core/map::get rk) (quote :i)))))\n (let ((b2 ((selfhost/parse::byte bs) j2)))\n (if (core/list::is-nil? b2)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated map\")\n at)\n (if ((core/int::eq? b2) 125)\n (((selfhost/parse::error \"core/parse/unexpected\") \"map literal must have even number of forms\")\n at)\n (let ((rv ((selfhost/parse::parse-term-at bs) j2)))\n (if (selfhost/parse::is-error rv)\n rv\n ((((selfhost/parse::parse-map bs) ((core/map::get rv) (quote :i))) at)\n (((core/map::put out) k) ((core/map::get rv) (quote :t))))))))))))))))))))))))\n\n(def selfhost/parse::parse-term\n (fn (src)\n (let\n (\n (bs\n (let ((tag (core/data::tag src)))\n (if ((core/sym::eq? tag) (quote :bytes))\n src\n (if ((core/sym::eq? tag) (quote :str))\n (core/str::to-utf8 src)\n ((core/error::make2 \"core/type-error\") \"parse-term expects string or bytes\"))))))\n (if (selfhost/parse::is-error bs)\n bs\n (let ((r ((selfhost/parse::parse-term-at bs) 0)))\n (if (selfhost/parse::is-error r)\n r\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) ((core/map::get r) (quote :i)))))\n (if (core/list::is-nil? ((selfhost/parse::byte bs) j))\n ((core/map::get r) (quote :t))\n (((selfhost/parse::error \"core/parse/unexpected\") \"trailing tokens after term\") j)))))))))\n\n(def selfhost/parse::parse-module\n (fn (src)\n (let\n (\n (bs\n (let ((tag (core/data::tag src)))\n (if ((core/sym::eq? tag) (quote :bytes))\n src\n (if ((core/sym::eq? tag) (quote :str))\n (core/str::to-utf8 src)\n ((core/error::make2 \"core/type-error\") \"parse-module expects string or bytes\"))))))\n (if (selfhost/parse::is-error bs) bs (((selfhost/parse::parse-module2 bs) 0) (quote []))))))\n\n(def selfhost/parse::parse-module2\n (fn (bs)\n (fn (i)\n (fn (forms)\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) i)))\n (if (core/list::is-nil? ((selfhost/parse::byte bs) j))\n forms\n (let ((r ((selfhost/parse::parse-term-at bs) j)))\n (if (selfhost/parse::is-error r)\n r\n (((selfhost/parse::parse-module2 bs) ((core/map::get r) (quote :i)))\n ((core/vec::push forms) ((core/map::get r) (quote :t))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x0E\xA0)U\xF28\xCF\xAB..dQ\xECI+l\x9E5\x92&\x96\x13\xEFla\xE3Bt\xE0=\x1Bh" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/canon::is-error core/error::is?) (def selfhost/canon::bad-form (fn (msg) ((core/error::make2 "core/bad-form") msg))) (def selfhost/canon::type-error (fn (msg) ((core/error::make2 "core/type-error") msg))) (def selfhost/canon::tag core/data::tag) (def selfhost/canon::SYM_QUOTE (quote quote)) (def selfhost/canon::SYM_DEF (quote def)) (def selfhost/canon::SYM_FN (quote fn)) (def selfhost/canon::SYM_IF (quote if)) (def selfhost/canon::SYM_BEGIN (quote begin)) (def selfhost/canon::SYM_LET (quote let)) (def selfhost/canon::SYM_PRIM (quote prim)) (def selfhost/canon::SYM_SEAL (quote seal)) (def selfhost/canon::SYM_UNSEAL (quote unseal)) (def selfhost/canon::is-sym? (fn (t) (fn (name) (let ((tg (selfhost/canon::tag t))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) ((core/sym::eq? t) name) false)))))) (def selfhost/canon::list1 (fn (a) ((core/pair::cons a) nil))) (def selfhost/canon::list2 (fn (a) (fn (b) ((core/pair::cons a) ((core/pair::cons b) nil))))) (def selfhost/canon::list3 (fn (a) (fn (b) (fn (c) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil))))))) (def selfhost/canon::list4 (fn (a) (fn (b) (fn (c) (fn (d) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) ((core/pair::cons d) nil))))))))) (def selfhost/canon::vec2 (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil)))))) (def selfhost/canon::list-rev (fn (xs) ((selfhost/canon::list-rev2 xs) nil))) (def selfhost/canon::list-rev2 (fn (xs) (fn (acc) (if (core/list::is-nil? xs) acc ((selfhost/canon::list-rev2 (core/pair::cdr xs)) ((core/pair::cons (core/pair::car xs)) acc)))))) (def selfhost/canon::list->vec core/pair::as-proper-list) (def selfhost/canon::vec->list (fn (v) (((selfhost/canon::vec->list2 v) (core/vec::len v)) nil))) (def selfhost/canon::vec->list2 (fn (v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (((selfhost/canon::vec->list2 v) i) ((core/pair::cons ((core/vec::get v) i)) acc)))))))) (def selfhost/canon::vec-map-data (fn (v) (fn (f) (let ((n (core/vec::len v))) (let ((lst ((((selfhost/canon::vec-map-data2 v) f) n) nil))) (if (selfhost/canon::is-error lst) lst (selfhost/canon::list->vec lst))))))) (def selfhost/canon::vec-map-data2 (fn (v) (fn (f) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((x ((core/vec::get v) i))) (let ((y (f x))) (if (selfhost/canon::is-error y) y ((((selfhost/canon::vec-map-data2 v) f) i) ((core/pair::cons y) acc)))))))))))) (def selfhost/canon::canon-data (fn (t) (let ((tg (selfhost/canon::tag t))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :pair)) (let ((v (core/pair::as-proper-list t))) (if (core/list::is-nil? v) t (let ((nv ((selfhost/canon::vec-map-data v) selfhost/canon::canon-data))) (if (selfhost/canon::is-error nv) nv (selfhost/canon::vec->list nv))))) (if ((core/sym::eq? tg) (quote :vec)) ((selfhost/canon::vec-map-data t) selfhost/canon::canon-data) (if ((core/sym::eq? tg) (quote :map)) t t))))))) (def selfhost/canon::canon-code (fn (t) (let ((tg (selfhost/canon::tag t))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :pair)) (let ((v (core/pair::as-proper-list t))) (if (core/list::is-nil? v) (selfhost/canon::bad-form "improper list in source form") (if ((core/int::eq? (core/vec::len v)) 1) (selfhost/canon::canon-code ((core/vec::get v) 0)) (selfhost/canon::canon-list-code v)))) (if ((core/sym::eq? tg) (quote :vec)) ((selfhost/canon::vec-map-data t) selfhost/canon::canon-data) (if ((core/sym::eq? tg) (quote :map)) (selfhost/canon::canon-map-code t) t))))))) (def selfhost/canon::canon-map-code (fn (m) (let ((entries (core/map::entries m))) (let ((n (core/vec::len entries))) (let ((out-list (((selfhost/canon::canon-map-code2 entries) n) nil))) (if (selfhost/canon::is-error out-list) out-list (let ((outv (selfhost/canon::list->vec out-list))) (if (selfhost/canon::is-error outv) outv (core/map::from-entries outv))))))))) (def selfhost/canon::canon-map-code2 (fn (entries) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((v ((core/vec::get e) 1))) (let ((k2 (selfhost/canon::canon-data k))) (if (selfhost/canon::is-error k2) k2 (let ((v2 (selfhost/canon::canon-code v))) (if (selfhost/canon::is-error v2) v2 (let ((entry ((selfhost/canon::vec2 k2) v2))) (if (selfhost/canon::is-error entry) entry (((selfhost/canon::canon-map-code2 entries) i) ((core/pair::cons entry) acc))))))))))))))))) (def selfhost/canon::canon-list-code (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 0) nil (let ((head ((core/vec::get items) 0))) (let ((ht (selfhost/canon::tag head))) (if (selfhost/canon::is-error ht) ht (if ((core/sym::eq? ht) (quote :sym)) ((selfhost/canon::canon-list-code-sym head) items) (selfhost/canon::canon-app items))))))))) (def selfhost/canon::canon-list-code-sym (fn (head) (fn (items) (if ((core/sym::eq? head) selfhost/canon::SYM_QUOTE) (selfhost/canon::canon-quote items) (if ((core/sym::eq? head) selfhost/canon::SYM_DEF) (selfhost/canon::canon-def items) (if ((core/sym::eq? head) selfhost/canon::SYM_FN) (selfhost/canon::canon-fn items) (if ((core/sym::eq? head) selfhost/canon::SYM_IF) (selfhost/canon::canon-if items) (if ((core/sym::eq? head) selfhost/canon::SYM_BEGIN) (selfhost/canon::canon-begin items) (if ((core/sym::eq? head) selfhost/canon::SYM_LET) (selfhost/canon::canon-let items) (if ((core/sym::eq? head) selfhost/canon::SYM_PRIM) (selfhost/canon::canon-prim items) (if ((core/sym::eq? head) selfhost/canon::SYM_SEAL) (selfhost/canon::canon-seal items) (if ((core/sym::eq? head) selfhost/canon::SYM_UNSEAL) (selfhost/canon::canon-unseal items) (selfhost/canon::canon-app items))))))))))))) (def selfhost/canon::canon-quote (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 2) true false) (let ((d (selfhost/canon::canon-data ((core/vec::get items) 1)))) (if (selfhost/canon::is-error d) d ((selfhost/canon::list2 selfhost/canon::SYM_QUOTE) d))) (selfhost/canon::bad-form "(quote ...) expects exactly 1 argument")))) (def selfhost/canon::canon-def (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 3) true false) (let ((name ((core/vec::get items) 1))) (let ((tg (selfhost/canon::tag name))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) (let ((e (selfhost/canon::canon-code ((core/vec::get items) 2)))) (if (selfhost/canon::is-error e) e (((selfhost/canon::list3 selfhost/canon::SYM_DEF) name) e))) (selfhost/canon::bad-form "(def ...) name must be a symbol"))))) (selfhost/canon::bad-form "(def name expr) expects exactly 2 arguments")))) (def selfhost/canon::canon-fn (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::lt? n) 3) true false) (selfhost/canon::bad-form "(fn (x) body) expects at least 2 arguments") (let ((params ((core/vec::get items) 1))) (let ((params_v (core/pair::as-proper-list params))) (if (core/list::is-nil? params_v) (selfhost/canon::bad-form "(fn ...) parameter list must be a list") (let ((pn (core/vec::len params_v))) (if ((core/int::eq? pn) 0) (selfhost/canon::bad-form "(fn ...) requires at least 1 parameter") (let ((pcheck ((selfhost/canon::check-params params_v) pn))) (if (selfhost/canon::is-error pcheck) pcheck (let ((body (selfhost/canon::canon-body (selfhost/canon::slice-body items)))) (if (selfhost/canon::is-error body) body ((selfhost/canon::nest-fn params_v) body)))))))))))))) (def selfhost/canon::vec-slice-from (fn (v) (fn (start) (let ((n (core/vec::len v))) (let ((rev ((((selfhost/canon::vec-slice-from2 v) start) n) nil))) (if (selfhost/canon::is-error rev) rev (selfhost/canon::list->vec (selfhost/canon::list-rev rev)))))))) (def selfhost/canon::vec-slice-from2 (fn (v) (fn (i) (fn (n) (fn (acc) (if ((core/int::eq? i) n) acc (let ((x ((core/vec::get v) i))) ((((selfhost/canon::vec-slice-from2 v) ((core/int::add i) 1)) n) ((core/pair::cons x) acc))))))))) (def selfhost/canon::slice-body (fn (items) ((selfhost/canon::vec-slice-from items) 2))) (def selfhost/canon::canon-body (fn (body_terms) (let ((n (core/vec::len body_terms))) (if ((core/int::eq? n) 1) (selfhost/canon::canon-code ((core/vec::get body_terms) 0)) (let ((canon (selfhost/canon::canon-begin-body body_terms))) (if (selfhost/canon::is-error canon) canon canon)))))) (def selfhost/canon::canon-begin-body (fn (body_terms) (let ((n (core/vec::len body_terms))) (let ((rev (((selfhost/canon::canon-begin-body2 body_terms) n) nil))) (if (selfhost/canon::is-error rev) rev ((core/pair::cons selfhost/canon::SYM_BEGIN) rev)))))) (def selfhost/canon::canon-begin-body2 (fn (body_terms) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((t (selfhost/canon::canon-code ((core/vec::get body_terms) i)))) (if (selfhost/canon::is-error t) t (((selfhost/canon::canon-begin-body2 body_terms) i) ((core/pair::cons t) acc)))))))))) (def selfhost/canon::check-params (fn (params_v) (fn (n) (if ((core/int::eq? n) 0) true (let ((i ((core/int::sub n) 1))) (let ((p ((core/vec::get params_v) i))) (let ((tg (selfhost/canon::tag p))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) ((selfhost/canon::check-params params_v) i) (selfhost/canon::bad-form "(fn ...) parameters must be symbols")))))))))) (def selfhost/canon::nest-fn (fn (params_v) (fn (body) (let ((n (core/vec::len params_v))) (((selfhost/canon::nest-fn2 params_v) n) body))))) (def selfhost/canon::nest-fn2 (fn (params_v) (fn (n) (fn (out) (if ((core/int::eq? n) 0) out (let ((i ((core/int::sub n) 1))) (let ((p ((core/vec::get params_v) i))) (((selfhost/canon::nest-fn2 params_v) i) (((selfhost/canon::list3 selfhost/canon::SYM_FN) (selfhost/canon::list1 p)) out))))))))) (def selfhost/canon::canon-if (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 4) true false) (let ((c (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error c) c (let ((t (selfhost/canon::canon-code ((core/vec::get items) 2)))) (if (selfhost/canon::is-error t) t (let ((e (selfhost/canon::canon-code ((core/vec::get items) 3)))) (if (selfhost/canon::is-error e) e ((((selfhost/canon::list4 selfhost/canon::SYM_IF) c) t) e))))))) (selfhost/canon::bad-form "(if cond then else) expects exactly 3 arguments")))) (def selfhost/canon::canon-begin (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::lt? n) 2) true false) (selfhost/canon::bad-form "(begin ...) expects at least 1 argument") (let ((body_terms ((selfhost/canon::vec-slice-from items) 1))) (if (selfhost/canon::is-error body_terms) body_terms (selfhost/canon::canon-begin-body body_terms))))))) (def selfhost/canon::canon-let (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::lt? n) 3) true false) (selfhost/canon::bad-form "(let ((x e) ...) body...) expects bindings and body") (let ((bindings ((core/vec::get items) 1))) (let ((bind_v (core/pair::as-proper-list bindings))) (if (core/list::is-nil? bind_v) (selfhost/canon::bad-form "(let ...) bindings must be a list") (let ((canon_binds (selfhost/canon::canon-bindings bind_v))) (if (selfhost/canon::is-error canon_binds) canon_binds (let ((body_terms (selfhost/canon::slice-body items))) (if (selfhost/canon::is-error body_terms) body_terms (let ((body (selfhost/canon::canon-body body_terms))) (if (selfhost/canon::is-error body) body (((selfhost/canon::list3 selfhost/canon::SYM_LET) canon_binds) body)))))))))))))) (def selfhost/canon::canon-bindings (fn (bind_v) (let ((n (core/vec::len bind_v))) (let ((rev (((selfhost/canon::canon-bindings2 bind_v) n) nil))) (if (selfhost/canon::is-error rev) rev rev))))) (def selfhost/canon::canon-bindings2 (fn (bind_v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((b ((core/vec::get bind_v) i))) (let ((pair_v (core/pair::as-proper-list b))) (if (core/list::is-nil? pair_v) (selfhost/canon::bad-form "(let ...) binding must be a list (name expr)") (if (if ((core/int::eq? (core/vec::len pair_v)) 2) true false) (let ((name ((core/vec::get pair_v) 0))) (let ((tg (selfhost/canon::tag name))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) (let ((rhs (selfhost/canon::canon-code ((core/vec::get pair_v) 1)))) (if (selfhost/canon::is-error rhs) rhs (((selfhost/canon::canon-bindings2 bind_v) i) ((core/pair::cons ((selfhost/canon::list2 name) rhs)) acc)))) (selfhost/canon::bad-form "(let ...) binding name must be symbol"))))) (selfhost/canon::bad-form "(let ...) binding must have exactly 2 forms"))))))))))) (def selfhost/canon::canon-prim (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::lt? n) 2) true false) (selfhost/canon::bad-form "(prim op ...) expects op") (let ((op ((core/vec::get items) 1))) (let ((tg (selfhost/canon::tag op))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) (let ((args (selfhost/canon::slice-body items))) (if (selfhost/canon::is-error args) args (let ((canon_args (selfhost/canon::canon-list-of-code args))) (if (selfhost/canon::is-error canon_args) canon_args (let ((args_list (selfhost/canon::vec->list canon_args))) ((core/pair::cons selfhost/canon::SYM_PRIM) ((core/pair::cons op) args_list))))))) (selfhost/canon::bad-form "(prim ...) op must be a symbol"))))))))) (def selfhost/canon::canon-list-of-code (fn (v) ((selfhost/canon::vec-map-data v) selfhost/canon::canon-code))) (def selfhost/canon::canon-seal (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 1) (selfhost/canon::list1 selfhost/canon::SYM_SEAL) (if ((core/int::eq? n) 3) (let ((v (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error v) v (let ((tok (selfhost/canon::canon-code ((core/vec::get items) 2)))) (if (selfhost/canon::is-error tok) tok (((selfhost/canon::list3 selfhost/canon::SYM_SEAL) v) tok))))) (selfhost/canon::bad-form "(seal) or (seal v tok)")))))) (def selfhost/canon::canon-unseal (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 3) true false) (let ((w (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error w) w (let ((tok (selfhost/canon::canon-code ((core/vec::get items) 2)))) (if (selfhost/canon::is-error tok) tok (((selfhost/canon::list3 selfhost/canon::SYM_UNSEAL) w) tok))))) (selfhost/canon::bad-form "(unseal w tok) expects exactly 2 arguments")))) (def selfhost/canon::canon-app (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 1) (selfhost/canon::canon-code ((core/vec::get items) 0)) (if ((core/int::eq? n) 2) (let ((f (selfhost/canon::canon-code ((core/vec::get items) 0)))) (if (selfhost/canon::is-error f) f (let ((x (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error x) x ((selfhost/canon::list2 f) x))))) (let ((f (selfhost/canon::canon-code ((core/vec::get items) 0)))) (if (selfhost/canon::is-error f) f (let ((x (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error x) x (let ((acc ((selfhost/canon::list2 f) x))) (((selfhost/canon::canon-app2 items) 2) acc))))))))))) (def selfhost/canon::canon-app2 (fn (items) (fn (i) (fn (acc) (let ((n (core/vec::len items))) (if ((core/int::eq? i) n) acc (let ((arg (selfhost/canon::canon-code ((core/vec::get items) i)))) (if (selfhost/canon::is-error arg) arg (((selfhost/canon::canon-app2 items) ((core/int::add i) 1)) ((selfhost/canon::list2 acc) arg)))))))))) (def selfhost/canon::canonicalize-module (fn (forms) (let ((tg (selfhost/canon::tag forms))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :vec)) (let ((n (core/vec::len forms))) (let ((rev (((selfhost/canon::canonicalize-module2 forms) n) nil))) (if (selfhost/canon::is-error rev) rev (selfhost/canon::list->vec rev)))) (selfhost/canon::type-error "canonicalize-module expects vector of terms")))))) (def selfhost/canon::canonicalize-module2 (fn (forms) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((t (selfhost/canon::canon-code ((core/vec::get forms) i)))) (if (selfhost/canon::is-error t) t (((selfhost/canon::canonicalize-module2 forms) i) ((core/pair::cons t) acc))))))))))] :module-h b"R?=\xC2\x0E\x0F\"\xE3@\xEB$\xB1\xF1\x95f\xEF\xA8\xAB\x9C\xA23\xE2\xFC\x84\xBB\xD5_\xB5%5{\x85" :path "selfhost/canon.gc" :source "(def selfhost/canon::is-error core/error::is?)\n\n(def selfhost/canon::bad-form (fn (msg) ((core/error::make2 \"core/bad-form\") msg)))\n\n(def selfhost/canon::type-error (fn (msg) ((core/error::make2 \"core/type-error\") msg)))\n\n(def selfhost/canon::tag core/data::tag)\n\n(def selfhost/canon::SYM_QUOTE (quote quote))\n(def selfhost/canon::SYM_DEF (quote def))\n(def selfhost/canon::SYM_FN (quote fn))\n(def selfhost/canon::SYM_IF (quote if))\n(def selfhost/canon::SYM_BEGIN (quote begin))\n(def selfhost/canon::SYM_LET (quote let))\n(def selfhost/canon::SYM_PRIM (quote prim))\n(def selfhost/canon::SYM_SEAL (quote seal))\n(def selfhost/canon::SYM_UNSEAL (quote unseal))\n\n(def selfhost/canon::is-sym?\n (fn (t)\n (fn (name)\n (let ((tg (selfhost/canon::tag t)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n ((core/sym::eq? t) name)\n false))))))\n\n(def selfhost/canon::list1 (fn (a) ((core/pair::cons a) nil)))\n(def selfhost/canon::list2 (fn (a) (fn (b) ((core/pair::cons a) ((core/pair::cons b) nil)))))\n(def selfhost/canon::list3\n (fn (a)\n (fn (b) (fn (c) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil)))))))\n(def selfhost/canon::list4\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) ((core/pair::cons d) nil)))))))))\n\n(def selfhost/canon::vec2\n (fn (a)\n (fn (b)\n (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil))))))\n\n(def selfhost/canon::list-rev (fn (xs) ((selfhost/canon::list-rev2 xs) nil)))\n(def selfhost/canon::list-rev2\n (fn (xs)\n (fn (acc)\n (if (core/list::is-nil? xs)\n acc\n (((selfhost/canon::list-rev2 (core/pair::cdr xs)) ((core/pair::cons (core/pair::car xs)) acc)))))))\n\n(def selfhost/canon::list->vec core/pair::as-proper-list)\n\n(def selfhost/canon::vec->list\n (fn (v) (((selfhost/canon::vec->list2 v) (core/vec::len v)) nil)))\n(def selfhost/canon::vec->list2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (((selfhost/canon::vec->list2 v) i) ((core/pair::cons ((core/vec::get v) i)) acc))))))))\n\n(def selfhost/canon::vec-map-data\n (fn (v)\n (fn (f)\n (let ((n (core/vec::len v)))\n (let ((lst ((((selfhost/canon::vec-map-data2 v) f) n) nil)))\n (if (selfhost/canon::is-error lst) lst (selfhost/canon::list->vec lst)))))))\n\n(def selfhost/canon::vec-map-data2\n (fn (v)\n (fn (f)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((x ((core/vec::get v) i)))\n (let ((y (f x)))\n (if (selfhost/canon::is-error y)\n y\n ((((selfhost/canon::vec-map-data2 v) f) i) ((core/pair::cons y) acc))))))))))))\n\n(def selfhost/canon::canon-data\n (fn (t)\n (let ((tg (selfhost/canon::tag t)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :pair))\n (let ((v (core/pair::as-proper-list t)))\n (if (core/list::is-nil? v)\n t\n (let ((nv ((selfhost/canon::vec-map-data v) selfhost/canon::canon-data)))\n (if (selfhost/canon::is-error nv)\n nv\n (selfhost/canon::vec->list nv)))))\n (if ((core/sym::eq? tg) (quote :vec))\n ((selfhost/canon::vec-map-data t) selfhost/canon::canon-data)\n (if ((core/sym::eq? tg) (quote :map)) t t)))))))\n\n(def selfhost/canon::canon-code\n (fn (t)\n (let ((tg (selfhost/canon::tag t)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :pair))\n (let ((v (core/pair::as-proper-list t)))\n (if (core/list::is-nil? v)\n (selfhost/canon::bad-form \"improper list in source form\")\n (if ((core/int::eq? (core/vec::len v)) 1)\n (selfhost/canon::canon-code ((core/vec::get v) 0))\n (selfhost/canon::canon-list-code v))))\n (if ((core/sym::eq? tg) (quote :vec))\n ((selfhost/canon::vec-map-data t) selfhost/canon::canon-data)\n (if ((core/sym::eq? tg) (quote :map))\n (selfhost/canon::canon-map-code t)\n t)))))))\n\n(def selfhost/canon::canon-map-code\n (fn (m)\n (let ((entries (core/map::entries m)))\n (let ((n (core/vec::len entries)))\n (let ((out-list (((selfhost/canon::canon-map-code2 entries) n) nil)))\n (if (selfhost/canon::is-error out-list)\n out-list\n (let ((outv (selfhost/canon::list->vec out-list)))\n (if (selfhost/canon::is-error outv) outv (core/map::from-entries outv)))))))))\n\n(def selfhost/canon::canon-map-code2\n (fn (entries)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((v ((core/vec::get e) 1)))\n (let ((k2 (selfhost/canon::canon-data k)))\n (if (selfhost/canon::is-error k2)\n k2\n (let ((v2 (selfhost/canon::canon-code v)))\n (if (selfhost/canon::is-error v2)\n v2\n (let ((entry (((selfhost/canon::vec2 k2) v2))))\n (if (selfhost/canon::is-error entry)\n entry\n (((selfhost/canon::canon-map-code2 entries) i) ((core/pair::cons entry) acc)))))))))))))))))\n\n(def selfhost/canon::canon-list-code\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 0)\n nil\n (let ((head ((core/vec::get items) 0)))\n (let ((ht (selfhost/canon::tag head)))\n (if (selfhost/canon::is-error ht)\n ht\n (if ((core/sym::eq? ht) (quote :sym))\n ((selfhost/canon::canon-list-code-sym head) items)\n (selfhost/canon::canon-app items)))))))))\n\n(def selfhost/canon::canon-list-code-sym\n (fn (head)\n (fn (items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_QUOTE)\n (selfhost/canon::canon-quote items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_DEF)\n (selfhost/canon::canon-def items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_FN)\n (selfhost/canon::canon-fn items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_IF)\n (selfhost/canon::canon-if items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_BEGIN)\n (selfhost/canon::canon-begin items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_LET)\n (selfhost/canon::canon-let items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_PRIM)\n (selfhost/canon::canon-prim items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_SEAL)\n (selfhost/canon::canon-seal items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_UNSEAL)\n (selfhost/canon::canon-unseal items)\n (selfhost/canon::canon-app items)))))))))))))\n\n(def selfhost/canon::canon-quote\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 2) true false)\n (let ((d (selfhost/canon::canon-data ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error d) d (((selfhost/canon::list2 selfhost/canon::SYM_QUOTE) d))))\n (selfhost/canon::bad-form \"(quote ...) expects exactly 1 argument\"))))\n\n(def selfhost/canon::canon-def\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 3) true false)\n (let ((name ((core/vec::get items) 1)))\n (let ((tg (selfhost/canon::tag name)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((e (selfhost/canon::canon-code ((core/vec::get items) 2))))\n (if (selfhost/canon::is-error e)\n e\n ((((selfhost/canon::list3 selfhost/canon::SYM_DEF) name) e))))\n (selfhost/canon::bad-form \"(def ...) name must be a symbol\")))))\n (selfhost/canon::bad-form \"(def name expr) expects exactly 2 arguments\"))))\n\n(def selfhost/canon::canon-fn\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::lt? n) 3) true false)\n (selfhost/canon::bad-form \"(fn (x) body) expects at least 2 arguments\")\n (let ((params ((core/vec::get items) 1)))\n (let ((params_v (core/pair::as-proper-list params)))\n (if (core/list::is-nil? params_v)\n (selfhost/canon::bad-form \"(fn ...) parameter list must be a list\")\n (let ((pn (core/vec::len params_v)))\n (if ((core/int::eq? pn) 0)\n (selfhost/canon::bad-form \"(fn ...) requires at least 1 parameter\")\n (let ((pcheck ((selfhost/canon::check-params params_v) pn)))\n (if (selfhost/canon::is-error pcheck)\n pcheck\n (let ((body (selfhost/canon::canon-body (selfhost/canon::slice-body items))))\n (if (selfhost/canon::is-error body)\n body\n (selfhost/canon::nest-fn params_v body))))))))))))))\n\n(def selfhost/canon::vec-slice-from\n (fn (v)\n (fn (start)\n (let ((n (core/vec::len v)))\n (let ((rev (((((selfhost/canon::vec-slice-from2 v) start) n) nil))))\n (if (selfhost/canon::is-error rev)\n rev\n (selfhost/canon::list->vec (selfhost/canon::list-rev rev))))))))\n\n(def selfhost/canon::vec-slice-from2\n (fn (v)\n (fn (i)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? i) n)\n acc\n (let ((x ((core/vec::get v) i)))\n (((((selfhost/canon::vec-slice-from2 v) ((core/int::add i) 1)) n) ((core/pair::cons x) acc))))))))))\n\n(def selfhost/canon::slice-body (fn (items) ((selfhost/canon::vec-slice-from items) 2)))\n\n(def selfhost/canon::canon-body\n (fn (body_terms)\n (let ((n (core/vec::len body_terms)))\n (if ((core/int::eq? n) 1)\n (selfhost/canon::canon-code ((core/vec::get body_terms) 0))\n (let ((canon (selfhost/canon::canon-begin-body body_terms)))\n (if (selfhost/canon::is-error canon) canon canon))))))\n\n(def selfhost/canon::canon-begin-body\n (fn (body_terms)\n (let ((n (core/vec::len body_terms)))\n (let ((rev (((selfhost/canon::canon-begin-body2 body_terms) n) nil)))\n (if (selfhost/canon::is-error rev)\n rev\n ((core/pair::cons selfhost/canon::SYM_BEGIN) rev))))))\n\n(def selfhost/canon::canon-begin-body2\n (fn (body_terms)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((t (selfhost/canon::canon-code ((core/vec::get body_terms) i))))\n (if (selfhost/canon::is-error t)\n t\n (((selfhost/canon::canon-begin-body2 body_terms) i) ((core/pair::cons t) acc))))))))))\n\n(def selfhost/canon::check-params\n (fn (params_v)\n (fn (n)\n (if ((core/int::eq? n) 0)\n true\n (let ((i ((core/int::sub n) 1)))\n (let ((p ((core/vec::get params_v) i)))\n (let ((tg (selfhost/canon::tag p)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n ((selfhost/canon::check-params params_v) i)\n (selfhost/canon::bad-form \"(fn ...) parameters must be symbols\"))))))))))\n\n(def selfhost/canon::nest-fn\n (fn (params_v)\n (fn (body)\n (let ((n (core/vec::len params_v)))\n (((selfhost/canon::nest-fn2 params_v) n) body)))))\n\n(def selfhost/canon::nest-fn2\n (fn (params_v)\n (fn (n)\n (fn (out)\n (if ((core/int::eq? n) 0)\n out\n (let ((i ((core/int::sub n) 1)))\n (let ((p ((core/vec::get params_v) i)))\n (((selfhost/canon::nest-fn2 params_v) i)\n ((((selfhost/canon::list3 selfhost/canon::SYM_FN) ((selfhost/canon::list1 p))) out))))))))))\n\n(def selfhost/canon::canon-if\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 4) true false)\n (let ((c (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error c)\n c\n (let ((t (selfhost/canon::canon-code ((core/vec::get items) 2))))\n (if (selfhost/canon::is-error t)\n t\n (let ((e (selfhost/canon::canon-code ((core/vec::get items) 3))))\n (if (selfhost/canon::is-error e)\n e\n ((((selfhost/canon::list4 selfhost/canon::SYM_IF) c) t) e)))))))\n (selfhost/canon::bad-form \"(if cond then else) expects exactly 3 arguments\"))))\n\n(def selfhost/canon::canon-begin\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::lt? n) 2) true false)\n (selfhost/canon::bad-form \"(begin ...) expects at least 1 argument\")\n (let ((body_terms ((selfhost/canon::vec-slice-from items) 1)))\n (if (selfhost/canon::is-error body_terms)\n body_terms\n (selfhost/canon::canon-begin-body body_terms)))))))\n\n(def selfhost/canon::canon-let\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::lt? n) 3) true false)\n (selfhost/canon::bad-form \"(let ((x e) ...) body...) expects bindings and body\")\n (let ((bindings ((core/vec::get items) 1)))\n (let ((bind_v (core/pair::as-proper-list bindings)))\n (if (core/list::is-nil? bind_v)\n (selfhost/canon::bad-form \"(let ...) bindings must be a list\")\n (let ((canon_binds (selfhost/canon::canon-bindings bind_v)))\n (if (selfhost/canon::is-error canon_binds)\n canon_binds\n (let ((body_terms (selfhost/canon::slice-body items)))\n (if (selfhost/canon::is-error body_terms)\n body_terms\n (let ((body (selfhost/canon::canon-body body_terms)))\n (if (selfhost/canon::is-error body)\n body\n ((((selfhost/canon::list3 selfhost/canon::SYM_LET) canon_binds) body)))))))))))))))\n\n(def selfhost/canon::canon-bindings\n (fn (bind_v)\n (let ((n (core/vec::len bind_v)))\n (let ((rev (((selfhost/canon::canon-bindings2 bind_v) n) nil)))\n (if (selfhost/canon::is-error rev)\n rev\n rev)))))\n\n(def selfhost/canon::canon-bindings2\n (fn (bind_v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((b ((core/vec::get bind_v) i)))\n (let ((pair_v (core/pair::as-proper-list b)))\n (if (core/list::is-nil? pair_v)\n (selfhost/canon::bad-form \"(let ...) binding must be a list (name expr)\")\n (if (if ((core/int::eq? (core/vec::len pair_v)) 2) true false)\n (let ((name ((core/vec::get pair_v) 0)))\n (let ((tg (selfhost/canon::tag name)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((rhs (selfhost/canon::canon-code ((core/vec::get pair_v) 1))))\n (if (selfhost/canon::is-error rhs)\n rhs\n (((selfhost/canon::canon-bindings2 bind_v) i)\n ((core/pair::cons (((selfhost/canon::list2 name) rhs))) acc))))\n (selfhost/canon::bad-form \"(let ...) binding name must be symbol\")))))\n (selfhost/canon::bad-form \"(let ...) binding must have exactly 2 forms\")))))))))))\n\n(def selfhost/canon::canon-prim\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::lt? n) 2) true false)\n (selfhost/canon::bad-form \"(prim op ...) expects op\")\n (let ((op ((core/vec::get items) 1)))\n (let ((tg (selfhost/canon::tag op)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((args (selfhost/canon::slice-body items)))\n (if (selfhost/canon::is-error args)\n args\n (let ((canon_args (selfhost/canon::canon-list-of-code args)))\n (if (selfhost/canon::is-error canon_args)\n canon_args\n (let ((args_list (selfhost/canon::vec->list canon_args)))\n ((core/pair::cons selfhost/canon::SYM_PRIM)\n ((core/pair::cons op) args_list)))))))\n (selfhost/canon::bad-form \"(prim ...) op must be a symbol\")))))))))\n\n(def selfhost/canon::canon-list-of-code\n (fn (v) ((selfhost/canon::vec-map-data v) selfhost/canon::canon-code)))\n\n(def selfhost/canon::canon-seal\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 1)\n ((selfhost/canon::list1 selfhost/canon::SYM_SEAL))\n (if ((core/int::eq? n) 3)\n (let ((v (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error v)\n v\n (let ((tok (selfhost/canon::canon-code ((core/vec::get items) 2))))\n (if (selfhost/canon::is-error tok)\n tok\n ((((selfhost/canon::list3 selfhost/canon::SYM_SEAL) v) tok))))))\n (selfhost/canon::bad-form \"(seal) or (seal v tok)\"))))))\n\n(def selfhost/canon::canon-unseal\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 3) true false)\n (let ((w (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error w)\n w\n (let ((tok (selfhost/canon::canon-code ((core/vec::get items) 2))))\n (if (selfhost/canon::is-error tok)\n tok\n ((((selfhost/canon::list3 selfhost/canon::SYM_UNSEAL) w) tok))))))\n (selfhost/canon::bad-form \"(unseal w tok) expects exactly 2 arguments\"))))\n\n(def selfhost/canon::canon-app\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 1)\n (selfhost/canon::canon-code ((core/vec::get items) 0))\n (if ((core/int::eq? n) 2)\n (let ((f (selfhost/canon::canon-code ((core/vec::get items) 0))))\n (if (selfhost/canon::is-error f)\n f\n (let ((x (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error x) x (((selfhost/canon::list2 f) x))))))\n (let ((f (selfhost/canon::canon-code ((core/vec::get items) 0))))\n (if (selfhost/canon::is-error f)\n f\n (let ((x (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error x)\n x\n (let ((acc (((selfhost/canon::list2 f) x))))\n (((selfhost/canon::canon-app2 items) 2) acc)))))))))))\n\n(def selfhost/canon::canon-app2\n (fn (items)\n (fn (i)\n (fn (acc)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? i) n)\n acc\n (let ((arg (selfhost/canon::canon-code ((core/vec::get items) i))))\n (if (selfhost/canon::is-error arg)\n arg\n ((((selfhost/canon::canon-app2 items) ((core/int::add i) 1)) (((selfhost/canon::list2 acc) arg))))))))))))\n\n(def selfhost/canon::canonicalize-module\n (fn (forms)\n (let ((tg (selfhost/canon::tag forms)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :vec))\n (let ((n (core/vec::len forms)))\n (let ((rev (((selfhost/canon::canonicalize-module2 forms) n) nil)))\n (if (selfhost/canon::is-error rev)\n rev\n (selfhost/canon::list->vec rev))))\n (selfhost/canon::type-error \"canonicalize-module expects vector of terms\"))))))\n\n(def selfhost/canon::canonicalize-module2\n (fn (forms)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((t (selfhost/canon::canon-code ((core/vec::get forms) i))))\n (if (selfhost/canon::is-error t)\n t\n (((selfhost/canon::canonicalize-module2 forms) i) ((core/pair::cons t) acc))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"R?=\xC2\x0E\x0F\"\xE3@\xEB$\xB1\xF1\x95f\xEF\xA8\xAB\x9C\xA23\xE2\xFC\x84\xBB\xD5_\xB5%5{\x85" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/printer::is-error core/error::is?) (def selfhost/printer::tag (fn (x) (let ((tg (core/data::tag x))) (if (selfhost/printer::is-error tg) (let ((vn (core/vec::len x))) (if (selfhost/printer::is-error vn) (let ((mn (core/map::len x))) (if (selfhost/printer::is-error mn) tg (quote :map))) (quote :vec))) tg)))) (def selfhost/printer::INDENT 2) (def selfhost/printer::MAX_WIDTH 100) (def selfhost/printer::spaces (fn (n) ((core/str::repeat " ") n))) (def selfhost/printer::list-rev (fn (xs) ((selfhost/printer::list-rev2 xs) nil))) (def selfhost/printer::list-rev2 (fn (xs) (fn (acc) (if (core/list::is-nil? xs) acc ((selfhost/printer::list-rev2 (core/pair::cdr xs)) ((core/pair::cons (core/pair::car xs)) acc)))))) (def selfhost/printer::append-lines-to-rev (fn (out_rev) (fn (lines) (if (core/list::is-nil? lines) out_rev ((selfhost/printer::append-lines-to-rev ((core/pair::cons (core/pair::car lines)) out_rev)) (core/pair::cdr lines)))))) (def selfhost/printer::join-lines (fn (lines) (let ((v (core/pair::as-proper-list lines))) (if (selfhost/printer::is-error v) v ((core/str::join v) "\n"))))) (def selfhost/printer::atom-repr (fn (t) (let ((tg (selfhost/printer::tag t))) (if (selfhost/printer::is-error tg) tg (if ((core/sym::eq? tg) (quote :nil)) "nil" (if ((core/sym::eq? tg) (quote :bool)) (if t "true" "false") (if ((core/sym::eq? tg) (quote :int)) (core/int::to-str t) (if ((core/sym::eq? tg) (quote :str)) ((core/str::concat "\"") ((core/str::concat (core/coreform::escape-str t)) "\"")) (if ((core/sym::eq? tg) (quote :bytes)) ((core/str::concat "b\"") ((core/str::concat (core/coreform::escape-bytes t)) "\"")) (if ((core/sym::eq? tg) (quote :sym)) (core/sym::to-str t) nil)))))))))) (def selfhost/printer::is-atom? (fn (t) (let ((a (selfhost/printer::atom-repr t))) (if (selfhost/printer::is-error a) a (if (core/list::is-nil? a) false true))))) (def selfhost/printer::single-line (fn (t) (let ((a (selfhost/printer::atom-repr t))) (if (selfhost/printer::is-error a) a (if (core/list::is-nil? a) (selfhost/printer::single-line2 t) a))))) (def selfhost/printer::single-line2 (fn (t) (let ((tg (selfhost/printer::tag t))) (if (selfhost/printer::is-error tg) tg (if ((core/sym::eq? tg) (quote :vec)) (selfhost/printer::single-line-vec t) (if ((core/sym::eq? tg) (quote :map)) (selfhost/printer::single-line-map t) (if ((core/sym::eq? tg) (quote :pair)) (selfhost/printer::single-line-list t) nil))))))) (def selfhost/printer::single-line-vec (fn (v) (let ((n (core/vec::len v))) (if ((core/int::lt? 3) n) nil (let ((ok ((selfhost/printer::vec-all-atoms? v) n))) (if (selfhost/printer::is-error ok) ok (if ok (let ((parts ((selfhost/printer::vec-atom-reprs v) n))) (if (selfhost/printer::is-error parts) parts (let ((mid ((core/str::join parts) " "))) ((core/str::concat "[") ((core/str::concat mid) "]"))))) nil))))))) (def selfhost/printer::vec-all-atoms? (fn (v) (fn (n) (((selfhost/printer::vec-all-atoms2 v) n) true)))) (def selfhost/printer::vec-all-atoms2 (fn (v) (fn (n) (fn (acc) (if (if (core/list::is-nil? acc) true false) false (if ((core/int::eq? n) 0) true (let ((i ((core/int::sub n) 1))) (let ((x ((core/vec::get v) i))) (let ((a (selfhost/printer::is-atom? x))) (if (selfhost/printer::is-error a) a (((selfhost/printer::vec-all-atoms2 v) i) (if a true nil)))))))))))) (def selfhost/printer::vec-atom-reprs (fn (v) (fn (n) (let ((lst (((selfhost/printer::vec-atom-reprs2 v) n) nil))) (if (selfhost/printer::is-error lst) lst (core/pair::as-proper-list lst)))))) (def selfhost/printer::vec-atom-reprs2 (fn (v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((x ((core/vec::get v) i))) (let ((a (selfhost/printer::atom-repr x))) (if (selfhost/printer::is-error a) a (((selfhost/printer::vec-atom-reprs2 v) i) ((core/pair::cons a) acc))))))))))) (def selfhost/printer::single-line-map (fn (m) (let ((n (core/map::len m))) (if ((core/int::eq? n) 0) "{}" (if ((core/int::lt? 2) n) nil (let ((entries (core/map::entries m))) (let ((ok ((selfhost/printer::map-entries-are-atom-pairs? entries) (core/vec::len entries)))) (if (selfhost/printer::is-error ok) ok (if ok (let ((parts ((selfhost/printer::map-atom-parts entries) (core/vec::len entries)))) (if (selfhost/printer::is-error parts) parts (let ((mid ((core/str::join parts) " "))) ((core/str::concat "{") ((core/str::concat mid) "}"))))) nil))))))))) (def selfhost/printer::map-entries-are-atom-pairs? (fn (entries) (fn (n) (((selfhost/printer::map-entries-are-atom-pairs2 entries) n) true)))) (def selfhost/printer::map-entries-are-atom-pairs2 (fn (entries) (fn (n) (fn (acc) (if (if (core/list::is-nil? acc) true false) false (if ((core/int::eq? n) 0) true (let ((i ((core/int::sub n) 1))) (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((v ((core/vec::get e) 1))) (let ((ka (selfhost/printer::is-atom? k))) (if (selfhost/printer::is-error ka) ka (let ((va (selfhost/printer::is-atom? v))) (if (selfhost/printer::is-error va) va (((selfhost/printer::map-entries-are-atom-pairs2 entries) i) (if (if ka va false) true nil)))))))))))))))) (def selfhost/printer::map-atom-parts (fn (entries) (fn (n) (let ((lst (((selfhost/printer::map-atom-parts2 entries) n) nil))) (if (selfhost/printer::is-error lst) lst (core/pair::as-proper-list lst)))))) (def selfhost/printer::map-atom-parts2 (fn (entries) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((v ((core/vec::get e) 1))) (let ((ks (selfhost/printer::atom-repr k))) (if (selfhost/printer::is-error ks) ks (let ((vs (selfhost/printer::atom-repr v))) (if (selfhost/printer::is-error vs) vs (((selfhost/printer::map-atom-parts2 entries) i) ((core/pair::cons ks) ((core/pair::cons vs) acc))))))))))))))))] :module-h b"t\xDD?\x89J\xC1\x90\x8E\x80\x8E\x12\xF7\xDA\xEB\xD8b\xBD\x96\xBAy\xE1\x8Fc;\xC7\xAE\x1B~%z\xEDn" :path "selfhost/printer/00_core_single_line.gc" :source "(def selfhost/printer::is-error core/error::is?)\n\n(def selfhost/printer::tag\n (fn (x)\n (let ((tg (core/data::tag x)))\n (if (selfhost/printer::is-error tg)\n (let ((vn (core/vec::len x)))\n (if (selfhost/printer::is-error vn)\n (let ((mn (core/map::len x)))\n (if (selfhost/printer::is-error mn) tg (quote :map)))\n (quote :vec)))\n tg))))\n\n(def selfhost/printer::INDENT 2)\n(def selfhost/printer::MAX_WIDTH 100)\n\n(def selfhost/printer::spaces (fn (n) ((core/str::repeat \" \") n)))\n\n(def selfhost/printer::list-rev (fn (xs) ((selfhost/printer::list-rev2 xs) nil)))\n(def selfhost/printer::list-rev2\n (fn (xs)\n (fn (acc)\n (if (core/list::is-nil? xs)\n acc\n (((selfhost/printer::list-rev2 (core/pair::cdr xs)) ((core/pair::cons (core/pair::car xs)) acc)))))))\n\n; out_rev is reverse(output_so_far). Appending lines (forward order) is done by consing them onto out_rev.\n(def selfhost/printer::append-lines-to-rev\n (fn (out_rev)\n (fn (lines)\n (if (core/list::is-nil? lines)\n out_rev\n (((selfhost/printer::append-lines-to-rev ((core/pair::cons (core/pair::car lines)) out_rev))\n (core/pair::cdr lines)))))))\n\n(def selfhost/printer::join-lines\n (fn (lines)\n (let ((v (core/pair::as-proper-list lines)))\n (if (selfhost/printer::is-error v) v ((core/str::join v) \"\\n\")))))\n\n(def selfhost/printer::atom-repr\n (fn (t)\n (let ((tg (selfhost/printer::tag t)))\n (if (selfhost/printer::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :nil))\n \"nil\"\n (if ((core/sym::eq? tg) (quote :bool))\n (if t \"true\" \"false\")\n (if ((core/sym::eq? tg) (quote :int))\n (core/int::to-str t)\n (if ((core/sym::eq? tg) (quote :str))\n ((core/str::concat \"\\\"\") ((core/str::concat (core/coreform::escape-str t)) \"\\\"\"))\n (if ((core/sym::eq? tg) (quote :bytes))\n ((core/str::concat \"b\\\"\")\n ((core/str::concat (core/coreform::escape-bytes t)) \"\\\"\"))\n (if ((core/sym::eq? tg) (quote :sym))\n (core/sym::to-str t)\n nil))))))))))\n\n(def selfhost/printer::is-atom?\n (fn (t)\n (let ((a (selfhost/printer::atom-repr t)))\n (if (selfhost/printer::is-error a) a (if (core/list::is-nil? a) false true)))))\n\n(def selfhost/printer::single-line\n (fn (t)\n (let ((a (selfhost/printer::atom-repr t)))\n (if (selfhost/printer::is-error a)\n a\n (if (core/list::is-nil? a)\n (selfhost/printer::single-line2 t)\n a)))))\n\n(def selfhost/printer::single-line2\n (fn (t)\n (let ((tg (selfhost/printer::tag t)))\n (if (selfhost/printer::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :vec))\n (selfhost/printer::single-line-vec t)\n (if ((core/sym::eq? tg) (quote :map))\n (selfhost/printer::single-line-map t)\n (if ((core/sym::eq? tg) (quote :pair))\n (selfhost/printer::single-line-list t)\n nil)))))))\n\n(def selfhost/printer::single-line-vec\n (fn (v)\n (let ((n (core/vec::len v)))\n (if ((core/int::lt? 3) n)\n nil\n (let ((ok (selfhost/printer::vec-all-atoms? v n)))\n (if (selfhost/printer::is-error ok)\n ok\n (if ok\n (let ((parts (selfhost/printer::vec-atom-reprs v n)))\n (if (selfhost/printer::is-error parts)\n parts\n (let ((mid ((core/str::join parts) \" \")))\n ((core/str::concat \"[\") ((core/str::concat mid) \"]\")))))\n nil)))))))\n\n(def selfhost/printer::vec-all-atoms?\n (fn (v)\n (fn (n)\n (((selfhost/printer::vec-all-atoms2 v) n) true))))\n(def selfhost/printer::vec-all-atoms2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if (if (core/list::is-nil? acc) true false)\n false\n (if ((core/int::eq? n) 0)\n true\n (let ((i ((core/int::sub n) 1)))\n (let ((x ((core/vec::get v) i)))\n (let ((a (selfhost/printer::is-atom? x)))\n (if (selfhost/printer::is-error a)\n a\n (((selfhost/printer::vec-all-atoms2 v) i) (if a true nil))))))))))))\n\n(def selfhost/printer::vec-atom-reprs\n (fn (v)\n (fn (n)\n (let ((lst (((selfhost/printer::vec-atom-reprs2 v) n) nil)))\n (if (selfhost/printer::is-error lst) lst (core/pair::as-proper-list lst))))))\n(def selfhost/printer::vec-atom-reprs2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((x ((core/vec::get v) i)))\n (let ((a (selfhost/printer::atom-repr x)))\n (if (selfhost/printer::is-error a)\n a\n (((selfhost/printer::vec-atom-reprs2 v) i) ((core/pair::cons a) acc)))))))))))\n\n(def selfhost/printer::single-line-map\n (fn (m)\n (let ((n (core/map::len m)))\n (if ((core/int::eq? n) 0)\n \"{}\"\n (if ((core/int::lt? 2) n)\n nil\n (let ((entries (core/map::entries m)))\n (let ((ok (((selfhost/printer::map-entries-are-atom-pairs? entries) (core/vec::len entries)))))\n (if (selfhost/printer::is-error ok)\n ok\n (if ok\n (let ((parts (((selfhost/printer::map-atom-parts entries) (core/vec::len entries)))))\n (if (selfhost/printer::is-error parts)\n parts\n (let ((mid ((core/str::join parts) \" \")))\n ((core/str::concat \"{\") ((core/str::concat mid) \"}\")))))\n nil)))))))))\n\n(def selfhost/printer::map-entries-are-atom-pairs?\n (fn (entries)\n (fn (n)\n (((selfhost/printer::map-entries-are-atom-pairs2 entries) n) true))))\n(def selfhost/printer::map-entries-are-atom-pairs2\n (fn (entries)\n (fn (n)\n (fn (acc)\n (if (if (core/list::is-nil? acc) true false)\n false\n (if ((core/int::eq? n) 0)\n true\n (let ((i ((core/int::sub n) 1)))\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((v ((core/vec::get e) 1)))\n (let ((ka (selfhost/printer::is-atom? k)))\n (if (selfhost/printer::is-error ka)\n ka\n (let ((va (selfhost/printer::is-atom? v)))\n (if (selfhost/printer::is-error va)\n va\n (((selfhost/printer::map-entries-are-atom-pairs2 entries) i)\n (if (if ka va false) true nil))))))))))))))))\n\n(def selfhost/printer::map-atom-parts\n (fn (entries)\n (fn (n)\n (let ((lst (((selfhost/printer::map-atom-parts2 entries) n) nil)))\n (if (selfhost/printer::is-error lst) lst (core/pair::as-proper-list lst))))))\n(def selfhost/printer::map-atom-parts2\n (fn (entries)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((v ((core/vec::get e) 1)))\n (let ((ks (selfhost/printer::atom-repr k)))\n (if (selfhost/printer::is-error ks)\n ks\n (let ((vs (selfhost/printer::atom-repr v)))\n (if (selfhost/printer::is-error vs)\n vs\n (((selfhost/printer::map-atom-parts2 entries) i)\n ((core/pair::cons ks) ((core/pair::cons vs) acc))))))))))))))))\n\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xD1\x00\xB3v>\xB4\xAF\xC1C.h\xAC9\xCC\x7F5\x1D.\xE7\xA7\x18\xF3(O4=\x8BZV\xC7\xE9)" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/printer::single-line-list (fn (t) (let ((items (core/pair::as-proper-list t))) (if (core/list::is-nil? items) nil (let ((parts ((selfhost/printer::vec-single-lines items) (core/vec::len items)))) (if (selfhost/printer::is-error parts) parts (if (core/list::is-nil? parts) nil (let ((mid ((core/str::join parts) " "))) (let ((s ((core/str::concat "(") ((core/str::concat mid) ")")))) (if ((core/int::lt? (core/str::len s)) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) s nil)))))))))) (def selfhost/printer::vec-single-lines (fn (v) (fn (n) (let ((lst (((selfhost/printer::vec-single-lines2 v) n) nil))) (if (selfhost/printer::is-error lst) lst (if (core/list::is-nil? lst) nil (core/pair::as-proper-list lst))))))) (def selfhost/printer::vec-single-lines2 (fn (v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((x ((core/vec::get v) i))) (let ((s (selfhost/printer::single-line x))) (if (selfhost/printer::is-error s) s (if (core/list::is-nil? s) nil (((selfhost/printer::vec-single-lines2 v) i) ((core/pair::cons s) acc))))))))))))] :module-h b"Y\xA9\x0E\x04\xF5\"x\xD8L\xA7\xC4f[\x07KG\xE8\x19W\xDA\xBD>\xF2\xEFe#\xE0@\xEB\x99\"V" :path "selfhost/printer/01_single_line_list.gc" :source "(def selfhost/printer::single-line-list\n (fn (t)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/list::is-nil? items)\n nil\n (let ((parts (selfhost/printer::vec-single-lines items (core/vec::len items))))\n (if (selfhost/printer::is-error parts)\n parts\n (if (core/list::is-nil? parts)\n nil\n (let ((mid ((core/str::join parts) \" \")))\n (let ((s ((core/str::concat \"(\") ((core/str::concat mid) \")\"))))\n (if ((core/int::lt? (core/str::len s)) ((core/int::add selfhost/printer::MAX_WIDTH) 1))\n s\n nil))))))))))\n\n(def selfhost/printer::vec-single-lines\n (fn (v)\n (fn (n)\n (let ((lst (((selfhost/printer::vec-single-lines2 v) n) nil)))\n (if (selfhost/printer::is-error lst)\n lst\n (if (core/list::is-nil? lst) nil (core/pair::as-proper-list lst)))))))\n(def selfhost/printer::vec-single-lines2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((x ((core/vec::get v) i)))\n (let ((s (selfhost/printer::single-line x)))\n (if (selfhost/printer::is-error s)\n s\n (if (core/list::is-nil? s)\n nil\n (((selfhost/printer::vec-single-lines2 v) i) ((core/pair::cons s) acc))))))))))))\n\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"Y\xA9\x0E\x04\xF5\"x\xD8L\xA7\xC4f[\x07KG\xE8\x19W\xDA\xBD>\xF2\xEFe#\xE0@\xEB\x99\"V" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/printer::fmt-term (fn (t) (fn (indent) (let ((s (selfhost/printer::single-line t))) (if (selfhost/printer::is-error s) s (if (if (core/list::is-nil? s) true (if ((core/int::lt? ((core/int::add (core/str::len s)) indent)) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) false true)) ((selfhost/printer::fmt-term2 t) indent) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) s)) nil))))))) (def selfhost/printer::fmt-term2 (fn (t) (fn (indent) (let ((a (selfhost/printer::atom-repr t))) (if (selfhost/printer::is-error a) a (if (core/list::is-nil? a) (let ((tg (selfhost/printer::tag t))) (if (selfhost/printer::is-error tg) tg (if ((core/sym::eq? tg) (quote :vec)) ((selfhost/printer::fmt-vector t) indent) (if ((core/sym::eq? tg) (quote :map)) ((selfhost/printer::fmt-map t) indent) (if ((core/sym::eq? tg) (quote :pair)) ((selfhost/printer::fmt-list t) indent) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) "")) nil)))))) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) a)) nil))))))) (def selfhost/printer::fmt-vector (fn (v) (fn (indent) (if ((core/int::eq? (core/vec::len v)) 0) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) "[]")) nil) (let ((open ((core/str::concat (selfhost/printer::spaces indent)) "["))) (let ((out_rev ((core/pair::cons open) nil))) (let ((out_rev2 ((((selfhost/printer::fmt-vector2 v) indent) 0) out_rev))) (if (selfhost/printer::is-error out_rev2) out_rev2 (let ((last (core/pair::car out_rev2))) (let ((rest (core/pair::cdr out_rev2))) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat last) "]")) rest)))))))))))) (def selfhost/printer::fmt-vector2 (fn (v) (fn (indent) (fn (i) (fn (out_rev) (let ((n (core/vec::len v))) (if ((core/int::eq? i) n) out_rev (let ((x ((core/vec::get v) i))) (let ((lines ((selfhost/printer::fmt-term x) ((core/int::add indent) selfhost/printer::INDENT)))) (if (selfhost/printer::is-error lines) lines ((((selfhost/printer::fmt-vector2 v) indent) ((core/int::add i) 1)) ((selfhost/printer::append-lines-to-rev out_rev) lines)))))))))))) (def selfhost/printer::fmt-map (fn (m) (fn (indent) (if ((core/int::eq? (core/map::len m)) 0) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) "{}")) nil) (let ((open ((core/str::concat (selfhost/printer::spaces indent)) "{"))) (let ((entries (core/map::entries m))) (let ((out_rev ((core/pair::cons open) nil))) (let ((out_rev2 ((((selfhost/printer::fmt-map2 entries) indent) 0) out_rev))) (if (selfhost/printer::is-error out_rev2) out_rev2 (let ((last (core/pair::car out_rev2))) (let ((rest (core/pair::cdr out_rev2))) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat last) "}")) rest))))))))))))) (def selfhost/printer::fmt-map2 (fn (entries) (fn (indent) (fn (i) (fn (out_rev) (let ((n (core/vec::len entries))) (if ((core/int::eq? i) n) out_rev (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((v ((core/vec::get e) 1))) (let ((ks (selfhost/printer::single-line k))) (if (selfhost/printer::is-error ks) ks (let ((vs (selfhost/printer::single-line v))) (if (selfhost/printer::is-error vs) vs (let ((lines (((((selfhost/printer::fmt-map-entry k) v) indent) ks) vs))) (if (selfhost/printer::is-error lines) lines ((((selfhost/printer::fmt-map2 entries) indent) ((core/int::add i) 1)) ((selfhost/printer::append-lines-to-rev out_rev) lines)))))))))))))))))) (def selfhost/printer::fmt-map-entry (fn (k) (fn (v) (fn (indent) (fn (ks) (fn (vs) (if (if (core/list::is-nil? ks) false (if (core/list::is-nil? vs) false true)) (let ((line ((core/str::concat (selfhost/printer::spaces ((core/int::add indent) selfhost/printer::INDENT))) ((core/str::concat ks) ((core/str::concat " ") vs))))) (if ((core/int::lt? (core/str::len line)) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) ((core/pair::cons line) nil) (((selfhost/printer::fmt-map-entry-multiline k) v) indent))) (((selfhost/printer::fmt-map-entry-multiline k) v) indent)))))))) (def selfhost/printer::fmt-map-entry-multiline (fn (k) (fn (v) (fn (indent) (let ((kl ((selfhost/printer::fmt-term k) ((core/int::add indent) selfhost/printer::INDENT)))) (if (selfhost/printer::is-error kl) kl (let ((vl ((selfhost/printer::fmt-term v) ((core/int::add indent) ((core/int::mul selfhost/printer::INDENT) 2))))) (if (selfhost/printer::is-error vl) vl (let ((out_rev (selfhost/printer::list-rev kl))) (if (selfhost/printer::is-error out_rev) out_rev (let ((out_rev2 ((selfhost/printer::append-lines-to-rev out_rev) vl))) (if (selfhost/printer::is-error out_rev2) out_rev2 (selfhost/printer::list-rev out_rev2)))))))))))))] :module-h b"\x19/\xFDT-yx\xCDm4%\xDAN\xAB\x9A\x18\x9D\x11\xB9d\xD6\x8B|\xE1LB\xCA\xCD\xB3\xBD\x81]" :path "selfhost/printer/02_fmt_structured.gc" :source "(def selfhost/printer::fmt-term\n (fn (t)\n (fn (indent)\n (let ((s (selfhost/printer::single-line t)))\n (if (selfhost/printer::is-error s)\n s\n (if (if (core/list::is-nil? s) true (if ((core/int::lt? ((core/int::add (core/str::len s)) indent)) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) false true))\n (selfhost/printer::fmt-term2 t indent)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) s)) nil)))))))\n\n(def selfhost/printer::fmt-term2\n (fn (t)\n (fn (indent)\n (let ((a (selfhost/printer::atom-repr t)))\n (if (selfhost/printer::is-error a)\n a\n (if (core/list::is-nil? a)\n (let ((tg (selfhost/printer::tag t)))\n (if (selfhost/printer::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :vec))\n ((selfhost/printer::fmt-vector t) indent)\n (if ((core/sym::eq? tg) (quote :map))\n ((selfhost/printer::fmt-map t) indent)\n (if ((core/sym::eq? tg) (quote :pair))\n ((selfhost/printer::fmt-list t) indent)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) \"\")) nil))))))\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) a)) nil)))))))\n\n(def selfhost/printer::fmt-vector\n (fn (v)\n (fn (indent)\n (if ((core/int::eq? (core/vec::len v)) 0)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) \"[]\")) nil)\n (let ((open ((core/str::concat (selfhost/printer::spaces indent)) \"[\")))\n (let ((out_rev ((core/pair::cons open) nil)))\n (let ((out_rev2 (((((selfhost/printer::fmt-vector2 v) indent) 0) out_rev))))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (let ((last (core/pair::car out_rev2)))\n (let ((rest (core/pair::cdr out_rev2)))\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat last) \"]\")) rest))))))))))))\n\n(def selfhost/printer::fmt-vector2\n (fn (v)\n (fn (indent)\n (fn (i)\n (fn (out_rev)\n (let ((n (core/vec::len v)))\n (if ((core/int::eq? i) n)\n out_rev\n (let ((x ((core/vec::get v) i)))\n (let ((lines ((selfhost/printer::fmt-term x) ((core/int::add indent) selfhost/printer::INDENT))))\n (if (selfhost/printer::is-error lines)\n lines\n ((((selfhost/printer::fmt-vector2 v) indent) ((core/int::add i) 1))\n ((selfhost/printer::append-lines-to-rev out_rev) lines))))))))))))\n\n(def selfhost/printer::fmt-map\n (fn (m)\n (fn (indent)\n (if ((core/int::eq? (core/map::len m)) 0)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) \"{}\")) nil)\n (let ((open ((core/str::concat (selfhost/printer::spaces indent)) \"{\")))\n (let ((entries (core/map::entries m)))\n (let ((out_rev ((core/pair::cons open) nil)))\n (let ((out_rev2 (((((selfhost/printer::fmt-map2 entries) indent) 0) out_rev))))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (let ((last (core/pair::car out_rev2)))\n (let ((rest (core/pair::cdr out_rev2)))\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat last) \"}\")) rest)))))))))))))\n\n(def selfhost/printer::fmt-map2\n (fn (entries)\n (fn (indent)\n (fn (i)\n (fn (out_rev)\n (let ((n (core/vec::len entries)))\n (if ((core/int::eq? i) n)\n out_rev\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((v ((core/vec::get e) 1)))\n (let ((ks (selfhost/printer::single-line k)))\n (if (selfhost/printer::is-error ks)\n ks\n (let ((vs (selfhost/printer::single-line v)))\n (if (selfhost/printer::is-error vs)\n vs\n (let ((lines (selfhost/printer::fmt-map-entry k v indent ks vs)))\n (if (selfhost/printer::is-error lines)\n lines\n ((((selfhost/printer::fmt-map2 entries) indent) ((core/int::add i) 1))\n ((selfhost/printer::append-lines-to-rev out_rev) lines))))))))))))))))))\n\n(def selfhost/printer::fmt-map-entry\n (fn (k)\n (fn (v)\n (fn (indent)\n (fn (ks)\n (fn (vs)\n (if (if (core/list::is-nil? ks) false (if (core/list::is-nil? vs) false true))\n (let ((line\n ((core/str::concat (selfhost/printer::spaces ((core/int::add indent) selfhost/printer::INDENT)))\n ((core/str::concat ks) ((core/str::concat \" \") vs)))))\n (if ((core/int::lt? (core/str::len line)) ((core/int::add selfhost/printer::MAX_WIDTH) 1))\n ((core/pair::cons line) nil)\n (selfhost/printer::fmt-map-entry-multiline k v indent)))\n (selfhost/printer::fmt-map-entry-multiline k v indent))))))))\n\n(def selfhost/printer::fmt-map-entry-multiline\n (fn (k)\n (fn (v)\n (fn (indent)\n (let ((kl ((selfhost/printer::fmt-term k) ((core/int::add indent) selfhost/printer::INDENT))))\n (if (selfhost/printer::is-error kl)\n kl\n (let ((vl ((selfhost/printer::fmt-term v) ((core/int::add indent) ((core/int::mul selfhost/printer::INDENT) 2)))))\n (if (selfhost/printer::is-error vl)\n vl\n (let ((out_rev (selfhost/printer::list-rev kl)))\n (if (selfhost/printer::is-error out_rev)\n out_rev\n (let ((out_rev2 ((selfhost/printer::append-lines-to-rev out_rev) vl)))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (selfhost/printer::list-rev out_rev2)))))))))))))\n\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x19/\xFDT-yx\xCDm4%\xDAN\xAB\x9A\x18\x9D\x11\xB9d\xD6\x8B|\xE1LB\xCA\xCD\xB3\xBD\x81]" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/printer::fmt-list (fn (t) (fn (indent) (let ((items (core/pair::as-proper-list t))) (if (core/list::is-nil? items) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) "(pair )")) nil) ((selfhost/printer::fmt-list-items items) indent)))))) (def selfhost/printer::fmt-list-items (fn (items) (fn (indent) (let ((n (core/vec::len items))) (let ((head0 (selfhost/printer::single-line ((core/vec::get items) 0)))) (if (selfhost/printer::is-error head0) head0 (if (core/list::is-nil? head0) (((selfhost/printer::fmt-list-headless items) indent) n) ((((selfhost/printer::fmt-list-headed items) indent) n) head0)))))))) (def selfhost/printer::fmt-list-headless (fn (items) (fn (indent) (fn (n) (let ((open ((core/str::concat (selfhost/printer::spaces indent)) "("))) (let ((out_rev ((core/pair::cons open) nil))) (let ((out_rev2 ((((selfhost/printer::fmt-list-tail items) indent) 0) out_rev))) (if (selfhost/printer::is-error out_rev2) out_rev2 (let ((last (core/pair::car out_rev2))) (let ((rest (core/pair::cdr out_rev2))) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat last) ")")) rest)))))))))))) (def selfhost/printer::fmt-list-headed (fn (items) (fn (indent) (fn (n) (fn (head0) (let ((first ((core/str::concat (selfhost/printer::spaces indent)) ((core/str::concat "(") head0)))) (let ((head_count (((selfhost/printer::list-head-count items) n) first))) (if (selfhost/printer::is-error head_count) head_count (let ((first2 (((selfhost/printer::list-first-line items) head_count) first))) (let ((out_rev ((core/pair::cons first2) nil))) (if ((core/int::eq? head_count) n) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat (core/pair::car out_rev)) ")")) (core/pair::cdr out_rev))) (let ((out_rev2 ((((selfhost/printer::fmt-list-tail items) indent) head_count) out_rev))) (if (selfhost/printer::is-error out_rev2) out_rev2 (let ((last (core/pair::car out_rev2))) (let ((rest (core/pair::cdr out_rev2))) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat last) ")")) rest))))))))))))))))) (def selfhost/printer::list-head-count (fn (items) (fn (n) (fn (first) (if ((core/int::lt? n) 2) 1 (let ((h1 (selfhost/printer::single-line ((core/vec::get items) 1)))) (if (selfhost/printer::is-error h1) h1 (if (core/list::is-nil? h1) 1 (if ((core/int::lt? (core/str::len ((core/str::concat first) ((core/str::concat " ") h1)))) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) 2 1))))))))) (def selfhost/printer::list-first-line (fn (items) (fn (head_count) (fn (first) (if ((core/int::eq? head_count) 2) (let ((h1 (selfhost/printer::single-line ((core/vec::get items) 1)))) ((core/str::concat first) ((core/str::concat " ") h1))) first))))) (def selfhost/printer::fmt-list-tail (fn (items) (fn (indent) (fn (i) (fn (out_rev) (let ((n (core/vec::len items))) (if ((core/int::eq? i) n) out_rev (let ((x ((core/vec::get items) i))) (let ((lines ((selfhost/printer::fmt-term x) ((core/int::add indent) selfhost/printer::INDENT)))) (if (selfhost/printer::is-error lines) lines ((((selfhost/printer::fmt-list-tail items) indent) ((core/int::add i) 1)) ((selfhost/printer::append-lines-to-rev out_rev) lines)))))))))))) (def selfhost/printer::print-term (fn (t) (let ((lines ((selfhost/printer::fmt-term t) 0))) (if (selfhost/printer::is-error lines) lines (selfhost/printer::join-lines lines))))) (def selfhost/printer::print-module (fn (forms) (let ((tg (selfhost/printer::tag forms))) (if (selfhost/printer::is-error tg) tg (if ((core/sym::eq? tg) (quote :vec)) (let ((n (core/vec::len forms))) (if ((core/int::eq? n) 0) "" (let ((lst (((selfhost/printer::print-module2 forms) n) nil))) (if (selfhost/printer::is-error lst) lst (let ((v (core/pair::as-proper-list lst))) (if (selfhost/printer::is-error v) v ((core/str::concat ((core/str::join v) "\n\n")) "\n"))))))) ((core/error::make2 "core/type-error") "print-module expects vector of forms")))))) (def selfhost/printer::print-module2 (fn (forms) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((s (selfhost/printer::print-term ((core/vec::get forms) i)))) (if (selfhost/printer::is-error s) s (((selfhost/printer::print-module2 forms) i) ((core/pair::cons s) acc))))))))))] :module-h b"\xAEH\x93\xD6if\xA6o\xF5l\xDA\xDA&X\x84\x90\x10\xCE\x90\xBEi\xCF\x1D\xCFk*\xC0\\%\xDC\x0C\xA4" :path "selfhost/printer/03_fmt_list_module.gc" :source "(def selfhost/printer::fmt-list\n (fn (t)\n (fn (indent)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/list::is-nil? items)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) \"(pair )\")) nil)\n (selfhost/printer::fmt-list-items items indent))))))\n\n(def selfhost/printer::fmt-list-items\n (fn (items)\n (fn (indent)\n (let ((n (core/vec::len items)))\n (let ((head0 (selfhost/printer::single-line ((core/vec::get items) 0))))\n (if (selfhost/printer::is-error head0)\n head0\n (if (core/list::is-nil? head0)\n (selfhost/printer::fmt-list-headless items indent n)\n (selfhost/printer::fmt-list-headed items indent n head0))))))))\n\n(def selfhost/printer::fmt-list-headless\n (fn (items)\n (fn (indent)\n (fn (n)\n (let ((open ((core/str::concat (selfhost/printer::spaces indent)) \"(\")))\n (let ((out_rev ((core/pair::cons open) nil)))\n (let ((out_rev2 (((((selfhost/printer::fmt-list-tail items) indent) 0) out_rev))))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (let ((last (core/pair::car out_rev2)))\n (let ((rest (core/pair::cdr out_rev2)))\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat last) \")\")) rest))))))))))))\n\n(def selfhost/printer::fmt-list-headed\n (fn (items)\n (fn (indent)\n (fn (n)\n (fn (head0)\n (let ((first\n ((core/str::concat (selfhost/printer::spaces indent)) ((core/str::concat \"(\") head0))))\n (let ((head_count (selfhost/printer::list-head-count items n first)))\n (if (selfhost/printer::is-error head_count)\n head_count\n (let ((first2 (selfhost/printer::list-first-line items head_count first)))\n (let ((out_rev ((core/pair::cons first2) nil)))\n (if ((core/int::eq? head_count) n)\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat (core/pair::car out_rev)) \")\")) (core/pair::cdr out_rev)))\n (let ((out_rev2 (((((selfhost/printer::fmt-list-tail items) indent) head_count) out_rev))))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (let ((last (core/pair::car out_rev2)))\n (let ((rest (core/pair::cdr out_rev2)))\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat last) \")\")) rest)))))))))))))))))\n\n(def selfhost/printer::list-head-count\n (fn (items)\n (fn (n)\n (fn (first)\n (if ((core/int::lt? n) 2)\n 1\n (let ((h1 (selfhost/printer::single-line ((core/vec::get items) 1))))\n (if (selfhost/printer::is-error h1)\n h1\n (if (core/list::is-nil? h1)\n 1\n (if ((core/int::lt?\n (core/str::len ((core/str::concat first) ((core/str::concat \" \") h1))))\n ((core/int::add selfhost/printer::MAX_WIDTH) 1))\n 2\n 1)))))))))\n\n(def selfhost/printer::list-first-line\n (fn (items)\n (fn (head_count)\n (fn (first)\n (if ((core/int::eq? head_count) 2)\n (let ((h1 (selfhost/printer::single-line ((core/vec::get items) 1))))\n ((core/str::concat first) ((core/str::concat \" \") h1)))\n first)))))\n\n(def selfhost/printer::fmt-list-tail\n (fn (items)\n (fn (indent)\n (fn (i)\n (fn (out_rev)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? i) n)\n out_rev\n (let ((x ((core/vec::get items) i)))\n (let ((lines ((selfhost/printer::fmt-term x) ((core/int::add indent) selfhost/printer::INDENT))))\n (if (selfhost/printer::is-error lines)\n lines\n ((((selfhost/printer::fmt-list-tail items) indent) ((core/int::add i) 1))\n ((selfhost/printer::append-lines-to-rev out_rev) lines))))))))))))\n\n(def selfhost/printer::print-term\n (fn (t)\n (let ((lines ((selfhost/printer::fmt-term t) 0)))\n (if (selfhost/printer::is-error lines)\n lines\n (selfhost/printer::join-lines lines)))))\n\n(def selfhost/printer::print-module\n (fn (forms)\n (let ((tg (selfhost/printer::tag forms)))\n (if (selfhost/printer::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :vec))\n (let ((n (core/vec::len forms)))\n (if ((core/int::eq? n) 0)\n \"\"\n (let ((lst (((selfhost/printer::print-module2 forms) n) nil)))\n (if (selfhost/printer::is-error lst)\n lst\n (let ((v (core/pair::as-proper-list lst)))\n (if (selfhost/printer::is-error v)\n v\n ((core/str::concat ((core/str::join v) \"\\n\\n\")) \"\\n\")))))))\n ((core/error::make2 \"core/type-error\") \"print-module expects vector of forms\"))))))\n\n(def selfhost/printer::print-module2\n (fn (forms)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((s (selfhost/printer::print-term ((core/vec::get forms) i))))\n (if (selfhost/printer::is-error s)\n s\n (((selfhost/printer::print-module2 forms) i) ((core/pair::cons s) acc))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xAEH\x93\xD6if\xA6o\xF5l\xDA\xDA&X\x84\x90\x10\xCE\x90\xBEi\xCF\x1D\xCFk*\xC0\\%\xDC\x0C\xA4" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/hash::is-error core/error::is?) (def selfhost/hash::PREFIX_TERM b"GCv0.2\x00") (def selfhost/hash::PREFIX_MODULE b"GCv0.2\x00module\x00") (def selfhost/hash::hash-term (fn (t) (let ((s (selfhost/printer::print-term t))) (if (selfhost/hash::is-error s) s (let ((b (core/str::to-utf8 s))) (if (selfhost/hash::is-error b) b (let ((msg ((core/bytes::concat selfhost/hash::PREFIX_TERM) b))) (let ((h (core/crypto::blake3 msg))) (if (selfhost/hash::is-error h) h (core/bytes::to-hex h)))))))))) (def selfhost/hash::hash-module (fn (forms) (let ((s (selfhost/printer::print-module forms))) (if (selfhost/hash::is-error s) s (let ((b (core/str::to-utf8 s))) (if (selfhost/hash::is-error b) b (let ((msg ((core/bytes::concat selfhost/hash::PREFIX_MODULE) b))) (let ((h (core/crypto::blake3 msg))) (if (selfhost/hash::is-error h) h (core/bytes::to-hex h))))))))))] :module-h b"\x1A\xFC\xAB\xB7[\xF4\x8F\x8E\xC2\x8E\x1EFy;\xA0\xA8\xA9\xEF\xEE\xCD\xAB\xB6M\xFF\xD5d{t\x94/\xA9N" :path "selfhost/hash.gc" :source "(def selfhost/hash::is-error core/error::is?)\n\n(def selfhost/hash::PREFIX_TERM b\"GCv0.2\\x00\")\n(def selfhost/hash::PREFIX_MODULE b\"GCv0.2\\x00module\\x00\")\n\n(def selfhost/hash::hash-term\n (fn (t)\n (let ((s (selfhost/printer::print-term t)))\n (if (selfhost/hash::is-error s)\n s\n (let ((b (core/str::to-utf8 s)))\n (if (selfhost/hash::is-error b)\n b\n (let ((msg ((core/bytes::concat selfhost/hash::PREFIX_TERM) b)))\n (let ((h (core/crypto::blake3 msg)))\n (if (selfhost/hash::is-error h) h (core/bytes::to-hex h))))))))))\n\n(def selfhost/hash::hash-module\n (fn (forms)\n (let ((s (selfhost/printer::print-module forms)))\n (if (selfhost/hash::is-error s)\n s\n (let ((b (core/str::to-utf8 s)))\n (if (selfhost/hash::is-error b)\n b\n (let ((msg ((core/bytes::concat selfhost/hash::PREFIX_MODULE) b)))\n (let ((h (core/crypto::blake3 msg)))\n (if (selfhost/hash::is-error h) h (core/bytes::to-hex h))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x1A\xFC\xAB\xB7[\xF4\x8F\x8E\xC2\x8E\x1EFy;\xA0\xA8\xA9\xEF\xEE\xCD\xAB\xB6M\xFF\xD5d{t\x94/\xA9N" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/tool::is-error core/error::is?) (def selfhost/tool::fmt-module (fn (src) (let ((forms (selfhost/parse::parse-module src))) (if (selfhost/tool::is-error forms) forms (let ((canon (selfhost/canon::canonicalize-module forms))) (if (selfhost/tool::is-error canon) canon (selfhost/printer::print-module canon))))))) (def selfhost/tool::hash-module-src (fn (src) (let ((forms (selfhost/parse::parse-module src))) (if (selfhost/tool::is-error forms) forms (let ((canon (selfhost/canon::canonicalize-module forms))) (if (selfhost/tool::is-error canon) canon (selfhost/hash::hash-module canon))))))) (def selfhost/tool::hash-src-with-kind (fn (src) (let ((t (selfhost/parse::parse-term src))) (if (selfhost/tool::is-error t) (let ((hm (selfhost/tool::hash-module-src src))) (if (selfhost/tool::is-error hm) hm {:hash hm :kind "module"})) (let ((ht (selfhost/hash::hash-term t))) (if (selfhost/tool::is-error ht) ht {:hash ht :kind "term"}))))))] :module-h b"\xBA\xBF\x04\x94z`n\xD9\x14\x1C\xAB\xE6\x8B\xC1\x98.\x1B\xBF\xACf\xA1\n\xC0\x9C\xA4\x8BM\xA0\xD0\xD1\x97\xD0" :path "selfhost/tool_coreform_v1.gc" :source "(def selfhost/tool::is-error core/error::is?)\n\n(def selfhost/tool::fmt-module\n (fn (src)\n (let ((forms (selfhost/parse::parse-module src)))\n (if (selfhost/tool::is-error forms)\n forms\n (let ((canon (selfhost/canon::canonicalize-module forms)))\n (if (selfhost/tool::is-error canon) canon (selfhost/printer::print-module canon)))))))\n\n(def selfhost/tool::hash-module-src\n (fn (src)\n (let ((forms (selfhost/parse::parse-module src)))\n (if (selfhost/tool::is-error forms)\n forms\n (let ((canon (selfhost/canon::canonicalize-module forms)))\n (if (selfhost/tool::is-error canon) canon (selfhost/hash::hash-module canon)))))))\n\n(def selfhost/tool::hash-src-with-kind\n (fn (src)\n (let ((t (selfhost/parse::parse-term src)))\n (if (selfhost/tool::is-error t)\n (let ((hm (selfhost/tool::hash-module-src src)))\n (if (selfhost/tool::is-error hm)\n hm\n {:hash hm :kind \"module\"}))\n (let ((ht (selfhost/hash::hash-term t)))\n (if (selfhost/tool::is-error ht) ht {:hash ht :kind \"term\"}))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBA\xBF\x04\x94z`n\xD9\x14\x1C\xAB\xE6\x8B\xC1\x98.\x1B\xBF\xACf\xA1\n\xC0\x9C\xA4\x8BM\xA0\xD0\xD1\x97\xD0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::is-error core/error::is?) (def core/cli::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym)))) (def core/cli::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec)))) (def core/cli::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map)))) (def core/cli::pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair)))) (def core/cli::str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str)))) (def core/cli::bool? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :bool)))) (def core/cli::int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int)))) (def core/cli::str-or-nil? (fn (x) (if (core/list::is-nil? x) true (core/cli::str? x)))) (def core/cli::keygen-request (fn (req) (if (core/cli::map? req) (let ((out ((core/map::get req) (quote :out)))) (if (core/cli::str? out) {:out out} ((core/error::make2 "core/type-error") "core/cli::keygen-request expects :out string"))) ((core/error::make2 "core/type-error") "core/cli::keygen-request expects map")))) (def core/cli::sign-request (fn (req) (if (core/cli::map? req) (let ((pkg ((core/map::get req) (quote :pkg))) (key ((core/map::get req) (quote :key))) (acceptance ((core/map::get req) (quote :acceptance))) (signatures ((core/map::get req) (quote :signatures)))) (if (if (core/cli::str? pkg) (core/cli::str? key) false) (if (core/cli::str-or-nil? acceptance) (if (core/cli::str-or-nil? signatures) {:acceptance acceptance :key key :pkg pkg :signatures signatures} ((core/error::make2 "core/type-error") "core/cli::sign-request expects :signatures string or nil")) ((core/error::make2 "core/type-error") "core/cli::sign-request expects :acceptance string or nil")) ((core/error::make2 "core/type-error") "core/cli::sign-request expects :pkg and :key strings"))) ((core/error::make2 "core/type-error") "core/cli::sign-request expects map")))) (def core/cli::transparency-verify-request (fn (req) (if (core/cli::map? req) (let ((pkg ((core/map::get req) (quote :pkg)))) (if (core/cli::str? pkg) {:pkg pkg} ((core/error::make2 "core/type-error") "core/cli::transparency-verify-request expects :pkg string"))) ((core/error::make2 "core/type-error") "core/cli::transparency-verify-request expects map")))) (def core/cli::verify-request (fn (req) (if (core/cli::map? req) (let ((pkg ((core/map::get req) (quote :pkg))) (acceptance ((core/map::get req) (quote :acceptance))) (policy ((core/map::get req) (quote :policy))) (signatures ((core/map::get req) (quote :signatures))) (scan-store ((core/map::get req) (quote :scan-store)))) (if (core/cli::str? pkg) (if (if (core/cli::str-or-nil? acceptance) (core/cli::str-or-nil? policy) false) (if (core/cli::str-or-nil? signatures) (if (core/cli::bool? scan-store) {:acceptance acceptance :pkg pkg :policy policy :scan-store scan-store :signatures signatures} ((core/error::make2 "core/type-error") "core/cli::verify-request expects :scan-store bool")) ((core/error::make2 "core/type-error") "core/cli::verify-request expects :signatures string or nil")) ((core/error::make2 "core/type-error") "core/cli::verify-request expects :acceptance and :policy as string or nil")) ((core/error::make2 "core/type-error") "core/cli::verify-request expects :pkg string"))) ((core/error::make2 "core/type-error") "core/cli::verify-request expects map")))) (def core/cli::policy-list-request (fn (req) (if (core/cli::map? req) (let ((policies ((core/map::get req) (quote :policies)))) (if (core/cli::str? policies) {:policies policies} ((core/error::make2 "core/type-error") "core/cli::policy-list-request expects :policies string"))) ((core/error::make2 "core/type-error") "core/cli::policy-list-request expects map")))) (def core/cli::policy-show-request (fn (req) (if (core/cli::map? req) (let ((name-or-hash ((core/map::get req) (quote :name-or-hash))) (policies ((core/map::get req) (quote :policies))) (store ((core/map::get req) (quote :store)))) (if (if (core/cli::str? name-or-hash) (core/cli::str? policies) false) (if (core/cli::str? store) {:name-or-hash name-or-hash :policies policies :store store} ((core/error::make2 "core/type-error") "core/cli::policy-show-request expects :store string")) ((core/error::make2 "core/type-error") "core/cli::policy-show-request expects :name-or-hash and :policies strings"))) ((core/error::make2 "core/type-error") "core/cli::policy-show-request expects map")))) (def core/cli::policy-set-default-request (fn (req) (if (core/cli::map? req) (let ((name-or-hash ((core/map::get req) (quote :name-or-hash))) (policies ((core/map::get req) (quote :policies)))) (if (if (core/cli::str? name-or-hash) (core/cli::str? policies) false) {:name-or-hash name-or-hash :policies policies} ((core/error::make2 "core/type-error") "core/cli::policy-set-default-request expects :name-or-hash and :policies strings"))) ((core/error::make2 "core/type-error") "core/cli::policy-set-default-request expects map")))) (def core/cli::selfhost-artifact-request (fn (req) (if (core/cli::map? req) (let ((out ((core/map::get req) (quote :out))) (min-supported ((core/map::get req) (quote :min-stage2-supported-modules))) (min-validated ((core/map::get req) (quote :min-stage2-validated-modules)))) (if (core/cli::str? out) (if (if (core/cli::int? min-supported) (core/cli::int? min-validated) false) {:min-stage2-supported-modules min-supported :min-stage2-validated-modules min-validated :out out} ((core/error::make2 "core/type-error") "core/cli::selfhost-artifact-request expects integer stage2 minima")) ((core/error::make2 "core/type-error") "core/cli::selfhost-artifact-request expects :out string"))) ((core/error::make2 "core/type-error") "core/cli::selfhost-artifact-request expects map")))) (def core/cli::def-name-or-nil (fn (form) (if (core/cli::pair? form) (let ((items (core/pair::as-proper-list form))) (if (core/cli::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1))) (if (core/cli::sym? h) (if ((core/sym::eq? h) (quote def)) (if (core/cli::sym? n) n nil) nil) nil)) nil) nil)) nil))) (def core/cli::def-expr-or-nil (fn (form) (if (core/cli::pair? form) (let ((items (core/pair::as-proper-list form))) (if (core/cli::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) ((core/vec::get items) 2) nil) nil)) nil))) (def core/cli::quote-map-or-nil (fn (expr) (if (core/cli::pair? expr) (let ((qitems (core/pair::as-proper-list expr))) (if (core/cli::vec? qitems) (if ((core/int::eq? (core/vec::len qitems)) 2) (let ((qh ((core/vec::get qitems) 0)) (qv ((core/vec::get qitems) 1))) (if (core/cli::sym? qh) (if ((core/sym::eq? qh) (quote quote)) (if (core/cli::map? qv) qv nil) nil) nil)) nil) nil)) nil))) (def core/cli::module-meta-loop (fn (forms) (fn (i) (if ((core/int::eq? i) (core/vec::len forms)) nil (let ((form ((core/vec::get forms) i))) (let ((name (core/cli::def-name-or-nil form))) (if (core/cli::sym? name) (if ((core/sym::eq? name) (quote ::meta)) (let ((m (core/cli::quote-map-or-nil (core/cli::def-expr-or-nil form)))) (if (core/list::is-nil? m) ((core/cli::module-meta-loop forms) ((core/int::add i) 1)) m)) ((core/cli::module-meta-loop forms) ((core/int::add i) 1))) ((core/cli::module-meta-loop forms) ((core/int::add i) 1))))))))) (def core/cli::module-meta (fn (forms) (if (core/cli::vec? forms) ((core/cli::module-meta-loop forms) 0) ((core/error::make2 "core/type-error") "core/cli::module-meta expects vector of forms")))) (def core/cli::canonicalize-module-src (fn (src) (let ((forms (selfhost/parse::parse-module src))) (if (core/cli::is-error forms) forms (selfhost/canon::canonicalize-module forms))))) (def core/cli::fmt-module (fn (src) (let ((forms (core/cli::canonicalize-module-src src))) (if (core/cli::is-error forms) forms (selfhost/printer::print-module forms))))) (def core/cli::hash-module-src (fn (src) (let ((forms (core/cli::canonicalize-module-src src))) (if (core/cli::is-error forms) forms (core/cli::hash-module-forms forms))))) (def core/cli::hash-module-forms (fn (forms) (if (core/cli::vec? forms) (selfhost/hash::hash-module forms) ((core/error::make2 "core/type-error") "core/cli::hash-module-forms expects vector of forms")))) (def core/cli::frontend-module (fn (src) (let ((forms (core/cli::canonicalize-module-src src))) (if (core/cli::is-error forms) forms (let ((canonical-source (selfhost/printer::print-module forms))) (if (core/cli::is-error canonical-source) canonical-source (let ((module-h (core/cli::hash-module-forms forms))) (if (core/cli::is-error module-h) module-h (let ((source-bytes (core/str::to-utf8 src))) (if (core/cli::is-error source-bytes) source-bytes {:canonical-source canonical-source :forms forms :kind "genesis/frontend-module-v0.1" :module-h module-h :profile "genesis/coreform-canon-hash-v0.2" :source-span {:end-byte (core/bytes::len source-bytes) :start-byte 0} :span-unit (quote :utf8-byte) :v 1})))))))))) (def core/cli::hash-src-with-kind (fn (src) (let ((t (selfhost/parse::parse-term src))) (if (core/cli::is-error t) (let ((hm (core/cli::hash-module-src src))) (if (core/cli::is-error hm) hm {:hash hm :kind "module"})) (let ((ht (selfhost/hash::hash-term t))) (if (core/cli::is-error ht) ht {:hash ht :kind "term"})))))) (def core/cli::store-put-program (fn (artifact) (((core/effect::perform (quote core/store::put)) {:artifact artifact}) (fn (r) (core/effect::pure r))))) (def core/cli::store-get-program (fn (hash) (((core/effect::perform (quote core/store::get)) {:hash hash}) (fn (r) (core/effect::pure r))))) (def core/cli::store-has-program (fn (hash) (((core/effect::perform (quote core/store::has)) {:hash hash}) (fn (r) (core/effect::pure r))))) (def core/cli::store-verify-program (fn (hash-or-nil) (((core/effect::perform (quote core/store::verify)) {:hash hash-or-nil}) (fn (r) (core/effect::pure r))))) (def core/cli::refs-get-program (fn (name) (((core/effect::perform (quote core/refs::get)) {:name name}) (fn (r) (core/effect::pure r))))) (def core/cli::refs-list-program (fn (prefix) (((core/effect::perform (quote core/refs::list)) {:prefix prefix}) (fn (r) (core/effect::pure r))))) (def core/cli::refs-set-program (fn (req) (if (core/cli::map? req) (let ((name ((core/map::get req) (quote :name))) (hash ((core/map::get req) (quote :hash))) (policy ((core/map::get req) (quote :policy))) (expected-old-present ((core/map::get req) (quote :expected-old-present))) (expected-old ((core/map::get req) (quote :expected-old)))) (let ((payload0 {:hash hash :name name :policy policy})) (let ((payload (if expected-old-present (((core/map::put payload0) (quote :expected-old)) expected-old) payload0))) (((core/effect::perform (quote core/refs::set)) payload) (fn (r) (core/effect::pure r)))))) ((core/error::make2 "core/type-error") "core/cli::refs-set-program expects map")))) (def core/cli::refs-delete-program (fn (req) (if (core/cli::map? req) (let ((name ((core/map::get req) (quote :name))) (policy ((core/map::get req) (quote :policy))) (expected-old-present ((core/map::get req) (quote :expected-old-present))) (expected-old ((core/map::get req) (quote :expected-old)))) (let ((payload0 {:name name :policy policy})) (let ((payload (if expected-old-present (((core/map::put payload0) (quote :expected-old)) expected-old) payload0))) (((core/effect::perform (quote core/refs::delete)) payload) (fn (r) (core/effect::pure r)))))) ((core/error::make2 "core/type-error") "core/cli::refs-delete-program expects map")))) (def core/cli::sync-pull-program (fn (req) (if (core/cli::map? req) (let ((remote ((core/map::get req) (quote :remote))) (refs ((core/map::get req) (quote :refs))) (roots ((core/map::get req) (quote :roots))) (depth ((core/map::get req) (quote :depth))) (force ((core/map::get req) (quote :force)))) (let ((payload0 {:remote remote})) (let ((payload1 (if ((core/int::eq? (core/vec::len refs)) 0) payload0 (((core/map::put payload0) (quote :refs)) refs)))) (let ((payload2 (if ((core/int::eq? (core/vec::len roots)) 0) payload1 (((core/map::put payload1) (quote :roots)) roots)))) (let ((payload3 (if ((core/int::eq? depth) 0) payload2 (((core/map::put payload2) (quote :depth)) depth)))) (let ((payload (if force (((core/map::put payload3) (quote :force)) true) payload3))) (((core/effect::perform (quote core/sync::pull)) payload) (fn (r) (core/effect::pure r))))))))) ((core/error::make2 "core/type-error") "core/cli::sync-pull-program expects map")))) (def core/cli::sync-push-program (fn (req) (if (core/cli::map? req) (let ((remote ((core/map::get req) (quote :remote))) (roots ((core/map::get req) (quote :roots))) (depth ((core/map::get req) (quote :depth))) (set-refs ((core/map::get req) (quote :set-refs)))) (let ((payload0 {:remote remote :roots roots})) (let ((payload1 (if ((core/int::eq? depth) 0) payload0 (((core/map::put payload0) (quote :depth)) depth)))) (let ((payload (if ((core/int::eq? (core/vec::len set-refs)) 0) payload1 (((core/map::put payload1) (quote :set-refs)) set-refs)))) (((core/effect::perform (quote core/sync::push)) payload) (fn (r) (core/effect::pure r))))))) ((core/error::make2 "core/type-error") "core/cli::sync-push-program expects map")))) (def core/cli::gc-plan-program (fn (req) (if (core/cli::map? req) (((core/effect::perform (quote core/gc-low::plan)) {:depth ((core/map::get req) (quote :depth)) :include-lock ((core/map::get req) (quote :include-lock)) :include-refs ((core/map::get req) (quote :include-refs)) :lock ((core/map::get req) (quote :lock)) :pins ((core/map::get req) (quote :pins))}) (fn (r) (core/effect::pure r))) ((core/error::make2 "core/type-error") "core/cli::gc-plan-program expects map")))) (def core/cli::gc-run-program (fn (req) (if (core/cli::map? req) (let ((payload0 {:depth ((core/map::get req) (quote :depth)) :include-lock ((core/map::get req) (quote :include-lock)) :include-refs ((core/map::get req) (quote :include-refs)) :lock ((core/map::get req) (quote :lock)) :pins ((core/map::get req) (quote :pins)) :quarantine ((core/map::get req) (quote :quarantine))}) (qd ((core/map::get req) (quote :quarantine-dir)))) (let ((payload (if (core/list::is-nil? qd) payload0 (((core/map::put payload0) (quote :quarantine-dir)) qd)))) (((core/effect::perform (quote core/gc-low::run)) payload) (fn (r) (core/effect::pure r))))) ((core/error::make2 "core/type-error") "core/cli::gc-run-program expects map")))) (def core/cli::gc-pin-program (fn (req) (if (core/cli::map? req) (((core/effect::perform (quote core/gc-low::pin)) {:pins ((core/map::get req) (quote :pins)) :target ((core/map::get req) (quote :target))}) (fn (r) (core/effect::pure r))) ((core/error::make2 "core/type-error") "core/cli::gc-pin-program expects map")))) (def core/cli::gc-unpin-program (fn (req) (if (core/cli::map? req) (((core/effect::perform (quote core/gc-low::unpin)) {:pins ((core/map::get req) (quote :pins)) :target ((core/map::get req) (quote :target))}) (fn (r) (core/effect::pure r))) ((core/error::make2 "core/type-error") "core/cli::gc-unpin-program expects map")))) (def core/cli::gc-purge-program (fn (req) (if (core/cli::map? req) (let ((payload0 {:ttl-days ((core/map::get req) (quote :ttl-days))}) (qd ((core/map::get req) (quote :quarantine-dir)))) (let ((payload (if (core/list::is-nil? qd) payload0 (((core/map::put payload0) (quote :quarantine-dir)) qd)))) (((core/effect::perform (quote core/gc-low::purge)) payload) (fn (r) (core/effect::pure r))))) ((core/error::make2 "core/type-error") "core/cli::gc-purge-program expects map"))))] :module-h b"\x83\\\xE0\xED\x98\xB9\x81\x19\xAA\x8B\xC5\x83\x03;$Gd\x83\xCAW\xF7\xB5\x07\xEA\xEAD\xF7\x9Ed\xE7\x82E" :path "selfhost/cli_coreform_v1.gc" :source "(def core/cli::is-error core/error::is?)\n\n(def core/cli::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym))))\n\n(def core/cli::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec))))\n\n(def core/cli::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map))))\n\n(def core/cli::pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair))))\n\n(def core/cli::str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str))))\n\n(def core/cli::bool? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :bool))))\n\n(def core/cli::int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int))))\n\n(def core/cli::str-or-nil? (fn (x) (if (core/list::is-nil? x) true (core/cli::str? x))))\n\n(def core/cli::keygen-request\n (fn (req)\n (if (core/cli::map? req)\n (let ((out ((core/map::get req) (quote :out))))\n (if (core/cli::str? out)\n {:out out}\n ((core/error::make2 \"core/type-error\") \"core/cli::keygen-request expects :out string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::keygen-request expects map\"))))\n\n(def core/cli::sign-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((pkg ((core/map::get req) (quote :pkg))) (key ((core/map::get req) (quote :key)))\n (acceptance ((core/map::get req) (quote :acceptance)))\n (signatures ((core/map::get req) (quote :signatures))))\n (if (if (core/cli::str? pkg) (core/cli::str? key) false)\n (if (core/cli::str-or-nil? acceptance)\n (if (core/cli::str-or-nil? signatures)\n {\n :acceptance acceptance\n :key key\n :pkg pkg\n :signatures signatures}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::sign-request expects :signatures string or nil\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::sign-request expects :acceptance string or nil\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::sign-request expects :pkg and :key strings\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::sign-request expects map\"))))\n\n(def core/cli::transparency-verify-request\n (fn (req)\n (if (core/cli::map? req)\n (let ((pkg ((core/map::get req) (quote :pkg))))\n (if (core/cli::str? pkg)\n {:pkg pkg}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::transparency-verify-request expects :pkg string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::transparency-verify-request expects map\"))))\n\n(def core/cli::verify-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((pkg ((core/map::get req) (quote :pkg)))\n (acceptance ((core/map::get req) (quote :acceptance)))\n (policy ((core/map::get req) (quote :policy)))\n (signatures ((core/map::get req) (quote :signatures)))\n (scan-store ((core/map::get req) (quote :scan-store))))\n (if (core/cli::str? pkg)\n (if (if (core/cli::str-or-nil? acceptance) (core/cli::str-or-nil? policy) false)\n (if (core/cli::str-or-nil? signatures)\n (if (core/cli::bool? scan-store)\n {\n :acceptance acceptance\n :pkg pkg\n :policy policy\n :scan-store scan-store\n :signatures signatures}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::verify-request expects :scan-store bool\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::verify-request expects :signatures string or nil\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::verify-request expects :acceptance and :policy as string or nil\"))\n ((core/error::make2 \"core/type-error\") \"core/cli::verify-request expects :pkg string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::verify-request expects map\"))))\n\n(def core/cli::policy-list-request\n (fn (req)\n (if (core/cli::map? req)\n (let ((policies ((core/map::get req) (quote :policies))))\n (if (core/cli::str? policies)\n {:policies policies}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::policy-list-request expects :policies string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::policy-list-request expects map\"))))\n\n(def core/cli::policy-show-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((name-or-hash ((core/map::get req) (quote :name-or-hash)))\n (policies ((core/map::get req) (quote :policies)))\n (store ((core/map::get req) (quote :store))))\n (if (if (core/cli::str? name-or-hash) (core/cli::str? policies) false)\n (if (core/cli::str? store)\n {:name-or-hash name-or-hash :policies policies :store store}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::policy-show-request expects :store string\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::policy-show-request expects :name-or-hash and :policies strings\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::policy-show-request expects map\"))))\n\n(def core/cli::policy-set-default-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((name-or-hash ((core/map::get req) (quote :name-or-hash)))\n (policies ((core/map::get req) (quote :policies))))\n (if (if (core/cli::str? name-or-hash) (core/cli::str? policies) false)\n {:name-or-hash name-or-hash :policies policies}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::policy-set-default-request expects :name-or-hash and :policies strings\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::policy-set-default-request expects map\"))))\n\n(def core/cli::selfhost-artifact-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((out ((core/map::get req) (quote :out)))\n (min-supported ((core/map::get req) (quote :min-stage2-supported-modules)))\n (min-validated ((core/map::get req) (quote :min-stage2-validated-modules))))\n (if (core/cli::str? out)\n (if (if (core/cli::int? min-supported) (core/cli::int? min-validated) false)\n {\n :min-stage2-supported-modules min-supported\n :min-stage2-validated-modules min-validated\n :out out}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::selfhost-artifact-request expects integer stage2 minima\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::selfhost-artifact-request expects :out string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::selfhost-artifact-request expects map\"))))\n\n(def core/cli::def-name-or-nil\n (fn (form)\n (if (core/cli::pair? form)\n (let ((items (core/pair::as-proper-list form)))\n (if (core/cli::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1)))\n (if (core/cli::sym? h)\n (if ((core/sym::eq? h) (quote def)) (if (core/cli::sym? n) n nil) nil)\n nil))\n nil)\n nil))\n nil)))\n\n(def core/cli::def-expr-or-nil\n (fn (form)\n (if (core/cli::pair? form)\n (let ((items (core/pair::as-proper-list form)))\n (if (core/cli::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3) ((core/vec::get items) 2) nil)\n nil))\n nil)))\n\n(def core/cli::quote-map-or-nil\n (fn (expr)\n (if (core/cli::pair? expr)\n (let ((qitems (core/pair::as-proper-list expr)))\n (if (core/cli::vec? qitems)\n (if ((core/int::eq? (core/vec::len qitems)) 2)\n (let ((qh ((core/vec::get qitems) 0)) (qv ((core/vec::get qitems) 1)))\n (if (core/cli::sym? qh)\n (if ((core/sym::eq? qh) (quote quote)) (if (core/cli::map? qv) qv nil) nil)\n nil))\n nil)\n nil))\n nil)))\n\n(def core/cli::module-meta-loop\n (fn (forms)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len forms))\n nil\n (let ((form ((core/vec::get forms) i)))\n (let ((name (core/cli::def-name-or-nil form)))\n (if (core/cli::sym? name)\n (if ((core/sym::eq? name) (quote ::meta))\n (let ((m (core/cli::quote-map-or-nil (core/cli::def-expr-or-nil form))))\n (if (core/list::is-nil? m)\n ((core/cli::module-meta-loop forms) ((core/int::add i) 1))\n m))\n ((core/cli::module-meta-loop forms) ((core/int::add i) 1)))\n ((core/cli::module-meta-loop forms) ((core/int::add i) 1)))))))))\n\n(def core/cli::module-meta\n (fn (forms)\n (if (core/cli::vec? forms)\n ((core/cli::module-meta-loop forms) 0)\n ((core/error::make2 \"core/type-error\") \"core/cli::module-meta expects vector of forms\"))))\n\n(def core/cli::canonicalize-module-src\n (fn (src)\n (let ((forms (selfhost/parse::parse-module src)))\n (if (core/cli::is-error forms) forms (selfhost/canon::canonicalize-module forms)))))\n\n(def core/cli::fmt-module\n (fn (src)\n (let ((forms (core/cli::canonicalize-module-src src)))\n (if (core/cli::is-error forms) forms (selfhost/printer::print-module forms)))))\n\n(def core/cli::hash-module-src\n (fn (src)\n (let ((forms (core/cli::canonicalize-module-src src)))\n (if (core/cli::is-error forms) forms (core/cli::hash-module-forms forms)))))\n\n(def core/cli::hash-module-forms\n (fn (forms)\n (if (core/cli::vec? forms)\n (selfhost/hash::hash-module forms)\n ((core/error::make2 \"core/type-error\") \"core/cli::hash-module-forms expects vector of forms\"))))\n\n; Closed production frontend result. The host may decode and transport these facts, but\n; must not recompute or replace the canonical source, hash, or UTF-8 byte-span profile.\n(def core/cli::frontend-module\n (fn (src)\n (let ((forms (core/cli::canonicalize-module-src src)))\n (if (core/cli::is-error forms)\n forms\n (let ((canonical-source (selfhost/printer::print-module forms)))\n (if (core/cli::is-error canonical-source)\n canonical-source\n (let ((module-h (core/cli::hash-module-forms forms)))\n (if (core/cli::is-error module-h)\n module-h\n (let ((source-bytes (core/str::to-utf8 src)))\n (if (core/cli::is-error source-bytes)\n source-bytes\n {:canonical-source canonical-source\n :forms forms\n :kind \"genesis/frontend-module-v0.1\"\n :module-h module-h\n :profile \"genesis/coreform-canon-hash-v0.2\"\n :source-span {:end-byte (core/bytes::len source-bytes) :start-byte 0}\n :span-unit (quote :utf8-byte)\n :v 1}))))))))))\n\n(def core/cli::hash-src-with-kind\n (fn (src)\n (let ((t (selfhost/parse::parse-term src)))\n (if (core/cli::is-error t)\n (let ((hm (core/cli::hash-module-src src)))\n (if (core/cli::is-error hm) hm {:hash hm :kind \"module\"}))\n (let ((ht (selfhost/hash::hash-term t)))\n (if (core/cli::is-error ht) ht {:hash ht :kind \"term\"}))))))\n\n(def core/cli::store-put-program\n (fn (artifact)\n (((core/effect::perform (quote core/store::put)) {:artifact artifact})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::store-get-program\n (fn (hash)\n (((core/effect::perform (quote core/store::get)) {:hash hash}) (fn (r) (core/effect::pure r)))))\n\n(def core/cli::store-has-program\n (fn (hash)\n (((core/effect::perform (quote core/store::has)) {:hash hash}) (fn (r) (core/effect::pure r)))))\n\n(def core/cli::store-verify-program\n (fn (hash-or-nil)\n (((core/effect::perform (quote core/store::verify)) {:hash hash-or-nil})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::refs-get-program\n (fn (name)\n (((core/effect::perform (quote core/refs::get)) {:name name}) (fn (r) (core/effect::pure r)))))\n\n(def core/cli::refs-list-program\n (fn (prefix)\n (((core/effect::perform (quote core/refs::list)) {:prefix prefix})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::refs-set-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((name ((core/map::get req) (quote :name))) (hash ((core/map::get req) (quote :hash)))\n (policy ((core/map::get req) (quote :policy)))\n (expected-old-present ((core/map::get req) (quote :expected-old-present)))\n (expected-old ((core/map::get req) (quote :expected-old))))\n (let\n (\n (payload0\n {\n :hash hash\n :name name\n :policy policy}))\n (let\n (\n (payload\n (if expected-old-present\n (((core/map::put payload0) (quote :expected-old)) expected-old)\n payload0)))\n (((core/effect::perform (quote core/refs::set)) payload) (fn (r) (core/effect::pure r))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::refs-set-program expects map\"))))\n\n(def core/cli::refs-delete-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((name ((core/map::get req) (quote :name))) (policy ((core/map::get req) (quote :policy)))\n (expected-old-present ((core/map::get req) (quote :expected-old-present)))\n (expected-old ((core/map::get req) (quote :expected-old))))\n (let ((payload0 {:name name :policy policy}))\n (let\n (\n (payload\n (if expected-old-present\n (((core/map::put payload0) (quote :expected-old)) expected-old)\n payload0)))\n (((core/effect::perform (quote core/refs::delete)) payload)\n (fn (r) (core/effect::pure r))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::refs-delete-program expects map\"))))\n\n(def core/cli::sync-pull-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((remote ((core/map::get req) (quote :remote))) (refs ((core/map::get req) (quote :refs)))\n (roots ((core/map::get req) (quote :roots)))\n (depth ((core/map::get req) (quote :depth)))\n (force ((core/map::get req) (quote :force))))\n (let ((payload0 {:remote remote}))\n (let\n (\n (payload1\n (if ((core/int::eq? (core/vec::len refs)) 0)\n payload0\n (((core/map::put payload0) (quote :refs)) refs))))\n (let\n (\n (payload2\n (if ((core/int::eq? (core/vec::len roots)) 0)\n payload1\n (((core/map::put payload1) (quote :roots)) roots))))\n (let\n ((payload3 (if ((core/int::eq? depth) 0) payload2 (((core/map::put payload2) (quote :depth)) depth))))\n (let\n ((payload (if force (((core/map::put payload3) (quote :force)) true) payload3)))\n (((core/effect::perform (quote core/sync::pull)) payload)\n (fn (r) (core/effect::pure r)))))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::sync-pull-program expects map\"))))\n\n(def core/cli::sync-push-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((remote ((core/map::get req) (quote :remote))) (roots ((core/map::get req) (quote :roots)))\n (depth ((core/map::get req) (quote :depth)))\n (set-refs ((core/map::get req) (quote :set-refs))))\n (let ((payload0 {:remote remote :roots roots}))\n (let\n ((payload1 (if ((core/int::eq? depth) 0) payload0 (((core/map::put payload0) (quote :depth)) depth))))\n (let\n (\n (payload\n (if ((core/int::eq? (core/vec::len set-refs)) 0)\n payload1\n (((core/map::put payload1) (quote :set-refs)) set-refs))))\n (((core/effect::perform (quote core/sync::push)) payload)\n (fn (r) (core/effect::pure r)))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::sync-push-program expects map\"))))\n\n(def core/cli::gc-plan-program\n (fn (req)\n (if (core/cli::map? req)\n (\n ((core/effect::perform (quote core/gc-low::plan))\n {\n :depth ((core/map::get req) (quote :depth))\n :include-lock ((core/map::get req) (quote :include-lock))\n :include-refs ((core/map::get req) (quote :include-refs))\n :lock ((core/map::get req) (quote :lock))\n :pins ((core/map::get req) (quote :pins))})\n (fn (r) (core/effect::pure r)))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-plan-program expects map\"))))\n\n(def core/cli::gc-run-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n (\n (payload0\n {\n :depth ((core/map::get req) (quote :depth))\n :include-lock ((core/map::get req) (quote :include-lock))\n :include-refs ((core/map::get req) (quote :include-refs))\n :lock ((core/map::get req) (quote :lock))\n :pins ((core/map::get req) (quote :pins))\n :quarantine ((core/map::get req) (quote :quarantine))})\n (qd ((core/map::get req) (quote :quarantine-dir))))\n (let\n (\n (payload\n (if (core/list::is-nil? qd)\n payload0\n (((core/map::put payload0) (quote :quarantine-dir)) qd))))\n (((core/effect::perform (quote core/gc-low::run)) payload) (fn (r) (core/effect::pure r)))))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-run-program expects map\"))))\n\n(def core/cli::gc-pin-program\n (fn (req)\n (if (core/cli::map? req)\n (\n ((core/effect::perform (quote core/gc-low::pin))\n {\n :pins ((core/map::get req) (quote :pins))\n :target ((core/map::get req) (quote :target))})\n (fn (r) (core/effect::pure r)))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-pin-program expects map\"))))\n\n(def core/cli::gc-unpin-program\n (fn (req)\n (if (core/cli::map? req)\n (\n ((core/effect::perform (quote core/gc-low::unpin))\n {\n :pins ((core/map::get req) (quote :pins))\n :target ((core/map::get req) (quote :target))})\n (fn (r) (core/effect::pure r)))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-unpin-program expects map\"))))\n\n(def core/cli::gc-purge-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n (\n (payload0\n {\n :ttl-days ((core/map::get req) (quote :ttl-days))})\n (qd ((core/map::get req) (quote :quarantine-dir))))\n (let\n (\n (payload\n (if (core/list::is-nil? qd)\n payload0\n (((core/map::put payload0) (quote :quarantine-dir)) qd))))\n (((core/effect::perform (quote core/gc-low::purge)) payload) (fn (r) (core/effect::pure r)))))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-purge-program expects map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xA5\xA8W\x8A\x00\xD3\xA0\xEDI\xE3z\xD1*e\x19h\xBB\x05VU\xE6u\x8F\xE8\xE4\xED-\x95\xD3\xF3\xC8~" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::vcs-log::vec-take (fn (v) (fn (n) (if (if (core/cli::vec? v) (core/cli::int? n) false) ((((core/cli::vcs-log::vec-take2 v) n) 0) []) [])))) (def core/cli::vcs-log::vec-take2 (fn (v) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((core/cli::vcs-log::vec-take2 v) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get v) i))))))))) (def core/cli::vcs-log::vec-reverse (fn (v) (if (core/cli::vec? v) ((((core/cli::vcs-log::vec-reverse2 v) (core/vec::len v)) 0) []) []))) (def core/cli::vcs-log::vec-reverse2 (fn (v) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((j ((core/int::sub n) ((core/int::add i) 1)))) ((((core/cli::vcs-log::vec-reverse2 v) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get v) j)))))))))) (def core/cli::vcs-log::entry (fn (hash) (fn (commit) {:attestations ((core/map::get commit) (quote :attestations)) :base ((core/map::get commit) (quote :base)) :evidence ((core/map::get commit) (quote :evidence)) :hash hash :message ((core/map::get commit) (quote :message)) :obligations ((core/map::get commit) (quote :obligations)) :parents ((core/map::get commit) (quote :parents)) :patch ((core/map::get commit) (quote :patch)) :result ((core/map::get commit) (quote :result))}))) (def core/cli::vcs-log::resolve-root (fn (root) (if (core/cli::str? root) (if ((core/cli::str-starts-with? root) "refs/") ((core/effect::bind (core/cli::refs-get-program root)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) (let ((h ((core/map::get resp) (quote :hash)))) (if (core/cli::str? h) (core/effect::pure h) (core/effect::pure ((core/error::make2 "core/vcs/ref-not-found") ((core/str::concat "ref not found: ") root)))))))) (if (core/cli::hash-hex? root) (core/effect::pure root) (core/effect::pure ((core/error::make2 "core/vcs/bad-root") "root must be a 64-hex commit hash or refs/...")))) (core/effect::pure ((core/error::make2 "core/vcs/bad-root") "root must be a 64-hex commit hash or refs/..."))))) (def core/cli::vcs-log::loop (fn (state) (fn (max) (let ((commits ((core/map::get state) (quote :commits)))) (if ((core/int::eq? (core/vec::len commits)) max) (core/effect::pure (((core/map::put state) (quote :truncated)) true)) (let ((stack ((core/map::get state) (quote :stack)))) (if ((core/int::eq? (core/vec::len stack)) 0) (core/effect::pure state) (let ((seen ((core/map::get state) (quote :seen))) (h ((core/vec::get stack) ((core/int::sub (core/vec::len stack)) 1))) (rest ((core/cli::vcs-log::vec-take stack) ((core/int::sub (core/vec::len stack)) 1)))) (if (core/list::is-nil? ((core/map::get seen) h)) ((core/effect::bind (core/cli::store-get-program h)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) (let ((c (core/cli::vcs-validate-commit ((core/map::get resp) (quote :artifact))))) (if (core/cli::is-error c) (core/effect::pure c) (let ((parents ((core/map::get c) (quote :parents))) (stack2 ((core/cli::vec-append rest) (core/cli::vcs-log::vec-reverse parents))) (seen2 (((core/map::put seen) h) true)) (commits2 ((core/vec::push commits) ((core/cli::vcs-log::entry h) c))) (state2 {:commits commits2 :seen seen2 :stack stack2 :truncated false})) ((core/cli::vcs-log::loop state2) max))))))) ((core/cli::vcs-log::loop {:commits commits :seen seen :stack rest :truncated ((core/map::get state) (quote :truncated))}) max)))))))))) (def core/cli::vcs-log-program (fn (req) (if (core/cli::map? req) (let ((root0 ((core/map::get req) (quote :root))) (max0 ((core/map::get req) (quote :max)))) (let ((max (if (core/cli::int? max0) max0 1000))) ((core/effect::bind (core/cli::vcs-log::resolve-root root0)) (fn (resolved) (if (core/cli::is-error resolved) (core/effect::pure resolved) ((core/effect::bind ((core/cli::vcs-log::loop {:commits [] :seen {} :stack ((core/vec::push []) resolved) :truncated false}) max)) (fn (state) (if (core/cli::is-error state) (core/effect::pure state) (core/effect::pure {:commits ((core/map::get state) (quote :commits)) :ok true :root resolved :truncated ((core/map::get state) (quote :truncated))}))))))))) ((core/error::make2 "core/type-error") "core/cli::vcs-log-program expects map")))) (def core/cli::sym-or-str->str (fn (x) (if (core/cli::str? x) x (if (core/cli::sym? x) (core/sym::to-str x) nil)))) (def core/cli::vcs-map-get-sym-or-str (fn (m) (fn (kstr) (if (if (core/cli::map? m) (core/cli::str? kstr) false) (let ((v1 ((core/map::get m) (core/sym::from-str kstr)))) (if (core/list::is-nil? v1) ((core/map::get m) kstr) v1)) nil)))) (def core/cli::vcs-package-module-ref (fn (mods) (fn (sym) (if (if (core/cli::vec? mods) (core/cli::str? sym) false) ((((core/cli::vcs-package-module-ref2 mods) sym) (core/vec::len mods)) 0) nil)))) (def core/cli::vcs-package-module-ref2 (fn (mods) (fn (sym) (fn (n) (fn (i) (if ((core/int::eq? i) n) nil (let ((entry ((core/vec::get mods) i))) (if (core/cli::map? entry) (let ((p ((core/map::get entry) (quote :path))) (h ((core/map::get entry) (quote :hash)))) (if (if (core/cli::str? p) (core/cli::hash-hex? h) false) (if ((core/eq? p) sym) h ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1))) ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1)))) ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1)))))))))) (def core/cli::vcs-snapshot-symbol-ref (fn (snapshot) (fn (sym) (let ((snap (core/cli::vcs-validate-snapshot snapshot))) (if (core/cli::is-error snap) snap (let ((kind ((core/map::get snapshot) (quote :kind)))) (if ((core/sym::eq? kind) (quote :module)) (let ((defs ((core/map::get snapshot) (quote :defs)))) (if (core/cli::map? defs) (let ((h ((core/cli::vcs-map-get-sym-or-str defs) sym))) (if (core/cli::hash-hex? h) h nil)) nil)) (if ((core/sym::eq? kind) (quote :contract)) (let ((ov ((core/map::get snapshot) (quote :overrides)))) (if (core/cli::map? ov) (let ((h ((core/cli::vcs-map-get-sym-or-str ov) sym))) (if (core/cli::hash-hex? h) h nil)) nil)) (if ((core/sym::eq? kind) (quote :workspace)) (let ((mods ((core/map::get snapshot) (quote :modules)))) (if (core/cli::map? mods) (let ((h ((core/cli::vcs-map-get-sym-or-str mods) sym))) (if (core/cli::hash-hex? h) h nil)) nil)) (if ((core/sym::eq? kind) (quote :package)) ((core/cli::vcs-package-module-ref ((core/map::get snapshot) (quote :modules))) sym) nil))))))))))] :module-h b"\xF2\x87XY\xCE\xF9\xAE92\r\x16~\x18WfgkN:x3+\x0C\xB2\xA9\xB3\xDF\x94s#\x03\xC3" :path "selfhost/cli_coreform_vcs_queries_v1.gc" :source "(def core/cli::vcs-log::vec-take\n (fn (v)\n (fn (n)\n (if (if (core/cli::vec? v) (core/cli::int? n) false)\n ((((core/cli::vcs-log::vec-take2 v) n) 0) [])\n []))))\n\n(def core/cli::vcs-log::vec-take2\n (fn (v)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((core/cli::vcs-log::vec-take2 v) n) ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get v) i)))))))))\n\n(def core/cli::vcs-log::vec-reverse\n (fn (v)\n (if (core/cli::vec? v) ((((core/cli::vcs-log::vec-reverse2 v) (core/vec::len v)) 0) []) [])))\n\n(def core/cli::vcs-log::vec-reverse2\n (fn (v)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((j ((core/int::sub n) ((core/int::add i) 1))))\n ((((core/cli::vcs-log::vec-reverse2 v) n) ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get v) j))))))))))\n\n(def core/cli::vcs-log::entry\n (fn (hash)\n (fn (commit)\n {\n :attestations ((core/map::get commit) (quote :attestations))\n :base ((core/map::get commit) (quote :base))\n :evidence ((core/map::get commit) (quote :evidence))\n :hash hash\n :message ((core/map::get commit) (quote :message))\n :obligations ((core/map::get commit) (quote :obligations))\n :parents ((core/map::get commit) (quote :parents))\n :patch ((core/map::get commit) (quote :patch))\n :result ((core/map::get commit) (quote :result))})))\n\n(def core/cli::vcs-log::resolve-root\n (fn (root)\n (if (core/cli::str? root)\n (if ((core/cli::str-starts-with? root) \"refs/\")\n ((core/effect::bind (core/cli::refs-get-program root))\n (fn (resp)\n (if (core/cli::is-error resp)\n (core/effect::pure resp)\n (let ((h ((core/map::get resp) (quote :hash))))\n (if (core/cli::str? h)\n (core/effect::pure h)\n (core/effect::pure\n ((core/error::make2 \"core/vcs/ref-not-found\")\n ((core/str::concat \"ref not found: \") root))))))))\n (if (core/cli::hash-hex? root)\n (core/effect::pure root)\n (core/effect::pure\n ((core/error::make2 \"core/vcs/bad-root\") \"root must be a 64-hex commit hash or refs/...\"))))\n (core/effect::pure\n ((core/error::make2 \"core/vcs/bad-root\") \"root must be a 64-hex commit hash or refs/...\")))))\n\n(def core/cli::vcs-log::loop\n (fn (state)\n (fn (max)\n (let ((commits ((core/map::get state) (quote :commits))))\n (if ((core/int::eq? (core/vec::len commits)) max)\n (core/effect::pure (((core/map::put state) (quote :truncated)) true))\n (let ((stack ((core/map::get state) (quote :stack))))\n (if ((core/int::eq? (core/vec::len stack)) 0)\n (core/effect::pure state)\n (let\n ((seen ((core/map::get state) (quote :seen)))\n (h ((core/vec::get stack) ((core/int::sub (core/vec::len stack)) 1)))\n (rest\n ((core/cli::vcs-log::vec-take stack) ((core/int::sub (core/vec::len stack)) 1))))\n (if (core/list::is-nil? ((core/map::get seen) h))\n ((core/effect::bind (core/cli::store-get-program h))\n (fn (resp)\n (if (core/cli::is-error resp)\n (core/effect::pure resp)\n (let\n ((c (core/cli::vcs-validate-commit ((core/map::get resp) (quote :artifact)))))\n (if (core/cli::is-error c)\n (core/effect::pure c)\n (let\n ((parents ((core/map::get c) (quote :parents)))\n (stack2\n ((core/cli::vec-append rest)\n (core/cli::vcs-log::vec-reverse parents)))\n (seen2 (((core/map::put seen) h) true))\n (commits2\n ((core/vec::push commits) ((core/cli::vcs-log::entry h) c)))\n (state2\n {\n :commits commits2\n :seen seen2\n :stack stack2\n :truncated false}))\n ((core/cli::vcs-log::loop state2) max)))))))\n (\n (core/cli::vcs-log::loop\n {\n :commits commits\n :seen seen\n :stack rest\n :truncated ((core/map::get state) (quote :truncated))})\n max))))))))))\n\n(def core/cli::vcs-log-program\n (fn (req)\n (if (core/cli::map? req)\n (let ((root0 ((core/map::get req) (quote :root))) (max0 ((core/map::get req) (quote :max))))\n (let ((max (if (core/cli::int? max0) max0 1000)))\n ((core/effect::bind (core/cli::vcs-log::resolve-root root0))\n (fn (resolved)\n (if (core/cli::is-error resolved)\n (core/effect::pure resolved)\n (\n (core/effect::bind\n (\n (core/cli::vcs-log::loop\n {\n :commits []\n :seen {}\n :stack ((core/vec::push []) resolved)\n :truncated false})\n max))\n (fn (state)\n (if (core/cli::is-error state)\n (core/effect::pure state)\n (core/effect::pure\n {\n :commits ((core/map::get state) (quote :commits))\n :ok true\n :root resolved\n :truncated ((core/map::get state) (quote :truncated))})))))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-log-program expects map\"))))\n\n(def core/cli::sym-or-str->str\n (fn (x) (if (core/cli::str? x) x (if (core/cli::sym? x) (core/sym::to-str x) nil))))\n\n(def core/cli::vcs-map-get-sym-or-str\n (fn (m)\n (fn (kstr)\n (if (if (core/cli::map? m) (core/cli::str? kstr) false)\n (let ((v1 ((core/map::get m) (core/sym::from-str kstr))))\n (if (core/list::is-nil? v1) ((core/map::get m) kstr) v1))\n nil))))\n\n(def core/cli::vcs-package-module-ref\n (fn (mods)\n (fn (sym)\n (if (if (core/cli::vec? mods) (core/cli::str? sym) false)\n ((((core/cli::vcs-package-module-ref2 mods) sym) (core/vec::len mods)) 0)\n nil))))\n\n(def core/cli::vcs-package-module-ref2\n (fn (mods)\n (fn (sym)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n nil\n (let ((entry ((core/vec::get mods) i)))\n (if (core/cli::map? entry)\n (let\n ((p ((core/map::get entry) (quote :path)))\n (h ((core/map::get entry) (quote :hash))))\n (if (if (core/cli::str? p) (core/cli::hash-hex? h) false)\n (if ((core/eq? p) sym)\n h\n ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1)))\n ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1))))\n ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1))))))))))\n\n(def core/cli::vcs-snapshot-symbol-ref\n (fn (snapshot)\n (fn (sym)\n (let ((snap (core/cli::vcs-validate-snapshot snapshot)))\n (if (core/cli::is-error snap)\n snap\n (let ((kind ((core/map::get snapshot) (quote :kind))))\n (if ((core/sym::eq? kind) (quote :module))\n (let ((defs ((core/map::get snapshot) (quote :defs))))\n (if (core/cli::map? defs)\n (let ((h ((core/cli::vcs-map-get-sym-or-str defs) sym)))\n (if (core/cli::hash-hex? h) h nil))\n nil))\n (if ((core/sym::eq? kind) (quote :contract))\n (let ((ov ((core/map::get snapshot) (quote :overrides))))\n (if (core/cli::map? ov)\n (let ((h ((core/cli::vcs-map-get-sym-or-str ov) sym)))\n (if (core/cli::hash-hex? h) h nil))\n nil))\n (if ((core/sym::eq? kind) (quote :workspace))\n (let ((mods ((core/map::get snapshot) (quote :modules))))\n (if (core/cli::map? mods)\n (let ((h ((core/cli::vcs-map-get-sym-or-str mods) sym)))\n (if (core/cli::hash-hex? h) h nil))\n nil))\n (if ((core/sym::eq? kind) (quote :package))\n ((core/cli::vcs-package-module-ref ((core/map::get snapshot) (quote :modules)))\n sym)\n nil))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xF2\x87XY\xCE\xF9\xAE92\r\x16~\x18WfgkN:x3+\x0C\xB2\xA9\xB3\xDF\x94s#\x03\xC3" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::vcs-load-commit (fn (h) (if (core/cli::hash-hex? h) ((core/effect::bind (core/cli::store-get-program h)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) (let ((commit (core/cli::vcs-validate-commit ((core/map::get resp) (quote :artifact))))) (if (core/cli::is-error commit) (core/effect::pure commit) (core/effect::pure {:commit commit :hash h})))))) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") ":commit must be 64-hex hash"))))) (def core/cli::vcs-load-snapshot (fn (h) (if (core/cli::hash-hex? h) ((core/effect::bind (core/cli::store-get-program h)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) (let ((snapshot (core/cli::vcs-validate-snapshot ((core/map::get resp) (quote :artifact))))) (if (core/cli::is-error snapshot) (core/effect::pure snapshot) (core/effect::pure {:hash h :snapshot snapshot})))))) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") ":snapshot must be 64-hex hash"))))) (def core/cli::vcs-ref-hashes (fn (refs-resp) (let ((refs ((core/map::get refs-resp) (quote :refs)))) (if (core/cli::vec? refs) ((((core/cli::vcs-ref-hashes2 refs) (core/vec::len refs)) 0) []) [])))) (def core/cli::vcs-ref-hashes2 (fn (refs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get refs) i))) (if (core/cli::map? e) (let ((h ((core/map::get e) (quote :hash)))) ((((core/cli::vcs-ref-hashes2 refs) n) ((core/int::add i) 1)) (if (core/cli::hash-hex? h) ((core/vec::push out) h) out))) ((((core/cli::vcs-ref-hashes2 refs) n) ((core/int::add i) 1)) out))))))))) (def core/cli::vcs-find-commit-for-snapshot-loop (fn (snapshot-h) (fn (state) (let ((stack ((core/map::get state) (quote :stack)))) (if ((core/int::eq? (core/vec::len stack)) 0) (core/effect::pure nil) (let ((seen ((core/map::get state) (quote :seen))) (h ((core/vec::get stack) ((core/int::sub (core/vec::len stack)) 1))) (rest ((core/cli::vcs-log::vec-take stack) ((core/int::sub (core/vec::len stack)) 1)))) (if (core/list::is-nil? ((core/map::get seen) h)) ((core/effect::bind (core/cli::vcs-load-commit h)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit))) (seen2 (((core/map::put seen) h) true))) (if ((core/eq? ((core/map::get c) (quote :result))) snapshot-h) (core/effect::pure h) ((core/cli::vcs-find-commit-for-snapshot-loop snapshot-h) {:seen seen2 :stack ((core/cli::vec-append rest) (core/cli::vcs-log::vec-reverse ((core/map::get c) (quote :parents))))})))))) ((core/cli::vcs-find-commit-for-snapshot-loop snapshot-h) {:seen seen :stack rest})))))))) (def core/cli::vcs-find-commit-for-snapshot (fn (snapshot-h) ((core/effect::bind (core/cli::refs-list-program nil)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) ((core/cli::vcs-find-commit-for-snapshot-loop snapshot-h) {:seen {} :stack (core/cli::vcs-ref-hashes resp)})))))) (def core/cli::vcs-snapshot-symbol-ref-by-hash (fn (snapshot-h) (fn (sym) ((core/effect::bind (core/cli::vcs-load-snapshot snapshot-h)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (core/effect::pure ((core/cli::vcs-snapshot-symbol-ref ((core/map::get loaded) (quote :snapshot))) sym)))))))) (def core/cli::vcs-blame-next-parent-loop (fn (parents) (fn (sym) (fn (value-h) (fn (n) (fn (i) (if ((core/int::eq? i) n) (core/effect::pure nil) (let ((p ((core/vec::get parents) i))) ((core/effect::bind (core/cli::vcs-load-commit p)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((pc ((core/map::get loaded) (quote :commit)))) ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash ((core/map::get pc) (quote :result))) sym)) (fn (pref) (if (core/cli::is-error pref) (core/effect::pure pref) (if (if (core/cli::hash-hex? pref) ((core/eq? pref) value-h) false) (core/effect::pure p) (((((core/cli::vcs-blame-next-parent-loop parents) sym) value-h) n) ((core/int::add i) 1)))))))))))))))))) (def core/cli::vcs-blame-next-parent (fn (parents) (fn (sym) (fn (value-h) (if (core/cli::vec? parents) (((((core/cli::vcs-blame-next-parent-loop parents) sym) value-h) (core/vec::len parents)) 0) (core/effect::pure nil)))))) (def core/cli::vcs-blame-loop (fn (cur) (fn (sym) (fn (value-h) (fn (seen) (if ((core/map::get seen) cur) (core/effect::pure cur) (let ((seen2 (((core/map::put seen) cur) true))) ((core/effect::bind (core/cli::vcs-load-commit cur)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit)))) ((core/effect::bind (((core/cli::vcs-blame-next-parent ((core/map::get c) (quote :parents))) sym) value-h)) (fn (next) (if (core/cli::is-error next) (core/effect::pure next) (if (core/cli::hash-hex? next) ((((core/cli::vcs-blame-loop next) sym) value-h) seen2) (core/effect::pure cur)))))))))))))))) (def core/cli::vcs-resolve-start (fn (req) (if (core/cli::map? req) (let ((snapshot0 ((core/map::get req) (quote :snapshot))) (commit0 ((core/map::get req) (quote :commit)))) (let ((snapshot-bad (if (core/list::is-nil? snapshot0) false (if (core/cli::hash-hex? snapshot0) false true))) (commit-bad (if (core/list::is-nil? commit0) false (if (core/cli::hash-hex? commit0) false true)))) (if (if snapshot-bad true commit-bad) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") ":snapshot/:commit must be 64-hex hash strings or nil")) (if (if (core/list::is-nil? snapshot0) (core/list::is-nil? commit0) false) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") "missing :snapshot or :commit")) (if (core/list::is-nil? commit0) ((core/effect::bind (core/cli::vcs-find-commit-for-snapshot snapshot0)) (fn (found) (if (core/cli::is-error found) (core/effect::pure found) (if (core/cli::hash-hex? found) ((core/effect::bind (core/cli::vcs-load-commit found)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (core/effect::pure {:query-snapshot snapshot0 :start-commit ((core/map::get loaded) (quote :commit)) :start-commit-h found})))) (core/effect::pure ((core/error::make2 "core/vcs/no-commit-for-snapshot") ((core/str::concat "no commit found for snapshot: ") snapshot0))))))) ((core/effect::bind (core/cli::vcs-load-commit commit0)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit)))) (if (if (core/list::is-nil? snapshot0) false ((core/eq? ((core/map::get c) (quote :result))) snapshot0)) (core/effect::pure {:query-snapshot snapshot0 :start-commit c :start-commit-h commit0}) (if (core/list::is-nil? snapshot0) (core/effect::pure {:query-snapshot ((core/map::get c) (quote :result)) :start-commit c :start-commit-h commit0}) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") "provided :commit does not resolve to provided :snapshot"))))))))))))) (core/effect::pure ((core/error::make2 "core/type-error") "core/cli::vcs-resolve-start expects map"))))) (def core/cli::vcs-blame-program (fn (req) (if (core/cli::map? req) (let ((sym (core/cli::sym-or-str->str ((core/map::get req) (quote :sym)))) (path0 ((core/map::get req) (quote :path)))) (if (core/list::is-nil? sym) ((core/error::make2 "core/vcs/bad-payload") ":sym must be symbol/string") (let ((path (if (core/list::is-nil? path0) nil (core/cli::sym-or-str->str path0)))) (if (if (core/list::is-nil? path0) false (core/list::is-nil? path)) ((core/error::make2 "core/vcs/bad-payload") ":path must be symbol/string or nil") ((core/effect::bind (core/cli::vcs-resolve-start req)) (fn (start) (if (core/cli::is-error start) (core/effect::pure start) (let ((query-snapshot ((core/map::get start) (quote :query-snapshot))) (start-h ((core/map::get start) (quote :start-commit-h)))) ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash query-snapshot) sym)) (fn (value-h) (if (core/cli::is-error value-h) (core/effect::pure value-h) (if (core/cli::hash-hex? value-h) ((core/effect::bind ((((core/cli::vcs-blame-loop start-h) sym) value-h) {})) (fn (blame-h) (if (core/cli::is-error blame-h) (core/effect::pure blame-h) ((core/effect::bind (core/cli::vcs-load-commit blame-h)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit)))) (core/effect::pure {:commit blame-h :ok true :path path :query-snapshot query-snapshot :snapshot ((core/map::get c) (quote :result)) :sym sym :value value-h})))))))) (core/effect::pure ((core/error::make2 "core/vcs/symbol-not-found") ((core/str::concat "symbol not found in snapshot: ") sym))))))))))))))) ((core/error::make2 "core/type-error") "core/cli::vcs-blame-program expects map")))) (def core/cli::vcs-why-program (fn (req) (if (core/cli::map? req) (let ((sym (core/cli::sym-or-str->str ((core/map::get req) (quote :sym)))) (op0 ((core/map::get req) (quote :op))) (path0 ((core/map::get req) (quote :path)))) (if (core/list::is-nil? sym) ((core/error::make2 "core/vcs/bad-payload") ":sym must be symbol/string") (let ((op (if (core/list::is-nil? op0) nil (core/cli::sym-or-str->str op0))) (path (if (core/list::is-nil? path0) nil (core/cli::sym-or-str->str path0)))) (if (if (if (core/list::is-nil? op0) false (core/list::is-nil? op)) true (if (core/list::is-nil? path0) false (core/list::is-nil? path))) ((core/error::make2 "core/vcs/bad-payload") ":op/:path must be symbol/string or nil") ((core/effect::bind (core/cli::vcs-resolve-start req)) (fn (start) (if (core/cli::is-error start) (core/effect::pure start) (let ((query-snapshot ((core/map::get start) (quote :query-snapshot))) (start-h ((core/map::get start) (quote :start-commit-h)))) ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash query-snapshot) sym)) (fn (value-h) (if (core/cli::is-error value-h) (core/effect::pure value-h) (if (core/cli::hash-hex? value-h) ((core/effect::bind ((((core/cli::vcs-blame-loop start-h) sym) value-h) {})) (fn (blame-h) (if (core/cli::is-error blame-h) (core/effect::pure blame-h) ((core/effect::bind (core/cli::vcs-load-commit blame-h)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit)))) (core/effect::pure {:attestations ((core/map::get c) (quote :attestations)) :author ((core/map::get c) (quote :author)) :commit blame-h :evidence ((core/map::get c) (quote :evidence)) :message ((core/map::get c) (quote :message)) :obligations ((core/map::get c) (quote :obligations)) :ok true :op op :path path :query-snapshot query-snapshot :snapshot ((core/map::get c) (quote :result)) :sym sym :target ((core/map::get c) (quote :target)) :value value-h :why ((core/map::get c) (quote :why))})))))))) (core/effect::pure ((core/error::make2 "core/vcs/symbol-not-found") ((core/str::concat "symbol not found in snapshot: ") sym))))))))))))))) ((core/error::make2 "core/type-error") "core/cli::vcs-why-program expects map"))))] :module-h b"1ix\x9E\xA4\xB1]\x92\xD8\xB6\x9Es\rS=\x07\xBE\x14wR\xF6\xFD\x1A\x00~\x8B\xD8\xEC3str ((core/map::get req) (quote :sym))))\n (path0 ((core/map::get req) (quote :path))))\n (if (core/list::is-nil? sym)\n ((core/error::make2 \"core/vcs/bad-payload\") \":sym must be symbol/string\")\n (let ((path (if (core/list::is-nil? path0) nil (core/cli::sym-or-str->str path0))))\n (if (if (core/list::is-nil? path0) false (core/list::is-nil? path))\n ((core/error::make2 \"core/vcs/bad-payload\") \":path must be symbol/string or nil\")\n ((core/effect::bind (core/cli::vcs-resolve-start req))\n (fn (start)\n (if (core/cli::is-error start)\n (core/effect::pure start)\n (let\n ((query-snapshot ((core/map::get start) (quote :query-snapshot)))\n (start-h ((core/map::get start) (quote :start-commit-h))))\n ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash query-snapshot) sym))\n (fn (value-h)\n (if (core/cli::is-error value-h)\n (core/effect::pure value-h)\n (if (core/cli::hash-hex? value-h)\n ((core/effect::bind ((((core/cli::vcs-blame-loop start-h) sym) value-h) {}))\n (fn (blame-h)\n (if (core/cli::is-error blame-h)\n (core/effect::pure blame-h)\n ((core/effect::bind (core/cli::vcs-load-commit blame-h))\n (fn (loaded)\n (if (core/cli::is-error loaded)\n (core/effect::pure loaded)\n (let ((c ((core/map::get loaded) (quote :commit))))\n (core/effect::pure\n {\n :commit blame-h\n :ok true\n :path path\n :query-snapshot query-snapshot\n :snapshot ((core/map::get c) (quote :result))\n :sym sym\n :value value-h}))))))))\n (core/effect::pure\n ((core/error::make2 \"core/vcs/symbol-not-found\")\n ((core/str::concat \"symbol not found in snapshot: \") sym)))))))))))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-blame-program expects map\"))))\n\n(def core/cli::vcs-why-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((sym (core/cli::sym-or-str->str ((core/map::get req) (quote :sym))))\n (op0 ((core/map::get req) (quote :op)))\n (path0 ((core/map::get req) (quote :path))))\n (if (core/list::is-nil? sym)\n ((core/error::make2 \"core/vcs/bad-payload\") \":sym must be symbol/string\")\n (let\n ((op (if (core/list::is-nil? op0) nil (core/cli::sym-or-str->str op0)))\n (path (if (core/list::is-nil? path0) nil (core/cli::sym-or-str->str path0))))\n (if\n (if (if (core/list::is-nil? op0) false (core/list::is-nil? op))\n true\n (if (core/list::is-nil? path0) false (core/list::is-nil? path)))\n ((core/error::make2 \"core/vcs/bad-payload\") \":op/:path must be symbol/string or nil\")\n ((core/effect::bind (core/cli::vcs-resolve-start req))\n (fn (start)\n (if (core/cli::is-error start)\n (core/effect::pure start)\n (let\n ((query-snapshot ((core/map::get start) (quote :query-snapshot)))\n (start-h ((core/map::get start) (quote :start-commit-h))))\n ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash query-snapshot) sym))\n (fn (value-h)\n (if (core/cli::is-error value-h)\n (core/effect::pure value-h)\n (if (core/cli::hash-hex? value-h)\n ((core/effect::bind ((((core/cli::vcs-blame-loop start-h) sym) value-h) {}))\n (fn (blame-h)\n (if (core/cli::is-error blame-h)\n (core/effect::pure blame-h)\n ((core/effect::bind (core/cli::vcs-load-commit blame-h))\n (fn (loaded)\n (if (core/cli::is-error loaded)\n (core/effect::pure loaded)\n (let ((c ((core/map::get loaded) (quote :commit))))\n (core/effect::pure\n {\n :attestations\n ((core/map::get c) (quote :attestations))\n :author ((core/map::get c) (quote :author))\n :commit blame-h\n :evidence ((core/map::get c) (quote :evidence))\n :message ((core/map::get c) (quote :message))\n :obligations\n ((core/map::get c) (quote :obligations))\n :ok true\n :op op\n :path path\n :query-snapshot query-snapshot\n :snapshot ((core/map::get c) (quote :result))\n :sym sym\n :target ((core/map::get c) (quote :target))\n :value value-h\n :why ((core/map::get c) (quote :why))}))))))))\n (core/effect::pure\n ((core/error::make2 \"core/vcs/symbol-not-found\")\n ((core/str::concat \"symbol not found in snapshot: \") sym)))))))))))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-why-program expects map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"1ix\x9E\xA4\xB1]\x92\xD8\xB6\x9Es\rS=\x07\xBE\x14wR\xF6\xFD\x1A\x00~\x8B\xD8\xEC3str x))) (if (core/cli::str? s) (next ((core/vec::push out) s)) (next out))))))))))) (def core/cli::pkg-commit-provenance (fn (commit) (if (core/cli::map? commit) {:attestations (core/cli::vec-normalize-strs ((core/map::get commit) (quote :attestations))) :base ((core/map::get commit) (quote :base)) :evidence (core/cli::vec-normalize-strs ((core/map::get commit) (quote :evidence))) :obligations (core/cli::vec-normalize-strs ((core/map::get commit) (quote :obligations))) :parents (core/cli::vec-normalize-strs ((core/map::get commit) (quote :parents))) :patch ((core/map::get commit) (quote :patch)) :result ((core/map::get commit) (quote :result))} ((core/error::make2 "core/type-error") "core/cli::pkg-commit-provenance expects map")))) (def core/cli::pkg-publish-program (fn (req) (if (core/cli::map? req) (let ((remote ((core/map::get req) (quote :remote))) (ref ((core/map::get req) (quote :ref))) (policy ((core/map::get req) (quote :policy))) (expected-old-present ((core/map::get req) (quote :expected-old-present))) (expected-old ((core/map::get req) (quote :expected-old))) (depth ((core/map::get req) (quote :depth))) (commit ((core/map::get req) (quote :commit)))) (if (core/cli::hash-hex? policy) ((core/effect::bind (core/cli::pkg-resolve-publish-commit-program req)) (fn (commit-h) (if (core/cli::is-error commit-h) (core/effect::pure commit-h) ((core/effect::bind (core/cli::pkg-ensure-hash-program policy)) (fn (policy-art) (if (core/cli::is-error policy-art) (core/effect::pure policy-art) ((core/effect::bind (core/cli::pkg-ensure-hash-program commit-h)) (fn (commit-art) (if (core/cli::is-error commit-art) (core/effect::pure commit-art) (let ((commit1 (core/cli::vcs-validate-commit commit-art))) (if (core/cli::is-error commit1) (core/effect::pure ((core/error::make2 "core/pkg/bad-commit") "invalid commit artifact")) (let ((snapshot-h ((core/map::get commit1) (quote :result))) (provenance (core/cli::pkg-commit-provenance commit1))) (if (core/cli::is-error provenance) (core/effect::pure provenance) ((core/effect::bind (((core/cli::pkg-validate-commit-closure-program ref) snapshot-h) commit-h)) (fn (closure-ok) (if (core/cli::is-error closure-ok) (core/effect::pure closure-ok) (let ((set-ref (if expected-old-present {:expected-old expected-old :hash commit-h :name ref :policy policy} {:hash commit-h :name ref :policy policy})) (roots0 ((core/vec::push []) commit-h)) (roots1 ((core/vec::push roots0) policy)) (set-refs0 ((core/vec::push []) set-ref)) (payload (if ((core/int::eq? depth) 0) {:remote remote :roots roots1 :set-refs set-refs0} {:depth depth :remote remote :roots roots1 :set-refs set-refs0}))) (((core/effect::perform (quote core/sync::push)) payload) (fn (push-r) (if (core/cli::is-error push-r) (core/effect::pure push-r) (if (core/cli::map? push-r) (core/effect::pure {:commit commit-h :ok ((core/map::get push-r) (quote :ok)) :present ((core/map::get push-r) (quote :present)) :provenance provenance :ref ref :refs-updated ((core/map::get push-r) (quote :refs-updated)) :remote ((core/map::get push-r) (quote :remote)) :total ((core/map::get push-r) (quote :total)) :uploaded ((core/map::get push-r) (quote :uploaded))}) (core/effect::pure ((core/error::make2 "core/type-error") "core/sync::push returned non-map"))))))))))))))))))))))) (core/effect::pure ((core/error::make2 "core/pkg/bad-payload") "policy must be 64-hex")))) ((core/error::make2 "core/type-error") "core/cli::pkg-publish-program expects map"))))] :module-h b"\xE8\xEDE\x11\xD1\xDA/n\x9F?\x15\x9F\xD0\xC8y\xA5\xFCn#rV\xA1S\xFF\xA0\x88&{\xE5\xB4\xB47" :path "selfhost/cli_pkg_ops_v1.gc" :source "(def core/cli::pkg-load-lock-program\n (fn (lock)\n (((core/effect::perform (quote core/pkg-low::load-lock)) {:lock lock})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::pkg-list-requirements\n (fn (reqs)\n (if (core/cli::map? reqs)\n (let ((entries (core/cli::map-entries-vec reqs)))\n ((((core/cli::pkg-list-requirements2 entries) (core/vec::len entries)) 0) []))\n [])))\n\n(def core/cli::pkg-list-requirements2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((next (((core/cli::pkg-list-requirements2 entries) n) ((core/int::add i) 1))))\n (let ((e0 ((core/vec::get entries) i)))\n (let ((e (if (core/cli::vec? e0) e0 (core/pair::as-proper-list e0))))\n (if (if (core/cli::vec? e) ((core/int::eq? (core/vec::len e)) 2) false)\n (let ((name ((core/vec::get e) 0)) (r ((core/vec::get e) 1)))\n (if (if (core/cli::str? name) (core/cli::map? r) false)\n (next\n ((core/vec::push out)\n {\n :name name\n :registry ((core/map::get r) (quote :registry))\n :selector ((core/map::get r) (quote :selector))\n :update-policy ((core/map::get r) (quote :update-policy))}))\n (next out)))\n (next out)))))))))))\n\n(def core/cli::pkg-list-locked\n (fn (locked)\n (if (core/cli::map? locked)\n (let ((entries (core/cli::map-entries-vec locked)))\n ((((core/cli::pkg-list-locked2 entries) (core/vec::len entries)) 0) []))\n [])))\n\n(def core/cli::pkg-list-locked2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((next (((core/cli::pkg-list-locked2 entries) n) ((core/int::add i) 1))))\n (let ((e0 ((core/vec::get entries) i)))\n (let ((e (if (core/cli::vec? e0) e0 (core/pair::as-proper-list e0))))\n (if (if (core/cli::vec? e) ((core/int::eq? (core/vec::len e)) 2) false)\n (let ((name ((core/vec::get e) 0)) (l ((core/vec::get e) 1)))\n (if (if (core/cli::str? name) (core/cli::map? l) false)\n (next\n ((core/vec::push out)\n {\n :commit ((core/map::get l) (quote :commit))\n :name name\n :snapshot ((core/map::get l) (quote :snapshot))}))\n (next out)))\n (next out)))))))))))\n\n(def core/cli::pkg-info-requirement-view\n (fn (r)\n (if (core/cli::map? r)\n {\n :registry ((core/map::get r) (quote :registry))\n :selector ((core/map::get r) (quote :selector))\n :update-policy ((core/map::get r) (quote :update-policy))}\n nil)))\n\n(def core/cli::pkg-info-locked-view\n (fn (l)\n (if (core/cli::map? l)\n {\n :commit ((core/map::get l) (quote :commit))\n :resolved-ref ((core/map::get l) (quote :resolved-ref))\n :snapshot ((core/map::get l) (quote :snapshot))}\n nil)))\n\n(def core/cli::pkg-list-program\n (fn (req)\n (if (core/cli::map? req)\n (let ((lock ((core/map::get req) (quote :lock))))\n ((core/effect::bind (core/cli::pkg-load-lock-program lock))\n (fn (low-r)\n (if (core/cli::is-error low-r)\n (core/effect::pure low-r)\n (if (core/cli::map? low-r)\n (core/effect::pure\n {\n :lock ((core/map::get low-r) (quote :lock))\n :locked (core/cli::pkg-list-locked ((core/map::get low-r) (quote :locked)))\n :ok true\n :requirements\n (core/cli::pkg-list-requirements ((core/map::get low-r) (quote :requirements)))})\n (core/effect::pure\n ((core/error::make2 \"core/type-error\") \"core/pkg-low::load-lock returned non-map\")))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-list-program expects map\"))))\n\n(def core/cli::pkg-info-program\n (fn (req)\n (if (core/cli::map? req)\n (let ((lock ((core/map::get req) (quote :lock))) (name ((core/map::get req) (quote :name))))\n (if (core/cli::str? name)\n ((core/effect::bind (core/cli::pkg-load-lock-program lock))\n (fn (low-r)\n (if (core/cli::is-error low-r)\n (core/effect::pure low-r)\n (if (core/cli::map? low-r)\n (let ((reqs ((core/map::get low-r) (quote :requirements))))\n (let ((locked ((core/map::get low-r) (quote :locked))))\n (core/effect::pure\n {\n :locked\n (core/cli::pkg-info-locked-view\n (if (core/cli::map? locked) ((core/map::get locked) name) nil))\n :name name\n :ok true\n :requirement\n (core/cli::pkg-info-requirement-view\n (if (core/cli::map? reqs) ((core/map::get reqs) name) nil))})))\n (core/effect::pure\n ((core/error::make2 \"core/type-error\")\n \"core/pkg-low::load-lock returned non-map\"))))))\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-payload\") \":name must be string\"))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-info-program expects map\"))))\n\n(def core/cli::pkg-snapshot-store-module-program\n (fn (m)\n (if (core/cli::map? m)\n (let\n ((path ((core/map::get m) (quote :path))) (module ((core/map::get m) (quote :module)))\n (module-h ((core/map::get m) (quote :module-h))))\n (if (if (core/cli::str? path) (core/cli::vec? module) false)\n ((core/effect::bind (core/cli::store-put-program module))\n (fn (put-r)\n (if (core/cli::is-error put-r)\n (core/effect::pure put-r)\n (let ((h (core/cli::store-put-hash put-r)))\n (if (core/cli::is-error h)\n (core/effect::pure h)\n (core/effect::pure\n {\n :hash h\n :module-h module-h\n :path path}))))))\n (core/effect::pure\n ((core/error::make2 \"core/pkg/bad-package\")\n \"module entry requires :path string and :module vector\"))))\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-package\") \"module entry must be map\")))))\n\n(def core/cli::pkg-snapshot-store-modules2\n (fn (mods)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n (core/effect::pure out)\n ((core/effect::bind (core/cli::pkg-snapshot-store-module-program ((core/vec::get mods) i)))\n (fn (stored)\n (if (core/cli::is-error stored)\n (core/effect::pure stored)\n ((((core/cli::pkg-snapshot-store-modules2 mods) n) ((core/int::add i) 1))\n ((core/vec::push out) stored)))))))))))\n\n(def core/cli::pkg-snapshot-store-modules-program\n (fn (mods)\n (if (core/cli::vec? mods)\n ((((core/cli::pkg-snapshot-store-modules2 mods) (core/vec::len mods)) 0) [])\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-package\") \":modules must be vector\")))))\n\n(def core/cli::pkg-load-package-program\n (fn (pkg)\n (((core/effect::perform (quote core/pkg-low::load-package)) {:pkg pkg})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::pkg-snapshot-program\n (fn (req)\n (if (core/cli::map? req)\n ((core/effect::bind\n (core/cli::pkg-load-package-program ((core/map::get req) (quote :pkg))))\n (fn (low-r)\n (if (core/cli::is-error low-r)\n (core/effect::pure low-r)\n (if (core/cli::map? low-r)\n (let\n ((name ((core/map::get low-r) (quote :name)))\n (version ((core/map::get low-r) (quote :version)))\n (modules ((core/map::get low-r) (quote :modules)))\n (obligations0 ((core/map::get low-r) (quote :obligations))))\n (if (if (core/cli::str? name) (core/cli::str? version) false)\n (let ((obligations (if (core/cli::vec? obligations0) obligations0 [])))\n ((core/effect::bind (core/cli::pkg-snapshot-store-modules-program modules))\n (fn (modules-out)\n (if (core/cli::is-error modules-out)\n (core/effect::pure modules-out)\n (let\n (\n (snapshot\n {\n :kind (quote :package)\n :modules modules-out\n :obligations obligations\n :pkg/name name\n :pkg/version version\n :type (quote :vcs/snapshot)\n :v 1}))\n ((core/effect::bind (core/cli::store-put-program snapshot))\n (fn (put-r)\n (if (core/cli::is-error put-r)\n (core/effect::pure put-r)\n (let ((h (core/cli::store-put-hash put-r)))\n (if (core/cli::is-error h)\n (core/effect::pure h)\n (core/effect::pure\n {\n :modules modules-out\n :snapshot h})))))))))))\n (core/effect::pure\n ((core/error::make2 \"core/pkg/bad-package\")\n \"core/pkg-low::load-package returned invalid :name/:version\"))))\n (core/effect::pure\n ((core/error::make2 \"core/type-error\")\n \"core/pkg-low::load-package returned non-map\"))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-snapshot-program expects map\"))))\n\n(def core/cli::pkg-export-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((root ((core/map::get req) (quote :root))) (out ((core/map::get req) (quote :out)))\n (mode ((core/map::get req) (quote :mode)))\n (depth ((core/map::get req) (quote :depth)))\n (include-evidence ((core/map::get req) (quote :include-evidence)))\n (include-deps ((core/map::get req) (quote :include-deps)))\n (refs ((core/map::get req) (quote :refs))))\n (let\n (\n (payload0\n {\n :include-deps include-deps\n :include-evidence include-evidence\n :mode mode\n :out out\n :root root}))\n (let\n ((payload1 (if ((core/int::eq? depth) 0) payload0 (((core/map::put payload0) (quote :depth)) depth))))\n (let\n (\n (payload\n (if ((core/int::eq? (core/vec::len refs)) 0)\n payload1\n (((core/map::put payload1) (quote :refs)) refs))))\n (((core/effect::perform (quote core/gpk-low::export)) payload)\n (fn (r) (core/effect::pure r)))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-export-program expects map\"))))\n\n(def core/cli::pkg-import-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((inp ((core/map::get req) (quote :in))) (set-refs ((core/map::get req) (quote :set-refs))))\n (let ((payload0 {:in inp}))\n (let\n (\n (payload\n (if ((core/int::eq? (core/vec::len set-refs)) 0)\n payload0\n (((core/map::put payload0) (quote :set-refs)) set-refs))))\n (((core/effect::perform (quote core/gpk-low::import)) payload)\n (fn (r) (core/effect::pure r))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-import-program expects map\"))))\n\n(def core/cli::pkg-resolve-publish-commit-program\n (fn (req)\n (if (core/cli::map? req)\n (let ((ref ((core/map::get req) (quote :ref))) (commit ((core/map::get req) (quote :commit))))\n (if (core/list::is-nil? commit)\n ((core/effect::bind (core/cli::refs-get-program ref))\n (fn (rr)\n (if (core/cli::is-error rr)\n (core/effect::pure rr)\n (if (core/cli::map? rr)\n (let ((h ((core/map::get rr) (quote :hash))))\n (if (core/cli::hash-hex? h)\n (core/effect::pure h)\n (core/effect::pure\n ((core/error::make2 \"core/pkg/ref-not-found\")\n ((core/str::concat \"local ref is unset: \") ref)))))\n (core/effect::pure\n ((core/error::make2 \"core/type-error\") \"core/refs::get returned non-map\"))))))\n (if (core/cli::hash-hex? commit)\n (core/effect::pure commit)\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-payload\") \"commit must be 64-hex\")))))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::pkg-resolve-publish-commit-program expects map\"))))\n\n(def core/cli::vec-normalize-strs\n (fn (xs)\n (if (core/cli::vec? xs) ((((core/cli::vec-normalize-strs2 xs) (core/vec::len xs)) 0) []) [])))\n\n(def core/cli::vec-normalize-strs2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((next (((core/cli::vec-normalize-strs2 xs) n) ((core/int::add i) 1))))\n (let ((x ((core/vec::get xs) i)))\n (let ((s (core/cli::sym-or-str->str x)))\n (if (core/cli::str? s) (next ((core/vec::push out) s)) (next out)))))))))))\n\n(def core/cli::pkg-commit-provenance\n (fn (commit)\n (if (core/cli::map? commit)\n {\n :attestations (core/cli::vec-normalize-strs ((core/map::get commit) (quote :attestations)))\n :base ((core/map::get commit) (quote :base))\n :evidence (core/cli::vec-normalize-strs ((core/map::get commit) (quote :evidence)))\n :obligations (core/cli::vec-normalize-strs ((core/map::get commit) (quote :obligations)))\n :parents (core/cli::vec-normalize-strs ((core/map::get commit) (quote :parents)))\n :patch ((core/map::get commit) (quote :patch))\n :result ((core/map::get commit) (quote :result))}\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-commit-provenance expects map\"))))\n\n(def core/cli::pkg-publish-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((remote ((core/map::get req) (quote :remote))) (ref ((core/map::get req) (quote :ref)))\n (policy ((core/map::get req) (quote :policy)))\n (expected-old-present ((core/map::get req) (quote :expected-old-present)))\n (expected-old ((core/map::get req) (quote :expected-old)))\n (depth ((core/map::get req) (quote :depth)))\n (commit ((core/map::get req) (quote :commit))))\n (if (core/cli::hash-hex? policy)\n ((core/effect::bind (core/cli::pkg-resolve-publish-commit-program req))\n (fn (commit-h)\n (if (core/cli::is-error commit-h)\n (core/effect::pure commit-h)\n ((core/effect::bind (core/cli::pkg-ensure-hash-program policy))\n (fn (policy-art)\n (if (core/cli::is-error policy-art)\n (core/effect::pure policy-art)\n ((core/effect::bind (core/cli::pkg-ensure-hash-program commit-h))\n (fn (commit-art)\n (if (core/cli::is-error commit-art)\n (core/effect::pure commit-art)\n (let ((commit1 (core/cli::vcs-validate-commit commit-art)))\n (if (core/cli::is-error commit1)\n (core/effect::pure\n ((core/error::make2 \"core/pkg/bad-commit\")\n \"invalid commit artifact\"))\n (let\n ((snapshot-h ((core/map::get commit1) (quote :result)))\n (provenance (core/cli::pkg-commit-provenance commit1)))\n (if (core/cli::is-error provenance)\n (core/effect::pure provenance)\n ((core/effect::bind (((core/cli::pkg-validate-commit-closure-program ref) snapshot-h) commit-h))\n (fn (closure-ok)\n (if (core/cli::is-error closure-ok)\n (core/effect::pure closure-ok)\n (let\n (\n (set-ref\n (if expected-old-present\n {\n :expected-old expected-old\n :hash commit-h\n :name ref\n :policy policy}\n {\n :hash commit-h\n :name ref\n :policy policy}))\n (roots0 ((core/vec::push []) commit-h))\n (roots1 ((core/vec::push roots0) policy))\n (set-refs0 ((core/vec::push []) set-ref))\n (payload\n (if ((core/int::eq? depth) 0)\n {\n :remote remote\n :roots roots1\n :set-refs set-refs0}\n {\n :depth depth\n :remote remote\n :roots roots1\n :set-refs set-refs0})))\n (((core/effect::perform (quote core/sync::push)) payload)\n (fn (push-r)\n (if (core/cli::is-error push-r)\n (core/effect::pure push-r)\n (if (core/cli::map? push-r)\n (core/effect::pure\n {\n :commit commit-h\n :ok ((core/map::get push-r) (quote :ok))\n :present\n ((core/map::get push-r) (quote :present))\n :provenance provenance\n :ref ref\n :refs-updated\n ((core/map::get push-r)\n (quote :refs-updated))\n :remote\n ((core/map::get push-r) (quote :remote))\n :total\n ((core/map::get push-r) (quote :total))\n :uploaded\n ((core/map::get push-r) (quote :uploaded))})\n (core/effect::pure\n ((core/error::make2 \"core/type-error\")\n \"core/sync::push returned non-map\")))))))))))))))))))))))\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-payload\") \"policy must be 64-hex\"))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-publish-program expects map\"))))\n\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE8\xEDE\x11\xD1\xDA/n\x9F?\x15\x9F\xD0\xC8y\xA5\xFCn#rV\xA1S\xFF\xA0\x88&{\xE5\xB4\xB47" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::empty-vec (core/pair::as-proper-list nil)) (def core/cli::vec2 (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil)))))) (def core/cli::vec-slice-from (fn (v) (fn (start) (if (core/cli::vec? v) (let ((n (core/vec::len v))) (((((core/cli::vec-slice-from2 v) start) n) 0) core/cli::empty-vec)) ((core/error::make2 "core/type-error") "core/cli::vec-slice-from expects vector"))))) (def core/cli::vec-slice-from2 (fn (v) (fn (start) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (if ((core/int::lt? i) start) (((((core/cli::vec-slice-from2 v) start) n) ((core/int::add i) 1)) out) (let ((x ((core/vec::get v) i))) (((((core/cli::vec-slice-from2 v) start) n) ((core/int::add i) 1)) ((core/vec::push out) x))))))))))) (def core/cli::literal-op-sym-or-nil (fn (t) (if (core/cli::pair? t) (let ((items (core/pair::as-proper-list t))) (if (core/cli::vec? items) (if ((core/int::eq? (core/vec::len items)) 2) (let ((h ((core/vec::get items) 0)) (v ((core/vec::get items) 1))) (if (core/cli::sym? h) (if ((core/sym::eq? h) (quote quote)) (if (core/cli::sym? v) v nil) nil) nil)) nil) nil)) nil))) (def core/cli::flatten-app (fn (t) (if (core/cli::pair? t) (let ((items (core/pair::as-proper-list t))) (if (core/cli::vec? items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 2) (let ((f ((core/vec::get items) 0)) (x ((core/vec::get items) 1))) (let ((r (core/cli::flatten-app f))) (if (core/cli::map? r) (let ((head ((core/map::get r) (quote :head))) (args0 ((core/map::get r) (quote :args)))) {:args ((core/vec::push args0) x) :head head}) {:args (core/pair::as-proper-list ((core/pair::cons x) nil)) :head f}))) (if (if ((core/int::lt? n) 1) true false) nil (let ((head ((core/vec::get items) 0)) (args ((core/cli::vec-slice-from items) 1))) {:args args :head head})))) nil)) nil))) (def core/cli::infer-effects (fn (forms) (if (core/cli::vec? forms) (let ((st ((((core/cli::infer-effects-vec forms) (core/vec::len forms)) 0) ((core/cli::vec2 (quote {})) false)))) {:ops (core/cli::set-keys->vec ((core/vec::get st) 0)) :unknown ((core/vec::get st) 1)}) ((core/error::make2 "core/type-error") "core/cli::infer-effects expects vector of forms")))) (def core/cli::infer-effects-vec (fn (forms) (fn (n) (fn (i) (fn (st) (if ((core/int::eq? i) n) st (let ((st2 ((core/cli::infer-effects-term ((core/vec::get forms) i)) st))) ((((core/cli::infer-effects-vec forms) n) ((core/int::add i) 1)) st2)))))))) (def core/cli::infer-effects-term (fn (t) (fn (st) (let ((set0 ((core/vec::get st) 0)) (unk0 ((core/vec::get st) 1))) (let ((tg (core/data::tag t))) (if (if ((core/sym::eq? tg) (quote :pair)) true false) ((core/cli::infer-effects-list t) st) (if (if ((core/sym::eq? tg) (quote :map)) true false) ((core/cli::infer-effects-map t) st) st))))))) (def core/cli::infer-effects-map (fn (m) (fn (st) (let ((entries (core/map::entries m))) (if (core/cli::vec? entries) ((((core/cli::infer-effects-map2 entries) (core/vec::len entries)) 0) st) st))))) (def core/cli::infer-effects-map2 (fn (entries) (fn (n) (fn (i) (fn (st) (if ((core/int::eq? i) n) st (let ((e ((core/vec::get entries) i))) (if (core/cli::vec? e) (if ((core/int::eq? (core/vec::len e)) 2) (let ((v ((core/vec::get e) 1))) ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) ((core/cli::infer-effects-term v) st))) ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) st)) ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) st))))))))) (def core/cli::infer-effects-list (fn (t) (fn (st) (let ((items (core/pair::as-proper-list t))) (if (core/cli::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) st (let ((h ((core/vec::get items) 0))) (if (core/cli::sym? h) (((core/cli::infer-effects-special-or-app h) items) st) ((core/cli::infer-effects-app t) st)))) st))))) (def core/cli::infer-effects-special-or-app (fn (h) (fn (items) (fn (st) (if ((core/sym::eq? h) (quote quote)) st (if ((core/sym::eq? h) (quote def)) (if ((core/int::eq? (core/vec::len items)) 3) ((core/cli::infer-effects-term ((core/vec::get items) 2)) st) st) (if ((core/sym::eq? h) (quote fn)) (if (if ((core/int::lt? (core/vec::len items)) 3) true false) st (let ((body ((core/cli::vec-slice-from items) 2))) ((((core/cli::infer-effects-vec body) (core/vec::len body)) 0) st))) (if ((core/sym::eq? h) (quote if)) (if ((core/int::eq? (core/vec::len items)) 4) (let ((st2 ((core/cli::infer-effects-term ((core/vec::get items) 1)) st))) (let ((st3 ((core/cli::infer-effects-term ((core/vec::get items) 2)) st2))) ((core/cli::infer-effects-term ((core/vec::get items) 3)) st3))) st) (if ((core/sym::eq? h) (quote begin)) (let ((rest ((core/cli::vec-slice-from items) 1))) ((((core/cli::infer-effects-vec rest) (core/vec::len rest)) 0) st)) (if ((core/sym::eq? h) (quote let)) ((core/cli::infer-effects-let items) st) (if ((core/sym::eq? h) (quote prim)) (let ((args ((core/cli::vec-slice-from items) 2))) ((((core/cli::infer-effects-vec args) (core/vec::len args)) 0) st)) (if (if ((core/sym::eq? h) (quote seal)) ((core/sym::eq? h) (quote unseal)) false) (let ((xs ((core/cli::vec-slice-from items) 1))) ((((core/cli::infer-effects-vec xs) (core/vec::len xs)) 0) st)) ((core/cli::infer-effects-app (selfhost/canon::vec->list items)) st))))))))))))) (def core/cli::infer-effects-let (fn (items) (fn (st) (if (if ((core/int::lt? (core/vec::len items)) 3) true false) st (let ((binds ((core/vec::get items) 1))) (let ((xs (core/pair::as-proper-list binds))) (let ((st2 (if (core/cli::vec? xs) ((((core/cli::infer-effects-let-binds xs) (core/vec::len xs)) 0) st) st))) (let ((body ((core/cli::vec-slice-from items) 2))) ((((core/cli::infer-effects-vec body) (core/vec::len body)) 0) st2))))))))) (def core/cli::infer-effects-let-binds (fn (xs) (fn (n) (fn (i) (fn (st) (if ((core/int::eq? i) n) st (let ((b ((core/vec::get xs) i))) (let ((pair (core/pair::as-proper-list b))) (if (core/cli::vec? pair) (if ((core/int::eq? (core/vec::len pair)) 2) ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) ((core/cli::infer-effects-term ((core/vec::get pair) 1)) st)) ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) st)) ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) st)))))))))) (def core/cli::infer-effects-app (fn (t) (fn (st) (let ((flat (core/cli::flatten-app t))) (if (core/cli::map? flat) (let ((head ((core/map::get flat) (quote :head))) (args ((core/map::get flat) (quote :args)))) (let ((st1 (((core/cli::infer-effects-direct-head head) args) st))) (let ((st2 (((core/cli::infer-effects-perform head) args) st1))) (let ((st3 ((core/cli::infer-effects-term head) st2))) ((((core/cli::infer-effects-vec args) (core/vec::len args)) 0) st3))))) st))))) (def core/cli::arity-ge? (fn (n) (fn (k) (if ((core/int::lt? n) k) false true)))) (def core/cli::infer-effects-add-op (fn (st) (fn (op) (if (core/cli::sym? op) ((core/cli::vec2 (((core/map::put ((core/vec::get st) 0)) op) true)) ((core/vec::get st) 1)) st)))) (def core/cli::infer-effects-add-ops (fn (st) (fn (ops) (if (core/cli::vec? ops) ((((core/cli::infer-effects-add-ops2 ops) (core/vec::len ops)) 0) st) st)))) (def core/cli::infer-effects-add-ops2 (fn (ops) (fn (n) (fn (i) (fn (st) (if ((core/int::eq? i) n) st (let ((op ((core/vec::get ops) i))) ((((core/cli::infer-effects-add-ops2 ops) n) ((core/int::add i) 1)) ((core/cli::infer-effects-add-op st) op))))))))) (def core/cli::direct-effect-rules (quote {core/editor/task::cancel {:min 1 :ops [editor/task::cancel]} core/editor/task::poll {:min 1 :ops [editor/task::poll]} core/editor/task::spawn {:min 3 :ops [editor/task::spawn]} core/task::all {:min 1 :ops [core/task::await]} core/task::await {:min 1 :ops [core/task::await]} core/task::await-all {:min 1 :ops [core/task::await]} core/task::await-all-loop {:min 3 :ops [core/task::await]} core/task::cancel {:min 1 :ops [core/task::cancel]} core/task::channel-close {:min 1 :ops [core/task::channel-close]} core/task::channel-open {:min 1 :ops [core/task::channel-open]} core/task::channel-recv {:min 1 :ops [core/task::channel-recv]} core/task::channel-send {:min 2 :ops [core/task::channel-send]} core/task::channel-status {:min 1 :ops [core/task::channel-status]} core/task::map-bounded {:min 5 :ops [core/task::spawn core/task::await]} core/task::map-bounded-loop {:min 7 :ops [core/task::spawn core/task::await]} core/task::parallel-map-bounded {:min 5 :ops [core/task::spawn core/task::await]} core/task::parallel-reduce {:min 7 :ops [core/task::spawn core/task::await]} core/task::parallel-reduce-bounded {:min 7 :ops [core/task::spawn core/task::await]} core/task::race {:min 1 :ops [core/task::await core/task::cancel]} core/task::race-cancel-rest {:min 3 :ops [core/task::cancel]} core/task::scope {:min 1 :ops [core/task::scope]} core/task::spawn {:min 3 :ops [core/task::spawn]} core/task::spawn-batch {:min 6 :ops [core/task::spawn]} core/task::spawn-batch-loop {:min 7 :ops [core/task::spawn]} core/task::status {:min 1 :ops [core/task::status]} core/task::task-group {:min 4 :ops [core/task::spawn]} core/task::task-group-await {:min 1 :ops [core/task::await]}})) (def core/cli::infer-effects-apply-direct-rule (fn (st) (fn (arity) (fn (rule) (if (core/cli::map? rule) (let ((min ((core/map::get rule) (quote :min))) (ops ((core/map::get rule) (quote :ops)))) (if (if (core/cli::reach-int? min) ((core/cli::arity-ge? arity) min) false) ((core/cli::infer-effects-add-ops st) ops) st)) st))))) (def core/cli::infer-effects-direct-head (fn (head) (fn (args) (fn (st) (if (core/cli::sym? head) (let ((rule ((core/map::get core/cli::direct-effect-rules) head))) (((core/cli::infer-effects-apply-direct-rule st) (core/vec::len args)) rule)) st))))) (def core/cli::infer-effects-perform (fn (head) (fn (args) (fn (st) (if (core/cli::sym? head) (if ((core/sym::eq? head) (quote core/effect::perform)) (if ((core/int::eq? (core/vec::len args)) 3) (let ((op0 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0)))) (let ((op1 (if (core/cli::sym? op0) op0 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 1))))) (let ((op (if (core/cli::sym? op1) op1 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 2))))) (if (core/cli::sym? op) ((core/cli::vec2 (((core/map::put ((core/vec::get st) 0)) op) true)) ((core/vec::get st) 1)) ((core/cli::vec2 ((core/vec::get st) 0)) true))))) st) st) st)))))] :module-h b".\x00\x89\xA5\xC8\xDAcr\x9B\xAA\x00\xC9~\xD9N\xA8\xA5\x10\xBB8\x11i\x84\x17\xE4:P\xD2Lp\x9E\xB1" :path "selfhost/cli_reachability_v1.gc" :source "(def core/cli::empty-vec (core/pair::as-proper-list nil))\n\n(def core/cli::vec2\n (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil))))))\n\n(def core/cli::vec-slice-from\n (fn (v)\n (fn (start)\n (if (core/cli::vec? v)\n (let ((n (core/vec::len v)))\n (((((core/cli::vec-slice-from2 v) start) n) 0) core/cli::empty-vec))\n ((core/error::make2 \"core/type-error\") \"core/cli::vec-slice-from expects vector\")))))\n\n(def core/cli::vec-slice-from2\n (fn (v)\n (fn (start)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (if ((core/int::lt? i) start)\n (((((core/cli::vec-slice-from2 v) start) n) ((core/int::add i) 1)) out)\n (let ((x ((core/vec::get v) i)))\n (((((core/cli::vec-slice-from2 v) start) n) ((core/int::add i) 1))\n ((core/vec::push out) x)))))))))))\n\n(def core/cli::literal-op-sym-or-nil\n (fn (t)\n (if (core/cli::pair? t)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/cli::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 2)\n (let ((h ((core/vec::get items) 0)) (v ((core/vec::get items) 1)))\n (if (core/cli::sym? h)\n (if ((core/sym::eq? h) (quote quote)) (if (core/cli::sym? v) v nil) nil)\n nil))\n nil)\n nil))\n nil)))\n\n(def core/cli::flatten-app\n (fn (t)\n (if (core/cli::pair? t)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/cli::vec? items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 2)\n (let ((f ((core/vec::get items) 0)) (x ((core/vec::get items) 1)))\n (let ((r (core/cli::flatten-app f)))\n (if (core/cli::map? r)\n (let\n ((head ((core/map::get r) (quote :head)))\n (args0 ((core/map::get r) (quote :args))))\n {\n :args ((core/vec::push args0) x)\n :head head})\n {\n :args (core/pair::as-proper-list ((core/pair::cons x) nil))\n :head f})))\n (if (if ((core/int::lt? n) 1) true false)\n nil\n (let ((head ((core/vec::get items) 0)) (args ((core/cli::vec-slice-from items) 1)))\n {:args args :head head}))))\n nil))\n nil)))\n\n(def core/cli::infer-effects\n (fn (forms)\n (if (core/cli::vec? forms)\n (let\n (\n (st\n ((((core/cli::infer-effects-vec forms) (core/vec::len forms)) 0)\n ((core/cli::vec2 (quote {})) false))))\n {\n :ops (core/cli::set-keys->vec ((core/vec::get st) 0))\n :unknown ((core/vec::get st) 1)})\n ((core/error::make2 \"core/type-error\") \"core/cli::infer-effects expects vector of forms\"))))\n\n(def core/cli::infer-effects-vec\n (fn (forms)\n (fn (n)\n (fn (i)\n (fn (st)\n (if ((core/int::eq? i) n)\n st\n (let ((st2 ((core/cli::infer-effects-term ((core/vec::get forms) i)) st)))\n ((((core/cli::infer-effects-vec forms) n) ((core/int::add i) 1)) st2))))))))\n\n(def core/cli::infer-effects-term\n (fn (t)\n (fn (st)\n (let ((set0 ((core/vec::get st) 0)) (unk0 ((core/vec::get st) 1)))\n (let ((tg (core/data::tag t)))\n (if (if ((core/sym::eq? tg) (quote :pair)) true false)\n ((core/cli::infer-effects-list t) st)\n (if (if ((core/sym::eq? tg) (quote :map)) true false)\n ((core/cli::infer-effects-map t) st)\n st)))))))\n\n(def core/cli::infer-effects-map\n (fn (m)\n (fn (st)\n (let ((entries (core/map::entries m)))\n (if (core/cli::vec? entries)\n ((((core/cli::infer-effects-map2 entries) (core/vec::len entries)) 0) st)\n st)))))\n\n(def core/cli::infer-effects-map2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (st)\n (if ((core/int::eq? i) n)\n st\n (let ((e ((core/vec::get entries) i)))\n (if (core/cli::vec? e)\n (if ((core/int::eq? (core/vec::len e)) 2)\n (let ((v ((core/vec::get e) 1)))\n ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1))\n ((core/cli::infer-effects-term v) st)))\n ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) st))\n ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) st)))))))))\n\n(def core/cli::infer-effects-list\n (fn (t)\n (fn (st)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/cli::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n st\n (let ((h ((core/vec::get items) 0)))\n (if (core/cli::sym? h)\n (((core/cli::infer-effects-special-or-app h) items) st)\n ((core/cli::infer-effects-app t) st))))\n st)))))\n\n(def core/cli::infer-effects-special-or-app\n (fn (h)\n (fn (items)\n (fn (st)\n (if ((core/sym::eq? h) (quote quote))\n st\n (if ((core/sym::eq? h) (quote def))\n (if ((core/int::eq? (core/vec::len items)) 3)\n ((core/cli::infer-effects-term ((core/vec::get items) 2)) st)\n st)\n (if ((core/sym::eq? h) (quote fn))\n (if (if ((core/int::lt? (core/vec::len items)) 3) true false)\n st\n (let ((body ((core/cli::vec-slice-from items) 2)))\n ((((core/cli::infer-effects-vec body) (core/vec::len body)) 0) st)))\n (if ((core/sym::eq? h) (quote if))\n (if ((core/int::eq? (core/vec::len items)) 4)\n (let ((st2 ((core/cli::infer-effects-term ((core/vec::get items) 1)) st)))\n (let ((st3 ((core/cli::infer-effects-term ((core/vec::get items) 2)) st2)))\n ((core/cli::infer-effects-term ((core/vec::get items) 3)) st3)))\n st)\n (if ((core/sym::eq? h) (quote begin))\n (let ((rest ((core/cli::vec-slice-from items) 1)))\n ((((core/cli::infer-effects-vec rest) (core/vec::len rest)) 0) st))\n (if ((core/sym::eq? h) (quote let))\n ((core/cli::infer-effects-let items) st)\n (if ((core/sym::eq? h) (quote prim))\n (let ((args ((core/cli::vec-slice-from items) 2)))\n ((((core/cli::infer-effects-vec args) (core/vec::len args)) 0) st))\n (if\n (if ((core/sym::eq? h) (quote seal))\n ((core/sym::eq? h) (quote unseal))\n false)\n (let ((xs ((core/cli::vec-slice-from items) 1)))\n ((((core/cli::infer-effects-vec xs) (core/vec::len xs)) 0) st))\n ((core/cli::infer-effects-app (selfhost/canon::vec->list items)) st)))))))))))))\n\n(def core/cli::infer-effects-let\n (fn (items)\n (fn (st)\n (if (if ((core/int::lt? (core/vec::len items)) 3) true false)\n st\n (let ((binds ((core/vec::get items) 1)))\n (let ((xs (core/pair::as-proper-list binds)))\n (let\n (\n (st2\n (if (core/cli::vec? xs)\n ((((core/cli::infer-effects-let-binds xs) (core/vec::len xs)) 0) st)\n st)))\n (let ((body ((core/cli::vec-slice-from items) 2)))\n ((((core/cli::infer-effects-vec body) (core/vec::len body)) 0) st2)))))))))\n\n(def core/cli::infer-effects-let-binds\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (st)\n (if ((core/int::eq? i) n)\n st\n (let ((b ((core/vec::get xs) i)))\n (let ((pair (core/pair::as-proper-list b)))\n (if (core/cli::vec? pair)\n (if ((core/int::eq? (core/vec::len pair)) 2)\n ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1))\n ((core/cli::infer-effects-term ((core/vec::get pair) 1)) st))\n ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) st))\n ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) st))))))))))\n\n(def core/cli::infer-effects-app\n (fn (t)\n (fn (st)\n (let ((flat (core/cli::flatten-app t)))\n (if (core/cli::map? flat)\n (let\n ((head ((core/map::get flat) (quote :head))) (args ((core/map::get flat) (quote :args))))\n (let ((st1 (((core/cli::infer-effects-direct-head head) args) st)))\n (let ((st2 (((core/cli::infer-effects-perform head) args) st1)))\n (let ((st3 ((core/cli::infer-effects-term head) st2)))\n ((((core/cli::infer-effects-vec args) (core/vec::len args)) 0) st3)))))\n st)))))\n\n(def core/cli::arity-ge? (fn (n) (fn (k) (if ((core/int::lt? n) k) false true))))\n\n(def core/cli::infer-effects-add-op\n (fn (st)\n (fn (op)\n (if (core/cli::sym? op)\n ((core/cli::vec2 (((core/map::put ((core/vec::get st) 0)) op) true)) ((core/vec::get st) 1))\n st))))\n\n(def core/cli::infer-effects-add-ops\n (fn (st)\n (fn (ops)\n (if (core/cli::vec? ops)\n ((((core/cli::infer-effects-add-ops2 ops) (core/vec::len ops)) 0) st)\n st))))\n\n(def core/cli::infer-effects-add-ops2\n (fn (ops)\n (fn (n)\n (fn (i)\n (fn (st)\n (if ((core/int::eq? i) n)\n st\n (let ((op ((core/vec::get ops) i)))\n ((((core/cli::infer-effects-add-ops2 ops) n) ((core/int::add i) 1))\n ((core/cli::infer-effects-add-op st) op)))))))))\n\n(def core/cli::direct-effect-rules\n (quote\n {\n core/editor/task::cancel\n {\n :min 1\n :ops [editor/task::cancel]}\n core/editor/task::poll\n {\n :min 1\n :ops [editor/task::poll]}\n core/editor/task::spawn\n {\n :min 3\n :ops [editor/task::spawn]}\n core/task::all\n {\n :min 1\n :ops [core/task::await]}\n core/task::await\n {\n :min 1\n :ops [core/task::await]}\n core/task::await-all\n {\n :min 1\n :ops [core/task::await]}\n core/task::await-all-loop\n {\n :min 3\n :ops [core/task::await]}\n core/task::cancel\n {\n :min 1\n :ops [core/task::cancel]}\n core/task::channel-close\n {\n :min 1\n :ops [core/task::channel-close]}\n core/task::channel-open\n {\n :min 1\n :ops [core/task::channel-open]}\n core/task::channel-recv\n {\n :min 1\n :ops [core/task::channel-recv]}\n core/task::channel-send\n {\n :min 2\n :ops [core/task::channel-send]}\n core/task::channel-status\n {\n :min 1\n :ops [core/task::channel-status]}\n core/task::map-bounded\n {\n :min 5\n :ops [core/task::spawn core/task::await]}\n core/task::map-bounded-loop\n {\n :min 7\n :ops [core/task::spawn core/task::await]}\n core/task::parallel-map-bounded\n {\n :min 5\n :ops [core/task::spawn core/task::await]}\n core/task::parallel-reduce\n {\n :min 7\n :ops [core/task::spawn core/task::await]}\n core/task::parallel-reduce-bounded\n {\n :min 7\n :ops [core/task::spawn core/task::await]}\n core/task::race\n {\n :min 1\n :ops [core/task::await core/task::cancel]}\n core/task::race-cancel-rest\n {\n :min 3\n :ops [core/task::cancel]}\n core/task::scope\n {\n :min 1\n :ops [core/task::scope]}\n core/task::spawn\n {\n :min 3\n :ops [core/task::spawn]}\n core/task::spawn-batch\n {\n :min 6\n :ops [core/task::spawn]}\n core/task::spawn-batch-loop\n {\n :min 7\n :ops [core/task::spawn]}\n core/task::status\n {\n :min 1\n :ops [core/task::status]}\n core/task::task-group\n {\n :min 4\n :ops [core/task::spawn]}\n core/task::task-group-await\n {\n :min 1\n :ops [core/task::await]}}))\n\n(def core/cli::infer-effects-apply-direct-rule\n (fn (st)\n (fn (arity)\n (fn (rule)\n (if (core/cli::map? rule)\n (let ((min ((core/map::get rule) (quote :min))) (ops ((core/map::get rule) (quote :ops))))\n (if (if (core/cli::reach-int? min) ((core/cli::arity-ge? arity) min) false)\n ((core/cli::infer-effects-add-ops st) ops)\n st))\n st)))))\n\n(def core/cli::infer-effects-direct-head\n (fn (head)\n (fn (args)\n (fn (st)\n (if (core/cli::sym? head)\n (let ((rule ((core/map::get core/cli::direct-effect-rules) head)))\n (((core/cli::infer-effects-apply-direct-rule st) (core/vec::len args)) rule))\n st)))))\n\n(def core/cli::infer-effects-perform\n (fn (head)\n (fn (args)\n (fn (st)\n (if (core/cli::sym? head)\n (if ((core/sym::eq? head) (quote core/effect::perform))\n (if ((core/int::eq? (core/vec::len args)) 3)\n (let ((op0 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0))))\n (let\n ((op1 (if (core/cli::sym? op0) op0 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 1)))))\n (let\n ((op (if (core/cli::sym? op1) op1 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 2)))))\n (if (core/cli::sym? op)\n ((core/cli::vec2 (((core/map::put ((core/vec::get st) 0)) op) true))\n ((core/vec::get st) 1))\n ((core/cli::vec2 ((core/vec::get st) 0)) true)))))\n st)\n st)\n st)))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b".\x00\x89\xA5\xC8\xDAcr\x9B\xAA\x00\xC9~\xD9N\xA8\xA5\x10\xBB8\x11i\x84\x17\xE4:P\xD2Lp\x9E\xB1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::set-keys->vec (fn (m) (let ((entries (core/map::entries m))) (if (core/cli::vec? entries) ((((core/cli::set-keys->vec2 entries) (core/vec::len entries)) 0) core/cli::empty-vec) core/cli::empty-vec)))) (def core/cli::set-keys->vec2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (if (core/cli::vec? e) (if ((core/int::eq? (core/vec::len e)) 2) (let ((k ((core/vec::get e) 0))) ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) ((core/vec::push out) k))) ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) out)) ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) out))))))))) (def core/cli::reach-str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str)))) (def core/cli::reach-int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int)))) (def core/cli::hash-hex? (fn (x) (if (core/cli::reach-str? x) ((core/int::eq? (core/str::len x)) 64) false))) (def core/cli::hash-vec? (fn (xs) (if (core/cli::vec? xs) ((((core/cli::hash-vec2 xs) (core/vec::len xs)) 0) true) false))) (def core/cli::hash-vec2 (fn (xs) (fn (n) (fn (i) (fn (ok) (if ((core/int::eq? i) n) ok (if ok ((((core/cli::hash-vec2 xs) n) ((core/int::add i) 1)) (core/cli::hash-hex? ((core/vec::get xs) i))) false))))))) (def core/cli::vcs-make-commit (fn (req) (if (core/cli::map? req) {:attestations ((core/map::get req) (quote :attestations)) :base ((core/map::get req) (quote :base)) :evidence ((core/map::get req) (quote :evidence)) :message ((core/map::get req) (quote :message)) :obligations ((core/map::get req) (quote :obligations)) :parents ((core/map::get req) (quote :parents)) :patch ((core/map::get req) (quote :patch)) :result ((core/map::get req) (quote :result)) :type (quote :vcs/commit) :v 1} ((core/error::make2 "core/type-error") "core/cli::vcs-make-commit expects map")))) (def core/cli::vcs-make-evidence (fn (req) (if (core/cli::map? req) {:data ((core/map::get req) (quote :data)) :inputs ((core/map::get req) (quote :inputs)) :kind ((core/map::get req) (quote :kind)) :outputs ((core/map::get req) (quote :outputs)) :type (quote :vcs/evidence) :v 1} ((core/error::make2 "core/type-error") "core/cli::vcs-make-evidence expects map")))) (def core/cli::vcs-make-snapshot (fn (req) (if (core/cli::map? req) {:deps ((core/map::get req) (quote :deps)) :kind ((core/map::get req) (quote :kind)) :members ((core/map::get req) (quote :members)) :obligations ((core/map::get req) (quote :obligations)) :type (quote :vcs/snapshot) :v 1} ((core/error::make2 "core/type-error") "core/cli::vcs-make-snapshot expects map")))) (def core/cli::vcs-validate-commit (fn (commit) (let ((request {:kind "genesis/commit-authority-request-v0.1" :op (quote :validate) :payload {:artifact commit} :v 1})) (let ((result (core/commit::authority request))) (if ((selfhost/store-authority::exact-map? result) [:artifact :code :kind :message :ok :request-h :v]) (if (if ((core/eq? ((core/map::get result) (quote :kind))) "genesis/commit-authority-result-v0.1") (if ((core/eq? ((core/map::get result) (quote :v))) 1) ((core/eq? ((core/map::get result) (quote :request-h))) (selfhost/hash::hash-term request)) false) false) (if ((core/eq? ((core/map::get result) (quote :ok))) true) (let ((artifact ((core/map::get result) (quote :artifact)))) (if ((core/eq? artifact) commit) artifact ((core/error::make2 "core/vcs/bad-authority") "commit authority substituted the submitted artifact"))) (let ((code ((core/map::get result) (quote :code))) (message ((core/map::get result) (quote :message)))) (if (if (core/cli::str? code) (core/cli::str? message) false) ((core/error::make2 code) message) ((core/error::make2 "core/vcs/bad-authority") "commit authority returned malformed rejection")))) ((core/error::make2 "core/vcs/bad-authority") "commit authority returned an unbound result")) ((core/error::make2 "core/vcs/bad-authority") "commit authority returned an open or malformed result")))))) (def core/cli::vcs-validate-evidence (fn (evidence) (if (core/cli::map? evidence) (let ((ty ((core/map::get evidence) (quote :type))) (v ((core/map::get evidence) (quote :v))) (kind ((core/map::get evidence) (quote :kind))) (inputs ((core/map::get evidence) (quote :inputs))) (outputs ((core/map::get evidence) (quote :outputs))) (data ((core/map::get evidence) (quote :data)))) (if (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/evidence)) false) (if (core/cli::reach-int? v) ((core/int::eq? v) 1) false) false) (if (core/cli::sym? kind) (if (if (core/cli::hash-vec? inputs) (core/cli::hash-vec? outputs) false) (if (if (core/list::is-nil? data) true (core/cli::hash-hex? data)) evidence ((core/error::make2 "core/vcs/bad-evidence") "evidence :data must be nil or 64-hex hash")) ((core/error::make2 "core/vcs/bad-evidence") "evidence :inputs/:outputs must be vectors of 64-hex hashes")) ((core/error::make2 "core/vcs/bad-evidence") "evidence :kind must be symbol")) ((core/error::make2 "core/vcs/bad-evidence") "evidence :type/:v mismatch"))) ((core/error::make2 "core/type-error") "core/cli::vcs-validate-evidence expects map")))) (def core/cli::vcs-validate-snapshot (fn (snapshot) (if (core/cli::map? snapshot) (let ((ty ((core/map::get snapshot) (quote :type))) (v ((core/map::get snapshot) (quote :v))) (kind ((core/map::get snapshot) (quote :kind)))) (if (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/snapshot)) false) (if (core/cli::reach-int? v) ((core/int::eq? v) 1) false) false) (if (core/cli::sym? kind) snapshot ((core/error::make2 "core/vcs/bad-snapshot") "snapshot :kind must be symbol")) ((core/error::make2 "core/vcs/bad-snapshot") "snapshot :type/:v mismatch"))) ((core/error::make2 "core/type-error") "core/cli::vcs-validate-snapshot expects map")))) (def core/cli::str-starts-with? (fn (s) (fn (prefix) (if (if (core/cli::reach-str? s) (core/cli::reach-str? prefix) false) (let ((sb (core/str::to-utf8 s))) (let ((pb (core/str::to-utf8 prefix))) (let ((sn (core/bytes::len sb))) (let ((pn (core/bytes::len pb))) (if ((core/int::lt? sn) pn) false ((core/eq? (((core/bytes::slice sb) 0) pn)) pb)))))) false)))) (def core/cli::lock-selector-kind (fn (selector) (if (core/cli::reach-str? selector) (if ((core/cli::str-starts-with? selector) "commit:") (quote :commit) (if ((core/cli::str-starts-with? selector) "snapshot:") (quote :snapshot) (if ((core/cli::str-starts-with? selector) "semver:") (quote :semver) (if ((core/cli::str-starts-with? selector) "ref:") (quote :ref) (if ((core/cli::str-starts-with? selector) "refs/") (quote :ref) (quote :unknown)))))) (quote :unknown)))) (def core/cli::lock-make-entry (fn (requirement) (fn (resolved) (if (if (core/cli::map? requirement) (core/cli::map? resolved) false) (let ((e0 (quote {:commit nil :registry nil :resolved_ref nil :snapshot "" :source_selector ""})) (e1 (((core/map::put e0) (quote :commit)) ((core/map::get resolved) (quote :commit)))) (e2 (((core/map::put e1) (quote :registry)) ((core/map::get resolved) (quote :registry)))) (e3 (((core/map::put e2) (quote :resolved_ref)) ((core/map::get resolved) (quote :resolved_ref)))) (e4 (((core/map::put e3) (quote :snapshot)) ((core/map::get resolved) (quote :snapshot)))) (e5 (((core/map::put e4) (quote :source_selector)) ((core/map::get requirement) (quote :selector))))) e5) ((core/error::make2 "core/type-error") "core/cli::lock-make-entry expects maps"))))) (def core/cli::opt-bool (fn (opts) (fn (k) (fn (fallback) (if (core/cli::map? opts) (let ((v ((core/map::get opts) k))) (if ((core/sym::eq? (core/data::tag v)) (quote :bool)) v fallback)) fallback)))))] :module-h b"l\xBA\xF6[L\"\xCB\riWy\x88\xBCP\x837\x7F\x8E\xD0\xE2FY\xC0e\x19\x13\xC3Yq\x82\xC5B" :path "selfhost/cli_reachability_rules_v1.gc" :source "(def core/cli::set-keys->vec\n (fn (m)\n (let ((entries (core/map::entries m)))\n (if (core/cli::vec? entries)\n ((((core/cli::set-keys->vec2 entries) (core/vec::len entries)) 0) core/cli::empty-vec)\n core/cli::empty-vec))))\n\n(def core/cli::set-keys->vec2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (if (core/cli::vec? e)\n (if ((core/int::eq? (core/vec::len e)) 2)\n (let ((k ((core/vec::get e) 0)))\n ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1))\n ((core/vec::push out) k)))\n ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) out))\n ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) out)))))))))\n\n(def core/cli::reach-str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str))))\n\n(def core/cli::reach-int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int))))\n\n(def core/cli::hash-hex?\n (fn (x) (if (core/cli::reach-str? x) ((core/int::eq? (core/str::len x)) 64) false)))\n\n(def core/cli::hash-vec?\n (fn (xs) (if (core/cli::vec? xs) ((((core/cli::hash-vec2 xs) (core/vec::len xs)) 0) true) false)))\n\n(def core/cli::hash-vec2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (ok)\n (if ((core/int::eq? i) n)\n ok\n (if ok\n ((((core/cli::hash-vec2 xs) n) ((core/int::add i) 1))\n (core/cli::hash-hex? ((core/vec::get xs) i)))\n false)))))))\n\n(def core/cli::vcs-make-commit\n (fn (req)\n (if (core/cli::map? req)\n {\n :attestations ((core/map::get req) (quote :attestations))\n :base ((core/map::get req) (quote :base))\n :evidence ((core/map::get req) (quote :evidence))\n :message ((core/map::get req) (quote :message))\n :obligations ((core/map::get req) (quote :obligations))\n :parents ((core/map::get req) (quote :parents))\n :patch ((core/map::get req) (quote :patch))\n :result ((core/map::get req) (quote :result))\n :type (quote :vcs/commit)\n :v 1}\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-make-commit expects map\"))))\n\n(def core/cli::vcs-make-evidence\n (fn (req)\n (if (core/cli::map? req)\n {\n :data ((core/map::get req) (quote :data))\n :inputs ((core/map::get req) (quote :inputs))\n :kind ((core/map::get req) (quote :kind))\n :outputs ((core/map::get req) (quote :outputs))\n :type (quote :vcs/evidence)\n :v 1}\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-make-evidence expects map\"))))\n\n(def core/cli::vcs-make-snapshot\n (fn (req)\n (if (core/cli::map? req)\n {\n :deps ((core/map::get req) (quote :deps))\n :kind ((core/map::get req) (quote :kind))\n :members ((core/map::get req) (quote :members))\n :obligations ((core/map::get req) (quote :obligations))\n :type (quote :vcs/snapshot)\n :v 1}\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-make-snapshot expects map\"))))\n\n(def core/cli::vcs-validate-commit\n (fn (commit)\n (let\n ((request\n {\n :kind \"genesis/commit-authority-request-v0.1\"\n :op (quote :validate)\n :payload {:artifact commit}\n :v 1}))\n (let ((result (core/commit::authority request)))\n (if\n ((selfhost/store-authority::exact-map? result)\n [:artifact :code :kind :message :ok :request-h :v])\n (if\n (if\n ((core/eq? ((core/map::get result) (quote :kind)))\n \"genesis/commit-authority-result-v0.1\")\n (if\n ((core/eq? ((core/map::get result) (quote :v))) 1)\n ((core/eq? ((core/map::get result) (quote :request-h)))\n (selfhost/hash::hash-term request))\n false)\n false)\n (if ((core/eq? ((core/map::get result) (quote :ok))) true)\n (let ((artifact ((core/map::get result) (quote :artifact))))\n (if ((core/eq? artifact) commit)\n artifact\n ((core/error::make2 \"core/vcs/bad-authority\")\n \"commit authority substituted the submitted artifact\")))\n (let\n ((code ((core/map::get result) (quote :code)))\n (message ((core/map::get result) (quote :message))))\n (if (if (core/cli::str? code) (core/cli::str? message) false)\n ((core/error::make2 code) message)\n ((core/error::make2 \"core/vcs/bad-authority\")\n \"commit authority returned malformed rejection\"))))\n ((core/error::make2 \"core/vcs/bad-authority\")\n \"commit authority returned an unbound result\"))\n ((core/error::make2 \"core/vcs/bad-authority\")\n \"commit authority returned an open or malformed result\"))))))\n\n(def core/cli::vcs-validate-evidence\n (fn (evidence)\n (if (core/cli::map? evidence)\n (let\n ((ty ((core/map::get evidence) (quote :type))) (v ((core/map::get evidence) (quote :v)))\n (kind ((core/map::get evidence) (quote :kind)))\n (inputs ((core/map::get evidence) (quote :inputs)))\n (outputs ((core/map::get evidence) (quote :outputs)))\n (data ((core/map::get evidence) (quote :data))))\n (if\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/evidence)) false)\n (if (core/cli::reach-int? v) ((core/int::eq? v) 1) false)\n false)\n (if (core/cli::sym? kind)\n (if (if (core/cli::hash-vec? inputs) (core/cli::hash-vec? outputs) false)\n (if (if (core/list::is-nil? data) true (core/cli::hash-hex? data))\n evidence\n ((core/error::make2 \"core/vcs/bad-evidence\")\n \"evidence :data must be nil or 64-hex hash\"))\n ((core/error::make2 \"core/vcs/bad-evidence\")\n \"evidence :inputs/:outputs must be vectors of 64-hex hashes\"))\n ((core/error::make2 \"core/vcs/bad-evidence\") \"evidence :kind must be symbol\"))\n ((core/error::make2 \"core/vcs/bad-evidence\") \"evidence :type/:v mismatch\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-validate-evidence expects map\"))))\n\n(def core/cli::vcs-validate-snapshot\n (fn (snapshot)\n (if (core/cli::map? snapshot)\n (let\n ((ty ((core/map::get snapshot) (quote :type))) (v ((core/map::get snapshot) (quote :v)))\n (kind ((core/map::get snapshot) (quote :kind))))\n (if\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/snapshot)) false)\n (if (core/cli::reach-int? v) ((core/int::eq? v) 1) false)\n false)\n (if (core/cli::sym? kind)\n snapshot\n ((core/error::make2 \"core/vcs/bad-snapshot\") \"snapshot :kind must be symbol\"))\n ((core/error::make2 \"core/vcs/bad-snapshot\") \"snapshot :type/:v mismatch\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-validate-snapshot expects map\"))))\n\n(def core/cli::str-starts-with?\n (fn (s)\n (fn (prefix)\n (if (if (core/cli::reach-str? s) (core/cli::reach-str? prefix) false)\n (let ((sb (core/str::to-utf8 s)))\n (let ((pb (core/str::to-utf8 prefix)))\n (let ((sn (core/bytes::len sb)))\n (let ((pn (core/bytes::len pb)))\n (if ((core/int::lt? sn) pn) false ((core/eq? (((core/bytes::slice sb) 0) pn)) pb))))))\n false))))\n\n(def core/cli::lock-selector-kind\n (fn (selector)\n (if (core/cli::reach-str? selector)\n (if ((core/cli::str-starts-with? selector) \"commit:\")\n (quote :commit)\n (if ((core/cli::str-starts-with? selector) \"snapshot:\")\n (quote :snapshot)\n (if ((core/cli::str-starts-with? selector) \"semver:\")\n (quote :semver)\n (if ((core/cli::str-starts-with? selector) \"ref:\")\n (quote :ref)\n (if ((core/cli::str-starts-with? selector) \"refs/\")\n (quote :ref)\n (quote :unknown))))))\n (quote :unknown))))\n\n(def core/cli::lock-make-entry\n (fn (requirement)\n (fn (resolved)\n (if (if (core/cli::map? requirement) (core/cli::map? resolved) false)\n (let\n (\n (e0\n (quote\n {\n :commit nil\n :registry nil\n :resolved_ref nil\n :snapshot \"\"\n :source_selector \"\"}))\n (e1 (((core/map::put e0) (quote :commit)) ((core/map::get resolved) (quote :commit))))\n (e2\n (((core/map::put e1) (quote :registry)) ((core/map::get resolved) (quote :registry))))\n (e3\n (((core/map::put e2) (quote :resolved_ref))\n ((core/map::get resolved) (quote :resolved_ref))))\n (e4\n (((core/map::put e3) (quote :snapshot)) ((core/map::get resolved) (quote :snapshot))))\n (e5\n (((core/map::put e4) (quote :source_selector))\n ((core/map::get requirement) (quote :selector)))))\n e5)\n ((core/error::make2 \"core/type-error\") \"core/cli::lock-make-entry expects maps\")))))\n\n(def core/cli::opt-bool\n (fn (opts)\n (fn (k)\n (fn (fallback)\n (if (core/cli::map? opts)\n (let ((v ((core/map::get opts) k)))\n (if ((core/sym::eq? (core/data::tag v)) (quote :bool)) v fallback))\n fallback)))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"N+\x81i#\x0B\x89\x1D\x83W\xC2\xF1i\xA8\x8Bw\xEEU\x9EK\x9F$UQ$=\x1A\x01\xEAe\xC8\r" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::vec-append (fn (a) (fn (b) (if (core/cli::vec? b) ((((core/cli::vec-append2 b) (core/vec::len b)) 0) a) a)))) (def core/cli::vec-append2 (fn (b) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((core/cli::vec-append2 b) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get b) i))))))))) (def core/cli::push-if-hash (fn (out) (fn (x) (if (core/cli::hash-hex? x) ((core/vec::push out) x) out)))) (def core/cli::push-hashes-from-vec (fn (out) (fn (xs) (if (core/cli::vec? xs) ((((core/cli::push-hashes-from-vec2 xs) (core/vec::len xs)) 0) out) out)))) (def core/cli::push-hashes-from-vec2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((core/cli::push-hashes-from-vec2 xs) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out) ((core/vec::get xs) i))))))))) (def core/cli::map-entries-vec (fn (m) (let ((entries (core/map::entries m))) (if (core/cli::vec? entries) entries (let ((as-list (core/pair::as-proper-list entries))) (if (core/cli::vec? as-list) as-list [])))))) (def core/cli::push-hash-values-from-map (fn (out) (fn (m) (if (core/cli::map? m) (let ((entries (core/cli::map-entries-vec m))) ((((core/cli::push-hash-values-from-map2 entries) (core/vec::len entries)) 0) out)) out)))) (def core/cli::push-hash-values-from-map2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((pair (if (core/cli::vec? e) e (core/pair::as-proper-list e)))) (if (core/cli::vec? pair) (if ((core/int::eq? (core/vec::len pair)) 2) ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out) ((core/vec::get pair) 1))) ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) out)) ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) out)))))))))) (def core/cli::vcs-patch-refs (fn (patch) (let ((ops ((core/map::get patch) (quote :ops)))) (if (core/cli::vec? ops) ((((core/cli::vcs-patch-refs2 ops) (core/vec::len ops)) 0) []) [])))) (def core/cli::vcs-patch-refs2 (fn (ops) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((op ((core/vec::get ops) i))) (if (core/cli::map? op) (let ((out1 ((core/cli::push-if-hash out) ((core/map::get op) (quote :value))))) (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get op) (quote :base))))) (let ((out3 ((core/cli::push-if-hash out2) ((core/map::get op) (quote :left))))) ((((core/cli::vcs-patch-refs2 ops) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out3) ((core/map::get op) (quote :right))))))) ((((core/cli::vcs-patch-refs2 ops) n) ((core/int::add i) 1)) out))))))))) (def core/cli::vcs-evidence-refs (fn (evidence) (let ((out1 ((core/cli::push-hashes-from-vec []) ((core/map::get evidence) (quote :inputs))))) (let ((out2 ((core/cli::push-hashes-from-vec out1) ((core/map::get evidence) (quote :outputs))))) ((core/cli::push-if-hash out2) ((core/map::get evidence) (quote :data))))))) (def core/cli::vcs-snapshot-dep-refs (fn (snapshot) (let ((deps ((core/map::get snapshot) (quote :deps)))) (if (core/cli::vec? deps) ((((core/cli::vcs-snapshot-dep-refs2 deps) (core/vec::len deps)) 0) []) [])))) (def core/cli::vcs-snapshot-dep-refs2 (fn (deps) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((dep ((core/vec::get deps) i))) (if (core/cli::map? dep) (let ((out1 ((core/cli::push-if-hash out) ((core/map::get dep) (quote :dep/commit))))) (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get dep) (quote :dep/snapshot))))) (let ((out3 ((core/cli::push-if-hash out2) ((core/map::get dep) (quote :commit))))) ((((core/cli::vcs-snapshot-dep-refs2 deps) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out3) ((core/map::get dep) (quote :snapshot))))))) ((((core/cli::vcs-snapshot-dep-refs2 deps) n) ((core/int::add i) 1)) out))))))))) (def core/cli::vcs-snapshot-module-refs (fn (modules) (if (core/cli::vec? modules) ((((core/cli::vcs-snapshot-module-refs2 modules) (core/vec::len modules)) 0) []) ((core/cli::push-hash-values-from-map []) modules)))) (def core/cli::vcs-snapshot-module-refs2 (fn (modules) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((m ((core/vec::get modules) i))) (if (core/cli::map? m) ((((core/cli::vcs-snapshot-module-refs2 modules) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out) ((core/map::get m) (quote :hash)))) ((((core/cli::vcs-snapshot-module-refs2 modules) n) ((core/int::add i) 1)) out))))))))) (def core/cli::vcs-snapshot-refs (fn (snapshot) (let ((out1 ((core/cli::push-if-hash []) ((core/map::get snapshot) (quote :proto))))) (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get snapshot) (quote :exports_hash))))) (let ((out3 ((core/cli::push-hash-values-from-map out2) ((core/map::get snapshot) (quote :members))))) (let ((out4 ((core/cli::push-hash-values-from-map out3) ((core/map::get snapshot) (quote :defs))))) (let ((out5 ((core/cli::vec-append out4) (core/cli::vcs-snapshot-module-refs ((core/map::get snapshot) (quote :modules))))) (out6 ((core/cli::push-hash-values-from-map out5) ((core/map::get snapshot) (quote :modules))))) ((core/cli::push-hash-values-from-map out6) ((core/map::get snapshot) (quote :overrides)))))))))) (def core/cli::vcs-artifact-refs (fn (artifact) (fn (opts) (if (core/cli::map? artifact) (let ((ty ((core/map::get artifact) (quote :type)))) (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/commit)) false) (let ((out1 ((core/cli::push-if-hash []) ((core/map::get artifact) (quote :base))))) (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get artifact) (quote :patch))))) (let ((out3 ((core/cli::push-if-hash out2) ((core/map::get artifact) (quote :result))))) (let ((out4 (if (((core/cli::opt-bool opts) (quote :include-evidence)) true) ((core/cli::push-hashes-from-vec out3) ((core/map::get artifact) (quote :evidence))) out3))) (let ((out5 ((core/cli::push-hashes-from-vec out4) ((core/map::get artifact) (quote :attestations))))) (if (((core/cli::opt-bool opts) (quote :include-parents)) true) ((core/cli::push-hashes-from-vec out5) ((core/map::get artifact) (quote :parents))) out5)))))) (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/patch)) false) (core/cli::vcs-patch-refs artifact) (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/evidence)) false) (if (((core/cli::opt-bool opts) (quote :include-evidence)) true) (core/cli::vcs-evidence-refs artifact) []) (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/snapshot)) false) (let ((refs0 (core/cli::vcs-snapshot-refs artifact))) (if (((core/cli::opt-bool opts) (quote :include-deps)) false) ((core/cli::vec-append refs0) (core/cli::vcs-snapshot-dep-refs artifact)) refs0)) []))))) [])))) (def core/cli::vcs-plan-reachability (fn (artifact-index) (fn (roots) (fn (opts) (if (if (core/cli::map? artifact-index) (core/cli::vec? roots) false) (((core/cli::vcs-plan-reachability2 artifact-index) opts) {:i 0 :live [] :missing [] :queue roots :seen {}}) ((core/error::make2 "core/type-error") "core/cli::vcs-plan-reachability expects (map index, vector roots, map opts)")))))) (def core/cli::vcs-plan-reachability2 (fn (artifact-index) (fn (opts) (fn (st) (let ((queue ((core/map::get st) (quote :queue))) (i ((core/map::get st) (quote :i)))) (if ((core/int::eq? i) (core/vec::len queue)) {:live ((core/map::get st) (quote :live)) :missing ((core/map::get st) (quote :missing))} (let ((h ((core/vec::get queue) i))) (if (core/cli::hash-hex? h) (let ((seen ((core/map::get st) (quote :seen)))) (if ((core/map::get seen) h) (((core/cli::vcs-plan-reachability2 artifact-index) opts) (((core/map::put st) (quote :i)) ((core/int::add i) 1))) (let ((seen2 (((core/map::put seen) h) true))) (let ((artifact ((core/map::get artifact-index) h))) (if (core/list::is-nil? artifact) (((core/cli::vcs-plan-reachability2 artifact-index) opts) {:i ((core/int::add i) 1) :live ((core/map::get st) (quote :live)) :missing ((core/vec::push ((core/map::get st) (quote :missing))) h) :queue queue :seen seen2}) (let ((refs ((core/cli::vcs-artifact-refs artifact) opts))) (let ((queue2 ((core/cli::vec-append queue) refs))) (((core/cli::vcs-plan-reachability2 artifact-index) opts) {:i ((core/int::add i) 1) :live ((core/vec::push ((core/map::get st) (quote :live))) h) :missing ((core/map::get st) (quote :missing)) :queue queue2 :seen seen2})))))))) (((core/cli::vcs-plan-reachability2 artifact-index) opts) (((core/map::put st) (quote :i)) ((core/int::add i) 1))))))))))) (def core/cli::lock-plan-from-requirements (fn (requirements) (fn (resolved-by-name) (if (if (core/cli::map? requirements) (core/cli::map? resolved-by-name) false) (let ((entries (core/cli::map-entries-vec requirements))) (((((core/cli::lock-plan-from-requirements2 entries) (core/vec::len entries)) 0) {:count 0 :locked {} :missing []}) resolved-by-name)) ((core/error::make2 "core/type-error") "core/cli::lock-plan-from-requirements expects maps"))))) (def core/cli::lock-plan-from-requirements2 (fn (entries) (fn (n) (fn (i) (fn (st) (fn (resolved-by-name) (if ((core/int::eq? i) n) st (let ((e0 ((core/vec::get entries) i))) (let ((e (if (core/cli::vec? e0) e0 (core/pair::as-proper-list e0)))) (if (core/cli::vec? e) (if ((core/int::eq? (core/vec::len e)) 2) (let ((name ((core/vec::get e) 0)) (req ((core/vec::get e) 1))) (let ((resolved ((core/map::get resolved-by-name) name))) (if (core/cli::map? resolved) (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) {:count ((core/int::add ((core/map::get st) (quote :count))) 1) :locked (((core/map::put ((core/map::get st) (quote :locked))) name) ((core/cli::lock-make-entry req) resolved)) :missing ((core/map::get st) (quote :missing))}) resolved-by-name) (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) {:count ((core/map::get st) (quote :count)) :locked ((core/map::get st) (quote :locked)) :missing ((core/vec::push ((core/map::get st) (quote :missing))) name)}) resolved-by-name)))) (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) st) resolved-by-name)) (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) st) resolved-by-name)))))))))))] :module-h b"\xDBfYG\x98\xEF\\yyO+)@\r\x86{?p\x83\xFE\x83\x8D\xD3\nt\xDB\xEF\t\xD5ro0" :path "selfhost/cli_reachability_closure_v1.gc" :source "(def core/cli::vec-append\n (fn (a) (fn (b) (if (core/cli::vec? b) ((((core/cli::vec-append2 b) (core/vec::len b)) 0) a) a))))\n\n(def core/cli::vec-append2\n (fn (b)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((core/cli::vec-append2 b) n) ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get b) i)))))))))\n\n(def core/cli::push-if-hash\n (fn (out) (fn (x) (if (core/cli::hash-hex? x) ((core/vec::push out) x) out))))\n\n(def core/cli::push-hashes-from-vec\n (fn (out)\n (fn (xs)\n (if (core/cli::vec? xs)\n ((((core/cli::push-hashes-from-vec2 xs) (core/vec::len xs)) 0) out)\n out))))\n\n(def core/cli::push-hashes-from-vec2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((core/cli::push-hashes-from-vec2 xs) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out) ((core/vec::get xs) i)))))))))\n\n(def core/cli::map-entries-vec\n (fn (m)\n (let ((entries (core/map::entries m)))\n (if (core/cli::vec? entries)\n entries\n (let ((as-list (core/pair::as-proper-list entries)))\n (if (core/cli::vec? as-list) as-list []))))))\n\n(def core/cli::push-hash-values-from-map\n (fn (out)\n (fn (m)\n (if (core/cli::map? m)\n (let ((entries (core/cli::map-entries-vec m)))\n ((((core/cli::push-hash-values-from-map2 entries) (core/vec::len entries)) 0) out))\n out))))\n\n(def core/cli::push-hash-values-from-map2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((pair (if (core/cli::vec? e) e (core/pair::as-proper-list e))))\n (if (core/cli::vec? pair)\n (if ((core/int::eq? (core/vec::len pair)) 2)\n ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out) ((core/vec::get pair) 1)))\n ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) out))\n ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) out))))))))))\n\n(def core/cli::vcs-patch-refs\n (fn (patch)\n (let ((ops ((core/map::get patch) (quote :ops))))\n (if (core/cli::vec? ops) ((((core/cli::vcs-patch-refs2 ops) (core/vec::len ops)) 0) []) []))))\n\n(def core/cli::vcs-patch-refs2\n (fn (ops)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((op ((core/vec::get ops) i)))\n (if (core/cli::map? op)\n (let ((out1 ((core/cli::push-if-hash out) ((core/map::get op) (quote :value)))))\n (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get op) (quote :base)))))\n (let ((out3 ((core/cli::push-if-hash out2) ((core/map::get op) (quote :left)))))\n ((((core/cli::vcs-patch-refs2 ops) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out3) ((core/map::get op) (quote :right)))))))\n ((((core/cli::vcs-patch-refs2 ops) n) ((core/int::add i) 1)) out)))))))))\n\n(def core/cli::vcs-evidence-refs\n (fn (evidence)\n (let ((out1 ((core/cli::push-hashes-from-vec []) ((core/map::get evidence) (quote :inputs)))))\n (let\n ((out2 ((core/cli::push-hashes-from-vec out1) ((core/map::get evidence) (quote :outputs)))))\n ((core/cli::push-if-hash out2) ((core/map::get evidence) (quote :data)))))))\n\n(def core/cli::vcs-snapshot-dep-refs\n (fn (snapshot)\n (let ((deps ((core/map::get snapshot) (quote :deps))))\n (if (core/cli::vec? deps)\n ((((core/cli::vcs-snapshot-dep-refs2 deps) (core/vec::len deps)) 0) [])\n []))))\n\n(def core/cli::vcs-snapshot-dep-refs2\n (fn (deps)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((dep ((core/vec::get deps) i)))\n (if (core/cli::map? dep)\n (let\n ((out1 ((core/cli::push-if-hash out) ((core/map::get dep) (quote :dep/commit)))))\n (let\n ((out2 ((core/cli::push-if-hash out1) ((core/map::get dep) (quote :dep/snapshot)))))\n (let\n ((out3 ((core/cli::push-if-hash out2) ((core/map::get dep) (quote :commit)))))\n ((((core/cli::vcs-snapshot-dep-refs2 deps) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out3) ((core/map::get dep) (quote :snapshot)))))))\n ((((core/cli::vcs-snapshot-dep-refs2 deps) n) ((core/int::add i) 1)) out)))))))))\n\n(def core/cli::vcs-snapshot-module-refs\n (fn (modules)\n (if (core/cli::vec? modules)\n ((((core/cli::vcs-snapshot-module-refs2 modules) (core/vec::len modules)) 0) [])\n ((core/cli::push-hash-values-from-map []) modules))))\n\n(def core/cli::vcs-snapshot-module-refs2\n (fn (modules)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((m ((core/vec::get modules) i)))\n (if (core/cli::map? m)\n ((((core/cli::vcs-snapshot-module-refs2 modules) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out) ((core/map::get m) (quote :hash))))\n ((((core/cli::vcs-snapshot-module-refs2 modules) n) ((core/int::add i) 1)) out)))))))))\n\n(def core/cli::vcs-snapshot-refs\n (fn (snapshot)\n (let ((out1 ((core/cli::push-if-hash []) ((core/map::get snapshot) (quote :proto)))))\n (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get snapshot) (quote :exports_hash)))))\n (let\n ((out3 ((core/cli::push-hash-values-from-map out2) ((core/map::get snapshot) (quote :members)))))\n (let\n ((out4 ((core/cli::push-hash-values-from-map out3) ((core/map::get snapshot) (quote :defs)))))\n (let\n (\n (out5\n ((core/cli::vec-append out4)\n (core/cli::vcs-snapshot-module-refs ((core/map::get snapshot) (quote :modules)))))\n (out6\n ((core/cli::push-hash-values-from-map out5)\n ((core/map::get snapshot) (quote :modules)))))\n ((core/cli::push-hash-values-from-map out6)\n ((core/map::get snapshot) (quote :overrides))))))))))\n\n(def core/cli::vcs-artifact-refs\n (fn (artifact)\n (fn (opts)\n (if (core/cli::map? artifact)\n (let ((ty ((core/map::get artifact) (quote :type))))\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/commit)) false)\n (let ((out1 ((core/cli::push-if-hash []) ((core/map::get artifact) (quote :base)))))\n (let\n ((out2 ((core/cli::push-if-hash out1) ((core/map::get artifact) (quote :patch)))))\n (let\n ((out3 ((core/cli::push-if-hash out2) ((core/map::get artifact) (quote :result)))))\n (let\n (\n (out4\n (if (((core/cli::opt-bool opts) (quote :include-evidence)) true)\n ((core/cli::push-hashes-from-vec out3)\n ((core/map::get artifact) (quote :evidence)))\n out3)))\n (let\n ((out5 ((core/cli::push-hashes-from-vec out4) ((core/map::get artifact) (quote :attestations)))))\n (if (((core/cli::opt-bool opts) (quote :include-parents)) true)\n ((core/cli::push-hashes-from-vec out5)\n ((core/map::get artifact) (quote :parents)))\n out5))))))\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/patch)) false)\n (core/cli::vcs-patch-refs artifact)\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/evidence)) false)\n (if (((core/cli::opt-bool opts) (quote :include-evidence)) true)\n (core/cli::vcs-evidence-refs artifact)\n [])\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/snapshot)) false)\n (let ((refs0 (core/cli::vcs-snapshot-refs artifact)))\n (if (((core/cli::opt-bool opts) (quote :include-deps)) false)\n ((core/cli::vec-append refs0) (core/cli::vcs-snapshot-dep-refs artifact))\n refs0))\n [])))))\n []))))\n\n(def core/cli::vcs-plan-reachability\n (fn (artifact-index)\n (fn (roots)\n (fn (opts)\n (if (if (core/cli::map? artifact-index) (core/cli::vec? roots) false)\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n {\n :i 0\n :live []\n :missing []\n :queue roots\n :seen {}})\n ((core/error::make2 \"core/type-error\")\n \"core/cli::vcs-plan-reachability expects (map index, vector roots, map opts)\"))))))\n\n(def core/cli::vcs-plan-reachability2\n (fn (artifact-index)\n (fn (opts)\n (fn (st)\n (let ((queue ((core/map::get st) (quote :queue))) (i ((core/map::get st) (quote :i))))\n (if ((core/int::eq? i) (core/vec::len queue))\n {\n :live ((core/map::get st) (quote :live))\n :missing ((core/map::get st) (quote :missing))}\n (let ((h ((core/vec::get queue) i)))\n (if (core/cli::hash-hex? h)\n (let ((seen ((core/map::get st) (quote :seen))))\n (if ((core/map::get seen) h)\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n (((core/map::put st) (quote :i)) ((core/int::add i) 1)))\n (let ((seen2 (((core/map::put seen) h) true)))\n (let ((artifact ((core/map::get artifact-index) h)))\n (if (core/list::is-nil? artifact)\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n {\n :i ((core/int::add i) 1)\n :live ((core/map::get st) (quote :live))\n :missing ((core/vec::push ((core/map::get st) (quote :missing))) h)\n :queue queue\n :seen seen2})\n (let ((refs ((core/cli::vcs-artifact-refs artifact) opts)))\n (let ((queue2 ((core/cli::vec-append queue) refs)))\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n {\n :i ((core/int::add i) 1)\n :live ((core/vec::push ((core/map::get st) (quote :live))) h)\n :missing ((core/map::get st) (quote :missing))\n :queue queue2\n :seen seen2}))))))))\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n (((core/map::put st) (quote :i)) ((core/int::add i) 1)))))))))))\n\n(def core/cli::lock-plan-from-requirements\n (fn (requirements)\n (fn (resolved-by-name)\n (if (if (core/cli::map? requirements) (core/cli::map? resolved-by-name) false)\n (let ((entries (core/cli::map-entries-vec requirements)))\n (\n ((((core/cli::lock-plan-from-requirements2 entries) (core/vec::len entries)) 0)\n {\n :count 0\n :locked {}\n :missing []})\n resolved-by-name))\n ((core/error::make2 \"core/type-error\") \"core/cli::lock-plan-from-requirements expects maps\")))))\n\n(def core/cli::lock-plan-from-requirements2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (st)\n (fn (resolved-by-name)\n (if ((core/int::eq? i) n)\n st\n (let ((e0 ((core/vec::get entries) i)))\n (let ((e (if (core/cli::vec? e0) e0 (core/pair::as-proper-list e0))))\n (if (core/cli::vec? e)\n (if ((core/int::eq? (core/vec::len e)) 2)\n (let ((name ((core/vec::get e) 0)) (req ((core/vec::get e) 1)))\n (let ((resolved ((core/map::get resolved-by-name) name)))\n (if (core/cli::map? resolved)\n (\n ((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1))\n {\n :count ((core/int::add ((core/map::get st) (quote :count))) 1)\n :locked\n (((core/map::put ((core/map::get st) (quote :locked))) name)\n ((core/cli::lock-make-entry req) resolved))\n :missing ((core/map::get st) (quote :missing))})\n resolved-by-name)\n (\n ((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1))\n {\n :count ((core/map::get st) (quote :count))\n :locked ((core/map::get st) (quote :locked))\n :missing\n ((core/vec::push ((core/map::get st) (quote :missing))) name)})\n resolved-by-name))))\n (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) st)\n resolved-by-name))\n (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) st)\n resolved-by-name)))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xDBfYG\x98\xEF\\yyO+)@\r\x86{?p\x83\xFE\x83\x8D\xD3\nt\xDB\xEF\t\xD5ro0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::empty-vec []) (def selfhost/typecheck::probe-ok? (fn (value) (if (core/error::is? value) false true))) (def selfhost/typecheck::sym? (fn (x) (selfhost/typecheck::probe-ok? (core/sym::to-str x)))) (def selfhost/typecheck::str? (fn (x) (selfhost/typecheck::probe-ok? (core/str::to-utf8 x)))) (def selfhost/typecheck::vec? (fn (x) (selfhost/typecheck::probe-ok? (core/vec::len x)))) (def selfhost/typecheck::map? (fn (x) (selfhost/typecheck::probe-ok? (core/map::entries x)))) (def selfhost/typecheck::pair? (fn (x) (selfhost/typecheck::probe-ok? (core/pair::car x)))) (def selfhost/typecheck::bool? (fn (x) (if ((core/eq? x) true) true ((core/eq? x) false)))) (def selfhost/typecheck::nil? core/list::is-nil?) (def selfhost/typecheck::ok (fn (value) {:ok true :value value})) (def selfhost/typecheck::err (fn (message) {:error message :ok false})) (def selfhost/typecheck::result-ok? (fn (result) (if (selfhost/typecheck::map? result) (let ((ok ((core/map::get result) (quote :ok)))) (if (selfhost/typecheck::bool? ok) ok false)) false))) (def selfhost/typecheck::str2 (fn (a) (fn (b) ((core/str::concat a) b)))) (def selfhost/typecheck::str3 (fn (a) (fn (b) (fn (c) ((core/str::concat ((core/str::concat a) b)) c))))) (def selfhost/typecheck::str4 (fn (a) (fn (b) (fn (c) (fn (d) ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d)))))) (def selfhost/typecheck::term-str (fn (term) (selfhost/printer::print-term term))) (def selfhost/typecheck::symbol-str (fn (symbol) (core/sym::to-str symbol))) (def selfhost/typecheck::int-str (fn (value) (core/int::to-str value))) (def selfhost/typecheck::vec-contains? (fn (items) (fn (needle) ((((selfhost/typecheck::vec-contains-loop items) needle) (core/vec::len items)) 0)))) (def selfhost/typecheck::vec-contains-loop (fn (items) (fn (needle) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (if ((core/eq? ((core/vec::get items) i)) needle) true ((((selfhost/typecheck::vec-contains-loop items) needle) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::set-add (fn (set) (fn (key) (((core/map::put set) key) true)))) (def selfhost/typecheck::set-has? (fn (set) (fn (key) (let ((value ((core/map::get set) key))) (if (selfhost/typecheck::bool? value) value false))))) (def selfhost/typecheck::set-keys (fn (set) (let ((entries (core/map::entries set))) ((((selfhost/typecheck::set-keys-loop entries) (core/vec::len entries)) 0) [])))) (def selfhost/typecheck::set-keys-loop (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((entry ((core/vec::get entries) i))) ((((selfhost/typecheck::set-keys-loop entries) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get entry) 0)))))))))) (def selfhost/typecheck::set-subset? (fn (left) (fn (right) (let ((keys (selfhost/typecheck::set-keys left))) ((((selfhost/typecheck::set-subset-loop keys) right) (core/vec::len keys)) 0))))) (def selfhost/typecheck::set-subset-loop (fn (keys) (fn (right) (fn (n) (fn (i) (if ((core/int::eq? i) n) true (if ((selfhost/typecheck::set-has? right) ((core/vec::get keys) i)) ((((selfhost/typecheck::set-subset-loop keys) right) n) ((core/int::add i) 1)) false))))))) (def selfhost/typecheck::set-union (fn (left) (fn (right) (let ((keys (selfhost/typecheck::set-keys right))) ((((selfhost/typecheck::set-union-loop keys) (core/vec::len keys)) 0) left))))) (def selfhost/typecheck::set-union-loop (fn (keys) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((selfhost/typecheck::set-union-loop keys) n) ((core/int::add i) 1)) ((selfhost/typecheck::set-add out) ((core/vec::get keys) i))))))))) (def selfhost/typecheck::set-difference (fn (left) (fn (right) (let ((keys (selfhost/typecheck::set-keys left))) ((((selfhost/typecheck::set-difference-loop keys) right) (core/vec::len keys)) 0))))) (def selfhost/typecheck::set-difference-loop (fn (keys) (fn (right) (fn (n) (fn (i) (if ((core/int::eq? i) n) {} (let ((rest ((((selfhost/typecheck::set-difference-loop keys) right) n) ((core/int::add i) 1))) (key ((core/vec::get keys) i))) (if ((selfhost/typecheck::set-has? right) key) rest ((selfhost/typecheck::set-add rest) key))))))))) (def selfhost/typecheck::vec-map (fn (items) (fn (f) ((((selfhost/typecheck::vec-map-loop items) f) (core/vec::len items)) 0)))) (def selfhost/typecheck::vec-map-loop (fn (items) (fn (f) (fn (n) (fn (i) (if ((core/int::eq? i) n) [] (let ((tail ((((selfhost/typecheck::vec-map-loop items) f) n) ((core/int::add i) 1)))) ((core/vec::append ((core/vec::push []) (f ((core/vec::get items) i)))) tail)))))))) (def selfhost/typecheck::vec-filter (fn (items) (fn (predicate) ((((selfhost/typecheck::vec-filter-loop items) predicate) (core/vec::len items)) 0)))) (def selfhost/typecheck::vec-filter-loop (fn (items) (fn (predicate) (fn (n) (fn (i) (if ((core/int::eq? i) n) [] (let ((item ((core/vec::get items) i)) (tail ((((selfhost/typecheck::vec-filter-loop items) predicate) n) ((core/int::add i) 1)))) (if (predicate item) ((core/vec::append ((core/vec::push []) item)) tail) tail)))))))) (def selfhost/typecheck::vec-last-or (fn (items) (fn (fallback) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 0) fallback ((core/vec::get items) ((core/int::sub n) 1))))))) (def selfhost/typecheck::list-items-or-nil (fn (term) (if (selfhost/typecheck::pair? term) (let ((items (core/pair::as-proper-list term))) (if (selfhost/typecheck::vec? items) items nil)) (if (selfhost/typecheck::nil? term) [] nil)))) (def selfhost/typecheck::list-from-vec (fn (items) (selfhost/canon::vec->list items))) (def selfhost/typecheck::quoted-symbol-or-nil (fn (term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 2) (let ((head ((core/vec::get items) 0)) (value ((core/vec::get items) 1))) (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote quote)) (if (selfhost/typecheck::sym? value) value nil) nil) nil)) nil) nil)))) (def selfhost/typecheck::append-message (fn (state) (fn (field) (fn (message) (let ((messages ((core/map::get state) field))) (((core/map::put state) field) ((core/vec::push messages) message))))))) (def selfhost/typecheck::merge-messages (fn (state) (fn (incoming) (let ((errors ((core/map::get incoming) (quote :errors))) (warnings ((core/map::get incoming) (quote :warnings)))) (let ((state2 (((core/map::put state) (quote :errors)) ((core/vec::append ((core/map::get state) (quote :errors))) errors)))) (((core/map::put state2) (quote :warnings)) ((core/vec::append ((core/map::get state2) (quote :warnings))) warnings))))))) (def selfhost/typecheck::session-empty {:errors [] :warnings []}) (def selfhost/typecheck::session-error (fn (session) (fn (message) (((selfhost/typecheck::append-message session) (quote :errors)) message)))) (def selfhost/typecheck::session-warning (fn (session) (fn (message) (((selfhost/typecheck::append-message session) (quote :warnings)) message))))] :module-h b"\xD9\x83,\x0C\xBBV\x8B\xF8\xAE\x9EJ\xE3\xDBI\x91~h\xC8\xD3/\x87\x083\xFF\xE3\xDE>\x9E\xBF\xA7P\xBB" :path "selfhost/typecheck_core_v1.gc" :source "(def selfhost/typecheck::empty-vec [])\n\n(def selfhost/typecheck::probe-ok?\n (fn (value) (if (core/error::is? value) false true)))\n\n(def selfhost/typecheck::sym?\n (fn (x) (selfhost/typecheck::probe-ok? (core/sym::to-str x))))\n\n(def selfhost/typecheck::str?\n (fn (x) (selfhost/typecheck::probe-ok? (core/str::to-utf8 x))))\n\n(def selfhost/typecheck::vec?\n (fn (x) (selfhost/typecheck::probe-ok? (core/vec::len x))))\n\n(def selfhost/typecheck::map?\n (fn (x) (selfhost/typecheck::probe-ok? (core/map::entries x))))\n\n(def selfhost/typecheck::pair?\n (fn (x) (selfhost/typecheck::probe-ok? (core/pair::car x))))\n\n(def selfhost/typecheck::bool?\n (fn (x) (if ((core/eq? x) true) true ((core/eq? x) false))))\n\n(def selfhost/typecheck::nil? core/list::is-nil?)\n\n(def selfhost/typecheck::ok (fn (value) {:ok true :value value}))\n\n(def selfhost/typecheck::err (fn (message) {:error message :ok false}))\n\n(def selfhost/typecheck::result-ok?\n (fn (result)\n (if (selfhost/typecheck::map? result)\n (let ((ok ((core/map::get result) (quote :ok))))\n (if (selfhost/typecheck::bool? ok) ok false))\n false)))\n\n(def selfhost/typecheck::str2\n (fn (a) (fn (b) ((core/str::concat a) b))))\n\n(def selfhost/typecheck::str3\n (fn (a) (fn (b) (fn (c) ((core/str::concat ((core/str::concat a) b)) c)))))\n\n(def selfhost/typecheck::str4\n (fn (a)\n (fn (b)\n (fn (c) (fn (d) ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d))))))\n\n(def selfhost/typecheck::term-str\n (fn (term) (selfhost/printer::print-term term)))\n\n(def selfhost/typecheck::symbol-str (fn (symbol) (core/sym::to-str symbol)))\n\n(def selfhost/typecheck::int-str (fn (value) (core/int::to-str value)))\n\n(def selfhost/typecheck::vec-contains?\n (fn (items)\n (fn (needle)\n ((((selfhost/typecheck::vec-contains-loop items) needle) (core/vec::len items)) 0))))\n\n(def selfhost/typecheck::vec-contains-loop\n (fn (items)\n (fn (needle)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if ((core/eq? ((core/vec::get items) i)) needle)\n true\n ((((selfhost/typecheck::vec-contains-loop items) needle) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::set-add\n (fn (set) (fn (key) (((core/map::put set) key) true))))\n\n(def selfhost/typecheck::set-has?\n (fn (set)\n (fn (key)\n (let ((value ((core/map::get set) key)))\n (if (selfhost/typecheck::bool? value) value false)))))\n\n(def selfhost/typecheck::set-keys\n (fn (set)\n (let ((entries (core/map::entries set)))\n ((((selfhost/typecheck::set-keys-loop entries) (core/vec::len entries)) 0) []))))\n\n(def selfhost/typecheck::set-keys-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((entry ((core/vec::get entries) i)))\n ((((selfhost/typecheck::set-keys-loop entries) n) ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get entry) 0))))))))))\n\n(def selfhost/typecheck::set-subset?\n (fn (left)\n (fn (right)\n (let ((keys (selfhost/typecheck::set-keys left)))\n ((((selfhost/typecheck::set-subset-loop keys) right) (core/vec::len keys)) 0)))))\n\n(def selfhost/typecheck::set-subset-loop\n (fn (keys)\n (fn (right)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n true\n (if ((selfhost/typecheck::set-has? right) ((core/vec::get keys) i))\n ((((selfhost/typecheck::set-subset-loop keys) right) n) ((core/int::add i) 1))\n false)))))))\n\n(def selfhost/typecheck::set-union\n (fn (left)\n (fn (right)\n (let ((keys (selfhost/typecheck::set-keys right)))\n ((((selfhost/typecheck::set-union-loop keys) (core/vec::len keys)) 0) left)))))\n\n(def selfhost/typecheck::set-union-loop\n (fn (keys)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((selfhost/typecheck::set-union-loop keys) n) ((core/int::add i) 1))\n ((selfhost/typecheck::set-add out) ((core/vec::get keys) i)))))))))\n\n(def selfhost/typecheck::set-difference\n (fn (left)\n (fn (right)\n (let ((keys (selfhost/typecheck::set-keys left)))\n ((((selfhost/typecheck::set-difference-loop keys) right) (core/vec::len keys)) 0)))))\n\n(def selfhost/typecheck::set-difference-loop\n (fn (keys)\n (fn (right)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {}\n (let\n ((rest ((((selfhost/typecheck::set-difference-loop keys) right) n) ((core/int::add i) 1)))\n (key ((core/vec::get keys) i)))\n (if ((selfhost/typecheck::set-has? right) key)\n rest\n ((selfhost/typecheck::set-add rest) key)))))))))\n\n(def selfhost/typecheck::vec-map\n (fn (items)\n (fn (f) ((((selfhost/typecheck::vec-map-loop items) f) (core/vec::len items)) 0))))\n\n(def selfhost/typecheck::vec-map-loop\n (fn (items)\n (fn (f)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n []\n (let ((tail ((((selfhost/typecheck::vec-map-loop items) f) n) ((core/int::add i) 1))))\n ((core/vec::append (core/vec::push [] (f ((core/vec::get items) i)))) tail))))))))\n\n(def selfhost/typecheck::vec-filter\n (fn (items)\n (fn (predicate)\n ((((selfhost/typecheck::vec-filter-loop items) predicate) (core/vec::len items)) 0))))\n\n(def selfhost/typecheck::vec-filter-loop\n (fn (items)\n (fn (predicate)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n []\n (let\n ((item ((core/vec::get items) i))\n (tail ((((selfhost/typecheck::vec-filter-loop items) predicate) n) ((core/int::add i) 1))))\n (if (predicate item) ((core/vec::append (core/vec::push [] item)) tail) tail))))))))\n\n(def selfhost/typecheck::vec-last-or\n (fn (items)\n (fn (fallback)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 0) fallback ((core/vec::get items) ((core/int::sub n) 1)))))))\n\n(def selfhost/typecheck::list-items-or-nil\n (fn (term)\n (if (selfhost/typecheck::pair? term)\n (let ((items (core/pair::as-proper-list term)))\n (if (selfhost/typecheck::vec? items) items nil))\n (if (selfhost/typecheck::nil? term) [] nil))))\n\n(def selfhost/typecheck::list-from-vec\n (fn (items) (selfhost/canon::vec->list items)))\n\n(def selfhost/typecheck::quoted-symbol-or-nil\n (fn (term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 2)\n (let ((head ((core/vec::get items) 0)) (value ((core/vec::get items) 1)))\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote quote))\n (if (selfhost/typecheck::sym? value) value nil)\n nil)\n nil))\n nil)\n nil))))\n\n(def selfhost/typecheck::append-message\n (fn (state)\n (fn (field)\n (fn (message)\n (let ((messages ((core/map::get state) field)))\n (((core/map::put state) field) ((core/vec::push messages) message)))))))\n\n(def selfhost/typecheck::merge-messages\n (fn (state)\n (fn (incoming)\n (let\n ((errors ((core/map::get incoming) (quote :errors)))\n (warnings ((core/map::get incoming) (quote :warnings))))\n (let\n ((state2\n (((core/map::put state) (quote :errors))\n ((core/vec::append ((core/map::get state) (quote :errors))) errors))))\n (((core/map::put state2) (quote :warnings))\n ((core/vec::append ((core/map::get state2) (quote :warnings))) warnings)))))))\n\n(def selfhost/typecheck::session-empty {:errors [] :warnings []})\n\n(def selfhost/typecheck::session-error\n (fn (session)\n (fn (message)\n (((selfhost/typecheck::append-message session) (quote :errors)) message))))\n\n(def selfhost/typecheck::session-warning\n (fn (session)\n (fn (message)\n (((selfhost/typecheck::append-message session) (quote :warnings)) message))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xD9\x83,\x0C\xBBV\x8B\xF8\xAE\x9EJ\xE3\xDBI\x91~h\xC8\xD3/\x87\x083\xFF\xE3\xDE>\x9E\xBF\xA7P\xBB" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::ty-scalar (fn (tag) {:tag tag})) (def selfhost/typecheck::ty-any (selfhost/typecheck::ty-scalar (quote :any))) (def selfhost/typecheck::ty-int (selfhost/typecheck::ty-scalar (quote :int))) (def selfhost/typecheck::ty-dec (selfhost/typecheck::ty-scalar (quote :dec))) (def selfhost/typecheck::ty-bool (selfhost/typecheck::ty-scalar (quote :bool))) (def selfhost/typecheck::ty-nil (selfhost/typecheck::ty-scalar (quote :nil))) (def selfhost/typecheck::ty-str (selfhost/typecheck::ty-scalar (quote :str))) (def selfhost/typecheck::ty-bytes (selfhost/typecheck::ty-scalar (quote :bytes))) (def selfhost/typecheck::ty-symbol (selfhost/typecheck::ty-scalar (quote :symbol))) (def selfhost/typecheck::ty-msg (fn (op) (fn (payload) {:op op :payload payload :tag (quote :msg)}))) (def selfhost/typecheck::ty-fn (fn (param) (fn (ret) (fn (eff) {:eff eff :param param :ret ret :tag (quote :fn)})))) (def selfhost/typecheck::ty-prog (fn (ret) (fn (eff) {:eff eff :ret ret :tag (quote :prog)}))) (def selfhost/typecheck::ty-rec (fn (fields) (fn (tail) {:fields fields :tag (quote :rec) :tail tail}))) (def selfhost/typecheck::ty-contract (fn (methods) (fn (tail) {:methods methods :tag (quote :contract) :tail tail}))) (def selfhost/typecheck::eff-row (fn (ops) (fn (tail) {:ops ops :tail tail}))) (def selfhost/typecheck::eff-empty ((selfhost/typecheck::eff-row {}) (quote :closed))) (def selfhost/typecheck::ty-tag (fn (ty) ((core/map::get ty) (quote :tag)))) (def selfhost/typecheck::tail-open? (fn (tail) (if ((core/sym::eq? tail) (quote :closed)) false true))) (def selfhost/typecheck::tail-to-term (fn (tail) (if ((core/sym::eq? tail) (quote :closed)) nil (if ((core/sym::eq? tail) (quote :any)) (quote ?) tail)))) (def selfhost/typecheck::parse-row-tail (fn (term) (if (selfhost/typecheck::nil? term) (selfhost/typecheck::ok (quote :closed)) (if (selfhost/typecheck::sym? term) (if ((core/sym::eq? term) (quote ?)) (selfhost/typecheck::ok (quote :any)) (selfhost/typecheck::ok term)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row tail must be nil, ?, or a symbol var, got ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-type (fn (term) (if (selfhost/typecheck::sym? term) (selfhost/typecheck::parse-type-symbol term) (if (selfhost/typecheck::pair? term) (selfhost/typecheck::parse-type-list term) (selfhost/typecheck::err ((selfhost/typecheck::str2 "unsupported type term: ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-type-symbol (fn (symbol) (if ((core/sym::eq? symbol) (quote ?)) (selfhost/typecheck::ok selfhost/typecheck::ty-any) (if ((core/sym::eq? symbol) (quote Int)) (selfhost/typecheck::ok selfhost/typecheck::ty-int) (if ((core/sym::eq? symbol) (quote Dec)) (selfhost/typecheck::ok selfhost/typecheck::ty-dec) (if ((core/sym::eq? symbol) (quote Bool)) (selfhost/typecheck::ok selfhost/typecheck::ty-bool) (if (if ((core/sym::eq? symbol) (quote Nil)) ((core/sym::eq? symbol) (quote nil)) false) (selfhost/typecheck::ok selfhost/typecheck::ty-nil) (if ((core/sym::eq? symbol) (quote Str)) (selfhost/typecheck::ok selfhost/typecheck::ty-str) (if ((core/sym::eq? symbol) (quote Bytes)) (selfhost/typecheck::ok selfhost/typecheck::ty-bytes) (if ((core/sym::eq? symbol) (quote Symbol)) (selfhost/typecheck::ok selfhost/typecheck::ty-symbol) (selfhost/typecheck::err ((selfhost/typecheck::str2 "unsupported type term: ") (selfhost/typecheck::term-str symbol))))))))))))) (def selfhost/typecheck::parse-type-list (fn (term) (let ((items (core/pair::as-proper-list term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) (selfhost/typecheck::err "empty type term list") (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) ((selfhost/typecheck::parse-type-constructor head) items) (selfhost/typecheck::err ((selfhost/typecheck::str2 "type head must be a symbol: ") (selfhost/typecheck::term-str head)))))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "type term must be a proper list: ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-type-constructor (fn (head) (fn (items) (if ((core/sym::eq? head) (quote Fn)) (selfhost/typecheck::parse-fn-type items) (if ((core/sym::eq? head) (quote Prog)) (selfhost/typecheck::parse-prog-type items) (if ((core/sym::eq? head) (quote Msg)) (selfhost/typecheck::parse-msg-type items) (if ((core/sym::eq? head) (quote Rec)) ((selfhost/typecheck::parse-shape-type (quote :rec)) items) (if ((core/sym::eq? head) (quote Contract)) ((selfhost/typecheck::parse-shape-type (quote :contract)) items) (if ((core/sym::eq? head) (quote Eff)) (selfhost/typecheck::err "(Eff ...) is an effect-row term, not a type") (selfhost/typecheck::err ((selfhost/typecheck::str2 "unknown type constructor ") (selfhost/typecheck::symbol-str head)))))))))))) (def selfhost/typecheck::parse-fn-type (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::eq? n) 3) true ((core/int::eq? n) 4)) (let ((param-result (selfhost/typecheck::parse-type ((core/vec::get items) 1))) (ret-result (selfhost/typecheck::parse-type ((core/vec::get items) 2)))) (if (selfhost/typecheck::result-ok? param-result) (if (selfhost/typecheck::result-ok? ret-result) (let ((eff-result (if ((core/int::eq? n) 4) (selfhost/typecheck::parse-eff-row ((core/vec::get items) 3)) (selfhost/typecheck::ok selfhost/typecheck::eff-empty)))) (if (selfhost/typecheck::result-ok? eff-result) (selfhost/typecheck::ok (((selfhost/typecheck::ty-fn ((core/map::get param-result) (quote :value))) ((core/map::get ret-result) (quote :value))) ((core/map::get eff-result) (quote :value)))) eff-result)) ret-result) param-result)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "(Fn A B (Eff ...)) expects 2 or 3 arguments, got ") (selfhost/typecheck::int-str ((core/int::sub n) 1)))))))) (def selfhost/typecheck::parse-prog-type (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 3) (let ((ret-result (selfhost/typecheck::parse-type ((core/vec::get items) 1))) (eff-result (selfhost/typecheck::parse-eff-row ((core/vec::get items) 2)))) (if (selfhost/typecheck::result-ok? ret-result) (if (selfhost/typecheck::result-ok? eff-result) (selfhost/typecheck::ok ((selfhost/typecheck::ty-prog ((core/map::get ret-result) (quote :value))) ((core/map::get eff-result) (quote :value)))) eff-result) ret-result)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "(Prog T (Eff ...)) expects 2 arguments, got ") (selfhost/typecheck::int-str ((core/int::sub n) 1)))))))) (def selfhost/typecheck::parse-msg-type (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 2) (let ((payload-result (selfhost/typecheck::parse-type ((core/vec::get items) 1)))) (if (selfhost/typecheck::result-ok? payload-result) (selfhost/typecheck::ok ((selfhost/typecheck::ty-msg nil) ((core/map::get payload-result) (quote :value)))) payload-result)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "(Msg Payload) expects 1 argument, got ") (selfhost/typecheck::int-str ((core/int::sub n) 1)))))))) (def selfhost/typecheck::parse-shape-type (fn (kind) (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 3) (let ((fields-result (selfhost/typecheck::parse-row-fields ((core/vec::get items) 1))) (tail-result (selfhost/typecheck::parse-row-tail ((core/vec::get items) 2)))) (if (selfhost/typecheck::result-ok? fields-result) (if (selfhost/typecheck::result-ok? tail-result) (let ((fields ((core/map::get fields-result) (quote :value))) (tail ((core/map::get tail-result) (quote :value)))) (if ((core/sym::eq? kind) (quote :rec)) (selfhost/typecheck::ok ((selfhost/typecheck::ty-rec fields) tail)) (selfhost/typecheck::ok ((selfhost/typecheck::ty-contract fields) tail)))) tail-result) fields-result)) (let ((label (if ((core/sym::eq? kind) (quote :rec)) "(Rec [[:k T] ...] tail) expects 2 arguments, got " "(Contract [[op Ty] ...] tail) expects 2 arguments, got "))) (selfhost/typecheck::err ((selfhost/typecheck::str2 label) (selfhost/typecheck::int-str ((core/int::sub n) 1)))))))))) (def selfhost/typecheck::parse-eff-row (fn (term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote Eff)) (let ((ops-result (selfhost/typecheck::parse-eff-ops ((core/vec::get items) 1))) (tail-result (selfhost/typecheck::parse-row-tail ((core/vec::get items) 2)))) (if (selfhost/typecheck::result-ok? ops-result) (if (selfhost/typecheck::result-ok? tail-result) (selfhost/typecheck::ok ((selfhost/typecheck::eff-row ((core/map::get ops-result) (quote :value))) ((core/map::get tail-result) (quote :value)))) tail-result) ops-result)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff row must look like (Eff [ops] tail), got ") (selfhost/typecheck::term-str term)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff row must look like (Eff [ops] tail), got ") (selfhost/typecheck::term-str term))))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff row must look like (Eff [ops] tail), got ") (selfhost/typecheck::term-str term)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff row must be a list: ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-eff-ops (fn (term) (if (selfhost/typecheck::nil? term) (selfhost/typecheck::ok {}) (if (selfhost/typecheck::vec? term) ((((selfhost/typecheck::parse-eff-ops-loop term) (core/vec::len term)) 0) {}) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff ops must be a vector, got ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-eff-ops-loop (fn (items) (fn (n) (fn (i) (fn (set) (if ((core/int::eq? i) n) (selfhost/typecheck::ok set) (let ((op ((core/vec::get items) i))) (if (selfhost/typecheck::sym? op) (if ((selfhost/typecheck::set-has? set) op) (selfhost/typecheck::err ((selfhost/typecheck::str2 "duplicate effect op ") (selfhost/typecheck::symbol-str op))) ((((selfhost/typecheck::parse-eff-ops-loop items) n) ((core/int::add i) 1)) ((selfhost/typecheck::set-add set) op))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff op must be a symbol, got ") (selfhost/typecheck::term-str op))))))))))) (def selfhost/typecheck::parse-row-fields (fn (term) (if (selfhost/typecheck::vec? term) ((((selfhost/typecheck::parse-row-fields-loop term) (core/vec::len term)) 0) {}) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row fields must be a vector, got ") (selfhost/typecheck::term-str term)))))) (def selfhost/typecheck::parse-row-fields-loop (fn (items) (fn (n) (fn (i) (fn (fields) (if ((core/int::eq? i) n) (selfhost/typecheck::ok fields) (let ((entry ((core/vec::get items) i))) (if (selfhost/typecheck::vec? entry) (if ((core/int::eq? (core/vec::len entry)) 2) (let ((label ((core/vec::get entry) 0)) (type-term ((core/vec::get entry) 1))) (if (selfhost/typecheck::sym? label) (if (selfhost/typecheck::nil? ((core/map::get fields) label)) (let ((parsed (selfhost/typecheck::parse-type type-term))) (if (selfhost/typecheck::result-ok? parsed) ((((selfhost/typecheck::parse-row-fields-loop items) n) ((core/int::add i) 1)) (((core/map::put fields) label) ((core/map::get parsed) (quote :value)))) parsed)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "duplicate row label ") (selfhost/typecheck::symbol-str label)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row label must be a symbol, got ") (selfhost/typecheck::term-str label))))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row entry must have 2 items, got ") (selfhost/typecheck::term-str entry)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row entry must be a 2-vector, got ") (selfhost/typecheck::term-str entry))))))))))) (def selfhost/typecheck::type-to-term (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :any)) (quote ?) (if ((core/sym::eq? tag) (quote :int)) (quote Int) (if ((core/sym::eq? tag) (quote :dec)) (quote Dec) (if ((core/sym::eq? tag) (quote :bool)) (quote Bool) (if ((core/sym::eq? tag) (quote :nil)) (quote Nil) (if ((core/sym::eq? tag) (quote :str)) (quote Str) (if ((core/sym::eq? tag) (quote :bytes)) (quote Bytes) (if ((core/sym::eq? tag) (quote :symbol)) (quote Symbol) (if ((core/sym::eq? tag) (quote :msg)) (let ((items ((core/vec::push []) (quote Msg)))) (selfhost/typecheck::list-from-vec ((core/vec::push items) (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :payload)))))) (if ((core/sym::eq? tag) (quote :fn)) (selfhost/typecheck::type-fn-to-term ty) (if ((core/sym::eq? tag) (quote :prog)) (selfhost/typecheck::type-prog-to-term ty) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::type-shape-to-term (quote Rec)) ty) ((selfhost/typecheck::type-shape-to-term (quote Contract)) ty)))))))))))))))) (def selfhost/typecheck::eff-to-term (fn (eff) (let ((items1 ((core/vec::push []) (quote Eff)))) (let ((items2 ((core/vec::push items1) (selfhost/typecheck::set-keys ((core/map::get eff) (quote :ops)))))) (selfhost/typecheck::list-from-vec ((core/vec::push items2) (selfhost/typecheck::tail-to-term ((core/map::get eff) (quote :tail))))))))) (def selfhost/typecheck::type-fn-to-term (fn (ty) (let ((items1 ((core/vec::push []) (quote Fn)))) (let ((items2 ((core/vec::push items1) (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :param)))))) (let ((items3 ((core/vec::push items2) (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :ret)))))) (selfhost/typecheck::list-from-vec ((core/vec::push items3) (selfhost/typecheck::eff-to-term ((core/map::get ty) (quote :eff)))))))))) (def selfhost/typecheck::type-prog-to-term (fn (ty) (let ((items1 ((core/vec::push []) (quote Prog)))) (let ((items2 ((core/vec::push items1) (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :ret)))))) (selfhost/typecheck::list-from-vec ((core/vec::push items2) (selfhost/typecheck::eff-to-term ((core/map::get ty) (quote :eff))))))))) (def selfhost/typecheck::type-shape-to-term (fn (head) (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty)) (fields ((core/map::get ty) (if ((core/sym::eq? tag) (quote :rec)) (quote :fields) (quote :methods))))) (let ((items1 ((core/vec::push []) head))) (let ((items2 ((core/vec::push items1) (selfhost/typecheck::shape-fields-to-term fields)))) (selfhost/typecheck::list-from-vec ((core/vec::push items2) (selfhost/typecheck::tail-to-term ((core/map::get ty) (quote :tail))))))))))) (def selfhost/typecheck::shape-fields-to-term (fn (fields) (let ((entries (core/map::entries fields))) ((selfhost/typecheck::vec-map entries) (fn (entry) (let ((pair ((core/vec::push []) ((core/vec::get entry) 0)))) ((core/vec::push pair) (selfhost/typecheck::type-to-term ((core/vec::get entry) 1)))))))))] :module-h b"\xBF\x92\xC7\x95`:\x89\xFD\xD6\xC3*S\x9E\x1E\xF7>}\x8A\xC1gk\x88R/\\&\xC2)\xDFs\xD7\xD1" :path "selfhost/typecheck_types_v1.gc" :source "(def selfhost/typecheck::ty-scalar\n (fn (tag) {:tag tag}))\n\n(def selfhost/typecheck::ty-any (selfhost/typecheck::ty-scalar (quote :any)))\n(def selfhost/typecheck::ty-int (selfhost/typecheck::ty-scalar (quote :int)))\n(def selfhost/typecheck::ty-dec (selfhost/typecheck::ty-scalar (quote :dec)))\n(def selfhost/typecheck::ty-bool (selfhost/typecheck::ty-scalar (quote :bool)))\n(def selfhost/typecheck::ty-nil (selfhost/typecheck::ty-scalar (quote :nil)))\n(def selfhost/typecheck::ty-str (selfhost/typecheck::ty-scalar (quote :str)))\n(def selfhost/typecheck::ty-bytes (selfhost/typecheck::ty-scalar (quote :bytes)))\n(def selfhost/typecheck::ty-symbol (selfhost/typecheck::ty-scalar (quote :symbol)))\n\n(def selfhost/typecheck::ty-msg\n (fn (op) (fn (payload) {:op op :payload payload :tag (quote :msg)})))\n\n(def selfhost/typecheck::ty-fn\n (fn (param) (fn (ret) (fn (eff) {:eff eff :param param :ret ret :tag (quote :fn)}))))\n\n(def selfhost/typecheck::ty-prog\n (fn (ret) (fn (eff) {:eff eff :ret ret :tag (quote :prog)})))\n\n(def selfhost/typecheck::ty-rec\n (fn (fields) (fn (tail) {:fields fields :tag (quote :rec) :tail tail})))\n\n(def selfhost/typecheck::ty-contract\n (fn (methods) (fn (tail) {:methods methods :tag (quote :contract) :tail tail})))\n\n(def selfhost/typecheck::eff-row\n (fn (ops) (fn (tail) {:ops ops :tail tail})))\n\n(def selfhost/typecheck::eff-empty\n ((selfhost/typecheck::eff-row {}) (quote :closed)))\n\n(def selfhost/typecheck::ty-tag\n (fn (ty) ((core/map::get ty) (quote :tag))))\n\n(def selfhost/typecheck::tail-open?\n (fn (tail) (if ((core/sym::eq? tail) (quote :closed)) false true)))\n\n(def selfhost/typecheck::tail-to-term\n (fn (tail)\n (if ((core/sym::eq? tail) (quote :closed))\n nil\n (if ((core/sym::eq? tail) (quote :any)) (quote ?) tail))))\n\n(def selfhost/typecheck::parse-row-tail\n (fn (term)\n (if (selfhost/typecheck::nil? term)\n (selfhost/typecheck::ok (quote :closed))\n (if (selfhost/typecheck::sym? term)\n (if ((core/sym::eq? term) (quote ?))\n (selfhost/typecheck::ok (quote :any))\n (selfhost/typecheck::ok term))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row tail must be nil, ?, or a symbol var, got \")\n (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-type\n (fn (term)\n (if (selfhost/typecheck::sym? term)\n (selfhost/typecheck::parse-type-symbol term)\n (if (selfhost/typecheck::pair? term)\n (selfhost/typecheck::parse-type-list term)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"unsupported type term: \") (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-type-symbol\n (fn (symbol)\n (if ((core/sym::eq? symbol) (quote ?))\n (selfhost/typecheck::ok selfhost/typecheck::ty-any)\n (if ((core/sym::eq? symbol) (quote Int))\n (selfhost/typecheck::ok selfhost/typecheck::ty-int)\n (if ((core/sym::eq? symbol) (quote Dec))\n (selfhost/typecheck::ok selfhost/typecheck::ty-dec)\n (if ((core/sym::eq? symbol) (quote Bool))\n (selfhost/typecheck::ok selfhost/typecheck::ty-bool)\n (if (if ((core/sym::eq? symbol) (quote Nil)) ((core/sym::eq? symbol) (quote nil)) false)\n (selfhost/typecheck::ok selfhost/typecheck::ty-nil)\n (if ((core/sym::eq? symbol) (quote Str))\n (selfhost/typecheck::ok selfhost/typecheck::ty-str)\n (if ((core/sym::eq? symbol) (quote Bytes))\n (selfhost/typecheck::ok selfhost/typecheck::ty-bytes)\n (if ((core/sym::eq? symbol) (quote Symbol))\n (selfhost/typecheck::ok selfhost/typecheck::ty-symbol)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"unsupported type term: \")\n (selfhost/typecheck::term-str symbol)))))))))))))\n\n(def selfhost/typecheck::parse-type-list\n (fn (term)\n (let ((items (core/pair::as-proper-list term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n (selfhost/typecheck::err \"empty type term list\")\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n ((selfhost/typecheck::parse-type-constructor head) items)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"type head must be a symbol: \")\n (selfhost/typecheck::term-str head))))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"type term must be a proper list: \")\n (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-type-constructor\n (fn (head)\n (fn (items)\n (if ((core/sym::eq? head) (quote Fn))\n (selfhost/typecheck::parse-fn-type items)\n (if ((core/sym::eq? head) (quote Prog))\n (selfhost/typecheck::parse-prog-type items)\n (if ((core/sym::eq? head) (quote Msg))\n (selfhost/typecheck::parse-msg-type items)\n (if ((core/sym::eq? head) (quote Rec))\n ((selfhost/typecheck::parse-shape-type (quote :rec)) items)\n (if ((core/sym::eq? head) (quote Contract))\n ((selfhost/typecheck::parse-shape-type (quote :contract)) items)\n (if ((core/sym::eq? head) (quote Eff))\n (selfhost/typecheck::err \"(Eff ...) is an effect-row term, not a type\")\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"unknown type constructor \")\n (selfhost/typecheck::symbol-str head))))))))))))\n\n(def selfhost/typecheck::parse-fn-type\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::eq? n) 3) true ((core/int::eq? n) 4))\n (let\n ((param-result (selfhost/typecheck::parse-type ((core/vec::get items) 1)))\n (ret-result (selfhost/typecheck::parse-type ((core/vec::get items) 2))))\n (if (selfhost/typecheck::result-ok? param-result)\n (if (selfhost/typecheck::result-ok? ret-result)\n (let\n ((eff-result\n (if ((core/int::eq? n) 4)\n (selfhost/typecheck::parse-eff-row ((core/vec::get items) 3))\n (selfhost/typecheck::ok selfhost/typecheck::eff-empty))))\n (if (selfhost/typecheck::result-ok? eff-result)\n (selfhost/typecheck::ok\n (((selfhost/typecheck::ty-fn\n ((core/map::get param-result) (quote :value)))\n ((core/map::get ret-result) (quote :value)))\n ((core/map::get eff-result) (quote :value))))\n eff-result))\n ret-result)\n param-result))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"(Fn A B (Eff ...)) expects 2 or 3 arguments, got \")\n (selfhost/typecheck::int-str ((core/int::sub n) 1))))))))\n\n(def selfhost/typecheck::parse-prog-type\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 3)\n (let\n ((ret-result (selfhost/typecheck::parse-type ((core/vec::get items) 1)))\n (eff-result (selfhost/typecheck::parse-eff-row ((core/vec::get items) 2))))\n (if (selfhost/typecheck::result-ok? ret-result)\n (if (selfhost/typecheck::result-ok? eff-result)\n (selfhost/typecheck::ok\n ((selfhost/typecheck::ty-prog ((core/map::get ret-result) (quote :value)))\n ((core/map::get eff-result) (quote :value))))\n eff-result)\n ret-result))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"(Prog T (Eff ...)) expects 2 arguments, got \")\n (selfhost/typecheck::int-str ((core/int::sub n) 1))))))))\n\n(def selfhost/typecheck::parse-msg-type\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 2)\n (let ((payload-result (selfhost/typecheck::parse-type ((core/vec::get items) 1))))\n (if (selfhost/typecheck::result-ok? payload-result)\n (selfhost/typecheck::ok\n ((selfhost/typecheck::ty-msg nil) ((core/map::get payload-result) (quote :value))))\n payload-result))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"(Msg Payload) expects 1 argument, got \")\n (selfhost/typecheck::int-str ((core/int::sub n) 1))))))))\n\n(def selfhost/typecheck::parse-shape-type\n (fn (kind)\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 3)\n (let\n ((fields-result (selfhost/typecheck::parse-row-fields ((core/vec::get items) 1)))\n (tail-result (selfhost/typecheck::parse-row-tail ((core/vec::get items) 2))))\n (if (selfhost/typecheck::result-ok? fields-result)\n (if (selfhost/typecheck::result-ok? tail-result)\n (let\n ((fields ((core/map::get fields-result) (quote :value)))\n (tail ((core/map::get tail-result) (quote :value))))\n (if ((core/sym::eq? kind) (quote :rec))\n (selfhost/typecheck::ok ((selfhost/typecheck::ty-rec fields) tail))\n (selfhost/typecheck::ok ((selfhost/typecheck::ty-contract fields) tail))))\n tail-result)\n fields-result))\n (let\n ((label\n (if ((core/sym::eq? kind) (quote :rec))\n \"(Rec [[:k T] ...] tail) expects 2 arguments, got \"\n \"(Contract [[op Ty] ...] tail) expects 2 arguments, got \")))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 label)\n (selfhost/typecheck::int-str ((core/int::sub n) 1))))))))))\n\n(def selfhost/typecheck::parse-eff-row\n (fn (term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote Eff))\n (let\n ((ops-result (selfhost/typecheck::parse-eff-ops ((core/vec::get items) 1)))\n (tail-result (selfhost/typecheck::parse-row-tail ((core/vec::get items) 2))))\n (if (selfhost/typecheck::result-ok? ops-result)\n (if (selfhost/typecheck::result-ok? tail-result)\n (selfhost/typecheck::ok\n ((selfhost/typecheck::eff-row ((core/map::get ops-result) (quote :value)))\n ((core/map::get tail-result) (quote :value))))\n tail-result)\n ops-result))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff row must look like (Eff [ops] tail), got \")\n (selfhost/typecheck::term-str term))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff row must look like (Eff [ops] tail), got \")\n (selfhost/typecheck::term-str term)))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff row must look like (Eff [ops] tail), got \")\n (selfhost/typecheck::term-str term))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff row must be a list: \")\n (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-eff-ops\n (fn (term)\n (if (selfhost/typecheck::nil? term)\n (selfhost/typecheck::ok {})\n (if (selfhost/typecheck::vec? term)\n ((((selfhost/typecheck::parse-eff-ops-loop term) (core/vec::len term)) 0) {})\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff ops must be a vector, got \")\n (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-eff-ops-loop\n (fn (items)\n (fn (n)\n (fn (i)\n (fn (set)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok set)\n (let ((op ((core/vec::get items) i)))\n (if (selfhost/typecheck::sym? op)\n (if ((selfhost/typecheck::set-has? set) op)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"duplicate effect op \")\n (selfhost/typecheck::symbol-str op)))\n ((((selfhost/typecheck::parse-eff-ops-loop items) n) ((core/int::add i) 1))\n ((selfhost/typecheck::set-add set) op)))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff op must be a symbol, got \")\n (selfhost/typecheck::term-str op)))))))))))\n\n(def selfhost/typecheck::parse-row-fields\n (fn (term)\n (if (selfhost/typecheck::vec? term)\n ((((selfhost/typecheck::parse-row-fields-loop term) (core/vec::len term)) 0) {})\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row fields must be a vector, got \")\n (selfhost/typecheck::term-str term))))))\n\n(def selfhost/typecheck::parse-row-fields-loop\n (fn (items)\n (fn (n)\n (fn (i)\n (fn (fields)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok fields)\n (let ((entry ((core/vec::get items) i)))\n (if (selfhost/typecheck::vec? entry)\n (if ((core/int::eq? (core/vec::len entry)) 2)\n (let ((label ((core/vec::get entry) 0)) (type-term ((core/vec::get entry) 1)))\n (if (selfhost/typecheck::sym? label)\n (if (selfhost/typecheck::nil? ((core/map::get fields) label))\n (let ((parsed (selfhost/typecheck::parse-type type-term)))\n (if (selfhost/typecheck::result-ok? parsed)\n ((((selfhost/typecheck::parse-row-fields-loop items) n)\n ((core/int::add i) 1))\n (((core/map::put fields) label) ((core/map::get parsed) (quote :value))))\n parsed))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"duplicate row label \")\n (selfhost/typecheck::symbol-str label))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row label must be a symbol, got \")\n (selfhost/typecheck::term-str label)))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row entry must have 2 items, got \")\n (selfhost/typecheck::term-str entry))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row entry must be a 2-vector, got \")\n (selfhost/typecheck::term-str entry)))))))))))\n\n(def selfhost/typecheck::type-to-term\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :any))\n (quote ?)\n (if ((core/sym::eq? tag) (quote :int))\n (quote Int)\n (if ((core/sym::eq? tag) (quote :dec))\n (quote Dec)\n (if ((core/sym::eq? tag) (quote :bool))\n (quote Bool)\n (if ((core/sym::eq? tag) (quote :nil))\n (quote Nil)\n (if ((core/sym::eq? tag) (quote :str))\n (quote Str)\n (if ((core/sym::eq? tag) (quote :bytes))\n (quote Bytes)\n (if ((core/sym::eq? tag) (quote :symbol))\n (quote Symbol)\n (if ((core/sym::eq? tag) (quote :msg))\n (let ((items ((core/vec::push []) (quote Msg))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items)\n (selfhost/typecheck::type-to-term\n ((core/map::get ty) (quote :payload))))))\n (if ((core/sym::eq? tag) (quote :fn))\n (selfhost/typecheck::type-fn-to-term ty)\n (if ((core/sym::eq? tag) (quote :prog))\n (selfhost/typecheck::type-prog-to-term ty)\n (if ((core/sym::eq? tag) (quote :rec))\n ((selfhost/typecheck::type-shape-to-term (quote Rec)) ty)\n ((selfhost/typecheck::type-shape-to-term (quote Contract)) ty))))))))))))))))\n\n(def selfhost/typecheck::eff-to-term\n (fn (eff)\n (let ((items1 ((core/vec::push []) (quote Eff))))\n (let\n ((items2\n ((core/vec::push items1)\n (selfhost/typecheck::set-keys ((core/map::get eff) (quote :ops))))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items2)\n (selfhost/typecheck::tail-to-term ((core/map::get eff) (quote :tail)))))))))\n\n(def selfhost/typecheck::type-fn-to-term\n (fn (ty)\n (let ((items1 ((core/vec::push []) (quote Fn))))\n (let\n ((items2\n ((core/vec::push items1)\n (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :param))))))\n (let\n ((items3\n ((core/vec::push items2)\n (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :ret))))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items3)\n (selfhost/typecheck::eff-to-term ((core/map::get ty) (quote :eff))))))))))\n\n(def selfhost/typecheck::type-prog-to-term\n (fn (ty)\n (let ((items1 ((core/vec::push []) (quote Prog))))\n (let\n ((items2\n ((core/vec::push items1)\n (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :ret))))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items2)\n (selfhost/typecheck::eff-to-term ((core/map::get ty) (quote :eff)))))))))\n\n(def selfhost/typecheck::type-shape-to-term\n (fn (head)\n (fn (ty)\n (let\n ((tag (selfhost/typecheck::ty-tag ty))\n (fields\n ((core/map::get ty)\n (if ((core/sym::eq? tag) (quote :rec)) (quote :fields) (quote :methods)))))\n (let ((items1 ((core/vec::push []) head)))\n (let\n ((items2\n ((core/vec::push items1)\n (selfhost/typecheck::shape-fields-to-term fields))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items2)\n (selfhost/typecheck::tail-to-term ((core/map::get ty) (quote :tail)))))))))))\n\n(def selfhost/typecheck::shape-fields-to-term\n (fn (fields)\n (let ((entries (core/map::entries fields)))\n ((selfhost/typecheck::vec-map entries)\n (fn (entry)\n (let ((pair ((core/vec::push []) ((core/vec::get entry) 0))))\n ((core/vec::push pair)\n (selfhost/typecheck::type-to-term ((core/vec::get entry) 1)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBF\x92\xC7\x95`:\x89\xFD\xD6\xC3*S\x9E\x1E\xF7>}\x8A\xC1gk\x88R/\\&\xC2)\xDFs\xD7\xD1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::tail-closed? (fn (tail) ((core/sym::eq? tail) (quote :closed)))) (def selfhost/typecheck::tail-any? (fn (tail) ((core/sym::eq? tail) (quote :any)))) (def selfhost/typecheck::tail-var? (fn (tail) (if (selfhost/typecheck::tail-closed? tail) false (if (selfhost/typecheck::tail-any? tail) false true)))) (def selfhost/typecheck::effect-scan-empty {:anonymous false :vars {}}) (def selfhost/typecheck::collect-effect-tail (fn (tail) (fn (scan) (if (selfhost/typecheck::tail-closed? tail) scan (if (selfhost/typecheck::tail-any? tail) (((core/map::put scan) (quote :anonymous)) true) (((core/map::put scan) (quote :vars)) ((selfhost/typecheck::set-add ((core/map::get scan) (quote :vars))) tail))))))) (def selfhost/typecheck::collect-effect-rows (fn (ty) (fn (scan) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) (let ((s1 ((selfhost/typecheck::collect-effect-tail ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail))) scan))) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :ret))) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :param))) s1))) (if ((core/sym::eq? tag) (quote :prog)) (let ((s1 ((selfhost/typecheck::collect-effect-tail ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail))) scan))) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :ret))) s1)) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :payload))) scan) (if ((core/sym::eq? tag) (quote :rec)) (((selfhost/typecheck::collect-effect-fields ((core/map::get ty) (quote :fields))) (core/map::entries ((core/map::get ty) (quote :fields)))) scan) (if ((core/sym::eq? tag) (quote :contract)) (((selfhost/typecheck::collect-effect-fields ((core/map::get ty) (quote :methods))) (core/map::entries ((core/map::get ty) (quote :methods)))) scan) scan))))))))) (def selfhost/typecheck::collect-effect-fields (fn (fields) (fn (entries) (fn (scan) ((((selfhost/typecheck::collect-effect-fields-loop entries) (core/vec::len entries)) 0) scan))))) (def selfhost/typecheck::collect-effect-fields-loop (fn (entries) (fn (n) (fn (i) (fn (scan) (if ((core/int::eq? i) n) scan (let ((entry ((core/vec::get entries) i))) ((((selfhost/typecheck::collect-effect-fields-loop entries) n) ((core/int::add i) 1)) ((selfhost/typecheck::collect-effect-rows ((core/vec::get entry) 1)) scan))))))))) (def selfhost/typecheck::validate-effect-row-declaration (fn (ty) (fn (strict-effects) (let ((scan ((selfhost/typecheck::collect-effect-rows ty) selfhost/typecheck::effect-scan-empty))) (if (if strict-effects ((core/map::get scan) (quote :anonymous)) false) (selfhost/typecheck::err "strict effect mode requires a closed declared effect row or a named row variable bound by a function parameter") (let ((parameter-scan (if ((core/sym::eq? (selfhost/typecheck::ty-tag ty)) (quote :fn)) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :param))) selfhost/typecheck::effect-scan-empty) selfhost/typecheck::effect-scan-empty))) (let ((unbound ((selfhost/typecheck::set-difference ((core/map::get scan) (quote :vars))) ((core/map::get parameter-scan) (quote :vars))))) (let ((names (selfhost/typecheck::set-keys unbound))) (if ((core/int::eq? (core/vec::len names)) 0) (selfhost/typecheck::ok true) (selfhost/typecheck::err (((selfhost/typecheck::str3 "unbound effect row variable(s) ") ((core/str::join ((selfhost/typecheck::vec-map names) selfhost/typecheck::symbol-str)) ", ")) "; named tails must occur in the outermost function parameter"))))))))))) (def selfhost/typecheck::has-unresolved-contract-ops? (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :msg)) (if (selfhost/typecheck::nil? ((core/map::get ty) (quote :op))) true (selfhost/typecheck::has-unresolved-contract-ops? ((core/map::get ty) (quote :payload)))) (if ((core/sym::eq? tag) (quote :fn)) (if (selfhost/typecheck::has-unresolved-contract-ops? ((core/map::get ty) (quote :param))) true (selfhost/typecheck::has-unresolved-contract-ops? ((core/map::get ty) (quote :ret)))) (if ((core/sym::eq? tag) (quote :prog)) (selfhost/typecheck::has-unresolved-contract-ops? ((core/map::get ty) (quote :ret))) (if ((core/sym::eq? tag) (quote :rec)) (selfhost/typecheck::fields-have-unresolved? (core/map::entries ((core/map::get ty) (quote :fields)))) (if ((core/sym::eq? tag) (quote :contract)) (selfhost/typecheck::fields-have-unresolved? (core/map::entries ((core/map::get ty) (quote :methods)))) false)))))))) (def selfhost/typecheck::fields-have-unresolved? (fn (entries) (((selfhost/typecheck::fields-have-unresolved-loop entries) (core/vec::len entries)) 0))) (def selfhost/typecheck::fields-have-unresolved-loop (fn (entries) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (if (selfhost/typecheck::has-unresolved-contract-ops? ((core/vec::get ((core/vec::get entries) i)) 1)) true (((selfhost/typecheck::fields-have-unresolved-loop entries) n) ((core/int::add i) 1)))))))) (def selfhost/typecheck::bind-unknown-row (fn (row) (fn (bindings) (let ((tail ((core/map::get row) (quote :tail)))) (if (selfhost/typecheck::tail-var? tail) (if (selfhost/typecheck::nil? ((core/map::get bindings) tail)) (((core/map::put bindings) tail) ((selfhost/typecheck::eff-row {}) (quote :any))) bindings) bindings))))) (def selfhost/typecheck::bind-unknowns-in-type (fn (ty) (fn (bindings) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) ((selfhost/typecheck::bind-unknown-row ((core/map::get ty) (quote :eff))) ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :ret))) ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :param))) bindings))) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::bind-unknown-row ((core/map::get ty) (quote :eff))) ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :ret))) bindings)) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :payload))) bindings) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::bind-unknowns-in-fields (core/map::entries ((core/map::get ty) (quote :fields)))) bindings) (if ((core/sym::eq? tag) (quote :contract)) ((selfhost/typecheck::bind-unknowns-in-fields (core/map::entries ((core/map::get ty) (quote :methods)))) bindings) bindings))))))))) (def selfhost/typecheck::bind-unknowns-in-fields (fn (entries) (fn (bindings) ((((selfhost/typecheck::bind-unknowns-in-fields-loop entries) (core/vec::len entries)) 0) bindings)))) (def selfhost/typecheck::bind-unknowns-in-fields-loop (fn (entries) (fn (n) (fn (i) (fn (bindings) (if ((core/int::eq? i) n) bindings ((((selfhost/typecheck::bind-unknowns-in-fields-loop entries) n) ((core/int::add i) 1)) ((selfhost/typecheck::bind-unknowns-in-type ((core/vec::get ((core/vec::get entries) i)) 1)) bindings)))))))) (def selfhost/typecheck::match-effect-row (fn (inferred) (fn (declared) (fn (bindings) (let ((tail ((core/map::get declared) (quote :tail)))) (if (selfhost/typecheck::tail-closed? tail) {:bindings bindings :ok (if (selfhost/typecheck::tail-closed? ((core/map::get inferred) (quote :tail))) ((selfhost/typecheck::set-subset? ((core/map::get inferred) (quote :ops))) ((core/map::get declared) (quote :ops))) false)} (if (selfhost/typecheck::tail-any? tail) {:bindings bindings :ok true} (let ((remainder ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-difference ((core/map::get inferred) (quote :ops))) ((core/map::get declared) (quote :ops)))) ((core/map::get inferred) (quote :tail)))) (bound ((core/map::get bindings) tail))) (if (selfhost/typecheck::nil? bound) {:bindings (((core/map::put bindings) tail) remainder) :ok true} (if (if (selfhost/typecheck::tail-any? ((core/map::get bound) (quote :tail))) true (selfhost/typecheck::tail-any? ((core/map::get remainder) (quote :tail)))) {:bindings (((core/map::put bindings) tail) ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-union ((core/map::get bound) (quote :ops))) ((core/map::get remainder) (quote :ops)))) (quote :any))) :ok true} {:bindings bindings :ok ((core/eq? bound) remainder)})))))))))) (def selfhost/typecheck::apply-effect-row (fn (row) (fn (bindings) (let ((tail ((core/map::get row) (quote :tail))) (ops ((core/map::get row) (quote :ops)))) (if (selfhost/typecheck::tail-var? tail) (let ((bound ((core/map::get bindings) tail))) (if (selfhost/typecheck::nil? bound) row ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-union ops) ((core/map::get bound) (quote :ops)))) ((core/map::get bound) (quote :tail))))) row))))) (def selfhost/typecheck::apply-type-bindings (fn (ty) (fn (bindings) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) (((selfhost/typecheck::ty-fn ((selfhost/typecheck::apply-type-bindings ((core/map::get ty) (quote :param))) bindings)) ((selfhost/typecheck::apply-type-bindings ((core/map::get ty) (quote :ret))) bindings)) ((selfhost/typecheck::apply-effect-row ((core/map::get ty) (quote :eff))) bindings)) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::ty-prog ((selfhost/typecheck::apply-type-bindings ((core/map::get ty) (quote :ret))) bindings)) ((selfhost/typecheck::apply-effect-row ((core/map::get ty) (quote :eff))) bindings)) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::ty-msg ((core/map::get ty) (quote :op))) ((selfhost/typecheck::apply-type-bindings ((core/map::get ty) (quote :payload))) bindings)) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::ty-rec ((selfhost/typecheck::apply-field-bindings ((core/map::get ty) (quote :fields))) bindings)) ((core/map::get ty) (quote :tail))) (if ((core/sym::eq? tag) (quote :contract)) ((selfhost/typecheck::ty-contract ((selfhost/typecheck::apply-field-bindings ((core/map::get ty) (quote :methods))) bindings)) ((core/map::get ty) (quote :tail))) ty))))))))) (def selfhost/typecheck::apply-field-bindings (fn (fields) (fn (bindings) (let ((entries (core/map::entries fields))) (((((selfhost/typecheck::apply-field-bindings-loop entries) bindings) (core/vec::len entries)) 0) {}))))) (def selfhost/typecheck::apply-field-bindings-loop (fn (entries) (fn (bindings) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((entry ((core/vec::get entries) i))) (((((selfhost/typecheck::apply-field-bindings-loop entries) bindings) n) ((core/int::add i) 1)) (((core/map::put out) ((core/vec::get entry) 0)) ((selfhost/typecheck::apply-type-bindings ((core/vec::get entry) 1)) bindings))))))))))) (def selfhost/typecheck::bind-declared-effect-rows (fn (inferred) (fn (declared) (fn (bindings) (if ((core/sym::eq? (selfhost/typecheck::ty-tag inferred)) (quote :any)) {:bindings ((selfhost/typecheck::bind-unknowns-in-type declared) bindings) :ok true} (let ((it (selfhost/typecheck::ty-tag inferred)) (dt (selfhost/typecheck::ty-tag declared))) (if ((core/sym::eq? dt) (quote :any)) {:bindings bindings :ok true} (if (if ((core/sym::eq? it) (quote :msg)) ((core/sym::eq? dt) (quote :msg)) false) (((selfhost/typecheck::bind-declared-effect-rows ((core/map::get inferred) (quote :payload))) ((core/map::get declared) (quote :payload))) bindings) (if (if ((core/sym::eq? it) (quote :fn)) ((core/sym::eq? dt) (quote :fn)) false) (let ((p (((selfhost/typecheck::bind-declared-effect-rows ((core/map::get inferred) (quote :param))) ((core/map::get declared) (quote :param))) bindings))) (if ((core/map::get p) (quote :ok)) (let ((r (((selfhost/typecheck::bind-declared-effect-rows ((core/map::get inferred) (quote :ret))) ((core/map::get declared) (quote :ret))) ((core/map::get p) (quote :bindings))))) (if ((core/map::get r) (quote :ok)) (((selfhost/typecheck::bind-declared-effect-row ((core/map::get inferred) (quote :eff))) ((core/map::get declared) (quote :eff))) ((core/map::get r) (quote :bindings))) r)) p)) (if (if ((core/sym::eq? it) (quote :prog)) ((core/sym::eq? dt) (quote :prog)) false) (let ((r (((selfhost/typecheck::bind-declared-effect-rows ((core/map::get inferred) (quote :ret))) ((core/map::get declared) (quote :ret))) bindings))) (if ((core/map::get r) (quote :ok)) (((selfhost/typecheck::bind-declared-effect-row ((core/map::get inferred) (quote :eff))) ((core/map::get declared) (quote :eff))) ((core/map::get r) (quote :bindings))) r)) (if (if (if ((core/sym::eq? it) (quote :rec)) ((core/sym::eq? dt) (quote :rec)) false) true (if ((core/sym::eq? it) (quote :contract)) ((core/sym::eq? dt) (quote :contract)) false)) (((selfhost/typecheck::bind-declared-fields ((core/map::get inferred) (if ((core/sym::eq? it) (quote :rec)) (quote :fields) (quote :methods)))) ((core/map::get declared) (if ((core/sym::eq? dt) (quote :rec)) (quote :fields) (quote :methods)))) bindings) {:bindings bindings :ok true}))))))))))) (def selfhost/typecheck::bind-declared-effect-row (fn (inferred) (fn (declared) (fn (bindings) (if (selfhost/typecheck::tail-var? ((core/map::get declared) (quote :tail))) (((selfhost/typecheck::match-effect-row inferred) declared) bindings) {:bindings bindings :ok true}))))) (def selfhost/typecheck::bind-declared-fields (fn (inferred-fields) (fn (declared-fields) (fn (bindings) (let ((entries (core/map::entries declared-fields))) (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) (core/vec::len entries)) 0) bindings)))))) (def selfhost/typecheck::bind-declared-fields-loop (fn (entries) (fn (inferred-fields) (fn (n) (fn (i) (fn (bindings) (if ((core/int::eq? i) n) {:bindings bindings :ok true} (let ((entry ((core/vec::get entries) i)) (inferred ((core/map::get inferred-fields) ((core/vec::get entry) 0)))) (if (selfhost/typecheck::nil? inferred) (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) n) ((core/int::add i) 1)) bindings) (let ((matched (((selfhost/typecheck::bind-declared-effect-rows inferred) ((core/vec::get entry) 1)) bindings))) (if ((core/map::get matched) (quote :ok)) (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) n) ((core/int::add i) 1)) ((core/map::get matched) (quote :bindings))) matched))))))))))) (def selfhost/typecheck::effect-row-subtype? (fn (actual) (fn (expected) (let ((tail ((core/map::get expected) (quote :tail)))) (if (selfhost/typecheck::tail-any? tail) true (if (selfhost/typecheck::tail-closed? tail) (if (selfhost/typecheck::tail-closed? ((core/map::get actual) (quote :tail))) ((selfhost/typecheck::set-subset? ((core/map::get actual) (quote :ops))) ((core/map::get expected) (quote :ops))) false) (if ((core/sym::eq? ((core/map::get actual) (quote :tail))) tail) ((selfhost/typecheck::set-subset? ((core/map::get actual) (quote :ops))) ((core/map::get expected) (quote :ops))) false))))))) (def selfhost/typecheck::shape-tail-compatible? (fn (actual-fields) (fn (actual-tail) (fn (expected-fields) (fn (expected-tail) (fn (strict-shapes) (if strict-shapes (if (selfhost/typecheck::tail-closed? expected-tail) (if (selfhost/typecheck::tail-closed? actual-tail) ((core/int::eq? (core/map::len actual-fields)) (core/map::len expected-fields)) false) true) true))))))) (def selfhost/typecheck::bind-contract-operation (fn (ty) (fn (operation) (if ((core/sym::eq? (selfhost/typecheck::ty-tag ty)) (quote :fn)) (let ((param ((core/map::get ty) (quote :param)))) (((selfhost/typecheck::ty-fn (if (if ((core/sym::eq? (selfhost/typecheck::ty-tag param)) (quote :msg)) (selfhost/typecheck::nil? ((core/map::get param) (quote :op))) false) ((selfhost/typecheck::ty-msg operation) ((core/map::get param) (quote :payload))) param)) ((core/map::get ty) (quote :ret))) ((core/map::get ty) (quote :eff)))) ty)))) (def selfhost/typecheck::shape-fields-subtype? (fn (actual-fields) (fn (expected-fields) (fn (strict-shapes) (fn (contract-mode) (let ((entries (core/map::entries expected-fields))) ((((((selfhost/typecheck::shape-fields-subtype-loop entries) actual-fields) strict-shapes) contract-mode) (core/vec::len entries)) 0))))))) (def selfhost/typecheck::shape-fields-subtype-loop (fn (entries) (fn (actual-fields) (fn (strict-shapes) (fn (contract-mode) (fn (n) (fn (i) (if ((core/int::eq? i) n) true (let ((entry ((core/vec::get entries) i)) (name ((core/vec::get ((core/vec::get entries) i)) 0))) (let ((actual ((core/map::get actual-fields) name))) (if (selfhost/typecheck::nil? actual) false (if (((selfhost/typecheck::type-subtype? (if contract-mode ((selfhost/typecheck::bind-contract-operation actual) name) actual)) (if contract-mode ((selfhost/typecheck::bind-contract-operation ((core/vec::get entry) 1)) name) ((core/vec::get entry) 1))) strict-shapes) ((((((selfhost/typecheck::shape-fields-subtype-loop entries) actual-fields) strict-shapes) contract-mode) n) ((core/int::add i) 1)) false)))))))))))) (def selfhost/typecheck::scalar-tag? (fn (tag) (if ((core/sym::eq? tag) (quote :int)) true (if ((core/sym::eq? tag) (quote :dec)) true (if ((core/sym::eq? tag) (quote :bool)) true (if ((core/sym::eq? tag) (quote :nil)) true (if ((core/sym::eq? tag) (quote :str)) true (if ((core/sym::eq? tag) (quote :bytes)) true ((core/sym::eq? tag) (quote :symbol)))))))))) (def selfhost/typecheck::type-subtype? (fn (actual) (fn (expected) (fn (strict-shapes) (let ((at (selfhost/typecheck::ty-tag actual)) (et (selfhost/typecheck::ty-tag expected))) (if ((core/sym::eq? et) (quote :any)) true (if ((core/sym::eq? at) (quote :any)) false (if (if (selfhost/typecheck::scalar-tag? at) ((core/sym::eq? at) et) false) true (if (if ((core/sym::eq? at) (quote :msg)) ((core/sym::eq? et) (quote :msg)) false) (let ((expected-op ((core/map::get expected) (quote :op)))) (if (if (selfhost/typecheck::nil? expected-op) true ((core/eq? ((core/map::get actual) (quote :op))) expected-op)) (((selfhost/typecheck::type-subtype? ((core/map::get actual) (quote :payload))) ((core/map::get expected) (quote :payload))) strict-shapes) false)) (if (if ((core/sym::eq? at) (quote :fn)) ((core/sym::eq? et) (quote :fn)) false) (if (((selfhost/typecheck::type-subtype? ((core/map::get expected) (quote :param))) ((core/map::get actual) (quote :param))) strict-shapes) (if (((selfhost/typecheck::type-subtype? ((core/map::get actual) (quote :ret))) ((core/map::get expected) (quote :ret))) strict-shapes) ((selfhost/typecheck::effect-row-subtype? ((core/map::get actual) (quote :eff))) ((core/map::get expected) (quote :eff))) false) false) (if (if ((core/sym::eq? at) (quote :prog)) ((core/sym::eq? et) (quote :prog)) false) (if (((selfhost/typecheck::type-subtype? ((core/map::get actual) (quote :ret))) ((core/map::get expected) (quote :ret))) strict-shapes) ((selfhost/typecheck::effect-row-subtype? ((core/map::get actual) (quote :eff))) ((core/map::get expected) (quote :eff))) false) (if (if ((core/sym::eq? at) (quote :rec)) ((core/sym::eq? et) (quote :rec)) false) (let ((af ((core/map::get actual) (quote :fields))) (ef ((core/map::get expected) (quote :fields)))) (if ((((selfhost/typecheck::shape-fields-subtype? af) ef) strict-shapes) false) (((((selfhost/typecheck::shape-tail-compatible? af) ((core/map::get actual) (quote :tail))) ef) ((core/map::get expected) (quote :tail))) strict-shapes) false)) (if (if ((core/sym::eq? at) (quote :contract)) ((core/sym::eq? et) (quote :contract)) false) (let ((af ((core/map::get actual) (quote :methods))) (ef ((core/map::get expected) (quote :methods)))) (if ((((selfhost/typecheck::shape-fields-subtype? af) ef) strict-shapes) true) (((((selfhost/typecheck::shape-tail-compatible? af) ((core/map::get actual) (quote :tail))) ef) ((core/map::get expected) (quote :tail))) strict-shapes) false)) false))))))))))))) (def selfhost/typecheck::type-compatible? (fn (inferred) (fn (declared) (fn (strict-shapes) (let ((bound (((selfhost/typecheck::bind-declared-effect-rows inferred) declared) {}))) (if ((core/map::get bound) (quote :ok)) (((selfhost/typecheck::type-subtype? inferred) ((selfhost/typecheck::apply-type-bindings declared) ((core/map::get bound) (quote :bindings)))) strict-shapes) false))))))] :module-h b"\xEAy\x0B\xA7uw\xD7\xAA\x03\xAA_\xB9w9\xF1\x12\xE9\x99MK\x99\xFCM\x1B\x88zdA\xF6\x82\x927" :path "selfhost/typecheck_compat_v1.gc" :source "(def selfhost/typecheck::tail-closed?\n (fn (tail) ((core/sym::eq? tail) (quote :closed))))\n\n(def selfhost/typecheck::tail-any?\n (fn (tail) ((core/sym::eq? tail) (quote :any))))\n\n(def selfhost/typecheck::tail-var?\n (fn (tail)\n (if (selfhost/typecheck::tail-closed? tail)\n false\n (if (selfhost/typecheck::tail-any? tail) false true))))\n\n(def selfhost/typecheck::effect-scan-empty {:anonymous false :vars {}})\n\n(def selfhost/typecheck::collect-effect-tail\n (fn (tail)\n (fn (scan)\n (if (selfhost/typecheck::tail-closed? tail)\n scan\n (if (selfhost/typecheck::tail-any? tail)\n (((core/map::put scan) (quote :anonymous)) true)\n (((core/map::put scan) (quote :vars))\n ((selfhost/typecheck::set-add ((core/map::get scan) (quote :vars))) tail)))))))\n\n(def selfhost/typecheck::collect-effect-rows\n (fn (ty)\n (fn (scan)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n (let\n ((s1\n ((selfhost/typecheck::collect-effect-tail\n ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail)))\n scan)))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :ret)))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :param))) s1)))\n (if ((core/sym::eq? tag) (quote :prog))\n (let\n ((s1\n ((selfhost/typecheck::collect-effect-tail\n ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail)))\n scan)))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :ret))) s1))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :payload))) scan)\n (if ((core/sym::eq? tag) (quote :rec))\n (((selfhost/typecheck::collect-effect-fields\n ((core/map::get ty) (quote :fields)))\n (core/map::entries ((core/map::get ty) (quote :fields))))\n scan)\n (if ((core/sym::eq? tag) (quote :contract))\n (((selfhost/typecheck::collect-effect-fields\n ((core/map::get ty) (quote :methods)))\n (core/map::entries ((core/map::get ty) (quote :methods))))\n scan)\n scan)))))))))\n\n(def selfhost/typecheck::collect-effect-fields\n (fn (fields)\n (fn (entries)\n (fn (scan)\n ((((selfhost/typecheck::collect-effect-fields-loop entries)\n (core/vec::len entries))\n 0)\n scan)))))\n\n(def selfhost/typecheck::collect-effect-fields-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (scan)\n (if ((core/int::eq? i) n)\n scan\n (let\n ((entry ((core/vec::get entries) i)))\n ((((selfhost/typecheck::collect-effect-fields-loop entries) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::collect-effect-rows ((core/vec::get entry) 1)) scan)))))))))\n\n(def selfhost/typecheck::validate-effect-row-declaration\n (fn (ty)\n (fn (strict-effects)\n (let ((scan ((selfhost/typecheck::collect-effect-rows ty) selfhost/typecheck::effect-scan-empty)))\n (if\n (if strict-effects ((core/map::get scan) (quote :anonymous)) false)\n (selfhost/typecheck::err\n \"strict effect mode requires a closed declared effect row or a named row variable bound by a function parameter\")\n (let\n ((parameter-scan\n (if ((core/sym::eq? (selfhost/typecheck::ty-tag ty)) (quote :fn))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :param)))\n selfhost/typecheck::effect-scan-empty)\n selfhost/typecheck::effect-scan-empty)))\n (let\n ((unbound\n ((selfhost/typecheck::set-difference ((core/map::get scan) (quote :vars)))\n ((core/map::get parameter-scan) (quote :vars)))))\n (let ((names (selfhost/typecheck::set-keys unbound)))\n (if ((core/int::eq? (core/vec::len names)) 0)\n (selfhost/typecheck::ok true)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str3 \"unbound effect row variable(s) \"\n ((core/str::join\n ((selfhost/typecheck::vec-map names) selfhost/typecheck::symbol-str))\n \", \"))\n \"; named tails must occur in the outermost function parameter\")))))))))))\n\n(def selfhost/typecheck::has-unresolved-contract-ops?\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :msg))\n (if (selfhost/typecheck::nil? ((core/map::get ty) (quote :op)))\n true\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/map::get ty) (quote :payload))))\n (if ((core/sym::eq? tag) (quote :fn))\n (if\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/map::get ty) (quote :param)))\n true\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/map::get ty) (quote :ret))))\n (if ((core/sym::eq? tag) (quote :prog))\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/map::get ty) (quote :ret)))\n (if ((core/sym::eq? tag) (quote :rec))\n (selfhost/typecheck::fields-have-unresolved?\n (core/map::entries ((core/map::get ty) (quote :fields))))\n (if ((core/sym::eq? tag) (quote :contract))\n (selfhost/typecheck::fields-have-unresolved?\n (core/map::entries ((core/map::get ty) (quote :methods))))\n false))))))))\n\n(def selfhost/typecheck::fields-have-unresolved?\n (fn (entries)\n (((selfhost/typecheck::fields-have-unresolved-loop entries) (core/vec::len entries)) 0)))\n\n(def selfhost/typecheck::fields-have-unresolved-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/vec::get ((core/vec::get entries) i)) 1))\n true\n (((selfhost/typecheck::fields-have-unresolved-loop entries) n)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::bind-unknown-row\n (fn (row)\n (fn (bindings)\n (let ((tail ((core/map::get row) (quote :tail))))\n (if (selfhost/typecheck::tail-var? tail)\n (if (selfhost/typecheck::nil? ((core/map::get bindings) tail))\n (((core/map::put bindings) tail)\n ((selfhost/typecheck::eff-row {}) (quote :any)))\n bindings)\n bindings)))))\n\n(def selfhost/typecheck::bind-unknowns-in-type\n (fn (ty)\n (fn (bindings)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n ((selfhost/typecheck::bind-unknown-row ((core/map::get ty) (quote :eff)))\n ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :ret)))\n ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :param)))\n bindings)))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::bind-unknown-row ((core/map::get ty) (quote :eff)))\n ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :ret)))\n bindings))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::bind-unknowns-in-type\n ((core/map::get ty) (quote :payload)))\n bindings)\n (if ((core/sym::eq? tag) (quote :rec))\n ((selfhost/typecheck::bind-unknowns-in-fields\n (core/map::entries ((core/map::get ty) (quote :fields))))\n bindings)\n (if ((core/sym::eq? tag) (quote :contract))\n ((selfhost/typecheck::bind-unknowns-in-fields\n (core/map::entries ((core/map::get ty) (quote :methods))))\n bindings)\n bindings)))))))))\n\n(def selfhost/typecheck::bind-unknowns-in-fields\n (fn (entries)\n (fn (bindings)\n ((((selfhost/typecheck::bind-unknowns-in-fields-loop entries)\n (core/vec::len entries))\n 0)\n bindings))))\n\n(def selfhost/typecheck::bind-unknowns-in-fields-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (bindings)\n (if ((core/int::eq? i) n)\n bindings\n ((((selfhost/typecheck::bind-unknowns-in-fields-loop entries) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::bind-unknowns-in-type\n ((core/vec::get ((core/vec::get entries) i)) 1))\n bindings))))))))\n\n(def selfhost/typecheck::match-effect-row\n (fn (inferred)\n (fn (declared)\n (fn (bindings)\n (let ((tail ((core/map::get declared) (quote :tail))))\n (if (selfhost/typecheck::tail-closed? tail)\n {:bindings bindings\n :ok\n (if\n (selfhost/typecheck::tail-closed?\n ((core/map::get inferred) (quote :tail)))\n ((selfhost/typecheck::set-subset?\n ((core/map::get inferred) (quote :ops)))\n ((core/map::get declared) (quote :ops)))\n false)}\n (if (selfhost/typecheck::tail-any? tail)\n {:bindings bindings :ok true}\n (let\n ((remainder\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-difference\n ((core/map::get inferred) (quote :ops)))\n ((core/map::get declared) (quote :ops))))\n ((core/map::get inferred) (quote :tail))))\n (bound ((core/map::get bindings) tail)))\n (if (selfhost/typecheck::nil? bound)\n {:bindings (((core/map::put bindings) tail) remainder) :ok true}\n (if\n (if\n (selfhost/typecheck::tail-any?\n ((core/map::get bound) (quote :tail)))\n true\n (selfhost/typecheck::tail-any?\n ((core/map::get remainder) (quote :tail))))\n {:bindings\n (((core/map::put bindings) tail)\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-union\n ((core/map::get bound) (quote :ops)))\n ((core/map::get remainder) (quote :ops))))\n (quote :any)))\n :ok true}\n {:bindings bindings :ok ((core/eq? bound) remainder)}))))))))))\n\n(def selfhost/typecheck::apply-effect-row\n (fn (row)\n (fn (bindings)\n (let\n ((tail ((core/map::get row) (quote :tail)))\n (ops ((core/map::get row) (quote :ops))))\n (if (selfhost/typecheck::tail-var? tail)\n (let ((bound ((core/map::get bindings) tail)))\n (if (selfhost/typecheck::nil? bound)\n row\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-union ops)\n ((core/map::get bound) (quote :ops))))\n ((core/map::get bound) (quote :tail)))))\n row)))))\n\n(def selfhost/typecheck::apply-type-bindings\n (fn (ty)\n (fn (bindings)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n (((selfhost/typecheck::ty-fn\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get ty) (quote :param)))\n bindings))\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get ty) (quote :ret)))\n bindings))\n ((selfhost/typecheck::apply-effect-row ((core/map::get ty) (quote :eff))) bindings))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::ty-prog\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get ty) (quote :ret)))\n bindings))\n ((selfhost/typecheck::apply-effect-row ((core/map::get ty) (quote :eff))) bindings))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::ty-msg ((core/map::get ty) (quote :op)))\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get ty) (quote :payload)))\n bindings))\n (if ((core/sym::eq? tag) (quote :rec))\n ((selfhost/typecheck::ty-rec\n ((selfhost/typecheck::apply-field-bindings\n ((core/map::get ty) (quote :fields)))\n bindings))\n ((core/map::get ty) (quote :tail)))\n (if ((core/sym::eq? tag) (quote :contract))\n ((selfhost/typecheck::ty-contract\n ((selfhost/typecheck::apply-field-bindings\n ((core/map::get ty) (quote :methods)))\n bindings))\n ((core/map::get ty) (quote :tail)))\n ty)))))))))\n\n(def selfhost/typecheck::apply-field-bindings\n (fn (fields)\n (fn (bindings)\n (let ((entries (core/map::entries fields)))\n (((((selfhost/typecheck::apply-field-bindings-loop entries) bindings)\n (core/vec::len entries))\n 0)\n {})))))\n\n(def selfhost/typecheck::apply-field-bindings-loop\n (fn (entries)\n (fn (bindings)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((entry ((core/vec::get entries) i)))\n (((((selfhost/typecheck::apply-field-bindings-loop entries) bindings) n)\n ((core/int::add i) 1))\n (((core/map::put out) ((core/vec::get entry) 0))\n ((selfhost/typecheck::apply-type-bindings ((core/vec::get entry) 1))\n bindings)))))))))))\n\n(def selfhost/typecheck::bind-declared-effect-rows\n (fn (inferred)\n (fn (declared)\n (fn (bindings)\n (if ((core/sym::eq? (selfhost/typecheck::ty-tag inferred)) (quote :any))\n {:bindings ((selfhost/typecheck::bind-unknowns-in-type declared) bindings) :ok true}\n (let\n ((it (selfhost/typecheck::ty-tag inferred))\n (dt (selfhost/typecheck::ty-tag declared)))\n (if ((core/sym::eq? dt) (quote :any))\n {:bindings bindings :ok true}\n (if\n (if ((core/sym::eq? it) (quote :msg)) ((core/sym::eq? dt) (quote :msg)) false)\n (((selfhost/typecheck::bind-declared-effect-rows\n ((core/map::get inferred) (quote :payload)))\n ((core/map::get declared) (quote :payload)))\n bindings)\n (if\n (if ((core/sym::eq? it) (quote :fn)) ((core/sym::eq? dt) (quote :fn)) false)\n (let\n ((p\n (((selfhost/typecheck::bind-declared-effect-rows\n ((core/map::get inferred) (quote :param)))\n ((core/map::get declared) (quote :param)))\n bindings)))\n (if ((core/map::get p) (quote :ok))\n (let\n ((r\n (((selfhost/typecheck::bind-declared-effect-rows\n ((core/map::get inferred) (quote :ret)))\n ((core/map::get declared) (quote :ret)))\n ((core/map::get p) (quote :bindings)))))\n (if ((core/map::get r) (quote :ok))\n (((selfhost/typecheck::bind-declared-effect-row\n ((core/map::get inferred) (quote :eff)))\n ((core/map::get declared) (quote :eff)))\n ((core/map::get r) (quote :bindings)))\n r))\n p))\n (if\n (if ((core/sym::eq? it) (quote :prog)) ((core/sym::eq? dt) (quote :prog)) false)\n (let\n ((r\n (((selfhost/typecheck::bind-declared-effect-rows\n ((core/map::get inferred) (quote :ret)))\n ((core/map::get declared) (quote :ret)))\n bindings)))\n (if ((core/map::get r) (quote :ok))\n (((selfhost/typecheck::bind-declared-effect-row\n ((core/map::get inferred) (quote :eff)))\n ((core/map::get declared) (quote :eff)))\n ((core/map::get r) (quote :bindings)))\n r))\n (if\n (if\n (if ((core/sym::eq? it) (quote :rec)) ((core/sym::eq? dt) (quote :rec)) false)\n true\n (if\n ((core/sym::eq? it) (quote :contract))\n ((core/sym::eq? dt) (quote :contract))\n false))\n (((selfhost/typecheck::bind-declared-fields\n ((core/map::get inferred)\n (if ((core/sym::eq? it) (quote :rec)) (quote :fields) (quote :methods))))\n ((core/map::get declared)\n (if ((core/sym::eq? dt) (quote :rec)) (quote :fields) (quote :methods))))\n bindings)\n {:bindings bindings :ok true})))))))))))\n\n(def selfhost/typecheck::bind-declared-effect-row\n (fn (inferred)\n (fn (declared)\n (fn (bindings)\n (if\n (selfhost/typecheck::tail-var? ((core/map::get declared) (quote :tail)))\n (((selfhost/typecheck::match-effect-row inferred) declared) bindings)\n {:bindings bindings :ok true})))))\n\n(def selfhost/typecheck::bind-declared-fields\n (fn (inferred-fields)\n (fn (declared-fields)\n (fn (bindings)\n (let ((entries (core/map::entries declared-fields)))\n (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields)\n (core/vec::len entries))\n 0)\n bindings))))))\n\n(def selfhost/typecheck::bind-declared-fields-loop\n (fn (entries)\n (fn (inferred-fields)\n (fn (n)\n (fn (i)\n (fn (bindings)\n (if ((core/int::eq? i) n)\n {:bindings bindings :ok true}\n (let\n ((entry ((core/vec::get entries) i))\n (inferred ((core/map::get inferred-fields) ((core/vec::get entry) 0))))\n (if (selfhost/typecheck::nil? inferred)\n (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) n)\n ((core/int::add i) 1))\n bindings)\n (let\n ((matched\n (((selfhost/typecheck::bind-declared-effect-rows inferred)\n ((core/vec::get entry) 1))\n bindings)))\n (if ((core/map::get matched) (quote :ok))\n (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) n)\n ((core/int::add i) 1))\n ((core/map::get matched) (quote :bindings)))\n matched)))))))))))\n\n(def selfhost/typecheck::effect-row-subtype?\n (fn (actual)\n (fn (expected)\n (let ((tail ((core/map::get expected) (quote :tail))))\n (if (selfhost/typecheck::tail-any? tail)\n true\n (if (selfhost/typecheck::tail-closed? tail)\n (if\n (selfhost/typecheck::tail-closed? ((core/map::get actual) (quote :tail)))\n ((selfhost/typecheck::set-subset? ((core/map::get actual) (quote :ops)))\n ((core/map::get expected) (quote :ops)))\n false)\n (if ((core/sym::eq? ((core/map::get actual) (quote :tail))) tail)\n ((selfhost/typecheck::set-subset? ((core/map::get actual) (quote :ops)))\n ((core/map::get expected) (quote :ops)))\n false)))))))\n\n(def selfhost/typecheck::shape-tail-compatible?\n (fn (actual-fields)\n (fn (actual-tail)\n (fn (expected-fields)\n (fn (expected-tail)\n (fn (strict-shapes)\n (if strict-shapes\n (if (selfhost/typecheck::tail-closed? expected-tail)\n (if (selfhost/typecheck::tail-closed? actual-tail)\n ((core/int::eq? (core/map::len actual-fields)) (core/map::len expected-fields))\n false)\n true)\n true)))))))\n\n(def selfhost/typecheck::bind-contract-operation\n (fn (ty)\n (fn (operation)\n (if ((core/sym::eq? (selfhost/typecheck::ty-tag ty)) (quote :fn))\n (let ((param ((core/map::get ty) (quote :param))))\n (((selfhost/typecheck::ty-fn\n (if\n (if\n ((core/sym::eq? (selfhost/typecheck::ty-tag param)) (quote :msg))\n (selfhost/typecheck::nil? ((core/map::get param) (quote :op)))\n false)\n ((selfhost/typecheck::ty-msg operation)\n ((core/map::get param) (quote :payload)))\n param))\n ((core/map::get ty) (quote :ret)))\n ((core/map::get ty) (quote :eff))))\n ty))))\n\n(def selfhost/typecheck::shape-fields-subtype?\n (fn (actual-fields)\n (fn (expected-fields)\n (fn (strict-shapes)\n (fn (contract-mode)\n (let ((entries (core/map::entries expected-fields)))\n ((((((selfhost/typecheck::shape-fields-subtype-loop entries) actual-fields)\n strict-shapes)\n contract-mode)\n (core/vec::len entries))\n 0)))))))\n\n(def selfhost/typecheck::shape-fields-subtype-loop\n (fn (entries)\n (fn (actual-fields)\n (fn (strict-shapes)\n (fn (contract-mode)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n true\n (let\n ((entry ((core/vec::get entries) i))\n (name ((core/vec::get ((core/vec::get entries) i)) 0)))\n (let ((actual ((core/map::get actual-fields) name)))\n (if (selfhost/typecheck::nil? actual)\n false\n (if\n (((selfhost/typecheck::type-subtype?\n (if contract-mode\n ((selfhost/typecheck::bind-contract-operation actual) name)\n actual))\n (if contract-mode\n ((selfhost/typecheck::bind-contract-operation\n ((core/vec::get entry) 1))\n name)\n ((core/vec::get entry) 1)))\n strict-shapes)\n ((((((selfhost/typecheck::shape-fields-subtype-loop entries) actual-fields)\n strict-shapes)\n contract-mode)\n n)\n ((core/int::add i) 1))\n false))))))))))))\n\n(def selfhost/typecheck::scalar-tag?\n (fn (tag)\n (if ((core/sym::eq? tag) (quote :int))\n true\n (if ((core/sym::eq? tag) (quote :dec))\n true\n (if ((core/sym::eq? tag) (quote :bool))\n true\n (if ((core/sym::eq? tag) (quote :nil))\n true\n (if ((core/sym::eq? tag) (quote :str))\n true\n (if ((core/sym::eq? tag) (quote :bytes))\n true\n ((core/sym::eq? tag) (quote :symbol))))))))))\n\n(def selfhost/typecheck::type-subtype?\n (fn (actual)\n (fn (expected)\n (fn (strict-shapes)\n (let\n ((at (selfhost/typecheck::ty-tag actual))\n (et (selfhost/typecheck::ty-tag expected)))\n (if ((core/sym::eq? et) (quote :any))\n true\n (if ((core/sym::eq? at) (quote :any))\n false\n (if\n (if (selfhost/typecheck::scalar-tag? at) ((core/sym::eq? at) et) false)\n true\n (if\n (if ((core/sym::eq? at) (quote :msg)) ((core/sym::eq? et) (quote :msg)) false)\n (let ((expected-op ((core/map::get expected) (quote :op))))\n (if\n (if (selfhost/typecheck::nil? expected-op)\n true\n ((core/eq? ((core/map::get actual) (quote :op))) expected-op))\n (((selfhost/typecheck::type-subtype?\n ((core/map::get actual) (quote :payload)))\n ((core/map::get expected) (quote :payload)))\n strict-shapes)\n false))\n (if\n (if ((core/sym::eq? at) (quote :fn)) ((core/sym::eq? et) (quote :fn)) false)\n (if\n (((selfhost/typecheck::type-subtype?\n ((core/map::get expected) (quote :param)))\n ((core/map::get actual) (quote :param)))\n strict-shapes)\n (if\n (((selfhost/typecheck::type-subtype?\n ((core/map::get actual) (quote :ret)))\n ((core/map::get expected) (quote :ret)))\n strict-shapes)\n ((selfhost/typecheck::effect-row-subtype?\n ((core/map::get actual) (quote :eff)))\n ((core/map::get expected) (quote :eff)))\n false)\n false)\n (if\n (if ((core/sym::eq? at) (quote :prog)) ((core/sym::eq? et) (quote :prog)) false)\n (if\n (((selfhost/typecheck::type-subtype?\n ((core/map::get actual) (quote :ret)))\n ((core/map::get expected) (quote :ret)))\n strict-shapes)\n ((selfhost/typecheck::effect-row-subtype?\n ((core/map::get actual) (quote :eff)))\n ((core/map::get expected) (quote :eff)))\n false)\n (if\n (if ((core/sym::eq? at) (quote :rec)) ((core/sym::eq? et) (quote :rec)) false)\n (let\n ((af ((core/map::get actual) (quote :fields)))\n (ef ((core/map::get expected) (quote :fields))))\n (if ((((selfhost/typecheck::shape-fields-subtype? af) ef) strict-shapes) false)\n (((((selfhost/typecheck::shape-tail-compatible? af)\n ((core/map::get actual) (quote :tail)))\n ef)\n ((core/map::get expected) (quote :tail)))\n strict-shapes)\n false))\n (if\n (if\n ((core/sym::eq? at) (quote :contract))\n ((core/sym::eq? et) (quote :contract))\n false)\n (let\n ((af ((core/map::get actual) (quote :methods)))\n (ef ((core/map::get expected) (quote :methods))))\n (if ((((selfhost/typecheck::shape-fields-subtype? af) ef) strict-shapes) true)\n (((((selfhost/typecheck::shape-tail-compatible? af)\n ((core/map::get actual) (quote :tail)))\n ef)\n ((core/map::get expected) (quote :tail)))\n strict-shapes)\n false))\n false)))))))))))))\n\n(def selfhost/typecheck::type-compatible?\n (fn (inferred)\n (fn (declared)\n (fn (strict-shapes)\n (let\n ((bound (((selfhost/typecheck::bind-declared-effect-rows inferred) declared) {})))\n (if ((core/map::get bound) (quote :ok))\n (((selfhost/typecheck::type-subtype? inferred)\n ((selfhost/typecheck::apply-type-bindings declared)\n ((core/map::get bound) (quote :bindings))))\n strict-shapes)\n false))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"*i\xBF\x03\x93\xC6\x15\x8B\xD5\xE3tQ\x8B\xB0\x04O\xDAI\x87Fs\\\xBEK\xB8~\x9C<~w8\x15" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::arg-type-match (fn (inferred) (fn (declared) (fn (bindings) (let ((it (selfhost/typecheck::ty-tag inferred)) (dt (selfhost/typecheck::ty-tag declared))) (if ((core/sym::eq? dt) (quote :any)) {:bindings bindings :ok true} (if ((core/sym::eq? it) (quote :any)) {:bindings ((selfhost/typecheck::bind-unknowns-in-type declared) bindings) :ok true} (if (if (selfhost/typecheck::scalar-tag? it) ((core/sym::eq? it) dt) false) {:bindings bindings :ok true} (if (if ((core/sym::eq? it) (quote :msg)) ((core/sym::eq? dt) (quote :msg)) false) (let ((declared-op ((core/map::get declared) (quote :op)))) (if (if (selfhost/typecheck::nil? declared-op) true ((core/eq? ((core/map::get inferred) (quote :op))) declared-op)) (((selfhost/typecheck::arg-type-match ((core/map::get inferred) (quote :payload))) ((core/map::get declared) (quote :payload))) bindings) {:bindings bindings :ok false})) (if (if ((core/sym::eq? it) (quote :fn)) ((core/sym::eq? dt) (quote :fn)) false) (let ((p (((selfhost/typecheck::arg-type-match ((core/map::get inferred) (quote :param))) ((core/map::get declared) (quote :param))) bindings))) (if ((core/map::get p) (quote :ok)) (let ((r (((selfhost/typecheck::arg-type-match ((core/map::get inferred) (quote :ret))) ((core/map::get declared) (quote :ret))) ((core/map::get p) (quote :bindings))))) (if ((core/map::get r) (quote :ok)) (((selfhost/typecheck::match-effect-row ((core/map::get inferred) (quote :eff))) ((core/map::get declared) (quote :eff))) ((core/map::get r) (quote :bindings))) r)) p)) (if (if ((core/sym::eq? it) (quote :prog)) ((core/sym::eq? dt) (quote :prog)) false) (let ((r (((selfhost/typecheck::arg-type-match ((core/map::get inferred) (quote :ret))) ((core/map::get declared) (quote :ret))) bindings))) (if ((core/map::get r) (quote :ok)) (((selfhost/typecheck::match-effect-row ((core/map::get inferred) (quote :eff))) ((core/map::get declared) (quote :eff))) ((core/map::get r) (quote :bindings))) r)) (if (if ((core/sym::eq? it) (quote :rec)) ((core/sym::eq? dt) (quote :rec)) false) (((selfhost/typecheck::arg-shape-match ((core/map::get inferred) (quote :fields))) ((core/map::get declared) (quote :fields))) bindings) (if (if ((core/sym::eq? it) (quote :contract)) ((core/sym::eq? dt) (quote :contract)) false) (((selfhost/typecheck::arg-shape-match ((core/map::get inferred) (quote :methods))) ((core/map::get declared) (quote :methods))) bindings) {:bindings bindings :ok false}))))))))))))) (def selfhost/typecheck::arg-shape-match (fn (inferred-fields) (fn (declared-fields) (fn (bindings) (let ((entries (core/map::entries declared-fields))) (((((selfhost/typecheck::arg-shape-match-loop entries) inferred-fields) (core/vec::len entries)) 0) bindings)))))) (def selfhost/typecheck::arg-shape-match-loop (fn (entries) (fn (inferred-fields) (fn (n) (fn (i) (fn (bindings) (if ((core/int::eq? i) n) {:bindings bindings :ok true} (let ((entry ((core/vec::get entries) i)) (actual ((core/map::get inferred-fields) ((core/vec::get ((core/vec::get entries) i)) 0)))) (if (selfhost/typecheck::nil? actual) {:bindings bindings :ok false} (let ((matched (((selfhost/typecheck::arg-type-match actual) ((core/vec::get entry) 1)) bindings))) (if ((core/map::get matched) (quote :ok)) (((((selfhost/typecheck::arg-shape-match-loop entries) inferred-fields) n) ((core/int::add i) 1)) ((core/map::get matched) (quote :bindings))) matched))))))))))) (def selfhost/typecheck::arg-type-compatible? (fn (inferred) (fn (declared) ((core/map::get (((selfhost/typecheck::arg-type-match inferred) declared) {})) (quote :ok))))) (def selfhost/typecheck::infer-apply-types (fn (head-type) (fn (arg-types) (fn (session) (((((selfhost/typecheck::infer-apply-types-loop arg-types) (core/vec::len arg-types)) 0) head-type) session))))) (def selfhost/typecheck::infer-apply-types-loop (fn (arg-types) (fn (n) (fn (i) (fn (current) (fn (session) (if ((core/int::eq? i) n) {:recognized true :session session :type current} (let ((tag (selfhost/typecheck::ty-tag current))) (if ((core/sym::eq? tag) (quote :fn)) (let ((arg ((core/vec::get arg-types) i)) (param ((core/map::get current) (quote :param)))) (let ((matched (((selfhost/typecheck::arg-type-match arg) param) {}))) (if ((core/map::get matched) (quote :ok)) (((((selfhost/typecheck::infer-apply-types-loop arg-types) n) ((core/int::add i) 1)) ((selfhost/typecheck::apply-type-bindings ((core/map::get current) (quote :ret))) ((core/map::get matched) (quote :bindings)))) session) {:recognized true :session ((selfhost/typecheck::session-error session) ((((selfhost/typecheck::str4 "application arg type mismatch: expected ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term param))) ", got ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term arg)))) :type selfhost/typecheck::ty-any}))) (if ((core/sym::eq? tag) (quote :any)) (((((selfhost/typecheck::infer-apply-types-loop arg-types) n) ((core/int::add i) 1)) selfhost/typecheck::ty-any) session) {:recognized false :session session :type selfhost/typecheck::ty-any}))))))))))] :module-h b"\xEE\xFB\xD8\xC2q\xC0\x06\xB9\x8E:\xDE\xDD\xB5\xCF\x1E\xC8\xD6K\xC3\x91\xE2t\xD4\xCB+\x1E\xE7\xED\x80\xF1@p" :path "selfhost/typecheck_infer_apply_v1.gc" :source "(def selfhost/typecheck::arg-type-match\n (fn (inferred)\n (fn (declared)\n (fn (bindings)\n (let\n ((it (selfhost/typecheck::ty-tag inferred))\n (dt (selfhost/typecheck::ty-tag declared)))\n (if ((core/sym::eq? dt) (quote :any))\n {:bindings bindings :ok true}\n (if ((core/sym::eq? it) (quote :any))\n {:bindings ((selfhost/typecheck::bind-unknowns-in-type declared) bindings) :ok true}\n (if\n (if (selfhost/typecheck::scalar-tag? it) ((core/sym::eq? it) dt) false)\n {:bindings bindings :ok true}\n (if\n (if ((core/sym::eq? it) (quote :msg)) ((core/sym::eq? dt) (quote :msg)) false)\n (let ((declared-op ((core/map::get declared) (quote :op))))\n (if\n (if (selfhost/typecheck::nil? declared-op)\n true\n ((core/eq? ((core/map::get inferred) (quote :op))) declared-op))\n (((selfhost/typecheck::arg-type-match\n ((core/map::get inferred) (quote :payload)))\n ((core/map::get declared) (quote :payload)))\n bindings)\n {:bindings bindings :ok false}))\n (if\n (if ((core/sym::eq? it) (quote :fn)) ((core/sym::eq? dt) (quote :fn)) false)\n (let\n ((p\n (((selfhost/typecheck::arg-type-match\n ((core/map::get inferred) (quote :param)))\n ((core/map::get declared) (quote :param)))\n bindings)))\n (if ((core/map::get p) (quote :ok))\n (let\n ((r\n (((selfhost/typecheck::arg-type-match\n ((core/map::get inferred) (quote :ret)))\n ((core/map::get declared) (quote :ret)))\n ((core/map::get p) (quote :bindings)))))\n (if ((core/map::get r) (quote :ok))\n (((selfhost/typecheck::match-effect-row\n ((core/map::get inferred) (quote :eff)))\n ((core/map::get declared) (quote :eff)))\n ((core/map::get r) (quote :bindings)))\n r))\n p))\n (if\n (if ((core/sym::eq? it) (quote :prog)) ((core/sym::eq? dt) (quote :prog)) false)\n (let\n ((r\n (((selfhost/typecheck::arg-type-match\n ((core/map::get inferred) (quote :ret)))\n ((core/map::get declared) (quote :ret)))\n bindings)))\n (if ((core/map::get r) (quote :ok))\n (((selfhost/typecheck::match-effect-row\n ((core/map::get inferred) (quote :eff)))\n ((core/map::get declared) (quote :eff)))\n ((core/map::get r) (quote :bindings)))\n r))\n (if\n (if ((core/sym::eq? it) (quote :rec)) ((core/sym::eq? dt) (quote :rec)) false)\n (((selfhost/typecheck::arg-shape-match\n ((core/map::get inferred) (quote :fields)))\n ((core/map::get declared) (quote :fields)))\n bindings)\n (if\n (if\n ((core/sym::eq? it) (quote :contract))\n ((core/sym::eq? dt) (quote :contract))\n false)\n (((selfhost/typecheck::arg-shape-match\n ((core/map::get inferred) (quote :methods)))\n ((core/map::get declared) (quote :methods)))\n bindings)\n {:bindings bindings :ok false})))))))))))))\n\n(def selfhost/typecheck::arg-shape-match\n (fn (inferred-fields)\n (fn (declared-fields)\n (fn (bindings)\n (let ((entries (core/map::entries declared-fields)))\n (((((selfhost/typecheck::arg-shape-match-loop entries) inferred-fields)\n (core/vec::len entries))\n 0)\n bindings))))))\n\n(def selfhost/typecheck::arg-shape-match-loop\n (fn (entries)\n (fn (inferred-fields)\n (fn (n)\n (fn (i)\n (fn (bindings)\n (if ((core/int::eq? i) n)\n {:bindings bindings :ok true}\n (let\n ((entry ((core/vec::get entries) i))\n (actual\n ((core/map::get inferred-fields)\n ((core/vec::get ((core/vec::get entries) i)) 0))))\n (if (selfhost/typecheck::nil? actual)\n {:bindings bindings :ok false}\n (let\n ((matched\n (((selfhost/typecheck::arg-type-match actual)\n ((core/vec::get entry) 1))\n bindings)))\n (if ((core/map::get matched) (quote :ok))\n (((((selfhost/typecheck::arg-shape-match-loop entries) inferred-fields) n)\n ((core/int::add i) 1))\n ((core/map::get matched) (quote :bindings)))\n matched)))))))))))\n\n(def selfhost/typecheck::arg-type-compatible?\n (fn (inferred)\n (fn (declared)\n ((core/map::get (((selfhost/typecheck::arg-type-match inferred) declared) {}))\n (quote :ok)))))\n\n(def selfhost/typecheck::infer-apply-types\n (fn (head-type)\n (fn (arg-types)\n (fn (session)\n (((((selfhost/typecheck::infer-apply-types-loop arg-types)\n (core/vec::len arg-types))\n 0)\n head-type)\n session)))))\n\n(def selfhost/typecheck::infer-apply-types-loop\n (fn (arg-types)\n (fn (n)\n (fn (i)\n (fn (current)\n (fn (session)\n (if ((core/int::eq? i) n)\n {:recognized true :session session :type current}\n (let ((tag (selfhost/typecheck::ty-tag current)))\n (if ((core/sym::eq? tag) (quote :fn))\n (let\n ((arg ((core/vec::get arg-types) i))\n (param ((core/map::get current) (quote :param))))\n (let ((matched (((selfhost/typecheck::arg-type-match arg) param) {})))\n (if ((core/map::get matched) (quote :ok))\n (((((selfhost/typecheck::infer-apply-types-loop arg-types) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get current) (quote :ret)))\n ((core/map::get matched) (quote :bindings))))\n session)\n {:recognized true\n :session\n ((selfhost/typecheck::session-error session)\n ((selfhost/typecheck::str4 \"application arg type mismatch: expected \"\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term param)))\n \", got \"\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term arg))))\n :type selfhost/typecheck::ty-any})))\n (if ((core/sym::eq? tag) (quote :any))\n (((((selfhost/typecheck::infer-apply-types-loop arg-types) n)\n ((core/int::add i) 1))\n selfhost/typecheck::ty-any)\n session)\n {:recognized false :session session :type selfhost/typecheck::ty-any}))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xEE\xFB\xD8\xC2q\xC0\x06\xB9\x8E:\xDE\xDD\xB5\xCF\x1E\xC8\xD6K\xC3\x91\xE2t\xD4\xCB+\x1E\xE7\xED\x80\xF1@p" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::prim-int-arith {int/add true int/div true int/mod true int/mul true int/sub true}) (def selfhost/typecheck::prim-int-compare {int/eq? true int/lt? true}) (def selfhost/typecheck::prim-dec-arith {dec/add true dec/mul true dec/sub true}) (def selfhost/typecheck::prim-dec-compare {dec/eq? true dec/lt? true}) (def selfhost/typecheck::prim-str-lengths {str/grapheme-len true str/len true str/scalar-len true}) (def selfhost/typecheck::prim-result (fn (type) (fn (session) {:session session :type type}))) (def selfhost/typecheck::prim-fail (fn (session) (fn (message) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-error session) message))))) (def selfhost/typecheck::prim-arity-message (fn (op) (fn (expected) (fn (actual) ((((selfhost/typecheck::str4 "prim ") (selfhost/typecheck::symbol-str op)) (((selfhost/typecheck::str3 " expects ") (selfhost/typecheck::int-str expected)) " args, got ")) (selfhost/typecheck::int-str actual)))))) (def selfhost/typecheck::prim-unary (fn (op) (fn (args) (fn (input) (fn (output) (fn (session) (if ((core/int::eq? (core/vec::len args)) 1) (if ((core/eq? ((core/vec::get args) 0)) input) ((selfhost/typecheck::prim-result output) session) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::str3 "prim ") (selfhost/typecheck::symbol-str op)) ((selfhost/typecheck::str2 " expects ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term input)))))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 1) (core/vec::len args)))))))))) (def selfhost/typecheck::prim-binary (fn (op) (fn (args) (fn (input) (fn (output) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (if (if ((core/eq? ((core/vec::get args) 0)) input) ((core/eq? ((core/vec::get args) 1)) input) false) ((selfhost/typecheck::prim-result output) session) (let ((name (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term input)))) ((selfhost/typecheck::prim-fail session) ((((selfhost/typecheck::str4 "prim ") (selfhost/typecheck::symbol-str op)) (((selfhost/typecheck::str3 " expects ") name) ", ")) name)))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args)))))))))) (def selfhost/typecheck::literal-map-key (fn (term) (if (selfhost/typecheck::sym? term) term (if (selfhost/typecheck::str? term) (core/sym::from-str term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 2) (let ((head ((core/vec::get items) 0)) (value ((core/vec::get items) 1))) (if (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote quote)) false) (if (selfhost/typecheck::sym? value) value (if (selfhost/typecheck::str? value) (core/sym::from-str value) nil)) nil)) nil) nil)))))) (def selfhost/typecheck::prim-map-get (fn (op) (fn (args) (fn (arg-terms) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((source ((core/vec::get args) 0)) (key (selfhost/typecheck::literal-map-key ((core/vec::get arg-terms) 1)))) (let ((tag (selfhost/typecheck::ty-tag source))) (if ((core/sym::eq? tag) (quote :rec)) (if (selfhost/typecheck::nil? key) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session) (let ((found ((core/map::get ((core/map::get source) (quote :fields))) key))) (if (selfhost/typecheck::nil? found) (if (selfhost/typecheck::tail-closed? ((core/map::get source) (quote :tail))) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning session) ((selfhost/typecheck::str2 "prim map/get missing closed-row key ") (selfhost/typecheck::symbol-str key)))) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)) ((selfhost/typecheck::prim-result found) session)))) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session) ((selfhost/typecheck::prim-fail session) "prim map/get expects Rec, key"))))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args))))))))) (def selfhost/typecheck::prim-map-put (fn (op) (fn (args) (fn (arg-terms) (fn (session) (if ((core/int::eq? (core/vec::len args)) 3) (let ((source ((core/vec::get args) 0))) (let ((tag (selfhost/typecheck::ty-tag source))) (if ((core/sym::eq? tag) (quote :rec)) (let ((key (selfhost/typecheck::literal-map-key ((core/vec::get arg-terms) 1)))) ((selfhost/typecheck::prim-result ((selfhost/typecheck::ty-rec (if (selfhost/typecheck::nil? key) ((core/map::get source) (quote :fields)) (((core/map::put ((core/map::get source) (quote :fields))) key) ((core/vec::get args) 2)))) (if (selfhost/typecheck::nil? key) (quote :any) ((core/map::get source) (quote :tail))))) session)) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session) ((selfhost/typecheck::prim-fail session) "prim map/put expects Rec, key, value"))))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 3) (core/vec::len args))))))))) (def selfhost/typecheck::prim-map-merge (fn (op) (fn (args) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((left ((core/vec::get args) 0)) (right ((core/vec::get args) 1))) (let ((lt (selfhost/typecheck::ty-tag left)) (rt (selfhost/typecheck::ty-tag right))) (if (if ((core/sym::eq? lt) (quote :rec)) ((core/sym::eq? rt) (quote :rec)) false) ((selfhost/typecheck::prim-result ((selfhost/typecheck::ty-rec ((core/map::merge ((core/map::get left) (quote :fields))) ((core/map::get right) (quote :fields)))) (if (if (selfhost/typecheck::tail-closed? ((core/map::get left) (quote :tail))) (selfhost/typecheck::tail-closed? ((core/map::get right) (quote :tail))) false) (quote :closed) (quote :any)))) session) (if (if ((core/sym::eq? lt) (quote :any)) true ((core/sym::eq? rt) (quote :any))) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session) ((selfhost/typecheck::prim-fail session) "prim map/merge expects Rec, Rec"))))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args)))))))) (def selfhost/typecheck::prim-str-grapheme-slice (fn (op) (fn (args) (fn (session) (if ((core/int::eq? (core/vec::len args)) 3) (if (if ((core/eq? ((core/vec::get args) 0)) selfhost/typecheck::ty-str) (if ((core/eq? ((core/vec::get args) 1)) selfhost/typecheck::ty-int) ((core/eq? ((core/vec::get args) 2)) selfhost/typecheck::ty-int) false) false) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-str) session) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::str3 "prim ") (selfhost/typecheck::symbol-str op)) " expects Str, Int, Int"))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 3) (core/vec::len args)))))))) (def selfhost/typecheck::prim-type (fn (op) (fn (args) (fn (arg-terms) (fn (session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-int-arith) op) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-int) selfhost/typecheck::ty-int) session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-int-compare) op) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-int) selfhost/typecheck::ty-bool) session) (if ((core/sym::eq? op) (quote dec/parse)) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str) selfhost/typecheck::ty-dec) session) (if ((core/sym::eq? op) (quote dec/to-str)) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-dec) selfhost/typecheck::ty-str) session) (if ((core/sym::eq? op) (quote dec/from-int)) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-int) selfhost/typecheck::ty-dec) session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-dec-arith) op) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-dec) selfhost/typecheck::ty-dec) session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-dec-compare) op) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-dec) selfhost/typecheck::ty-bool) session) (if (if ((core/sym::eq? op) (quote core/eq?)) true ((core/sym::eq? op) (quote sym/eq?))) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-bool) session) (if ((core/sym::eq? op) (quote str/concat)) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-str) selfhost/typecheck::ty-str) session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-str-lengths) op) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str) selfhost/typecheck::ty-int) session) (if ((core/sym::eq? op) (quote str/nfc)) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str) selfhost/typecheck::ty-str) session) (if ((core/sym::eq? op) (quote str/grapheme-slice)) (((selfhost/typecheck::prim-str-grapheme-slice op) args) session) (if ((core/sym::eq? op) (quote bytes/len)) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-int) session) (if ((core/sym::eq? op) (quote bytes/concat)) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-bytes) session) (if ((core/sym::eq? op) (quote map/get)) ((((selfhost/typecheck::prim-map-get op) args) arg-terms) session) (if ((core/sym::eq? op) (quote map/put)) ((((selfhost/typecheck::prim-map-put op) args) arg-terms) session) (if ((core/sym::eq? op) (quote map/merge)) (((selfhost/typecheck::prim-map-merge op) args) session) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)))))))))))))))))))))))] :module-h b"\x83\xBA9;\x05\xB9\x9A\xB8\xDB\\\xC4x\xC9\x1A\x8A\xE5\x86\xD0\xD7b'`:o\xFA~z\xC5\x94\xB4\xFF\x9A" :path "selfhost/typecheck_infer_prim_v1.gc" :source "(def selfhost/typecheck::prim-int-arith\n {int/add true int/div true int/mod true int/mul true int/sub true})\n\n(def selfhost/typecheck::prim-int-compare {int/eq? true int/lt? true})\n\n(def selfhost/typecheck::prim-dec-arith {dec/add true dec/mul true dec/sub true})\n\n(def selfhost/typecheck::prim-dec-compare {dec/eq? true dec/lt? true})\n\n(def selfhost/typecheck::prim-str-lengths\n {str/grapheme-len true str/len true str/scalar-len true})\n\n(def selfhost/typecheck::prim-result\n (fn (type) (fn (session) {:session session :type type})))\n\n(def selfhost/typecheck::prim-fail\n (fn (session)\n (fn (message)\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-error session) message)))))\n\n(def selfhost/typecheck::prim-arity-message\n (fn (op)\n (fn (expected)\n (fn (actual)\n ((selfhost/typecheck::str4 \"prim \"\n (selfhost/typecheck::symbol-str op))\n ((selfhost/typecheck::str3 \" expects \" (selfhost/typecheck::int-str expected)) \" args, got \")\n (selfhost/typecheck::int-str actual))))))\n\n(def selfhost/typecheck::prim-unary\n (fn (op)\n (fn (args)\n (fn (input)\n (fn (output)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 1)\n (if ((core/eq? ((core/vec::get args) 0)) input)\n ((selfhost/typecheck::prim-result output) session)\n ((selfhost/typecheck::prim-fail session)\n ((selfhost/typecheck::str3 \"prim \" (selfhost/typecheck::symbol-str op))\n ((selfhost/typecheck::str2 \" expects \")\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term input))))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 1) (core/vec::len args))))))))))\n\n(def selfhost/typecheck::prim-binary\n (fn (op)\n (fn (args)\n (fn (input)\n (fn (output)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (if\n (if ((core/eq? ((core/vec::get args) 0)) input)\n ((core/eq? ((core/vec::get args) 1)) input)\n false)\n ((selfhost/typecheck::prim-result output) session)\n (let\n ((name\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term input))))\n ((selfhost/typecheck::prim-fail session)\n ((selfhost/typecheck::str4 \"prim \" (selfhost/typecheck::symbol-str op))\n ((selfhost/typecheck::str3 \" expects \" name) \", \")\n name))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args))))))))))\n\n(def selfhost/typecheck::literal-map-key\n (fn (term)\n (if (selfhost/typecheck::sym? term)\n term\n (if (selfhost/typecheck::str? term)\n (core/sym::from-str term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 2)\n (let ((head ((core/vec::get items) 0)) (value ((core/vec::get items) 1)))\n (if\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote quote))\n false)\n (if (selfhost/typecheck::sym? value)\n value\n (if (selfhost/typecheck::str? value) (core/sym::from-str value) nil))\n nil))\n nil)\n nil))))))\n\n(def selfhost/typecheck::prim-map-get\n (fn (op)\n (fn (args)\n (fn (arg-terms)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let\n ((source ((core/vec::get args) 0))\n (key (selfhost/typecheck::literal-map-key ((core/vec::get arg-terms) 1))))\n (let ((tag (selfhost/typecheck::ty-tag source)))\n (if ((core/sym::eq? tag) (quote :rec))\n (if (selfhost/typecheck::nil? key)\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)\n (let\n ((found ((core/map::get ((core/map::get source) (quote :fields))) key)))\n (if (selfhost/typecheck::nil? found)\n (if\n (selfhost/typecheck::tail-closed?\n ((core/map::get source) (quote :tail)))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning session)\n ((selfhost/typecheck::str2 \"prim map/get missing closed-row key \")\n (selfhost/typecheck::symbol-str key))))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session))\n ((selfhost/typecheck::prim-result found) session))))\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)\n ((selfhost/typecheck::prim-fail session) \"prim map/get expects Rec, key\")))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args)))))))))\n\n(def selfhost/typecheck::prim-map-put\n (fn (op)\n (fn (args)\n (fn (arg-terms)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 3)\n (let ((source ((core/vec::get args) 0)))\n (let ((tag (selfhost/typecheck::ty-tag source)))\n (if ((core/sym::eq? tag) (quote :rec))\n (let ((key (selfhost/typecheck::literal-map-key ((core/vec::get arg-terms) 1))))\n ((selfhost/typecheck::prim-result\n ((selfhost/typecheck::ty-rec\n (if (selfhost/typecheck::nil? key)\n ((core/map::get source) (quote :fields))\n (((core/map::put ((core/map::get source) (quote :fields))) key)\n ((core/vec::get args) 2))))\n (if (selfhost/typecheck::nil? key)\n (quote :any)\n ((core/map::get source) (quote :tail)))))\n session))\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)\n ((selfhost/typecheck::prim-fail session)\n \"prim map/put expects Rec, key, value\")))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 3) (core/vec::len args)))))))))\n\n(def selfhost/typecheck::prim-map-merge\n (fn (op)\n (fn (args)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let\n ((left ((core/vec::get args) 0))\n (right ((core/vec::get args) 1)))\n (let\n ((lt (selfhost/typecheck::ty-tag left))\n (rt (selfhost/typecheck::ty-tag right)))\n (if\n (if ((core/sym::eq? lt) (quote :rec)) ((core/sym::eq? rt) (quote :rec)) false)\n ((selfhost/typecheck::prim-result\n ((selfhost/typecheck::ty-rec\n ((core/map::merge ((core/map::get left) (quote :fields)))\n ((core/map::get right) (quote :fields))))\n (if\n (if\n (selfhost/typecheck::tail-closed?\n ((core/map::get left) (quote :tail)))\n (selfhost/typecheck::tail-closed?\n ((core/map::get right) (quote :tail)))\n false)\n (quote :closed)\n (quote :any))))\n session)\n (if\n (if ((core/sym::eq? lt) (quote :any)) true ((core/sym::eq? rt) (quote :any)))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)\n ((selfhost/typecheck::prim-fail session) \"prim map/merge expects Rec, Rec\")))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args))))))))\n\n(def selfhost/typecheck::prim-str-grapheme-slice\n (fn (op)\n (fn (args)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 3)\n (if\n (if ((core/eq? ((core/vec::get args) 0)) selfhost/typecheck::ty-str)\n (if ((core/eq? ((core/vec::get args) 1)) selfhost/typecheck::ty-int)\n ((core/eq? ((core/vec::get args) 2)) selfhost/typecheck::ty-int)\n false)\n false)\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-str) session)\n ((selfhost/typecheck::prim-fail session)\n ((selfhost/typecheck::str3 \"prim \" (selfhost/typecheck::symbol-str op))\n \" expects Str, Int, Int\")))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 3) (core/vec::len args))))))))\n\n(def selfhost/typecheck::prim-type\n (fn (op)\n (fn (args)\n (fn (arg-terms)\n (fn (session)\n (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-int-arith) op)\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-int)\n selfhost/typecheck::ty-int)\n session)\n (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-int-compare) op)\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-int)\n selfhost/typecheck::ty-bool)\n session)\n (if ((core/sym::eq? op) (quote dec/parse))\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str)\n selfhost/typecheck::ty-dec)\n session)\n (if ((core/sym::eq? op) (quote dec/to-str))\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-dec)\n selfhost/typecheck::ty-str)\n session)\n (if ((core/sym::eq? op) (quote dec/from-int))\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-int)\n selfhost/typecheck::ty-dec)\n session)\n (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-dec-arith) op)\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-dec)\n selfhost/typecheck::ty-dec)\n session)\n (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-dec-compare) op)\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-dec)\n selfhost/typecheck::ty-bool)\n session)\n (if\n (if ((core/sym::eq? op) (quote core/eq?))\n true\n ((core/sym::eq? op) (quote sym/eq?)))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-bool) session)\n (if ((core/sym::eq? op) (quote str/concat))\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-str)\n selfhost/typecheck::ty-str)\n session)\n (if\n ((selfhost/typecheck::set-has? selfhost/typecheck::prim-str-lengths) op)\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str)\n selfhost/typecheck::ty-int)\n session)\n (if ((core/sym::eq? op) (quote str/nfc))\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str)\n selfhost/typecheck::ty-str)\n session)\n (if ((core/sym::eq? op) (quote str/grapheme-slice))\n (((selfhost/typecheck::prim-str-grapheme-slice op) args) session)\n (if ((core/sym::eq? op) (quote bytes/len))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-int) session)\n (if ((core/sym::eq? op) (quote bytes/concat))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-bytes) session)\n (if ((core/sym::eq? op) (quote map/get))\n ((((selfhost/typecheck::prim-map-get op) args) arg-terms) session)\n (if ((core/sym::eq? op) (quote map/put))\n ((((selfhost/typecheck::prim-map-put op) args) arg-terms) session)\n (if ((core/sym::eq? op) (quote map/merge))\n (((selfhost/typecheck::prim-map-merge op) args) session)\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any)\n session)))))))))))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x83\xBA9;\x05\xB9\x9A\xB8\xDB\\\xC4x\xC9\x1A\x8A\xE5\x86\xD0\xD7b'`:o\xFA~z\xC5\x94\xB4\xFF\x9A" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::infer-result (fn (type) (fn (session) {:session session :type type}))) (def selfhost/typecheck::infer-error (fn (session) (fn (message) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-error session) message))))) (def selfhost/typecheck::env-with-prelude (fn (declared) (((core/map::put declared) (quote core/contract::genesis)) ((selfhost/typecheck::ty-contract {}) (quote r))))) (def selfhost/typecheck::effects-vec-to-set (fn (ops) ((((selfhost/typecheck::effects-vec-to-set-loop ops) (core/vec::len ops)) 0) {}))) (def selfhost/typecheck::effects-vec-to-set-loop (fn (ops) (fn (n) (fn (i) (fn (set) (if ((core/int::eq? i) n) set ((((selfhost/typecheck::effects-vec-to-set-loop ops) n) ((core/int::add i) 1)) ((selfhost/typecheck::set-add set) ((core/vec::get ops) i))))))))) (def selfhost/typecheck::infer-syntax-effects-term (fn (term) (let ((report (core/cli::infer-effects ((core/vec::push []) term)))) ((selfhost/typecheck::eff-row (selfhost/typecheck::effects-vec-to-set ((core/map::get report) (quote :ops)))) (if ((core/map::get report) (quote :unknown)) (quote :any) (quote :closed)))))) (def selfhost/typecheck::infer-module-types (fn (forms) (fn (declared) (let ((env (selfhost/typecheck::env-with-prelude declared))) (((((selfhost/typecheck::infer-module-types-loop forms) (core/vec::len forms)) 0) {:defs {} :env env}) selfhost/typecheck::session-empty))))) (def selfhost/typecheck::infer-module-types-loop (fn (forms) (fn (n) (fn (i) (fn (state) (fn (session) (if ((core/int::eq? i) n) {:defs ((core/map::get state) (quote :defs)) :env ((core/map::get state) (quote :env)) :session session} (let ((parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i)))) (if (selfhost/typecheck::nil? parsed) (((((selfhost/typecheck::infer-module-types-loop forms) n) ((core/int::add i) 1)) state) session) (let ((name ((core/map::get parsed) (quote :name))) (expr ((core/map::get parsed) (quote :expr))) (env ((core/map::get state) (quote :env)))) (let ((inferred (((selfhost/typecheck::infer-term-with-expected expr) env) ((core/map::get env) name)))) (let ((result (inferred session))) (((((selfhost/typecheck::infer-module-types-loop forms) n) ((core/int::add i) 1)) {:defs (((core/map::put ((core/map::get state) (quote :defs))) name) ((core/map::get result) (quote :type))) :env (((core/map::put env) name) ((core/map::get result) (quote :type)))}) ((core/map::get result) (quote :session))))))))))))))) (def selfhost/typecheck::parse-def-term (fn (term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((head ((core/vec::get items) 0)) (name ((core/vec::get items) 1))) (if (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote def)) (selfhost/typecheck::sym? name) false) false) {:expr ((core/vec::get items) 2) :name name} nil)) nil) nil)))) (def selfhost/typecheck::infer-term (fn (term) (fn (env) (fn (session) (let ((tag (core/data::tag term))) (if ((core/sym::eq? tag) (quote :nil)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-nil) session) (if ((core/sym::eq? tag) (quote :bool)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-bool) session) (if ((core/sym::eq? tag) (quote :int)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-int) session) (if ((core/sym::eq? tag) (quote :str)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-str) session) (if ((core/sym::eq? tag) (quote :bytes)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-bytes) session) (if ((core/sym::eq? tag) (quote :sym)) (let ((found ((core/map::get env) term))) ((selfhost/typecheck::infer-result (if (selfhost/typecheck::nil? found) selfhost/typecheck::ty-any found)) session)) (if ((core/sym::eq? tag) (quote :vec)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session) (if ((core/sym::eq? tag) (quote :map)) (((selfhost/typecheck::infer-map-literal term) env) session) (if ((core/sym::eq? tag) (quote :pair)) (((selfhost/typecheck::infer-list-form term) env) session) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session))))))))))))))) (def selfhost/typecheck::infer-term-with-expected (fn (term) (fn (env) (fn (expected) (fn (session) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::lt? 0) (core/vec::len items)) (let ((head ((core/vec::get items) 0))) (if (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote fn)) false) ((((selfhost/typecheck::infer-fn items) env) expected) session) (((selfhost/typecheck::infer-term term) env) session))) (((selfhost/typecheck::infer-term term) env) session)) (((selfhost/typecheck::infer-term term) env) session)))))))) (def selfhost/typecheck::infer-map-literal (fn (map-term) (fn (env) (fn (session) (let ((entries (core/map::entries map-term))) (((((selfhost/typecheck::infer-map-literal-loop entries) env) (core/vec::len entries)) 0) {:fields {} :session session :tail (quote :closed)})))))) (def selfhost/typecheck::infer-map-literal-loop (fn (entries) (fn (env) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-rec ((core/map::get state) (quote :fields))) ((core/map::get state) (quote :tail)))) ((core/map::get state) (quote :session))) (let ((entry ((core/vec::get entries) i)) (key ((core/vec::get ((core/vec::get entries) i)) 0)) (value ((core/vec::get ((core/vec::get entries) i)) 1))) (let ((inferred (((selfhost/typecheck::infer-term value) env) ((core/map::get state) (quote :session))))) (let ((label-candidate (if (selfhost/typecheck::sym? key) key (if (selfhost/typecheck::str? key) (core/sym::from-str key) nil)))) (let ((label (if (core/error::is? label-candidate) nil label-candidate))) (((((selfhost/typecheck::infer-map-literal-loop entries) env) n) ((core/int::add i) 1)) {:fields (if (selfhost/typecheck::nil? label) ((core/map::get state) (quote :fields)) (((core/map::put ((core/map::get state) (quote :fields))) label) ((core/map::get inferred) (quote :type)))) :session ((core/map::get inferred) (quote :session)) :tail (if (selfhost/typecheck::nil? label) (quote :any) ((core/map::get state) (quote :tail)))})))))))))))) (def selfhost/typecheck::infer-list-form (fn (term) (fn (env) (fn (session) (let ((items (core/pair::as-proper-list term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-nil) session) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) ((((selfhost/typecheck::infer-special-or-app head) items) env) session) (let ((flat (core/cli::flatten-app term))) (if (selfhost/typecheck::map? flat) ((((selfhost/typecheck::infer-app ((core/map::get flat) (quote :head))) ((core/map::get flat) (quote :args))) env) session) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)))))) ((selfhost/typecheck::infer-error session) "improper list is not a valid expression"))))))) (def selfhost/typecheck::infer-special-or-app (fn (head) (fn (items) (fn (env) (fn (session) (if ((core/sym::eq? head) (quote quote)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session) (if ((core/sym::eq? head) (quote fn)) ((((selfhost/typecheck::infer-fn items) env) nil) session) (if ((core/sym::eq? head) (quote if)) (((selfhost/typecheck::infer-if items) env) session) (if ((core/sym::eq? head) (quote begin)) (((selfhost/typecheck::infer-begin items) env) session) (if ((core/sym::eq? head) (quote let)) (((selfhost/typecheck::infer-let items) env) session) (if ((core/sym::eq? head) (quote prim)) (((selfhost/typecheck::infer-prim items) env) session) (if (if ((core/sym::eq? head) (quote seal)) true ((core/sym::eq? head) (quote unseal))) (((((selfhost/typecheck::infer-terms-loop items) env) (core/vec::len items)) 1) session) (if ((core/sym::eq? head) (quote def)) (let ((walked (((((selfhost/typecheck::infer-terms-loop items) env) (core/vec::len items)) 1) session))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((core/map::get walked) (quote :session)))) (let ((flat (core/cli::flatten-app (selfhost/typecheck::list-from-vec items)))) (if (selfhost/typecheck::map? flat) ((((selfhost/typecheck::infer-app ((core/map::get flat) (quote :head))) ((core/map::get flat) (quote :args))) env) session) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)))))))))))))))) (def selfhost/typecheck::infer-terms-loop (fn (items) (fn (env) (fn (n) (fn (i) (fn (session) (if ((core/int::eq? i) n) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session) (let ((result (((selfhost/typecheck::infer-term ((core/vec::get items) i)) env) session))) (((((selfhost/typecheck::infer-terms-loop items) env) n) ((core/int::add i) 1)) ((core/map::get result) (quote :session))))))))))) (def selfhost/typecheck::fn-body-term (fn (items) (if ((core/int::eq? (core/vec::len items)) 3) ((core/vec::get items) 2) (selfhost/typecheck::list-from-vec ((core/vec::push ((core/vec::push []) (quote begin))) ((core/cli::vec-slice-from items) 2)))))) (def selfhost/typecheck::infer-fn (fn (items) (fn (env) (fn (expected) (fn (session) (if ((core/int::lt? (core/vec::len items)) 3) ((selfhost/typecheck::infer-error session) "(fn (x) body...) expects at least 2 arguments") (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? params) (let ((validated (selfhost/typecheck::validate-fn-params params))) (if (selfhost/typecheck::result-ok? validated) ((((((selfhost/typecheck::infer-fn-params ((core/map::get validated) (quote :value))) 0) (selfhost/typecheck::fn-body-term items)) env) expected) session) ((selfhost/typecheck::infer-error session) ((core/map::get validated) (quote :error))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "fn params must be a list of symbols, got ") (selfhost/typecheck::term-str ((core/vec::get items) 1)))))))))))) (def selfhost/typecheck::validate-fn-params (fn (params) (if ((core/int::eq? (core/vec::len params)) 0) (selfhost/typecheck::err "fn must have at least 1 param") ((((selfhost/typecheck::validate-fn-params-loop params) (core/vec::len params)) 0) {})))) (def selfhost/typecheck::validate-fn-params-loop (fn (params) (fn (n) (fn (i) (fn (seen) (if ((core/int::eq? i) n) (selfhost/typecheck::ok params) (let ((name ((core/vec::get params) i))) (if (selfhost/typecheck::sym? name) (if ((selfhost/typecheck::set-has? seen) name) (selfhost/typecheck::err ((selfhost/typecheck::str2 "(fn ...) duplicate parameter: ") (selfhost/typecheck::symbol-str name))) ((((selfhost/typecheck::validate-fn-params-loop params) n) ((core/int::add i) 1)) ((selfhost/typecheck::set-add seen) name))) (selfhost/typecheck::err "(fn ...) parameters must be symbols"))))))))) (def selfhost/typecheck::infer-fn-params (fn (params) (fn (index) (fn (body) (fn (env) (fn (expected) (fn (session) (let ((name ((core/vec::get params) index)) (expected-param (if (if (selfhost/typecheck::map? expected) ((core/sym::eq? (selfhost/typecheck::ty-tag expected)) (quote :fn)) false) ((core/map::get expected) (quote :param)) selfhost/typecheck::ty-any)) (expected-ret (if (if (selfhost/typecheck::map? expected) ((core/sym::eq? (selfhost/typecheck::ty-tag expected)) (quote :fn)) false) ((core/map::get expected) (quote :ret)) nil))) (let ((env2 (((core/map::put env) name) expected-param))) (let ((result (if ((core/int::eq? ((core/int::add index) 1)) (core/vec::len params)) ((((selfhost/typecheck::infer-term-with-expected body) env2) expected-ret) session) ((((((selfhost/typecheck::infer-fn-params params) ((core/int::add index) 1)) body) env2) expected-ret) session))) (effects (((selfhost/typecheck::effects-in-term-with-expected body) env2) expected-ret))) ((selfhost/typecheck::infer-result (((selfhost/typecheck::ty-fn expected-param) ((core/map::get result) (quote :type))) ((selfhost/typecheck::eff-row ((core/map::get effects) (quote :ops))) (if ((core/map::get effects) (quote :unknown)) (quote :any) (quote :closed))))) ((core/map::get result) (quote :session))))))))))))) (def selfhost/typecheck::infer-if (fn (items) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len items)) 4) (let ((condition (((selfhost/typecheck::infer-term ((core/vec::get items) 1)) env) session))) (let ((then-result (((selfhost/typecheck::infer-term ((core/vec::get items) 2)) env) ((core/map::get condition) (quote :session))))) (let ((else-result (((selfhost/typecheck::infer-term ((core/vec::get items) 3)) env) ((core/map::get then-result) (quote :session))))) ((selfhost/typecheck::infer-result ((selfhost/typecheck::join-types ((core/map::get then-result) (quote :type))) ((core/map::get else-result) (quote :type)))) ((core/map::get else-result) (quote :session)))))) ((selfhost/typecheck::infer-error session) "(if c t e) expects exactly 3 arguments")))))) (def selfhost/typecheck::join-types (fn (left) (fn (right) (if ((core/eq? left) right) left selfhost/typecheck::ty-any)))) (def selfhost/typecheck::infer-begin (fn (items) (fn (env) (fn (session) (((((selfhost/typecheck::infer-sequence items) env) (core/vec::len items)) 1) {:session session :type selfhost/typecheck::ty-nil}))))) (def selfhost/typecheck::infer-sequence (fn (items) (fn (env) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((result (((selfhost/typecheck::infer-term ((core/vec::get items) i)) env) ((core/map::get state) (quote :session))))) (((((selfhost/typecheck::infer-sequence items) env) n) ((core/int::add i) 1)) result))))))))) (def selfhost/typecheck::infer-let (fn (items) (fn (env) (fn (session) (if ((core/int::lt? (core/vec::len items)) 3) ((selfhost/typecheck::infer-error session) "(let (bindings) body...) expects at least 2 arguments") (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? bindings) (let ((bound (((((selfhost/typecheck::infer-let-bindings bindings) (core/vec::len bindings)) 0) {:env env :seen {}}) session))) (if ((core/map::get bound) (quote :ok)) (((((selfhost/typecheck::infer-sequence items) ((core/map::get bound) (quote :env))) (core/vec::len items)) 2) {:session ((core/map::get bound) (quote :session)) :type selfhost/typecheck::ty-nil}) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((core/map::get bound) (quote :session))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "let bindings must be a list, got ") (selfhost/typecheck::term-str ((core/vec::get items) 1))))))))))) (def selfhost/typecheck::infer-let-bindings (fn (bindings) (fn (n) (fn (i) (fn (state) (fn (session) (if ((core/int::eq? i) n) {:env ((core/map::get state) (quote :env)) :ok true :session session} (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i)))) (if (selfhost/typecheck::vec? pair) (if ((core/int::eq? (core/vec::len pair)) 2) (let ((name ((core/vec::get pair) 0))) (if (selfhost/typecheck::sym? name) (if ((selfhost/typecheck::set-has? ((core/map::get state) (quote :seen))) name) {:env ((core/map::get state) (quote :env)) :ok false :session ((selfhost/typecheck::session-error session) ((selfhost/typecheck::str2 "(let ...) duplicate binding: ") (selfhost/typecheck::symbol-str name)))} (let ((result (((selfhost/typecheck::infer-term ((core/vec::get pair) 1)) ((core/map::get state) (quote :env))) session))) (((((selfhost/typecheck::infer-let-bindings bindings) n) ((core/int::add i) 1)) {:env (((core/map::put ((core/map::get state) (quote :env))) name) ((core/map::get result) (quote :type))) :seen ((selfhost/typecheck::set-add ((core/map::get state) (quote :seen))) name)}) ((core/map::get result) (quote :session))))) {:env ((core/map::get state) (quote :env)) :ok false :session ((selfhost/typecheck::session-error session) "(let ...) binding name must be symbol")})) {:env ((core/map::get state) (quote :env)) :ok false :session ((selfhost/typecheck::session-error session) "(let ...) binding must have exactly 2 forms")}) {:env ((core/map::get state) (quote :env)) :ok false :session ((selfhost/typecheck::session-error session) "(let ...) binding must be a list (name expr)")}))))))))) (def selfhost/typecheck::infer-prim (fn (items) (fn (env) (fn (session) (if ((core/int::lt? (core/vec::len items)) 2) ((selfhost/typecheck::infer-error session) "prim missing op symbol") (let ((op ((core/vec::get items) 1))) (if (selfhost/typecheck::sym? op) (let ((arg-terms ((core/cli::vec-slice-from items) 2))) (let ((inferred (((selfhost/typecheck::infer-arg-types arg-terms) env) session))) ((((selfhost/typecheck::prim-type op) ((core/map::get inferred) (quote :types))) arg-terms) ((core/map::get inferred) (quote :session))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "prim op must be a symbol, got ") (selfhost/typecheck::term-str op)))))))))) (def selfhost/typecheck::infer-arg-types (fn (terms) (fn (env) (fn (session) (((((selfhost/typecheck::infer-arg-types-loop terms) env) (core/vec::len terms)) 0) {:session session :types []}))))) (def selfhost/typecheck::infer-arg-types-loop (fn (terms) (fn (env) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((result (((selfhost/typecheck::infer-term ((core/vec::get terms) i)) env) ((core/map::get state) (quote :session))))) (((((selfhost/typecheck::infer-arg-types-loop terms) env) n) ((core/int::add i) 1)) {:session ((core/map::get result) (quote :session)) :types ((core/vec::push ((core/map::get state) (quote :types))) ((core/map::get result) (quote :type)))})))))))))] :module-h b"\xF5\x81~\xD5\x82[0\xB3Q\xA4\xCE\xA4\r\xF5;i\xB1\x9C\xC0\xCC\xE62\xACP\xA6\xA0RA\xCE0\xBCI" :path "selfhost/typecheck_infer_core_v1.gc" :source "(def selfhost/typecheck::infer-result\n (fn (type) (fn (session) {:session session :type type})))\n\n(def selfhost/typecheck::infer-error\n (fn (session)\n (fn (message)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-error session) message)))))\n\n(def selfhost/typecheck::env-with-prelude\n (fn (declared)\n (((core/map::put declared) (quote core/contract::genesis))\n ((selfhost/typecheck::ty-contract {}) (quote r)))))\n\n(def selfhost/typecheck::effects-vec-to-set\n (fn (ops)\n ((((selfhost/typecheck::effects-vec-to-set-loop ops) (core/vec::len ops)) 0) {})))\n\n(def selfhost/typecheck::effects-vec-to-set-loop\n (fn (ops)\n (fn (n)\n (fn (i)\n (fn (set)\n (if ((core/int::eq? i) n)\n set\n ((((selfhost/typecheck::effects-vec-to-set-loop ops) n) ((core/int::add i) 1))\n ((selfhost/typecheck::set-add set) ((core/vec::get ops) i)))))))))\n\n(def selfhost/typecheck::infer-syntax-effects-term\n (fn (term)\n (let ((report (core/cli::infer-effects ((core/vec::push []) term))))\n ((selfhost/typecheck::eff-row\n (selfhost/typecheck::effects-vec-to-set\n ((core/map::get report) (quote :ops))))\n (if ((core/map::get report) (quote :unknown)) (quote :any) (quote :closed))))))\n\n(def selfhost/typecheck::infer-module-types\n (fn (forms)\n (fn (declared)\n (let ((env (selfhost/typecheck::env-with-prelude declared)))\n (((((selfhost/typecheck::infer-module-types-loop forms) (core/vec::len forms)) 0)\n {:defs {} :env env})\n selfhost/typecheck::session-empty)))))\n\n(def selfhost/typecheck::infer-module-types-loop\n (fn (forms)\n (fn (n)\n (fn (i)\n (fn (state)\n (fn (session)\n (if ((core/int::eq? i) n)\n {:defs ((core/map::get state) (quote :defs))\n :env ((core/map::get state) (quote :env))\n :session session}\n (let ((parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i))))\n (if (selfhost/typecheck::nil? parsed)\n (((((selfhost/typecheck::infer-module-types-loop forms) n)\n ((core/int::add i) 1))\n state)\n session)\n (let\n ((name ((core/map::get parsed) (quote :name)))\n (expr ((core/map::get parsed) (quote :expr)))\n (env ((core/map::get state) (quote :env))))\n (let\n ((inferred\n (((selfhost/typecheck::infer-term-with-expected expr) env)\n ((core/map::get env) name))\n ))\n (let ((result (inferred session)))\n (((((selfhost/typecheck::infer-module-types-loop forms) n)\n ((core/int::add i) 1))\n {:defs\n (((core/map::put ((core/map::get state) (quote :defs))) name)\n ((core/map::get result) (quote :type)))\n :env\n (((core/map::put env) name)\n ((core/map::get result) (quote :type)))})\n ((core/map::get result) (quote :session)))))))))))))))\n\n(def selfhost/typecheck::parse-def-term\n (fn (term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((head ((core/vec::get items) 0)) (name ((core/vec::get items) 1)))\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote def)) (selfhost/typecheck::sym? name) false)\n false)\n {:expr ((core/vec::get items) 2) :name name}\n nil))\n nil)\n nil))))\n\n(def selfhost/typecheck::infer-term\n (fn (term)\n (fn (env)\n (fn (session)\n (let ((tag (core/data::tag term)))\n (if ((core/sym::eq? tag) (quote :nil))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-nil) session)\n (if ((core/sym::eq? tag) (quote :bool))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-bool) session)\n (if ((core/sym::eq? tag) (quote :int))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-int) session)\n (if ((core/sym::eq? tag) (quote :str))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-str) session)\n (if ((core/sym::eq? tag) (quote :bytes))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-bytes) session)\n (if ((core/sym::eq? tag) (quote :sym))\n (let ((found ((core/map::get env) term)))\n ((selfhost/typecheck::infer-result\n (if (selfhost/typecheck::nil? found)\n selfhost/typecheck::ty-any\n found))\n session))\n (if ((core/sym::eq? tag) (quote :vec))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)\n (if ((core/sym::eq? tag) (quote :map))\n (((selfhost/typecheck::infer-map-literal term) env) session)\n (if ((core/sym::eq? tag) (quote :pair))\n (((selfhost/typecheck::infer-list-form term) env) session)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n session)))))))))))))))\n\n(def selfhost/typecheck::infer-term-with-expected\n (fn (term)\n (fn (env)\n (fn (expected)\n (fn (session)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::lt? 0) (core/vec::len items))\n (let ((head ((core/vec::get items) 0)))\n (if\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote fn))\n false)\n ((((selfhost/typecheck::infer-fn items) env) expected) session)\n (((selfhost/typecheck::infer-term term) env) session)))\n (((selfhost/typecheck::infer-term term) env) session))\n (((selfhost/typecheck::infer-term term) env) session))))))))\n\n(def selfhost/typecheck::infer-map-literal\n (fn (map-term)\n (fn (env)\n (fn (session)\n (let ((entries (core/map::entries map-term)))\n (((((selfhost/typecheck::infer-map-literal-loop entries) env)\n (core/vec::len entries))\n 0)\n {:fields {} :session session :tail (quote :closed)}))))))\n\n(def selfhost/typecheck::infer-map-literal-loop\n (fn (entries)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-rec ((core/map::get state) (quote :fields)))\n ((core/map::get state) (quote :tail))))\n ((core/map::get state) (quote :session)))\n (let\n ((entry ((core/vec::get entries) i))\n (key ((core/vec::get ((core/vec::get entries) i)) 0))\n (value ((core/vec::get ((core/vec::get entries) i)) 1)))\n (let ((inferred (((selfhost/typecheck::infer-term value) env)\n ((core/map::get state) (quote :session)))))\n (let\n ((label-candidate\n (if (selfhost/typecheck::sym? key)\n key\n (if (selfhost/typecheck::str? key) (core/sym::from-str key) nil))))\n (let\n ((label\n (if (core/error::is? label-candidate) nil label-candidate)))\n (((((selfhost/typecheck::infer-map-literal-loop entries) env) n)\n ((core/int::add i) 1))\n {:fields\n (if (selfhost/typecheck::nil? label)\n ((core/map::get state) (quote :fields))\n (((core/map::put ((core/map::get state) (quote :fields))) label)\n ((core/map::get inferred) (quote :type))))\n :session ((core/map::get inferred) (quote :session))\n :tail\n (if (selfhost/typecheck::nil? label)\n (quote :any)\n ((core/map::get state) (quote :tail)))}))))))))))))\n\n(def selfhost/typecheck::infer-list-form\n (fn (term)\n (fn (env)\n (fn (session)\n (let ((items (core/pair::as-proper-list term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-nil) session)\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n ((((selfhost/typecheck::infer-special-or-app head) items) env) session)\n (let ((flat (core/cli::flatten-app term)))\n (if (selfhost/typecheck::map? flat)\n ((((selfhost/typecheck::infer-app\n ((core/map::get flat) (quote :head)))\n ((core/map::get flat) (quote :args)))\n env)\n session)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session))))))\n ((selfhost/typecheck::infer-error session)\n \"improper list is not a valid expression\")))))))\n\n(def selfhost/typecheck::infer-special-or-app\n (fn (head)\n (fn (items)\n (fn (env)\n (fn (session)\n (if ((core/sym::eq? head) (quote quote))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)\n (if ((core/sym::eq? head) (quote fn))\n ((((selfhost/typecheck::infer-fn items) env) nil) session)\n (if ((core/sym::eq? head) (quote if))\n (((selfhost/typecheck::infer-if items) env) session)\n (if ((core/sym::eq? head) (quote begin))\n (((selfhost/typecheck::infer-begin items) env) session)\n (if ((core/sym::eq? head) (quote let))\n (((selfhost/typecheck::infer-let items) env) session)\n (if ((core/sym::eq? head) (quote prim))\n (((selfhost/typecheck::infer-prim items) env) session)\n (if\n (if ((core/sym::eq? head) (quote seal))\n true\n ((core/sym::eq? head) (quote unseal)))\n (((((selfhost/typecheck::infer-terms-loop items) env)\n (core/vec::len items))\n 1)\n session)\n (if ((core/sym::eq? head) (quote def))\n (let\n ((walked\n (((((selfhost/typecheck::infer-terms-loop items) env)\n (core/vec::len items))\n 1)\n session)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((core/map::get walked) (quote :session))))\n (let ((flat (core/cli::flatten-app (selfhost/typecheck::list-from-vec items))))\n (if (selfhost/typecheck::map? flat)\n ((((selfhost/typecheck::infer-app\n ((core/map::get flat) (quote :head)))\n ((core/map::get flat) (quote :args)))\n env)\n session)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n session))))))))))))))))\n\n(def selfhost/typecheck::infer-terms-loop\n (fn (items)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (session)\n (if ((core/int::eq? i) n)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)\n (let ((result (((selfhost/typecheck::infer-term ((core/vec::get items) i)) env) session)))\n (((((selfhost/typecheck::infer-terms-loop items) env) n)\n ((core/int::add i) 1))\n ((core/map::get result) (quote :session)))))))))))\n\n(def selfhost/typecheck::fn-body-term\n (fn (items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n ((core/vec::get items) 2)\n (selfhost/typecheck::list-from-vec\n ((core/vec::push\n ((core/vec::push []) (quote begin)))\n ((core/cli::vec-slice-from items) 2))))))\n\n(def selfhost/typecheck::infer-fn\n (fn (items)\n (fn (env)\n (fn (expected)\n (fn (session)\n (if ((core/int::lt? (core/vec::len items)) 3)\n ((selfhost/typecheck::infer-error session)\n \"(fn (x) body...) expects at least 2 arguments\")\n (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? params)\n (let ((validated (selfhost/typecheck::validate-fn-params params)))\n (if (selfhost/typecheck::result-ok? validated)\n ((((((selfhost/typecheck::infer-fn-params\n ((core/map::get validated) (quote :value)))\n 0)\n (selfhost/typecheck::fn-body-term items))\n env)\n expected)\n session)\n ((selfhost/typecheck::infer-error session)\n ((core/map::get validated) (quote :error)))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"fn params must be a list of symbols, got \")\n (selfhost/typecheck::term-str ((core/vec::get items) 1))))))))))))\n\n(def selfhost/typecheck::validate-fn-params\n (fn (params)\n (if ((core/int::eq? (core/vec::len params)) 0)\n (selfhost/typecheck::err \"fn must have at least 1 param\")\n ((((selfhost/typecheck::validate-fn-params-loop params) (core/vec::len params)) 0) {}))))\n\n(def selfhost/typecheck::validate-fn-params-loop\n (fn (params)\n (fn (n)\n (fn (i)\n (fn (seen)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok params)\n (let ((name ((core/vec::get params) i)))\n (if (selfhost/typecheck::sym? name)\n (if ((selfhost/typecheck::set-has? seen) name)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"(fn ...) duplicate parameter: \")\n (selfhost/typecheck::symbol-str name)))\n ((((selfhost/typecheck::validate-fn-params-loop params) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::set-add seen) name)))\n (selfhost/typecheck::err \"(fn ...) parameters must be symbols\")))))))))\n\n(def selfhost/typecheck::infer-fn-params\n (fn (params)\n (fn (index)\n (fn (body)\n (fn (env)\n (fn (expected)\n (fn (session)\n (let\n ((name ((core/vec::get params) index))\n (expected-param\n (if\n (if (selfhost/typecheck::map? expected)\n ((core/sym::eq? (selfhost/typecheck::ty-tag expected)) (quote :fn))\n false)\n ((core/map::get expected) (quote :param))\n selfhost/typecheck::ty-any))\n (expected-ret\n (if\n (if (selfhost/typecheck::map? expected)\n ((core/sym::eq? (selfhost/typecheck::ty-tag expected)) (quote :fn))\n false)\n ((core/map::get expected) (quote :ret))\n nil)))\n (let ((env2 (((core/map::put env) name) expected-param)))\n (let\n ((result\n (if ((core/int::eq? ((core/int::add index) 1)) (core/vec::len params))\n ((((selfhost/typecheck::infer-term-with-expected body) env2) expected-ret)\n session)\n ((((((selfhost/typecheck::infer-fn-params params)\n ((core/int::add index) 1))\n body)\n env2)\n expected-ret)\n session)))\n (effects\n (((selfhost/typecheck::effects-in-term-with-expected body) env2)\n expected-ret)))\n ((selfhost/typecheck::infer-result\n (((selfhost/typecheck::ty-fn expected-param)\n ((core/map::get result) (quote :type)))\n ((selfhost/typecheck::eff-row\n ((core/map::get effects) (quote :ops)))\n (if ((core/map::get effects) (quote :unknown))\n (quote :any)\n (quote :closed)))))\n ((core/map::get result) (quote :session)))))))))))))\n\n(def selfhost/typecheck::infer-if\n (fn (items)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len items)) 4)\n (let ((condition (((selfhost/typecheck::infer-term ((core/vec::get items) 1)) env) session)))\n (let\n ((then-result\n (((selfhost/typecheck::infer-term ((core/vec::get items) 2)) env)\n ((core/map::get condition) (quote :session)))))\n (let\n ((else-result\n (((selfhost/typecheck::infer-term ((core/vec::get items) 3)) env)\n ((core/map::get then-result) (quote :session)))))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::join-types\n ((core/map::get then-result) (quote :type)))\n ((core/map::get else-result) (quote :type))))\n ((core/map::get else-result) (quote :session))))))\n ((selfhost/typecheck::infer-error session)\n \"(if c t e) expects exactly 3 arguments\"))))))\n\n(def selfhost/typecheck::join-types\n (fn (left)\n (fn (right) (if ((core/eq? left) right) left selfhost/typecheck::ty-any))))\n\n(def selfhost/typecheck::infer-begin\n (fn (items)\n (fn (env)\n (fn (session)\n (((((selfhost/typecheck::infer-sequence items) env) (core/vec::len items)) 1)\n {:session session :type selfhost/typecheck::ty-nil})))))\n\n(def selfhost/typecheck::infer-sequence\n (fn (items)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((result\n (((selfhost/typecheck::infer-term ((core/vec::get items) i)) env)\n ((core/map::get state) (quote :session)))))\n (((((selfhost/typecheck::infer-sequence items) env) n)\n ((core/int::add i) 1))\n result)))))))))\n\n(def selfhost/typecheck::infer-let\n (fn (items)\n (fn (env)\n (fn (session)\n (if ((core/int::lt? (core/vec::len items)) 3)\n ((selfhost/typecheck::infer-error session)\n \"(let (bindings) body...) expects at least 2 arguments\")\n (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? bindings)\n (let\n ((bound\n (((((selfhost/typecheck::infer-let-bindings bindings) (core/vec::len bindings)) 0)\n {:env env :seen {}})\n session)))\n (if ((core/map::get bound) (quote :ok))\n (((((selfhost/typecheck::infer-sequence items)\n ((core/map::get bound) (quote :env)))\n (core/vec::len items))\n 2)\n {:session ((core/map::get bound) (quote :session))\n :type selfhost/typecheck::ty-nil})\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((core/map::get bound) (quote :session)))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"let bindings must be a list, got \")\n (selfhost/typecheck::term-str ((core/vec::get items) 1)))))))))))\n\n(def selfhost/typecheck::infer-let-bindings\n (fn (bindings)\n (fn (n)\n (fn (i)\n (fn (state)\n (fn (session)\n (if ((core/int::eq? i) n)\n {:env ((core/map::get state) (quote :env)) :ok true :session session}\n (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i))))\n (if (selfhost/typecheck::vec? pair)\n (if ((core/int::eq? (core/vec::len pair)) 2)\n (let ((name ((core/vec::get pair) 0)))\n (if (selfhost/typecheck::sym? name)\n (if\n ((selfhost/typecheck::set-has? ((core/map::get state) (quote :seen))) name)\n {:env ((core/map::get state) (quote :env))\n :ok false\n :session\n ((selfhost/typecheck::session-error session)\n ((selfhost/typecheck::str2 \"(let ...) duplicate binding: \")\n (selfhost/typecheck::symbol-str name)))}\n (let\n ((result\n (((selfhost/typecheck::infer-term ((core/vec::get pair) 1))\n ((core/map::get state) (quote :env)))\n session)))\n (((((selfhost/typecheck::infer-let-bindings bindings) n)\n ((core/int::add i) 1))\n {:env\n (((core/map::put ((core/map::get state) (quote :env))) name)\n ((core/map::get result) (quote :type)))\n :seen\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :seen)))\n name)})\n ((core/map::get result) (quote :session)))))\n {:env ((core/map::get state) (quote :env))\n :ok false\n :session\n ((selfhost/typecheck::session-error session)\n \"(let ...) binding name must be symbol\")}))\n {:env ((core/map::get state) (quote :env))\n :ok false\n :session\n ((selfhost/typecheck::session-error session)\n \"(let ...) binding must have exactly 2 forms\")})\n {:env ((core/map::get state) (quote :env))\n :ok false\n :session\n ((selfhost/typecheck::session-error session)\n \"(let ...) binding must be a list (name expr)\")})))))))))\n\n(def selfhost/typecheck::infer-prim\n (fn (items)\n (fn (env)\n (fn (session)\n (if ((core/int::lt? (core/vec::len items)) 2)\n ((selfhost/typecheck::infer-error session) \"prim missing op symbol\")\n (let ((op ((core/vec::get items) 1)))\n (if (selfhost/typecheck::sym? op)\n (let\n ((arg-terms ((core/cli::vec-slice-from items) 2)))\n (let ((inferred (((selfhost/typecheck::infer-arg-types arg-terms) env) session)))\n (((((selfhost/typecheck::prim-type op)\n ((core/map::get inferred) (quote :types)))\n arg-terms)\n ((core/map::get inferred) (quote :session))))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"prim op must be a symbol, got \")\n (selfhost/typecheck::term-str op))))))))))\n\n(def selfhost/typecheck::infer-arg-types\n (fn (terms)\n (fn (env)\n (fn (session)\n (((((selfhost/typecheck::infer-arg-types-loop terms) env) (core/vec::len terms)) 0)\n {:session session :types []})))))\n\n(def selfhost/typecheck::infer-arg-types-loop\n (fn (terms)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((result\n (((selfhost/typecheck::infer-term ((core/vec::get terms) i)) env)\n ((core/map::get state) (quote :session)))))\n (((((selfhost/typecheck::infer-arg-types-loop terms) env) n)\n ((core/int::add i) 1))\n {:session ((core/map::get result) (quote :session))\n :types\n ((core/vec::push ((core/map::get state) (quote :types)))\n ((core/map::get result) (quote :type)))})))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xF5\x81~\xD5\x82[0\xB3Q\xA4\xCE\xA4\r\xF5;i\xB1\x9C\xC0\xCC\xE62\xACP\xA6\xA0RA\xCE0\xBCI" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::infer-msg-make (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((payload (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) session))) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-msg (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0))) ((core/map::get payload) (quote :type)))) ((core/map::get payload) (quote :session)))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/msg::make expects 2 args (op, payload), got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-msg-payload (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 1) (let ((message (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) (let ((tag (selfhost/typecheck::ty-tag ((core/map::get message) (quote :type))))) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::infer-result ((core/map::get ((core/map::get message) (quote :type))) (quote :payload))) ((core/map::get message) (quote :session))) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((core/map::get message) (quote :session))) ((selfhost/typecheck::infer-error ((core/map::get message) (quote :session))) "core/msg::payload expects a Msg"))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/msg::payload expects 1 arg, got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-contract-extend (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 3) (let ((base (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) (let ((base-type ((core/map::get base) (quote :type))) (base-session ((core/map::get base) (quote :session)))) (let ((tag (selfhost/typecheck::ty-tag base-type))) (let ((state (if ((core/sym::eq? tag) (quote :contract)) {:methods ((core/map::get base-type) (quote :methods)) :session base-session :tail ((core/map::get base-type) (quote :tail))} (if ((core/sym::eq? tag) (quote :any)) {:methods {} :session base-session :tail (quote :any)} {:methods {} :session ((selfhost/typecheck::session-error base-session) "core/contract::extend base must be a Contract") :tail (quote :any)})))) (let ((overrides (((selfhost/typecheck::infer-contract-overrides ((core/vec::get args) 1)) env) state))) (let ((meta (((selfhost/typecheck::infer-term ((core/vec::get args) 2)) env) ((core/map::get overrides) (quote :session))))) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-contract ((core/map::get overrides) (quote :methods))) ((core/map::get overrides) (quote :tail)))) ((core/map::get meta) (quote :session))))))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/contract::extend expects 3 args (base overrides meta), got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-contract-overrides (fn (term) (fn (env) (fn (state) (if (selfhost/typecheck::map? term) (let ((entries (core/map::entries term))) (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) (core/vec::len entries)) 0) state)) (let ((walked (((selfhost/typecheck::infer-term term) env) ((core/map::get state) (quote :session))))) {:methods ((core/map::get state) (quote :methods)) :session ((core/map::get walked) (quote :session)) :tail (quote :any)})))))) (def selfhost/typecheck::infer-contract-overrides-loop (fn (entries) (fn (env) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((entry ((core/vec::get entries) i)) (op ((core/vec::get ((core/vec::get entries) i)) 0)) (handler ((core/vec::get ((core/vec::get entries) i)) 1))) (if (selfhost/typecheck::sym? op) (let ((method (((selfhost/typecheck::infer-contract-method op) handler) env))) (let ((result (method ((core/map::get state) (quote :session))))) (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) n) ((core/int::add i) 1)) {:methods (((core/map::put ((core/map::get state) (quote :methods))) op) ((core/map::get result) (quote :type))) :session ((core/map::get result) (quote :session)) :tail ((core/map::get state) (quote :tail))}))) (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) n) ((core/int::add i) 1)) {:methods ((core/map::get state) (quote :methods)) :session ((core/map::get state) (quote :session)) :tail (quote :any)})))))))))) (def selfhost/typecheck::infer-contract-method (fn (op) (fn (handler) (fn (env) (fn (session) (let ((items (selfhost/typecheck::list-items-or-nil handler))) (if (selfhost/typecheck::vec? items) (if (if ((core/int::lt? 2) (core/vec::len items)) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote fn)) false)) false) (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? params) (let ((env2 (if ((core/int::lt? 0) (core/vec::len params)) (let ((name ((core/vec::get params) 0))) (if (selfhost/typecheck::sym? name) (((core/map::put env) name) ((selfhost/typecheck::ty-msg op) selfhost/typecheck::ty-any)) env)) env)) (body (selfhost/typecheck::fn-body-term items))) (let ((inferred (((selfhost/typecheck::infer-term body) env2) session))) ((selfhost/typecheck::infer-result (((selfhost/typecheck::ty-fn ((selfhost/typecheck::ty-msg op) selfhost/typecheck::ty-any)) ((core/map::get inferred) (quote :type))) (selfhost/typecheck::infer-syntax-effects-term body))) ((core/map::get inferred) (quote :session))))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning session) (((selfhost/typecheck::str3 "contract method ") (selfhost/typecheck::symbol-str op)) " has invalid param list; treating as ?"))))) (let ((walked (((selfhost/typecheck::infer-term handler) env) session))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning ((core/map::get walked) (quote :session))) (((selfhost/typecheck::str3 "contract method ") (selfhost/typecheck::symbol-str op)) " is not a (fn ...) form; treating as ?"))))) (let ((walked (((selfhost/typecheck::infer-term handler) env) session))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning ((core/map::get walked) (quote :session))) (((selfhost/typecheck::str3 "contract method ") (selfhost/typecheck::symbol-str op)) " is not a function literal; treating as ?"))))))))))) (def selfhost/typecheck::infer-contract-dispatch (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((contract (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) (let ((message (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) ((core/map::get contract) (quote :session))))) (let ((contract-type ((core/map::get contract) (quote :type))) (message-type ((core/map::get message) (quote :type))) (next-session ((core/map::get message) (quote :session)))) (let ((contract-tag (selfhost/typecheck::ty-tag contract-type)) (message-tag (selfhost/typecheck::ty-tag message-type))) (if ((core/sym::eq? contract-tag) (quote :any)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) next-session) (if ((core/sym::eq? contract-tag) (quote :contract)) (if ((core/sym::eq? message-tag) (quote :msg)) (let ((op ((core/map::get message-type) (quote :op)))) (if (selfhost/typecheck::nil? op) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning next-session) "core/contract::dispatch msg op is not literal; return type is ?")) (let ((method ((core/map::get ((core/map::get contract-type) (quote :methods))) op))) (if (selfhost/typecheck::nil? method) (if (selfhost/typecheck::tail-open? ((core/map::get contract-type) (quote :tail))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning next-session) (((selfhost/typecheck::str3 "dispatch on op ") (selfhost/typecheck::symbol-str op)) " against open contract row; return type is ?"))) ((selfhost/typecheck::infer-error next-session) (((selfhost/typecheck::str3 "dispatch on op ") (selfhost/typecheck::symbol-str op)) " against closed contract with no such method"))) (if ((core/sym::eq? (selfhost/typecheck::ty-tag method)) (quote :fn)) ((selfhost/typecheck::infer-result ((core/map::get method) (quote :ret))) next-session) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) next-session)))))) ((selfhost/typecheck::infer-error next-session) "core/contract::dispatch msg must be a Msg")) ((selfhost/typecheck::infer-error next-session) "core/contract::dispatch contract must be a Contract"))))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/contract::dispatch expects 2 args (contract msg), got ") (selfhost/typecheck::int-str (core/vec::len args)))))))))] :module-h b"\x05\xE9f\xB6\xA6C\xD9\xBBt\xB8\xCA\x00.\xD8h\xFAa\x18\xC0\xCE!vh\xF7\xB9a\x0E-\x93\x0F\xA9\xA0" :path "selfhost/typecheck_infer_contract_v1.gc" :source "(def selfhost/typecheck::infer-msg-make\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let\n ((payload\n (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) session)))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-msg\n (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0)))\n ((core/map::get payload) (quote :type))))\n ((core/map::get payload) (quote :session))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"core/msg::make expects 2 args (op, payload), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-msg-payload\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 1)\n (let ((message (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n (let ((tag (selfhost/typecheck::ty-tag ((core/map::get message) (quote :type)))))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::infer-result\n ((core/map::get ((core/map::get message) (quote :type))) (quote :payload)))\n ((core/map::get message) (quote :session)))\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((core/map::get message) (quote :session)))\n ((selfhost/typecheck::infer-error\n ((core/map::get message) (quote :session)))\n \"core/msg::payload expects a Msg\")))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"core/msg::payload expects 1 arg, got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-contract-extend\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 3)\n (let ((base (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n (let\n ((base-type ((core/map::get base) (quote :type)))\n (base-session ((core/map::get base) (quote :session))))\n (let ((tag (selfhost/typecheck::ty-tag base-type)))\n (let\n ((state\n (if ((core/sym::eq? tag) (quote :contract))\n {:methods ((core/map::get base-type) (quote :methods))\n :session base-session\n :tail ((core/map::get base-type) (quote :tail))}\n (if ((core/sym::eq? tag) (quote :any))\n {:methods {} :session base-session :tail (quote :any)}\n {:methods {}\n :session\n ((selfhost/typecheck::session-error base-session)\n \"core/contract::extend base must be a Contract\")\n :tail (quote :any)}))))\n (let\n ((overrides\n (((selfhost/typecheck::infer-contract-overrides\n ((core/vec::get args) 1))\n env)\n state)))\n (let\n ((meta\n (((selfhost/typecheck::infer-term ((core/vec::get args) 2)) env)\n ((core/map::get overrides) (quote :session)))))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-contract\n ((core/map::get overrides) (quote :methods)))\n ((core/map::get overrides) (quote :tail))))\n ((core/map::get meta) (quote :session)))))))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2\n \"core/contract::extend expects 3 args (base overrides meta), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-contract-overrides\n (fn (term)\n (fn (env)\n (fn (state)\n (if (selfhost/typecheck::map? term)\n (let ((entries (core/map::entries term)))\n (((((selfhost/typecheck::infer-contract-overrides-loop entries) env)\n (core/vec::len entries))\n 0)\n state))\n (let\n ((walked\n (((selfhost/typecheck::infer-term term) env)\n ((core/map::get state) (quote :session)))))\n {:methods ((core/map::get state) (quote :methods))\n :session ((core/map::get walked) (quote :session))\n :tail (quote :any)}))))))\n\n(def selfhost/typecheck::infer-contract-overrides-loop\n (fn (entries)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((entry ((core/vec::get entries) i))\n (op ((core/vec::get ((core/vec::get entries) i)) 0))\n (handler ((core/vec::get ((core/vec::get entries) i)) 1)))\n (if (selfhost/typecheck::sym? op)\n (let\n ((method\n (((selfhost/typecheck::infer-contract-method op) handler)\n env)\n ))\n (let\n ((result\n (method ((core/map::get state) (quote :session)))))\n (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) n)\n ((core/int::add i) 1))\n {:methods\n (((core/map::put ((core/map::get state) (quote :methods))) op)\n ((core/map::get result) (quote :type)))\n :session ((core/map::get result) (quote :session))\n :tail ((core/map::get state) (quote :tail))})))\n (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) n)\n ((core/int::add i) 1))\n {:methods ((core/map::get state) (quote :methods))\n :session ((core/map::get state) (quote :session))\n :tail (quote :any)}))))))))))\n\n(def selfhost/typecheck::infer-contract-method\n (fn (op)\n (fn (handler)\n (fn (env)\n (fn (session)\n (let ((items (selfhost/typecheck::list-items-or-nil handler)))\n (if (selfhost/typecheck::vec? items)\n (if\n (if ((core/int::lt? 2) (core/vec::len items))\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote fn))\n false))\n false)\n (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? params)\n (let\n ((env2\n (if ((core/int::lt? 0) (core/vec::len params))\n (let ((name ((core/vec::get params) 0)))\n (if (selfhost/typecheck::sym? name)\n (((core/map::put env) name)\n ((selfhost/typecheck::ty-msg op) selfhost/typecheck::ty-any))\n env))\n env))\n (body (selfhost/typecheck::fn-body-term items)))\n (let ((inferred (((selfhost/typecheck::infer-term body) env2) session)))\n ((selfhost/typecheck::infer-result\n (((selfhost/typecheck::ty-fn\n ((selfhost/typecheck::ty-msg op) selfhost/typecheck::ty-any))\n ((core/map::get inferred) (quote :type)))\n (selfhost/typecheck::infer-syntax-effects-term body)))\n ((core/map::get inferred) (quote :session)))))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning session)\n ((selfhost/typecheck::str3 \"contract method \"\n (selfhost/typecheck::symbol-str op))\n \" has invalid param list; treating as ?\")))))\n (let ((walked (((selfhost/typecheck::infer-term handler) env) session)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning\n ((core/map::get walked) (quote :session)))\n ((selfhost/typecheck::str3 \"contract method \"\n (selfhost/typecheck::symbol-str op))\n \" is not a (fn ...) form; treating as ?\")))))\n (let ((walked (((selfhost/typecheck::infer-term handler) env) session)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning\n ((core/map::get walked) (quote :session)))\n ((selfhost/typecheck::str3 \"contract method \"\n (selfhost/typecheck::symbol-str op))\n \" is not a function literal; treating as ?\")))))))))))\n\n(def selfhost/typecheck::infer-contract-dispatch\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let\n ((contract\n (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n (let\n ((message\n (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env)\n ((core/map::get contract) (quote :session)))))\n (let\n ((contract-type ((core/map::get contract) (quote :type)))\n (message-type ((core/map::get message) (quote :type)))\n (next-session ((core/map::get message) (quote :session))))\n (let\n ((contract-tag (selfhost/typecheck::ty-tag contract-type))\n (message-tag (selfhost/typecheck::ty-tag message-type)))\n (if ((core/sym::eq? contract-tag) (quote :any))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) next-session)\n (if ((core/sym::eq? contract-tag) (quote :contract))\n (if ((core/sym::eq? message-tag) (quote :msg))\n (let ((op ((core/map::get message-type) (quote :op))))\n (if (selfhost/typecheck::nil? op)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning next-session)\n \"core/contract::dispatch msg op is not literal; return type is ?\"))\n (let\n ((method\n ((core/map::get\n ((core/map::get contract-type) (quote :methods)))\n op)))\n (if (selfhost/typecheck::nil? method)\n (if\n (selfhost/typecheck::tail-open?\n ((core/map::get contract-type) (quote :tail)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning next-session)\n ((selfhost/typecheck::str3 \"dispatch on op \"\n (selfhost/typecheck::symbol-str op))\n \" against open contract row; return type is ?\")))\n ((selfhost/typecheck::infer-error next-session)\n ((selfhost/typecheck::str3 \"dispatch on op \"\n (selfhost/typecheck::symbol-str op))\n \" against closed contract with no such method\")))\n (if\n ((core/sym::eq? (selfhost/typecheck::ty-tag method)) (quote :fn))\n ((selfhost/typecheck::infer-result\n ((core/map::get method) (quote :ret)))\n next-session)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n next-session))))))\n ((selfhost/typecheck::infer-error next-session)\n \"core/contract::dispatch msg must be a Msg\"))\n ((selfhost/typecheck::infer-error next-session)\n \"core/contract::dispatch contract must be a Contract\")))))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2\n \"core/contract::dispatch expects 2 args (contract msg), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x05\xE9f\xB6\xA6C\xD9\xBBt\xB8\xCA\x00.\xD8h\xFAa\x18\xC0\xCE!vh\xF7\xB9a\x0E-\x93\x0F\xA9\xA0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::eff-unknown {:ops {} :tail (quote :any)}) (def selfhost/typecheck::merge-eff-rows (fn (left) (fn (right) ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-union ((core/map::get left) (quote :ops))) ((core/map::get right) (quote :ops)))) (if (selfhost/typecheck::tail-open? ((core/map::get right) (quote :tail))) ((core/map::get right) (quote :tail)) ((core/map::get left) (quote :tail))))))) (def selfhost/typecheck::infer-effect-pure (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 1) (let ((value (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog ((core/map::get value) (quote :type))) selfhost/typecheck::eff-empty)) ((core/map::get value) (quote :session)))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/effect::pure expects 1 arg, got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-effect-bind (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((program (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) (let ((program-type ((core/map::get program) (quote :type))) (program-session ((core/map::get program) (quote :session)))) (let ((tag (selfhost/typecheck::ty-tag program-type))) (if ((core/sym::eq? tag) (quote :prog)) (((((selfhost/typecheck::infer-effect-bind-program ((core/map::get program-type) (quote :ret))) ((core/map::get program-type) (quote :eff))) ((core/vec::get args) 1)) env) program-session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) selfhost/typecheck::eff-unknown)) program-session) ((selfhost/typecheck::infer-error program-session) "core/effect::bind first arg must be a Prog")))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/effect::bind expects 2 args (prog k), got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-effect-bind-program (fn (program-ret) (fn (program-eff) (fn (continuation) (fn (env) (fn (session) (let ((inferred ((((selfhost/typecheck::infer-bind-continuation continuation) program-ret) env) session))) (let ((continuation-type ((core/map::get inferred) (quote :type))) (next-session ((core/map::get inferred) (quote :session)))) (let ((tag (selfhost/typecheck::ty-tag continuation-type))) (if ((core/sym::eq? tag) (quote :fn)) ((((selfhost/typecheck::finish-effect-bind program-ret) program-eff) continuation-type) next-session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) selfhost/typecheck::eff-unknown)) next-session) ((selfhost/typecheck::infer-error next-session) "core/effect::bind continuation must be a function")))))))))))) (def selfhost/typecheck::infer-bind-continuation (fn (continuation) (fn (parameter-type) (fn (env) (fn (session) (let ((items (selfhost/typecheck::list-items-or-nil continuation))) (if (selfhost/typecheck::vec? items) (if (if ((core/int::lt? 2) (core/vec::len items)) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote fn)) false)) false) (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? params) (if ((core/int::eq? (core/vec::len params)) 1) (let ((name ((core/vec::get params) 0))) (if (selfhost/typecheck::sym? name) (let ((body (selfhost/typecheck::fn-body-term items)) (env2 (((core/map::put env) name) parameter-type))) (let ((result (((selfhost/typecheck::infer-term body) env2) session))) ((selfhost/typecheck::infer-result (((selfhost/typecheck::ty-fn parameter-type) ((core/map::get result) (quote :type))) (selfhost/typecheck::infer-syntax-effects-term body))) ((core/map::get result) (quote :session))))) (((selfhost/typecheck::infer-term continuation) env) session))) (((selfhost/typecheck::infer-term continuation) env) session)) (((selfhost/typecheck::infer-term continuation) env) session))) (((selfhost/typecheck::infer-term continuation) env) session)) (((selfhost/typecheck::infer-term continuation) env) session)))))))) (def selfhost/typecheck::finish-effect-bind (fn (program-ret) (fn (program-eff) (fn (continuation-type) (fn (session) (let ((param ((core/map::get continuation-type) (quote :param))) (ret ((core/map::get continuation-type) (quote :ret))) (fn-eff ((core/map::get continuation-type) (quote :eff)))) (let ((checked-session (if ((selfhost/typecheck::arg-type-compatible? program-ret) param) session ((selfhost/typecheck::session-error session) ((((selfhost/typecheck::str4 "core/effect::bind continuation param mismatch; prog returns ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term program-ret))) ", continuation expects ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term param))))))) (let ((tag (selfhost/typecheck::ty-tag ret))) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog ((core/map::get ret) (quote :ret))) ((selfhost/typecheck::merge-eff-rows ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff)) ((core/map::get ret) (quote :eff))))) checked-session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::merge-eff-rows ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff)) selfhost/typecheck::eff-unknown))) checked-session) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::merge-eff-rows ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff)) selfhost/typecheck::eff-unknown))) ((selfhost/typecheck::session-error checked-session) ((selfhost/typecheck::str2 "core/effect::bind continuation must return Prog, got ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term ret))))))))))))))) (def selfhost/typecheck::infer-effect-perform (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 3) (let ((payload (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) session))) (let ((continuation (((selfhost/typecheck::infer-term ((core/vec::get args) 2)) env) ((core/map::get payload) (quote :session))))) (((selfhost/typecheck::finish-effect-perform (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0))) ((core/map::get continuation) (quote :type))) ((core/map::get continuation) (quote :session))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/effect::perform expects 3 args (op payload k), got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::finish-effect-perform (fn (operation) (fn (continuation-type) (fn (session) (let ((tag (selfhost/typecheck::ty-tag continuation-type))) (if ((core/sym::eq? tag) (quote :fn)) (((selfhost/typecheck::finish-effect-perform-fn operation) continuation-type) session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::perform-add-operation selfhost/typecheck::eff-unknown) operation))) session) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::perform-add-operation selfhost/typecheck::eff-unknown) operation))) ((selfhost/typecheck::session-error session) "core/effect::perform k must be a function"))))))))) (def selfhost/typecheck::finish-effect-perform-fn (fn (operation) (fn (continuation-type) (fn (session) (let ((ret ((core/map::get continuation-type) (quote :ret))) (fn-eff ((core/map::get continuation-type) (quote :eff)))) (let ((tag (selfhost/typecheck::ty-tag ret))) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog ((core/map::get ret) (quote :ret))) ((selfhost/typecheck::perform-add-operation ((selfhost/typecheck::merge-eff-rows fn-eff) ((core/map::get ret) (quote :eff)))) operation))) session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::perform-add-operation ((selfhost/typecheck::merge-eff-rows fn-eff) selfhost/typecheck::eff-unknown)) operation))) session) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::perform-add-operation ((selfhost/typecheck::merge-eff-rows fn-eff) selfhost/typecheck::eff-unknown)) operation))) ((selfhost/typecheck::session-error session) ((selfhost/typecheck::str2 "core/effect::perform continuation must return a Prog, got ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term ret))))))))))))) (def selfhost/typecheck::perform-add-operation (fn (eff) (fn (operation) (if (selfhost/typecheck::nil? operation) ((selfhost/typecheck::eff-row ((core/map::get eff) (quote :ops))) (quote :any)) ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-add ((core/map::get eff) (quote :ops))) operation)) ((core/map::get eff) (quote :tail)))))))] :module-h b"i4\xD1\xE9\x8B\xDE\xD8\xD5:p\x1B#\x11O\x85\xC9\xEA\xF5\x9B\xD8\x8D\x17\xB2\xA2\xFE@D\xC7\x96\xA3\x0F\xE8" :path "selfhost/typecheck_infer_effect_v1.gc" :source "(def selfhost/typecheck::eff-unknown {:ops {} :tail (quote :any)})\n\n(def selfhost/typecheck::merge-eff-rows\n (fn (left)\n (fn (right)\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-union ((core/map::get left) (quote :ops)))\n ((core/map::get right) (quote :ops))))\n (if\n (selfhost/typecheck::tail-open? ((core/map::get right) (quote :tail)))\n ((core/map::get right) (quote :tail))\n ((core/map::get left) (quote :tail)))))))\n\n(def selfhost/typecheck::infer-effect-pure\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 1)\n (let ((value (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog ((core/map::get value) (quote :type)))\n selfhost/typecheck::eff-empty))\n ((core/map::get value) (quote :session))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"core/effect::pure expects 1 arg, got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-effect-bind\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let ((program (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n (let\n ((program-type ((core/map::get program) (quote :type)))\n (program-session ((core/map::get program) (quote :session))))\n (let ((tag (selfhost/typecheck::ty-tag program-type)))\n (if ((core/sym::eq? tag) (quote :prog))\n (((((selfhost/typecheck::infer-effect-bind-program\n ((core/map::get program-type) (quote :ret)))\n ((core/map::get program-type) (quote :eff)))\n ((core/vec::get args) 1))\n env)\n program-session)\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n selfhost/typecheck::eff-unknown))\n program-session)\n ((selfhost/typecheck::infer-error program-session)\n \"core/effect::bind first arg must be a Prog\"))))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"core/effect::bind expects 2 args (prog k), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-effect-bind-program\n (fn (program-ret)\n (fn (program-eff)\n (fn (continuation)\n (fn (env)\n (fn (session)\n (let\n ((inferred\n ((((selfhost/typecheck::infer-bind-continuation continuation) program-ret)\n env)\n session)))\n (let\n ((continuation-type ((core/map::get inferred) (quote :type)))\n (next-session ((core/map::get inferred) (quote :session))))\n (let ((tag (selfhost/typecheck::ty-tag continuation-type)))\n (if ((core/sym::eq? tag) (quote :fn))\n (((((selfhost/typecheck::finish-effect-bind program-ret) program-eff)\n continuation-type)\n next-session))\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n selfhost/typecheck::eff-unknown))\n next-session)\n ((selfhost/typecheck::infer-error next-session)\n \"core/effect::bind continuation must be a function\"))))))))))))\n\n(def selfhost/typecheck::infer-bind-continuation\n (fn (continuation)\n (fn (parameter-type)\n (fn (env)\n (fn (session)\n (let ((items (selfhost/typecheck::list-items-or-nil continuation)))\n (if (selfhost/typecheck::vec? items)\n (if\n (if ((core/int::lt? 2) (core/vec::len items))\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote fn))\n false))\n false)\n (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? params)\n (if ((core/int::eq? (core/vec::len params)) 1)\n (let ((name ((core/vec::get params) 0)))\n (if (selfhost/typecheck::sym? name)\n (let\n ((body (selfhost/typecheck::fn-body-term items))\n (env2 (((core/map::put env) name) parameter-type)))\n (let ((result (((selfhost/typecheck::infer-term body) env2) session)))\n ((selfhost/typecheck::infer-result\n (((selfhost/typecheck::ty-fn parameter-type)\n ((core/map::get result) (quote :type)))\n (selfhost/typecheck::infer-syntax-effects-term body)))\n ((core/map::get result) (quote :session)))))\n (((selfhost/typecheck::infer-term continuation) env) session)))\n (((selfhost/typecheck::infer-term continuation) env) session))\n (((selfhost/typecheck::infer-term continuation) env) session)))\n (((selfhost/typecheck::infer-term continuation) env) session))\n (((selfhost/typecheck::infer-term continuation) env) session))))))))\n\n(def selfhost/typecheck::finish-effect-bind\n (fn (program-ret)\n (fn (program-eff)\n (fn (continuation-type)\n (fn (session)\n (let\n ((param ((core/map::get continuation-type) (quote :param)))\n (ret ((core/map::get continuation-type) (quote :ret)))\n (fn-eff ((core/map::get continuation-type) (quote :eff))))\n (let\n ((checked-session\n (if ((selfhost/typecheck::arg-type-compatible? program-ret) param)\n session\n ((selfhost/typecheck::session-error session)\n ((selfhost/typecheck::str4\n \"core/effect::bind continuation param mismatch; prog returns \"\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term program-ret)))\n \", continuation expects \"\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term param)))))))\n (let ((tag (selfhost/typecheck::ty-tag ret)))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog ((core/map::get ret) (quote :ret)))\n ((selfhost/typecheck::merge-eff-rows\n ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff))\n ((core/map::get ret) (quote :eff)))))\n checked-session)\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n ((selfhost/typecheck::merge-eff-rows\n ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff))\n selfhost/typecheck::eff-unknown)))\n checked-session)\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n ((selfhost/typecheck::merge-eff-rows\n ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff))\n selfhost/typecheck::eff-unknown)))\n ((selfhost/typecheck::session-error checked-session)\n ((selfhost/typecheck::str2\n \"core/effect::bind continuation must return Prog, got \")\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term ret)))))))))))))))\n\n(def selfhost/typecheck::infer-effect-perform\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 3)\n (let\n ((payload\n (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) session)))\n (let\n ((continuation\n (((selfhost/typecheck::infer-term ((core/vec::get args) 2)) env)\n ((core/map::get payload) (quote :session)))))\n (((selfhost/typecheck::finish-effect-perform\n (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0)))\n ((core/map::get continuation) (quote :type)))\n ((core/map::get continuation) (quote :session)))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2\n \"core/effect::perform expects 3 args (op payload k), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::finish-effect-perform\n (fn (operation)\n (fn (continuation-type)\n (fn (session)\n (let ((tag (selfhost/typecheck::ty-tag continuation-type)))\n (if ((core/sym::eq? tag) (quote :fn))\n (((selfhost/typecheck::finish-effect-perform-fn operation) continuation-type) session)\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n (selfhost/typecheck::perform-add-operation selfhost/typecheck::eff-unknown operation)))\n session)\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n (selfhost/typecheck::perform-add-operation selfhost/typecheck::eff-unknown operation)))\n ((selfhost/typecheck::session-error session)\n \"core/effect::perform k must be a function\")))))))))\n\n(def selfhost/typecheck::finish-effect-perform-fn\n (fn (operation)\n (fn (continuation-type)\n (fn (session)\n (let\n ((ret ((core/map::get continuation-type) (quote :ret)))\n (fn-eff ((core/map::get continuation-type) (quote :eff))))\n (let ((tag (selfhost/typecheck::ty-tag ret)))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog ((core/map::get ret) (quote :ret)))\n (selfhost/typecheck::perform-add-operation\n ((selfhost/typecheck::merge-eff-rows fn-eff)\n ((core/map::get ret) (quote :eff)))\n operation)))\n session)\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n (selfhost/typecheck::perform-add-operation\n ((selfhost/typecheck::merge-eff-rows fn-eff)\n selfhost/typecheck::eff-unknown)\n operation)))\n session)\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n (selfhost/typecheck::perform-add-operation\n ((selfhost/typecheck::merge-eff-rows fn-eff)\n selfhost/typecheck::eff-unknown)\n operation)))\n ((selfhost/typecheck::session-error session)\n ((selfhost/typecheck::str2\n \"core/effect::perform continuation must return a Prog, got \")\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term ret)))))))))))))\n\n(def selfhost/typecheck::perform-add-operation\n (fn (eff)\n (fn (operation)\n (if (selfhost/typecheck::nil? operation)\n ((selfhost/typecheck::eff-row ((core/map::get eff) (quote :ops))) (quote :any))\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-add ((core/map::get eff) (quote :ops))) operation))\n ((core/map::get eff) (quote :tail)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"i4\xD1\xE9\x8B\xDE\xD8\xD5:p\x1B#\x11O\x85\xC9\xEA\xF5\x9B\xD8\x8D\x17\xB2\xA2\xFE@D\xC7\x96\xA3\x0F\xE8" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::infer-app (fn (head) (fn (args) (fn (env) (fn (session) (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote core/msg::make)) (((selfhost/typecheck::infer-msg-make args) env) session) (if ((core/sym::eq? head) (quote core/msg::op)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-symbol) session) (if ((core/sym::eq? head) (quote core/msg::payload)) (((selfhost/typecheck::infer-msg-payload args) env) session) (if ((core/sym::eq? head) (quote core/contract::make)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-contract {}) (quote :any))) session) (if ((core/sym::eq? head) (quote core/contract::extend)) (((selfhost/typecheck::infer-contract-extend args) env) session) (if ((core/sym::eq? head) (quote core/contract::dispatch)) (((selfhost/typecheck::infer-contract-dispatch args) env) session) (if ((core/sym::eq? head) (quote core/effect::pure)) (((selfhost/typecheck::infer-effect-pure args) env) session) (if ((core/sym::eq? head) (quote core/effect::bind)) (((selfhost/typecheck::infer-effect-bind args) env) session) (if ((core/sym::eq? head) (quote core/effect::perform)) (((selfhost/typecheck::infer-effect-perform args) env) session) ((((selfhost/typecheck::infer-fallback-app head) args) env) session)))))))))) ((((selfhost/typecheck::infer-fallback-app head) args) env) session))))))) (def selfhost/typecheck::infer-fallback-app (fn (head) (fn (args) (fn (env) (fn (session) (let ((head-result (((selfhost/typecheck::infer-term head) env) session))) (let ((arg-result (((selfhost/typecheck::infer-arg-types args) env) ((core/map::get head-result) (quote :session))))) (let ((applied (((selfhost/typecheck::infer-apply-types ((core/map::get head-result) (quote :type))) ((core/map::get arg-result) (quote :types))) ((core/map::get arg-result) (quote :session))))) (if ((core/map::get applied) (quote :recognized)) ((selfhost/typecheck::infer-result ((core/map::get applied) (quote :type))) ((core/map::get applied) (quote :session))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((core/map::get applied) (quote :session))))))))))))] :module-h b"H&\x879\xD3\xFE\x80\x18\x98?\xFF\xE9o\xA0\x1E7\xC1\xCEA\x00A\xC5\x03\x9EBb\xB7m6\x1A\xE3\xC6" :path "selfhost/typecheck_infer_app_v1.gc" :source "(def selfhost/typecheck::infer-app\n (fn (head)\n (fn (args)\n (fn (env)\n (fn (session)\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote core/msg::make))\n (((selfhost/typecheck::infer-msg-make args) env) session)\n (if ((core/sym::eq? head) (quote core/msg::op))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-symbol) session)\n (if ((core/sym::eq? head) (quote core/msg::payload))\n (((selfhost/typecheck::infer-msg-payload args) env) session)\n (if ((core/sym::eq? head) (quote core/contract::make))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-contract {}) (quote :any)))\n session)\n (if ((core/sym::eq? head) (quote core/contract::extend))\n (((selfhost/typecheck::infer-contract-extend args) env) session)\n (if ((core/sym::eq? head) (quote core/contract::dispatch))\n (((selfhost/typecheck::infer-contract-dispatch args) env) session)\n (if ((core/sym::eq? head) (quote core/effect::pure))\n (((selfhost/typecheck::infer-effect-pure args) env) session)\n (if ((core/sym::eq? head) (quote core/effect::bind))\n (((selfhost/typecheck::infer-effect-bind args) env) session)\n (if ((core/sym::eq? head) (quote core/effect::perform))\n (((selfhost/typecheck::infer-effect-perform args) env) session)\n ((((selfhost/typecheck::infer-fallback-app head) args) env)\n session))))))))))\n ((((selfhost/typecheck::infer-fallback-app head) args) env) session)))))))\n\n(def selfhost/typecheck::infer-fallback-app\n (fn (head)\n (fn (args)\n (fn (env)\n (fn (session)\n (let ((head-result (((selfhost/typecheck::infer-term head) env) session)))\n (let\n ((arg-result\n (((selfhost/typecheck::infer-arg-types args) env)\n ((core/map::get head-result) (quote :session)))))\n (let\n ((applied\n (((selfhost/typecheck::infer-apply-types\n ((core/map::get head-result) (quote :type)))\n ((core/map::get arg-result) (quote :types)))\n ((core/map::get arg-result) (quote :session)))))\n (if ((core/map::get applied) (quote :recognized))\n ((selfhost/typecheck::infer-result\n ((core/map::get applied) (quote :type)))\n ((core/map::get applied) (quote :session)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((core/map::get applied) (quote :session))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"H&\x879\xD3\xFE\x80\x18\x98?\xFF\xE9o\xA0\x1E7\xC1\xCEA\x00A\xC5\x03\x9EBb\xB7m6\x1A\xE3\xC6" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::effects-empty {:ops {} :unknown false}) (def selfhost/typecheck::effects-merge (fn (left) (fn (right) {:ops ((selfhost/typecheck::set-union ((core/map::get left) (quote :ops))) ((core/map::get right) (quote :ops))) :unknown (if ((core/map::get left) (quote :unknown)) true ((core/map::get right) (quote :unknown)))}))) (def selfhost/typecheck::effects-with-unknown (fn (effects) (((core/map::put effects) (quote :unknown)) true))) (def selfhost/typecheck::effects-add-row (fn (effects) (fn (row) {:ops ((selfhost/typecheck::set-union ((core/map::get effects) (quote :ops))) ((core/map::get row) (quote :ops))) :unknown (if ((core/map::get effects) (quote :unknown)) true (selfhost/typecheck::tail-any? ((core/map::get row) (quote :tail))))}))) (def selfhost/typecheck::syntax-effects-forms (fn (forms) (let ((report (core/cli::infer-effects forms))) {:ops (selfhost/typecheck::effects-vec-to-set ((core/map::get report) (quote :ops))) :unknown ((core/map::get report) (quote :unknown))}))) (def selfhost/typecheck::typed-effects-forms (fn (forms) (fn (env) (((((selfhost/typecheck::typed-effects-forms-loop forms) env) (core/vec::len forms)) 0) selfhost/typecheck::effects-empty)))) (def selfhost/typecheck::typed-effects-forms-loop (fn (forms) (fn (env) (fn (n) (fn (i) (fn (effects) (if ((core/int::eq? i) n) effects (((((selfhost/typecheck::typed-effects-forms-loop forms) env) n) ((core/int::add i) 1)) ((selfhost/typecheck::effects-merge effects) (((selfhost/typecheck::collect-typed-effects ((core/vec::get forms) i)) env) nil)))))))))) (def selfhost/typecheck::effects-in-forms-with-env (fn (forms) (fn (env) ((selfhost/typecheck::effects-merge (selfhost/typecheck::syntax-effects-forms forms)) ((selfhost/typecheck::typed-effects-forms forms) env))))) (def selfhost/typecheck::effects-in-term-with-expected (fn (term) (fn (env) (fn (expected) ((selfhost/typecheck::effects-merge (selfhost/typecheck::syntax-effects-forms ((core/vec::push []) term))) (((selfhost/typecheck::collect-typed-effects term) env) expected)))))) (def selfhost/typecheck::collect-typed-effects (fn (term) (fn (env) (fn (expected) (if (selfhost/typecheck::pair? term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) selfhost/typecheck::effects-empty ((((selfhost/typecheck::collect-typed-list items) term) env) expected)) selfhost/typecheck::effects-empty)) (if (selfhost/typecheck::map? term) ((selfhost/typecheck::collect-typed-map term) env) selfhost/typecheck::effects-empty)))))) (def selfhost/typecheck::collect-typed-list (fn (items) (fn (term) (fn (env) (fn (expected) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote quote)) selfhost/typecheck::effects-empty (if ((core/sym::eq? head) (quote def)) (if ((core/int::eq? (core/vec::len items)) 3) (let ((name ((core/vec::get items) 1))) (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) 2)) env) (if (selfhost/typecheck::sym? name) ((core/map::get env) name) nil))) selfhost/typecheck::effects-empty) (if ((core/sym::eq? head) (quote fn)) (((selfhost/typecheck::collect-typed-fn items) env) expected) (if ((core/sym::eq? head) (quote if)) (((selfhost/typecheck::collect-typed-if items) env) expected) (if ((core/sym::eq? head) (quote begin)) ((((selfhost/typecheck::collect-typed-sequence items) env) 1) expected) (if ((core/sym::eq? head) (quote let)) (((selfhost/typecheck::collect-typed-let items) env) expected) (if ((core/sym::eq? head) (quote prim)) (((selfhost/typecheck::collect-typed-args items) env) 2) (if (if ((core/sym::eq? head) (quote seal)) true ((core/sym::eq? head) (quote unseal))) (((selfhost/typecheck::collect-typed-args items) env) 1) ((selfhost/typecheck::collect-typed-application term) env))))))))) ((selfhost/typecheck::collect-typed-application term) env)))))))) (def selfhost/typecheck::collect-typed-map (fn (map-term) (fn (env) (let ((entries (core/map::entries map-term))) (((((selfhost/typecheck::collect-typed-map-loop entries) env) (core/vec::len entries)) 0) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-map-loop (fn (entries) (fn (env) (fn (n) (fn (i) (fn (effects) (if ((core/int::eq? i) n) effects (((((selfhost/typecheck::collect-typed-map-loop entries) env) n) ((core/int::add i) 1)) ((selfhost/typecheck::effects-merge effects) (((selfhost/typecheck::collect-typed-effects ((core/vec::get ((core/vec::get entries) i)) 1)) env) nil)))))))))) (def selfhost/typecheck::collect-typed-args (fn (items) (fn (env) (fn (start) (((((selfhost/typecheck::collect-typed-args-loop items) env) (core/vec::len items)) start) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-args-loop (fn (items) (fn (env) (fn (n) (fn (i) (fn (effects) (if ((core/int::eq? i) n) effects (((((selfhost/typecheck::collect-typed-args-loop items) env) n) ((core/int::add i) 1)) ((selfhost/typecheck::effects-merge effects) (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) i)) env) nil)))))))))) (def selfhost/typecheck::collect-typed-if (fn (items) (fn (env) (fn (expected) (if ((core/int::eq? (core/vec::len items)) 4) (let ((condition (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) 1)) env) nil)) (then-effects (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) 2)) env) expected)) (else-effects (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) 3)) env) expected))) ((selfhost/typecheck::effects-merge ((selfhost/typecheck::effects-merge condition) then-effects)) else-effects)) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-sequence (fn (items) (fn (env) (fn (start) (fn (expected) (begin (((((selfhost/typecheck::collect-typed-sequence-loop items) env) (core/vec::len items)) start) expected) selfhost/typecheck::effects-empty)))))) (def selfhost/typecheck::collect-typed-sequence-loop (fn (items) (fn (env) (fn (n) (fn (i) (fn (expected) (fn (effects) (if ((core/int::eq? i) n) effects ((((((selfhost/typecheck::collect-typed-sequence-loop items) env) n) ((core/int::add i) 1)) expected) ((selfhost/typecheck::effects-merge effects) (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) i)) env) (if ((core/int::eq? ((core/int::add i) 1)) n) expected nil)))))))))))) (def selfhost/typecheck::bind-effect-fn-params (fn (params) (fn (env) (fn (expected) (((((selfhost/typecheck::bind-effect-fn-params-loop params) (core/vec::len params)) 0) env) expected))))) (def selfhost/typecheck::bind-effect-fn-params-loop (fn (params) (fn (n) (fn (i) (fn (env) (fn (expected) (if ((core/int::eq? i) n) {:env env :expected expected} (let ((param ((core/vec::get params) i)) (expected-tag (if (selfhost/typecheck::nil? expected) (quote :nil) (selfhost/typecheck::ty-tag expected)))) (((((selfhost/typecheck::bind-effect-fn-params-loop params) n) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? param) (((core/map::put env) param) (if ((core/sym::eq? expected-tag) (quote :fn)) ((core/map::get expected) (quote :param)) selfhost/typecheck::ty-any)) env)) (if ((core/sym::eq? expected-tag) (quote :fn)) ((core/map::get expected) (quote :ret)) nil)))))))))) (def selfhost/typecheck::collect-typed-fn (fn (items) (fn (env) (fn (expected) (if ((core/int::lt? 2) (core/vec::len items)) (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? params) (let ((bound (((selfhost/typecheck::bind-effect-fn-params params) env) expected))) ((((selfhost/typecheck::collect-typed-sequence items) ((core/map::get bound) (quote :env))) 2) ((core/map::get bound) (quote :expected)))) selfhost/typecheck::effects-empty)) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-let (fn (items) (fn (env) (fn (expected) (if ((core/int::lt? 2) (core/vec::len items)) (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? bindings) (let ((bound (((((selfhost/typecheck::collect-typed-let-bindings bindings) (core/vec::len bindings)) 0) env) selfhost/typecheck::effects-empty))) ((selfhost/typecheck::effects-merge ((core/map::get bound) (quote :effects))) ((((selfhost/typecheck::collect-typed-sequence items) ((core/map::get bound) (quote :env))) 2) expected))) selfhost/typecheck::effects-empty)) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-let-bindings (fn (bindings) (fn (n) (fn (i) (fn (env) (fn (effects) (if ((core/int::eq? i) n) {:effects effects :env env} (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i)))) (if (if (selfhost/typecheck::vec? pair) ((core/int::eq? (core/vec::len pair)) 2) false) (let ((name ((core/vec::get pair) 0)) (value ((core/vec::get pair) 1))) (let ((value-effects (((selfhost/typecheck::collect-typed-effects value) env) nil)) (inferred (((selfhost/typecheck::infer-term value) env) selfhost/typecheck::session-empty))) (((((selfhost/typecheck::collect-typed-let-bindings bindings) n) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? name) (((core/map::put env) name) ((core/map::get inferred) (quote :type))) env)) ((selfhost/typecheck::effects-merge effects) value-effects)))) (((((selfhost/typecheck::collect-typed-let-bindings bindings) n) ((core/int::add i) 1)) env) effects)))))))))) (def selfhost/typecheck::collect-typed-application (fn (term) (fn (env) (let ((flat (core/cli::flatten-app term))) (if (selfhost/typecheck::map? flat) (let ((head ((core/map::get flat) (quote :head))) (args ((core/map::get flat) (quote :args)))) (let ((application-effects (if (selfhost/typecheck::sym? head) (((selfhost/typecheck::application-type-effects ((core/map::get env) head)) args) env) selfhost/typecheck::effects-empty)) (head-effects (((selfhost/typecheck::collect-typed-effects head) env) nil)) (arg-effects (((selfhost/typecheck::collect-typed-args args) env) 0))) ((selfhost/typecheck::effects-merge ((selfhost/typecheck::effects-merge application-effects) head-effects)) arg-effects))) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::application-type-effects (fn (head-type) (fn (args) (fn (env) (if (selfhost/typecheck::nil? head-type) selfhost/typecheck::effects-empty ((((((selfhost/typecheck::application-type-effects-loop args) env) (core/vec::len args)) 0) head-type) selfhost/typecheck::effects-empty)))))) (def selfhost/typecheck::application-type-effects-loop (fn (args) (fn (env) (fn (n) (fn (i) (fn (current) (fn (effects) (if ((core/int::eq? i) n) ((selfhost/typecheck::add-reachable-type-effects effects) current) (let ((tag (selfhost/typecheck::ty-tag current))) (if ((core/sym::eq? tag) (quote :fn)) (let ((argument (((selfhost/typecheck::infer-term ((core/vec::get args) i)) env) selfhost/typecheck::session-empty)) (param ((core/map::get current) (quote :param)))) (let ((matched (((selfhost/typecheck::arg-type-match ((core/map::get argument) (quote :type))) param) {}))) (if ((core/map::get matched) (quote :ok)) (let ((bindings ((core/map::get matched) (quote :bindings))) (next-current ((selfhost/typecheck::apply-type-bindings ((core/map::get current) (quote :ret))) bindings)) (next-effects ((selfhost/typecheck::effects-add-row effects) ((selfhost/typecheck::apply-effect-row ((core/map::get current) (quote :eff))) bindings)))) ((((((selfhost/typecheck::application-type-effects-loop args) env) n) ((core/int::add i) 1)) next-current) next-effects)) (selfhost/typecheck::effects-with-unknown effects)))) (if ((core/sym::eq? tag) (quote :any)) (selfhost/typecheck::effects-with-unknown effects) effects))))))))))) (def selfhost/typecheck::add-reachable-type-effects (fn (effects) (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) ((selfhost/typecheck::add-reachable-type-effects ((selfhost/typecheck::effects-add-row effects) ((core/map::get ty) (quote :eff)))) ((core/map::get ty) (quote :ret))) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::add-reachable-type-effects ((selfhost/typecheck::effects-add-row effects) ((core/map::get ty) (quote :eff)))) ((core/map::get ty) (quote :ret))) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::add-reachable-type-effects effects) ((core/map::get ty) (quote :payload))) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::add-reachable-field-effects effects) (core/map::entries ((core/map::get ty) (quote :fields)))) (if ((core/sym::eq? tag) (quote :contract)) ((selfhost/typecheck::add-reachable-field-effects effects) (core/map::entries ((core/map::get ty) (quote :methods)))) effects))))))))) (def selfhost/typecheck::add-reachable-field-effects (fn (effects) (fn (entries) ((((selfhost/typecheck::add-reachable-field-effects-loop entries) (core/vec::len entries)) 0) effects)))) (def selfhost/typecheck::add-reachable-field-effects-loop (fn (entries) (fn (n) (fn (i) (fn (effects) (if ((core/int::eq? i) n) effects ((((selfhost/typecheck::add-reachable-field-effects-loop entries) n) ((core/int::add i) 1)) ((selfhost/typecheck::add-reachable-type-effects effects) ((core/vec::get ((core/vec::get entries) i)) 1)))))))))] :module-h b"\xB1t\x85\x11\x99\xD9\xAE:\x10~\x83\xA0\x8B\x80b\x8F\x9B\x1A\x18\x11\x9BD\xCFQL\xB1u\xED\x08s\xC5\x0F" :path "selfhost/typecheck_typed_effects_v1.gc" :source "(def selfhost/typecheck::effects-empty {:ops {} :unknown false})\n\n(def selfhost/typecheck::effects-merge\n (fn (left)\n (fn (right)\n {:ops\n ((selfhost/typecheck::set-union ((core/map::get left) (quote :ops)))\n ((core/map::get right) (quote :ops)))\n :unknown\n (if ((core/map::get left) (quote :unknown))\n true\n ((core/map::get right) (quote :unknown)))})))\n\n(def selfhost/typecheck::effects-with-unknown\n (fn (effects) (((core/map::put effects) (quote :unknown)) true)))\n\n(def selfhost/typecheck::effects-add-row\n (fn (effects)\n (fn (row)\n {:ops\n ((selfhost/typecheck::set-union ((core/map::get effects) (quote :ops)))\n ((core/map::get row) (quote :ops)))\n :unknown\n (if ((core/map::get effects) (quote :unknown))\n true\n (selfhost/typecheck::tail-any? ((core/map::get row) (quote :tail))))})))\n\n(def selfhost/typecheck::syntax-effects-forms\n (fn (forms)\n (let ((report (core/cli::infer-effects forms)))\n {:ops\n (selfhost/typecheck::effects-vec-to-set\n ((core/map::get report) (quote :ops)))\n :unknown ((core/map::get report) (quote :unknown))})))\n\n(def selfhost/typecheck::typed-effects-forms\n (fn (forms)\n (fn (env)\n (((((selfhost/typecheck::typed-effects-forms-loop forms) env)\n (core/vec::len forms))\n 0)\n selfhost/typecheck::effects-empty))))\n\n(def selfhost/typecheck::typed-effects-forms-loop\n (fn (forms)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n (((((selfhost/typecheck::typed-effects-forms-loop forms) env) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::effects-merge effects)\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get forms) i))\n env)\n nil))))))))))\n\n(def selfhost/typecheck::effects-in-forms-with-env\n (fn (forms)\n (fn (env)\n ((selfhost/typecheck::effects-merge\n (selfhost/typecheck::syntax-effects-forms forms))\n ((selfhost/typecheck::typed-effects-forms forms) env)))))\n\n(def selfhost/typecheck::effects-in-term-with-expected\n (fn (term)\n (fn (env)\n (fn (expected)\n ((selfhost/typecheck::effects-merge\n (selfhost/typecheck::syntax-effects-forms ((core/vec::push []) term)))\n (((selfhost/typecheck::collect-typed-effects term) env) expected))))))\n\n(def selfhost/typecheck::collect-typed-effects\n (fn (term)\n (fn (env)\n (fn (expected)\n (if (selfhost/typecheck::pair? term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n selfhost/typecheck::effects-empty\n (((((selfhost/typecheck::collect-typed-list items) term) env) expected)))\n selfhost/typecheck::effects-empty))\n (if (selfhost/typecheck::map? term)\n ((selfhost/typecheck::collect-typed-map term) env)\n selfhost/typecheck::effects-empty))))))\n\n(def selfhost/typecheck::collect-typed-list\n (fn (items)\n (fn (term)\n (fn (env)\n (fn (expected)\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote quote))\n selfhost/typecheck::effects-empty\n (if ((core/sym::eq? head) (quote def))\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((name ((core/vec::get items) 1)))\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) 2))\n env)\n (if (selfhost/typecheck::sym? name) ((core/map::get env) name) nil)))\n selfhost/typecheck::effects-empty)\n (if ((core/sym::eq? head) (quote fn))\n (((selfhost/typecheck::collect-typed-fn items) env) expected)\n (if ((core/sym::eq? head) (quote if))\n (((selfhost/typecheck::collect-typed-if items) env) expected)\n (if ((core/sym::eq? head) (quote begin))\n ((((selfhost/typecheck::collect-typed-sequence items) env) 1) expected)\n (if ((core/sym::eq? head) (quote let))\n (((selfhost/typecheck::collect-typed-let items) env) expected)\n (if ((core/sym::eq? head) (quote prim))\n (((selfhost/typecheck::collect-typed-args items) env) 2)\n (if\n (if ((core/sym::eq? head) (quote seal))\n true\n ((core/sym::eq? head) (quote unseal)))\n (((selfhost/typecheck::collect-typed-args items) env) 1)\n ((selfhost/typecheck::collect-typed-application term) env)))))))))\n ((selfhost/typecheck::collect-typed-application term) env))))))))\n\n(def selfhost/typecheck::collect-typed-map\n (fn (map-term)\n (fn (env)\n (let ((entries (core/map::entries map-term)))\n (((((selfhost/typecheck::collect-typed-map-loop entries) env)\n (core/vec::len entries))\n 0)\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-map-loop\n (fn (entries)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n (((((selfhost/typecheck::collect-typed-map-loop entries) env) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::effects-merge effects)\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get ((core/vec::get entries) i)) 1))\n env)\n nil))))))))))\n\n(def selfhost/typecheck::collect-typed-args\n (fn (items)\n (fn (env)\n (fn (start)\n (((((selfhost/typecheck::collect-typed-args-loop items) env)\n (core/vec::len items))\n start)\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-args-loop\n (fn (items)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n (((((selfhost/typecheck::collect-typed-args-loop items) env) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::effects-merge effects)\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) i))\n env)\n nil))))))))))\n\n(def selfhost/typecheck::collect-typed-if\n (fn (items)\n (fn (env)\n (fn (expected)\n (if ((core/int::eq? (core/vec::len items)) 4)\n (let\n ((condition\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) 1))\n env)\n nil))\n (then-effects\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) 2))\n env)\n expected))\n (else-effects\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) 3))\n env)\n expected)))\n ((selfhost/typecheck::effects-merge\n ((selfhost/typecheck::effects-merge condition) then-effects))\n else-effects))\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-sequence\n (fn (items)\n (fn (env)\n (fn (start)\n (fn (expected)\n (((((selfhost/typecheck::collect-typed-sequence-loop items) env)\n (core/vec::len items))\n start)\n expected)\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-sequence-loop\n (fn (items)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (expected)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n ((((((selfhost/typecheck::collect-typed-sequence-loop items) env) n)\n ((core/int::add i) 1))\n expected)\n ((selfhost/typecheck::effects-merge effects)\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) i))\n env)\n (if ((core/int::eq? ((core/int::add i) 1)) n) expected nil))))))))))))\n\n(def selfhost/typecheck::bind-effect-fn-params\n (fn (params)\n (fn (env)\n (fn (expected)\n (((((selfhost/typecheck::bind-effect-fn-params-loop params)\n (core/vec::len params))\n 0)\n env)\n expected)))))\n\n(def selfhost/typecheck::bind-effect-fn-params-loop\n (fn (params)\n (fn (n)\n (fn (i)\n (fn (env)\n (fn (expected)\n (if ((core/int::eq? i) n)\n {:env env :expected expected}\n (let\n ((param ((core/vec::get params) i))\n (expected-tag\n (if (selfhost/typecheck::nil? expected)\n (quote :nil)\n (selfhost/typecheck::ty-tag expected))))\n (((((selfhost/typecheck::bind-effect-fn-params-loop params) n)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? param)\n (((core/map::put env) param)\n (if ((core/sym::eq? expected-tag) (quote :fn))\n ((core/map::get expected) (quote :param))\n selfhost/typecheck::ty-any))\n env))\n (if ((core/sym::eq? expected-tag) (quote :fn))\n ((core/map::get expected) (quote :ret))\n nil))))))))))\n\n(def selfhost/typecheck::collect-typed-fn\n (fn (items)\n (fn (env)\n (fn (expected)\n (if ((core/int::lt? 2) (core/vec::len items))\n (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? params)\n (let ((bound (((selfhost/typecheck::bind-effect-fn-params params) env) expected)))\n ((((selfhost/typecheck::collect-typed-sequence items)\n ((core/map::get bound) (quote :env)))\n 2)\n ((core/map::get bound) (quote :expected))))\n selfhost/typecheck::effects-empty))\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-let\n (fn (items)\n (fn (env)\n (fn (expected)\n (if ((core/int::lt? 2) (core/vec::len items))\n (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? bindings)\n (let\n ((bound\n (((((selfhost/typecheck::collect-typed-let-bindings bindings)\n (core/vec::len bindings))\n 0)\n env)\n selfhost/typecheck::effects-empty)))\n ((selfhost/typecheck::effects-merge\n ((core/map::get bound) (quote :effects)))\n ((((selfhost/typecheck::collect-typed-sequence items)\n ((core/map::get bound) (quote :env)))\n 2)\n expected)))\n selfhost/typecheck::effects-empty))\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-let-bindings\n (fn (bindings)\n (fn (n)\n (fn (i)\n (fn (env)\n (fn (effects)\n (if ((core/int::eq? i) n)\n {:effects effects :env env}\n (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i))))\n (if\n (if (selfhost/typecheck::vec? pair)\n ((core/int::eq? (core/vec::len pair)) 2)\n false)\n (let\n ((name ((core/vec::get pair) 0))\n (value ((core/vec::get pair) 1)))\n (let\n ((value-effects\n (((selfhost/typecheck::collect-typed-effects value) env) nil))\n (inferred (((selfhost/typecheck::infer-term value) env)\n selfhost/typecheck::session-empty)))\n (((((selfhost/typecheck::collect-typed-let-bindings bindings) n)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? name)\n (((core/map::put env) name)\n ((core/map::get inferred) (quote :type)))\n env))\n ((selfhost/typecheck::effects-merge effects) value-effects))))\n (((((selfhost/typecheck::collect-typed-let-bindings bindings) n)\n ((core/int::add i) 1))\n env)\n effects))))))))))\n\n(def selfhost/typecheck::collect-typed-application\n (fn (term)\n (fn (env)\n (let ((flat (core/cli::flatten-app term)))\n (if (selfhost/typecheck::map? flat)\n (let\n ((head ((core/map::get flat) (quote :head)))\n (args ((core/map::get flat) (quote :args))))\n (let\n ((application-effects\n (if (selfhost/typecheck::sym? head)\n (((selfhost/typecheck::application-type-effects\n ((core/map::get env) head))\n args)\n env)\n selfhost/typecheck::effects-empty))\n (head-effects\n (((selfhost/typecheck::collect-typed-effects head) env) nil))\n (arg-effects (((selfhost/typecheck::collect-typed-args args) env) 0)))\n ((selfhost/typecheck::effects-merge\n ((selfhost/typecheck::effects-merge application-effects) head-effects))\n arg-effects)))\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::application-type-effects\n (fn (head-type)\n (fn (args)\n (fn (env)\n (if (selfhost/typecheck::nil? head-type)\n selfhost/typecheck::effects-empty\n ((((((selfhost/typecheck::application-type-effects-loop args) env)\n (core/vec::len args))\n 0)\n head-type)\n selfhost/typecheck::effects-empty))))))\n\n(def selfhost/typecheck::application-type-effects-loop\n (fn (args)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (current)\n (fn (effects)\n (if ((core/int::eq? i) n)\n ((selfhost/typecheck::add-reachable-type-effects effects) current)\n (let ((tag (selfhost/typecheck::ty-tag current)))\n (if ((core/sym::eq? tag) (quote :fn))\n (let\n ((argument\n (((selfhost/typecheck::infer-term ((core/vec::get args) i)) env)\n selfhost/typecheck::session-empty))\n (param ((core/map::get current) (quote :param))))\n (let\n ((matched\n (((selfhost/typecheck::arg-type-match\n ((core/map::get argument) (quote :type)))\n param)\n {})))\n (if ((core/map::get matched) (quote :ok))\n (let\n ((bindings ((core/map::get matched) (quote :bindings)))\n (next-current\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get current) (quote :ret)))\n bindings))\n (next-effects\n ((selfhost/typecheck::effects-add-row effects)\n ((selfhost/typecheck::apply-effect-row\n ((core/map::get current) (quote :eff)))\n bindings))))\n ((((((selfhost/typecheck::application-type-effects-loop args) env) n)\n ((core/int::add i) 1))\n next-current)\n next-effects))\n (selfhost/typecheck::effects-with-unknown effects))))\n (if ((core/sym::eq? tag) (quote :any))\n (selfhost/typecheck::effects-with-unknown effects)\n effects)))))))))))\n\n(def selfhost/typecheck::add-reachable-type-effects\n (fn (effects)\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n ((selfhost/typecheck::add-reachable-type-effects\n ((selfhost/typecheck::effects-add-row effects)\n ((core/map::get ty) (quote :eff))))\n ((core/map::get ty) (quote :ret)))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::add-reachable-type-effects\n ((selfhost/typecheck::effects-add-row effects)\n ((core/map::get ty) (quote :eff))))\n ((core/map::get ty) (quote :ret)))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::add-reachable-type-effects effects)\n ((core/map::get ty) (quote :payload)))\n (if ((core/sym::eq? tag) (quote :rec))\n ((selfhost/typecheck::add-reachable-field-effects effects)\n (core/map::entries ((core/map::get ty) (quote :fields))))\n (if ((core/sym::eq? tag) (quote :contract))\n ((selfhost/typecheck::add-reachable-field-effects effects)\n (core/map::entries ((core/map::get ty) (quote :methods))))\n effects)))))))))\n\n(def selfhost/typecheck::add-reachable-field-effects\n (fn (effects)\n (fn (entries)\n ((((selfhost/typecheck::add-reachable-field-effects-loop entries)\n (core/vec::len entries))\n 0)\n effects))))\n\n(def selfhost/typecheck::add-reachable-field-effects-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n ((((selfhost/typecheck::add-reachable-field-effects-loop entries) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::add-reachable-type-effects effects)\n ((core/vec::get ((core/vec::get entries) i)) 1)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xB1t\x85\x11\x99\xD9\xAE:\x10~\x83\xA0\x8B\x80b\x8F\x9B\x1A\x18\x11\x9BD\xCFQL\xB1u\xED\x08s\xC5\x0F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::unknown-signature-symbols (fn (term) (fn (declarations) ((((selfhost/typecheck::collect-unknown-signatures term) declarations) {}) {})))) (def selfhost/typecheck::collect-unknown-signatures (fn (term) (fn (declarations) (fn (bound) (fn (out) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) ((((selfhost/typecheck::collect-unknown-signatures-list items) declarations) bound) out) (if (selfhost/typecheck::map? term) ((((selfhost/typecheck::collect-unknown-signatures-map (core/map::entries term)) declarations) bound) out) out)))))))) (def selfhost/typecheck::collect-unknown-signatures-list (fn (items) (fn (declarations) (fn (bound) (fn (out) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 0) out (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) (((((selfhost/typecheck::collect-unknown-special head) items) declarations) bound) out) ((((selfhost/typecheck::collect-unknown-app (selfhost/typecheck::list-from-vec items)) declarations) bound) out)))))))))) (def selfhost/typecheck::collect-unknown-special (fn (head) (fn (items) (fn (declarations) (fn (bound) (fn (out) (if ((core/sym::eq? head) (quote quote)) out (if ((core/sym::eq? head) (quote def)) (if ((core/int::eq? (core/vec::len items)) 3) ((((selfhost/typecheck::collect-unknown-signatures ((core/vec::get items) 2)) declarations) bound) out) out) (if ((core/sym::eq? head) (quote fn)) ((((selfhost/typecheck::collect-unknown-fn items) declarations) bound) out) (if (if ((core/sym::eq? head) (quote if)) true ((core/sym::eq? head) (quote begin))) (((((selfhost/typecheck::collect-unknown-items items) declarations) bound) 1) out) (if ((core/sym::eq? head) (quote let)) ((((selfhost/typecheck::collect-unknown-let items) declarations) bound) out) (if ((core/sym::eq? head) (quote prim)) (((((selfhost/typecheck::collect-unknown-items items) declarations) bound) 2) out) (if (if ((core/sym::eq? head) (quote seal)) true ((core/sym::eq? head) (quote unseal))) (((((selfhost/typecheck::collect-unknown-items items) declarations) bound) 1) out) ((((selfhost/typecheck::collect-unknown-app (selfhost/typecheck::list-from-vec items)) declarations) bound) out)))))))))))))) (def selfhost/typecheck::collect-unknown-fn (fn (items) (fn (declarations) (fn (bound) (fn (out) (let ((params (if ((core/int::lt? 1) (core/vec::len items)) (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)) nil))) (let ((body-bound (if (selfhost/typecheck::vec? params) ((selfhost/typecheck::bind-symbols params) bound) bound))) (((((selfhost/typecheck::collect-unknown-items items) declarations) body-bound) 2) out)))))))) (def selfhost/typecheck::bind-symbols (fn (symbols) (fn (bound) ((((selfhost/typecheck::bind-symbols-loop symbols) (core/vec::len symbols)) 0) bound)))) (def selfhost/typecheck::bind-symbols-loop (fn (symbols) (fn (n) (fn (i) (fn (bound) (if ((core/int::eq? i) n) bound (let ((symbol ((core/vec::get symbols) i))) ((((selfhost/typecheck::bind-symbols-loop symbols) n) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? symbol) ((selfhost/typecheck::set-add bound) symbol) bound))))))))) (def selfhost/typecheck::collect-unknown-let (fn (items) (fn (declarations) (fn (bound) (fn (out) (let ((bindings (if ((core/int::lt? 1) (core/vec::len items)) (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)) nil))) (let ((binding-state (if (selfhost/typecheck::vec? bindings) ((((selfhost/typecheck::collect-unknown-bindings bindings) declarations) bound) out) {:bound bound :out out}))) (((((selfhost/typecheck::collect-unknown-items items) declarations) ((core/map::get binding-state) (quote :bound))) 2) ((core/map::get binding-state) (quote :out)))))))))) (def selfhost/typecheck::collect-unknown-bindings (fn (bindings) (fn (declarations) (fn (bound) (fn (out) (((((selfhost/typecheck::collect-unknown-bindings-loop bindings) declarations) (core/vec::len bindings)) 0) {:bound bound :out out})))))) (def selfhost/typecheck::collect-unknown-bindings-loop (fn (bindings) (fn (declarations) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i)))) (if (if (selfhost/typecheck::vec? pair) ((core/int::eq? (core/vec::len pair)) 2) false) (let ((name ((core/vec::get pair) 0)) (value ((core/vec::get pair) 1)) (bound ((core/map::get state) (quote :bound)))) (((((selfhost/typecheck::collect-unknown-bindings-loop bindings) declarations) n) ((core/int::add i) 1)) {:bound (if (selfhost/typecheck::sym? name) ((selfhost/typecheck::set-add bound) name) bound) :out ((((selfhost/typecheck::collect-unknown-signatures value) declarations) bound) ((core/map::get state) (quote :out)))})) (((((selfhost/typecheck::collect-unknown-bindings-loop bindings) declarations) n) ((core/int::add i) 1)) state)))))))))) (def selfhost/typecheck::collect-unknown-app (fn (term) (fn (declarations) (fn (bound) (fn (out) (let ((flat (core/cli::flatten-app term))) (if (selfhost/typecheck::map? flat) (let ((head ((core/map::get flat) (quote :head))) (args ((core/map::get flat) (quote :args)))) (let ((out2 (if (if (selfhost/typecheck::sym? head) (if ((selfhost/typecheck::set-has? bound) head) false (let ((declared ((core/map::get declarations) head))) (if (selfhost/typecheck::map? declared) ((core/sym::eq? (selfhost/typecheck::ty-tag declared)) (quote :any)) false))) false) ((selfhost/typecheck::set-add out) head) out))) (((((selfhost/typecheck::collect-unknown-items ((core/vec::push args) head)) declarations) bound) 0) out2))) out))))))) (def selfhost/typecheck::collect-unknown-items (fn (items) (fn (declarations) (fn (bound) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len items)) out (((((selfhost/typecheck::collect-unknown-items items) declarations) bound) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-unknown-signatures ((core/vec::get items) i)) declarations) bound) out))))))))) (def selfhost/typecheck::collect-unknown-signatures-map (fn (entries) (fn (declarations) (fn (bound) (fn (out) (((((selfhost/typecheck::collect-unknown-signatures-map-loop entries) declarations) bound) 0) out)))))) (def selfhost/typecheck::collect-unknown-signatures-map-loop (fn (entries) (fn (declarations) (fn (bound) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (((((selfhost/typecheck::collect-unknown-signatures-map-loop entries) declarations) bound) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-unknown-signatures ((core/vec::get entry) 1)) declarations) bound) out)))))))))) (def selfhost/typecheck::symbol-set-joined (fn (set) (let ((symbols (selfhost/typecheck::set-keys set))) ((core/str::join ((selfhost/typecheck::vec-map symbols) selfhost/typecheck::symbol-str)) ", "))))] :module-h b"\x13M\x18Zd\xEE\x10\xA8\xC2\xBE\xEB\xAB\xBD\xD4[\xD4&7\\\xE1\xA9\x88\xF9\x844j\"\x81\xBC%8\x10" :path "selfhost/typecheck_unknown_signatures_v1.gc" :source "(def selfhost/typecheck::unknown-signature-symbols\n (fn (term)\n (fn (declarations)\n (((selfhost/typecheck::collect-unknown-signatures term) declarations) {} {}))))\n\n(def selfhost/typecheck::collect-unknown-signatures\n (fn (term)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (selfhost/typecheck::collect-unknown-signatures-list\n items declarations bound out)\n (if (selfhost/typecheck::map? term)\n ((((selfhost/typecheck::collect-unknown-signatures-map\n (core/map::entries term))\n declarations)\n bound)\n out)\n out))))))))\n\n(def selfhost/typecheck::collect-unknown-signatures-list\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 0)\n out\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n (((((selfhost/typecheck::collect-unknown-special head) items)\n declarations)\n bound)\n out)\n ((((selfhost/typecheck::collect-unknown-app\n (selfhost/typecheck::list-from-vec items))\n declarations)\n bound)\n out))))))))))\n\n(def selfhost/typecheck::collect-unknown-special\n (fn (head)\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (if ((core/sym::eq? head) (quote quote))\n out\n (if ((core/sym::eq? head) (quote def))\n (if ((core/int::eq? (core/vec::len items)) 3)\n ((((selfhost/typecheck::collect-unknown-signatures\n ((core/vec::get items) 2))\n declarations)\n bound)\n out)\n out)\n (if ((core/sym::eq? head) (quote fn))\n ((((selfhost/typecheck::collect-unknown-fn items) declarations) bound) out)\n (if\n (if ((core/sym::eq? head) (quote if))\n true\n ((core/sym::eq? head) (quote begin)))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n bound)\n 1)\n out)\n (if ((core/sym::eq? head) (quote let))\n ((((selfhost/typecheck::collect-unknown-let items) declarations) bound)\n out)\n (if ((core/sym::eq? head) (quote prim))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n bound)\n 2)\n out)\n (if\n (if ((core/sym::eq? head) (quote seal))\n true\n ((core/sym::eq? head) (quote unseal)))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n bound)\n 1)\n out)\n ((((selfhost/typecheck::collect-unknown-app\n (selfhost/typecheck::list-from-vec items))\n declarations)\n bound)\n out))))))))))))))\n\n(def selfhost/typecheck::collect-unknown-fn\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let\n ((params\n (if ((core/int::lt? 1) (core/vec::len items))\n (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))\n nil)))\n (let\n ((body-bound\n (if (selfhost/typecheck::vec? params)\n ((selfhost/typecheck::bind-symbols params) bound)\n bound)))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n body-bound)\n 2)\n out))))))))\n\n(def selfhost/typecheck::bind-symbols\n (fn (symbols)\n (fn (bound)\n ((((selfhost/typecheck::bind-symbols-loop symbols) (core/vec::len symbols)) 0)\n bound))))\n\n(def selfhost/typecheck::bind-symbols-loop\n (fn (symbols)\n (fn (n)\n (fn (i)\n (fn (bound)\n (if ((core/int::eq? i) n)\n bound\n (let ((symbol ((core/vec::get symbols) i)))\n ((((selfhost/typecheck::bind-symbols-loop symbols) n)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? symbol)\n ((selfhost/typecheck::set-add bound) symbol)\n bound)))))))))\n\n(def selfhost/typecheck::collect-unknown-let\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let\n ((bindings\n (if ((core/int::lt? 1) (core/vec::len items))\n (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))\n nil)))\n (let\n ((binding-state\n (if (selfhost/typecheck::vec? bindings)\n ((((selfhost/typecheck::collect-unknown-bindings bindings) declarations)\n bound)\n out)\n {:bound bound :out out})))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n ((core/map::get binding-state) (quote :bound)))\n 2)\n ((core/map::get binding-state) (quote :out))))))))))\n\n(def selfhost/typecheck::collect-unknown-bindings\n (fn (bindings)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (((((selfhost/typecheck::collect-unknown-bindings-loop bindings) declarations)\n (core/vec::len bindings))\n 0)\n {:bound bound :out out}))))))\n\n(def selfhost/typecheck::collect-unknown-bindings-loop\n (fn (bindings)\n (fn (declarations)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((pair\n (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i))))\n (if\n (if (selfhost/typecheck::vec? pair)\n ((core/int::eq? (core/vec::len pair)) 2)\n false)\n (let\n ((name ((core/vec::get pair) 0))\n (value ((core/vec::get pair) 1))\n (bound ((core/map::get state) (quote :bound))))\n (((((selfhost/typecheck::collect-unknown-bindings-loop bindings)\n declarations)\n n)\n ((core/int::add i) 1))\n {:bound\n (if (selfhost/typecheck::sym? name)\n ((selfhost/typecheck::set-add bound) name)\n bound)\n :out\n ((((selfhost/typecheck::collect-unknown-signatures value)\n declarations)\n bound)\n ((core/map::get state) (quote :out)))}))\n (((((selfhost/typecheck::collect-unknown-bindings-loop bindings)\n declarations)\n n)\n ((core/int::add i) 1))\n state))))))))))\n\n(def selfhost/typecheck::collect-unknown-app\n (fn (term)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let ((flat (core/cli::flatten-app term)))\n (if (selfhost/typecheck::map? flat)\n (let\n ((head ((core/map::get flat) (quote :head)))\n (args ((core/map::get flat) (quote :args))))\n (let\n ((out2\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((selfhost/typecheck::set-has? bound) head)\n false\n (let ((declared ((core/map::get declarations) head)))\n (if (selfhost/typecheck::map? declared)\n ((core/sym::eq? (selfhost/typecheck::ty-tag declared))\n (quote :any))\n false)))\n false)\n ((selfhost/typecheck::set-add out) head)\n out)))\n (((((selfhost/typecheck::collect-unknown-items\n ((core/vec::push args) head))\n declarations)\n bound)\n 0)\n out2)))\n out)))))))\n\n(def selfhost/typecheck::collect-unknown-items\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len items))\n out\n (((((selfhost/typecheck::collect-unknown-items items) declarations) bound)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-unknown-signatures\n ((core/vec::get items) i))\n declarations)\n bound)\n out)))))))))\n\n(def selfhost/typecheck::collect-unknown-signatures-map\n (fn (entries)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (((((selfhost/typecheck::collect-unknown-signatures-map-loop entries)\n declarations)\n bound)\n 0)\n out))))))\n\n(def selfhost/typecheck::collect-unknown-signatures-map-loop\n (fn (entries)\n (fn (declarations)\n (fn (bound)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let\n ((entry ((core/vec::get entries) i)))\n (((((selfhost/typecheck::collect-unknown-signatures-map-loop entries)\n declarations)\n bound)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-unknown-signatures\n ((core/vec::get entry) 1))\n declarations)\n bound)\n out))))))))))\n\n(def selfhost/typecheck::symbol-set-joined\n (fn (set)\n (let ((symbols (selfhost/typecheck::set-keys set)))\n ((core/str::join (selfhost/typecheck::vec-map symbols selfhost/typecheck::symbol-str))\n \", \"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x13M\x18Zd\xEE\x10\xA8\xC2\xBE\xEB\xAB\xBD\xD4[\xD4&7\\\xE1\xA9\x88\xF9\x844j\"\x81\xBC%8\x10" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::path-message (fn (path) (fn (message) (((selfhost/typecheck::str3 path) ": ") message)))) (def selfhost/typecheck::map-vec-push (fn (mapping) (fn (key) (fn (value) (let ((current ((core/map::get mapping) key))) (((core/map::put mapping) key) ((core/vec::push (if (selfhost/typecheck::vec? current) current [])) value))))))) (def selfhost/typecheck::symbol-vector (fn (value) (if (selfhost/typecheck::vec? value) ((((selfhost/typecheck::symbol-vector-loop value) (core/vec::len value)) 0) []) []))) (def selfhost/typecheck::symbol-vector-loop (fn (items) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((item ((core/vec::get items) i))) ((((selfhost/typecheck::symbol-vector-loop items) n) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? item) ((core/vec::push out) item) out))))))))) (def selfhost/typecheck::meta-exports (fn (meta) (if (selfhost/typecheck::map? meta) (selfhost/typecheck::symbol-vector ((core/map::get meta) (quote :exports))) []))) (def selfhost/typecheck::meta-caps-result (fn (meta) (if (selfhost/typecheck::map? meta) (let ((caps ((core/map::get meta) (quote :caps)))) (if (selfhost/typecheck::vec? caps) (selfhost/typecheck::ok (selfhost/typecheck::symbol-vector caps)) (selfhost/typecheck::err "::meta missing :caps"))) (selfhost/typecheck::err "::meta missing :caps")))) (def selfhost/typecheck::meta-types-result (fn (meta) (if (selfhost/typecheck::map? meta) (let ((types ((core/map::get meta) (quote :types)))) (if (selfhost/typecheck::map? types) (selfhost/typecheck::ok types) (selfhost/typecheck::err "::meta missing :types"))) (selfhost/typecheck::err "::meta missing :types")))) (def selfhost/typecheck::meta-bool-result (fn (meta) (fn (key) (fn (label) (if (selfhost/typecheck::map? meta) (let ((value ((core/map::get meta) key))) (if (selfhost/typecheck::nil? value) (selfhost/typecheck::ok false) (if (selfhost/typecheck::bool? value) (selfhost/typecheck::ok value) (selfhost/typecheck::err (((selfhost/typecheck::str3 label) " must be bool, got ") (selfhost/typecheck::term-str value)))))) (selfhost/typecheck::ok false)))))) (def selfhost/typecheck::meta-strict-effects-result (fn (meta) (((selfhost/typecheck::meta-bool-result meta) (quote :strict-effects)) "::meta :strict-effects"))) (def selfhost/typecheck::meta-strict-shapes-result (fn (meta) (((selfhost/typecheck::meta-bool-result meta) (quote :strict-shapes)) "::meta :strict-shapes"))) (def selfhost/typecheck::task-effect-ops {core/task::await true core/task::cancel true core/task::channel-close true core/task::channel-open true core/task::channel-recv true core/task::channel-send true core/task::channel-status true core/task::scope true core/task::spawn true core/task::status true}) (def selfhost/typecheck::caps-enable-strict? (fn (caps) (((selfhost/typecheck::caps-enable-strict-loop caps) (core/vec::len caps)) 0))) (def selfhost/typecheck::caps-enable-strict-loop (fn (caps) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (if ((selfhost/typecheck::set-has? selfhost/typecheck::task-effect-ops) ((core/vec::get caps) i)) true (((selfhost/typecheck::caps-enable-strict-loop caps) n) ((core/int::add i) 1)))))))) (def selfhost/typecheck::defs-map (fn (forms) ((((selfhost/typecheck::defs-map-loop forms) (core/vec::len forms)) 0) {}))) (def selfhost/typecheck::defs-map-loop (fn (forms) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i)))) ((((selfhost/typecheck::defs-map-loop forms) n) ((core/int::add i) 1)) (if (selfhost/typecheck::nil? parsed) out (((core/map::put out) ((core/map::get parsed) (quote :name))) ((core/map::get parsed) (quote :expr)))))))))))) (def selfhost/typecheck::validate-typecheck-module (fn (module) (if (selfhost/typecheck::map? module) (let ((path ((core/map::get module) (quote :path))) (forms ((core/map::get module) (quote :forms))) (meta ((core/map::get module) (quote :meta)))) (if (selfhost/typecheck::str? path) (if (selfhost/typecheck::vec? forms) (selfhost/typecheck::ok {:forms forms :meta meta :path path}) (selfhost/typecheck::err "typecheck module :forms must be vector")) (selfhost/typecheck::err "typecheck module :path must be string"))) (selfhost/typecheck::err "typecheck module must be map")))) (def selfhost/typecheck::validate-typecheck-modules (fn (modules) (if (selfhost/typecheck::vec? modules) ((((selfhost/typecheck::validate-typecheck-modules-loop modules) (core/vec::len modules)) 0) []) (selfhost/typecheck::err "typecheck request :modules must be vector")))) (def selfhost/typecheck::validate-typecheck-modules-loop (fn (modules) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) (selfhost/typecheck::ok out) (let ((checked (selfhost/typecheck::validate-typecheck-module ((core/vec::get modules) i)))) (if (selfhost/typecheck::result-ok? checked) ((((selfhost/typecheck::validate-typecheck-modules-loop modules) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/map::get checked) (quote :value)))) (selfhost/typecheck::err (((selfhost/typecheck::str3 "typecheck request module ") (selfhost/typecheck::int-str i)) ((selfhost/typecheck::str2 ": ") ((core/map::get checked) (quote :error))))))))))))) (def selfhost/typecheck::validate-typecheck-request (fn (request) (if (selfhost/typecheck::map? request) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v)))) (if ((core/eq? kind) "genesis/typecheck-request-v0.1") (if ((core/eq? version) 1) (selfhost/typecheck::validate-typecheck-modules ((core/map::get request) (quote :modules))) (selfhost/typecheck::err "typecheck request :v must be 1")) (selfhost/typecheck::err "typecheck request :kind must be genesis/typecheck-request-v0.1"))) (selfhost/typecheck::err "typecheck request must be map"))))] :module-h b"\xC3\xAD\xE3\x0F\xDCtxt\x19\xD2\x83\x1C\xB7{\xAE\xA8\x97{\x0E\x1D\x1CIS\x1Cj\xE4Ax\xF6\xF64\xD0" :path "selfhost/typecheck_package_meta_v1.gc" :source "(def selfhost/typecheck::path-message\n (fn (path) (fn (message) ((selfhost/typecheck::str3 path \": \") message))))\n\n(def selfhost/typecheck::map-vec-push\n (fn (mapping)\n (fn (key)\n (fn (value)\n (let ((current ((core/map::get mapping) key)))\n (((core/map::put mapping) key)\n ((core/vec::push (if (selfhost/typecheck::vec? current) current [])) value)))))))\n\n(def selfhost/typecheck::symbol-vector\n (fn (value)\n (if (selfhost/typecheck::vec? value)\n ((((selfhost/typecheck::symbol-vector-loop value) (core/vec::len value)) 0) [])\n [])))\n\n(def selfhost/typecheck::symbol-vector-loop\n (fn (items)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((item ((core/vec::get items) i)))\n ((((selfhost/typecheck::symbol-vector-loop items) n) ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? item) ((core/vec::push out) item) out)))))))))\n\n(def selfhost/typecheck::meta-exports\n (fn (meta)\n (if (selfhost/typecheck::map? meta)\n (selfhost/typecheck::symbol-vector ((core/map::get meta) (quote :exports)))\n [])))\n\n(def selfhost/typecheck::meta-caps-result\n (fn (meta)\n (if (selfhost/typecheck::map? meta)\n (let ((caps ((core/map::get meta) (quote :caps))))\n (if (selfhost/typecheck::vec? caps)\n (selfhost/typecheck::ok (selfhost/typecheck::symbol-vector caps))\n (selfhost/typecheck::err \"::meta missing :caps\")))\n (selfhost/typecheck::err \"::meta missing :caps\"))))\n\n(def selfhost/typecheck::meta-types-result\n (fn (meta)\n (if (selfhost/typecheck::map? meta)\n (let ((types ((core/map::get meta) (quote :types))))\n (if (selfhost/typecheck::map? types)\n (selfhost/typecheck::ok types)\n (selfhost/typecheck::err \"::meta missing :types\")))\n (selfhost/typecheck::err \"::meta missing :types\"))))\n\n(def selfhost/typecheck::meta-bool-result\n (fn (meta)\n (fn (key)\n (fn (label)\n (if (selfhost/typecheck::map? meta)\n (let ((value ((core/map::get meta) key)))\n (if (selfhost/typecheck::nil? value)\n (selfhost/typecheck::ok false)\n (if (selfhost/typecheck::bool? value)\n (selfhost/typecheck::ok value)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str3 label \" must be bool, got \")\n (selfhost/typecheck::term-str value))))))\n (selfhost/typecheck::ok false))))))\n\n(def selfhost/typecheck::meta-strict-effects-result\n (fn (meta)\n (((selfhost/typecheck::meta-bool-result meta) (quote :strict-effects))\n \"::meta :strict-effects\")))\n\n(def selfhost/typecheck::meta-strict-shapes-result\n (fn (meta)\n (((selfhost/typecheck::meta-bool-result meta) (quote :strict-shapes))\n \"::meta :strict-shapes\")))\n\n(def selfhost/typecheck::task-effect-ops\n {core/task::await true\n core/task::cancel true\n core/task::channel-close true\n core/task::channel-open true\n core/task::channel-recv true\n core/task::channel-send true\n core/task::channel-status true\n core/task::scope true\n core/task::spawn true\n core/task::status true})\n\n(def selfhost/typecheck::caps-enable-strict?\n (fn (caps)\n ((((selfhost/typecheck::caps-enable-strict-loop caps) (core/vec::len caps)) 0))))\n\n(def selfhost/typecheck::caps-enable-strict-loop\n (fn (caps)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if (selfhost/typecheck::set-has? selfhost/typecheck::task-effect-ops\n ((core/vec::get caps) i))\n true\n (((selfhost/typecheck::caps-enable-strict-loop caps) n)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::defs-map\n (fn (forms)\n ((((selfhost/typecheck::defs-map-loop forms) (core/vec::len forms)) 0) {})))\n\n(def selfhost/typecheck::defs-map-loop\n (fn (forms)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i))))\n ((((selfhost/typecheck::defs-map-loop forms) n) ((core/int::add i) 1))\n (if (selfhost/typecheck::nil? parsed)\n out\n (((core/map::put out) ((core/map::get parsed) (quote :name)))\n ((core/map::get parsed) (quote :expr))))))))))))\n\n(def selfhost/typecheck::validate-typecheck-module\n (fn (module)\n (if (selfhost/typecheck::map? module)\n (let\n ((path ((core/map::get module) (quote :path)))\n (forms ((core/map::get module) (quote :forms)))\n (meta ((core/map::get module) (quote :meta))))\n (if (selfhost/typecheck::str? path)\n (if (selfhost/typecheck::vec? forms)\n (selfhost/typecheck::ok {:forms forms :meta meta :path path})\n (selfhost/typecheck::err \"typecheck module :forms must be vector\"))\n (selfhost/typecheck::err \"typecheck module :path must be string\")))\n (selfhost/typecheck::err \"typecheck module must be map\"))))\n\n(def selfhost/typecheck::validate-typecheck-modules\n (fn (modules)\n (if (selfhost/typecheck::vec? modules)\n ((((selfhost/typecheck::validate-typecheck-modules-loop modules)\n (core/vec::len modules))\n 0)\n [])\n (selfhost/typecheck::err \"typecheck request :modules must be vector\"))))\n\n(def selfhost/typecheck::validate-typecheck-modules-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok out)\n (let ((checked (selfhost/typecheck::validate-typecheck-module\n ((core/vec::get modules) i))))\n (if (selfhost/typecheck::result-ok? checked)\n ((((selfhost/typecheck::validate-typecheck-modules-loop modules) n)\n ((core/int::add i) 1))\n ((core/vec::push out) ((core/map::get checked) (quote :value))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str3 \"typecheck request module \"\n (selfhost/typecheck::int-str i))\n ((selfhost/typecheck::str2 \": \")\n ((core/map::get checked) (quote :error)))))))))))))\n\n(def selfhost/typecheck::validate-typecheck-request\n (fn (request)\n (if (selfhost/typecheck::map? request)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v))))\n (if ((core/eq? kind) \"genesis/typecheck-request-v0.1\")\n (if ((core/eq? version) 1)\n (selfhost/typecheck::validate-typecheck-modules\n ((core/map::get request) (quote :modules)))\n (selfhost/typecheck::err \"typecheck request :v must be 1\"))\n (selfhost/typecheck::err\n \"typecheck request :kind must be genesis/typecheck-request-v0.1\")))\n (selfhost/typecheck::err \"typecheck request must be map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC3\xAD\xE3\x0F\xDCtxt\x19\xD2\x83\x1C\xB7{\xAE\xA8\x97{\x0E\x1D\x1CIS\x1Cj\xE4Ax\xF6\xF64\xD0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::module-resolution-profile (quote genesis/module-resolution-profile-v0.1)) (def selfhost/typecheck::module-required-profiles (quote {genesis/coreform-profile genesis/coreform/v0.2 genesis/hash-profile genesis/hash-profile/gcv0.2-blake3 genesis/language-profile genesis/language-profile/v0.2 genesis/module-resolution-profile genesis/module-resolution-profile-v0.1})) (def selfhost/typecheck::module-required-profiles-message ":requires-profiles must exactly bind [genesis/coreform-profile genesis/coreform/v0.2, genesis/hash-profile genesis/hash-profile/gcv0.2-blake3, genesis/language-profile genesis/language-profile/v0.2, genesis/module-resolution-profile genesis/module-resolution-profile-v0.1]") (def selfhost/typecheck::map-has-key? (fn (mapping) (fn (key) (((selfhost/typecheck::map-has-key-loop (core/map::entries mapping)) key) 0)))) (def selfhost/typecheck::map-has-key-loop (fn (entries) (fn (key) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key) true (((selfhost/typecheck::map-has-key-loop entries) key) ((core/int::add i) 1)))))))) (def selfhost/typecheck::module-error-add (fn (errors) (fn (path) (fn (message) (let ((current ((core/map::get errors) path))) (((core/map::put errors) path) ((selfhost/typecheck::set-add (if (selfhost/typecheck::map? current) current {})) message))))))) (def selfhost/typecheck::module-profile-active? (fn (modules) (((selfhost/typecheck::module-profile-active-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::module-profile-active-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta)))) (if (if (selfhost/typecheck::map? meta) ((selfhost/typecheck::map-has-key? meta) (quote :module-profile)) false) true (((selfhost/typecheck::module-profile-active-loop modules) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::bytes-has? (fn (bytes) (fn (needle) ((((selfhost/typecheck::bytes-has-loop bytes) needle) (core/bytes::len bytes)) 0)))) (def selfhost/typecheck::bytes-has-loop (fn (bytes) (fn (needle) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (if ((core/int::eq? ((core/bytes::get bytes) i)) needle) true ((((selfhost/typecheck::bytes-has-loop bytes) needle) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::component-invalid? (fn (bytes) (fn (start) (fn (end) (let ((len ((core/int::sub end) start))) (if ((core/int::eq? len) 0) true (if ((core/int::eq? len) 1) ((core/int::eq? ((core/bytes::get bytes) start)) 46) (if ((core/int::eq? len) 2) (if ((core/int::eq? ((core/bytes::get bytes) start)) 46) ((core/int::eq? ((core/bytes::get bytes) ((core/int::add start) 1))) 46) false) false)))))))) (def selfhost/typecheck::portable-components? (fn (bytes) (fn (reject-drive) (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) (core/bytes::len bytes)) 0) 0)))) (def selfhost/typecheck::portable-components-loop (fn (bytes) (fn (reject-drive) (fn (n) (fn (start) (fn (i) (if ((core/int::eq? i) n) (if (((selfhost/typecheck::component-invalid? bytes) start) i) false (if (if reject-drive ((core/int::eq? start) 0) false) (if ((core/int::lt? start) i) (if ((core/int::eq? ((core/bytes::get bytes) ((core/int::sub i) 1))) 58) false true) true) true)) (if ((core/int::eq? ((core/bytes::get bytes) i)) 47) (if (((selfhost/typecheck::component-invalid? bytes) start) i) false (if (if reject-drive ((core/int::eq? start) 0) false) (if ((core/int::eq? ((core/bytes::get bytes) ((core/int::sub i) 1))) 58) false (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) n) ((core/int::add i) 1)) ((core/int::add i) 1))) (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) n) ((core/int::add i) 1)) ((core/int::add i) 1)))) (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) n) start) ((core/int::add i) 1)))))))))) (def selfhost/typecheck::validate-portable-module-path (fn (path) (let ((bytes (core/str::to-utf8 path))) (let ((n (core/bytes::len bytes))) (if ((core/int::eq? n) 0) (selfhost/typecheck::err "module path must be non-empty") (if ((core/eq? (core/str::nfc path)) path) (if (if ((core/int::eq? ((core/bytes::get bytes) 0)) 47) true ((selfhost/typecheck::bytes-has? bytes) 92)) (selfhost/typecheck::err "module path must be base-relative and use '/' separators") (if ((selfhost/typecheck::portable-components? bytes) true) (selfhost/typecheck::ok path) (selfhost/typecheck::classify-portable-path-error bytes))) (selfhost/typecheck::err "module path must be Unicode NFC"))))))) (def selfhost/typecheck::classify-portable-path-error (fn (bytes) (let ((first-end ((selfhost/typecheck::first-byte-or-end bytes) 47))) (if (if ((core/int::lt? 0) first-end) ((core/int::eq? ((core/bytes::get bytes) ((core/int::sub first-end) 1))) 58) false) (selfhost/typecheck::err "module path must not contain a drive prefix") (selfhost/typecheck::err "module path must not contain empty, '.', or '..' components"))))) (def selfhost/typecheck::first-byte-or-end (fn (bytes) (fn (needle) (((selfhost/typecheck::first-byte-or-end-loop bytes) needle) 0)))) (def selfhost/typecheck::first-byte-or-end-loop (fn (bytes) (fn (needle) (fn (i) (if ((core/int::eq? i) (core/bytes::len bytes)) i (if ((core/int::eq? ((core/bytes::get bytes) i)) needle) i (((selfhost/typecheck::first-byte-or-end-loop bytes) needle) ((core/int::add i) 1)))))))) (def selfhost/typecheck::double-colon-scan (fn (bytes) ((((selfhost/typecheck::double-colon-scan-loop bytes) (core/bytes::len bytes)) 0) {:count 0 :position 0}))) (def selfhost/typecheck::double-colon-scan-loop (fn (bytes) (fn (n) (fn (i) (fn (state) (if ((core/int::lt? ((core/int::add i) 1)) n) (if (if ((core/int::eq? ((core/bytes::get bytes) i)) 58) ((core/int::eq? ((core/bytes::get bytes) ((core/int::add i) 1))) 58) false) ((((selfhost/typecheck::double-colon-scan-loop bytes) n) ((core/int::add i) 2)) {:count ((core/int::add ((core/map::get state) (quote :count))) 1) :position i}) ((((selfhost/typecheck::double-colon-scan-loop bytes) n) ((core/int::add i) 1)) state)) state)))))) (def selfhost/typecheck::validate-qualified-symbol (fn (symbol) (let ((bytes (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol)))) (let ((scan (selfhost/typecheck::double-colon-scan bytes))) (let ((count ((core/map::get scan) (quote :count))) (position ((core/map::get scan) (quote :position))) (n (core/bytes::len bytes))) (if (if ((core/int::eq? count) 1) (if ((core/int::lt? 0) position) ((core/int::lt? ((core/int::add position) 2)) n) false) false) (let ((namespace (((core/bytes::slice bytes) 0) position))) (if (if ((core/int::eq? ((core/bytes::get namespace) 0)) 47) true ((selfhost/typecheck::bytes-has? namespace) 92)) (selfhost/typecheck::err "namespace must be a portable slash-separated path") (if ((selfhost/typecheck::portable-components? namespace) false) (selfhost/typecheck::ok symbol) (selfhost/typecheck::err "namespace must be a portable slash-separated path")))) (selfhost/typecheck::err "namespace and name must be non-empty with exactly one '::'"))))))) (def selfhost/typecheck::parse-unique-symbol-vector (fn (meta) (fn (field) (fn (path) (fn (errors) (if ((selfhost/typecheck::map-has-key? meta) field) (let ((value ((core/map::get meta) field))) (if (selfhost/typecheck::vec? value) (((((selfhost/typecheck::parse-unique-symbol-vector-loop value) field) path) 0) {:errors errors :set {}}) {:errors (((selfhost/typecheck::module-error-add errors) path) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str field)) " must be a vector of symbols")) :set {}})) {:errors (((selfhost/typecheck::module-error-add errors) path) ((selfhost/typecheck::str2 "module-resolution profile requires ") (selfhost/typecheck::symbol-str field))) :set {}})))))) (def selfhost/typecheck::parse-unique-symbol-vector-loop (fn (items) (fn (field) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len items)) state (let ((item ((core/vec::get items) i))) (let ((state2 (if (selfhost/typecheck::sym? item) (let ((duplicate ((selfhost/typecheck::set-has? ((core/map::get state) (quote :set))) item)) (valid (selfhost/typecheck::validate-qualified-symbol item))) {:errors (let ((with-duplicate (if duplicate (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((((selfhost/typecheck::str4 "duplicate ") (selfhost/typecheck::symbol-str field)) " entry ") (selfhost/typecheck::symbol-str item))) ((core/map::get state) (quote :errors))))) (if (selfhost/typecheck::result-ok? valid) with-duplicate (((selfhost/typecheck::module-error-add with-duplicate) path) ((((selfhost/typecheck::str4 "invalid ") (selfhost/typecheck::symbol-str field)) ((selfhost/typecheck::str2 " entry ") (selfhost/typecheck::symbol-str item))) ((selfhost/typecheck::str2 ": ") ((core/map::get valid) (quote :error))))))) :set ((selfhost/typecheck::set-add ((core/map::get state) (quote :set))) item)}) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str field)) " entries must be symbols")) :set ((core/map::get state) (quote :set))}))) (((((selfhost/typecheck::parse-unique-symbol-vector-loop items) field) path) ((core/int::add i) 1)) state2)))))))))) (def selfhost/typecheck::parse-required-profiles (fn (meta) (fn (path) (fn (errors) (if ((selfhost/typecheck::map-has-key? meta) (quote :requires-profiles)) (let ((value ((core/map::get meta) (quote :requires-profiles)))) (if (selfhost/typecheck::map? value) (let ((parsed ((selfhost/typecheck::symbol-map-or-error value) ":requires-profiles must be a symbol-to-symbol map"))) (let ((errors2 (if (selfhost/typecheck::result-ok? parsed) errors (((selfhost/typecheck::module-error-add errors) path) ((core/map::get parsed) (quote :error))))) (profiles (if (selfhost/typecheck::result-ok? parsed) ((core/map::get parsed) (quote :value)) {}))) {:errors (if (selfhost/typecheck::required-profiles-exact? profiles) errors2 (((selfhost/typecheck::module-error-add errors2) path) selfhost/typecheck::module-required-profiles-message)) :profiles profiles})) {:errors (((selfhost/typecheck::module-error-add errors) path) ":requires-profiles must be a symbol-to-symbol map") :profiles {}})) {:errors (((selfhost/typecheck::module-error-add errors) path) "module-resolution profile requires :requires-profiles") :profiles {}}))))) (def selfhost/typecheck::required-profiles-exact? (fn (profiles) (if ((core/int::eq? (core/map::len profiles)) 4) (if (((selfhost/typecheck::profile-binding-exact? profiles) (quote genesis/coreform-profile)) (quote genesis/coreform/v0.2)) (if (((selfhost/typecheck::profile-binding-exact? profiles) (quote genesis/hash-profile)) (quote genesis/hash-profile/gcv0.2-blake3)) (if (((selfhost/typecheck::profile-binding-exact? profiles) (quote genesis/language-profile)) (quote genesis/language-profile/v0.2)) (((selfhost/typecheck::profile-binding-exact? profiles) (quote genesis/module-resolution-profile)) (quote genesis/module-resolution-profile-v0.1)) false) false) false) false))) (def selfhost/typecheck::profile-binding-exact? (fn (profiles) (fn (key) (fn (expected) (let ((actual ((core/map::get profiles) key))) (if (selfhost/typecheck::sym? actual) ((core/sym::eq? actual) expected) false)))))) (def selfhost/typecheck::symbol-map-or-error (fn (mapping) (fn (message) (((selfhost/typecheck::symbol-map-or-error-loop (core/map::entries mapping)) message) 0)))) (def selfhost/typecheck::symbol-map-or-error-loop (fn (entries) (fn (message) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) (selfhost/typecheck::ok {}) (let ((entry ((core/vec::get entries) i))) (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (if (if (selfhost/typecheck::sym? key) (selfhost/typecheck::sym? value) false) (let ((rest (((selfhost/typecheck::symbol-map-or-error-loop entries) message) ((core/int::add i) 1)))) (if (selfhost/typecheck::result-ok? rest) (selfhost/typecheck::ok (((core/map::put ((core/map::get rest) (quote :value))) key) value)) rest)) (selfhost/typecheck::err message))))))))) (def selfhost/typecheck::module-definitions (fn (forms) (((selfhost/typecheck::module-definitions-loop forms) (core/vec::len forms)) 0))) (def selfhost/typecheck::module-definitions-loop (fn (forms) (fn (n) (fn (i) (if ((core/int::eq? i) n) {} (let ((rest (((selfhost/typecheck::module-definitions-loop forms) n) ((core/int::add i) 1))) (parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i)))) (if (selfhost/typecheck::nil? parsed) rest (let ((name ((core/map::get parsed) (quote :name)))) (if ((core/sym::eq? name) (quote ::meta)) rest ((selfhost/typecheck::set-add rest) name)))))))))) (def selfhost/typecheck::parse-module-descriptor (fn (module) (fn (errors) (let ((path ((core/map::get module) (quote :path))) (meta ((core/map::get module) (quote :meta)))) (if (selfhost/typecheck::map? meta) (let ((errors1 (if ((selfhost/typecheck::map-has-key? meta) (quote :module-profile)) (let ((profile ((core/map::get meta) (quote :module-profile)))) (if (if (selfhost/typecheck::sym? profile) ((core/sym::eq? profile) selfhost/typecheck::module-resolution-profile) false) errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 ":module-profile must be exact symbol genesis/module-resolution-profile-v0.1, got ") (selfhost/typecheck::term-str profile)) "") "")))) (((selfhost/typecheck::module-error-add errors) path) "every module in the resolution closure must declare :module-profile genesis/module-resolution-profile-v0.1")))) (let ((imports ((((selfhost/typecheck::parse-unique-symbol-vector meta) (quote :imports)) path) errors1))) (let ((exports ((((selfhost/typecheck::parse-unique-symbol-vector meta) (quote :exports)) path) ((core/map::get imports) (quote :errors))))) (let ((profiles (((selfhost/typecheck::parse-required-profiles meta) path) ((core/map::get exports) (quote :errors))))) {:descriptor {:definitions (selfhost/typecheck::module-definitions ((core/map::get module) (quote :forms))) :exports ((core/map::get exports) (quote :set)) :imports ((core/map::get imports) (quote :set)) :required-profiles ((core/map::get profiles) (quote :profiles))} :errors ((core/map::get profiles) (quote :errors))})))) {:descriptor {:definitions {} :exports {} :imports {} :required-profiles {}} :errors (((selfhost/typecheck::module-error-add errors) path) "module-resolution profile requires map-shaped ::meta")}))))) (def selfhost/typecheck::parse-module-descriptors (fn (modules) (((selfhost/typecheck::parse-module-descriptors-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::parse-module-descriptors-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:descriptors [] :errors {}} (let ((rest (((selfhost/typecheck::parse-module-descriptors-loop modules) n) ((core/int::add i) 1)))) (let ((parsed ((selfhost/typecheck::parse-module-descriptor ((core/vec::get modules) i)) ((core/map::get rest) (quote :errors))))) {:descriptors ((core/vec::append ((core/vec::push []) ((core/map::get parsed) (quote :descriptor)))) ((core/map::get rest) (quote :descriptors))) :errors ((core/map::get parsed) (quote :errors))})))))))] :module-h b"{\xE0\xCE\xA9~\xE2\xAC\x1D\xD0\xA6\x88\xA29\x8D\x82\xD4`1\xDD\xF5\xE4)\x1D\x96\x95Ke\x04\x1Bn\x13\xF2" :path "selfhost/typecheck_module_profile_descriptor_v1.gc" :source "(def selfhost/typecheck::module-resolution-profile\n (quote genesis/module-resolution-profile-v0.1))\n\n(def selfhost/typecheck::module-required-profiles\n (quote\n {genesis/coreform-profile genesis/coreform/v0.2\n genesis/hash-profile genesis/hash-profile/gcv0.2-blake3\n genesis/language-profile genesis/language-profile/v0.2\n genesis/module-resolution-profile genesis/module-resolution-profile-v0.1}))\n\n(def selfhost/typecheck::module-required-profiles-message\n \":requires-profiles must exactly bind [genesis/coreform-profile genesis/coreform/v0.2, genesis/hash-profile genesis/hash-profile/gcv0.2-blake3, genesis/language-profile genesis/language-profile/v0.2, genesis/module-resolution-profile genesis/module-resolution-profile-v0.1]\")\n\n(def selfhost/typecheck::map-has-key?\n (fn (mapping)\n (fn (key)\n ((((selfhost/typecheck::map-has-key-loop (core/map::entries mapping)) key) 0)))))\n\n(def selfhost/typecheck::map-has-key-loop\n (fn (entries)\n (fn (key)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key)\n true\n (((selfhost/typecheck::map-has-key-loop entries) key)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::module-error-add\n (fn (errors)\n (fn (path)\n (fn (message)\n (let ((current ((core/map::get errors) path)))\n (((core/map::put errors) path)\n ((selfhost/typecheck::set-add\n (if (selfhost/typecheck::map? current) current {}))\n message)))))))\n\n(def selfhost/typecheck::module-profile-active?\n (fn (modules)\n (((selfhost/typecheck::module-profile-active-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::module-profile-active-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta))))\n (if\n (if (selfhost/typecheck::map? meta)\n ((selfhost/typecheck::map-has-key? meta) (quote :module-profile))\n false)\n true\n (((selfhost/typecheck::module-profile-active-loop modules) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::bytes-has?\n (fn (bytes)\n (fn (needle)\n ((((selfhost/typecheck::bytes-has-loop bytes) needle)\n (core/bytes::len bytes))\n 0))))\n\n(def selfhost/typecheck::bytes-has-loop\n (fn (bytes)\n (fn (needle)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if ((core/int::eq? ((core/bytes::get bytes) i)) needle)\n true\n ((((selfhost/typecheck::bytes-has-loop bytes) needle) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::component-invalid?\n (fn (bytes)\n (fn (start)\n (fn (end)\n (let ((len ((core/int::sub end) start)))\n (if ((core/int::eq? len) 0)\n true\n (if ((core/int::eq? len) 1)\n ((core/int::eq? ((core/bytes::get bytes) start)) 46)\n (if ((core/int::eq? len) 2)\n (if ((core/int::eq? ((core/bytes::get bytes) start)) 46)\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::add start) 1)))\n 46)\n false)\n false))))))))\n\n(def selfhost/typecheck::portable-components?\n (fn (bytes)\n (fn (reject-drive)\n (((((selfhost/typecheck::portable-components-loop bytes) reject-drive)\n (core/bytes::len bytes))\n 0)\n 0))))\n\n(def selfhost/typecheck::portable-components-loop\n (fn (bytes)\n (fn (reject-drive)\n (fn (n)\n (fn (start)\n (fn (i)\n (if ((core/int::eq? i) n)\n (if (((selfhost/typecheck::component-invalid? bytes) start) i)\n false\n (if\n (if reject-drive\n ((core/int::eq? start) 0)\n false)\n (if ((core/int::lt? start) i)\n (if\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::sub i) 1)))\n 58)\n false\n true)\n true)\n true))\n (if ((core/int::eq? ((core/bytes::get bytes) i)) 47)\n (if (((selfhost/typecheck::component-invalid? bytes) start) i)\n false\n (if\n (if reject-drive\n ((core/int::eq? start) 0)\n false)\n (if\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::sub i) 1)))\n 58)\n false\n (((((selfhost/typecheck::portable-components-loop bytes)\n reject-drive)\n n)\n ((core/int::add i) 1))\n ((core/int::add i) 1)))\n (((((selfhost/typecheck::portable-components-loop bytes)\n reject-drive)\n n)\n ((core/int::add i) 1))\n ((core/int::add i) 1))))\n (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) n)\n start)\n ((core/int::add i) 1))))))))))\n\n(def selfhost/typecheck::validate-portable-module-path\n (fn (path)\n (let ((bytes (core/str::to-utf8 path)))\n (let ((n (core/bytes::len bytes)))\n (if ((core/int::eq? n) 0)\n (selfhost/typecheck::err \"module path must be non-empty\")\n (if ((core/eq? (core/str::nfc path)) path)\n (if\n (if ((core/int::eq? ((core/bytes::get bytes) 0)) 47)\n true\n ((selfhost/typecheck::bytes-has? bytes) 92))\n (selfhost/typecheck::err\n \"module path must be base-relative and use '/' separators\")\n (if ((selfhost/typecheck::portable-components? bytes) true)\n (selfhost/typecheck::ok path)\n (selfhost/typecheck::classify-portable-path-error bytes)))\n (selfhost/typecheck::err \"module path must be Unicode NFC\")))))))\n\n(def selfhost/typecheck::classify-portable-path-error\n (fn (bytes)\n (let ((first-end (selfhost/typecheck::first-byte-or-end bytes 47)))\n (if\n (if ((core/int::lt? 0) first-end)\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::sub first-end) 1)))\n 58)\n false)\n (selfhost/typecheck::err \"module path must not contain a drive prefix\")\n (selfhost/typecheck::err\n \"module path must not contain empty, '.', or '..' components\")))))\n\n(def selfhost/typecheck::first-byte-or-end\n (fn (bytes)\n (fn (needle)\n (((selfhost/typecheck::first-byte-or-end-loop bytes) needle) 0))))\n\n(def selfhost/typecheck::first-byte-or-end-loop\n (fn (bytes)\n (fn (needle)\n (fn (i)\n (if ((core/int::eq? i) (core/bytes::len bytes))\n i\n (if ((core/int::eq? ((core/bytes::get bytes) i)) needle)\n i\n (((selfhost/typecheck::first-byte-or-end-loop bytes) needle)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::double-colon-scan\n (fn (bytes)\n (((((selfhost/typecheck::double-colon-scan-loop bytes)\n (core/bytes::len bytes))\n 0)\n {:count 0 :position 0}))))\n\n(def selfhost/typecheck::double-colon-scan-loop\n (fn (bytes)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::lt? ((core/int::add i) 1)) n)\n (if\n (if ((core/int::eq? ((core/bytes::get bytes) i)) 58)\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::add i) 1)))\n 58)\n false)\n ((((selfhost/typecheck::double-colon-scan-loop bytes) n)\n ((core/int::add i) 2))\n {:count\n ((core/int::add ((core/map::get state) (quote :count))) 1)\n :position i})\n ((((selfhost/typecheck::double-colon-scan-loop bytes) n)\n ((core/int::add i) 1))\n state))\n state))))))\n\n(def selfhost/typecheck::validate-qualified-symbol\n (fn (symbol)\n (let ((bytes (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol))))\n (let ((scan (selfhost/typecheck::double-colon-scan bytes)))\n (let\n ((count ((core/map::get scan) (quote :count)))\n (position ((core/map::get scan) (quote :position)))\n (n (core/bytes::len bytes)))\n (if\n (if ((core/int::eq? count) 1)\n (if ((core/int::lt? 0) position)\n ((core/int::lt? ((core/int::add position) 2)) n)\n false)\n false)\n (let ((namespace (((core/bytes::slice bytes) 0) position)))\n (if\n (if ((core/int::eq? ((core/bytes::get namespace) 0)) 47)\n true\n ((selfhost/typecheck::bytes-has? namespace) 92))\n (selfhost/typecheck::err\n \"namespace must be a portable slash-separated path\")\n (if ((selfhost/typecheck::portable-components? namespace) false)\n (selfhost/typecheck::ok symbol)\n (selfhost/typecheck::err\n \"namespace must be a portable slash-separated path\"))))\n (selfhost/typecheck::err\n \"namespace and name must be non-empty with exactly one '::'\")))))))\n\n(def selfhost/typecheck::parse-unique-symbol-vector\n (fn (meta)\n (fn (field)\n (fn (path)\n (fn (errors)\n (if ((selfhost/typecheck::map-has-key? meta) field)\n (let ((value ((core/map::get meta) field)))\n (if (selfhost/typecheck::vec? value)\n (((((selfhost/typecheck::parse-unique-symbol-vector-loop value) field)\n path)\n 0)\n {:errors errors :set {}})\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str field))\n \" must be a vector of symbols\"))\n :set {}}))\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str2 \"module-resolution profile requires \")\n (selfhost/typecheck::symbol-str field)))\n :set {}}))))))\n\n(def selfhost/typecheck::parse-unique-symbol-vector-loop\n (fn (items)\n (fn (field)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len items))\n state\n (let ((item ((core/vec::get items) i)))\n (let\n ((state2\n (if (selfhost/typecheck::sym? item)\n (let\n ((duplicate\n ((selfhost/typecheck::set-has?\n ((core/map::get state) (quote :set)))\n item))\n (valid (selfhost/typecheck::validate-qualified-symbol item)))\n {:errors\n (let\n ((with-duplicate\n (if duplicate\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str4 \"duplicate \"\n (selfhost/typecheck::symbol-str field))\n \" entry \"\n (selfhost/typecheck::symbol-str item)))\n ((core/map::get state) (quote :errors)))))\n (if (selfhost/typecheck::result-ok? valid)\n with-duplicate\n (((selfhost/typecheck::module-error-add with-duplicate) path)\n ((selfhost/typecheck::str4 \"invalid \"\n (selfhost/typecheck::symbol-str field))\n ((selfhost/typecheck::str2 \" entry \")\n (selfhost/typecheck::symbol-str item))\n ((selfhost/typecheck::str2 \": \")\n ((core/map::get valid) (quote :error)))))))\n :set\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :set)))\n item)})\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str field))\n \" entries must be symbols\"))\n :set ((core/map::get state) (quote :set))})))\n (((((selfhost/typecheck::parse-unique-symbol-vector-loop items) field)\n path)\n ((core/int::add i) 1))\n state2))))))))))\n\n(def selfhost/typecheck::parse-required-profiles\n (fn (meta)\n (fn (path)\n (fn (errors)\n (if ((selfhost/typecheck::map-has-key? meta) (quote :requires-profiles))\n (let ((value ((core/map::get meta) (quote :requires-profiles))))\n (if (selfhost/typecheck::map? value)\n (let\n ((parsed\n ((selfhost/typecheck::symbol-map-or-error value)\n \":requires-profiles must be a symbol-to-symbol map\")))\n (let\n ((errors2\n (if (selfhost/typecheck::result-ok? parsed)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((core/map::get parsed) (quote :error)))))\n (profiles\n (if (selfhost/typecheck::result-ok? parsed)\n ((core/map::get parsed) (quote :value))\n {})))\n {:errors\n (if (selfhost/typecheck::required-profiles-exact? profiles)\n errors2\n (((selfhost/typecheck::module-error-add errors2) path)\n selfhost/typecheck::module-required-profiles-message))\n :profiles profiles}))\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n \":requires-profiles must be a symbol-to-symbol map\")\n :profiles {}}))\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n \"module-resolution profile requires :requires-profiles\")\n :profiles {}})))))\n\n(def selfhost/typecheck::required-profiles-exact?\n (fn (profiles)\n (if ((core/int::eq? (core/map::len profiles)) 4)\n (if\n (((selfhost/typecheck::profile-binding-exact? profiles)\n (quote genesis/coreform-profile))\n (quote genesis/coreform/v0.2))\n (if\n (((selfhost/typecheck::profile-binding-exact? profiles)\n (quote genesis/hash-profile))\n (quote genesis/hash-profile/gcv0.2-blake3))\n (if\n (((selfhost/typecheck::profile-binding-exact? profiles)\n (quote genesis/language-profile))\n (quote genesis/language-profile/v0.2))\n (((selfhost/typecheck::profile-binding-exact? profiles)\n (quote genesis/module-resolution-profile))\n (quote genesis/module-resolution-profile-v0.1))\n false)\n false)\n false)\n false)))\n\n(def selfhost/typecheck::profile-binding-exact?\n (fn (profiles)\n (fn (key)\n (fn (expected)\n (let ((actual ((core/map::get profiles) key)))\n (if (selfhost/typecheck::sym? actual)\n ((core/sym::eq? actual) expected)\n false))))))\n\n(def selfhost/typecheck::symbol-map-or-error\n (fn (mapping)\n (fn (message)\n (((selfhost/typecheck::symbol-map-or-error-loop (core/map::entries mapping)) message)\n 0))))\n\n(def selfhost/typecheck::symbol-map-or-error-loop\n (fn (entries)\n (fn (message)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n (selfhost/typecheck::ok {})\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((key ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (if\n (if (selfhost/typecheck::sym? key)\n (selfhost/typecheck::sym? value)\n false)\n (let\n ((rest\n (((selfhost/typecheck::symbol-map-or-error-loop entries) message)\n ((core/int::add i) 1))))\n (if (selfhost/typecheck::result-ok? rest)\n (selfhost/typecheck::ok\n (((core/map::put ((core/map::get rest) (quote :value))) key) value))\n rest))\n (selfhost/typecheck::err message)))))))))\n\n(def selfhost/typecheck::module-definitions\n (fn (forms)\n (((selfhost/typecheck::module-definitions-loop forms) (core/vec::len forms)) 0)))\n\n(def selfhost/typecheck::module-definitions-loop\n (fn (forms)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {}\n (let\n ((rest\n (((selfhost/typecheck::module-definitions-loop forms) n)\n ((core/int::add i) 1)))\n (parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i))))\n (if (selfhost/typecheck::nil? parsed)\n rest\n (let ((name ((core/map::get parsed) (quote :name))))\n (if ((core/sym::eq? name) (quote ::meta))\n rest\n ((selfhost/typecheck::set-add rest) name))))))))))\n\n(def selfhost/typecheck::parse-module-descriptor\n (fn (module)\n (fn (errors)\n (let\n ((path ((core/map::get module) (quote :path)))\n (meta ((core/map::get module) (quote :meta))))\n (if (selfhost/typecheck::map? meta)\n (let\n ((errors1\n (if ((selfhost/typecheck::map-has-key? meta) (quote :module-profile))\n (let ((profile ((core/map::get meta) (quote :module-profile))))\n (if\n (if (selfhost/typecheck::sym? profile)\n ((core/sym::eq? profile)\n selfhost/typecheck::module-resolution-profile)\n false)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4\n \":module-profile must be exact symbol genesis/module-resolution-profile-v0.1, got \"\n (selfhost/typecheck::term-str profile))\n \"\"\n \"\"))))\n (((selfhost/typecheck::module-error-add errors) path)\n \"every module in the resolution closure must declare :module-profile genesis/module-resolution-profile-v0.1\"))))\n (let\n ((imports\n ((((selfhost/typecheck::parse-unique-symbol-vector meta) (quote :imports))\n path)\n errors1)))\n (let\n ((exports\n ((((selfhost/typecheck::parse-unique-symbol-vector meta) (quote :exports))\n path)\n ((core/map::get imports) (quote :errors)))))\n (let\n ((profiles\n (((selfhost/typecheck::parse-required-profiles meta) path)\n ((core/map::get exports) (quote :errors)))))\n {:descriptor\n {:definitions\n (selfhost/typecheck::module-definitions\n ((core/map::get module) (quote :forms)))\n :exports ((core/map::get exports) (quote :set))\n :imports ((core/map::get imports) (quote :set))\n :required-profiles\n ((core/map::get profiles) (quote :profiles))}\n :errors ((core/map::get profiles) (quote :errors))}))))\n {:descriptor\n {:definitions {} :exports {} :imports {} :required-profiles {}}\n :errors\n (((selfhost/typecheck::module-error-add errors) path)\n \"module-resolution profile requires map-shaped ::meta\")})))))\n\n(def selfhost/typecheck::parse-module-descriptors\n (fn (modules)\n (((selfhost/typecheck::parse-module-descriptors-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::parse-module-descriptors-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:descriptors [] :errors {}}\n (let\n ((rest\n (((selfhost/typecheck::parse-module-descriptors-loop modules) n)\n ((core/int::add i) 1))))\n (let\n ((parsed\n ((selfhost/typecheck::parse-module-descriptor\n ((core/vec::get modules) i))\n ((core/map::get rest) (quote :errors)))))\n {:descriptors\n ((core/vec::append\n ((core/vec::push []) ((core/map::get parsed) (quote :descriptor))))\n ((core/map::get rest) (quote :descriptors)))\n :errors ((core/map::get parsed) (quote :errors))})))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"oo/\x9Aw\xA52\xD4\xBA\x87Z!*w\xA7\xC5\xEA`0\x95w\xFFt\xC1o\x19l\x17\x01/\x1F\xCD" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::collect-module-references (fn (forms) (fn (local-definitions) (((((selfhost/typecheck::collect-module-references-loop forms) local-definitions) (core/vec::len forms)) 0) {})))) (def selfhost/typecheck::collect-module-references-loop (fn (forms) (fn (local-definitions) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((form ((core/vec::get forms) i)) (parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i)))) (((((selfhost/typecheck::collect-module-references-loop forms) local-definitions) n) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-references (if (selfhost/typecheck::nil? parsed) form ((core/map::get parsed) (quote :expr)))) local-definitions) {}) out)))))))))) (def selfhost/typecheck::collect-references (fn (term) (fn (local-definitions) (fn (bound) (fn (out) (if (selfhost/typecheck::sym? term) (if (if (selfhost/typecheck::symbol-keyword? term) true (if ((selfhost/typecheck::set-has? local-definitions) term) true ((selfhost/typecheck::set-has? bound) term))) out ((selfhost/typecheck::set-add out) term)) (if (selfhost/typecheck::pair? term) ((((selfhost/typecheck::collect-pair-references term) local-definitions) bound) out) (if (selfhost/typecheck::vec? term) (((((selfhost/typecheck::collect-reference-items term) local-definitions) bound) 0) out) (if (selfhost/typecheck::map? term) ((((selfhost/typecheck::collect-reference-map (core/map::entries term)) local-definitions) bound) out) out))))))))) (def selfhost/typecheck::symbol-keyword? (fn (symbol) (let ((bytes (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol)))) (if ((core/int::eq? (core/bytes::len bytes)) 0) false ((core/int::eq? ((core/bytes::get bytes) 0)) 58))))) (def selfhost/typecheck::collect-pair-references (fn (term) (fn (local-definitions) (fn (bound) (fn (out) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) out (let ((head ((core/vec::get items) 0))) (if (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote quote)) false) out (if (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote fn)) ((core/int::lt? 2) (core/vec::len items)) false) false) ((((selfhost/typecheck::collect-fn-references items) local-definitions) bound) out) (if (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote let)) ((core/int::lt? 2) (core/vec::len items)) false) false) ((((selfhost/typecheck::collect-let-references items) local-definitions) bound) out) (if (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote prim)) false) (((((selfhost/typecheck::collect-reference-items items) local-definitions) bound) 2) out) (if (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote def)) ((core/int::eq? (core/vec::len items)) 3) false) false) ((((selfhost/typecheck::collect-references ((core/vec::get items) 2)) local-definitions) bound) out) (((((selfhost/typecheck::collect-reference-items items) local-definitions) bound) 0) out)))))))) (let ((with-car ((((selfhost/typecheck::collect-references (core/pair::car term)) local-definitions) bound) out))) ((((selfhost/typecheck::collect-references (core/pair::cdr term)) local-definitions) bound) with-car))))))))) (def selfhost/typecheck::collect-fn-references (fn (items) (fn (local-definitions) (fn (bound) (fn (out) (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (let ((body-bound (if (selfhost/typecheck::vec? params) ((selfhost/typecheck::bind-symbols params) bound) bound))) (((((selfhost/typecheck::collect-reference-items items) local-definitions) body-bound) 2) out)))))))) (def selfhost/typecheck::collect-let-references (fn (items) (fn (local-definitions) (fn (bound) (fn (out) (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (let ((binding-state (if (selfhost/typecheck::vec? bindings) ((((selfhost/typecheck::collect-let-binding-references bindings) local-definitions) bound) out) {:bound bound :out out}))) (((((selfhost/typecheck::collect-reference-items items) local-definitions) ((core/map::get binding-state) (quote :bound))) 2) ((core/map::get binding-state) (quote :out)))))))))) (def selfhost/typecheck::collect-let-binding-references (fn (bindings) (fn (local-definitions) (fn (bound) (fn (out) (((((selfhost/typecheck::collect-let-binding-references-loop bindings) local-definitions) bound) 0) {:bound bound :out out})))))) (def selfhost/typecheck::collect-let-binding-references-loop (fn (bindings) (fn (local-definitions) (fn (original-bound) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len bindings)) state (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i)))) (if (if (selfhost/typecheck::vec? pair) ((core/int::eq? (core/vec::len pair)) 2) false) (let ((name ((core/vec::get pair) 0)) (value ((core/vec::get pair) 1))) (((((selfhost/typecheck::collect-let-binding-references-loop bindings) local-definitions) original-bound) ((core/int::add i) 1)) {:bound (if (selfhost/typecheck::sym? name) ((selfhost/typecheck::set-add ((core/map::get state) (quote :bound))) name) ((core/map::get state) (quote :bound))) :out ((((selfhost/typecheck::collect-references value) local-definitions) original-bound) ((core/map::get state) (quote :out)))})) (((((selfhost/typecheck::collect-let-binding-references-loop bindings) local-definitions) original-bound) ((core/int::add i) 1)) state)))))))))) (def selfhost/typecheck::collect-reference-items (fn (items) (fn (local-definitions) (fn (bound) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len items)) out (((((selfhost/typecheck::collect-reference-items items) local-definitions) bound) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-references ((core/vec::get items) i)) local-definitions) bound) out))))))))) (def selfhost/typecheck::collect-reference-map (fn (entries) (fn (local-definitions) (fn (bound) (fn (out) (((((selfhost/typecheck::collect-reference-map-loop entries) local-definitions) bound) 0) out)))))) (def selfhost/typecheck::collect-reference-map-loop (fn (entries) (fn (local-definitions) (fn (bound) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (((((selfhost/typecheck::collect-reference-map-loop entries) local-definitions) bound) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-references ((core/vec::get ((core/vec::get entries) i)) 1)) local-definitions) bound) out)))))))))] :module-h b"\xCE\xFE?\xA6a\x8B\xAB\xDD\xBD\xD4_\x17\x15/\x93\x7F\xE9\x14\x88|z\xA0?\xF5A\x7FY\x03\x0F\x1A\x1AR" :path "selfhost/typecheck_module_profile_references_v1.gc" :source "(def selfhost/typecheck::collect-module-references\n (fn (forms)\n (fn (local-definitions)\n (((((selfhost/typecheck::collect-module-references-loop forms)\n local-definitions)\n (core/vec::len forms))\n 0)\n {}))))\n\n(def selfhost/typecheck::collect-module-references-loop\n (fn (forms)\n (fn (local-definitions)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let\n ((form ((core/vec::get forms) i))\n (parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i))))\n (((((selfhost/typecheck::collect-module-references-loop forms)\n local-definitions)\n n)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-references\n (if (selfhost/typecheck::nil? parsed)\n form\n ((core/map::get parsed) (quote :expr))))\n local-definitions)\n {})\n out))))))))))\n\n(def selfhost/typecheck::collect-references\n (fn (term)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (if (selfhost/typecheck::sym? term)\n (if\n (if (selfhost/typecheck::symbol-keyword? term)\n true\n (if ((selfhost/typecheck::set-has? local-definitions) term)\n true\n ((selfhost/typecheck::set-has? bound) term)))\n out\n ((selfhost/typecheck::set-add out) term))\n (if (selfhost/typecheck::pair? term)\n ((((selfhost/typecheck::collect-pair-references term)\n local-definitions)\n bound)\n out)\n (if (selfhost/typecheck::vec? term)\n (((((selfhost/typecheck::collect-reference-items term)\n local-definitions)\n bound)\n 0)\n out)\n (if (selfhost/typecheck::map? term)\n ((((selfhost/typecheck::collect-reference-map\n (core/map::entries term))\n local-definitions)\n bound)\n out)\n out)))))))))\n\n(def selfhost/typecheck::symbol-keyword?\n (fn (symbol)\n (let ((bytes (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol))))\n (if ((core/int::eq? (core/bytes::len bytes)) 0)\n false\n ((core/int::eq? ((core/bytes::get bytes) 0)) 58)))))\n\n(def selfhost/typecheck::collect-pair-references\n (fn (term)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n out\n (let ((head ((core/vec::get items) 0)))\n (if\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote quote))\n false)\n out\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote fn))\n ((core/int::lt? 2) (core/vec::len items))\n false)\n false)\n ((((selfhost/typecheck::collect-fn-references items)\n local-definitions)\n bound)\n out)\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote let))\n ((core/int::lt? 2) (core/vec::len items))\n false)\n false)\n ((((selfhost/typecheck::collect-let-references items)\n local-definitions)\n bound)\n out)\n (if\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote prim))\n false)\n (((((selfhost/typecheck::collect-reference-items items)\n local-definitions)\n bound)\n 2)\n out)\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote def))\n ((core/int::eq? (core/vec::len items)) 3)\n false)\n false)\n ((((selfhost/typecheck::collect-references\n ((core/vec::get items) 2))\n local-definitions)\n bound)\n out)\n (((((selfhost/typecheck::collect-reference-items items)\n local-definitions)\n bound)\n 0)\n out))))))))\n (let\n ((with-car\n ((((selfhost/typecheck::collect-references (core/pair::car term))\n local-definitions)\n bound)\n out)))\n ((((selfhost/typecheck::collect-references (core/pair::cdr term))\n local-definitions)\n bound)\n with-car)))))))))\n\n(def selfhost/typecheck::collect-fn-references\n (fn (items)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (let\n ((params\n (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (let\n ((body-bound\n (if (selfhost/typecheck::vec? params)\n ((selfhost/typecheck::bind-symbols params) bound)\n bound)))\n (((((selfhost/typecheck::collect-reference-items items)\n local-definitions)\n body-bound)\n 2)\n out))))))))\n\n(def selfhost/typecheck::collect-let-references\n (fn (items)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (let\n ((bindings\n (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (let\n ((binding-state\n (if (selfhost/typecheck::vec? bindings)\n ((((selfhost/typecheck::collect-let-binding-references bindings)\n local-definitions)\n bound)\n out)\n {:bound bound :out out})))\n (((((selfhost/typecheck::collect-reference-items items)\n local-definitions)\n ((core/map::get binding-state) (quote :bound)))\n 2)\n ((core/map::get binding-state) (quote :out))))))))))\n\n(def selfhost/typecheck::collect-let-binding-references\n (fn (bindings)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (((((selfhost/typecheck::collect-let-binding-references-loop bindings)\n local-definitions)\n bound)\n 0)\n {:bound bound :out out}))))))\n\n(def selfhost/typecheck::collect-let-binding-references-loop\n (fn (bindings)\n (fn (local-definitions)\n (fn (original-bound)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len bindings))\n state\n (let\n ((pair\n (selfhost/typecheck::list-items-or-nil\n ((core/vec::get bindings) i))))\n (if\n (if (selfhost/typecheck::vec? pair)\n ((core/int::eq? (core/vec::len pair)) 2)\n false)\n (let\n ((name ((core/vec::get pair) 0))\n (value ((core/vec::get pair) 1)))\n (((((selfhost/typecheck::collect-let-binding-references-loop bindings)\n local-definitions)\n original-bound)\n ((core/int::add i) 1))\n {:bound\n (if (selfhost/typecheck::sym? name)\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :bound)))\n name)\n ((core/map::get state) (quote :bound)))\n :out\n ((((selfhost/typecheck::collect-references value)\n local-definitions)\n original-bound)\n ((core/map::get state) (quote :out)))}))\n (((((selfhost/typecheck::collect-let-binding-references-loop bindings)\n local-definitions)\n original-bound)\n ((core/int::add i) 1))\n state))))))))))\n\n(def selfhost/typecheck::collect-reference-items\n (fn (items)\n (fn (local-definitions)\n (fn (bound)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len items))\n out\n (((((selfhost/typecheck::collect-reference-items items) local-definitions)\n bound)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-references\n ((core/vec::get items) i))\n local-definitions)\n bound)\n out)))))))))\n\n(def selfhost/typecheck::collect-reference-map\n (fn (entries)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (((((selfhost/typecheck::collect-reference-map-loop entries)\n local-definitions)\n bound)\n 0)\n out))))))\n\n(def selfhost/typecheck::collect-reference-map-loop\n (fn (entries)\n (fn (local-definitions)\n (fn (bound)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (((((selfhost/typecheck::collect-reference-map-loop entries)\n local-definitions)\n bound)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-references\n ((core/vec::get ((core/vec::get entries) i)) 1))\n local-definitions)\n bound)\n out)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xCE\xFE?\xA6a\x8B\xAB\xDD\xBD\xD4_\x17\x15/\x93\x7F\xE9\x14\x88|z\xA0?\xF5A\x7FY\x03\x0F\x1A\x1AR" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::module-content-identity (fn (forms) (core/bytes::from-hex (core/cli::hash-module-forms forms)))) (def selfhost/typecheck::module-paths (fn (modules) (((selfhost/typecheck::module-paths-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::module-paths-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) [] ((core/vec::append ((core/vec::push []) ((core/map::get ((core/vec::get modules) i)) (quote :path)))) (((selfhost/typecheck::module-paths-loop modules) n) ((core/int::add i) 1)))))))) (def selfhost/typecheck::module-identities (fn (modules) (((selfhost/typecheck::module-identities-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::module-identities-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {} (let ((module ((core/vec::get modules) i)) (rest (((selfhost/typecheck::module-identities-loop modules) n) ((core/int::add i) 1)))) (((core/map::put rest) ((core/map::get module) (quote :path))) (selfhost/typecheck::module-content-identity ((core/map::get module) (quote :forms)))))))))) (def selfhost/typecheck::validate-module-paths (fn (modules) (((selfhost/typecheck::validate-module-paths-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::validate-module-paths-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:errors {} :paths {}} (let ((module ((core/vec::get modules) i)) (rest (((selfhost/typecheck::validate-module-paths-loop modules) n) ((core/int::add i) 1)))) (let ((path ((core/map::get module) (quote :path))) (valid (selfhost/typecheck::validate-portable-module-path ((core/map::get module) (quote :path))))) {:errors (if (selfhost/typecheck::result-ok? valid) ((core/map::get rest) (quote :errors)) (((selfhost/typecheck::module-error-add ((core/map::get rest) (quote :errors))) path) ((core/map::get valid) (quote :error)))) :paths (((selfhost/typecheck::map-vec-push ((core/map::get rest) (quote :paths))) path) i)}))))))) (def selfhost/typecheck::add-duplicate-path-errors (fn (paths) (fn (errors) (((selfhost/typecheck::add-duplicate-path-errors-loop (core/map::entries paths)) 0) errors)))) (def selfhost/typecheck::add-duplicate-path-errors-loop (fn (entries) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((path ((core/vec::get entry) 0)) (indices ((core/vec::get entry) 1))) (((selfhost/typecheck::add-duplicate-path-errors-loop entries) ((core/int::add i) 1)) (if ((core/int::lt? 1) (core/vec::len indices)) (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "duplicate module path ") path) " at manifest indices [") ((selfhost/typecheck::str2 ((core/str::join ((selfhost/typecheck::vec-map indices) selfhost/typecheck::int-str)) ", ")) "]"))) errors))))))))) (def selfhost/typecheck::build-definition-owners (fn (descriptors) (((selfhost/typecheck::build-definition-owners-loop descriptors) (core/vec::len descriptors)) 0))) (def selfhost/typecheck::build-definition-owners-loop (fn (descriptors) (fn (n) (fn (i) (if ((core/int::eq? i) n) {} (let ((rest (((selfhost/typecheck::build-definition-owners-loop descriptors) n) ((core/int::add i) 1))) (definitions (selfhost/typecheck::set-keys ((core/map::get ((core/vec::get descriptors) i)) (quote :definitions))))) (((selfhost/typecheck::add-definition-owner-loop definitions) i) rest))))))) (def selfhost/typecheck::add-definition-owner-loop (fn (definitions) (fn (owner) (fn (owners) (((((selfhost/typecheck::add-definition-owner-items definitions) owner) (core/vec::len definitions)) 0) owners))))) (def selfhost/typecheck::add-definition-owner-items (fn (definitions) (fn (owner) (fn (n) (fn (i) (fn (owners) (if ((core/int::eq? i) n) owners (let ((symbol ((core/vec::get definitions) i)) (current ((core/map::get owners) ((core/vec::get definitions) i)))) (((((selfhost/typecheck::add-definition-owner-items definitions) owner) n) ((core/int::add i) 1)) (((core/map::put owners) symbol) ((selfhost/typecheck::set-add (if (selfhost/typecheck::map? current) current {})) owner))))))))))) (def selfhost/typecheck::validate-exports-defined (fn (modules) (fn (descriptors) (fn (errors) (((((selfhost/typecheck::validate-exports-defined-loop modules) descriptors) (core/vec::len modules)) 0) errors))))) (def selfhost/typecheck::validate-exports-defined-loop (fn (modules) (fn (descriptors) (fn (n) (fn (i) (fn (errors) (if ((core/int::eq? i) n) errors (let ((descriptor ((core/vec::get descriptors) i)) (path ((core/map::get ((core/vec::get modules) i)) (quote :path)))) (((((selfhost/typecheck::validate-exports-defined-loop modules) descriptors) n) ((core/int::add i) 1)) ((((selfhost/typecheck::validate-export-symbols (selfhost/typecheck::set-keys ((core/map::get descriptor) (quote :exports)))) ((core/map::get descriptor) (quote :definitions))) path) errors)))))))))) (def selfhost/typecheck::validate-export-symbols (fn (exports) (fn (definitions) (fn (path) (fn (errors) (((((selfhost/typecheck::validate-export-symbols-loop exports) definitions) path) 0) errors)))))) (def selfhost/typecheck::validate-export-symbols-loop (fn (exports) (fn (definitions) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len exports)) errors (let ((export ((core/vec::get exports) i))) (((((selfhost/typecheck::validate-export-symbols-loop exports) definitions) path) ((core/int::add i) 1)) (if ((selfhost/typecheck::set-has? definitions) export) errors (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "export ") (selfhost/typecheck::symbol-str export)) " is not defined by this module")))))))))))) (def selfhost/typecheck::validate-definition-owners (fn (modules) (fn (owners) (fn (errors) ((((selfhost/typecheck::validate-definition-owners-loop (core/map::entries owners)) modules) 0) errors))))) (def selfhost/typecheck::validate-definition-owners-loop (fn (entries) (fn (modules) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((symbol ((core/vec::get entry) 0)) (owner-indices (selfhost/typecheck::set-keys ((core/vec::get entry) 1)))) (let ((next-errors (if ((core/int::lt? 1) (core/vec::len owner-indices)) ((((selfhost/typecheck::add-owner-error-to-indices owner-indices) modules) ((((selfhost/typecheck::str4 "definition ") (selfhost/typecheck::symbol-str symbol)) " has multiple module owners [") ((selfhost/typecheck::str2 ((core/str::join ((selfhost/typecheck::vec-map owner-indices) (fn (index) ((core/map::get ((core/vec::get modules) index)) (quote :path))))) ", ")) "]"))) errors) errors))) ((((selfhost/typecheck::validate-definition-owners-loop entries) modules) ((core/int::add i) 1)) next-errors)))))))))) (def selfhost/typecheck::add-owner-error-to-indices (fn (indices) (fn (modules) (fn (message) (fn (errors) (((((selfhost/typecheck::add-owner-error-to-indices-loop indices) modules) message) 0) errors)))))) (def selfhost/typecheck::add-owner-error-to-indices-loop (fn (indices) (fn (modules) (fn (message) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len indices)) errors (let ((path ((core/map::get ((core/vec::get modules) ((core/vec::get indices) i))) (quote :path)))) (((((selfhost/typecheck::add-owner-error-to-indices-loop indices) modules) message) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) message)))))))))) (def selfhost/typecheck::validate-imports-and-references (fn (modules) (fn (descriptors) (fn (owners) (fn (errors) (((((selfhost/typecheck::validate-imports-and-references-loop modules) descriptors) owners) 0) errors)))))) (def selfhost/typecheck::validate-imports-and-references-loop (fn (modules) (fn (descriptors) (fn (owners) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len modules)) errors (let ((descriptor ((core/vec::get descriptors) i)) (path ((core/map::get ((core/vec::get modules) i)) (quote :path)))) (let ((with-imports ((((((selfhost/typecheck::validate-import-items (selfhost/typecheck::set-keys ((core/map::get descriptor) (quote :imports)))) modules) descriptors) owners) i) errors)) (references ((selfhost/typecheck::collect-module-references ((core/map::get ((core/vec::get modules) i)) (quote :forms))) ((core/map::get descriptor) (quote :definitions))))) (((((selfhost/typecheck::validate-imports-and-references-loop modules) descriptors) owners) ((core/int::add i) 1)) ((((((selfhost/typecheck::validate-reference-items (selfhost/typecheck::set-keys references)) modules) descriptors) owners) i) with-imports))))))))))) (def selfhost/typecheck::validate-import-items (fn (imports) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (errors) (((((((selfhost/typecheck::validate-import-items-loop imports) modules) descriptors) owners) consumer) 0) errors)))))))) (def selfhost/typecheck::validate-import-items-loop (fn (imports) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len imports)) errors (((((((selfhost/typecheck::validate-import-items-loop imports) modules) descriptors) owners) consumer) ((core/int::add i) 1)) ((((((selfhost/typecheck::validate-one-import ((core/vec::get imports) i)) modules) descriptors) owners) consumer) errors))))))))))) (def selfhost/typecheck::validate-one-import (fn (import) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (errors) (let ((path ((core/map::get ((core/vec::get modules) consumer)) (quote :path))) (import-owners ((core/map::get owners) import))) (if (selfhost/typecheck::map? import-owners) (let ((indices (selfhost/typecheck::set-keys import-owners))) (if ((core/int::eq? (core/vec::len indices)) 1) (let ((owner ((core/vec::get indices) 0))) (if ((core/int::eq? owner) consumer) (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "local symbol ") (selfhost/typecheck::symbol-str import)) " must not be listed in :imports")) (if ((selfhost/typecheck::set-has? ((core/map::get ((core/vec::get descriptors) owner)) (quote :exports))) import) (if ((core/int::lt? consumer) owner) (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "import ") (selfhost/typecheck::symbol-str import)) " resolves to later module ") ((selfhost/typecheck::str2 ((core/map::get ((core/vec::get modules) owner)) (quote :path))) "; imports must target earlier manifest entries (cycles and forward imports are forbidden)"))) errors) (((selfhost/typecheck::module-error-add errors) path) (((((selfhost/typecheck::str4 "import ") (selfhost/typecheck::symbol-str import)) " is private to module ") ((core/map::get ((core/vec::get modules) owner)) (quote :path))) ""))))) (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "import ") (selfhost/typecheck::symbol-str import)) " has ambiguous ownership")))) (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "import ") (selfhost/typecheck::symbol-str import)) " has no owner in the supplied package closure"))))))))))) (def selfhost/typecheck::validate-reference-items (fn (references) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (errors) (((((((selfhost/typecheck::validate-reference-items-loop references) modules) descriptors) owners) consumer) 0) errors)))))))) (def selfhost/typecheck::validate-reference-items-loop (fn (references) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len references)) errors (((((((selfhost/typecheck::validate-reference-items-loop references) modules) descriptors) owners) consumer) ((core/int::add i) 1)) ((((((selfhost/typecheck::validate-one-reference ((core/vec::get references) i)) modules) descriptors) owners) consumer) errors))))))))))) (def selfhost/typecheck::validate-one-reference (fn (reference) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (errors) (let ((reference-owners ((core/map::get owners) reference))) (if (selfhost/typecheck::map? reference-owners) (let ((indices (selfhost/typecheck::set-keys reference-owners))) (if (if ((selfhost/typecheck::set-has? reference-owners) consumer) true (if ((core/int::eq? (core/vec::len indices)) 1) false true)) errors (let ((owner ((core/vec::get indices) 0)) (path ((core/map::get ((core/vec::get modules) consumer)) (quote :path)))) (if ((selfhost/typecheck::set-has? ((core/map::get ((core/vec::get descriptors) owner)) (quote :exports))) reference) (if ((selfhost/typecheck::set-has? ((core/map::get ((core/vec::get descriptors) consumer)) (quote :imports))) reference) errors (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "reference ") (selfhost/typecheck::symbol-str reference)) " is not declared in :imports"))) (((selfhost/typecheck::module-error-add errors) path) (((((selfhost/typecheck::str4 "reference ") (selfhost/typecheck::symbol-str reference)) " crosses the private boundary of module ") ((core/map::get ((core/vec::get modules) owner)) (quote :path))) "")))))) errors))))))))) (def selfhost/typecheck::module-errors-to-vectors (fn (errors) ((selfhost/typecheck::module-errors-to-vectors-loop (core/map::entries errors)) 0))) (def selfhost/typecheck::module-errors-to-vectors-loop (fn (entries) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) {} (let ((entry ((core/vec::get entries) i)) (rest ((selfhost/typecheck::module-errors-to-vectors-loop entries) ((core/int::add i) 1)))) (((core/map::put rest) ((core/vec::get entry) 0)) (selfhost/typecheck::set-keys ((core/vec::get entry) 1)))))))) (def selfhost/typecheck::resolution-identity-modules (fn (modules) (fn (descriptors) (fn (identities) (((((selfhost/typecheck::resolution-identity-modules-loop modules) descriptors) identities) (core/vec::len modules)) 0))))) (def selfhost/typecheck::resolution-identity-modules-loop (fn (modules) (fn (descriptors) (fn (identities) (fn (n) (fn (i) (if ((core/int::eq? i) n) [] (let ((module ((core/vec::get modules) i)) (descriptor ((core/vec::get descriptors) i))) ((core/vec::append ((core/vec::push []) {:content-h ((core/map::get identities) ((core/map::get module) (quote :path))) :exports (selfhost/typecheck::set-keys ((core/map::get descriptor) (quote :exports))) :imports (selfhost/typecheck::set-keys ((core/map::get descriptor) (quote :imports))) :path ((core/map::get module) (quote :path)) :requires-profiles ((core/map::get descriptor) (quote :required-profiles))})) (((((selfhost/typecheck::resolution-identity-modules-loop modules) descriptors) identities) n) ((core/int::add i) 1))))))))))) (def selfhost/typecheck::resolution-identity (fn (modules) (fn (descriptors) (fn (identities) (core/bytes::from-hex (selfhost/hash::hash-term {:kind selfhost/typecheck::module-resolution-profile :modules (((selfhost/typecheck::resolution-identity-modules modules) descriptors) identities)})))))) (def selfhost/typecheck::resolve-module-profile (fn (modules) (let ((active (selfhost/typecheck::module-profile-active? modules)) (identities (selfhost/typecheck::module-identities modules)) (order (selfhost/typecheck::module-paths modules))) (if active (let ((path-state (selfhost/typecheck::validate-module-paths modules))) (let ((errors0 ((selfhost/typecheck::add-duplicate-path-errors ((core/map::get path-state) (quote :paths))) ((core/map::get path-state) (quote :errors)))) (parsed (selfhost/typecheck::parse-module-descriptors modules))) (let ((descriptors ((core/map::get parsed) (quote :descriptors))) (owners (selfhost/typecheck::build-definition-owners ((core/map::get parsed) (quote :descriptors))))) (let ((errors1 (((selfhost/typecheck::validate-exports-defined modules) descriptors) ((selfhost/typecheck::merge-module-error-sets errors0) ((core/map::get parsed) (quote :errors)))))) (let ((errors2 (((selfhost/typecheck::validate-definition-owners modules) owners) errors1))) (let ((errors3 ((((selfhost/typecheck::validate-imports-and-references modules) descriptors) owners) errors2))) {:active true :descriptors descriptors :errors (selfhost/typecheck::module-errors-to-vectors errors3) :identity (if ((core/int::eq? (core/map::len errors3)) 0) (((selfhost/typecheck::resolution-identity modules) descriptors) identities) nil) :module-identities identities :ok ((core/int::eq? (core/map::len errors3)) 0) :resolution-order order})))))) {:active false :descriptors [] :errors {} :identity nil :module-identities identities :ok true :resolution-order order})))) (def selfhost/typecheck::merge-module-error-sets (fn (left) (fn (right) (((selfhost/typecheck::merge-module-error-sets-loop (core/map::entries right)) 0) left)))) (def selfhost/typecheck::merge-module-error-sets-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (let ((path ((core/vec::get entry) 0)) (messages (selfhost/typecheck::set-keys ((core/vec::get entry) 1)))) (((selfhost/typecheck::merge-module-error-sets-loop entries) ((core/int::add i) 1)) (((selfhost/typecheck::merge-module-error-items messages) path) out))))))))) (def selfhost/typecheck::merge-module-error-items (fn (messages) (fn (path) (fn (errors) ((((selfhost/typecheck::merge-module-error-items-loop messages) path) 0) errors))))) (def selfhost/typecheck::merge-module-error-items-loop (fn (messages) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len messages)) errors ((((selfhost/typecheck::merge-module-error-items-loop messages) path) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) ((core/vec::get messages) i)))))))))] :module-h b"PR1\x84\"\xC1%\x0B5tO=\xCD\xEF\x99t\x00\x90x\xDB\x9E\xE3\x8E\x123\x86\xD1pq+\xB0\x85" :path "selfhost/typecheck_module_profile_resolution_v1.gc" :source "(def selfhost/typecheck::module-content-identity\n (fn (forms)\n (core/bytes::from-hex (core/cli::hash-module-forms forms))))\n\n(def selfhost/typecheck::module-paths\n (fn (modules)\n (((selfhost/typecheck::module-paths-loop modules) (core/vec::len modules)) 0)))\n\n(def selfhost/typecheck::module-paths-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n []\n ((core/vec::append\n ((core/vec::push [])\n ((core/map::get ((core/vec::get modules) i)) (quote :path))))\n (((selfhost/typecheck::module-paths-loop modules) n)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::module-identities\n (fn (modules)\n (((selfhost/typecheck::module-identities-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::module-identities-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {}\n (let\n ((module ((core/vec::get modules) i))\n (rest\n (((selfhost/typecheck::module-identities-loop modules) n)\n ((core/int::add i) 1))))\n (((core/map::put rest) ((core/map::get module) (quote :path)))\n (selfhost/typecheck::module-content-identity\n ((core/map::get module) (quote :forms))))))))))\n\n(def selfhost/typecheck::validate-module-paths\n (fn (modules)\n (((selfhost/typecheck::validate-module-paths-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::validate-module-paths-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:errors {} :paths {}}\n (let\n ((module ((core/vec::get modules) i))\n (rest\n (((selfhost/typecheck::validate-module-paths-loop modules) n)\n ((core/int::add i) 1))))\n (let\n ((path ((core/map::get module) (quote :path)))\n (valid\n (selfhost/typecheck::validate-portable-module-path\n ((core/map::get module) (quote :path)))))\n {:errors\n (if (selfhost/typecheck::result-ok? valid)\n ((core/map::get rest) (quote :errors))\n (((selfhost/typecheck::module-error-add\n ((core/map::get rest) (quote :errors)))\n path)\n ((core/map::get valid) (quote :error))))\n :paths\n (((selfhost/typecheck::map-vec-push\n ((core/map::get rest) (quote :paths)))\n path)\n i)})))))))\n\n(def selfhost/typecheck::add-duplicate-path-errors\n (fn (paths)\n (fn (errors)\n (((selfhost/typecheck::add-duplicate-path-errors-loop (core/map::entries paths))\n 0)\n errors))))\n\n(def selfhost/typecheck::add-duplicate-path-errors-loop\n (fn (entries)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((path ((core/vec::get entry) 0))\n (indices ((core/vec::get entry) 1)))\n (((selfhost/typecheck::add-duplicate-path-errors-loop entries)\n ((core/int::add i) 1))\n (if ((core/int::lt? 1) (core/vec::len indices))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"duplicate module path \" path)\n \" at manifest indices [\"\n ((selfhost/typecheck::str2\n ((core/str::join\n (selfhost/typecheck::vec-map\n indices selfhost/typecheck::int-str))\n \", \"))\n \"]\")))\n errors)))))))))\n\n(def selfhost/typecheck::build-definition-owners\n (fn (descriptors)\n (((selfhost/typecheck::build-definition-owners-loop descriptors)\n (core/vec::len descriptors))\n 0)))\n\n(def selfhost/typecheck::build-definition-owners-loop\n (fn (descriptors)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {}\n (let\n ((rest\n (((selfhost/typecheck::build-definition-owners-loop descriptors) n)\n ((core/int::add i) 1)))\n (definitions\n (selfhost/typecheck::set-keys\n ((core/map::get ((core/vec::get descriptors) i))\n (quote :definitions)))))\n (((selfhost/typecheck::add-definition-owner-loop definitions) i) rest)))))))\n\n(def selfhost/typecheck::add-definition-owner-loop\n (fn (definitions)\n (fn (owner)\n (fn (owners)\n (((((selfhost/typecheck::add-definition-owner-items definitions) owner)\n (core/vec::len definitions))\n 0)\n owners)))))\n\n(def selfhost/typecheck::add-definition-owner-items\n (fn (definitions)\n (fn (owner)\n (fn (n)\n (fn (i)\n (fn (owners)\n (if ((core/int::eq? i) n)\n owners\n (let\n ((symbol ((core/vec::get definitions) i))\n (current\n ((core/map::get owners) ((core/vec::get definitions) i))))\n (((((selfhost/typecheck::add-definition-owner-items definitions) owner) n)\n ((core/int::add i) 1))\n (((core/map::put owners) symbol)\n ((selfhost/typecheck::set-add\n (if (selfhost/typecheck::map? current) current {}))\n owner)))))))))))\n\n(def selfhost/typecheck::validate-exports-defined\n (fn (modules)\n (fn (descriptors)\n (fn (errors)\n (((((selfhost/typecheck::validate-exports-defined-loop modules) descriptors)\n (core/vec::len modules))\n 0)\n errors)))))\n\n(def selfhost/typecheck::validate-exports-defined-loop\n (fn (modules)\n (fn (descriptors)\n (fn (n)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) n)\n errors\n (let\n ((descriptor ((core/vec::get descriptors) i))\n (path ((core/map::get ((core/vec::get modules) i)) (quote :path))))\n (((((selfhost/typecheck::validate-exports-defined-loop modules) descriptors)\n n)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::validate-export-symbols\n (selfhost/typecheck::set-keys\n ((core/map::get descriptor) (quote :exports))))\n ((core/map::get descriptor) (quote :definitions)))\n path)\n errors))))))))))\n\n(def selfhost/typecheck::validate-export-symbols\n (fn (exports)\n (fn (definitions)\n (fn (path)\n (fn (errors)\n (((((selfhost/typecheck::validate-export-symbols-loop exports) definitions)\n path)\n 0)\n errors))))))\n\n(def selfhost/typecheck::validate-export-symbols-loop\n (fn (exports)\n (fn (definitions)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len exports))\n errors\n (let ((export ((core/vec::get exports) i)))\n (((((selfhost/typecheck::validate-export-symbols-loop exports) definitions)\n path)\n ((core/int::add i) 1))\n (if ((selfhost/typecheck::set-has? definitions) export)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"export \"\n (selfhost/typecheck::symbol-str export))\n \" is not defined by this module\"))))))))))))\n\n(def selfhost/typecheck::validate-definition-owners\n (fn (modules)\n (fn (owners)\n (fn (errors)\n ((((selfhost/typecheck::validate-definition-owners-loop\n (core/map::entries owners))\n modules)\n 0)\n errors)))))\n\n(def selfhost/typecheck::validate-definition-owners-loop\n (fn (entries)\n (fn (modules)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let ((entry ((core/vec::get entries) i)))\n (let\n ((symbol ((core/vec::get entry) 0))\n (owner-indices\n (selfhost/typecheck::set-keys ((core/vec::get entry) 1))))\n (let\n ((next-errors\n (if ((core/int::lt? 1) (core/vec::len owner-indices))\n ((((selfhost/typecheck::add-owner-error-to-indices owner-indices)\n modules)\n ((selfhost/typecheck::str4 \"definition \"\n (selfhost/typecheck::symbol-str symbol))\n \" has multiple module owners [\"\n ((selfhost/typecheck::str2\n ((core/str::join\n (selfhost/typecheck::vec-map\n owner-indices\n (fn (index)\n ((core/map::get ((core/vec::get modules) index))\n (quote :path)))))\n \", \"))\n \"]\")))\n errors)\n errors)))\n ((((selfhost/typecheck::validate-definition-owners-loop entries)\n modules)\n ((core/int::add i) 1))\n next-errors))))))))))\n\n(def selfhost/typecheck::add-owner-error-to-indices\n (fn (indices)\n (fn (modules)\n (fn (message)\n (fn (errors)\n (((((selfhost/typecheck::add-owner-error-to-indices-loop indices) modules)\n message)\n 0)\n errors))))))\n\n(def selfhost/typecheck::add-owner-error-to-indices-loop\n (fn (indices)\n (fn (modules)\n (fn (message)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len indices))\n errors\n (let\n ((path\n ((core/map::get\n ((core/vec::get modules) ((core/vec::get indices) i)))\n (quote :path))))\n (((((selfhost/typecheck::add-owner-error-to-indices-loop indices) modules)\n message)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path) message))))))))))\n\n(def selfhost/typecheck::validate-imports-and-references\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (errors)\n (((((selfhost/typecheck::validate-imports-and-references-loop modules)\n descriptors)\n owners)\n 0)\n errors))))))\n\n(def selfhost/typecheck::validate-imports-and-references-loop\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len modules))\n errors\n (let\n ((descriptor ((core/vec::get descriptors) i))\n (path ((core/map::get ((core/vec::get modules) i)) (quote :path))))\n (let\n ((with-imports\n ((((((selfhost/typecheck::validate-import-items\n (selfhost/typecheck::set-keys\n ((core/map::get descriptor) (quote :imports))))\n modules)\n descriptors)\n owners)\n i)\n errors))\n (references\n ((selfhost/typecheck::collect-module-references\n ((core/map::get ((core/vec::get modules) i)) (quote :forms)))\n ((core/map::get descriptor) (quote :definitions)))))\n (((((selfhost/typecheck::validate-imports-and-references-loop modules)\n descriptors)\n owners)\n ((core/int::add i) 1))\n ((((((selfhost/typecheck::validate-reference-items\n (selfhost/typecheck::set-keys references))\n modules)\n descriptors)\n owners)\n i)\n with-imports)))))))))))\n\n(def selfhost/typecheck::validate-import-items\n (fn (imports)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (errors)\n (((((((selfhost/typecheck::validate-import-items-loop imports) modules)\n descriptors)\n owners)\n consumer)\n 0)\n errors))))))))\n\n(def selfhost/typecheck::validate-import-items-loop\n (fn (imports)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len imports))\n errors\n (((((((selfhost/typecheck::validate-import-items-loop imports) modules)\n descriptors)\n owners)\n consumer)\n ((core/int::add i) 1))\n ((((((selfhost/typecheck::validate-one-import\n ((core/vec::get imports) i))\n modules)\n descriptors)\n owners)\n consumer)\n errors)))))))))))\n\n(def selfhost/typecheck::validate-one-import\n (fn (import)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (errors)\n (let\n ((path\n ((core/map::get ((core/vec::get modules) consumer)) (quote :path)))\n (import-owners ((core/map::get owners) import)))\n (if (selfhost/typecheck::map? import-owners)\n (let ((indices (selfhost/typecheck::set-keys import-owners)))\n (if ((core/int::eq? (core/vec::len indices)) 1)\n (let ((owner ((core/vec::get indices) 0)))\n (if ((core/int::eq? owner) consumer)\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"local symbol \"\n (selfhost/typecheck::symbol-str import))\n \" must not be listed in :imports\"))\n (if\n ((selfhost/typecheck::set-has?\n ((core/map::get ((core/vec::get descriptors) owner))\n (quote :exports)))\n import)\n (if ((core/int::lt? consumer) owner)\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"import \"\n (selfhost/typecheck::symbol-str import))\n \" resolves to later module \"\n ((selfhost/typecheck::str2\n ((core/map::get ((core/vec::get modules) owner))\n (quote :path)))\n \"; imports must target earlier manifest entries (cycles and forward imports are forbidden)\")))\n errors)\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"import \"\n (selfhost/typecheck::symbol-str import))\n \" is private to module \"\n ((core/map::get ((core/vec::get modules) owner))\n (quote :path))\n \"\")))))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"import \"\n (selfhost/typecheck::symbol-str import))\n \" has ambiguous ownership\"))))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"import \"\n (selfhost/typecheck::symbol-str import))\n \" has no owner in the supplied package closure\")))))))))))\n\n(def selfhost/typecheck::validate-reference-items\n (fn (references)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (errors)\n (((((((selfhost/typecheck::validate-reference-items-loop references) modules)\n descriptors)\n owners)\n consumer)\n 0)\n errors))))))))\n\n(def selfhost/typecheck::validate-reference-items-loop\n (fn (references)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len references))\n errors\n (((((((selfhost/typecheck::validate-reference-items-loop references)\n modules)\n descriptors)\n owners)\n consumer)\n ((core/int::add i) 1))\n ((((((selfhost/typecheck::validate-one-reference\n ((core/vec::get references) i))\n modules)\n descriptors)\n owners)\n consumer)\n errors)))))))))))\n\n(def selfhost/typecheck::validate-one-reference\n (fn (reference)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (errors)\n (let ((reference-owners ((core/map::get owners) reference)))\n (if (selfhost/typecheck::map? reference-owners)\n (let ((indices (selfhost/typecheck::set-keys reference-owners)))\n (if\n (if ((selfhost/typecheck::set-has? reference-owners) consumer)\n true\n (if ((core/int::eq? (core/vec::len indices)) 1) false true))\n errors\n (let\n ((owner ((core/vec::get indices) 0))\n (path\n ((core/map::get ((core/vec::get modules) consumer))\n (quote :path))))\n (if\n ((selfhost/typecheck::set-has?\n ((core/map::get ((core/vec::get descriptors) owner))\n (quote :exports)))\n reference)\n (if\n ((selfhost/typecheck::set-has?\n ((core/map::get ((core/vec::get descriptors) consumer))\n (quote :imports)))\n reference)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"reference \"\n (selfhost/typecheck::symbol-str reference))\n \" is not declared in :imports\")))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"reference \"\n (selfhost/typecheck::symbol-str reference))\n \" crosses the private boundary of module \"\n ((core/map::get ((core/vec::get modules) owner))\n (quote :path))\n \"\"))))))\n errors)))))))))\n\n(def selfhost/typecheck::module-errors-to-vectors\n (fn (errors)\n (((selfhost/typecheck::module-errors-to-vectors-loop (core/map::entries errors)) 0))))\n\n(def selfhost/typecheck::module-errors-to-vectors-loop\n (fn (entries)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n {}\n (let\n ((entry ((core/vec::get entries) i))\n (rest\n ((selfhost/typecheck::module-errors-to-vectors-loop entries)\n ((core/int::add i) 1))))\n (((core/map::put rest) ((core/vec::get entry) 0))\n (selfhost/typecheck::set-keys ((core/vec::get entry) 1))))))))\n\n(def selfhost/typecheck::resolution-identity-modules\n (fn (modules)\n (fn (descriptors)\n (fn (identities)\n (((((selfhost/typecheck::resolution-identity-modules-loop modules) descriptors)\n identities)\n (core/vec::len modules))\n 0)))))\n\n(def selfhost/typecheck::resolution-identity-modules-loop\n (fn (modules)\n (fn (descriptors)\n (fn (identities)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n []\n (let\n ((module ((core/vec::get modules) i))\n (descriptor ((core/vec::get descriptors) i)))\n ((core/vec::append\n ((core/vec::push [])\n {:content-h\n ((core/map::get identities)\n ((core/map::get module) (quote :path)))\n :exports\n (selfhost/typecheck::set-keys\n ((core/map::get descriptor) (quote :exports)))\n :imports\n (selfhost/typecheck::set-keys\n ((core/map::get descriptor) (quote :imports)))\n :path ((core/map::get module) (quote :path))\n :requires-profiles\n ((core/map::get descriptor) (quote :required-profiles))})\n (((((selfhost/typecheck::resolution-identity-modules-loop modules)\n descriptors)\n identities)\n n)\n ((core/int::add i) 1))))))))))))\n\n(def selfhost/typecheck::resolution-identity\n (fn (modules)\n (fn (descriptors)\n (fn (identities)\n (core/bytes::from-hex\n (selfhost/hash::hash-term\n {:kind selfhost/typecheck::module-resolution-profile\n :modules\n (((selfhost/typecheck::resolution-identity-modules modules) descriptors)\n identities)}))))))\n\n(def selfhost/typecheck::resolve-module-profile\n (fn (modules)\n (let\n ((active (selfhost/typecheck::module-profile-active? modules))\n (identities (selfhost/typecheck::module-identities modules))\n (order (selfhost/typecheck::module-paths modules)))\n (if active\n (let\n ((path-state (selfhost/typecheck::validate-module-paths modules)))\n (let\n ((errors0\n ((selfhost/typecheck::add-duplicate-path-errors\n ((core/map::get path-state) (quote :paths)))\n ((core/map::get path-state) (quote :errors))))\n (parsed (selfhost/typecheck::parse-module-descriptors modules)))\n (let\n ((descriptors ((core/map::get parsed) (quote :descriptors)))\n (owners\n (selfhost/typecheck::build-definition-owners\n ((core/map::get parsed) (quote :descriptors)))))\n (let\n ((errors1\n (((selfhost/typecheck::validate-exports-defined modules)\n descriptors)\n ((selfhost/typecheck::merge-module-error-sets errors0)\n ((core/map::get parsed) (quote :errors))))))\n (let\n ((errors2\n (((selfhost/typecheck::validate-definition-owners modules) owners)\n errors1)))\n (let\n ((errors3\n ((((selfhost/typecheck::validate-imports-and-references modules)\n descriptors)\n owners)\n errors2)))\n {:active true\n :descriptors descriptors\n :errors (selfhost/typecheck::module-errors-to-vectors errors3)\n :identity\n (if ((core/int::eq? (core/map::len errors3)) 0)\n (((selfhost/typecheck::resolution-identity modules) descriptors)\n identities)\n nil)\n :module-identities identities\n :ok ((core/int::eq? (core/map::len errors3)) 0)\n :resolution-order order}))))))\n {:active false\n :descriptors []\n :errors {}\n :identity nil\n :module-identities identities\n :ok true\n :resolution-order order}))))\n\n(def selfhost/typecheck::merge-module-error-sets\n (fn (left)\n (fn (right)\n (((selfhost/typecheck::merge-module-error-sets-loop (core/map::entries right)) 0)\n left))))\n\n(def selfhost/typecheck::merge-module-error-sets-loop\n (fn (entries)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((path ((core/vec::get entry) 0))\n (messages (selfhost/typecheck::set-keys ((core/vec::get entry) 1))))\n (((selfhost/typecheck::merge-module-error-sets-loop entries)\n ((core/int::add i) 1))\n (((selfhost/typecheck::merge-module-error-items messages) path) out)))))))))\n\n(def selfhost/typecheck::merge-module-error-items\n (fn (messages)\n (fn (path)\n (fn (errors)\n ((((selfhost/typecheck::merge-module-error-items-loop messages) path) 0)\n errors)))))\n\n(def selfhost/typecheck::merge-module-error-items-loop\n (fn (messages)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len messages))\n errors\n ((((selfhost/typecheck::merge-module-error-items-loop messages) path)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path)\n ((core/vec::get messages) i)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x1D\xACli\x94\"\x87\xC5\xBBY\x00j%T\x1CW\xED\xEA\xAA\xCD64\xD7\x12\xAF\xFF\x14\x82\xB1\xF3\xC2\x92" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::profile-negotiation-id (quote genesis/profile-negotiation-v0.1)) (def selfhost/typecheck::profile-families [genesis/profile-family/artifact genesis/profile-family/capability genesis/profile-family/language genesis/profile-family/target]) (def selfhost/typecheck::profile-lineages (quote {genesis/profile-family/artifact [genesis/artifact-profile/coreform-v0.2] genesis/profile-family/capability [genesis/capability-profile/pure-v0.1 genesis/capability-profile/host-abi-v0.1] genesis/profile-family/language [genesis/language-profile/v0.2] genesis/profile-family/target [genesis/target-profile/portable-host-v0.1]})) (def selfhost/typecheck::core-profile-offer selfhost/typecheck::profile-lineages) (def selfhost/typecheck::profile-negotiation-active? (fn (modules) (((selfhost/typecheck::profile-negotiation-active-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::profile-negotiation-active-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta)))) (if (if (selfhost/typecheck::map? meta) (if ((selfhost/typecheck::map-has-key? meta) (quote :profile-negotiation)) true ((selfhost/typecheck::map-has-key? meta) (quote :package-profile-requirements))) false) true (((selfhost/typecheck::profile-negotiation-active-loop modules) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::profile-errors-add-vector (fn (errors) (fn (path) (fn (messages) (((((selfhost/typecheck::profile-errors-add-vector-loop messages) path) (core/vec::len messages)) 0) errors))))) (def selfhost/typecheck::profile-errors-add-vector-loop (fn (messages) (fn (path) (fn (n) (fn (i) (fn (errors) (if ((core/int::eq? i) n) errors (((((selfhost/typecheck::profile-errors-add-vector-loop messages) path) n) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) ((core/vec::get messages) i)))))))))) (def selfhost/typecheck::profile-error-all (fn (modules) (fn (errors) (fn (message) (((((selfhost/typecheck::profile-error-all-loop modules) message) (core/vec::len modules)) 0) errors))))) (def selfhost/typecheck::profile-error-all-loop (fn (modules) (fn (message) (fn (n) (fn (i) (fn (errors) (if ((core/int::eq? i) n) errors (((((selfhost/typecheck::profile-error-all-loop modules) message) n) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) ((core/map::get ((core/vec::get modules) i)) (quote :path))) message))))))))) (def selfhost/typecheck::profile-registered? (fn (family) (fn (profile) (let ((lineage ((core/map::get selfhost/typecheck::profile-lineages) family))) (if (selfhost/typecheck::vec? lineage) ((selfhost/typecheck::vec-contains? lineage) profile) false))))) (def selfhost/typecheck::parse-profile-requirement (fn (family) (fn (value) (if (selfhost/typecheck::map? value) (if (if ((core/int::eq? (core/map::len value)) 2) (if ((selfhost/typecheck::map-has-key? value) (quote :mode)) ((selfhost/typecheck::map-has-key? value) (quote :profile)) false) false) (let ((mode ((core/map::get value) (quote :mode))) (profile ((core/map::get value) (quote :profile)))) (if (selfhost/typecheck::sym? mode) (if (if ((core/sym::eq? mode) (quote exact)) true ((core/sym::eq? mode) (quote minimum))) (if (selfhost/typecheck::sym? profile) (if ((selfhost/typecheck::profile-registered? family) profile) (selfhost/typecheck::ok {:mode mode :profile profile}) (selfhost/typecheck::err ((((selfhost/typecheck::str4 "profile ") (selfhost/typecheck::symbol-str profile)) " is not registered in family ") (selfhost/typecheck::symbol-str family)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "required profile for ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) " must be a symbol")))) (selfhost/typecheck::err ((((selfhost/typecheck::str4 "unsupported requirement mode ") (selfhost/typecheck::symbol-str mode)) " for ") (selfhost/typecheck::symbol-str family)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "requirement mode for ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) " must be exact or minimum"))))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "requirement for ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) " must contain only :mode and :profile")))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "requirement for ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) " must be a map"))))))) (def selfhost/typecheck::parse-profile-requirements (fn (value) (if (selfhost/typecheck::map? value) (let ((entries (core/map::entries value))) (((selfhost/typecheck::parse-profile-requirements-loop entries) 0) {:errors [] :requirements {}})) {:errors [":package-profile-requirements must be a map"] :requirements nil}))) (def selfhost/typecheck::parse-profile-requirements-loop (fn (entries) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len entries)) (if ((core/int::eq? (core/map::len ((core/map::get state) (quote :requirements)))) (core/vec::len selfhost/typecheck::profile-families)) state (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) ":package-profile-requirements must exactly declare [genesis/profile-family/artifact, genesis/profile-family/capability, genesis/profile-family/language, genesis/profile-family/target]"))) (let ((entry ((core/vec::get entries) i)) (rest-i ((core/int::add i) 1))) (let ((family ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (if (selfhost/typecheck::sym? family) (let ((lineage ((core/map::get selfhost/typecheck::profile-lineages) family))) (if (selfhost/typecheck::vec? lineage) (let ((parsed ((selfhost/typecheck::parse-profile-requirement family) value))) (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i) (if (selfhost/typecheck::result-ok? parsed) (((core/map::put state) (quote :requirements)) (((core/map::put ((core/map::get state) (quote :requirements))) family) ((core/map::get parsed) (quote :value)))) (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) ((core/map::get parsed) (quote :error))))))) (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i) (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) ((selfhost/typecheck::str2 "unknown profile family ") (selfhost/typecheck::symbol-str family))))))) (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i) (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) "profile requirement family keys must be symbols"))))))))))) (def selfhost/typecheck::parse-module-profile-negotiation (fn (module) (let ((meta ((core/map::get module) (quote :meta))) (path ((core/map::get module) (quote :path)))) (if (selfhost/typecheck::map? meta) (let ((profile ((core/map::get meta) (quote :profile-negotiation))) (profile-errors (if ((selfhost/typecheck::map-has-key? meta) (quote :profile-negotiation)) (if (if (selfhost/typecheck::sym? profile) ((core/sym::eq? profile) selfhost/typecheck::profile-negotiation-id) false) [] ((core/vec::push []) ((((selfhost/typecheck::str4 ":profile-negotiation must be exact symbol genesis/profile-negotiation-v0.1, got ") (selfhost/typecheck::term-str profile)) "") ""))) ["every module in the package closure must declare :profile-negotiation genesis/profile-negotiation-v0.1"])) (parsed (if ((selfhost/typecheck::map-has-key? meta) (quote :package-profile-requirements)) (selfhost/typecheck::parse-profile-requirements ((core/map::get meta) (quote :package-profile-requirements))) {:errors ["profile negotiation requires :package-profile-requirements"] :requirements nil}))) {:errors ((core/vec::append profile-errors) ((core/map::get parsed) (quote :errors))) :path path :requirements ((core/map::get parsed) (quote :requirements))}) {:errors ["profile negotiation requires map-shaped ::meta"] :path path :requirements nil})))) (def selfhost/typecheck::collect-profile-requirements (fn (modules) (((selfhost/typecheck::collect-profile-requirements-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::collect-profile-requirements-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:errors {} :mismatch false :requirements nil} (let ((parsed (selfhost/typecheck::parse-module-profile-negotiation ((core/vec::get modules) i))) (rest (((selfhost/typecheck::collect-profile-requirements-loop modules) n) ((core/int::add i) 1)))) (let ((incoming ((core/map::get parsed) (quote :requirements))) (existing ((core/map::get rest) (quote :requirements)))) {:errors (((selfhost/typecheck::profile-errors-add-vector ((core/map::get rest) (quote :errors))) ((core/map::get parsed) (quote :path))) ((core/map::get parsed) (quote :errors))) :mismatch (if ((core/map::get rest) (quote :mismatch)) true (if (selfhost/typecheck::nil? incoming) false (if (selfhost/typecheck::nil? existing) false (if ((core/eq? incoming) existing) false true)))) :requirements (if (selfhost/typecheck::nil? existing) incoming existing)}))))))) (def selfhost/typecheck::select-profile-minimum (fn (lineage) (fn (offered) (fn (required) ((((selfhost/typecheck::select-profile-minimum-loop lineage) offered) required) 0))))) (def selfhost/typecheck::select-profile-minimum-loop (fn (lineage) (fn (offered) (fn (required) (fn (i) (if ((core/int::eq? i) (core/vec::len lineage)) nil (let ((candidate ((core/vec::get lineage) i))) (if (if ((core/sym::eq? candidate) required) true false) (((selfhost/typecheck::select-profile-offered-at-or-after lineage) offered) i) ((((selfhost/typecheck::select-profile-minimum-loop lineage) offered) required) ((core/int::add i) 1)))))))))) (def selfhost/typecheck::select-profile-offered-at-or-after (fn (lineage) (fn (offered) (fn (i) (if ((core/int::eq? i) (core/vec::len lineage)) nil (let ((candidate ((core/vec::get lineage) i))) (if ((selfhost/typecheck::vec-contains? offered) candidate) candidate (((selfhost/typecheck::select-profile-offered-at-or-after lineage) offered) ((core/int::add i) 1))))))))) (def selfhost/typecheck::select-profile (fn (family) (fn (requirement) (let ((mode ((core/map::get requirement) (quote :mode))) (required ((core/map::get requirement) (quote :profile))) (lineage ((core/map::get selfhost/typecheck::profile-lineages) family)) (offered ((core/map::get selfhost/typecheck::core-profile-offer) family))) (let ((selected (if ((core/sym::eq? mode) (quote exact)) (if ((selfhost/typecheck::vec-contains? offered) required) required nil) (((selfhost/typecheck::select-profile-minimum lineage) offered) required)))) (if (selfhost/typecheck::nil? selected) (selfhost/typecheck::err ((((selfhost/typecheck::str4 "unsupported ") (selfhost/typecheck::symbol-str mode)) " profile requirement ") (((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str required)) " in family ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) ((selfhost/typecheck::str2 "; offered [") ((selfhost/typecheck::str2 ((core/str::join ((selfhost/typecheck::vec-map offered) selfhost/typecheck::symbol-str)) ", ")) "]")))))) (selfhost/typecheck::ok selected))))))) (def selfhost/typecheck::select-package-profiles (fn (requirements) (((selfhost/typecheck::select-package-profiles-loop requirements) (core/vec::len selfhost/typecheck::profile-families)) 0))) (def selfhost/typecheck::select-package-profiles-loop (fn (requirements) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:errors [] :selected {}} (let ((family ((core/vec::get selfhost/typecheck::profile-families) i)) (rest (((selfhost/typecheck::select-package-profiles-loop requirements) n) ((core/int::add i) 1)))) (let ((selected ((selfhost/typecheck::select-profile family) ((core/map::get requirements) family)))) (if (selfhost/typecheck::result-ok? selected) {:errors ((core/map::get rest) (quote :errors)) :selected (((core/map::put ((core/map::get rest) (quote :selected))) family) ((core/map::get selected) (quote :value)))} {:errors ((core/vec::push ((core/map::get rest) (quote :errors))) ((core/map::get selected) (quote :error))) :selected ((core/map::get rest) (quote :selected))})))))))) (def selfhost/typecheck::caps-profile-result (fn (meta) (if (selfhost/typecheck::map? meta) (let ((caps ((core/map::get meta) (quote :caps)))) (if (selfhost/typecheck::vec? caps) (((selfhost/typecheck::caps-profile-loop caps) (core/vec::len caps)) 0) (selfhost/typecheck::err "profile negotiation requires :caps to be a symbol vector"))) (selfhost/typecheck::err "profile negotiation requires map-shaped ::meta")))) (def selfhost/typecheck::caps-profile-loop (fn (caps) (fn (n) (fn (i) (if ((core/int::eq? i) n) (selfhost/typecheck::ok {}) (let ((cap ((core/vec::get caps) i)) (rest (((selfhost/typecheck::caps-profile-loop caps) n) ((core/int::add i) 1)))) (if (selfhost/typecheck::sym? cap) (if (selfhost/typecheck::result-ok? rest) (let ((set ((core/map::get rest) (quote :value)))) (if ((selfhost/typecheck::set-has? set) cap) (selfhost/typecheck::err ((selfhost/typecheck::str2 "duplicate :caps entry ") (selfhost/typecheck::symbol-str cap))) (selfhost/typecheck::ok ((selfhost/typecheck::set-add set) cap)))) rest) (selfhost/typecheck::err ":caps entries to be symbols")))))))) (def selfhost/typecheck::validate-selected-capabilities (fn (modules) (fn (selected) (fn (errors) (((((selfhost/typecheck::validate-selected-capabilities-loop modules) selected) (core/vec::len modules)) 0) errors))))) (def selfhost/typecheck::validate-selected-capabilities-loop (fn (modules) (fn (selected) (fn (n) (fn (i) (fn (errors) (if ((core/int::eq? i) n) errors (let ((module ((core/vec::get modules) i)) (profile ((core/map::get selected) (quote genesis/profile-family/capability)))) (let ((caps (selfhost/typecheck::caps-profile-result ((core/map::get module) (quote :meta)))) (path ((core/map::get module) (quote :path)))) (((((selfhost/typecheck::validate-selected-capabilities-loop modules) selected) n) ((core/int::add i) 1)) (if (selfhost/typecheck::result-ok? caps) (if (if ((core/sym::eq? profile) (quote genesis/capability-profile/pure-v0.1)) ((core/int::lt? 0) (core/map::len ((core/map::get caps) (quote :value)))) false) (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "capability profile genesis/capability-profile/pure-v0.1 requires :caps [], got [") ((core/str::join ((selfhost/typecheck::vec-map (selfhost/typecheck::set-keys ((core/map::get caps) (quote :value)))) selfhost/typecheck::symbol-str)) ", ")) "]")) errors) (((selfhost/typecheck::module-error-add errors) path) ((core/map::get caps) (quote :error)))))))))))))) (def selfhost/typecheck::profile-negotiation-identity (fn (resolution-identity) (fn (requirements) (fn (selected) (core/bytes::from-hex (selfhost/hash::hash-term {:kind selfhost/typecheck::profile-negotiation-id :requirements requirements :resolution-h resolution-identity :selected selected})))))) (def selfhost/typecheck::profile-error-all-messages (fn (modules) (fn (errors) (fn (messages) ((((selfhost/typecheck::profile-error-all-messages-loop modules) messages) 0) errors))))) (def selfhost/typecheck::profile-error-all-messages-loop (fn (modules) (fn (messages) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len messages)) errors ((((selfhost/typecheck::profile-error-all-messages-loop modules) messages) ((core/int::add i) 1)) (((selfhost/typecheck::profile-error-all modules) errors) ((core/vec::get messages) i))))))))) (def selfhost/typecheck::active-profile-negotiation (fn (modules) (fn (resolution) (let ((collected (selfhost/typecheck::collect-profile-requirements modules))) (let ((requirements ((core/map::get collected) (quote :requirements))) (errors0 (if (if ((core/map::get resolution) (quote :active)) ((core/map::get resolution) (quote :ok)) false) ((core/map::get collected) (quote :errors)) (((selfhost/typecheck::profile-error-all modules) ((core/map::get collected) (quote :errors))) "genesis/profile-negotiation-v0.1 requires successful module resolution")))) (let ((errors1 (if ((core/map::get collected) (quote :mismatch)) (((selfhost/typecheck::profile-error-all modules) errors0) "package modules declare different :package-profile-requirements") errors0)) (selection (if (selfhost/typecheck::map? requirements) (if ((core/int::eq? (core/map::len requirements)) (core/vec::len selfhost/typecheck::profile-families)) (selfhost/typecheck::select-package-profiles requirements) {:errors [] :selected {}}) {:errors [] :selected {}}))) (let ((selected ((core/map::get selection) (quote :selected))) (errors2 (((selfhost/typecheck::profile-error-all-messages modules) errors1) ((core/map::get selection) (quote :errors))))) (let ((errors3 (((selfhost/typecheck::validate-selected-capabilities modules) selected) errors2))) (let ((ok (if ((core/int::eq? (core/map::len errors3)) 0) (if (selfhost/typecheck::map? requirements) (if ((core/int::eq? (core/map::len requirements)) 4) ((core/int::eq? (core/map::len selected)) 4) false) false) false))) {:active true :errors (selfhost/typecheck::module-errors-to-vectors errors3) :identity (if ok (((selfhost/typecheck::profile-negotiation-identity ((core/map::get resolution) (quote :identity))) requirements) selected) nil) :kind selfhost/typecheck::profile-negotiation-id :ok ok :requirements (if (selfhost/typecheck::map? requirements) requirements {}) :selected selected}))))))))) (def selfhost/typecheck::negotiate-package-profiles (fn (modules) (fn (resolution) (if (selfhost/typecheck::profile-negotiation-active? modules) ((selfhost/typecheck::active-profile-negotiation modules) resolution) {:active false :errors {} :identity nil :kind selfhost/typecheck::profile-negotiation-id :ok true :requirements {} :selected {}}))))] :module-h b"5\x19\xBD\xBCR\xAE\x15h\x91J\x88\x01\t\x7F\xA2nF\xFE\xE5@+\xE5\xE7\xAE\x9F\xB3\xD1\x96\xC4\x153;" :path "selfhost/typecheck_profile_negotiation_v1.gc" :source "(def selfhost/typecheck::profile-negotiation-id\n (quote genesis/profile-negotiation-v0.1))\n\n(def selfhost/typecheck::profile-families\n [genesis/profile-family/artifact\n genesis/profile-family/capability\n genesis/profile-family/language\n genesis/profile-family/target])\n\n(def selfhost/typecheck::profile-lineages\n (quote\n {genesis/profile-family/artifact [genesis/artifact-profile/coreform-v0.2]\n genesis/profile-family/capability\n [genesis/capability-profile/pure-v0.1 genesis/capability-profile/host-abi-v0.1]\n genesis/profile-family/language [genesis/language-profile/v0.2]\n genesis/profile-family/target [genesis/target-profile/portable-host-v0.1]}))\n\n(def selfhost/typecheck::core-profile-offer selfhost/typecheck::profile-lineages)\n\n(def selfhost/typecheck::profile-negotiation-active?\n (fn (modules)\n (((selfhost/typecheck::profile-negotiation-active-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::profile-negotiation-active-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta))))\n (if\n (if (selfhost/typecheck::map? meta)\n (if\n ((selfhost/typecheck::map-has-key? meta) (quote :profile-negotiation))\n true\n ((selfhost/typecheck::map-has-key? meta)\n (quote :package-profile-requirements)))\n false)\n true\n (((selfhost/typecheck::profile-negotiation-active-loop modules) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::profile-errors-add-vector\n (fn (errors)\n (fn (path)\n (fn (messages)\n (((((selfhost/typecheck::profile-errors-add-vector-loop messages) path)\n (core/vec::len messages))\n 0)\n errors)))))\n\n(def selfhost/typecheck::profile-errors-add-vector-loop\n (fn (messages)\n (fn (path)\n (fn (n)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) n)\n errors\n (((((selfhost/typecheck::profile-errors-add-vector-loop messages) path) n)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path)\n ((core/vec::get messages) i))))))))))\n\n(def selfhost/typecheck::profile-error-all\n (fn (modules)\n (fn (errors)\n (fn (message)\n (((((selfhost/typecheck::profile-error-all-loop modules) message)\n (core/vec::len modules))\n 0)\n errors)))))\n\n(def selfhost/typecheck::profile-error-all-loop\n (fn (modules)\n (fn (message)\n (fn (n)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) n)\n errors\n ((((((selfhost/typecheck::profile-error-all-loop modules) message) n)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors)\n ((core/map::get ((core/vec::get modules) i)) (quote :path)))\n message))))))))))\n\n(def selfhost/typecheck::profile-registered?\n (fn (family)\n (fn (profile)\n (let ((lineage ((core/map::get selfhost/typecheck::profile-lineages) family)))\n (if (selfhost/typecheck::vec? lineage)\n ((selfhost/typecheck::vec-contains? lineage) profile)\n false)))))\n\n(def selfhost/typecheck::parse-profile-requirement\n (fn (family)\n (fn (value)\n (if (selfhost/typecheck::map? value)\n (if\n (if ((core/int::eq? (core/map::len value)) 2)\n (if ((selfhost/typecheck::map-has-key? value) (quote :mode))\n ((selfhost/typecheck::map-has-key? value) (quote :profile))\n false)\n false)\n (let\n ((mode ((core/map::get value) (quote :mode)))\n (profile ((core/map::get value) (quote :profile))))\n (if (selfhost/typecheck::sym? mode)\n (if\n (if ((core/sym::eq? mode) (quote exact))\n true\n ((core/sym::eq? mode) (quote minimum)))\n (if (selfhost/typecheck::sym? profile)\n (if ((selfhost/typecheck::profile-registered? family) profile)\n (selfhost/typecheck::ok {:mode mode :profile profile})\n (selfhost/typecheck::err\n ((selfhost/typecheck::str4 \"profile \"\n (selfhost/typecheck::symbol-str profile))\n \" is not registered in family \"\n (selfhost/typecheck::symbol-str family))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"required profile for \")\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str family))\n \" must be a symbol\"))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str4 \"unsupported requirement mode \"\n (selfhost/typecheck::symbol-str mode))\n \" for \"\n (selfhost/typecheck::symbol-str family))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"requirement mode for \")\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family))\n \" must be exact or minimum\")))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"requirement for \")\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family))\n \" must contain only :mode and :profile\"))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"requirement for \")\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family))\n \" must be a map\")))))))\n\n(def selfhost/typecheck::parse-profile-requirements\n (fn (value)\n (if (selfhost/typecheck::map? value)\n (let ((entries (core/map::entries value)))\n (((selfhost/typecheck::parse-profile-requirements-loop entries) 0)\n {:errors [] :requirements {}}))\n {:errors [\":package-profile-requirements must be a map\"]\n :requirements nil})))\n\n(def selfhost/typecheck::parse-profile-requirements-loop\n (fn (entries)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len entries))\n (if\n ((core/int::eq?\n (core/map::len ((core/map::get state) (quote :requirements))))\n (core/vec::len selfhost/typecheck::profile-families))\n state\n (((core/map::put state) (quote :errors))\n ((core/vec::push ((core/map::get state) (quote :errors)))\n \":package-profile-requirements must exactly declare [genesis/profile-family/artifact, genesis/profile-family/capability, genesis/profile-family/language, genesis/profile-family/target]\")))\n (let\n ((entry ((core/vec::get entries) i))\n (rest-i ((core/int::add i) 1)))\n (let\n ((family ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (if (selfhost/typecheck::sym? family)\n (let\n ((lineage\n ((core/map::get selfhost/typecheck::profile-lineages) family)))\n (if (selfhost/typecheck::vec? lineage)\n (let\n ((parsed\n ((selfhost/typecheck::parse-profile-requirement family) value)))\n (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i)\n (if (selfhost/typecheck::result-ok? parsed)\n (((core/map::put state) (quote :requirements))\n (((core/map::put\n ((core/map::get state) (quote :requirements)))\n family)\n ((core/map::get parsed) (quote :value))))\n (((core/map::put state) (quote :errors))\n ((core/vec::push\n ((core/map::get state) (quote :errors)))\n ((core/map::get parsed) (quote :error)))))))\n (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i)\n (((core/map::put state) (quote :errors))\n ((core/vec::push ((core/map::get state) (quote :errors)))\n ((selfhost/typecheck::str2 \"unknown profile family \")\n (selfhost/typecheck::symbol-str family)))))))\n (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i)\n (((core/map::put state) (quote :errors))\n ((core/vec::push ((core/map::get state) (quote :errors)))\n \"profile requirement family keys must be symbols\")))))))))))\n\n(def selfhost/typecheck::parse-module-profile-negotiation\n (fn (module)\n (let\n ((meta ((core/map::get module) (quote :meta)))\n (path ((core/map::get module) (quote :path))))\n (if (selfhost/typecheck::map? meta)\n (let\n ((profile ((core/map::get meta) (quote :profile-negotiation)))\n (profile-errors\n (if\n ((selfhost/typecheck::map-has-key? meta) (quote :profile-negotiation))\n (if\n (if (selfhost/typecheck::sym? profile)\n ((core/sym::eq? profile) selfhost/typecheck::profile-negotiation-id)\n false)\n []\n ((core/vec::push [])\n ((selfhost/typecheck::str4\n \":profile-negotiation must be exact symbol genesis/profile-negotiation-v0.1, got \")\n (selfhost/typecheck::term-str profile)\n \"\"\n \"\")))\n [\"every module in the package closure must declare :profile-negotiation genesis/profile-negotiation-v0.1\"]))\n (parsed\n (if\n ((selfhost/typecheck::map-has-key? meta)\n (quote :package-profile-requirements))\n (selfhost/typecheck::parse-profile-requirements\n ((core/map::get meta) (quote :package-profile-requirements)))\n {:errors [\"profile negotiation requires :package-profile-requirements\"]\n :requirements nil})))\n {:errors\n ((core/vec::append profile-errors)\n ((core/map::get parsed) (quote :errors)))\n :path path\n :requirements ((core/map::get parsed) (quote :requirements))})\n {:errors [\"profile negotiation requires map-shaped ::meta\"]\n :path path\n :requirements nil}))))\n\n(def selfhost/typecheck::collect-profile-requirements\n (fn (modules)\n (((selfhost/typecheck::collect-profile-requirements-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::collect-profile-requirements-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:errors {} :mismatch false :requirements nil}\n (let\n ((parsed\n (selfhost/typecheck::parse-module-profile-negotiation\n ((core/vec::get modules) i)))\n (rest\n (((selfhost/typecheck::collect-profile-requirements-loop modules) n)\n ((core/int::add i) 1))))\n (let\n ((incoming ((core/map::get parsed) (quote :requirements)))\n (existing ((core/map::get rest) (quote :requirements))))\n {:errors\n (((selfhost/typecheck::profile-errors-add-vector\n ((core/map::get rest) (quote :errors)))\n ((core/map::get parsed) (quote :path)))\n ((core/map::get parsed) (quote :errors)))\n :mismatch\n (if ((core/map::get rest) (quote :mismatch))\n true\n (if (selfhost/typecheck::nil? incoming)\n false\n (if (selfhost/typecheck::nil? existing)\n false\n (if ((core/eq? incoming) existing) false true))))\n :requirements\n (if (selfhost/typecheck::nil? existing) incoming existing)})))))))\n\n(def selfhost/typecheck::select-profile-minimum\n (fn (lineage)\n (fn (offered)\n (fn (required)\n ((((selfhost/typecheck::select-profile-minimum-loop lineage) offered) required) 0)))))\n\n(def selfhost/typecheck::select-profile-minimum-loop\n (fn (lineage)\n (fn (offered)\n (fn (required)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len lineage))\n nil\n (let ((candidate ((core/vec::get lineage) i)))\n (if\n (if ((core/sym::eq? candidate) required)\n true\n false)\n (selfhost/typecheck::select-profile-offered-at-or-after\n lineage offered i)\n ((((selfhost/typecheck::select-profile-minimum-loop lineage) offered)\n required)\n ((core/int::add i) 1))))))))))\n\n(def selfhost/typecheck::select-profile-offered-at-or-after\n (fn (lineage)\n (fn (offered)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len lineage))\n nil\n (let ((candidate ((core/vec::get lineage) i)))\n (if ((selfhost/typecheck::vec-contains? offered) candidate)\n candidate\n (((selfhost/typecheck::select-profile-offered-at-or-after lineage) offered)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::select-profile\n (fn (family)\n (fn (requirement)\n (let\n ((mode ((core/map::get requirement) (quote :mode)))\n (required ((core/map::get requirement) (quote :profile)))\n (lineage ((core/map::get selfhost/typecheck::profile-lineages) family))\n (offered ((core/map::get selfhost/typecheck::core-profile-offer) family)))\n (let\n ((selected\n (if ((core/sym::eq? mode) (quote exact))\n (if ((selfhost/typecheck::vec-contains? offered) required) required nil)\n (((selfhost/typecheck::select-profile-minimum lineage) offered) required))))\n (if (selfhost/typecheck::nil? selected)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str4 \"unsupported \"\n (selfhost/typecheck::symbol-str mode))\n \" profile requirement \"\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str required))\n \" in family \"\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family))\n ((selfhost/typecheck::str2 \"; offered [\")\n ((selfhost/typecheck::str2\n ((core/str::join\n (selfhost/typecheck::vec-map\n offered selfhost/typecheck::symbol-str))\n \", \"))\n \"]\"))))))\n (selfhost/typecheck::ok selected)))))))\n\n(def selfhost/typecheck::select-package-profiles\n (fn (requirements)\n (((selfhost/typecheck::select-package-profiles-loop requirements)\n (core/vec::len selfhost/typecheck::profile-families))\n 0)))\n\n(def selfhost/typecheck::select-package-profiles-loop\n (fn (requirements)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:errors [] :selected {}}\n (let\n ((family ((core/vec::get selfhost/typecheck::profile-families) i))\n (rest\n (((selfhost/typecheck::select-package-profiles-loop requirements) n)\n ((core/int::add i) 1))))\n (let\n ((selected\n ((selfhost/typecheck::select-profile family)\n ((core/map::get requirements) family))))\n (if (selfhost/typecheck::result-ok? selected)\n {:errors ((core/map::get rest) (quote :errors))\n :selected\n (((core/map::put ((core/map::get rest) (quote :selected))) family)\n ((core/map::get selected) (quote :value)))}\n {:errors\n ((core/vec::push ((core/map::get rest) (quote :errors)))\n ((core/map::get selected) (quote :error)))\n :selected ((core/map::get rest) (quote :selected))}))))))))\n\n(def selfhost/typecheck::caps-profile-result\n (fn (meta)\n (if (selfhost/typecheck::map? meta)\n (let ((caps ((core/map::get meta) (quote :caps))))\n (if (selfhost/typecheck::vec? caps)\n (((selfhost/typecheck::caps-profile-loop caps) (core/vec::len caps)) 0)\n (selfhost/typecheck::err \"profile negotiation requires :caps to be a symbol vector\")))\n (selfhost/typecheck::err \"profile negotiation requires map-shaped ::meta\"))))\n\n(def selfhost/typecheck::caps-profile-loop\n (fn (caps)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok {})\n (let\n ((cap ((core/vec::get caps) i))\n (rest (((selfhost/typecheck::caps-profile-loop caps) n) ((core/int::add i) 1))))\n (if (selfhost/typecheck::sym? cap)\n (if (selfhost/typecheck::result-ok? rest)\n (let ((set ((core/map::get rest) (quote :value))))\n (if ((selfhost/typecheck::set-has? set) cap)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"duplicate :caps entry \")\n (selfhost/typecheck::symbol-str cap)))\n (selfhost/typecheck::ok ((selfhost/typecheck::set-add set) cap))))\n rest)\n (selfhost/typecheck::err \":caps entries to be symbols\"))))))))\n\n(def selfhost/typecheck::validate-selected-capabilities\n (fn (modules)\n (fn (selected)\n (fn (errors)\n (((((selfhost/typecheck::validate-selected-capabilities-loop modules) selected)\n (core/vec::len modules))\n 0)\n errors)))))\n\n(def selfhost/typecheck::validate-selected-capabilities-loop\n (fn (modules)\n (fn (selected)\n (fn (n)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) n)\n errors\n (let\n ((module ((core/vec::get modules) i))\n (profile\n ((core/map::get selected)\n (quote genesis/profile-family/capability))))\n (let\n ((caps\n (selfhost/typecheck::caps-profile-result\n ((core/map::get module) (quote :meta))))\n (path ((core/map::get module) (quote :path))))\n (((((selfhost/typecheck::validate-selected-capabilities-loop modules)\n selected)\n n)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::result-ok? caps)\n (if\n (if\n ((core/sym::eq? profile)\n (quote genesis/capability-profile/pure-v0.1))\n ((core/int::lt? 0)\n (core/map::len ((core/map::get caps) (quote :value))))\n false)\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3\n \"capability profile genesis/capability-profile/pure-v0.1 requires :caps [], got [\")\n ((core/str::join\n (selfhost/typecheck::vec-map\n (selfhost/typecheck::set-keys\n ((core/map::get caps) (quote :value)))\n selfhost/typecheck::symbol-str))\n \", \")\n \"]\"))\n errors)\n (((selfhost/typecheck::module-error-add errors) path)\n ((core/map::get caps) (quote :error))))))))))))))\n\n(def selfhost/typecheck::profile-negotiation-identity\n (fn (resolution-identity)\n (fn (requirements)\n (fn (selected)\n (core/bytes::from-hex\n (selfhost/hash::hash-term\n {:kind selfhost/typecheck::profile-negotiation-id\n :requirements requirements\n :resolution-h resolution-identity\n :selected selected}))))))\n\n(def selfhost/typecheck::profile-error-all-messages\n (fn (modules)\n (fn (errors)\n (fn (messages)\n ((((selfhost/typecheck::profile-error-all-messages-loop modules) messages) 0)\n errors)))))\n\n(def selfhost/typecheck::profile-error-all-messages-loop\n (fn (modules)\n (fn (messages)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len messages))\n errors\n ((((selfhost/typecheck::profile-error-all-messages-loop modules) messages)\n ((core/int::add i) 1))\n (((selfhost/typecheck::profile-error-all modules) errors)\n ((core/vec::get messages) i)))))))))\n\n(def selfhost/typecheck::active-profile-negotiation\n (fn (modules)\n (fn (resolution)\n (let ((collected (selfhost/typecheck::collect-profile-requirements modules)))\n (let\n ((requirements ((core/map::get collected) (quote :requirements)))\n (errors0\n (if\n (if ((core/map::get resolution) (quote :active))\n ((core/map::get resolution) (quote :ok))\n false)\n ((core/map::get collected) (quote :errors))\n (((selfhost/typecheck::profile-error-all modules)\n ((core/map::get collected) (quote :errors)))\n \"genesis/profile-negotiation-v0.1 requires successful module resolution\"))))\n (let\n ((errors1\n (if ((core/map::get collected) (quote :mismatch))\n (((selfhost/typecheck::profile-error-all modules) errors0)\n \"package modules declare different :package-profile-requirements\")\n errors0))\n (selection\n (if (selfhost/typecheck::map? requirements)\n (if\n ((core/int::eq? (core/map::len requirements))\n (core/vec::len selfhost/typecheck::profile-families))\n (selfhost/typecheck::select-package-profiles requirements)\n {:errors [] :selected {}})\n {:errors [] :selected {}})))\n (let\n ((selected ((core/map::get selection) (quote :selected)))\n (errors2\n (((selfhost/typecheck::profile-error-all-messages modules) errors1)\n ((core/map::get selection) (quote :errors)))))\n (let\n ((errors3\n (((selfhost/typecheck::validate-selected-capabilities modules) selected)\n errors2)))\n (let\n ((ok\n (if ((core/int::eq? (core/map::len errors3)) 0)\n (if (selfhost/typecheck::map? requirements)\n (if ((core/int::eq? (core/map::len requirements)) 4)\n ((core/int::eq? (core/map::len selected)) 4)\n false)\n false)\n false)))\n {:active true\n :errors (selfhost/typecheck::module-errors-to-vectors errors3)\n :identity\n (if ok\n (((selfhost/typecheck::profile-negotiation-identity\n ((core/map::get resolution) (quote :identity)))\n requirements)\n selected)\n nil)\n :kind selfhost/typecheck::profile-negotiation-id\n :ok ok\n :requirements\n (if (selfhost/typecheck::map? requirements) requirements {})\n :selected selected})))))))))\n\n(def selfhost/typecheck::negotiate-package-profiles\n (fn (modules)\n (fn (resolution)\n (if (selfhost/typecheck::profile-negotiation-active? modules)\n ((selfhost/typecheck::active-profile-negotiation modules) resolution)\n {:active false\n :errors {}\n :identity nil\n :kind selfhost/typecheck::profile-negotiation-id\n :ok true\n :requirements {}\n :selected {}}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b")i\x1F\x01\n\xC8\xF0,\x1E\xE9\xC4\x11\x1B\xEAi\x03\x19\x87TY\x99\xD4\xF11h\xBCMEf\xD8\xC2\x9D" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::contract-composition-profile (quote genesis/contract-composition-profile-v0.1)) (def selfhost/typecheck::contract-profile-active? (fn (modules) (((selfhost/typecheck::contract-profile-active-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::contract-profile-active-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta)))) (if (if (selfhost/typecheck::map? meta) ((selfhost/typecheck::map-has-key? meta) (quote :contract-composition-profile)) false) true (((selfhost/typecheck::contract-profile-active-loop modules) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::contract-require-profiles (fn (meta) (fn (path) (fn (errors) (let ((errors1 (if ((selfhost/typecheck::map-has-key? meta) (quote :contract-composition-profile)) (let ((profile ((core/map::get meta) (quote :contract-composition-profile)))) (if (if (selfhost/typecheck::sym? profile) ((core/sym::eq? profile) selfhost/typecheck::contract-composition-profile) false) errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=boundary] :contract-composition-profile must be exact symbol genesis/contract-composition-profile-v0.1, got ") (selfhost/typecheck::term-str profile)) "") "")))) (((selfhost/typecheck::module-error-add errors) path) "[blame=boundary] every module in the contract closure must declare :contract-composition-profile genesis/contract-composition-profile-v0.1")))) (let ((module-profile ((core/map::get meta) (quote :module-profile)))) (if (if (selfhost/typecheck::sym? module-profile) ((core/sym::eq? module-profile) selfhost/typecheck::module-resolution-profile) false) errors1 (((selfhost/typecheck::module-error-add errors1) path) "[blame=boundary] genesis/contract-composition-profile-v0.1 requires :module-profile genesis/module-resolution-profile-v0.1")))))))) (def selfhost/typecheck::contract-require-true (fn (meta) (fn (field) (fn (path) (fn (errors) (let ((value ((core/map::get meta) field))) (if (if (selfhost/typecheck::bool? value) value false) errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=boundary] contract-composition profile requires ") (selfhost/typecheck::symbol-str field)) " true") ""))))))))) (def selfhost/typecheck::contract-parse-exports (fn (meta) (fn (path) (fn (errors) (let ((value ((core/map::get meta) (quote :exports)))) (if (selfhost/typecheck::vec? value) (((selfhost/typecheck::contract-parse-exports-loop value) path) {:errors errors :exports {}}) {:errors (((selfhost/typecheck::module-error-add errors) path) "[blame=boundary] contract-composition profile requires :exports symbol vector") :exports {}})))))) (def selfhost/typecheck::contract-parse-exports-loop (fn (items) (fn (path) (fn (state) ((((selfhost/typecheck::contract-parse-exports-items items) path) 0) state))))) (def selfhost/typecheck::contract-parse-exports-items (fn (items) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len items)) state (let ((item ((core/vec::get items) i))) (let ((state2 (if (selfhost/typecheck::sym? item) (let ((errors1 (if (selfhost/typecheck::qualified-symbol-loose? item) ((core/map::get state) (quote :errors)) (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) (((selfhost/typecheck::str3 "[blame=boundary] contract export ") (selfhost/typecheck::symbol-str item)) " must be qualified")))) (duplicate ((selfhost/typecheck::set-has? ((core/map::get state) (quote :exports))) item))) {:errors (if duplicate (((selfhost/typecheck::module-error-add errors1) path) (((selfhost/typecheck::str3 "[blame=boundary] duplicate :exports entry ") (selfhost/typecheck::symbol-str item)) "")) errors1) :exports ((selfhost/typecheck::set-add ((core/map::get state) (quote :exports))) item)}) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) (((selfhost/typecheck::str3 "[blame=boundary] :exports entry must be symbol, got ") (selfhost/typecheck::term-str item)) "")) :exports ((core/map::get state) (quote :exports))}))) ((((selfhost/typecheck::contract-parse-exports-items items) path) ((core/int::add i) 1)) state2))))))))) (def selfhost/typecheck::qualified-symbol-loose? (fn (symbol) (let ((scan (selfhost/typecheck::double-colon-scan (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol))))) ((core/int::lt? 0) ((core/map::get scan) (quote :count)))))) (def selfhost/typecheck::contract-parse-symbol-map (fn (meta) (fn (field) (fn (path) (fn (errors) (let ((value ((core/map::get meta) field))) (if (selfhost/typecheck::map? value) ((((selfhost/typecheck::contract-parse-symbol-map-loop (core/map::entries value)) field) path) {:errors errors :values {}}) {:errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=boundary] contract-composition profile requires ") (selfhost/typecheck::symbol-str field)) " map") "")) :values {}}))))))) (def selfhost/typecheck::contract-parse-symbol-map-loop (fn (entries) (fn (field) (fn (path) (fn (state) (((((selfhost/typecheck::contract-parse-symbol-map-items entries) field) path) 0) state)))))) (def selfhost/typecheck::contract-parse-symbol-map-items (fn (entries) (fn (field) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len entries)) state (let ((entry ((core/vec::get entries) i))) (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (((((selfhost/typecheck::contract-parse-symbol-map-items entries) field) path) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? key) {:errors ((core/map::get state) (quote :errors)) :values (((core/map::put ((core/map::get state) (quote :values))) key) value)} {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((((selfhost/typecheck::str4 "[blame=boundary] ") (selfhost/typecheck::symbol-str field)) " key must be symbol, got ") (selfhost/typecheck::term-str key))) :values ((core/map::get state) (quote :values))}))))))))))) (def selfhost/typecheck::contract-parse-refinements (fn (meta) (fn (path) (fn (errors) (let ((raw ((((selfhost/typecheck::contract-parse-symbol-map meta) (quote :refinements)) path) errors))) (((selfhost/typecheck::contract-parse-refinement-entries (core/map::entries ((core/map::get raw) (quote :values)))) path) {:errors ((core/map::get raw) (quote :errors)) :refinements {}})))))) (def selfhost/typecheck::contract-parse-refinement-entries (fn (entries) (fn (path) (fn (state) ((((selfhost/typecheck::contract-parse-refinement-items entries) path) 0) state))))) (def selfhost/typecheck::contract-parse-refinement-items (fn (entries) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len entries)) state (let ((entry ((core/vec::get entries) i))) (let ((symbol ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (let ((parsed (if (selfhost/typecheck::vec? value) ((((selfhost/typecheck::contract-parse-refinement-vector value) symbol) path) ((core/map::get state) (quote :errors))) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) (((selfhost/typecheck::str3 "[blame=boundary] refinement set for ") (selfhost/typecheck::symbol-str symbol)) " must be a symbol vector")) :set {}}))) ((((selfhost/typecheck::contract-parse-refinement-items entries) path) ((core/int::add i) 1)) {:errors ((core/map::get parsed) (quote :errors)) :refinements (((core/map::put ((core/map::get state) (quote :refinements))) symbol) ((core/map::get parsed) (quote :set)))})))))))))) (def selfhost/typecheck::contract-parse-refinement-vector (fn (items) (fn (symbol) (fn (path) (fn (errors) (((((selfhost/typecheck::contract-parse-refinement-vector-loop items) symbol) path) 0) {:errors errors :set {}})))))) (def selfhost/typecheck::contract-parse-refinement-vector-loop (fn (items) (fn (symbol) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len items)) state (let ((item ((core/vec::get items) i))) (let ((state2 (if (selfhost/typecheck::sym? item) (let ((errors1 (if (selfhost/typecheck::qualified-symbol-loose? item) ((core/map::get state) (quote :errors)) (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((((selfhost/typecheck::str4 "[blame=boundary] refinement ") (selfhost/typecheck::symbol-str item)) ((selfhost/typecheck::str2 " for ") (selfhost/typecheck::symbol-str symbol))) " must be qualified")))) (duplicate ((selfhost/typecheck::set-has? ((core/map::get state) (quote :set))) item))) {:errors (if duplicate (((selfhost/typecheck::module-error-add errors1) path) ((((selfhost/typecheck::str4 "[blame=boundary] duplicate refinement ") (selfhost/typecheck::symbol-str item)) ((selfhost/typecheck::str2 " for ") (selfhost/typecheck::symbol-str symbol))) "")) errors1) :set ((selfhost/typecheck::set-add ((core/map::get state) (quote :set))) item)}) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) (((selfhost/typecheck::str3 "[blame=boundary] refinement for ") (selfhost/typecheck::symbol-str symbol)) " must be a symbol")) :set ((core/map::get state) (quote :set))}))) (((((selfhost/typecheck::contract-parse-refinement-vector-loop items) symbol) path) ((core/int::add i) 1)) state2)))))))))) (def selfhost/typecheck::contract-check-exact-keys (fn (expected) (fn (actual) (fn (field) (fn (path) (fn (errors) (let ((with-missing (((((selfhost/typecheck::contract-key-errors (selfhost/typecheck::set-keys ((selfhost/typecheck::set-difference expected) actual))) field) ((selfhost/typecheck::str2 "[blame=boundary] ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str field)) " missing export "))) path) errors))) (((((selfhost/typecheck::contract-key-errors (selfhost/typecheck::set-keys ((selfhost/typecheck::set-difference actual) expected))) field) ((selfhost/typecheck::str2 "[blame=boundary] ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str field)) " contains non-export "))) path) with-missing)))))))) (def selfhost/typecheck::contract-key-errors (fn (symbols) (fn (field) (fn (prefix) (fn (path) (fn (errors) (((((selfhost/typecheck::contract-key-errors-loop symbols) prefix) path) 0) errors))))))) (def selfhost/typecheck::contract-key-errors-loop (fn (symbols) (fn (prefix) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len symbols)) errors (((((selfhost/typecheck::contract-key-errors-loop symbols) prefix) path) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) ((selfhost/typecheck::str2 prefix) (selfhost/typecheck::symbol-str ((core/vec::get symbols) i)))))))))))) (def selfhost/typecheck::type-contains-gradual? (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :any)) true (if ((core/sym::eq? tag) (quote :msg)) (selfhost/typecheck::type-contains-gradual? ((core/map::get ty) (quote :payload))) (if ((core/sym::eq? tag) (quote :fn)) (if (selfhost/typecheck::type-contains-gradual? ((core/map::get ty) (quote :param))) true (selfhost/typecheck::type-contains-gradual? ((core/map::get ty) (quote :ret)))) (if ((core/sym::eq? tag) (quote :prog)) (selfhost/typecheck::type-contains-gradual? ((core/map::get ty) (quote :ret))) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::type-map-any? ((core/map::get ty) (quote :fields))) selfhost/typecheck::type-contains-gradual?) (if ((core/sym::eq? tag) (quote :contract)) ((selfhost/typecheck::type-map-any? ((core/map::get ty) (quote :methods))) selfhost/typecheck::type-contains-gradual?) false))))))))) (def selfhost/typecheck::type-map-any? (fn (mapping) (fn (predicate) (((selfhost/typecheck::type-map-any-loop (core/map::entries mapping)) predicate) 0)))) (def selfhost/typecheck::type-map-any-loop (fn (entries) (fn (predicate) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) false (if (predicate ((core/vec::get ((core/vec::get entries) i)) 1)) true (((selfhost/typecheck::type-map-any-loop entries) predicate) ((core/int::add i) 1)))))))) (def selfhost/typecheck::type-contains-anonymous-row? (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :msg)) (selfhost/typecheck::type-contains-anonymous-row? ((core/map::get ty) (quote :payload))) (if ((core/sym::eq? tag) (quote :fn)) (if ((core/sym::eq? ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail))) (quote :any)) true (if (selfhost/typecheck::type-contains-anonymous-row? ((core/map::get ty) (quote :param))) true (selfhost/typecheck::type-contains-anonymous-row? ((core/map::get ty) (quote :ret))))) (if ((core/sym::eq? tag) (quote :prog)) (if ((core/sym::eq? ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail))) (quote :any)) true (selfhost/typecheck::type-contains-anonymous-row? ((core/map::get ty) (quote :ret)))) (if ((core/sym::eq? tag) (quote :rec)) (if ((core/sym::eq? ((core/map::get ty) (quote :tail))) (quote :any)) true ((selfhost/typecheck::type-map-any? ((core/map::get ty) (quote :fields))) selfhost/typecheck::type-contains-anonymous-row?)) (if ((core/sym::eq? tag) (quote :contract)) (if ((core/sym::eq? ((core/map::get ty) (quote :tail))) (quote :any)) true ((selfhost/typecheck::type-map-any? ((core/map::get ty) (quote :methods))) selfhost/typecheck::type-contains-anonymous-row?)) false)))))))) (def selfhost/typecheck::validate-contract-methods (fn (ty) (fn (export) (fn (path) (fn (errors) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :contract)) (((((selfhost/typecheck::validate-contract-method-entries (core/map::entries ((core/map::get ty) (quote :methods)))) export) path) 0) errors) (if ((core/sym::eq? tag) (quote :fn)) ((((selfhost/typecheck::validate-contract-methods ((core/map::get ty) (quote :ret))) export) path) ((((selfhost/typecheck::validate-contract-methods ((core/map::get ty) (quote :param))) export) path) errors)) (if ((core/sym::eq? tag) (quote :prog)) ((((selfhost/typecheck::validate-contract-methods ((core/map::get ty) (quote :ret))) export) path) errors) (if ((core/sym::eq? tag) (quote :msg)) ((((selfhost/typecheck::validate-contract-methods ((core/map::get ty) (quote :payload))) export) path) errors) (if ((core/sym::eq? tag) (quote :rec)) (((((selfhost/typecheck::validate-contract-method-entries (core/map::entries ((core/map::get ty) (quote :fields)))) export) path) 0) errors) errors))))))))))) (def selfhost/typecheck::validate-contract-method-entries (fn (entries) (fn (export) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((operation ((core/vec::get entry) 0)) (method ((core/vec::get entry) 1))) (let ((errors1 (if ((core/sym::eq? (selfhost/typecheck::ty-tag method)) (quote :fn)) errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=provider] ") (selfhost/typecheck::symbol-str export)) ((selfhost/typecheck::str2 " contract method ") (selfhost/typecheck::symbol-str operation))) " must have Fn type"))))) (((((selfhost/typecheck::validate-contract-method-entries entries) export) path) ((core/int::add i) 1)) ((((selfhost/typecheck::validate-contract-methods method) export) path) errors1))))))))))))] :module-h b"\x95\x87\x14!\xC7\x96\x8Eo\x81\xE4\xF3\t\xD4\"\xDCl\xADF\xB44\xA3M\xA3\xA1\xA3\xB6\xB3o\x88l\xAC\xE5" :path "selfhost/typecheck_contract_profile_v1.gc" :source "(def selfhost/typecheck::contract-composition-profile\n (quote genesis/contract-composition-profile-v0.1))\n\n(def selfhost/typecheck::contract-profile-active?\n (fn (modules)\n (((selfhost/typecheck::contract-profile-active-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::contract-profile-active-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta))))\n (if\n (if (selfhost/typecheck::map? meta)\n ((selfhost/typecheck::map-has-key? meta)\n (quote :contract-composition-profile))\n false)\n true\n (((selfhost/typecheck::contract-profile-active-loop modules) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::contract-require-profiles\n (fn (meta)\n (fn (path)\n (fn (errors)\n (let\n ((errors1\n (if\n ((selfhost/typecheck::map-has-key? meta)\n (quote :contract-composition-profile))\n (let\n ((profile\n ((core/map::get meta) (quote :contract-composition-profile))))\n (if\n (if (selfhost/typecheck::sym? profile)\n ((core/sym::eq? profile)\n selfhost/typecheck::contract-composition-profile)\n false)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] :contract-composition-profile must be exact symbol genesis/contract-composition-profile-v0.1, got \"\n (selfhost/typecheck::term-str profile))\n \"\"\n \"\"))))\n (((selfhost/typecheck::module-error-add errors) path)\n \"[blame=boundary] every module in the contract closure must declare :contract-composition-profile genesis/contract-composition-profile-v0.1\"))))\n (let ((module-profile ((core/map::get meta) (quote :module-profile))))\n (if\n (if (selfhost/typecheck::sym? module-profile)\n ((core/sym::eq? module-profile)\n selfhost/typecheck::module-resolution-profile)\n false)\n errors1\n (((selfhost/typecheck::module-error-add errors1) path)\n \"[blame=boundary] genesis/contract-composition-profile-v0.1 requires :module-profile genesis/module-resolution-profile-v0.1\"))))))))\n\n(def selfhost/typecheck::contract-require-true\n (fn (meta)\n (fn (field)\n (fn (path)\n (fn (errors)\n (let ((value ((core/map::get meta) field)))\n (if\n (if (selfhost/typecheck::bool? value) value false)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] contract-composition profile requires \"\n (selfhost/typecheck::symbol-str field))\n \" true\"\n \"\")))))))))\n\n(def selfhost/typecheck::contract-parse-exports\n (fn (meta)\n (fn (path)\n (fn (errors)\n (let ((value ((core/map::get meta) (quote :exports))))\n (if (selfhost/typecheck::vec? value)\n (((selfhost/typecheck::contract-parse-exports-loop value) path)\n {:errors errors :exports {}})\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n \"[blame=boundary] contract-composition profile requires :exports symbol vector\")\n :exports {}}))))))\n\n(def selfhost/typecheck::contract-parse-exports-loop\n (fn (items)\n (fn (path)\n (fn (state)\n ((((selfhost/typecheck::contract-parse-exports-items items) path) 0) state)))))\n\n(def selfhost/typecheck::contract-parse-exports-items\n (fn (items)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len items))\n state\n (let ((item ((core/vec::get items) i)))\n (let\n ((state2\n (if (selfhost/typecheck::sym? item)\n (let\n ((errors1\n (if (selfhost/typecheck::qualified-symbol-loose? item)\n ((core/map::get state) (quote :errors))\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] contract export \"\n (selfhost/typecheck::symbol-str item))\n \" must be qualified\"))))\n (duplicate\n ((selfhost/typecheck::set-has?\n ((core/map::get state) (quote :exports)))\n item)))\n {:errors\n (if duplicate\n (((selfhost/typecheck::module-error-add errors1) path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] duplicate :exports entry \"\n (selfhost/typecheck::symbol-str item))\n \"\"))\n errors1)\n :exports\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :exports)))\n item)})\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] :exports entry must be symbol, got \"\n (selfhost/typecheck::term-str item))\n \"\"))\n :exports ((core/map::get state) (quote :exports))})))\n ((((selfhost/typecheck::contract-parse-exports-items items) path)\n ((core/int::add i) 1))\n state2)))))))))\n\n(def selfhost/typecheck::qualified-symbol-loose?\n (fn (symbol)\n (let\n ((scan\n (selfhost/typecheck::double-colon-scan\n (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol)))))\n ((core/int::lt? 0) ((core/map::get scan) (quote :count))))))\n\n(def selfhost/typecheck::contract-parse-symbol-map\n (fn (meta)\n (fn (field)\n (fn (path)\n (fn (errors)\n (let ((value ((core/map::get meta) field)))\n (if (selfhost/typecheck::map? value)\n ((((selfhost/typecheck::contract-parse-symbol-map-loop\n (core/map::entries value))\n field)\n path)\n {:errors errors :values {}})\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] contract-composition profile requires \"\n (selfhost/typecheck::symbol-str field))\n \" map\"\n \"\"))\n :values {}})))))))\n\n(def selfhost/typecheck::contract-parse-symbol-map-loop\n (fn (entries)\n (fn (field)\n (fn (path)\n (fn (state)\n (((((selfhost/typecheck::contract-parse-symbol-map-items entries) field) path)\n 0)\n state))))))\n\n(def selfhost/typecheck::contract-parse-symbol-map-items\n (fn (entries)\n (fn (field)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len entries))\n state\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((key ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (((((selfhost/typecheck::contract-parse-symbol-map-items entries) field)\n path)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? key)\n {:errors ((core/map::get state) (quote :errors))\n :values\n (((core/map::put ((core/map::get state) (quote :values))) key)\n value)}\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str4 \"[blame=boundary] \"\n (selfhost/typecheck::symbol-str field))\n \" key must be symbol, got \"\n (selfhost/typecheck::term-str key)))\n :values ((core/map::get state) (quote :values))})))))))))))\n\n(def selfhost/typecheck::contract-parse-refinements\n (fn (meta)\n (fn (path)\n (fn (errors)\n (let\n ((raw\n ((((selfhost/typecheck::contract-parse-symbol-map meta)\n (quote :refinements))\n path)\n errors)))\n (((selfhost/typecheck::contract-parse-refinement-entries\n (core/map::entries ((core/map::get raw) (quote :values))))\n path)\n {:errors ((core/map::get raw) (quote :errors)) :refinements {}}))))))\n\n(def selfhost/typecheck::contract-parse-refinement-entries\n (fn (entries)\n (fn (path)\n (fn (state)\n ((((selfhost/typecheck::contract-parse-refinement-items entries) path) 0)\n state)))))\n\n(def selfhost/typecheck::contract-parse-refinement-items\n (fn (entries)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len entries))\n state\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((symbol ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (let\n ((parsed\n (if (selfhost/typecheck::vec? value)\n (((selfhost/typecheck::contract-parse-refinement-vector value)\n symbol)\n path\n ((core/map::get state) (quote :errors)))\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] refinement set for \"\n (selfhost/typecheck::symbol-str symbol))\n \" must be a symbol vector\"))\n :set {}})))\n (((selfhost/typecheck::contract-parse-refinement-items entries) path)\n ((core/int::add i) 1)\n {:errors ((core/map::get parsed) (quote :errors))\n :refinements\n (((core/map::put\n ((core/map::get state) (quote :refinements)))\n symbol)\n ((core/map::get parsed) (quote :set)))}))))))))))\n\n(def selfhost/typecheck::contract-parse-refinement-vector\n (fn (items)\n (fn (symbol)\n (fn (path)\n (fn (errors)\n (((((selfhost/typecheck::contract-parse-refinement-vector-loop items) symbol)\n path)\n 0)\n {:errors errors :set {}}))))))\n\n(def selfhost/typecheck::contract-parse-refinement-vector-loop\n (fn (items)\n (fn (symbol)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len items))\n state\n (let ((item ((core/vec::get items) i)))\n (let\n ((state2\n (if (selfhost/typecheck::sym? item)\n (let\n ((errors1\n (if (selfhost/typecheck::qualified-symbol-loose? item)\n ((core/map::get state) (quote :errors))\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] refinement \"\n (selfhost/typecheck::symbol-str item))\n ((selfhost/typecheck::str2 \" for \")\n (selfhost/typecheck::symbol-str symbol))\n \" must be qualified\"))))\n (duplicate\n ((selfhost/typecheck::set-has?\n ((core/map::get state) (quote :set)))\n item)))\n {:errors\n (if duplicate\n (((selfhost/typecheck::module-error-add errors1) path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] duplicate refinement \"\n (selfhost/typecheck::symbol-str item))\n ((selfhost/typecheck::str2 \" for \")\n (selfhost/typecheck::symbol-str symbol))\n \"\"))\n errors1)\n :set\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :set)))\n item)})\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] refinement for \"\n (selfhost/typecheck::symbol-str symbol))\n \" must be a symbol\"))\n :set ((core/map::get state) (quote :set))})))\n (((((selfhost/typecheck::contract-parse-refinement-vector-loop items)\n symbol)\n path)\n ((core/int::add i) 1))\n state2))))))))))\n\n(def selfhost/typecheck::contract-check-exact-keys\n (fn (expected)\n (fn (actual)\n (fn (field)\n (fn (path)\n (fn (errors)\n (let\n ((with-missing\n (((((selfhost/typecheck::contract-key-errors\n (selfhost/typecheck::set-keys\n ((selfhost/typecheck::set-difference expected) actual)))\n field)\n ((selfhost/typecheck::str2 \"[blame=boundary] \")\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str field))\n \" missing export \")))\n path)\n errors)))\n (((((selfhost/typecheck::contract-key-errors\n (selfhost/typecheck::set-keys\n ((selfhost/typecheck::set-difference actual) expected)))\n field)\n ((selfhost/typecheck::str2 \"[blame=boundary] \")\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str field))\n \" contains non-export \")))\n path)\n with-missing))))))))\n\n(def selfhost/typecheck::contract-key-errors\n (fn (symbols)\n (fn (field)\n (fn (prefix)\n (fn (path)\n (fn (errors)\n (((((selfhost/typecheck::contract-key-errors-loop symbols) prefix) path) 0)\n errors)))))))\n\n(def selfhost/typecheck::contract-key-errors-loop\n (fn (symbols)\n (fn (prefix)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len symbols))\n errors\n (((((selfhost/typecheck::contract-key-errors-loop symbols) prefix) path)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str2 prefix)\n (selfhost/typecheck::symbol-str ((core/vec::get symbols) i))))))))))))\n\n(def selfhost/typecheck::type-contains-gradual?\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :any))\n true\n (if ((core/sym::eq? tag) (quote :msg))\n (selfhost/typecheck::type-contains-gradual?\n ((core/map::get ty) (quote :payload)))\n (if ((core/sym::eq? tag) (quote :fn))\n (if\n (selfhost/typecheck::type-contains-gradual?\n ((core/map::get ty) (quote :param)))\n true\n (selfhost/typecheck::type-contains-gradual?\n ((core/map::get ty) (quote :ret))))\n (if ((core/sym::eq? tag) (quote :prog))\n (selfhost/typecheck::type-contains-gradual?\n ((core/map::get ty) (quote :ret)))\n (if ((core/sym::eq? tag) (quote :rec))\n (selfhost/typecheck::type-map-any?\n ((core/map::get ty) (quote :fields))\n selfhost/typecheck::type-contains-gradual?)\n (if ((core/sym::eq? tag) (quote :contract))\n (selfhost/typecheck::type-map-any?\n ((core/map::get ty) (quote :methods))\n selfhost/typecheck::type-contains-gradual?)\n false)))))))))\n\n(def selfhost/typecheck::type-map-any?\n (fn (mapping)\n (fn (predicate)\n (((selfhost/typecheck::type-map-any-loop (core/map::entries mapping)) predicate) 0))))\n\n(def selfhost/typecheck::type-map-any-loop\n (fn (entries)\n (fn (predicate)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n false\n (if (predicate ((core/vec::get ((core/vec::get entries) i)) 1))\n true\n (((selfhost/typecheck::type-map-any-loop entries) predicate)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::type-contains-anonymous-row?\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :msg))\n (selfhost/typecheck::type-contains-anonymous-row?\n ((core/map::get ty) (quote :payload)))\n (if ((core/sym::eq? tag) (quote :fn))\n (if\n ((core/sym::eq?\n ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail)))\n (quote :any))\n true\n (if\n (selfhost/typecheck::type-contains-anonymous-row?\n ((core/map::get ty) (quote :param)))\n true\n (selfhost/typecheck::type-contains-anonymous-row?\n ((core/map::get ty) (quote :ret)))))\n (if ((core/sym::eq? tag) (quote :prog))\n (if\n ((core/sym::eq?\n ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail)))\n (quote :any))\n true\n (selfhost/typecheck::type-contains-anonymous-row?\n ((core/map::get ty) (quote :ret))))\n (if ((core/sym::eq? tag) (quote :rec))\n (if ((core/sym::eq? ((core/map::get ty) (quote :tail))) (quote :any))\n true\n (selfhost/typecheck::type-map-any?\n ((core/map::get ty) (quote :fields))\n selfhost/typecheck::type-contains-anonymous-row?))\n (if ((core/sym::eq? tag) (quote :contract))\n (if ((core/sym::eq? ((core/map::get ty) (quote :tail))) (quote :any))\n true\n (selfhost/typecheck::type-map-any?\n ((core/map::get ty) (quote :methods))\n selfhost/typecheck::type-contains-anonymous-row?))\n false))))))))\n\n(def selfhost/typecheck::validate-contract-methods\n (fn (ty)\n (fn (export)\n (fn (path)\n (fn (errors)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :contract))\n (((((selfhost/typecheck::validate-contract-method-entries\n (core/map::entries ((core/map::get ty) (quote :methods))))\n export)\n path)\n 0)\n errors)\n (if ((core/sym::eq? tag) (quote :fn))\n ((((selfhost/typecheck::validate-contract-methods\n ((core/map::get ty) (quote :ret)))\n export)\n path)\n ((((selfhost/typecheck::validate-contract-methods\n ((core/map::get ty) (quote :param)))\n export)\n path)\n errors))\n (if ((core/sym::eq? tag) (quote :prog))\n ((((selfhost/typecheck::validate-contract-methods\n ((core/map::get ty) (quote :ret)))\n export)\n path)\n errors)\n (if ((core/sym::eq? tag) (quote :msg))\n ((((selfhost/typecheck::validate-contract-methods\n ((core/map::get ty) (quote :payload)))\n export)\n path)\n errors)\n (if ((core/sym::eq? tag) (quote :rec))\n (((((selfhost/typecheck::validate-contract-method-entries\n (core/map::entries ((core/map::get ty) (quote :fields))))\n export)\n path)\n 0)\n errors)\n errors)))))))))))\n\n(def selfhost/typecheck::validate-contract-method-entries\n (fn (entries)\n (fn (export)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((operation ((core/vec::get entry) 0))\n (method ((core/vec::get entry) 1)))\n (let\n ((errors1\n (if\n ((core/sym::eq? (selfhost/typecheck::ty-tag method)) (quote :fn))\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"[blame=provider] \"\n (selfhost/typecheck::symbol-str export))\n ((selfhost/typecheck::str2 \" contract method \")\n (selfhost/typecheck::symbol-str operation))\n \" must have Fn type\")))))\n (((((selfhost/typecheck::validate-contract-method-entries entries) export)\n path)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::validate-contract-methods method) export) path)\n errors1))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"sHL\xC8\xFC\x98\xF8\xC2\x07\xC9KyU\xB7S\xDEW;\xFC]%\xA2ST\x1B-\xE4\x0F\x9CP\xEB\xBA" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 43 :stage2-wasm-h b"\xF5\xFC\xB1\xC3$\xBA\xF2\xFC8#\xB8\xCCVL\x06\xC3\x16}w\xAB\xD3\x1AJ\xBA`\x9F\xE7\"\x8F\xF3r\xAA"} {:forms [(def selfhost/typecheck::compose-contract-profile (fn (modules) (if (selfhost/typecheck::contract-profile-active? modules) (let ((state (((selfhost/typecheck::compose-contract-modules modules) (core/vec::len modules)) 0))) (let ((errors ((selfhost/typecheck::contract-duplicate-owner-errors ((core/map::get state) (quote :owners))) ((core/map::get state) (quote :errors))))) {:active true :errors (selfhost/typecheck::module-errors-to-vectors errors) :ok ((core/int::eq? (core/map::len errors)) 0)})) {:active false :errors {} :ok true}))) (def selfhost/typecheck::compose-contract-modules (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:errors {} :owners {}} (let ((rest (((selfhost/typecheck::compose-contract-modules modules) n) ((core/int::add i) 1)))) ((selfhost/typecheck::compose-contract-module ((core/vec::get modules) i)) rest))))))) (def selfhost/typecheck::compose-contract-module (fn (module) (fn (state) (let ((path ((core/map::get module) (quote :path))) (meta ((core/map::get module) (quote :meta)))) (if (selfhost/typecheck::map? meta) (let ((errors0 ((((selfhost/typecheck::contract-require-true meta) (quote :strict-effects)) path) ((((selfhost/typecheck::contract-require-true meta) (quote :strict-shapes)) path) (((selfhost/typecheck::contract-require-profiles meta) path) ((core/map::get state) (quote :errors))))))) (let ((exports (((selfhost/typecheck::contract-parse-exports meta) path) errors0))) (let ((types ((((selfhost/typecheck::contract-parse-symbol-map meta) (quote :types)) path) ((core/map::get exports) (quote :errors))))) (let ((refinements (((selfhost/typecheck::contract-parse-refinements meta) path) ((core/map::get types) (quote :errors))))) (let ((export-set ((core/map::get exports) (quote :exports))) (type-set (selfhost/typecheck::entries-key-set ((core/map::get types) (quote :values)))) (refinement-set (selfhost/typecheck::entries-key-set ((core/map::get refinements) (quote :refinements))))) (let ((errors1 (((((selfhost/typecheck::contract-check-exact-keys export-set) type-set) (quote :types)) path) ((core/map::get refinements) (quote :errors))))) (let ((errors2 (((((selfhost/typecheck::contract-check-exact-keys export-set) refinement-set) (quote :refinements)) path) errors1))) (((((selfhost/typecheck::compose-contract-exports (selfhost/typecheck::set-keys export-set)) path) ((core/map::get types) (quote :values))) ((core/map::get refinements) (quote :refinements))) {:errors errors2 :owners ((core/map::get state) (quote :owners))})))))))) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) "[blame=boundary] contract-composition profile requires map-shaped ::meta") :owners ((core/map::get state) (quote :owners))}))))) (def selfhost/typecheck::entries-key-set (fn (mapping) ((selfhost/typecheck::entries-key-set-loop (core/map::entries mapping)) 0))) (def selfhost/typecheck::entries-key-set-loop (fn (entries) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) {} ((selfhost/typecheck::set-add ((selfhost/typecheck::entries-key-set-loop entries) ((core/int::add i) 1))) ((core/vec::get ((core/vec::get entries) i)) 0)))))) (def selfhost/typecheck::compose-contract-exports (fn (exports) (fn (path) (fn (types) (fn (refinements) (fn (state) ((((((selfhost/typecheck::compose-contract-exports-loop exports) path) types) refinements) 0) state))))))) (def selfhost/typecheck::compose-contract-exports-loop (fn (exports) (fn (path) (fn (types) (fn (refinements) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len exports)) state (let ((symbol ((core/vec::get exports) i)) (type-term ((core/map::get types) ((core/vec::get exports) i)))) (let ((state2 {:errors ((core/map::get state) (quote :errors)) :owners (((selfhost/typecheck::map-set-add ((core/map::get state) (quote :owners))) symbol) path)})) ((((((selfhost/typecheck::compose-contract-exports-loop exports) path) types) refinements) ((core/int::add i) 1)) (if (selfhost/typecheck::nil? type-term) state2 (((((selfhost/typecheck::validate-contract-export symbol) path) type-term) ((core/map::get refinements) symbol)) state2))))))))))))) (def selfhost/typecheck::map-set-add (fn (mapping) (fn (key) (fn (value) (let ((current ((core/map::get mapping) key))) (((core/map::put mapping) key) ((selfhost/typecheck::set-add (if (selfhost/typecheck::map? current) current {})) value))))))) (def selfhost/typecheck::validate-contract-export (fn (symbol) (fn (path) (fn (type-term) (fn (refinements) (fn (state) (let ((parsed (selfhost/typecheck::parse-type type-term))) (if (selfhost/typecheck::result-ok? parsed) (((((selfhost/typecheck::validate-contract-export-type symbol) path) ((core/map::get parsed) (quote :value))) (if (selfhost/typecheck::map? refinements) refinements {})) state) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((((selfhost/typecheck::str4 "[blame=boundary] ") (selfhost/typecheck::symbol-str symbol)) " has invalid contract type: ") ((core/map::get parsed) (quote :error)))) :owners ((core/map::get state) (quote :owners))})))))))) (def selfhost/typecheck::validate-contract-export-type (fn (symbol) (fn (path) (fn (ty) (fn (refinements) (fn (state) (let ((errors0 ((core/map::get state) (quote :errors)))) (let ((errors1 (if (selfhost/typecheck::type-contains-gradual? ty) (((selfhost/typecheck::module-error-add errors0) path) (((selfhost/typecheck::str3 "[blame=provider] ") (selfhost/typecheck::symbol-str symbol)) " contract type contains unsupported gradual `?`")) errors0))) (let ((errors2 (if (selfhost/typecheck::type-contains-anonymous-row? ty) (((selfhost/typecheck::module-error-add errors1) path) (((selfhost/typecheck::str3 "[blame=provider] ") (selfhost/typecheck::symbol-str symbol)) " contract type contains unsupported anonymous row tail")) errors1)) (effect-validation ((selfhost/typecheck::validate-effect-row-declaration ty) true))) (let ((errors3 (if (selfhost/typecheck::result-ok? effect-validation) errors2 (((selfhost/typecheck::module-error-add errors2) path) ((((selfhost/typecheck::str4 "[blame=provider] ") (selfhost/typecheck::symbol-str symbol)) ": ") ((core/map::get effect-validation) (quote :error))))))) (let ((errors4 ((((selfhost/typecheck::validate-contract-methods ty) symbol) path) errors3))) {:errors ((((selfhost/typecheck::unsupported-refinement-errors (selfhost/typecheck::set-keys refinements)) symbol) path) errors4) :owners ((core/map::get state) (quote :owners))}))))))))))) (def selfhost/typecheck::unsupported-refinement-errors (fn (refinements) (fn (symbol) (fn (path) (fn (errors) (((((selfhost/typecheck::unsupported-refinement-errors-loop refinements) symbol) path) 0) errors)))))) (def selfhost/typecheck::unsupported-refinement-errors-loop (fn (refinements) (fn (symbol) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len refinements)) errors (((((selfhost/typecheck::unsupported-refinement-errors-loop refinements) symbol) path) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=boundary] ") (selfhost/typecheck::symbol-str symbol)) ((selfhost/typecheck::str2 " refinement ") (selfhost/typecheck::symbol-str ((core/vec::get refinements) i)))) " is unsupported in genesis/contract-composition-profile-v0.1")))))))))) (def selfhost/typecheck::contract-duplicate-owner-errors (fn (owners) (fn (errors) (((selfhost/typecheck::contract-duplicate-owner-entries (core/map::entries owners)) 0) errors)))) (def selfhost/typecheck::contract-duplicate-owner-entries (fn (entries) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((symbol ((core/vec::get entry) 0)) (paths (selfhost/typecheck::set-keys ((core/vec::get entry) 1)))) (((selfhost/typecheck::contract-duplicate-owner-entries entries) ((core/int::add i) 1)) (if ((core/int::lt? 1) (core/vec::len paths)) (((selfhost/typecheck::contract-owner-errors paths) ((((selfhost/typecheck::str4 "[blame=boundary] duplicate contract export ") (selfhost/typecheck::symbol-str symbol)) " is owned by modules [") ((selfhost/typecheck::str2 ((core/str::join paths) ", ")) "]"))) errors) errors))))))))) (def selfhost/typecheck::contract-owner-errors (fn (paths) (fn (message) (fn (errors) ((((selfhost/typecheck::contract-owner-errors-loop paths) message) 0) errors))))) (def selfhost/typecheck::contract-owner-errors-loop (fn (paths) (fn (message) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len paths)) errors ((((selfhost/typecheck::contract-owner-errors-loop paths) message) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) ((core/vec::get paths) i)) message))))))))] :module-h b"\xAA\xE8\xD6W\x925<7\xBD\x12\xE6%\xC9|\x92c\xC2\xB7k/q\xBD)bG+H\x89\xCC\xC2\xCEP" :path "selfhost/typecheck_contract_profile_compose_v1.gc" :source "(def selfhost/typecheck::compose-contract-profile\n (fn (modules)\n (if (selfhost/typecheck::contract-profile-active? modules)\n (let\n ((state\n (((selfhost/typecheck::compose-contract-modules modules)\n (core/vec::len modules))\n 0)))\n (let\n ((errors\n ((selfhost/typecheck::contract-duplicate-owner-errors\n ((core/map::get state) (quote :owners)))\n ((core/map::get state) (quote :errors)))))\n {:active true\n :errors (selfhost/typecheck::module-errors-to-vectors errors)\n :ok ((core/int::eq? (core/map::len errors)) 0)}))\n {:active false :errors {} :ok true})))\n\n(def selfhost/typecheck::compose-contract-modules\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:errors {} :owners {}}\n (let\n ((rest\n (((selfhost/typecheck::compose-contract-modules modules) n)\n ((core/int::add i) 1))))\n ((selfhost/typecheck::compose-contract-module ((core/vec::get modules) i)) rest)))))))\n\n(def selfhost/typecheck::compose-contract-module\n (fn (module)\n (fn (state)\n (let\n ((path ((core/map::get module) (quote :path)))\n (meta ((core/map::get module) (quote :meta))))\n (if (selfhost/typecheck::map? meta)\n (let\n ((errors0\n ((((selfhost/typecheck::contract-require-true meta)\n (quote :strict-effects))\n path)\n ((((selfhost/typecheck::contract-require-true meta)\n (quote :strict-shapes))\n path)\n (((selfhost/typecheck::contract-require-profiles meta) path)\n ((core/map::get state) (quote :errors)))))))\n (let\n ((exports ((selfhost/typecheck::contract-parse-exports meta) path errors0)))\n (let\n ((types\n ((((selfhost/typecheck::contract-parse-symbol-map meta) (quote :types))\n path)\n ((core/map::get exports) (quote :errors)))))\n (let\n ((refinements\n (((selfhost/typecheck::contract-parse-refinements meta) path)\n ((core/map::get types) (quote :errors)))))\n (let\n ((export-set ((core/map::get exports) (quote :exports)))\n (type-set\n (selfhost/typecheck::entries-key-set\n ((core/map::get types) (quote :values))))\n (refinement-set\n (selfhost/typecheck::entries-key-set\n ((core/map::get refinements) (quote :refinements)))))\n (let\n ((errors1\n (((((selfhost/typecheck::contract-check-exact-keys export-set)\n type-set)\n (quote :types))\n path)\n ((core/map::get refinements) (quote :errors)))))\n (let\n ((errors2\n (((((selfhost/typecheck::contract-check-exact-keys export-set)\n refinement-set)\n (quote :refinements))\n path)\n errors1)))\n (((((selfhost/typecheck::compose-contract-exports\n (selfhost/typecheck::set-keys export-set))\n path)\n ((core/map::get types) (quote :values)))\n ((core/map::get refinements) (quote :refinements)))\n {:errors errors2\n :owners ((core/map::get state) (quote :owners))}))))))))\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n \"[blame=boundary] contract-composition profile requires map-shaped ::meta\")\n :owners ((core/map::get state) (quote :owners))})))))\n\n(def selfhost/typecheck::entries-key-set\n (fn (mapping)\n (((selfhost/typecheck::entries-key-set-loop (core/map::entries mapping)) 0))))\n\n(def selfhost/typecheck::entries-key-set-loop\n (fn (entries)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n {}\n ((selfhost/typecheck::set-add\n ((selfhost/typecheck::entries-key-set-loop entries)\n ((core/int::add i) 1)))\n ((core/vec::get ((core/vec::get entries) i)) 0))))))\n\n(def selfhost/typecheck::compose-contract-exports\n (fn (exports)\n (fn (path)\n (fn (types)\n (fn (refinements)\n (fn (state)\n ((((((selfhost/typecheck::compose-contract-exports-loop exports) path) types)\n refinements)\n 0)\n state)))))))\n\n(def selfhost/typecheck::compose-contract-exports-loop\n (fn (exports)\n (fn (path)\n (fn (types)\n (fn (refinements)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len exports))\n state\n (let\n ((symbol ((core/vec::get exports) i))\n (type-term ((core/map::get types) ((core/vec::get exports) i))))\n (let\n ((state2\n {:errors ((core/map::get state) (quote :errors))\n :owners\n (((selfhost/typecheck::map-set-add\n ((core/map::get state) (quote :owners)))\n symbol)\n path)}))\n ((((((selfhost/typecheck::compose-contract-exports-loop exports) path)\n types)\n refinements)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::nil? type-term)\n state2\n ((((selfhost/typecheck::validate-contract-export symbol) path)\n type-term)\n ((core/map::get refinements) symbol)\n state2)))))))))))))\n\n(def selfhost/typecheck::map-set-add\n (fn (mapping)\n (fn (key)\n (fn (value)\n (let ((current ((core/map::get mapping) key)))\n (((core/map::put mapping) key)\n ((selfhost/typecheck::set-add\n (if (selfhost/typecheck::map? current) current {}))\n value)))))))\n\n(def selfhost/typecheck::validate-contract-export\n (fn (symbol)\n (fn (path)\n (fn (type-term)\n (fn (refinements)\n (fn (state)\n (let ((parsed (selfhost/typecheck::parse-type type-term)))\n (if (selfhost/typecheck::result-ok? parsed)\n (((selfhost/typecheck::validate-contract-export-type symbol) path)\n ((core/map::get parsed) (quote :value))\n (if (selfhost/typecheck::map? refinements) refinements {})\n state)\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str4 \"[blame=boundary] \"\n (selfhost/typecheck::symbol-str symbol))\n \" has invalid contract type: \"\n ((core/map::get parsed) (quote :error))))\n :owners ((core/map::get state) (quote :owners))}))))))))\n\n(def selfhost/typecheck::validate-contract-export-type\n (fn (symbol)\n (fn (path)\n (fn (ty)\n (fn (refinements)\n (fn (state)\n (let\n ((errors0 ((core/map::get state) (quote :errors))))\n (let\n ((errors1\n (if (selfhost/typecheck::type-contains-gradual? ty)\n (((selfhost/typecheck::module-error-add errors0) path)\n ((selfhost/typecheck::str3 \"[blame=provider] \"\n (selfhost/typecheck::symbol-str symbol))\n \" contract type contains unsupported gradual `?`\"))\n errors0)))\n (let\n ((errors2\n (if (selfhost/typecheck::type-contains-anonymous-row? ty)\n (((selfhost/typecheck::module-error-add errors1) path)\n ((selfhost/typecheck::str3 \"[blame=provider] \"\n (selfhost/typecheck::symbol-str symbol))\n \" contract type contains unsupported anonymous row tail\"))\n errors1))\n (effect-validation\n ((selfhost/typecheck::validate-effect-row-declaration ty) true)))\n (let\n ((errors3\n (if (selfhost/typecheck::result-ok? effect-validation)\n errors2\n (((selfhost/typecheck::module-error-add errors2) path)\n ((selfhost/typecheck::str4 \"[blame=provider] \"\n (selfhost/typecheck::symbol-str symbol))\n \": \"\n ((core/map::get effect-validation) (quote :error)))))))\n (let\n ((errors4\n ((((selfhost/typecheck::validate-contract-methods ty) symbol) path)\n errors3)))\n {:errors\n ((((selfhost/typecheck::unsupported-refinement-errors\n (selfhost/typecheck::set-keys refinements))\n symbol)\n path)\n errors4)\n :owners ((core/map::get state) (quote :owners))})))))))))))\n\n(def selfhost/typecheck::unsupported-refinement-errors\n (fn (refinements)\n (fn (symbol)\n (fn (path)\n (fn (errors)\n (((((selfhost/typecheck::unsupported-refinement-errors-loop refinements) symbol)\n path)\n 0)\n errors))))))\n\n(def selfhost/typecheck::unsupported-refinement-errors-loop\n (fn (refinements)\n (fn (symbol)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len refinements))\n errors\n (((((selfhost/typecheck::unsupported-refinement-errors-loop refinements)\n symbol)\n path)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"[blame=boundary] \"\n (selfhost/typecheck::symbol-str symbol))\n ((selfhost/typecheck::str2 \" refinement \")\n (selfhost/typecheck::symbol-str ((core/vec::get refinements) i)))\n \" is unsupported in genesis/contract-composition-profile-v0.1\"))))))))))\n\n(def selfhost/typecheck::contract-duplicate-owner-errors\n (fn (owners)\n (fn (errors)\n (((selfhost/typecheck::contract-duplicate-owner-entries\n (core/map::entries owners))\n 0)\n errors))))\n\n(def selfhost/typecheck::contract-duplicate-owner-entries\n (fn (entries)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((symbol ((core/vec::get entry) 0))\n (paths (selfhost/typecheck::set-keys ((core/vec::get entry) 1))))\n (((selfhost/typecheck::contract-duplicate-owner-entries entries)\n ((core/int::add i) 1))\n (if ((core/int::lt? 1) (core/vec::len paths))\n (((selfhost/typecheck::contract-owner-errors paths)\n ((selfhost/typecheck::str4\n \"[blame=boundary] duplicate contract export \"\n (selfhost/typecheck::symbol-str symbol))\n \" is owned by modules [\"\n ((selfhost/typecheck::str2 ((core/str::join paths) \", \")) \"]\")))\n errors)\n errors)))))))))\n\n(def selfhost/typecheck::contract-owner-errors\n (fn (paths)\n (fn (message)\n (fn (errors)\n ((((selfhost/typecheck::contract-owner-errors-loop paths) message) 0) errors)))))\n\n(def selfhost/typecheck::contract-owner-errors-loop\n (fn (paths)\n (fn (message)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len paths))\n errors\n ((((selfhost/typecheck::contract-owner-errors-loop paths) message)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) ((core/vec::get paths) i))\n message))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xAA\xE8\xD6W\x925<7\xBD\x12\xE6%\xC9|\x92c\xC2\xB7k/q\xBD)bG+H\x89\xCC\xC2\xCEP" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::package-context-empty {:declarations {} :errors {} :owners {} :parsed {}}) (def selfhost/typecheck::package-error-add (fn (errors) (fn (path) (fn (message) (((selfhost/typecheck::map-vec-push errors) path) message))))) (def selfhost/typecheck::collect-package-context (fn (modules) (let ((collected ((((selfhost/typecheck::collect-package-context-loop modules) (core/vec::len modules)) 0) selfhost/typecheck::package-context-empty))) (selfhost/typecheck::finalize-package-context collected)))) (def selfhost/typecheck::collect-package-context-loop (fn (modules) (fn (n) (fn (i) (fn (context) (if ((core/int::eq? i) n) context (let ((module ((core/vec::get modules) i))) ((((selfhost/typecheck::collect-package-context-loop modules) n) ((core/int::add i) 1)) ((selfhost/typecheck::collect-module-context module) context))))))))) (def selfhost/typecheck::collect-module-context (fn (module) (fn (context) (let ((meta ((core/map::get module) (quote :meta))) (path ((core/map::get module) (quote :path)))) (if (selfhost/typecheck::map? meta) (let ((exports (selfhost/typecheck::meta-exports meta)) (types-result (selfhost/typecheck::meta-types-result meta)) (caps-result (selfhost/typecheck::meta-caps-result meta)) (strict-result (selfhost/typecheck::meta-strict-effects-result meta))) (let ((types (if (selfhost/typecheck::result-ok? types-result) ((core/map::get types-result) (quote :value)) {})) (caps (if (selfhost/typecheck::result-ok? caps-result) ((core/map::get caps-result) (quote :value)) [])) (strict (if (selfhost/typecheck::result-ok? strict-result) ((core/map::get strict-result) (quote :value)) false))) (((((selfhost/typecheck::collect-export-context-loop exports) (core/vec::len exports)) 0) {:caps caps :path path :strict strict :types types}) context))) context))))) (def selfhost/typecheck::collect-export-context-loop (fn (exports) (fn (n) (fn (i) (fn (module-state) (fn (context) (if ((core/int::eq? i) n) context (let ((export ((core/vec::get exports) i))) (((((selfhost/typecheck::collect-export-context-loop exports) n) ((core/int::add i) 1)) module-state) (((selfhost/typecheck::collect-export-context export) module-state) context)))))))))) (def selfhost/typecheck::collect-export-context (fn (export) (fn (module-state) (fn (context) (let ((path ((core/map::get module-state) (quote :path))) (types ((core/map::get module-state) (quote :types)))) (let ((owners ((core/map::get context) (quote :owners))) (parsed ((core/map::get context) (quote :parsed)))) (let ((owner-set ((core/map::get owners) export)) (term ((core/map::get types) export))) (let ((owners2 (((core/map::put owners) export) ((selfhost/typecheck::set-add (if (selfhost/typecheck::map? owner-set) owner-set {})) path))) (parsed-result (if (selfhost/typecheck::nil? term) (selfhost/typecheck::err "missing") (if (if (selfhost/typecheck::sym? term) ((core/sym::eq? term) (quote ?)) false) (selfhost/typecheck::ok selfhost/typecheck::ty-any) (selfhost/typecheck::parse-type term))))) (let ((parsed2 (if (selfhost/typecheck::result-ok? parsed-result) (let ((ty ((core/map::get parsed-result) (quote :value))) (valid ((selfhost/typecheck::validate-effect-row-declaration ((core/map::get parsed-result) (quote :value))) (if ((core/map::get module-state) (quote :strict)) true (selfhost/typecheck::caps-enable-strict? ((core/map::get module-state) (quote :caps))))))) (if (selfhost/typecheck::result-ok? valid) (((core/map::put parsed) ((core/vec::push ((core/vec::push []) path)) export)) ty) parsed)) parsed))) (((core/map::put (((core/map::put context) (quote :owners)) owners2)) (quote :parsed)) parsed2)))))))))) (def selfhost/typecheck::finalize-package-context (fn (context) (let ((entries (core/map::entries ((core/map::get context) (quote :owners))))) ((((selfhost/typecheck::finalize-package-context-loop entries) (core/vec::len entries)) 0) context)))) (def selfhost/typecheck::finalize-package-context-loop (fn (entries) (fn (n) (fn (i) (fn (context) (if ((core/int::eq? i) n) context (let ((entry ((core/vec::get entries) i)) (export ((core/vec::get ((core/vec::get entries) i)) 0)) (owners ((core/vec::get ((core/vec::get entries) i)) 1))) ((((selfhost/typecheck::finalize-package-context-loop entries) n) ((core/int::add i) 1)) (((selfhost/typecheck::finalize-package-export export) owners) context))))))))) (def selfhost/typecheck::finalize-package-export (fn (export) (fn (owners) (fn (context) (let ((paths (selfhost/typecheck::set-keys owners))) (if ((core/int::eq? (core/vec::len paths)) 1) (let ((path ((core/vec::get paths) 0)) (parsed ((core/map::get ((core/map::get context) (quote :parsed))) ((core/vec::push ((core/vec::push []) ((core/vec::get paths) 0))) export)))) (if (selfhost/typecheck::nil? parsed) context (((core/map::put context) (quote :declarations)) (((core/map::put ((core/map::get context) (quote :declarations))) export) parsed)))) (let ((message ((((selfhost/typecheck::str4 "duplicate export ") (selfhost/typecheck::symbol-str export)) " is owned by modules [") ((selfhost/typecheck::str2 ((core/str::join paths) ", ")) "]")))) (((selfhost/typecheck::add-package-error-for-paths paths) message) context)))))))) (def selfhost/typecheck::add-package-error-for-paths (fn (paths) (fn (message) (fn (context) (((((selfhost/typecheck::add-package-error-for-paths-loop paths) (core/vec::len paths)) 0) message) context))))) (def selfhost/typecheck::add-package-error-for-paths-loop (fn (paths) (fn (n) (fn (i) (fn (message) (fn (context) (if ((core/int::eq? i) n) context (let ((errors2 (((selfhost/typecheck::package-error-add ((core/map::get context) (quote :errors))) ((core/vec::get paths) i)) message))) (((((selfhost/typecheck::add-package-error-for-paths-loop paths) n) ((core/int::add i) 1)) message) (((core/map::put context) (quote :errors)) errors2))))))))))] :module-h b"\xE4/;C&\xED(\xA3b\x18\xDEz\x80j\x14kO\xFE<\x1B{\xFB\x89!\x85\xC6\xC8\x15\x8AV\xE2\xD2" :path "selfhost/typecheck_package_context_v1.gc" :source "(def selfhost/typecheck::package-context-empty\n {:declarations {} :errors {} :owners {} :parsed {}})\n\n(def selfhost/typecheck::package-error-add\n (fn (errors)\n (fn (path)\n (fn (message) (((selfhost/typecheck::map-vec-push errors) path) message)))))\n\n(def selfhost/typecheck::collect-package-context\n (fn (modules)\n (let\n ((collected\n ((((selfhost/typecheck::collect-package-context-loop modules)\n (core/vec::len modules))\n 0)\n selfhost/typecheck::package-context-empty)))\n (selfhost/typecheck::finalize-package-context collected))))\n\n(def selfhost/typecheck::collect-package-context-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (fn (context)\n (if ((core/int::eq? i) n)\n context\n (let ((module ((core/vec::get modules) i)))\n ((((selfhost/typecheck::collect-package-context-loop modules) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::collect-module-context module) context)))))))))\n\n(def selfhost/typecheck::collect-module-context\n (fn (module)\n (fn (context)\n (let\n ((meta ((core/map::get module) (quote :meta)))\n (path ((core/map::get module) (quote :path))))\n (if (selfhost/typecheck::map? meta)\n (let\n ((exports (selfhost/typecheck::meta-exports meta))\n (types-result (selfhost/typecheck::meta-types-result meta))\n (caps-result (selfhost/typecheck::meta-caps-result meta))\n (strict-result (selfhost/typecheck::meta-strict-effects-result meta)))\n (let\n ((types\n (if (selfhost/typecheck::result-ok? types-result)\n ((core/map::get types-result) (quote :value))\n {}))\n (caps\n (if (selfhost/typecheck::result-ok? caps-result)\n ((core/map::get caps-result) (quote :value))\n []))\n (strict\n (if (selfhost/typecheck::result-ok? strict-result)\n ((core/map::get strict-result) (quote :value))\n false)))\n (((((selfhost/typecheck::collect-export-context-loop exports)\n (core/vec::len exports))\n 0)\n {:caps caps :path path :strict strict :types types})\n context)))\n context)))))\n\n(def selfhost/typecheck::collect-export-context-loop\n (fn (exports)\n (fn (n)\n (fn (i)\n (fn (module-state)\n (fn (context)\n (if ((core/int::eq? i) n)\n context\n (let ((export ((core/vec::get exports) i)))\n (((((selfhost/typecheck::collect-export-context-loop exports) n)\n ((core/int::add i) 1))\n module-state)\n (((selfhost/typecheck::collect-export-context export) module-state)\n context))))))))))\n\n(def selfhost/typecheck::collect-export-context\n (fn (export)\n (fn (module-state)\n (fn (context)\n (let\n ((path ((core/map::get module-state) (quote :path)))\n (types ((core/map::get module-state) (quote :types))))\n (let\n ((owners ((core/map::get context) (quote :owners)))\n (parsed ((core/map::get context) (quote :parsed))))\n (let\n ((owner-set ((core/map::get owners) export))\n (term ((core/map::get types) export)))\n (let\n ((owners2\n (((core/map::put owners) export)\n ((selfhost/typecheck::set-add\n (if (selfhost/typecheck::map? owner-set) owner-set {}))\n path)))\n (parsed-result\n (if (selfhost/typecheck::nil? term)\n (selfhost/typecheck::err \"missing\")\n (if\n (if (selfhost/typecheck::sym? term)\n ((core/sym::eq? term) (quote ?))\n false)\n (selfhost/typecheck::ok selfhost/typecheck::ty-any)\n (selfhost/typecheck::parse-type term)))))\n (let\n ((parsed2\n (if (selfhost/typecheck::result-ok? parsed-result)\n (let\n ((ty ((core/map::get parsed-result) (quote :value)))\n (valid\n ((selfhost/typecheck::validate-effect-row-declaration\n ((core/map::get parsed-result) (quote :value)))\n (if ((core/map::get module-state) (quote :strict))\n true\n (selfhost/typecheck::caps-enable-strict?\n ((core/map::get module-state) (quote :caps)))))))\n (if (selfhost/typecheck::result-ok? valid)\n (((core/map::put parsed)\n ((core/vec::push ((core/vec::push []) path)) export))\n ty)\n parsed))\n parsed)))\n (((core/map::put\n (((core/map::put context) (quote :owners)) owners2))\n (quote :parsed))\n parsed2))))))))))\n\n(def selfhost/typecheck::finalize-package-context\n (fn (context)\n (let ((entries (core/map::entries ((core/map::get context) (quote :owners)))))\n ((((selfhost/typecheck::finalize-package-context-loop entries)\n (core/vec::len entries))\n 0)\n context))))\n\n(def selfhost/typecheck::finalize-package-context-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (context)\n (if ((core/int::eq? i) n)\n context\n (let\n ((entry ((core/vec::get entries) i))\n (export ((core/vec::get ((core/vec::get entries) i)) 0))\n (owners ((core/vec::get ((core/vec::get entries) i)) 1)))\n ((((selfhost/typecheck::finalize-package-context-loop entries) n)\n ((core/int::add i) 1))\n (((selfhost/typecheck::finalize-package-export export) owners) context)))))))))\n\n(def selfhost/typecheck::finalize-package-export\n (fn (export)\n (fn (owners)\n (fn (context)\n (let ((paths (selfhost/typecheck::set-keys owners)))\n (if ((core/int::eq? (core/vec::len paths)) 1)\n (let\n ((path ((core/vec::get paths) 0))\n (parsed\n ((core/map::get ((core/map::get context) (quote :parsed)))\n ((core/vec::push\n ((core/vec::push []) ((core/vec::get paths) 0)))\n export))))\n (if (selfhost/typecheck::nil? parsed)\n context\n (((core/map::put context) (quote :declarations))\n (((core/map::put ((core/map::get context) (quote :declarations))) export)\n parsed))))\n (let\n ((message\n ((selfhost/typecheck::str4 \"duplicate export \"\n (selfhost/typecheck::symbol-str export))\n \" is owned by modules [\"\n ((selfhost/typecheck::str2 ((core/str::join paths) \", \")) \"]\"))))\n (((selfhost/typecheck::add-package-error-for-paths paths) message) context))))))))\n\n(def selfhost/typecheck::add-package-error-for-paths\n (fn (paths)\n (fn (message)\n (fn (context)\n (((((selfhost/typecheck::add-package-error-for-paths-loop paths)\n (core/vec::len paths))\n 0)\n message)\n context)))))\n\n(def selfhost/typecheck::add-package-error-for-paths-loop\n (fn (paths)\n (fn (n)\n (fn (i)\n (fn (message)\n (fn (context)\n (if ((core/int::eq? i) n)\n context\n (let\n ((errors2\n (((selfhost/typecheck::package-error-add\n ((core/map::get context) (quote :errors)))\n ((core/vec::get paths) i))\n message)))\n (((((selfhost/typecheck::add-package-error-for-paths-loop paths) n)\n ((core/int::add i) 1))\n message)\n (((core/map::put context) (quote :errors)) errors2))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE4/;C&\xED(\xA3b\x18\xDEz\x80j\x14kO\xFE<\x1B{\xFB\x89!\x85\xC6\xC8\x15\x8AV\xE2\xD2" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::state-error (fn (state) (fn (message) (((core/map::put (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) message))) (quote :ok)) false)))) (def selfhost/typecheck::state-warning (fn (state) (fn (message) (((core/map::put state) (quote :warnings)) ((core/vec::push ((core/map::get state) (quote :warnings))) message))))) (def selfhost/typecheck::state-path-error (fn (state) (fn (message) ((selfhost/typecheck::state-error state) ((selfhost/typecheck::path-message ((core/map::get state) (quote :path))) message))))) (def selfhost/typecheck::state-path-warning (fn (state) (fn (message) ((selfhost/typecheck::state-warning state) ((selfhost/typecheck::path-message ((core/map::get state) (quote :path))) message))))) (def selfhost/typecheck::module-report-base (fn (path) (fn (syntax-effects) {:errors [] :export-effects [] :export-types [] :inferred-effects syntax-effects :ok true :path path :warnings []}))) (def selfhost/typecheck::prefix-package-errors (fn (state) (fn (errors) ((((selfhost/typecheck::prefix-package-errors-loop errors) (core/vec::len errors)) 0) state)))) (def selfhost/typecheck::prefix-package-errors-loop (fn (errors) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state ((((selfhost/typecheck::prefix-package-errors-loop errors) n) ((core/int::add i) 1)) ((selfhost/typecheck::state-path-error state) ((core/vec::get errors) i))))))))) (def selfhost/typecheck::typecheck-module (fn (module) (fn (context) (let ((path ((core/map::get module) (quote :path))) (forms ((core/map::get module) (quote :forms))) (meta ((core/map::get module) (quote :meta)))) (let ((syntax-effects (selfhost/typecheck::syntax-effects-forms forms)) (package-errors ((core/map::get ((core/map::get context) (quote :errors))) path))) (let ((state0 ((selfhost/typecheck::prefix-package-errors ((selfhost/typecheck::module-report-base path) syntax-effects)) (if (selfhost/typecheck::vec? package-errors) package-errors [])))) (if (selfhost/typecheck::nil? meta) ((selfhost/typecheck::state-path-error state0) "missing ::meta") (if (selfhost/typecheck::map? meta) (((selfhost/typecheck::typecheck-module-map module) context) state0) ((selfhost/typecheck::state-path-error state0) ((selfhost/typecheck::str2 "::meta must be a map datum, got ") (selfhost/typecheck::term-str meta))))))))))) (def selfhost/typecheck::typecheck-module-map (fn (module) (fn (context) (fn (state0) (let ((path ((core/map::get module) (quote :path))) (forms ((core/map::get module) (quote :forms))) (meta ((core/map::get module) (quote :meta)))) (let ((exports (selfhost/typecheck::meta-exports meta)) (caps-result (selfhost/typecheck::meta-caps-result meta)) (types-result (selfhost/typecheck::meta-types-result meta)) (strict-effects-result (selfhost/typecheck::meta-strict-effects-result meta)) (strict-shapes-result (selfhost/typecheck::meta-strict-shapes-result meta))) (let ((state1 (if ((core/int::eq? (core/vec::len exports)) 0) ((selfhost/typecheck::state-path-warning state0) "::meta :exports is empty") state0)) (caps (if (selfhost/typecheck::result-ok? caps-result) ((core/map::get caps-result) (quote :value)) [])) (types (if (selfhost/typecheck::result-ok? types-result) ((core/map::get types-result) (quote :value)) {}))) (let ((state2 ((selfhost/typecheck::apply-meta-result-errors ((selfhost/typecheck::apply-meta-result-errors ((selfhost/typecheck::apply-meta-result-errors ((selfhost/typecheck::apply-meta-result-errors state1) caps-result)) types-result)) strict-effects-result)) strict-shapes-result)) (strict-effects (if (selfhost/typecheck::result-ok? strict-effects-result) (if ((core/map::get strict-effects-result) (quote :value)) true (selfhost/typecheck::caps-enable-strict? caps)) (selfhost/typecheck::caps-enable-strict? caps))) (strict-shapes (if (selfhost/typecheck::result-ok? strict-shapes-result) ((core/map::get strict-shapes-result) (quote :value)) false))) (let ((inferred ((selfhost/typecheck::infer-module-types forms) ((core/map::get context) (quote :declarations))))) (let ((state3 ((selfhost/typecheck::merge-infer-session state2) ((core/map::get inferred) (quote :session)))) (env ((core/map::get inferred) (quote :env))) (defs ((core/map::get inferred) (quote :defs)))) (let ((effects ((selfhost/typecheck::effects-in-forms-with-env forms) env))) (((selfhost/typecheck::check-module-exports (((core/map::put state3) (quote :inferred-effects)) effects)) {:caps caps :caps-set (selfhost/typecheck::effects-vec-to-set caps) :defs (selfhost/typecheck::defs-map forms) :env env :exports exports :inferred-defs defs :package-declarations ((core/map::get context) (quote :declarations)) :path path :strict-effects strict-effects :strict-shapes strict-shapes :types types}) context)))))))))))) (def selfhost/typecheck::apply-meta-result-errors (fn (state) (fn (result) (if (selfhost/typecheck::result-ok? result) state ((selfhost/typecheck::state-path-error state) ((core/map::get result) (quote :error))))))) (def selfhost/typecheck::merge-infer-session (fn (state) (fn (session) (let ((errors ((core/map::get session) (quote :errors))) (warnings ((core/map::get session) (quote :warnings)))) ((selfhost/typecheck::merge-infer-warnings ((selfhost/typecheck::merge-infer-errors state) errors)) warnings))))) (def selfhost/typecheck::merge-infer-errors (fn (state) (fn (errors) ((((selfhost/typecheck::merge-infer-errors-loop errors) (core/vec::len errors)) 0) state)))) (def selfhost/typecheck::merge-infer-errors-loop (fn (errors) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state ((((selfhost/typecheck::merge-infer-errors-loop errors) n) ((core/int::add i) 1)) ((selfhost/typecheck::state-path-error state) ((core/vec::get errors) i))))))))) (def selfhost/typecheck::merge-infer-warnings (fn (state) (fn (warnings) ((((selfhost/typecheck::merge-infer-warnings-loop warnings) (core/vec::len warnings)) 0) state)))) (def selfhost/typecheck::merge-infer-warnings-loop (fn (warnings) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state ((((selfhost/typecheck::merge-infer-warnings-loop warnings) n) ((core/int::add i) 1)) ((selfhost/typecheck::state-path-warning state) ((core/vec::get warnings) i)))))))))] :module-h b"m\xC5\xBFK\x1D(\xEF\x07CV\x80\\\x8A&z\xB4^\x08\xBD\xA0\xDB^CMp\x89\\\\\xAEm\x13\x07" :path "selfhost/typecheck_package_module_v1.gc" :source "(def selfhost/typecheck::state-error\n (fn (state)\n (fn (message)\n (((core/map::put\n (((core/map::put state) (quote :errors))\n ((core/vec::push ((core/map::get state) (quote :errors))) message)))\n (quote :ok))\n false))))\n\n(def selfhost/typecheck::state-warning\n (fn (state)\n (fn (message)\n (((core/map::put state) (quote :warnings))\n ((core/vec::push ((core/map::get state) (quote :warnings))) message)))))\n\n(def selfhost/typecheck::state-path-error\n (fn (state)\n (fn (message)\n ((selfhost/typecheck::state-error state)\n ((selfhost/typecheck::path-message ((core/map::get state) (quote :path))) message)))))\n\n(def selfhost/typecheck::state-path-warning\n (fn (state)\n (fn (message)\n ((selfhost/typecheck::state-warning state)\n ((selfhost/typecheck::path-message ((core/map::get state) (quote :path))) message)))))\n\n(def selfhost/typecheck::module-report-base\n (fn (path)\n (fn (syntax-effects)\n {:errors []\n :export-effects []\n :export-types []\n :inferred-effects syntax-effects\n :ok true\n :path path\n :warnings []})))\n\n(def selfhost/typecheck::prefix-package-errors\n (fn (state)\n (fn (errors)\n ((((selfhost/typecheck::prefix-package-errors-loop errors)\n (core/vec::len errors))\n 0)\n state))))\n\n(def selfhost/typecheck::prefix-package-errors-loop\n (fn (errors)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n ((((selfhost/typecheck::prefix-package-errors-loop errors) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::state-path-error state)\n ((core/vec::get errors) i)))))))))\n\n(def selfhost/typecheck::typecheck-module\n (fn (module)\n (fn (context)\n (let\n ((path ((core/map::get module) (quote :path)))\n (forms ((core/map::get module) (quote :forms)))\n (meta ((core/map::get module) (quote :meta))))\n (let\n ((syntax-effects (selfhost/typecheck::syntax-effects-forms forms))\n (package-errors\n ((core/map::get ((core/map::get context) (quote :errors))) path)))\n (let\n ((state0\n ((selfhost/typecheck::prefix-package-errors\n ((selfhost/typecheck::module-report-base path) syntax-effects))\n (if (selfhost/typecheck::vec? package-errors) package-errors []))))\n (if (selfhost/typecheck::nil? meta)\n ((selfhost/typecheck::state-path-error state0) \"missing ::meta\")\n (if (selfhost/typecheck::map? meta)\n (((selfhost/typecheck::typecheck-module-map module) context) state0)\n ((selfhost/typecheck::state-path-error state0)\n ((selfhost/typecheck::str2 \"::meta must be a map datum, got \")\n (selfhost/typecheck::term-str meta)))))))))))\n\n(def selfhost/typecheck::typecheck-module-map\n (fn (module)\n (fn (context)\n (fn (state0)\n (let\n ((path ((core/map::get module) (quote :path)))\n (forms ((core/map::get module) (quote :forms)))\n (meta ((core/map::get module) (quote :meta))))\n (let\n ((exports (selfhost/typecheck::meta-exports meta))\n (caps-result (selfhost/typecheck::meta-caps-result meta))\n (types-result (selfhost/typecheck::meta-types-result meta))\n (strict-effects-result (selfhost/typecheck::meta-strict-effects-result meta))\n (strict-shapes-result (selfhost/typecheck::meta-strict-shapes-result meta)))\n (let\n ((state1\n (if ((core/int::eq? (core/vec::len exports)) 0)\n ((selfhost/typecheck::state-path-warning state0)\n \"::meta :exports is empty\")\n state0))\n (caps\n (if (selfhost/typecheck::result-ok? caps-result)\n ((core/map::get caps-result) (quote :value))\n []))\n (types\n (if (selfhost/typecheck::result-ok? types-result)\n ((core/map::get types-result) (quote :value))\n {})))\n (let\n ((state2\n ((selfhost/typecheck::apply-meta-result-errors\n ((selfhost/typecheck::apply-meta-result-errors\n ((selfhost/typecheck::apply-meta-result-errors\n ((selfhost/typecheck::apply-meta-result-errors state1) caps-result))\n types-result))\n strict-effects-result))\n strict-shapes-result))\n (strict-effects\n (if (selfhost/typecheck::result-ok? strict-effects-result)\n (if ((core/map::get strict-effects-result) (quote :value))\n true\n (selfhost/typecheck::caps-enable-strict? caps))\n (selfhost/typecheck::caps-enable-strict? caps)))\n (strict-shapes\n (if (selfhost/typecheck::result-ok? strict-shapes-result)\n ((core/map::get strict-shapes-result) (quote :value))\n false)))\n (let\n ((inferred\n ((selfhost/typecheck::infer-module-types forms)\n ((core/map::get context) (quote :declarations)))))\n (let\n ((state3\n ((selfhost/typecheck::merge-infer-session state2)\n ((core/map::get inferred) (quote :session))))\n (env ((core/map::get inferred) (quote :env)))\n (defs ((core/map::get inferred) (quote :defs))))\n (let\n ((effects ((selfhost/typecheck::effects-in-forms-with-env forms) env)))\n (((selfhost/typecheck::check-module-exports\n (((core/map::put state3) (quote :inferred-effects)) effects))\n {:caps caps\n :caps-set (selfhost/typecheck::effects-vec-to-set caps)\n :defs (selfhost/typecheck::defs-map forms)\n :env env\n :exports exports\n :inferred-defs defs\n :package-declarations\n ((core/map::get context) (quote :declarations))\n :path path\n :strict-effects strict-effects\n :strict-shapes strict-shapes\n :types types})\n context))))))))))))\n\n(def selfhost/typecheck::apply-meta-result-errors\n (fn (state)\n (fn (result)\n (if (selfhost/typecheck::result-ok? result)\n state\n ((selfhost/typecheck::state-path-error state)\n ((core/map::get result) (quote :error)))))))\n\n(def selfhost/typecheck::merge-infer-session\n (fn (state)\n (fn (session)\n (let\n ((errors ((core/map::get session) (quote :errors)))\n (warnings ((core/map::get session) (quote :warnings))))\n ((selfhost/typecheck::merge-infer-warnings\n ((selfhost/typecheck::merge-infer-errors state) errors))\n warnings)))))\n\n(def selfhost/typecheck::merge-infer-errors\n (fn (state)\n (fn (errors)\n ((((selfhost/typecheck::merge-infer-errors-loop errors) (core/vec::len errors)) 0)\n state))))\n\n(def selfhost/typecheck::merge-infer-errors-loop\n (fn (errors)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n ((((selfhost/typecheck::merge-infer-errors-loop errors) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::state-path-error state) ((core/vec::get errors) i)))))))))\n\n(def selfhost/typecheck::merge-infer-warnings\n (fn (state)\n (fn (warnings)\n ((((selfhost/typecheck::merge-infer-warnings-loop warnings) (core/vec::len warnings)) 0)\n state))))\n\n(def selfhost/typecheck::merge-infer-warnings-loop\n (fn (warnings)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n ((((selfhost/typecheck::merge-infer-warnings-loop warnings) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::state-path-warning state) ((core/vec::get warnings) i)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"m\xC5\xBFK\x1D(\xEF\x07CV\x80\\\x8A&z\xB4^\x08\xBD\xA0\xDB^CMp\x89\\\\\xAEm\x13\x07" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::check-module-exports (fn (state) (fn (module-state) (fn (context) (let ((exports ((core/map::get module-state) (quote :exports)))) (let ((with-effects (((((selfhost/typecheck::check-export-effects-loop exports) (core/vec::len exports)) 0) module-state) state))) (((((selfhost/typecheck::check-export-types-loop exports) (core/vec::len exports)) 0) module-state) with-effects))))))) (def selfhost/typecheck::check-export-effects-loop (fn (exports) (fn (n) (fn (i) (fn (module-state) (fn (state) (if ((core/int::eq? i) n) state (((((selfhost/typecheck::check-export-effects-loop exports) n) ((core/int::add i) 1)) module-state) (((selfhost/typecheck::check-export-effects ((core/vec::get exports) i)) module-state) state))))))))) (def selfhost/typecheck::check-export-effects (fn (export) (fn (module-state) (fn (state) (let ((expr ((core/map::get ((core/map::get module-state) (quote :defs))) export))) (if (selfhost/typecheck::nil? expr) (let ((state2 ((selfhost/typecheck::state-path-error state) ((((selfhost/typecheck::str4 "exported symbol ") (selfhost/typecheck::symbol-str export)) " has no (def ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) ") in module"))))) (((core/map::put state2) (quote :export-effects)) ((core/vec::push ((core/map::get state2) (quote :export-effects))) {:name export :ops [] :unknown false}))) (let ((effects0 (((selfhost/typecheck::effects-in-term-with-expected expr) ((core/map::get module-state) (quote :env))) ((core/map::get ((core/map::get module-state) (quote :inferred-defs))) export))) (unknown-calls ((selfhost/typecheck::unknown-signature-symbols expr) ((core/map::get module-state) (quote :env)))) (unknown-signatures ((selfhost/typecheck::unknown-signature-symbols expr) ((core/map::get module-state) (quote :package-declarations))))) (let ((effects (if ((core/int::lt? 0) (core/map::len unknown-calls)) (selfhost/typecheck::effects-with-unknown effects0) effects0))) (let ((state2 (((((selfhost/typecheck::validate-export-effects export) module-state) effects) unknown-signatures) state))) (((core/map::put state2) (quote :export-effects)) ((core/vec::push ((core/map::get state2) (quote :export-effects))) {:name export :ops (selfhost/typecheck::set-keys ((core/map::get effects) (quote :ops))) :unknown ((core/map::get effects) (quote :unknown))}))))))))))) (def selfhost/typecheck::validate-export-effects (fn (export) (fn (module-state) (fn (effects) (fn (unknown-signatures) (fn (state) (let ((unknown ((core/map::get effects) (quote :unknown))) (caps ((core/map::get module-state) (quote :caps))) (strict ((core/map::get module-state) (quote :strict-effects))) (unknown-signatures-text (selfhost/typecheck::symbol-set-joined unknown-signatures))) (let ((state1 (if ((core/int::lt? 0) (core/map::len unknown-signatures)) ((selfhost/typecheck::state-path-warning state) ((((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str export)) " has unknown imported effect signature(s): ") unknown-signatures-text) "")) state)) (state2 (if unknown ((selfhost/typecheck::state-path-warning state1) (((selfhost/typecheck::str3 (selfhost/typecheck::symbol-str export)) " effect ops could not be fully inferred ") "(non-literal op, open row, unknown imported signature, or unknown task wrapper arity)")) state1)) (state3 (if (if unknown ((core/int::eq? (core/vec::len caps)) 0) false) ((selfhost/typecheck::state-path-error state2) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) " declares :caps [] but has unknown effect ops")) state2))) (let ((state4 (if (if unknown strict false) ((selfhost/typecheck::state-path-error state3) (if ((core/int::eq? (core/map::len unknown-signatures)) 0) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) " strict effect mode forbids unknown effect ops; use literal op symbols and soundly bound effect rows") ((((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str export)) " strict effect mode forbids unknown imported effect signature(s): ") unknown-signatures-text) ""))) state3))) (((((selfhost/typecheck::validate-effect-caps-loop (selfhost/typecheck::set-keys ((core/map::get effects) (quote :ops)))) (core/map::get module-state)) export) 0) state4)))))))))) (def selfhost/typecheck::validate-effect-caps-loop (fn (ops) (fn (module-state) (fn (export) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len ops)) state (let ((op ((core/vec::get ops) i))) (((((selfhost/typecheck::validate-effect-caps-loop ops) module-state) export) ((core/int::add i) 1)) (if ((selfhost/typecheck::set-has? ((core/map::get module-state) (quote :caps-set))) op) state ((selfhost/typecheck::state-path-error state) ((((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str export)) " inferred effect op ") (selfhost/typecheck::symbol-str op)) " not present in ::meta :caps")))))))))))) (def selfhost/typecheck::check-export-types-loop (fn (exports) (fn (n) (fn (i) (fn (module-state) (fn (state) (if ((core/int::eq? i) n) state (((((selfhost/typecheck::check-export-types-loop exports) n) ((core/int::add i) 1)) module-state) (((selfhost/typecheck::check-export-type ((core/vec::get exports) i)) module-state) state))))))))) (def selfhost/typecheck::check-export-type (fn (export) (fn (module-state) (fn (state) (let ((term ((core/map::get ((core/map::get module-state) (quote :types))) export)) (inferred (let ((found ((core/map::get ((core/map::get module-state) (quote :inferred-defs))) export))) (if (selfhost/typecheck::nil? found) selfhost/typecheck::ty-any found)))) (if (selfhost/typecheck::nil? term) (let ((message (((selfhost/typecheck::str3 "exported symbol ") (selfhost/typecheck::symbol-str export)) " has no type in ::meta :types"))) (let ((state2 ((selfhost/typecheck::state-path-error state) message))) (((core/map::put state2) (quote :export-types)) ((core/vec::push ((core/map::get state2) (quote :export-types))) {:declared nil :errors ["missing declared type"] :inferred (selfhost/typecheck::type-to-term inferred) :name export :ok false :warnings []})))) (((((selfhost/typecheck::check-declared-export-type export) (((core/map::put module-state) (quote :current-export-effects)) ((selfhost/typecheck::find-export-effects ((core/map::get state) (quote :export-effects))) export))) inferred) term) state))))))) (def selfhost/typecheck::find-export-effects (fn (reports) (fn (export) ((((selfhost/typecheck::find-export-effects-loop reports) export) (core/vec::len reports)) 0)))) (def selfhost/typecheck::find-export-effects-loop (fn (reports) (fn (export) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:name export :ops [] :unknown false} (let ((report ((core/vec::get reports) i))) (if ((core/eq? ((core/map::get report) (quote :name))) export) report ((((selfhost/typecheck::find-export-effects-loop reports) export) n) ((core/int::add i) 1)))))))))) (def selfhost/typecheck::check-declared-export-type (fn (export) (fn (module-state) (fn (inferred) (fn (term) (fn (state) (let ((gradual (if (selfhost/typecheck::sym? term) ((core/sym::eq? term) (quote ?)) false))) (let ((state2 (if gradual ((selfhost/typecheck::state-path-warning state) (((selfhost/typecheck::str3 "export ") (selfhost/typecheck::symbol-str export)) " has type ?")) state)) (checked (if gradual {:errors [] :ok true :warnings (if ((core/sym::eq? (selfhost/typecheck::ty-tag inferred)) (quote :any)) ["inferred type is ?"] [])} ((((selfhost/typecheck::validate-declared-type export) module-state) inferred) term)))) (let ((state3 (((selfhost/typecheck::merge-export-type-errors state2) ((core/map::get checked) (quote :errors))) ((core/map::get module-state) (quote :path))))) (let ((report {:declared term :errors ((core/map::get checked) (quote :errors)) :inferred (selfhost/typecheck::type-to-term inferred) :name export :ok ((core/map::get checked) (quote :ok)) :warnings ((core/map::get checked) (quote :warnings))})) (((core/map::put state3) (quote :export-types)) ((core/vec::push ((core/map::get state3) (quote :export-types))) report)))))))))))) (def selfhost/typecheck::merge-export-type-errors (fn (state) (fn (errors) (fn (path) (((((selfhost/typecheck::merge-export-type-errors-loop errors) (core/vec::len errors)) 0) path) state))))) (def selfhost/typecheck::merge-export-type-errors-loop (fn (errors) (fn (n) (fn (i) (fn (path) (fn (state) (if ((core/int::eq? i) n) state (((((selfhost/typecheck::merge-export-type-errors-loop errors) n) ((core/int::add i) 1)) path) ((selfhost/typecheck::state-error state) ((selfhost/typecheck::path-message path) ((core/vec::get errors) i))))))))))) (def selfhost/typecheck::declared-eff-row (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) ((core/map::get ty) (quote :eff)) (if ((core/sym::eq? tag) (quote :prog)) ((core/map::get ty) (quote :eff)) nil))))) (def selfhost/typecheck::validate-declared-type (fn (export) (fn (module-state) (fn (inferred) (fn (term) (let ((parsed (selfhost/typecheck::parse-type term))) (if (selfhost/typecheck::result-ok? parsed) ((((selfhost/typecheck::validate-parsed-declared-type export) module-state) inferred) ((core/map::get parsed) (quote :value))) {:errors [((selfhost/typecheck::str4 "type parse error for " (selfhost/typecheck::symbol-str export)) ": " ((core/map::get parsed) (quote :error)))] :ok false :warnings []}))))))) (def selfhost/typecheck::validate-parsed-declared-type (fn (export) (fn (module-state) (fn (inferred) (fn (parsed) (let ((validation ((selfhost/typecheck::validate-effect-row-declaration parsed) ((core/map::get module-state) (quote :strict-effects)))) (compatible (((selfhost/typecheck::type-compatible? inferred) parsed) ((core/map::get module-state) (quote :strict-shapes))))) (let ((errors0 (if (selfhost/typecheck::result-ok? validation) [] ((core/vec::push []) (((selfhost/typecheck::str3 (selfhost/typecheck::symbol-str export)) ": ") ((core/map::get validation) (quote :error)))))) (errors1 (if compatible [] ((core/vec::push []) ((((selfhost/typecheck::str4 "declared type mismatch for ") (selfhost/typecheck::symbol-str export)) ": declared ") (((selfhost/typecheck::str3 (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term parsed))) ", inferred ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term inferred)))))))) (let ((errors2 ((core/vec::append errors0) errors1))) (let ((errors3 ((((selfhost/typecheck::validate-declared-effect-evidence export) parsed) ((core/map::get module-state) (quote :current-export-effects))) errors2)) (errors4 (if (if ((core/map::get module-state) (quote :strict-shapes)) (selfhost/typecheck::has-unresolved-contract-ops? inferred) false) ((core/vec::push errors3) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) ": strict shape mode forbids unresolved contract op signatures")) errors3))) {:errors errors4 :ok ((core/int::eq? (core/vec::len errors4)) 0) :warnings []}))))))))) (def selfhost/typecheck::validate-declared-effect-evidence (fn (export) (fn (declared) (fn (effects) (fn (errors) (let ((row (selfhost/typecheck::declared-eff-row declared))) (if (selfhost/typecheck::nil? row) errors (let ((errors2 (if (if ((core/map::get effects) (quote :unknown)) (selfhost/typecheck::tail-closed? ((core/map::get row) (quote :tail))) false) ((core/vec::push errors) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) ": inferred unknown effect ops but declared effect row is closed")) errors))) (((((selfhost/typecheck::validate-declared-effect-ops-loop ((core/map::get effects) (quote :ops))) row) export) 0) errors2))))))))) (def selfhost/typecheck::validate-declared-effect-ops-loop (fn (ops) (fn (row) (fn (export) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len ops)) errors (let ((op ((core/vec::get ops) i))) (((((selfhost/typecheck::validate-declared-effect-ops-loop ops) row) export) ((core/int::add i) 1)) (if (if (selfhost/typecheck::tail-closed? ((core/map::get row) (quote :tail))) (if ((selfhost/typecheck::set-has? ((core/map::get row) (quote :ops))) op) false true) false) ((core/vec::push errors) ((((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str export)) ": inferred effect op ") (selfhost/typecheck::symbol-str op)) " not present in declared effect row")) errors))))))))))] :module-h b"\xAC\xF9.?g)X\x1F\x7F\x13\xC7'\xD0\xB9p%\xD0\x7Fq\xCCs\xC5'\x87\xAA\x9E\xF4\xAB\x0C\x86\xD7K" :path "selfhost/typecheck_package_exports_v1.gc" :source "(def selfhost/typecheck::check-module-exports\n (fn (state)\n (fn (module-state)\n (fn (context)\n (let ((exports ((core/map::get module-state) (quote :exports))))\n (let\n ((with-effects\n (((((selfhost/typecheck::check-export-effects-loop exports)\n (core/vec::len exports))\n 0)\n module-state)\n state)))\n (((((selfhost/typecheck::check-export-types-loop exports)\n (core/vec::len exports))\n 0)\n module-state)\n with-effects)))))))\n\n(def selfhost/typecheck::check-export-effects-loop\n (fn (exports)\n (fn (n)\n (fn (i)\n (fn (module-state)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (((((selfhost/typecheck::check-export-effects-loop exports) n)\n ((core/int::add i) 1))\n module-state)\n (((selfhost/typecheck::check-export-effects\n ((core/vec::get exports) i))\n module-state)\n state)))))))))\n\n(def selfhost/typecheck::check-export-effects\n (fn (export)\n (fn (module-state)\n (fn (state)\n (let ((expr ((core/map::get ((core/map::get module-state) (quote :defs))) export)))\n (if (selfhost/typecheck::nil? expr)\n (let\n ((state2\n ((selfhost/typecheck::state-path-error state)\n ((((selfhost/typecheck::str4 \"exported symbol \")\n (selfhost/typecheck::symbol-str export))\n \" has no (def \")\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \") in module\")))))\n (((core/map::put state2) (quote :export-effects))\n ((core/vec::push ((core/map::get state2) (quote :export-effects)))\n {:name export :ops [] :unknown false})))\n (let\n ((effects0\n (((selfhost/typecheck::effects-in-term-with-expected expr)\n ((core/map::get module-state) (quote :env)))\n ((core/map::get\n ((core/map::get module-state) (quote :inferred-defs)))\n export)))\n (unknown-calls\n ((selfhost/typecheck::unknown-signature-symbols expr)\n ((core/map::get module-state) (quote :env))))\n (unknown-signatures\n ((selfhost/typecheck::unknown-signature-symbols expr)\n ((core/map::get module-state) (quote :package-declarations)))))\n (let\n ((effects\n (if ((core/int::lt? 0) (core/map::len unknown-calls))\n (selfhost/typecheck::effects-with-unknown effects0)\n effects0)))\n (let\n ((state2\n (((((selfhost/typecheck::validate-export-effects export) module-state)\n effects)\n unknown-signatures)\n state)))\n (((core/map::put state2) (quote :export-effects))\n ((core/vec::push ((core/map::get state2) (quote :export-effects)))\n {:name export\n :ops (selfhost/typecheck::set-keys\n ((core/map::get effects) (quote :ops)))\n :unknown ((core/map::get effects) (quote :unknown))})))))))))))\n\n(def selfhost/typecheck::validate-export-effects\n (fn (export)\n (fn (module-state)\n (fn (effects)\n (fn (unknown-signatures)\n (fn (state)\n (let\n ((unknown ((core/map::get effects) (quote :unknown)))\n (caps ((core/map::get module-state) (quote :caps)))\n (strict ((core/map::get module-state) (quote :strict-effects)))\n (unknown-signatures-text\n (selfhost/typecheck::symbol-set-joined unknown-signatures)))\n (let\n ((state1\n (if ((core/int::lt? 0) (core/map::len unknown-signatures))\n ((selfhost/typecheck::state-path-warning state)\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str export)\n \" has unknown imported effect signature(s): \")\n unknown-signatures-text\n \"\"))\n state))\n (state2\n (if unknown\n ((selfhost/typecheck::state-path-warning state1)\n ((selfhost/typecheck::str3\n (selfhost/typecheck::symbol-str export)\n \" effect ops could not be fully inferred \")\n \"(non-literal op, open row, unknown imported signature, or unknown task wrapper arity)\"))\n state1))\n (state3\n (if\n (if unknown ((core/int::eq? (core/vec::len caps)) 0) false)\n ((selfhost/typecheck::state-path-error state2)\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \" declares :caps [] but has unknown effect ops\"))\n state2)))\n (let\n ((state4\n (if (if unknown strict false)\n ((selfhost/typecheck::state-path-error state3)\n (if ((core/int::eq? (core/map::len unknown-signatures)) 0)\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \" strict effect mode forbids unknown effect ops; use literal op symbols and soundly bound effect rows\")\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str export)\n \" strict effect mode forbids unknown imported effect signature(s): \")\n unknown-signatures-text\n \"\")))\n state3)))\n (((((selfhost/typecheck::validate-effect-caps-loop\n (selfhost/typecheck::set-keys\n ((core/map::get effects) (quote :ops))))\n (core/map::get module-state))\n export)\n 0)\n state4))))))))))\n\n(def selfhost/typecheck::validate-effect-caps-loop\n (fn (ops)\n (fn (module-state)\n (fn (export)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len ops))\n state\n (let ((op ((core/vec::get ops) i)))\n (((((selfhost/typecheck::validate-effect-caps-loop ops) module-state) export)\n ((core/int::add i) 1))\n (if\n (selfhost/typecheck::set-has?\n ((core/map::get module-state) (quote :caps-set))\n op)\n state\n ((selfhost/typecheck::state-path-error state)\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str export)\n \" inferred effect op \")\n (selfhost/typecheck::symbol-str op)\n \" not present in ::meta :caps\"))))))))))))\n\n(def selfhost/typecheck::check-export-types-loop\n (fn (exports)\n (fn (n)\n (fn (i)\n (fn (module-state)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (((((selfhost/typecheck::check-export-types-loop exports) n)\n ((core/int::add i) 1))\n module-state)\n (((selfhost/typecheck::check-export-type ((core/vec::get exports) i))\n module-state)\n state)))))))))\n\n(def selfhost/typecheck::check-export-type\n (fn (export)\n (fn (module-state)\n (fn (state)\n (let\n ((term ((core/map::get ((core/map::get module-state) (quote :types))) export))\n (inferred\n (let\n ((found\n ((core/map::get ((core/map::get module-state) (quote :inferred-defs))) export)))\n (if (selfhost/typecheck::nil? found) selfhost/typecheck::ty-any found))))\n (if (selfhost/typecheck::nil? term)\n (let\n ((message\n ((selfhost/typecheck::str3 \"exported symbol \"\n (selfhost/typecheck::symbol-str export))\n \" has no type in ::meta :types\")))\n (let ((state2 ((selfhost/typecheck::state-path-error state) message)))\n (((core/map::put state2) (quote :export-types))\n ((core/vec::push ((core/map::get state2) (quote :export-types)))\n {:declared nil\n :errors [\"missing declared type\"]\n :inferred (selfhost/typecheck::type-to-term inferred)\n :name export\n :ok false\n :warnings []}))))\n (((((selfhost/typecheck::check-declared-export-type export)\n (((core/map::put module-state) (quote :current-export-effects))\n ((selfhost/typecheck::find-export-effects\n ((core/map::get state) (quote :export-effects)))\n export)))\n inferred)\n term)\n state)))))))\n\n(def selfhost/typecheck::find-export-effects\n (fn (reports)\n (fn (export)\n ((((selfhost/typecheck::find-export-effects-loop reports) export)\n (core/vec::len reports))\n 0))))\n\n(def selfhost/typecheck::find-export-effects-loop\n (fn (reports)\n (fn (export)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:name export :ops [] :unknown false}\n (let ((report ((core/vec::get reports) i)))\n (if ((core/eq? ((core/map::get report) (quote :name))) export)\n report\n ((((selfhost/typecheck::find-export-effects-loop reports) export) n)\n ((core/int::add i) 1))))))))))\n\n(def selfhost/typecheck::check-declared-export-type\n (fn (export)\n (fn (module-state)\n (fn (inferred)\n (fn (term)\n (fn (state)\n (let\n ((gradual\n (if (selfhost/typecheck::sym? term)\n ((core/sym::eq? term) (quote ?))\n false)))\n (let\n ((state2\n (if gradual\n ((selfhost/typecheck::state-path-warning state)\n ((selfhost/typecheck::str3 \"export \"\n (selfhost/typecheck::symbol-str export))\n \" has type ?\"))\n state))\n (checked\n (if gradual\n {:errors []\n :ok true\n :warnings\n (if ((core/sym::eq? (selfhost/typecheck::ty-tag inferred)) (quote :any))\n [\"inferred type is ?\"]\n [])}\n ((((selfhost/typecheck::validate-declared-type export) module-state)\n inferred)\n term))))\n (let\n ((state3\n (((selfhost/typecheck::merge-export-type-errors state2)\n ((core/map::get checked) (quote :errors)))\n ((core/map::get module-state) (quote :path)))))\n (let\n ((report\n {:declared term\n :errors ((core/map::get checked) (quote :errors))\n :inferred (selfhost/typecheck::type-to-term inferred)\n :name export\n :ok ((core/map::get checked) (quote :ok))\n :warnings ((core/map::get checked) (quote :warnings))}))\n (((core/map::put state3) (quote :export-types))\n ((core/vec::push ((core/map::get state3) (quote :export-types))) report))))))))))))\n\n(def selfhost/typecheck::merge-export-type-errors\n (fn (state)\n (fn (errors)\n (fn (path)\n (((((selfhost/typecheck::merge-export-type-errors-loop errors)\n (core/vec::len errors))\n 0)\n path)\n state)))))\n\n(def selfhost/typecheck::merge-export-type-errors-loop\n (fn (errors)\n (fn (n)\n (fn (i)\n (fn (path)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (((((selfhost/typecheck::merge-export-type-errors-loop errors) n)\n ((core/int::add i) 1))\n path)\n ((selfhost/typecheck::state-error state)\n ((selfhost/typecheck::path-message path) ((core/vec::get errors) i)))))))))))\n\n(def selfhost/typecheck::declared-eff-row\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n ((core/map::get ty) (quote :eff))\n (if ((core/sym::eq? tag) (quote :prog))\n ((core/map::get ty) (quote :eff))\n nil)))))\n\n(def selfhost/typecheck::validate-declared-type\n (fn (export)\n (fn (module-state)\n (fn (inferred)\n (fn (term)\n (let ((parsed (selfhost/typecheck::parse-type term)))\n (if (selfhost/typecheck::result-ok? parsed)\n ((((selfhost/typecheck::validate-parsed-declared-type export) module-state)\n inferred)\n ((core/map::get parsed) (quote :value)))\n {:errors\n [((selfhost/typecheck::str4 \"type parse error for \"\n (selfhost/typecheck::symbol-str export))\n \": \"\n ((core/map::get parsed) (quote :error)))]\n :ok false\n :warnings []})))))))\n\n(def selfhost/typecheck::validate-parsed-declared-type\n (fn (export)\n (fn (module-state)\n (fn (inferred)\n (fn (parsed)\n (let\n ((validation\n ((selfhost/typecheck::validate-effect-row-declaration parsed)\n ((core/map::get module-state) (quote :strict-effects))))\n (compatible\n (((selfhost/typecheck::type-compatible? inferred) parsed)\n ((core/map::get module-state) (quote :strict-shapes)))))\n (let\n ((errors0\n (if (selfhost/typecheck::result-ok? validation)\n []\n ((core/vec::push [])\n (((selfhost/typecheck::str3\n (selfhost/typecheck::symbol-str export))\n \": \")\n ((core/map::get validation) (quote :error))))))\n (errors1\n (if compatible\n []\n ((core/vec::push [])\n ((((selfhost/typecheck::str4 \"declared type mismatch for \")\n (selfhost/typecheck::symbol-str export))\n \": declared \")\n (((selfhost/typecheck::str3\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term parsed)))\n \", inferred \")\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term inferred))))))))\n (let\n ((errors2\n ((core/vec::append errors0) errors1)))\n (let\n ((errors3\n ((((selfhost/typecheck::validate-declared-effect-evidence export)\n parsed)\n ((core/map::get module-state) (quote :current-export-effects)))\n errors2))\n (errors4\n (if\n (if ((core/map::get module-state) (quote :strict-shapes))\n (selfhost/typecheck::has-unresolved-contract-ops? inferred)\n false)\n ((core/vec::push errors3)\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \": strict shape mode forbids unresolved contract op signatures\"))\n errors3)))\n {:errors errors4\n :ok ((core/int::eq? (core/vec::len errors4)) 0)\n :warnings []})))))))))\n\n(def selfhost/typecheck::validate-declared-effect-evidence\n (fn (export)\n (fn (declared)\n (fn (effects)\n (fn (errors)\n (let ((row (selfhost/typecheck::declared-eff-row declared)))\n (if (selfhost/typecheck::nil? row)\n errors\n (let\n ((errors2\n (if\n (if ((core/map::get effects) (quote :unknown))\n (selfhost/typecheck::tail-closed?\n ((core/map::get row) (quote :tail)))\n false)\n ((core/vec::push errors)\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \": inferred unknown effect ops but declared effect row is closed\"))\n errors)))\n (((((selfhost/typecheck::validate-declared-effect-ops-loop\n ((core/map::get effects) (quote :ops)))\n row)\n export)\n 0)\n errors2)))))))))\n\n(def selfhost/typecheck::validate-declared-effect-ops-loop\n (fn (ops)\n (fn (row)\n (fn (export)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len ops))\n errors\n (let ((op ((core/vec::get ops) i)))\n (((((selfhost/typecheck::validate-declared-effect-ops-loop ops) row) export)\n ((core/int::add i) 1))\n (if\n (if\n (selfhost/typecheck::tail-closed?\n ((core/map::get row) (quote :tail)))\n (if\n (selfhost/typecheck::set-has?\n ((core/map::get row) (quote :ops))\n op)\n false\n true)\n false)\n ((core/vec::push errors)\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str export)\n \": inferred effect op \")\n (selfhost/typecheck::symbol-str op)\n \" not present in declared effect row\"))\n errors))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"f\xE5\x15/\x06e\x8F\x81\xE1s$\xEB\xC1\x9E\xE1\xA3|yt\x0FJm7\x93\xBE\xCA\xD9\x11\xF58-A" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::module-state-to-report (fn (state) (let ((effects ((core/map::get state) (quote :inferred-effects)))) {:errors ((core/map::get state) (quote :errors)) :exports ((core/map::get state) (quote :export-effects)) :inferred-ops (selfhost/typecheck::set-keys ((core/map::get effects) (quote :ops))) :ok ((core/map::get state) (quote :ok)) :path ((core/map::get state) (quote :path)) :types ((core/map::get state) (quote :export-types)) :unknown-ops ((core/map::get effects) (quote :unknown)) :warnings ((core/map::get state) (quote :warnings))}))) (def selfhost/typecheck::merge-context-errors (fn (context) (fn (incoming) (let ((merged (((selfhost/typecheck::merge-context-errors-loop (core/map::entries incoming)) 0) ((core/map::get context) (quote :errors))))) (((core/map::put context) (quote :errors)) merged))))) (def selfhost/typecheck::merge-context-errors-loop (fn (entries) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((path ((core/vec::get entry) 0)) (messages ((core/vec::get entry) 1)) (existing ((core/map::get errors) ((core/vec::get entry) 0)))) (((selfhost/typecheck::merge-context-errors-loop entries) ((core/int::add i) 1)) (((core/map::put errors) path) ((core/vec::append (if (selfhost/typecheck::vec? existing) existing [])) messages)))))))))) (def selfhost/typecheck::typecheck-package-modules (fn (modules) (fn (context) (((((selfhost/typecheck::typecheck-package-modules-loop modules) context) (core/vec::len modules)) 0) {:diagnostics [] :errors [] :modules [] :ok true :warnings []})))) (def selfhost/typecheck::typecheck-package-modules-loop (fn (modules) (fn (context) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((module-state ((selfhost/typecheck::typecheck-module ((core/vec::get modules) i)) context))) (((((selfhost/typecheck::typecheck-package-modules-loop modules) context) n) ((core/int::add i) 1)) ((selfhost/typecheck::merge-module-report state) module-state)))))))))) (def selfhost/typecheck::merge-module-report (fn (state) (fn (module-state) (let ((path ((core/map::get module-state) (quote :path))) (errors ((core/map::get module-state) (quote :errors))) (warnings ((core/map::get module-state) (quote :warnings)))) {:diagnostics ((core/vec::append ((core/map::get state) (quote :diagnostics))) (((selfhost/typecheck::module-diagnostics path) errors) warnings)) :errors ((core/vec::append ((core/map::get state) (quote :errors))) errors) :modules ((core/vec::push ((core/map::get state) (quote :modules))) (selfhost/typecheck::module-state-to-report module-state)) :ok (if ((core/map::get state) (quote :ok)) ((core/map::get module-state) (quote :ok)) false) :warnings ((core/vec::append ((core/map::get state) (quote :warnings))) warnings)})))) (def selfhost/typecheck::module-diagnostics (fn (path) (fn (errors) (fn (warnings) (let ((error-diagnostics ((((((selfhost/typecheck::diagnostics-loop errors) path) (quote :error)) (core/vec::len errors)) 0) []))) (let ((warning-diagnostics ((((((selfhost/typecheck::diagnostics-loop warnings) path) (quote :warning)) (core/vec::len warnings)) 0) []))) ((core/vec::append error-diagnostics) warning-diagnostics))))))) (def selfhost/typecheck::diagnostics-loop (fn (messages) (fn (path) (fn (severity) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((((selfhost/typecheck::diagnostics-loop messages) path) severity) n) ((core/int::add i) 1)) ((core/vec::push out) ((((selfhost/typecheck::diagnostic-term path) severity) i) ((core/vec::get messages) i)))))))))))) (def selfhost/typecheck::diagnostic-term (fn (path) (fn (severity) (fn (ordinal) (fn (message) (let ((label (if ((core/sym::eq? severity) (quote :error)) "error" "warning")) (code (if ((core/sym::eq? severity) (quote :error)) (quote typecheck/error) (quote typecheck/warning)))) {:code code :domain (quote typechecker) :id ((((selfhost/typecheck::str4 path) "#") label) ((selfhost/typecheck::str2 "#") (selfhost/typecheck::int-str ordinal))) :message message :module path :ordinal ordinal :severity (if ((core/sym::eq? severity) (quote :error)) (quote error) (quote warning))})))))) (def selfhost/typecheck::typecheck-package-report (fn (modules) (let ((resolution (selfhost/typecheck::resolve-module-profile modules)) (context0 (selfhost/typecheck::collect-package-context modules))) (let ((negotiation ((selfhost/typecheck::negotiate-package-profiles modules) resolution)) (context1 ((selfhost/typecheck::merge-context-errors context0) ((core/map::get resolution) (quote :errors))))) (let ((context ((selfhost/typecheck::merge-context-errors context1) ((core/map::get negotiation) (quote :errors))))) (let ((state ((selfhost/typecheck::typecheck-package-modules modules) context))) {:diagnostics ((core/map::get state) (quote :diagnostics)) :errors ((core/map::get state) (quote :errors)) :kind "genesis/typecheck-v0.2" :modules ((core/map::get state) (quote :modules)) :ok ((core/map::get state) (quote :ok)) :profile-negotiation negotiation :warnings ((core/map::get state) (quote :warnings))})))))) (def core/cli::typecheck-package (fn (request) (let ((validated (selfhost/typecheck::validate-typecheck-request request))) (if (selfhost/typecheck::result-ok? validated) (selfhost/typecheck::typecheck-package-report ((core/map::get validated) (quote :value))) ((core/error::make2 "core/type-error") ((core/map::get validated) (quote :error)))))))] :module-h b"\xC7[\x0E\xA8d\xBB\x04\xAC\xD1\xFA\xDDIrd\x7F\x97+[\x8C\xB8(\xD0\x11&\xAE\xCB{J\\\x0E\xF4q" :path "selfhost/typecheck_package_report_v1.gc" :source "(def selfhost/typecheck::module-state-to-report\n (fn (state)\n (let ((effects ((core/map::get state) (quote :inferred-effects))))\n {:errors ((core/map::get state) (quote :errors))\n :exports ((core/map::get state) (quote :export-effects))\n :inferred-ops (selfhost/typecheck::set-keys ((core/map::get effects) (quote :ops)))\n :ok ((core/map::get state) (quote :ok))\n :path ((core/map::get state) (quote :path))\n :types ((core/map::get state) (quote :export-types))\n :unknown-ops ((core/map::get effects) (quote :unknown))\n :warnings ((core/map::get state) (quote :warnings))})))\n\n(def selfhost/typecheck::merge-context-errors\n (fn (context)\n (fn (incoming)\n (let\n ((merged\n (((selfhost/typecheck::merge-context-errors-loop\n (core/map::entries incoming))\n 0)\n ((core/map::get context) (quote :errors)))))\n (((core/map::put context) (quote :errors)) merged)))))\n\n(def selfhost/typecheck::merge-context-errors-loop\n (fn (entries)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let ((entry ((core/vec::get entries) i)))\n (let\n ((path ((core/vec::get entry) 0))\n (messages ((core/vec::get entry) 1))\n (existing ((core/map::get errors) ((core/vec::get entry) 0))))\n (((selfhost/typecheck::merge-context-errors-loop entries)\n ((core/int::add i) 1))\n (((core/map::put errors) path)\n ((core/vec::append\n (if (selfhost/typecheck::vec? existing) existing []))\n messages))))))))))\n\n(def selfhost/typecheck::typecheck-package-modules\n (fn (modules)\n (fn (context)\n (((((selfhost/typecheck::typecheck-package-modules-loop modules) context)\n (core/vec::len modules))\n 0)\n {:diagnostics [] :errors [] :modules [] :ok true :warnings []}))))\n\n(def selfhost/typecheck::typecheck-package-modules-loop\n (fn (modules)\n (fn (context)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((module-state\n ((selfhost/typecheck::typecheck-module ((core/vec::get modules) i))\n context)))\n (((((selfhost/typecheck::typecheck-package-modules-loop modules) context) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::merge-module-report state) module-state))))))))))\n\n(def selfhost/typecheck::merge-module-report\n (fn (state)\n (fn (module-state)\n (let\n ((path ((core/map::get module-state) (quote :path)))\n (errors ((core/map::get module-state) (quote :errors)))\n (warnings ((core/map::get module-state) (quote :warnings))))\n {:diagnostics\n ((core/vec::append ((core/map::get state) (quote :diagnostics)))\n (((selfhost/typecheck::module-diagnostics path) errors) warnings))\n :errors ((core/vec::append ((core/map::get state) (quote :errors))) errors)\n :modules\n ((core/vec::push ((core/map::get state) (quote :modules)))\n (selfhost/typecheck::module-state-to-report module-state))\n :ok\n (if ((core/map::get state) (quote :ok))\n ((core/map::get module-state) (quote :ok))\n false)\n :warnings ((core/vec::append ((core/map::get state) (quote :warnings))) warnings)}))))\n\n(def selfhost/typecheck::module-diagnostics\n (fn (path)\n (fn (errors)\n (fn (warnings)\n (let\n ((error-diagnostics\n ((((((selfhost/typecheck::diagnostics-loop errors) path) (quote :error))\n (core/vec::len errors))\n 0)\n [])))\n (let\n ((warning-diagnostics\n ((((((selfhost/typecheck::diagnostics-loop warnings) path) (quote :warning))\n (core/vec::len warnings))\n 0)\n [])))\n ((core/vec::append error-diagnostics) warning-diagnostics)))))))\n\n(def selfhost/typecheck::diagnostics-loop\n (fn (messages)\n (fn (path)\n (fn (severity)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((((selfhost/typecheck::diagnostics-loop messages) path) severity) n)\n ((core/int::add i) 1))\n ((core/vec::push out)\n ((((selfhost/typecheck::diagnostic-term path) severity) i)\n ((core/vec::get messages) i))))))))))))\n\n(def selfhost/typecheck::diagnostic-term\n (fn (path)\n (fn (severity)\n (fn (ordinal)\n (fn (message)\n (let\n ((label\n (if ((core/sym::eq? severity) (quote :error)) \"error\" \"warning\"))\n (code\n (if ((core/sym::eq? severity) (quote :error))\n (quote typecheck/error)\n (quote typecheck/warning))))\n {:code code\n :domain (quote typechecker)\n :id\n ((selfhost/typecheck::str4 path \"#\")\n label\n ((selfhost/typecheck::str2 \"#\")\n (selfhost/typecheck::int-str ordinal)))\n :message message\n :module path\n :ordinal ordinal\n :severity\n (if ((core/sym::eq? severity) (quote :error))\n (quote error)\n (quote warning))}))))))\n\n(def selfhost/typecheck::typecheck-package-report\n (fn (modules)\n (let\n ((resolution (selfhost/typecheck::resolve-module-profile modules))\n (context0 (selfhost/typecheck::collect-package-context modules)))\n (let\n ((negotiation\n ((selfhost/typecheck::negotiate-package-profiles modules) resolution))\n (context1\n ((selfhost/typecheck::merge-context-errors context0)\n ((core/map::get resolution) (quote :errors)))))\n (let\n ((context\n ((selfhost/typecheck::merge-context-errors context1)\n ((core/map::get negotiation) (quote :errors)))))\n (let ((state ((selfhost/typecheck::typecheck-package-modules modules) context)))\n {:diagnostics ((core/map::get state) (quote :diagnostics))\n :errors ((core/map::get state) (quote :errors))\n :kind \"genesis/typecheck-v0.2\"\n :modules ((core/map::get state) (quote :modules))\n :ok ((core/map::get state) (quote :ok))\n :profile-negotiation negotiation\n :warnings ((core/map::get state) (quote :warnings))}))))))\n\n(def core/cli::typecheck-package\n (fn (request)\n (let ((validated (selfhost/typecheck::validate-typecheck-request request)))\n (if (selfhost/typecheck::result-ok? validated)\n (selfhost/typecheck::typecheck-package-report\n ((core/map::get validated) (quote :value)))\n ((core/error::make2 \"core/type-error\")\n ((core/map::get validated) (quote :error)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC7[\x0E\xA8d\xBB\x04\xAC\xD1\xFA\xDDIrd\x7F\x97+[\x8C\xB8(\xD0\x11&\xAE\xCB{J\\\x0E\xF4q" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_schema::is-int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int)))) (def selfhost/patch_schema::is-str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str)))) (def selfhost/patch_schema::is-sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym)))) (def selfhost/patch_schema::is-sym-or-str? (fn (x) (if (selfhost/patch_schema::is-sym? x) true (selfhost/patch_schema::is-str? x)))) (def selfhost/patch_schema::is-vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec)))) (def selfhost/patch_schema::is-map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map)))) (def selfhost/patch_schema::err (fn (msg) ((core/error::make2 "core/patch-schema") msg))) (def selfhost/patch_schema::require (fn (cond) (fn (msg) (if cond true (selfhost/patch_schema::err msg))))) (def selfhost/patch_schema::require-key (fn (m) (fn (k) (fn (msg) (let ((v ((core/map::get m) k))) (if (core/list::is-nil? v) (selfhost/patch_schema::err msg) v)))))) (def selfhost/patch_schema::validate-path-step (fn (step) (if (selfhost/patch_schema::is-vec? step) (let ((n (core/vec::len step))) (if ((core/int::eq? n) 0) (selfhost/patch_schema::err "empty path step") (let ((tag ((core/vec::get step) 0))) (if (selfhost/patch_schema::is-sym? tag) (if ((core/sym::eq? tag) (quote :form)) (if ((core/int::eq? n) 2) (let ((i ((core/vec::get step) 1))) (if (selfhost/patch_schema::is-int? i) true (selfhost/patch_schema::err ":form expects int index"))) (selfhost/patch_schema::err ":form expects 1 arg")) (if ((core/sym::eq? tag) (quote :pair-car)) (if ((core/int::eq? n) 1) true (selfhost/patch_schema::err ":pair-car expects 0 args")) (if ((core/sym::eq? tag) (quote :pair-cdr)) (if ((core/int::eq? n) 1) true (selfhost/patch_schema::err ":pair-cdr expects 0 args")) (if ((core/sym::eq? tag) (quote :vec)) (if ((core/int::eq? n) 2) (let ((i ((core/vec::get step) 1))) (if (selfhost/patch_schema::is-int? i) true (selfhost/patch_schema::err ":vec expects int index"))) (selfhost/patch_schema::err ":vec expects 1 arg")) (if ((core/sym::eq? tag) (quote :map)) (if ((core/int::eq? n) 2) true (selfhost/patch_schema::err ":map expects 1 arg")) (selfhost/patch_schema::err "unknown path step tag")))))) (selfhost/patch_schema::err "path step tag must be symbol"))))) (selfhost/patch_schema::err ":path step must be vector")))) (def selfhost/patch_schema::validate-path (fn (path) (if (selfhost/patch_schema::is-vec? path) (let ((len (core/vec::len path))) (((selfhost/patch_schema::validate-path-loop path) len) 0)) (selfhost/patch_schema::err ":path must be vector")))) (def selfhost/patch_schema::validate-path-loop (fn (path) (fn (len) (fn (i) (if ((core/int::eq? i) len) true (let ((step ((core/vec::get path) i))) (let ((r (selfhost/patch_schema::validate-path-step step))) (if (core/error::is? r) r (((selfhost/patch_schema::validate-path-loop path) len) ((core/int::add i) 1)))))))))) (def selfhost/patch_schema::validate-sym-or-str-vec (fn (v) (fn (msg) (if (selfhost/patch_schema::is-vec? v) (let ((len (core/vec::len v))) ((((selfhost/patch_schema::validate-sym-or-str-vec2 v) len) 0) msg)) (selfhost/patch_schema::err msg))))) (def selfhost/patch_schema::validate-sym-or-str-vec2 (fn (v) (fn (len) (fn (i) (fn (msg) (if ((core/int::eq? i) len) true (let ((x ((core/vec::get v) i))) (if (selfhost/patch_schema::is-sym-or-str? x) ((((selfhost/patch_schema::validate-sym-or-str-vec2 v) len) ((core/int::add i) 1)) msg) (selfhost/patch_schema::err msg))))))))) (def selfhost/patch_schema::validate-op-replace-node (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "replace-node missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((path (((selfhost/patch_schema::require-key opm) (quote :path)) "replace-node missing :path"))) (if (core/error::is? path) path (let ((r (selfhost/patch_schema::validate-path path))) (if (core/error::is? r) r (let ((newv (((selfhost/patch_schema::require-key opm) (quote :new)) "replace-node missing :new"))) (if (core/error::is? newv) newv true)))))) (selfhost/patch_schema::err "replace-node :module-path must be string")))))) (def selfhost/patch_schema::validate-op-replace-node-id (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "replace-node-id missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((node-id (((selfhost/patch_schema::require-key opm) (quote :node-id)) "replace-node-id missing :node-id"))) (if (core/error::is? node-id) node-id (if (selfhost/patch_schema::is-str? node-id) (let ((newv (((selfhost/patch_schema::require-key opm) (quote :new)) "replace-node-id missing :new"))) (if (core/error::is? newv) newv true)) (selfhost/patch_schema::err "replace-node-id :node-id must be string")))) (selfhost/patch_schema::err "replace-node-id :module-path must be string")))))) (def selfhost/patch_schema::validate-op-add-module (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "add-module missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((content (((selfhost/patch_schema::require-key opm) (quote :content)) "add-module missing :content"))) (if (core/error::is? content) content (if (selfhost/patch_schema::is-str? content) true (if (selfhost/patch_schema::is-vec? content) true (selfhost/patch_schema::err "add-module :content must be string or vector"))))) (selfhost/patch_schema::err "add-module :module-path must be string")))))) (def selfhost/patch_schema::validate-op-remove-module (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "remove-module missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) true (selfhost/patch_schema::err "remove-module :module-path must be string")))))) (def selfhost/patch_schema::validate-op-update-manifest (fn (opm) (let ((setv ((core/map::get opm) (quote :set)))) (if (core/list::is-nil? setv) true (if (selfhost/patch_schema::is-map? setv) true (selfhost/patch_schema::err ":set must be a map")))))) (def selfhost/patch_schema::validate-op-rename-symbol (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "rename-symbol missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((fromv (((selfhost/patch_schema::require-key opm) (quote :from)) "rename-symbol missing :from"))) (if (core/error::is? fromv) fromv (if (selfhost/patch_schema::is-sym-or-str? fromv) (let ((tov (((selfhost/patch_schema::require-key opm) (quote :to)) "rename-symbol missing :to"))) (if (core/error::is? tov) tov (if (selfhost/patch_schema::is-sym-or-str? tov) true (selfhost/patch_schema::err "rename-symbol :to must be symbol|string")))) (selfhost/patch_schema::err "rename-symbol :from must be symbol|string")))) (selfhost/patch_schema::err "rename-symbol :module-path must be string")))))) (def selfhost/patch_schema::validate-op-move-module (fn (opm) (let ((fromp (((selfhost/patch_schema::require-key opm) (quote :from-module-path)) "move-module missing :from-module-path"))) (if (core/error::is? fromp) fromp (if (selfhost/patch_schema::is-str? fromp) (let ((top (((selfhost/patch_schema::require-key opm) (quote :to-module-path)) "move-module missing :to-module-path"))) (if (core/error::is? top) top (if (selfhost/patch_schema::is-str? top) true (selfhost/patch_schema::err "move-module :to-module-path must be string")))) (selfhost/patch_schema::err "move-module :from-module-path must be string")))))) (def selfhost/patch_schema::validate-op-split-module (fn (opm) (let ((fromp (((selfhost/patch_schema::require-key opm) (quote :from-module-path)) "split-module missing :from-module-path"))) (if (core/error::is? fromp) fromp (if (selfhost/patch_schema::is-str? fromp) (let ((top (((selfhost/patch_schema::require-key opm) (quote :to-module-path)) "split-module missing :to-module-path"))) (if (core/error::is? top) top (if (selfhost/patch_schema::is-str? top) (let ((syms (((selfhost/patch_schema::require-key opm) (quote :symbols)) "split-module missing :symbols"))) (if (core/error::is? syms) syms (if (selfhost/patch_schema::is-vec? syms) (if ((core/int::lt? 0) (core/vec::len syms)) ((selfhost/patch_schema::validate-sym-or-str-vec syms) "split-module :symbols entries must be symbol|string") (selfhost/patch_schema::err "split-module :symbols must be non-empty")) (selfhost/patch_schema::err "split-module :symbols must be vector")))) (selfhost/patch_schema::err "split-module :to-module-path must be string")))) (selfhost/patch_schema::err "split-module :from-module-path must be string")))))) (def selfhost/patch_schema::validate-op-rewrite-meta-list (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "rewrite-meta missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((addv ((core/map::get opm) (quote :add)))) (let ((addr (if (core/list::is-nil? addv) true ((selfhost/patch_schema::validate-sym-or-str-vec addv) "rewrite-meta :add entries must be symbol|string")))) (if (core/error::is? addr) addr (let ((removev ((core/map::get opm) (quote :remove)))) (let ((remr (if (core/list::is-nil? removev) true ((selfhost/patch_schema::validate-sym-or-str-vec removev) "rewrite-meta :remove entries must be symbol|string")))) (if (core/error::is? remr) remr (let ((replacev ((core/map::get opm) (quote :replace)))) (if (core/list::is-nil? replacev) true ((selfhost/patch_schema::validate-sym-or-str-vec replacev) "rewrite-meta :replace entries must be symbol|string"))))))))) (selfhost/patch_schema::err "rewrite-meta :module-path must be string")))))) (def selfhost/patch_schema::validate-op-migrate-contract-signature (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "migrate-contract-signature missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((cs (((selfhost/patch_schema::require-key opm) (quote :contract-symbol)) "migrate-contract-signature missing :contract-symbol"))) (if (core/error::is? cs) cs (if (selfhost/patch_schema::is-sym-or-str? cs) (let ((fromp (((selfhost/patch_schema::require-key opm) (quote :from-param)) "migrate-contract-signature missing :from-param"))) (if (core/error::is? fromp) fromp (if (selfhost/patch_schema::is-sym-or-str? fromp) (let ((top (((selfhost/patch_schema::require-key opm) (quote :to-param)) "migrate-contract-signature missing :to-param"))) (if (core/error::is? top) top (if (selfhost/patch_schema::is-sym-or-str? top) true (selfhost/patch_schema::err "migrate-contract-signature :to-param must be symbol|string")))) (selfhost/patch_schema::err "migrate-contract-signature :from-param must be symbol|string")))) (selfhost/patch_schema::err "migrate-contract-signature :contract-symbol must be symbol|string")))) (selfhost/patch_schema::err "migrate-contract-signature :module-path must be string")))))) (def selfhost/patch_schema::validate-op-known (fn (op-sym) (fn (op) (if ((core/sym::eq? op-sym) (quote :replace-node)) (selfhost/patch_schema::validate-op-replace-node op) (if ((core/sym::eq? op-sym) (quote :replace-node-id)) (selfhost/patch_schema::validate-op-replace-node-id op) (if ((core/sym::eq? op-sym) (quote :add-module)) (selfhost/patch_schema::validate-op-add-module op) (if ((core/sym::eq? op-sym) (quote :remove-module)) (selfhost/patch_schema::validate-op-remove-module op) (if ((core/sym::eq? op-sym) (quote :update-manifest)) (selfhost/patch_schema::validate-op-update-manifest op) (if ((core/sym::eq? op-sym) (quote :rename-symbol)) (selfhost/patch_schema::validate-op-rename-symbol op) (if ((core/sym::eq? op-sym) (quote :move-module)) (selfhost/patch_schema::validate-op-move-module op) (if ((core/sym::eq? op-sym) (quote :split-module)) (selfhost/patch_schema::validate-op-split-module op) (if ((core/sym::eq? op-sym) (quote :rewrite-imports)) (selfhost/patch_schema::validate-op-rewrite-meta-list op) (if ((core/sym::eq? op-sym) (quote :rewrite-exports)) (selfhost/patch_schema::validate-op-rewrite-meta-list op) (if ((core/sym::eq? op-sym) (quote :migrate-contract-signature)) (selfhost/patch_schema::validate-op-migrate-contract-signature op) (selfhost/patch_schema::err "unknown :op"))))))))))))))) (def selfhost/patch_schema::validate-op (fn (op) (if (selfhost/patch_schema::is-map? op) (let ((op-sym ((core/map::get op) (quote :op)))) (if (core/list::is-nil? op-sym) (selfhost/patch_schema::err "missing :op") (if (selfhost/patch_schema::is-sym? op-sym) ((selfhost/patch_schema::validate-op-known op-sym) op) (selfhost/patch_schema::err ":op must be a symbol")))) (selfhost/patch_schema::err "op must be a map")))) (def selfhost/patch_schema::validate-ops (fn (ops) (if (selfhost/patch_schema::is-vec? ops) (let ((len (core/vec::len ops))) (((selfhost/patch_schema::validate-ops-loop ops) len) 0)) (selfhost/patch_schema::err ":ops must be a vector")))) (def selfhost/patch_schema::validate-ops-loop (fn (ops) (fn (len) (fn (i) (if ((core/int::eq? i) len) true (let ((op ((core/vec::get ops) i))) (let ((r (selfhost/patch_schema::validate-op op))) (if (core/error::is? r) r (((selfhost/patch_schema::validate-ops-loop ops) len) ((core/int::add i) 1)))))))))) (def selfhost/patch_schema::is-pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair)))) (def selfhost/patch_schema::vec-drop (fn (v) (fn (start) (let ((len (core/vec::len v))) (((((selfhost/patch_schema::vec-drop-loop v) len) start) 0) (core/pair::as-proper-list nil)))))) (def selfhost/patch_schema::vec-drop-loop (fn (v) (fn (len) (fn (start) (fn (i) (fn (out) (if ((core/int::eq? i) len) out (if ((core/int::lt? i) start) (((((selfhost/patch_schema::vec-drop-loop v) len) start) ((core/int::add i) 1)) out) (let ((x ((core/vec::get v) i))) (((((selfhost/patch_schema::vec-drop-loop v) len) start) ((core/int::add i) 1)) ((core/vec::push out) x))))))))))) (def selfhost/patch_schema::vec-replace (fn (v) (fn (idx) (fn (x) (let ((len (core/vec::len v))) ((((((selfhost/patch_schema::vec-replace-loop v) len) idx) x) 0) (core/pair::as-proper-list nil)))))))] :module-h b"\x9AY=\xEBC\xFA\xFAT\xCFC\x0E\xE85\xED\xED\x1C\x19\x12\xCAiY\xB2$\x19=\xE2.W146|" :path "selfhost/patch_schema_v1.gc" :source "(def selfhost/patch_schema::is-int?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int))))\n\n(def selfhost/patch_schema::is-str?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str))))\n\n(def selfhost/patch_schema::is-sym?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym))))\n\n(def selfhost/patch_schema::is-sym-or-str?\n (fn (x)\n (if (selfhost/patch_schema::is-sym? x)\n true\n (selfhost/patch_schema::is-str? x))))\n\n(def selfhost/patch_schema::is-vec?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec))))\n\n(def selfhost/patch_schema::is-map?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map))))\n\n(def selfhost/patch_schema::err\n (fn (msg) ((core/error::make2 \"core/patch-schema\") msg)))\n\n(def selfhost/patch_schema::require\n (fn (cond msg) (if cond true (selfhost/patch_schema::err msg))))\n\n(def selfhost/patch_schema::require-key\n (fn (m k msg)\n (let ((v ((core/map::get m) k)))\n (if (core/list::is-nil? v) (selfhost/patch_schema::err msg) v))))\n\n(def selfhost/patch_schema::validate-path-step\n (fn (step)\n (if (selfhost/patch_schema::is-vec? step)\n (let ((n (core/vec::len step)))\n (if ((core/int::eq? n) 0)\n (selfhost/patch_schema::err \"empty path step\")\n (let ((tag ((core/vec::get step) 0)))\n (if (selfhost/patch_schema::is-sym? tag)\n (if ((core/sym::eq? tag) (quote :form))\n (if ((core/int::eq? n) 2)\n (let ((i ((core/vec::get step) 1)))\n (if (selfhost/patch_schema::is-int? i)\n true\n (selfhost/patch_schema::err \":form expects int index\")))\n (selfhost/patch_schema::err \":form expects 1 arg\"))\n (if ((core/sym::eq? tag) (quote :pair-car))\n (if ((core/int::eq? n) 1)\n true\n (selfhost/patch_schema::err \":pair-car expects 0 args\"))\n (if ((core/sym::eq? tag) (quote :pair-cdr))\n (if ((core/int::eq? n) 1)\n true\n (selfhost/patch_schema::err \":pair-cdr expects 0 args\"))\n (if ((core/sym::eq? tag) (quote :vec))\n (if ((core/int::eq? n) 2)\n (let ((i ((core/vec::get step) 1)))\n (if (selfhost/patch_schema::is-int? i)\n true\n (selfhost/patch_schema::err \":vec expects int index\")))\n (selfhost/patch_schema::err \":vec expects 1 arg\"))\n (if ((core/sym::eq? tag) (quote :map))\n (if ((core/int::eq? n) 2)\n true\n (selfhost/patch_schema::err \":map expects 1 arg\"))\n (selfhost/patch_schema::err \"unknown path step tag\"))))))\n (selfhost/patch_schema::err \"path step tag must be symbol\")))))\n (selfhost/patch_schema::err \":path step must be vector\"))))\n\n(def selfhost/patch_schema::validate-path\n (fn (path)\n (if (selfhost/patch_schema::is-vec? path)\n (let ((len (core/vec::len path)))\n ((selfhost/patch_schema::validate-path-loop path len) 0))\n (selfhost/patch_schema::err \":path must be vector\"))))\n\n(def selfhost/patch_schema::validate-path-loop\n (fn (path len)\n (fn (i)\n (if ((core/int::eq? i) len)\n true\n (let ((step ((core/vec::get path) i)))\n (let ((r (selfhost/patch_schema::validate-path-step step)))\n (if (core/error::is? r)\n r\n ((selfhost/patch_schema::validate-path-loop path len) ((core/int::add i) 1)))))))))\n\n(def selfhost/patch_schema::validate-sym-or-str-vec\n (fn (v)\n (fn (msg)\n (if (selfhost/patch_schema::is-vec? v)\n (let ((len (core/vec::len v)))\n ((((selfhost/patch_schema::validate-sym-or-str-vec2 v) len) 0) msg))\n (selfhost/patch_schema::err msg)))))\n\n(def selfhost/patch_schema::validate-sym-or-str-vec2\n (fn (v len)\n (fn (i)\n (fn (msg)\n (if ((core/int::eq? i) len)\n true\n (let ((x ((core/vec::get v) i)))\n (if (selfhost/patch_schema::is-sym-or-str? x)\n ((((selfhost/patch_schema::validate-sym-or-str-vec2 v) len) ((core/int::add i) 1)) msg)\n (selfhost/patch_schema::err msg))))))))\n\n(def selfhost/patch_schema::validate-op-replace-node\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"replace-node missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((path (selfhost/patch_schema::require-key opm (quote :path) \"replace-node missing :path\")))\n (if (core/error::is? path)\n path\n (let ((r (selfhost/patch_schema::validate-path path)))\n (if (core/error::is? r)\n r\n (let ((newv (selfhost/patch_schema::require-key opm (quote :new) \"replace-node missing :new\")))\n (if (core/error::is? newv) newv true))))))\n (selfhost/patch_schema::err \"replace-node :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-replace-node-id\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"replace-node-id missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((node-id (selfhost/patch_schema::require-key opm (quote :node-id) \"replace-node-id missing :node-id\")))\n (if (core/error::is? node-id)\n node-id\n (if (selfhost/patch_schema::is-str? node-id)\n (let ((newv (selfhost/patch_schema::require-key opm (quote :new) \"replace-node-id missing :new\")))\n (if (core/error::is? newv) newv true))\n (selfhost/patch_schema::err \"replace-node-id :node-id must be string\"))))\n (selfhost/patch_schema::err \"replace-node-id :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-add-module\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"add-module missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((content (selfhost/patch_schema::require-key opm (quote :content) \"add-module missing :content\")))\n (if (core/error::is? content)\n content\n (if (selfhost/patch_schema::is-str? content)\n true\n (if (selfhost/patch_schema::is-vec? content)\n true\n (selfhost/patch_schema::err \"add-module :content must be string or vector\")))))\n (selfhost/patch_schema::err \"add-module :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-remove-module\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"remove-module missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n true\n (selfhost/patch_schema::err \"remove-module :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-update-manifest\n (fn (opm)\n ; `:update-manifest` is intentionally conservative: validate only basic shape and a small set of known fields.\n (let ((setv ((core/map::get opm) (quote :set))))\n (if (core/list::is-nil? setv)\n true\n (if (selfhost/patch_schema::is-map? setv)\n true\n (selfhost/patch_schema::err \":set must be a map\"))))))\n\n(def selfhost/patch_schema::validate-op-rename-symbol\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"rename-symbol missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((fromv (selfhost/patch_schema::require-key opm (quote :from) \"rename-symbol missing :from\")))\n (if (core/error::is? fromv)\n fromv\n (if (selfhost/patch_schema::is-sym-or-str? fromv)\n (let ((tov (selfhost/patch_schema::require-key opm (quote :to) \"rename-symbol missing :to\")))\n (if (core/error::is? tov)\n tov\n (if (selfhost/patch_schema::is-sym-or-str? tov)\n true\n (selfhost/patch_schema::err \"rename-symbol :to must be symbol|string\"))))\n (selfhost/patch_schema::err \"rename-symbol :from must be symbol|string\"))))\n (selfhost/patch_schema::err \"rename-symbol :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-move-module\n (fn (opm)\n (let ((fromp (selfhost/patch_schema::require-key opm (quote :from-module-path) \"move-module missing :from-module-path\")))\n (if (core/error::is? fromp)\n fromp\n (if (selfhost/patch_schema::is-str? fromp)\n (let ((top (selfhost/patch_schema::require-key opm (quote :to-module-path) \"move-module missing :to-module-path\")))\n (if (core/error::is? top)\n top\n (if (selfhost/patch_schema::is-str? top)\n true\n (selfhost/patch_schema::err \"move-module :to-module-path must be string\"))))\n (selfhost/patch_schema::err \"move-module :from-module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-split-module\n (fn (opm)\n (let ((fromp (selfhost/patch_schema::require-key opm (quote :from-module-path) \"split-module missing :from-module-path\")))\n (if (core/error::is? fromp)\n fromp\n (if (selfhost/patch_schema::is-str? fromp)\n (let ((top (selfhost/patch_schema::require-key opm (quote :to-module-path) \"split-module missing :to-module-path\")))\n (if (core/error::is? top)\n top\n (if (selfhost/patch_schema::is-str? top)\n (let ((syms (selfhost/patch_schema::require-key opm (quote :symbols) \"split-module missing :symbols\")))\n (if (core/error::is? syms)\n syms\n (if (selfhost/patch_schema::is-vec? syms)\n (if ((core/int::lt? 0) (core/vec::len syms))\n ((selfhost/patch_schema::validate-sym-or-str-vec syms) \"split-module :symbols entries must be symbol|string\")\n (selfhost/patch_schema::err \"split-module :symbols must be non-empty\"))\n (selfhost/patch_schema::err \"split-module :symbols must be vector\"))))\n (selfhost/patch_schema::err \"split-module :to-module-path must be string\"))))\n (selfhost/patch_schema::err \"split-module :from-module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-rewrite-meta-list\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"rewrite-meta missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((addv ((core/map::get opm) (quote :add))))\n (let ((addr (if (core/list::is-nil? addv) true ((selfhost/patch_schema::validate-sym-or-str-vec addv) \"rewrite-meta :add entries must be symbol|string\"))))\n (if (core/error::is? addr)\n addr\n (let ((removev ((core/map::get opm) (quote :remove))))\n (let ((remr (if (core/list::is-nil? removev) true ((selfhost/patch_schema::validate-sym-or-str-vec removev) \"rewrite-meta :remove entries must be symbol|string\"))))\n (if (core/error::is? remr)\n remr\n (let ((replacev ((core/map::get opm) (quote :replace))))\n (if (core/list::is-nil? replacev)\n true\n ((selfhost/patch_schema::validate-sym-or-str-vec replacev) \"rewrite-meta :replace entries must be symbol|string\")))))))))\n (selfhost/patch_schema::err \"rewrite-meta :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-migrate-contract-signature\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"migrate-contract-signature missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((cs (selfhost/patch_schema::require-key opm (quote :contract-symbol) \"migrate-contract-signature missing :contract-symbol\")))\n (if (core/error::is? cs)\n cs\n (if (selfhost/patch_schema::is-sym-or-str? cs)\n (let ((fromp (selfhost/patch_schema::require-key opm (quote :from-param) \"migrate-contract-signature missing :from-param\")))\n (if (core/error::is? fromp)\n fromp\n (if (selfhost/patch_schema::is-sym-or-str? fromp)\n (let ((top (selfhost/patch_schema::require-key opm (quote :to-param) \"migrate-contract-signature missing :to-param\")))\n (if (core/error::is? top)\n top\n (if (selfhost/patch_schema::is-sym-or-str? top)\n true\n (selfhost/patch_schema::err \"migrate-contract-signature :to-param must be symbol|string\"))))\n (selfhost/patch_schema::err \"migrate-contract-signature :from-param must be symbol|string\"))))\n (selfhost/patch_schema::err \"migrate-contract-signature :contract-symbol must be symbol|string\"))))\n (selfhost/patch_schema::err \"migrate-contract-signature :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-known\n (fn (op-sym)\n (fn (op)\n (if ((core/sym::eq? op-sym) (quote :replace-node))\n (selfhost/patch_schema::validate-op-replace-node op)\n (if ((core/sym::eq? op-sym) (quote :replace-node-id))\n (selfhost/patch_schema::validate-op-replace-node-id op)\n (if ((core/sym::eq? op-sym) (quote :add-module))\n (selfhost/patch_schema::validate-op-add-module op)\n (if ((core/sym::eq? op-sym) (quote :remove-module))\n (selfhost/patch_schema::validate-op-remove-module op)\n (if ((core/sym::eq? op-sym) (quote :update-manifest))\n (selfhost/patch_schema::validate-op-update-manifest op)\n (if ((core/sym::eq? op-sym) (quote :rename-symbol))\n (selfhost/patch_schema::validate-op-rename-symbol op)\n (if ((core/sym::eq? op-sym) (quote :move-module))\n (selfhost/patch_schema::validate-op-move-module op)\n (if ((core/sym::eq? op-sym) (quote :split-module))\n (selfhost/patch_schema::validate-op-split-module op)\n (if ((core/sym::eq? op-sym) (quote :rewrite-imports))\n (selfhost/patch_schema::validate-op-rewrite-meta-list op)\n (if ((core/sym::eq? op-sym) (quote :rewrite-exports))\n (selfhost/patch_schema::validate-op-rewrite-meta-list op)\n (if ((core/sym::eq? op-sym) (quote :migrate-contract-signature))\n (selfhost/patch_schema::validate-op-migrate-contract-signature op)\n (selfhost/patch_schema::err \"unknown :op\")))))))))))))))\n\n(def selfhost/patch_schema::validate-op\n (fn (op)\n (if (selfhost/patch_schema::is-map? op)\n (let ((op-sym ((core/map::get op) (quote :op))))\n (if (core/list::is-nil? op-sym)\n (selfhost/patch_schema::err \"missing :op\")\n (if (selfhost/patch_schema::is-sym? op-sym)\n ((selfhost/patch_schema::validate-op-known op-sym) op)\n (selfhost/patch_schema::err \":op must be a symbol\"))))\n (selfhost/patch_schema::err \"op must be a map\"))))\n\n(def selfhost/patch_schema::validate-ops\n (fn (ops)\n (if (selfhost/patch_schema::is-vec? ops)\n (let ((len (core/vec::len ops)))\n ((selfhost/patch_schema::validate-ops-loop ops len) 0))\n (selfhost/patch_schema::err \":ops must be a vector\"))))\n\n(def selfhost/patch_schema::validate-ops-loop\n (fn (ops len)\n (fn (i)\n (if ((core/int::eq? i) len)\n true\n (let ((op ((core/vec::get ops) i)))\n (let ((r (selfhost/patch_schema::validate-op op)))\n (if (core/error::is? r)\n r\n ((selfhost/patch_schema::validate-ops-loop ops len) ((core/int::add i) 1)))))))))\n\n(def selfhost/patch_schema::is-pair?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair))))\n\n(def selfhost/patch_schema::vec-drop\n (fn (v)\n (fn (start)\n (let ((len (core/vec::len v)))\n (((selfhost/patch_schema::vec-drop-loop v len start) 0)\n (core/pair::as-proper-list nil))))))\n\n(def selfhost/patch_schema::vec-drop-loop\n (fn (v len start)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) len)\n out\n (if ((core/int::lt? i) start)\n (((selfhost/patch_schema::vec-drop-loop v len start) ((core/int::add i) 1)) out)\n (let ((x ((core/vec::get v) i)))\n (((selfhost/patch_schema::vec-drop-loop v len start) ((core/int::add i) 1))\n ((core/vec::push out) x)))))))))\n\n(def selfhost/patch_schema::vec-replace\n (fn (v)\n (fn (idx)\n (fn (x)\n (let ((len (core/vec::len v)))\n (((selfhost/patch_schema::vec-replace-loop v len idx x) 0)\n (core/pair::as-proper-list nil)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"Y\xA6\xE7\xC0\x82\x02\xC5\x17\x1E+\xB5a\xE9\x9D\xA1\xEE^\xFEn\x9AG\xFE%\xB0\xF1o\xB8F\xBF\xB4\x8F\x07" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_schema::vec-replace-loop (fn (v) (fn (len) (fn (idx) (fn (x) (fn (i) (fn (out) (if ((core/int::eq? i) len) out (let ((cur ((core/vec::get v) i))) (let ((next (if ((core/int::eq? i) idx) x cur))) ((((((selfhost/patch_schema::vec-replace-loop v) len) idx) x) ((core/int::add i) 1)) ((core/vec::push out) next)))))))))))) (def selfhost/patch_schema::step-tag (fn (step) (if (selfhost/patch_schema::is-vec? step) (if ((core/int::eq? (core/vec::len step)) 0) nil ((core/vec::get step) 0)) nil))) (def selfhost/patch_schema::apply-replace-step-sym (fn (t) (fn (tag) (fn (step) (fn (rest) (fn (new) (if ((core/sym::eq? tag) (quote :pair-car)) (if (selfhost/patch_schema::is-pair? t) (let ((a (core/pair::car t)) (d (core/pair::cdr t))) (let ((na (((selfhost/patch_schema::apply-replace-term a) rest) new))) (if (core/error::is? na) na ((core/pair::cons na) d)))) (selfhost/patch_schema::err "expected pair for :pair-car")) (if ((core/sym::eq? tag) (quote :pair-cdr)) (if (selfhost/patch_schema::is-pair? t) (let ((a (core/pair::car t)) (d (core/pair::cdr t))) (let ((nd (((selfhost/patch_schema::apply-replace-term d) rest) new))) (if (core/error::is? nd) nd ((core/pair::cons a) nd)))) (selfhost/patch_schema::err "expected pair for :pair-cdr")) (if ((core/sym::eq? tag) (quote :vec)) (if (selfhost/patch_schema::is-vec? t) (if ((core/int::eq? (core/vec::len step)) 2) (let ((idx ((core/vec::get step) 1))) (if (selfhost/patch_schema::is-int? idx) (if ((core/int::lt? idx) (core/vec::len t)) (let ((cur ((core/vec::get t) idx))) (let ((nx (((selfhost/patch_schema::apply-replace-term cur) rest) new))) (if (core/error::is? nx) nx (((selfhost/patch_schema::vec-replace t) idx) nx)))) (selfhost/patch_schema::err "vector index out of range")) (selfhost/patch_schema::err ":vec expects int index"))) (selfhost/patch_schema::err ":vec expects 1 arg")) (selfhost/patch_schema::err "expected vector for :vec")) (if ((core/sym::eq? tag) (quote :map)) (if (selfhost/patch_schema::is-map? t) (if ((core/int::eq? (core/vec::len step)) 2) (let ((k ((core/vec::get step) 1))) (let ((cur ((core/map::get t) k))) (if (core/list::is-nil? cur) (selfhost/patch_schema::err "missing map key for :map") (let ((nv (((selfhost/patch_schema::apply-replace-term cur) rest) new))) (if (core/error::is? nv) nv (((core/map::put t) k) nv)))))) (selfhost/patch_schema::err ":map expects 1 arg")) (selfhost/patch_schema::err "expected map for :map")) (if ((core/sym::eq? tag) (quote :form)) (selfhost/patch_schema::err "unexpected :form step") (selfhost/patch_schema::err "unknown path step tag")))))))))))) (def selfhost/patch_schema::apply-replace-step (fn (t) (fn (step) (fn (rest) (fn (new) (let ((tag (selfhost/patch_schema::step-tag step))) (if (selfhost/patch_schema::is-sym? tag) (((((selfhost/patch_schema::apply-replace-step-sym t) tag) step) rest) new) (selfhost/patch_schema::err "path step tag must be symbol")))))))) (def selfhost/patch_schema::apply-replace-term (fn (t) (fn (steps) (fn (new) (if ((core/int::eq? (core/vec::len steps)) 0) new (let ((step ((core/vec::get steps) 0))) (let ((rest ((selfhost/patch_schema::vec-drop steps) 1))) ((((selfhost/patch_schema::apply-replace-step t) step) rest) new)))))))) (def core/cli::apply-replace-node (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (path ((core/map::get req) (quote :path))) (newv ((core/map::get req) (quote :new)))) (if (selfhost/patch_schema::is-vec? forms) (if (selfhost/patch_schema::is-vec? path) (if ((core/int::lt? 0) (core/vec::len path)) (let ((step0 ((core/vec::get path) 0))) (if (selfhost/patch_schema::is-vec? step0) (let ((tag0 (selfhost/patch_schema::step-tag step0))) (if (selfhost/patch_schema::is-sym? tag0) (if ((core/sym::eq? tag0) (quote :form)) (if ((core/int::eq? (core/vec::len step0)) 2) (let ((idx ((core/vec::get step0) 1))) (if (selfhost/patch_schema::is-int? idx) (if ((core/int::lt? idx) (core/vec::len forms)) (let ((form ((core/vec::get forms) idx))) (let ((rest ((selfhost/patch_schema::vec-drop path) 1))) (let ((nf (((selfhost/patch_schema::apply-replace-term form) rest) newv))) (if (core/error::is? nf) nf (let ((next_forms (((selfhost/patch_schema::vec-replace forms) idx) nf))) (let ((canon (selfhost/canon::canonicalize-module next_forms))) (if (core/error::is? canon) canon canon))))))) (selfhost/patch_schema::err "form index out of range")) (selfhost/patch_schema::err ":form expects int index"))) (selfhost/patch_schema::err ":form expects 1 arg")) (selfhost/patch_schema::err "first path step must be :form")) (selfhost/patch_schema::err "path step tag must be symbol"))) (selfhost/patch_schema::err "path step must be vector"))) (selfhost/patch_schema::err "empty :path")) (selfhost/patch_schema::err ":path must be vector")) (selfhost/patch_schema::err ":forms must be vector"))) (selfhost/patch_schema::err "apply-replace-node expects map")))) (def core/cli::print-module-forms (fn (forms) (if (selfhost/patch_schema::is-vec? forms) (selfhost/printer::print-module forms) ((core/error::make2 "core/type-error") "core/cli::print-module-forms expects vector of forms")))) (def core/cli::canonicalize-module-content (fn (content) (if (selfhost/patch_schema::is-str? content) (core/cli::canonicalize-module-src content) (if (selfhost/patch_schema::is-vec? content) (selfhost/canon::canonicalize-module content) ((core/error::make2 "core/type-error") "core/cli::canonicalize-module-content expects string or vector"))))) (def core/cli::print-module-from-content (fn (content) (let ((forms (core/cli::canonicalize-module-content content))) (if (core/error::is? forms) forms (core/cli::print-module-forms forms))))) (def core/cli::validate-patch (fn (t) (if (selfhost/patch_schema::is-map? t) (let ((v ((core/map::get t) (quote :version)))) (if (selfhost/patch_schema::is-int? v) (if ((core/int::eq? v) 1) (let ((intent ((core/map::get t) (quote :intent)))) (if (selfhost/patch_schema::is-str? intent) (let ((prov ((core/map::get t) (quote :provenance)))) (if (selfhost/patch_schema::is-map? prov) (selfhost/patch_schema::validate-ops ((core/map::get t) (quote :ops))) (selfhost/patch_schema::err ":provenance must be a map"))) (selfhost/patch_schema::err ":intent must be a string"))) (selfhost/patch_schema::err ":version must be 1")) (selfhost/patch_schema::err ":version must be an int"))) (selfhost/patch_schema::err "patch must be a map"))))] :module-h b"=\xCAv3 O<\x01c\x87\x02c\x1B}z\x7F\xD9\xF5\xE2w\x13\xC0S{\x9A:\nC*\x9B\xA6\xF7" :path "selfhost/patch_schema_apply_v1.gc" :source "(def selfhost/patch_schema::vec-replace-loop\n (fn (v len idx x)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) len)\n out\n (let ((cur ((core/vec::get v) i)))\n (let ((next (if ((core/int::eq? i) idx) x cur)))\n (((selfhost/patch_schema::vec-replace-loop v len idx x) ((core/int::add i) 1))\n ((core/vec::push out) next)))))))))\n\n(def selfhost/patch_schema::step-tag\n (fn (step)\n (if (selfhost/patch_schema::is-vec? step)\n (if ((core/int::eq? (core/vec::len step)) 0)\n nil\n ((core/vec::get step) 0))\n nil)))\n\n(def selfhost/patch_schema::apply-replace-step-sym\n (fn (t)\n (fn (tag)\n (fn (step)\n (fn (rest)\n (fn (new)\n (if ((core/sym::eq? tag) (quote :pair-car))\n (if (selfhost/patch_schema::is-pair? t)\n (let ((a (core/pair::car t)) (d (core/pair::cdr t)))\n (let ((na (((selfhost/patch_schema::apply-replace-term a) rest) new)))\n (if (core/error::is? na) na ((core/pair::cons na) d))))\n (selfhost/patch_schema::err \"expected pair for :pair-car\"))\n (if ((core/sym::eq? tag) (quote :pair-cdr))\n (if (selfhost/patch_schema::is-pair? t)\n (let ((a (core/pair::car t)) (d (core/pair::cdr t)))\n (let ((nd (((selfhost/patch_schema::apply-replace-term d) rest) new)))\n (if (core/error::is? nd) nd ((core/pair::cons a) nd))))\n (selfhost/patch_schema::err \"expected pair for :pair-cdr\"))\n (if ((core/sym::eq? tag) (quote :vec))\n (if (selfhost/patch_schema::is-vec? t)\n (if ((core/int::eq? (core/vec::len step)) 2)\n (let ((idx ((core/vec::get step) 1)))\n (if (selfhost/patch_schema::is-int? idx)\n (if ((core/int::lt? idx) (core/vec::len t))\n (let ((cur ((core/vec::get t) idx)))\n (let ((nx (((selfhost/patch_schema::apply-replace-term cur) rest) new)))\n (if (core/error::is? nx)\n nx\n (((selfhost/patch_schema::vec-replace t) idx) nx))))\n (selfhost/patch_schema::err \"vector index out of range\"))\n (selfhost/patch_schema::err \":vec expects int index\")))\n (selfhost/patch_schema::err \":vec expects 1 arg\"))\n (selfhost/patch_schema::err \"expected vector for :vec\"))\n (if ((core/sym::eq? tag) (quote :map))\n (if (selfhost/patch_schema::is-map? t)\n (if ((core/int::eq? (core/vec::len step)) 2)\n (let ((k ((core/vec::get step) 1)))\n (let ((cur ((core/map::get t) k)))\n (if (core/list::is-nil? cur)\n (selfhost/patch_schema::err \"missing map key for :map\")\n (let ((nv (((selfhost/patch_schema::apply-replace-term cur) rest) new)))\n (if (core/error::is? nv)\n nv\n (((core/map::put t) k) nv))))))\n (selfhost/patch_schema::err \":map expects 1 arg\"))\n (selfhost/patch_schema::err \"expected map for :map\"))\n (if ((core/sym::eq? tag) (quote :form))\n (selfhost/patch_schema::err \"unexpected :form step\")\n (selfhost/patch_schema::err \"unknown path step tag\"))))))))))))\n\n(def selfhost/patch_schema::apply-replace-step\n (fn (t)\n (fn (step)\n (fn (rest)\n (fn (new)\n (let ((tag (selfhost/patch_schema::step-tag step)))\n (if (selfhost/patch_schema::is-sym? tag)\n (((((selfhost/patch_schema::apply-replace-step-sym t) tag) step) rest) new)\n (selfhost/patch_schema::err \"path step tag must be symbol\"))))))))\n\n(def selfhost/patch_schema::apply-replace-term\n (fn (t)\n (fn (steps)\n (fn (new)\n (if ((core/int::eq? (core/vec::len steps)) 0)\n new\n (let ((step ((core/vec::get steps) 0)))\n (let ((rest ((selfhost/patch_schema::vec-drop steps) 1)))\n ((((selfhost/patch_schema::apply-replace-step t) step) rest) new))))))))\n\n(def core/cli::apply-replace-node\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let ((forms ((core/map::get req) (quote :forms)))\n (path ((core/map::get req) (quote :path)))\n (newv ((core/map::get req) (quote :new))))\n (if (selfhost/patch_schema::is-vec? forms)\n (if (selfhost/patch_schema::is-vec? path)\n (if ((core/int::lt? 0) (core/vec::len path))\n (let ((step0 ((core/vec::get path) 0)))\n (if (selfhost/patch_schema::is-vec? step0)\n (let ((tag0 (selfhost/patch_schema::step-tag step0)))\n (if (selfhost/patch_schema::is-sym? tag0)\n (if ((core/sym::eq? tag0) (quote :form))\n (if ((core/int::eq? (core/vec::len step0)) 2)\n (let ((idx ((core/vec::get step0) 1)))\n (if (selfhost/patch_schema::is-int? idx)\n (if ((core/int::lt? idx) (core/vec::len forms))\n (let ((form ((core/vec::get forms) idx)))\n (let ((rest ((selfhost/patch_schema::vec-drop path) 1)))\n (let ((nf (((selfhost/patch_schema::apply-replace-term form) rest) newv)))\n (if (core/error::is? nf)\n nf\n (let ((next_forms (((selfhost/patch_schema::vec-replace forms) idx) nf)))\n (let ((canon (selfhost/canon::canonicalize-module next_forms)))\n (if (core/error::is? canon) canon canon)))))))\n (selfhost/patch_schema::err \"form index out of range\"))\n (selfhost/patch_schema::err \":form expects int index\")))\n (selfhost/patch_schema::err \":form expects 1 arg\"))\n (selfhost/patch_schema::err \"first path step must be :form\"))\n (selfhost/patch_schema::err \"path step tag must be symbol\")))\n (selfhost/patch_schema::err \"path step must be vector\")))\n (selfhost/patch_schema::err \"empty :path\"))\n (selfhost/patch_schema::err \":path must be vector\"))\n (selfhost/patch_schema::err \":forms must be vector\")))\n (selfhost/patch_schema::err \"apply-replace-node expects map\"))))\n\n(def core/cli::print-module-forms\n (fn (forms)\n (if (selfhost/patch_schema::is-vec? forms)\n (selfhost/printer::print-module forms)\n ((core/error::make2 \"core/type-error\") \"core/cli::print-module-forms expects vector of forms\"))))\n\n(def core/cli::canonicalize-module-content\n (fn (content)\n (if (selfhost/patch_schema::is-str? content)\n (core/cli::canonicalize-module-src content)\n (if (selfhost/patch_schema::is-vec? content)\n (selfhost/canon::canonicalize-module content)\n ((core/error::make2 \"core/type-error\") \"core/cli::canonicalize-module-content expects string or vector\")))))\n\n(def core/cli::print-module-from-content\n (fn (content)\n (let ((forms (core/cli::canonicalize-module-content content)))\n (if (core/error::is? forms)\n forms\n (core/cli::print-module-forms forms)))))\n\n(def core/cli::validate-patch\n (fn (t)\n (if (selfhost/patch_schema::is-map? t)\n (let ((v ((core/map::get t) (quote :version))))\n (if (selfhost/patch_schema::is-int? v)\n (if ((core/int::eq? v) 1)\n (let ((intent ((core/map::get t) (quote :intent))))\n (if (selfhost/patch_schema::is-str? intent)\n (let ((prov ((core/map::get t) (quote :provenance))))\n (if (selfhost/patch_schema::is-map? prov)\n (selfhost/patch_schema::validate-ops ((core/map::get t) (quote :ops)))\n (selfhost/patch_schema::err \":provenance must be a map\")))\n (selfhost/patch_schema::err \":intent must be a string\")))\n (selfhost/patch_schema::err \":version must be 1\"))\n (selfhost/patch_schema::err \":version must be an int\")))\n (selfhost/patch_schema::err \"patch must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"=\xCAv3 O<\x01c\x87\x02c\x1B}z\x7F\xD9\xF5\xE2w\x13\xC0S{\x9A:\nC*\x9B\xA6\xF7" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_schema::empty-vec (core/pair::as-proper-list nil)) (def selfhost/patch_schema_manifest::err (fn (msg) ((core/error::make2 "core/patch-schema") msg))) (def selfhost/patch_schema::str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str)))) (def selfhost/patch_schema::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym)))) (def selfhost/patch_schema::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec)))) (def selfhost/patch_schema::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map)))) (def selfhost/patch_schema::key->str (fn (k) (if (selfhost/patch_schema::sym? k) (let ((s (core/sym::to-str k))) (let ((b (core/str::to-utf8 s))) (let ((n (core/bytes::len b))) (if ((core/int::lt? 0) n) (if ((core/int::eq? ((core/bytes::get b) 0)) 58) (core/str::from-utf8 (((core/bytes::slice b) 1) ((core/int::sub n) 1))) s) s)))) (if (selfhost/patch_schema::str? k) k ((core/error::make2 "core/type-error") "manifest keys must be sym or str"))))) (def selfhost/patch_schema::require-map-field (fn (m) (fn (k) (fn (msg) (let ((v ((core/map::get m) k))) (if (core/list::is-nil? v) (selfhost/patch_schema_manifest::err msg) v)))))) (def selfhost/patch_schema::vec-filter-modules-by-path (fn (mods) (fn (drop-path) (let ((n (core/vec::len mods))) (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) 0) selfhost/patch_schema::empty-vec))))) (def selfhost/patch_schema::vec-filter-modules-by-path2 (fn (mods) (fn (drop-path) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((m ((core/vec::get mods) i))) (if (selfhost/patch_schema::map? m) (let ((p ((core/map::get m) "path"))) (if (if (selfhost/patch_schema::str? p) ((core/eq? p) drop-path) false) (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1)) out) (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1)) ((core/vec::push out) m)))) (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1)) ((core/vec::push out) m))))))))))) (def selfhost/patch_schema::vec-str-set (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_schema::vec-str-set2 xs) n) 0) {})))) (def selfhost/patch_schema::vec-str-set2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (if (selfhost/patch_schema::str? x) ((((selfhost/patch_schema::vec-str-set2 xs) n) ((core/int::add i) 1)) (((core/map::put out) x) true)) ((((selfhost/patch_schema::vec-str-set2 xs) n) ((core/int::add i) 1)) out))))))))) (def selfhost/patch_schema::set-add-strings (fn (set) (fn (xs) (let ((n (core/vec::len xs))) (((((selfhost/patch_schema::set-add-strings2 set) xs) n) 0) set))))) (def selfhost/patch_schema::set-add-strings2 (fn (set) (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (if (selfhost/patch_schema::str? x) (((((selfhost/patch_schema::set-add-strings2 set) xs) n) ((core/int::add i) 1)) (((core/map::put out) x) true)) (((((selfhost/patch_schema::set-add-strings2 set) xs) n) ((core/int::add i) 1)) out)))))))))) (def selfhost/patch_schema::sym-or-str->str (fn (x) (if (selfhost/patch_schema::str? x) x (if (selfhost/patch_schema::sym? x) (core/sym::to-str x) ((core/error::make2 "core/type-error") "expected sym or str"))))) (def selfhost/patch_schema::vec-sym-or-str->vec-str (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_schema::vec-sym-or-str->vec-str2 xs) n) 0) selfhost/patch_schema::empty-vec)))) (def selfhost/patch_schema::vec-sym-or-str->vec-str2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (let ((s (selfhost/patch_schema::sym-or-str->str x))) (if (core/error::is? s) s ((((selfhost/patch_schema::vec-sym-or-str->vec-str2 xs) n) ((core/int::add i) 1)) ((core/vec::push out) s))))))))))) (def selfhost/patch_schema::set-keys->vec (fn (m) (let ((entries (core/map::entries m))) (let ((n (core/vec::len entries))) ((((selfhost/patch_schema::set-keys->vec2 entries) n) 0) selfhost/patch_schema::empty-vec))))) (def selfhost/patch_schema::set-keys->vec2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) ((((selfhost/patch_schema::set-keys->vec2 entries) n) ((core/int::add i) 1)) ((core/vec::push out) k)))))))))) (def core/cli::manifest-apply-add-module (fn (manifest) (fn (module-path) (if (selfhost/patch_schema::map? manifest) (if (selfhost/patch_schema::str? module-path) (let ((mods ((core/map::get manifest) "modules"))) (if (selfhost/patch_schema::vec? mods) (let ((entry {"hash" "" "path" module-path})) (((core/map::put manifest) "modules") ((core/vec::push mods) entry))) (selfhost/patch_schema_manifest::err "manifest missing modules array"))) (selfhost/patch_schema_manifest::err "module-path must be string")) (selfhost/patch_schema_manifest::err "manifest must be a map"))))) (def core/cli::manifest-apply-remove-module (fn (manifest) (fn (module-path) (if (selfhost/patch_schema::map? manifest) (if (selfhost/patch_schema::str? module-path) (let ((mods ((core/map::get manifest) "modules"))) (if (selfhost/patch_schema::vec? mods) (let ((mods2 ((selfhost/patch_schema::vec-filter-modules-by-path mods) module-path))) (((core/map::put manifest) "modules") mods2)) (selfhost/patch_schema_manifest::err "manifest missing modules array"))) (selfhost/patch_schema_manifest::err "module-path must be string")) (selfhost/patch_schema_manifest::err "manifest must be a map"))))) (def selfhost/patch_schema::vec-has-module-path (fn (mods) (fn (path) (let ((n (core/vec::len mods))) ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) 0))))) (def selfhost/patch_schema::vec-has-module-path2 (fn (mods) (fn (path) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (let ((m ((core/vec::get mods) i))) (if (selfhost/patch_schema::map? m) (let ((p ((core/map::get m) "path"))) (if (if (selfhost/patch_schema::str? p) ((core/eq? p) path) false) true ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) ((core/int::add i) 1)))) ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) ((core/int::add i) 1)))))))))) (def selfhost/patch_schema::vec-rewrite-module-path (fn (mods) (fn (from-path) (fn (to-path) (let ((n (core/vec::len mods))) ((((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n) 0) selfhost/patch_schema::empty-vec)))))) (def selfhost/patch_schema::vec-rewrite-module-path2 (fn (mods) (fn (from-path) (fn (to-path) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((m ((core/vec::get mods) i))) (if (selfhost/patch_schema::map? m) (let ((p ((core/map::get m) "path"))) (let ((next-m (if (if (selfhost/patch_schema::str? p) ((core/eq? p) from-path) false) (((core/map::put m) "path") to-path) m))) ((((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n) ((core/int::add i) 1)) ((core/vec::push out) next-m)))) ((((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n) ((core/int::add i) 1)) ((core/vec::push out) m)))))))))))) (def core/cli::manifest-apply-move-module (fn (manifest) (fn (from-module-path) (fn (to-module-path) (if (selfhost/patch_schema::map? manifest) (if (selfhost/patch_schema::str? from-module-path) (if (selfhost/patch_schema::str? to-module-path) (let ((mods ((core/map::get manifest) "modules"))) (if (selfhost/patch_schema::vec? mods) (if ((selfhost/patch_schema::vec-has-module-path mods) to-module-path) (selfhost/patch_schema_manifest::err "manifest already contains destination module path") (if ((selfhost/patch_schema::vec-has-module-path mods) from-module-path) (let ((mods2 (((selfhost/patch_schema::vec-rewrite-module-path mods) from-module-path) to-module-path))) (((core/map::put manifest) "modules") mods2)) (selfhost/patch_schema_manifest::err "manifest missing source module path"))) (selfhost/patch_schema_manifest::err "manifest missing modules array"))) (selfhost/patch_schema_manifest::err "to-module-path must be string")) (selfhost/patch_schema_manifest::err "from-module-path must be string")) (selfhost/patch_schema_manifest::err "manifest must be a map")))))) (def selfhost/patch_schema::manifest-patch-string-vec-field (fn (manifest) (fn (field) (fn (add) (fn (remove) (let ((cur ((core/map::get manifest) field))) (let ((curv (if (selfhost/patch_schema::vec? cur) cur selfhost/patch_schema::empty-vec))) (let ((set0 (selfhost/patch_schema::vec-str-set curv))) (let ((removev (selfhost/patch_schema::vec-sym-or-str->vec-str remove))) (if (core/error::is? removev) removev (let ((addv (selfhost/patch_schema::vec-sym-or-str->vec-str add))) (if (core/error::is? addv) addv (let ((set1 (selfhost/patch_schema::vec-str-set addv))) (let ((cur_entries (core/map::entries set0))) (let ((n (core/vec::len cur_entries))) (let ((keep (((((selfhost/patch_schema::manifest-patch-string-vec-field2 cur_entries) n) removev) 0) {}))) (let ((merged ((core/map::merge keep) set1))) (((core/map::put manifest) field) (selfhost/patch_schema::set-keys->vec merged))))))))))))))))))) (def selfhost/patch_schema::manifest-patch-string-vec-field2 (fn (entries) (fn (n) (fn (removev) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((drop? ((selfhost/patch_schema::vec-contains-str removev) k))) (if (core/error::is? drop?) drop? (if drop? (((((selfhost/patch_schema::manifest-patch-string-vec-field2 entries) n) removev) ((core/int::add i) 1)) out) (((((selfhost/patch_schema::manifest-patch-string-vec-field2 entries) n) removev) ((core/int::add i) 1)) (((core/map::put out) k) true)))))))))))))) (def selfhost/patch_schema::vec-contains-str (fn (xs) (fn (needle) (let ((n (core/vec::len xs))) (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) 0) false))))) (def selfhost/patch_schema::vec-contains-str2 (fn (xs) (fn (needle) (fn (n) (fn (i) (fn (found) (if found true (if ((core/int::eq? i) n) false (let ((x ((core/vec::get xs) i))) (if (selfhost/patch_schema::str? x) (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) ((core/int::add i) 1)) ((core/eq? x) needle)) (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) ((core/int::add i) 1)) false))))))))))) (def core/cli::manifest-apply-update-manifest-op (fn (manifest) (fn (op) (if (selfhost/patch_schema::map? manifest) (if (selfhost/patch_schema::map? op) (let ((setv ((core/map::get op) (quote :set)))) (let ((manifest2 (if (core/list::is-nil? setv) manifest (if (selfhost/patch_schema::map? setv) ((selfhost/patch_schema::manifest-apply-set manifest) setv) (selfhost/patch_schema_manifest::err ":set must be a map"))))) (if (core/error::is? manifest2) manifest2 (let ((ob_add ((core/map::get op) (quote :obligations-add))) (ob_rm ((core/map::get op) (quote :obligations-remove))) (t_add ((core/map::get op) (quote :tests-add))) (t_rm ((core/map::get op) (quote :tests-remove))) (caps_policy ((core/map::get op) (quote :caps-policy)))) (let ((ob_addv (if (selfhost/patch_schema::vec? ob_add) ob_add selfhost/patch_schema::empty-vec)) (ob_rmv (if (selfhost/patch_schema::vec? ob_rm) ob_rm selfhost/patch_schema::empty-vec)) (t_addv (if (selfhost/patch_schema::vec? t_add) t_add selfhost/patch_schema::empty-vec)) (t_rmv (if (selfhost/patch_schema::vec? t_rm) t_rm selfhost/patch_schema::empty-vec))) (let ((m3 (if (if ((core/int::eq? (core/vec::len ob_addv)) 0) ((core/int::eq? (core/vec::len ob_rmv)) 0) false) manifest2 ((((selfhost/patch_schema::manifest-patch-string-vec-field manifest2) "obligations") ob_addv) ob_rmv)))) (if (core/error::is? m3) m3 (let ((m4 (if (if ((core/int::eq? (core/vec::len t_addv)) 0) ((core/int::eq? (core/vec::len t_rmv)) 0) false) m3 ((((selfhost/patch_schema::manifest-patch-string-vec-field m3) "tests") t_addv) t_rmv)))) (if (core/error::is? m4) m4 (if (core/list::is-nil? caps_policy) m4 (if (selfhost/patch_schema::str? caps_policy) (((core/map::put m4) "caps_policy") caps_policy) (selfhost/patch_schema_manifest::err ":caps-policy must be string")))))))))))) (selfhost/patch_schema_manifest::err "update-manifest op must be a map")) (selfhost/patch_schema_manifest::err "manifest must be a map"))))) (def selfhost/patch_schema::manifest-apply-set (fn (manifest) (fn (setm) (let ((entries (core/map::entries setm))) (let ((n (core/vec::len entries))) ((((selfhost/patch_schema::manifest-apply-set2 entries) n) 0) manifest)))))) (def selfhost/patch_schema::manifest-apply-set2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1))) (let ((ks (selfhost/patch_schema::key->str k))) (if (core/error::is? ks) ks ((((selfhost/patch_schema::manifest-apply-set2 entries) n) ((core/int::add i) 1)) (((core/map::put out) ks) v))))))))))))] :module-h b"G\xE3\\\xE3Lx\xA896\xA7mhS\x11\xF7\x1D\xC8z{\x8C\x10\x9E\xFB\x04i\xDECY\xBF\x97J\xE9" :path "selfhost/patch_schema_manifest_v1.gc" :source "(def selfhost/patch_schema::empty-vec (core/pair::as-proper-list nil))\n\n(def selfhost/patch_schema_manifest::err (fn (msg) ((core/error::make2 \"core/patch-schema\") msg)))\n\n(def selfhost/patch_schema::str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str))))\n\n(def selfhost/patch_schema::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym))))\n\n(def selfhost/patch_schema::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec))))\n\n(def selfhost/patch_schema::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map))))\n\n(def selfhost/patch_schema::key->str\n (fn (k)\n (if (selfhost/patch_schema::sym? k)\n (let ((s (core/sym::to-str k)))\n (let ((b (core/str::to-utf8 s)))\n (let ((n (core/bytes::len b)))\n (if ((core/int::lt? 0) n)\n (if ((core/int::eq? ((core/bytes::get b) 0)) 58)\n (core/str::from-utf8 (((core/bytes::slice b) 1) ((core/int::sub n) 1)))\n s)\n s))))\n (if (selfhost/patch_schema::str? k)\n k\n ((core/error::make2 \"core/type-error\") \"manifest keys must be sym or str\")))))\n\n(def selfhost/patch_schema::require-map-field\n (fn (m)\n (fn (k)\n (fn (msg)\n (let ((v ((core/map::get m) k)))\n (if (core/list::is-nil? v) (selfhost/patch_schema_manifest::err msg) v))))))\n\n(def selfhost/patch_schema::vec-filter-modules-by-path\n (fn (mods)\n (fn (drop-path)\n (let ((n (core/vec::len mods)))\n (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) 0)\n selfhost/patch_schema::empty-vec)))))\n\n(def selfhost/patch_schema::vec-filter-modules-by-path2\n (fn (mods)\n (fn (drop-path)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((m ((core/vec::get mods) i)))\n (if (selfhost/patch_schema::map? m)\n (let ((p ((core/map::get m) \"path\")))\n (if (if (selfhost/patch_schema::str? p) ((core/eq? p) drop-path) false)\n (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1))\n out)\n (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1))\n ((core/vec::push out) m))))\n (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1))\n ((core/vec::push out) m)))))))))))\n\n(def selfhost/patch_schema::vec-str-set\n (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_schema::vec-str-set2 xs) n) 0) {}))))\n\n(def selfhost/patch_schema::vec-str-set2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (if (selfhost/patch_schema::str? x)\n ((((selfhost/patch_schema::vec-str-set2 xs) n) ((core/int::add i) 1))\n (((core/map::put out) x) true))\n ((((selfhost/patch_schema::vec-str-set2 xs) n) ((core/int::add i) 1)) out)))))))))\n\n(def selfhost/patch_schema::set-add-strings\n (fn (set)\n (fn (xs)\n (let ((n (core/vec::len xs)))\n (((((selfhost/patch_schema::set-add-strings2 set) xs) n) 0) set)))))\n\n(def selfhost/patch_schema::set-add-strings2\n (fn (set)\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (if (selfhost/patch_schema::str? x)\n (((((selfhost/patch_schema::set-add-strings2 set) xs) n) ((core/int::add i) 1))\n (((core/map::put out) x) true))\n (((((selfhost/patch_schema::set-add-strings2 set) xs) n) ((core/int::add i) 1))\n out))))))))))\n\n(def selfhost/patch_schema::sym-or-str->str\n (fn (x)\n (if (selfhost/patch_schema::str? x)\n x\n (if (selfhost/patch_schema::sym? x)\n (core/sym::to-str x)\n ((core/error::make2 \"core/type-error\") \"expected sym or str\")))))\n\n(def selfhost/patch_schema::vec-sym-or-str->vec-str\n (fn (xs)\n (let ((n (core/vec::len xs)))\n ((((selfhost/patch_schema::vec-sym-or-str->vec-str2 xs) n) 0) selfhost/patch_schema::empty-vec))))\n\n(def selfhost/patch_schema::vec-sym-or-str->vec-str2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (let ((s (selfhost/patch_schema::sym-or-str->str x)))\n (if (core/error::is? s)\n s\n ((((selfhost/patch_schema::vec-sym-or-str->vec-str2 xs) n) ((core/int::add i) 1))\n ((core/vec::push out) s)))))))))))\n\n(def selfhost/patch_schema::set-keys->vec\n (fn (m)\n (let ((entries (core/map::entries m)))\n (let ((n (core/vec::len entries)))\n ((((selfhost/patch_schema::set-keys->vec2 entries) n) 0) selfhost/patch_schema::empty-vec)))))\n\n(def selfhost/patch_schema::set-keys->vec2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n ((((selfhost/patch_schema::set-keys->vec2 entries) n) ((core/int::add i) 1))\n ((core/vec::push out) k))))))))))\n\n(def core/cli::manifest-apply-add-module\n (fn (manifest)\n (fn (module-path)\n (if (selfhost/patch_schema::map? manifest)\n (if (selfhost/patch_schema::str? module-path)\n (let ((mods ((core/map::get manifest) \"modules\")))\n (if (selfhost/patch_schema::vec? mods)\n (let ((entry {\"hash\" \"\" \"path\" module-path}))\n (((core/map::put manifest) \"modules\") ((core/vec::push mods) entry)))\n (selfhost/patch_schema_manifest::err \"manifest missing modules array\")))\n (selfhost/patch_schema_manifest::err \"module-path must be string\"))\n (selfhost/patch_schema_manifest::err \"manifest must be a map\")))))\n\n(def core/cli::manifest-apply-remove-module\n (fn (manifest)\n (fn (module-path)\n (if (selfhost/patch_schema::map? manifest)\n (if (selfhost/patch_schema::str? module-path)\n (let ((mods ((core/map::get manifest) \"modules\")))\n (if (selfhost/patch_schema::vec? mods)\n (let ((mods2 ((selfhost/patch_schema::vec-filter-modules-by-path mods) module-path)))\n (((core/map::put manifest) \"modules\") mods2))\n (selfhost/patch_schema_manifest::err \"manifest missing modules array\")))\n (selfhost/patch_schema_manifest::err \"module-path must be string\"))\n (selfhost/patch_schema_manifest::err \"manifest must be a map\")))))\n\n(def selfhost/patch_schema::vec-has-module-path\n (fn (mods)\n (fn (path)\n (let ((n (core/vec::len mods)))\n ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) 0)))))\n\n(def selfhost/patch_schema::vec-has-module-path2\n (fn (mods)\n (fn (path)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (let ((m ((core/vec::get mods) i)))\n (if (selfhost/patch_schema::map? m)\n (let ((p ((core/map::get m) \"path\")))\n (if (if (selfhost/patch_schema::str? p) ((core/eq? p) path) false)\n true\n ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n)\n ((core/int::add i) 1))))\n ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) ((core/int::add i) 1))))))))))\n\n(def selfhost/patch_schema::vec-rewrite-module-path\n (fn (mods)\n (fn (from-path)\n (fn (to-path)\n (let ((n (core/vec::len mods)))\n ((((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n) 0)\n selfhost/patch_schema::empty-vec))))))\n\n(def selfhost/patch_schema::vec-rewrite-module-path2\n (fn (mods)\n (fn (from-path)\n (fn (to-path)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((m ((core/vec::get mods) i)))\n (if (selfhost/patch_schema::map? m)\n (let ((p ((core/map::get m) \"path\")))\n (let\n (\n (next-m\n (if (if (selfhost/patch_schema::str? p) ((core/eq? p) from-path) false)\n (((core/map::put m) \"path\") to-path)\n m)))\n (\n (((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n)\n ((core/int::add i) 1))\n ((core/vec::push out) next-m))))\n (\n (((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n)\n ((core/int::add i) 1))\n ((core/vec::push out) m))))))))))))\n\n(def core/cli::manifest-apply-move-module\n (fn (manifest)\n (fn (from-module-path)\n (fn (to-module-path)\n (if (selfhost/patch_schema::map? manifest)\n (if (selfhost/patch_schema::str? from-module-path)\n (if (selfhost/patch_schema::str? to-module-path)\n (let ((mods ((core/map::get manifest) \"modules\")))\n (if (selfhost/patch_schema::vec? mods)\n (if ((selfhost/patch_schema::vec-has-module-path mods) to-module-path)\n (selfhost/patch_schema_manifest::err\n \"manifest already contains destination module path\")\n (if ((selfhost/patch_schema::vec-has-module-path mods) from-module-path)\n (let\n ((mods2 (((selfhost/patch_schema::vec-rewrite-module-path mods) from-module-path) to-module-path)))\n (((core/map::put manifest) \"modules\") mods2))\n (selfhost/patch_schema_manifest::err \"manifest missing source module path\")))\n (selfhost/patch_schema_manifest::err \"manifest missing modules array\")))\n (selfhost/patch_schema_manifest::err \"to-module-path must be string\"))\n (selfhost/patch_schema_manifest::err \"from-module-path must be string\"))\n (selfhost/patch_schema_manifest::err \"manifest must be a map\"))))))\n\n(def selfhost/patch_schema::manifest-patch-string-vec-field\n (fn (manifest)\n (fn (field)\n (fn (add)\n (fn (remove)\n (let ((cur ((core/map::get manifest) field)))\n (let\n ((curv (if (selfhost/patch_schema::vec? cur) cur selfhost/patch_schema::empty-vec)))\n (let ((set0 (selfhost/patch_schema::vec-str-set curv)))\n (let ((removev (selfhost/patch_schema::vec-sym-or-str->vec-str remove)))\n (if (core/error::is? removev)\n removev\n (let ((addv (selfhost/patch_schema::vec-sym-or-str->vec-str add)))\n (if (core/error::is? addv)\n addv\n (let ((set1 (selfhost/patch_schema::vec-str-set addv)))\n (let ((cur_entries (core/map::entries set0)))\n (let ((n (core/vec::len cur_entries)))\n (let\n ((keep (((((selfhost/patch_schema::manifest-patch-string-vec-field2 cur_entries) n) removev) 0) {})))\n (let ((merged ((core/map::merge keep) set1)))\n (((core/map::put manifest) field)\n (selfhost/patch_schema::set-keys->vec merged)))))))))))))))))))\n\n(def selfhost/patch_schema::manifest-patch-string-vec-field2\n (fn (entries)\n (fn (n)\n (fn (removev)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((drop? ((selfhost/patch_schema::vec-contains-str removev) k)))\n (if (core/error::is? drop?)\n drop?\n (if drop?\n (\n ((((selfhost/patch_schema::manifest-patch-string-vec-field2 entries) n) removev)\n ((core/int::add i) 1))\n out)\n (\n ((((selfhost/patch_schema::manifest-patch-string-vec-field2 entries) n) removev)\n ((core/int::add i) 1))\n (((core/map::put out) k) true))))))))))))))\n\n(def selfhost/patch_schema::vec-contains-str\n (fn (xs)\n (fn (needle)\n (let ((n (core/vec::len xs)))\n (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) 0) false)))))\n\n(def selfhost/patch_schema::vec-contains-str2\n (fn (xs)\n (fn (needle)\n (fn (n)\n (fn (i)\n (fn (found)\n (if found\n true\n (if ((core/int::eq? i) n)\n false\n (let ((x ((core/vec::get xs) i)))\n (if (selfhost/patch_schema::str? x)\n (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) ((core/int::add i) 1))\n ((core/eq? x) needle))\n (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) ((core/int::add i) 1))\n false)))))))))))\n\n(def core/cli::manifest-apply-update-manifest-op\n (fn (manifest)\n (fn (op)\n (if (selfhost/patch_schema::map? manifest)\n (if (selfhost/patch_schema::map? op)\n (let ((setv ((core/map::get op) (quote :set))))\n (let\n (\n (manifest2\n (if (core/list::is-nil? setv)\n manifest\n (if (selfhost/patch_schema::map? setv)\n ((selfhost/patch_schema::manifest-apply-set manifest) setv)\n (selfhost/patch_schema_manifest::err \":set must be a map\")))))\n (if (core/error::is? manifest2)\n manifest2\n (let\n ((ob_add ((core/map::get op) (quote :obligations-add)))\n (ob_rm ((core/map::get op) (quote :obligations-remove)))\n (t_add ((core/map::get op) (quote :tests-add)))\n (t_rm ((core/map::get op) (quote :tests-remove)))\n (caps_policy ((core/map::get op) (quote :caps-policy))))\n (let\n ((ob_addv (if (selfhost/patch_schema::vec? ob_add) ob_add selfhost/patch_schema::empty-vec))\n (ob_rmv\n (if (selfhost/patch_schema::vec? ob_rm)\n ob_rm\n selfhost/patch_schema::empty-vec))\n (t_addv\n (if (selfhost/patch_schema::vec? t_add)\n t_add\n selfhost/patch_schema::empty-vec))\n (t_rmv\n (if (selfhost/patch_schema::vec? t_rm)\n t_rm\n selfhost/patch_schema::empty-vec)))\n (let\n (\n (m3\n (if\n (if ((core/int::eq? (core/vec::len ob_addv)) 0)\n ((core/int::eq? (core/vec::len ob_rmv)) 0)\n false)\n manifest2\n ((((selfhost/patch_schema::manifest-patch-string-vec-field manifest2) \"obligations\") ob_addv)\n ob_rmv))))\n (if (core/error::is? m3)\n m3\n (let\n (\n (m4\n (if\n (if ((core/int::eq? (core/vec::len t_addv)) 0)\n ((core/int::eq? (core/vec::len t_rmv)) 0)\n false)\n m3\n ((((selfhost/patch_schema::manifest-patch-string-vec-field m3) \"tests\") t_addv)\n t_rmv))))\n (if (core/error::is? m4)\n m4\n (if (core/list::is-nil? caps_policy)\n m4\n (if (selfhost/patch_schema::str? caps_policy)\n (((core/map::put m4) \"caps_policy\") caps_policy)\n (selfhost/patch_schema_manifest::err \":caps-policy must be string\"))))))))))))\n (selfhost/patch_schema_manifest::err \"update-manifest op must be a map\"))\n (selfhost/patch_schema_manifest::err \"manifest must be a map\")))))\n\n(def selfhost/patch_schema::manifest-apply-set\n (fn (manifest)\n (fn (setm)\n (let ((entries (core/map::entries setm)))\n (let ((n (core/vec::len entries)))\n ((((selfhost/patch_schema::manifest-apply-set2 entries) n) 0) manifest))))))\n\n(def selfhost/patch_schema::manifest-apply-set2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1)))\n (let ((ks (selfhost/patch_schema::key->str k)))\n (if (core/error::is? ks)\n ks\n ((((selfhost/patch_schema::manifest-apply-set2 entries) n) ((core/int::add i) 1))\n (((core/map::put out) ks) v))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"%\xDA\xFD\xB1{\x04\n\x02U\x0C\xEA\xCC\xDB\xBC\xD1\xBF\xB1\xFC\xA7\xD5\xB5D\xDF\xCA@\x0E\xCA\x9E\xB7\x1A\x8F\x1F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_refactor::is-error core/error::is?) (def selfhost/patch_refactor::err (fn (msg) ((core/error::make2 "core/patch-schema") msg))) (def selfhost/patch_refactor::empty-vec (quote [])) (def selfhost/patch_refactor::vec2 (fn (a) (fn (b) ((core/vec::push ((core/vec::push selfhost/patch_refactor::empty-vec) a)) b)))) (def selfhost/patch_refactor::res (fn (term) (fn (count) ((selfhost/patch_refactor::vec2 term) count)))) (def selfhost/patch_refactor::res-term (fn (r) ((core/vec::get r) 0))) (def selfhost/patch_refactor::res-count (fn (r) ((core/vec::get r) 1))) (def selfhost/patch_refactor::rename-result (fn (forms) (fn (count) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :forms)) forms))) (((core/map::put m1) (quote :rewrite-count)) count)))))) (def selfhost/patch_refactor::split-result (fn (keep) (fn (extracted) (fn (moved) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :keep)) keep))) (let ((m2 (((core/map::put m1) (quote :extracted)) extracted))) (((core/map::put m2) (quote :moved-def-count)) moved)))))))) (def selfhost/patch_refactor::sym-or-str->str (fn (x) (if (selfhost/patch_schema::is-str? x) x (if (selfhost/patch_schema::is-sym? x) (core/sym::to-str x) (selfhost/patch_refactor::err "expected symbol|string"))))) (def selfhost/patch_refactor::rename-term (fn (t) (fn (from) (fn (to) (let ((tg (core/data::tag t))) (if ((core/sym::eq? tg) (quote :sym)) (let ((s (core/sym::to-str t))) (if ((core/eq? s) from) ((selfhost/patch_refactor::res (core/sym::from-str to)) 1) ((selfhost/patch_refactor::res t) 0))) (if ((core/sym::eq? tg) (quote :pair)) (let ((a (core/pair::car t)) (d (core/pair::cdr t))) (let ((ra (((selfhost/patch_refactor::rename-term a) from) to))) (if (selfhost/patch_refactor::is-error ra) ra (let ((rd (((selfhost/patch_refactor::rename-term d) from) to))) (if (selfhost/patch_refactor::is-error rd) rd (let ((na (selfhost/patch_refactor::res-term ra)) (nd (selfhost/patch_refactor::res-term rd)) (ca (selfhost/patch_refactor::res-count ra)) (cd (selfhost/patch_refactor::res-count rd))) ((selfhost/patch_refactor::res ((core/pair::cons na) nd)) ((core/int::add ca) cd)))))))) (if ((core/sym::eq? tg) (quote :vec)) (let ((n (core/vec::len t))) (((((((selfhost/patch_refactor::rename-vec-loop t) from) to) n) 0) selfhost/patch_refactor::empty-vec) 0)) (if ((core/sym::eq? tg) (quote :map)) (let ((entries (core/map::entries t))) (let ((n (core/vec::len entries))) (((((((selfhost/patch_refactor::rename-map-entries-loop entries) from) to) n) 0) selfhost/patch_refactor::empty-vec) 0))) ((selfhost/patch_refactor::res t) 0)))))))))) (def selfhost/patch_refactor::rename-vec-loop (fn (v) (fn (from) (fn (to) (fn (n) (fn (i) (fn (out) (fn (count) (if ((core/int::eq? i) n) ((selfhost/patch_refactor::res out) count) (if (selfhost/patch_schema::is-vec? out) (let ((x ((core/vec::get v) i))) (let ((rx (((selfhost/patch_refactor::rename-term x) from) to))) (if (selfhost/patch_refactor::is-error rx) rx (let ((pushed ((core/vec::push out) (selfhost/patch_refactor::res-term rx)))) (if (selfhost/patch_refactor::is-error pushed) pushed (((((((selfhost/patch_refactor::rename-vec-loop v) from) to) n) ((core/int::add i) 1)) pushed) ((core/int::add count) (selfhost/patch_refactor::res-count rx)))))))) (selfhost/patch_refactor::err "rename-vec-loop internal: out is not vector"))))))))))) (def selfhost/patch_refactor::rename-map-entries-loop (fn (entries) (fn (from) (fn (to) (fn (n) (fn (i) (fn (out) (fn (count) (if ((core/int::eq? i) n) (if (selfhost/patch_schema::is-vec? out) (let ((m (core/map::from-entries out))) (if (selfhost/patch_refactor::is-error m) m ((selfhost/patch_refactor::res m) count))) (selfhost/patch_refactor::err "rename-map-loop internal: out is not vector")) (if (selfhost/patch_schema::is-vec? out) (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1))) (let ((rk (((selfhost/patch_refactor::rename-term k) from) to))) (if (selfhost/patch_refactor::is-error rk) rk (let ((rv (((selfhost/patch_refactor::rename-term v) from) to))) (if (selfhost/patch_refactor::is-error rv) rv (let ((nk (selfhost/patch_refactor::res-term rk)) (nv (selfhost/patch_refactor::res-term rv)) (ck (selfhost/patch_refactor::res-count rk)) (cv (selfhost/patch_refactor::res-count rv))) (let ((entry ((selfhost/patch_refactor::vec2 nk) nv))) (let ((pushed ((core/vec::push out) entry))) (if (selfhost/patch_refactor::is-error pushed) pushed (((((((selfhost/patch_refactor::rename-map-entries-loop entries) from) to) n) ((core/int::add i) 1)) pushed) ((core/int::add count) ((core/int::add ck) cv))))))))))))) (selfhost/patch_refactor::err "rename-map-loop internal: out is not vector"))))))))))) (def selfhost/patch_refactor::rename-forms-loop (fn (forms) (fn (from) (fn (to) (fn (n) (fn (i) (fn (out) (fn (count) (if ((core/int::eq? i) n) ((selfhost/patch_refactor::res out) count) (if (selfhost/patch_schema::is-vec? out) (let ((f ((core/vec::get forms) i))) (let ((rf (((selfhost/patch_refactor::rename-term f) from) to))) (if (selfhost/patch_refactor::is-error rf) rf (let ((pushed ((core/vec::push out) (selfhost/patch_refactor::res-term rf)))) (if (selfhost/patch_refactor::is-error pushed) pushed (((((((selfhost/patch_refactor::rename-forms-loop forms) from) to) n) ((core/int::add i) 1)) pushed) ((core/int::add count) (selfhost/patch_refactor::res-count rf)))))))) (selfhost/patch_refactor::err "rename-forms-loop internal: out is not vector"))))))))))) (def selfhost/patch_refactor::rename-symbol-forms-core (fn (forms) (fn (from) (fn (to) (if ((core/eq? from) to) ((selfhost/patch_refactor::rename-result forms) 0) (let ((n (core/vec::len forms))) (let ((rr (((((((selfhost/patch_refactor::rename-forms-loop forms) from) to) n) 0) selfhost/patch_refactor::empty-vec) 0))) (if (selfhost/patch_refactor::is-error rr) rr (let ((next (selfhost/patch_refactor::res-term rr)) (count (selfhost/patch_refactor::res-count rr))) ((selfhost/patch_refactor::rename-result next) count)))))))))) (def core/cli::rename-symbol-forms (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (fromv ((core/map::get req) (quote :from))) (tov ((core/map::get req) (quote :to)))) (if (selfhost/patch_schema::is-vec? forms) (let ((from (selfhost/patch_refactor::sym-or-str->str fromv))) (if (selfhost/patch_refactor::is-error from) from (let ((to (selfhost/patch_refactor::sym-or-str->str tov))) (if (selfhost/patch_refactor::is-error to) to (((selfhost/patch_refactor::rename-symbol-forms-core forms) from) to))))) (selfhost/patch_refactor::err "rename-symbol-forms :forms must be vector"))) (selfhost/patch_refactor::err "rename-symbol-forms expects map request")))) (def selfhost/patch_refactor::vec-sym-or-str-set (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_refactor::vec-sym-or-str-set2 xs) n) 0) {})))) (def selfhost/patch_refactor::vec-sym-or-str-set2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (let ((s (selfhost/patch_refactor::sym-or-str->str x))) (if (selfhost/patch_refactor::is-error s) s (let ((next-out (((core/map::put out) s) true))) (let ((loop0 (selfhost/patch_refactor::vec-sym-or-str-set2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out)))))))))))))) (def selfhost/patch_refactor::top-level-def-name (fn (form) (if (selfhost/patch_schema::is-pair? form) (let ((items (core/pair::as-proper-list form))) (if (selfhost/patch_schema::is-vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1))) (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote def)) false) (if (selfhost/patch_schema::is-sym? n) (core/sym::to-str n) nil) nil)) nil) nil)) nil))) (def selfhost/patch_refactor::split-forms-loop (fn (forms) (fn (symset) (fn (n) (fn (i) (fn (keep) (fn (extracted) (fn (moved) (if ((core/int::eq? i) n) (((selfhost/patch_refactor::split-result keep) extracted) moved) (let ((f ((core/vec::get forms) i))) (let ((name (selfhost/patch_refactor::top-level-def-name f))) (let ((take? (if (core/list::is-nil? name) false (if (core/list::is-nil? ((core/map::get symset) name)) false true)))) (if take? (((((((selfhost/patch_refactor::split-forms-loop forms) symset) n) ((core/int::add i) 1)) keep) ((core/vec::push extracted) f)) ((core/int::add moved) 1)) (((((((selfhost/patch_refactor::split-forms-loop forms) symset) n) ((core/int::add i) 1)) ((core/vec::push keep) f)) extracted) moved)))))))))))))) (def selfhost/patch_refactor::split-module-forms-core (fn (forms) (fn (symset) (let ((n (core/vec::len forms))) (let ((split (((((((selfhost/patch_refactor::split-forms-loop forms) symset) n) 0) selfhost/patch_refactor::empty-vec) selfhost/patch_refactor::empty-vec) 0))) (if (selfhost/patch_refactor::is-error split) split (let ((moved ((core/map::get split) (quote :moved-def-count)))) (if ((core/int::eq? moved) 0) (selfhost/patch_refactor::err "split-module found no matching top-level definitions") (let ((keep ((core/map::get split) (quote :keep))) (extracted ((core/map::get split) (quote :extracted)))) (((selfhost/patch_refactor::split-result keep) extracted) moved)))))))))) (def core/cli::split-module-forms (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (symbols ((core/map::get req) (quote :symbols)))) (if (selfhost/patch_schema::is-vec? forms) (if (selfhost/patch_schema::is-vec? symbols) (if ((core/int::lt? 0) (core/vec::len symbols)) (let ((symset (selfhost/patch_refactor::vec-sym-or-str-set symbols))) (if (selfhost/patch_refactor::is-error symset) symset ((selfhost/patch_refactor::split-module-forms-core forms) symset))) (selfhost/patch_refactor::err "split-module :symbols must be non-empty")) (selfhost/patch_refactor::err "split-module :symbols must be vector")) (selfhost/patch_refactor::err "split-module :forms must be vector"))) (selfhost/patch_refactor::err "split-module expects map request")))) (def selfhost/patch_refactor::list2 (fn (a) (fn (b) ((core/pair::cons a) ((core/pair::cons b) nil))))) (def selfhost/patch_refactor::list3 (fn (a) (fn (b) (fn (c) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil))))))) (def selfhost/patch_refactor::vec->list (fn (v) (((selfhost/patch_refactor::vec->list2 v) (core/vec::len v)) nil))) (def selfhost/patch_refactor::vec->list2 (fn (v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (((selfhost/patch_refactor::vec->list2 v) i) ((core/pair::cons ((core/vec::get v) i)) acc)))))))) (def selfhost/patch_refactor::vec-append (fn (a) (fn (b) (let ((n (core/vec::len b))) ((((selfhost/patch_refactor::vec-append2 b) n) 0) a))))) (def selfhost/patch_refactor::vec-append2 (fn (b) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get b) i))) ((((selfhost/patch_refactor::vec-append2 b) n) ((core/int::add i) 1)) ((core/vec::push out) x))))))))) (def selfhost/patch_refactor::rewrite-result (fn (forms) (fn (changed) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :forms)) forms))) (((core/map::put m1) (quote :changed-entries)) changed)))))) (def selfhost/patch_refactor::migrate-result selfhost/patch_refactor::rewrite-result) (def selfhost/patch_refactor::top-level-def-rhs (fn (form) (if (selfhost/patch_schema::is-pair? form) (let ((items (core/pair::as-proper-list form))) (if (selfhost/patch_schema::is-vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((h ((core/vec::get items) 0)) (rhs ((core/vec::get items) 2))) (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote def)) false) rhs nil)) nil) nil)) nil))) (def selfhost/patch_refactor::str-set->sym-vec (fn (setm) (let ((entries (core/map::entries setm))) (let ((n (core/vec::len entries))) ((((selfhost/patch_refactor::str-set->sym-vec2 entries) n) 0) selfhost/patch_refactor::empty-vec))))) (def selfhost/patch_refactor::str-set->sym-vec2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) ((((selfhost/patch_refactor::str-set->sym-vec2 entries) n) ((core/int::add i) 1)) ((core/vec::push out) (core/sym::from-str k))))))))))) (def selfhost/patch_refactor::set-subtract (fn (setm) (fn (remove-set) (let ((entries (core/map::entries setm))) (let ((n (core/vec::len entries))) (((((selfhost/patch_refactor::set-subtract2 entries) n) remove-set) 0) {})))))) (def selfhost/patch_refactor::set-subtract2 (fn (entries) (fn (n) (fn (remove-set) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((next-out (if ((core/eq? ((core/map::get remove-set) k)) true) out (((core/map::put out) k) true)))) (let ((loop0 (selfhost/patch_refactor::set-subtract2 entries))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 remove-set))) (let ((loop3 (loop2 ((core/int::add i) 1)))) (loop3 next-out))))))))))))))) (def selfhost/patch_refactor::set-add-all (fn (base-set) (fn (add-set) (let ((entries (core/map::entries add-set))) (let ((n (core/vec::len entries))) ((((selfhost/patch_refactor::set-add-all2 entries) n) 0) base-set)))))) (def selfhost/patch_refactor::set-add-all2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((next-out (((core/map::put out) k) true))) (let ((loop0 (selfhost/patch_refactor::set-add-all2 entries))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))) (def selfhost/patch_refactor::meta-extract (fn (rhs) (if (selfhost/patch_schema::is-map? rhs) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :map)) rhs))) (((core/map::put m1) (quote :quoted)) false))) (if (selfhost/patch_schema::is-pair? rhs) (let ((items (core/pair::as-proper-list rhs))) (if (selfhost/patch_schema::is-vec? items) (if ((core/int::eq? (core/vec::len items)) 2) (let ((h ((core/vec::get items) 0)) (payload ((core/vec::get items) 1))) (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote quote)) false) (if (selfhost/patch_schema::is-map? payload) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :map)) payload))) (((core/map::put m1) (quote :quoted)) true))) (selfhost/patch_refactor::err "::meta quoted payload must be a map")) (selfhost/patch_refactor::err "::meta definition must be a map or (quote )"))) (selfhost/patch_refactor::err "::meta quote form must have exactly one payload")) (selfhost/patch_refactor::err "::meta definition must be a map or (quote )"))) (selfhost/patch_refactor::err "::meta definition must be a map or (quote )"))))) (def selfhost/patch_refactor::rewrite-op-symbol (fn (field-s) (if ((core/eq? field-s) ":imports") ":rewrite-imports" (if ((core/eq? field-s) ":exports") ":rewrite-exports" nil)))) (def selfhost/patch_refactor::rewrite-field-symbol (fn (fieldv) (let ((field-s (selfhost/patch_refactor::sym-or-str->str fieldv))) (if (selfhost/patch_refactor::is-error field-s) field-s (if (core/list::is-nil? (selfhost/patch_refactor::rewrite-op-symbol field-s)) (selfhost/patch_refactor::err "rewrite-meta-list :field must be :imports or :exports") (core/sym::from-str field-s)))))) (def selfhost/patch_refactor::vec-normalize-syms (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_refactor::vec-normalize-syms2 xs) n) 0) selfhost/patch_refactor::empty-vec)))) (def selfhost/patch_refactor::vec-normalize-syms2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (let ((s (selfhost/patch_refactor::sym-or-str->str x))) (if (selfhost/patch_refactor::is-error s) s (let ((next-out ((core/vec::push out) s))) (let ((loop0 (selfhost/patch_refactor::vec-normalize-syms2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out)))))))))))))) (def selfhost/patch_refactor::vec-str-contains (fn (xs) (fn (target) ((((selfhost/patch_refactor::vec-str-contains2 xs) (core/vec::len xs)) target) 0)))) (def selfhost/patch_refactor::vec-str-contains2 (fn (xs) (fn (n) (fn (target) (fn (i) (if ((core/int::eq? i) n) false (if ((core/eq? ((core/vec::get xs) i)) target) true (let ((loop0 (selfhost/patch_refactor::vec-str-contains2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 target))) (loop2 ((core/int::add i) 1)))))))))))) (def selfhost/patch_refactor::vec-append-unique (fn (out) (fn (src) (let ((n (core/vec::len src))) ((((selfhost/patch_refactor::vec-append-unique2 src) n) 0) out))))) (def selfhost/patch_refactor::vec-append-unique2 (fn (src) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((s ((core/vec::get src) i))) (let ((next-out (if ((selfhost/patch_refactor::vec-str-contains out) s) out ((core/vec::push out) s)))) (let ((loop0 (selfhost/patch_refactor::vec-append-unique2 src))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))] :module-h b"j\x9F$\xE9\xA4\x87\x90\xBB%\xF0(\xCE6\tr\x19\x92\x8C\xD4\xA5i\xDF\xB6\x1E\xE2\xD9\x83\xE9D`#\xE1" :path "selfhost/patch_schema_refactor_v1.gc" :source "(def selfhost/patch_refactor::is-error core/error::is?)\n\n(def selfhost/patch_refactor::err (fn (msg) ((core/error::make2 \"core/patch-schema\") msg)))\n\n(def selfhost/patch_refactor::empty-vec (quote []))\n\n(def selfhost/patch_refactor::vec2\n (fn (a) (fn (b) ((core/vec::push ((core/vec::push selfhost/patch_refactor::empty-vec) a)) b))))\n\n(def selfhost/patch_refactor::res\n (fn (term) (fn (count) ((selfhost/patch_refactor::vec2 term) count))))\n\n(def selfhost/patch_refactor::res-term (fn (r) ((core/vec::get r) 0)))\n\n(def selfhost/patch_refactor::res-count (fn (r) ((core/vec::get r) 1)))\n\n(def selfhost/patch_refactor::rename-result\n (fn (forms)\n (fn (count)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :forms)) forms)))\n (((core/map::put m1) (quote :rewrite-count)) count))))))\n\n(def selfhost/patch_refactor::split-result\n (fn (keep)\n (fn (extracted)\n (fn (moved)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :keep)) keep)))\n (let ((m2 (((core/map::put m1) (quote :extracted)) extracted)))\n (((core/map::put m2) (quote :moved-def-count)) moved))))))))\n\n(def selfhost/patch_refactor::sym-or-str->str\n (fn (x)\n (if (selfhost/patch_schema::is-str? x)\n x\n (if (selfhost/patch_schema::is-sym? x)\n (core/sym::to-str x)\n (selfhost/patch_refactor::err \"expected symbol|string\")))))\n\n(def selfhost/patch_refactor::rename-term\n (fn (t)\n (fn (from)\n (fn (to)\n (let ((tg (core/data::tag t)))\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((s (core/sym::to-str t)))\n (if ((core/eq? s) from)\n ((selfhost/patch_refactor::res (core/sym::from-str to)) 1)\n ((selfhost/patch_refactor::res t) 0)))\n (if ((core/sym::eq? tg) (quote :pair))\n (let ((a (core/pair::car t)) (d (core/pair::cdr t)))\n (let ((ra (((selfhost/patch_refactor::rename-term a) from) to)))\n (if (selfhost/patch_refactor::is-error ra)\n ra\n (let ((rd (((selfhost/patch_refactor::rename-term d) from) to)))\n (if (selfhost/patch_refactor::is-error rd)\n rd\n (let\n ((na (selfhost/patch_refactor::res-term ra))\n (nd (selfhost/patch_refactor::res-term rd))\n (ca (selfhost/patch_refactor::res-count ra))\n (cd (selfhost/patch_refactor::res-count rd)))\n ((selfhost/patch_refactor::res ((core/pair::cons na) nd))\n ((core/int::add ca) cd))))))))\n (if ((core/sym::eq? tg) (quote :vec))\n (let ((n (core/vec::len t)))\n (\n ((((((selfhost/patch_refactor::rename-vec-loop t) from) to) n) 0)\n selfhost/patch_refactor::empty-vec)\n 0))\n (if ((core/sym::eq? tg) (quote :map))\n (let ((entries (core/map::entries t)))\n (let ((n (core/vec::len entries)))\n (\n ((((((selfhost/patch_refactor::rename-map-entries-loop entries) from) to) n) 0)\n selfhost/patch_refactor::empty-vec)\n 0)))\n ((selfhost/patch_refactor::res t) 0))))))))))\n\n(def selfhost/patch_refactor::rename-vec-loop\n (fn (v)\n (fn (from)\n (fn (to)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (count)\n (if ((core/int::eq? i) n)\n ((selfhost/patch_refactor::res out) count)\n (if (selfhost/patch_schema::is-vec? out)\n (let ((x ((core/vec::get v) i)))\n (let ((rx (((selfhost/patch_refactor::rename-term x) from) to)))\n (if (selfhost/patch_refactor::is-error rx)\n rx\n (let\n ((pushed ((core/vec::push out) (selfhost/patch_refactor::res-term rx))))\n (if (selfhost/patch_refactor::is-error pushed)\n pushed\n (((((((selfhost/patch_refactor::rename-vec-loop v) from) to) n) ((core/int::add i) 1)) pushed)\n ((core/int::add count) (selfhost/patch_refactor::res-count rx))))))))\n (selfhost/patch_refactor::err \"rename-vec-loop internal: out is not vector\")))))))))))\n\n(def selfhost/patch_refactor::rename-map-entries-loop\n (fn (entries)\n (fn (from)\n (fn (to)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (count)\n (if ((core/int::eq? i) n)\n (if (selfhost/patch_schema::is-vec? out)\n (let ((m (core/map::from-entries out)))\n (if (selfhost/patch_refactor::is-error m)\n m\n ((selfhost/patch_refactor::res m) count)))\n (selfhost/patch_refactor::err \"rename-map-loop internal: out is not vector\"))\n (if (selfhost/patch_schema::is-vec? out)\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1)))\n (let ((rk (((selfhost/patch_refactor::rename-term k) from) to)))\n (if (selfhost/patch_refactor::is-error rk)\n rk\n (let ((rv (((selfhost/patch_refactor::rename-term v) from) to)))\n (if (selfhost/patch_refactor::is-error rv)\n rv\n (let\n ((nk (selfhost/patch_refactor::res-term rk))\n (nv (selfhost/patch_refactor::res-term rv))\n (ck (selfhost/patch_refactor::res-count rk))\n (cv (selfhost/patch_refactor::res-count rv)))\n (let ((entry ((selfhost/patch_refactor::vec2 nk) nv)))\n (let ((pushed ((core/vec::push out) entry)))\n (if (selfhost/patch_refactor::is-error pushed)\n pushed\n (\n ((((((selfhost/patch_refactor::rename-map-entries-loop entries) from) to) n) ((core/int::add i) 1))\n pushed)\n ((core/int::add count) ((core/int::add ck) cv)))))))))))))\n (selfhost/patch_refactor::err \"rename-map-loop internal: out is not vector\")))))))))))\n\n(def selfhost/patch_refactor::rename-forms-loop\n (fn (forms)\n (fn (from)\n (fn (to)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (count)\n (if ((core/int::eq? i) n)\n ((selfhost/patch_refactor::res out) count)\n (if (selfhost/patch_schema::is-vec? out)\n (let ((f ((core/vec::get forms) i)))\n (let ((rf (((selfhost/patch_refactor::rename-term f) from) to)))\n (if (selfhost/patch_refactor::is-error rf)\n rf\n (let\n ((pushed ((core/vec::push out) (selfhost/patch_refactor::res-term rf))))\n (if (selfhost/patch_refactor::is-error pushed)\n pushed\n (((((((selfhost/patch_refactor::rename-forms-loop forms) from) to) n) ((core/int::add i) 1)) pushed)\n ((core/int::add count) (selfhost/patch_refactor::res-count rf))))))))\n (selfhost/patch_refactor::err \"rename-forms-loop internal: out is not vector\")))))))))))\n\n(def selfhost/patch_refactor::rename-symbol-forms-core\n (fn (forms)\n (fn (from)\n (fn (to)\n (if ((core/eq? from) to)\n ((selfhost/patch_refactor::rename-result forms) 0)\n (let ((n (core/vec::len forms)))\n (let\n (\n (rr\n (\n ((((((selfhost/patch_refactor::rename-forms-loop forms) from) to) n) 0)\n selfhost/patch_refactor::empty-vec)\n 0)))\n (if (selfhost/patch_refactor::is-error rr)\n rr\n (let\n ((next (selfhost/patch_refactor::res-term rr))\n (count (selfhost/patch_refactor::res-count rr)))\n ((selfhost/patch_refactor::rename-result next) count))))))))))\n\n(def core/cli::rename-symbol-forms\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let\n ((forms ((core/map::get req) (quote :forms))) (fromv ((core/map::get req) (quote :from)))\n (tov ((core/map::get req) (quote :to))))\n (if (selfhost/patch_schema::is-vec? forms)\n (let ((from (selfhost/patch_refactor::sym-or-str->str fromv)))\n (if (selfhost/patch_refactor::is-error from)\n from\n (let ((to (selfhost/patch_refactor::sym-or-str->str tov)))\n (if (selfhost/patch_refactor::is-error to)\n to\n (((selfhost/patch_refactor::rename-symbol-forms-core forms) from) to)))))\n (selfhost/patch_refactor::err \"rename-symbol-forms :forms must be vector\")))\n (selfhost/patch_refactor::err \"rename-symbol-forms expects map request\"))))\n\n(def selfhost/patch_refactor::vec-sym-or-str-set\n (fn (xs)\n (let ((n (core/vec::len xs))) ((((selfhost/patch_refactor::vec-sym-or-str-set2 xs) n) 0) {}))))\n\n(def selfhost/patch_refactor::vec-sym-or-str-set2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (let ((s (selfhost/patch_refactor::sym-or-str->str x)))\n (if (selfhost/patch_refactor::is-error s)\n s\n (let ((next-out (((core/map::put out) s) true)))\n (let ((loop0 (selfhost/patch_refactor::vec-sym-or-str-set2 xs)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))))\n\n(def selfhost/patch_refactor::top-level-def-name\n (fn (form)\n (if (selfhost/patch_schema::is-pair? form)\n (let ((items (core/pair::as-proper-list form)))\n (if (selfhost/patch_schema::is-vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1)))\n (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote def)) false)\n (if (selfhost/patch_schema::is-sym? n) (core/sym::to-str n) nil)\n nil))\n nil)\n nil))\n nil)))\n\n(def selfhost/patch_refactor::split-forms-loop\n (fn (forms)\n (fn (symset)\n (fn (n)\n (fn (i)\n (fn (keep)\n (fn (extracted)\n (fn (moved)\n (if ((core/int::eq? i) n)\n (((selfhost/patch_refactor::split-result keep) extracted) moved)\n (let ((f ((core/vec::get forms) i)))\n (let ((name (selfhost/patch_refactor::top-level-def-name f)))\n (let\n (\n (take?\n (if (core/list::is-nil? name)\n false\n (if (core/list::is-nil? ((core/map::get symset) name)) false true))))\n (if take?\n (\n ((((((selfhost/patch_refactor::split-forms-loop forms) symset) n) ((core/int::add i) 1)) keep)\n ((core/vec::push extracted) f))\n ((core/int::add moved) 1))\n (\n (\n (((((selfhost/patch_refactor::split-forms-loop forms) symset) n) ((core/int::add i) 1))\n ((core/vec::push keep) f))\n extracted)\n moved))))))))))))))\n\n(def selfhost/patch_refactor::split-module-forms-core\n (fn (forms)\n (fn (symset)\n (let ((n (core/vec::len forms)))\n (let\n (\n (split\n (\n (\n (((((selfhost/patch_refactor::split-forms-loop forms) symset) n) 0)\n selfhost/patch_refactor::empty-vec)\n selfhost/patch_refactor::empty-vec)\n 0)))\n (if (selfhost/patch_refactor::is-error split)\n split\n (let ((moved ((core/map::get split) (quote :moved-def-count))))\n (if ((core/int::eq? moved) 0)\n (selfhost/patch_refactor::err \"split-module found no matching top-level definitions\")\n (let\n ((keep ((core/map::get split) (quote :keep)))\n (extracted ((core/map::get split) (quote :extracted))))\n (((selfhost/patch_refactor::split-result keep) extracted) moved))))))))))\n\n(def core/cli::split-module-forms\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let\n ((forms ((core/map::get req) (quote :forms)))\n (symbols ((core/map::get req) (quote :symbols))))\n (if (selfhost/patch_schema::is-vec? forms)\n (if (selfhost/patch_schema::is-vec? symbols)\n (if ((core/int::lt? 0) (core/vec::len symbols))\n (let ((symset (selfhost/patch_refactor::vec-sym-or-str-set symbols)))\n (if (selfhost/patch_refactor::is-error symset)\n symset\n ((selfhost/patch_refactor::split-module-forms-core forms) symset)))\n (selfhost/patch_refactor::err \"split-module :symbols must be non-empty\"))\n (selfhost/patch_refactor::err \"split-module :symbols must be vector\"))\n (selfhost/patch_refactor::err \"split-module :forms must be vector\")))\n (selfhost/patch_refactor::err \"split-module expects map request\"))))\n\n(def selfhost/patch_refactor::list2\n (fn (a) (fn (b) ((core/pair::cons a) ((core/pair::cons b) nil)))))\n\n(def selfhost/patch_refactor::list3\n (fn (a) (fn (b) (fn (c) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil)))))))\n\n(def selfhost/patch_refactor::vec->list\n (fn (v) (((selfhost/patch_refactor::vec->list2 v) (core/vec::len v)) nil)))\n\n(def selfhost/patch_refactor::vec->list2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (((selfhost/patch_refactor::vec->list2 v) i)\n ((core/pair::cons ((core/vec::get v) i)) acc))))))))\n\n(def selfhost/patch_refactor::vec-append\n (fn (a)\n (fn (b) (let ((n (core/vec::len b))) ((((selfhost/patch_refactor::vec-append2 b) n) 0) a)))))\n\n(def selfhost/patch_refactor::vec-append2\n (fn (b)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get b) i)))\n ((((selfhost/patch_refactor::vec-append2 b) n) ((core/int::add i) 1))\n ((core/vec::push out) x)))))))))\n\n(def selfhost/patch_refactor::rewrite-result\n (fn (forms)\n (fn (changed)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :forms)) forms)))\n (((core/map::put m1) (quote :changed-entries)) changed))))))\n\n(def selfhost/patch_refactor::migrate-result selfhost/patch_refactor::rewrite-result)\n\n(def selfhost/patch_refactor::top-level-def-rhs\n (fn (form)\n (if (selfhost/patch_schema::is-pair? form)\n (let ((items (core/pair::as-proper-list form)))\n (if (selfhost/patch_schema::is-vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((h ((core/vec::get items) 0)) (rhs ((core/vec::get items) 2)))\n (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote def)) false)\n rhs\n nil))\n nil)\n nil))\n nil)))\n\n(def selfhost/patch_refactor::str-set->sym-vec\n (fn (setm)\n (let ((entries (core/map::entries setm)))\n (let ((n (core/vec::len entries)))\n ((((selfhost/patch_refactor::str-set->sym-vec2 entries) n) 0)\n selfhost/patch_refactor::empty-vec)))))\n\n(def selfhost/patch_refactor::str-set->sym-vec2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n ((((selfhost/patch_refactor::str-set->sym-vec2 entries) n) ((core/int::add i) 1))\n ((core/vec::push out) (core/sym::from-str k)))))))))))\n\n(def selfhost/patch_refactor::set-subtract\n (fn (setm)\n (fn (remove-set)\n (let ((entries (core/map::entries setm)))\n (let ((n (core/vec::len entries)))\n (((((selfhost/patch_refactor::set-subtract2 entries) n) remove-set) 0) {}))))))\n\n(def selfhost/patch_refactor::set-subtract2\n (fn (entries)\n (fn (n)\n (fn (remove-set)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let\n ((next-out (if ((core/eq? ((core/map::get remove-set) k)) true) out (((core/map::put out) k) true))))\n (let ((loop0 (selfhost/patch_refactor::set-subtract2 entries)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 remove-set)))\n (let ((loop3 (loop2 ((core/int::add i) 1)))) (loop3 next-out)))))))))))))))\n\n(def selfhost/patch_refactor::set-add-all\n (fn (base-set)\n (fn (add-set)\n (let ((entries (core/map::entries add-set)))\n (let ((n (core/vec::len entries)))\n ((((selfhost/patch_refactor::set-add-all2 entries) n) 0) base-set))))))\n\n(def selfhost/patch_refactor::set-add-all2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((next-out (((core/map::put out) k) true)))\n (let ((loop0 (selfhost/patch_refactor::set-add-all2 entries)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out)))))))))))))\n\n(def selfhost/patch_refactor::meta-extract\n (fn (rhs)\n (if (selfhost/patch_schema::is-map? rhs)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :map)) rhs)))\n (((core/map::put m1) (quote :quoted)) false)))\n (if (selfhost/patch_schema::is-pair? rhs)\n (let ((items (core/pair::as-proper-list rhs)))\n (if (selfhost/patch_schema::is-vec? items)\n (if ((core/int::eq? (core/vec::len items)) 2)\n (let ((h ((core/vec::get items) 0)) (payload ((core/vec::get items) 1)))\n (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote quote)) false)\n (if (selfhost/patch_schema::is-map? payload)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :map)) payload)))\n (((core/map::put m1) (quote :quoted)) true)))\n (selfhost/patch_refactor::err \"::meta quoted payload must be a map\"))\n (selfhost/patch_refactor::err \"::meta definition must be a map or (quote )\")))\n (selfhost/patch_refactor::err \"::meta quote form must have exactly one payload\"))\n (selfhost/patch_refactor::err \"::meta definition must be a map or (quote )\")))\n (selfhost/patch_refactor::err \"::meta definition must be a map or (quote )\")))))\n\n(def selfhost/patch_refactor::rewrite-op-symbol\n (fn (field-s)\n (if ((core/eq? field-s) \":imports\")\n \":rewrite-imports\"\n (if ((core/eq? field-s) \":exports\") \":rewrite-exports\" nil))))\n\n(def selfhost/patch_refactor::rewrite-field-symbol\n (fn (fieldv)\n (let ((field-s (selfhost/patch_refactor::sym-or-str->str fieldv)))\n (if (selfhost/patch_refactor::is-error field-s)\n field-s\n (if (core/list::is-nil? (selfhost/patch_refactor::rewrite-op-symbol field-s))\n (selfhost/patch_refactor::err \"rewrite-meta-list :field must be :imports or :exports\")\n (core/sym::from-str field-s))))))\n\n(def selfhost/patch_refactor::vec-normalize-syms\n (fn (xs)\n (let ((n (core/vec::len xs)))\n ((((selfhost/patch_refactor::vec-normalize-syms2 xs) n) 0) selfhost/patch_refactor::empty-vec))))\n\n(def selfhost/patch_refactor::vec-normalize-syms2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (let ((s (selfhost/patch_refactor::sym-or-str->str x)))\n (if (selfhost/patch_refactor::is-error s)\n s\n (let ((next-out ((core/vec::push out) s)))\n (let ((loop0 (selfhost/patch_refactor::vec-normalize-syms2 xs)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))))\n\n(def selfhost/patch_refactor::vec-str-contains\n (fn (xs)\n (fn (target) ((((selfhost/patch_refactor::vec-str-contains2 xs) (core/vec::len xs)) target) 0))))\n\n(def selfhost/patch_refactor::vec-str-contains2\n (fn (xs)\n (fn (n)\n (fn (target)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if ((core/eq? ((core/vec::get xs) i)) target)\n true\n (let ((loop0 (selfhost/patch_refactor::vec-str-contains2 xs)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 target))) (loop2 ((core/int::add i) 1))))))))))))\n\n(def selfhost/patch_refactor::vec-append-unique\n (fn (out)\n (fn (src)\n (let ((n (core/vec::len src)))\n ((((selfhost/patch_refactor::vec-append-unique2 src) n) 0) out)))))\n\n(def selfhost/patch_refactor::vec-append-unique2\n (fn (src)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((s ((core/vec::get src) i)))\n (let\n ((next-out (if ((selfhost/patch_refactor::vec-str-contains out) s) out ((core/vec::push out) s))))\n (let ((loop0 (selfhost/patch_refactor::vec-append-unique2 src)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xF0\x96~\x9B\x12Fx\xB1\xB8\x8A\xAEA\xD0\x1FW;\x05\x82Y\xF4~\xD9_X\xE9\x89\xBDhZ3<)" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_refactor::vec-filter-remove (fn (xs) (fn (remove-strs) (let ((n (core/vec::len xs))) (((((selfhost/patch_refactor::vec-filter-remove2 xs) n) remove-strs) 0) selfhost/patch_refactor::empty-vec))))) (def selfhost/patch_refactor::vec-filter-remove2 (fn (xs) (fn (n) (fn (remove-strs) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((s ((core/vec::get xs) i))) (let ((next-out (if ((selfhost/patch_refactor::vec-str-contains remove-strs) s) out ((core/vec::push out) s)))) (let ((loop0 (selfhost/patch_refactor::vec-filter-remove2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 remove-strs))) (let ((loop3 (loop2 ((core/int::add i) 1)))) (loop3 next-out)))))))))))))) (def selfhost/patch_refactor::vec-str->sym-vec (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_refactor::vec-str->sym-vec2 xs) n) 0) selfhost/patch_refactor::empty-vec)))) (def selfhost/patch_refactor::vec-str->sym-vec2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((s ((core/vec::get xs) i))) (let ((next-out ((core/vec::push out) (core/sym::from-str s)))) (let ((loop0 (selfhost/patch_refactor::vec-str->sym-vec2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out)))))))))))) (def selfhost/patch_refactor::rewrite-meta-field (fn (meta-map) (fn (field-sym) (fn (addv) (fn (removev) (fn (replacev) (fn (replace-present) (let ((current ((core/map::get meta-map) field-sym))) (let ((cur-strs (if (core/list::is-nil? current) selfhost/patch_refactor::empty-vec (if (selfhost/patch_schema::is-vec? current) (selfhost/patch_refactor::vec-normalize-syms current) (selfhost/patch_refactor::err "meta field must be vector"))))) (if (selfhost/patch_refactor::is-error cur-strs) cur-strs (let ((add-strs (selfhost/patch_refactor::vec-normalize-syms addv))) (if (selfhost/patch_refactor::is-error add-strs) add-strs (let ((remove-strs (selfhost/patch_refactor::vec-normalize-syms removev))) (if (selfhost/patch_refactor::is-error remove-strs) remove-strs (let ((base-strs (if replace-present (selfhost/patch_refactor::vec-normalize-syms replacev) cur-strs))) (if (selfhost/patch_refactor::is-error base-strs) base-strs (let ((uniq-base ((selfhost/patch_refactor::vec-append-unique selfhost/patch_refactor::empty-vec) base-strs))) (let ((merged ((selfhost/patch_refactor::vec-append-unique uniq-base) add-strs))) (let ((final-strs ((selfhost/patch_refactor::vec-filter-remove merged) remove-strs))) (let ((next-vec (selfhost/patch_refactor::vec-str->sym-vec final-strs))) (let ((updated (if (core/list::is-nil? current) (if replace-present true ((core/int::lt? 0) (core/vec::len next-vec))) (if ((core/eq? current) next-vec) false true)))) (let ((next-map (if updated (((core/map::put meta-map) field-sym) next-vec) meta-map))) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :map)) next-map))) (((core/map::put m1) (quote :updated)) updated))))))))))))))))))))))))) (def selfhost/patch_refactor::rewrite-meta-forms-loop (fn (forms) (fn (field-sym) (fn (field-s) (fn (addv) (fn (removev) (fn (replacev) (fn (replace-present) (fn (n) (fn (i) (fn (out) (fn (changed) (if ((core/int::eq? i) n) (if changed ((selfhost/patch_refactor::rewrite-result out) 1) (let ((op-s (selfhost/patch_refactor::rewrite-op-symbol field-s))) (selfhost/patch_refactor::err ((core/str::concat op-s) " produced no module changes")))) (let ((f ((core/vec::get forms) i))) (if ((core/eq? (selfhost/patch_refactor::top-level-def-name f)) "::meta") (let ((rhs (selfhost/patch_refactor::top-level-def-rhs f))) (if (core/list::is-nil? rhs) (selfhost/patch_refactor::err "::meta definition must have a value") (let ((ex (selfhost/patch_refactor::meta-extract rhs))) (if (selfhost/patch_refactor::is-error ex) ex (let ((meta-map ((core/map::get ex) (quote :map))) (quoted ((core/map::get ex) (quote :quoted)))) (let ((rw ((((((selfhost/patch_refactor::rewrite-meta-field meta-map) field-sym) addv) removev) replacev) replace-present))) (if (selfhost/patch_refactor::is-error rw) rw (let ((next-map ((core/map::get rw) (quote :map))) (updated ((core/map::get rw) (quote :updated)))) (let ((next-rhs (if quoted ((selfhost/patch_refactor::list2 (quote quote)) next-map) next-map))) (let ((next-form (((selfhost/patch_refactor::list3 (quote def)) (quote ::meta)) next-rhs))) (let ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms))) (let ((loop1 (loop0 field-sym))) (let ((loop2 (loop1 field-s))) (let ((loop3 (loop2 addv))) (let ((loop4 (loop3 removev))) (let ((loop5 (loop4 replacev))) (let ((loop6 (loop5 replace-present))) (let ((loop7 (loop6 n))) (let ((loop8 (loop7 ((core/int::add i) 1)))) ((loop8 ((core/vec::push out) next-form)) (if updated true changed))))))))))))))))))))) (let ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms))) (let ((loop1 (loop0 field-sym))) (let ((loop2 (loop1 field-s))) (let ((loop3 (loop2 addv))) (let ((loop4 (loop3 removev))) (let ((loop5 (loop4 replacev))) (let ((loop6 (loop5 replace-present))) (let ((loop7 (loop6 n))) (let ((loop8 (loop7 ((core/int::add i) 1)))) ((loop8 ((core/vec::push out) f)) changed))))))))))))))))))))))))) (def selfhost/patch_refactor::rewrite-meta-list-apply (fn (forms) (fn (field-sym) (fn (field-s) (fn (addv) (fn (removev) (fn (replacev) (fn (replace-present) (let ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms))) (let ((loop1 (loop0 field-sym))) (let ((loop2 (loop1 field-s))) (let ((loop3 (loop2 addv))) (let ((loop4 (loop3 removev))) (let ((loop5 (loop4 replacev))) (let ((loop6 (loop5 replace-present))) (let ((loop7 (loop6 (core/vec::len forms)))) (let ((loop8 (loop7 0))) (let ((loop9 (loop8 selfhost/patch_refactor::empty-vec))) (loop9 false))))))))))))))))))) (def core/cli::rewrite-meta-list-forms (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (fieldv ((core/map::get req) (quote :field))) (add0 ((core/map::get req) (quote :add))) (remove0 ((core/map::get req) (quote :remove))) (replace0 ((core/map::get req) (quote :replace)))) (if (selfhost/patch_schema::is-vec? forms) (let ((field-sym (selfhost/patch_refactor::rewrite-field-symbol fieldv))) (if (selfhost/patch_refactor::is-error field-sym) field-sym (let ((field-s (core/sym::to-str field-sym))) (let ((addv (if (core/list::is-nil? add0) selfhost/patch_refactor::empty-vec add0))) (let ((removev (if (core/list::is-nil? remove0) selfhost/patch_refactor::empty-vec remove0))) (let ((replace-present (if (core/list::is-nil? replace0) false true))) (let ((replacev (if replace-present replace0 selfhost/patch_refactor::empty-vec))) (((((((selfhost/patch_refactor::rewrite-meta-list-apply forms) field-sym) field-s) addv) removev) replacev) replace-present)))))))) (selfhost/patch_refactor::err "rewrite-meta-list :forms must be vector"))) (selfhost/patch_refactor::err "rewrite-meta-list expects map request")))) (def selfhost/patch_refactor::non-empty-str? (fn (s) ((core/int::lt? 0) (core/bytes::len (core/str::to-utf8 s))))) (def selfhost/patch_refactor::migrate-copy-params-loop (fn (params) (fn (to-param) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((p ((core/vec::get params) i))) (if (selfhost/patch_schema::is-sym? p) (let ((ps (core/sym::to-str p))) (if ((core/eq? ps) to-param) (selfhost/patch_refactor::err ((core/str::concat "migrate-contract-signature :to-param `") ((core/str::concat to-param) "` already exists in param list"))) (((((selfhost/patch_refactor::migrate-copy-params-loop params) to-param) n) ((core/int::add i) 1)) ((core/vec::push out) p)))) (selfhost/patch_refactor::err "migrate-contract-signature params must be symbols")))))))))) (def selfhost/patch_refactor::migrate-next-params (fn (params) (fn (from-param) (fn (to-param) (let ((n (core/vec::len params))) (if ((core/int::lt? 0) n) (let ((p0 ((core/vec::get params) 0))) (if (selfhost/patch_schema::is-sym? p0) (let ((p0s (core/sym::to-str p0))) (if ((core/eq? p0s) from-param) (let ((out0 ((core/vec::push selfhost/patch_refactor::empty-vec) (core/sym::from-str to-param)))) (((((selfhost/patch_refactor::migrate-copy-params-loop params) to-param) n) 1) out0)) (selfhost/patch_refactor::err ((core/str::concat "migrate-contract-signature expected first param `") ((core/str::concat from-param) ((core/str::concat "`, got `") ((core/str::concat p0s) "`"))))))) (selfhost/patch_refactor::err "migrate-contract-signature params must be symbols"))) (selfhost/patch_refactor::err "migrate-contract-signature fn params must be non-empty"))))))) (def selfhost/patch_refactor::migrate-rename-bodies-loop (fn (fn-items) (fn (from-param) (fn (to-param) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((body ((core/vec::get fn-items) i))) (let ((rb (((selfhost/patch_refactor::rename-term body) from-param) to-param))) (if (selfhost/patch_refactor::is-error rb) rb ((((((selfhost/patch_refactor::migrate-rename-bodies-loop fn-items) from-param) to-param) n) ((core/int::add i) 1)) ((core/vec::push out) (selfhost/patch_refactor::res-term rb)))))))))))))) (def selfhost/patch_refactor::migrate-contract-signature-rhs (fn (rhs) (fn (from-param) (fn (to-param) (let ((fn-items (core/pair::as-proper-list rhs))) (if (selfhost/patch_schema::is-vec? fn-items) (if ((core/int::lt? 2) (core/vec::len fn-items)) (let ((head ((core/vec::get fn-items) 0))) (if (if (selfhost/patch_schema::is-sym? head) ((core/sym::eq? head) (quote fn)) false) (let ((params0 ((core/vec::get fn-items) 1))) (let ((params (core/pair::as-proper-list params0))) (if (selfhost/patch_schema::is-vec? params) (let ((next-params (((selfhost/patch_refactor::migrate-next-params params) from-param) to-param))) (if (selfhost/patch_refactor::is-error next-params) next-params (let ((out0 ((core/vec::push ((core/vec::push selfhost/patch_refactor::empty-vec) (quote fn))) (selfhost/patch_refactor::vec->list next-params)))) (let ((out1 ((((((selfhost/patch_refactor::migrate-rename-bodies-loop fn-items) from-param) to-param) (core/vec::len fn-items)) 2) out0))) (if (selfhost/patch_refactor::is-error out1) out1 (selfhost/patch_refactor::vec->list out1)))))) (selfhost/patch_refactor::err "migrate-contract-signature fn params must be a proper list")))) (selfhost/patch_refactor::err "migrate-contract-signature target rhs must be (fn ...)"))) (selfhost/patch_refactor::err "migrate-contract-signature target fn must have params and body")) (selfhost/patch_refactor::err "migrate-contract-signature target rhs must be (fn ...)"))))))) (def selfhost/patch_refactor::migrate-contract-signature-loop (fn (forms) (fn (contract-symbol) (fn (from-param) (fn (to-param) (fn (n) (fn (i) (fn (out) (fn (updated) (if ((core/int::eq? i) n) (if updated ((selfhost/patch_refactor::migrate-result out) 1) (selfhost/patch_refactor::err ((core/str::concat "migrate-contract-signature target `") ((core/str::concat contract-symbol) "` not found")))) (let ((f ((core/vec::get forms) i))) (let ((name (selfhost/patch_refactor::top-level-def-name f))) (if (if (core/list::is-nil? name) false ((core/eq? name) contract-symbol)) (let ((rhs (selfhost/patch_refactor::top-level-def-rhs f))) (if (core/list::is-nil? rhs) (selfhost/patch_refactor::err "migrate-contract-signature target definition is missing rhs") (let ((next-rhs (((selfhost/patch_refactor::migrate-contract-signature-rhs rhs) from-param) to-param))) (if (selfhost/patch_refactor::is-error next-rhs) next-rhs (let ((next-form (((selfhost/patch_refactor::list3 (quote def)) (core/sym::from-str contract-symbol)) next-rhs))) ((((((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param) to-param) n) ((core/int::add i) 1)) ((core/vec::push out) next-form)) true)))))) ((((((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param) to-param) n) ((core/int::add i) 1)) ((core/vec::push out) f)) updated)))))))))))))) (def core/cli::migrate-contract-signature-forms (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (contractv ((core/map::get req) (quote :contract-symbol))) (fromv ((core/map::get req) (quote :from-param))) (tov ((core/map::get req) (quote :to-param)))) (if (selfhost/patch_schema::is-vec? forms) (let ((contract-symbol (selfhost/patch_refactor::sym-or-str->str contractv))) (if (selfhost/patch_refactor::is-error contract-symbol) contract-symbol (let ((from-param (selfhost/patch_refactor::sym-or-str->str fromv))) (if (selfhost/patch_refactor::is-error from-param) from-param (let ((to-param (selfhost/patch_refactor::sym-or-str->str tov))) (if (selfhost/patch_refactor::is-error to-param) to-param (if (if (selfhost/patch_refactor::non-empty-str? contract-symbol) (if (selfhost/patch_refactor::non-empty-str? from-param) (selfhost/patch_refactor::non-empty-str? to-param) false) false) (if ((core/eq? from-param) to-param) (selfhost/patch_refactor::err "migrate-contract-signature :from-param and :to-param must differ") ((((((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param) to-param) (core/vec::len forms)) 0) selfhost/patch_refactor::empty-vec) false)) (selfhost/patch_refactor::err "migrate-contract-signature requires non-empty symbol/param values")))))))) (selfhost/patch_refactor::err "migrate-contract-signature :forms must be vector"))) (selfhost/patch_refactor::err "migrate-contract-signature expects map request"))))] :module-h b"42\xAA;\xC0 \xB4J|vsym-vec\n (fn (xs)\n (let ((n (core/vec::len xs)))\n ((((selfhost/patch_refactor::vec-str->sym-vec2 xs) n) 0) selfhost/patch_refactor::empty-vec))))\n\n(def selfhost/patch_refactor::vec-str->sym-vec2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((s ((core/vec::get xs) i)))\n (let ((next-out ((core/vec::push out) (core/sym::from-str s))))\n (let ((loop0 (selfhost/patch_refactor::vec-str->sym-vec2 xs)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))\n\n(def selfhost/patch_refactor::rewrite-meta-field\n (fn (meta-map)\n (fn (field-sym)\n (fn (addv)\n (fn (removev)\n (fn (replacev)\n (fn (replace-present)\n (let ((current ((core/map::get meta-map) field-sym)))\n (let\n (\n (cur-strs\n (if (core/list::is-nil? current)\n selfhost/patch_refactor::empty-vec\n (if (selfhost/patch_schema::is-vec? current)\n (selfhost/patch_refactor::vec-normalize-syms current)\n (selfhost/patch_refactor::err \"meta field must be vector\")))))\n (if (selfhost/patch_refactor::is-error cur-strs)\n cur-strs\n (let ((add-strs (selfhost/patch_refactor::vec-normalize-syms addv)))\n (if (selfhost/patch_refactor::is-error add-strs)\n add-strs\n (let ((remove-strs (selfhost/patch_refactor::vec-normalize-syms removev)))\n (if (selfhost/patch_refactor::is-error remove-strs)\n remove-strs\n (let\n ((base-strs (if replace-present (selfhost/patch_refactor::vec-normalize-syms replacev) cur-strs)))\n (if (selfhost/patch_refactor::is-error base-strs)\n base-strs\n (let\n (\n (uniq-base\n ((selfhost/patch_refactor::vec-append-unique selfhost/patch_refactor::empty-vec)\n base-strs)))\n (let\n ((merged ((selfhost/patch_refactor::vec-append-unique uniq-base) add-strs)))\n (let\n ((final-strs ((selfhost/patch_refactor::vec-filter-remove merged) remove-strs)))\n (let\n ((next-vec (selfhost/patch_refactor::vec-str->sym-vec final-strs)))\n (let\n (\n (updated\n (if (core/list::is-nil? current)\n (if replace-present\n true\n ((core/int::lt? 0) (core/vec::len next-vec)))\n (if ((core/eq? current) next-vec) false true))))\n (let\n ((next-map (if updated (((core/map::put meta-map) field-sym) next-vec) meta-map)))\n (let ((m0 (quote {})))\n (let\n ((m1 (((core/map::put m0) (quote :map)) next-map)))\n (((core/map::put m1) (quote :updated)) updated)))))))))))))))))))))))))\n\n(def selfhost/patch_refactor::rewrite-meta-forms-loop\n (fn (forms)\n (fn (field-sym)\n (fn (field-s)\n (fn (addv)\n (fn (removev)\n (fn (replacev)\n (fn (replace-present)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (changed)\n (if ((core/int::eq? i) n)\n (if changed\n ((selfhost/patch_refactor::rewrite-result out) 1)\n (let ((op-s (selfhost/patch_refactor::rewrite-op-symbol field-s)))\n (selfhost/patch_refactor::err\n ((core/str::concat op-s) \" produced no module changes\"))))\n (let ((f ((core/vec::get forms) i)))\n (if\n ((core/eq? (selfhost/patch_refactor::top-level-def-name f)) \"::meta\")\n (let ((rhs (selfhost/patch_refactor::top-level-def-rhs f)))\n (if (core/list::is-nil? rhs)\n (selfhost/patch_refactor::err\n \"::meta definition must have a value\")\n (let ((ex (selfhost/patch_refactor::meta-extract rhs)))\n (if (selfhost/patch_refactor::is-error ex)\n ex\n (let\n ((meta-map ((core/map::get ex) (quote :map)))\n (quoted ((core/map::get ex) (quote :quoted))))\n (let\n (\n (rw\n ((((((selfhost/patch_refactor::rewrite-meta-field meta-map) field-sym) addv) removev) replacev)\n replace-present)))\n (if (selfhost/patch_refactor::is-error rw)\n rw\n (let\n ((next-map ((core/map::get rw) (quote :map)))\n (updated ((core/map::get rw) (quote :updated))))\n (let\n ((next-rhs (if quoted ((selfhost/patch_refactor::list2 (quote quote)) next-map) next-map)))\n (let\n ((next-form (((selfhost/patch_refactor::list3 (quote def)) (quote ::meta)) next-rhs)))\n (let\n ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms)))\n (let ((loop1 (loop0 field-sym)))\n (let ((loop2 (loop1 field-s)))\n (let ((loop3 (loop2 addv)))\n (let ((loop4 (loop3 removev)))\n (let ((loop5 (loop4 replacev)))\n (let ((loop6 (loop5 replace-present)))\n (let ((loop7 (loop6 n)))\n (let\n ((loop8 (loop7 ((core/int::add i) 1))))\n ((loop8 ((core/vec::push out) next-form))\n (if updated true changed)))))))))))))))))))))\n (let\n ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms)))\n (let ((loop1 (loop0 field-sym)))\n (let ((loop2 (loop1 field-s)))\n (let ((loop3 (loop2 addv)))\n (let ((loop4 (loop3 removev)))\n (let ((loop5 (loop4 replacev)))\n (let ((loop6 (loop5 replace-present)))\n (let ((loop7 (loop6 n)))\n (let ((loop8 (loop7 ((core/int::add i) 1))))\n ((loop8 ((core/vec::push out) f)) changed)))))))))))))))))))))))))\n\n(def selfhost/patch_refactor::rewrite-meta-list-apply\n (fn (forms)\n (fn (field-sym)\n (fn (field-s)\n (fn (addv)\n (fn (removev)\n (fn (replacev)\n (fn (replace-present)\n (let ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms)))\n (let ((loop1 (loop0 field-sym)))\n (let ((loop2 (loop1 field-s)))\n (let ((loop3 (loop2 addv)))\n (let ((loop4 (loop3 removev)))\n (let ((loop5 (loop4 replacev)))\n (let ((loop6 (loop5 replace-present)))\n (let ((loop7 (loop6 (core/vec::len forms))))\n (let ((loop8 (loop7 0)))\n (let ((loop9 (loop8 selfhost/patch_refactor::empty-vec)))\n (loop9 false)))))))))))))))))))\n\n(def core/cli::rewrite-meta-list-forms\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let\n ((forms ((core/map::get req) (quote :forms))) (fieldv ((core/map::get req) (quote :field)))\n (add0 ((core/map::get req) (quote :add)))\n (remove0 ((core/map::get req) (quote :remove)))\n (replace0 ((core/map::get req) (quote :replace))))\n (if (selfhost/patch_schema::is-vec? forms)\n (let ((field-sym (selfhost/patch_refactor::rewrite-field-symbol fieldv)))\n (if (selfhost/patch_refactor::is-error field-sym)\n field-sym\n (let ((field-s (core/sym::to-str field-sym)))\n (let ((addv (if (core/list::is-nil? add0) selfhost/patch_refactor::empty-vec add0)))\n (let\n ((removev (if (core/list::is-nil? remove0) selfhost/patch_refactor::empty-vec remove0)))\n (let ((replace-present (if (core/list::is-nil? replace0) false true)))\n (let\n ((replacev (if replace-present replace0 selfhost/patch_refactor::empty-vec)))\n (\n ((((((selfhost/patch_refactor::rewrite-meta-list-apply forms) field-sym) field-s) addv) removev)\n replacev)\n replace-present))))))))\n (selfhost/patch_refactor::err \"rewrite-meta-list :forms must be vector\")))\n (selfhost/patch_refactor::err \"rewrite-meta-list expects map request\"))))\n\n(def selfhost/patch_refactor::non-empty-str?\n (fn (s) ((core/int::lt? 0) (core/bytes::len (core/str::to-utf8 s)))))\n\n(def selfhost/patch_refactor::migrate-copy-params-loop\n (fn (params)\n (fn (to-param)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((p ((core/vec::get params) i)))\n (if (selfhost/patch_schema::is-sym? p)\n (let ((ps (core/sym::to-str p)))\n (if ((core/eq? ps) to-param)\n (selfhost/patch_refactor::err\n ((core/str::concat \"migrate-contract-signature :to-param `\")\n ((core/str::concat to-param) \"` already exists in param list\")))\n (((((selfhost/patch_refactor::migrate-copy-params-loop params) to-param) n) ((core/int::add i) 1))\n ((core/vec::push out) p))))\n (selfhost/patch_refactor::err \"migrate-contract-signature params must be symbols\"))))))))))\n\n(def selfhost/patch_refactor::migrate-next-params\n (fn (params)\n (fn (from-param)\n (fn (to-param)\n (let ((n (core/vec::len params)))\n (if ((core/int::lt? 0) n)\n (let ((p0 ((core/vec::get params) 0)))\n (if (selfhost/patch_schema::is-sym? p0)\n (let ((p0s (core/sym::to-str p0)))\n (if ((core/eq? p0s) from-param)\n (let\n ((out0 ((core/vec::push selfhost/patch_refactor::empty-vec) (core/sym::from-str to-param))))\n (((((selfhost/patch_refactor::migrate-copy-params-loop params) to-param) n) 1)\n out0))\n (selfhost/patch_refactor::err\n ((core/str::concat \"migrate-contract-signature expected first param `\")\n ((core/str::concat from-param)\n ((core/str::concat \"`, got `\") ((core/str::concat p0s) \"`\")))))))\n (selfhost/patch_refactor::err \"migrate-contract-signature params must be symbols\")))\n (selfhost/patch_refactor::err \"migrate-contract-signature fn params must be non-empty\")))))))\n\n(def selfhost/patch_refactor::migrate-rename-bodies-loop\n (fn (fn-items)\n (fn (from-param)\n (fn (to-param)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((body ((core/vec::get fn-items) i)))\n (let ((rb (((selfhost/patch_refactor::rename-term body) from-param) to-param)))\n (if (selfhost/patch_refactor::is-error rb)\n rb\n (\n (((((selfhost/patch_refactor::migrate-rename-bodies-loop fn-items) from-param) to-param) n)\n ((core/int::add i) 1))\n ((core/vec::push out) (selfhost/patch_refactor::res-term rb))))))))))))))\n\n(def selfhost/patch_refactor::migrate-contract-signature-rhs\n (fn (rhs)\n (fn (from-param)\n (fn (to-param)\n (let ((fn-items (core/pair::as-proper-list rhs)))\n (if (selfhost/patch_schema::is-vec? fn-items)\n (if ((core/int::lt? 2) (core/vec::len fn-items))\n (let ((head ((core/vec::get fn-items) 0)))\n (if\n (if (selfhost/patch_schema::is-sym? head) ((core/sym::eq? head) (quote fn)) false)\n (let ((params0 ((core/vec::get fn-items) 1)))\n (let ((params (core/pair::as-proper-list params0)))\n (if (selfhost/patch_schema::is-vec? params)\n (let\n ((next-params (((selfhost/patch_refactor::migrate-next-params params) from-param) to-param)))\n (if (selfhost/patch_refactor::is-error next-params)\n next-params\n (let\n (\n (out0\n ((core/vec::push ((core/vec::push selfhost/patch_refactor::empty-vec) (quote fn)))\n (selfhost/patch_refactor::vec->list next-params))))\n (let\n (\n (out1\n (\n (\n ((((selfhost/patch_refactor::migrate-rename-bodies-loop fn-items) from-param) to-param)\n (core/vec::len fn-items))\n 2)\n out0)))\n (if (selfhost/patch_refactor::is-error out1)\n out1\n (selfhost/patch_refactor::vec->list out1))))))\n (selfhost/patch_refactor::err\n \"migrate-contract-signature fn params must be a proper list\"))))\n (selfhost/patch_refactor::err\n \"migrate-contract-signature target rhs must be (fn ...)\")))\n (selfhost/patch_refactor::err\n \"migrate-contract-signature target fn must have params and body\"))\n (selfhost/patch_refactor::err \"migrate-contract-signature target rhs must be (fn ...)\")))))))\n\n(def selfhost/patch_refactor::migrate-contract-signature-loop\n (fn (forms)\n (fn (contract-symbol)\n (fn (from-param)\n (fn (to-param)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (updated)\n (if ((core/int::eq? i) n)\n (if updated\n ((selfhost/patch_refactor::migrate-result out) 1)\n (selfhost/patch_refactor::err\n ((core/str::concat \"migrate-contract-signature target `\")\n ((core/str::concat contract-symbol) \"` not found\"))))\n (let ((f ((core/vec::get forms) i)))\n (let ((name (selfhost/patch_refactor::top-level-def-name f)))\n (if (if (core/list::is-nil? name) false ((core/eq? name) contract-symbol))\n (let ((rhs (selfhost/patch_refactor::top-level-def-rhs f)))\n (if (core/list::is-nil? rhs)\n (selfhost/patch_refactor::err\n \"migrate-contract-signature target definition is missing rhs\")\n (let\n ((next-rhs (((selfhost/patch_refactor::migrate-contract-signature-rhs rhs) from-param) to-param)))\n (if (selfhost/patch_refactor::is-error next-rhs)\n next-rhs\n (let\n (\n (next-form\n (((selfhost/patch_refactor::list3 (quote def)) (core/sym::from-str contract-symbol))\n next-rhs)))\n (\n (\n (\n (\n ((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param)\n to-param)\n n)\n ((core/int::add i) 1))\n ((core/vec::push out) next-form))\n true))))))\n (\n (\n (\n (\n ((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param)\n to-param)\n n)\n ((core/int::add i) 1))\n ((core/vec::push out) f))\n updated))))))))))))))\n\n(def core/cli::migrate-contract-signature-forms\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let\n ((forms ((core/map::get req) (quote :forms)))\n (contractv ((core/map::get req) (quote :contract-symbol)))\n (fromv ((core/map::get req) (quote :from-param)))\n (tov ((core/map::get req) (quote :to-param))))\n (if (selfhost/patch_schema::is-vec? forms)\n (let ((contract-symbol (selfhost/patch_refactor::sym-or-str->str contractv)))\n (if (selfhost/patch_refactor::is-error contract-symbol)\n contract-symbol\n (let ((from-param (selfhost/patch_refactor::sym-or-str->str fromv)))\n (if (selfhost/patch_refactor::is-error from-param)\n from-param\n (let ((to-param (selfhost/patch_refactor::sym-or-str->str tov)))\n (if (selfhost/patch_refactor::is-error to-param)\n to-param\n (if\n (if (selfhost/patch_refactor::non-empty-str? contract-symbol)\n (if (selfhost/patch_refactor::non-empty-str? from-param)\n (selfhost/patch_refactor::non-empty-str? to-param)\n false)\n false)\n (if ((core/eq? from-param) to-param)\n (selfhost/patch_refactor::err\n \"migrate-contract-signature :from-param and :to-param must differ\")\n (\n (\n (\n (\n ((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param)\n to-param)\n (core/vec::len forms))\n 0)\n selfhost/patch_refactor::empty-vec)\n false))\n (selfhost/patch_refactor::err\n \"migrate-contract-signature requires non-empty symbol/param values\"))))))))\n (selfhost/patch_refactor::err \"migrate-contract-signature :forms must be vector\")))\n (selfhost/patch_refactor::err \"migrate-contract-signature expects map request\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"=X\x06dp\xCD\xF6?VW~\xB9e\xF4\xDD\x08\x0E\x8D!F\x89\xDFa\xE3\x96\x05\xAB\"\x13-\xB0r" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_authority::PROFILE "genesis/patch-authority-v0.1") (def selfhost/patch_authority::REQUEST_KIND "genesis/patch-node-index-request-v0.1") (def selfhost/patch_authority::REPORT_KIND "genesis/patch-node-index-v0.1") (def selfhost/patch_authority::NODE_ID_PREFIX b"GCv0.2\x00semantic-node-id\x00") (def selfhost/patch_authority::err (fn (message) ((core/error::make2 "core/patch-authority") message))) (def selfhost/patch_authority::vec1 (fn (a) ((core/vec::push []) a))) (def selfhost/patch_authority::vec2 (fn (a) (fn (b) ((core/vec::push ((core/vec::push []) a)) b)))) (def selfhost/patch_authority::vec4 (fn (a) (fn (b) (fn (c) (fn (d) ((core/vec::push ((core/vec::push ((core/vec::push ((core/vec::push []) a)) b)) c)) d)))))) (def selfhost/patch_authority::tag-name (fn (term) (let ((tag (core/data::tag term))) (if ((core/sym::eq? tag) (quote :nil)) "nil" (if ((core/sym::eq? tag) (quote :bool)) "bool" (if ((core/sym::eq? tag) (quote :int)) "int" (if ((core/sym::eq? tag) (quote :str)) "str" (if ((core/sym::eq? tag) (quote :bytes)) "bytes" (if ((core/sym::eq? tag) (quote :sym)) "sym" (if ((core/sym::eq? tag) (quote :pair)) "pair" (if ((core/sym::eq? tag) (quote :vec)) "vec" (if ((core/sym::eq? tag) (quote :map)) "map" (selfhost/patch_authority::err "unsupported term tag"))))))))))))) (def selfhost/patch_authority::node-id (fn (module-path) (fn (path-repr) (let ((parts ((((selfhost/patch_authority::vec4 selfhost/patch_authority::NODE_ID_PREFIX) (core/str::to-utf8 module-path)) b"\x00") (core/str::to-utf8 path-repr)))) (let ((message (core/bytes::join parts))) (if (core/error::is? message) message (let ((digest (core/crypto::blake3 message))) (if (core/error::is? digest) digest (core/bytes::to-hex digest))))))))) (def selfhost/patch_authority::node-record (fn (module-path) (fn (path) (fn (term) (let ((path-repr (selfhost/printer::print-term path)) (term-tag (selfhost/patch_authority::tag-name term)) (term-h (selfhost/hash::hash-term term)) (node-id ((selfhost/patch_authority::node-id module-path) path-repr))) (if (core/error::is? path-repr) path-repr (if (core/error::is? term-tag) term-tag (if (core/error::is? term-h) term-h (if (core/error::is? node-id) node-id {:module-path module-path :node-id node-id :path path :path-repr path-repr :term-h term-h :term-tag term-tag}))))))))) (def selfhost/patch_authority::collect-vector (fn (module-path) (fn (path) (fn (values) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len values)) out (let ((child-path ((core/vec::push path) ((selfhost/patch_authority::vec2 (quote :vec)) i)))) (let ((next ((((selfhost/patch_authority::collect-term module-path) child-path) ((core/vec::get values) i)) out))) (if (core/error::is? next) next (((((selfhost/patch_authority::collect-vector module-path) path) values) ((core/int::add i) 1)) next))))))))))) (def selfhost/patch_authority::collect-map (fn (module-path) (fn (path) (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (let ((child-path ((core/vec::push path) ((selfhost/patch_authority::vec2 (quote :map)) ((core/vec::get entry) 0))))) (let ((next ((((selfhost/patch_authority::collect-term module-path) child-path) ((core/vec::get entry) 1)) out))) (if (core/error::is? next) next (((((selfhost/patch_authority::collect-map module-path) path) entries) ((core/int::add i) 1)) next)))))))))))) (def selfhost/patch_authority::collect-term (fn (module-path) (fn (path) (fn (term) (fn (out) (let ((record (((selfhost/patch_authority::node-record module-path) path) term))) (if (core/error::is? record) record (let ((with-record ((core/vec::push out) record)) (tag (core/data::tag term))) (if ((core/sym::eq? tag) (quote :pair)) (let ((with-car ((((selfhost/patch_authority::collect-term module-path) ((core/vec::push path) (selfhost/patch_authority::vec1 (quote :pair-car)))) (core/pair::car term)) with-record))) (if (core/error::is? with-car) with-car ((((selfhost/patch_authority::collect-term module-path) ((core/vec::push path) (selfhost/patch_authority::vec1 (quote :pair-cdr)))) (core/pair::cdr term)) with-car))) (if ((core/sym::eq? tag) (quote :vec)) (((((selfhost/patch_authority::collect-vector module-path) path) term) 0) with-record) (if ((core/sym::eq? tag) (quote :map)) (((((selfhost/patch_authority::collect-map module-path) path) (core/map::entries term)) 0) with-record) with-record))))))))))) (def selfhost/patch_authority::collect-forms (fn (module-path) (fn (forms) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len forms)) out (let ((next ((((selfhost/patch_authority::collect-term module-path) (selfhost/patch_authority::vec1 ((selfhost/patch_authority::vec2 (quote :form)) i))) ((core/vec::get forms) i)) out))) (if (core/error::is? next) next ((((selfhost/patch_authority::collect-forms module-path) forms) ((core/int::add i) 1)) next))))))))) (def core/cli::patch-semantic-node-index (fn (request) (if (core/cli::map? request) (if ((core/int::eq? (core/map::len request)) 5) (let ((kind ((core/map::get request) (quote :kind))) (profile ((core/map::get request) (quote :profile))) (module-path ((core/map::get request) (quote :module-path))) (forms ((core/map::get request) (quote :forms))) (version ((core/map::get request) (quote :v)))) (if (if (core/cli::str? kind) ((core/eq? kind) selfhost/patch_authority::REQUEST_KIND) false) (if (if (core/cli::str? profile) ((core/eq? profile) selfhost/patch_authority::PROFILE) false) (if (if (core/cli::str? module-path) ((core/int::lt? 0) (core/str::len module-path)) false) (if (core/cli::vec? forms) (if (if (core/cli::int? version) ((core/int::eq? version) 1) false) (let ((nodes ((((selfhost/patch_authority::collect-forms module-path) forms) 0) [])) (module-h (selfhost/hash::hash-module forms))) (if (core/error::is? nodes) nodes (if (core/error::is? module-h) module-h {:kind selfhost/patch_authority::REPORT_KIND :module-h module-h :module-path module-path :nodes nodes :ok true :profile selfhost/patch_authority::PROFILE :v 1}))) (selfhost/patch_authority::err "request :v must equal 1")) (selfhost/patch_authority::err "request :forms must be a vector")) (selfhost/patch_authority::err "request :module-path must be a non-empty string")) (selfhost/patch_authority::err "request :profile mismatch")) (selfhost/patch_authority::err "request :kind mismatch"))) (selfhost/patch_authority::err "request must contain exactly five fields")) (selfhost/patch_authority::err "request must be a map"))))] :module-h b"e\x05%,y\xB3\xAA\x08\xFC\x88\x8E\xF8\x0BF\x0FC:\x1A\xA5`\xCC^\xD7\x06\x94G\x97\xA8U\xA9\n0" :path "selfhost/patch_authority_identity_v1.gc" :source "(def selfhost/patch_authority::PROFILE \"genesis/patch-authority-v0.1\")\n(def selfhost/patch_authority::REQUEST_KIND \"genesis/patch-node-index-request-v0.1\")\n(def selfhost/patch_authority::REPORT_KIND \"genesis/patch-node-index-v0.1\")\n(def selfhost/patch_authority::NODE_ID_PREFIX b\"GCv0.2\\x00semantic-node-id\\x00\")\n\n(def selfhost/patch_authority::err\n (fn (message) ((core/error::make2 \"core/patch-authority\") message)))\n\n(def selfhost/patch_authority::vec1 (fn (a) ((core/vec::push []) a)))\n(def selfhost/patch_authority::vec2\n (fn (a) (fn (b) ((core/vec::push ((core/vec::push []) a)) b))))\n(def selfhost/patch_authority::vec4\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n ((core/vec::push\n ((core/vec::push ((core/vec::push ((core/vec::push []) a)) b)) c))\n d))))))\n\n(def selfhost/patch_authority::tag-name\n (fn (term)\n (let ((tag (core/data::tag term)))\n (if ((core/sym::eq? tag) (quote :nil))\n \"nil\"\n (if ((core/sym::eq? tag) (quote :bool))\n \"bool\"\n (if ((core/sym::eq? tag) (quote :int))\n \"int\"\n (if ((core/sym::eq? tag) (quote :str))\n \"str\"\n (if ((core/sym::eq? tag) (quote :bytes))\n \"bytes\"\n (if ((core/sym::eq? tag) (quote :sym))\n \"sym\"\n (if ((core/sym::eq? tag) (quote :pair))\n \"pair\"\n (if ((core/sym::eq? tag) (quote :vec))\n \"vec\"\n (if ((core/sym::eq? tag) (quote :map))\n \"map\"\n (selfhost/patch_authority::err \"unsupported term tag\")))))))))))))\n\n(def selfhost/patch_authority::node-id\n (fn (module-path)\n (fn (path-repr)\n (let\n ((parts\n ((((selfhost/patch_authority::vec4 selfhost/patch_authority::NODE_ID_PREFIX)\n (core/str::to-utf8 module-path))\n b\"\\x00\")\n (core/str::to-utf8 path-repr))))\n (let ((message (core/bytes::join parts)))\n (if (core/error::is? message)\n message\n (let ((digest (core/crypto::blake3 message)))\n (if (core/error::is? digest) digest (core/bytes::to-hex digest)))))))))\n\n(def selfhost/patch_authority::node-record\n (fn (module-path)\n (fn (path)\n (fn (term)\n (let\n ((path-repr (selfhost/printer::print-term path))\n (term-tag (selfhost/patch_authority::tag-name term))\n (term-h (selfhost/hash::hash-term term))\n (node-id ((selfhost/patch_authority::node-id module-path) path-repr)))\n (if (core/error::is? path-repr)\n path-repr\n (if (core/error::is? term-tag)\n term-tag\n (if (core/error::is? term-h)\n term-h\n (if (core/error::is? node-id)\n node-id\n {:module-path module-path\n :node-id node-id\n :path path\n :path-repr path-repr\n :term-h term-h\n :term-tag term-tag})))))))))\n\n(def selfhost/patch_authority::collect-vector\n (fn (module-path)\n (fn (path)\n (fn (values)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len values))\n out\n (let\n ((child-path\n ((core/vec::push path)\n ((selfhost/patch_authority::vec2 (quote :vec)) i))))\n (let\n ((next\n ((((selfhost/patch_authority::collect-term module-path) child-path)\n ((core/vec::get values) i))\n out)))\n (if (core/error::is? next)\n next\n (((((selfhost/patch_authority::collect-vector module-path) path) values)\n ((core/int::add i) 1))\n next)))))))))))\n\n(def selfhost/patch_authority::collect-map\n (fn (module-path)\n (fn (path)\n (fn (entries)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((child-path\n ((core/vec::push path)\n ((selfhost/patch_authority::vec2 (quote :map))\n ((core/vec::get entry) 0)))))\n (let\n ((next\n ((((selfhost/patch_authority::collect-term module-path) child-path)\n ((core/vec::get entry) 1))\n out)))\n (if (core/error::is? next)\n next\n (((((selfhost/patch_authority::collect-map module-path) path) entries)\n ((core/int::add i) 1))\n next))))))))))))\n\n(def selfhost/patch_authority::collect-term\n (fn (module-path)\n (fn (path)\n (fn (term)\n (fn (out)\n (let\n ((record (((selfhost/patch_authority::node-record module-path) path) term)))\n (if (core/error::is? record)\n record\n (let ((with-record ((core/vec::push out) record)) (tag (core/data::tag term)))\n (if ((core/sym::eq? tag) (quote :pair))\n (let\n ((with-car\n ((((selfhost/patch_authority::collect-term module-path)\n ((core/vec::push path)\n (selfhost/patch_authority::vec1 (quote :pair-car))))\n (core/pair::car term))\n with-record)))\n (if (core/error::is? with-car)\n with-car\n ((((selfhost/patch_authority::collect-term module-path)\n ((core/vec::push path)\n (selfhost/patch_authority::vec1 (quote :pair-cdr))))\n (core/pair::cdr term))\n with-car)))\n (if ((core/sym::eq? tag) (quote :vec))\n (((((selfhost/patch_authority::collect-vector module-path) path) term) 0)\n with-record)\n (if ((core/sym::eq? tag) (quote :map))\n (((((selfhost/patch_authority::collect-map module-path) path)\n (core/map::entries term))\n 0)\n with-record)\n with-record)))))))))))\n\n(def selfhost/patch_authority::collect-forms\n (fn (module-path)\n (fn (forms)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len forms))\n out\n (let\n ((next\n ((((selfhost/patch_authority::collect-term module-path)\n (selfhost/patch_authority::vec1\n ((selfhost/patch_authority::vec2 (quote :form)) i)))\n ((core/vec::get forms) i))\n out)))\n (if (core/error::is? next)\n next\n ((((selfhost/patch_authority::collect-forms module-path) forms)\n ((core/int::add i) 1))\n next)))))))))\n\n(def core/cli::patch-semantic-node-index\n (fn (request)\n (if (core/cli::map? request)\n (if ((core/int::eq? (core/map::len request)) 5)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (profile ((core/map::get request) (quote :profile)))\n (module-path ((core/map::get request) (quote :module-path)))\n (forms ((core/map::get request) (quote :forms)))\n (version ((core/map::get request) (quote :v))))\n (if (if (core/cli::str? kind) ((core/eq? kind) selfhost/patch_authority::REQUEST_KIND) false)\n (if (if (core/cli::str? profile) ((core/eq? profile) selfhost/patch_authority::PROFILE) false)\n (if\n (if (core/cli::str? module-path) ((core/int::lt? 0) (core/str::len module-path)) false)\n (if (core/cli::vec? forms)\n (if (if (core/cli::int? version) ((core/int::eq? version) 1) false)\n (let\n ((nodes ((((selfhost/patch_authority::collect-forms module-path) forms) 0) []))\n (module-h (selfhost/hash::hash-module forms)))\n (if (core/error::is? nodes)\n nodes\n (if (core/error::is? module-h)\n module-h\n {:kind selfhost/patch_authority::REPORT_KIND\n :module-h module-h\n :module-path module-path\n :nodes nodes\n :ok true\n :profile selfhost/patch_authority::PROFILE\n :v 1})))\n (selfhost/patch_authority::err \"request :v must equal 1\"))\n (selfhost/patch_authority::err \"request :forms must be a vector\"))\n (selfhost/patch_authority::err \"request :module-path must be a non-empty string\"))\n (selfhost/patch_authority::err \"request :profile mismatch\"))\n (selfhost/patch_authority::err \"request :kind mismatch\")))\n (selfhost/patch_authority::err \"request must contain exactly five fields\"))\n (selfhost/patch_authority::err \"request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"e\x05%,y\xB3\xAA\x08\xFC\x88\x8E\xF8\x0BF\x0FC:\x1A\xA5`\xCC^\xD7\x06\x94G\x97\xA8U\xA9\n0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 61 :stage2-wasm-h b"P\"}\xD6\xE5\xB1\xC8\xDCh\\7\xDB4\x8A\x0E\x9C+D\xB7\xC0\x01\xE8\xF1\x07\x9B\xF26\xB2\xDBp\x88\x8B"} {:forms [(def selfhost/patch_normalize::REQUEST_KIND "genesis/patch-normalize-request-v0.1") (def selfhost/patch_normalize::REPORT_KIND "genesis/patch-normalize-v0.1") (def selfhost/patch_normalize::err (fn (message) ((core/error::make2 "core/patch-authority") message))) (def selfhost/patch_normalize::has-key-loop (fn (entries) (fn (key) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key) true (((selfhost/patch_normalize::has-key-loop entries) key) ((core/int::add i) 1)))))))) (def selfhost/patch_normalize::has-key (fn (map) (fn (key) (((selfhost/patch_normalize::has-key-loop (core/map::entries map)) key) 0)))) (def selfhost/patch_normalize::vec-has (fn (values) (fn (needle) (fn (i) (if ((core/int::eq? i) (core/vec::len values)) false (if ((core/eq? ((core/vec::get values) i)) needle) true (((selfhost/patch_normalize::vec-has values) needle) ((core/int::add i) 1)))))))) (def selfhost/patch_normalize::keys-allowed-loop (fn (entries) (fn (allowed) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) true (let ((key ((core/vec::get ((core/vec::get entries) i)) 0))) (if (selfhost/patch_schema::is-sym? key) (if (((selfhost/patch_normalize::vec-has allowed) key) 0) (((selfhost/patch_normalize::keys-allowed-loop entries) allowed) ((core/int::add i) 1)) (selfhost/patch_normalize::err "operation contains an unknown field")) (selfhost/patch_normalize::err "operation keys must be symbols")))))))) (def selfhost/patch_normalize::keys-required-loop (fn (map) (fn (required) (fn (i) (if ((core/int::eq? i) (core/vec::len required)) true (if ((selfhost/patch_normalize::has-key map) ((core/vec::get required) i)) (((selfhost/patch_normalize::keys-required-loop map) required) ((core/int::add i) 1)) (selfhost/patch_normalize::err "operation is missing a required field"))))))) (def selfhost/patch_normalize::shape (fn (map) (fn (allowed) (fn (required) (if (selfhost/patch_schema::is-map? map) (let ((allowed-result (((selfhost/patch_normalize::keys-allowed-loop (core/map::entries map)) allowed) 0))) (if (core/error::is? allowed-result) allowed-result (((selfhost/patch_normalize::keys-required-loop map) required) 0))) (selfhost/patch_normalize::err "operation must be a map")))))) (def selfhost/patch_normalize::nonempty-str? (fn (value) (if (selfhost/patch_schema::is-str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/patch_normalize::portable-module-path? (fn (value) (if (selfhost/patch_normalize::nonempty-str? value) (let ((result (selfhost/typecheck::validate-portable-module-path value))) (if (selfhost/patch_schema::is-map? result) (let ((ok ((core/map::get result) (quote :ok)))) (if (core/cli::bool? ok) ok false)) false)) false))) (def selfhost/patch_normalize::sym-or-str (fn (value) (if (selfhost/patch_schema::is-str? value) (if ((core/int::lt? 0) (core/str::len value)) value (selfhost/patch_normalize::err "symbol-or-string field must be non-empty")) (if (selfhost/patch_schema::is-sym? value) (core/sym::to-str value) (selfhost/patch_normalize::err "field must be a symbol or string"))))) (def selfhost/patch_normalize::strings-set-loop (fn (values) (fn (i) (fn (set) (if ((core/int::eq? i) (core/vec::len values)) set (let ((value (selfhost/patch_normalize::sym-or-str ((core/vec::get values) i)))) (if (core/error::is? value) value (((selfhost/patch_normalize::strings-set-loop values) ((core/int::add i) 1)) (((core/map::put set) value) true))))))))) (def selfhost/patch_normalize::set-keys-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (((selfhost/patch_normalize::set-keys-loop entries) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get ((core/vec::get entries) i)) 0)))))))) (def selfhost/patch_normalize::strings (fn (value) (if (selfhost/patch_schema::is-vec? value) (let ((set (((selfhost/patch_normalize::strings-set-loop value) 0) {}))) (if (core/error::is? set) set (((selfhost/patch_normalize::set-keys-loop (core/map::entries set)) 0) []))) (selfhost/patch_normalize::err "field must be a vector of symbols or strings")))) (def selfhost/patch_normalize::optional-strings (fn (map) (fn (key) (if ((selfhost/patch_normalize::has-key map) key) (selfhost/patch_normalize::strings ((core/map::get map) key)) [])))) (def selfhost/patch_normalize::normalize-replace-node (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :path :new]) [:op :module-path :path :new]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (path ((core/map::get op) (quote :path)))) (if (selfhost/patch_normalize::portable-module-path? module-path) (let ((valid-path (selfhost/patch_schema::validate-path path))) (if (core/error::is? valid-path) valid-path {:module-path module-path :new ((core/map::get op) (quote :new)) :op (quote :replace-node) :path path})) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-replace-node-id (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :node-id :new]) [:op :module-path :node-id :new]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (node-id ((core/map::get op) (quote :node-id)))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (if (selfhost/patch_normalize::nonempty-str? node-id) ((core/int::eq? (core/str::len node-id)) 64) false) {:module-path module-path :new ((core/map::get op) (quote :new)) :node-id node-id :op (quote :replace-node-id)} (selfhost/patch_normalize::err ":node-id must be a non-empty hex64 string")) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-add-module (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :content]) [:op :module-path :content]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (content ((core/map::get op) (quote :content)))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (if (selfhost/patch_schema::is-str? content) true (selfhost/patch_schema::is-vec? content)) {:content content :module-path module-path :op (quote :add-module)} (selfhost/patch_normalize::err ":content must be a string or vector")) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-remove-module (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path]) [:op :module-path]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path)))) (if (selfhost/patch_normalize::portable-module-path? module-path) {:module-path module-path :op (quote :remove-module)} (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-update-manifest (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :set :obligations-add :obligations-remove :tests-add :tests-remove :caps-policy]) [:op]))) (if (core/error::is? shape) shape (let ((set-value (if ((selfhost/patch_normalize::has-key op) (quote :set)) ((core/map::get op) (quote :set)) nil)) (obligations-add ((selfhost/patch_normalize::optional-strings op) (quote :obligations-add))) (obligations-remove ((selfhost/patch_normalize::optional-strings op) (quote :obligations-remove))) (tests-add ((selfhost/patch_normalize::optional-strings op) (quote :tests-add))) (tests-remove ((selfhost/patch_normalize::optional-strings op) (quote :tests-remove))) (caps-policy (if ((selfhost/patch_normalize::has-key op) (quote :caps-policy)) ((core/map::get op) (quote :caps-policy)) nil))) (if (if (core/list::is-nil? set-value) true (selfhost/patch_schema::is-map? set-value)) (if (if (core/list::is-nil? caps-policy) true (selfhost/patch_normalize::nonempty-str? caps-policy)) (if (core/error::is? obligations-add) obligations-add (if (core/error::is? obligations-remove) obligations-remove (if (core/error::is? tests-add) tests-add (if (core/error::is? tests-remove) tests-remove {:caps-policy caps-policy :obligations-add obligations-add :obligations-remove obligations-remove :op (quote :update-manifest) :set set-value :tests-add tests-add :tests-remove tests-remove})))) (selfhost/patch_normalize::err ":caps-policy must be nil or a non-empty string")) (selfhost/patch_normalize::err ":set must be nil or a map"))))))) (def selfhost/patch_normalize::normalize-rename-symbol (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :from :to]) [:op :module-path :from :to]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (from (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :from)))) (to (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :to))))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (core/error::is? from) from (if (core/error::is? to) to {:from from :module-path module-path :op (quote :rename-symbol) :to to})) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-move-module (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :from-module-path :to-module-path]) [:op :from-module-path :to-module-path]))) (if (core/error::is? shape) shape (let ((from-path ((core/map::get op) (quote :from-module-path))) (to-path ((core/map::get op) (quote :to-module-path)))) (if (if (selfhost/patch_normalize::portable-module-path? from-path) (selfhost/patch_normalize::portable-module-path? to-path) false) {:from-module-path from-path :op (quote :move-module) :to-module-path to-path} (selfhost/patch_normalize::err "module paths must be portable package-relative paths"))))))) (def selfhost/patch_normalize::normalize-split-module (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :from-module-path :to-module-path :symbols]) [:op :from-module-path :to-module-path :symbols]))) (if (core/error::is? shape) shape (let ((from-path ((core/map::get op) (quote :from-module-path))) (to-path ((core/map::get op) (quote :to-module-path))) (symbols (selfhost/patch_normalize::strings ((core/map::get op) (quote :symbols))))) (if (if (selfhost/patch_normalize::portable-module-path? from-path) (selfhost/patch_normalize::portable-module-path? to-path) false) (if (core/error::is? symbols) symbols (if ((core/int::lt? 0) (core/vec::len symbols)) {:from-module-path from-path :op (quote :split-module) :symbols symbols :to-module-path to-path} (selfhost/patch_normalize::err ":symbols must be non-empty"))) (selfhost/patch_normalize::err "module paths must be portable package-relative paths"))))))) (def selfhost/patch_normalize::normalize-rewrite-meta (fn (op) (fn (op-symbol) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :add :remove :replace]) [:op :module-path]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (add ((selfhost/patch_normalize::optional-strings op) (quote :add))) (remove ((selfhost/patch_normalize::optional-strings op) (quote :remove))) (replace (if ((selfhost/patch_normalize::has-key op) (quote :replace)) (let ((value ((core/map::get op) (quote :replace)))) (if (core/list::is-nil? value) nil (selfhost/patch_normalize::strings value))) nil))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (core/error::is? add) add (if (core/error::is? remove) remove (if (core/error::is? replace) replace {:add add :module-path module-path :op op-symbol :remove remove :replace replace}))) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path")))))))) (def selfhost/patch_normalize::normalize-migrate-contract (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :contract-symbol :from-param :to-param]) [:op :module-path :contract-symbol :from-param :to-param]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (contract-symbol (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :contract-symbol)))) (from-param (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :from-param)))) (to-param (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :to-param))))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (core/error::is? contract-symbol) contract-symbol (if (core/error::is? from-param) from-param (if (core/error::is? to-param) to-param {:contract-symbol contract-symbol :from-param from-param :module-path module-path :op (quote :migrate-contract-signature) :to-param to-param}))) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-op (fn (op) (if (selfhost/patch_schema::is-map? op) (let ((op-symbol ((core/map::get op) (quote :op)))) (if (selfhost/patch_schema::is-sym? op-symbol) (if ((core/sym::eq? op-symbol) (quote :replace-node)) (selfhost/patch_normalize::normalize-replace-node op) (if ((core/sym::eq? op-symbol) (quote :replace-node-id)) (selfhost/patch_normalize::normalize-replace-node-id op) (if ((core/sym::eq? op-symbol) (quote :add-module)) (selfhost/patch_normalize::normalize-add-module op) (if ((core/sym::eq? op-symbol) (quote :remove-module)) (selfhost/patch_normalize::normalize-remove-module op) (if ((core/sym::eq? op-symbol) (quote :update-manifest)) (selfhost/patch_normalize::normalize-update-manifest op) (if ((core/sym::eq? op-symbol) (quote :rename-symbol)) (selfhost/patch_normalize::normalize-rename-symbol op) (if ((core/sym::eq? op-symbol) (quote :move-module)) (selfhost/patch_normalize::normalize-move-module op) (if ((core/sym::eq? op-symbol) (quote :split-module)) (selfhost/patch_normalize::normalize-split-module op) (if ((core/sym::eq? op-symbol) (quote :rewrite-imports)) ((selfhost/patch_normalize::normalize-rewrite-meta op) (quote :rewrite-imports)) (if ((core/sym::eq? op-symbol) (quote :rewrite-exports)) ((selfhost/patch_normalize::normalize-rewrite-meta op) (quote :rewrite-exports)) (if ((core/sym::eq? op-symbol) (quote :migrate-contract-signature)) (selfhost/patch_normalize::normalize-migrate-contract op) (selfhost/patch_normalize::err "unknown :op")))))))))))) (selfhost/patch_normalize::err ":op must be a symbol"))) (selfhost/patch_normalize::err "operation must be a map")))) (def selfhost/patch_normalize::normalize-ops-loop (fn (ops) (fn (i) (fn (normalized) (fn (identities) (if ((core/int::eq? i) (core/vec::len ops)) {:identities identities :ops normalized} (let ((op (selfhost/patch_normalize::normalize-op ((core/vec::get ops) i)))) (if (core/error::is? op) op (let ((op-h (selfhost/hash::hash-term op))) (if (core/error::is? op-h) op-h ((((selfhost/patch_normalize::normalize-ops-loop ops) ((core/int::add i) 1)) ((core/vec::push normalized) op)) ((core/vec::push identities) {:op-h op-h :ordinal i})))))))))))) (def selfhost/patch_normalize::normalize-patch (fn (patch) (if (selfhost/patch_schema::is-map? patch) (let ((shape (((selfhost/patch_normalize::shape patch) [:version :intent :provenance :ops]) [:version :intent :provenance :ops]))) (if (core/error::is? shape) shape (let ((version ((core/map::get patch) (quote :version))) (intent ((core/map::get patch) (quote :intent))) (provenance ((core/map::get patch) (quote :provenance))) (ops ((core/map::get patch) (quote :ops)))) (if (if (selfhost/patch_schema::is-int? version) ((core/int::eq? version) 1) false) (if (selfhost/patch_schema::is-str? intent) (if (selfhost/patch_schema::is-map? provenance) (if (selfhost/patch_schema::is-vec? ops) (let ((result ((((selfhost/patch_normalize::normalize-ops-loop ops) 0) []) []))) (if (core/error::is? result) result {:identities ((core/map::get result) (quote :identities)) :patch {:intent intent :ops ((core/map::get result) (quote :ops)) :provenance provenance :version 1}})) (selfhost/patch_normalize::err ":ops must be a vector")) (selfhost/patch_normalize::err ":provenance must be a map")) (selfhost/patch_normalize::err ":intent must be a string")) (selfhost/patch_normalize::err ":version must equal 1"))))) (selfhost/patch_normalize::err "patch must be a map")))) (def core/cli::patch-normalize (fn (request) (if (selfhost/patch_schema::is-map? request) (let ((shape (((selfhost/patch_normalize::shape request) [:kind :profile :patch :v]) [:kind :profile :patch :v]))) (if (core/error::is? shape) shape (let ((kind ((core/map::get request) (quote :kind))) (profile ((core/map::get request) (quote :profile))) (patch ((core/map::get request) (quote :patch))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/patch_schema::is-str? kind) ((core/eq? kind) selfhost/patch_normalize::REQUEST_KIND) false) (if (if (selfhost/patch_schema::is-str? profile) ((core/eq? profile) selfhost/patch_authority::PROFILE) false) (if (if (selfhost/patch_schema::is-int? version) ((core/int::eq? version) 1) false) (let ((normalized (selfhost/patch_normalize::normalize-patch patch))) (if (core/error::is? normalized) normalized (let ((normalized-patch ((core/map::get normalized) (quote :patch))) (source-patch-h (selfhost/hash::hash-term patch))) (let ((patch-h (selfhost/hash::hash-term normalized-patch))) (if (core/error::is? source-patch-h) source-patch-h (if (core/error::is? patch-h) patch-h {:kind selfhost/patch_normalize::REPORT_KIND :normalized-patch normalized-patch :ok true :op-identities ((core/map::get normalized) (quote :identities)) :patch-h patch-h :profile selfhost/patch_authority::PROFILE :source-patch-h source-patch-h :v 1})))))) (selfhost/patch_normalize::err "request :v must equal 1")) (selfhost/patch_normalize::err "request :profile mismatch")) (selfhost/patch_normalize::err "request :kind mismatch"))))) (selfhost/patch_normalize::err "request must be a map"))))] :module-h b"g\x1Df\x0Fs\x9Fj\x0B\x08\x12\x8C\xE3^\x8F\xBC\xC3\xE1N\x0C\x9307\xE8\xE6c\xA47\xEC^\x13 \x1F" :path "selfhost/patch_authority_normalize_v1.gc" :source "(def selfhost/patch_normalize::REQUEST_KIND \"genesis/patch-normalize-request-v0.1\")\n(def selfhost/patch_normalize::REPORT_KIND \"genesis/patch-normalize-v0.1\")\n\n(def selfhost/patch_normalize::err\n (fn (message) ((core/error::make2 \"core/patch-authority\") message)))\n\n(def selfhost/patch_normalize::has-key-loop\n (fn (entries)\n (fn (key)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key)\n true\n (((selfhost/patch_normalize::has-key-loop entries) key)\n ((core/int::add i) 1))))))))\n\n(def selfhost/patch_normalize::has-key\n (fn (map)\n (fn (key) (((selfhost/patch_normalize::has-key-loop (core/map::entries map)) key) 0))))\n\n(def selfhost/patch_normalize::vec-has\n (fn (values)\n (fn (needle)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len values))\n false\n (if ((core/eq? ((core/vec::get values) i)) needle)\n true\n (((selfhost/patch_normalize::vec-has values) needle)\n ((core/int::add i) 1))))))))\n\n(def selfhost/patch_normalize::keys-allowed-loop\n (fn (entries)\n (fn (allowed)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n true\n (let ((key ((core/vec::get ((core/vec::get entries) i)) 0)))\n (if (selfhost/patch_schema::is-sym? key)\n (if (((selfhost/patch_normalize::vec-has allowed) key) 0)\n (((selfhost/patch_normalize::keys-allowed-loop entries) allowed)\n ((core/int::add i) 1))\n (selfhost/patch_normalize::err \"operation contains an unknown field\"))\n (selfhost/patch_normalize::err \"operation keys must be symbols\"))))))))\n\n(def selfhost/patch_normalize::keys-required-loop\n (fn (map)\n (fn (required)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len required))\n true\n (if ((selfhost/patch_normalize::has-key map) ((core/vec::get required) i))\n (((selfhost/patch_normalize::keys-required-loop map) required)\n ((core/int::add i) 1))\n (selfhost/patch_normalize::err \"operation is missing a required field\")))))))\n\n(def selfhost/patch_normalize::shape\n (fn (map)\n (fn (allowed)\n (fn (required)\n (if (selfhost/patch_schema::is-map? map)\n (let\n ((allowed-result\n (((selfhost/patch_normalize::keys-allowed-loop (core/map::entries map)) allowed)\n 0)))\n (if (core/error::is? allowed-result)\n allowed-result\n (((selfhost/patch_normalize::keys-required-loop map) required) 0)))\n (selfhost/patch_normalize::err \"operation must be a map\"))))))\n\n(def selfhost/patch_normalize::nonempty-str?\n (fn (value)\n (if (selfhost/patch_schema::is-str? value)\n ((core/int::lt? 0) (core/str::len value))\n false)))\n\n(def selfhost/patch_normalize::portable-module-path?\n (fn (value)\n (if (selfhost/patch_normalize::nonempty-str? value)\n (let ((result (selfhost/typecheck::validate-portable-module-path value)))\n (if (selfhost/patch_schema::is-map? result)\n (let ((ok ((core/map::get result) (quote :ok))))\n (if (core/cli::bool? ok) ok false))\n false))\n false)))\n\n(def selfhost/patch_normalize::sym-or-str\n (fn (value)\n (if (selfhost/patch_schema::is-str? value)\n (if ((core/int::lt? 0) (core/str::len value))\n value\n (selfhost/patch_normalize::err \"symbol-or-string field must be non-empty\"))\n (if (selfhost/patch_schema::is-sym? value)\n (core/sym::to-str value)\n (selfhost/patch_normalize::err \"field must be a symbol or string\")))))\n\n(def selfhost/patch_normalize::strings-set-loop\n (fn (values)\n (fn (i)\n (fn (set)\n (if ((core/int::eq? i) (core/vec::len values))\n set\n (let ((value (selfhost/patch_normalize::sym-or-str ((core/vec::get values) i))))\n (if (core/error::is? value)\n value\n ((((selfhost/patch_normalize::strings-set-loop values)\n ((core/int::add i) 1))\n (((core/map::put set) value) true))))))))))\n\n(def selfhost/patch_normalize::set-keys-loop\n (fn (entries)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n ((((selfhost/patch_normalize::set-keys-loop entries)\n ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get ((core/vec::get entries) i)) 0)))))))))\n\n(def selfhost/patch_normalize::strings\n (fn (value)\n (if (selfhost/patch_schema::is-vec? value)\n (let ((set (((selfhost/patch_normalize::strings-set-loop value) 0) {})))\n (if (core/error::is? set)\n set\n (((selfhost/patch_normalize::set-keys-loop (core/map::entries set)) 0) [])))\n (selfhost/patch_normalize::err \"field must be a vector of symbols or strings\"))))\n\n(def selfhost/patch_normalize::optional-strings\n (fn (map)\n (fn (key)\n (if ((selfhost/patch_normalize::has-key map) key)\n (selfhost/patch_normalize::strings ((core/map::get map) key))\n []))))\n\n(def selfhost/patch_normalize::normalize-replace-node\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op)\n [:op :module-path :path :new])\n [:op :module-path :path :new])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (path ((core/map::get op) (quote :path))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (let ((valid-path (selfhost/patch_schema::validate-path path)))\n (if (core/error::is? valid-path)\n valid-path\n {:module-path module-path\n :new ((core/map::get op) (quote :new))\n :op (quote :replace-node)\n :path path}))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-replace-node-id\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op)\n [:op :module-path :node-id :new])\n [:op :module-path :node-id :new])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (node-id ((core/map::get op) (quote :node-id))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if\n (if (selfhost/patch_normalize::nonempty-str? node-id)\n ((core/int::eq? (core/str::len node-id)) 64)\n false)\n {:module-path module-path\n :new ((core/map::get op) (quote :new))\n :node-id node-id\n :op (quote :replace-node-id)}\n (selfhost/patch_normalize::err \":node-id must be a non-empty hex64 string\"))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-add-module\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :content])\n [:op :module-path :content])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (content ((core/map::get op) (quote :content))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if\n (if (selfhost/patch_schema::is-str? content)\n true\n (selfhost/patch_schema::is-vec? content))\n {:content content :module-path module-path :op (quote :add-module)}\n (selfhost/patch_normalize::err \":content must be a string or vector\"))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-remove-module\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path])\n [:op :module-path])))\n (if (core/error::is? shape)\n shape\n (let ((module-path ((core/map::get op) (quote :module-path))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n {:module-path module-path :op (quote :remove-module)}\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-update-manifest\n (fn (op)\n (let\n ((shape\n (((selfhost/patch_normalize::shape op)\n [:op :set :obligations-add :obligations-remove :tests-add :tests-remove :caps-policy])\n [:op])))\n (if (core/error::is? shape)\n shape\n (let\n ((set-value\n (if ((selfhost/patch_normalize::has-key op) (quote :set))\n ((core/map::get op) (quote :set))\n nil))\n (obligations-add\n ((selfhost/patch_normalize::optional-strings op) (quote :obligations-add)))\n (obligations-remove\n ((selfhost/patch_normalize::optional-strings op) (quote :obligations-remove)))\n (tests-add ((selfhost/patch_normalize::optional-strings op) (quote :tests-add)))\n (tests-remove\n ((selfhost/patch_normalize::optional-strings op) (quote :tests-remove)))\n (caps-policy\n (if ((selfhost/patch_normalize::has-key op) (quote :caps-policy))\n ((core/map::get op) (quote :caps-policy))\n nil)))\n (if\n (if (core/list::is-nil? set-value)\n true\n (selfhost/patch_schema::is-map? set-value))\n (if\n (if (core/list::is-nil? caps-policy)\n true\n (selfhost/patch_normalize::nonempty-str? caps-policy))\n (if (core/error::is? obligations-add)\n obligations-add\n (if (core/error::is? obligations-remove)\n obligations-remove\n (if (core/error::is? tests-add)\n tests-add\n (if (core/error::is? tests-remove)\n tests-remove\n {:caps-policy caps-policy\n :obligations-add obligations-add\n :obligations-remove obligations-remove\n :op (quote :update-manifest)\n :set set-value\n :tests-add tests-add\n :tests-remove tests-remove}))))\n (selfhost/patch_normalize::err \":caps-policy must be nil or a non-empty string\"))\n (selfhost/patch_normalize::err \":set must be nil or a map\")))))))\n\n(def selfhost/patch_normalize::normalize-rename-symbol\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :from :to])\n [:op :module-path :from :to])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (from (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :from))))\n (to (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :to)))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if (core/error::is? from)\n from\n (if (core/error::is? to)\n to\n {:from from :module-path module-path :op (quote :rename-symbol) :to to}))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-move-module\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op)\n [:op :from-module-path :to-module-path])\n [:op :from-module-path :to-module-path])))\n (if (core/error::is? shape)\n shape\n (let\n ((from-path ((core/map::get op) (quote :from-module-path)))\n (to-path ((core/map::get op) (quote :to-module-path))))\n (if\n (if (selfhost/patch_normalize::portable-module-path? from-path)\n (selfhost/patch_normalize::portable-module-path? to-path)\n false)\n {:from-module-path from-path :op (quote :move-module) :to-module-path to-path}\n (selfhost/patch_normalize::err \"module paths must be portable package-relative paths\")))))))\n\n(def selfhost/patch_normalize::normalize-split-module\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op)\n [:op :from-module-path :to-module-path :symbols])\n [:op :from-module-path :to-module-path :symbols])))\n (if (core/error::is? shape)\n shape\n (let\n ((from-path ((core/map::get op) (quote :from-module-path)))\n (to-path ((core/map::get op) (quote :to-module-path)))\n (symbols (selfhost/patch_normalize::strings ((core/map::get op) (quote :symbols)))))\n (if\n (if (selfhost/patch_normalize::portable-module-path? from-path)\n (selfhost/patch_normalize::portable-module-path? to-path)\n false)\n (if (core/error::is? symbols)\n symbols\n (if ((core/int::lt? 0) (core/vec::len symbols))\n {:from-module-path from-path\n :op (quote :split-module)\n :symbols symbols\n :to-module-path to-path}\n (selfhost/patch_normalize::err \":symbols must be non-empty\")))\n (selfhost/patch_normalize::err \"module paths must be portable package-relative paths\")))))))\n\n(def selfhost/patch_normalize::normalize-rewrite-meta\n (fn (op)\n (fn (op-symbol)\n (let\n ((shape\n (((selfhost/patch_normalize::shape op)\n [:op :module-path :add :remove :replace])\n [:op :module-path])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (add ((selfhost/patch_normalize::optional-strings op) (quote :add)))\n (remove ((selfhost/patch_normalize::optional-strings op) (quote :remove)))\n (replace\n (if ((selfhost/patch_normalize::has-key op) (quote :replace))\n (let ((value ((core/map::get op) (quote :replace))))\n (if (core/list::is-nil? value)\n nil\n (selfhost/patch_normalize::strings value)))\n nil)))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if (core/error::is? add)\n add\n (if (core/error::is? remove)\n remove\n (if (core/error::is? replace)\n replace\n {:add add\n :module-path module-path\n :op op-symbol\n :remove remove\n :replace replace})))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\"))))))))\n\n(def selfhost/patch_normalize::normalize-migrate-contract\n (fn (op)\n (let\n ((shape\n (((selfhost/patch_normalize::shape op)\n [:op :module-path :contract-symbol :from-param :to-param])\n [:op :module-path :contract-symbol :from-param :to-param])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (contract-symbol\n (selfhost/patch_normalize::sym-or-str\n ((core/map::get op) (quote :contract-symbol))))\n (from-param\n (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :from-param))))\n (to-param\n (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :to-param)))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if (core/error::is? contract-symbol)\n contract-symbol\n (if (core/error::is? from-param)\n from-param\n (if (core/error::is? to-param)\n to-param\n {:contract-symbol contract-symbol\n :from-param from-param\n :module-path module-path\n :op (quote :migrate-contract-signature)\n :to-param to-param})))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-op\n (fn (op)\n (if (selfhost/patch_schema::is-map? op)\n (let ((op-symbol ((core/map::get op) (quote :op))))\n (if (selfhost/patch_schema::is-sym? op-symbol)\n (if ((core/sym::eq? op-symbol) (quote :replace-node))\n (selfhost/patch_normalize::normalize-replace-node op)\n (if ((core/sym::eq? op-symbol) (quote :replace-node-id))\n (selfhost/patch_normalize::normalize-replace-node-id op)\n (if ((core/sym::eq? op-symbol) (quote :add-module))\n (selfhost/patch_normalize::normalize-add-module op)\n (if ((core/sym::eq? op-symbol) (quote :remove-module))\n (selfhost/patch_normalize::normalize-remove-module op)\n (if ((core/sym::eq? op-symbol) (quote :update-manifest))\n (selfhost/patch_normalize::normalize-update-manifest op)\n (if ((core/sym::eq? op-symbol) (quote :rename-symbol))\n (selfhost/patch_normalize::normalize-rename-symbol op)\n (if ((core/sym::eq? op-symbol) (quote :move-module))\n (selfhost/patch_normalize::normalize-move-module op)\n (if ((core/sym::eq? op-symbol) (quote :split-module))\n (selfhost/patch_normalize::normalize-split-module op)\n (if ((core/sym::eq? op-symbol) (quote :rewrite-imports))\n ((selfhost/patch_normalize::normalize-rewrite-meta op)\n (quote :rewrite-imports))\n (if ((core/sym::eq? op-symbol) (quote :rewrite-exports))\n ((selfhost/patch_normalize::normalize-rewrite-meta op)\n (quote :rewrite-exports))\n (if\n ((core/sym::eq? op-symbol)\n (quote :migrate-contract-signature))\n (selfhost/patch_normalize::normalize-migrate-contract op)\n (selfhost/patch_normalize::err \"unknown :op\"))))))))))))\n (selfhost/patch_normalize::err \":op must be a symbol\")))\n (selfhost/patch_normalize::err \"operation must be a map\"))))\n\n(def selfhost/patch_normalize::normalize-ops-loop\n (fn (ops)\n (fn (i)\n (fn (normalized)\n (fn (identities)\n (if ((core/int::eq? i) (core/vec::len ops))\n {:identities identities :ops normalized}\n (let ((op (selfhost/patch_normalize::normalize-op ((core/vec::get ops) i))))\n (if (core/error::is? op)\n op\n (let ((op-h (selfhost/hash::hash-term op)))\n (if (core/error::is? op-h)\n op-h\n (((((selfhost/patch_normalize::normalize-ops-loop ops)\n ((core/int::add i) 1))\n ((core/vec::push normalized) op))\n ((core/vec::push identities) {:op-h op-h :ordinal i})))))))))))))\n\n(def selfhost/patch_normalize::normalize-patch\n (fn (patch)\n (if (selfhost/patch_schema::is-map? patch)\n (let\n ((shape\n (((selfhost/patch_normalize::shape patch)\n [:version :intent :provenance :ops])\n [:version :intent :provenance :ops])))\n (if (core/error::is? shape)\n shape\n (let\n ((version ((core/map::get patch) (quote :version)))\n (intent ((core/map::get patch) (quote :intent)))\n (provenance ((core/map::get patch) (quote :provenance)))\n (ops ((core/map::get patch) (quote :ops))))\n (if\n (if (selfhost/patch_schema::is-int? version)\n ((core/int::eq? version) 1)\n false)\n (if (selfhost/patch_schema::is-str? intent)\n (if (selfhost/patch_schema::is-map? provenance)\n (if (selfhost/patch_schema::is-vec? ops)\n (let ((result ((((selfhost/patch_normalize::normalize-ops-loop ops) 0) []) [])))\n (if (core/error::is? result)\n result\n {:identities ((core/map::get result) (quote :identities))\n :patch\n {:intent intent\n :ops ((core/map::get result) (quote :ops))\n :provenance provenance\n :version 1}}))\n (selfhost/patch_normalize::err \":ops must be a vector\"))\n (selfhost/patch_normalize::err \":provenance must be a map\"))\n (selfhost/patch_normalize::err \":intent must be a string\"))\n (selfhost/patch_normalize::err \":version must equal 1\")))))\n (selfhost/patch_normalize::err \"patch must be a map\"))))\n\n(def core/cli::patch-normalize\n (fn (request)\n (if (selfhost/patch_schema::is-map? request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request) [:kind :profile :patch :v])\n [:kind :profile :patch :v])))\n (if (core/error::is? shape)\n shape\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (profile ((core/map::get request) (quote :profile)))\n (patch ((core/map::get request) (quote :patch)))\n (version ((core/map::get request) (quote :v))))\n (if (if (selfhost/patch_schema::is-str? kind)\n ((core/eq? kind) selfhost/patch_normalize::REQUEST_KIND)\n false)\n (if (if (selfhost/patch_schema::is-str? profile)\n ((core/eq? profile) selfhost/patch_authority::PROFILE)\n false)\n (if (if (selfhost/patch_schema::is-int? version)\n ((core/int::eq? version) 1)\n false)\n (let ((normalized (selfhost/patch_normalize::normalize-patch patch)))\n (if (core/error::is? normalized)\n normalized\n (let\n ((normalized-patch ((core/map::get normalized) (quote :patch)))\n (source-patch-h (selfhost/hash::hash-term patch)))\n (let ((patch-h (selfhost/hash::hash-term normalized-patch)))\n (if (core/error::is? source-patch-h)\n source-patch-h\n (if (core/error::is? patch-h)\n patch-h\n {:kind selfhost/patch_normalize::REPORT_KIND\n :normalized-patch normalized-patch\n :ok true\n :op-identities\n ((core/map::get normalized) (quote :identities))\n :patch-h patch-h\n :profile selfhost/patch_authority::PROFILE\n :source-patch-h source-patch-h\n :v 1}))))))\n (selfhost/patch_normalize::err \"request :v must equal 1\"))\n (selfhost/patch_normalize::err \"request :profile mismatch\"))\n (selfhost/patch_normalize::err \"request :kind mismatch\")))))\n (selfhost/patch_normalize::err \"request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"g\x1Df\x0Fs\x9Fj\x0B\x08\x12\x8C\xE3^\x8F\xBC\xC3\xE1N\x0C\x9307\xE8\xE6c\xA47\xEC^\x13 \x1F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/patch_preflight::REQUEST_KIND "genesis/patch-preflight-request-v0.1") (def selfhost/patch_preflight::REPORT_KIND "genesis/patch-preflight-v0.1") (def selfhost/patch_preflight::err (fn (message) ((core/error::make2 "core/patch-authority") message))) (def selfhost/patch_preflight::valid-state? (fn (state) (if (selfhost/patch_schema::is-str? state) (if ((core/eq? state) "absent") true (if ((core/eq? state) "file") true ((core/eq? state) "other"))) false))) (def selfhost/patch_preflight::state-record (fn (path) (fn (state) {:path path :state state}))) (def selfhost/patch_preflight::build-state (fn (records) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len records)) state (let ((record ((core/vec::get records) i))) (let ((shape (((selfhost/patch_normalize::shape record) [:path :state]) [:path :state]))) (if (core/error::is? shape) shape (let ((path ((core/map::get record) (quote :path))) (path-state ((core/map::get record) (quote :state)))) (if (selfhost/patch_normalize::portable-module-path? path) (if (selfhost/patch_preflight::valid-state? path-state) (if (core/list::is-nil? ((core/map::get state) path)) (((selfhost/patch_preflight::build-state records) ((core/int::add i) 1)) (((core/map::put state) path) path-state)) (selfhost/patch_preflight::err "path states must not contain duplicate paths")) (selfhost/patch_preflight::err "path state must be absent, file, or other")) (selfhost/patch_preflight::err "path state path must be a portable package-relative path"))))))))))) (def selfhost/patch_preflight::state-records-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (((selfhost/patch_preflight::state-records-loop entries) ((core/int::add i) 1)) ((core/vec::push out) ((selfhost/patch_preflight::state-record ((core/vec::get entry) 0)) ((core/vec::get entry) 1)))))))))) (def selfhost/patch_preflight::state-records (fn (state) (((selfhost/patch_preflight::state-records-loop (core/map::entries state)) 0) []))) (def selfhost/patch_preflight::check-record (fn (ordinal) (fn (op) (fn (path) (fn (expected) (fn (actual) {:actual actual :expected expected :op op :ordinal ordinal :path path})))))) (def selfhost/patch_preflight::conflict-record (fn (ordinal) (fn (op) (fn (path) (fn (expected) (fn (actual) {:actual actual :code "patch/path-state-conflict" :expected expected :op op :ordinal ordinal :path path})))))) (def selfhost/patch_preflight::require-state (fn (state) (fn (checks) (fn (ordinal) (fn (op) (fn (path) (fn (expected) (let ((actual0 ((core/map::get state) path))) (let ((actual (if (core/list::is-nil? actual0) "unbound" actual0))) (if ((core/eq? actual) expected) {:checks ((core/vec::push checks) (((((selfhost/patch_preflight::check-record ordinal) op) path) expected) actual)) :conflict nil :ok true :state state} {:checks checks :conflict (((((selfhost/patch_preflight::conflict-record ordinal) op) path) expected) actual) :ok false :state state})))))))))) (def selfhost/patch_preflight::transition (fn (result) (fn (path) (fn (next-state) (if ((core/map::get result) (quote :ok)) (((core/map::put result) (quote :state)) (((core/map::put ((core/map::get result) (quote :state))) path) next-state)) result))))) (def selfhost/patch_preflight::require-one (fn (state) (fn (checks) (fn (ordinal) (fn (op) (fn (path) ((((((selfhost/patch_preflight::require-state state) checks) ordinal) op) path) "file"))))))) (def selfhost/patch_preflight::add-module (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((path ((core/map::get op) (quote :module-path)))) (((selfhost/patch_preflight::transition ((((((selfhost/patch_preflight::require-state state) checks) ordinal) (quote :add-module)) path) "absent")) path) "file"))))))) (def selfhost/patch_preflight::remove-module (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((path ((core/map::get op) (quote :module-path)))) (((selfhost/patch_preflight::transition ((((((selfhost/patch_preflight::require-state state) checks) ordinal) (quote :remove-module)) path) "file")) path) "absent"))))))) (def selfhost/patch_preflight::move-module (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((from-path ((core/map::get op) (quote :from-module-path))) (to-path ((core/map::get op) (quote :to-module-path)))) (let ((source ((((((selfhost/patch_preflight::require-state state) checks) ordinal) (quote :move-module)) from-path) "file"))) (if ((core/map::get source) (quote :ok)) (let ((target ((((((selfhost/patch_preflight::require-state ((core/map::get source) (quote :state))) ((core/map::get source) (quote :checks))) ordinal) (quote :move-module)) to-path) "absent"))) (if ((core/map::get target) (quote :ok)) (((selfhost/patch_preflight::transition (((selfhost/patch_preflight::transition target) from-path) "absent")) to-path) "file") target)) source)))))))) (def selfhost/patch_preflight::split-module (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((from-path ((core/map::get op) (quote :from-module-path))) (to-path ((core/map::get op) (quote :to-module-path)))) (let ((source ((((((selfhost/patch_preflight::require-state state) checks) ordinal) (quote :split-module)) from-path) "file"))) (if ((core/map::get source) (quote :ok)) (let ((target ((((((selfhost/patch_preflight::require-state ((core/map::get source) (quote :state))) ((core/map::get source) (quote :checks))) ordinal) (quote :split-module)) to-path) "absent"))) (if ((core/map::get target) (quote :ok)) (((selfhost/patch_preflight::transition target) to-path) "file") target)) source)))))))) (def selfhost/patch_preflight::module-op (fn (state) (fn (checks) (fn (ordinal) (fn (op) (((((selfhost/patch_preflight::require-one state) checks) ordinal) ((core/map::get op) (quote :op))) ((core/map::get op) (quote :module-path)))))))) (def selfhost/patch_preflight::module-op? (fn (op-symbol) (if ((core/sym::eq? op-symbol) (quote :replace-node)) true (if ((core/sym::eq? op-symbol) (quote :replace-node-id)) true (if ((core/sym::eq? op-symbol) (quote :rename-symbol)) true (if ((core/sym::eq? op-symbol) (quote :rewrite-imports)) true (if ((core/sym::eq? op-symbol) (quote :rewrite-exports)) true ((core/sym::eq? op-symbol) (quote :migrate-contract-signature))))))))) (def selfhost/patch_preflight::step (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((op-symbol ((core/map::get op) (quote :op)))) (if ((core/sym::eq? op-symbol) (quote :update-manifest)) {:checks checks :conflict nil :ok true :state state} (if ((core/sym::eq? op-symbol) (quote :add-module)) ((((selfhost/patch_preflight::add-module state) checks) ordinal) op) (if ((core/sym::eq? op-symbol) (quote :remove-module)) ((((selfhost/patch_preflight::remove-module state) checks) ordinal) op) (if ((core/sym::eq? op-symbol) (quote :move-module)) ((((selfhost/patch_preflight::move-module state) checks) ordinal) op) (if ((core/sym::eq? op-symbol) (quote :split-module)) ((((selfhost/patch_preflight::split-module state) checks) ordinal) op) (if (selfhost/patch_preflight::module-op? op-symbol) ((((selfhost/patch_preflight::module-op state) checks) ordinal) op) (selfhost/patch_preflight::err "preflight received unknown operation"))))))))))))) (def selfhost/patch_preflight::run-loop (fn (ops) (fn (i) (fn (state) (fn (checks) (if ((core/int::eq? i) (core/vec::len ops)) {:checks checks :conflict nil :ok true :state state} (let ((result ((((selfhost/patch_preflight::step state) checks) i) ((core/vec::get ops) i)))) (if (core/error::is? result) result (if ((core/map::get result) (quote :ok)) ((((selfhost/patch_preflight::run-loop ops) ((core/int::add i) 1)) ((core/map::get result) (quote :state))) ((core/map::get result) (quote :checks))) result))))))))) (def selfhost/patch_preflight::execute (fn (patch) (fn (path-states) (let ((valid (core/cli::validate-patch patch))) (if (core/error::is? valid) valid (let ((state (((selfhost/patch_preflight::build-state path-states) 0) {}))) (if (core/error::is? state) state (let ((normalized-patch patch) (path-states-h (selfhost/hash::hash-term path-states))) (if (core/error::is? path-states-h) path-states-h (let ((patch-h (selfhost/hash::hash-term normalized-patch))) (if (core/error::is? patch-h) patch-h (let ((result ((((selfhost/patch_preflight::run-loop ((core/map::get normalized-patch) (quote :ops))) 0) state) []))) (if (core/error::is? result) result {:checks ((core/map::get result) (quote :checks)) :conflict ((core/map::get result) (quote :conflict)) :final-path-states (selfhost/patch_preflight::state-records ((core/map::get result) (quote :state))) :kind selfhost/patch_preflight::REPORT_KIND :ok ((core/map::get result) (quote :ok)) :patch-h patch-h :path-states-h path-states-h :profile selfhost/patch_authority::PROFILE :v 1}))))))))))))) (def core/cli::patch-preflight (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:kind :patch :path-states :profile :v]) [:kind :patch :path-states :profile :v]))) (if (core/error::is? shape) shape (let ((kind ((core/map::get request) (quote :kind))) (profile ((core/map::get request) (quote :profile))) (patch ((core/map::get request) (quote :patch))) (path-states ((core/map::get request) (quote :path-states))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/patch_schema::is-str? kind) ((core/eq? kind) selfhost/patch_preflight::REQUEST_KIND) false) (if (if (selfhost/patch_schema::is-str? profile) ((core/eq? profile) selfhost/patch_authority::PROFILE) false) (if (if (selfhost/patch_schema::is-int? version) ((core/int::eq? version) 1) false) (if (selfhost/patch_schema::is-vec? path-states) ((selfhost/patch_preflight::execute patch) path-states) (selfhost/patch_preflight::err "request :path-states must be a vector")) (selfhost/patch_preflight::err "request :v must equal 1")) (selfhost/patch_preflight::err "request :profile mismatch")) (selfhost/patch_preflight::err "request :kind mismatch")))))))] :module-h b"Y\xE9.\x85\xD3}N\xD9#\xE8\x97\x00\xE6,D#\x93\xFB>\x19\xCE\x07:\xB9\x12\\\xE0\x85\xD9\x1C\xC5\x1F" :path "selfhost/patch_authority_preflight_v1.gc" :source "(def selfhost/patch_preflight::REQUEST_KIND \"genesis/patch-preflight-request-v0.1\")\n(def selfhost/patch_preflight::REPORT_KIND \"genesis/patch-preflight-v0.1\")\n\n(def selfhost/patch_preflight::err\n (fn (message) ((core/error::make2 \"core/patch-authority\") message)))\n\n(def selfhost/patch_preflight::valid-state?\n (fn (state)\n (if (selfhost/patch_schema::is-str? state)\n (if ((core/eq? state) \"absent\")\n true\n (if ((core/eq? state) \"file\") true ((core/eq? state) \"other\")))\n false)))\n\n(def selfhost/patch_preflight::state-record\n (fn (path) (fn (state) {:path path :state state})))\n\n(def selfhost/patch_preflight::build-state\n (fn (records)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len records))\n state\n (let ((record ((core/vec::get records) i)))\n (let\n ((shape\n (((selfhost/patch_normalize::shape record) [:path :state])\n [:path :state])))\n (if (core/error::is? shape)\n shape\n (let\n ((path ((core/map::get record) (quote :path)))\n (path-state ((core/map::get record) (quote :state))))\n (if (selfhost/patch_normalize::portable-module-path? path)\n (if (selfhost/patch_preflight::valid-state? path-state)\n (if (core/list::is-nil? ((core/map::get state) path))\n (((selfhost/patch_preflight::build-state records)\n ((core/int::add i) 1))\n (((core/map::put state) path) path-state))\n (selfhost/patch_preflight::err\n \"path states must not contain duplicate paths\"))\n (selfhost/patch_preflight::err\n \"path state must be absent, file, or other\"))\n (selfhost/patch_preflight::err\n \"path state path must be a portable package-relative path\")))))))))))\n\n(def selfhost/patch_preflight::state-records-loop\n (fn (entries)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) i)))\n (((selfhost/patch_preflight::state-records-loop entries)\n ((core/int::add i) 1))\n ((core/vec::push out)\n ((selfhost/patch_preflight::state-record\n ((core/vec::get entry) 0))\n ((core/vec::get entry) 1))))))))))\n\n(def selfhost/patch_preflight::state-records\n (fn (state)\n (((selfhost/patch_preflight::state-records-loop (core/map::entries state)) 0) [])))\n\n(def selfhost/patch_preflight::check-record\n (fn (ordinal)\n (fn (op)\n (fn (path)\n (fn (expected)\n (fn (actual)\n {:actual actual :expected expected :op op :ordinal ordinal :path path}))))))\n\n(def selfhost/patch_preflight::conflict-record\n (fn (ordinal)\n (fn (op)\n (fn (path)\n (fn (expected)\n (fn (actual)\n {:actual actual\n :code \"patch/path-state-conflict\"\n :expected expected\n :op op\n :ordinal ordinal\n :path path}))))))\n\n(def selfhost/patch_preflight::require-state\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (fn (path)\n (fn (expected)\n (let ((actual0 ((core/map::get state) path)))\n (let\n ((actual (if (core/list::is-nil? actual0) \"unbound\" actual0)))\n (if ((core/eq? actual) expected)\n {:checks\n ((core/vec::push checks)\n (((((selfhost/patch_preflight::check-record ordinal) op) path)\n expected)\n actual))\n :conflict nil\n :ok true\n :state state}\n {:checks checks\n :conflict\n (((((selfhost/patch_preflight::conflict-record ordinal) op) path)\n expected)\n actual)\n :ok false\n :state state}))))))))))\n\n(def selfhost/patch_preflight::transition\n (fn (result)\n (fn (path)\n (fn (next-state)\n (if ((core/map::get result) (quote :ok))\n (((core/map::put result) (quote :state))\n (((core/map::put ((core/map::get result) (quote :state))) path) next-state))\n result)))))\n\n(def selfhost/patch_preflight::require-one\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (fn (path)\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal) op) path)\n \"file\")))))))\n\n(def selfhost/patch_preflight::add-module\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let ((path ((core/map::get op) (quote :module-path))))\n (((selfhost/patch_preflight::transition\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal)\n (quote :add-module))\n path)\n \"absent\"))\n path)\n \"file\")))))))\n\n(def selfhost/patch_preflight::remove-module\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let ((path ((core/map::get op) (quote :module-path))))\n (((selfhost/patch_preflight::transition\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal)\n (quote :remove-module))\n path)\n \"file\"))\n path)\n \"absent\")))))))\n\n(def selfhost/patch_preflight::move-module\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let\n ((from-path ((core/map::get op) (quote :from-module-path)))\n (to-path ((core/map::get op) (quote :to-module-path))))\n (let\n ((source\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal)\n (quote :move-module))\n from-path)\n \"file\")))\n (if ((core/map::get source) (quote :ok))\n (let\n ((target\n ((((((selfhost/patch_preflight::require-state\n ((core/map::get source) (quote :state)))\n ((core/map::get source) (quote :checks)))\n ordinal)\n (quote :move-module))\n to-path)\n \"absent\")))\n (if ((core/map::get target) (quote :ok))\n (((selfhost/patch_preflight::transition\n (((selfhost/patch_preflight::transition target) from-path) \"absent\"))\n to-path)\n \"file\")\n target))\n source))))))))\n\n(def selfhost/patch_preflight::split-module\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let\n ((from-path ((core/map::get op) (quote :from-module-path)))\n (to-path ((core/map::get op) (quote :to-module-path))))\n (let\n ((source\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal)\n (quote :split-module))\n from-path)\n \"file\")))\n (if ((core/map::get source) (quote :ok))\n (let\n ((target\n ((((((selfhost/patch_preflight::require-state\n ((core/map::get source) (quote :state)))\n ((core/map::get source) (quote :checks)))\n ordinal)\n (quote :split-module))\n to-path)\n \"absent\")))\n (if ((core/map::get target) (quote :ok))\n (((selfhost/patch_preflight::transition target) to-path) \"file\")\n target))\n source))))))))\n\n(def selfhost/patch_preflight::module-op\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (((((selfhost/patch_preflight::require-one state) checks) ordinal)\n ((core/map::get op) (quote :op)))\n ((core/map::get op) (quote :module-path))))))))\n\n(def selfhost/patch_preflight::module-op?\n (fn (op-symbol)\n (if ((core/sym::eq? op-symbol) (quote :replace-node))\n true\n (if ((core/sym::eq? op-symbol) (quote :replace-node-id))\n true\n (if ((core/sym::eq? op-symbol) (quote :rename-symbol))\n true\n (if ((core/sym::eq? op-symbol) (quote :rewrite-imports))\n true\n (if ((core/sym::eq? op-symbol) (quote :rewrite-exports))\n true\n ((core/sym::eq? op-symbol) (quote :migrate-contract-signature)))))))))\n\n(def selfhost/patch_preflight::step\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let ((op-symbol ((core/map::get op) (quote :op))))\n (if ((core/sym::eq? op-symbol) (quote :update-manifest))\n {:checks checks :conflict nil :ok true :state state}\n (if ((core/sym::eq? op-symbol) (quote :add-module))\n ((((selfhost/patch_preflight::add-module state) checks) ordinal) op)\n (if ((core/sym::eq? op-symbol) (quote :remove-module))\n ((((selfhost/patch_preflight::remove-module state) checks) ordinal) op)\n (if ((core/sym::eq? op-symbol) (quote :move-module))\n ((((selfhost/patch_preflight::move-module state) checks) ordinal) op)\n (if ((core/sym::eq? op-symbol) (quote :split-module))\n ((((selfhost/patch_preflight::split-module state) checks) ordinal) op)\n (if (selfhost/patch_preflight::module-op? op-symbol)\n ((((selfhost/patch_preflight::module-op state) checks) ordinal) op)\n (selfhost/patch_preflight::err \"preflight received unknown operation\")))))))))))))\n\n(def selfhost/patch_preflight::run-loop\n (fn (ops)\n (fn (i)\n (fn (state)\n (fn (checks)\n (if ((core/int::eq? i) (core/vec::len ops))\n {:checks checks :conflict nil :ok true :state state}\n (let\n ((result\n ((((selfhost/patch_preflight::step state) checks) i)\n ((core/vec::get ops) i))))\n (if (core/error::is? result)\n result\n (if ((core/map::get result) (quote :ok))\n (((((selfhost/patch_preflight::run-loop ops) ((core/int::add i) 1))\n ((core/map::get result) (quote :state)))\n ((core/map::get result) (quote :checks))))\n result)))))))))\n\n(def selfhost/patch_preflight::execute\n (fn (patch)\n (fn (path-states)\n (let ((valid (core/cli::validate-patch patch)))\n (if (core/error::is? valid)\n valid\n (let ((state (((selfhost/patch_preflight::build-state path-states) 0) {})))\n (if (core/error::is? state)\n state\n (let\n ((normalized-patch patch)\n (path-states-h (selfhost/hash::hash-term path-states)))\n (if (core/error::is? path-states-h)\n path-states-h\n (let ((patch-h (selfhost/hash::hash-term normalized-patch)))\n (if (core/error::is? patch-h)\n patch-h\n (let\n ((result\n ((((selfhost/patch_preflight::run-loop\n ((core/map::get normalized-patch) (quote :ops)))\n 0)\n state)\n [])))\n (if (core/error::is? result)\n result\n {:checks ((core/map::get result) (quote :checks))\n :conflict ((core/map::get result) (quote :conflict))\n :final-path-states\n (selfhost/patch_preflight::state-records\n ((core/map::get result) (quote :state)))\n :kind selfhost/patch_preflight::REPORT_KIND\n :ok ((core/map::get result) (quote :ok))\n :patch-h patch-h\n :path-states-h path-states-h\n :profile selfhost/patch_authority::PROFILE\n :v 1})))))))))))))\n\n(def core/cli::patch-preflight\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:kind :patch :path-states :profile :v])\n [:kind :patch :path-states :profile :v])))\n (if (core/error::is? shape)\n shape\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (profile ((core/map::get request) (quote :profile)))\n (patch ((core/map::get request) (quote :patch)))\n (path-states ((core/map::get request) (quote :path-states)))\n (version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/patch_schema::is-str? kind)\n ((core/eq? kind) selfhost/patch_preflight::REQUEST_KIND)\n false)\n (if\n (if (selfhost/patch_schema::is-str? profile)\n ((core/eq? profile) selfhost/patch_authority::PROFILE)\n false)\n (if\n (if (selfhost/patch_schema::is-int? version)\n ((core/int::eq? version) 1)\n false)\n (if (selfhost/patch_schema::is-vec? path-states)\n ((selfhost/patch_preflight::execute patch) path-states)\n (selfhost/patch_preflight::err\n \"request :path-states must be a vector\"))\n (selfhost/patch_preflight::err \"request :v must equal 1\"))\n (selfhost/patch_preflight::err \"request :profile mismatch\"))\n (selfhost/patch_preflight::err \"request :kind mismatch\")))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"Y\xE9.\x85\xD3}N\xD9#\xE8\x97\x00\xE6,D#\x93\xFB>\x19\xCE\x07:\xB9\x12\\\xE0\x85\xD9\x1C\xC5\x1F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/refactor_plan::REQUEST_KIND "genesis/refactor-plan-request-v0.1") (def selfhost/refactor_plan::REPORT_KIND "genesis/refactor-plan-v0.1") (def selfhost/refactor_plan::PROFILE "genesis/patch-authority-v0.1") (def selfhost/refactor_plan::err (fn (msg) ((core/error::make2 "core/refactor-plan") msg))) (def selfhost/refactor_plan::conflict (fn (code) (fn (message) (fn (module-path) (fn (path-repr) {:code code :message message :module-path module-path :path-repr path-repr}))))) (def selfhost/refactor_plan::push-conflict (fn (conflicts) (fn (condition) (fn (code) (fn (message) (if condition ((core/vec::push conflicts) ((((selfhost/refactor_plan::conflict code) message) "") "")) conflicts)))))) (def selfhost/refactor_plan::kind-valid? (fn (kind) (if ((core/eq? kind) "rename") true (if ((core/eq? kind) "move") true ((core/eq? kind) "extract"))))) (def selfhost/refactor_plan::move-kind? (fn (kind) (if ((core/eq? kind) "move") true ((core/eq? kind) "extract")))) (def selfhost/refactor_plan::module-shape (fn (module) (((selfhost/patch_normalize::shape module) [:forms :module-path]) [:forms :module-path]))) (def selfhost/refactor_plan::validate-modules (fn (modules) (fn (i) (fn (seen) (if ((core/int::eq? i) (core/vec::len modules)) true (let ((module ((core/vec::get modules) i))) (let ((shape (selfhost/refactor_plan::module-shape module))) (if (core/error::is? shape) shape (let ((path ((core/map::get module) (quote :module-path))) (forms ((core/map::get module) (quote :forms)))) (if (selfhost/patch_schema::is-str? path) (if (selfhost/patch_normalize::portable-module-path? path) (if (selfhost/patch_schema::is-vec? forms) (if (core/list::is-nil? ((core/map::get seen) path)) (((selfhost/refactor_plan::validate-modules modules) ((core/int::add i) 1)) (((core/map::put seen) path) true)) (selfhost/refactor_plan::err "duplicate workspace module path")) (selfhost/refactor_plan::err "module :forms must be a vector")) (selfhost/refactor_plan::err "module path must be a portable package-relative path")) (selfhost/refactor_plan::err "module :module-path must be a string"))))))))))) (def selfhost/refactor_plan::collect-defs (fn (modules) (fn (module-index) (fn (form-index) (fn (out) (if ((core/int::eq? module-index) (core/vec::len modules)) out (let ((module ((core/vec::get modules) module-index))) (let ((forms ((core/map::get module) (quote :forms))) (module-path ((core/map::get module) (quote :module-path)))) (if ((core/int::eq? form-index) (core/vec::len forms)) ((((selfhost/refactor_plan::collect-defs modules) ((core/int::add module-index) 1)) 0) out) (let ((form ((core/vec::get forms) form-index))) (let ((name (selfhost/patch_refactor::top-level-def-name form))) (let ((next (if (core/list::is-nil? name) out ((core/vec::push out) {:expr (selfhost/patch_refactor::top-level-def-rhs form) :form-index form-index :module-index module-index :module-path module-path :name name})))) ((((selfhost/refactor_plan::collect-defs modules) module-index) ((core/int::add form-index) 1)) next))))))))))))) (def selfhost/refactor_plan::defs-named (fn (defs) (fn (name) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len defs)) out (let ((record ((core/vec::get defs) i))) ((((selfhost/refactor_plan::defs-named defs) name) ((core/int::add i) 1)) (if ((core/eq? ((core/map::get record) (quote :name))) name) ((core/vec::push out) record) out))))))))) (def selfhost/refactor_plan::affected-modules (fn (modules) (fn (from) (fn (to) (fn (i) (fn (out) (fn (rewrite-count) (if ((core/int::eq? i) (core/vec::len modules)) {:modules out :rewrite-count rewrite-count} (let ((module ((core/vec::get modules) i))) (let ((renamed (((selfhost/patch_refactor::rename-symbol-forms-core ((core/map::get module) (quote :forms))) from) to))) (if (core/error::is? renamed) renamed (let ((count ((core/map::get renamed) (quote :rewrite-count)))) ((((((selfhost/refactor_plan::affected-modules modules) from) to) ((core/int::add i) 1)) (if ((core/int::lt? 0) count) ((core/vec::push out) module) out)) ((core/int::add rewrite-count) count)))))))))))))) (def selfhost/refactor_plan::rename-ops (fn (affected) (fn (from) (fn (to) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len affected)) out (let ((module ((core/vec::get affected) i))) (((((selfhost/refactor_plan::rename-ops affected) from) to) ((core/int::add i) 1)) ((core/vec::push out) {:from from :module-path ((core/map::get module) (quote :module-path)) :op (quote :rename-symbol) :to to})))))))))) (def selfhost/refactor_plan::late-dependency (fn (defs) (fn (expr) (fn (source-index) (fn (i) (if ((core/int::eq? i) (core/vec::len defs)) nil (let ((record ((core/vec::get defs) i))) (let ((module-index ((core/map::get record) (quote :module-index))) (name ((core/map::get record) (quote :name)))) (if ((core/int::lt? module-index) source-index) ((((selfhost/refactor_plan::late-dependency defs) expr) source-index) ((core/int::add i) 1)) (let ((renamed (((selfhost/patch_refactor::rename-term expr) name) name))) (if (core/error::is? renamed) renamed (if ((core/int::lt? 0) (selfhost/patch_refactor::res-count renamed)) record ((((selfhost/refactor_plan::late-dependency defs) expr) source-index) ((core/int::add i) 1)))))))))))))) (def selfhost/refactor_plan::manifest-modules (fn (modules) (fn (target-path) (fn (source-path) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len modules)) out (let ((path ((core/map::get ((core/vec::get modules) i)) (quote :module-path)))) (let ((with-target (if ((core/eq? path) source-path) ((core/vec::push out) {"hash" "" "path" target-path}) out))) (((((selfhost/refactor_plan::manifest-modules modules) target-path) source-path) ((core/int::add i) 1)) ((core/vec::push with-target) {"hash" "" "path" path}))))))))))) (def selfhost/refactor_plan::base-conflicts (fn (kind) (fn (from) (fn (to) (fn (from-defs) (fn (to-defs) (let ((c0 ((((selfhost/refactor_plan::push-conflict []) (if (selfhost/patch_schema::is-str? kind) (if (selfhost/refactor_plan::kind-valid? kind) false true) true)) "refactor/kind-invalid") "refactor kind must be rename, move, or extract"))) (let ((c1 ((((selfhost/refactor_plan::push-conflict c0) (if (selfhost/patch_schema::is-str? from) ((core/int::eq? (core/str::len from)) 0) true)) "refactor/source-symbol-invalid") "source symbol must be a non-empty string"))) (let ((c2 ((((selfhost/refactor_plan::push-conflict c1) (if (selfhost/patch_schema::is-str? to) ((core/int::eq? (core/str::len to)) 0) true)) "refactor/destination-symbol-invalid") "destination symbol must be a non-empty string"))) (let ((c3 ((((selfhost/refactor_plan::push-conflict c2) (if (if (selfhost/patch_schema::is-str? from) (selfhost/patch_schema::is-str? to) false) ((core/eq? from) to) false)) "refactor/no-op") "source and destination symbols must differ"))) (let ((c4 ((((selfhost/refactor_plan::push-conflict c3) ((core/int::eq? (core/vec::len from-defs)) 0)) "refactor/source-symbol-missing") "source symbol has no workspace definition"))) (let ((c5 ((((selfhost/refactor_plan::push-conflict c4) ((core/int::lt? 1) (core/vec::len from-defs))) "refactor/source-symbol-ambiguous") "source symbol has multiple workspace definitions"))) ((((selfhost/refactor_plan::push-conflict c5) ((core/int::lt? 0) (core/vec::len to-defs))) "refactor/destination-symbol-exists") "destination symbol already has a workspace definition"))))))))))))) (def selfhost/refactor_plan::target-conflicts (fn (conflicts) (fn (kind) (fn (target) (fn (modules) (if (selfhost/refactor_plan::move-kind? kind) (let ((missing? (if (selfhost/patch_schema::is-str? target) ((core/int::eq? (core/str::len target)) 0) true))) (let ((c1 ((((selfhost/refactor_plan::push-conflict conflicts) missing?) "refactor/target-module-required") "move and extract require a target module path"))) (let ((invalid? (if missing? false (if (selfhost/patch_schema::is-str? target) (if (selfhost/patch_normalize::portable-module-path? target) false true) true)))) (let ((c2 ((((selfhost/refactor_plan::push-conflict c1) invalid?) "refactor/target-module-invalid") "target module path must be portable and package-relative"))) (let ((exists? (if (if missing? false (if invalid? false true)) (((selfhost/refactor_plan::module-path-exists? modules) target) 0) false))) ((((selfhost/refactor_plan::push-conflict c2) exists?) "refactor/target-module-exists") "target module path already exists")))))) conflicts)))))) (def selfhost/refactor_plan::module-path-exists? (fn (modules) (fn (target) (fn (i) (if ((core/int::eq? i) (core/vec::len modules)) false (if ((core/eq? ((core/map::get ((core/vec::get modules) i)) (quote :module-path))) target) true (((selfhost/refactor_plan::module-path-exists? modules) target) ((core/int::add i) 1)))))))) (def selfhost/refactor_plan::patch (fn (kind) (fn (from) (fn (to) (fn (target) (fn (modules) (fn (defs) (fn (source) (fn (affected) (let ((rename-ops (((((selfhost/refactor_plan::rename-ops affected) from) to) 0) []))) (if ((core/eq? kind) "rename") {:intent "semantic-refactor/rename" :ops rename-ops :provenance {:from from :kind (quote :rename) :to to :tool "genesis semantic-edit refactor-plan"} :version 1} (let ((source-path ((core/map::get source) (quote :module-path))) (ordered (((((selfhost/refactor_plan::manifest-modules modules) target) ((core/map::get source) (quote :module-path))) 0) []))) (let ((split-op {:from-module-path source-path :op (quote :split-module) :symbols ((core/vec::push []) to) :to-module-path target})) (let ((ops1 ((core/vec::push rename-ops) split-op))) (let ((ops2 ((core/vec::push ops1) {:op (quote :update-manifest) :set {:modules ordered}}))) {:intent ((core/str::concat "semantic-refactor/") kind) :ops ops2 :provenance {:from from :kind (core/sym::from-str ((core/str::concat ":") kind)) :to to :tool "genesis semantic-edit refactor-plan"} :version 1}))))))))))))))) (def selfhost/refactor_plan::report-conflicts (fn (request) (fn (modules) (fn (conflicts) {:conflicts conflicts :kind selfhost/refactor_plan::REPORT_KIND :module-count (core/vec::len modules) :ok false :op-count 0 :op-identities [] :patch nil :patch-h "" :profile selfhost/refactor_plan::PROFILE :replacement-count 0 :request-h (selfhost/hash::hash-term request) :safe-to-apply false :v 1})))) (def selfhost/refactor_plan::report-patch (fn (request) (fn (modules) (fn (rewrite-count) (fn (patch) (let ((normalized (core/cli::patch-normalize {:kind "genesis/patch-normalize-request-v0.1" :patch patch :profile selfhost/refactor_plan::PROFILE :v 1}))) (if (core/error::is? normalized) normalized {:conflicts [] :kind selfhost/refactor_plan::REPORT_KIND :module-count (core/vec::len modules) :ok true :op-count (core/vec::len ((core/map::get ((core/map::get normalized) (quote :normalized-patch))) (quote :ops))) :op-identities ((core/map::get normalized) (quote :op-identities)) :patch ((core/map::get normalized) (quote :normalized-patch)) :patch-h ((core/map::get normalized) (quote :patch-h)) :profile selfhost/refactor_plan::PROFILE :replacement-count rewrite-count :request-h (selfhost/hash::hash-term request) :safe-to-apply true :v 1}))))))) (def selfhost/refactor_plan::execute (fn (request) (let ((modules ((core/map::get request) (quote :modules))) (kind ((core/map::get request) (quote :refactor-kind))) (from ((core/map::get request) (quote :from-symbol))) (to ((core/map::get request) (quote :to-symbol))) (target ((core/map::get request) (quote :target-module-path)))) (if (selfhost/patch_schema::is-vec? modules) (let ((valid (((selfhost/refactor_plan::validate-modules modules) 0) {}))) (if (core/error::is? valid) valid (let ((defs ((((selfhost/refactor_plan::collect-defs modules) 0) 0) []))) (let ((from-defs ((((selfhost/refactor_plan::defs-named defs) from) 0) [])) (to-defs ((((selfhost/refactor_plan::defs-named defs) to) 0) []))) (let ((base (((((selfhost/refactor_plan::base-conflicts kind) from) to) from-defs) to-defs))) (let ((conflicts ((((selfhost/refactor_plan::target-conflicts base) kind) target) modules))) (if ((core/int::lt? 0) (core/vec::len conflicts)) (((selfhost/refactor_plan::report-conflicts request) modules) conflicts) (let ((source ((core/vec::get from-defs) 0))) (let ((late ((((selfhost/refactor_plan::late-dependency defs) ((core/map::get source) (quote :expr))) ((core/map::get source) (quote :module-index))) 0))) (if (core/error::is? late) late (if (if (selfhost/refactor_plan::move-kind? kind) (if (core/list::is-nil? late) false true) false) (((selfhost/refactor_plan::report-conflicts request) modules) ((core/vec::push []) ((((selfhost/refactor_plan::conflict "refactor/target-order-dependency") "moved definition depends on a definition unavailable before the source module") ((core/map::get late) (quote :module-path))) ""))) (let ((affected ((((((selfhost/refactor_plan::affected-modules modules) from) to) 0) []) 0))) (if (core/error::is? affected) affected (let ((patch ((((((((selfhost/refactor_plan::patch kind) from) to) target) modules) defs) source) ((core/map::get affected) (quote :modules))))) (if (core/error::is? patch) patch ((((selfhost/refactor_plan::report-patch request) modules) ((core/map::get affected) (quote :rewrite-count))) patch)))))))))))))))) (selfhost/refactor_plan::err "request :modules must be a vector"))))) (def core/cli::refactor-plan (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:from-symbol :kind :modules :profile :refactor-kind :target-module-path :to-symbol :v]) [:from-symbol :kind :modules :profile :refactor-kind :target-module-path :to-symbol :v]))) (if (core/error::is? shape) shape (let ((kind ((core/map::get request) (quote :kind))) (profile ((core/map::get request) (quote :profile))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/patch_schema::is-str? kind) ((core/eq? kind) selfhost/refactor_plan::REQUEST_KIND) false) (if (if (selfhost/patch_schema::is-str? profile) ((core/eq? profile) selfhost/refactor_plan::PROFILE) false) (if (if (selfhost/patch_schema::is-int? version) ((core/int::eq? version) 1) false) (selfhost/refactor_plan::execute request) (selfhost/refactor_plan::err "request :v must equal 1")) (selfhost/refactor_plan::err "request :profile mismatch")) (selfhost/refactor_plan::err "request :kind mismatch")))))))] :module-h b"/{\xED\x08\x1F\xC7`T \xD9\xAC\x02\x1DJ/\xAD\xBBo\x83J\x9F\x92~C'\xCEIM\xB9C\x8D\xD2" :path "selfhost/patch_authority_refactor_plan_v1.gc" :source "(def selfhost/refactor_plan::REQUEST_KIND \"genesis/refactor-plan-request-v0.1\")\n(def selfhost/refactor_plan::REPORT_KIND \"genesis/refactor-plan-v0.1\")\n(def selfhost/refactor_plan::PROFILE \"genesis/patch-authority-v0.1\")\n\n(def selfhost/refactor_plan::err\n (fn (msg) ((core/error::make2 \"core/refactor-plan\") msg)))\n\n(def selfhost/refactor_plan::conflict\n (fn (code)\n (fn (message)\n (fn (module-path)\n (fn (path-repr)\n {:code code :message message :module-path module-path :path-repr path-repr})))))\n\n(def selfhost/refactor_plan::push-conflict\n (fn (conflicts)\n (fn (condition)\n (fn (code)\n (fn (message)\n (if condition\n ((core/vec::push conflicts)\n ((((selfhost/refactor_plan::conflict code) message) \"\") \"\"))\n conflicts))))))\n\n(def selfhost/refactor_plan::kind-valid?\n (fn (kind)\n (if ((core/eq? kind) \"rename\")\n true\n (if ((core/eq? kind) \"move\") true ((core/eq? kind) \"extract\")))))\n\n(def selfhost/refactor_plan::move-kind?\n (fn (kind) (if ((core/eq? kind) \"move\") true ((core/eq? kind) \"extract\"))))\n\n(def selfhost/refactor_plan::module-shape\n (fn (module)\n (((selfhost/patch_normalize::shape module) [:forms :module-path]) [:forms :module-path])))\n\n(def selfhost/refactor_plan::validate-modules\n (fn (modules)\n (fn (i)\n (fn (seen)\n (if ((core/int::eq? i) (core/vec::len modules))\n true\n (let ((module ((core/vec::get modules) i)))\n (let ((shape (selfhost/refactor_plan::module-shape module)))\n (if (core/error::is? shape)\n shape\n (let\n ((path ((core/map::get module) (quote :module-path)))\n (forms ((core/map::get module) (quote :forms))))\n (if (selfhost/patch_schema::is-str? path)\n (if (selfhost/patch_normalize::portable-module-path? path)\n (if (selfhost/patch_schema::is-vec? forms)\n (if (core/list::is-nil? ((core/map::get seen) path))\n (((selfhost/refactor_plan::validate-modules modules)\n ((core/int::add i) 1))\n (((core/map::put seen) path) true))\n (selfhost/refactor_plan::err \"duplicate workspace module path\"))\n (selfhost/refactor_plan::err \"module :forms must be a vector\"))\n (selfhost/refactor_plan::err\n \"module path must be a portable package-relative path\"))\n (selfhost/refactor_plan::err \"module :module-path must be a string\")))))))))))\n\n(def selfhost/refactor_plan::collect-defs\n (fn (modules)\n (fn (module-index)\n (fn (form-index)\n (fn (out)\n (if ((core/int::eq? module-index) (core/vec::len modules))\n out\n (let ((module ((core/vec::get modules) module-index)))\n (let\n ((forms ((core/map::get module) (quote :forms)))\n (module-path ((core/map::get module) (quote :module-path))))\n (if ((core/int::eq? form-index) (core/vec::len forms))\n ((((selfhost/refactor_plan::collect-defs modules)\n ((core/int::add module-index) 1))\n 0)\n out)\n (let ((form ((core/vec::get forms) form-index)))\n (let ((name (selfhost/patch_refactor::top-level-def-name form)))\n (let\n ((next\n (if (core/list::is-nil? name)\n out\n ((core/vec::push out)\n {:expr (selfhost/patch_refactor::top-level-def-rhs form)\n :form-index form-index\n :module-index module-index\n :module-path module-path\n :name name}))))\n ((((selfhost/refactor_plan::collect-defs modules) module-index)\n ((core/int::add form-index) 1))\n next)))))))))))))\n\n(def selfhost/refactor_plan::defs-named\n (fn (defs)\n (fn (name)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len defs))\n out\n (let ((record ((core/vec::get defs) i)))\n ((((selfhost/refactor_plan::defs-named defs) name) ((core/int::add i) 1))\n (if ((core/eq? ((core/map::get record) (quote :name))) name)\n ((core/vec::push out) record)\n out)))))))))\n\n(def selfhost/refactor_plan::affected-modules\n (fn (modules)\n (fn (from)\n (fn (to)\n (fn (i)\n (fn (out)\n (fn (rewrite-count)\n (if ((core/int::eq? i) (core/vec::len modules))\n {:modules out :rewrite-count rewrite-count}\n (let ((module ((core/vec::get modules) i)))\n (let\n ((renamed\n (((selfhost/patch_refactor::rename-symbol-forms-core\n ((core/map::get module) (quote :forms)))\n from)\n to)))\n (if (core/error::is? renamed)\n renamed\n (let ((count ((core/map::get renamed) (quote :rewrite-count))))\n ((((((selfhost/refactor_plan::affected-modules modules) from) to)\n ((core/int::add i) 1))\n (if ((core/int::lt? 0) count)\n ((core/vec::push out) module)\n out))\n ((core/int::add rewrite-count) count))))))))))))))\n\n(def selfhost/refactor_plan::rename-ops\n (fn (affected)\n (fn (from)\n (fn (to)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len affected))\n out\n (let ((module ((core/vec::get affected) i)))\n (((((selfhost/refactor_plan::rename-ops affected) from) to)\n ((core/int::add i) 1))\n ((core/vec::push out)\n {:from from\n :module-path ((core/map::get module) (quote :module-path))\n :op (quote :rename-symbol)\n :to to}))))))))))\n\n(def selfhost/refactor_plan::late-dependency\n (fn (defs)\n (fn (expr)\n (fn (source-index)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len defs))\n nil\n (let ((record ((core/vec::get defs) i)))\n (let\n ((module-index ((core/map::get record) (quote :module-index)))\n (name ((core/map::get record) (quote :name))))\n (if ((core/int::lt? module-index) source-index)\n ((((selfhost/refactor_plan::late-dependency defs) expr) source-index)\n ((core/int::add i) 1))\n (let ((renamed (((selfhost/patch_refactor::rename-term expr) name) name)))\n (if (core/error::is? renamed)\n renamed\n (if\n ((core/int::lt? 0)\n (selfhost/patch_refactor::res-count renamed))\n record\n ((((selfhost/refactor_plan::late-dependency defs) expr)\n source-index)\n ((core/int::add i) 1))))))))))))))\n\n(def selfhost/refactor_plan::manifest-modules\n (fn (modules)\n (fn (target-path)\n (fn (source-path)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len modules))\n out\n (let ((path ((core/map::get ((core/vec::get modules) i)) (quote :module-path))))\n (let\n ((with-target\n (if ((core/eq? path) source-path)\n ((core/vec::push out) {\"hash\" \"\" \"path\" target-path})\n out)))\n (((((selfhost/refactor_plan::manifest-modules modules) target-path)\n source-path)\n ((core/int::add i) 1))\n ((core/vec::push with-target) {\"hash\" \"\" \"path\" path})))))))))))\n\n(def selfhost/refactor_plan::base-conflicts\n (fn (kind)\n (fn (from)\n (fn (to)\n (fn (from-defs)\n (fn (to-defs)\n (let\n ((c0\n ((((selfhost/refactor_plan::push-conflict [])\n (if (selfhost/patch_schema::is-str? kind)\n (if (selfhost/refactor_plan::kind-valid? kind) false true)\n true))\n \"refactor/kind-invalid\")\n \"refactor kind must be rename, move, or extract\")))\n (let\n ((c1\n ((((selfhost/refactor_plan::push-conflict c0)\n (if (selfhost/patch_schema::is-str? from)\n ((core/int::eq? (core/str::len from)) 0)\n true))\n \"refactor/source-symbol-invalid\")\n \"source symbol must be a non-empty string\")))\n (let\n ((c2\n ((((selfhost/refactor_plan::push-conflict c1)\n (if (selfhost/patch_schema::is-str? to)\n ((core/int::eq? (core/str::len to)) 0)\n true))\n \"refactor/destination-symbol-invalid\")\n \"destination symbol must be a non-empty string\")))\n (let\n ((c3\n ((((selfhost/refactor_plan::push-conflict c2)\n (if (if (selfhost/patch_schema::is-str? from)\n (selfhost/patch_schema::is-str? to)\n false)\n ((core/eq? from) to)\n false))\n \"refactor/no-op\")\n \"source and destination symbols must differ\")))\n (let\n ((c4\n ((((selfhost/refactor_plan::push-conflict c3)\n ((core/int::eq? (core/vec::len from-defs)) 0))\n \"refactor/source-symbol-missing\")\n \"source symbol has no workspace definition\")))\n (let\n ((c5\n ((((selfhost/refactor_plan::push-conflict c4)\n ((core/int::lt? 1) (core/vec::len from-defs)))\n \"refactor/source-symbol-ambiguous\")\n \"source symbol has multiple workspace definitions\")))\n ((((selfhost/refactor_plan::push-conflict c5)\n ((core/int::lt? 0) (core/vec::len to-defs)))\n \"refactor/destination-symbol-exists\")\n \"destination symbol already has a workspace definition\")))))))))))))\n\n(def selfhost/refactor_plan::target-conflicts\n (fn (conflicts)\n (fn (kind)\n (fn (target)\n (fn (modules)\n (if (selfhost/refactor_plan::move-kind? kind)\n (let\n ((missing?\n (if (selfhost/patch_schema::is-str? target)\n ((core/int::eq? (core/str::len target)) 0)\n true)))\n (let\n ((c1\n ((((selfhost/refactor_plan::push-conflict conflicts) missing?)\n \"refactor/target-module-required\")\n \"move and extract require a target module path\")))\n (let\n ((invalid?\n (if missing?\n false\n (if (selfhost/patch_schema::is-str? target)\n (if (selfhost/patch_normalize::portable-module-path? target)\n false\n true)\n true))))\n (let\n ((c2\n ((((selfhost/refactor_plan::push-conflict c1) invalid?)\n \"refactor/target-module-invalid\")\n \"target module path must be portable and package-relative\")))\n (let\n ((exists?\n (if (if missing? false (if invalid? false true))\n (selfhost/refactor_plan::module-path-exists? modules target 0)\n false)))\n ((((selfhost/refactor_plan::push-conflict c2) exists?)\n \"refactor/target-module-exists\")\n \"target module path already exists\"))))))\n conflicts))))))\n\n(def selfhost/refactor_plan::module-path-exists?\n (fn (modules)\n (fn (target)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len modules))\n false\n (if\n ((core/eq?\n ((core/map::get ((core/vec::get modules) i)) (quote :module-path)))\n target)\n true\n (((selfhost/refactor_plan::module-path-exists? modules) target)\n ((core/int::add i) 1))))))))\n\n(def selfhost/refactor_plan::patch\n (fn (kind)\n (fn (from)\n (fn (to)\n (fn (target)\n (fn (modules)\n (fn (defs)\n (fn (source)\n (fn (affected)\n (let\n ((rename-ops\n ((((selfhost/refactor_plan::rename-ops affected) from) to) 0 [])))\n (if ((core/eq? kind) \"rename\")\n {:intent \"semantic-refactor/rename\"\n :ops rename-ops\n :provenance\n {:from from\n :kind (quote :rename)\n :to to\n :tool \"genesis semantic-edit refactor-plan\"}\n :version 1}\n (let\n ((source-path ((core/map::get source) (quote :module-path)))\n (ordered\n (((((selfhost/refactor_plan::manifest-modules modules)\n target)\n ((core/map::get source) (quote :module-path)))\n 0)\n [])))\n (let\n ((split-op\n {:from-module-path source-path\n :op (quote :split-module)\n :symbols ((core/vec::push []) to)\n :to-module-path target}))\n (let ((ops1 ((core/vec::push rename-ops) split-op)))\n (let\n ((ops2\n ((core/vec::push ops1)\n {:op (quote :update-manifest)\n :set {:modules ordered}})))\n {:intent ((core/str::concat \"semantic-refactor/\") kind)\n :ops ops2\n :provenance\n {:from from\n :kind\n (core/sym::from-str\n ((core/str::concat \":\") kind))\n :to to\n :tool \"genesis semantic-edit refactor-plan\"}\n :version 1})))))))))))))))\n\n(def selfhost/refactor_plan::report-conflicts\n (fn (request)\n (fn (modules)\n (fn (conflicts)\n {:conflicts conflicts\n :kind selfhost/refactor_plan::REPORT_KIND\n :module-count (core/vec::len modules)\n :ok false\n :op-count 0\n :op-identities []\n :patch nil\n :patch-h \"\"\n :profile selfhost/refactor_plan::PROFILE\n :replacement-count 0\n :request-h (selfhost/hash::hash-term request)\n :safe-to-apply false\n :v 1}))))\n\n(def selfhost/refactor_plan::report-patch\n (fn (request)\n (fn (modules)\n (fn (rewrite-count)\n (fn (patch)\n (let\n ((normalized\n (core/cli::patch-normalize\n {:kind \"genesis/patch-normalize-request-v0.1\"\n :patch patch\n :profile selfhost/refactor_plan::PROFILE\n :v 1})))\n (if (core/error::is? normalized)\n normalized\n {:conflicts []\n :kind selfhost/refactor_plan::REPORT_KIND\n :module-count (core/vec::len modules)\n :ok true\n :op-count\n (core/vec::len\n ((core/map::get\n ((core/map::get normalized) (quote :normalized-patch)))\n (quote :ops)))\n :op-identities ((core/map::get normalized) (quote :op-identities))\n :patch ((core/map::get normalized) (quote :normalized-patch))\n :patch-h ((core/map::get normalized) (quote :patch-h))\n :profile selfhost/refactor_plan::PROFILE\n :replacement-count rewrite-count\n :request-h (selfhost/hash::hash-term request)\n :safe-to-apply true\n :v 1})))))))\n\n(def selfhost/refactor_plan::execute\n (fn (request)\n (let\n ((modules ((core/map::get request) (quote :modules)))\n (kind ((core/map::get request) (quote :refactor-kind)))\n (from ((core/map::get request) (quote :from-symbol)))\n (to ((core/map::get request) (quote :to-symbol)))\n (target ((core/map::get request) (quote :target-module-path))))\n (if (selfhost/patch_schema::is-vec? modules)\n (let ((valid ((((selfhost/refactor_plan::validate-modules modules) 0) {}))))\n (if (core/error::is? valid)\n valid\n (let ((defs ((((selfhost/refactor_plan::collect-defs modules) 0) 0) [])))\n (let\n ((from-defs ((((selfhost/refactor_plan::defs-named defs) from) 0) []))\n (to-defs ((((selfhost/refactor_plan::defs-named defs) to) 0) [])))\n (let\n ((base\n (((((selfhost/refactor_plan::base-conflicts kind) from) to)\n from-defs)\n to-defs)))\n (let\n ((conflicts\n ((((selfhost/refactor_plan::target-conflicts base) kind) target)\n modules)))\n (if ((core/int::lt? 0) (core/vec::len conflicts))\n (((selfhost/refactor_plan::report-conflicts request) modules) conflicts)\n (let ((source ((core/vec::get from-defs) 0)))\n (let\n ((late\n ((((selfhost/refactor_plan::late-dependency defs)\n ((core/map::get source) (quote :expr)))\n ((core/map::get source) (quote :module-index)))\n 0)))\n (if (core/error::is? late)\n late\n (if\n (if (selfhost/refactor_plan::move-kind? kind)\n (if (core/list::is-nil? late) false true)\n false)\n (((selfhost/refactor_plan::report-conflicts request) modules)\n ((core/vec::push [])\n ((((selfhost/refactor_plan::conflict\n \"refactor/target-order-dependency\")\n \"moved definition depends on a definition unavailable before the source module\")\n ((core/map::get late) (quote :module-path)))\n \"\")))\n (let\n ((affected\n ((((((selfhost/refactor_plan::affected-modules modules)\n from)\n to)\n 0)\n [])\n 0)))\n (if (core/error::is? affected)\n affected\n (let\n ((patch\n ((((((((selfhost/refactor_plan::patch kind) from) to)\n target)\n modules)\n defs)\n source)\n ((core/map::get affected) (quote :modules)))))\n (if (core/error::is? patch)\n patch\n ((((selfhost/refactor_plan::report-patch request)\n modules)\n ((core/map::get affected)\n (quote :rewrite-count)))\n patch))))))))))))))))\n (selfhost/refactor_plan::err \"request :modules must be a vector\")))))\n\n(def core/cli::refactor-plan\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:from-symbol :kind :modules :profile :refactor-kind :target-module-path :to-symbol :v])\n [:from-symbol :kind :modules :profile :refactor-kind :target-module-path :to-symbol :v])))\n (if (core/error::is? shape)\n shape\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (profile ((core/map::get request) (quote :profile)))\n (version ((core/map::get request) (quote :v))))\n (if (if (selfhost/patch_schema::is-str? kind)\n ((core/eq? kind) selfhost/refactor_plan::REQUEST_KIND)\n false)\n (if (if (selfhost/patch_schema::is-str? profile)\n ((core/eq? profile) selfhost/refactor_plan::PROFILE)\n false)\n (if (if (selfhost/patch_schema::is-int? version)\n ((core/int::eq? version) 1)\n false)\n (selfhost/refactor_plan::execute request)\n (selfhost/refactor_plan::err \"request :v must equal 1\"))\n (selfhost/refactor_plan::err \"request :profile mismatch\"))\n (selfhost/refactor_plan::err \"request :kind mismatch\")))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xACJ\xF1\xC6mWD9\x03\xC11_@\xA3\xFD\x02\xB8F\x0B\xE3\xD7\xC5x\xF5\xAD\x8Fp\xB4\x9B<\x01\x1C" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/patch_diff::REQUEST_KIND "genesis/patch-diff-request-v0.1") (def selfhost/patch_diff::REPORT_KIND "genesis/patch-diff-v0.1") (def selfhost/patch_diff::PROFILE "genesis/patch-authority-v0.1") (def selfhost/patch_diff::err (fn (message) ((core/error::make2 "core/patch-diff") message))) (def selfhost/patch_diff::has-key-loop (fn (entries) (fn (key) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key) true (((selfhost/patch_diff::has-key-loop entries) key) ((core/int::add i) 1)))))))) (def selfhost/patch_diff::has-key (fn (map) (fn (key) (((selfhost/patch_diff::has-key-loop (core/map::entries map)) key) 0)))) (def selfhost/patch_diff::workspace-map-loop (fn (modules) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len modules)) out (let ((module ((core/vec::get modules) i))) (let ((shape (((selfhost/patch_normalize::shape module) [:forms :module-path]) [:forms :module-path]))) (if (core/error::is? shape) shape (let ((path ((core/map::get module) (quote :module-path))) (forms ((core/map::get module) (quote :forms)))) (if (selfhost/patch_normalize::portable-module-path? path) (if (selfhost/patch_schema::is-vec? forms) (if ((selfhost/patch_diff::has-key out) path) (selfhost/patch_diff::err "workspace contains duplicate module path") (((selfhost/patch_diff::workspace-map-loop modules) ((core/int::add i) 1)) (((core/map::put out) path) forms))) (selfhost/patch_diff::err "workspace module :forms must be a vector")) (selfhost/patch_diff::err "workspace module path must be portable and package-relative"))))))))))) (def selfhost/patch_diff::workspace-map (fn (modules) (if (selfhost/patch_schema::is-vec? modules) (((selfhost/patch_diff::workspace-map-loop modules) 0) {}) (selfhost/patch_diff::err "workspace must be a vector of modules")))) (def selfhost/patch_diff::workspace-vector-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (((selfhost/patch_diff::workspace-vector-loop entries) ((core/int::add i) 1)) ((core/vec::push out) {:forms ((core/vec::get entry) 1) :module-path ((core/vec::get entry) 0)})))))))) (def selfhost/patch_diff::workspace-vector (fn (workspace) (((selfhost/patch_diff::workspace-vector-loop (core/map::entries workspace)) 0) []))) (def selfhost/patch_diff::path-set-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (((selfhost/patch_diff::path-set-loop entries) ((core/int::add i) 1)) (((core/map::put out) ((core/vec::get ((core/vec::get entries) i)) 0)) true))))))) (def selfhost/patch_diff::path-set (fn (base) (fn (target) (let ((with-base (((selfhost/patch_diff::path-set-loop (core/map::entries base)) 0) {}))) (((selfhost/patch_diff::path-set-loop (core/map::entries target)) 0) with-base))))) (def selfhost/patch_diff::append-loop (fn (values) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len values)) out (((selfhost/patch_diff::append-loop values) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get values) i)))))))) (def selfhost/patch_diff::append (fn (left) (fn (right) (((selfhost/patch_diff::append-loop right) 0) left)))) (def selfhost/patch_diff::replace-form-op (fn (module-path) (fn (index) (fn (new-form) (let ((step ((core/vec::push ((core/vec::push []) (quote :form))) index))) {:module-path module-path :new new-form :op (quote :replace-node) :path ((core/vec::push []) step)}))))) (def selfhost/patch_diff::replace-form-ops-loop (fn (module-path) (fn (base) (fn (target) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len base)) out (let ((before ((core/vec::get base) i)) (after ((core/vec::get target) i))) (((((selfhost/patch_diff::replace-form-ops-loop module-path) base) target) ((core/int::add i) 1)) (if ((core/eq? before) after) out ((core/vec::push out) (((selfhost/patch_diff::replace-form-op module-path) i) after)))))))))))) (def selfhost/patch_diff::module-ops (fn (module-path) (fn (base) (fn (target) (if ((core/int::eq? (core/vec::len base)) (core/vec::len target)) (((((selfhost/patch_diff::replace-form-ops-loop module-path) base) target) 0) []) (let ((remove {:module-path module-path :op (quote :remove-module)}) (add {:content target :module-path module-path :op (quote :add-module)})) ((core/vec::push ((core/vec::push []) remove)) add))))))) (def selfhost/patch_diff::diff-loop (fn (entries) (fn (base) (fn (target) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((path ((core/vec::get ((core/vec::get entries) i)) 0))) (let ((base-has ((selfhost/patch_diff::has-key base) path)) (target-has ((selfhost/patch_diff::has-key target) path))) (let ((next (if base-has (if target-has (let ((before ((core/map::get base) path)) (after ((core/map::get target) path))) (if ((core/eq? before) after) out ((selfhost/patch_diff::append out) (((selfhost/patch_diff::module-ops path) before) after)))) ((core/vec::push out) {:module-path path :op (quote :remove-module)})) ((core/vec::push out) {:content ((core/map::get target) path) :module-path path :op (quote :add-module)})))) (((((selfhost/patch_diff::diff-loop entries) base) target) ((core/int::add i) 1)) next))))))))))) (def selfhost/patch_diff::diff-ops (fn (base) (fn (target) (((((selfhost/patch_diff::diff-loop (core/map::entries ((selfhost/patch_diff::path-set base) target))) base) target) 0) [])))) (def selfhost/patch_diff::count-ops-loop (fn (ops) (fn (i) (fn (replacements) (fn (additions) (fn (removals) (if ((core/int::eq? i) (core/vec::len ops)) {:additions additions :removals removals :replacements replacements} (let ((op ((core/map::get ((core/vec::get ops) i)) (quote :op)))) (if ((core/sym::eq? op) (quote :replace-node)) (((((selfhost/patch_diff::count-ops-loop ops) ((core/int::add i) 1)) ((core/int::add replacements) 1)) additions) removals) (if ((core/sym::eq? op) (quote :add-module)) (((((selfhost/patch_diff::count-ops-loop ops) ((core/int::add i) 1)) replacements) ((core/int::add additions) 1)) removals) (((((selfhost/patch_diff::count-ops-loop ops) ((core/int::add i) 1)) replacements) additions) ((core/int::add removals) 1)))))))))))) (def selfhost/patch_diff::request-identity-valid? (fn (request) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/patch_diff::REQUEST_KIND) (if ((core/eq? ((core/map::get request) (quote :profile))) selfhost/patch_diff::PROFILE) ((core/eq? ((core/map::get request) (quote :v))) 1) false) false))) (def selfhost/patch_diff::report (fn (request) (fn (intent) (fn (provenance) (fn (base) (fn (target) (let ((ops ((selfhost/patch_diff::diff-ops base) target))) (let ((source-patch {:intent intent :ops ops :provenance provenance :version 1})) (let ((normalized (core/cli::patch-normalize {:kind "genesis/patch-normalize-request-v0.1" :patch source-patch :profile "genesis/patch-authority-v0.1" :v 1}))) (if (core/error::is? normalized) normalized (let ((stats (((((selfhost/patch_diff::count-ops-loop ops) 0) 0) 0) 0))) {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base)) :kind selfhost/patch_diff::REPORT_KIND :ok true :op-count (core/vec::len ops) :op-identities ((core/map::get normalized) (quote :op-identities)) :patch ((core/map::get normalized) (quote :normalized-patch)) :patch-h ((core/map::get normalized) (quote :patch-h)) :profile selfhost/patch_diff::PROFILE :request-h (selfhost/hash::hash-term request) :stats stats :target-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector target)) :v 1}))))))))))) (def core/cli::patch-diff (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:base :intent :kind :profile :provenance :target :v]) [:base :intent :kind :profile :provenance :target :v]))) (if (core/error::is? shape) shape (if (selfhost/patch_diff::request-identity-valid? request) (let ((intent ((core/map::get request) (quote :intent))) (provenance ((core/map::get request) (quote :provenance))) (base0 ((core/map::get request) (quote :base))) (target0 ((core/map::get request) (quote :target)))) (if (selfhost/patch_schema::is-str? intent) (if (selfhost/patch_schema::is-map? provenance) (let ((base (selfhost/patch_diff::workspace-map base0))) (if (core/error::is? base) base (let ((target (selfhost/patch_diff::workspace-map target0))) (if (core/error::is? target) target (((((selfhost/patch_diff::report request) intent) provenance) base) target))))) (selfhost/patch_diff::err ":provenance must be a map")) (selfhost/patch_diff::err ":intent must be a string"))) (selfhost/patch_diff::err "request kind/profile/version mismatch"))))))] :module-h b"\x01\xDF\xAA\x12j\xB6u`\xAD\xE0\xDA\x9BXv\xFE\xE1CVR\x08\x9E\xD2\xC0\x968\xACG\xC3R`\x94g" :path "selfhost/patch_authority_diff_v1.gc" :source "(def selfhost/patch_diff::REQUEST_KIND \"genesis/patch-diff-request-v0.1\")\n(def selfhost/patch_diff::REPORT_KIND \"genesis/patch-diff-v0.1\")\n(def selfhost/patch_diff::PROFILE \"genesis/patch-authority-v0.1\")\n\n(def selfhost/patch_diff::err\n (fn (message) ((core/error::make2 \"core/patch-diff\") message)))\n\n(def selfhost/patch_diff::has-key-loop\n (fn (entries key i)\n (if ((core/int::eq? i) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key)\n true\n (selfhost/patch_diff::has-key-loop entries key ((core/int::add i) 1))))))\n\n(def selfhost/patch_diff::has-key\n (fn (map key) (selfhost/patch_diff::has-key-loop (core/map::entries map) key 0)))\n\n(def selfhost/patch_diff::workspace-map-loop\n (fn (modules i out)\n (if ((core/int::eq? i) (core/vec::len modules))\n out\n (let ((module ((core/vec::get modules) i)))\n (let ((shape (((selfhost/patch_normalize::shape module) [:forms :module-path])\n [:forms :module-path])))\n (if (core/error::is? shape)\n shape\n (let\n ((path ((core/map::get module) (quote :module-path)))\n (forms ((core/map::get module) (quote :forms))))\n (if (selfhost/patch_normalize::portable-module-path? path)\n (if (selfhost/patch_schema::is-vec? forms)\n (if (selfhost/patch_diff::has-key out path)\n (selfhost/patch_diff::err \"workspace contains duplicate module path\")\n (selfhost/patch_diff::workspace-map-loop\n modules\n ((core/int::add i) 1)\n (((core/map::put out) path) forms)))\n (selfhost/patch_diff::err \"workspace module :forms must be a vector\"))\n (selfhost/patch_diff::err\n \"workspace module path must be portable and package-relative\")))))))))\n\n(def selfhost/patch_diff::workspace-map\n (fn (modules)\n (if (selfhost/patch_schema::is-vec? modules)\n (selfhost/patch_diff::workspace-map-loop modules 0 {})\n (selfhost/patch_diff::err \"workspace must be a vector of modules\"))))\n\n(def selfhost/patch_diff::workspace-vector-loop\n (fn (entries i out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) i)))\n (selfhost/patch_diff::workspace-vector-loop\n entries\n ((core/int::add i) 1)\n ((core/vec::push out)\n {:forms ((core/vec::get entry) 1)\n :module-path ((core/vec::get entry) 0)}))))))\n\n(def selfhost/patch_diff::workspace-vector\n (fn (workspace)\n (selfhost/patch_diff::workspace-vector-loop (core/map::entries workspace) 0 [])))\n\n(def selfhost/patch_diff::path-set-loop\n (fn (entries i out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (selfhost/patch_diff::path-set-loop\n entries\n ((core/int::add i) 1)\n (((core/map::put out) ((core/vec::get ((core/vec::get entries) i)) 0)) true)))))\n\n(def selfhost/patch_diff::path-set\n (fn (base target)\n (let ((with-base (selfhost/patch_diff::path-set-loop (core/map::entries base) 0 {})))\n (selfhost/patch_diff::path-set-loop (core/map::entries target) 0 with-base))))\n\n(def selfhost/patch_diff::append-loop\n (fn (values i out)\n (if ((core/int::eq? i) (core/vec::len values))\n out\n (selfhost/patch_diff::append-loop\n values\n ((core/int::add i) 1)\n ((core/vec::push out) ((core/vec::get values) i))))))\n\n(def selfhost/patch_diff::append\n (fn (left right) (selfhost/patch_diff::append-loop right 0 left)))\n\n(def selfhost/patch_diff::replace-form-op\n (fn (module-path index new-form)\n (let ((step ((core/vec::push ((core/vec::push []) (quote :form))) index)))\n {:module-path module-path\n :new new-form\n :op (quote :replace-node)\n :path ((core/vec::push []) step)})))\n\n(def selfhost/patch_diff::replace-form-ops-loop\n (fn (module-path base target i out)\n (if ((core/int::eq? i) (core/vec::len base))\n out\n (let\n ((before ((core/vec::get base) i))\n (after ((core/vec::get target) i)))\n (selfhost/patch_diff::replace-form-ops-loop\n module-path\n base\n target\n ((core/int::add i) 1)\n (if ((core/eq? before) after)\n out\n ((core/vec::push out)\n (selfhost/patch_diff::replace-form-op module-path i after))))))))\n\n(def selfhost/patch_diff::module-ops\n (fn (module-path base target)\n (if ((core/int::eq? (core/vec::len base)) (core/vec::len target))\n (selfhost/patch_diff::replace-form-ops-loop module-path base target 0 [])\n (let\n ((remove {:module-path module-path :op (quote :remove-module)})\n (add {:content target :module-path module-path :op (quote :add-module)}))\n ((core/vec::push ((core/vec::push []) remove)) add)))))\n\n(def selfhost/patch_diff::diff-loop\n (fn (entries base target i out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let ((path ((core/vec::get ((core/vec::get entries) i)) 0)))\n (let\n ((base-has (selfhost/patch_diff::has-key base path))\n (target-has (selfhost/patch_diff::has-key target path)))\n (let\n ((next\n (if base-has\n (if target-has\n (let\n ((before ((core/map::get base) path))\n (after ((core/map::get target) path)))\n (if ((core/eq? before) after)\n out\n (selfhost/patch_diff::append\n out\n (selfhost/patch_diff::module-ops path before after))))\n ((core/vec::push out)\n {:module-path path :op (quote :remove-module)}))\n ((core/vec::push out)\n {:content ((core/map::get target) path)\n :module-path path\n :op (quote :add-module)}))))\n (selfhost/patch_diff::diff-loop\n entries\n base\n target\n ((core/int::add i) 1)\n next)))))))\n\n(def selfhost/patch_diff::diff-ops\n (fn (base target)\n (selfhost/patch_diff::diff-loop\n (core/map::entries (selfhost/patch_diff::path-set base target))\n base\n target\n 0\n [])))\n\n(def selfhost/patch_diff::count-ops-loop\n (fn (ops i replacements additions removals)\n (if ((core/int::eq? i) (core/vec::len ops))\n {:additions additions :removals removals :replacements replacements}\n (let ((op ((core/map::get ((core/vec::get ops) i)) (quote :op))))\n (if ((core/sym::eq? op) (quote :replace-node))\n (selfhost/patch_diff::count-ops-loop\n ops ((core/int::add i) 1) ((core/int::add replacements) 1) additions removals)\n (if ((core/sym::eq? op) (quote :add-module))\n (selfhost/patch_diff::count-ops-loop\n ops ((core/int::add i) 1) replacements ((core/int::add additions) 1) removals)\n (selfhost/patch_diff::count-ops-loop\n ops ((core/int::add i) 1) replacements additions ((core/int::add removals) 1))))))))\n\n(def selfhost/patch_diff::request-identity-valid?\n (fn (request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/patch_diff::REQUEST_KIND)\n (if ((core/eq? ((core/map::get request) (quote :profile)))\n selfhost/patch_diff::PROFILE)\n ((core/eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)))\n\n(def selfhost/patch_diff::report\n (fn (request intent provenance base target)\n (let ((ops (selfhost/patch_diff::diff-ops base target)))\n (let ((source-patch {:intent intent :ops ops :provenance provenance :version 1}))\n (let\n ((normalized\n (core/cli::patch-normalize\n {:kind \"genesis/patch-normalize-request-v0.1\"\n :patch source-patch\n :profile \"genesis/patch-authority-v0.1\"\n :v 1})))\n (if (core/error::is? normalized)\n normalized\n (let ((stats (selfhost/patch_diff::count-ops-loop ops 0 0 0 0)))\n {:base-h\n (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base))\n :kind selfhost/patch_diff::REPORT_KIND\n :ok true\n :op-count (core/vec::len ops)\n :op-identities ((core/map::get normalized) (quote :op-identities))\n :patch ((core/map::get normalized) (quote :normalized-patch))\n :patch-h ((core/map::get normalized) (quote :patch-h))\n :profile selfhost/patch_diff::PROFILE\n :request-h (selfhost/hash::hash-term request)\n :stats stats\n :target-h\n (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector target))\n :v 1})))))))\n\n(def core/cli::patch-diff\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:base :intent :kind :profile :provenance :target :v])\n [:base :intent :kind :profile :provenance :target :v])))\n (if (core/error::is? shape)\n shape\n (if (selfhost/patch_diff::request-identity-valid? request)\n (let\n ((intent ((core/map::get request) (quote :intent)))\n (provenance ((core/map::get request) (quote :provenance)))\n (base0 ((core/map::get request) (quote :base)))\n (target0 ((core/map::get request) (quote :target))))\n (if (selfhost/patch_schema::is-str? intent)\n (if (selfhost/patch_schema::is-map? provenance)\n (let ((base (selfhost/patch_diff::workspace-map base0)))\n (if (core/error::is? base)\n base\n (let ((target (selfhost/patch_diff::workspace-map target0)))\n (if (core/error::is? target)\n target\n (selfhost/patch_diff::report\n request intent provenance base target)))))\n (selfhost/patch_diff::err \":provenance must be a map\"))\n (selfhost/patch_diff::err \":intent must be a string\")))\n (selfhost/patch_diff::err \"request kind/profile/version mismatch\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xAA\x03z\x84e\xD9\xB6\x9A+M\x11\xC7\xCFz\xA2(\x0B\x1E\xCAam\x96-c\xB2&\x93Ls\xE8\xD4\x93" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/patch_merge::REQUEST_KIND "genesis/patch-merge-request-v0.1") (def selfhost/patch_merge::REPORT_KIND "genesis/patch-merge-v0.1") (def selfhost/patch_merge::PROFILE "genesis/patch-authority-v0.1") (def selfhost/patch_merge::err (fn (message) ((core/error::make2 "core/patch-merge") message))) (def selfhost/patch_merge::optional-eq? (fn (left-has) (fn (left) (fn (right-has) (fn (right) (if left-has (if right-has ((core/eq? left) right) false) (if right-has false true))))))) (def selfhost/patch_merge::optional-term (fn (present) (fn (value) (if present value nil)))) (def selfhost/patch_merge::conflict-core (fn (code) (fn (explanation) (fn (module-path) (fn (form-index) (fn (base) (fn (left) (fn (right) {:base-h (selfhost/hash::hash-term base) :code code :explanation explanation :form-index form-index :left-h (selfhost/hash::hash-term left) :module-path module-path :right-h (selfhost/hash::hash-term right)})))))))) (def selfhost/patch_merge::conflict (fn (code) (fn (explanation) (fn (module-path) (fn (form-index) (fn (base) (fn (left) (fn (right) (let ((core (((((((selfhost/patch_merge::conflict-core code) explanation) module-path) form-index) base) left) right))) (((core/map::put core) (quote :conflict-h)) (selfhost/hash::hash-term core))))))))))) (def selfhost/patch_merge::form-choice (fn (module-path) (fn (index) (fn (base) (fn (left) (fn (right) (if ((core/eq? left) right) {:conflict nil :form left} (if ((core/eq? left) base) {:conflict nil :form right} (if ((core/eq? right) base) {:conflict nil :form left} {:conflict (((((((selfhost/patch_merge::conflict "form/divergent-edit") "both branches changed the same top-level form differently") module-path) index) base) left) right) :form base}))))))))) (def selfhost/patch_merge::form-merge-loop (fn (module-path) (fn (base) (fn (left) (fn (right) (fn (i) (fn (forms) (fn (conflicts) (if ((core/int::eq? i) (core/vec::len base)) {:conflicts conflicts :forms forms} (let ((choice (((((selfhost/patch_merge::form-choice module-path) i) ((core/vec::get base) i)) ((core/vec::get left) i)) ((core/vec::get right) i)))) (let ((conflict ((core/map::get choice) (quote :conflict)))) (((((((selfhost/patch_merge::form-merge-loop module-path) base) left) right) ((core/int::add i) 1)) ((core/vec::push forms) ((core/map::get choice) (quote :form)))) (if (core/list::is-nil? conflict) conflicts ((core/vec::push conflicts) conflict)))))))))))))) (def selfhost/patch_merge::conflict-result (fn (conflict) {:conflicts ((core/vec::push []) conflict) :forms nil :present false})) (def selfhost/patch_merge::module-merge (fn (module-path) (fn (base) (fn (left) (fn (right) (if ((core/int::eq? (core/vec::len base)) (core/vec::len left)) (if ((core/int::eq? (core/vec::len base)) (core/vec::len right)) (let ((result (((((((selfhost/patch_merge::form-merge-loop module-path) base) left) right) 0) []) []))) {:conflicts ((core/map::get result) (quote :conflicts)) :forms ((core/map::get result) (quote :forms)) :present true}) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/structural-divergence") "both branches changed module structure incompatibly") module-path) nil) base) left) right))) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/structural-divergence") "both branches changed module structure incompatibly") module-path) nil) base) left) right)))))))) (def selfhost/patch_merge::choice (fn (present) (fn (forms) {:conflicts [] :forms forms :present present}))) (def selfhost/patch_merge::path-merge (fn (module-path) (fn (base-has) (fn (base) (fn (left-has) (fn (left) (fn (right-has) (fn (right) (if ((((selfhost/patch_merge::optional-eq? left-has) left) right-has) right) ((selfhost/patch_merge::choice left-has) left) (if ((((selfhost/patch_merge::optional-eq? left-has) left) base-has) base) ((selfhost/patch_merge::choice right-has) right) (if ((((selfhost/patch_merge::optional-eq? right-has) right) base-has) base) ((selfhost/patch_merge::choice left-has) left) (if base-has (if left-has (if right-has ((((selfhost/patch_merge::module-merge module-path) base) left) right) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/delete-modify") "one branch deleted a module changed by the other branch") module-path) nil) base) left) nil))) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/delete-modify") "one branch deleted a module changed by the other branch") module-path) nil) base) nil) right))) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/divergent-add") "both branches added the same module path differently") module-path) nil) nil) left) right)))))))))))))) (def selfhost/patch_merge::merge-loop (fn (entries) (fn (base) (fn (left) (fn (right) (fn (i) (fn (merged) (fn (conflicts) (if ((core/int::eq? i) (core/vec::len entries)) {:conflicts conflicts :merged merged} (let ((module-path ((core/vec::get ((core/vec::get entries) i)) 0))) (let ((base-has ((selfhost/patch_diff::has-key base) module-path)) (left-has ((selfhost/patch_diff::has-key left) module-path)) (right-has ((selfhost/patch_diff::has-key right) module-path))) (let ((base-value ((selfhost/patch_merge::optional-term base-has) (if base-has ((core/map::get base) module-path) nil))) (left-value ((selfhost/patch_merge::optional-term left-has) (if left-has ((core/map::get left) module-path) nil))) (right-value ((selfhost/patch_merge::optional-term right-has) (if right-has ((core/map::get right) module-path) nil)))) (let ((result (((((((selfhost/patch_merge::path-merge module-path) base-has) base-value) left-has) left-value) right-has) right-value))) (let ((present ((core/map::get result) (quote :present))) (forms ((core/map::get result) (quote :forms))) (next-conflicts ((selfhost/patch_diff::append conflicts) ((core/map::get result) (quote :conflicts))))) (((((((selfhost/patch_merge::merge-loop entries) base) left) right) ((core/int::add i) 1)) (if present (((core/map::put merged) module-path) forms) merged)) next-conflicts))))))))))))))) (def selfhost/patch_merge::merge-workspaces (fn (base) (fn (left) (fn (right) (let ((paths ((selfhost/patch_diff::path-set ((selfhost/patch_diff::path-set base) left)) right))) (((((((selfhost/patch_merge::merge-loop (core/map::entries paths)) base) left) right) 0) {}) [])))))) (def selfhost/patch_merge::request-identity-valid? (fn (request) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/patch_merge::REQUEST_KIND) (if ((core/eq? ((core/map::get request) (quote :profile))) selfhost/patch_merge::PROFILE) ((core/eq? ((core/map::get request) (quote :v))) 1) false) false))) (def selfhost/patch_merge::conflict-report (fn (request) (fn (base) (fn (left) (fn (right) (fn (conflicts) {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base)) :conflict-count (core/vec::len conflicts) :conflicts conflicts :diff nil :kind selfhost/patch_merge::REPORT_KIND :left-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector left)) :merged nil :merged-h nil :ok false :profile selfhost/patch_merge::PROFILE :request-h (selfhost/hash::hash-term request) :right-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector right)) :v 1})))))) (def selfhost/patch_merge::success-report (fn (request) (fn (intent) (fn (provenance) (fn (base) (fn (left) (fn (right) (fn (merged) (let ((merged-vector (selfhost/patch_diff::workspace-vector merged))) (let ((diff (core/cli::patch-diff {:base (selfhost/patch_diff::workspace-vector base) :intent intent :kind "genesis/patch-diff-request-v0.1" :profile "genesis/patch-authority-v0.1" :provenance provenance :target merged-vector :v 1}))) (if (core/error::is? diff) diff {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base)) :conflict-count 0 :conflicts [] :diff diff :kind selfhost/patch_merge::REPORT_KIND :left-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector left)) :merged merged-vector :merged-h (selfhost/hash::hash-term merged-vector) :ok true :profile selfhost/patch_merge::PROFILE :request-h (selfhost/hash::hash-term request) :right-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector right)) :v 1}))))))))))) (def selfhost/patch_merge::report (fn (request) (fn (intent) (fn (provenance) (fn (base) (fn (left) (fn (right) (let ((result (((selfhost/patch_merge::merge-workspaces base) left) right))) (let ((conflicts ((core/map::get result) (quote :conflicts)))) (if ((core/int::eq? (core/vec::len conflicts)) 0) (((((((selfhost/patch_merge::success-report request) intent) provenance) base) left) right) ((core/map::get result) (quote :merged))) (((((selfhost/patch_merge::conflict-report request) base) left) right) conflicts))))))))))) (def core/cli::patch-merge (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:base :intent :kind :left :profile :provenance :right :v]) [:base :intent :kind :left :profile :provenance :right :v]))) (if (core/error::is? shape) shape (if (selfhost/patch_merge::request-identity-valid? request) (let ((intent ((core/map::get request) (quote :intent))) (provenance ((core/map::get request) (quote :provenance)))) (if (selfhost/patch_schema::is-str? intent) (if (selfhost/patch_schema::is-map? provenance) (let ((base (selfhost/patch_diff::workspace-map ((core/map::get request) (quote :base))))) (if (core/error::is? base) base (let ((left (selfhost/patch_diff::workspace-map ((core/map::get request) (quote :left))))) (if (core/error::is? left) left (let ((right (selfhost/patch_diff::workspace-map ((core/map::get request) (quote :right))))) (if (core/error::is? right) right ((((((selfhost/patch_merge::report request) intent) provenance) base) left) right))))))) (selfhost/patch_merge::err ":provenance must be a map")) (selfhost/patch_merge::err ":intent must be a string"))) (selfhost/patch_merge::err "request kind/profile/version mismatch"))))))] :module-h b"\xD8\xF3\xD7\xBE\x10M\x06\xB2\xCE(\xBC\xF7\xFA\xE2\xB9I\xCD\xEBU\x82\xD4\xB2\xDB\xA2/\xF1{\xAB\xE4H\xEF\x90" :path "selfhost/patch_authority_merge_v1.gc" :source "(def selfhost/patch_merge::REQUEST_KIND \"genesis/patch-merge-request-v0.1\")\n(def selfhost/patch_merge::REPORT_KIND \"genesis/patch-merge-v0.1\")\n(def selfhost/patch_merge::PROFILE \"genesis/patch-authority-v0.1\")\n\n(def selfhost/patch_merge::err\n (fn (message) ((core/error::make2 \"core/patch-merge\") message)))\n\n(def selfhost/patch_merge::optional-eq?\n (fn (left-has left right-has right)\n (if left-has\n (if right-has ((core/eq? left) right) false)\n (if right-has false true))))\n\n(def selfhost/patch_merge::optional-term\n (fn (present value) (if present value nil)))\n\n(def selfhost/patch_merge::conflict-core\n (fn (code explanation module-path form-index base left right)\n {:base-h (selfhost/hash::hash-term base)\n :code code\n :explanation explanation\n :form-index form-index\n :left-h (selfhost/hash::hash-term left)\n :module-path module-path\n :right-h (selfhost/hash::hash-term right)}))\n\n(def selfhost/patch_merge::conflict\n (fn (code explanation module-path form-index base left right)\n (let\n ((core\n (selfhost/patch_merge::conflict-core\n code explanation module-path form-index base left right)))\n (((core/map::put core) (quote :conflict-h))\n (selfhost/hash::hash-term core)))))\n\n(def selfhost/patch_merge::form-choice\n (fn (module-path index base left right)\n (if ((core/eq? left) right)\n {:conflict nil :form left}\n (if ((core/eq? left) base)\n {:conflict nil :form right}\n (if ((core/eq? right) base)\n {:conflict nil :form left}\n {:conflict\n (selfhost/patch_merge::conflict\n \"form/divergent-edit\"\n \"both branches changed the same top-level form differently\"\n module-path index base left right)\n :form base})))))\n\n(def selfhost/patch_merge::form-merge-loop\n (fn (module-path base left right i forms conflicts)\n (if ((core/int::eq? i) (core/vec::len base))\n {:conflicts conflicts :forms forms}\n (let\n ((choice\n (selfhost/patch_merge::form-choice\n module-path i\n ((core/vec::get base) i)\n ((core/vec::get left) i)\n ((core/vec::get right) i))))\n (let ((conflict ((core/map::get choice) (quote :conflict))))\n (selfhost/patch_merge::form-merge-loop\n module-path base left right ((core/int::add i) 1)\n ((core/vec::push forms) ((core/map::get choice) (quote :form)))\n (if (core/list::is-nil? conflict)\n conflicts\n ((core/vec::push conflicts) conflict))))))))\n\n(def selfhost/patch_merge::conflict-result\n (fn (conflict)\n {:conflicts ((core/vec::push []) conflict) :forms nil :present false}))\n\n(def selfhost/patch_merge::module-merge\n (fn (module-path base left right)\n (if ((core/int::eq? (core/vec::len base)) (core/vec::len left))\n (if ((core/int::eq? (core/vec::len base)) (core/vec::len right))\n (let ((result\n (selfhost/patch_merge::form-merge-loop\n module-path base left right 0 [] [])))\n {:conflicts ((core/map::get result) (quote :conflicts))\n :forms ((core/map::get result) (quote :forms))\n :present true})\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/structural-divergence\"\n \"both branches changed module structure incompatibly\"\n module-path nil base left right)))\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/structural-divergence\"\n \"both branches changed module structure incompatibly\"\n module-path nil base left right)))))\n\n(def selfhost/patch_merge::choice\n (fn (present forms) {:conflicts [] :forms forms :present present}))\n\n(def selfhost/patch_merge::path-merge\n (fn (module-path base-has base left-has left right-has right)\n (if (selfhost/patch_merge::optional-eq? left-has left right-has right)\n (selfhost/patch_merge::choice left-has left)\n (if (selfhost/patch_merge::optional-eq? left-has left base-has base)\n (selfhost/patch_merge::choice right-has right)\n (if (selfhost/patch_merge::optional-eq? right-has right base-has base)\n (selfhost/patch_merge::choice left-has left)\n (if base-has\n (if left-has\n (if right-has\n (selfhost/patch_merge::module-merge module-path base left right)\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/delete-modify\"\n \"one branch deleted a module changed by the other branch\"\n module-path nil base left nil)))\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/delete-modify\"\n \"one branch deleted a module changed by the other branch\"\n module-path nil base nil right)))\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/divergent-add\"\n \"both branches added the same module path differently\"\n module-path nil nil left right))))))))\n\n(def selfhost/patch_merge::merge-loop\n (fn (entries base left right i merged conflicts)\n (if ((core/int::eq? i) (core/vec::len entries))\n {:conflicts conflicts :merged merged}\n (let ((module-path ((core/vec::get ((core/vec::get entries) i)) 0)))\n (let\n ((base-has (selfhost/patch_diff::has-key base module-path))\n (left-has (selfhost/patch_diff::has-key left module-path))\n (right-has (selfhost/patch_diff::has-key right module-path)))\n (let\n ((base-value\n (selfhost/patch_merge::optional-term\n base-has (if base-has ((core/map::get base) module-path) nil)))\n (left-value\n (selfhost/patch_merge::optional-term\n left-has (if left-has ((core/map::get left) module-path) nil)))\n (right-value\n (selfhost/patch_merge::optional-term\n right-has (if right-has ((core/map::get right) module-path) nil))))\n (let\n ((result\n (selfhost/patch_merge::path-merge\n module-path\n base-has base-value left-has left-value right-has right-value)))\n (let\n ((present ((core/map::get result) (quote :present)))\n (forms ((core/map::get result) (quote :forms)))\n (next-conflicts\n (selfhost/patch_diff::append\n conflicts\n ((core/map::get result) (quote :conflicts)))))\n (selfhost/patch_merge::merge-loop\n entries base left right ((core/int::add i) 1)\n (if present (((core/map::put merged) module-path) forms) merged)\n next-conflicts)))))))))\n\n(def selfhost/patch_merge::merge-workspaces\n (fn (base left right)\n (let\n ((paths\n (selfhost/patch_diff::path-set\n (selfhost/patch_diff::path-set base left)\n right)))\n (selfhost/patch_merge::merge-loop\n (core/map::entries paths) base left right 0 {} []))))\n\n(def selfhost/patch_merge::request-identity-valid?\n (fn (request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/patch_merge::REQUEST_KIND)\n (if ((core/eq? ((core/map::get request) (quote :profile)))\n selfhost/patch_merge::PROFILE)\n ((core/eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)))\n\n(def selfhost/patch_merge::conflict-report\n (fn (request base left right conflicts)\n {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base))\n :conflict-count (core/vec::len conflicts)\n :conflicts conflicts\n :diff nil\n :kind selfhost/patch_merge::REPORT_KIND\n :left-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector left))\n :merged nil\n :merged-h nil\n :ok false\n :profile selfhost/patch_merge::PROFILE\n :request-h (selfhost/hash::hash-term request)\n :right-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector right))\n :v 1}))\n\n(def selfhost/patch_merge::success-report\n (fn (request intent provenance base left right merged)\n (let ((merged-vector (selfhost/patch_diff::workspace-vector merged)))\n (let\n ((diff\n (core/cli::patch-diff\n {:base (selfhost/patch_diff::workspace-vector base)\n :intent intent\n :kind \"genesis/patch-diff-request-v0.1\"\n :profile \"genesis/patch-authority-v0.1\"\n :provenance provenance\n :target merged-vector\n :v 1})))\n (if (core/error::is? diff)\n diff\n {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base))\n :conflict-count 0\n :conflicts []\n :diff diff\n :kind selfhost/patch_merge::REPORT_KIND\n :left-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector left))\n :merged merged-vector\n :merged-h (selfhost/hash::hash-term merged-vector)\n :ok true\n :profile selfhost/patch_merge::PROFILE\n :request-h (selfhost/hash::hash-term request)\n :right-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector right))\n :v 1})))))\n\n(def selfhost/patch_merge::report\n (fn (request intent provenance base left right)\n (let ((result (selfhost/patch_merge::merge-workspaces base left right)))\n (let ((conflicts ((core/map::get result) (quote :conflicts))))\n (if ((core/int::eq? (core/vec::len conflicts)) 0)\n (selfhost/patch_merge::success-report\n request intent provenance base left right\n ((core/map::get result) (quote :merged)))\n (selfhost/patch_merge::conflict-report\n request base left right conflicts))))))\n\n(def core/cli::patch-merge\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:base :intent :kind :left :profile :provenance :right :v])\n [:base :intent :kind :left :profile :provenance :right :v])))\n (if (core/error::is? shape)\n shape\n (if (selfhost/patch_merge::request-identity-valid? request)\n (let\n ((intent ((core/map::get request) (quote :intent)))\n (provenance ((core/map::get request) (quote :provenance))))\n (if (selfhost/patch_schema::is-str? intent)\n (if (selfhost/patch_schema::is-map? provenance)\n (let\n ((base\n (selfhost/patch_diff::workspace-map\n ((core/map::get request) (quote :base)))))\n (if (core/error::is? base)\n base\n (let\n ((left\n (selfhost/patch_diff::workspace-map\n ((core/map::get request) (quote :left)))))\n (if (core/error::is? left)\n left\n (let\n ((right\n (selfhost/patch_diff::workspace-map\n ((core/map::get request) (quote :right)))))\n (if (core/error::is? right)\n right\n (selfhost/patch_merge::report\n request intent provenance base left right)))))))\n (selfhost/patch_merge::err \":provenance must be a map\"))\n (selfhost/patch_merge::err \":intent must be a string\")))\n (selfhost/patch_merge::err \"request kind/profile/version mismatch\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"y:\xA5\xBDh\xD8\x11:nT\x1E\xB6\xBA\xA9\x08\x13\x1BA(\xA6\xA9'6\xB2\xECX\xC2\xCF\x80\xEE8\x05" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/patch_apply_report::REQUEST_KIND "genesis/patch-apply-report-request-v0.1") (def selfhost/patch_apply_report::REPORT_KIND "genesis/patch-apply-v0.3") (def selfhost/patch_apply_report::PROFILE "genesis/patch-authority-v0.1") (def selfhost/patch_apply_report::err (fn (message) ((core/error::make2 "core/patch-apply-report") message))) (def selfhost/patch_apply_report::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/patch_apply_report::hash? (fn (value) (if (selfhost/patch_schema::is-str? value) (if ((core/int::eq? (core/str::len value)) 64) (let ((bytes (core/bytes::from-hex value))) (if (core/error::is? bytes) false ((core/int::eq? (core/bytes::len bytes)) 32))) false) false))) (def selfhost/patch_apply_report::edits-valid-loop (fn (edits) (fn (i) (if ((core/int::eq? i) (core/vec::len edits)) true (let ((edit ((core/vec::get edits) i))) (if (selfhost/patch_schema::is-map? edit) (let ((op ((core/map::get edit) (quote :op))) (module-path ((core/map::get edit) (quote :module-path)))) (if (selfhost/patch_schema::is-sym? op) (if (selfhost/patch_normalize::portable-module-path? module-path) ((selfhost/patch_apply_report::edits-valid-loop edits) ((core/int::add i) 1)) false) false)) false)))))) (def selfhost/patch_apply_report::edits-valid? (fn (edits) (if (selfhost/patch_schema::is-vec? edits) ((selfhost/patch_apply_report::edits-valid-loop edits) 0) false))) (def selfhost/patch_apply_report::request-identity-valid? (fn (request) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/patch_apply_report::REQUEST_KIND) (if ((core/eq? ((core/map::get request) (quote :profile))) selfhost/patch_apply_report::PROFILE) ((core/eq? ((core/map::get request) (quote :v))) 1) false) false))) (def selfhost/patch_apply_report::acceptance-valid? (fn (acceptance) (if (selfhost/patch_schema::is-map? acceptance) (if ((core/eq? ((core/map::get acceptance) (quote :kind))) "genesis/acceptance-v0.2") (selfhost/patch_apply_report::bool? ((core/map::get acceptance) (quote :ok))) false) false))) (def selfhost/patch_apply_report::report (fn (request) (fn (normalized) (fn (package-h) (fn (acceptance-h) (fn (acceptance) (fn (semantic-edits) (fn (source-h) (let ((patch ((core/map::get normalized) (quote :normalized-patch)))) (let ((intent ((core/map::get patch) (quote :intent))) (ops ((core/map::get patch) (quote :ops))) (provenance ((core/map::get patch) (quote :provenance)))) {:acceptance-artifact acceptance-h :intent intent :kind selfhost/patch_apply_report::REPORT_KIND :ok ((core/map::get acceptance) (quote :ok)) :op-identities ((core/map::get normalized) (quote :op-identities)) :ops-count (core/vec::len ops) :package-artifact package-h :patch-h ((core/map::get normalized) (quote :patch-h)) :profile selfhost/patch_apply_report::PROFILE :provenance provenance :request-h (selfhost/hash::hash-term request) :semantic-edits semantic-edits :source-patch-h source-h :v 1})))))))))) (def core/cli::patch-apply-report (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:acceptance :acceptance-artifact :kind :package-artifact :patch :profile :semantic-edits :source-patch-h :v]) [:acceptance :acceptance-artifact :kind :package-artifact :patch :profile :semantic-edits :source-patch-h :v]))) (if (core/error::is? shape) shape (if (selfhost/patch_apply_report::request-identity-valid? request) (let ((acceptance ((core/map::get request) (quote :acceptance))) (acceptance-h ((core/map::get request) (quote :acceptance-artifact))) (package-h ((core/map::get request) (quote :package-artifact))) (patch ((core/map::get request) (quote :patch))) (semantic-edits ((core/map::get request) (quote :semantic-edits))) (source-h ((core/map::get request) (quote :source-patch-h)))) (if (selfhost/patch_apply_report::hash? acceptance-h) (if (selfhost/patch_apply_report::hash? package-h) (if (selfhost/patch_apply_report::hash? source-h) (if (selfhost/patch_apply_report::acceptance-valid? acceptance) (if (selfhost/patch_apply_report::edits-valid? semantic-edits) (let ((normalized (core/cli::patch-normalize {:kind "genesis/patch-normalize-request-v0.1" :patch patch :profile "genesis/patch-authority-v0.1" :v 1}))) (if (core/error::is? normalized) normalized (((((((selfhost/patch_apply_report::report request) normalized) package-h) acceptance-h) acceptance) semantic-edits) source-h))) (selfhost/patch_apply_report::err ":semantic-edits must contain valid edit observations")) (selfhost/patch_apply_report::err ":acceptance must be a genesis/acceptance-v0.2 map with bool :ok")) (selfhost/patch_apply_report::err ":source-patch-h must be lowercase hex64")) (selfhost/patch_apply_report::err ":package-artifact must be lowercase hex64")) (selfhost/patch_apply_report::err ":acceptance-artifact must be lowercase hex64"))) (selfhost/patch_apply_report::err "request kind/profile/version mismatch"))))))] :module-h b"b\x94\n\xA9\xB9\xCD\xB7 _\xA9\x9FrJr9\xA9\xEF\xFD\xF7\x11\xF0\xF8\x10A\xB5\x84\x81\xD7\xF7Mi\xA3" :path "selfhost/patch_authority_apply_report_v1.gc" :source "(def selfhost/patch_apply_report::REQUEST_KIND\n \"genesis/patch-apply-report-request-v0.1\")\n(def selfhost/patch_apply_report::REPORT_KIND \"genesis/patch-apply-v0.3\")\n(def selfhost/patch_apply_report::PROFILE \"genesis/patch-authority-v0.1\")\n\n(def selfhost/patch_apply_report::err\n (fn (message) ((core/error::make2 \"core/patch-apply-report\") message)))\n\n(def selfhost/patch_apply_report::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/patch_apply_report::hash?\n (fn (value)\n (if (selfhost/patch_schema::is-str? value)\n (if ((core/int::eq? (core/str::len value)) 64)\n (let ((bytes (core/bytes::from-hex value)))\n (if (core/error::is? bytes)\n false\n ((core/int::eq? (core/bytes::len bytes)) 32)))\n false)\n false)))\n\n(def selfhost/patch_apply_report::edits-valid-loop\n (fn (edits i)\n (if ((core/int::eq? i) (core/vec::len edits))\n true\n (let ((edit ((core/vec::get edits) i)))\n (if (selfhost/patch_schema::is-map? edit)\n (let\n ((op ((core/map::get edit) (quote :op)))\n (module-path ((core/map::get edit) (quote :module-path))))\n (if (selfhost/patch_schema::is-sym? op)\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (selfhost/patch_apply_report::edits-valid-loop\n edits ((core/int::add i) 1))\n false)\n false))\n false)))))\n\n(def selfhost/patch_apply_report::edits-valid?\n (fn (edits)\n (if (selfhost/patch_schema::is-vec? edits)\n (selfhost/patch_apply_report::edits-valid-loop edits 0)\n false)))\n\n(def selfhost/patch_apply_report::request-identity-valid?\n (fn (request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/patch_apply_report::REQUEST_KIND)\n (if ((core/eq? ((core/map::get request) (quote :profile)))\n selfhost/patch_apply_report::PROFILE)\n ((core/eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)))\n\n(def selfhost/patch_apply_report::acceptance-valid?\n (fn (acceptance)\n (if (selfhost/patch_schema::is-map? acceptance)\n (if ((core/eq? ((core/map::get acceptance) (quote :kind)))\n \"genesis/acceptance-v0.2\")\n (selfhost/patch_apply_report::bool?\n ((core/map::get acceptance) (quote :ok)))\n false)\n false)))\n\n(def selfhost/patch_apply_report::report\n (fn (request normalized package-h acceptance-h acceptance semantic-edits source-h)\n (let ((patch ((core/map::get normalized) (quote :normalized-patch))))\n (let\n ((intent ((core/map::get patch) (quote :intent)))\n (ops ((core/map::get patch) (quote :ops)))\n (provenance ((core/map::get patch) (quote :provenance))))\n {:acceptance-artifact acceptance-h\n :intent intent\n :kind selfhost/patch_apply_report::REPORT_KIND\n :ok ((core/map::get acceptance) (quote :ok))\n :op-identities ((core/map::get normalized) (quote :op-identities))\n :ops-count (core/vec::len ops)\n :package-artifact package-h\n :patch-h ((core/map::get normalized) (quote :patch-h))\n :profile selfhost/patch_apply_report::PROFILE\n :provenance provenance\n :request-h (selfhost/hash::hash-term request)\n :semantic-edits semantic-edits\n :source-patch-h source-h\n :v 1}))))\n\n(def core/cli::patch-apply-report\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:acceptance :acceptance-artifact :kind :package-artifact :patch :profile\n :semantic-edits :source-patch-h :v])\n [:acceptance :acceptance-artifact :kind :package-artifact :patch :profile\n :semantic-edits :source-patch-h :v])))\n (if (core/error::is? shape)\n shape\n (if (selfhost/patch_apply_report::request-identity-valid? request)\n (let\n ((acceptance ((core/map::get request) (quote :acceptance)))\n (acceptance-h\n ((core/map::get request) (quote :acceptance-artifact)))\n (package-h ((core/map::get request) (quote :package-artifact)))\n (patch ((core/map::get request) (quote :patch)))\n (semantic-edits ((core/map::get request) (quote :semantic-edits)))\n (source-h ((core/map::get request) (quote :source-patch-h))))\n (if (selfhost/patch_apply_report::hash? acceptance-h)\n (if (selfhost/patch_apply_report::hash? package-h)\n (if (selfhost/patch_apply_report::hash? source-h)\n (if (selfhost/patch_apply_report::acceptance-valid? acceptance)\n (if (selfhost/patch_apply_report::edits-valid? semantic-edits)\n (let\n ((normalized\n (core/cli::patch-normalize\n {:kind \"genesis/patch-normalize-request-v0.1\"\n :patch patch\n :profile \"genesis/patch-authority-v0.1\"\n :v 1})))\n (if (core/error::is? normalized)\n normalized\n (selfhost/patch_apply_report::report\n request normalized package-h acceptance-h acceptance\n semantic-edits source-h)))\n (selfhost/patch_apply_report::err\n \":semantic-edits must contain valid edit observations\"))\n (selfhost/patch_apply_report::err\n \":acceptance must be a genesis/acceptance-v0.2 map with bool :ok\"))\n (selfhost/patch_apply_report::err\n \":source-patch-h must be lowercase hex64\"))\n (selfhost/patch_apply_report::err\n \":package-artifact must be lowercase hex64\"))\n (selfhost/patch_apply_report::err\n \":acceptance-artifact must be lowercase hex64\")))\n (selfhost/patch_apply_report::err\n \"request kind/profile/version mismatch\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"b\x94\n\xA9\xB9\xCD\xB7 _\xA9\x9FrJr9\xA9\xEF\xFD\xF7\x11\xF0\xF8\x10A\xB5\x84\x81\xD7\xF7Mi\xA3" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/policy::error (fn (message) ((core/error::make2 "core/policy/authority") message))) (def selfhost/policy::failure (fn (operation) (fn (code) (fn (error) (let ((payload (core/error::payload error))) {:error-code code :error-message ((core/map::get payload) (quote :error/message)) :kind "genesis/policy-authority-result-v0.1" :ok false :operation operation :v 1}))))) (def selfhost/policy::map? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :map)))) (def selfhost/policy::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/policy::str? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :str)))) (def selfhost/policy::sym? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym)))) (def selfhost/policy::int? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :int)))) (def selfhost/policy::nil? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :nil)))) (def selfhost/policy::operation? (fn (value) (if ((core/sym::eq? value) (quote :list)) true (if ((core/sym::eq? value) (quote :resolve)) true ((core/sym::eq? value) (quote :set-default)))))) (def selfhost/policy::non-empty-str? (fn (value) (if (selfhost/policy::str? value) ((core/int::lt? 0) (core/bytes::len (core/str::to-utf8 value))) false))) (def selfhost/policy::ascii-whitespace? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 9) true (if ((core/int::eq? byte) 10) true (if ((core/int::eq? byte) 11) true (if ((core/int::eq? byte) 12) true ((core/int::eq? byte) 13)))))))) (def selfhost/policy::three-byte-whitespace? (fn (b0) (fn (b1) (fn (b2) (if ((core/int::eq? b0) 225) (if ((core/int::eq? b1) 154) ((core/int::eq? b2) 128) false) (if ((core/int::eq? b0) 226) (if ((core/int::eq? b1) 128) (if (if ((core/int::lt? 127) b2) ((core/int::lt? b2) 139) false) true (if ((core/int::eq? b2) 168) true (if ((core/int::eq? b2) 169) true ((core/int::eq? b2) 175)))) (if ((core/int::eq? b1) 129) ((core/int::eq? b2) 159) false)) (if ((core/int::eq? b0) 227) (if ((core/int::eq? b1) 128) ((core/int::eq? b2) 128) false) false))))))) (def selfhost/policy::whitespace-width-at (fn (bytes) (fn (index) (let ((b0 ((core/bytes::get bytes) index))) (if (selfhost/policy::ascii-whitespace? b0) 1 (let ((remaining ((core/int::sub (core/bytes::len bytes)) index))) (if ((core/int::lt? remaining) 2) 0 (let ((b1 ((core/bytes::get bytes) ((core/int::add index) 1)))) (if ((core/int::eq? b0) 194) (if (if ((core/int::eq? b1) 133) true ((core/int::eq? b1) 160)) 2 0) (if ((core/int::lt? remaining) 3) 0 (let ((b2 ((core/bytes::get bytes) ((core/int::add index) 2)))) (if (((selfhost/policy::three-byte-whitespace? b0) b1) b2) 3 0)))))))))))) (def selfhost/policy::trim-start (fn (bytes) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) index (let ((width ((selfhost/policy::whitespace-width-at bytes) index))) (if ((core/int::eq? width) 0) index ((selfhost/policy::trim-start bytes) ((core/int::add index) width)))))))) (def selfhost/policy::trim-end (fn (bytes) (fn (index) (fn (content-end) (if ((core/int::eq? index) (core/bytes::len bytes)) content-end (let ((width ((selfhost/policy::whitespace-width-at bytes) index))) (if ((core/int::eq? width) 0) (((selfhost/policy::trim-end bytes) ((core/int::add index) 1)) ((core/int::add index) 1)) (((selfhost/policy::trim-end bytes) ((core/int::add index) width)) content-end)))))))) (def selfhost/policy::trim (fn (value) (let ((bytes (core/str::to-utf8 value))) (let ((start ((selfhost/policy::trim-start bytes) 0))) (let ((end (((selfhost/policy::trim-end bytes) start) start))) (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start)))))))) (def selfhost/policy::normalize-hash (fn (value) (if (selfhost/policy::str? value) (let ((decoded (core/bytes::from-hex value))) (if (core/error::is? decoded) nil (if ((core/int::eq? (core/bytes::len decoded)) 32) (core/bytes::to-hex decoded) nil))) nil))) (def selfhost/policy::alias-name-at (fn (aliases) (fn (index) ((core/map::get ((core/vec::get aliases) index)) (quote :name))))) (def selfhost/policy::alias-hash-at (fn (aliases) (fn (index) ((core/map::get ((core/vec::get aliases) index)) (quote :hash))))) (def selfhost/policy::find-alias (fn (aliases) (fn (name) ((((selfhost/policy::find-alias-loop aliases) name) (core/vec::len aliases)) 0)))) (def selfhost/policy::find-alias-loop (fn (aliases) (fn (name) (fn (count) (fn (index) (if ((core/int::eq? index) count) nil (if ((core/eq? ((selfhost/policy::alias-name-at aliases) index)) name) ((selfhost/policy::alias-hash-at aliases) index) ((((selfhost/policy::find-alias-loop aliases) name) count) ((core/int::add index) 1))))))))) (def selfhost/policy::normalize-aliases (fn (aliases) (if (selfhost/policy::vec? aliases) ((((selfhost/policy::normalize-aliases-loop aliases) (core/vec::len aliases)) 0) []) (selfhost/policy::error ":aliases must be a vector")))) (def selfhost/policy::normalize-aliases-loop (fn (aliases) (fn (count) (fn (index) (fn (out) (if ((core/int::eq? index) count) out (let ((entry ((core/vec::get aliases) index))) (if (selfhost/policy::map? entry) (if ((core/int::eq? (core/map::len entry)) 2) (let ((name0 ((core/map::get entry) (quote :name))) (hash0 ((core/map::get entry) (quote :hash)))) (if (if (selfhost/policy::str? name0) (selfhost/policy::str? hash0) false) (let ((name (selfhost/policy::trim name0))) (let ((hash (selfhost/policy::normalize-hash (selfhost/policy::trim hash0)))) (if (selfhost/policy::nil? hash) (selfhost/policy::error "policy alias hash must be 64-hex") (if (selfhost/policy::non-empty-str? name) (if (selfhost/policy::nil? ((selfhost/policy::find-alias out) name)) ((((selfhost/policy::normalize-aliases-loop aliases) count) ((core/int::add index) 1)) ((core/vec::push out) {:hash hash :name name})) (selfhost/policy::error "duplicate policy alias")) (selfhost/policy::error "policy alias name must be non-empty"))))) (selfhost/policy::error "policy alias name and hash must be strings"))) (selfhost/policy::error "policy alias entry must contain exactly :name and :hash")) (selfhost/policy::error "policy alias entry must be a map"))))))))) (def selfhost/policy::normalize-default (fn (selector) (if (selfhost/policy::nil? selector) nil (if (selfhost/policy::str? selector) (let ((trimmed (selfhost/policy::trim selector))) (if (selfhost/policy::non-empty-str? trimmed) (let ((hash (selfhost/policy::normalize-hash trimmed))) (if (selfhost/policy::nil? hash) trimmed hash)) (selfhost/policy::error "default policy selector must be a non-empty string or nil"))) (selfhost/policy::error "default policy selector must be a non-empty string or nil"))))) (def selfhost/policy::normalize-config (fn (config) (if (selfhost/policy::map? config) (if ((core/int::eq? (core/map::len config)) 3) (let ((version ((core/map::get config) (quote :version))) (default0 ((core/map::get config) (quote :default))) (aliases0 ((core/map::get config) (quote :aliases)))) (if (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false) (let ((default (selfhost/policy::normalize-default default0))) (if (core/error::is? default) default (let ((aliases (selfhost/policy::normalize-aliases aliases0))) (if (core/error::is? aliases) aliases {:aliases aliases :default default :version 1})))) (selfhost/policy::error "unsupported policies config version"))) (selfhost/policy::error "policy config must contain exactly :version, :default, and :aliases")) (selfhost/policy::error "policy config must be a map")))) (def selfhost/policy::resolve (fn (config) (fn (selector0) (if (selfhost/policy::str? selector0) (let ((selector1 (selfhost/policy::trim selector0))) (if (selfhost/policy::non-empty-str? selector1) (let ((aliases ((core/map::get config) (quote :aliases))) (default ((core/map::get config) (quote :default)))) (let ((selector (if ((core/eq? selector1) "default") default selector1))) (if (selfhost/policy::non-empty-str? selector) (if ((core/eq? selector) "default") (selfhost/policy::error "default policy selector cannot resolve to itself") (let ((hash (selfhost/policy::normalize-hash selector))) (if (selfhost/policy::nil? hash) (let ((alias-hash ((selfhost/policy::find-alias aliases) selector))) (if (selfhost/policy::nil? alias-hash) (selfhost/policy::error "unknown policy alias") {:hash alias-hash :resolved selector})) {:hash hash :resolved hash}))) (selfhost/policy::error "no default policy configured")))) (selfhost/policy::error "policy selector must be non-empty"))) (selfhost/policy::error "policy selector must be non-empty"))))) (def selfhost/policy::list-result (fn (config) (let ((default ((core/map::get config) (quote :default)))) (let ((resolved (if (selfhost/policy::nil? default) nil (let ((result ((selfhost/policy::resolve config) "default"))) (if (core/error::is? result) nil ((core/map::get result) (quote :hash))))))) {:aliases ((core/map::get config) (quote :aliases)) :default default :default-resolved resolved :kind "genesis/policy-authority-result-v0.1" :ok true :operation (quote :list) :v 1})))) (def selfhost/policy::resolve-result (fn (config) (fn (selector) (let ((resolved ((selfhost/policy::resolve config) selector))) (if (core/error::is? resolved) (((selfhost/policy::failure (quote :resolve)) "policy/resolve") resolved) {:aliases ((core/map::get config) (quote :aliases)) :default ((core/map::get config) (quote :default)) :hash ((core/map::get resolved) (quote :hash)) :kind "genesis/policy-authority-result-v0.1" :ok true :operation (quote :resolve) :resolved ((core/map::get resolved) (quote :resolved)) :v 1}))))) (def selfhost/policy::set-default-result (fn (config) (fn (selector0) (if (selfhost/policy::str? selector0) (let ((selector1 (selfhost/policy::trim selector0))) (if (selfhost/policy::non-empty-str? selector1) (if ((core/eq? selector1) "default") (((selfhost/policy::failure (quote :set-default)) "policy/set-default") (selfhost/policy::error "default policy selector cannot resolve to itself")) (let ((hash (selfhost/policy::normalize-hash selector1))) (let ((selector (if (selfhost/policy::nil? hash) selector1 hash))) (let ((resolved ((selfhost/policy::resolve config) selector))) (if (core/error::is? resolved) (((selfhost/policy::failure (quote :set-default)) "policy/set-default") resolved) {:aliases ((core/map::get config) (quote :aliases)) :default selector :default-resolved ((core/map::get resolved) (quote :hash)) :kind "genesis/policy-authority-result-v0.1" :ok true :operation (quote :set-default) :v 1}))))) (((selfhost/policy::failure (quote :set-default)) "policy/parse") (selfhost/policy::error "policy selector must be non-empty")))) (((selfhost/policy::failure (quote :set-default)) "policy/parse") (selfhost/policy::error "policy selector must be non-empty")))))) (def core/cli::policy-authority (fn (request) (if (selfhost/policy::map? request) (if ((core/int::eq? (core/map::len request)) 5) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (operation ((core/map::get request) (quote :operation))) (config0 ((core/map::get request) (quote :config))) (selector ((core/map::get request) (quote :selector)))) (if (if ((core/eq? kind) "genesis/policy-authority-request-v0.1") (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false) false) (if (selfhost/policy::operation? operation) (let ((config (selfhost/policy::normalize-config config0))) (if (core/error::is? config) (((selfhost/policy::failure operation) "policy/parse") config) (if ((core/sym::eq? operation) (quote :list)) (if (selfhost/policy::nil? selector) (selfhost/policy::list-result config) (selfhost/policy::error ":list requires nil :selector")) (if ((core/sym::eq? operation) (quote :resolve)) ((selfhost/policy::resolve-result config) selector) ((selfhost/policy::set-default-result config) selector))))) (selfhost/policy::error "unknown policy authority operation")) (selfhost/policy::error "policy authority request identity mismatch"))) (selfhost/policy::error "policy authority request must contain exactly five fields")) (selfhost/policy::error "policy authority request must be a map"))))] :module-h b"\xEB\xBC\x96@\x98\xFD\x07\xE3\x90\x9Ap\x8Ed\xA6\xDA\xD2^\xBE=V\xC9\x84\xDEeD\xA4g1\x9Dm\x8C&" :path "selfhost/policy_authority_v1.gc" :source "(def selfhost/policy::error\n (fn (message) ((core/error::make2 \"core/policy/authority\") message)))\n\n(def selfhost/policy::failure\n (fn (operation)\n (fn (code)\n (fn (error)\n (let ((payload (core/error::payload error)))\n {\n :error-code code\n :error-message ((core/map::get payload) (quote :error/message))\n :kind \"genesis/policy-authority-result-v0.1\"\n :ok false\n :operation operation\n :v 1})))))\n\n(def selfhost/policy::map?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :map))))\n\n(def selfhost/policy::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/policy::str?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :str))))\n\n(def selfhost/policy::sym?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym))))\n\n(def selfhost/policy::int?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :int))))\n\n(def selfhost/policy::nil?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :nil))))\n\n(def selfhost/policy::operation?\n (fn (value)\n (if ((core/sym::eq? value) (quote :list))\n true\n (if ((core/sym::eq? value) (quote :resolve))\n true\n ((core/sym::eq? value) (quote :set-default))))))\n\n(def selfhost/policy::non-empty-str?\n (fn (value)\n (if (selfhost/policy::str? value)\n ((core/int::lt? 0) (core/bytes::len (core/str::to-utf8 value)))\n false)))\n\n; Unicode White_Space under the frozen text profile, encoded as UTF-8 widths.\n(def selfhost/policy::ascii-whitespace?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 9)\n true\n (if ((core/int::eq? byte) 10)\n true\n (if ((core/int::eq? byte) 11)\n true\n (if ((core/int::eq? byte) 12) true ((core/int::eq? byte) 13))))))))\n\n(def selfhost/policy::three-byte-whitespace?\n (fn (b0)\n (fn (b1)\n (fn (b2)\n (if ((core/int::eq? b0) 225)\n (if ((core/int::eq? b1) 154) ((core/int::eq? b2) 128) false)\n (if ((core/int::eq? b0) 226)\n (if ((core/int::eq? b1) 128)\n (if (if ((core/int::lt? 127) b2) ((core/int::lt? b2) 139) false)\n true\n (if ((core/int::eq? b2) 168)\n true\n (if ((core/int::eq? b2) 169) true ((core/int::eq? b2) 175))))\n (if ((core/int::eq? b1) 129) ((core/int::eq? b2) 159) false))\n (if ((core/int::eq? b0) 227)\n (if ((core/int::eq? b1) 128) ((core/int::eq? b2) 128) false)\n false)))))))\n\n(def selfhost/policy::whitespace-width-at\n (fn (bytes)\n (fn (index)\n (let ((b0 ((core/bytes::get bytes) index)))\n (if (selfhost/policy::ascii-whitespace? b0)\n 1\n (let ((remaining ((core/int::sub (core/bytes::len bytes)) index)))\n (if ((core/int::lt? remaining) 2)\n 0\n (let ((b1 ((core/bytes::get bytes) ((core/int::add index) 1))))\n (if ((core/int::eq? b0) 194)\n (if (if ((core/int::eq? b1) 133) true ((core/int::eq? b1) 160)) 2 0)\n (if ((core/int::lt? remaining) 3)\n 0\n (let ((b2 ((core/bytes::get bytes) ((core/int::add index) 2))))\n (if (((selfhost/policy::three-byte-whitespace? b0) b1) b2) 3 0))))))))))))\n\n(def selfhost/policy::trim-start\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n index\n (let ((width ((selfhost/policy::whitespace-width-at bytes) index)))\n (if ((core/int::eq? width) 0)\n index\n ((selfhost/policy::trim-start bytes) ((core/int::add index) width))))))))\n\n(def selfhost/policy::trim-end\n (fn (bytes)\n (fn (index)\n (fn (content-end)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n content-end\n (let ((width ((selfhost/policy::whitespace-width-at bytes) index)))\n (if ((core/int::eq? width) 0)\n (((selfhost/policy::trim-end bytes) ((core/int::add index) 1))\n ((core/int::add index) 1))\n (((selfhost/policy::trim-end bytes) ((core/int::add index) width)) content-end))))))))\n\n(def selfhost/policy::trim\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((start ((selfhost/policy::trim-start bytes) 0)))\n (let ((end (((selfhost/policy::trim-end bytes) start) start)))\n (core/str::from-utf8\n (((core/bytes::slice bytes) start) ((core/int::sub end) start))))))))\n\n; Decode any case-insensitive 64-hex selector and emit its canonical lowercase form.\n(def selfhost/policy::normalize-hash\n (fn (value)\n (if (selfhost/policy::str? value)\n (let ((decoded (core/bytes::from-hex value)))\n (if (core/error::is? decoded)\n nil\n (if ((core/int::eq? (core/bytes::len decoded)) 32)\n (core/bytes::to-hex decoded)\n nil)))\n nil)))\n\n(def selfhost/policy::alias-name-at\n (fn (aliases)\n (fn (index)\n ((core/map::get ((core/vec::get aliases) index)) (quote :name)))))\n\n(def selfhost/policy::alias-hash-at\n (fn (aliases)\n (fn (index)\n ((core/map::get ((core/vec::get aliases) index)) (quote :hash)))))\n\n(def selfhost/policy::find-alias\n (fn (aliases)\n (fn (name)\n ((((selfhost/policy::find-alias-loop aliases) name) (core/vec::len aliases)) 0))))\n\n(def selfhost/policy::find-alias-loop\n (fn (aliases)\n (fn (name)\n (fn (count)\n (fn (index)\n (if ((core/int::eq? index) count)\n nil\n (if ((core/eq? ((selfhost/policy::alias-name-at aliases) index)) name)\n ((selfhost/policy::alias-hash-at aliases) index)\n ((((selfhost/policy::find-alias-loop aliases) name) count)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/policy::normalize-aliases\n (fn (aliases)\n (if (selfhost/policy::vec? aliases)\n ((((selfhost/policy::normalize-aliases-loop aliases) (core/vec::len aliases)) 0) [])\n (selfhost/policy::error \":aliases must be a vector\"))))\n\n(def selfhost/policy::normalize-aliases-loop\n (fn (aliases)\n (fn (count)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) count)\n out\n (let ((entry ((core/vec::get aliases) index)))\n (if (selfhost/policy::map? entry)\n (if ((core/int::eq? (core/map::len entry)) 2)\n (let\n ((name0 ((core/map::get entry) (quote :name)))\n (hash0 ((core/map::get entry) (quote :hash))))\n (if (if (selfhost/policy::str? name0) (selfhost/policy::str? hash0) false)\n (let ((name (selfhost/policy::trim name0)))\n (let ((hash (selfhost/policy::normalize-hash (selfhost/policy::trim hash0))))\n (if (selfhost/policy::nil? hash)\n (selfhost/policy::error \"policy alias hash must be 64-hex\")\n (if (selfhost/policy::non-empty-str? name)\n (if (selfhost/policy::nil? ((selfhost/policy::find-alias out) name))\n ((((selfhost/policy::normalize-aliases-loop aliases) count)\n ((core/int::add index) 1))\n ((core/vec::push out) {:hash hash :name name}))\n (selfhost/policy::error \"duplicate policy alias\"))\n (selfhost/policy::error \"policy alias name must be non-empty\")))))\n (selfhost/policy::error \"policy alias name and hash must be strings\")))\n (selfhost/policy::error \"policy alias entry must contain exactly :name and :hash\"))\n (selfhost/policy::error \"policy alias entry must be a map\")))))))))\n\n(def selfhost/policy::normalize-default\n (fn (selector)\n (if (selfhost/policy::nil? selector)\n nil\n (if (selfhost/policy::str? selector)\n (let ((trimmed (selfhost/policy::trim selector)))\n (if (selfhost/policy::non-empty-str? trimmed)\n (let ((hash (selfhost/policy::normalize-hash trimmed)))\n (if (selfhost/policy::nil? hash) trimmed hash))\n (selfhost/policy::error \"default policy selector must be a non-empty string or nil\")))\n (selfhost/policy::error \"default policy selector must be a non-empty string or nil\")))))\n\n(def selfhost/policy::normalize-config\n (fn (config)\n (if (selfhost/policy::map? config)\n (if ((core/int::eq? (core/map::len config)) 3)\n (let\n ((version ((core/map::get config) (quote :version)))\n (default0 ((core/map::get config) (quote :default)))\n (aliases0 ((core/map::get config) (quote :aliases))))\n (if (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false)\n (let ((default (selfhost/policy::normalize-default default0)))\n (if (core/error::is? default)\n default\n (let ((aliases (selfhost/policy::normalize-aliases aliases0)))\n (if (core/error::is? aliases)\n aliases\n {:aliases aliases :default default :version 1}))))\n (selfhost/policy::error \"unsupported policies config version\")))\n (selfhost/policy::error \"policy config must contain exactly :version, :default, and :aliases\"))\n (selfhost/policy::error \"policy config must be a map\"))))\n\n(def selfhost/policy::resolve\n (fn (config)\n (fn (selector0)\n (if (selfhost/policy::str? selector0)\n (let ((selector1 (selfhost/policy::trim selector0)))\n (if (selfhost/policy::non-empty-str? selector1)\n (let\n ((aliases ((core/map::get config) (quote :aliases)))\n (default ((core/map::get config) (quote :default))))\n (let ((selector (if ((core/eq? selector1) \"default\") default selector1)))\n (if (selfhost/policy::non-empty-str? selector)\n (if ((core/eq? selector) \"default\")\n (selfhost/policy::error \"default policy selector cannot resolve to itself\")\n (let ((hash (selfhost/policy::normalize-hash selector)))\n (if (selfhost/policy::nil? hash)\n (let ((alias-hash ((selfhost/policy::find-alias aliases) selector)))\n (if (selfhost/policy::nil? alias-hash)\n (selfhost/policy::error \"unknown policy alias\")\n {:hash alias-hash :resolved selector}))\n {:hash hash :resolved hash})))\n (selfhost/policy::error \"no default policy configured\"))))\n (selfhost/policy::error \"policy selector must be non-empty\")))\n (selfhost/policy::error \"policy selector must be non-empty\")))))\n\n(def selfhost/policy::list-result\n (fn (config)\n (let ((default ((core/map::get config) (quote :default))))\n (let\n ((resolved\n (if (selfhost/policy::nil? default)\n nil\n (let ((result ((selfhost/policy::resolve config) \"default\")))\n (if (core/error::is? result) nil ((core/map::get result) (quote :hash)))))))\n {\n :aliases ((core/map::get config) (quote :aliases))\n :default default\n :default-resolved resolved\n :kind \"genesis/policy-authority-result-v0.1\"\n :ok true\n :operation (quote :list)\n :v 1}))))\n\n(def selfhost/policy::resolve-result\n (fn (config)\n (fn (selector)\n (let ((resolved ((selfhost/policy::resolve config) selector)))\n (if (core/error::is? resolved)\n (((selfhost/policy::failure (quote :resolve)) \"policy/resolve\") resolved)\n {\n :aliases ((core/map::get config) (quote :aliases))\n :default ((core/map::get config) (quote :default))\n :hash ((core/map::get resolved) (quote :hash))\n :kind \"genesis/policy-authority-result-v0.1\"\n :ok true\n :operation (quote :resolve)\n :resolved ((core/map::get resolved) (quote :resolved))\n :v 1})))))\n\n(def selfhost/policy::set-default-result\n (fn (config)\n (fn (selector0)\n (if (selfhost/policy::str? selector0)\n (let ((selector1 (selfhost/policy::trim selector0)))\n (if (selfhost/policy::non-empty-str? selector1)\n (if ((core/eq? selector1) \"default\")\n (((selfhost/policy::failure (quote :set-default)) \"policy/set-default\")\n (selfhost/policy::error \"default policy selector cannot resolve to itself\"))\n (let ((hash (selfhost/policy::normalize-hash selector1)))\n (let ((selector (if (selfhost/policy::nil? hash) selector1 hash)))\n (let ((resolved ((selfhost/policy::resolve config) selector)))\n (if (core/error::is? resolved)\n (((selfhost/policy::failure (quote :set-default)) \"policy/set-default\") resolved)\n {\n :aliases ((core/map::get config) (quote :aliases))\n :default selector\n :default-resolved ((core/map::get resolved) (quote :hash))\n :kind \"genesis/policy-authority-result-v0.1\"\n :ok true\n :operation (quote :set-default)\n :v 1})))))\n (((selfhost/policy::failure (quote :set-default)) \"policy/parse\")\n (selfhost/policy::error \"policy selector must be non-empty\"))))\n (((selfhost/policy::failure (quote :set-default)) \"policy/parse\")\n (selfhost/policy::error \"policy selector must be non-empty\"))))))\n\n(def core/cli::policy-authority\n (fn (request)\n (if (selfhost/policy::map? request)\n (if ((core/int::eq? (core/map::len request)) 5)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (operation ((core/map::get request) (quote :operation)))\n (config0 ((core/map::get request) (quote :config)))\n (selector ((core/map::get request) (quote :selector))))\n (if (if ((core/eq? kind) \"genesis/policy-authority-request-v0.1\")\n (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false)\n false)\n (if (selfhost/policy::operation? operation)\n (let ((config (selfhost/policy::normalize-config config0)))\n (if (core/error::is? config)\n (((selfhost/policy::failure operation) \"policy/parse\") config)\n (if ((core/sym::eq? operation) (quote :list))\n (if (selfhost/policy::nil? selector)\n (selfhost/policy::list-result config)\n (selfhost/policy::error \":list requires nil :selector\"))\n (if ((core/sym::eq? operation) (quote :resolve))\n ((selfhost/policy::resolve-result config) selector)\n ((selfhost/policy::set-default-result config) selector)))))\n (selfhost/policy::error \"unknown policy authority operation\"))\n (selfhost/policy::error \"policy authority request identity mismatch\")))\n (selfhost/policy::error \"policy authority request must contain exactly five fields\"))\n (selfhost/policy::error \"policy authority request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xEB\xBC\x96@\x98\xFD\x07\xE3\x90\x9Ap\x8Ed\xA6\xDA\xD2^\xBE=V\xC9\x84\xDEeD\xA4g1\x9Dm\x8C&" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-crypto::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/effect-crypto::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/effect-crypto::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/effect-crypto::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/effect-crypto::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-crypto::exact-map? (fn (value) (fn (keys) (if (selfhost/policy::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/effect-crypto::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/effect-crypto::invalid-type? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))) (def selfhost/effect-crypto::invalid-entry? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-entry)) false))) (def selfhost/effect-crypto::list-input-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) ((selfhost/effect-crypto::list-input-loop? values) ((core/int::add index) 1)) (selfhost/effect-crypto::invalid-entry? value))))))) (def selfhost/effect-crypto::list-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-crypto::list-input-loop? value) 0) (selfhost/effect-crypto::invalid-type? value))))) (def selfhost/effect-crypto::limit-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::int? value) true (selfhost/effect-crypto::invalid-type? value))))) (def selfhost/effect-crypto::limit-input-fields-valid? (fn (value) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (selfhost/effect-crypto::limit-input? ((core/map::get value) ((core/vec::get keys) index))) (((selfhost/effect-crypto::limit-input-fields-valid? value) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-crypto::fields [:algorithms :key-ids :max-aad-bytes :max-ciphertext-bytes :max-context-bytes :max-info-bytes :max-input-bytes :max-message-bytes :max-nonce-bytes :max-output-bytes :max-plaintext-bytes :max-salt-bytes :max-signature-bytes :max-tag-bytes]) (def selfhost/effect-crypto::limit-fields [:max-aad-bytes :max-ciphertext-bytes :max-context-bytes :max-info-bytes :max-input-bytes :max-message-bytes :max-nonce-bytes :max-output-bytes :max-plaintext-bytes :max-salt-bytes :max-signature-bytes :max-tag-bytes]) (def selfhost/effect-crypto::input-valid? (fn (value) (if ((selfhost/effect-crypto::exact-map? value) selfhost/effect-crypto::fields) (if (selfhost/effect-crypto::list-input? ((core/map::get value) (quote :algorithms))) (if (selfhost/effect-crypto::list-input? ((core/map::get value) (quote :key-ids))) (((selfhost/effect-crypto::limit-input-fields-valid? value) selfhost/effect-crypto::limit-fields) 0) false) false) false))) (def selfhost/effect-crypto::ascii-upper-byte? (fn (byte) (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 91) false))) (def selfhost/effect-crypto::ascii-lower-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (let ((byte ((core/bytes::get bytes) index))) (((selfhost/effect-crypto::ascii-lower-loop bytes) ((core/int::add index) 1)) ((core/vec::push parts) (if (selfhost/effect-crypto::ascii-upper-byte? byte) (core/utf8::encode-codepoint ((core/int::add byte) 32)) (((core/bytes::slice bytes) index) 1)))))))))) (def selfhost/effect-crypto::ascii-lower (fn (value) (((selfhost/effect-crypto::ascii-lower-loop (core/str::to-utf8 value)) 0) []))) (def selfhost/effect-crypto::list-policy-loop (fn (values) (fn (index) (fn (lowercase) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) {:status (quote :empty) :values nil} {:status (quote :valid) :values out}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) ((((selfhost/effect-crypto::list-policy-loop values) ((core/int::add index) 1)) lowercase) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) (if lowercase (selfhost/effect-crypto::ascii-lower trimmed) trimmed)) out))) {:status (quote :invalid-entry) :values nil})))))))) (def selfhost/effect-crypto::list-policy (fn (raw) (fn (lowercase) (if (selfhost/policy::nil? raw) {:status (quote :absent) :values nil} (if (selfhost/policy::vec? raw) ((((selfhost/effect-crypto::list-policy-loop raw) 0) lowercase) []) {:status (quote :invalid-type) :values nil}))))) (def selfhost/effect-crypto::positive-limit-policy (fn (raw) (fn (platform-max) (if (selfhost/policy::nil? raw) {:limit nil :status (quote :absent)} (if (selfhost/effect-crypto::invalid-type? raw) {:limit nil :status (quote :invalid-type)} (if ((core/int::lt? raw) 1) {:limit nil :status (quote :nonpositive)} (if ((core/int::lt? platform-max) raw) {:limit nil :status (quote :platform-overflow)} {:limit raw :status (quote :valid)}))))))) (def selfhost/effect-crypto::empty-input {:algorithms nil :key-ids nil :max-aad-bytes nil :max-ciphertext-bytes nil :max-context-bytes nil :max-info-bytes nil :max-input-bytes nil :max-message-bytes nil :max-nonce-bytes nil :max-output-bytes nil :max-plaintext-bytes nil :max-salt-bytes nil :max-signature-bytes nil :max-tag-bytes nil}) (def selfhost/effect-crypto::policy (fn (override) (fn (platform-max) (let ((crypto (if (selfhost/policy::nil? override) selfhost/effect-crypto::empty-input ((core/map::get override) (quote :crypto-policy))))) {:algorithms ((selfhost/effect-crypto::list-policy ((core/map::get crypto) (quote :algorithms))) true) :key-ids ((selfhost/effect-crypto::list-policy ((core/map::get crypto) (quote :key-ids))) false) :max-aad-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-aad-bytes))) platform-max) :max-ciphertext-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-ciphertext-bytes))) platform-max) :max-context-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-context-bytes))) platform-max) :max-info-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-info-bytes))) platform-max) :max-input-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-input-bytes))) platform-max) :max-message-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-message-bytes))) platform-max) :max-nonce-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-nonce-bytes))) platform-max) :max-output-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-output-bytes))) platform-max) :max-plaintext-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-plaintext-bytes))) platform-max) :max-salt-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-salt-bytes))) platform-max) :max-signature-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-signature-bytes))) platform-max) :max-tag-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-tag-bytes))) platform-max)}))))] :module-h b"\xF8\xFE\tY\x88\xFDW&\xA4w\xA3\x8D\xAA\xE0\xA8o\xA7%\x98\x08\xB5\xAE\xC3\x9D\x0F3\x8D$\xA3\x8DZ!" :path "selfhost/effect_policy_crypto_v1.gc" :source "(def selfhost/effect-crypto::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/effect-crypto::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/effect-crypto::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/effect-crypto::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/effect-crypto::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-crypto::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/policy::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/effect-crypto::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/effect-crypto::invalid-type?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))\n\n(def selfhost/effect-crypto::invalid-entry?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-entry))\n false)))\n\n(def selfhost/effect-crypto::list-input-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-crypto::list-input-loop? values) ((core/int::add index) 1))\n (selfhost/effect-crypto::invalid-entry? value)))))))\n\n(def selfhost/effect-crypto::list-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-crypto::list-input-loop? value) 0)\n (selfhost/effect-crypto::invalid-type? value)))))\n\n(def selfhost/effect-crypto::limit-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::int? value)\n true\n (selfhost/effect-crypto::invalid-type? value)))))\n\n(def selfhost/effect-crypto::limit-input-fields-valid?\n (fn (value)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (selfhost/effect-crypto::limit-input?\n ((core/map::get value) ((core/vec::get keys) index)))\n (((selfhost/effect-crypto::limit-input-fields-valid? value) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-crypto::fields\n [\n :algorithms\n :key-ids\n :max-aad-bytes\n :max-ciphertext-bytes\n :max-context-bytes\n :max-info-bytes\n :max-input-bytes\n :max-message-bytes\n :max-nonce-bytes\n :max-output-bytes\n :max-plaintext-bytes\n :max-salt-bytes\n :max-signature-bytes\n :max-tag-bytes])\n\n(def selfhost/effect-crypto::limit-fields\n [\n :max-aad-bytes\n :max-ciphertext-bytes\n :max-context-bytes\n :max-info-bytes\n :max-input-bytes\n :max-message-bytes\n :max-nonce-bytes\n :max-output-bytes\n :max-plaintext-bytes\n :max-salt-bytes\n :max-signature-bytes\n :max-tag-bytes])\n\n(def selfhost/effect-crypto::input-valid?\n (fn (value)\n (if ((selfhost/effect-crypto::exact-map? value) selfhost/effect-crypto::fields)\n (if (selfhost/effect-crypto::list-input?\n ((core/map::get value) (quote :algorithms)))\n (if (selfhost/effect-crypto::list-input?\n ((core/map::get value) (quote :key-ids)))\n (((selfhost/effect-crypto::limit-input-fields-valid? value)\n selfhost/effect-crypto::limit-fields) 0)\n false)\n false)\n false)))\n\n(def selfhost/effect-crypto::ascii-upper-byte?\n (fn (byte)\n (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 91) false)))\n\n(def selfhost/effect-crypto::ascii-lower-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (let ((byte ((core/bytes::get bytes) index)))\n (((selfhost/effect-crypto::ascii-lower-loop bytes)\n ((core/int::add index) 1))\n ((core/vec::push parts)\n (if (selfhost/effect-crypto::ascii-upper-byte? byte)\n (core/utf8::encode-codepoint ((core/int::add byte) 32))\n (((core/bytes::slice bytes) index) 1))))))))))\n\n(def selfhost/effect-crypto::ascii-lower\n (fn (value)\n (((selfhost/effect-crypto::ascii-lower-loop (core/str::to-utf8 value)) 0) [])))\n\n(def selfhost/effect-crypto::list-policy-loop\n (fn (values)\n (fn (index)\n (fn (lowercase)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0)\n {:status (quote :empty) :values nil}\n {:status (quote :valid) :values out})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((((selfhost/effect-crypto::list-policy-loop values)\n ((core/int::add index) 1)) lowercase)\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out)\n (if lowercase\n (selfhost/effect-crypto::ascii-lower trimmed)\n trimmed))\n out))))\n {:status (quote :invalid-entry) :values nil}))))))))\n\n(def selfhost/effect-crypto::list-policy\n (fn (raw)\n (fn (lowercase)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :values nil}\n (if (selfhost/policy::vec? raw)\n ((((selfhost/effect-crypto::list-policy-loop raw) 0) lowercase) [])\n {:status (quote :invalid-type) :values nil})))))\n\n(def selfhost/effect-crypto::positive-limit-policy\n (fn (raw)\n (fn (platform-max)\n (if (selfhost/policy::nil? raw)\n {:limit nil :status (quote :absent)}\n (if (selfhost/effect-crypto::invalid-type? raw)\n {:limit nil :status (quote :invalid-type)}\n (if ((core/int::lt? raw) 1)\n {:limit nil :status (quote :nonpositive)}\n (if ((core/int::lt? platform-max) raw)\n {:limit nil :status (quote :platform-overflow)}\n {:limit raw :status (quote :valid)})))))))\n\n(def selfhost/effect-crypto::empty-input\n {\n :algorithms nil\n :key-ids nil\n :max-aad-bytes nil\n :max-ciphertext-bytes nil\n :max-context-bytes nil\n :max-info-bytes nil\n :max-input-bytes nil\n :max-message-bytes nil\n :max-nonce-bytes nil\n :max-output-bytes nil\n :max-plaintext-bytes nil\n :max-salt-bytes nil\n :max-signature-bytes nil\n :max-tag-bytes nil})\n\n(def selfhost/effect-crypto::policy\n (fn (override)\n (fn (platform-max)\n (let ((crypto\n (if (selfhost/policy::nil? override)\n selfhost/effect-crypto::empty-input\n ((core/map::get override) (quote :crypto-policy)))))\n {\n :algorithms\n ((selfhost/effect-crypto::list-policy\n ((core/map::get crypto) (quote :algorithms))) true)\n :key-ids\n ((selfhost/effect-crypto::list-policy\n ((core/map::get crypto) (quote :key-ids))) false)\n :max-aad-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-aad-bytes))) platform-max)\n :max-ciphertext-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-ciphertext-bytes))) platform-max)\n :max-context-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-context-bytes))) platform-max)\n :max-info-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-info-bytes))) platform-max)\n :max-input-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-input-bytes))) platform-max)\n :max-message-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-message-bytes))) platform-max)\n :max-nonce-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-nonce-bytes))) platform-max)\n :max-output-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-output-bytes))) platform-max)\n :max-plaintext-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-plaintext-bytes))) platform-max)\n :max-salt-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-salt-bytes))) platform-max)\n :max-signature-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-signature-bytes))) platform-max)\n :max-tag-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-tag-bytes))) platform-max)}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_t|Yn8#\x8B:\x9E7*\x90\xB3\x8B\x04\x11\xDA\x8A\x01\x88\xB2\x03\x0B\x10@L]\xF6\x8A\xBAJ" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-network::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/effect-network::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/effect-network::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/effect-network::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/effect-network::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-network::exact-map? (fn (value) (fn (keys) (if (selfhost/policy::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/effect-network::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/effect-network::invalid-type? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))) (def selfhost/effect-network::invalid-entry? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-entry)) false))) (def selfhost/effect-network::list-input-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) ((selfhost/effect-network::list-input-loop? values) ((core/int::add index) 1)) (selfhost/effect-network::invalid-entry? value))))))) (def selfhost/effect-network::list-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-network::list-input-loop? value) 0) (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::optional-bool-input? (fn (value) (if (selfhost/policy::nil? value) true (if ((core/sym::eq? (core/data::tag value)) (quote :bool)) true (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::optional-string-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::str? value) true (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::limit-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::int? value) true (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::bind-port-input-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::int? value) ((selfhost/effect-network::bind-port-input-loop? values) ((core/int::add index) 1)) (if (selfhost/policy::str? value) ((selfhost/effect-network::bind-port-input-loop? values) ((core/int::add index) 1)) (selfhost/effect-network::invalid-entry? value)))))))) (def selfhost/effect-network::bind-port-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-network::bind-port-input-loop? value) 0) (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::input-valid? (fn (value) (if ((selfhost/effect-network::exact-map? value) [:allow-http :bind-hosts :bind-ports :max-request-bytes :remote-allow :url-allow :wasi-network-profile]) (if (selfhost/effect-network::optional-bool-input? ((core/map::get value) (quote :allow-http))) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :bind-hosts))) (if (selfhost/effect-network::bind-port-input? ((core/map::get value) (quote :bind-ports))) (if (selfhost/effect-network::limit-input? ((core/map::get value) (quote :max-request-bytes))) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :remote-allow))) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :url-allow))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :wasi-network-profile))) false) false) false) false) false) false) false))) (def selfhost/effect-network::list-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) {:status (quote :empty) :values nil} {:status (quote :valid) :values out}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) (((selfhost/effect-network::list-policy-loop values) ((core/int::add index) 1)) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) trimmed) out))) {:status (quote :invalid-entry) :values nil}))))))) (def selfhost/effect-network::list-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :values nil} (if (selfhost/policy::vec? raw) (((selfhost/effect-network::list-policy-loop raw) 0) []) {:status (quote :invalid-type) :values nil})))) (def selfhost/effect-network::bool-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :value nil} (if (selfhost/effect-network::invalid-type? raw) {:status (quote :invalid-type) :value nil} {:status (quote :valid) :value raw})))) (def selfhost/effect-network::string-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :value nil} (if (selfhost/effect-network::invalid-type? raw) {:status (quote :invalid-type) :value nil} (let ((trimmed (selfhost/policy::trim raw))) (if (selfhost/policy::non-empty-str? trimmed) {:status (quote :valid) :value trimmed} {:status (quote :empty) :value nil})))))) (def selfhost/effect-network::positive-limit-policy (fn (raw) (fn (platform-max) (if (selfhost/policy::nil? raw) {:limit nil :status (quote :absent)} (if (selfhost/effect-network::invalid-type? raw) {:limit nil :status (quote :invalid-type)} (if ((core/int::lt? raw) 1) {:limit nil :status (quote :nonpositive)} (if ((core/int::lt? platform-max) raw) {:limit nil :status (quote :platform-overflow)} {:limit raw :status (quote :valid)}))))))) (def selfhost/effect-network::bind-port-policy-loop (fn (values) (fn (index) (fn (any) (fn (ports) (if ((core/int::eq? index) (core/vec::len values)) (if (if any true ((core/int::lt? 0) (core/vec::len ports))) {:any any :ports ports :status (quote :valid)} {:any nil :ports nil :status (quote :empty)}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::int? value) (if (if ((core/int::lt? value) 1) true ((core/int::lt? 65535) value)) {:any nil :ports nil :status (quote :out-of-range)} ((((selfhost/effect-network::bind-port-policy-loop values) ((core/int::add index) 1)) any) ((core/vec::push ports) value))) (if (selfhost/policy::str? value) (if ((core/eq? (selfhost/policy::trim value)) "*") ((((selfhost/effect-network::bind-port-policy-loop values) ((core/int::add index) 1)) true) ports) {:any nil :ports nil :status (quote :invalid-entry)}) {:any nil :ports nil :status (quote :invalid-entry)}))))))))) (def selfhost/effect-network::bind-port-policy (fn (raw) (if (selfhost/policy::nil? raw) {:any nil :ports nil :status (quote :absent)} (if (selfhost/policy::vec? raw) ((((selfhost/effect-network::bind-port-policy-loop raw) 0) false) []) {:any nil :ports nil :status (quote :invalid-type)})))) (def selfhost/effect-network::policy (fn (override) (fn (platform-max) (let ((network (if (selfhost/policy::nil? override) {:allow-http nil :bind-hosts nil :bind-ports nil :max-request-bytes nil :remote-allow nil :url-allow nil :wasi-network-profile nil} ((core/map::get override) (quote :network-policy))))) {:allow-http (selfhost/effect-network::bool-policy ((core/map::get network) (quote :allow-http))) :bind-hosts (selfhost/effect-network::list-policy ((core/map::get network) (quote :bind-hosts))) :bind-ports (selfhost/effect-network::bind-port-policy ((core/map::get network) (quote :bind-ports))) :max-request-bytes ((selfhost/effect-network::positive-limit-policy ((core/map::get network) (quote :max-request-bytes))) platform-max) :remote-allow (selfhost/effect-network::list-policy ((core/map::get network) (quote :remote-allow))) :url-allow (selfhost/effect-network::list-policy ((core/map::get network) (quote :url-allow))) :wasi-network-profile (selfhost/effect-network::string-policy ((core/map::get network) (quote :wasi-network-profile)))}))))] :module-h b"h\x7F\xC4\xAA\x8D\x05\xF6\x10\x1C\xB2\x18\xA6+\x9A+\x1F\xD8\xA0\x87\x82\xB9\xB6m\x93G2\xBC`\x94\xE5\xADe" :path "selfhost/effect_policy_network_v1.gc" :source "(def selfhost/effect-network::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/effect-network::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/effect-network::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/effect-network::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/effect-network::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-network::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/policy::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/effect-network::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/effect-network::invalid-type?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))\n\n(def selfhost/effect-network::invalid-entry?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-entry))\n false)))\n\n(def selfhost/effect-network::list-input-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-network::list-input-loop? values) ((core/int::add index) 1))\n (selfhost/effect-network::invalid-entry? value)))))))\n\n(def selfhost/effect-network::list-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-network::list-input-loop? value) 0)\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::optional-bool-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if ((core/sym::eq? (core/data::tag value)) (quote :bool))\n true\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::optional-string-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::str? value)\n true\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::limit-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::int? value)\n true\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::bind-port-input-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::int? value)\n ((selfhost/effect-network::bind-port-input-loop? values)\n ((core/int::add index) 1))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-network::bind-port-input-loop? values)\n ((core/int::add index) 1))\n (selfhost/effect-network::invalid-entry? value))))))))\n\n(def selfhost/effect-network::bind-port-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-network::bind-port-input-loop? value) 0)\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::input-valid?\n (fn (value)\n (if ((selfhost/effect-network::exact-map? value)\n [:allow-http\n :bind-hosts\n :bind-ports\n :max-request-bytes\n :remote-allow\n :url-allow\n :wasi-network-profile])\n (if (selfhost/effect-network::optional-bool-input?\n ((core/map::get value) (quote :allow-http)))\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :bind-hosts)))\n (if (selfhost/effect-network::bind-port-input?\n ((core/map::get value) (quote :bind-ports)))\n (if (selfhost/effect-network::limit-input?\n ((core/map::get value) (quote :max-request-bytes)))\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :remote-allow)))\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :url-allow)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :wasi-network-profile)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-network::list-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0)\n {:status (quote :empty) :values nil}\n {:status (quote :valid) :values out})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((selfhost/effect-network::list-policy-loop values)\n ((core/int::add index) 1))\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out) trimmed)\n out)))\n {:status (quote :invalid-entry) :values nil})))))))\n\n(def selfhost/effect-network::list-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :values nil}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-network::list-policy-loop raw) 0) [])\n {:status (quote :invalid-type) :values nil}))))\n\n(def selfhost/effect-network::bool-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :value nil}\n (if (selfhost/effect-network::invalid-type? raw)\n {:status (quote :invalid-type) :value nil}\n {:status (quote :valid) :value raw}))))\n\n(def selfhost/effect-network::string-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :value nil}\n (if (selfhost/effect-network::invalid-type? raw)\n {:status (quote :invalid-type) :value nil}\n (let ((trimmed (selfhost/policy::trim raw)))\n (if (selfhost/policy::non-empty-str? trimmed)\n {:status (quote :valid) :value trimmed}\n {:status (quote :empty) :value nil}))))))\n\n(def selfhost/effect-network::positive-limit-policy\n (fn (raw)\n (fn (platform-max)\n (if (selfhost/policy::nil? raw)\n {:limit nil :status (quote :absent)}\n (if (selfhost/effect-network::invalid-type? raw)\n {:limit nil :status (quote :invalid-type)}\n (if ((core/int::lt? raw) 1)\n {:limit nil :status (quote :nonpositive)}\n (if ((core/int::lt? platform-max) raw)\n {:limit nil :status (quote :platform-overflow)}\n {:limit raw :status (quote :valid)})))))))\n\n(def selfhost/effect-network::bind-port-policy-loop\n (fn (values)\n (fn (index)\n (fn (any)\n (fn (ports)\n (if ((core/int::eq? index) (core/vec::len values))\n (if (if any true ((core/int::lt? 0) (core/vec::len ports)))\n {:any any :ports ports :status (quote :valid)}\n {:any nil :ports nil :status (quote :empty)})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::int? value)\n (if (if ((core/int::lt? value) 1) true ((core/int::lt? 65535) value))\n {:any nil :ports nil :status (quote :out-of-range)}\n ((((selfhost/effect-network::bind-port-policy-loop values)\n ((core/int::add index) 1)) any)\n ((core/vec::push ports) value)))\n (if (selfhost/policy::str? value)\n (if ((core/eq? (selfhost/policy::trim value)) \"*\")\n ((((selfhost/effect-network::bind-port-policy-loop values)\n ((core/int::add index) 1)) true) ports)\n {:any nil :ports nil :status (quote :invalid-entry)})\n {:any nil :ports nil :status (quote :invalid-entry)})))))))))\n\n(def selfhost/effect-network::bind-port-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:any nil :ports nil :status (quote :absent)}\n (if (selfhost/policy::vec? raw)\n ((((selfhost/effect-network::bind-port-policy-loop raw) 0) false) [])\n {:any nil :ports nil :status (quote :invalid-type)}))))\n\n(def selfhost/effect-network::policy\n (fn (override)\n (fn (platform-max)\n (let ((network\n (if (selfhost/policy::nil? override)\n {\n :allow-http nil\n :bind-hosts nil\n :bind-ports nil\n :max-request-bytes nil\n :remote-allow nil\n :url-allow nil\n :wasi-network-profile nil}\n ((core/map::get override) (quote :network-policy)))))\n {\n :allow-http\n (selfhost/effect-network::bool-policy\n ((core/map::get network) (quote :allow-http)))\n :bind-hosts\n (selfhost/effect-network::list-policy\n ((core/map::get network) (quote :bind-hosts)))\n :bind-ports\n (selfhost/effect-network::bind-port-policy\n ((core/map::get network) (quote :bind-ports)))\n :max-request-bytes\n ((selfhost/effect-network::positive-limit-policy\n ((core/map::get network) (quote :max-request-bytes))) platform-max)\n :remote-allow\n (selfhost/effect-network::list-policy\n ((core/map::get network) (quote :remote-allow)))\n :url-allow\n (selfhost/effect-network::list-policy\n ((core/map::get network) (quote :url-allow)))\n :wasi-network-profile\n (selfhost/effect-network::string-policy\n ((core/map::get network) (quote :wasi-network-profile)))}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC3\x9B\xD5R\xDC\x85\xEA'\x15\xA7y\xE7E\xE2b\xAA\xCD\x18\x0C\xA4\x97Z\x9F\xA1\xBB\xD6\xBC\xB6sr\x9E`" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-plugin::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/effect-plugin::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/effect-plugin::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/effect-plugin::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/effect-plugin::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-plugin::exact-map? (fn (value) (fn (keys) (if (selfhost/policy::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/effect-plugin::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/effect-plugin::invalid-type? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))) (def selfhost/effect-plugin::invalid-entry? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-entry)) false))) (def selfhost/effect-plugin::list-input-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) ((selfhost/effect-plugin::list-input-loop? values) ((core/int::add index) 1)) (selfhost/effect-plugin::invalid-entry? value))))))) (def selfhost/effect-plugin::list-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-plugin::list-input-loop? value) 0) (selfhost/effect-plugin::invalid-type? value))))) (def selfhost/effect-plugin::input-valid? (fn (value) (if ((selfhost/effect-plugin::exact-map? value) [:commands :plugins :schema-ids]) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :commands))) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :plugins))) (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :schema-ids))) false) false) false))) (def selfhost/effect-plugin::list-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) {:status (quote :empty) :values nil} {:status (quote :valid) :values out}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) (((selfhost/effect-plugin::list-policy-loop values) ((core/int::add index) 1)) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) trimmed) out))) {:status (quote :invalid-entry) :values nil}))))))) (def selfhost/effect-plugin::list-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :values nil} (if (selfhost/policy::vec? raw) (((selfhost/effect-plugin::list-policy-loop raw) 0) []) {:status (quote :invalid-type) :values nil})))) (def selfhost/effect-plugin::empty-input {:commands nil :plugins nil :schema-ids nil}) (def selfhost/effect-plugin::policy (fn (override) (let ((plugin (if (selfhost/policy::nil? override) selfhost/effect-plugin::empty-input ((core/map::get override) (quote :plugin-policy))))) {:commands (selfhost/effect-plugin::list-policy ((core/map::get plugin) (quote :commands))) :plugins (selfhost/effect-plugin::list-policy ((core/map::get plugin) (quote :plugins))) :schema-ids (selfhost/effect-plugin::list-policy ((core/map::get plugin) (quote :schema-ids)))})))] :module-h b"\xAF\xC0r.\xC2}\xC0\xEF\xEC\xA5\xE8ve\xD9V0\xB6U\xDE\x9F\xEE\x82\xF7]Mb\x99\xCD\x1E\xC8\xC2\xEE" :path "selfhost/effect_policy_plugin_v1.gc" :source "(def selfhost/effect-plugin::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/effect-plugin::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/effect-plugin::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/effect-plugin::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/effect-plugin::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-plugin::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/policy::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/effect-plugin::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/effect-plugin::invalid-type?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))\n\n(def selfhost/effect-plugin::invalid-entry?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-entry))\n false)))\n\n(def selfhost/effect-plugin::list-input-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-plugin::list-input-loop? values) ((core/int::add index) 1))\n (selfhost/effect-plugin::invalid-entry? value)))))))\n\n(def selfhost/effect-plugin::list-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-plugin::list-input-loop? value) 0)\n (selfhost/effect-plugin::invalid-type? value)))))\n\n(def selfhost/effect-plugin::input-valid?\n (fn (value)\n (if ((selfhost/effect-plugin::exact-map? value) [:commands :plugins :schema-ids])\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :commands)))\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :plugins)))\n (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :schema-ids)))\n false)\n false)\n false)))\n\n(def selfhost/effect-plugin::list-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0)\n {:status (quote :empty) :values nil}\n {:status (quote :valid) :values out})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((selfhost/effect-plugin::list-policy-loop values)\n ((core/int::add index) 1))\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out) trimmed)\n out)))\n {:status (quote :invalid-entry) :values nil})))))))\n\n(def selfhost/effect-plugin::list-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :values nil}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-plugin::list-policy-loop raw) 0) [])\n {:status (quote :invalid-type) :values nil}))))\n\n(def selfhost/effect-plugin::empty-input\n {:commands nil :plugins nil :schema-ids nil})\n\n(def selfhost/effect-plugin::policy\n (fn (override)\n (let ((plugin\n (if (selfhost/policy::nil? override)\n selfhost/effect-plugin::empty-input\n ((core/map::get override) (quote :plugin-policy)))))\n {\n :commands\n (selfhost/effect-plugin::list-policy\n ((core/map::get plugin) (quote :commands)))\n :plugins\n (selfhost/effect-plugin::list-policy\n ((core/map::get plugin) (quote :plugins)))\n :schema-ids\n (selfhost/effect-plugin::list-policy\n ((core/map::get plugin) (quote :schema-ids)))})))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xAF\xC0r.\xC2}\xC0\xEF\xEC\xA5\xE8ve\xD9V0\xB6U\xDE\x9F\xEE\x82\xF7]Mb\x99\xCD\x1E\xC8\xC2\xEE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-ffi::fields [:abi-ids :evidence-mode :libraries :max-buffer-bytes :max-call-payload-bytes :policy-artifact-h :policy-key-id :policy-signature-h :schema-ids :signed-policy-required :symbols]) (def selfhost/effect-ffi::input-valid? (fn (value) (if ((selfhost/effect-plugin::exact-map? value) selfhost/effect-ffi::fields) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :abi-ids))) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :libraries))) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :schema-ids))) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :symbols))) (if (selfhost/effect-crypto::limit-input? ((core/map::get value) (quote :max-buffer-bytes))) (if (selfhost/effect-crypto::limit-input? ((core/map::get value) (quote :max-call-payload-bytes))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :policy-artifact-h))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :policy-signature-h))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :policy-key-id))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :evidence-mode))) ((core/sym::eq? (core/data::tag ((core/map::get value) (quote :signed-policy-required)))) (quote :bool)) false) false) false) false) false) false) false) false) false) false) false))) (def selfhost/effect-ffi::empty-input {:abi-ids nil :evidence-mode nil :libraries nil :max-buffer-bytes nil :max-call-payload-bytes nil :policy-artifact-h nil :policy-key-id nil :policy-signature-h nil :schema-ids nil :signed-policy-required false :symbols nil}) (def selfhost/effect-ffi::signed-error (fn (status) {:evidence-mode nil :policy-artifact-h nil :policy-key-id nil :policy-signature-h nil :status status})) (def selfhost/effect-ffi::signed-valid (fn (artifact) (fn (signature) (fn (key-id) (fn (evidence-mode) {:evidence-mode evidence-mode :policy-artifact-h artifact :policy-key-id key-id :policy-signature-h signature :status (quote :valid)}))))) (def selfhost/effect-ffi::state-status? (fn (state) (fn (status) ((core/sym::eq? ((core/map::get state) (quote :status))) status)))) (def selfhost/effect-ffi::hex64? (fn (value) (if (selfhost/policy::str? value) (let ((decoded (core/bytes::from-hex value))) (if (core/error::is? decoded) false ((core/int::eq? (core/bytes::len decoded)) 32))) false))) (def selfhost/effect-ffi::signed-policy (fn (ffi) (let ((required ((core/map::get ffi) (quote :signed-policy-required)))) (if (selfhost/effect-network::invalid-type? required) (selfhost/effect-ffi::signed-error (quote :invalid-required-type)) (if required (let ((artifact-state (selfhost/effect-network::string-policy ((core/map::get ffi) (quote :policy-artifact-h))))) (if (if ((selfhost/effect-ffi::state-status? artifact-state) (quote :absent)) true ((selfhost/effect-ffi::state-status? artifact-state) (quote :invalid-type))) (selfhost/effect-ffi::signed-error (quote :missing-artifact-h)) (if ((selfhost/effect-ffi::state-status? artifact-state) (quote :empty)) (selfhost/effect-ffi::signed-error (quote :empty-artifact-h)) (let ((artifact ((core/map::get artifact-state) (quote :value)))) (if (selfhost/effect-ffi::hex64? artifact) (let ((signature-state (selfhost/effect-network::string-policy ((core/map::get ffi) (quote :policy-signature-h))))) (if (if ((selfhost/effect-ffi::state-status? signature-state) (quote :absent)) true ((selfhost/effect-ffi::state-status? signature-state) (quote :invalid-type))) (selfhost/effect-ffi::signed-error (quote :missing-signature-h)) (if ((selfhost/effect-ffi::state-status? signature-state) (quote :empty)) (selfhost/effect-ffi::signed-error (quote :empty-signature-h)) (let ((signature ((core/map::get signature-state) (quote :value)))) (if (selfhost/effect-ffi::hex64? signature) (let ((key-state (selfhost/effect-network::string-policy ((core/map::get ffi) (quote :policy-key-id))))) (if (if ((selfhost/effect-ffi::state-status? key-state) (quote :absent)) true ((selfhost/effect-ffi::state-status? key-state) (quote :invalid-type))) (selfhost/effect-ffi::signed-error (quote :missing-key-id)) (if ((selfhost/effect-ffi::state-status? key-state) (quote :empty)) (selfhost/effect-ffi::signed-error (quote :empty-key-id)) (let ((evidence-state (selfhost/effect-network::string-policy ((core/map::get ffi) (quote :evidence-mode))))) (if (if ((selfhost/effect-ffi::state-status? evidence-state) (quote :absent)) true ((selfhost/effect-ffi::state-status? evidence-state) (quote :invalid-type))) (selfhost/effect-ffi::signed-error (quote :missing-evidence-mode)) (if ((selfhost/effect-ffi::state-status? evidence-state) (quote :empty)) (selfhost/effect-ffi::signed-error (quote :empty-evidence-mode)) (let ((evidence ((core/map::get evidence-state) (quote :value)))) (if ((core/eq? evidence) "deterministic") ((((selfhost/effect-ffi::signed-valid artifact) signature) ((core/map::get key-state) (quote :value))) evidence) (selfhost/effect-ffi::signed-error (quote :invalid-evidence-mode)))))))))) (selfhost/effect-ffi::signed-error (quote :invalid-signature-h))))))) (selfhost/effect-ffi::signed-error (quote :invalid-artifact-h))))))) (selfhost/effect-ffi::signed-error (quote :disabled))))))) (def selfhost/effect-ffi::policy (fn (override) (fn (platform-max) (let ((ffi (if (selfhost/policy::nil? override) selfhost/effect-ffi::empty-input ((core/map::get override) (quote :ffi-policy))))) {:abi-ids (selfhost/effect-plugin::list-policy ((core/map::get ffi) (quote :abi-ids))) :libraries (selfhost/effect-plugin::list-policy ((core/map::get ffi) (quote :libraries))) :max-buffer-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get ffi) (quote :max-buffer-bytes))) platform-max) :max-call-payload-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get ffi) (quote :max-call-payload-bytes))) platform-max) :schema-ids (selfhost/effect-plugin::list-policy ((core/map::get ffi) (quote :schema-ids))) :signed-policy (selfhost/effect-ffi::signed-policy ffi) :symbols (selfhost/effect-plugin::list-policy ((core/map::get ffi) (quote :symbols)))}))))] :module-h b"1C[\xAB\x16%\xBA\x99Z\xEE\xBE\xFA\xBD*7\x9C\xC8\xD4Is\xBA\xD6\xE6\x1Dl\xB7\x1A\xBAB\xFF\n\x9D" :path "selfhost/effect_policy_ffi_v1.gc" :source "(def selfhost/effect-ffi::fields\n [\n :abi-ids\n :evidence-mode\n :libraries\n :max-buffer-bytes\n :max-call-payload-bytes\n :policy-artifact-h\n :policy-key-id\n :policy-signature-h\n :schema-ids\n :signed-policy-required\n :symbols])\n\n(def selfhost/effect-ffi::input-valid?\n (fn (value)\n (if ((selfhost/effect-plugin::exact-map? value) selfhost/effect-ffi::fields)\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :abi-ids)))\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :libraries)))\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :schema-ids)))\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :symbols)))\n (if (selfhost/effect-crypto::limit-input?\n ((core/map::get value) (quote :max-buffer-bytes)))\n (if (selfhost/effect-crypto::limit-input?\n ((core/map::get value) (quote :max-call-payload-bytes)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :policy-artifact-h)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :policy-signature-h)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :policy-key-id)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :evidence-mode)))\n ((core/sym::eq?\n (core/data::tag\n ((core/map::get value)\n (quote :signed-policy-required))))\n (quote :bool))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-ffi::empty-input\n {\n :abi-ids nil\n :evidence-mode nil\n :libraries nil\n :max-buffer-bytes nil\n :max-call-payload-bytes nil\n :policy-artifact-h nil\n :policy-key-id nil\n :policy-signature-h nil\n :schema-ids nil\n :signed-policy-required false\n :symbols nil})\n\n(def selfhost/effect-ffi::signed-error\n (fn (status)\n {\n :evidence-mode nil\n :policy-artifact-h nil\n :policy-key-id nil\n :policy-signature-h nil\n :status status}))\n\n(def selfhost/effect-ffi::signed-valid\n (fn (artifact)\n (fn (signature)\n (fn (key-id)\n (fn (evidence-mode)\n {\n :evidence-mode evidence-mode\n :policy-artifact-h artifact\n :policy-key-id key-id\n :policy-signature-h signature\n :status (quote :valid)})))))\n\n(def selfhost/effect-ffi::state-status?\n (fn (state)\n (fn (status)\n ((core/sym::eq? ((core/map::get state) (quote :status))) status))))\n\n(def selfhost/effect-ffi::hex64?\n (fn (value)\n (if (selfhost/policy::str? value)\n (let ((decoded (core/bytes::from-hex value)))\n (if (core/error::is? decoded)\n false\n ((core/int::eq? (core/bytes::len decoded)) 32)))\n false)))\n\n(def selfhost/effect-ffi::signed-policy\n (fn (ffi)\n (let ((required ((core/map::get ffi) (quote :signed-policy-required))))\n (if (selfhost/effect-network::invalid-type? required)\n (selfhost/effect-ffi::signed-error (quote :invalid-required-type))\n (if required\n (let ((artifact-state\n (selfhost/effect-network::string-policy\n ((core/map::get ffi) (quote :policy-artifact-h)))))\n (if\n (if\n ((selfhost/effect-ffi::state-status? artifact-state) (quote :absent))\n true\n ((selfhost/effect-ffi::state-status? artifact-state)\n (quote :invalid-type)))\n (selfhost/effect-ffi::signed-error (quote :missing-artifact-h))\n (if\n ((selfhost/effect-ffi::state-status? artifact-state) (quote :empty))\n (selfhost/effect-ffi::signed-error (quote :empty-artifact-h))\n (let ((artifact ((core/map::get artifact-state) (quote :value))))\n (if (selfhost/effect-ffi::hex64? artifact)\n (let ((signature-state\n (selfhost/effect-network::string-policy\n ((core/map::get ffi) (quote :policy-signature-h)))))\n (if\n (if\n ((selfhost/effect-ffi::state-status? signature-state)\n (quote :absent))\n true\n ((selfhost/effect-ffi::state-status? signature-state)\n (quote :invalid-type)))\n (selfhost/effect-ffi::signed-error (quote :missing-signature-h))\n (if\n ((selfhost/effect-ffi::state-status? signature-state) (quote :empty))\n (selfhost/effect-ffi::signed-error (quote :empty-signature-h))\n (let ((signature\n ((core/map::get signature-state) (quote :value))))\n (if (selfhost/effect-ffi::hex64? signature)\n (let ((key-state\n (selfhost/effect-network::string-policy\n ((core/map::get ffi) (quote :policy-key-id)))))\n (if\n (if\n ((selfhost/effect-ffi::state-status? key-state)\n (quote :absent))\n true\n ((selfhost/effect-ffi::state-status? key-state)\n (quote :invalid-type)))\n (selfhost/effect-ffi::signed-error (quote :missing-key-id))\n (if\n ((selfhost/effect-ffi::state-status? key-state) (quote :empty))\n (selfhost/effect-ffi::signed-error (quote :empty-key-id))\n (let ((evidence-state\n (selfhost/effect-network::string-policy\n ((core/map::get ffi) (quote :evidence-mode)))))\n (if\n (if\n ((selfhost/effect-ffi::state-status? evidence-state)\n (quote :absent))\n true\n ((selfhost/effect-ffi::state-status? evidence-state)\n (quote :invalid-type)))\n (selfhost/effect-ffi::signed-error\n (quote :missing-evidence-mode))\n (if\n ((selfhost/effect-ffi::state-status? evidence-state)\n (quote :empty))\n (selfhost/effect-ffi::signed-error\n (quote :empty-evidence-mode))\n (let ((evidence\n ((core/map::get evidence-state) (quote :value))))\n (if ((core/eq? evidence) \"deterministic\")\n ((((selfhost/effect-ffi::signed-valid artifact)\n signature)\n ((core/map::get key-state) (quote :value)))\n evidence)\n (selfhost/effect-ffi::signed-error\n (quote :invalid-evidence-mode))))))))))\n (selfhost/effect-ffi::signed-error\n (quote :invalid-signature-h)))))))\n (selfhost/effect-ffi::signed-error (quote :invalid-artifact-h)))))))\n (selfhost/effect-ffi::signed-error (quote :disabled)))))))\n\n(def selfhost/effect-ffi::policy\n (fn (override)\n (fn (platform-max)\n (let ((ffi\n (if (selfhost/policy::nil? override)\n selfhost/effect-ffi::empty-input\n ((core/map::get override) (quote :ffi-policy)))))\n {\n :abi-ids\n (selfhost/effect-plugin::list-policy\n ((core/map::get ffi) (quote :abi-ids)))\n :libraries\n (selfhost/effect-plugin::list-policy\n ((core/map::get ffi) (quote :libraries)))\n :max-buffer-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get ffi) (quote :max-buffer-bytes))) platform-max)\n :max-call-payload-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get ffi) (quote :max-call-payload-bytes))) platform-max)\n :schema-ids\n (selfhost/effect-plugin::list-policy\n ((core/map::get ffi) (quote :schema-ids)))\n :signed-policy (selfhost/effect-ffi::signed-policy ffi)\n :symbols\n (selfhost/effect-plugin::list-policy\n ((core/map::get ffi) (quote :symbols)))}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x00HL\x85\xAF\x9B\x96};\x03n\xAB\xDD\xF0\xAE\x0EV,[+N\x04\x19an[\x96(\xEErvE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-bridge::starts-with? (fn (value) (fn (prefix) (let ((value-bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((value-len (core/bytes::len value-bytes))) (let ((prefix-len (core/bytes::len prefix-bytes))) (if ((core/int::lt? value-len) prefix-len) false ((core/eq? (((core/bytes::slice value-bytes) 0) prefix-len)) prefix-bytes))))))))) (def selfhost/effect-bridge::strip-digest-prefix (fn (value) (if (if ((selfhost/effect-bridge::starts-with? value) "sha256:") true ((selfhost/effect-bridge::starts-with? value) "SHA256:")) (let ((bytes (core/str::to-utf8 value))) (core/str::from-utf8 (((core/bytes::slice bytes) 7) ((core/int::sub (core/bytes::len bytes)) 7)))) value))) (def selfhost/effect-bridge::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:allowlist :args :command :digest :transport :wasi-profile :wasi-response :wasi-response-file]) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :allowlist))) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :args))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :command))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :digest))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :transport))) (if (selfhost/effect-network::optional-bool-input? ((core/map::get value) (quote :wasi-profile))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :wasi-response))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :wasi-response-file))) false) false) false) false) false) false) false) false))) (def selfhost/effect-bridge::allowlist-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) {:status (quote :valid) :values out} (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) (if (selfhost/policy::non-empty-str? trimmed) (((selfhost/effect-bridge::allowlist-policy-loop values) ((core/int::add index) 1)) ((core/vec::push out) trimmed)) {:status (quote :empty-entry) :values nil})) {:status (quote :invalid-entry) :values nil}))))))) (def selfhost/effect-bridge::allowlist-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :values nil} (if (selfhost/policy::vec? raw) (((selfhost/effect-bridge::allowlist-policy-loop raw) 0) []) {:status (quote :invalid-type) :values nil})))) (def selfhost/effect-bridge::args-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((value ((core/vec::get values) index))) (((selfhost/effect-bridge::args-policy-loop values) ((core/int::add index) 1)) (if (selfhost/policy::str? value) ((core/vec::push out) value) out)))))))) (def selfhost/effect-bridge::args-policy (fn (raw) (if (selfhost/policy::vec? raw) (((selfhost/effect-bridge::args-policy-loop raw) 0) []) []))) (def selfhost/effect-bridge::command-policy (fn (raw) (if (selfhost/policy::str? raw) raw nil))) (def selfhost/effect-bridge::transport-policy (fn (raw) (if (selfhost/policy::str? raw) (let ((value (selfhost/policy::trim raw))) (if (selfhost/policy::non-empty-str? value) (if ((core/eq? value) "spawn-per-op") {:status (quote :spawn-per-op) :value nil} (if ((core/eq? value) "persistent-stdio") {:status (quote :persistent-stdio) :value nil} {:status (quote :invalid) :value value})) {:status (quote :spawn-per-op) :value nil})) {:status (quote :spawn-per-op) :value nil}))) (def selfhost/effect-bridge::wasi-profile-policy (fn (raw) (if ((core/sym::eq? (core/data::tag raw)) (quote :bool)) raw false))) (def selfhost/effect-bridge::nonempty-string? (fn (raw) (if (selfhost/policy::str? raw) (selfhost/policy::non-empty-str? (selfhost/policy::trim raw)) false))) (def selfhost/effect-bridge::active? (fn (bridge) (if (selfhost/effect-bridge::nonempty-string? ((core/map::get bridge) (quote :command))) true (if (selfhost/effect-bridge::nonempty-string? ((core/map::get bridge) (quote :wasi-response))) true (if (selfhost/effect-bridge::nonempty-string? ((core/map::get bridge) (quote :wasi-response-file))) true (selfhost/effect-bridge::wasi-profile-policy ((core/map::get bridge) (quote :wasi-profile)))))))) (def selfhost/effect-bridge::family-requires-pin? (fn (op) (if ((selfhost/effect-bridge::starts-with? op) "host/plugin::") true (if ((selfhost/effect-bridge::starts-with? op) "host/ffi::") true ((selfhost/effect-bridge::starts-with? op) "editor/"))))) (def selfhost/effect-bridge::state-status? (fn (state) (fn (status) ((core/sym::eq? ((core/map::get state) (quote :status))) status)))) (def selfhost/effect-bridge::digest-policy (fn (raw) (let ((state (selfhost/effect-network::string-policy raw))) (if ((selfhost/effect-bridge::state-status? state) (quote :valid)) (let ((digest (selfhost/effect-bridge::strip-digest-prefix ((core/map::get state) (quote :value))))) (if (selfhost/effect-ffi::hex64? digest) {:status (quote :valid) :value (selfhost/effect-crypto::ascii-lower digest)} {:status (quote :invalid-digest) :value nil})) state)))) (def selfhost/effect-bridge::pin-required? (fn (op) (fn (bridge) (if (selfhost/effect-bridge::family-requires-pin? op) (let ((command (selfhost/effect-network::string-policy ((core/map::get bridge) (quote :command)))) (wasi (selfhost/effect-network::bool-policy ((core/map::get bridge) (quote :wasi-profile))))) (if ((selfhost/effect-bridge::state-status? command) (quote :valid)) (if ((selfhost/effect-bridge::state-status? wasi) (quote :valid)) (if ((core/map::get wasi) (quote :value)) false true) true) false)) false)))) (def selfhost/effect-bridge::policy (fn (op) (fn (override) (let ((bridge (if (selfhost/policy::nil? override) {:allowlist nil :args nil :command nil :digest nil :transport nil :wasi-profile nil :wasi-response nil :wasi-response-file nil} ((core/map::get override) (quote :bridge-identity-policy))))) {:active (selfhost/effect-bridge::active? bridge) :allowlist (selfhost/effect-bridge::allowlist-policy ((core/map::get bridge) (quote :allowlist))) :args (selfhost/effect-bridge::args-policy ((core/map::get bridge) (quote :args))) :command (selfhost/effect-bridge::command-policy ((core/map::get bridge) (quote :command))) :digest (selfhost/effect-bridge::digest-policy ((core/map::get bridge) (quote :digest))) :pin-required ((selfhost/effect-bridge::pin-required? op) bridge) :transport (selfhost/effect-bridge::transport-policy ((core/map::get bridge) (quote :transport))) :wasi-profile (selfhost/effect-bridge::wasi-profile-policy ((core/map::get bridge) (quote :wasi-profile)))}))))] :module-h b"\xD2\xDDoA\x9DU\x8C\x03\xEE\xA0f\xB8\x02B@\xFF\xE5\x91,\x9E\x08\x82\xA5\x1DE\x19\x01{\xDF;\x1E\xF1" :path "selfhost/effect_policy_bridge_v1.gc" :source "(def selfhost/effect-bridge::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((value-bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((value-len (core/bytes::len value-bytes)))\n (let ((prefix-len (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? value-len) prefix-len)\n false\n ((core/eq? (((core/bytes::slice value-bytes) 0) prefix-len))\n prefix-bytes)))))))))\n\n(def selfhost/effect-bridge::strip-digest-prefix\n (fn (value)\n (if\n (if ((selfhost/effect-bridge::starts-with? value) \"sha256:\")\n true\n ((selfhost/effect-bridge::starts-with? value) \"SHA256:\"))\n (let ((bytes (core/str::to-utf8 value)))\n (core/str::from-utf8\n (((core/bytes::slice bytes) 7) ((core/int::sub (core/bytes::len bytes)) 7))))\n value)))\n\n(def selfhost/effect-bridge::input-valid?\n (fn (value)\n (if\n ((selfhost/effect-policy::exact-map? value)\n [:allowlist :args :command :digest :transport :wasi-profile :wasi-response :wasi-response-file])\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :allowlist)))\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :args)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :command)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :digest)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :transport)))\n (if (selfhost/effect-network::optional-bool-input?\n ((core/map::get value) (quote :wasi-profile)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :wasi-response)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :wasi-response-file)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-bridge::allowlist-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n {:status (quote :valid) :values out}\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (if (selfhost/policy::non-empty-str? trimmed)\n (((selfhost/effect-bridge::allowlist-policy-loop values)\n ((core/int::add index) 1))\n ((core/vec::push out) trimmed))\n {:status (quote :empty-entry) :values nil}))\n {:status (quote :invalid-entry) :values nil})))))))\n\n(def selfhost/effect-bridge::allowlist-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :values nil}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-bridge::allowlist-policy-loop raw) 0) [])\n {:status (quote :invalid-type) :values nil}))))\n\n(def selfhost/effect-bridge::args-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let ((value ((core/vec::get values) index)))\n (((selfhost/effect-bridge::args-policy-loop values)\n ((core/int::add index) 1))\n (if (selfhost/policy::str? value) ((core/vec::push out) value) out))))))))\n\n(def selfhost/effect-bridge::args-policy\n (fn (raw)\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-bridge::args-policy-loop raw) 0) [])\n [])))\n\n(def selfhost/effect-bridge::command-policy\n (fn (raw) (if (selfhost/policy::str? raw) raw nil)))\n\n(def selfhost/effect-bridge::transport-policy\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (let ((value (selfhost/policy::trim raw)))\n (if (selfhost/policy::non-empty-str? value)\n (if ((core/eq? value) \"spawn-per-op\")\n {:status (quote :spawn-per-op) :value nil}\n (if ((core/eq? value) \"persistent-stdio\")\n {:status (quote :persistent-stdio) :value nil}\n {:status (quote :invalid) :value value}))\n {:status (quote :spawn-per-op) :value nil}))\n {:status (quote :spawn-per-op) :value nil})))\n\n(def selfhost/effect-bridge::wasi-profile-policy\n (fn (raw)\n (if ((core/sym::eq? (core/data::tag raw)) (quote :bool)) raw false)))\n\n(def selfhost/effect-bridge::nonempty-string?\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (selfhost/policy::non-empty-str? (selfhost/policy::trim raw))\n false)))\n\n(def selfhost/effect-bridge::active?\n (fn (bridge)\n (if (selfhost/effect-bridge::nonempty-string?\n ((core/map::get bridge) (quote :command)))\n true\n (if (selfhost/effect-bridge::nonempty-string?\n ((core/map::get bridge) (quote :wasi-response)))\n true\n (if (selfhost/effect-bridge::nonempty-string?\n ((core/map::get bridge) (quote :wasi-response-file)))\n true\n (selfhost/effect-bridge::wasi-profile-policy\n ((core/map::get bridge) (quote :wasi-profile))))))))\n\n(def selfhost/effect-bridge::family-requires-pin?\n (fn (op)\n (if ((selfhost/effect-bridge::starts-with? op) \"host/plugin::\")\n true\n (if ((selfhost/effect-bridge::starts-with? op) \"host/ffi::\")\n true\n ((selfhost/effect-bridge::starts-with? op) \"editor/\")))))\n\n(def selfhost/effect-bridge::state-status?\n (fn (state)\n (fn (status)\n ((core/sym::eq? ((core/map::get state) (quote :status))) status))))\n\n(def selfhost/effect-bridge::digest-policy\n (fn (raw)\n (let ((state (selfhost/effect-network::string-policy raw)))\n (if ((selfhost/effect-bridge::state-status? state) (quote :valid))\n (let\n ((digest\n (selfhost/effect-bridge::strip-digest-prefix\n ((core/map::get state) (quote :value)))))\n (if (selfhost/effect-ffi::hex64? digest)\n {\n :status (quote :valid)\n :value (selfhost/effect-crypto::ascii-lower digest)}\n {:status (quote :invalid-digest) :value nil}))\n state))))\n\n(def selfhost/effect-bridge::pin-required?\n (fn (op)\n (fn (bridge)\n (if (selfhost/effect-bridge::family-requires-pin? op)\n (let\n ((command\n (selfhost/effect-network::string-policy\n ((core/map::get bridge) (quote :command))))\n (wasi\n (selfhost/effect-network::bool-policy\n ((core/map::get bridge) (quote :wasi-profile)))))\n (if ((selfhost/effect-bridge::state-status? command) (quote :valid))\n (if ((selfhost/effect-bridge::state-status? wasi) (quote :valid))\n (if ((core/map::get wasi) (quote :value)) false true)\n true)\n false))\n false))))\n\n(def selfhost/effect-bridge::policy\n (fn (op)\n (fn (override)\n (let\n ((bridge\n (if (selfhost/policy::nil? override)\n {:allowlist nil :args nil :command nil :digest nil :transport nil :wasi-profile nil :wasi-response nil :wasi-response-file nil}\n ((core/map::get override) (quote :bridge-identity-policy)))))\n {\n :active (selfhost/effect-bridge::active? bridge)\n :allowlist\n (selfhost/effect-bridge::allowlist-policy\n ((core/map::get bridge) (quote :allowlist)))\n :args\n (selfhost/effect-bridge::args-policy\n ((core/map::get bridge) (quote :args)))\n :command\n (selfhost/effect-bridge::command-policy\n ((core/map::get bridge) (quote :command)))\n :digest\n (selfhost/effect-bridge::digest-policy\n ((core/map::get bridge) (quote :digest)))\n :pin-required ((selfhost/effect-bridge::pin-required? op) bridge)\n :transport\n (selfhost/effect-bridge::transport-policy\n ((core/map::get bridge) (quote :transport)))\n :wasi-profile\n (selfhost/effect-bridge::wasi-profile-policy\n ((core/map::get bridge) (quote :wasi-profile)))}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xD2\xDDoA\x9DU\x8C\x03\xEE\xA0f\xB8\x02B@\xFF\xE5\x91,\x9E\x08\x82\xA5\x1DE\x19\x01{\xDF;\x1E\xF1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-gpu::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:backend :fallback-default :fallback-override]) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :backend))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :fallback-default))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :fallback-override))) false) false) false))) (def selfhost/effect-gpu::normalized-string (fn (raw) (if (selfhost/policy::str? raw) (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)) ""))) (def selfhost/effect-gpu::backend-policy (fn (raw) (let ((normalized (selfhost/effect-gpu::normalized-string raw))) (if ((core/eq? normalized) "device-runtime") (quote :device-runtime) (if ((core/eq? normalized) "device-runtime-full") (quote :device-runtime-full) (quote :first-party-runtime)))))) (def selfhost/effect-gpu::fallback-policy (fn (raw) (if ((core/eq? (selfhost/effect-gpu::normalized-string raw)) "require-device") (quote :require-device) (quote :allow-fallback)))) (def selfhost/effect-gpu::policy (fn (input) (let ((fallback-override ((core/map::get input) (quote :fallback-override)))) {:backend (selfhost/effect-gpu::backend-policy ((core/map::get input) (quote :backend))) :fallback (selfhost/effect-gpu::fallback-policy (if (selfhost/policy::str? fallback-override) fallback-override ((core/map::get input) (quote :fallback-default))))})))] :module-h b"\xE4\xABf\x1Fd\xD0D\xA7i\x8Fc a\x9D\x0F\xD2\xDB\x1D`\xCA(V\xAB\xC9H\xFF\xFC\xC5`\xE8\xF3\xB7" :path "selfhost/effect_policy_gpu_v1.gc" :source "(def selfhost/effect-gpu::input-valid?\n (fn (value)\n (if\n ((selfhost/effect-policy::exact-map? value)\n [:backend :fallback-default :fallback-override])\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :backend)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :fallback-default)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :fallback-override)))\n false)\n false)\n false)))\n\n(def selfhost/effect-gpu::normalized-string\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))\n \"\")))\n\n(def selfhost/effect-gpu::backend-policy\n (fn (raw)\n (let ((normalized (selfhost/effect-gpu::normalized-string raw)))\n (if ((core/eq? normalized) \"device-runtime\")\n (quote :device-runtime)\n (if ((core/eq? normalized) \"device-runtime-full\")\n (quote :device-runtime-full)\n (quote :first-party-runtime))))))\n\n(def selfhost/effect-gpu::fallback-policy\n (fn (raw)\n (if ((core/eq? (selfhost/effect-gpu::normalized-string raw)) \"require-device\")\n (quote :require-device)\n (quote :allow-fallback))))\n\n(def selfhost/effect-gpu::policy\n (fn (input)\n (let\n ((fallback-override ((core/map::get input) (quote :fallback-override))))\n {\n :backend\n (selfhost/effect-gpu::backend-policy\n ((core/map::get input) (quote :backend)))\n :fallback\n (selfhost/effect-gpu::fallback-policy\n (if (selfhost/policy::str? fallback-override)\n fallback-override\n ((core/map::get input) (quote :fallback-default))))})))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE4\xABf\x1Fd\xD0D\xA7i\x8Fc a\x9D\x0F\xD2\xDB\x1D`\xCA(V\xAB\xC9H\xFF\xFC\xC5`\xE8\xF3\xB7" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-gfx::profile? (fn (value) (if ((core/eq? value) (quote :headless)) true (if ((core/eq? value) (quote :interactive)) true (if ((core/eq? value) (quote :desktop)) true ((core/eq? value) (quote :browser))))))) (def selfhost/effect-gfx::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:production-default :profile :profile-alias :runtime-profile :runtime-profile-alias]) (if (selfhost/effect-gfx::profile? ((core/map::get value) (quote :production-default))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :profile))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :profile-alias))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :runtime-profile))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :runtime-profile-alias))) false) false) false) false) false))) (def selfhost/effect-gfx::selected (fn (primary) (fn (alias) (if (selfhost/policy::nil? primary) alias primary)))) (def selfhost/effect-gfx::normalized-string (fn (raw) (if (selfhost/policy::str? raw) (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)) ""))) (def selfhost/effect-gfx::production-runtime? (fn (raw) (if (selfhost/policy::str? raw) (let ((normalized (selfhost/effect-gfx::normalized-string raw))) (if ((core/eq? normalized) "production") true (if ((core/eq? normalized) "prod") true ((core/eq? normalized) "release")))) false))) (def selfhost/effect-gfx::explicit-profile (fn (raw) (fn (production-default) (let ((normalized (selfhost/effect-gfx::normalized-string raw))) (if ((core/eq? normalized) "interactive") (quote :interactive) (if ((core/eq? normalized) "desktop") (quote :desktop) (if ((core/eq? normalized) "browser") (quote :browser) (if ((core/eq? normalized) "headless") (quote :headless) (if (if ((core/eq? normalized) "production") true ((core/eq? normalized) "prod")) production-default (quote :headless)))))))))) (def selfhost/effect-gfx::policy (fn (input) (let ((production-default ((core/map::get input) (quote :production-default))) (profile ((selfhost/effect-gfx::selected ((core/map::get input) (quote :profile))) ((core/map::get input) (quote :profile-alias)))) (runtime-profile ((selfhost/effect-gfx::selected ((core/map::get input) (quote :runtime-profile))) ((core/map::get input) (quote :runtime-profile-alias))))) (if (selfhost/policy::str? profile) ((selfhost/effect-gfx::explicit-profile profile) production-default) (if (selfhost/effect-gfx::production-runtime? runtime-profile) production-default (quote :headless))))))] :module-h b";Y=\xC3tA\xA1\x80\xCFuG\xCAI\xB8B5po\xEE\xA4\x01\xE0\xDD\xC6\xB2\x15\x18h-\x8D$\xFB" :path "selfhost/effect_policy_gfx_v1.gc" :source "(def selfhost/effect-gfx::profile?\n (fn (value)\n (if ((core/eq? value) (quote :headless)) true\n (if ((core/eq? value) (quote :interactive)) true\n (if ((core/eq? value) (quote :desktop)) true\n ((core/eq? value) (quote :browser)))))))\n\n(def selfhost/effect-gfx::input-valid?\n (fn (value)\n (if\n ((selfhost/effect-policy::exact-map? value)\n [:production-default :profile :profile-alias\n :runtime-profile :runtime-profile-alias])\n (if\n (selfhost/effect-gfx::profile?\n ((core/map::get value) (quote :production-default)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :profile)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :profile-alias)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :runtime-profile)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :runtime-profile-alias)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-gfx::selected\n (fn (primary alias)\n (if (selfhost/policy::nil? primary) alias primary)))\n\n(def selfhost/effect-gfx::normalized-string\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))\n \"\")))\n\n(def selfhost/effect-gfx::production-runtime?\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (let ((normalized (selfhost/effect-gfx::normalized-string raw)))\n (if ((core/eq? normalized) \"production\") true\n (if ((core/eq? normalized) \"prod\") true\n ((core/eq? normalized) \"release\"))))\n false)))\n\n(def selfhost/effect-gfx::explicit-profile\n (fn (raw production-default)\n (let ((normalized (selfhost/effect-gfx::normalized-string raw)))\n (if ((core/eq? normalized) \"interactive\") (quote :interactive)\n (if ((core/eq? normalized) \"desktop\") (quote :desktop)\n (if ((core/eq? normalized) \"browser\") (quote :browser)\n (if ((core/eq? normalized) \"headless\") (quote :headless)\n (if\n (if ((core/eq? normalized) \"production\") true\n ((core/eq? normalized) \"prod\"))\n production-default\n (quote :headless)))))))))\n\n(def selfhost/effect-gfx::policy\n (fn (input)\n (let\n ((production-default\n ((core/map::get input) (quote :production-default)))\n (profile\n ((selfhost/effect-gfx::selected\n ((core/map::get input) (quote :profile)))\n ((core/map::get input) (quote :profile-alias))))\n (runtime-profile\n ((selfhost/effect-gfx::selected\n ((core/map::get input) (quote :runtime-profile)))\n ((core/map::get input) (quote :runtime-profile-alias)))))\n (if (selfhost/policy::str? profile)\n ((selfhost/effect-gfx::explicit-profile profile) production-default)\n (if (selfhost/effect-gfx::production-runtime? runtime-profile)\n production-default\n (quote :headless))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b";Y=\xC3tA\xA1\x80\xCFuG\xCAI\xB8B5po\xEE\xA4\x01\xE0\xDD\xC6\xB2\x15\x18h-\x8D$\xFB" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-xr::identity-input-valid? (fn (value) (if (selfhost/effect-network::optional-string-input? ((core/vec::get value) 6)) (if (selfhost/effect-network::optional-string-input? ((core/vec::get value) 16)) (selfhost/effect-network::optional-string-input? ((core/vec::get value) 17)) false) false))) (def selfhost/effect-xr::list-input-valid? (fn (value) (if (selfhost/effect-network::list-input? ((core/vec::get value) 0)) (if (selfhost/effect-network::list-input? ((core/vec::get value) 2)) (selfhost/effect-network::list-input? ((core/vec::get value) 4)) false) false))) (def selfhost/effect-xr::bool-input-valid? (fn (value) (if (selfhost/effect-network::optional-bool-input? ((core/vec::get value) 1)) (if (selfhost/effect-network::optional-bool-input? ((core/vec::get value) 3)) (selfhost/effect-network::optional-bool-input? ((core/vec::get value) 5)) false) false))) (def selfhost/effect-xr::limit-input-valid? (fn (value) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 7)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 8)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 9)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 10)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 11)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 12)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 13)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 14)) (selfhost/effect-network::limit-input? ((core/vec::get value) 15)) false) false) false) false) false) false) false) false))) (def selfhost/effect-xr::input-valid? (fn (value) (if (if (selfhost/policy::vec? value) ((core/int::eq? (core/vec::len value)) 18) false) (if (selfhost/effect-xr::identity-input-valid? value) (if (selfhost/effect-xr::list-input-valid? value) (if (selfhost/effect-xr::bool-input-valid? value) (selfhost/effect-xr::limit-input-valid? value) false) false) false) false))) (def selfhost/effect-xr::selected (fn (primary) (fn (alias) (if (selfhost/policy::nil? primary) alias primary)))) (def selfhost/effect-xr::normalized-string (fn (raw) (if (selfhost/policy::str? raw) (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)) ""))) (def selfhost/effect-xr::production? (fn (raw) (if (selfhost/policy::str? raw) (let ((normalized (selfhost/effect-xr::normalized-string raw))) (if ((core/eq? normalized) "production") true (if ((core/eq? normalized) "prod") true ((core/eq? normalized) "release")))) false))) (def selfhost/effect-xr::backend-decision (fn (backend) (fn (invalid-value) {:backend backend :invalid-value invalid-value}))) (def selfhost/effect-xr::production-decision (fn (bridge-active) (if bridge-active ((selfhost/effect-xr::backend-decision (quote :webxr-device)) nil) ((selfhost/effect-xr::backend-decision (quote :production-requires-bridge)) nil)))) (def selfhost/effect-xr::explicit-decision (fn (raw) (fn (bridge-active) (let ((normalized (selfhost/effect-xr::normalized-string raw))) (if (if ((core/eq? normalized) "") true (if ((core/eq? normalized) "first-party") true (if ((core/eq? normalized) "first-party-runtime") true (if ((core/eq? normalized) "headless-sim") true ((core/eq? normalized) "xr-headless-sim"))))) ((selfhost/effect-xr::backend-decision (quote :first-party-runtime)) nil) (if (selfhost/effect-xr::production? normalized) (selfhost/effect-xr::production-decision bridge-active) (if (if ((core/eq? normalized) "webxr-device") true (if ((core/eq? normalized) "device-runtime") true ((core/eq? normalized) "browser-device"))) ((selfhost/effect-xr::backend-decision (quote :webxr-device)) nil) ((selfhost/effect-xr::backend-decision (quote :invalid)) normalized)))))))) (def selfhost/effect-xr::positive-decision (fn (raw) (fn (maximum) (if (selfhost/policy::nil? raw) nil (if (selfhost/effect-network::invalid-type? raw) (quote :invalid-type) (if ((core/int::lt? raw) 1) (quote :nonpositive) (if (if (selfhost/policy::nil? maximum) false ((core/int::lt? maximum) raw)) (quote :out-of-range) raw))))))) (def selfhost/effect-xr::bool-decision (fn (raw) (if (selfhost/policy::nil? raw) nil (if (selfhost/effect-network::invalid-type? raw) (quote :invalid-type) raw)))) (def selfhost/effect-xr::list-decision-loop (fn (values) (fn (index) (fn (lowercase) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) (quote :empty) out) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) ((((selfhost/effect-xr::list-decision-loop values) ((core/int::add index) 1)) lowercase) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) (if lowercase (selfhost/effect-crypto::ascii-lower trimmed) trimmed)) out))) (quote :invalid-entry))))))))) (def selfhost/effect-xr::list-decision (fn (raw) (fn (lowercase) (if (selfhost/policy::nil? raw) nil (if (selfhost/effect-network::invalid-type? raw) (quote :invalid-type) ((((selfhost/effect-xr::list-decision-loop raw) 0) lowercase) [])))))) (def selfhost/effect-xr::backend-policy (fn (input) (fn (bridge-active) (let ((backend ((core/vec::get input) 6)) (runtime-profile ((selfhost/effect-xr::selected ((core/vec::get input) 16)) ((core/vec::get input) 17)))) (if (selfhost/policy::str? backend) ((selfhost/effect-xr::explicit-decision backend) bridge-active) (if (selfhost/effect-xr::production? runtime-profile) (selfhost/effect-xr::production-decision bridge-active) ((selfhost/effect-xr::backend-decision (quote :first-party-runtime)) nil))))))) (def selfhost/effect-xr::policy (fn (input) (fn (bridge-active) (let ((backend ((selfhost/effect-xr::backend-policy input) bridge-active))) {:allow-anchor-spaces ((selfhost/effect-xr::list-decision ((core/vec::get input) 0)) true) :allow-hand-tracking (selfhost/effect-xr::bool-decision ((core/vec::get input) 1)) :allow-haptics-inputs ((selfhost/effect-xr::list-decision ((core/vec::get input) 2)) false) :allow-hit-test (selfhost/effect-xr::bool-decision ((core/vec::get input) 3)) :allow-layer-types ((selfhost/effect-xr::list-decision ((core/vec::get input) 4)) true) :allow-spatial-mesh (selfhost/effect-xr::bool-decision ((core/vec::get input) 5)) :backend ((core/map::get backend) (quote :backend)) :invalid-value ((core/map::get backend) (quote :invalid-value)) :max-anchors ((selfhost/effect-xr::positive-decision ((core/vec::get input) 7)) nil) :max-hand-joints ((selfhost/effect-xr::positive-decision ((core/vec::get input) 8)) nil) :max-haptics-amplitude ((selfhost/effect-xr::positive-decision ((core/vec::get input) 9)) 1000) :max-haptics-duration-ms ((selfhost/effect-xr::positive-decision ((core/vec::get input) 10)) nil) :max-hit-results ((selfhost/effect-xr::positive-decision ((core/vec::get input) 11)) nil) :max-layer-opacity ((selfhost/effect-xr::positive-decision ((core/vec::get input) 12)) nil) :max-layers ((selfhost/effect-xr::positive-decision ((core/vec::get input) 13)) nil) :max-mesh-vertices ((selfhost/effect-xr::positive-decision ((core/vec::get input) 14)) nil) :max-meshes ((selfhost/effect-xr::positive-decision ((core/vec::get input) 15)) nil)}))))] :module-h b"`\n\xD89\xBE\xA5\x90_]\xDC\xDB\x81\x9B<\x96\x82T\x8F\xF6\xEB,\x04\xB7\xF2\x03Qv\xC6\x06P{*" :path "selfhost/effect_policy_xr_v1.gc" :source "(def selfhost/effect-xr::identity-input-valid?\n (fn (value)\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/vec::get value) 6))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/vec::get value) 16))\n (selfhost/effect-network::optional-string-input?\n ((core/vec::get value) 17))\n false)\n false)))\n\n(def selfhost/effect-xr::list-input-valid?\n (fn (value)\n (if\n (selfhost/effect-network::list-input?\n ((core/vec::get value) 0))\n (if\n (selfhost/effect-network::list-input?\n ((core/vec::get value) 2))\n (selfhost/effect-network::list-input?\n ((core/vec::get value) 4))\n false)\n false)))\n\n(def selfhost/effect-xr::bool-input-valid?\n (fn (value)\n (if\n (selfhost/effect-network::optional-bool-input?\n ((core/vec::get value) 1))\n (if\n (selfhost/effect-network::optional-bool-input?\n ((core/vec::get value) 3))\n (selfhost/effect-network::optional-bool-input?\n ((core/vec::get value) 5))\n false)\n false)))\n\n(def selfhost/effect-xr::limit-input-valid?\n (fn (value)\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 7))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 8))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 9))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 10))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 11))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 12))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 13))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 14))\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 15))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-xr::input-valid?\n (fn (value)\n (if\n (if (selfhost/policy::vec? value)\n ((core/int::eq? (core/vec::len value)) 18)\n false)\n (if (selfhost/effect-xr::identity-input-valid? value)\n (if (selfhost/effect-xr::list-input-valid? value)\n (if (selfhost/effect-xr::bool-input-valid? value)\n (selfhost/effect-xr::limit-input-valid? value)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-xr::selected\n (fn (primary alias)\n (if (selfhost/policy::nil? primary) alias primary)))\n\n(def selfhost/effect-xr::normalized-string\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))\n \"\")))\n\n(def selfhost/effect-xr::production?\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (let ((normalized (selfhost/effect-xr::normalized-string raw)))\n (if ((core/eq? normalized) \"production\") true\n (if ((core/eq? normalized) \"prod\") true\n ((core/eq? normalized) \"release\"))))\n false)))\n\n(def selfhost/effect-xr::backend-decision\n (fn (backend invalid-value)\n {:backend backend :invalid-value invalid-value}))\n\n(def selfhost/effect-xr::production-decision\n (fn (bridge-active)\n (if bridge-active\n ((selfhost/effect-xr::backend-decision (quote :webxr-device)) nil)\n ((selfhost/effect-xr::backend-decision (quote :production-requires-bridge)) nil))))\n\n(def selfhost/effect-xr::explicit-decision\n (fn (raw bridge-active)\n (let ((normalized (selfhost/effect-xr::normalized-string raw)))\n (if\n (if ((core/eq? normalized) \"\") true\n (if ((core/eq? normalized) \"first-party\") true\n (if ((core/eq? normalized) \"first-party-runtime\") true\n (if ((core/eq? normalized) \"headless-sim\") true\n ((core/eq? normalized) \"xr-headless-sim\")))))\n ((selfhost/effect-xr::backend-decision (quote :first-party-runtime)) nil)\n (if (selfhost/effect-xr::production? normalized)\n (selfhost/effect-xr::production-decision bridge-active)\n (if\n (if ((core/eq? normalized) \"webxr-device\") true\n (if ((core/eq? normalized) \"device-runtime\") true\n ((core/eq? normalized) \"browser-device\")))\n ((selfhost/effect-xr::backend-decision (quote :webxr-device)) nil)\n ((selfhost/effect-xr::backend-decision (quote :invalid)) normalized)))))))\n\n(def selfhost/effect-xr::positive-decision\n (fn (raw maximum)\n (if (selfhost/policy::nil? raw)\n nil\n (if (selfhost/effect-network::invalid-type? raw)\n (quote :invalid-type)\n (if ((core/int::lt? raw) 1)\n (quote :nonpositive)\n (if\n (if (selfhost/policy::nil? maximum)\n false\n ((core/int::lt? maximum) raw))\n (quote :out-of-range)\n raw))))))\n\n(def selfhost/effect-xr::bool-decision\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n nil\n (if (selfhost/effect-network::invalid-type? raw)\n (quote :invalid-type)\n raw))))\n\n(def selfhost/effect-xr::list-decision-loop\n (fn (values)\n (fn (index)\n (fn (lowercase)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0) (quote :empty) out)\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((((selfhost/effect-xr::list-decision-loop values)\n ((core/int::add index) 1)) lowercase)\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out)\n (if lowercase\n (selfhost/effect-crypto::ascii-lower trimmed)\n trimmed))\n out))))\n (quote :invalid-entry)))))))))\n\n(def selfhost/effect-xr::list-decision\n (fn (raw lowercase)\n (if (selfhost/policy::nil? raw)\n nil\n (if (selfhost/effect-network::invalid-type? raw)\n (quote :invalid-type)\n ((((selfhost/effect-xr::list-decision-loop raw) 0) lowercase) [])))))\n\n(def selfhost/effect-xr::backend-policy\n (fn (input bridge-active)\n (let\n ((backend ((core/vec::get input) 6))\n (runtime-profile\n ((selfhost/effect-xr::selected\n ((core/vec::get input) 16))\n ((core/vec::get input) 17))))\n (if (selfhost/policy::str? backend)\n ((selfhost/effect-xr::explicit-decision backend) bridge-active)\n (if (selfhost/effect-xr::production? runtime-profile)\n (selfhost/effect-xr::production-decision bridge-active)\n ((selfhost/effect-xr::backend-decision (quote :first-party-runtime)) nil))))))\n\n(def selfhost/effect-xr::policy\n (fn (input bridge-active)\n (let ((backend ((selfhost/effect-xr::backend-policy input) bridge-active)))\n {\n :allow-anchor-spaces\n ((selfhost/effect-xr::list-decision\n ((core/vec::get input) 0)) true)\n :allow-hand-tracking\n (selfhost/effect-xr::bool-decision\n ((core/vec::get input) 1))\n :allow-haptics-inputs\n ((selfhost/effect-xr::list-decision\n ((core/vec::get input) 2)) false)\n :allow-hit-test\n (selfhost/effect-xr::bool-decision\n ((core/vec::get input) 3))\n :allow-layer-types\n ((selfhost/effect-xr::list-decision\n ((core/vec::get input) 4)) true)\n :allow-spatial-mesh\n (selfhost/effect-xr::bool-decision\n ((core/vec::get input) 5))\n :backend ((core/map::get backend) (quote :backend))\n :invalid-value ((core/map::get backend) (quote :invalid-value))\n :max-anchors\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 7)) nil)\n :max-hand-joints\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 8)) nil)\n :max-haptics-amplitude\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 9)) 1000)\n :max-haptics-duration-ms\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 10)) nil)\n :max-hit-results\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 11)) nil)\n :max-layer-opacity\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 12)) nil)\n :max-layers\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 13)) nil)\n :max-mesh-vertices\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 14)) nil)\n :max-meshes\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 15)) nil)\n })))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xA3n^::8\xF7/b J\xB9\xE3[\xF6\xE0\xB6\xCFo{\t_\xFEI,\xF2\xA2\xE5q\xD6\xC8\xE4" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-policy::optional-bool? (fn (value) (if (selfhost/policy::nil? value) true ((core/sym::eq? (core/data::tag value)) (quote :bool))))) (def selfhost/effect-policy::optional-int? (fn (value) (if (selfhost/policy::nil? value) true (selfhost/policy::int? value)))) (def selfhost/effect-policy::optional-str? (fn (value) (if (selfhost/policy::nil? value) true (selfhost/policy::str? value)))) (def selfhost/effect-policy::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/effect-policy::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/effect-policy::map-has-key? (fn (map) (fn (key) (((selfhost/effect-policy::map-has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/effect-policy::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/effect-policy::map-has-key? map) ((core/vec::get keys) index)) (((selfhost/effect-policy::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-policy::exact-map? (fn (value) (fn (keys) (if (selfhost/policy::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/effect-policy::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/effect-policy::optional-nonnegative-int? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::int? value) (if ((core/int::lt? value) 0) false true) false)))) (def selfhost/effect-policy::positive-int? (fn (value) (if (selfhost/policy::int? value) ((core/int::lt? 0) value) false))) (def selfhost/effect-policy::normalize-positive-optional (fn (value) (if (selfhost/policy::nil? value) nil (if ((core/int::lt? 0) value) value nil)))) (def selfhost/effect-policy::log-resource-policy-valid? (fn (log) (if ((selfhost/effect-policy::exact-map? log) [:inline-max-bytes :max-artifact-bytes-per-run :store-dir]) (if (selfhost/effect-policy::optional-int? ((core/map::get log) (quote :inline-max-bytes))) (if (selfhost/effect-policy::optional-int? ((core/map::get log) (quote :max-artifact-bytes-per-run))) (selfhost/effect-policy::optional-str? ((core/map::get log) (quote :store-dir))) false) false) false))) (def selfhost/effect-policy::store-resource-policy-valid? (fn (store) (if ((selfhost/effect-policy::exact-map? store) [:credential-policy :dir :max-run-bytes :remote-policy]) (if (selfhost/effect-policy::optional-str? ((core/map::get store) (quote :dir))) (if (selfhost/effect-policy::optional-int? ((core/map::get store) (quote :max-run-bytes))) (if (selfhost/effect-store-credential::input-valid? ((core/map::get store) (quote :credential-policy))) (selfhost/effect-store-remote::input-valid? ((core/map::get store) (quote :remote-policy))) false) false) false) false))) (def selfhost/effect-store-remote::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:allow-http :remote :remote-allow]) (if (selfhost/effect-network::optional-bool-input? ((core/map::get value) (quote :allow-http))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :remote))) (selfhost/effect-network::list-input? ((core/map::get value) (quote :remote-allow))) false) false) false))) (def selfhost/effect-store-remote::policy (fn (value) {:allow-http (selfhost/effect-network::bool-policy ((core/map::get value) (quote :allow-http))) :remote (selfhost/effect-network::string-policy ((core/map::get value) (quote :remote))) :remote-allow (selfhost/effect-network::list-policy ((core/map::get value) (quote :remote-allow)))})) (def selfhost/effect-store-credential::secret-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::sym? value) (if ((core/sym::eq? value) (quote :present)) true ((core/sym::eq? value) (quote :invalid-type))) false)))) (def selfhost/effect-store-credential::present? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :present)) false))) (def selfhost/effect-store-credential::invalid-type? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))) (def selfhost/effect-store-credential::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:auth-token :auth-token-env :basic-password :basic-password-env :basic-username :mtls-ca-pem :mtls-identity-pem]) (if (selfhost/effect-store-credential::secret-input? ((core/map::get value) (quote :auth-token))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :auth-token-env))) (if (selfhost/effect-store-credential::secret-input? ((core/map::get value) (quote :basic-password))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :basic-password-env))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :basic-username))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :mtls-ca-pem))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :mtls-identity-pem))) false) false) false) false) false) false) false))) (def selfhost/effect-store-credential::invalid (fn (status) {:basic-password-env nil :basic-password-source nil :basic-username nil :bearer-env nil :bearer-source nil :mtls-ca-pem nil :mtls-identity-pem nil :status status})) (def selfhost/effect-store-credential::valid (fn (auth-token) (fn (auth-token-env) (fn (basic-password) (fn (basic-password-env) (fn (basic-username) (fn (mtls-ca-pem) (fn (mtls-identity-pem) {:basic-password-env (if (selfhost/policy::str? basic-password-env) basic-password-env nil) :basic-password-source (if (selfhost/policy::str? basic-username) (if (selfhost/effect-store-credential::present? basic-password) (quote :inline) (if (selfhost/policy::str? basic-password-env) (quote :environment) (quote :implicit-empty))) (quote :none)) :basic-username basic-username :bearer-env (if (selfhost/policy::str? auth-token-env) auth-token-env nil) :bearer-source (if (selfhost/effect-store-credential::present? auth-token) (quote :inline) (if (selfhost/policy::str? auth-token-env) (quote :environment) (quote :none))) :mtls-ca-pem mtls-ca-pem :mtls-identity-pem mtls-identity-pem :status (quote :valid)})))))))) (def selfhost/effect-store-credential::policy (fn (value) (let ((auth-token ((core/map::get value) (quote :auth-token))) (auth-token-env ((core/map::get value) (quote :auth-token-env))) (basic-password ((core/map::get value) (quote :basic-password))) (basic-password-env ((core/map::get value) (quote :basic-password-env))) (basic-username ((core/map::get value) (quote :basic-username))) (mtls-ca-pem ((core/map::get value) (quote :mtls-ca-pem))) (mtls-identity-pem ((core/map::get value) (quote :mtls-identity-pem)))) (if (selfhost/effect-store-credential::invalid-type? auth-token) (selfhost/effect-store-credential::invalid (quote :auth-token-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? auth-token-env) (selfhost/effect-store-credential::invalid (quote :auth-token-env-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? basic-username) (selfhost/effect-store-credential::invalid (quote :basic-username-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? basic-password) (selfhost/effect-store-credential::invalid (quote :basic-password-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? basic-password-env) (selfhost/effect-store-credential::invalid (quote :basic-password-env-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? mtls-ca-pem) (selfhost/effect-store-credential::invalid (quote :mtls-ca-pem-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? mtls-identity-pem) (selfhost/effect-store-credential::invalid (quote :mtls-identity-pem-invalid-type)) (if (if (selfhost/effect-store-credential::present? auth-token) (selfhost/policy::str? auth-token-env) false) (selfhost/effect-store-credential::invalid (quote :auth-token-source-conflict)) (if (if (selfhost/effect-store-credential::present? basic-password) (selfhost/policy::str? basic-password-env) false) (selfhost/effect-store-credential::invalid (quote :basic-password-source-conflict)) (if (if (if (selfhost/effect-store-credential::present? auth-token) true (selfhost/policy::str? auth-token-env)) (selfhost/policy::str? basic-username) false) (selfhost/effect-store-credential::invalid (quote :bearer-basic-conflict)) (if (if (selfhost/policy::str? basic-username) false (if (selfhost/effect-store-credential::present? basic-password) true (selfhost/policy::str? basic-password-env))) (selfhost/effect-store-credential::invalid (quote :password-without-username)) (((((((selfhost/effect-store-credential::valid auth-token) auth-token-env) basic-password) basic-password-env) basic-username) mtls-ca-pem) mtls-identity-pem))))))))))))))) (def selfhost/effect-policy::refs-resource-policy-valid? (fn (refs) (if ((selfhost/effect-policy::exact-map? refs) [:path]) (selfhost/effect-policy::optional-str? ((core/map::get refs) (quote :path))) false))) (def selfhost/effect-policy::runtime-resource-policy-valid? (fn (runtime) (if ((selfhost/effect-policy::exact-map? runtime) [:max-effect-ops :max-payload-bytes-per-op :max-payload-bytes-per-run :max-response-bytes-per-op :max-response-bytes-per-run]) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-effect-ops))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-payload-bytes-per-op))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-payload-bytes-per-run))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-response-bytes-per-op))) (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-response-bytes-per-run))) false) false) false) false) false))) (def selfhost/effect-policy::task-resource-policy-valid? (fn (task) (if ((selfhost/effect-policy::exact-map? task) [:default-workers :max-queue :max-steps-per-task :max-tasks :max-time-ms-per-task :max-workers]) (let ((default-workers ((core/map::get task) (quote :default-workers)))) (if (if (selfhost/policy::nil? default-workers) true (selfhost/effect-policy::positive-int? default-workers)) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-queue))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-steps-per-task))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-tasks))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-time-ms-per-task))) (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-workers))) false) false) false) false) false)) false))) (def core/effects::resource-policy-authority (fn (request) (if ((selfhost/effect-policy::exact-map? request) [:available-workers :kind :log :refs :runtime :store :task :v]) (let ((available-workers ((core/map::get request) (quote :available-workers))) (kind ((core/map::get request) (quote :kind))) (log ((core/map::get request) (quote :log))) (refs ((core/map::get request) (quote :refs))) (runtime ((core/map::get request) (quote :runtime))) (store ((core/map::get request) (quote :store))) (task ((core/map::get request) (quote :task))) (version ((core/map::get request) (quote :v)))) (if (if ((core/eq? kind) "genesis/effect-resource-policy-request-v0.5") (if (selfhost/policy::int? version) ((core/int::eq? version) 5) false) false) (if (selfhost/effect-policy::positive-int? available-workers) (if (selfhost/effect-policy::log-resource-policy-valid? log) (if (selfhost/effect-policy::refs-resource-policy-valid? refs) (if (selfhost/effect-policy::runtime-resource-policy-valid? runtime) (if (selfhost/effect-policy::store-resource-policy-valid? store) (if (selfhost/effect-policy::task-resource-policy-valid? task) (let ((configured-default ((core/map::get task) (quote :default-workers))) (configured-log-store ((core/map::get log) (quote :store-dir))) (configured-refs ((core/map::get refs) (quote :path))) (configured-store ((core/map::get store) (quote :dir))) (normalized-inline (selfhost/effect-policy::normalize-positive-optional ((core/map::get log) (quote :inline-max-bytes))))) {:kind "genesis/effect-resource-policy-result-v0.5" :log {:inline-max-bytes normalized-inline :max-artifact-bytes-per-run (selfhost/effect-policy::normalize-positive-optional ((core/map::get log) (quote :max-artifact-bytes-per-run))) :store-dir (if (selfhost/policy::nil? configured-log-store) (if (selfhost/policy::nil? normalized-inline) nil ".genesis/store") configured-log-store)} :refs {:path (if (selfhost/policy::nil? configured-refs) ".genesis/refs.gc" configured-refs)} :request-h (selfhost/hash::hash-term request) :runtime runtime :store {:credential-policy (selfhost/effect-store-credential::policy ((core/map::get store) (quote :credential-policy))) :dir (if (selfhost/policy::nil? configured-store) ".genesis/store" configured-store) :max-run-bytes (selfhost/effect-policy::normalize-positive-optional ((core/map::get store) (quote :max-run-bytes))) :remote-policy (selfhost/effect-store-remote::policy ((core/map::get store) (quote :remote-policy)))} :task {:default-workers (if (selfhost/policy::nil? configured-default) available-workers configured-default) :max-queue ((core/map::get task) (quote :max-queue)) :max-steps-per-task ((core/map::get task) (quote :max-steps-per-task)) :max-tasks ((core/map::get task) (quote :max-tasks)) :max-time-ms-per-task ((core/map::get task) (quote :max-time-ms-per-task)) :max-workers ((core/map::get task) (quote :max-workers))} :v 5}) ((core/error::make2 "core/policy/authority") "effect task resource policy must contain exact nonnegative limits")) ((core/error::make2 "core/policy/authority") "effect store resource policy must contain exact typed fields")) ((core/error::make2 "core/policy/authority") "effect runtime resource policy must contain exact nonnegative limits")) ((core/error::make2 "core/policy/authority") "effect refs resource policy must contain an exact optional path")) ((core/error::make2 "core/policy/authority") "effect log resource policy must contain exact typed fields")) ((core/error::make2 "core/policy/authority") "effect resource policy available-workers must be a positive integer")) ((core/error::make2 "core/policy/authority") "effect resource policy request identity mismatch"))) ((core/error::make2 "core/policy/authority") "effect resource policy request field set mismatch"))))] :module-h b"m\x97\x14\x944\x19\xA0t G\xD0'v4\x12c\x804\xD3\x8F\x81\xA3\x12\xC8\x04\x04\xDBp+p>\x03" :path "selfhost/effect_policy_resource_authority_v1.gc" :source "(def selfhost/effect-policy::optional-bool?\n (fn (value)\n (if (selfhost/policy::nil? value) true ((core/sym::eq? (core/data::tag value)) (quote :bool)))))\n\n(def selfhost/effect-policy::optional-int?\n (fn (value) (if (selfhost/policy::nil? value) true (selfhost/policy::int? value))))\n\n(def selfhost/effect-policy::optional-str?\n (fn (value) (if (selfhost/policy::nil? value) true (selfhost/policy::str? value))))\n\n(def selfhost/effect-policy::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/effect-policy::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))))\n\n(def selfhost/effect-policy::map-has-key?\n (fn (map)\n (fn (key) (((selfhost/effect-policy::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/effect-policy::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/effect-policy::map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/effect-policy::map-has-keys-loop? map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-policy::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/policy::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/effect-policy::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/effect-policy::optional-nonnegative-int?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::int? value) (if ((core/int::lt? value) 0) false true) false))))\n\n(def selfhost/effect-policy::positive-int?\n (fn (value) (if (selfhost/policy::int? value) ((core/int::lt? 0) value) false)))\n\n(def selfhost/effect-policy::normalize-positive-optional\n (fn (value) (if (selfhost/policy::nil? value) nil (if ((core/int::lt? 0) value) value nil))))\n\n(def selfhost/effect-policy::log-resource-policy-valid?\n (fn (log)\n (if\n ((selfhost/effect-policy::exact-map? log)\n [:inline-max-bytes :max-artifact-bytes-per-run :store-dir])\n (if (selfhost/effect-policy::optional-int? ((core/map::get log) (quote :inline-max-bytes)))\n (if\n (selfhost/effect-policy::optional-int?\n ((core/map::get log) (quote :max-artifact-bytes-per-run)))\n (selfhost/effect-policy::optional-str? ((core/map::get log) (quote :store-dir)))\n false)\n false)\n false)))\n\n(def selfhost/effect-policy::store-resource-policy-valid?\n (fn (store)\n (if\n ((selfhost/effect-policy::exact-map? store)\n [\n :credential-policy\n :dir\n :max-run-bytes\n :remote-policy])\n (if (selfhost/effect-policy::optional-str? ((core/map::get store) (quote :dir)))\n (if (selfhost/effect-policy::optional-int? ((core/map::get store) (quote :max-run-bytes)))\n (if\n (selfhost/effect-store-credential::input-valid?\n ((core/map::get store) (quote :credential-policy)))\n (selfhost/effect-store-remote::input-valid?\n ((core/map::get store) (quote :remote-policy)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-store-remote::input-valid?\n (fn (value)\n (if ((selfhost/effect-policy::exact-map? value) [:allow-http :remote :remote-allow])\n (if\n (selfhost/effect-network::optional-bool-input? ((core/map::get value) (quote :allow-http)))\n (if\n (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :remote)))\n (selfhost/effect-network::list-input? ((core/map::get value) (quote :remote-allow)))\n false)\n false)\n false)))\n\n(def selfhost/effect-store-remote::policy\n (fn (value)\n {\n :allow-http (selfhost/effect-network::bool-policy ((core/map::get value) (quote :allow-http)))\n :remote (selfhost/effect-network::string-policy ((core/map::get value) (quote :remote)))\n :remote-allow\n (selfhost/effect-network::list-policy ((core/map::get value) (quote :remote-allow)))}))\n\n(def selfhost/effect-store-credential::secret-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::sym? value)\n (if ((core/sym::eq? value) (quote :present))\n true\n ((core/sym::eq? value) (quote :invalid-type)))\n false))))\n\n(def selfhost/effect-store-credential::present?\n (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :present)) false)))\n\n(def selfhost/effect-store-credential::invalid-type?\n (fn (value)\n (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false)))\n\n(def selfhost/effect-store-credential::input-valid?\n (fn (value)\n (if\n ((selfhost/effect-policy::exact-map? value)\n [\n :auth-token\n :auth-token-env\n :basic-password\n :basic-password-env\n :basic-username\n :mtls-ca-pem\n :mtls-identity-pem])\n (if\n (selfhost/effect-store-credential::secret-input? ((core/map::get value) (quote :auth-token)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :auth-token-env)))\n (if\n (selfhost/effect-store-credential::secret-input?\n ((core/map::get value) (quote :basic-password)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :basic-password-env)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :basic-username)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :mtls-ca-pem)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :mtls-identity-pem)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-store-credential::invalid\n (fn (status)\n {\n :basic-password-env nil\n :basic-password-source nil\n :basic-username nil\n :bearer-env nil\n :bearer-source nil\n :mtls-ca-pem nil\n :mtls-identity-pem nil\n :status status}))\n\n(def selfhost/effect-store-credential::valid\n (fn (auth-token)\n (fn (auth-token-env)\n (fn (basic-password)\n (fn (basic-password-env)\n (fn (basic-username)\n (fn (mtls-ca-pem)\n (fn (mtls-identity-pem)\n {\n :basic-password-env\n (if (selfhost/policy::str? basic-password-env) basic-password-env nil)\n :basic-password-source\n (if (selfhost/policy::str? basic-username)\n (if (selfhost/effect-store-credential::present? basic-password)\n (quote :inline)\n (if (selfhost/policy::str? basic-password-env)\n (quote :environment)\n (quote :implicit-empty)))\n (quote :none))\n :basic-username basic-username\n :bearer-env (if (selfhost/policy::str? auth-token-env) auth-token-env nil)\n :bearer-source\n (if (selfhost/effect-store-credential::present? auth-token)\n (quote :inline)\n (if (selfhost/policy::str? auth-token-env) (quote :environment) (quote :none)))\n :mtls-ca-pem mtls-ca-pem\n :mtls-identity-pem mtls-identity-pem\n :status (quote :valid)}))))))))\n\n(def selfhost/effect-store-credential::policy\n (fn (value)\n (let\n ((auth-token ((core/map::get value) (quote :auth-token)))\n (auth-token-env ((core/map::get value) (quote :auth-token-env)))\n (basic-password ((core/map::get value) (quote :basic-password)))\n (basic-password-env ((core/map::get value) (quote :basic-password-env)))\n (basic-username ((core/map::get value) (quote :basic-username)))\n (mtls-ca-pem ((core/map::get value) (quote :mtls-ca-pem)))\n (mtls-identity-pem ((core/map::get value) (quote :mtls-identity-pem))))\n (if (selfhost/effect-store-credential::invalid-type? auth-token)\n (selfhost/effect-store-credential::invalid (quote :auth-token-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? auth-token-env)\n (selfhost/effect-store-credential::invalid (quote :auth-token-env-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? basic-username)\n (selfhost/effect-store-credential::invalid (quote :basic-username-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? basic-password)\n (selfhost/effect-store-credential::invalid (quote :basic-password-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? basic-password-env)\n (selfhost/effect-store-credential::invalid (quote :basic-password-env-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? mtls-ca-pem)\n (selfhost/effect-store-credential::invalid (quote :mtls-ca-pem-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? mtls-identity-pem)\n (selfhost/effect-store-credential::invalid\n (quote :mtls-identity-pem-invalid-type))\n (if\n (if (selfhost/effect-store-credential::present? auth-token)\n (selfhost/policy::str? auth-token-env)\n false)\n (selfhost/effect-store-credential::invalid (quote :auth-token-source-conflict))\n (if\n (if (selfhost/effect-store-credential::present? basic-password)\n (selfhost/policy::str? basic-password-env)\n false)\n (selfhost/effect-store-credential::invalid\n (quote :basic-password-source-conflict))\n (if\n (if\n (if (selfhost/effect-store-credential::present? auth-token)\n true\n (selfhost/policy::str? auth-token-env))\n (selfhost/policy::str? basic-username)\n false)\n (selfhost/effect-store-credential::invalid (quote :bearer-basic-conflict))\n (if\n (if (selfhost/policy::str? basic-username)\n false\n (if (selfhost/effect-store-credential::present? basic-password)\n true\n (selfhost/policy::str? basic-password-env)))\n (selfhost/effect-store-credential::invalid\n (quote :password-without-username))\n (\n (\n (\n ((((selfhost/effect-store-credential::valid auth-token) auth-token-env) basic-password)\n basic-password-env)\n basic-username)\n mtls-ca-pem)\n mtls-identity-pem)))))))))))))))\n\n(def selfhost/effect-policy::refs-resource-policy-valid?\n (fn (refs)\n (if ((selfhost/effect-policy::exact-map? refs) [:path])\n (selfhost/effect-policy::optional-str? ((core/map::get refs) (quote :path)))\n false)))\n\n(def selfhost/effect-policy::runtime-resource-policy-valid?\n (fn (runtime)\n (if\n ((selfhost/effect-policy::exact-map? runtime)\n [\n :max-effect-ops\n :max-payload-bytes-per-op\n :max-payload-bytes-per-run\n :max-response-bytes-per-op\n :max-response-bytes-per-run])\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-effect-ops)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-payload-bytes-per-op)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-payload-bytes-per-run)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-response-bytes-per-op)))\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-response-bytes-per-run)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-policy::task-resource-policy-valid?\n (fn (task)\n (if\n ((selfhost/effect-policy::exact-map? task)\n [\n :default-workers\n :max-queue\n :max-steps-per-task\n :max-tasks\n :max-time-ms-per-task\n :max-workers])\n (let ((default-workers ((core/map::get task) (quote :default-workers))))\n (if\n (if (selfhost/policy::nil? default-workers)\n true\n (selfhost/effect-policy::positive-int? default-workers))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-queue)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-steps-per-task)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-tasks)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-time-ms-per-task)))\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-workers)))\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def core/effects::resource-policy-authority\n (fn (request)\n (if\n ((selfhost/effect-policy::exact-map? request)\n [\n :available-workers\n :kind\n :log\n :refs\n :runtime\n :store\n :task\n :v])\n (let\n ((available-workers ((core/map::get request) (quote :available-workers)))\n (kind ((core/map::get request) (quote :kind)))\n (log ((core/map::get request) (quote :log)))\n (refs ((core/map::get request) (quote :refs)))\n (runtime ((core/map::get request) (quote :runtime)))\n (store ((core/map::get request) (quote :store)))\n (task ((core/map::get request) (quote :task)))\n (version ((core/map::get request) (quote :v))))\n (if\n (if ((core/eq? kind) \"genesis/effect-resource-policy-request-v0.5\")\n (if (selfhost/policy::int? version) ((core/int::eq? version) 5) false)\n false)\n (if (selfhost/effect-policy::positive-int? available-workers)\n (if (selfhost/effect-policy::log-resource-policy-valid? log)\n (if (selfhost/effect-policy::refs-resource-policy-valid? refs)\n (if (selfhost/effect-policy::runtime-resource-policy-valid? runtime)\n (if (selfhost/effect-policy::store-resource-policy-valid? store)\n (if (selfhost/effect-policy::task-resource-policy-valid? task)\n (let\n ((configured-default ((core/map::get task) (quote :default-workers)))\n (configured-log-store ((core/map::get log) (quote :store-dir)))\n (configured-refs ((core/map::get refs) (quote :path)))\n (configured-store ((core/map::get store) (quote :dir)))\n (normalized-inline\n (selfhost/effect-policy::normalize-positive-optional\n ((core/map::get log) (quote :inline-max-bytes)))))\n {\n :kind \"genesis/effect-resource-policy-result-v0.5\"\n :log\n {\n :inline-max-bytes normalized-inline\n :max-artifact-bytes-per-run\n (selfhost/effect-policy::normalize-positive-optional\n ((core/map::get log) (quote :max-artifact-bytes-per-run)))\n :store-dir\n (if (selfhost/policy::nil? configured-log-store)\n (if (selfhost/policy::nil? normalized-inline)\n nil\n \".genesis/store\")\n configured-log-store)}\n :refs\n {\n :path\n (if (selfhost/policy::nil? configured-refs)\n \".genesis/refs.gc\"\n configured-refs)}\n :request-h (selfhost/hash::hash-term request)\n :runtime runtime\n :store\n {\n :credential-policy\n (selfhost/effect-store-credential::policy\n ((core/map::get store) (quote :credential-policy)))\n :dir\n (if (selfhost/policy::nil? configured-store)\n \".genesis/store\"\n configured-store)\n :max-run-bytes\n (selfhost/effect-policy::normalize-positive-optional\n ((core/map::get store) (quote :max-run-bytes)))\n :remote-policy\n (selfhost/effect-store-remote::policy\n ((core/map::get store) (quote :remote-policy)))}\n :task\n {\n :default-workers\n (if (selfhost/policy::nil? configured-default)\n available-workers\n configured-default)\n :max-queue ((core/map::get task) (quote :max-queue))\n :max-steps-per-task ((core/map::get task) (quote :max-steps-per-task))\n :max-tasks ((core/map::get task) (quote :max-tasks))\n :max-time-ms-per-task\n ((core/map::get task) (quote :max-time-ms-per-task))\n :max-workers ((core/map::get task) (quote :max-workers))}\n :v 5})\n ((core/error::make2 \"core/policy/authority\")\n \"effect task resource policy must contain exact nonnegative limits\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect store resource policy must contain exact typed fields\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect runtime resource policy must contain exact nonnegative limits\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect refs resource policy must contain an exact optional path\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect log resource policy must contain exact typed fields\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect resource policy available-workers must be a positive integer\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect resource policy request identity mismatch\")))\n ((core/error::make2 \"core/policy/authority\")\n \"effect resource policy request field set mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"m\x97\x14\x944\x19\xA0t G\xD0'v4\x12c\x804\xD3\x8F\x81\xA3\x12\xC8\x04\x04\xDBp+p>\x03" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-policy::baseline-contains-loop? (fn (baseline) (fn (op) (fn (count) (fn (index) (if ((core/int::eq? index) count) false (let ((candidate ((core/vec::get baseline) index))) (if (selfhost/policy::str? candidate) (if ((core/eq? candidate) op) true ((((selfhost/effect-policy::baseline-contains-loop? baseline) op) count) ((core/int::add index) 1))) ((core/error::make2 "core/policy/authority") "effect-policy baseline entries must be strings"))))))))) (def selfhost/effect-policy::baseline-contains? (fn (baseline) (fn (op) ((((selfhost/effect-policy::baseline-contains-loop? baseline) op) (core/vec::len baseline)) 0)))) (def selfhost/effect-policy::inventory-add-loop (fn (ops) (fn (index) (fn (set) (if ((core/int::eq? index) (core/vec::len ops)) set (let ((op ((core/vec::get ops) index))) (if (selfhost/policy::str? op) (((selfhost/effect-policy::inventory-add-loop ops) ((core/int::add index) 1)) (((core/map::put set) op) true)) ((core/error::make2 "core/policy/authority") "effect-policy inventory entries must be strings")))))))) (def selfhost/effect-policy::inventory-add (fn (set) (fn (ops) (((selfhost/effect-policy::inventory-add-loop ops) 0) set)))) (def selfhost/effect-policy::inventory-keys-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (((selfhost/effect-policy::inventory-keys-loop entries) ((core/int::add index) 1)) ((core/vec::push out) ((core/vec::get entry) 0))))))))) (def selfhost/effect-policy::inventory-keys (fn (set) (((selfhost/effect-policy::inventory-keys-loop (core/map::entries set)) 0) []))) (def core/effects::policy-inventory-authority (fn (request) (if (selfhost/policy::map? request) (if ((core/int::eq? (core/map::len request)) 4) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (baseline ((core/map::get request) (quote :baseline))) (override-ops ((core/map::get request) (quote :override-ops)))) (if (if ((core/eq? kind) "genesis/effect-policy-inventory-request-v0.1") (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false) false) (if (if (selfhost/policy::vec? baseline) (selfhost/policy::vec? override-ops) false) (let ((baseline-set ((selfhost/effect-policy::inventory-add {}) baseline))) (if (core/error::is? baseline-set) baseline-set (let ((all-set ((selfhost/effect-policy::inventory-add baseline-set) override-ops))) (if (core/error::is? all-set) all-set {:candidate-ops (selfhost/effect-policy::inventory-keys all-set) :kind "genesis/effect-policy-inventory-result-v0.1" :request-h (selfhost/hash::hash-term request) :v 1})))) ((core/error::make2 "core/policy/authority") "effect-policy inventory vectors are required")) ((core/error::make2 "core/policy/authority") "effect-policy inventory request identity mismatch"))) ((core/error::make2 "core/policy/authority") "effect-policy inventory request must contain exactly four fields")) ((core/error::make2 "core/policy/authority") "effect-policy inventory request must be a map")))) (def selfhost/effect-policy::all-true-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if ((core/vec::get values) index) ((selfhost/effect-policy::all-true-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/effect-policy::credential-operation? (fn (op) (if ((core/eq? op) "core/sync::pull") true (if ((core/eq? op) "core/sync::push") true ((core/eq? op) "core/pkg-low::publish"))))) (def selfhost/effect-policy::override-valid? (fn (op) (fn (override) (if (selfhost/policy::nil? override) true (if ((selfhost/effect-policy::exact-map? override) [:allow :base-dir :bridge-identity-policy :create-dirs :crypto-policy :credential-policy :database-policy :ffi-policy :log-inline-max-bytes :max-bytes :network-policy :plugin-policy :process-programs :timeout-ms]) ((selfhost/effect-policy::all-true-loop? [(selfhost/effect-policy::optional-bool? ((core/map::get override) (quote :allow))) (selfhost/effect-policy::optional-str? ((core/map::get override) (quote :base-dir))) (selfhost/effect-bridge::input-valid? ((core/map::get override) (quote :bridge-identity-policy))) (selfhost/effect-policy::optional-bool? ((core/map::get override) (quote :create-dirs))) (selfhost/effect-crypto::input-valid? ((core/map::get override) (quote :crypto-policy))) (if (selfhost/effect-policy::credential-operation? op) (selfhost/effect-store-credential::input-valid? ((core/map::get override) (quote :credential-policy))) (selfhost/policy::nil? ((core/map::get override) (quote :credential-policy)))) (selfhost/effect-policy::database-input-valid? ((core/map::get override) (quote :database-policy))) (selfhost/effect-ffi::input-valid? ((core/map::get override) (quote :ffi-policy))) (selfhost/effect-policy::optional-int? ((core/map::get override) (quote :log-inline-max-bytes))) (selfhost/effect-policy::limit-input-valid? ((core/map::get override) (quote :max-bytes))) (selfhost/effect-network::input-valid? ((core/map::get override) (quote :network-policy))) (selfhost/effect-plugin::input-valid? ((core/map::get override) (quote :plugin-policy))) (selfhost/effect-policy::process-program-input-valid? ((core/map::get override) (quote :process-programs))) (selfhost/effect-policy::optional-int? ((core/map::get override) (quote :timeout-ms)))]) 0) false))))) (def selfhost/effect-policy::process-program-input-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) ((selfhost/effect-policy::process-program-input-valid-loop? values) ((core/int::add index) 1)) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-entry)) false))))))) (def selfhost/effect-policy::process-program-input-valid? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-policy::process-program-input-valid-loop? value) 0) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))))) (def selfhost/effect-policy::limit-input-valid? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::int? value) true (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))))) (def selfhost/effect-policy::database-input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:max-result-bytes :max-row-count :max-value-bytes :query-classes :target-allow]) (if (selfhost/effect-policy::limit-input-valid? ((core/map::get value) (quote :max-result-bytes))) (if (selfhost/effect-policy::limit-input-valid? ((core/map::get value) (quote :max-row-count))) (if (selfhost/effect-policy::limit-input-valid? ((core/map::get value) (quote :max-value-bytes))) (if (selfhost/effect-policy::process-program-input-valid? ((core/map::get value) (quote :query-classes))) (selfhost/effect-policy::process-program-input-valid? ((core/map::get value) (quote :target-allow))) false) false) false) false) false))) (def selfhost/effect-policy::process-program-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) {:programs nil :status (quote :empty)} {:programs out :status (quote :valid)}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) (((selfhost/effect-policy::process-program-policy-loop values) ((core/int::add index) 1)) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) trimmed) out))) {:programs nil :status (quote :invalid-entry)}))))))) (def selfhost/effect-policy::process-program-policy (fn (override) (let ((raw (if (selfhost/policy::nil? override) nil ((core/map::get override) (quote :process-programs))))) (if (selfhost/policy::nil? raw) {:programs nil :status (quote :absent)} (if (selfhost/policy::vec? raw) (((selfhost/effect-policy::process-program-policy-loop raw) 0) []) {:programs nil :status (quote :invalid-type)}))))) (def selfhost/effect-policy::max-bytes-policy (fn (override) (fn (platform-max) ((selfhost/effect-policy::positive-limit-policy (if (selfhost/policy::nil? override) nil ((core/map::get override) (quote :max-bytes)))) platform-max)))) (def selfhost/effect-policy::credential-policy (fn (op) (fn (override) (if (selfhost/effect-policy::credential-operation? op) (selfhost/effect-store-credential::policy (if (selfhost/policy::nil? override) {:auth-token nil :auth-token-env nil :basic-password nil :basic-password-env nil :basic-username nil :mtls-ca-pem nil :mtls-identity-pem nil} ((core/map::get override) (quote :credential-policy)))) nil)))) (def selfhost/effect-policy::positive-limit-policy (fn (raw) (fn (platform-max) (if (selfhost/policy::nil? raw) {:limit nil :status (quote :absent)} (if (selfhost/policy::sym? raw) {:limit nil :status (quote :invalid-type)} (if ((core/int::lt? raw) 1) {:limit nil :status (quote :nonpositive)} (if ((core/int::lt? platform-max) raw) {:limit nil :status (quote :platform-overflow)} {:limit raw :status (quote :valid)}))))))) (def selfhost/effect-policy::string-list-policy (fn (raw) (let ((decision (if (selfhost/policy::nil? raw) {:programs nil :status (quote :absent)} (if (selfhost/policy::vec? raw) (((selfhost/effect-policy::process-program-policy-loop raw) 0) []) {:programs nil :status (quote :invalid-type)})))) {:status ((core/map::get decision) (quote :status)) :values ((core/map::get decision) (quote :programs))}))) (def selfhost/effect-policy::database-policy (fn (override) (fn (platform-max) (let ((database (if (selfhost/policy::nil? override) {:max-result-bytes nil :max-row-count nil :max-value-bytes nil :query-classes nil :target-allow nil} ((core/map::get override) (quote :database-policy))))) {:max-result-bytes ((selfhost/effect-policy::positive-limit-policy ((core/map::get database) (quote :max-result-bytes))) platform-max) :max-row-count ((selfhost/effect-policy::positive-limit-policy ((core/map::get database) (quote :max-row-count))) platform-max) :max-value-bytes ((selfhost/effect-policy::positive-limit-policy ((core/map::get database) (quote :max-value-bytes))) platform-max) :query-classes (selfhost/effect-policy::string-list-policy ((core/map::get database) (quote :query-classes))) :target-allow (selfhost/effect-policy::string-list-policy ((core/map::get database) (quote :target-allow)))})))) (def selfhost/effect-policy::allowed? (fn (baseline) (fn (op) (fn (override) (if (selfhost/policy::nil? override) ((selfhost/effect-policy::baseline-contains? baseline) op) (let ((allow ((core/map::get override) (quote :allow)))) (if (selfhost/policy::nil? allow) true allow))))))) (def selfhost/effect-policy::cap (fn (op) (fn (override) (let ((base {:op (core/sym::from-str op)})) (if (selfhost/policy::nil? override) base (let ((create-dirs ((core/map::get override) (quote :create-dirs))) (timeout ((core/map::get override) (quote :timeout-ms))) (inline ((core/map::get override) (quote :log-inline-max-bytes)))) (let ((with-create (if (if (selfhost/policy::nil? create-dirs) false create-dirs) (((core/map::put base) (quote :create-dirs)) true) base))) (let ((with-timeout (if (selfhost/policy::nil? timeout) with-create (((core/map::put with-create) (quote :timeout-ms)) (if ((core/int::lt? timeout) 0) 0 timeout))))) (if (if (selfhost/policy::nil? inline) true ((core/int::lt? inline) 1)) with-timeout (((core/map::put with-timeout) (quote :log-inline-max-bytes)) inline)))))))))) (def core/effects::policy-authority (fn (request) (if (selfhost/policy::map? request) (if ((core/int::eq? (core/map::len request)) 9) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (baseline ((core/map::get request) (quote :baseline))) (gfx-policy ((core/map::get request) (quote :gfx-policy))) (gpu-policy ((core/map::get request) (quote :gpu-policy))) (op ((core/map::get request) (quote :op))) (override ((core/map::get request) (quote :override))) (platform-max ((core/map::get request) (quote :platform-max-bytes))) (xr-policy ((core/map::get request) (quote :xr-policy)))) (if (if ((core/eq? kind) "genesis/effect-policy-authority-request-v0.20") (if (selfhost/policy::int? version) ((core/int::eq? version) 20) false) false) (if (if (selfhost/policy::vec? baseline) (if (selfhost/policy::str? op) (if (selfhost/policy::int? platform-max) ((core/int::lt? 0) platform-max) false) false) false) (if (if ((selfhost/effect-policy::override-valid? op) override) (if (selfhost/effect-gpu::input-valid? gpu-policy) (if (selfhost/effect-gfx::input-valid? gfx-policy) (selfhost/effect-xr::input-valid? xr-policy) false) false) false) (let ((allowed (((selfhost/effect-policy::allowed? baseline) op) override))) (if (core/error::is? allowed) allowed (let ((bridge-policy (if allowed ((selfhost/effect-bridge::policy op) override) nil))) {:allowed allowed :base-dir (if allowed (if (selfhost/policy::nil? override) nil ((core/map::get override) (quote :base-dir))) nil) :bridge-identity-policy bridge-policy :cap (if allowed ((selfhost/effect-policy::cap op) override) nil) :credential-policy (if allowed ((selfhost/effect-policy::credential-policy op) override) nil) :crypto-policy (if allowed ((selfhost/effect-crypto::policy override) platform-max) nil) :database-policy (if allowed ((selfhost/effect-policy::database-policy override) platform-max) nil) :ffi-policy (if allowed ((selfhost/effect-ffi::policy override) platform-max) nil) :gfx-policy (if allowed (selfhost/effect-gfx::policy gfx-policy) nil) :gpu-policy (if allowed (selfhost/effect-gpu::policy gpu-policy) nil) :kind "genesis/effect-policy-authority-result-v0.20" :max-bytes-policy (if allowed ((selfhost/effect-policy::max-bytes-policy override) platform-max) nil) :network-policy (if allowed ((selfhost/effect-network::policy override) platform-max) nil) :op op :plugin-policy (if allowed (selfhost/effect-plugin::policy override) nil) :process-program-policy (if allowed (selfhost/effect-policy::process-program-policy override) nil) :request-h (selfhost/hash::hash-term request) :v 20 :xr-policy (if allowed ((selfhost/effect-xr::policy xr-policy) ((core/map::get bridge-policy) (quote :active))) nil)}))) ((core/error::make2 "core/policy/authority") "effect-policy override must contain exactly the closed typed policy fields")) ((core/error::make2 "core/policy/authority") "effect-policy baseline/op/platform inputs are invalid")) ((core/error::make2 "core/policy/authority") "effect-policy authority request identity mismatch"))) ((core/error::make2 "core/policy/authority") "effect-policy authority request must contain exactly nine fields")) ((core/error::make2 "core/policy/authority") "effect-policy authority request must be a map"))))] :module-h b"\xE5S\xC5\x9E\x1C\xF19\x8F2\x19\x9A*N\x94\xA0\xAE\x88\xE1\x80\xB7\xE7\xB7\xD9\\\xC5\x91@3\xD4\xF7\xDA\x9C" :path "selfhost/effect_policy_authority_v1.gc" :source "(def selfhost/effect-policy::baseline-contains-loop?\n (fn (baseline)\n (fn (op)\n (fn (count)\n (fn (index)\n (if ((core/int::eq? index) count)\n false\n (let ((candidate ((core/vec::get baseline) index)))\n (if (selfhost/policy::str? candidate)\n (if ((core/eq? candidate) op)\n true\n ((((selfhost/effect-policy::baseline-contains-loop? baseline) op) count)\n ((core/int::add index) 1)))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy baseline entries must be strings\")))))))))\n\n(def selfhost/effect-policy::baseline-contains?\n (fn (baseline)\n (fn (op)\n ((((selfhost/effect-policy::baseline-contains-loop? baseline) op) (core/vec::len baseline)) 0))))\n\n(def selfhost/effect-policy::inventory-add-loop\n (fn (ops)\n (fn (index)\n (fn (set)\n (if ((core/int::eq? index) (core/vec::len ops))\n set\n (let ((op ((core/vec::get ops) index)))\n (if (selfhost/policy::str? op)\n (((selfhost/effect-policy::inventory-add-loop ops) ((core/int::add index) 1))\n (((core/map::put set) op) true))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory entries must be strings\"))))))))\n\n(def selfhost/effect-policy::inventory-add\n (fn (set)\n (fn (ops) (((selfhost/effect-policy::inventory-add-loop ops) 0) set))))\n\n(def selfhost/effect-policy::inventory-keys-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (((selfhost/effect-policy::inventory-keys-loop entries) ((core/int::add index) 1))\n ((core/vec::push out) ((core/vec::get entry) 0)))))))))\n\n(def selfhost/effect-policy::inventory-keys\n (fn (set)\n (((selfhost/effect-policy::inventory-keys-loop (core/map::entries set)) 0) [])))\n\n(def core/effects::policy-inventory-authority\n (fn (request)\n (if (selfhost/policy::map? request)\n (if ((core/int::eq? (core/map::len request)) 4)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (baseline ((core/map::get request) (quote :baseline)))\n (override-ops ((core/map::get request) (quote :override-ops))))\n (if\n (if ((core/eq? kind) \"genesis/effect-policy-inventory-request-v0.1\")\n (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false)\n false)\n (if\n (if (selfhost/policy::vec? baseline)\n (selfhost/policy::vec? override-ops)\n false)\n (let ((baseline-set ((selfhost/effect-policy::inventory-add {}) baseline)))\n (if (core/error::is? baseline-set)\n baseline-set\n (let ((all-set ((selfhost/effect-policy::inventory-add baseline-set) override-ops)))\n (if (core/error::is? all-set)\n all-set\n {\n :candidate-ops (selfhost/effect-policy::inventory-keys all-set)\n :kind \"genesis/effect-policy-inventory-result-v0.1\"\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory vectors are required\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory request identity mismatch\")))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory request must contain exactly four fields\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory request must be a map\"))))\n\n(def selfhost/effect-policy::all-true-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if ((core/vec::get values) index)\n ((selfhost/effect-policy::all-true-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/effect-policy::credential-operation?\n (fn (op)\n (if ((core/eq? op) \"core/sync::pull\")\n true\n (if ((core/eq? op) \"core/sync::push\")\n true\n ((core/eq? op) \"core/pkg-low::publish\")))))\n\n(def selfhost/effect-policy::override-valid?\n (fn (op)\n (fn (override)\n (if (selfhost/policy::nil? override)\n true\n (if\n ((selfhost/effect-policy::exact-map? override)\n [\n :allow\n :base-dir\n :bridge-identity-policy\n :create-dirs\n :crypto-policy\n :credential-policy\n :database-policy\n :ffi-policy\n :log-inline-max-bytes\n :max-bytes\n :network-policy\n :plugin-policy\n :process-programs\n :timeout-ms])\n ((selfhost/effect-policy::all-true-loop?\n [\n (selfhost/effect-policy::optional-bool?\n ((core/map::get override) (quote :allow)))\n (selfhost/effect-policy::optional-str?\n ((core/map::get override) (quote :base-dir)))\n (selfhost/effect-bridge::input-valid?\n ((core/map::get override) (quote :bridge-identity-policy)))\n (selfhost/effect-policy::optional-bool?\n ((core/map::get override) (quote :create-dirs)))\n (selfhost/effect-crypto::input-valid?\n ((core/map::get override) (quote :crypto-policy)))\n (if (selfhost/effect-policy::credential-operation? op)\n (selfhost/effect-store-credential::input-valid?\n ((core/map::get override) (quote :credential-policy)))\n (selfhost/policy::nil?\n ((core/map::get override) (quote :credential-policy))))\n (selfhost/effect-policy::database-input-valid?\n ((core/map::get override) (quote :database-policy)))\n (selfhost/effect-ffi::input-valid?\n ((core/map::get override) (quote :ffi-policy)))\n (selfhost/effect-policy::optional-int?\n ((core/map::get override) (quote :log-inline-max-bytes)))\n (selfhost/effect-policy::limit-input-valid?\n ((core/map::get override) (quote :max-bytes)))\n (selfhost/effect-network::input-valid?\n ((core/map::get override) (quote :network-policy)))\n (selfhost/effect-plugin::input-valid?\n ((core/map::get override) (quote :plugin-policy)))\n (selfhost/effect-policy::process-program-input-valid?\n ((core/map::get override) (quote :process-programs)))\n (selfhost/effect-policy::optional-int?\n ((core/map::get override) (quote :timeout-ms)))]) 0)\n false)))))\n\n(def selfhost/effect-policy::process-program-input-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-policy::process-program-input-valid-loop? values)\n ((core/int::add index) 1))\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-entry))\n false)))))))\n\n(def selfhost/effect-policy::process-program-input-valid?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-policy::process-program-input-valid-loop? value) 0)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))))\n\n(def selfhost/effect-policy::limit-input-valid?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::int? value)\n true\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))))\n\n(def selfhost/effect-policy::database-input-valid?\n (fn (value)\n (if ((selfhost/effect-policy::exact-map? value)\n [:max-result-bytes :max-row-count :max-value-bytes :query-classes :target-allow])\n (if (selfhost/effect-policy::limit-input-valid?\n ((core/map::get value) (quote :max-result-bytes)))\n (if (selfhost/effect-policy::limit-input-valid?\n ((core/map::get value) (quote :max-row-count)))\n (if (selfhost/effect-policy::limit-input-valid?\n ((core/map::get value) (quote :max-value-bytes)))\n (if (selfhost/effect-policy::process-program-input-valid?\n ((core/map::get value) (quote :query-classes)))\n (selfhost/effect-policy::process-program-input-valid?\n ((core/map::get value) (quote :target-allow)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-policy::process-program-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0)\n {:programs nil :status (quote :empty)}\n {:programs out :status (quote :valid)})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((selfhost/effect-policy::process-program-policy-loop values)\n ((core/int::add index) 1))\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out) trimmed)\n out)))\n {:programs nil :status (quote :invalid-entry)})))))))\n\n(def selfhost/effect-policy::process-program-policy\n (fn (override)\n (let\n ((raw\n (if (selfhost/policy::nil? override)\n nil\n ((core/map::get override) (quote :process-programs)))))\n (if (selfhost/policy::nil? raw)\n {:programs nil :status (quote :absent)}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-policy::process-program-policy-loop raw) 0) [])\n {:programs nil :status (quote :invalid-type)})))))\n\n(def selfhost/effect-policy::max-bytes-policy\n (fn (override)\n (fn (platform-max)\n ((selfhost/effect-policy::positive-limit-policy\n (if (selfhost/policy::nil? override)\n nil\n ((core/map::get override) (quote :max-bytes))))\n platform-max))))\n\n(def selfhost/effect-policy::credential-policy\n (fn (op)\n (fn (override)\n (if (selfhost/effect-policy::credential-operation? op)\n (selfhost/effect-store-credential::policy\n (if (selfhost/policy::nil? override)\n {\n :auth-token nil\n :auth-token-env nil\n :basic-password nil\n :basic-password-env nil\n :basic-username nil\n :mtls-ca-pem nil\n :mtls-identity-pem nil}\n ((core/map::get override) (quote :credential-policy))))\n nil))))\n\n(def selfhost/effect-policy::positive-limit-policy\n (fn (raw)\n (fn (platform-max)\n (if (selfhost/policy::nil? raw)\n {:limit nil :status (quote :absent)}\n (if (selfhost/policy::sym? raw)\n {:limit nil :status (quote :invalid-type)}\n (if ((core/int::lt? raw) 1)\n {:limit nil :status (quote :nonpositive)}\n (if ((core/int::lt? platform-max) raw)\n {:limit nil :status (quote :platform-overflow)}\n {:limit raw :status (quote :valid)})))))))\n\n(def selfhost/effect-policy::string-list-policy\n (fn (raw)\n (let ((decision\n (if (selfhost/policy::nil? raw)\n {:programs nil :status (quote :absent)}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-policy::process-program-policy-loop raw) 0) [])\n {:programs nil :status (quote :invalid-type)}))))\n {\n :status ((core/map::get decision) (quote :status))\n :values ((core/map::get decision) (quote :programs))})))\n\n(def selfhost/effect-policy::database-policy\n (fn (override)\n (fn (platform-max)\n (let ((database\n (if (selfhost/policy::nil? override)\n {\n :max-result-bytes nil\n :max-row-count nil\n :max-value-bytes nil\n :query-classes nil\n :target-allow nil}\n ((core/map::get override) (quote :database-policy)))))\n {\n :max-result-bytes\n ((selfhost/effect-policy::positive-limit-policy\n ((core/map::get database) (quote :max-result-bytes))) platform-max)\n :max-row-count\n ((selfhost/effect-policy::positive-limit-policy\n ((core/map::get database) (quote :max-row-count))) platform-max)\n :max-value-bytes\n ((selfhost/effect-policy::positive-limit-policy\n ((core/map::get database) (quote :max-value-bytes))) platform-max)\n :query-classes\n (selfhost/effect-policy::string-list-policy\n ((core/map::get database) (quote :query-classes)))\n :target-allow\n (selfhost/effect-policy::string-list-policy\n ((core/map::get database) (quote :target-allow)))}))))\n\n(def selfhost/effect-policy::allowed?\n (fn (baseline)\n (fn (op)\n (fn (override)\n (if (selfhost/policy::nil? override)\n ((selfhost/effect-policy::baseline-contains? baseline) op)\n (let ((allow ((core/map::get override) (quote :allow))))\n (if (selfhost/policy::nil? allow) true allow)))))))\n\n(def selfhost/effect-policy::cap\n (fn (op)\n (fn (override)\n (let\n (\n (base\n {\n :op (core/sym::from-str op)}))\n (if (selfhost/policy::nil? override)\n base\n (let\n ((create-dirs ((core/map::get override) (quote :create-dirs)))\n (timeout ((core/map::get override) (quote :timeout-ms)))\n (inline ((core/map::get override) (quote :log-inline-max-bytes))))\n (let\n (\n (with-create\n (if (if (selfhost/policy::nil? create-dirs) false create-dirs)\n (((core/map::put base) (quote :create-dirs)) true)\n base)))\n (let\n (\n (with-timeout\n (if (selfhost/policy::nil? timeout)\n with-create\n (((core/map::put with-create) (quote :timeout-ms))\n (if ((core/int::lt? timeout) 0) 0 timeout)))))\n (if (if (selfhost/policy::nil? inline) true ((core/int::lt? inline) 1))\n with-timeout\n (((core/map::put with-timeout) (quote :log-inline-max-bytes)) inline))))))))))\n\n(def core/effects::policy-authority\n (fn (request)\n (if (selfhost/policy::map? request)\n (if ((core/int::eq? (core/map::len request)) 9)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (baseline ((core/map::get request) (quote :baseline)))\n (gfx-policy ((core/map::get request) (quote :gfx-policy)))\n (gpu-policy ((core/map::get request) (quote :gpu-policy)))\n (op ((core/map::get request) (quote :op)))\n (override ((core/map::get request) (quote :override)))\n (platform-max ((core/map::get request) (quote :platform-max-bytes)))\n (xr-policy ((core/map::get request) (quote :xr-policy))))\n (if\n (if ((core/eq? kind) \"genesis/effect-policy-authority-request-v0.20\")\n (if (selfhost/policy::int? version) ((core/int::eq? version) 20) false)\n false)\n (if\n (if (selfhost/policy::vec? baseline)\n (if (selfhost/policy::str? op)\n (if (selfhost/policy::int? platform-max)\n ((core/int::lt? 0) platform-max)\n false)\n false)\n false)\n (if\n (if ((selfhost/effect-policy::override-valid? op) override)\n (if (selfhost/effect-gpu::input-valid? gpu-policy)\n (if (selfhost/effect-gfx::input-valid? gfx-policy)\n (selfhost/effect-xr::input-valid? xr-policy)\n false)\n false)\n false)\n (let ((allowed (((selfhost/effect-policy::allowed? baseline) op) override)))\n (if (core/error::is? allowed)\n allowed\n (let\n ((bridge-policy\n (if allowed\n ((selfhost/effect-bridge::policy op) override)\n nil)))\n {\n :allowed allowed\n :base-dir\n (if allowed\n (if (selfhost/policy::nil? override)\n nil\n ((core/map::get override) (quote :base-dir)))\n nil)\n :bridge-identity-policy\n bridge-policy\n :cap (if allowed ((selfhost/effect-policy::cap op) override) nil)\n :crypto-policy\n (if allowed\n ((selfhost/effect-crypto::policy override) platform-max)\n nil)\n :credential-policy\n (if allowed\n ((selfhost/effect-policy::credential-policy op) override)\n nil)\n :database-policy\n (if allowed\n ((selfhost/effect-policy::database-policy override) platform-max)\n nil)\n :ffi-policy\n (if allowed\n ((selfhost/effect-ffi::policy override) platform-max)\n nil)\n :gfx-policy\n (if allowed\n (selfhost/effect-gfx::policy gfx-policy)\n nil)\n :gpu-policy\n (if allowed\n (selfhost/effect-gpu::policy gpu-policy)\n nil)\n :kind \"genesis/effect-policy-authority-result-v0.20\"\n :max-bytes-policy\n (if allowed\n ((selfhost/effect-policy::max-bytes-policy override) platform-max)\n nil)\n :network-policy\n (if allowed\n ((selfhost/effect-network::policy override) platform-max)\n nil)\n :op op\n :plugin-policy\n (if allowed\n (selfhost/effect-plugin::policy override)\n nil)\n :process-program-policy\n (if allowed\n (selfhost/effect-policy::process-program-policy override)\n nil)\n :request-h (selfhost/hash::hash-term request)\n :v 20\n :xr-policy\n (if allowed\n ((selfhost/effect-xr::policy xr-policy)\n ((core/map::get bridge-policy) (quote :active)))\n nil)})))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy override must contain exactly the closed typed policy fields\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy baseline/op/platform inputs are invalid\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy authority request identity mismatch\")))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy authority request must contain exactly nine fields\"))\n ((core/error::make2 \"core/policy/authority\") \"effect-policy authority request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"8\x8B\xA7\xC8\xA2*\xA2%|\x10\xA8\x12\xE5\xBA\x03\xE0\xDB\xFC\x18?\xC6\xB4\xB9\xD3\xB0~D\xE8\xF9[\x8C\xDC" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/replay::tag core/data::tag) (def selfhost/replay::nil? core/list::is-nil?) (def selfhost/replay::not (fn (value) (if value false true))) (def selfhost/replay::map? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :map)))) (def selfhost/replay::int? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :int)))) (def selfhost/replay::str? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :str)))) (def selfhost/replay::sym? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :sym)))) (def selfhost/replay::bytes? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :bytes)))) (def selfhost/replay::field (fn (map) (fn (key) (if (selfhost/replay::map? map) ((core/map::get map) key) nil)))) (def selfhost/replay::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/replay::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/replay::map-has-key? (fn (map) (fn (key) (((selfhost/replay::map-has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/replay::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/replay::map-has-key? map) ((core/vec::get keys) index)) (((selfhost/replay::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/replay::exact-map? (fn (value) (fn (keys) (if (selfhost/replay::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/replay::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/replay::nonnegative-int? (fn (value) (if (selfhost/replay::int? value) (selfhost/replay::not ((core/int::lt? value) 0)) false))) (def selfhost/replay::optional-str? (fn (value) (if (selfhost/replay::nil? value) true (selfhost/replay::str? value)))) (def selfhost/replay::optional-nonnegative-int? (fn (value) (if (selfhost/replay::nil? value) true (selfhost/replay::nonnegative-int? value)))) (def selfhost/replay::hash32? (fn (value) (if (selfhost/replay::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false))) (def selfhost/replay::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/replay::task-like? (fn (op) (let ((text (core/sym::to-str op))) (if ((selfhost/replay::starts-with? text) "core/task::") true ((selfhost/replay::starts-with? text) "editor/task::"))))) (def selfhost/replay::first-present (fn (primary) (fn (fallback) (if (selfhost/replay::nil? primary) fallback primary)))) (def selfhost/replay::expected-schedule (fn (index) (fn (op) (fn (payload) (fn (response) (let ((schedule-step (if (selfhost/replay::task-like? op) index nil))) (if ((core/sym::eq? op) (quote core/task::spawn)) {:await-edge nil :parent-task ((selfhost/replay::first-present ((selfhost/replay::field payload) (quote :parent-task))) ((selfhost/replay::field payload) (quote :scope))) :schedule-step schedule-step :task-id ((selfhost/replay::field response) (quote :task-id))} (if ((core/sym::eq? op) (quote editor/task::spawn)) {:await-edge nil :parent-task ((selfhost/replay::first-present ((selfhost/replay::field payload) (quote :parent-task))) ((selfhost/replay::field payload) (quote :scope))) :schedule-step schedule-step :task-id ((selfhost/replay::field response) (quote :task-id))} (if ((core/sym::eq? op) (quote core/task::channel-open)) {:await-edge nil :parent-task nil :schedule-step schedule-step :task-id ((selfhost/replay::field response) (quote :channel-id))} (if ((core/sym::eq? op) (quote core/task::await)) (let ((task-id ((selfhost/replay::field payload) (quote :task-id)))) {:await-edge task-id :parent-task nil :schedule-step schedule-step :task-id task-id}) (if ((core/sym::eq? op) (quote core/task::scope)) {:await-edge nil :parent-task ((selfhost/replay::field payload) (quote :scope)) :schedule-step schedule-step :task-id nil} (if (selfhost/replay::channel-target-op? op) {:await-edge nil :parent-task nil :schedule-step schedule-step :task-id ((selfhost/replay::field payload) (quote :channel-id))} (if (selfhost/replay::task-target-op? op) {:await-edge nil :parent-task nil :schedule-step schedule-step :task-id ((selfhost/replay::field payload) (quote :task-id))} {:await-edge nil :parent-task nil :schedule-step schedule-step :task-id nil}))))))))))))) (def selfhost/replay::channel-target-op? (fn (op) (if ((core/sym::eq? op) (quote core/task::channel-send)) true (if ((core/sym::eq? op) (quote core/task::channel-recv)) true (if ((core/sym::eq? op) (quote core/task::channel-close)) true ((core/sym::eq? op) (quote core/task::channel-status))))))) (def selfhost/replay::task-target-op? (fn (op) (if ((core/sym::eq? op) (quote core/task::cancel)) true (if ((core/sym::eq? op) (quote core/task::status)) true (if ((core/sym::eq? op) (quote editor/task::poll)) true ((core/sym::eq? op) (quote editor/task::cancel))))))) (def selfhost/replay::header-request-valid? (fn (request) (if ((selfhost/replay::exact-map? request) [:expected-program-h :kind :logged-program-h :phase :v]) (if (selfhost/replay::hash32? ((selfhost/replay::field request) (quote :expected-program-h))) (selfhost/replay::hash32? ((selfhost/replay::field request) (quote :logged-program-h))) false) false))) (def selfhost/replay::pure-request-valid? (fn (request) (if ((selfhost/replay::exact-map? request) [:entry-count :index :kind :phase :v]) (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :index))) (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :entry-count))) false) false))) (def selfhost/replay::expected-valid? (fn (expected) (if ((selfhost/replay::exact-map? expected) [:cont-h :op :payload :payload-h :req-h :resp-h :response :response-error :response-status]) (if (selfhost/replay::sym? ((selfhost/replay::field expected) (quote :op))) (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :payload-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :cont-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :req-h))) (let ((status ((selfhost/replay::field expected) (quote :response-status)))) (if ((core/sym::eq? status) (quote :loaded)) (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :resp-h))) (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :response-error))) false) (if ((core/sym::eq? status) (quote :load-error)) (if (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :resp-h))) (selfhost/replay::str? ((selfhost/replay::field expected) (quote :response-error))) false) (if ((core/sym::eq? status) (quote :unavailable)) (if (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :resp-h))) (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :response-error))) false) false)))) false) false) false) false) false))) (def selfhost/replay::logged-valid? (fn (logged) (if ((selfhost/replay::exact-map? logged) [:await-edge :cap :cont-h :decision :i :op :parent-task :payload-h :req-h :resp-h :schedule-step :task-id]) (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field logged) (quote :i))) (if (selfhost/replay::sym? ((selfhost/replay::field logged) (quote :op))) (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :payload-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :cont-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :req-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :resp-h))) (if (if ((core/sym::eq? ((selfhost/replay::field logged) (quote :decision))) (quote :allow)) true ((core/sym::eq? ((selfhost/replay::field logged) (quote :decision))) (quote :deny))) (if (selfhost/replay::optional-str? ((selfhost/replay::field logged) (quote :task-id))) (if (selfhost/replay::optional-str? ((selfhost/replay::field logged) (quote :parent-task))) (if (selfhost/replay::optional-nonnegative-int? ((selfhost/replay::field logged) (quote :schedule-step))) (selfhost/replay::optional-str? ((selfhost/replay::field logged) (quote :await-edge))) false) false) false) false) false) false) false) false) false) false) false))) (def selfhost/replay::perform-request-valid? (fn (request) (if ((selfhost/replay::exact-map? request) [:expected :index :kind :log-version :logged :phase :v]) (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :index))) (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :log-version))) (if (selfhost/replay::expected-valid? ((selfhost/replay::field request) (quote :expected))) (let ((logged ((selfhost/replay::field request) (quote :logged)))) (if (selfhost/replay::nil? logged) true (selfhost/replay::logged-valid? logged))) false) false) false) false))) (def selfhost/replay::result (fn (request) (fn (ok) (fn (code) (fn (message) {:code code :kind "genesis/effect-replay-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1}))))) (def selfhost/replay::accept (fn (request) ((((selfhost/replay::result request) true) nil) nil))) (def selfhost/replay::reject (fn (request) (fn (code) (fn (message) ((((selfhost/replay::result request) false) code) message))))) (def selfhost/replay::cap-error (fn (version) (fn (op) (fn (decision) (fn (cap) (if ((core/sym::eq? decision) (quote :deny)) (if (selfhost/replay::nil? cap) nil ":cap mismatch: deny decisions must carry nil cap") (if ((core/sym::eq? decision) (quote :allow)) (if (if ((core/int::lt? version) 3) (selfhost/replay::nil? cap) false) nil (if (selfhost/replay::map? cap) (if ((core/eq? ((selfhost/replay::field cap) (quote :op))) op) nil ":cap mismatch: allow cap must carry the replayed operation") ":cap mismatch: allow decisions must carry a cap map")) ":decision mismatch: expected :allow or :deny"))))))) (def selfhost/replay::perform-error (fn (request) (let ((index ((selfhost/replay::field request) (quote :index)))) (let ((version ((selfhost/replay::field request) (quote :log-version)))) (let ((expected ((selfhost/replay::field request) (quote :expected)))) (let ((logged ((selfhost/replay::field request) (quote :logged)))) (if (selfhost/replay::nil? logged) "log ended before program finished" (if ((core/sym::eq? ((selfhost/replay::field expected) (quote :response-status))) (quote :load-error)) ((selfhost/replay::field expected) (quote :response-error)) (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :i))) index)) "entry index mismatch" (let ((op ((selfhost/replay::field expected) (quote :op)))) (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :op))) op)) "op mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :payload-h))) ((selfhost/replay::field expected) (quote :payload-h)))) "payload hash mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :cont-h))) ((selfhost/replay::field expected) (quote :cont-h)))) "continuation hash mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :req-h))) ((selfhost/replay::field expected) (quote :req-h)))) "request hash mismatch" (let ((cap-error ((((selfhost/replay::cap-error version) op) ((selfhost/replay::field logged) (quote :decision))) ((selfhost/replay::field logged) (quote :cap))))) (if (selfhost/replay::not (selfhost/replay::nil? cap-error)) cap-error (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :resp-h))) ((selfhost/replay::field expected) (quote :resp-h)))) "response hash mismatch" (if ((core/int::lt? version) 3) nil (let ((schedule ((((selfhost/replay::expected-schedule index) op) ((selfhost/replay::field expected) (quote :payload))) ((selfhost/replay::field expected) (quote :response))))) (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :schedule-step))) ((selfhost/replay::field schedule) (quote :schedule-step)))) "schedule-step mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :task-id))) ((selfhost/replay::field schedule) (quote :task-id)))) "task-id mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :parent-task))) ((selfhost/replay::field schedule) (quote :parent-task)))) "parent-task mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :await-edge))) ((selfhost/replay::field schedule) (quote :await-edge)))) "await-edge mismatch" nil))))))))))))))))))))))) (def core/effects::replay-authority (fn (request) (if (selfhost/replay::not (selfhost/replay::map? request)) (((selfhost/replay::reject request) "replay/request") "replay authority request must be a map") (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field request) (quote :kind))) "genesis/effect-replay-authority-request-v0.1")) (((selfhost/replay::reject request) "replay/request") "replay authority request kind mismatch") (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field request) (quote :v))) 1)) (((selfhost/replay::reject request) "replay/request") "replay authority request version mismatch") (let ((phase ((selfhost/replay::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :header)) (if (selfhost/replay::header-request-valid? request) (if ((core/eq? ((selfhost/replay::field request) (quote :expected-program-h))) ((selfhost/replay::field request) (quote :logged-program-h))) (selfhost/replay::accept request) (((selfhost/replay::reject request) "replay/program-hash-mismatch") "program hash mismatch: log is for different program")) (((selfhost/replay::reject request) "replay/request") "replay header request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :pure)) (if (selfhost/replay::pure-request-valid? request) (if ((core/int::eq? ((selfhost/replay::field request) (quote :index))) ((selfhost/replay::field request) (quote :entry-count))) (selfhost/replay::accept request) (((selfhost/replay::reject request) "replay/remaining-entries") "program finished with remaining log entries")) (((selfhost/replay::reject request) "replay/request") "replay pure request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :perform)) (if (selfhost/replay::perform-request-valid? request) (let ((error (selfhost/replay::perform-error request))) (if (selfhost/replay::nil? error) (selfhost/replay::accept request) (((selfhost/replay::reject request) "replay/mismatch") error))) (((selfhost/replay::reject request) "replay/request") "replay perform request field set or types mismatch")) (((selfhost/replay::reject request) "replay/request") "unknown replay authority phase"))))))))))] :module-h b"\t\x8C\x90\x1Clb\xF0\x85\xF2\xC5\xB0\xF2\x91\xF1\x9F\xF6kfm\xC7qv\\s\x17\"#{\xC9l}\xC0" :path "selfhost/effect_replay_authority_v1.gc" :source "(def selfhost/replay::tag core/data::tag)\n\n(def selfhost/replay::nil? core/list::is-nil?)\n\n(def selfhost/replay::not (fn (value) (if value false true)))\n\n(def selfhost/replay::map? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :map))))\n\n(def selfhost/replay::int? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :int))))\n\n(def selfhost/replay::str? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :str))))\n\n(def selfhost/replay::sym? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :sym))))\n\n(def selfhost/replay::bytes?\n (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :bytes))))\n\n(def selfhost/replay::field\n (fn (map) (fn (key) (if (selfhost/replay::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/replay::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/replay::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))))\n\n(def selfhost/replay::map-has-key?\n (fn (map) (fn (key) (((selfhost/replay::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/replay::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/replay::map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/replay::map-has-keys-loop? map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/replay::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/replay::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/replay::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/replay::nonnegative-int?\n (fn (value)\n (if (selfhost/replay::int? value) (selfhost/replay::not ((core/int::lt? value) 0)) false)))\n\n(def selfhost/replay::optional-str?\n (fn (value) (if (selfhost/replay::nil? value) true (selfhost/replay::str? value))))\n\n(def selfhost/replay::optional-nonnegative-int?\n (fn (value) (if (selfhost/replay::nil? value) true (selfhost/replay::nonnegative-int? value))))\n\n(def selfhost/replay::hash32?\n (fn (value)\n (if (selfhost/replay::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false)))\n\n(def selfhost/replay::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/replay::task-like?\n (fn (op)\n (let ((text (core/sym::to-str op)))\n (if ((selfhost/replay::starts-with? text) \"core/task::\")\n true\n ((selfhost/replay::starts-with? text) \"editor/task::\")))))\n\n(def selfhost/replay::first-present\n (fn (primary) (fn (fallback) (if (selfhost/replay::nil? primary) fallback primary))))\n\n(def selfhost/replay::expected-schedule\n (fn (index)\n (fn (op)\n (fn (payload)\n (fn (response)\n (let ((schedule-step (if (selfhost/replay::task-like? op) index nil)))\n (if ((core/sym::eq? op) (quote core/task::spawn))\n {\n :await-edge nil\n :parent-task\n ((selfhost/replay::first-present ((selfhost/replay::field payload) (quote :parent-task)))\n ((selfhost/replay::field payload) (quote :scope)))\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field response) (quote :task-id))}\n (if ((core/sym::eq? op) (quote editor/task::spawn))\n {\n :await-edge nil\n :parent-task\n ((selfhost/replay::first-present ((selfhost/replay::field payload) (quote :parent-task)))\n ((selfhost/replay::field payload) (quote :scope)))\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field response) (quote :task-id))}\n (if ((core/sym::eq? op) (quote core/task::channel-open))\n {\n :await-edge nil\n :parent-task nil\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field response) (quote :channel-id))}\n (if ((core/sym::eq? op) (quote core/task::await))\n (let ((task-id ((selfhost/replay::field payload) (quote :task-id))))\n {\n :await-edge task-id\n :parent-task nil\n :schedule-step schedule-step\n :task-id task-id})\n (if ((core/sym::eq? op) (quote core/task::scope))\n {\n :await-edge nil\n :parent-task ((selfhost/replay::field payload) (quote :scope))\n :schedule-step schedule-step\n :task-id nil}\n (if (selfhost/replay::channel-target-op? op)\n {\n :await-edge nil\n :parent-task nil\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field payload) (quote :channel-id))}\n (if (selfhost/replay::task-target-op? op)\n {\n :await-edge nil\n :parent-task nil\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field payload) (quote :task-id))}\n {\n :await-edge nil\n :parent-task nil\n :schedule-step schedule-step\n :task-id nil})))))))))))))\n\n(def selfhost/replay::channel-target-op?\n (fn (op)\n (if ((core/sym::eq? op) (quote core/task::channel-send))\n true\n (if ((core/sym::eq? op) (quote core/task::channel-recv))\n true\n (if ((core/sym::eq? op) (quote core/task::channel-close))\n true\n ((core/sym::eq? op) (quote core/task::channel-status)))))))\n\n(def selfhost/replay::task-target-op?\n (fn (op)\n (if ((core/sym::eq? op) (quote core/task::cancel))\n true\n (if ((core/sym::eq? op) (quote core/task::status))\n true\n (if ((core/sym::eq? op) (quote editor/task::poll))\n true\n ((core/sym::eq? op) (quote editor/task::cancel)))))))\n\n(def selfhost/replay::header-request-valid?\n (fn (request)\n (if\n ((selfhost/replay::exact-map? request)\n [\n :expected-program-h\n :kind\n :logged-program-h\n :phase\n :v])\n (if (selfhost/replay::hash32? ((selfhost/replay::field request) (quote :expected-program-h)))\n (selfhost/replay::hash32? ((selfhost/replay::field request) (quote :logged-program-h)))\n false)\n false)))\n\n(def selfhost/replay::pure-request-valid?\n (fn (request)\n (if\n ((selfhost/replay::exact-map? request)\n [\n :entry-count\n :index\n :kind\n :phase\n :v])\n (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :index)))\n (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :entry-count)))\n false)\n false)))\n\n(def selfhost/replay::expected-valid?\n (fn (expected)\n (if\n ((selfhost/replay::exact-map? expected)\n [\n :cont-h\n :op\n :payload\n :payload-h\n :req-h\n :resp-h\n :response\n :response-error\n :response-status])\n (if (selfhost/replay::sym? ((selfhost/replay::field expected) (quote :op)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :payload-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :cont-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :req-h)))\n (let ((status ((selfhost/replay::field expected) (quote :response-status))))\n (if ((core/sym::eq? status) (quote :loaded))\n (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :resp-h)))\n (selfhost/replay::nil?\n ((selfhost/replay::field expected) (quote :response-error)))\n false)\n (if ((core/sym::eq? status) (quote :load-error))\n (if (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :resp-h)))\n (selfhost/replay::str?\n ((selfhost/replay::field expected) (quote :response-error)))\n false)\n (if ((core/sym::eq? status) (quote :unavailable))\n (if\n (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :resp-h)))\n (selfhost/replay::nil?\n ((selfhost/replay::field expected) (quote :response-error)))\n false)\n false))))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/replay::logged-valid?\n (fn (logged)\n (if\n ((selfhost/replay::exact-map? logged)\n [\n :await-edge\n :cap\n :cont-h\n :decision\n :i\n :op\n :parent-task\n :payload-h\n :req-h\n :resp-h\n :schedule-step\n :task-id])\n (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field logged) (quote :i)))\n (if (selfhost/replay::sym? ((selfhost/replay::field logged) (quote :op)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :payload-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :cont-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :req-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :resp-h)))\n (if\n (if\n ((core/sym::eq? ((selfhost/replay::field logged) (quote :decision)))\n (quote :allow))\n true\n ((core/sym::eq? ((selfhost/replay::field logged) (quote :decision)))\n (quote :deny)))\n (if\n (selfhost/replay::optional-str?\n ((selfhost/replay::field logged) (quote :task-id)))\n (if\n (selfhost/replay::optional-str?\n ((selfhost/replay::field logged) (quote :parent-task)))\n (if\n (selfhost/replay::optional-nonnegative-int?\n ((selfhost/replay::field logged) (quote :schedule-step)))\n (selfhost/replay::optional-str?\n ((selfhost/replay::field logged) (quote :await-edge)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/replay::perform-request-valid?\n (fn (request)\n (if\n ((selfhost/replay::exact-map? request)\n [\n :expected\n :index\n :kind\n :log-version\n :logged\n :phase\n :v])\n (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :index)))\n (if\n (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :log-version)))\n (if\n (selfhost/replay::expected-valid? ((selfhost/replay::field request) (quote :expected)))\n (let ((logged ((selfhost/replay::field request) (quote :logged))))\n (if (selfhost/replay::nil? logged) true (selfhost/replay::logged-valid? logged)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/replay::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n {\n :code code\n :kind \"genesis/effect-replay-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1})))))\n\n(def selfhost/replay::accept (fn (request) ((((selfhost/replay::result request) true) nil) nil)))\n\n(def selfhost/replay::reject\n (fn (request)\n (fn (code) (fn (message) ((((selfhost/replay::result request) false) code) message)))))\n\n(def selfhost/replay::cap-error\n (fn (version)\n (fn (op)\n (fn (decision)\n (fn (cap)\n (if ((core/sym::eq? decision) (quote :deny))\n (if (selfhost/replay::nil? cap) nil \":cap mismatch: deny decisions must carry nil cap\")\n (if ((core/sym::eq? decision) (quote :allow))\n (if (if ((core/int::lt? version) 3) (selfhost/replay::nil? cap) false)\n nil\n (if (selfhost/replay::map? cap)\n (if ((core/eq? ((selfhost/replay::field cap) (quote :op))) op)\n nil\n \":cap mismatch: allow cap must carry the replayed operation\")\n \":cap mismatch: allow decisions must carry a cap map\"))\n \":decision mismatch: expected :allow or :deny\")))))))\n\n(def selfhost/replay::perform-error\n (fn (request)\n (let ((index ((selfhost/replay::field request) (quote :index))))\n (let ((version ((selfhost/replay::field request) (quote :log-version))))\n (let ((expected ((selfhost/replay::field request) (quote :expected))))\n (let ((logged ((selfhost/replay::field request) (quote :logged))))\n (if (selfhost/replay::nil? logged)\n \"log ended before program finished\"\n (if\n ((core/sym::eq? ((selfhost/replay::field expected) (quote :response-status)))\n (quote :load-error))\n ((selfhost/replay::field expected) (quote :response-error))\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :i))) index))\n \"entry index mismatch\"\n (let ((op ((selfhost/replay::field expected) (quote :op))))\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :op))) op))\n \"op mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :payload-h)))\n ((selfhost/replay::field expected) (quote :payload-h))))\n \"payload hash mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :cont-h)))\n ((selfhost/replay::field expected) (quote :cont-h))))\n \"continuation hash mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :req-h)))\n ((selfhost/replay::field expected) (quote :req-h))))\n \"request hash mismatch\"\n (let\n (\n (cap-error\n ((((selfhost/replay::cap-error version) op) ((selfhost/replay::field logged) (quote :decision)))\n ((selfhost/replay::field logged) (quote :cap)))))\n (if (selfhost/replay::not (selfhost/replay::nil? cap-error))\n cap-error\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :resp-h)))\n ((selfhost/replay::field expected) (quote :resp-h))))\n \"response hash mismatch\"\n (if ((core/int::lt? version) 3)\n nil\n (let\n (\n (schedule\n (\n (((selfhost/replay::expected-schedule index) op)\n ((selfhost/replay::field expected) (quote :payload)))\n ((selfhost/replay::field expected) (quote :response)))))\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :schedule-step)))\n ((selfhost/replay::field schedule)\n (quote :schedule-step))))\n \"schedule-step mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :task-id)))\n ((selfhost/replay::field schedule) (quote :task-id))))\n \"task-id mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :parent-task)))\n ((selfhost/replay::field schedule)\n (quote :parent-task))))\n \"parent-task mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :await-edge)))\n ((selfhost/replay::field schedule)\n (quote :await-edge))))\n \"await-edge mismatch\"\n nil)))))))))))))))))))))))\n\n(def core/effects::replay-authority\n (fn (request)\n (if (selfhost/replay::not (selfhost/replay::map? request))\n (((selfhost/replay::reject request) \"replay/request\") \"replay authority request must be a map\")\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field request) (quote :kind)))\n \"genesis/effect-replay-authority-request-v0.1\"))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay authority request kind mismatch\")\n (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field request) (quote :v))) 1))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay authority request version mismatch\")\n (let ((phase ((selfhost/replay::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :header))\n (if (selfhost/replay::header-request-valid? request)\n (if\n ((core/eq? ((selfhost/replay::field request) (quote :expected-program-h)))\n ((selfhost/replay::field request) (quote :logged-program-h)))\n (selfhost/replay::accept request)\n (((selfhost/replay::reject request) \"replay/program-hash-mismatch\")\n \"program hash mismatch: log is for different program\"))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay header request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :pure))\n (if (selfhost/replay::pure-request-valid? request)\n (if\n ((core/int::eq? ((selfhost/replay::field request) (quote :index)))\n ((selfhost/replay::field request) (quote :entry-count)))\n (selfhost/replay::accept request)\n (((selfhost/replay::reject request) \"replay/remaining-entries\")\n \"program finished with remaining log entries\"))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay pure request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :perform))\n (if (selfhost/replay::perform-request-valid? request)\n (let ((error (selfhost/replay::perform-error request)))\n (if (selfhost/replay::nil? error)\n (selfhost/replay::accept request)\n (((selfhost/replay::reject request) \"replay/mismatch\") error)))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay perform request field set or types mismatch\"))\n (((selfhost/replay::reject request) \"replay/request\")\n \"unknown replay authority phase\"))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\t\x8C\x90\x1Clb\xF0\x85\xF2\xC5\xB0\xF2\x91\xF1\x9F\xF6kfm\xC7qv\\s\x17\"#{\xC9l}\xC0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/store-authority::tag core/data::tag) (def selfhost/store-authority::nil? core/list::is-nil?) (def selfhost/store-authority::map? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :map)))) (def selfhost/store-authority::int? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :int)))) (def selfhost/store-authority::str? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :str)))) (def selfhost/store-authority::bool? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :bool)))) (def selfhost/store-authority::bytes? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :bytes)))) (def selfhost/store-authority::field (fn (map) (fn (key) (if (selfhost/store-authority::map? map) ((core/map::get map) key) nil)))) (def selfhost/store-authority::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key) true (((selfhost/store-authority::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))) (def selfhost/store-authority::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/store-authority::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/store-authority::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/store-authority::exact-map? (fn (value) (fn (keys) (if (selfhost/store-authority::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/store-authority::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/store-authority::nonnegative-int? (fn (value) (if (selfhost/store-authority::int? value) (if ((core/int::lt? value) 0) false true) false))) (def selfhost/store-authority::optional-nonnegative-int? (fn (value) (if (selfhost/store-authority::nil? value) true (selfhost/store-authority::nonnegative-int? value)))) (def selfhost/store-authority::result (fn (request) (fn (ok) (fn (action) (fn (code) (fn (message) (fn (bytes) (fn (hash) (fn (written-bytes) {:action action :bytes bytes :code code :hash hash :kind "genesis/store-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1 :written-bytes written-bytes}))))))))) (def selfhost/store-authority::protocol-reject (fn (request) (fn (message) ((((((((selfhost/store-authority::result request) false) (quote :reject)) "store/authority-request") message) nil) nil) nil)))) (def selfhost/store-authority::semantic-error (fn (request) (fn (code) (fn (message) ((((((((selfhost/store-authority::result request) true) (quote :error)) code) message) nil) nil) nil))))) (def selfhost/store-authority::write (fn (request) (fn (bytes) (fn (hash) (fn (written-bytes) ((((((((selfhost/store-authority::result request) true) (quote :write)) nil) nil) bytes) hash) written-bytes)))))) (def selfhost/store-authority::put (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (budget-used ((selfhost/store-authority::field request) (quote :budget-used))) (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit)))) (if ((selfhost/store-authority::exact-map? payload) [:artifact]) (if (selfhost/store-authority::nonnegative-int? max-bytes) (if (selfhost/store-authority::nonnegative-int? budget-used) (if (selfhost/store-authority::optional-nonnegative-int? budget-limit) (let ((printed (selfhost/printer::print-term ((selfhost/store-authority::field payload) (quote :artifact))))) (if (core/error::is? printed) (((selfhost/store-authority::semantic-error request) "core/store/bad-artifact") "artifact cannot be printed canonically") (let ((bytes (core/str::to-utf8 printed))) (if (core/error::is? bytes) (((selfhost/store-authority::semantic-error request) "core/store/bad-artifact") "canonical artifact is not valid utf-8") (let ((size (core/bytes::len bytes))) (if ((core/int::lt? max-bytes) size) (((selfhost/store-authority::semantic-error request) "core/caps/resource-limit") "store put exceeds max_bytes") (let ((next-used ((core/int::add budget-used) size))) (if (if (selfhost/store-authority::nil? budget-limit) false ((core/int::lt? budget-limit) next-used)) (((selfhost/store-authority::semantic-error request) "core/caps/resource-limit") "store put exceeds max_run_bytes") (let ((digest (core/crypto::blake3 bytes))) (if (core/error::is? digest) (((selfhost/store-authority::semantic-error request) "core/store/hash-error") "artifact hash mechanism failed") ((((selfhost/store-authority::write request) bytes) (core/bytes::to-hex digest)) size))))))))))) ((selfhost/store-authority::protocol-reject request) "put budget-limit must be nil or a nonnegative integer")) ((selfhost/store-authority::protocol-reject request) "put budget-used must be a nonnegative integer")) ((selfhost/store-authority::protocol-reject request) "put max-bytes must be a nonnegative integer")) (((selfhost/store-authority::semantic-error request) "core/store/bad-payload") "store put payload must contain exactly :artifact"))))) (def selfhost/store-authority::lower-hex-byte? (fn (byte) (if (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false) true (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false)))) (def selfhost/store-authority::lower-hex-loop? (fn (bytes) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) true (if (selfhost/store-authority::lower-hex-byte? ((core/bytes::get bytes) index)) ((selfhost/store-authority::lower-hex-loop? bytes) ((core/int::add index) 1)) false))))) (def selfhost/store-authority::hash? (fn (value) (if (selfhost/store-authority::str? value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::eq? (core/bytes::len bytes)) 64) ((selfhost/store-authority::lower-hex-loop? bytes) 0) false)) false))) (def selfhost/store-authority::hash-payload? (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:hash]) (selfhost/store-authority::hash? ((selfhost/store-authority::field payload) (quote :hash))) false))) (def selfhost/store-authority::has-result (fn (request) (fn (ok) (fn (action) (fn (code) (fn (message) (fn (hash) (fn (present) {:action action :code code :hash hash :kind "genesis/store-has-authority-result-v0.1" :message message :ok ok :present present :request-h (selfhost/hash::hash-term request) :v 1})))))))) (def selfhost/store-authority::has-reject (fn (request) (fn (message) (((((((selfhost/store-authority::has-result request) false) (quote :reject)) "store/authority-request") message) nil) nil)))) (def selfhost/store-authority::has-error (fn (request) (fn (code) (fn (message) (((((((selfhost/store-authority::has-result request) true) (quote :error)) code) message) nil) nil))))) (def selfhost/store-authority::has-return (fn (request) (fn (present) (((((((selfhost/store-authority::has-result request) true) (quote :return)) nil) nil) nil) present)))) (def selfhost/store-authority::has-fetch (fn (request) (fn (hash) (((((((selfhost/store-authority::has-result request) true) (quote :fetch-remote)) nil) nil) hash) nil)))) (def selfhost/store-authority::has-observe (fn (request) (fn (hash) (((((((selfhost/store-authority::has-result request) true) (quote :observe-local)) nil) nil) hash) nil)))) (def selfhost/store-authority::has-message-error (fn (request) (fn (message) (fn (code) (if (selfhost/store-authority::str? message) (((selfhost/store-authority::has-error request) code) message) ((selfhost/store-authority::has-reject request) "mechanism error requires string message")))))) (def selfhost/store-authority::has-decide-remote (fn (request) (fn (status) (fn (remote-present) (fn (message) (if ((core/sym::eq? status) (quote :remote-present)) (if (selfhost/store-authority::bool? remote-present) ((selfhost/store-authority::has-return request) remote-present) ((selfhost/store-authority::has-reject request) "remote-present requires bool observation")) (if ((core/sym::eq? status) (quote :remote-auth-error)) (((selfhost/store-authority::has-message-error request) message) "core/store/remote-auth") (if ((core/sym::eq? status) (quote :remote-error)) (((selfhost/store-authority::has-message-error request) message) "core/store/remote-error") ((selfhost/store-authority::has-reject request) "unsupported has observation status"))))))))) (def selfhost/store-authority::has-decide-local (fn (request) (fn (hash) (fn (status) (fn (remote-enabled) (fn (local-hash) (fn (message) (if ((core/sym::eq? status) (quote :local-present)) (if (selfhost/store-authority::hash? local-hash) (if ((core/eq? hash) local-hash) ((selfhost/store-authority::has-return request) true) (((selfhost/store-authority::has-error request) "core/store/corruption") "local bytes hash mismatch")) ((selfhost/store-authority::has-reject request) "local-present requires a lowercase observed hash")) (if ((core/sym::eq? status) (quote :local-missing)) (if (selfhost/store-authority::bool? remote-enabled) (if remote-enabled ((selfhost/store-authority::has-fetch request) hash) ((selfhost/store-authority::has-return request) false)) ((selfhost/store-authority::has-reject request) "remote-enabled must be bool")) (if ((core/sym::eq? status) (quote :local-io-error)) (((selfhost/store-authority::has-message-error request) message) "core/store/io-error") (if ((core/sym::eq? status) (quote :local-resource-limit)) (((selfhost/store-authority::has-error request) "core/caps/resource-limit") "store has exceeds bounded local observation size") ((selfhost/store-authority::has-reject request) "unsupported local has observation status")))))))))))) (def selfhost/store-authority::has-decide (fn (request) (fn (payload) (fn (status) (fn (remote-enabled) (fn (local-hash) (fn (remote-present) (fn (message) (if (selfhost/store-authority::hash-payload? payload) (let ((hash ((selfhost/store-authority::field payload) (quote :hash)))) (if ((core/sym::eq? status) (quote :plan)) ((selfhost/store-authority::has-observe request) hash) (if ((core/sym::eq? status) (quote :remote-present)) ((((selfhost/store-authority::has-decide-remote request) status) remote-present) message) (if ((core/sym::eq? status) (quote :remote-auth-error)) ((((selfhost/store-authority::has-decide-remote request) status) remote-present) message) (if ((core/sym::eq? status) (quote :remote-error)) ((((selfhost/store-authority::has-decide-remote request) status) remote-present) message) ((((((selfhost/store-authority::has-decide-local request) hash) status) remote-enabled) local-hash) message)))))) (((selfhost/store-authority::has-error request) "core/store/bad-payload") "store has payload must contain exactly one lowercase :hash")))))))))) (def selfhost/store-authority::has (fn (request) (if ((selfhost/store-authority::exact-map? request) [:kind :local-hash :mechanism-message :payload :phase :remote-enabled :remote-present :status :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/store-has-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (((((((selfhost/store-authority::has-decide request) ((selfhost/store-authority::field request) (quote :payload))) ((selfhost/store-authority::field request) (quote :status))) ((selfhost/store-authority::field request) (quote :remote-enabled))) ((selfhost/store-authority::field request) (quote :local-hash))) ((selfhost/store-authority::field request) (quote :remote-present))) ((selfhost/store-authority::field request) (quote :mechanism-message))) ((selfhost/store-authority::has-reject request) "has request version mismatch")) ((selfhost/store-authority::has-reject request) "has request kind mismatch")) ((selfhost/store-authority::has-reject request) "has request fields mismatch")))) (def selfhost/store-authority::get-result (fn (request) (fn (ok) (fn (action) (fn (artifact) (fn (bytes) (fn (code) (fn (hash) (fn (message) (fn (written-bytes) {:action action :artifact artifact :bytes bytes :code code :hash hash :kind "genesis/store-get-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1 :written-bytes written-bytes})))))))))) (def selfhost/store-authority::get-reject (fn (request) (fn (message) (((((((((selfhost/store-authority::get-result request) false) (quote :reject)) nil) nil) "store/authority-request") nil) message) nil)))) (def selfhost/store-authority::get-error (fn (request) (fn (code) (fn (message) (((((((((selfhost/store-authority::get-result request) true) (quote :error)) nil) nil) code) nil) message) nil))))) (def selfhost/store-authority::get-fetch (fn (request) (fn (hash) (((((((((selfhost/store-authority::get-result request) true) (quote :fetch-remote)) nil) nil) nil) hash) nil) nil)))) (def selfhost/store-authority::get-observe (fn (request) (fn (hash) (((((((((selfhost/store-authority::get-result request) true) (quote :observe-local)) nil) nil) nil) hash) nil) nil)))) (def selfhost/store-authority::get-return (fn (request) (fn (artifact) (fn (bytes) (fn (hash) (fn (cache) (fn (written-bytes) (((((((((selfhost/store-authority::get-result request) true) (if cache (quote :cache-return) (quote :return))) artifact) bytes) nil) hash) nil) written-bytes)))))))) (def selfhost/store-authority::get-cache-return (fn (request) (fn (artifact) (fn (bytes) (fn (hash) (fn (size) (fn (budget-used) (fn (budget-limit) (let ((next-used ((core/int::add budget-used) size))) (if (if (selfhost/store-authority::nil? budget-limit) false ((core/int::lt? budget-limit) next-used)) (((selfhost/store-authority::get-error request) "core/caps/resource-limit") "remote cache write exceeds max_run_bytes") ((((((selfhost/store-authority::get-return request) artifact) bytes) hash) true) size))))))))))) (def selfhost/store-authority::get-found (fn (request) (fn (bytes) (fn (cache) (let ((payload ((selfhost/store-authority::field request) (quote :payload))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (budget-used ((selfhost/store-authority::field request) (quote :budget-used))) (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit)))) (let ((hash ((selfhost/store-authority::field payload) (quote :hash))) (size (core/bytes::len bytes))) (if ((core/int::lt? max-bytes) size) (((selfhost/store-authority::get-error request) "core/caps/resource-limit") "store get exceeds max_bytes") (if ((core/eq? (core/bytes::to-hex (core/crypto::blake3 bytes))) hash) (let ((artifact (selfhost/parse::parse-term bytes))) (if (core/error::is? artifact) (((selfhost/store-authority::get-error request) "core/store/bad-artifact") "artifact bytes are not a valid CoreForm term") (if cache (((((((selfhost/store-authority::get-cache-return request) artifact) bytes) hash) size) budget-used) budget-limit) ((((((selfhost/store-authority::get-return request) artifact) nil) hash) false) nil)))) (((selfhost/store-authority::get-error request) (if cache "core/store/hash-mismatch" "core/store/corruption")) (if cache "remote bytes hash mismatch" "local bytes hash mismatch")))))))))) (def selfhost/store-authority::get-message-error (fn (request) (fn (message) (fn (code) (if (selfhost/store-authority::str? message) (((selfhost/store-authority::get-error request) code) message) ((selfhost/store-authority::get-reject request) "mechanism error requires string message")))))) (def selfhost/store-authority::get-decide (fn (request) (fn (payload) (fn (status) (fn (bytes) (fn (remote-enabled) (fn (message) (if ((core/sym::eq? status) (quote :plan)) ((selfhost/store-authority::get-observe request) ((selfhost/store-authority::field payload) (quote :hash))) (if ((core/sym::eq? status) (quote :local-found)) (if (selfhost/store-authority::bytes? bytes) (((selfhost/store-authority::get-found request) bytes) false) ((selfhost/store-authority::get-reject request) "local-found requires bytes")) (if ((core/sym::eq? status) (quote :local-missing)) (if (selfhost/store-authority::bool? remote-enabled) (if remote-enabled ((selfhost/store-authority::get-fetch request) ((selfhost/store-authority::field payload) (quote :hash))) (((selfhost/store-authority::get-error request) "core/store/not-found") "artifact not found")) ((selfhost/store-authority::get-reject request) "remote-enabled must be bool")) (if ((core/sym::eq? status) (quote :remote-found)) (if (selfhost/store-authority::bytes? bytes) (((selfhost/store-authority::get-found request) bytes) true) ((selfhost/store-authority::get-reject request) "remote-found requires bytes")) (if ((core/sym::eq? status) (quote :remote-not-found)) (((selfhost/store-authority::get-error request) "core/store/not-found") "artifact not found") (if ((core/sym::eq? status) (quote :remote-hash-mismatch)) (((selfhost/store-authority::get-error request) "core/store/hash-mismatch") "remote bytes hash mismatch") (if (if ((core/sym::eq? status) (quote :local-resource-limit)) true ((core/sym::eq? status) (quote :remote-resource-limit))) (((selfhost/store-authority::get-error request) "core/caps/resource-limit") "store get exceeds max_bytes") (if ((core/sym::eq? status) (quote :remote-auth-error)) (((selfhost/store-authority::get-message-error request) message) "core/store/remote-auth") (if ((core/sym::eq? status) (quote :local-io-error)) (((selfhost/store-authority::get-message-error request) message) "core/store/io-error") (if ((core/sym::eq? status) (quote :remote-error)) (((selfhost/store-authority::get-message-error request) message) "core/store/remote-error") ((selfhost/store-authority::get-reject request) "unsupported get observation status")))))))))))))))))) (def selfhost/store-authority::get-validated (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (budget-used ((selfhost/store-authority::field request) (quote :budget-used))) (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit)))) (if (selfhost/store-authority::hash-payload? payload) (if (selfhost/store-authority::nonnegative-int? max-bytes) (if (selfhost/store-authority::nonnegative-int? budget-used) (if (selfhost/store-authority::optional-nonnegative-int? budget-limit) ((((((selfhost/store-authority::get-decide request) payload) ((selfhost/store-authority::field request) (quote :status))) ((selfhost/store-authority::field request) (quote :bytes))) ((selfhost/store-authority::field request) (quote :remote-enabled))) ((selfhost/store-authority::field request) (quote :mechanism-message))) ((selfhost/store-authority::get-reject request) "get budget-limit must be nil or nonnegative int")) ((selfhost/store-authority::get-reject request) "get budget-used must be nonnegative int")) ((selfhost/store-authority::get-reject request) "get max-bytes must be nonnegative int")) (((selfhost/store-authority::get-error request) "core/store/bad-payload") "store get payload must contain exactly one lowercase :hash"))))) (def selfhost/store-authority::get (fn (request) (if ((selfhost/store-authority::exact-map? request) [:budget-limit :budget-used :bytes :kind :max-bytes :mechanism-message :payload :phase :remote-enabled :status :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/store-get-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (selfhost/store-authority::get-validated request) ((selfhost/store-authority::get-reject request) "get request version mismatch")) ((selfhost/store-authority::get-reject request) "get request kind mismatch")) ((selfhost/store-authority::get-reject request) "get request fields mismatch")))) (def selfhost/store-authority::put-request (fn (request) (if ((selfhost/store-authority::exact-map? request) [:budget-limit :budget-used :kind :max-bytes :payload :phase :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/store-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (if ((core/sym::eq? ((selfhost/store-authority::field request) (quote :phase))) (quote :put)) (selfhost/store-authority::put request) ((selfhost/store-authority::protocol-reject request) "unsupported store phase")) ((selfhost/store-authority::protocol-reject request) "store request version mismatch")) ((selfhost/store-authority::protocol-reject request) "store request kind mismatch")) ((selfhost/store-authority::protocol-reject request) "store request fields mismatch")))) (def core/store::authority (fn (request) (if (selfhost/store-authority::map? request) (let ((phase ((selfhost/store-authority::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :put)) (selfhost/store-authority::put-request request) (if ((core/sym::eq? phase) (quote :has)) (selfhost/store-authority::has request) (if ((core/sym::eq? phase) (quote :get)) (selfhost/store-authority::get request) ((selfhost/store-authority::protocol-reject request) "unsupported store phase"))))) ((selfhost/store-authority::protocol-reject request) "store request must be a map"))))] :module-h b"\xA0\x8A\xB7\xC7\x02\x04\xB4\x19\xB9TF\xA0#%\xC0\xAC\xA0\n\x10r\xD2\xF1\xDA\x91d\xC1\xF6\x84\xF63\xB2\x9C" :path "selfhost/store_authority_v1.gc" :source "(def selfhost/store-authority::tag core/data::tag)\n\n(def selfhost/store-authority::nil? core/list::is-nil?)\n\n(def selfhost/store-authority::map?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :map))))\n\n(def selfhost/store-authority::int?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :int))))\n\n(def selfhost/store-authority::str?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :str))))\n\n(def selfhost/store-authority::bool?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :bool))))\n\n(def selfhost/store-authority::bytes?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :bytes))))\n\n(def selfhost/store-authority::field\n (fn (map) (fn (key) (if (selfhost/store-authority::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/store-authority::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key)\n true\n (((selfhost/store-authority::map-has-key-loop? entries) key)\n ((core/int::add index) 1))))))))\n\n(def selfhost/store-authority::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/store-authority::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/store-authority::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/store-authority::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/store-authority::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/store-authority::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/store-authority::nonnegative-int?\n (fn (value)\n (if (selfhost/store-authority::int? value)\n (if ((core/int::lt? value) 0) false true)\n false)))\n\n(def selfhost/store-authority::optional-nonnegative-int?\n (fn (value)\n (if (selfhost/store-authority::nil? value)\n true\n (selfhost/store-authority::nonnegative-int? value))))\n\n(def selfhost/store-authority::result\n (fn (request)\n (fn (ok)\n (fn (action)\n (fn (code)\n (fn (message)\n (fn (bytes)\n (fn (hash)\n (fn (written-bytes)\n {\n :action action\n :bytes bytes\n :code code\n :hash hash\n :kind \"genesis/store-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :written-bytes written-bytes})))))))))\n\n(def selfhost/store-authority::protocol-reject\n (fn (request)\n (fn (message)\n ((((((((selfhost/store-authority::result request) false) (quote :reject))\n \"store/authority-request\") message) nil) nil) nil))))\n\n(def selfhost/store-authority::semantic-error\n (fn (request)\n (fn (code)\n (fn (message)\n ((((((((selfhost/store-authority::result request) true) (quote :error)) code) message)\n nil) nil) nil)))))\n\n(def selfhost/store-authority::write\n (fn (request)\n (fn (bytes)\n (fn (hash)\n (fn (written-bytes)\n ((((((((selfhost/store-authority::result request) true) (quote :write)) nil) nil)\n bytes) hash) written-bytes))))))\n\n(def selfhost/store-authority::put\n (fn (request)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (budget-used ((selfhost/store-authority::field request) (quote :budget-used)))\n (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit))))\n (if\n ((selfhost/store-authority::exact-map? payload) [:artifact])\n (if (selfhost/store-authority::nonnegative-int? max-bytes)\n (if (selfhost/store-authority::nonnegative-int? budget-used)\n (if (selfhost/store-authority::optional-nonnegative-int? budget-limit)\n (let\n ((printed\n (selfhost/printer::print-term\n ((selfhost/store-authority::field payload) (quote :artifact)))))\n (if (core/error::is? printed)\n (((selfhost/store-authority::semantic-error request) \"core/store/bad-artifact\")\n \"artifact cannot be printed canonically\")\n (let ((bytes (core/str::to-utf8 printed)))\n (if (core/error::is? bytes)\n (((selfhost/store-authority::semantic-error request) \"core/store/bad-artifact\")\n \"canonical artifact is not valid utf-8\")\n (let ((size (core/bytes::len bytes)))\n (if ((core/int::lt? max-bytes) size)\n (((selfhost/store-authority::semantic-error request)\n \"core/caps/resource-limit\")\n \"store put exceeds max_bytes\")\n (let ((next-used ((core/int::add budget-used) size)))\n (if\n (if (selfhost/store-authority::nil? budget-limit)\n false\n ((core/int::lt? budget-limit) next-used))\n (((selfhost/store-authority::semantic-error request)\n \"core/caps/resource-limit\")\n \"store put exceeds max_run_bytes\")\n (let ((digest (core/crypto::blake3 bytes)))\n (if (core/error::is? digest)\n (((selfhost/store-authority::semantic-error request)\n \"core/store/hash-error\")\n \"artifact hash mechanism failed\")\n ((((selfhost/store-authority::write request) bytes)\n (core/bytes::to-hex digest)) size)))))))))))\n ((selfhost/store-authority::protocol-reject request)\n \"put budget-limit must be nil or a nonnegative integer\"))\n ((selfhost/store-authority::protocol-reject request)\n \"put budget-used must be a nonnegative integer\"))\n ((selfhost/store-authority::protocol-reject request)\n \"put max-bytes must be a nonnegative integer\"))\n (((selfhost/store-authority::semantic-error request) \"core/store/bad-payload\")\n \"store put payload must contain exactly :artifact\")))))\n\n(def selfhost/store-authority::lower-hex-byte?\n (fn (byte)\n (if\n (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false)\n true\n (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false))))\n\n(def selfhost/store-authority::lower-hex-loop?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n true\n (if (selfhost/store-authority::lower-hex-byte? ((core/bytes::get bytes) index))\n ((selfhost/store-authority::lower-hex-loop? bytes) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/store-authority::hash?\n (fn (value)\n (if (selfhost/store-authority::str? value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::eq? (core/bytes::len bytes)) 64)\n ((selfhost/store-authority::lower-hex-loop? bytes) 0)\n false))\n false)))\n\n(def selfhost/store-authority::hash-payload?\n (fn (payload)\n (if ((selfhost/store-authority::exact-map? payload) [:hash])\n (selfhost/store-authority::hash?\n ((selfhost/store-authority::field payload) (quote :hash)))\n false)))\n\n(def selfhost/store-authority::has-result\n (fn (request)\n (fn (ok)\n (fn (action)\n (fn (code)\n (fn (message)\n (fn (hash)\n (fn (present)\n {\n :action action\n :code code\n :hash hash\n :kind \"genesis/store-has-authority-result-v0.1\"\n :message message\n :ok ok\n :present present\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))))))\n\n(def selfhost/store-authority::has-reject\n (fn (request)\n (fn (message)\n (((((((selfhost/store-authority::has-result request) false) (quote :reject))\n \"store/authority-request\") message) nil) nil))))\n\n(def selfhost/store-authority::has-error\n (fn (request)\n (fn (code)\n (fn (message)\n (((((((selfhost/store-authority::has-result request) true) (quote :error)) code)\n message) nil) nil)))))\n\n(def selfhost/store-authority::has-return\n (fn (request)\n (fn (present)\n (((((((selfhost/store-authority::has-result request) true) (quote :return)) nil) nil)\n nil) present))))\n\n(def selfhost/store-authority::has-fetch\n (fn (request)\n (fn (hash)\n (((((((selfhost/store-authority::has-result request) true) (quote :fetch-remote)) nil)\n nil) hash) nil))))\n\n(def selfhost/store-authority::has-observe\n (fn (request)\n (fn (hash)\n (((((((selfhost/store-authority::has-result request) true) (quote :observe-local)) nil)\n nil) hash) nil))))\n\n(def selfhost/store-authority::has-message-error\n (fn (request)\n (fn (message)\n (fn (code)\n (if (selfhost/store-authority::str? message)\n (((selfhost/store-authority::has-error request) code) message)\n ((selfhost/store-authority::has-reject request)\n \"mechanism error requires string message\"))))))\n\n(def selfhost/store-authority::has-decide-remote\n (fn (request)\n (fn (status)\n (fn (remote-present)\n (fn (message)\n (if ((core/sym::eq? status) (quote :remote-present))\n (if (selfhost/store-authority::bool? remote-present)\n ((selfhost/store-authority::has-return request) remote-present)\n ((selfhost/store-authority::has-reject request)\n \"remote-present requires bool observation\"))\n (if ((core/sym::eq? status) (quote :remote-auth-error))\n (((selfhost/store-authority::has-message-error request) message)\n \"core/store/remote-auth\")\n (if ((core/sym::eq? status) (quote :remote-error))\n (((selfhost/store-authority::has-message-error request) message)\n \"core/store/remote-error\")\n ((selfhost/store-authority::has-reject request)\n \"unsupported has observation status\")))))))))\n\n(def selfhost/store-authority::has-decide-local\n (fn (request)\n (fn (hash)\n (fn (status)\n (fn (remote-enabled)\n (fn (local-hash)\n (fn (message)\n (if ((core/sym::eq? status) (quote :local-present))\n (if (selfhost/store-authority::hash? local-hash)\n (if ((core/eq? hash) local-hash)\n ((selfhost/store-authority::has-return request) true)\n (((selfhost/store-authority::has-error request) \"core/store/corruption\")\n \"local bytes hash mismatch\"))\n ((selfhost/store-authority::has-reject request)\n \"local-present requires a lowercase observed hash\"))\n (if ((core/sym::eq? status) (quote :local-missing))\n (if (selfhost/store-authority::bool? remote-enabled)\n (if remote-enabled\n ((selfhost/store-authority::has-fetch request) hash)\n ((selfhost/store-authority::has-return request) false))\n ((selfhost/store-authority::has-reject request)\n \"remote-enabled must be bool\"))\n (if ((core/sym::eq? status) (quote :local-io-error))\n (((selfhost/store-authority::has-message-error request) message)\n \"core/store/io-error\")\n (if ((core/sym::eq? status) (quote :local-resource-limit))\n (((selfhost/store-authority::has-error request)\n \"core/caps/resource-limit\")\n \"store has exceeds bounded local observation size\")\n ((selfhost/store-authority::has-reject request)\n \"unsupported local has observation status\"))))))))))))\n\n(def selfhost/store-authority::has-decide\n (fn (request)\n (fn (payload)\n (fn (status)\n (fn (remote-enabled)\n (fn (local-hash)\n (fn (remote-present)\n (fn (message)\n (if (selfhost/store-authority::hash-payload? payload)\n (let ((hash ((selfhost/store-authority::field payload) (quote :hash))))\n (if ((core/sym::eq? status) (quote :plan))\n ((selfhost/store-authority::has-observe request) hash)\n (if ((core/sym::eq? status) (quote :remote-present))\n ((((selfhost/store-authority::has-decide-remote request) status)\n remote-present) message)\n (if ((core/sym::eq? status) (quote :remote-auth-error))\n ((((selfhost/store-authority::has-decide-remote request) status)\n remote-present) message)\n (if ((core/sym::eq? status) (quote :remote-error))\n ((((selfhost/store-authority::has-decide-remote request) status)\n remote-present) message)\n ((((((selfhost/store-authority::has-decide-local request) hash) status)\n remote-enabled) local-hash) message))))))\n (((selfhost/store-authority::has-error request) \"core/store/bad-payload\")\n \"store has payload must contain exactly one lowercase :hash\"))))))))))\n\n(def selfhost/store-authority::has\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:kind :local-hash :mechanism-message :payload :phase :remote-enabled :remote-present\n :status :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/store-has-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (((((((selfhost/store-authority::has-decide request)\n ((selfhost/store-authority::field request) (quote :payload)))\n ((selfhost/store-authority::field request) (quote :status)))\n ((selfhost/store-authority::field request) (quote :remote-enabled)))\n ((selfhost/store-authority::field request) (quote :local-hash)))\n ((selfhost/store-authority::field request) (quote :remote-present)))\n ((selfhost/store-authority::field request) (quote :mechanism-message)))\n ((selfhost/store-authority::has-reject request) \"has request version mismatch\"))\n ((selfhost/store-authority::has-reject request) \"has request kind mismatch\"))\n ((selfhost/store-authority::has-reject request) \"has request fields mismatch\"))))\n\n(def selfhost/store-authority::get-result\n (fn (request)\n (fn (ok)\n (fn (action)\n (fn (artifact)\n (fn (bytes)\n (fn (code)\n (fn (hash)\n (fn (message)\n (fn (written-bytes)\n {\n :action action\n :artifact artifact\n :bytes bytes\n :code code\n :hash hash\n :kind \"genesis/store-get-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :written-bytes written-bytes}))))))))))\n\n(def selfhost/store-authority::get-reject\n (fn (request)\n (fn (message)\n (((((((((selfhost/store-authority::get-result request) false) (quote :reject)) nil) nil)\n \"store/authority-request\") nil) message) nil))))\n\n(def selfhost/store-authority::get-error\n (fn (request)\n (fn (code)\n (fn (message)\n (((((((((selfhost/store-authority::get-result request) true) (quote :error)) nil) nil)\n code) nil) message) nil)))))\n\n(def selfhost/store-authority::get-fetch\n (fn (request)\n (fn (hash)\n (((((((((selfhost/store-authority::get-result request) true) (quote :fetch-remote)) nil)\n nil) nil) hash) nil) nil))))\n\n(def selfhost/store-authority::get-observe\n (fn (request)\n (fn (hash)\n (((((((((selfhost/store-authority::get-result request) true) (quote :observe-local)) nil)\n nil) nil) hash) nil) nil))))\n\n(def selfhost/store-authority::get-return\n (fn (request)\n (fn (artifact)\n (fn (bytes)\n (fn (hash)\n (fn (cache)\n (fn (written-bytes)\n (((((((((selfhost/store-authority::get-result request) true)\n (if cache (quote :cache-return) (quote :return))) artifact) bytes) nil)\n hash) nil) written-bytes))))))))\n\n(def selfhost/store-authority::get-cache-return\n (fn (request)\n (fn (artifact)\n (fn (bytes)\n (fn (hash)\n (fn (size)\n (fn (budget-used)\n (fn (budget-limit)\n (let ((next-used ((core/int::add budget-used) size)))\n (if\n (if (selfhost/store-authority::nil? budget-limit)\n false\n ((core/int::lt? budget-limit) next-used))\n (((selfhost/store-authority::get-error request)\n \"core/caps/resource-limit\")\n \"remote cache write exceeds max_run_bytes\")\n ((((((selfhost/store-authority::get-return request) artifact) bytes) hash)\n true) size)))))))))))\n\n(def selfhost/store-authority::get-found\n (fn (request)\n (fn (bytes)\n (fn (cache)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (budget-used ((selfhost/store-authority::field request) (quote :budget-used)))\n (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit))))\n (let\n ((hash ((selfhost/store-authority::field payload) (quote :hash)))\n (size (core/bytes::len bytes)))\n (if ((core/int::lt? max-bytes) size)\n (((selfhost/store-authority::get-error request) \"core/caps/resource-limit\")\n \"store get exceeds max_bytes\")\n (if\n ((core/eq? (core/bytes::to-hex (core/crypto::blake3 bytes))) hash)\n (let ((artifact (selfhost/parse::parse-term bytes)))\n (if (core/error::is? artifact)\n (((selfhost/store-authority::get-error request) \"core/store/bad-artifact\")\n \"artifact bytes are not a valid CoreForm term\")\n (if cache\n (((((((selfhost/store-authority::get-cache-return request) artifact) bytes)\n hash) size) budget-used) budget-limit)\n ((((((selfhost/store-authority::get-return request) artifact) nil) hash)\n false) nil))))\n (((selfhost/store-authority::get-error request)\n (if cache \"core/store/hash-mismatch\" \"core/store/corruption\"))\n (if cache\n \"remote bytes hash mismatch\"\n \"local bytes hash mismatch\"))))))))))\n\n(def selfhost/store-authority::get-message-error\n (fn (request)\n (fn (message)\n (fn (code)\n (if (selfhost/store-authority::str? message)\n (((selfhost/store-authority::get-error request) code) message)\n ((selfhost/store-authority::get-reject request)\n \"mechanism error requires string message\"))))))\n\n(def selfhost/store-authority::get-decide\n (fn (request)\n (fn (payload)\n (fn (status)\n (fn (bytes)\n (fn (remote-enabled)\n (fn (message)\n (if ((core/sym::eq? status) (quote :plan))\n ((selfhost/store-authority::get-observe request)\n ((selfhost/store-authority::field payload) (quote :hash)))\n (if ((core/sym::eq? status) (quote :local-found))\n (if (selfhost/store-authority::bytes? bytes)\n (((selfhost/store-authority::get-found request) bytes) false)\n ((selfhost/store-authority::get-reject request)\n \"local-found requires bytes\"))\n (if ((core/sym::eq? status) (quote :local-missing))\n (if (selfhost/store-authority::bool? remote-enabled)\n (if remote-enabled\n ((selfhost/store-authority::get-fetch request)\n ((selfhost/store-authority::field payload) (quote :hash)))\n (((selfhost/store-authority::get-error request) \"core/store/not-found\")\n \"artifact not found\"))\n ((selfhost/store-authority::get-reject request)\n \"remote-enabled must be bool\"))\n (if ((core/sym::eq? status) (quote :remote-found))\n (if (selfhost/store-authority::bytes? bytes)\n (((selfhost/store-authority::get-found request) bytes) true)\n ((selfhost/store-authority::get-reject request)\n \"remote-found requires bytes\"))\n (if ((core/sym::eq? status) (quote :remote-not-found))\n (((selfhost/store-authority::get-error request) \"core/store/not-found\")\n \"artifact not found\")\n (if ((core/sym::eq? status) (quote :remote-hash-mismatch))\n (((selfhost/store-authority::get-error request)\n \"core/store/hash-mismatch\") \"remote bytes hash mismatch\")\n (if\n (if ((core/sym::eq? status) (quote :local-resource-limit))\n true\n ((core/sym::eq? status) (quote :remote-resource-limit)))\n (((selfhost/store-authority::get-error request)\n \"core/caps/resource-limit\") \"store get exceeds max_bytes\")\n (if ((core/sym::eq? status) (quote :remote-auth-error))\n (((selfhost/store-authority::get-message-error request) message)\n \"core/store/remote-auth\")\n (if ((core/sym::eq? status) (quote :local-io-error))\n (((selfhost/store-authority::get-message-error request) message)\n \"core/store/io-error\")\n (if ((core/sym::eq? status) (quote :remote-error))\n (((selfhost/store-authority::get-message-error request) message)\n \"core/store/remote-error\")\n ((selfhost/store-authority::get-reject request)\n \"unsupported get observation status\"))))))))))))))))))\n\n(def selfhost/store-authority::get-validated\n (fn (request)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (budget-used ((selfhost/store-authority::field request) (quote :budget-used)))\n (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit))))\n (if (selfhost/store-authority::hash-payload? payload)\n (if (selfhost/store-authority::nonnegative-int? max-bytes)\n (if (selfhost/store-authority::nonnegative-int? budget-used)\n (if (selfhost/store-authority::optional-nonnegative-int? budget-limit)\n ((((((selfhost/store-authority::get-decide request) payload)\n ((selfhost/store-authority::field request) (quote :status)))\n ((selfhost/store-authority::field request) (quote :bytes)))\n ((selfhost/store-authority::field request) (quote :remote-enabled)))\n ((selfhost/store-authority::field request) (quote :mechanism-message)))\n ((selfhost/store-authority::get-reject request)\n \"get budget-limit must be nil or nonnegative int\"))\n ((selfhost/store-authority::get-reject request)\n \"get budget-used must be nonnegative int\"))\n ((selfhost/store-authority::get-reject request)\n \"get max-bytes must be nonnegative int\"))\n (((selfhost/store-authority::get-error request) \"core/store/bad-payload\")\n \"store get payload must contain exactly one lowercase :hash\")))))\n\n(def selfhost/store-authority::get\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:budget-limit :budget-used :bytes :kind :max-bytes :mechanism-message :payload :phase\n :remote-enabled :status :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/store-get-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (selfhost/store-authority::get-validated request)\n ((selfhost/store-authority::get-reject request) \"get request version mismatch\"))\n ((selfhost/store-authority::get-reject request) \"get request kind mismatch\"))\n ((selfhost/store-authority::get-reject request) \"get request fields mismatch\"))))\n\n(def selfhost/store-authority::put-request\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:budget-limit :budget-used :kind :max-bytes :payload :phase :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/store-authority-request-v0.1\")\n (if\n ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (if\n ((core/sym::eq? ((selfhost/store-authority::field request) (quote :phase)))\n (quote :put))\n (selfhost/store-authority::put request)\n ((selfhost/store-authority::protocol-reject request) \"unsupported store phase\"))\n ((selfhost/store-authority::protocol-reject request) \"store request version mismatch\"))\n ((selfhost/store-authority::protocol-reject request) \"store request kind mismatch\"))\n ((selfhost/store-authority::protocol-reject request) \"store request fields mismatch\"))))\n\n(def core/store::authority\n (fn (request)\n (if (selfhost/store-authority::map? request)\n (let ((phase ((selfhost/store-authority::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :put))\n (selfhost/store-authority::put-request request)\n (if ((core/sym::eq? phase) (quote :has))\n (selfhost/store-authority::has request)\n (if ((core/sym::eq? phase) (quote :get))\n (selfhost/store-authority::get request)\n ((selfhost/store-authority::protocol-reject request)\n \"unsupported store phase\")))))\n ((selfhost/store-authority::protocol-reject request) \"store request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"7(\x0C4r>\xD7\xA8\xF4}\x17\xD3\x9CA\x96\xA2\x97\r8\x84\x85\xC3V\xC4\xFA\xF2\xECv\x01|\x97\xFE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/store-verify::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/store-verify::sym? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym)))) (def selfhost/store-verify::single (fn (value) ((core/vec::push (quote [])) value))) (def selfhost/store-verify::hash-vectors-equal-loop? (fn (left) (fn (right) (fn (index) (if ((core/int::eq? index) (core/vec::len left)) true (if ((core/eq? ((core/vec::get left) index)) ((core/vec::get right) index)) (((selfhost/store-verify::hash-vectors-equal-loop? left) right) ((core/int::add index) 1)) false)))))) (def selfhost/store-verify::hash-vectors-equal? (fn (left) (fn (right) (if ((core/int::eq? (core/vec::len left)) (core/vec::len right)) (((selfhost/store-verify::hash-vectors-equal-loop? left) right) 0) false)))) (def selfhost/store-verify::result (fn (request) (fn (ok) (fn (action) (fn (checked) (fn (code) (fn (hash) (fn (hashes) (fn (message) {:action action :checked checked :code code :hash hash :hashes hashes :kind "genesis/store-verify-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1}))))))))) (def selfhost/store-verify::reject (fn (request) (fn (message) ((((((((selfhost/store-verify::result request) false) (quote :reject)) nil) "store/verify-authority-request") nil) nil) message)))) (def selfhost/store-verify::error (fn (request) (fn (code) (fn (message) (fn (hash) (fn (checked) ((((((((selfhost/store-verify::result request) true) (quote :error)) checked) code) hash) nil) message))))))) (def selfhost/store-verify::observe-inventory (fn (request) ((((((((selfhost/store-verify::result request) true) (quote :observe-inventory)) nil) nil) nil) nil) nil))) (def selfhost/store-verify::observe-hashes (fn (request) (fn (hashes) ((((((((selfhost/store-verify::result request) true) (quote :observe-hashes)) nil) nil) nil) hashes) nil)))) (def selfhost/store-verify::return (fn (request) (fn (checked) (fn (hash) ((((((((selfhost/store-verify::result request) true) (quote :return)) checked) nil) hash) nil) nil))))) (def selfhost/store-verify::bytes-less-loop? (fn (left) (fn (right) (fn (index) (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right))) (if (if ((core/int::lt? index) left-len) ((core/int::lt? index) right-len) false) (let ((left-byte ((core/bytes::get left) index)) (right-byte ((core/bytes::get right) index))) (if ((core/int::lt? left-byte) right-byte) true (if ((core/int::lt? right-byte) left-byte) false (((selfhost/store-verify::bytes-less-loop? left) right) ((core/int::add index) 1))))) ((core/int::lt? left-len) right-len))))))) (def selfhost/store-verify::bytes-less? (fn (left) (fn (right) (((selfhost/store-verify::bytes-less-loop? left) right) 0)))) (def selfhost/store-verify::entry? (fn (entry) (if ((selfhost/store-authority::exact-map? entry) [:kind :name]) (if (selfhost/store-verify::sym? ((selfhost/store-authority::field entry) (quote :kind))) (selfhost/store-authority::bytes? ((selfhost/store-authority::field entry) (quote :name))) false) false))) (def selfhost/store-verify::canonical-file-hash (fn (entry) (let ((kind ((selfhost/store-authority::field entry) (quote :kind))) (name ((selfhost/store-authority::field entry) (quote :name)))) (if ((core/sym::eq? kind) (quote :file)) (if ((core/int::eq? (core/bytes::len name)) 64) (if ((selfhost/store-authority::lower-hex-loop? name) 0) (core/str::from-utf8 name) nil) nil) nil)))) (def selfhost/store-verify::select-loop (fn (entries) (fn (index) (fn (previous) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) {:hashes out :ok true} (let ((entry ((core/vec::get entries) index))) (if (selfhost/store-verify::entry? entry) (let ((name ((selfhost/store-authority::field entry) (quote :name)))) (if (if (selfhost/store-authority::nil? previous) true ((selfhost/store-verify::bytes-less? previous) name)) (let ((hash (selfhost/store-verify::canonical-file-hash entry))) ((((selfhost/store-verify::select-loop entries) ((core/int::add index) 1)) name) (if (selfhost/store-authority::nil? hash) out ((core/vec::push out) hash)))) {:hashes [] :ok false})) {:hashes [] :ok false})))))))) (def selfhost/store-verify::select-hashes (fn (entries) (fn (max-entries) (if (selfhost/store-verify::vec? entries) (if ((core/int::lt? max-entries) (core/vec::len entries)) {:hashes [] :ok false} ((((selfhost/store-verify::select-loop entries) 0) nil) [])) {:hashes [] :ok false})))) (def selfhost/store-verify::observation? (fn (observation) (if ((selfhost/store-authority::exact-map? observation) [:hash :observed-bytes :observed-hash :status]) (if (selfhost/store-authority::hash? ((selfhost/store-authority::field observation) (quote :hash))) (if (selfhost/store-verify::sym? ((selfhost/store-authority::field observation) (quote :status))) (if (selfhost/store-authority::optional-nonnegative-int? ((selfhost/store-authority::field observation) (quote :observed-bytes))) (let ((observed-hash ((selfhost/store-authority::field observation) (quote :observed-hash)))) (if (selfhost/store-authority::nil? observed-hash) true (selfhost/store-authority::hash? observed-hash))) false) false) false) false))) (def selfhost/store-verify::observed-error (fn (request) (fn (single) (fn (status) (fn (hash) (fn (checked) (if ((core/sym::eq? status) (quote :missing)) (((((selfhost/store-verify::error request) (if single "core/store/not-found" "core/store/corruption")) (if single "artifact not found" "store entry disappeared during verify")) hash) checked) (if ((core/sym::eq? status) (quote :resource-limit)) (((((selfhost/store-verify::error request) "core/caps/resource-limit") "store verify exceeded a bounded observation limit") hash) checked) (if ((core/sym::eq? status) (quote :io-error)) (((((selfhost/store-verify::error request) "core/store/io-error") "artifact store verification read failed") hash) checked) ((selfhost/store-verify::reject request) "unsupported verify observation status")))))))))) (def selfhost/store-verify::check-observations-loop (fn (request) (fn (hashes) (fn (observations) (fn (single) (fn (max-bytes) (fn (max-total) (fn (index) (fn (total) (if ((core/int::eq? index) (core/vec::len hashes)) (((selfhost/store-verify::return request) index) (if single ((core/vec::get hashes) 0) nil)) (let ((hash ((core/vec::get hashes) index)) (observation ((core/vec::get observations) index))) (if (selfhost/store-verify::observation? observation) (if ((core/eq? ((selfhost/store-authority::field observation) (quote :hash))) hash) (let ((status ((selfhost/store-authority::field observation) (quote :status))) (observed-bytes ((selfhost/store-authority::field observation) (quote :observed-bytes))) (observed-hash ((selfhost/store-authority::field observation) (quote :observed-hash)))) (if ((core/sym::eq? status) (quote :present)) (if (if (selfhost/store-authority::nonnegative-int? observed-bytes) (selfhost/store-authority::hash? observed-hash) false) (let ((next-total ((core/int::add total) observed-bytes))) (if (if ((core/int::lt? max-bytes) observed-bytes) true ((core/int::lt? max-total) next-total)) (((((selfhost/store-verify::error request) "core/caps/resource-limit") "store verify exceeded a bounded observation limit") hash) ((core/int::add index) 1)) (if ((core/eq? hash) observed-hash) ((((((((selfhost/store-verify::check-observations-loop request) hashes) observations) single) max-bytes) max-total) ((core/int::add index) 1)) next-total) (((((selfhost/store-verify::error request) "core/store/corruption") "artifact bytes hash mismatch") hash) ((core/int::add index) 1))))) ((selfhost/store-verify::reject request) "present observation requires byte count and lowercase hash")) (((((selfhost/store-verify::observed-error request) single) status) hash) ((core/int::add index) 1)))) ((selfhost/store-verify::reject request) "observation hash/order mismatch")) ((selfhost/store-verify::reject request) "verify observation fields mismatch"))))))))))))) (def selfhost/store-verify::check-observations (fn (request) (fn (hashes) (fn (single) (let ((observations ((selfhost/store-authority::field request) (quote :observations))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (max-total ((selfhost/store-authority::field request) (quote :max-total-bytes)))) (if (selfhost/store-verify::vec? observations) (if ((core/int::eq? (core/vec::len observations)) (core/vec::len hashes)) ((((((((selfhost/store-verify::check-observations-loop request) hashes) observations) single) max-bytes) max-total) 0) 0) ((selfhost/store-verify::reject request) "verify observation count mismatch")) ((selfhost/store-verify::reject request) "verify observations must be a vector"))))))) (def selfhost/store-verify::derive-hashes (fn (request) (fn (payload) (fn (status) (let ((hash ((selfhost/store-authority::field payload) (quote :hash)))) (if (selfhost/store-authority::nil? hash) (let ((selection ((selfhost/store-verify::select-hashes ((selfhost/store-authority::field request) (quote :entries))) ((selfhost/store-authority::field request) (quote :max-entries))))) (if ((core/map::get selection) (quote :ok)) ((core/map::get selection) (quote :hashes)) nil)) (if (selfhost/store-authority::hash? hash) (selfhost/store-verify::single hash) nil))))))) (def selfhost/store-verify::decide (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload))) (status ((selfhost/store-authority::field request) (quote :status))) (max-entries ((selfhost/store-authority::field request) (quote :max-entries))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (max-total ((selfhost/store-authority::field request) (quote :max-total-bytes)))) (if ((selfhost/store-authority::exact-map? payload) [:hash]) (if (selfhost/store-authority::nonnegative-int? max-entries) (if (selfhost/store-authority::nonnegative-int? max-bytes) (if (selfhost/store-authority::nonnegative-int? max-total) (let ((hash ((selfhost/store-authority::field payload) (quote :hash)))) (if ((core/sym::eq? status) (quote :plan)) (if (selfhost/store-authority::nil? hash) (selfhost/store-verify::observe-inventory request) (if (selfhost/store-authority::hash? hash) ((selfhost/store-verify::observe-hashes request) (selfhost/store-verify::single hash)) (((((selfhost/store-verify::error request) "core/store/bad-hash") "verify hash must be lowercase hex64") nil) 0))) (if ((core/sym::eq? status) (quote :inventory)) (if (selfhost/store-authority::nil? hash) (let ((hashes (((selfhost/store-verify::derive-hashes request) payload) status))) (if (selfhost/store-authority::nil? hashes) ((selfhost/store-verify::reject request) "inventory must be bounded, well-formed, and strictly sorted") ((selfhost/store-verify::observe-hashes request) hashes))) ((selfhost/store-verify::reject request) "specific verify must not request inventory")) (if ((core/sym::eq? status) (quote :observed)) (let ((derived (((selfhost/store-verify::derive-hashes request) payload) status)) (hashes ((selfhost/store-authority::field request) (quote :hashes)))) (if (selfhost/store-verify::vec? derived) (if ((selfhost/store-verify::hash-vectors-equal? derived) hashes) (((selfhost/store-verify::check-observations request) hashes) (if (selfhost/store-authority::nil? hash) false true)) ((selfhost/store-verify::reject request) "verify selected hash inventory mismatch")) ((selfhost/store-verify::reject request) "verify inventory cannot be derived"))) (if ((core/sym::eq? status) (quote :inventory-resource-limit)) (((((selfhost/store-verify::error request) "core/caps/resource-limit") "artifact store inventory exceeds bounded limits") nil) 0) (if ((core/sym::eq? status) (quote :inventory-error)) (((((selfhost/store-verify::error request) "core/store/io-error") "artifact store inventory failed") nil) 0) ((selfhost/store-verify::reject request) "unsupported verify request status"))))))) ((selfhost/store-verify::reject request) "max-total-bytes must be nonnegative")) ((selfhost/store-verify::reject request) "max-bytes must be nonnegative")) ((selfhost/store-verify::reject request) "max-entries must be nonnegative")) (((((selfhost/store-verify::error request) "core/store/bad-payload") "store verify payload must contain exactly :hash") nil) 0))))) (def core/store::verify-authority (fn (request) (if ((selfhost/store-authority::exact-map? request) [:entries :hashes :kind :max-bytes :max-entries :max-total-bytes :observations :payload :phase :status :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/store-verify-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (if ((core/sym::eq? ((selfhost/store-authority::field request) (quote :phase))) (quote :verify)) (selfhost/store-verify::decide request) ((selfhost/store-verify::reject request) "verify phase mismatch")) ((selfhost/store-verify::reject request) "verify request version mismatch")) ((selfhost/store-verify::reject request) "verify request kind mismatch")) ((selfhost/store-verify::reject request) "verify request fields mismatch"))))] :module-h b"\xF7C\x9E\xCC\xDF\xEC\xFD\xF7\xE3\xE5:\xDF\xEAun\xC2M[\xA1\x90SO/\xF6[!\x163\xE2[y:" :path "selfhost/store_verify_authority_v1.gc" :source "(def selfhost/store-verify::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/store-verify::sym?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym))))\n\n(def selfhost/store-verify::single\n (fn (value) ((core/vec::push (quote [])) value)))\n\n(def selfhost/store-verify::hash-vectors-equal-loop?\n (fn (left)\n (fn (right)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len left))\n true\n (if ((core/eq? ((core/vec::get left) index)) ((core/vec::get right) index))\n (((selfhost/store-verify::hash-vectors-equal-loop? left) right)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/store-verify::hash-vectors-equal?\n (fn (left)\n (fn (right)\n (if ((core/int::eq? (core/vec::len left)) (core/vec::len right))\n (((selfhost/store-verify::hash-vectors-equal-loop? left) right) 0)\n false))))\n\n(def selfhost/store-verify::result\n (fn (request)\n (fn (ok)\n (fn (action)\n (fn (checked)\n (fn (code)\n (fn (hash)\n (fn (hashes)\n (fn (message)\n {\n :action action\n :checked checked\n :code code\n :hash hash\n :hashes hashes\n :kind \"genesis/store-verify-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1})))))))))\n\n(def selfhost/store-verify::reject\n (fn (request)\n (fn (message)\n ((((((((selfhost/store-verify::result request) false) (quote :reject)) nil)\n \"store/verify-authority-request\") nil) nil) message))))\n\n(def selfhost/store-verify::error\n (fn (request)\n (fn (code)\n (fn (message)\n (fn (hash)\n (fn (checked)\n ((((((((selfhost/store-verify::result request) true) (quote :error)) checked) code)\n hash) nil) message)))))))\n\n(def selfhost/store-verify::observe-inventory\n (fn (request)\n ((((((((selfhost/store-verify::result request) true) (quote :observe-inventory)) nil) nil)\n nil) nil) nil)))\n\n(def selfhost/store-verify::observe-hashes\n (fn (request)\n (fn (hashes)\n ((((((((selfhost/store-verify::result request) true) (quote :observe-hashes)) nil) nil)\n nil) hashes) nil))))\n\n(def selfhost/store-verify::return\n (fn (request)\n (fn (checked)\n (fn (hash)\n ((((((((selfhost/store-verify::result request) true) (quote :return)) checked) nil)\n hash) nil) nil)))))\n\n(def selfhost/store-verify::bytes-less-loop?\n (fn (left)\n (fn (right)\n (fn (index)\n (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right)))\n (if\n (if ((core/int::lt? index) left-len) ((core/int::lt? index) right-len) false)\n (let\n ((left-byte ((core/bytes::get left) index))\n (right-byte ((core/bytes::get right) index)))\n (if ((core/int::lt? left-byte) right-byte)\n true\n (if ((core/int::lt? right-byte) left-byte)\n false\n (((selfhost/store-verify::bytes-less-loop? left) right)\n ((core/int::add index) 1)))))\n ((core/int::lt? left-len) right-len)))))))\n\n(def selfhost/store-verify::bytes-less?\n (fn (left) (fn (right) (((selfhost/store-verify::bytes-less-loop? left) right) 0))))\n\n(def selfhost/store-verify::entry?\n (fn (entry)\n (if ((selfhost/store-authority::exact-map? entry) [:kind :name])\n (if\n (selfhost/store-verify::sym?\n ((selfhost/store-authority::field entry) (quote :kind)))\n (selfhost/store-authority::bytes?\n ((selfhost/store-authority::field entry) (quote :name)))\n false)\n false)))\n\n(def selfhost/store-verify::canonical-file-hash\n (fn (entry)\n (let\n ((kind ((selfhost/store-authority::field entry) (quote :kind)))\n (name ((selfhost/store-authority::field entry) (quote :name))))\n (if ((core/sym::eq? kind) (quote :file))\n (if ((core/int::eq? (core/bytes::len name)) 64)\n (if ((selfhost/store-authority::lower-hex-loop? name) 0)\n (core/str::from-utf8 name)\n nil)\n nil)\n nil))))\n\n(def selfhost/store-verify::select-loop\n (fn (entries)\n (fn (index)\n (fn (previous)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:hashes out :ok true}\n (let ((entry ((core/vec::get entries) index)))\n (if (selfhost/store-verify::entry? entry)\n (let ((name ((selfhost/store-authority::field entry) (quote :name))))\n (if\n (if (selfhost/store-authority::nil? previous)\n true\n ((selfhost/store-verify::bytes-less? previous) name))\n (let ((hash (selfhost/store-verify::canonical-file-hash entry)))\n (((((selfhost/store-verify::select-loop entries)\n ((core/int::add index) 1)) name)\n (if (selfhost/store-authority::nil? hash)\n out\n ((core/vec::push out) hash)))))\n {:hashes [] :ok false}))\n {:hashes [] :ok false}))))))))\n\n(def selfhost/store-verify::select-hashes\n (fn (entries)\n (fn (max-entries)\n (if (selfhost/store-verify::vec? entries)\n (if ((core/int::lt? max-entries) (core/vec::len entries))\n {:hashes [] :ok false}\n ((((selfhost/store-verify::select-loop entries) 0) nil) []))\n {:hashes [] :ok false}))))\n\n(def selfhost/store-verify::observation?\n (fn (observation)\n (if\n ((selfhost/store-authority::exact-map? observation)\n [:hash :observed-bytes :observed-hash :status])\n (if\n (selfhost/store-authority::hash?\n ((selfhost/store-authority::field observation) (quote :hash)))\n (if\n (selfhost/store-verify::sym?\n ((selfhost/store-authority::field observation) (quote :status)))\n (if\n (selfhost/store-authority::optional-nonnegative-int?\n ((selfhost/store-authority::field observation) (quote :observed-bytes)))\n (let\n ((observed-hash\n ((selfhost/store-authority::field observation) (quote :observed-hash))))\n (if (selfhost/store-authority::nil? observed-hash)\n true\n (selfhost/store-authority::hash? observed-hash)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/store-verify::observed-error\n (fn (request)\n (fn (single)\n (fn (status)\n (fn (hash)\n (fn (checked)\n (if ((core/sym::eq? status) (quote :missing))\n (((((selfhost/store-verify::error request)\n (if single \"core/store/not-found\" \"core/store/corruption\"))\n (if single \"artifact not found\" \"store entry disappeared during verify\"))\n hash) checked)\n (if ((core/sym::eq? status) (quote :resource-limit))\n (((((selfhost/store-verify::error request) \"core/caps/resource-limit\")\n \"store verify exceeded a bounded observation limit\") hash) checked)\n (if ((core/sym::eq? status) (quote :io-error))\n (((((selfhost/store-verify::error request) \"core/store/io-error\")\n \"artifact store verification read failed\") hash) checked)\n ((selfhost/store-verify::reject request)\n \"unsupported verify observation status\"))))))))))\n\n(def selfhost/store-verify::check-observations-loop\n (fn (request)\n (fn (hashes)\n (fn (observations)\n (fn (single)\n (fn (max-bytes)\n (fn (max-total)\n (fn (index)\n (fn (total)\n (if ((core/int::eq? index) (core/vec::len hashes))\n (((selfhost/store-verify::return request) index)\n (if single ((core/vec::get hashes) 0) nil))\n (let\n ((hash ((core/vec::get hashes) index))\n (observation ((core/vec::get observations) index)))\n (if (selfhost/store-verify::observation? observation)\n (if\n ((core/eq?\n ((selfhost/store-authority::field observation) (quote :hash))) hash)\n (let\n ((status\n ((selfhost/store-authority::field observation) (quote :status)))\n (observed-bytes\n ((selfhost/store-authority::field observation)\n (quote :observed-bytes)))\n (observed-hash\n ((selfhost/store-authority::field observation)\n (quote :observed-hash))))\n (if ((core/sym::eq? status) (quote :present))\n (if\n (if (selfhost/store-authority::nonnegative-int? observed-bytes)\n (selfhost/store-authority::hash? observed-hash)\n false)\n (let ((next-total ((core/int::add total) observed-bytes)))\n (if\n (if ((core/int::lt? max-bytes) observed-bytes)\n true\n ((core/int::lt? max-total) next-total))\n (((((selfhost/store-verify::error request)\n \"core/caps/resource-limit\")\n \"store verify exceeded a bounded observation limit\")\n hash) ((core/int::add index) 1))\n (if ((core/eq? hash) observed-hash)\n ((((((((selfhost/store-verify::check-observations-loop\n request) hashes) observations) single)\n max-bytes) max-total)\n ((core/int::add index) 1)) next-total)\n (((((selfhost/store-verify::error request)\n \"core/store/corruption\")\n \"artifact bytes hash mismatch\") hash)\n ((core/int::add index) 1)))))\n ((selfhost/store-verify::reject request)\n \"present observation requires byte count and lowercase hash\"))\n (((((selfhost/store-verify::observed-error request) single) status)\n hash) ((core/int::add index) 1))))\n ((selfhost/store-verify::reject request)\n \"observation hash/order mismatch\"))\n ((selfhost/store-verify::reject request)\n \"verify observation fields mismatch\")))))))))))))\n\n(def selfhost/store-verify::check-observations\n (fn (request)\n (fn (hashes)\n (fn (single)\n (let\n ((observations\n ((selfhost/store-authority::field request) (quote :observations)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (max-total ((selfhost/store-authority::field request) (quote :max-total-bytes))))\n (if (selfhost/store-verify::vec? observations)\n (if ((core/int::eq? (core/vec::len observations)) (core/vec::len hashes))\n ((((((((selfhost/store-verify::check-observations-loop request) hashes)\n observations) single) max-bytes) max-total) 0) 0)\n ((selfhost/store-verify::reject request)\n \"verify observation count mismatch\"))\n ((selfhost/store-verify::reject request)\n \"verify observations must be a vector\")))))))\n\n(def selfhost/store-verify::derive-hashes\n (fn (request)\n (fn (payload)\n (fn (status)\n (let ((hash ((selfhost/store-authority::field payload) (quote :hash))))\n (if (selfhost/store-authority::nil? hash)\n (let\n ((selection\n ((selfhost/store-verify::select-hashes\n ((selfhost/store-authority::field request) (quote :entries)))\n ((selfhost/store-authority::field request) (quote :max-entries)))))\n (if ((core/map::get selection) (quote :ok))\n ((core/map::get selection) (quote :hashes))\n nil))\n (if (selfhost/store-authority::hash? hash)\n (selfhost/store-verify::single hash)\n nil)))))))\n\n(def selfhost/store-verify::decide\n (fn (request)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload)))\n (status ((selfhost/store-authority::field request) (quote :status)))\n (max-entries ((selfhost/store-authority::field request) (quote :max-entries)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (max-total ((selfhost/store-authority::field request) (quote :max-total-bytes))))\n (if ((selfhost/store-authority::exact-map? payload) [:hash])\n (if (selfhost/store-authority::nonnegative-int? max-entries)\n (if (selfhost/store-authority::nonnegative-int? max-bytes)\n (if (selfhost/store-authority::nonnegative-int? max-total)\n (let ((hash ((selfhost/store-authority::field payload) (quote :hash))))\n (if ((core/sym::eq? status) (quote :plan))\n (if (selfhost/store-authority::nil? hash)\n (selfhost/store-verify::observe-inventory request)\n (if (selfhost/store-authority::hash? hash)\n ((selfhost/store-verify::observe-hashes request)\n (selfhost/store-verify::single hash))\n (((((selfhost/store-verify::error request) \"core/store/bad-hash\")\n \"verify hash must be lowercase hex64\") nil) 0)))\n (if ((core/sym::eq? status) (quote :inventory))\n (if (selfhost/store-authority::nil? hash)\n (let ((hashes (((selfhost/store-verify::derive-hashes request) payload) status)))\n (if (selfhost/store-authority::nil? hashes)\n ((selfhost/store-verify::reject request)\n \"inventory must be bounded, well-formed, and strictly sorted\")\n ((selfhost/store-verify::observe-hashes request) hashes)))\n ((selfhost/store-verify::reject request)\n \"specific verify must not request inventory\"))\n (if ((core/sym::eq? status) (quote :observed))\n (let\n ((derived (((selfhost/store-verify::derive-hashes request) payload) status))\n (hashes\n ((selfhost/store-authority::field request) (quote :hashes))))\n (if (selfhost/store-verify::vec? derived)\n (if ((selfhost/store-verify::hash-vectors-equal? derived) hashes)\n (((selfhost/store-verify::check-observations request) hashes)\n (if (selfhost/store-authority::nil? hash) false true))\n ((selfhost/store-verify::reject request)\n \"verify selected hash inventory mismatch\"))\n ((selfhost/store-verify::reject request)\n \"verify inventory cannot be derived\")))\n (if ((core/sym::eq? status) (quote :inventory-resource-limit))\n (((((selfhost/store-verify::error request) \"core/caps/resource-limit\")\n \"artifact store inventory exceeds bounded limits\") nil) 0)\n (if ((core/sym::eq? status) (quote :inventory-error))\n (((((selfhost/store-verify::error request) \"core/store/io-error\")\n \"artifact store inventory failed\") nil) 0)\n ((selfhost/store-verify::reject request)\n \"unsupported verify request status\")))))))\n ((selfhost/store-verify::reject request) \"max-total-bytes must be nonnegative\"))\n ((selfhost/store-verify::reject request) \"max-bytes must be nonnegative\"))\n ((selfhost/store-verify::reject request) \"max-entries must be nonnegative\"))\n (((((selfhost/store-verify::error request) \"core/store/bad-payload\")\n \"store verify payload must contain exactly :hash\") nil) 0)))))\n\n(def core/store::verify-authority\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:entries :hashes :kind :max-bytes :max-entries :max-total-bytes :observations :payload\n :phase :status :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/store-verify-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (if\n ((core/sym::eq? ((selfhost/store-authority::field request) (quote :phase)))\n (quote :verify))\n (selfhost/store-verify::decide request)\n ((selfhost/store-verify::reject request) \"verify phase mismatch\"))\n ((selfhost/store-verify::reject request) \"verify request version mismatch\"))\n ((selfhost/store-verify::reject request) \"verify request kind mismatch\"))\n ((selfhost/store-verify::reject request) \"verify request fields mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x93\xCE\xB8\xBA\xCF\xA5\x8EB?\x92S\x00D\x82,;\x18\x92\xAD\xD8?\x91E\xE0\x98\xABT\xC8\xD2G1\\" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/commit::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/commit::sym? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym)))) (def selfhost/commit::nonempty-str? (fn (value) (if (selfhost/store-authority::str? value) ((core/int::lt? 0) (core/str::len (selfhost/policy::trim value))) false))) (def selfhost/commit::optional-nonempty-str? (fn (value) (if (selfhost/store-authority::nil? value) true (selfhost/commit::nonempty-str? value)))) (def selfhost/commit::hash-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/store-authority::hash? ((core/vec::get values) index)) ((selfhost/commit::hash-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/commit::hash-vector? (fn (values) (if (selfhost/commit::vec? values) ((selfhost/commit::hash-vector-loop? values) 0) false))) (def selfhost/commit::obligation? (fn (value) (if (selfhost/commit::sym? value) true (selfhost/commit::nonempty-str? value)))) (def selfhost/commit::obligation-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/commit::obligation? ((core/vec::get values) index)) ((selfhost/commit::obligation-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/commit::obligation-vector? (fn (values) (if (selfhost/commit::vec? values) ((selfhost/commit::obligation-vector-loop? values) 0) false))) (def selfhost/commit::target-kind? (fn (value) (if (selfhost/commit::sym? value) (if ((core/sym::eq? value) (quote :package)) true (if ((core/sym::eq? value) (quote :module)) true (if ((core/sym::eq? value) (quote :contract)) true ((core/sym::eq? value) (quote :workspace))))) false))) (def selfhost/commit::target? (fn (value) (if ((selfhost/store-authority::exact-map? value) [:kind :name]) (if (selfhost/commit::target-kind? ((selfhost/store-authority::field value) (quote :kind))) (selfhost/commit::nonempty-str? ((selfhost/store-authority::field value) (quote :name))) false) false))) (def selfhost/commit::author? (fn (value) (if (selfhost/store-authority::map? value) (let ((name ((selfhost/store-authority::field value) (quote :name))) (id ((selfhost/store-authority::field value) (quote :id)))) (if ((core/int::eq? (core/map::len value)) 1) (if (selfhost/store-authority::nil? name) (selfhost/commit::nonempty-str? id) (if (selfhost/store-authority::nil? id) (selfhost/commit::nonempty-str? name) false)) (if ((core/int::eq? (core/map::len value)) 2) (if (selfhost/commit::nonempty-str? name) (selfhost/commit::nonempty-str? id) false) false))) false))) (def selfhost/commit::allowed-key? (fn (key) (if ((core/eq? key) (quote :attestations)) true (if ((core/eq? key) (quote :author)) true (if ((core/eq? key) (quote :base)) true (if ((core/eq? key) (quote :evidence)) true (if ((core/eq? key) (quote :message)) true (if ((core/eq? key) (quote :obligations)) true (if ((core/eq? key) (quote :parents)) true (if ((core/eq? key) (quote :patch)) true (if ((core/eq? key) (quote :result)) true (if ((core/eq? key) (quote :target)) true (if ((core/eq? key) (quote :type)) true (if ((core/eq? key) (quote :v)) true ((core/eq? key) (quote :why)))))))))))))))) (def selfhost/commit::allowed-fields-loop? (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (if (selfhost/commit::allowed-key? ((core/vec::get ((core/vec::get entries) index)) 0)) ((selfhost/commit::allowed-fields-loop? entries) ((core/int::add index) 1)) false))))) (def selfhost/commit::required-fields? (fn (value) (((selfhost/store-authority::map-has-keys-loop? value) [:attestations :base :evidence :message :obligations :parents :patch :result :type :v]) 0))) (def selfhost/commit::commit? (fn (value) (if (selfhost/store-authority::map? value) (let ((size (core/map::len value)) (type ((selfhost/store-authority::field value) (quote :type))) (version ((selfhost/store-authority::field value) (quote :v))) (parents ((selfhost/store-authority::field value) (quote :parents))) (base ((selfhost/store-authority::field value) (quote :base))) (patch ((selfhost/store-authority::field value) (quote :patch))) (result ((selfhost/store-authority::field value) (quote :result))) (obligations ((selfhost/store-authority::field value) (quote :obligations))) (evidence ((selfhost/store-authority::field value) (quote :evidence))) (attestations ((selfhost/store-authority::field value) (quote :attestations))) (message ((selfhost/store-authority::field value) (quote :message))) (target ((selfhost/store-authority::field value) (quote :target))) (why ((selfhost/store-authority::field value) (quote :why))) (author ((selfhost/store-authority::field value) (quote :author)))) (if (if ((core/int::lt? size) 10) false ((core/int::lt? 13) size)) false (if (selfhost/commit::required-fields? value) (if ((selfhost/commit::allowed-fields-loop? (core/map::entries value)) 0) (if (if (selfhost/commit::sym? type) ((core/sym::eq? type) (quote :vcs/commit)) false) (if (if (selfhost/store-authority::int? version) ((core/int::eq? version) 1) false) (if (selfhost/commit::hash-vector? parents) (if (if (selfhost/store-authority::nil? base) true (selfhost/store-authority::hash? base)) (if (selfhost/store-authority::hash? patch) (if (selfhost/store-authority::hash? result) (if (selfhost/commit::obligation-vector? obligations) (if (selfhost/commit::hash-vector? evidence) (if (selfhost/commit::hash-vector? attestations) (if (selfhost/store-authority::str? message) (if (if (selfhost/store-authority::nil? target) true (selfhost/commit::target? target)) (if (selfhost/commit::optional-nonempty-str? why) (if (selfhost/store-authority::nil? author) true (selfhost/commit::author? author)) false) false) false) false) false) false) false) false) false) false) false) false) false) false))) false))) (def selfhost/commit::result (fn (request) (fn (ok) (fn (artifact) (fn (code) (fn (message) {:artifact artifact :code code :kind "genesis/commit-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1})))))) (def selfhost/commit::reject (fn (request) (fn (message) (((((selfhost/commit::result request) false) nil) "core/commit/bad-request") message)))) (def selfhost/commit::bad-commit (fn (request) (fn (message) (((((selfhost/commit::result request) false) nil) "core/vcs/bad-commit") message)))) (def selfhost/commit::accept (fn (request) (fn (artifact) (((((selfhost/commit::result request) true) artifact) nil) nil)))) (def selfhost/commit::make-author-map (fn (author) (fn (sign) (if (selfhost/store-authority::nil? author) (if (selfhost/store-authority::nil? sign) nil {:id sign}) (if (selfhost/store-authority::nil? sign) {:name author} {:id sign :name author}))))) (def selfhost/commit::make (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload)))) (if ((selfhost/store-authority::exact-map? payload) [:author :base :evidence :message :obligations :parents :patch :result :sign :target-id :target-kind :why]) (let ((author ((selfhost/store-authority::field payload) (quote :author))) (base ((selfhost/store-authority::field payload) (quote :base))) (evidence ((selfhost/store-authority::field payload) (quote :evidence))) (message ((selfhost/store-authority::field payload) (quote :message))) (obligations ((selfhost/store-authority::field payload) (quote :obligations))) (parents ((selfhost/store-authority::field payload) (quote :parents))) (patch ((selfhost/store-authority::field payload) (quote :patch))) (result ((selfhost/store-authority::field payload) (quote :result))) (sign ((selfhost/store-authority::field payload) (quote :sign))) (target-id ((selfhost/store-authority::field payload) (quote :target-id))) (target-kind ((selfhost/store-authority::field payload) (quote :target-kind))) (why ((selfhost/store-authority::field payload) (quote :why)))) (if (selfhost/commit::target-kind? target-kind) (if (selfhost/commit::nonempty-str? target-id) (if (selfhost/commit::hash-vector? parents) (if (selfhost/store-authority::hash? base) (if (selfhost/store-authority::hash? patch) (if (selfhost/store-authority::hash? result) (if (selfhost/commit::obligation-vector? obligations) (if (selfhost/commit::hash-vector? evidence) (if (selfhost/commit::nonempty-str? message) (if (selfhost/commit::optional-nonempty-str? why) (if (selfhost/commit::optional-nonempty-str? author) (if (selfhost/commit::optional-nonempty-str? sign) (let ((base-artifact {:attestations [] :base base :evidence evidence :message message :obligations obligations :parents parents :patch patch :result result :target {:kind target-kind :name target-id} :type (quote :vcs/commit) :v 1}) (with-why (if (selfhost/store-authority::nil? why) base-artifact (((core/map::put base-artifact) (quote :why)) why))) (author-map ((selfhost/commit::make-author-map author) sign)) (artifact (if (selfhost/store-authority::nil? author-map) with-why (((core/map::put with-why) (quote :author)) author-map)))) (if (selfhost/commit::commit? artifact) ((selfhost/commit::accept request) artifact) ((selfhost/commit::bad-commit request) "constructed commit failed canonical validation"))) ((selfhost/commit::bad-commit request) "commit signer id must be nil or a nonempty string")) ((selfhost/commit::bad-commit request) "commit author must be nil or a nonempty string")) ((selfhost/commit::bad-commit request) "commit rationale must be nil or a nonempty string")) ((selfhost/commit::bad-commit request) "commit message must be a nonempty string")) ((selfhost/commit::bad-commit request) "commit evidence must be a vector of lowercase hashes")) ((selfhost/commit::bad-commit request) "commit obligations must be a vector of nonempty strings or symbols")) ((selfhost/commit::bad-commit request) "commit result must be lowercase hex64")) ((selfhost/commit::bad-commit request) "commit patch must be lowercase hex64")) ((selfhost/commit::bad-commit request) "commit base must be lowercase hex64")) ((selfhost/commit::bad-commit request) "commit parents must be a vector of lowercase hashes")) ((selfhost/commit::bad-commit request) "commit target id must be nonempty")) ((selfhost/commit::bad-commit request) "commit target kind is unsupported"))) ((selfhost/commit::reject request) "make payload fields mismatch"))))) (def selfhost/commit::validate (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload)))) (if ((selfhost/store-authority::exact-map? payload) [:artifact]) (let ((artifact ((selfhost/store-authority::field payload) (quote :artifact)))) (if (selfhost/commit::commit? artifact) ((selfhost/commit::accept request) artifact) ((selfhost/commit::bad-commit request) "commit must use the closed canonical v1 schema and lowercase identities"))) ((selfhost/commit::reject request) "validate payload fields mismatch"))))) (def core/commit::authority (fn (request) (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/commit-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (let ((op ((selfhost/store-authority::field request) (quote :op)))) (if (selfhost/commit::sym? op) (if ((core/sym::eq? op) (quote :make)) (selfhost/commit::make request) (if ((core/sym::eq? op) (quote :validate)) (selfhost/commit::validate request) ((selfhost/commit::reject request) "unsupported commit operation"))) ((selfhost/commit::reject request) "commit operation must be a symbol"))) ((selfhost/commit::reject request) "commit request version mismatch")) ((selfhost/commit::reject request) "commit request kind mismatch")) ((selfhost/commit::reject request) "commit request fields mismatch"))))] :module-h b"\x9AJ;PZ-\x99\n\x04(\xB3(\xFE\x90\x9F$\"l\xD8^\xDAH\xA5\x12\xD5\xA3\xE0\xFA\xD4\xC8\x97\x15" :path "selfhost/commit_authority_v1.gc" :source "(def selfhost/commit::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/commit::sym?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym))))\n\n(def selfhost/commit::nonempty-str?\n (fn (value)\n (if (selfhost/store-authority::str? value)\n ((core/int::lt? 0) (core/str::len (selfhost/policy::trim value)))\n false)))\n\n(def selfhost/commit::optional-nonempty-str?\n (fn (value)\n (if (selfhost/store-authority::nil? value)\n true\n (selfhost/commit::nonempty-str? value))))\n\n(def selfhost/commit::hash-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/store-authority::hash? ((core/vec::get values) index))\n ((selfhost/commit::hash-vector-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/commit::hash-vector?\n (fn (values)\n (if (selfhost/commit::vec? values)\n ((selfhost/commit::hash-vector-loop? values) 0)\n false)))\n\n(def selfhost/commit::obligation?\n (fn (value)\n (if (selfhost/commit::sym? value)\n true\n (selfhost/commit::nonempty-str? value))))\n\n(def selfhost/commit::obligation-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/commit::obligation? ((core/vec::get values) index))\n ((selfhost/commit::obligation-vector-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/commit::obligation-vector?\n (fn (values)\n (if (selfhost/commit::vec? values)\n ((selfhost/commit::obligation-vector-loop? values) 0)\n false)))\n\n(def selfhost/commit::target-kind?\n (fn (value)\n (if (selfhost/commit::sym? value)\n (if ((core/sym::eq? value) (quote :package))\n true\n (if ((core/sym::eq? value) (quote :module))\n true\n (if ((core/sym::eq? value) (quote :contract))\n true\n ((core/sym::eq? value) (quote :workspace)))))\n false)))\n\n(def selfhost/commit::target?\n (fn (value)\n (if ((selfhost/store-authority::exact-map? value) [:kind :name])\n (if\n (selfhost/commit::target-kind?\n ((selfhost/store-authority::field value) (quote :kind)))\n (selfhost/commit::nonempty-str?\n ((selfhost/store-authority::field value) (quote :name)))\n false)\n false)))\n\n(def selfhost/commit::author?\n (fn (value)\n (if (selfhost/store-authority::map? value)\n (let\n ((name ((selfhost/store-authority::field value) (quote :name)))\n (id ((selfhost/store-authority::field value) (quote :id))))\n (if ((core/int::eq? (core/map::len value)) 1)\n (if (selfhost/store-authority::nil? name)\n (selfhost/commit::nonempty-str? id)\n (if (selfhost/store-authority::nil? id)\n (selfhost/commit::nonempty-str? name)\n false))\n (if ((core/int::eq? (core/map::len value)) 2)\n (if (selfhost/commit::nonempty-str? name)\n (selfhost/commit::nonempty-str? id)\n false)\n false)))\n false)))\n\n(def selfhost/commit::allowed-key?\n (fn (key)\n (if ((core/eq? key) (quote :attestations))\n true\n (if ((core/eq? key) (quote :author))\n true\n (if ((core/eq? key) (quote :base))\n true\n (if ((core/eq? key) (quote :evidence))\n true\n (if ((core/eq? key) (quote :message))\n true\n (if ((core/eq? key) (quote :obligations))\n true\n (if ((core/eq? key) (quote :parents))\n true\n (if ((core/eq? key) (quote :patch))\n true\n (if ((core/eq? key) (quote :result))\n true\n (if ((core/eq? key) (quote :target))\n true\n (if ((core/eq? key) (quote :type))\n true\n (if ((core/eq? key) (quote :v))\n true\n ((core/eq? key) (quote :why))))))))))))))))\n\n(def selfhost/commit::allowed-fields-loop?\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (if (selfhost/commit::allowed-key? ((core/vec::get ((core/vec::get entries) index)) 0))\n ((selfhost/commit::allowed-fields-loop? entries) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/commit::required-fields?\n (fn (value)\n (((selfhost/store-authority::map-has-keys-loop? value)\n [:attestations :base :evidence :message :obligations :parents :patch :result :type :v]) 0)))\n\n(def selfhost/commit::commit?\n (fn (value)\n (if (selfhost/store-authority::map? value)\n (let\n ((size (core/map::len value))\n (type ((selfhost/store-authority::field value) (quote :type)))\n (version ((selfhost/store-authority::field value) (quote :v)))\n (parents ((selfhost/store-authority::field value) (quote :parents)))\n (base ((selfhost/store-authority::field value) (quote :base)))\n (patch ((selfhost/store-authority::field value) (quote :patch)))\n (result ((selfhost/store-authority::field value) (quote :result)))\n (obligations ((selfhost/store-authority::field value) (quote :obligations)))\n (evidence ((selfhost/store-authority::field value) (quote :evidence)))\n (attestations ((selfhost/store-authority::field value) (quote :attestations)))\n (message ((selfhost/store-authority::field value) (quote :message)))\n (target ((selfhost/store-authority::field value) (quote :target)))\n (why ((selfhost/store-authority::field value) (quote :why)))\n (author ((selfhost/store-authority::field value) (quote :author))))\n (if (if ((core/int::lt? size) 10) false ((core/int::lt? 13) size))\n false\n (if (selfhost/commit::required-fields? value)\n (if ((selfhost/commit::allowed-fields-loop? (core/map::entries value)) 0)\n (if (if (selfhost/commit::sym? type) ((core/sym::eq? type) (quote :vcs/commit)) false)\n (if (if (selfhost/store-authority::int? version) ((core/int::eq? version) 1) false)\n (if (selfhost/commit::hash-vector? parents)\n (if\n (if (selfhost/store-authority::nil? base)\n true\n (selfhost/store-authority::hash? base))\n (if (selfhost/store-authority::hash? patch)\n (if (selfhost/store-authority::hash? result)\n (if (selfhost/commit::obligation-vector? obligations)\n (if (selfhost/commit::hash-vector? evidence)\n (if (selfhost/commit::hash-vector? attestations)\n (if (selfhost/store-authority::str? message)\n (if\n (if (selfhost/store-authority::nil? target)\n true\n (selfhost/commit::target? target))\n (if (selfhost/commit::optional-nonempty-str? why)\n (if (selfhost/store-authority::nil? author)\n true\n (selfhost/commit::author? author))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n false)))\n\n(def selfhost/commit::result\n (fn (request)\n (fn (ok)\n (fn (artifact)\n (fn (code)\n (fn (message)\n {\n :artifact artifact\n :code code\n :kind \"genesis/commit-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))))\n\n(def selfhost/commit::reject\n (fn (request)\n (fn (message)\n (((((selfhost/commit::result request) false) nil) \"core/commit/bad-request\") message))))\n\n(def selfhost/commit::bad-commit\n (fn (request)\n (fn (message)\n (((((selfhost/commit::result request) false) nil) \"core/vcs/bad-commit\") message))))\n\n(def selfhost/commit::accept\n (fn (request)\n (fn (artifact)\n (((((selfhost/commit::result request) true) artifact) nil) nil))))\n\n(def selfhost/commit::make-author-map\n (fn (author)\n (fn (sign)\n (if (selfhost/store-authority::nil? author)\n (if (selfhost/store-authority::nil? sign) nil {:id sign})\n (if (selfhost/store-authority::nil? sign) {:name author} {:id sign :name author})))))\n\n(def selfhost/commit::make\n (fn (request)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload))))\n (if\n ((selfhost/store-authority::exact-map? payload)\n [:author :base :evidence :message :obligations :parents :patch :result :sign :target-id\n :target-kind :why])\n (let\n ((author ((selfhost/store-authority::field payload) (quote :author)))\n (base ((selfhost/store-authority::field payload) (quote :base)))\n (evidence ((selfhost/store-authority::field payload) (quote :evidence)))\n (message ((selfhost/store-authority::field payload) (quote :message)))\n (obligations ((selfhost/store-authority::field payload) (quote :obligations)))\n (parents ((selfhost/store-authority::field payload) (quote :parents)))\n (patch ((selfhost/store-authority::field payload) (quote :patch)))\n (result ((selfhost/store-authority::field payload) (quote :result)))\n (sign ((selfhost/store-authority::field payload) (quote :sign)))\n (target-id ((selfhost/store-authority::field payload) (quote :target-id)))\n (target-kind ((selfhost/store-authority::field payload) (quote :target-kind)))\n (why ((selfhost/store-authority::field payload) (quote :why))))\n (if (selfhost/commit::target-kind? target-kind)\n (if (selfhost/commit::nonempty-str? target-id)\n (if (selfhost/commit::hash-vector? parents)\n (if (selfhost/store-authority::hash? base)\n (if (selfhost/store-authority::hash? patch)\n (if (selfhost/store-authority::hash? result)\n (if (selfhost/commit::obligation-vector? obligations)\n (if (selfhost/commit::hash-vector? evidence)\n (if (selfhost/commit::nonempty-str? message)\n (if (selfhost/commit::optional-nonempty-str? why)\n (if (selfhost/commit::optional-nonempty-str? author)\n (if (selfhost/commit::optional-nonempty-str? sign)\n (let\n ((base-artifact\n {\n :attestations []\n :base base\n :evidence evidence\n :message message\n :obligations obligations\n :parents parents\n :patch patch\n :result result\n :target {:kind target-kind :name target-id}\n :type (quote :vcs/commit)\n :v 1})\n (with-why\n (if (selfhost/store-authority::nil? why)\n base-artifact\n (((core/map::put base-artifact) (quote :why)) why)))\n (author-map ((selfhost/commit::make-author-map author) sign))\n (artifact\n (if (selfhost/store-authority::nil? author-map)\n with-why\n (((core/map::put with-why) (quote :author)) author-map))))\n (if (selfhost/commit::commit? artifact)\n ((selfhost/commit::accept request) artifact)\n ((selfhost/commit::bad-commit request)\n \"constructed commit failed canonical validation\")))\n ((selfhost/commit::bad-commit request)\n \"commit signer id must be nil or a nonempty string\"))\n ((selfhost/commit::bad-commit request)\n \"commit author must be nil or a nonempty string\"))\n ((selfhost/commit::bad-commit request)\n \"commit rationale must be nil or a nonempty string\"))\n ((selfhost/commit::bad-commit request)\n \"commit message must be a nonempty string\"))\n ((selfhost/commit::bad-commit request)\n \"commit evidence must be a vector of lowercase hashes\"))\n ((selfhost/commit::bad-commit request)\n \"commit obligations must be a vector of nonempty strings or symbols\"))\n ((selfhost/commit::bad-commit request) \"commit result must be lowercase hex64\"))\n ((selfhost/commit::bad-commit request) \"commit patch must be lowercase hex64\"))\n ((selfhost/commit::bad-commit request) \"commit base must be lowercase hex64\"))\n ((selfhost/commit::bad-commit request)\n \"commit parents must be a vector of lowercase hashes\"))\n ((selfhost/commit::bad-commit request) \"commit target id must be nonempty\"))\n ((selfhost/commit::bad-commit request) \"commit target kind is unsupported\")))\n ((selfhost/commit::reject request) \"make payload fields mismatch\")))))\n\n(def selfhost/commit::validate\n (fn (request)\n (let ((payload ((selfhost/store-authority::field request) (quote :payload))))\n (if ((selfhost/store-authority::exact-map? payload) [:artifact])\n (let ((artifact ((selfhost/store-authority::field payload) (quote :artifact))))\n (if (selfhost/commit::commit? artifact)\n ((selfhost/commit::accept request) artifact)\n ((selfhost/commit::bad-commit request)\n \"commit must use the closed canonical v1 schema and lowercase identities\")))\n ((selfhost/commit::reject request) \"validate payload fields mismatch\")))))\n\n(def core/commit::authority\n (fn (request)\n (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/commit-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (let ((op ((selfhost/store-authority::field request) (quote :op))))\n (if (selfhost/commit::sym? op)\n (if ((core/sym::eq? op) (quote :make))\n (selfhost/commit::make request)\n (if ((core/sym::eq? op) (quote :validate))\n (selfhost/commit::validate request)\n ((selfhost/commit::reject request) \"unsupported commit operation\")))\n ((selfhost/commit::reject request) \"commit operation must be a symbol\")))\n ((selfhost/commit::reject request) \"commit request version mismatch\"))\n ((selfhost/commit::reject request) \"commit request kind mismatch\"))\n ((selfhost/commit::reject request) \"commit request fields mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x9AJ;PZ-\x99\n\x04(\xB3(\xFE\x90\x9F$\"l\xD8^\xDAH\xA5\x12\xD5\xA3\xE0\xFA\xD4\xC8\x97\x15" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/refs::tag core/data::tag) (def selfhost/refs::nil? core/list::is-nil?) (def selfhost/refs::map? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :map)))) (def selfhost/refs::str? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :str)))) (def selfhost/refs::bool? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :bool)))) (def selfhost/refs::sym? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :sym)))) (def selfhost/refs::vec? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :vec)))) (def selfhost/refs::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/refs::refs-loop? (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (let ((entry ((core/vec::get entries) index))) (if (selfhost/refs::str? ((core/vec::get entry) 0)) (if (selfhost/store-authority::hash? ((core/vec::get entry) 1)) ((selfhost/refs::refs-loop? entries) ((core/int::add index) 1)) false) false)))))) (def selfhost/refs::refs? (fn (value) (if (selfhost/refs::map? value) ((selfhost/refs::refs-loop? (core/map::entries value)) 0) false))) (def selfhost/refs::result (fn (request) (fn (action) (fn (current) (fn (entries) (fn (refs) (fn (value) {:action action :code nil :current current :entries entries :kind "genesis/refs-authority-result-v0.1" :message nil :ok true :refs refs :request-h (selfhost/hash::hash-term request) :v 1 :value value}))))))) (def selfhost/refs::reject (fn (request) (fn (message) {:action (quote :error) :code "core/refs/bad-authority-request" :current nil :entries [] :kind "genesis/refs-authority-result-v0.1" :message message :ok false :refs nil :request-h (selfhost/hash::hash-term request) :v 1 :value nil}))) (def selfhost/refs::get (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:name :refs]) (let ((name ((selfhost/store-authority::field payload) (quote :name))) (refs ((selfhost/store-authority::field payload) (quote :refs)))) (if (selfhost/refs::str? name) (if (selfhost/refs::refs? refs) ((((((selfhost/refs::result request) (quote :read)) nil) []) nil) ((core/map::get refs) name)) ((selfhost/refs::reject request) "refs snapshot must be a string-to-hash map")) ((selfhost/refs::reject request) "ref name must be a string"))) ((selfhost/refs::reject request) "get payload fields mismatch"))))) (def selfhost/refs::list-loop (fn (entries) (fn (prefix) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0)) (hash ((core/vec::get entry) 1))) ((((selfhost/refs::list-loop entries) prefix) ((core/int::add index) 1)) (if (if (selfhost/refs::nil? prefix) true ((selfhost/refs::starts-with? name) prefix)) ((core/vec::push out) {:hash hash :name name}) out)))))))))) (def selfhost/refs::list (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:prefix :refs]) (let ((prefix ((selfhost/store-authority::field payload) (quote :prefix))) (refs ((selfhost/store-authority::field payload) (quote :refs)))) (if (if (selfhost/refs::nil? prefix) true (selfhost/refs::str? prefix)) (if (selfhost/refs::refs? refs) ((((((selfhost/refs::result request) (quote :list)) nil) ((((selfhost/refs::list-loop (core/map::entries refs)) prefix) 0) [])) nil) nil) ((selfhost/refs::reject request) "refs snapshot must be a string-to-hash map")) ((selfhost/refs::reject request) "ref prefix must be a string or nil"))) ((selfhost/refs::reject request) "list payload fields mismatch"))))) (def selfhost/refs::remove-loop (fn (entries) (fn (name) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) ((((selfhost/refs::remove-loop entries) name) ((core/int::add index) 1)) (if ((core/eq? key) name) out (((core/map::put out) key) value))))))))))) (def selfhost/refs::expected-matches? (fn (present) (fn (expected) (fn (current) (if present ((core/eq? expected) current) true))))) (def selfhost/refs::set (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:expected-old :expected-old-present :name :new-hash :refs]) (let ((expected ((selfhost/store-authority::field payload) (quote :expected-old))) (present ((selfhost/store-authority::field payload) (quote :expected-old-present))) (name ((selfhost/store-authority::field payload) (quote :name))) (new-hash ((selfhost/store-authority::field payload) (quote :new-hash))) (refs ((selfhost/store-authority::field payload) (quote :refs)))) (if (selfhost/refs::bool? present) (if (if (selfhost/refs::nil? expected) true (selfhost/store-authority::hash? expected)) (if (selfhost/refs::str? name) (if (if (selfhost/refs::nil? new-hash) true (selfhost/store-authority::hash? new-hash)) (if (selfhost/refs::refs? refs) (let ((current ((core/map::get refs) name))) (if (((selfhost/refs::expected-matches? present) expected) current) (let ((updated (if (selfhost/refs::nil? new-hash) ((((selfhost/refs::remove-loop (core/map::entries refs)) name) 0) {}) (((core/map::put refs) name) new-hash)))) ((((((selfhost/refs::result request) (quote :write)) current) []) updated) nil)) ((((((selfhost/refs::result request) (quote :conflict)) current) []) nil) nil))) ((selfhost/refs::reject request) "refs snapshot must be a string-to-hash map")) ((selfhost/refs::reject request) "new ref hash must be lowercase hex64 or nil")) ((selfhost/refs::reject request) "ref name must be a string")) ((selfhost/refs::reject request) "expected old hash must be lowercase hex64 or nil")) ((selfhost/refs::reject request) "expected-old-present must be bool"))) ((selfhost/refs::reject request) "set payload fields mismatch"))))) (def selfhost/refs::bytes-lex-lt? (fn (left) (fn (right) (fn (index) (let ((left-length (core/bytes::len left)) (right-length (core/bytes::len right))) (if ((core/int::eq? index) left-length) ((core/int::lt? index) right-length) (if ((core/int::eq? index) right-length) false (let ((left-byte ((core/bytes::get left) index)) (right-byte ((core/bytes::get right) index))) (if ((core/int::lt? left-byte) right-byte) true (if ((core/int::eq? left-byte) right-byte) (((selfhost/refs::bytes-lex-lt? left) right) ((core/int::add index) 1)) false)))))))))) (def selfhost/refs::str-lex-lt? (fn (left) (fn (right) (((selfhost/refs::bytes-lex-lt? (core/str::to-utf8 left)) (core/str::to-utf8 right)) 0)))) (def selfhost/refs::bulk-mode? (fn (mode) (if (selfhost/refs::sym? mode) (if ((core/sym::eq? mode) (quote :cas)) true (if ((core/sym::eq? mode) (quote :same-or-absent)) true ((core/sym::eq? mode) (quote :unconditional)))) false))) (def selfhost/refs::bulk-op? (fn (mode) (fn (op) (fn (previous-name) (if ((selfhost/store-authority::exact-map? op) [:expected-old :expected-old-present :name :new-hash]) (let ((expected ((selfhost/store-authority::field op) (quote :expected-old))) (present ((selfhost/store-authority::field op) (quote :expected-old-present))) (name ((selfhost/store-authority::field op) (quote :name))) (new-hash ((selfhost/store-authority::field op) (quote :new-hash)))) (if (selfhost/refs::bool? present) (if (if (selfhost/refs::nil? expected) true (selfhost/store-authority::hash? expected)) (if (selfhost/refs::str? name) (if (if (selfhost/refs::nil? previous-name) true ((selfhost/refs::str-lex-lt? previous-name) name)) (if (if (selfhost/refs::nil? new-hash) true (selfhost/store-authority::hash? new-hash)) (if ((core/sym::eq? mode) (quote :same-or-absent)) (selfhost/store-authority::hash? new-hash) true) false) false) false) false) false)) false))))) (def selfhost/refs::bulk-ops? (fn (mode) (fn (ops) (fn (index) (fn (previous-name) (if ((core/int::eq? index) (core/vec::len ops)) true (let ((op ((core/vec::get ops) index))) (if (((selfhost/refs::bulk-op? mode) op) previous-name) ((((selfhost/refs::bulk-ops? mode) ops) ((core/int::add index) 1)) ((selfhost/store-authority::field op) (quote :name))) false)))))))) (def selfhost/refs::bulk-expected-matches? (fn (mode) (fn (op) (fn (current) (if ((core/sym::eq? mode) (quote :unconditional)) true (if ((core/sym::eq? mode) (quote :same-or-absent)) (if (selfhost/refs::nil? current) true ((core/eq? current) ((selfhost/store-authority::field op) (quote :new-hash)))) (((selfhost/refs::expected-matches? ((selfhost/store-authority::field op) (quote :expected-old-present))) ((selfhost/store-authority::field op) (quote :expected-old))) current))))))) (def selfhost/refs::bulk-conflict-loop (fn (mode) (fn (ops) (fn (refs) (fn (index) (if ((core/int::eq? index) (core/vec::len ops)) nil (let ((op ((core/vec::get ops) index))) (let ((name ((selfhost/store-authority::field op) (quote :name))) (current ((core/map::get refs) ((selfhost/store-authority::field op) (quote :name))))) (if (((selfhost/refs::bulk-expected-matches? mode) op) current) ((((selfhost/refs::bulk-conflict-loop mode) ops) refs) ((core/int::add index) 1)) {:hash current :name name}))))))))) (def selfhost/refs::bulk-apply-loop (fn (ops) (fn (index) (fn (refs) (if ((core/int::eq? index) (core/vec::len ops)) refs (let ((op ((core/vec::get ops) index))) (let ((name ((selfhost/store-authority::field op) (quote :name))) (new-hash ((selfhost/store-authority::field op) (quote :new-hash)))) (((selfhost/refs::bulk-apply-loop ops) ((core/int::add index) 1)) (if (selfhost/refs::nil? new-hash) ((((selfhost/refs::remove-loop (core/map::entries refs)) name) 0) {}) (((core/map::put refs) name) new-hash)))))))))) (def selfhost/refs::set-many (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:mode :ops :refs]) (let ((mode ((selfhost/store-authority::field payload) (quote :mode))) (ops ((selfhost/store-authority::field payload) (quote :ops))) (refs ((selfhost/store-authority::field payload) (quote :refs)))) (if (selfhost/refs::bulk-mode? mode) (if (selfhost/refs::vec? ops) (if ((core/int::lt? 4096) (core/vec::len ops)) ((selfhost/refs::reject request) "bulk ref update exceeds 4096 operations") (if ((((selfhost/refs::bulk-ops? mode) ops) 0) nil) (if (selfhost/refs::refs? refs) (let ((conflict ((((selfhost/refs::bulk-conflict-loop mode) ops) refs) 0))) (if (selfhost/refs::nil? conflict) ((((((selfhost/refs::result request) (quote :write)) nil) []) (((selfhost/refs::bulk-apply-loop ops) 0) refs)) nil) ((((((selfhost/refs::result request) (quote :conflict)) ((selfhost/store-authority::field conflict) (quote :hash))) ((core/vec::push []) conflict)) nil) nil))) ((selfhost/refs::reject request) "refs snapshot must be a string-to-hash map")) ((selfhost/refs::reject request) "bulk ref operations must be valid, strictly sorted, and unique"))) ((selfhost/refs::reject request) "bulk ref operations must be a vector")) ((selfhost/refs::reject request) "unsupported bulk ref update mode"))) ((selfhost/refs::reject request) "set-many payload fields mismatch"))))) (def core/refs::authority (fn (request) (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/refs-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (let ((op ((selfhost/store-authority::field request) (quote :op))) (payload ((selfhost/store-authority::field request) (quote :payload)))) (if (selfhost/refs::sym? op) (if ((core/sym::eq? op) (quote :get)) ((selfhost/refs::get request) payload) (if ((core/sym::eq? op) (quote :list)) ((selfhost/refs::list request) payload) (if ((core/sym::eq? op) (quote :set)) ((selfhost/refs::set request) payload) (if ((core/sym::eq? op) (quote :set-many)) ((selfhost/refs::set-many request) payload) ((selfhost/refs::reject request) "unsupported refs operation"))))) ((selfhost/refs::reject request) "refs operation must be a symbol"))) ((selfhost/refs::reject request) "refs request version mismatch")) ((selfhost/refs::reject request) "refs request kind mismatch")) ((selfhost/refs::reject request) "refs request fields mismatch"))))] :module-h b"\x08\xBB?\xCCb\xFC(:\xA1*\x01L\xF3z+\xEC:po\xAA\x1D\x88%\xF2\xDC\xECC\x06\xE7\xAE3R" :path "selfhost/refs_authority_v1.gc" :source "(def selfhost/refs::tag core/data::tag)\n\n(def selfhost/refs::nil? core/list::is-nil?)\n\n(def selfhost/refs::map?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :map))))\n\n(def selfhost/refs::str?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :str))))\n\n(def selfhost/refs::bool?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :bool))))\n\n(def selfhost/refs::sym?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :sym))))\n\n(def selfhost/refs::vec?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :vec))))\n\n(def selfhost/refs::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/refs::refs-loop?\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (let ((entry ((core/vec::get entries) index)))\n (if (selfhost/refs::str? ((core/vec::get entry) 0))\n (if (selfhost/store-authority::hash? ((core/vec::get entry) 1))\n ((selfhost/refs::refs-loop? entries) ((core/int::add index) 1))\n false)\n false))))))\n\n(def selfhost/refs::refs?\n (fn (value)\n (if (selfhost/refs::map? value)\n ((selfhost/refs::refs-loop? (core/map::entries value)) 0)\n false)))\n\n(def selfhost/refs::result\n (fn (request action current entries refs value)\n {\n :action action\n :code nil\n :current current\n :entries entries\n :kind \"genesis/refs-authority-result-v0.1\"\n :message nil\n :ok true\n :refs refs\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value value}))\n\n(def selfhost/refs::reject\n (fn (request message)\n {\n :action (quote :error)\n :code \"core/refs/bad-authority-request\"\n :current nil\n :entries []\n :kind \"genesis/refs-authority-result-v0.1\"\n :message message\n :ok false\n :refs nil\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value nil}))\n\n(def selfhost/refs::get\n (fn (request payload)\n (if ((selfhost/store-authority::exact-map? payload) [:name :refs])\n (let\n ((name ((selfhost/store-authority::field payload) (quote :name)))\n (refs ((selfhost/store-authority::field payload) (quote :refs))))\n (if (selfhost/refs::str? name)\n (if (selfhost/refs::refs? refs)\n (selfhost/refs::result request (quote :read) nil [] nil ((core/map::get refs) name))\n (selfhost/refs::reject request \"refs snapshot must be a string-to-hash map\"))\n (selfhost/refs::reject request \"ref name must be a string\")))\n (selfhost/refs::reject request \"get payload fields mismatch\"))))\n\n(def selfhost/refs::list-loop\n (fn (entries prefix index out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((name ((core/vec::get entry) 0))\n (hash ((core/vec::get entry) 1)))\n (selfhost/refs::list-loop entries prefix ((core/int::add index) 1)\n (if\n (if (selfhost/refs::nil? prefix)\n true\n ((selfhost/refs::starts-with? name) prefix))\n ((core/vec::push out) {:hash hash :name name})\n out)))))))\n\n(def selfhost/refs::list\n (fn (request payload)\n (if ((selfhost/store-authority::exact-map? payload) [:prefix :refs])\n (let\n ((prefix ((selfhost/store-authority::field payload) (quote :prefix)))\n (refs ((selfhost/store-authority::field payload) (quote :refs))))\n (if (if (selfhost/refs::nil? prefix) true (selfhost/refs::str? prefix))\n (if (selfhost/refs::refs? refs)\n (selfhost/refs::result request (quote :list) nil\n (selfhost/refs::list-loop (core/map::entries refs) prefix 0 []) nil nil)\n (selfhost/refs::reject request \"refs snapshot must be a string-to-hash map\"))\n (selfhost/refs::reject request \"ref prefix must be a string or nil\")))\n (selfhost/refs::reject request \"list payload fields mismatch\"))))\n\n(def selfhost/refs::remove-loop\n (fn (entries name index out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1)))\n (selfhost/refs::remove-loop entries name ((core/int::add index) 1)\n (if ((core/eq? key) name) out (((core/map::put out) key) value))))))))\n\n(def selfhost/refs::expected-matches?\n (fn (present expected current)\n (if present ((core/eq? expected) current) true)))\n\n(def selfhost/refs::set\n (fn (request payload)\n (if\n ((selfhost/store-authority::exact-map? payload)\n [:expected-old :expected-old-present :name :new-hash :refs])\n (let\n ((expected ((selfhost/store-authority::field payload) (quote :expected-old)))\n (present ((selfhost/store-authority::field payload) (quote :expected-old-present)))\n (name ((selfhost/store-authority::field payload) (quote :name)))\n (new-hash ((selfhost/store-authority::field payload) (quote :new-hash)))\n (refs ((selfhost/store-authority::field payload) (quote :refs))))\n (if (selfhost/refs::bool? present)\n (if\n (if (selfhost/refs::nil? expected)\n true\n (selfhost/store-authority::hash? expected))\n (if (selfhost/refs::str? name)\n (if\n (if (selfhost/refs::nil? new-hash)\n true\n (selfhost/store-authority::hash? new-hash))\n (if (selfhost/refs::refs? refs)\n (let ((current ((core/map::get refs) name)))\n (if ((selfhost/refs::expected-matches? present) expected current)\n (let\n ((updated\n (if (selfhost/refs::nil? new-hash)\n (selfhost/refs::remove-loop (core/map::entries refs) name 0 {})\n (((core/map::put refs) name) new-hash))))\n (selfhost/refs::result request (quote :write) current [] updated nil))\n (selfhost/refs::result request (quote :conflict) current [] nil nil)))\n (selfhost/refs::reject request \"refs snapshot must be a string-to-hash map\"))\n (selfhost/refs::reject request \"new ref hash must be lowercase hex64 or nil\"))\n (selfhost/refs::reject request \"ref name must be a string\"))\n (selfhost/refs::reject request \"expected old hash must be lowercase hex64 or nil\"))\n (selfhost/refs::reject request \"expected-old-present must be bool\")))\n (selfhost/refs::reject request \"set payload fields mismatch\"))))\n\n(def selfhost/refs::bytes-lex-lt?\n (fn (left)\n (fn (right)\n (fn (index)\n (let ((left-length (core/bytes::len left)) (right-length (core/bytes::len right)))\n (if ((core/int::eq? index) left-length)\n ((core/int::lt? index) right-length)\n (if ((core/int::eq? index) right-length)\n false\n (let\n ((left-byte ((core/bytes::get left) index))\n (right-byte ((core/bytes::get right) index)))\n (if ((core/int::lt? left-byte) right-byte)\n true\n (if ((core/int::eq? left-byte) right-byte)\n (((selfhost/refs::bytes-lex-lt? left) right) ((core/int::add index) 1))\n false))))))))))\n\n(def selfhost/refs::str-lex-lt?\n (fn (left)\n (fn (right)\n (((selfhost/refs::bytes-lex-lt? (core/str::to-utf8 left)) (core/str::to-utf8 right)) 0))))\n\n(def selfhost/refs::bulk-mode?\n (fn (mode)\n (if (selfhost/refs::sym? mode)\n (if ((core/sym::eq? mode) (quote :cas))\n true\n (if ((core/sym::eq? mode) (quote :same-or-absent))\n true\n ((core/sym::eq? mode) (quote :unconditional))))\n false)))\n\n(def selfhost/refs::bulk-op?\n (fn (mode)\n (fn (op)\n (fn (previous-name)\n (if\n ((selfhost/store-authority::exact-map? op)\n [:expected-old :expected-old-present :name :new-hash])\n (let\n ((expected ((selfhost/store-authority::field op) (quote :expected-old)))\n (present ((selfhost/store-authority::field op) (quote :expected-old-present)))\n (name ((selfhost/store-authority::field op) (quote :name)))\n (new-hash ((selfhost/store-authority::field op) (quote :new-hash))))\n (if (selfhost/refs::bool? present)\n (if\n (if (selfhost/refs::nil? expected)\n true\n (selfhost/store-authority::hash? expected))\n (if (selfhost/refs::str? name)\n (if\n (if (selfhost/refs::nil? previous-name)\n true\n ((selfhost/refs::str-lex-lt? previous-name) name))\n (if\n (if (selfhost/refs::nil? new-hash)\n true\n (selfhost/store-authority::hash? new-hash))\n (if ((core/sym::eq? mode) (quote :same-or-absent))\n (selfhost/store-authority::hash? new-hash)\n true)\n false)\n false)\n false)\n false)\n false))\n false)))))\n\n(def selfhost/refs::bulk-ops?\n (fn (mode)\n (fn (ops)\n (fn (index)\n (fn (previous-name)\n (if ((core/int::eq? index) (core/vec::len ops))\n true\n (let ((op ((core/vec::get ops) index)))\n (if (((selfhost/refs::bulk-op? mode) op) previous-name)\n ((((selfhost/refs::bulk-ops? mode) ops) ((core/int::add index) 1))\n ((selfhost/store-authority::field op) (quote :name)))\n false))))))))\n\n(def selfhost/refs::bulk-expected-matches?\n (fn (mode)\n (fn (op)\n (fn (current)\n (if ((core/sym::eq? mode) (quote :unconditional))\n true\n (if ((core/sym::eq? mode) (quote :same-or-absent))\n (if (selfhost/refs::nil? current)\n true\n ((core/eq? current)\n ((selfhost/store-authority::field op) (quote :new-hash))))\n (((selfhost/refs::expected-matches?\n ((selfhost/store-authority::field op) (quote :expected-old-present)))\n ((selfhost/store-authority::field op) (quote :expected-old)))\n current)))))))\n\n(def selfhost/refs::bulk-conflict-loop\n (fn (mode)\n (fn (ops)\n (fn (refs)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len ops))\n nil\n (let ((op ((core/vec::get ops) index)))\n (let\n ((name ((selfhost/store-authority::field op) (quote :name)))\n (current\n ((core/map::get refs)\n ((selfhost/store-authority::field op) (quote :name)))))\n (if (((selfhost/refs::bulk-expected-matches? mode) op) current)\n ((((selfhost/refs::bulk-conflict-loop mode) ops) refs)\n ((core/int::add index) 1))\n {:hash current :name name})))))))))\n\n(def selfhost/refs::bulk-apply-loop\n (fn (ops)\n (fn (index)\n (fn (refs)\n (if ((core/int::eq? index) (core/vec::len ops))\n refs\n (let ((op ((core/vec::get ops) index)))\n (let\n ((name ((selfhost/store-authority::field op) (quote :name)))\n (new-hash ((selfhost/store-authority::field op) (quote :new-hash))))\n (((selfhost/refs::bulk-apply-loop ops) ((core/int::add index) 1))\n (if (selfhost/refs::nil? new-hash)\n (selfhost/refs::remove-loop (core/map::entries refs) name 0 {})\n (((core/map::put refs) name) new-hash))))))))))\n\n(def selfhost/refs::set-many\n (fn (request payload)\n (if ((selfhost/store-authority::exact-map? payload) [:mode :ops :refs])\n (let\n ((mode ((selfhost/store-authority::field payload) (quote :mode)))\n (ops ((selfhost/store-authority::field payload) (quote :ops)))\n (refs ((selfhost/store-authority::field payload) (quote :refs))))\n (if (selfhost/refs::bulk-mode? mode)\n (if (selfhost/refs::vec? ops)\n (if ((core/int::lt? 4096) (core/vec::len ops))\n (selfhost/refs::reject request \"bulk ref update exceeds 4096 operations\")\n (if ((((selfhost/refs::bulk-ops? mode) ops) 0) nil)\n (if (selfhost/refs::refs? refs)\n (let ((conflict ((((selfhost/refs::bulk-conflict-loop mode) ops) refs) 0)))\n (if (selfhost/refs::nil? conflict)\n (selfhost/refs::result request (quote :write) nil []\n (((selfhost/refs::bulk-apply-loop ops) 0) refs) nil)\n (selfhost/refs::result request (quote :conflict)\n ((selfhost/store-authority::field conflict) (quote :hash))\n ((core/vec::push []) conflict) nil nil)))\n (selfhost/refs::reject request \"refs snapshot must be a string-to-hash map\"))\n (selfhost/refs::reject request\n \"bulk ref operations must be valid, strictly sorted, and unique\")))\n (selfhost/refs::reject request \"bulk ref operations must be a vector\"))\n (selfhost/refs::reject request \"unsupported bulk ref update mode\")))\n (selfhost/refs::reject request \"set-many payload fields mismatch\"))))\n\n(def core/refs::authority\n (fn (request)\n (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/refs-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (let\n ((op ((selfhost/store-authority::field request) (quote :op)))\n (payload ((selfhost/store-authority::field request) (quote :payload))))\n (if (selfhost/refs::sym? op)\n (if ((core/sym::eq? op) (quote :get))\n (selfhost/refs::get request payload)\n (if ((core/sym::eq? op) (quote :list))\n (selfhost/refs::list request payload)\n (if ((core/sym::eq? op) (quote :set))\n (selfhost/refs::set request payload)\n (if ((core/sym::eq? op) (quote :set-many))\n (selfhost/refs::set-many request payload)\n (selfhost/refs::reject request \"unsupported refs operation\")))))\n (selfhost/refs::reject request \"refs operation must be a symbol\")))\n (selfhost/refs::reject request \"refs request version mismatch\"))\n (selfhost/refs::reject request \"refs request kind mismatch\"))\n (selfhost/refs::reject request \"refs request fields mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"N\x18\x99\xA6|}\x04\xDC\xFE3\xB7&Et\x93PlS\xC6t\x91\xDC\x1F\xC5x+\xCE\x19x\x19Y " :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/gc-authority::nil? core/list::is-nil?) (def selfhost/gc-authority::tag core/data::tag) (def selfhost/gc-authority::map? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :map)))) (def selfhost/gc-authority::vec? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :vec)))) (def selfhost/gc-authority::str? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :str)))) (def selfhost/gc-authority::int? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :int)))) (def selfhost/gc-authority::bool? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :bool)))) (def selfhost/gc-authority::sym? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :sym)))) (def selfhost/gc-authority::field (fn (value) (fn (key) (if (selfhost/gc-authority::map? value) ((core/map::get value) key) nil)))) (def selfhost/gc-authority::ok (fn (request) (fn (value) {:code nil :kind "genesis/gc-authority-result-v0.1" :message nil :ok true :request-h (selfhost/hash::hash-term request) :v 1 :value value}))) (def selfhost/gc-authority::reject (fn (request) (fn (code) (fn (message) {:code code :kind "genesis/gc-authority-result-v0.1" :message message :ok false :request-h (selfhost/hash::hash-term request) :v 1 :value nil})))) (def selfhost/gc-authority::bad (fn (request) (fn (message) (((selfhost/gc-authority::reject request) "core/gc/bad-authority-request") message)))) (def selfhost/gc-authority::bad-pins (fn (request) (fn (message) (((selfhost/gc-authority::reject request) "core/gc/bad-pins") message)))) (def selfhost/gc-authority::normalize-hash (fn (value) (if (selfhost/gc-authority::str? value) (let ((trimmed (selfhost/pkg-lock-write::trim value))) (let ((raw (if ((selfhost/pkg-lock-write::starts-with? trimmed) "h:") ((selfhost/pkg-lock-write::drop-prefix trimmed) 2) trimmed))) (let ((bytes (core/bytes::from-hex raw))) (if (core/error::is? bytes) nil (if ((core/int::eq? (core/bytes::len bytes)) 32) (core/bytes::to-hex bytes) nil))))) nil))) (def selfhost/gc-authority::hash-set-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((hash (selfhost/gc-authority::normalize-hash ((core/vec::get values) index)))) (if (selfhost/gc-authority::nil? hash) nil (((selfhost/gc-authority::hash-set-loop values) ((core/int::add index) 1)) (((core/map::put out) hash) true))))))))) (def selfhost/gc-authority::string-set-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((value ((core/vec::get values) index))) (if (selfhost/gc-authority::str? value) (((selfhost/gc-authority::string-set-loop values) ((core/int::add index) 1)) (((core/map::put out) value) true)) nil))))))) (def selfhost/gc-authority::map-keys-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (((selfhost/gc-authority::map-keys-loop entries) ((core/int::add index) 1)) ((core/vec::push out) ((core/vec::get ((core/vec::get entries) index)) 0)))))))) (def selfhost/gc-authority::map-keys (fn (value) (((selfhost/gc-authority::map-keys-loop (core/map::entries value)) 0) []))) (def selfhost/gc-authority::pins-model (fn (document) (if (selfhost/gc-authority::nil? document) {:keep [] :keep-refs []} (if (selfhost/gc-authority::map? document) (let ((version ((selfhost/gc-authority::field document) "version")) (pins ((selfhost/gc-authority::field document) "pins"))) (if (if (selfhost/gc-authority::nil? version) true (if (selfhost/gc-authority::int? version) ((core/int::eq? version) 1) false)) (if (selfhost/gc-authority::map? pins) (let ((keep0 ((selfhost/gc-authority::field pins) "keep")) (keep-refs0 ((selfhost/gc-authority::field pins) "keep_refs"))) (let ((keep (if (selfhost/gc-authority::nil? keep0) [] keep0)) (keep-refs (if (selfhost/gc-authority::nil? keep-refs0) [] keep-refs0))) (if (if (selfhost/gc-authority::vec? keep) (selfhost/gc-authority::vec? keep-refs) false) (let ((keep-set (((selfhost/gc-authority::hash-set-loop keep) 0) {})) (ref-set (((selfhost/gc-authority::string-set-loop keep-refs) 0) {}))) (if (if (selfhost/gc-authority::map? keep-set) (selfhost/gc-authority::map? ref-set) false) (let ((refs (selfhost/gc-authority::map-keys ref-set))) (if ((selfhost/gc-authority::refs-valid-loop refs) 0) {:keep (selfhost/gc-authority::map-keys keep-set) :keep-refs refs} nil)) nil)) nil))) nil) nil)) nil)))) (def selfhost/gc-authority::refs-valid-loop (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if ((selfhost/pkg-lock-write::starts-with? ((core/vec::get values) index)) "refs/") ((selfhost/gc-authority::refs-valid-loop values) ((core/int::add index) 1)) false))))) (def selfhost/gc-authority::quoted-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((quoted ((core/str::concat "\"") ((core/str::concat (core/coreform::escape-str ((core/vec::get values) index))) "\"")))) (((selfhost/gc-authority::quoted-loop values) ((core/int::add index) 1)) ((core/vec::push out) quoted)))))))) (def selfhost/gc-authority::render-pins (fn (model) (let ((keep (((selfhost/gc-authority::quoted-loop ((selfhost/gc-authority::field model) (quote :keep))) 0) [])) (refs (((selfhost/gc-authority::quoted-loop ((selfhost/gc-authority::field model) (quote :keep-refs))) 0) []))) (core/str::to-utf8 ((core/str::concat "version = 1\n\n[pins]\nkeep = [") ((core/str::concat ((core/str::join keep) ", ")) ((core/str::concat "]\nkeep_refs = [") ((core/str::concat ((core/str::join refs) ", ")) "]\n")))))))) (def selfhost/gc-authority::pins-update (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:action :document :target]) (let ((action ((selfhost/gc-authority::field payload) (quote :action))) (target ((selfhost/gc-authority::field payload) (quote :target))) (model (selfhost/gc-authority::pins-model ((selfhost/gc-authority::field payload) (quote :document))))) (if (selfhost/gc-authority::nil? model) ((selfhost/gc-authority::bad-pins request) "pins document is not canonical schema v1") (if (selfhost/gc-authority::str? target) (let ((keep-set (((selfhost/gc-authority::hash-set-loop ((selfhost/gc-authority::field model) (quote :keep))) 0) {})) (ref-set (((selfhost/gc-authority::string-set-loop ((selfhost/gc-authority::field model) (quote :keep-refs))) 0) {}))) (let ((is-ref ((selfhost/pkg-lock-write::starts-with? target) "refs/")) (hash (selfhost/gc-authority::normalize-hash target))) (if (if is-ref true (if (selfhost/gc-authority::nil? hash) false true)) (let ((next-keep (if is-ref keep-set (if ((core/sym::eq? action) (quote :pin)) (((core/map::put keep-set) hash) true) ((selfhost/gc-authority::map-remove keep-set) hash)))) (next-refs (if is-ref (if ((core/sym::eq? action) (quote :pin)) (((core/map::put ref-set) target) true) ((selfhost/gc-authority::map-remove ref-set) target)) ref-set))) (if (if ((core/sym::eq? action) (quote :pin)) true ((core/sym::eq? action) (quote :unpin))) (let ((next {:keep (selfhost/gc-authority::map-keys next-keep) :keep-refs (selfhost/gc-authority::map-keys next-refs)})) ((selfhost/gc-authority::ok request) {:body (selfhost/gc-authority::render-pins next) :keep ((selfhost/gc-authority::field next) (quote :keep)) :keep-refs ((selfhost/gc-authority::field next) (quote :keep-refs))})) ((selfhost/gc-authority::bad request) "pins action must be :pin or :unpin"))) ((selfhost/gc-authority::bad request) "pin target must be a hash or refs/...")))) ((selfhost/gc-authority::bad request) "pin target must be a string")))) ((selfhost/gc-authority::bad request) "pins-update payload fields mismatch"))))) (def selfhost/gc-authority::map-remove (fn (value) (fn (key) ((((selfhost/gc-authority::map-remove-loop (core/map::entries value)) key) 0) {})))) (def selfhost/gc-authority::map-remove-loop (fn (entries) (fn (key) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) ((((selfhost/gc-authority::map-remove-loop entries) key) ((core/int::add index) 1)) (if ((core/eq? ((core/vec::get entry) 0)) key) out (((core/map::put out) ((core/vec::get entry) 0)) ((core/vec::get entry) 1))))))))))) (def selfhost/gc-authority::refs-map-loop (fn (refs) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len refs)) out (let ((entry ((core/vec::get refs) index))) (if ((selfhost/store-authority::exact-map? entry) [:hash :name]) (let ((name ((selfhost/gc-authority::field entry) (quote :name))) (raw-hash ((selfhost/gc-authority::field entry) (quote :hash)))) (if (selfhost/gc-authority::str? name) (if (selfhost/gc-authority::nil? raw-hash) (((selfhost/gc-authority::refs-map-loop refs) ((core/int::add index) 1)) out) (let ((hash (selfhost/gc-authority::normalize-hash raw-hash))) (if (selfhost/gc-authority::nil? hash) nil (((selfhost/gc-authority::refs-map-loop refs) ((core/int::add index) 1)) (((core/map::put out) name) hash))))) nil)) nil))))))) (def selfhost/gc-authority::pin-ref-info-loop (fn (names) (fn (refs) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len names)) out (let ((name ((core/vec::get names) index)) (hash ((core/map::get refs) name))) (if (selfhost/gc-authority::nil? hash) nil ((((selfhost/gc-authority::pin-ref-info-loop names) refs) ((core/int::add index) 1)) ((core/vec::push out) {:hash hash :name name})))))))))) (def selfhost/gc-authority::root-map-loop (fn (roots) (fn (metadata) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len roots)) out (let ((hash (selfhost/gc-authority::normalize-hash ((core/vec::get roots) index)))) (if (selfhost/gc-authority::nil? hash) ((((selfhost/gc-authority::root-map-loop roots) metadata) ((core/int::add index) 1)) out) ((((selfhost/gc-authority::root-map-loop roots) metadata) ((core/int::add index) 1)) (((core/map::put out) hash) ((core/vec::get metadata) index))))))))))) (def selfhost/gc-authority::root-result-loop (fn (entries) (fn (index) (fn (roots) (fn (metadata) (if ((core/int::eq? index) (core/vec::len entries)) {:metadata metadata :roots roots} (let ((entry ((core/vec::get entries) index))) ((((selfhost/gc-authority::root-result-loop entries) ((core/int::add index) 1)) ((core/vec::push roots) ((core/vec::get entry) 0))) ((core/vec::push metadata) ((core/vec::get entry) 1)))))))))) (def selfhost/gc-authority::roots (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:include-lock :include-refs :lock :pins :refs]) (let ((include-lock ((selfhost/gc-authority::field payload) (quote :include-lock))) (include-refs ((selfhost/gc-authority::field payload) (quote :include-refs))) (refs ((selfhost/gc-authority::field payload) (quote :refs))) (pins (selfhost/gc-authority::pins-model ((selfhost/gc-authority::field payload) (quote :pins))))) (if (if (selfhost/gc-authority::bool? include-lock) (if (selfhost/gc-authority::bool? include-refs) (if (selfhost/gc-authority::vec? refs) (if (selfhost/gc-authority::nil? pins) false true) false) false) false) (let ((refs-map (((selfhost/gc-authority::refs-map-loop refs) 0) {}))) (if (selfhost/gc-authority::map? refs-map) (let ((pin-refs ((((selfhost/gc-authority::pin-ref-info-loop ((selfhost/gc-authority::field pins) (quote :keep-refs))) refs-map) 0) []))) (if (selfhost/gc-authority::vec? pin-refs) (let ((plan (((((core/gc/reach::roots-plan refs) ((selfhost/gc-authority::field payload) (quote :lock))) {:keep ((selfhost/gc-authority::field pins) (quote :keep)) :keep-refs pin-refs}) include-lock) include-refs))) (let ((roots ((selfhost/gc-authority::field plan) (quote :roots))) (metadata ((selfhost/gc-authority::field plan) (quote :roots-meta)))) (if (if (selfhost/gc-authority::vec? roots) (if (selfhost/gc-authority::vec? metadata) ((core/int::eq? (core/vec::len roots)) (core/vec::len metadata)) false) false) (let ((root-map ((((selfhost/gc-authority::root-map-loop roots) metadata) 0) {}))) ((selfhost/gc-authority::ok request) ((((selfhost/gc-authority::root-result-loop (core/map::entries root-map)) 0) []) []))) ((selfhost/gc-authority::bad request) "root planner returned an invalid shape")))) ((selfhost/gc-authority::bad-pins request) "pinned reference is not present"))) ((selfhost/gc-authority::bad request) "reference observations are malformed"))) ((selfhost/gc-authority::bad request) "roots payload is malformed"))) ((selfhost/gc-authority::bad request) "roots payload fields mismatch"))))) (def selfhost/gc-authority::canonical-hashes (fn (values) (if (selfhost/gc-authority::vec? values) (let ((set (((selfhost/gc-authority::hash-set-loop values) 0) {}))) (if (selfhost/gc-authority::map? set) (selfhost/gc-authority::map-keys set) nil)) nil))) (def selfhost/gc-authority::artifact-edges (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:artifact :include-deps :include-evidence :include-parents]) (let ((include-deps ((selfhost/gc-authority::field payload) (quote :include-deps))) (include-evidence ((selfhost/gc-authority::field payload) (quote :include-evidence))) (include-parents ((selfhost/gc-authority::field payload) (quote :include-parents)))) (if (if (selfhost/gc-authority::bool? include-deps) (if (selfhost/gc-authority::bool? include-evidence) (selfhost/gc-authority::bool? include-parents) false) false) (let ((plan ((core/vcs/reach::artifact-ref-plan ((selfhost/gc-authority::field payload) (quote :artifact))) {:include-deps include-deps :include-evidence include-evidence :include-parents include-parents}))) (let ((refs (selfhost/gc-authority::canonical-hashes ((selfhost/gc-authority::field plan) (quote :refs)))) (parents (selfhost/gc-authority::canonical-hashes ((selfhost/gc-authority::field plan) (quote :parents))))) (if (if (selfhost/gc-authority::vec? refs) (selfhost/gc-authority::vec? parents) false) ((selfhost/gc-authority::ok request) {:parents parents :refs refs}) ((selfhost/gc-authority::bad request) "artifact edge planner returned invalid hashes")))) ((selfhost/gc-authority::bad request) "artifact edge options must be bool"))) ((selfhost/gc-authority::bad request) "artifact-edges payload fields mismatch"))))) (def selfhost/gc-authority::inventory-loop (fn (inventory) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len inventory)) out (let ((entry ((core/vec::get inventory) index))) (if ((selfhost/store-authority::exact-map? entry) [:hash :value]) (let ((hash (selfhost/gc-authority::normalize-hash ((selfhost/gc-authority::field entry) (quote :hash)))) (value ((selfhost/gc-authority::field entry) (quote :value)))) (if (if (selfhost/gc-authority::nil? hash) false (if (selfhost/gc-authority::int? value) (if ((core/int::lt? value) 0) false (selfhost/gc-authority::nil? ((core/map::get out) hash))) false)) (((selfhost/gc-authority::inventory-loop inventory) ((core/int::add index) 1)) (((core/map::put out) hash) value)) nil)) nil))))))) (def selfhost/gc-authority::top-insert (fn (entry) (fn (values) ((((selfhost/gc-authority::top-insert-loop entry) values) 0) [])))) (def selfhost/gc-authority::top-insert-loop (fn (entry) (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) ((core/vec::push out) entry) (let ((current ((core/vec::get values) index))) (if ((core/int::lt? ((selfhost/gc-authority::field current) (quote :value))) ((selfhost/gc-authority::field entry) (quote :value))) (((selfhost/gc-authority::append-rest ((core/vec::push out) entry)) values) index) ((((selfhost/gc-authority::top-insert-loop entry) values) ((core/int::add index) 1)) ((core/vec::push out) current)))))))))) (def selfhost/gc-authority::append-rest (fn (out) (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) out (((selfhost/gc-authority::append-rest ((core/vec::push out) ((core/vec::get values) index))) values) ((core/int::add index) 1))))))) (def selfhost/gc-authority::take-loop (fn (values) (fn (limit) (fn (index) (fn (out) (if (if ((core/int::eq? index) (core/vec::len values)) true ((core/int::eq? index) limit)) out ((((selfhost/gc-authority::take-loop values) limit) ((core/int::add index) 1)) ((core/vec::push out) ((core/vec::get values) index))))))))) (def selfhost/gc-authority::dead-loop (fn (entries) (fn (live) (fn (index) (fn (dead) (fn (largest) (fn (total) (if ((core/int::eq? index) (core/vec::len entries)) {:dead dead :largest ((((selfhost/gc-authority::take-loop largest) 25) 0) []) :reclaim-bytes total} (let ((entry ((core/vec::get entries) index))) (let ((hash ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (if (selfhost/gc-authority::nil? ((core/map::get live) hash)) ((((((selfhost/gc-authority::dead-loop entries) live) ((core/int::add index) 1)) ((core/vec::push dead) hash)) ((selfhost/gc-authority::top-insert {:hash hash :value value}) largest)) ((core/int::add total) value)) ((((((selfhost/gc-authority::dead-loop entries) live) ((core/int::add index) 1)) dead) largest) total)))))))))))) (def selfhost/gc-authority::dead-plan (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:inventory :live]) (let ((inventory ((selfhost/gc-authority::field payload) (quote :inventory))) (live-values ((selfhost/gc-authority::field payload) (quote :live)))) (if (if (selfhost/gc-authority::vec? inventory) (selfhost/gc-authority::vec? live-values) false) (let ((inventory-map (((selfhost/gc-authority::inventory-loop inventory) 0) {})) (live (((selfhost/gc-authority::hash-set-loop live-values) 0) {}))) (if (if (selfhost/gc-authority::map? inventory-map) (selfhost/gc-authority::map? live) false) ((selfhost/gc-authority::ok request) ((((((selfhost/gc-authority::dead-loop (core/map::entries inventory-map)) live) 0) []) []) 0)) ((selfhost/gc-authority::bad request) "dead-plan observations are malformed"))) ((selfhost/gc-authority::bad request) "dead-plan observations must be vectors"))) ((selfhost/gc-authority::bad request) "dead-plan payload fields mismatch"))))) (def selfhost/gc-authority::purge-loop (fn (entries) (fn (ttl) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) ((((selfhost/gc-authority::purge-loop entries) ttl) ((core/int::add index) 1)) (if (if ((core/int::lt? ((core/vec::get entry) 1)) ttl) false true) ((core/vec::push out) ((core/vec::get entry) 0)) out))))))))) (def selfhost/gc-authority::purge-plan (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:inventory :ttl-seconds]) (let ((inventory ((selfhost/gc-authority::field payload) (quote :inventory))) (ttl ((selfhost/gc-authority::field payload) (quote :ttl-seconds)))) (if (if (selfhost/gc-authority::vec? inventory) (if (selfhost/gc-authority::int? ttl) (if ((core/int::lt? ttl) 0) false true) false) false) (let ((inventory-map (((selfhost/gc-authority::inventory-loop inventory) 0) {}))) (if (selfhost/gc-authority::map? inventory-map) ((selfhost/gc-authority::ok request) {:purge ((((selfhost/gc-authority::purge-loop (core/map::entries inventory-map)) ttl) 0) [])}) ((selfhost/gc-authority::bad request) "purge inventory is malformed"))) ((selfhost/gc-authority::bad request) "purge-plan payload is malformed"))) ((selfhost/gc-authority::bad request) "purge-plan payload fields mismatch"))))) (def core/gc::authority (fn (request) (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v]) (if ((core/eq? ((selfhost/gc-authority::field request) (quote :kind))) "genesis/gc-authority-request-v0.1") (if ((core/int::eq? ((selfhost/gc-authority::field request) (quote :v))) 1) (let ((op ((selfhost/gc-authority::field request) (quote :op))) (payload ((selfhost/gc-authority::field request) (quote :payload)))) (if (selfhost/gc-authority::sym? op) (if ((core/sym::eq? op) (quote :roots)) ((selfhost/gc-authority::roots request) payload) (if ((core/sym::eq? op) (quote :artifact-edges)) ((selfhost/gc-authority::artifact-edges request) payload) (if ((core/sym::eq? op) (quote :dead-plan)) ((selfhost/gc-authority::dead-plan request) payload) (if ((core/sym::eq? op) (quote :pins-update)) ((selfhost/gc-authority::pins-update request) payload) (if ((core/sym::eq? op) (quote :purge-plan)) ((selfhost/gc-authority::purge-plan request) payload) ((selfhost/gc-authority::bad request) "unsupported gc authority operation")))))) ((selfhost/gc-authority::bad request) "gc authority operation must be a symbol"))) ((selfhost/gc-authority::bad request) "gc authority request version mismatch")) ((selfhost/gc-authority::bad request) "gc authority request kind mismatch")) ((selfhost/gc-authority::bad request) "gc authority request fields mismatch"))))] :module-h b"C\xEE|/\x1E\xE4<\xCFY`\x8A\xF5\x16\xC0\\@?\x08\x8FY\xC9\x10\x92\xF1\x93\xF2\xA6\xB7pP\\f" :path "selfhost/gc_authority_v1.gc" :source "(def selfhost/gc-authority::nil? core/list::is-nil?)\n(def selfhost/gc-authority::tag core/data::tag)\n(def selfhost/gc-authority::map?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :map))))\n(def selfhost/gc-authority::vec?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :vec))))\n(def selfhost/gc-authority::str?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :str))))\n(def selfhost/gc-authority::int?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :int))))\n(def selfhost/gc-authority::bool?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :bool))))\n(def selfhost/gc-authority::sym?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :sym))))\n\n(def selfhost/gc-authority::field\n (fn (value) (fn (key) (if (selfhost/gc-authority::map? value) ((core/map::get value) key) nil))))\n\n(def selfhost/gc-authority::ok\n (fn (request)\n (fn (value)\n {\n :code nil\n :kind \"genesis/gc-authority-result-v0.1\"\n :message nil\n :ok true\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value value})))\n\n(def selfhost/gc-authority::reject\n (fn (request)\n (fn (code)\n (fn (message)\n {\n :code code\n :kind \"genesis/gc-authority-result-v0.1\"\n :message message\n :ok false\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value nil}))))\n\n(def selfhost/gc-authority::bad\n (fn (request)\n (fn (message)\n ((selfhost/gc-authority::reject request) \"core/gc/bad-authority-request\" message))))\n\n(def selfhost/gc-authority::bad-pins\n (fn (request) (fn (message) ((selfhost/gc-authority::reject request) \"core/gc/bad-pins\" message))))\n\n(def selfhost/gc-authority::normalize-hash\n (fn (value)\n (if (selfhost/gc-authority::str? value)\n (let ((trimmed (selfhost/pkg-lock-write::trim value)))\n (let\n ((raw\n (if ((selfhost/pkg-lock-write::starts-with? trimmed) \"h:\")\n ((selfhost/pkg-lock-write::drop-prefix trimmed) 2)\n trimmed)))\n (let ((bytes (core/bytes::from-hex raw)))\n (if (core/error::is? bytes)\n nil\n (if ((core/int::eq? (core/bytes::len bytes)) 32) (core/bytes::to-hex bytes) nil)))))\n nil)))\n\n(def selfhost/gc-authority::hash-set-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let ((hash (selfhost/gc-authority::normalize-hash ((core/vec::get values) index))))\n (if (selfhost/gc-authority::nil? hash)\n nil\n (((selfhost/gc-authority::hash-set-loop values) ((core/int::add index) 1))\n (((core/map::put out) hash) true)))))))))\n\n(def selfhost/gc-authority::string-set-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/gc-authority::str? value)\n (((selfhost/gc-authority::string-set-loop values) ((core/int::add index) 1))\n (((core/map::put out) value) true))\n nil)))))))\n\n(def selfhost/gc-authority::map-keys-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (((selfhost/gc-authority::map-keys-loop entries) ((core/int::add index) 1))\n ((core/vec::push out) ((core/vec::get ((core/vec::get entries) index)) 0))))))))\n\n(def selfhost/gc-authority::map-keys\n (fn (value) (((selfhost/gc-authority::map-keys-loop (core/map::entries value)) 0) [])))\n\n(def selfhost/gc-authority::pins-model\n (fn (document)\n (if (selfhost/gc-authority::nil? document)\n {:keep [] :keep-refs []}\n (if (selfhost/gc-authority::map? document)\n (let\n ((version ((selfhost/gc-authority::field document) \"version\"))\n (pins ((selfhost/gc-authority::field document) \"pins\")))\n (if\n (if (selfhost/gc-authority::nil? version)\n true\n (if (selfhost/gc-authority::int? version) ((core/int::eq? version) 1) false))\n (if (selfhost/gc-authority::map? pins)\n (let\n ((keep0 ((selfhost/gc-authority::field pins) \"keep\"))\n (keep-refs0 ((selfhost/gc-authority::field pins) \"keep_refs\")))\n (let\n ((keep (if (selfhost/gc-authority::nil? keep0) [] keep0))\n (keep-refs (if (selfhost/gc-authority::nil? keep-refs0) [] keep-refs0)))\n (if\n (if (selfhost/gc-authority::vec? keep) (selfhost/gc-authority::vec? keep-refs) false)\n (let\n ((keep-set (((selfhost/gc-authority::hash-set-loop keep) 0) {}))\n (ref-set (((selfhost/gc-authority::string-set-loop keep-refs) 0) {})))\n (if\n (if (selfhost/gc-authority::map? keep-set) (selfhost/gc-authority::map? ref-set) false)\n (let ((refs (selfhost/gc-authority::map-keys ref-set)))\n (if\n (((selfhost/gc-authority::refs-valid-loop refs) 0))\n {:keep (selfhost/gc-authority::map-keys keep-set) :keep-refs refs}\n nil))\n nil))\n nil)))\n nil)\n nil))\n nil))))\n\n(def selfhost/gc-authority::refs-valid-loop\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n ((selfhost/pkg-lock-write::starts-with? ((core/vec::get values) index)) \"refs/\")\n ((selfhost/gc-authority::refs-valid-loop values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/gc-authority::quoted-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let\n ((quoted\n ((core/str::concat \"\\\"\")\n ((core/str::concat (core/coreform::escape-str ((core/vec::get values) index))) \"\\\"\"))))\n (((selfhost/gc-authority::quoted-loop values) ((core/int::add index) 1))\n ((core/vec::push out) quoted))))))))\n\n(def selfhost/gc-authority::render-pins\n (fn (model)\n (let\n ((keep (((selfhost/gc-authority::quoted-loop ((selfhost/gc-authority::field model) (quote :keep))) 0) []))\n (refs\n (((selfhost/gc-authority::quoted-loop ((selfhost/gc-authority::field model) (quote :keep-refs))) 0)\n [])))\n (core/str::to-utf8\n ((core/str::concat \"version = 1\\n\\n[pins]\\nkeep = [\")\n ((core/str::concat ((core/str::join keep) \", \"))\n ((core/str::concat \"]\\nkeep_refs = [\")\n ((core/str::concat ((core/str::join refs) \", \")) \"]\\n\"))))))))\n\n(def selfhost/gc-authority::pins-update\n (fn (request)\n (fn (payload)\n (if ((selfhost/store-authority::exact-map? payload) [:action :document :target])\n (let\n ((action ((selfhost/gc-authority::field payload) (quote :action)))\n (target ((selfhost/gc-authority::field payload) (quote :target)))\n (model (selfhost/gc-authority::pins-model ((selfhost/gc-authority::field payload) (quote :document)))))\n (if (selfhost/gc-authority::nil? model)\n ((selfhost/gc-authority::bad-pins request) \"pins document is not canonical schema v1\")\n (if (selfhost/gc-authority::str? target)\n (let\n ((keep-set\n (((selfhost/gc-authority::hash-set-loop\n ((selfhost/gc-authority::field model) (quote :keep))) 0) {}))\n (ref-set\n (((selfhost/gc-authority::string-set-loop\n ((selfhost/gc-authority::field model) (quote :keep-refs))) 0) {})))\n (let\n ((is-ref ((selfhost/pkg-lock-write::starts-with? target) \"refs/\"))\n (hash (selfhost/gc-authority::normalize-hash target)))\n (if (if is-ref true (if (selfhost/gc-authority::nil? hash) false true))\n (let\n ((next-keep\n (if is-ref\n keep-set\n (if ((core/sym::eq? action) (quote :pin))\n (((core/map::put keep-set) hash) true)\n ((selfhost/gc-authority::map-remove keep-set) hash))))\n (next-refs\n (if is-ref\n (if ((core/sym::eq? action) (quote :pin))\n (((core/map::put ref-set) target) true)\n ((selfhost/gc-authority::map-remove ref-set) target))\n ref-set)))\n (if\n (if ((core/sym::eq? action) (quote :pin))\n true\n ((core/sym::eq? action) (quote :unpin)))\n (let\n ((next\n {:keep (selfhost/gc-authority::map-keys next-keep)\n :keep-refs (selfhost/gc-authority::map-keys next-refs)}))\n ((selfhost/gc-authority::ok request)\n {:body (selfhost/gc-authority::render-pins next)\n :keep ((selfhost/gc-authority::field next) (quote :keep))\n :keep-refs ((selfhost/gc-authority::field next) (quote :keep-refs))}))\n ((selfhost/gc-authority::bad request) \"pins action must be :pin or :unpin\")))\n ((selfhost/gc-authority::bad request) \"pin target must be a hash or refs/...\"))))\n ((selfhost/gc-authority::bad request) \"pin target must be a string\"))))\n ((selfhost/gc-authority::bad request) \"pins-update payload fields mismatch\")))))\n\n(def selfhost/gc-authority::map-remove\n (fn (value)\n (fn (key)\n (((selfhost/gc-authority::map-remove-loop (core/map::entries value)) key) 0 {}))))\n\n(def selfhost/gc-authority::map-remove-loop\n (fn (entries)\n (fn (key)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n ((((selfhost/gc-authority::map-remove-loop entries) key) ((core/int::add index) 1))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n out\n (((core/map::put out) ((core/vec::get entry) 0)) ((core/vec::get entry) 1)))))))))))\n\n(def selfhost/gc-authority::refs-map-loop\n (fn (refs)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len refs))\n out\n (let ((entry ((core/vec::get refs) index)))\n (if ((selfhost/store-authority::exact-map? entry) [:hash :name])\n (let\n ((name ((selfhost/gc-authority::field entry) (quote :name)))\n (raw-hash ((selfhost/gc-authority::field entry) (quote :hash))))\n (if (selfhost/gc-authority::str? name)\n (if (selfhost/gc-authority::nil? raw-hash)\n (((selfhost/gc-authority::refs-map-loop refs) ((core/int::add index) 1)) out)\n (let ((hash (selfhost/gc-authority::normalize-hash raw-hash)))\n (if (selfhost/gc-authority::nil? hash)\n nil\n (((selfhost/gc-authority::refs-map-loop refs) ((core/int::add index) 1))\n (((core/map::put out) name) hash)))))\n nil))\n nil)))))))\n\n(def selfhost/gc-authority::pin-ref-info-loop\n (fn (names)\n (fn (refs)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len names))\n out\n (let\n ((name ((core/vec::get names) index)) (hash ((core/map::get refs) name)))\n (if (selfhost/gc-authority::nil? hash)\n nil\n ((((selfhost/gc-authority::pin-ref-info-loop names) refs)\n ((core/int::add index) 1))\n ((core/vec::push out) {:hash hash :name name}))))))))))\n\n(def selfhost/gc-authority::root-map-loop\n (fn (roots)\n (fn (metadata)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len roots))\n out\n (let ((hash (selfhost/gc-authority::normalize-hash ((core/vec::get roots) index))))\n (if (selfhost/gc-authority::nil? hash)\n ((((selfhost/gc-authority::root-map-loop roots) metadata)\n ((core/int::add index) 1)) out)\n ((((selfhost/gc-authority::root-map-loop roots) metadata)\n ((core/int::add index) 1))\n (((core/map::put out) hash) ((core/vec::get metadata) index)))))))))))\n\n(def selfhost/gc-authority::root-result-loop\n (fn (entries)\n (fn (index)\n (fn (roots)\n (fn (metadata)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:metadata metadata :roots roots}\n (let ((entry ((core/vec::get entries) index)))\n (((((selfhost/gc-authority::root-result-loop entries) ((core/int::add index) 1))\n ((core/vec::push roots) ((core/vec::get entry) 0)))\n ((core/vec::push metadata) ((core/vec::get entry) 1)))))))))))\n\n(def selfhost/gc-authority::roots\n (fn (request)\n (fn (payload)\n (if\n ((selfhost/store-authority::exact-map? payload)\n [:include-lock :include-refs :lock :pins :refs])\n (let\n ((include-lock ((selfhost/gc-authority::field payload) (quote :include-lock)))\n (include-refs ((selfhost/gc-authority::field payload) (quote :include-refs)))\n (refs ((selfhost/gc-authority::field payload) (quote :refs)))\n (pins (selfhost/gc-authority::pins-model ((selfhost/gc-authority::field payload) (quote :pins)))))\n (if\n (if (selfhost/gc-authority::bool? include-lock)\n (if (selfhost/gc-authority::bool? include-refs)\n (if (selfhost/gc-authority::vec? refs)\n (if (selfhost/gc-authority::nil? pins) false true)\n false)\n false)\n false)\n (let ((refs-map (((selfhost/gc-authority::refs-map-loop refs) 0) {})))\n (if (selfhost/gc-authority::map? refs-map)\n (let\n ((pin-refs\n ((((selfhost/gc-authority::pin-ref-info-loop\n ((selfhost/gc-authority::field pins) (quote :keep-refs))) refs-map) 0) [])))\n (if (selfhost/gc-authority::vec? pin-refs)\n (let\n ((plan\n (((((core/gc/reach::roots-plan refs)\n ((selfhost/gc-authority::field payload) (quote :lock)))\n {:keep ((selfhost/gc-authority::field pins) (quote :keep))\n :keep-refs pin-refs}) include-lock) include-refs)))\n (let\n ((roots ((selfhost/gc-authority::field plan) (quote :roots)))\n (metadata ((selfhost/gc-authority::field plan) (quote :roots-meta))))\n (if\n (if (selfhost/gc-authority::vec? roots)\n (if (selfhost/gc-authority::vec? metadata)\n ((core/int::eq? (core/vec::len roots)) (core/vec::len metadata))\n false)\n false)\n (let ((root-map ((((selfhost/gc-authority::root-map-loop roots) metadata) 0) {})))\n ((selfhost/gc-authority::ok request)\n ((((selfhost/gc-authority::root-result-loop (core/map::entries root-map)) 0)\n []) [])))\n ((selfhost/gc-authority::bad request) \"root planner returned an invalid shape\"))))\n ((selfhost/gc-authority::bad-pins request) \"pinned reference is not present\")))\n ((selfhost/gc-authority::bad request) \"reference observations are malformed\")))\n ((selfhost/gc-authority::bad request) \"roots payload is malformed\")))\n ((selfhost/gc-authority::bad request) \"roots payload fields mismatch\")))))\n\n(def selfhost/gc-authority::canonical-hashes\n (fn (values)\n (if (selfhost/gc-authority::vec? values)\n (let ((set (((selfhost/gc-authority::hash-set-loop values) 0) {})))\n (if (selfhost/gc-authority::map? set) (selfhost/gc-authority::map-keys set) nil))\n nil)))\n\n(def selfhost/gc-authority::artifact-edges\n (fn (request)\n (fn (payload)\n (if\n ((selfhost/store-authority::exact-map? payload)\n [:artifact :include-deps :include-evidence :include-parents])\n (let\n ((include-deps ((selfhost/gc-authority::field payload) (quote :include-deps)))\n (include-evidence ((selfhost/gc-authority::field payload) (quote :include-evidence)))\n (include-parents ((selfhost/gc-authority::field payload) (quote :include-parents))))\n (if\n (if (selfhost/gc-authority::bool? include-deps)\n (if (selfhost/gc-authority::bool? include-evidence)\n (selfhost/gc-authority::bool? include-parents)\n false)\n false)\n (let\n ((plan\n ((core/vcs/reach::artifact-ref-plan\n ((selfhost/gc-authority::field payload) (quote :artifact)))\n {:include-deps include-deps\n :include-evidence include-evidence\n :include-parents include-parents})))\n (let\n ((refs (selfhost/gc-authority::canonical-hashes\n ((selfhost/gc-authority::field plan) (quote :refs))))\n (parents (selfhost/gc-authority::canonical-hashes\n ((selfhost/gc-authority::field plan) (quote :parents)))))\n (if\n (if (selfhost/gc-authority::vec? refs) (selfhost/gc-authority::vec? parents) false)\n ((selfhost/gc-authority::ok request) {:parents parents :refs refs})\n ((selfhost/gc-authority::bad request) \"artifact edge planner returned invalid hashes\"))))\n ((selfhost/gc-authority::bad request) \"artifact edge options must be bool\")))\n ((selfhost/gc-authority::bad request) \"artifact-edges payload fields mismatch\")))))\n\n(def selfhost/gc-authority::inventory-loop\n (fn (inventory)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len inventory))\n out\n (let ((entry ((core/vec::get inventory) index)))\n (if ((selfhost/store-authority::exact-map? entry) [:hash :value])\n (let\n ((hash (selfhost/gc-authority::normalize-hash\n ((selfhost/gc-authority::field entry) (quote :hash))))\n (value ((selfhost/gc-authority::field entry) (quote :value))))\n (if\n (if (selfhost/gc-authority::nil? hash)\n false\n (if (selfhost/gc-authority::int? value)\n (if ((core/int::lt? value) 0)\n false\n (selfhost/gc-authority::nil? ((core/map::get out) hash)))\n false))\n (((selfhost/gc-authority::inventory-loop inventory) ((core/int::add index) 1))\n (((core/map::put out) hash) value))\n nil))\n nil)))))))\n\n(def selfhost/gc-authority::top-insert\n (fn (entry)\n (fn (values)\n (((selfhost/gc-authority::top-insert-loop entry) values) 0 []))))\n\n(def selfhost/gc-authority::top-insert-loop\n (fn (entry)\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n ((core/vec::push out) entry)\n (let ((current ((core/vec::get values) index)))\n (if\n ((core/int::lt? ((selfhost/gc-authority::field current) (quote :value)))\n ((selfhost/gc-authority::field entry) (quote :value)))\n (((selfhost/gc-authority::append-rest ((core/vec::push out) entry)) values) index)\n ((((selfhost/gc-authority::top-insert-loop entry) values)\n ((core/int::add index) 1)) ((core/vec::push out) current))))))))))\n\n(def selfhost/gc-authority::append-rest\n (fn (out)\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (((selfhost/gc-authority::append-rest ((core/vec::push out) ((core/vec::get values) index)))\n values) ((core/int::add index) 1)))))))\n\n(def selfhost/gc-authority::take-loop\n (fn (values)\n (fn (limit)\n (fn (index)\n (fn (out)\n (if\n (if ((core/int::eq? index) (core/vec::len values))\n true\n ((core/int::eq? index) limit))\n out\n ((((selfhost/gc-authority::take-loop values) limit) ((core/int::add index) 1))\n ((core/vec::push out) ((core/vec::get values) index)))))))))\n\n(def selfhost/gc-authority::dead-loop\n (fn (entries)\n (fn (live)\n (fn (index)\n (fn (dead)\n (fn (largest)\n (fn (total)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:dead dead\n :largest ((((selfhost/gc-authority::take-loop largest) 25) 0) [])\n :reclaim-bytes total}\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((hash ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1)))\n (if (selfhost/gc-authority::nil? ((core/map::get live) hash))\n ((((((selfhost/gc-authority::dead-loop entries) live)\n ((core/int::add index) 1)) ((core/vec::push dead) hash))\n ((selfhost/gc-authority::top-insert {:hash hash :value value}) largest))\n ((core/int::add total) value))\n ((((((selfhost/gc-authority::dead-loop entries) live)\n ((core/int::add index) 1)) dead) largest) total))))))))))))\n\n(def selfhost/gc-authority::dead-plan\n (fn (request)\n (fn (payload)\n (if ((selfhost/store-authority::exact-map? payload) [:inventory :live])\n (let\n ((inventory ((selfhost/gc-authority::field payload) (quote :inventory)))\n (live-values ((selfhost/gc-authority::field payload) (quote :live))))\n (if\n (if (selfhost/gc-authority::vec? inventory) (selfhost/gc-authority::vec? live-values) false)\n (let\n ((inventory-map (((selfhost/gc-authority::inventory-loop inventory) 0) {}))\n (live (((selfhost/gc-authority::hash-set-loop live-values) 0) {})))\n (if\n (if (selfhost/gc-authority::map? inventory-map) (selfhost/gc-authority::map? live) false)\n ((selfhost/gc-authority::ok request)\n ((((((selfhost/gc-authority::dead-loop (core/map::entries inventory-map)) live) 0) []) []) 0))\n ((selfhost/gc-authority::bad request) \"dead-plan observations are malformed\")))\n ((selfhost/gc-authority::bad request) \"dead-plan observations must be vectors\")))\n ((selfhost/gc-authority::bad request) \"dead-plan payload fields mismatch\")))))\n\n(def selfhost/gc-authority::purge-loop\n (fn (entries)\n (fn (ttl)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n ((((selfhost/gc-authority::purge-loop entries) ttl) ((core/int::add index) 1))\n (if\n (if ((core/int::lt? ((core/vec::get entry) 1)) ttl)\n false\n true)\n ((core/vec::push out) ((core/vec::get entry) 0))\n out)))))))))\n\n(def selfhost/gc-authority::purge-plan\n (fn (request)\n (fn (payload)\n (if ((selfhost/store-authority::exact-map? payload) [:inventory :ttl-seconds])\n (let\n ((inventory ((selfhost/gc-authority::field payload) (quote :inventory)))\n (ttl ((selfhost/gc-authority::field payload) (quote :ttl-seconds))))\n (if\n (if (selfhost/gc-authority::vec? inventory)\n (if (selfhost/gc-authority::int? ttl) (if ((core/int::lt? ttl) 0) false true) false)\n false)\n (let ((inventory-map (((selfhost/gc-authority::inventory-loop inventory) 0) {})))\n (if (selfhost/gc-authority::map? inventory-map)\n ((selfhost/gc-authority::ok request)\n {:purge ((((selfhost/gc-authority::purge-loop (core/map::entries inventory-map)) ttl) 0) [])})\n ((selfhost/gc-authority::bad request) \"purge inventory is malformed\")))\n ((selfhost/gc-authority::bad request) \"purge-plan payload is malformed\")))\n ((selfhost/gc-authority::bad request) \"purge-plan payload fields mismatch\")))))\n\n(def core/gc::authority\n (fn (request)\n (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v])\n (if\n ((core/eq? ((selfhost/gc-authority::field request) (quote :kind)))\n \"genesis/gc-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/gc-authority::field request) (quote :v))) 1)\n (let\n ((op ((selfhost/gc-authority::field request) (quote :op)))\n (payload ((selfhost/gc-authority::field request) (quote :payload))))\n (if (selfhost/gc-authority::sym? op)\n (if ((core/sym::eq? op) (quote :roots))\n ((selfhost/gc-authority::roots request) payload)\n (if ((core/sym::eq? op) (quote :artifact-edges))\n ((selfhost/gc-authority::artifact-edges request) payload)\n (if ((core/sym::eq? op) (quote :dead-plan))\n ((selfhost/gc-authority::dead-plan request) payload)\n (if ((core/sym::eq? op) (quote :pins-update))\n ((selfhost/gc-authority::pins-update request) payload)\n (if ((core/sym::eq? op) (quote :purge-plan))\n ((selfhost/gc-authority::purge-plan request) payload)\n ((selfhost/gc-authority::bad request) \"unsupported gc authority operation\"))))))\n ((selfhost/gc-authority::bad request) \"gc authority operation must be a symbol\")))\n ((selfhost/gc-authority::bad request) \"gc authority request version mismatch\"))\n ((selfhost/gc-authority::bad request) \"gc authority request kind mismatch\"))\n ((selfhost/gc-authority::bad request) \"gc authority request fields mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"U\xE2\x97s\xDC\xDF\x83\xC6n\xA7xB=FQ\x1B>P\xBD\x9C\xBE\xDAl\xEDA~\x93z\x9D6\x9D)" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-lock-read::tag core/data::tag) (def selfhost/pkg-lock-read::map? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :map)))) (def selfhost/pkg-lock-read::vec? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :vec)))) (def selfhost/pkg-lock-read::str? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :str)))) (def selfhost/pkg-lock-read::int? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :int)))) (def selfhost/pkg-lock-read::nil? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :nil)))) (def selfhost/pkg-lock-read::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/pkg-lock-read::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/pkg-lock-read::map-has-keys-loop? (fn (value) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/pkg-lock-read::map-has-key-loop? (core/map::entries value)) ((core/vec::get keys) index)) 0) (((selfhost/pkg-lock-read::map-has-keys-loop? value) keys) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-lock-read::exact-map? (fn (value) (fn (keys) (if (selfhost/pkg-lock-read::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/pkg-lock-read::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/pkg-lock-read::ok (fn (value) {:message nil :ok true :value value})) (def selfhost/pkg-lock-read::bad (fn (message) {:message message :ok false :value nil})) (def selfhost/pkg-lock-read::valid-optional-string? (fn (value) (if (selfhost/pkg-lock-read::nil? value) true (selfhost/pkg-lock-read::str? value)))) (def selfhost/pkg-lock-read::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/pkg-lock-read::ascii-space? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 9) true (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13)))))) (def selfhost/pkg-lock-read::trim-left (fn (bytes) (fn (length) (fn (index) (if ((core/int::eq? index) length) index (if (selfhost/pkg-lock-read::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-lock-read::trim-left bytes) length) ((core/int::add index) 1)) index)))))) (def selfhost/pkg-lock-read::trim-right (fn (bytes) (fn (start) (fn (end) (if ((core/int::eq? start) end) end (let ((index ((core/int::sub end) 1))) (if (selfhost/pkg-lock-read::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-lock-read::trim-right bytes) start) index) end))))))) (def selfhost/pkg-lock-read::trim (fn (value) (let ((bytes (core/str::to-utf8 value))) (let ((length (core/bytes::len bytes))) (let ((start (((selfhost/pkg-lock-read::trim-left bytes) length) 0))) (let ((end (((selfhost/pkg-lock-read::trim-right bytes) start) length))) (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start))))))))) (def selfhost/pkg-lock-read::drop-prefix (fn (value) (fn (length) (let ((bytes (core/str::to-utf8 value))) (let ((total (core/bytes::len bytes))) (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length)))))))) (def selfhost/pkg-lock-read::tag-selector? (fn (selector) (let ((value (selfhost/pkg-lock-read::trim selector))) (if ((selfhost/pkg-lock-read::starts-with? value) "semver:") (let ((rest (selfhost/pkg-lock-read::trim ((selfhost/pkg-lock-read::drop-prefix value) 7)))) ((core/int::lt? 0) (core/str::len rest))) (if ((selfhost/pkg-lock-read::starts-with? value) "ref:refs/tags/") true ((selfhost/pkg-lock-read::starts-with? value) "refs/tags/")))))) (def selfhost/pkg-lock-read::ref-selector? (fn (selector) (let ((value (selfhost/pkg-lock-read::trim selector))) (if ((selfhost/pkg-lock-read::starts-with? value) "ref:refs/") (if ((selfhost/pkg-lock-read::starts-with? value) "ref:refs/tags/") false true) (if ((selfhost/pkg-lock-read::starts-with? value) "refs/") (if ((selfhost/pkg-lock-read::starts-with? value) "refs/tags/") false true) false))))) (def selfhost/pkg-lock-read::infer-strategy (fn (selector) (if (selfhost/pkg-lock-read::tag-selector? selector) "tag-policy" (if (selfhost/pkg-lock-read::ref-selector? selector) "track-ref" "pinned")))) (def selfhost/pkg-lock-read::string-map-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((key ((core/vec::get entry) 0))) (let ((value ((core/vec::get entry) 1))) (if (if (selfhost/pkg-lock-read::str? key) (selfhost/pkg-lock-read::str? value) false) (((selfhost/pkg-lock-read::string-map-loop entries) ((core/int::add index) 1)) (((core/map::put out) key) value)) (selfhost/pkg-lock-read::bad "table keys and values must be strings")))))))))) (def selfhost/pkg-lock-read::string-map (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::string-map-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "expected a string table"))))) (def selfhost/pkg-lock-read::normalize-update-policy (fn (value) (if (selfhost/pkg-lock-read::str? value) (if ((core/eq? value) "auto") (quote :auto) (quote :manual)) (quote :manual)))) (def selfhost/pkg-lock-read::normalize-strategy (fn (value) (fn (selector) (if (selfhost/pkg-lock-read::str? value) (if ((core/eq? value) "pinned") "pinned" (if ((core/eq? value) "track-ref") "track-ref" (if ((core/eq? value) "tag-policy") "tag-policy" (selfhost/pkg-lock-read::infer-strategy selector)))) (selfhost/pkg-lock-read::infer-strategy selector))))) (def selfhost/pkg-lock-read::normalize-requirement (fn (name) (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((selector ((core/map::get value) "selector"))) (if (selfhost/pkg-lock-read::str? selector) (let ((registry ((core/map::get value) "registry")) (update-policy ((core/map::get value) "update_policy")) (strategy-value ((core/map::get value) "strategy")) (tag-policy ((core/map::get value) "tag_policy"))) (if (selfhost/pkg-lock-read::valid-optional-string? registry) (if (selfhost/pkg-lock-read::valid-optional-string? update-policy) (if (selfhost/pkg-lock-read::valid-optional-string? strategy-value) (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy) (let ((strategy ((selfhost/pkg-lock-read::normalize-strategy strategy-value) selector))) (if (if ((core/eq? strategy) "tag-policy") (selfhost/pkg-lock-read::tag-selector? selector) true) (selfhost/pkg-lock-read::ok {:registry registry :selector selector :update-policy (selfhost/pkg-lock-read::normalize-update-policy update-policy)}) (selfhost/pkg-lock-read::bad "tag-policy requirement selector must be refs/tags/* or semver:"))) (selfhost/pkg-lock-read::bad "requirement tag_policy must be string")) (selfhost/pkg-lock-read::bad "requirement strategy must be string")) (selfhost/pkg-lock-read::bad "requirement update_policy must be string")) (selfhost/pkg-lock-read::bad "requirement registry must be string"))) (selfhost/pkg-lock-read::bad "requirement selector must be string"))) (selfhost/pkg-lock-read::bad "requirement must be a table"))))) (def selfhost/pkg-lock-read::requirements-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (if (selfhost/pkg-lock-read::str? name) (let ((normalized ((selfhost/pkg-lock-read::normalize-requirement name) ((core/vec::get entry) 1)))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-read::requirements-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) ((core/map::get normalized) (quote :value)))) normalized)) (selfhost/pkg-lock-read::bad "requirement name must be string"))))))))) (def selfhost/pkg-lock-read::requirements (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::requirements-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "requirements must be a table"))))) (def selfhost/pkg-lock-read::normalize-locked (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((snapshot ((core/map::get value) "snapshot"))) (if (selfhost/pkg-lock-read::str? snapshot) (let ((commit ((core/map::get value) "commit")) (registry ((core/map::get value) "registry")) (source ((core/map::get value) "source_selector")) (resolved ((core/map::get value) "resolved_ref")) (exports ((core/map::get value) "exports_hash")) (environment ((core/map::get value) "environment_fingerprint"))) (if (if (selfhost/pkg-lock-read::valid-optional-string? commit) (if (selfhost/pkg-lock-read::valid-optional-string? registry) (if (selfhost/pkg-lock-read::valid-optional-string? source) (if (selfhost/pkg-lock-read::valid-optional-string? resolved) (if (selfhost/pkg-lock-read::valid-optional-string? exports) (selfhost/pkg-lock-read::valid-optional-string? environment) false) false) false) false) false) (selfhost/pkg-lock-read::ok {:commit commit :exports_hash exports :registry registry :resolved-ref resolved :snapshot snapshot :source_selector (if (selfhost/pkg-lock-read::nil? source) nil (if ((core/int::eq? (core/str::len source)) 0) nil source))}) (selfhost/pkg-lock-read::bad "locked optional fields must be strings"))) (selfhost/pkg-lock-read::bad "locked snapshot must be string"))) (selfhost/pkg-lock-read::bad "locked entry must be a table")))) (def selfhost/pkg-lock-read::locked-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (if (selfhost/pkg-lock-read::str? name) (let ((normalized (selfhost/pkg-lock-read::normalize-locked ((core/vec::get entry) 1)))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-read::locked-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) ((core/map::get normalized) (quote :value)))) normalized)) (selfhost/pkg-lock-read::bad "locked name must be string"))))))))) (def selfhost/pkg-lock-read::locked (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::locked-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "locked must be a table"))))) (def selfhost/pkg-lock-read::normalize-document-tail (fn (document) (fn (workspace) (fn (policy) (let ((registries (selfhost/pkg-lock-read::string-map ((core/map::get document) "registries")))) (if ((core/map::get registries) (quote :ok)) (let ((requirements (selfhost/pkg-lock-read::requirements ((core/map::get document) "requirements")))) (if ((core/map::get requirements) (quote :ok)) (let ((locked (selfhost/pkg-lock-read::locked ((core/map::get document) "locked")))) (if ((core/map::get locked) (quote :ok)) (let ((artifacts (selfhost/pkg-lock-read::string-map ((core/map::get document) "artifacts")))) (if ((core/map::get artifacts) (quote :ok)) (selfhost/pkg-lock-read::ok {:artifacts ((core/map::get artifacts) (quote :value)) :locked ((core/map::get locked) (quote :value)) :policy policy :registries ((core/map::get registries) (quote :value)) :requirements ((core/map::get requirements) (quote :value)) :workspace workspace}) artifacts)) locked)) requirements)) registries)))))) (def selfhost/pkg-lock-read::normalize-document (fn (document) (if (selfhost/pkg-lock-read::map? document) (let ((version ((core/map::get document) "version"))) (if (if (selfhost/pkg-lock-read::int? version) (if ((core/int::eq? version) 1) true ((core/int::eq? version) 2)) false) (let ((workspace ((core/map::get document) "workspace"))) (if (selfhost/pkg-lock-read::str? workspace) (let ((policy ((core/map::get document) "policy"))) (if (selfhost/pkg-lock-read::nil? policy) (((selfhost/pkg-lock-read::normalize-document-tail document) workspace) "policy:default-v0.1") (if (selfhost/pkg-lock-read::str? policy) (((selfhost/pkg-lock-read::normalize-document-tail document) workspace) policy) (selfhost/pkg-lock-read::bad "policy must be string")))) (selfhost/pkg-lock-read::bad "missing or invalid workspace"))) (selfhost/pkg-lock-read::bad "missing or unsupported version"))) (selfhost/pkg-lock-read::bad "lock document must be a table")))) (def selfhost/pkg-lock-read::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (lock) {:code code :kind "genesis/pkg-lock-read-authority-result-v0.1" :lock lock :message message :ok ok :request-h request-h :v 1})))))) (def selfhost/pkg-lock-read::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-lock-read::result request-h) false) code) message) nil))))) (def selfhost/pkg-lock-read::accept (fn (request-h) (fn (lock) (((((selfhost/pkg-lock-read::result request-h) true) nil) nil) lock)))) (def core/pkg::lock-read-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-lock-read-authority-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if ((core/sym::eq? (selfhost/pkg-lock-read::tag op)) (quote :sym)) ((core/sym::eq? op) (quote :read)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) (let ((normalized (selfhost/pkg-lock-read::normalize-document ((core/map::get request) (quote :document))))) (if ((core/map::get normalized) (quote :ok)) ((selfhost/pkg-lock-read::accept request-h) ((core/map::get normalized) (quote :value))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message))))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request :op must be :read"))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"\xB8%_\x8D<\xCF\x10H\x94\xB0\x82\x05\xD7\xC4jS\xF6W}L4\x97\\(\xFB\xC0\xAE>\xF7\x8D\xB2\xF4" :path "selfhost/pkg_lock_read_authority_v1.gc" :source "(def selfhost/pkg-lock-read::tag core/data::tag)\n\n(def selfhost/pkg-lock-read::map?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :map))))\n\n(def selfhost/pkg-lock-read::vec?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :vec))))\n\n(def selfhost/pkg-lock-read::str?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :str))))\n\n(def selfhost/pkg-lock-read::int?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :int))))\n\n(def selfhost/pkg-lock-read::nil?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :nil))))\n\n(def selfhost/pkg-lock-read::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/pkg-lock-read::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-lock-read::map-has-keys-loop?\n (fn (value)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/pkg-lock-read::map-has-key-loop? (core/map::entries value))\n ((core/vec::get keys) index))\n 0)\n (((selfhost/pkg-lock-read::map-has-keys-loop? value) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-lock-read::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/pkg-lock-read::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/pkg-lock-read::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/pkg-lock-read::ok\n (fn (value) {:message nil :ok true :value value}))\n\n(def selfhost/pkg-lock-read::bad\n (fn (message) {:message message :ok false :value nil}))\n\n(def selfhost/pkg-lock-read::valid-optional-string?\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value) true (selfhost/pkg-lock-read::str? value))))\n\n(def selfhost/pkg-lock-read::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/pkg-lock-read::ascii-space?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 9)\n true\n (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13))))))\n\n(def selfhost/pkg-lock-read::trim-left\n (fn (bytes)\n (fn (length)\n (fn (index)\n (if ((core/int::eq? index) length)\n index\n (if (selfhost/pkg-lock-read::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-lock-read::trim-left bytes) length) ((core/int::add index) 1))\n index))))))\n\n(def selfhost/pkg-lock-read::trim-right\n (fn (bytes)\n (fn (start)\n (fn (end)\n (if ((core/int::eq? start) end)\n end\n (let ((index ((core/int::sub end) 1)))\n (if (selfhost/pkg-lock-read::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-lock-read::trim-right bytes) start) index)\n end)))))))\n\n(def selfhost/pkg-lock-read::trim\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((length (core/bytes::len bytes)))\n (let ((start (((selfhost/pkg-lock-read::trim-left bytes) length) 0)))\n (let ((end (((selfhost/pkg-lock-read::trim-right bytes) start) length)))\n (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start)))))))))\n\n(def selfhost/pkg-lock-read::drop-prefix\n (fn (value)\n (fn (length)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((total (core/bytes::len bytes)))\n (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length))))))))\n\n(def selfhost/pkg-lock-read::tag-selector?\n (fn (selector)\n (let ((value (selfhost/pkg-lock-read::trim selector)))\n (if ((selfhost/pkg-lock-read::starts-with? value) \"semver:\")\n (let ((rest (selfhost/pkg-lock-read::trim ((selfhost/pkg-lock-read::drop-prefix value) 7))))\n ((core/int::lt? 0) (core/str::len rest)))\n (if ((selfhost/pkg-lock-read::starts-with? value) \"ref:refs/tags/\")\n true\n ((selfhost/pkg-lock-read::starts-with? value) \"refs/tags/\"))))))\n\n(def selfhost/pkg-lock-read::ref-selector?\n (fn (selector)\n (let ((value (selfhost/pkg-lock-read::trim selector)))\n (if ((selfhost/pkg-lock-read::starts-with? value) \"ref:refs/\")\n (if ((selfhost/pkg-lock-read::starts-with? value) \"ref:refs/tags/\") false true)\n (if ((selfhost/pkg-lock-read::starts-with? value) \"refs/\")\n (if ((selfhost/pkg-lock-read::starts-with? value) \"refs/tags/\") false true)\n false)))))\n\n(def selfhost/pkg-lock-read::infer-strategy\n (fn (selector)\n (if (selfhost/pkg-lock-read::tag-selector? selector)\n \"tag-policy\"\n (if (selfhost/pkg-lock-read::ref-selector? selector) \"track-ref\" \"pinned\"))))\n\n(def selfhost/pkg-lock-read::string-map-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((key ((core/vec::get entry) 0)))\n (let ((value ((core/vec::get entry) 1)))\n (if\n (if (selfhost/pkg-lock-read::str? key) (selfhost/pkg-lock-read::str? value) false)\n (((selfhost/pkg-lock-read::string-map-loop entries) ((core/int::add index) 1))\n (((core/map::put out) key) value))\n (selfhost/pkg-lock-read::bad \"table keys and values must be strings\"))))))))))\n\n(def selfhost/pkg-lock-read::string-map\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::string-map-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"expected a string table\")))))\n\n(def selfhost/pkg-lock-read::normalize-update-policy\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n (if ((core/eq? value) \"auto\") (quote :auto) (quote :manual))\n (quote :manual))))\n\n(def selfhost/pkg-lock-read::normalize-strategy\n (fn (value)\n (fn (selector)\n (if (selfhost/pkg-lock-read::str? value)\n (if ((core/eq? value) \"pinned\")\n \"pinned\"\n (if ((core/eq? value) \"track-ref\")\n \"track-ref\"\n (if ((core/eq? value) \"tag-policy\") \"tag-policy\" (selfhost/pkg-lock-read::infer-strategy selector))))\n (selfhost/pkg-lock-read::infer-strategy selector)))))\n\n(def selfhost/pkg-lock-read::normalize-requirement\n (fn (name)\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let ((selector ((core/map::get value) \"selector\")))\n (if (selfhost/pkg-lock-read::str? selector)\n (let\n (\n (registry ((core/map::get value) \"registry\"))\n (update-policy ((core/map::get value) \"update_policy\"))\n (strategy-value ((core/map::get value) \"strategy\"))\n (tag-policy ((core/map::get value) \"tag_policy\")))\n (if (selfhost/pkg-lock-read::valid-optional-string? registry)\n (if (selfhost/pkg-lock-read::valid-optional-string? update-policy)\n (if (selfhost/pkg-lock-read::valid-optional-string? strategy-value)\n (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy)\n (let\n ((strategy\n ((selfhost/pkg-lock-read::normalize-strategy strategy-value) selector)))\n (if\n (if ((core/eq? strategy) \"tag-policy\")\n (selfhost/pkg-lock-read::tag-selector? selector)\n true)\n (selfhost/pkg-lock-read::ok\n {\n :registry registry\n :selector selector\n :update-policy\n (selfhost/pkg-lock-read::normalize-update-policy update-policy)})\n (selfhost/pkg-lock-read::bad\n \"tag-policy requirement selector must be refs/tags/* or semver:\")))\n (selfhost/pkg-lock-read::bad \"requirement tag_policy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement strategy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement update_policy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement registry must be string\")))\n (selfhost/pkg-lock-read::bad \"requirement selector must be string\")))\n (selfhost/pkg-lock-read::bad \"requirement must be a table\")))))\n\n(def selfhost/pkg-lock-read::requirements-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (if (selfhost/pkg-lock-read::str? name)\n (let\n ((normalized\n ((selfhost/pkg-lock-read::normalize-requirement name) ((core/vec::get entry) 1))))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-read::requirements-loop entries) ((core/int::add index) 1))\n (((core/map::put out) name) ((core/map::get normalized) (quote :value))))\n normalized))\n (selfhost/pkg-lock-read::bad \"requirement name must be string\")))))))))\n\n(def selfhost/pkg-lock-read::requirements\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::requirements-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"requirements must be a table\")))))\n\n(def selfhost/pkg-lock-read::normalize-locked\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let ((snapshot ((core/map::get value) \"snapshot\")))\n (if (selfhost/pkg-lock-read::str? snapshot)\n (let\n (\n (commit ((core/map::get value) \"commit\"))\n (registry ((core/map::get value) \"registry\"))\n (source ((core/map::get value) \"source_selector\"))\n (resolved ((core/map::get value) \"resolved_ref\"))\n (exports ((core/map::get value) \"exports_hash\"))\n (environment ((core/map::get value) \"environment_fingerprint\")))\n (if\n (if (selfhost/pkg-lock-read::valid-optional-string? commit)\n (if (selfhost/pkg-lock-read::valid-optional-string? registry)\n (if (selfhost/pkg-lock-read::valid-optional-string? source)\n (if (selfhost/pkg-lock-read::valid-optional-string? resolved)\n (if (selfhost/pkg-lock-read::valid-optional-string? exports)\n (selfhost/pkg-lock-read::valid-optional-string? environment)\n false)\n false)\n false)\n false)\n false)\n (selfhost/pkg-lock-read::ok\n {\n :commit commit\n :exports_hash exports\n :registry registry\n :resolved-ref resolved\n :snapshot snapshot\n :source_selector\n (if (selfhost/pkg-lock-read::nil? source)\n nil\n (if ((core/int::eq? (core/str::len source)) 0) nil source))})\n (selfhost/pkg-lock-read::bad \"locked optional fields must be strings\")))\n (selfhost/pkg-lock-read::bad \"locked snapshot must be string\")))\n (selfhost/pkg-lock-read::bad \"locked entry must be a table\"))))\n\n(def selfhost/pkg-lock-read::locked-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (if (selfhost/pkg-lock-read::str? name)\n (let ((normalized (selfhost/pkg-lock-read::normalize-locked ((core/vec::get entry) 1))))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-read::locked-loop entries) ((core/int::add index) 1))\n (((core/map::put out) name) ((core/map::get normalized) (quote :value))))\n normalized))\n (selfhost/pkg-lock-read::bad \"locked name must be string\")))))))))\n\n(def selfhost/pkg-lock-read::locked\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::locked-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"locked must be a table\")))))\n\n(def selfhost/pkg-lock-read::normalize-document-tail\n (fn (document)\n (fn (workspace)\n (fn (policy)\n (let ((registries (selfhost/pkg-lock-read::string-map ((core/map::get document) \"registries\"))))\n (if ((core/map::get registries) (quote :ok))\n (let ((requirements (selfhost/pkg-lock-read::requirements ((core/map::get document) \"requirements\"))))\n (if ((core/map::get requirements) (quote :ok))\n (let ((locked (selfhost/pkg-lock-read::locked ((core/map::get document) \"locked\"))))\n (if ((core/map::get locked) (quote :ok))\n (let ((artifacts (selfhost/pkg-lock-read::string-map ((core/map::get document) \"artifacts\"))))\n (if ((core/map::get artifacts) (quote :ok))\n (selfhost/pkg-lock-read::ok\n {\n :artifacts ((core/map::get artifacts) (quote :value))\n :locked ((core/map::get locked) (quote :value))\n :policy policy\n :registries ((core/map::get registries) (quote :value))\n :requirements ((core/map::get requirements) (quote :value))\n :workspace workspace})\n artifacts))\n locked))\n requirements))\n registries))))))\n\n(def selfhost/pkg-lock-read::normalize-document\n (fn (document)\n (if (selfhost/pkg-lock-read::map? document)\n (let ((version ((core/map::get document) \"version\")))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n (if ((core/int::eq? version) 1) true ((core/int::eq? version) 2))\n false)\n (let ((workspace ((core/map::get document) \"workspace\")))\n (if (selfhost/pkg-lock-read::str? workspace)\n (let ((policy ((core/map::get document) \"policy\")))\n (if (selfhost/pkg-lock-read::nil? policy)\n (((selfhost/pkg-lock-read::normalize-document-tail document) workspace)\n \"policy:default-v0.1\")\n (if (selfhost/pkg-lock-read::str? policy)\n (((selfhost/pkg-lock-read::normalize-document-tail document) workspace) policy)\n (selfhost/pkg-lock-read::bad \"policy must be string\"))))\n (selfhost/pkg-lock-read::bad \"missing or invalid workspace\")))\n (selfhost/pkg-lock-read::bad \"missing or unsupported version\")))\n (selfhost/pkg-lock-read::bad \"lock document must be a table\"))))\n\n(def selfhost/pkg-lock-read::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (lock)\n {\n :code code\n :kind \"genesis/pkg-lock-read-authority-result-v0.1\"\n :lock lock\n :message message\n :ok ok\n :request-h request-h\n :v 1}))))))\n\n(def selfhost/pkg-lock-read::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-lock-read::result request-h) false) code) message) nil)))))\n\n(def selfhost/pkg-lock-read::accept\n (fn (request-h)\n (fn (lock)\n (((((selfhost/pkg-lock-read::result request-h) true) nil) nil) lock))))\n\n(def core/pkg::lock-read-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-lock-read-authority-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if ((core/sym::eq? (selfhost/pkg-lock-read::tag op)) (quote :sym))\n ((core/sym::eq? op) (quote :read))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false)\n (let\n ((normalized\n (selfhost/pkg-lock-read::normalize-document\n ((core/map::get request) (quote :document)))))\n (if ((core/map::get normalized) (quote :ok))\n ((selfhost/pkg-lock-read::accept request-h)\n ((core/map::get normalized) (quote :value)))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message)))))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :op must be :read\")))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\"))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xB8%_\x8D<\xCF\x10H\x94\xB0\x82\x05\xD7\xC4jS\xF6W}L4\x97\\(\xFB\xC0\xAE>\xF7\x8D\xB2\xF4" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-lock-read::strategy-symbol (fn (value) (if ((core/eq? value) "track-ref") (quote :track-ref) (if ((core/eq? value) "tag-policy") (quote :tag-policy) (quote :pinned))))) (def selfhost/pkg-lock-read::normalize-model-requirement (fn (name) (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((selector ((core/map::get value) "selector"))) (if (selfhost/pkg-lock-read::str? selector) (let ((registry ((core/map::get value) "registry")) (update-policy ((core/map::get value) "update_policy")) (strategy-value ((core/map::get value) "strategy")) (tag-policy ((core/map::get value) "tag_policy"))) (if (selfhost/pkg-lock-read::valid-optional-string? registry) (if (selfhost/pkg-lock-read::valid-optional-string? update-policy) (if (selfhost/pkg-lock-read::valid-optional-string? strategy-value) (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy) (let ((strategy ((selfhost/pkg-lock-read::normalize-strategy strategy-value) selector))) (if (if ((core/eq? strategy) "tag-policy") (selfhost/pkg-lock-read::tag-selector? selector) true) (selfhost/pkg-lock-read::ok {:registry registry :selector selector :strategy (selfhost/pkg-lock-read::strategy-symbol strategy) :tag-policy tag-policy :update-policy (selfhost/pkg-lock-read::normalize-update-policy update-policy)}) (selfhost/pkg-lock-read::bad "tag-policy requirement selector must be refs/tags/* or semver:"))) (selfhost/pkg-lock-read::bad "requirement tag_policy must be string")) (selfhost/pkg-lock-read::bad "requirement strategy must be string")) (selfhost/pkg-lock-read::bad "requirement update_policy must be string")) (selfhost/pkg-lock-read::bad "requirement registry must be string"))) (selfhost/pkg-lock-read::bad "requirement selector must be string"))) (selfhost/pkg-lock-read::bad "requirement must be a table"))))) (def selfhost/pkg-lock-read::model-requirements-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (if (selfhost/pkg-lock-read::str? name) (let ((normalized ((selfhost/pkg-lock-read::normalize-model-requirement name) ((core/vec::get entry) 1)))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-read::model-requirements-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) ((core/map::get normalized) (quote :value)))) normalized)) (selfhost/pkg-lock-read::bad "requirement name must be string"))))))))) (def selfhost/pkg-lock-read::model-requirements (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::model-requirements-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "requirements must be a table"))))) (def selfhost/pkg-lock-read::normalize-model-locked (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((snapshot ((core/map::get value) "snapshot"))) (if (selfhost/pkg-lock-read::str? snapshot) (let ((commit ((core/map::get value) "commit")) (registry ((core/map::get value) "registry")) (source ((core/map::get value) "source_selector")) (resolved ((core/map::get value) "resolved_ref")) (exports ((core/map::get value) "exports_hash")) (environment ((core/map::get value) "environment_fingerprint"))) (if (if (selfhost/pkg-lock-read::valid-optional-string? commit) (if (selfhost/pkg-lock-read::valid-optional-string? registry) (if (selfhost/pkg-lock-read::valid-optional-string? source) (if (selfhost/pkg-lock-read::valid-optional-string? resolved) (if (selfhost/pkg-lock-read::valid-optional-string? exports) (selfhost/pkg-lock-read::valid-optional-string? environment) false) false) false) false) false) (selfhost/pkg-lock-read::ok {:commit commit :environment-fingerprint environment :exports-hash exports :registry registry :resolved-ref resolved :snapshot snapshot :source-selector (if (selfhost/pkg-lock-read::nil? source) "" source)}) (selfhost/pkg-lock-read::bad "locked optional fields must be strings"))) (selfhost/pkg-lock-read::bad "locked snapshot must be string"))) (selfhost/pkg-lock-read::bad "locked entry must be a table")))) (def selfhost/pkg-lock-read::model-locked-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (if (selfhost/pkg-lock-read::str? name) (let ((normalized (selfhost/pkg-lock-read::normalize-model-locked ((core/vec::get entry) 1)))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-read::model-locked-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) ((core/map::get normalized) (quote :value)))) normalized)) (selfhost/pkg-lock-read::bad "locked name must be string"))))))))) (def selfhost/pkg-lock-read::model-locked (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::model-locked-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "locked must be a table"))))) (def selfhost/pkg-lock-read::normalize-model-document-tail (fn (document) (fn (version) (fn (workspace) (fn (policy) (let ((registries (selfhost/pkg-lock-read::string-map ((core/map::get document) "registries")))) (if ((core/map::get registries) (quote :ok)) (let ((requirements (selfhost/pkg-lock-read::model-requirements ((core/map::get document) "requirements")))) (if ((core/map::get requirements) (quote :ok)) (let ((locked (selfhost/pkg-lock-read::model-locked ((core/map::get document) "locked")))) (if ((core/map::get locked) (quote :ok)) (let ((artifacts (selfhost/pkg-lock-read::string-map ((core/map::get document) "artifacts")))) (if ((core/map::get artifacts) (quote :ok)) (selfhost/pkg-lock-read::ok {:artifacts ((core/map::get artifacts) (quote :value)) :locked ((core/map::get locked) (quote :value)) :policy policy :registries ((core/map::get registries) (quote :value)) :requirements ((core/map::get requirements) (quote :value)) :version version :workspace workspace}) artifacts)) locked)) requirements)) registries))))))) (def selfhost/pkg-lock-read::normalize-model-document (fn (document) (if (selfhost/pkg-lock-read::map? document) (let ((version ((core/map::get document) "version"))) (if (if (selfhost/pkg-lock-read::int? version) (if ((core/int::eq? version) 1) true ((core/int::eq? version) 2)) false) (let ((workspace ((core/map::get document) "workspace"))) (if (selfhost/pkg-lock-read::str? workspace) (let ((policy ((core/map::get document) "policy"))) (if (selfhost/pkg-lock-read::nil? policy) ((((selfhost/pkg-lock-read::normalize-model-document-tail document) version) workspace) "policy:default-v0.1") (if (selfhost/pkg-lock-read::str? policy) ((((selfhost/pkg-lock-read::normalize-model-document-tail document) version) workspace) policy) (selfhost/pkg-lock-read::bad "policy must be string")))) (selfhost/pkg-lock-read::bad "missing or invalid workspace"))) (selfhost/pkg-lock-read::bad "missing or unsupported version"))) (selfhost/pkg-lock-read::bad "lock document must be a table")))) (def selfhost/pkg-lock-model::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (model) {:code code :kind "genesis/pkg-lock-model-authority-result-v0.1" :message message :model model :ok ok :request-h request-h :v 1})))))) (def selfhost/pkg-lock-model::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-lock-model::result request-h) false) code) message) nil))))) (def selfhost/pkg-lock-model::accept (fn (request-h) (fn (model) (((((selfhost/pkg-lock-model::result request-h) true) nil) nil) model)))) (def core/pkg::lock-model-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-lock-model-authority-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if ((core/sym::eq? (selfhost/pkg-lock-read::tag op)) (quote :sym)) ((core/sym::eq? op) (quote :read-model)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) (let ((normalized (selfhost/pkg-lock-read::normalize-model-document ((core/map::get request) (quote :document))))) (if ((core/map::get normalized) (quote :ok)) ((selfhost/pkg-lock-model::accept request-h) ((core/map::get normalized) (quote :value))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message))))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request :op must be :read-model"))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"_*A\x95\xE4\x84\xE0B\x85\x0E\x02\x05\xD3q\xB6\xAF\xD6\xAF\xE1\x1D\xFE\xBB}3\xE4\xC6\xEF\x98\xFA\xD6C5" :path "selfhost/pkg_lock_model_authority_v1.gc" :source "; The internal model retains every resolution field. The public lock-read\n; authority below deliberately keeps its smaller compatibility projection.\n\n(def selfhost/pkg-lock-read::strategy-symbol\n (fn (value)\n (if ((core/eq? value) \"track-ref\")\n (quote :track-ref)\n (if ((core/eq? value) \"tag-policy\") (quote :tag-policy) (quote :pinned)))))\n\n(def selfhost/pkg-lock-read::normalize-model-requirement\n (fn (name)\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let ((selector ((core/map::get value) \"selector\")))\n (if (selfhost/pkg-lock-read::str? selector)\n (let\n (\n (registry ((core/map::get value) \"registry\"))\n (update-policy ((core/map::get value) \"update_policy\"))\n (strategy-value ((core/map::get value) \"strategy\"))\n (tag-policy ((core/map::get value) \"tag_policy\")))\n (if (selfhost/pkg-lock-read::valid-optional-string? registry)\n (if (selfhost/pkg-lock-read::valid-optional-string? update-policy)\n (if (selfhost/pkg-lock-read::valid-optional-string? strategy-value)\n (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy)\n (let\n ((strategy\n ((selfhost/pkg-lock-read::normalize-strategy strategy-value) selector)))\n (if\n (if ((core/eq? strategy) \"tag-policy\")\n (selfhost/pkg-lock-read::tag-selector? selector)\n true)\n (selfhost/pkg-lock-read::ok\n {\n :registry registry\n :selector selector\n :strategy (selfhost/pkg-lock-read::strategy-symbol strategy)\n :tag-policy tag-policy\n :update-policy\n (selfhost/pkg-lock-read::normalize-update-policy update-policy)})\n (selfhost/pkg-lock-read::bad\n \"tag-policy requirement selector must be refs/tags/* or semver:\")))\n (selfhost/pkg-lock-read::bad \"requirement tag_policy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement strategy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement update_policy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement registry must be string\")))\n (selfhost/pkg-lock-read::bad \"requirement selector must be string\")))\n (selfhost/pkg-lock-read::bad \"requirement must be a table\")))))\n\n(def selfhost/pkg-lock-read::model-requirements-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (if (selfhost/pkg-lock-read::str? name)\n (let\n ((normalized\n ((selfhost/pkg-lock-read::normalize-model-requirement name)\n ((core/vec::get entry) 1))))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-read::model-requirements-loop entries)\n ((core/int::add index) 1))\n (((core/map::put out) name) ((core/map::get normalized) (quote :value))))\n normalized))\n (selfhost/pkg-lock-read::bad \"requirement name must be string\")))))))))\n\n(def selfhost/pkg-lock-read::model-requirements\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::model-requirements-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"requirements must be a table\")))))\n\n(def selfhost/pkg-lock-read::normalize-model-locked\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let ((snapshot ((core/map::get value) \"snapshot\")))\n (if (selfhost/pkg-lock-read::str? snapshot)\n (let\n (\n (commit ((core/map::get value) \"commit\"))\n (registry ((core/map::get value) \"registry\"))\n (source ((core/map::get value) \"source_selector\"))\n (resolved ((core/map::get value) \"resolved_ref\"))\n (exports ((core/map::get value) \"exports_hash\"))\n (environment ((core/map::get value) \"environment_fingerprint\")))\n (if\n (if (selfhost/pkg-lock-read::valid-optional-string? commit)\n (if (selfhost/pkg-lock-read::valid-optional-string? registry)\n (if (selfhost/pkg-lock-read::valid-optional-string? source)\n (if (selfhost/pkg-lock-read::valid-optional-string? resolved)\n (if (selfhost/pkg-lock-read::valid-optional-string? exports)\n (selfhost/pkg-lock-read::valid-optional-string? environment)\n false)\n false)\n false)\n false)\n false)\n (selfhost/pkg-lock-read::ok\n {\n :commit commit\n :environment-fingerprint environment\n :exports-hash exports\n :registry registry\n :resolved-ref resolved\n :snapshot snapshot\n :source-selector\n (if (selfhost/pkg-lock-read::nil? source) \"\" source)})\n (selfhost/pkg-lock-read::bad \"locked optional fields must be strings\")))\n (selfhost/pkg-lock-read::bad \"locked snapshot must be string\")))\n (selfhost/pkg-lock-read::bad \"locked entry must be a table\"))))\n\n(def selfhost/pkg-lock-read::model-locked-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (if (selfhost/pkg-lock-read::str? name)\n (let\n ((normalized\n (selfhost/pkg-lock-read::normalize-model-locked\n ((core/vec::get entry) 1))))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-read::model-locked-loop entries)\n ((core/int::add index) 1))\n (((core/map::put out) name) ((core/map::get normalized) (quote :value))))\n normalized))\n (selfhost/pkg-lock-read::bad \"locked name must be string\")))))))))\n\n(def selfhost/pkg-lock-read::model-locked\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::model-locked-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"locked must be a table\")))))\n\n(def selfhost/pkg-lock-read::normalize-model-document-tail\n (fn (document)\n (fn (version)\n (fn (workspace)\n (fn (policy)\n (let\n ((registries\n (selfhost/pkg-lock-read::string-map ((core/map::get document) \"registries\"))))\n (if ((core/map::get registries) (quote :ok))\n (let\n ((requirements\n (selfhost/pkg-lock-read::model-requirements\n ((core/map::get document) \"requirements\"))))\n (if ((core/map::get requirements) (quote :ok))\n (let\n ((locked\n (selfhost/pkg-lock-read::model-locked\n ((core/map::get document) \"locked\"))))\n (if ((core/map::get locked) (quote :ok))\n (let\n ((artifacts\n (selfhost/pkg-lock-read::string-map\n ((core/map::get document) \"artifacts\"))))\n (if ((core/map::get artifacts) (quote :ok))\n (selfhost/pkg-lock-read::ok\n {\n :artifacts ((core/map::get artifacts) (quote :value))\n :locked ((core/map::get locked) (quote :value))\n :policy policy\n :registries ((core/map::get registries) (quote :value))\n :requirements ((core/map::get requirements) (quote :value))\n :version version\n :workspace workspace})\n artifacts))\n locked))\n requirements))\n registries)))))))\n\n(def selfhost/pkg-lock-read::normalize-model-document\n (fn (document)\n (if (selfhost/pkg-lock-read::map? document)\n (let ((version ((core/map::get document) \"version\")))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n (if ((core/int::eq? version) 1) true ((core/int::eq? version) 2))\n false)\n (let ((workspace ((core/map::get document) \"workspace\")))\n (if (selfhost/pkg-lock-read::str? workspace)\n (let ((policy ((core/map::get document) \"policy\")))\n (if (selfhost/pkg-lock-read::nil? policy)\n ((((selfhost/pkg-lock-read::normalize-model-document-tail document) version)\n workspace)\n \"policy:default-v0.1\")\n (if (selfhost/pkg-lock-read::str? policy)\n ((((selfhost/pkg-lock-read::normalize-model-document-tail document) version)\n workspace)\n policy)\n (selfhost/pkg-lock-read::bad \"policy must be string\"))))\n (selfhost/pkg-lock-read::bad \"missing or invalid workspace\")))\n (selfhost/pkg-lock-read::bad \"missing or unsupported version\")))\n (selfhost/pkg-lock-read::bad \"lock document must be a table\"))))\n(def selfhost/pkg-lock-model::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (model)\n {\n :code code\n :kind \"genesis/pkg-lock-model-authority-result-v0.1\"\n :message message\n :model model\n :ok ok\n :request-h request-h\n :v 1}))))))\n\n(def selfhost/pkg-lock-model::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-lock-model::result request-h) false) code) message) nil)))))\n\n(def selfhost/pkg-lock-model::accept\n (fn (request-h)\n (fn (model)\n (((((selfhost/pkg-lock-model::result request-h) true) nil) nil) model))))\n\n(def core/pkg::lock-model-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-lock-model-authority-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if ((core/sym::eq? (selfhost/pkg-lock-read::tag op)) (quote :sym))\n ((core/sym::eq? op) (quote :read-model))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n (let\n ((normalized\n (selfhost/pkg-lock-read::normalize-model-document\n ((core/map::get request) (quote :document)))))\n (if ((core/map::get normalized) (quote :ok))\n ((selfhost/pkg-lock-model::accept request-h)\n ((core/map::get normalized) (quote :value)))\n (((selfhost/pkg-lock-model::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message)))))\n (((selfhost/pkg-lock-model::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-lock-model::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :op must be :read-model\")))\n (((selfhost/pkg-lock-model::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-lock-model::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\"))\n (((selfhost/pkg-lock-model::reject request-h) \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_*A\x95\xE4\x84\xE0B\x85\x0E\x02\x05\xD3q\xB6\xAF\xD6\xAF\xE1\x1D\xFE\xBB}3\xE4\xC6\xEF\x98\xFA\xD6C5" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-lock-write::append (fn (left) (fn (right) ((core/str::concat left) right)))) (def selfhost/pkg-lock-write::append3 (fn (a) (fn (b) (fn (c) ((selfhost/pkg-lock-write::append ((selfhost/pkg-lock-write::append a) b)) c))))) (def selfhost/pkg-lock-write::quoted (fn (value) (((selfhost/pkg-lock-write::append3 "\"") (core/coreform::escape-str value)) "\""))) (def selfhost/pkg-lock-write::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/pkg-lock-write::ascii-space? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 9) true (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13)))))) (def selfhost/pkg-lock-write::trim-left (fn (bytes) (fn (length) (fn (index) (if ((core/int::eq? index) length) index (if (selfhost/pkg-lock-write::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-lock-write::trim-left bytes) length) ((core/int::add index) 1)) index)))))) (def selfhost/pkg-lock-write::trim-right (fn (bytes) (fn (start) (fn (end) (if ((core/int::eq? start) end) end (let ((index ((core/int::sub end) 1))) (if (selfhost/pkg-lock-write::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-lock-write::trim-right bytes) start) index) end))))))) (def selfhost/pkg-lock-write::trim (fn (value) (let ((bytes (core/str::to-utf8 value))) (let ((length (core/bytes::len bytes))) (let ((start (((selfhost/pkg-lock-write::trim-left bytes) length) 0))) (let ((end (((selfhost/pkg-lock-write::trim-right bytes) start) length))) (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start))))))))) (def selfhost/pkg-lock-write::drop-prefix (fn (value) (fn (length) (let ((bytes (core/str::to-utf8 value))) (let ((total (core/bytes::len bytes))) (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length)))))))) (def selfhost/pkg-lock-write::selector-kind (fn (selector) (let ((value (selfhost/pkg-lock-write::trim selector))) (if ((selfhost/pkg-lock-write::starts-with? value) "semver:") (let ((rest (selfhost/pkg-lock-write::trim ((selfhost/pkg-lock-write::drop-prefix value) 7)))) (if ((core/int::eq? (core/str::len rest)) 0) (quote :other) (quote :tag))) (if ((selfhost/pkg-lock-write::starts-with? value) "ref:") (let ((rest (selfhost/pkg-lock-write::trim ((selfhost/pkg-lock-write::drop-prefix value) 4)))) (if ((selfhost/pkg-lock-write::starts-with? rest) "refs/tags/") (quote :tag) (if ((selfhost/pkg-lock-write::starts-with? rest) "refs/") (quote :ref) (quote :other)))) (if ((selfhost/pkg-lock-write::starts-with? value) "refs/tags/") (quote :tag) (if ((selfhost/pkg-lock-write::starts-with? value) "refs/") (quote :ref) (quote :other)))))))) (def selfhost/pkg-lock-write::infer-strategy (fn (selector) (let ((kind (selfhost/pkg-lock-write::selector-kind selector))) (if ((core/sym::eq? kind) (quote :ref)) "track-ref" (if ((core/sym::eq? kind) (quote :tag)) "tag-policy" "pinned"))))) (def selfhost/pkg-lock-write::ok-part (fn (line) (fn (has-v2) {:error nil :has-v2 has-v2 :line line}))) (def selfhost/pkg-lock-write::bad-part (fn (message) {:error message :has-v2 false :line ""})) (def selfhost/pkg-lock-write::entry-pair (fn (entry) (let ((pair (if ((core/sym::eq? (core/data::tag entry)) (quote :vec)) entry (core/pair::as-proper-list entry)))) (if ((core/sym::eq? (core/data::tag pair)) (quote :vec)) (if ((core/int::eq? (core/vec::len pair)) 2) pair nil) nil)))) (def selfhost/pkg-lock-write::normalize-update-policy (fn (value) (if (selfhost/pkg-lock-write::nil? value) "manual" (if (selfhost/pkg-lock-write::sym? value) (let ((name (core/sym::to-str value))) (if ((core/eq? name) ":manual") "manual" (if ((core/eq? name) ":auto") "auto" nil))) (if (selfhost/pkg-lock-write::str? value) (if ((core/eq? value) "manual") "manual" (if ((core/eq? value) ":manual") "manual" (if ((core/eq? value) "auto") "auto" (if ((core/eq? value) ":auto") "auto" nil)))) nil))))) (def selfhost/pkg-lock-write::normalize-strategy (fn (value) (fn (selector) (if (selfhost/pkg-lock-write::nil? value) (selfhost/pkg-lock-write::infer-strategy selector) (if (selfhost/pkg-lock-write::sym? value) (let ((name (core/sym::to-str value))) (if (if ((core/eq? name) "pinned") true ((core/eq? name) ":pinned")) "pinned" (if (if ((core/eq? name) "track-ref") true ((core/eq? name) ":track-ref")) "track-ref" (if (if ((core/eq? name) "tag-policy") true ((core/eq? name) ":tag-policy")) "tag-policy" nil)))) (if (selfhost/pkg-lock-write::str? value) (if ((core/eq? value) "pinned") "pinned" (if ((core/eq? value) "track-ref") "track-ref" (if ((core/eq? value) "tag-policy") "tag-policy" nil))) nil)))))) (def selfhost/pkg-lock-write::render-requirement-line (fn (name) (fn (selector) (fn (update-policy) (fn (registry) (fn (strategy) (fn (tag-policy) (let ((prefix ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted name)) " = { selector = "))) (let ((with-selector ((selfhost/pkg-lock-write::append prefix) (selfhost/pkg-lock-write::quoted selector)))) (let ((with-policy ((selfhost/pkg-lock-write::append with-selector) ((selfhost/pkg-lock-write::append ", update_policy = ") (selfhost/pkg-lock-write::quoted update-policy))))) (let ((with-registry ((selfhost/pkg-lock-write::append with-policy) ((selfhost/pkg-lock-write::append ", registry = ") (selfhost/pkg-lock-write::quoted registry))))) (let ((with-strategy ((selfhost/pkg-lock-write::append with-registry) ((selfhost/pkg-lock-write::append ", strategy = ") (selfhost/pkg-lock-write::quoted strategy))))) (let ((with-tag (if (selfhost/pkg-lock-write::nil? tag-policy) with-strategy ((selfhost/pkg-lock-write::append with-strategy) ((selfhost/pkg-lock-write::append ", tag_policy = ") (selfhost/pkg-lock-write::quoted tag-policy)))))) (let ((kind (selfhost/pkg-lock-write::selector-kind selector))) ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append with-tag) " }\n")) (if (if ((core/eq? strategy) "pinned") (selfhost/pkg-lock-write::nil? tag-policy) false) (if ((core/sym::eq? kind) (quote :other)) false true) true)))))))))))))))) (def selfhost/pkg-lock-write::render-requirement (fn (name) (fn (requirement) (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::map? requirement) false) (let ((selector ((core/map::get requirement) (quote :selector)))) (if (selfhost/pkg-lock-write::str? selector) (let ((update-policy (selfhost/pkg-lock-write::normalize-update-policy ((core/map::get requirement) (quote :update-policy))))) (if (selfhost/pkg-lock-write::nil? update-policy) (selfhost/pkg-lock-write::bad-part ":requirements update-policy must be manual or auto") (let ((registry0 ((core/map::get requirement) (quote :registry)))) (if (if (selfhost/pkg-lock-write::nil? registry0) true (selfhost/pkg-lock-write::str? registry0)) (let ((registry (if (selfhost/pkg-lock-write::nil? registry0) "default" registry0))) (let ((strategy ((selfhost/pkg-lock-write::normalize-strategy ((core/map::get requirement) (quote :strategy))) selector))) (if (selfhost/pkg-lock-write::nil? strategy) (selfhost/pkg-lock-write::bad-part ":requirements strategy must be pinned, track-ref, or tag-policy") (let ((tag-policy ((core/map::get requirement) (quote :tag-policy)))) (if (if (selfhost/pkg-lock-write::nil? tag-policy) true (selfhost/pkg-lock-write::str? tag-policy)) ((((((selfhost/pkg-lock-write::render-requirement-line name) selector) update-policy) registry) strategy) tag-policy) (selfhost/pkg-lock-write::bad-part ":requirements tag-policy must be string or nil")))))) (selfhost/pkg-lock-write::bad-part ":requirements registry must be string or nil"))))) (selfhost/pkg-lock-write::bad-part ":requirements selector must be string"))) (selfhost/pkg-lock-write::bad-part ":requirements must map strings to maps"))))) (def selfhost/pkg-lock-write::render-requirements-loop (fn (entries) (fn (length) (fn (index) (fn (out) (fn (has-v2) (if ((core/int::eq? index) length) {:error nil :has-v2 has-v2 :text out} (let ((pair (selfhost/pkg-lock-write::entry-pair ((core/vec::get entries) index)))) (if (selfhost/pkg-lock-write::nil? pair) {:error ":requirements contains malformed entry" :has-v2 false :text ""} (let ((part ((selfhost/pkg-lock-write::render-requirement ((core/vec::get pair) 0)) ((core/vec::get pair) 1)))) (let ((error ((core/map::get part) (quote :error)))) (if (selfhost/pkg-lock-write::nil? error) (((((selfhost/pkg-lock-write::render-requirements-loop entries) length) ((core/int::add index) 1)) ((selfhost/pkg-lock-write::append out) ((core/map::get part) (quote :line)))) (if has-v2 true ((core/map::get part) (quote :has-v2)))) {:error error :has-v2 false :text ""})))))))))))) (def selfhost/pkg-lock-write::render-requirements (fn (value) (if (selfhost/pkg-lock-write::nil? value) {:error nil :has-v2 false :text ""} (if (selfhost/pkg-lock-write::map? value) (let ((entries (core/map::entries value))) (((((selfhost/pkg-lock-write::render-requirements-loop entries) (core/vec::len entries)) 0) "") false)) {:error ":requirements must be map" :has-v2 false :text ""})))) (def selfhost/pkg-lock-write::optional-string (fn (map) (fn (field) (let ((value ((core/map::get map) field))) (if (selfhost/pkg-lock-write::nil? value) {:error nil :value nil} (if (selfhost/pkg-lock-write::str? value) {:error nil :value value} {:error "optional lock field must be string or nil" :value nil})))))) (def selfhost/pkg-lock-write::append-optional-field (fn (line) (fn (label) (fn (value) (if (selfhost/pkg-lock-write::nil? value) line ((selfhost/pkg-lock-write::append line) ((selfhost/pkg-lock-write::append label) (selfhost/pkg-lock-write::quoted value)))))))) (def selfhost/pkg-lock-write::error-or (fn (left) (fn (right) (if (selfhost/pkg-lock-write::nil? left) right left)))) (def selfhost/pkg-lock-write::render-locked-fields (fn (name) (fn (snapshot) (fn (fields) (let ((commit ((core/map::get fields) (quote :commit)))) (let ((registry ((core/map::get fields) (quote :registry)))) (let ((source-selector ((core/map::get fields) (quote :source-selector)))) (let ((resolved-ref ((core/map::get fields) (quote :resolved-ref)))) (let ((exports-hash ((core/map::get fields) (quote :exports-hash)))) (let ((environment-fingerprint ((core/map::get fields) (quote :environment-fingerprint)))) (let ((error ((selfhost/pkg-lock-write::error-or ((core/map::get commit) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get registry) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get source-selector) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get resolved-ref) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get exports-hash) (quote :error))) ((core/map::get environment-fingerprint) (quote :error))))))))) (if (selfhost/pkg-lock-write::nil? error) (let ((commit-value ((core/map::get commit) (quote :value)))) (let ((line0 ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted name)) " = { "))) (let ((line1 (if (selfhost/pkg-lock-write::nil? commit-value) line0 ((selfhost/pkg-lock-write::append line0) ((selfhost/pkg-lock-write::append "commit = ") ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted commit-value)) ", ")))))) (let ((line2 ((selfhost/pkg-lock-write::append line1) ((selfhost/pkg-lock-write::append "snapshot = ") (selfhost/pkg-lock-write::quoted snapshot))))) (let ((line3 (((selfhost/pkg-lock-write::append-optional-field line2) ", registry = ") ((core/map::get registry) (quote :value))))) (let ((source-value ((core/map::get source-selector) (quote :value)))) (let ((line4 (if (if (selfhost/pkg-lock-write::str? source-value) ((core/int::lt? 0) (core/str::len source-value)) false) (((selfhost/pkg-lock-write::append-optional-field line3) ", source_selector = ") source-value) line3))) (let ((line5 (((selfhost/pkg-lock-write::append-optional-field line4) ", resolved_ref = ") ((core/map::get resolved-ref) (quote :value))))) (let ((line6 (((selfhost/pkg-lock-write::append-optional-field line5) ", exports_hash = ") ((core/map::get exports-hash) (quote :value))))) (let ((line7 (((selfhost/pkg-lock-write::append-optional-field line6) ", environment_fingerprint = ") ((core/map::get environment-fingerprint) (quote :value))))) ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append line7) " }\n")) false))))))))))) (selfhost/pkg-lock-write::bad-part error))))))))))))) (def selfhost/pkg-lock-write::render-locked (fn (name) (fn (locked) (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::map? locked) false) (let ((snapshot ((core/map::get locked) (quote :snapshot)))) (if (selfhost/pkg-lock-write::str? snapshot) (let ((commit ((selfhost/pkg-lock-write::optional-string locked) (quote :commit))) (registry ((selfhost/pkg-lock-write::optional-string locked) (quote :registry))) (source-selector ((selfhost/pkg-lock-write::optional-string locked) (quote :source_selector))) (resolved-ref ((selfhost/pkg-lock-write::optional-string locked) (quote :resolved-ref))) (exports-hash ((selfhost/pkg-lock-write::optional-string locked) (quote :exports_hash))) (environment-fingerprint ((selfhost/pkg-lock-write::optional-string locked) (quote :environment-fingerprint)))) (((selfhost/pkg-lock-write::render-locked-fields name) snapshot) {:commit commit :environment-fingerprint environment-fingerprint :exports-hash exports-hash :registry registry :resolved-ref resolved-ref :source-selector source-selector})) (selfhost/pkg-lock-write::bad-part ":locked snapshot must be string"))) (selfhost/pkg-lock-write::bad-part ":locked must map strings to maps"))))) (def selfhost/pkg-lock-write::render-map-loop (fn (entries) (fn (length) (fn (index) (fn (out) (fn (renderer) (if ((core/int::eq? index) length) {:error nil :text out} (let ((pair (selfhost/pkg-lock-write::entry-pair ((core/vec::get entries) index)))) (if (selfhost/pkg-lock-write::nil? pair) {:error "map contains malformed entry" :text ""} (let ((part ((renderer ((core/vec::get pair) 0)) ((core/vec::get pair) 1)))) (let ((error ((core/map::get part) (quote :error)))) (if (selfhost/pkg-lock-write::nil? error) (((((selfhost/pkg-lock-write::render-map-loop entries) length) ((core/int::add index) 1)) ((selfhost/pkg-lock-write::append out) ((core/map::get part) (quote :line)))) renderer) {:error error :text ""})))))))))))) (def selfhost/pkg-lock-write::render-map (fn (value) (fn (renderer) (if (selfhost/pkg-lock-write::nil? value) {:error nil :text ""} (if (selfhost/pkg-lock-write::map? value) (let ((entries (core/map::entries value))) (((((selfhost/pkg-lock-write::render-map-loop entries) (core/vec::len entries)) 0) "") renderer)) {:error "lock section must be map" :text ""}))))) (def selfhost/pkg-lock-write::render-bare-string-entry (fn (name) (fn (value) (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::str? value) false) ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append name) ((selfhost/pkg-lock-write::append " = ") ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted value)) "\n")))) false) (selfhost/pkg-lock-write::bad-part "lock section must map strings to strings"))))) (def selfhost/pkg-lock-write::section (fn (header) (fn (rendered) (let ((error ((core/map::get rendered) (quote :error)))) (if (selfhost/pkg-lock-write::nil? error) (let ((text ((core/map::get rendered) (quote :text)))) {:error nil :text (if ((core/int::eq? (core/str::len text)) 0) "" ((selfhost/pkg-lock-write::append header) ((selfhost/pkg-lock-write::append text) "\n")))}) {:error error :text ""}))))) (def selfhost/pkg-lock-write::effective-version (fn (value) (fn (has-v2) (let ((base (if (selfhost/pkg-lock-write::nil? value) 2 (if (selfhost/pkg-lock-write::int? value) (if ((core/int::lt? value) 0) 2 (if ((core/int::lt? 18446744073709551615) value) 2 value)) nil)))) (if (selfhost/pkg-lock-write::nil? base) nil (if ((core/int::eq? base) 0) 2 (if (if ((core/int::lt? base) 2) has-v2 false) 2 base))))))) (def selfhost/pkg-lock-write::assemble-lock (fn (payload) (fn (workspace) (fn (policy) (fn (sections) (let ((requirements ((core/map::get sections) (quote :requirements)))) (let ((registries ((core/map::get sections) (quote :registries)))) (let ((locked ((core/map::get sections) (quote :locked)))) (let ((artifacts ((core/map::get sections) (quote :artifacts)))) (let ((error ((selfhost/pkg-lock-write::error-or ((core/map::get requirements) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get registries) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get locked) (quote :error))) ((core/map::get artifacts) (quote :error))))))) (if (selfhost/pkg-lock-write::nil? error) (let ((version ((selfhost/pkg-lock-write::effective-version ((core/map::get payload) (quote :version))) ((core/map::get requirements) (quote :has-v2))))) (if (selfhost/pkg-lock-write::nil? version) {:error ":version must be int or nil" :text ""} (let ((head ((selfhost/pkg-lock-write::append "version = ") ((selfhost/pkg-lock-write::append (core/int::to-str version)) "\n")))) (let ((with-workspace ((selfhost/pkg-lock-write::append head) ((selfhost/pkg-lock-write::append "workspace = ") ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted workspace)) "\n"))))) (let ((with-policy ((selfhost/pkg-lock-write::append with-workspace) ((selfhost/pkg-lock-write::append "policy = ") ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted policy)) "\n\n"))))) (let ((with-registries ((selfhost/pkg-lock-write::append with-policy) ((core/map::get registries) (quote :text))))) (let ((with-requirements ((selfhost/pkg-lock-write::append with-registries) ((selfhost/pkg-lock-write::append "[requirements]\n") ((selfhost/pkg-lock-write::append ((core/map::get requirements) (quote :text))) "\n"))))) (let ((with-locked ((selfhost/pkg-lock-write::append with-requirements) ((selfhost/pkg-lock-write::append "[locked]\n") ((selfhost/pkg-lock-write::append ((core/map::get locked) (quote :text))) "\n"))))) {:error nil :text ((selfhost/pkg-lock-write::append with-locked) ((core/map::get artifacts) (quote :text)))})))))))) {:error error :text ""}))))))))))) (def selfhost/pkg-lock-write::render-lock-sections (fn (payload) (fn (workspace) (fn (policy) (let ((requirements (selfhost/pkg-lock-write::render-requirements ((core/map::get payload) (quote :requirements))))) (let ((registries ((selfhost/pkg-lock-write::section "[registries]\n") ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :registries))) selfhost/pkg-lock-write::render-bare-string-entry)))) (let ((locked ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :locked))) selfhost/pkg-lock-write::render-locked))) (let ((artifacts ((selfhost/pkg-lock-write::section "[artifacts]\n") ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :artifacts))) selfhost/pkg-lock-write::render-bare-string-entry)))) ((((selfhost/pkg-lock-write::assemble-lock payload) workspace) policy) {:artifacts artifacts :locked locked :registries registries :requirements requirements}))))))))) (def selfhost/pkg-lock-write::render-lock (fn (payload) (if (selfhost/pkg-lock-write::map? payload) (let ((workspace ((core/map::get payload) (quote :workspace)))) (if (selfhost/pkg-lock-write::str? workspace) (let ((policy0 ((core/map::get payload) (quote :policy)))) (if (if (selfhost/pkg-lock-write::nil? policy0) true (selfhost/pkg-lock-write::str? policy0)) (let ((policy (if (selfhost/pkg-lock-write::nil? policy0) "policy:default-v0.1" policy0))) (((selfhost/pkg-lock-write::render-lock-sections payload) workspace) policy)) {:error ":policy must be string or nil" :text ""})) {:error ":workspace must be string" :text ""})) {:error "payload must be map" :text ""}))) (def selfhost/pkg-lock-write::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (bytes) (fn (lock-h) {:bytes bytes :code code :kind "genesis/pkg-lock-write-authority-result-v0.1" :lock-h lock-h :message message :ok ok :request-h request-h :v 1}))))))) (def selfhost/pkg-lock-write::reject (fn (request-h) (fn (code) (fn (message) ((((((selfhost/pkg-lock-write::result request-h) false) code) message) nil) nil))))) (def selfhost/pkg-lock-write::accept (fn (request-h) (fn (bytes) ((((((selfhost/pkg-lock-write::result request-h) true) nil) nil) bytes) (core/bytes::to-hex (core/crypto::blake3 bytes)))))) (def core/pkg::lock-write-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-write::map? request) (let ((fields (core/map::entries request))) (if ((core/int::eq? (core/vec::len fields)) 4) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-write::str? kind) ((core/eq? kind) "genesis/pkg-lock-write-authority-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if (selfhost/pkg-lock-write::sym? op) ((core/sym::eq? op) (quote :write)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-write::int? version) ((core/int::eq? version) 1) false) (let ((rendered (selfhost/pkg-lock-write::render-lock ((core/map::get request) (quote :payload))))) (let ((error ((core/map::get rendered) (quote :error)))) (if (selfhost/pkg-lock-write::nil? error) (let ((bytes (core/str::to-utf8 ((core/map::get rendered) (quote :text))))) ((selfhost/pkg-lock-write::accept request-h) bytes)) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-payload") error)))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request :op must be :write"))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch"))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"\x12\x01w(\xBDg\xF9\xA2TUO\"\x90_\xBD\x8E*\x8D\xF0\xF1\x1C\x8A\x18L\noE\x96\xBC\xBA\x12\x98" :path "selfhost/pkg_lock_write_authority_v1.gc" :source "(def selfhost/pkg-lock-write::append (fn (left) (fn (right) ((core/str::concat left) right))))\n\n(def selfhost/pkg-lock-write::append3\n (fn (a)\n (fn (b) (fn (c) ((selfhost/pkg-lock-write::append ((selfhost/pkg-lock-write::append a) b)) c)))))\n\n(def selfhost/pkg-lock-write::quoted\n (fn (value) (((selfhost/pkg-lock-write::append3 \"\\\"\") (core/coreform::escape-str value)) \"\\\"\")))\n\n(def selfhost/pkg-lock-write::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/pkg-lock-write::ascii-space?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 9)\n true\n (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13))))))\n\n(def selfhost/pkg-lock-write::trim-left\n (fn (bytes)\n (fn (length)\n (fn (index)\n (if ((core/int::eq? index) length)\n index\n (if (selfhost/pkg-lock-write::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-lock-write::trim-left bytes) length) ((core/int::add index) 1))\n index))))))\n\n(def selfhost/pkg-lock-write::trim-right\n (fn (bytes)\n (fn (start)\n (fn (end)\n (if ((core/int::eq? start) end)\n end\n (let ((index ((core/int::sub end) 1)))\n (if (selfhost/pkg-lock-write::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-lock-write::trim-right bytes) start) index)\n end)))))))\n\n(def selfhost/pkg-lock-write::trim\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((length (core/bytes::len bytes)))\n (let ((start (((selfhost/pkg-lock-write::trim-left bytes) length) 0)))\n (let ((end (((selfhost/pkg-lock-write::trim-right bytes) start) length)))\n (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start)))))))))\n\n(def selfhost/pkg-lock-write::drop-prefix\n (fn (value)\n (fn (length)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((total (core/bytes::len bytes)))\n (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length))))))))\n\n(def selfhost/pkg-lock-write::selector-kind\n (fn (selector)\n (let ((value (selfhost/pkg-lock-write::trim selector)))\n (if ((selfhost/pkg-lock-write::starts-with? value) \"semver:\")\n (let\n ((rest (selfhost/pkg-lock-write::trim ((selfhost/pkg-lock-write::drop-prefix value) 7))))\n (if ((core/int::eq? (core/str::len rest)) 0) (quote :other) (quote :tag)))\n (if ((selfhost/pkg-lock-write::starts-with? value) \"ref:\")\n (let\n ((rest (selfhost/pkg-lock-write::trim ((selfhost/pkg-lock-write::drop-prefix value) 4))))\n (if ((selfhost/pkg-lock-write::starts-with? rest) \"refs/tags/\")\n (quote :tag)\n (if ((selfhost/pkg-lock-write::starts-with? rest) \"refs/\")\n (quote :ref)\n (quote :other))))\n (if ((selfhost/pkg-lock-write::starts-with? value) \"refs/tags/\")\n (quote :tag)\n (if ((selfhost/pkg-lock-write::starts-with? value) \"refs/\") (quote :ref) (quote :other))))))))\n\n(def selfhost/pkg-lock-write::infer-strategy\n (fn (selector)\n (let ((kind (selfhost/pkg-lock-write::selector-kind selector)))\n (if ((core/sym::eq? kind) (quote :ref))\n \"track-ref\"\n (if ((core/sym::eq? kind) (quote :tag)) \"tag-policy\" \"pinned\")))))\n\n(def selfhost/pkg-lock-write::ok-part\n (fn (line)\n (fn (has-v2)\n {\n :error nil\n :has-v2 has-v2\n :line line})))\n\n(def selfhost/pkg-lock-write::bad-part\n (fn (message)\n {\n :error message\n :has-v2 false\n :line \"\"}))\n\n(def selfhost/pkg-lock-write::entry-pair\n (fn (entry)\n (let\n (\n (pair\n (if ((core/sym::eq? (core/data::tag entry)) (quote :vec))\n entry\n (core/pair::as-proper-list entry))))\n (if ((core/sym::eq? (core/data::tag pair)) (quote :vec))\n (if ((core/int::eq? (core/vec::len pair)) 2) pair nil)\n nil))))\n\n(def selfhost/pkg-lock-write::normalize-update-policy\n (fn (value)\n (if (selfhost/pkg-lock-write::nil? value)\n \"manual\"\n (if (selfhost/pkg-lock-write::sym? value)\n (let ((name (core/sym::to-str value)))\n (if ((core/eq? name) \":manual\") \"manual\" (if ((core/eq? name) \":auto\") \"auto\" nil)))\n (if (selfhost/pkg-lock-write::str? value)\n (if ((core/eq? value) \"manual\")\n \"manual\"\n (if ((core/eq? value) \":manual\")\n \"manual\"\n (if ((core/eq? value) \"auto\") \"auto\" (if ((core/eq? value) \":auto\") \"auto\" nil))))\n nil)))))\n\n(def selfhost/pkg-lock-write::normalize-strategy\n (fn (value)\n (fn (selector)\n (if (selfhost/pkg-lock-write::nil? value)\n (selfhost/pkg-lock-write::infer-strategy selector)\n (if (selfhost/pkg-lock-write::sym? value)\n (let ((name (core/sym::to-str value)))\n (if (if ((core/eq? name) \"pinned\") true ((core/eq? name) \":pinned\"))\n \"pinned\"\n (if (if ((core/eq? name) \"track-ref\") true ((core/eq? name) \":track-ref\"))\n \"track-ref\"\n (if (if ((core/eq? name) \"tag-policy\") true ((core/eq? name) \":tag-policy\"))\n \"tag-policy\"\n nil))))\n (if (selfhost/pkg-lock-write::str? value)\n (if ((core/eq? value) \"pinned\")\n \"pinned\"\n (if ((core/eq? value) \"track-ref\")\n \"track-ref\"\n (if ((core/eq? value) \"tag-policy\") \"tag-policy\" nil)))\n nil))))))\n\n(def selfhost/pkg-lock-write::render-requirement-line\n (fn (name)\n (fn (selector)\n (fn (update-policy)\n (fn (registry)\n (fn (strategy)\n (fn (tag-policy)\n (let\n (\n (prefix\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted name))\n \" = { selector = \")))\n (let\n (\n (with-selector\n ((selfhost/pkg-lock-write::append prefix)\n (selfhost/pkg-lock-write::quoted selector))))\n (let\n (\n (with-policy\n ((selfhost/pkg-lock-write::append with-selector)\n ((selfhost/pkg-lock-write::append \", update_policy = \")\n (selfhost/pkg-lock-write::quoted update-policy)))))\n (let\n (\n (with-registry\n ((selfhost/pkg-lock-write::append with-policy)\n ((selfhost/pkg-lock-write::append \", registry = \")\n (selfhost/pkg-lock-write::quoted registry)))))\n (let\n (\n (with-strategy\n ((selfhost/pkg-lock-write::append with-registry)\n ((selfhost/pkg-lock-write::append \", strategy = \")\n (selfhost/pkg-lock-write::quoted strategy)))))\n (let\n (\n (with-tag\n (if (selfhost/pkg-lock-write::nil? tag-policy)\n with-strategy\n ((selfhost/pkg-lock-write::append with-strategy)\n ((selfhost/pkg-lock-write::append \", tag_policy = \")\n (selfhost/pkg-lock-write::quoted tag-policy))))))\n (let ((kind (selfhost/pkg-lock-write::selector-kind selector)))\n ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append with-tag) \" }\\n\"))\n (if\n (if ((core/eq? strategy) \"pinned\")\n (selfhost/pkg-lock-write::nil? tag-policy)\n false)\n (if ((core/sym::eq? kind) (quote :other)) false true)\n true))))))))))))))))\n\n(def selfhost/pkg-lock-write::render-requirement\n (fn (name)\n (fn (requirement)\n (if\n (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::map? requirement) false)\n (let ((selector ((core/map::get requirement) (quote :selector))))\n (if (selfhost/pkg-lock-write::str? selector)\n (let\n (\n (update-policy\n (selfhost/pkg-lock-write::normalize-update-policy\n ((core/map::get requirement) (quote :update-policy)))))\n (if (selfhost/pkg-lock-write::nil? update-policy)\n (selfhost/pkg-lock-write::bad-part\n \":requirements update-policy must be manual or auto\")\n (let ((registry0 ((core/map::get requirement) (quote :registry))))\n (if\n (if (selfhost/pkg-lock-write::nil? registry0)\n true\n (selfhost/pkg-lock-write::str? registry0))\n (let\n ((registry (if (selfhost/pkg-lock-write::nil? registry0) \"default\" registry0)))\n (let\n (\n (strategy\n ((selfhost/pkg-lock-write::normalize-strategy ((core/map::get requirement) (quote :strategy)))\n selector)))\n (if (selfhost/pkg-lock-write::nil? strategy)\n (selfhost/pkg-lock-write::bad-part\n \":requirements strategy must be pinned, track-ref, or tag-policy\")\n (let ((tag-policy ((core/map::get requirement) (quote :tag-policy))))\n (if\n (if (selfhost/pkg-lock-write::nil? tag-policy)\n true\n (selfhost/pkg-lock-write::str? tag-policy))\n (\n (((((selfhost/pkg-lock-write::render-requirement-line name) selector) update-policy) registry)\n strategy)\n tag-policy)\n (selfhost/pkg-lock-write::bad-part\n \":requirements tag-policy must be string or nil\"))))))\n (selfhost/pkg-lock-write::bad-part\n \":requirements registry must be string or nil\")))))\n (selfhost/pkg-lock-write::bad-part \":requirements selector must be string\")))\n (selfhost/pkg-lock-write::bad-part \":requirements must map strings to maps\")))))\n\n(def selfhost/pkg-lock-write::render-requirements-loop\n (fn (entries)\n (fn (length)\n (fn (index)\n (fn (out)\n (fn (has-v2)\n (if ((core/int::eq? index) length)\n {\n :error nil\n :has-v2 has-v2\n :text out}\n (let ((pair (selfhost/pkg-lock-write::entry-pair ((core/vec::get entries) index))))\n (if (selfhost/pkg-lock-write::nil? pair)\n {\n :error \":requirements contains malformed entry\"\n :has-v2 false\n :text \"\"}\n (let\n (\n (part\n ((selfhost/pkg-lock-write::render-requirement ((core/vec::get pair) 0))\n ((core/vec::get pair) 1))))\n (let ((error ((core/map::get part) (quote :error))))\n (if (selfhost/pkg-lock-write::nil? error)\n (\n ((((selfhost/pkg-lock-write::render-requirements-loop entries) length) ((core/int::add index) 1))\n ((selfhost/pkg-lock-write::append out)\n ((core/map::get part) (quote :line))))\n (if has-v2 true ((core/map::get part) (quote :has-v2))))\n {\n :error error\n :has-v2 false\n :text \"\"}))))))))))))\n\n(def selfhost/pkg-lock-write::render-requirements\n (fn (value)\n (if (selfhost/pkg-lock-write::nil? value)\n {\n :error nil\n :has-v2 false\n :text \"\"}\n (if (selfhost/pkg-lock-write::map? value)\n (let ((entries (core/map::entries value)))\n (((((selfhost/pkg-lock-write::render-requirements-loop entries) (core/vec::len entries)) 0) \"\")\n false))\n {\n :error \":requirements must be map\"\n :has-v2 false\n :text \"\"}))))\n\n(def selfhost/pkg-lock-write::optional-string\n (fn (map)\n (fn (field)\n (let ((value ((core/map::get map) field)))\n (if (selfhost/pkg-lock-write::nil? value)\n {:error nil :value nil}\n (if (selfhost/pkg-lock-write::str? value)\n {:error nil :value value}\n {:error \"optional lock field must be string or nil\" :value nil}))))))\n\n(def selfhost/pkg-lock-write::append-optional-field\n (fn (line)\n (fn (label)\n (fn (value)\n (if (selfhost/pkg-lock-write::nil? value)\n line\n ((selfhost/pkg-lock-write::append line)\n ((selfhost/pkg-lock-write::append label) (selfhost/pkg-lock-write::quoted value))))))))\n\n(def selfhost/pkg-lock-write::error-or\n (fn (left) (fn (right) (if (selfhost/pkg-lock-write::nil? left) right left))))\n\n(def selfhost/pkg-lock-write::render-locked-fields\n (fn (name)\n (fn (snapshot)\n (fn (fields)\n (let ((commit ((core/map::get fields) (quote :commit))))\n (let ((registry ((core/map::get fields) (quote :registry))))\n (let ((source-selector ((core/map::get fields) (quote :source-selector))))\n (let ((resolved-ref ((core/map::get fields) (quote :resolved-ref))))\n (let ((exports-hash ((core/map::get fields) (quote :exports-hash))))\n (let\n ((environment-fingerprint ((core/map::get fields) (quote :environment-fingerprint))))\n (let\n (\n (error\n ((selfhost/pkg-lock-write::error-or ((core/map::get commit) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get registry) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get source-selector) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get resolved-ref) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get exports-hash) (quote :error)))\n ((core/map::get environment-fingerprint) (quote :error)))))))))\n (if (selfhost/pkg-lock-write::nil? error)\n (let ((commit-value ((core/map::get commit) (quote :value))))\n (let\n ((line0 ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted name)) \" = { \")))\n (let\n (\n (line1\n (if (selfhost/pkg-lock-write::nil? commit-value)\n line0\n ((selfhost/pkg-lock-write::append line0)\n ((selfhost/pkg-lock-write::append \"commit = \")\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted commit-value))\n \", \"))))))\n (let\n (\n (line2\n ((selfhost/pkg-lock-write::append line1)\n ((selfhost/pkg-lock-write::append \"snapshot = \")\n (selfhost/pkg-lock-write::quoted snapshot)))))\n (let\n (\n (line3\n (((selfhost/pkg-lock-write::append-optional-field line2) \", registry = \")\n ((core/map::get registry) (quote :value)))))\n (let\n ((source-value ((core/map::get source-selector) (quote :value))))\n (let\n (\n (line4\n (if\n (if (selfhost/pkg-lock-write::str? source-value)\n ((core/int::lt? 0) (core/str::len source-value))\n false)\n (((selfhost/pkg-lock-write::append-optional-field line3) \", source_selector = \")\n source-value)\n line3)))\n (let\n (\n (line5\n (((selfhost/pkg-lock-write::append-optional-field line4) \", resolved_ref = \")\n ((core/map::get resolved-ref) (quote :value)))))\n (let\n (\n (line6\n (((selfhost/pkg-lock-write::append-optional-field line5) \", exports_hash = \")\n ((core/map::get exports-hash) (quote :value)))))\n (let\n (\n (line7\n (((selfhost/pkg-lock-write::append-optional-field line6) \", environment_fingerprint = \")\n ((core/map::get environment-fingerprint)\n (quote :value)))))\n ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append line7) \" }\\n\"))\n false)))))))))))\n (selfhost/pkg-lock-write::bad-part error)))))))))))))\n\n(def selfhost/pkg-lock-write::render-locked\n (fn (name)\n (fn (locked)\n (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::map? locked) false)\n (let ((snapshot ((core/map::get locked) (quote :snapshot))))\n (if (selfhost/pkg-lock-write::str? snapshot)\n (let\n ((commit ((selfhost/pkg-lock-write::optional-string locked) (quote :commit)))\n (registry ((selfhost/pkg-lock-write::optional-string locked) (quote :registry)))\n (source-selector\n ((selfhost/pkg-lock-write::optional-string locked) (quote :source_selector)))\n (resolved-ref\n ((selfhost/pkg-lock-write::optional-string locked) (quote :resolved-ref)))\n (exports-hash\n ((selfhost/pkg-lock-write::optional-string locked) (quote :exports_hash)))\n (environment-fingerprint\n ((selfhost/pkg-lock-write::optional-string locked)\n (quote :environment-fingerprint))))\n (((selfhost/pkg-lock-write::render-locked-fields name) snapshot)\n {\n :commit commit\n :environment-fingerprint environment-fingerprint\n :exports-hash exports-hash\n :registry registry\n :resolved-ref resolved-ref\n :source-selector source-selector}))\n (selfhost/pkg-lock-write::bad-part \":locked snapshot must be string\")))\n (selfhost/pkg-lock-write::bad-part \":locked must map strings to maps\")))))\n\n(def selfhost/pkg-lock-write::render-map-loop\n (fn (entries)\n (fn (length)\n (fn (index)\n (fn (out)\n (fn (renderer)\n (if ((core/int::eq? index) length)\n {:error nil :text out}\n (let ((pair (selfhost/pkg-lock-write::entry-pair ((core/vec::get entries) index))))\n (if (selfhost/pkg-lock-write::nil? pair)\n {:error \"map contains malformed entry\" :text \"\"}\n (let ((part ((renderer ((core/vec::get pair) 0)) ((core/vec::get pair) 1))))\n (let ((error ((core/map::get part) (quote :error))))\n (if (selfhost/pkg-lock-write::nil? error)\n (\n ((((selfhost/pkg-lock-write::render-map-loop entries) length) ((core/int::add index) 1))\n ((selfhost/pkg-lock-write::append out)\n ((core/map::get part) (quote :line))))\n renderer)\n {:error error :text \"\"}))))))))))))\n\n(def selfhost/pkg-lock-write::render-map\n (fn (value)\n (fn (renderer)\n (if (selfhost/pkg-lock-write::nil? value)\n {:error nil :text \"\"}\n (if (selfhost/pkg-lock-write::map? value)\n (let ((entries (core/map::entries value)))\n (((((selfhost/pkg-lock-write::render-map-loop entries) (core/vec::len entries)) 0) \"\")\n renderer))\n {:error \"lock section must be map\" :text \"\"})))))\n\n(def selfhost/pkg-lock-write::render-bare-string-entry\n (fn (name)\n (fn (value)\n (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::str? value) false)\n (\n (selfhost/pkg-lock-write::ok-part\n ((selfhost/pkg-lock-write::append name)\n ((selfhost/pkg-lock-write::append \" = \")\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted value)) \"\\n\"))))\n false)\n (selfhost/pkg-lock-write::bad-part \"lock section must map strings to strings\")))))\n\n(def selfhost/pkg-lock-write::section\n (fn (header)\n (fn (rendered)\n (let ((error ((core/map::get rendered) (quote :error))))\n (if (selfhost/pkg-lock-write::nil? error)\n (let ((text ((core/map::get rendered) (quote :text))))\n {\n :error nil\n :text\n (if ((core/int::eq? (core/str::len text)) 0)\n \"\"\n ((selfhost/pkg-lock-write::append header)\n ((selfhost/pkg-lock-write::append text) \"\\n\")))})\n {:error error :text \"\"})))))\n\n(def selfhost/pkg-lock-write::effective-version\n (fn (value)\n (fn (has-v2)\n (let\n (\n (base\n (if (selfhost/pkg-lock-write::nil? value)\n 2\n (if (selfhost/pkg-lock-write::int? value)\n (if ((core/int::lt? value) 0)\n 2\n (if ((core/int::lt? 18446744073709551615) value) 2 value))\n nil))))\n (if (selfhost/pkg-lock-write::nil? base)\n nil\n (if ((core/int::eq? base) 0) 2 (if (if ((core/int::lt? base) 2) has-v2 false) 2 base)))))))\n\n(def selfhost/pkg-lock-write::assemble-lock\n (fn (payload)\n (fn (workspace)\n (fn (policy)\n (fn (sections)\n (let ((requirements ((core/map::get sections) (quote :requirements))))\n (let ((registries ((core/map::get sections) (quote :registries))))\n (let ((locked ((core/map::get sections) (quote :locked))))\n (let ((artifacts ((core/map::get sections) (quote :artifacts))))\n (let\n (\n (error\n ((selfhost/pkg-lock-write::error-or ((core/map::get requirements) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get registries) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get locked) (quote :error)))\n ((core/map::get artifacts) (quote :error)))))))\n (if (selfhost/pkg-lock-write::nil? error)\n (let\n (\n (version\n ((selfhost/pkg-lock-write::effective-version ((core/map::get payload) (quote :version)))\n ((core/map::get requirements) (quote :has-v2)))))\n (if (selfhost/pkg-lock-write::nil? version)\n {:error \":version must be int or nil\" :text \"\"}\n (let\n (\n (head\n ((selfhost/pkg-lock-write::append \"version = \")\n ((selfhost/pkg-lock-write::append (core/int::to-str version)) \"\\n\"))))\n (let\n (\n (with-workspace\n ((selfhost/pkg-lock-write::append head)\n ((selfhost/pkg-lock-write::append \"workspace = \")\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted workspace))\n \"\\n\")))))\n (let\n (\n (with-policy\n ((selfhost/pkg-lock-write::append with-workspace)\n ((selfhost/pkg-lock-write::append \"policy = \")\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted policy))\n \"\\n\\n\")))))\n (let\n (\n (with-registries\n ((selfhost/pkg-lock-write::append with-policy)\n ((core/map::get registries) (quote :text)))))\n (let\n (\n (with-requirements\n ((selfhost/pkg-lock-write::append with-registries)\n ((selfhost/pkg-lock-write::append \"[requirements]\\n\")\n ((selfhost/pkg-lock-write::append ((core/map::get requirements) (quote :text)))\n \"\\n\")))))\n (let\n (\n (with-locked\n ((selfhost/pkg-lock-write::append with-requirements)\n ((selfhost/pkg-lock-write::append \"[locked]\\n\")\n ((selfhost/pkg-lock-write::append ((core/map::get locked) (quote :text)))\n \"\\n\")))))\n {\n :error nil\n :text\n ((selfhost/pkg-lock-write::append with-locked)\n ((core/map::get artifacts) (quote :text)))}))))))))\n {:error error :text \"\"})))))))))))\n\n(def selfhost/pkg-lock-write::render-lock-sections\n (fn (payload)\n (fn (workspace)\n (fn (policy)\n (let\n (\n (requirements\n (selfhost/pkg-lock-write::render-requirements\n ((core/map::get payload) (quote :requirements)))))\n (let\n (\n (registries\n ((selfhost/pkg-lock-write::section \"[registries]\\n\")\n ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :registries)))\n selfhost/pkg-lock-write::render-bare-string-entry))))\n (let\n (\n (locked\n ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :locked)))\n selfhost/pkg-lock-write::render-locked)))\n (let\n (\n (artifacts\n ((selfhost/pkg-lock-write::section \"[artifacts]\\n\")\n ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :artifacts)))\n selfhost/pkg-lock-write::render-bare-string-entry))))\n ((((selfhost/pkg-lock-write::assemble-lock payload) workspace) policy)\n {\n :artifacts artifacts\n :locked locked\n :registries registries\n :requirements requirements})))))))))\n\n(def selfhost/pkg-lock-write::render-lock\n (fn (payload)\n (if (selfhost/pkg-lock-write::map? payload)\n (let ((workspace ((core/map::get payload) (quote :workspace))))\n (if (selfhost/pkg-lock-write::str? workspace)\n (let ((policy0 ((core/map::get payload) (quote :policy))))\n (if\n (if (selfhost/pkg-lock-write::nil? policy0)\n true\n (selfhost/pkg-lock-write::str? policy0))\n (let\n ((policy (if (selfhost/pkg-lock-write::nil? policy0) \"policy:default-v0.1\" policy0)))\n (((selfhost/pkg-lock-write::render-lock-sections payload) workspace) policy))\n {:error \":policy must be string or nil\" :text \"\"}))\n {:error \":workspace must be string\" :text \"\"}))\n {:error \"payload must be map\" :text \"\"})))\n\n(def selfhost/pkg-lock-write::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (bytes)\n (fn (lock-h)\n {\n :bytes bytes\n :code code\n :kind \"genesis/pkg-lock-write-authority-result-v0.1\"\n :lock-h lock-h\n :message message\n :ok ok\n :request-h request-h\n :v 1})))))))\n\n(def selfhost/pkg-lock-write::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n ((((((selfhost/pkg-lock-write::result request-h) false) code) message) nil) nil)))))\n\n(def selfhost/pkg-lock-write::accept\n (fn (request-h)\n (fn (bytes)\n ((((((selfhost/pkg-lock-write::result request-h) true) nil) nil) bytes)\n (core/bytes::to-hex (core/crypto::blake3 bytes))))))\n\n(def core/pkg::lock-write-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-write::map? request)\n (let ((fields (core/map::entries request)))\n (if ((core/int::eq? (core/vec::len fields)) 4)\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-write::str? kind)\n ((core/eq? kind) \"genesis/pkg-lock-write-authority-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if (selfhost/pkg-lock-write::sym? op)\n ((core/sym::eq? op) (quote :write))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-write::int? version)\n ((core/int::eq? version) 1)\n false)\n (let\n ((rendered (selfhost/pkg-lock-write::render-lock ((core/map::get request) (quote :payload)))))\n (let ((error ((core/map::get rendered) (quote :error))))\n (if (selfhost/pkg-lock-write::nil? error)\n (let\n ((bytes (core/str::to-utf8 ((core/map::get rendered) (quote :text)))))\n ((selfhost/pkg-lock-write::accept request-h) bytes))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-payload\")\n error))))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :op must be :write\")))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\")))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"vS8(i\\\xE2peQ\x9B\x18\xC5\x0E\xD0\x13\x9E\xED\xAB\x98\x03\xE3HhR\x99\xF5\xB4\xBA\xAD\xFB\xAE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-lock-ops::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (bytes) (fn (lock-h) (fn (value) {:bytes bytes :code code :kind "genesis/pkg-lock-ops-authority-result-v0.1" :lock-h lock-h :message message :ok ok :request-h request-h :v 1 :value value})))))))) (def selfhost/pkg-lock-ops::reject (fn (request-h) (fn (code) (fn (message) (((((((selfhost/pkg-lock-ops::result request-h) false) code) message) nil) nil) nil))))) (def selfhost/pkg-lock-ops::accept-write (fn (request-h) (fn (bytes) (((((((selfhost/pkg-lock-ops::result request-h) true) nil) nil) bytes) (core/bytes::to-hex (core/crypto::blake3 bytes))) nil)))) (def selfhost/pkg-lock-ops::accept-value (fn (request-h) (fn (value) (((((((selfhost/pkg-lock-ops::result request-h) true) nil) nil) nil) nil) value)))) (def selfhost/pkg-lock-ops::writer-locked-entry (fn (entry) {:commit ((core/map::get entry) (quote :commit)) :environment-fingerprint ((core/map::get entry) (quote :environment-fingerprint)) :exports_hash ((core/map::get entry) (quote :exports-hash)) :registry ((core/map::get entry) (quote :registry)) :resolved-ref ((core/map::get entry) (quote :resolved-ref)) :snapshot ((core/map::get entry) (quote :snapshot)) :source_selector ((core/map::get entry) (quote :source-selector))})) (def selfhost/pkg-lock-ops::writer-locked-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (((selfhost/pkg-lock-ops::writer-locked-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) (selfhost/pkg-lock-ops::writer-locked-entry ((core/vec::get entry) 1))))))))))) (def selfhost/pkg-lock-ops::writer-locked (fn (locked) (((selfhost/pkg-lock-ops::writer-locked-loop (core/map::entries locked)) 0) {}))) (def selfhost/pkg-lock-ops::writer-payload (fn (model) (core/coreform::parse-term (core/coreform::print-term {:artifacts ((core/map::get model) (quote :artifacts)) :locked (selfhost/pkg-lock-ops::writer-locked ((core/map::get model) (quote :locked))) :policy ((core/map::get model) (quote :policy)) :registries ((core/map::get model) (quote :registries)) :requirements ((core/map::get model) (quote :requirements)) :version ((core/map::get model) (quote :version)) :workspace ((core/map::get model) (quote :workspace))})))) (def selfhost/pkg-lock-ops::render-payload (fn (request-h) (fn (payload) (let ((rendered (selfhost/pkg-lock-write::render-lock payload))) (let ((error ((core/map::get rendered) (quote :error)))) (if (selfhost/pkg-lock-read::nil? error) ((selfhost/pkg-lock-ops::accept-write request-h) (core/str::to-utf8 ((core/map::get rendered) (quote :text)))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") error))))))) (def selfhost/pkg-lock-ops::render-model (fn (request-h) (fn (model) ((selfhost/pkg-lock-ops::render-payload request-h) (selfhost/pkg-lock-ops::writer-payload model))))) (def selfhost/pkg-lock-ops::init (fn (request-h) (fn (payload) (if (selfhost/pkg-lock-read::map? payload) (let ((workspace ((core/map::get payload) (quote :workspace)))) (if (selfhost/pkg-lock-read::str? workspace) (let ((policy0 ((core/map::get payload) (quote :policy)))) (let ((policy (if (selfhost/pkg-lock-read::str? policy0) policy0 "policy:default-v0.1"))) (let ((registry0 ((core/map::get payload) (quote :registry-default)))) (let ((registries (if (selfhost/pkg-lock-read::str? registry0) {"default" registry0} {}))) ((selfhost/pkg-lock-ops::render-model request-h) {:artifacts {} :locked {} :policy policy :registries registries :requirements {} :version 2 :workspace workspace}))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "missing :workspace string"))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "payload must be a map"))))) (def selfhost/pkg-lock-ops::ascii-range? (fn (lower) (fn (upper) (fn (byte) (if ((core/int::lt? lower) byte) ((core/int::lt? byte) upper) false))))) (def selfhost/pkg-lock-ops::lower-hex-byte? (fn (byte) (if (((selfhost/pkg-lock-ops::ascii-range? 47) 58) byte) true (((selfhost/pkg-lock-ops::ascii-range? 96) 103) byte)))) (def selfhost/pkg-lock-ops::lower-hex-loop? (fn (bytes) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) true (if (selfhost/pkg-lock-ops::lower-hex-byte? ((core/bytes::get bytes) index)) ((selfhost/pkg-lock-ops::lower-hex-loop? bytes) ((core/int::add index) 1)) false))))) (def selfhost/pkg-lock-ops::lower-hex64? (fn (value) (if (selfhost/pkg-lock-read::str? value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::eq? (core/bytes::len bytes)) 64) ((selfhost/pkg-lock-ops::lower-hex-loop? bytes) 0) false)) false))) (def selfhost/pkg-lock-ops::dep-safe-byte? (fn (byte) (if (((selfhost/pkg-lock-ops::ascii-range? 47) 58) byte) true (if (((selfhost/pkg-lock-ops::ascii-range? 64) 91) byte) true (if (((selfhost/pkg-lock-ops::ascii-range? 96) 123) byte) true (if ((core/int::eq? byte) 45) true ((core/int::eq? byte) 95))))))) (def selfhost/pkg-lock-ops::utf8-width (fn (byte) (if ((core/int::lt? byte) 128) 1 (if ((core/int::lt? byte) 224) 2 (if ((core/int::lt? byte) 240) 3 4))))) (def selfhost/pkg-lock-ops::dep-fragment-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (let ((byte ((core/bytes::get bytes) index))) (let ((ascii? ((core/int::lt? byte) 128))) (((selfhost/pkg-lock-ops::dep-fragment-loop bytes) ((core/int::add index) (if ascii? 1 (selfhost/pkg-lock-ops::utf8-width byte)))) ((core/vec::push parts) (if (if ascii? (selfhost/pkg-lock-ops::dep-safe-byte? byte) false) (((core/bytes::slice bytes) index) 1) b"_")))))))))) (def selfhost/pkg-lock-ops::dep-key (fn (dep) (let ((dep-bytes (core/str::to-utf8 dep))) (let ((fragment (((selfhost/pkg-lock-ops::dep-fragment-loop dep-bytes) 0) []))) (let ((digest-hex (core/bytes::to-hex (core/crypto::blake3 dep-bytes)))) (let ((short (core/str::from-utf8 (((core/bytes::slice (core/str::to-utf8 digest-hex)) 0) 8)))) ((core/str::concat fragment) ((core/str::concat "_") short)))))))) (def selfhost/pkg-lock-ops::bridge-facts-valid? (fn (facts) (if (selfhost/pkg-lock-read::map? facts) (if ((selfhost/pkg-lock-read::exact-map? facts) [:attestation :commit :conversion-evidence :dep :provenance-root :registry :snapshot]) (let ((dep ((core/map::get facts) (quote :dep)))) (if (if (selfhost/pkg-lock-read::str? dep) ((core/int::lt? 0) (core/str::len dep)) false) (if (selfhost/pkg-lock-read::valid-optional-string? ((core/map::get facts) (quote :registry))) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :commit))) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :snapshot))) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :provenance-root))) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :conversion-evidence))) (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :attestation))) false) false) false) false) false) false)) false) false))) (def selfhost/pkg-lock-ops::bridge-to-model (fn (request-h) (fn (model) (fn (facts) (if (selfhost/pkg-lock-ops::bridge-facts-valid? facts) (let ((dep ((core/map::get facts) (quote :dep))) (commit ((core/map::get facts) (quote :commit))) (snapshot ((core/map::get facts) (quote :snapshot))) (registry ((core/map::get facts) (quote :registry)))) (let ((selector ((core/str::concat "commit:") commit))) (let ((requirement {:registry registry :selector selector :strategy "pinned" :tag-policy nil :update-policy "manual"}) (locked-entry {:commit commit :environment-fingerprint nil :exports-hash nil :registry registry :resolved-ref nil :snapshot snapshot :source-selector selector})) (let ((dep-key (selfhost/pkg-lock-ops::dep-key dep))) (let ((requirements (((core/map::put ((core/map::get model) (quote :requirements))) dep) requirement)) (locked (((core/map::put ((core/map::get model) (quote :locked))) dep) locked-entry))) (let ((artifacts ((core/map::get model) (quote :artifacts)))) (let ((artifacts1 (((core/map::put artifacts) ((core/str::concat ((core/str::concat "bridge_") dep-key)) "_provenance_root")) ((core/map::get facts) (quote :provenance-root)))) (artifacts2 (((core/map::put artifacts1) ((core/str::concat ((core/str::concat "bridge_") dep-key)) "_conversion_evidence")) ((core/map::get facts) (quote :conversion-evidence)))) (artifacts3 (((core/map::put artifacts2) ((core/str::concat ((core/str::concat "bridge_") dep-key)) "_attestation")) ((core/map::get facts) (quote :attestation)))) (artifacts4 (((core/map::put artifacts3) ((core/str::concat ((core/str::concat "bridge_") dep-key)) "_commit")) commit))) ((selfhost/pkg-lock-ops::render-model request-h) (((core/map::put (((core/map::put (((core/map::put model) (quote :requirements)) requirements)) (quote :locked)) locked)) (quote :artifacts)) artifacts4))))))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "bridge lock facts are malformed")))))) (def selfhost/pkg-lock-ops::bridge (fn (request-h) (fn (document) (fn (facts) (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-ops::bridge-to-model request-h) ((core/map::get normalized) (quote :value))) facts) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message))))))))) (def selfhost/pkg-lock-ops::add-to-model (fn (request-h) (fn (model) (fn (payload) (let ((name ((core/map::get payload) (quote :name)))) (let ((selector ((core/map::get payload) (quote :selector)))) (if (if (selfhost/pkg-lock-read::str? name) (selfhost/pkg-lock-read::str? selector) false) (let ((update-policy (selfhost/pkg-lock-write::normalize-update-policy ((core/map::get payload) (quote :update-policy))))) (if (selfhost/pkg-lock-read::nil? update-policy) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") ":update-policy must be 'manual' or 'auto'") (let ((strategy ((selfhost/pkg-lock-write::normalize-strategy ((core/map::get payload) (quote :strategy))) selector))) (if (selfhost/pkg-lock-read::nil? strategy) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") ":strategy must be pinned, track-ref, or tag-policy") (let ((tag-policy ((core/map::get payload) (quote :tag-policy)))) (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy) (let ((effective-tag (if ((core/eq? strategy) "tag-policy") (if (selfhost/pkg-lock-read::nil? tag-policy) "exact" tag-policy) nil))) (let ((registry0 ((core/map::get payload) (quote :registry)))) (let ((requirement {:registry (if (selfhost/pkg-lock-read::str? registry0) registry0 nil) :selector selector :strategy strategy :tag-policy effective-tag :update-policy update-policy})) (let ((requirements (((core/map::put ((core/map::get model) (quote :requirements))) name) requirement))) ((selfhost/pkg-lock-ops::render-model request-h) (((core/map::put model) (quote :requirements)) requirements)))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") ":tag-policy must be string or nil"))))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "missing :name or :selector string")))))))) (def selfhost/pkg-lock-ops::add (fn (request-h) (fn (document) (fn (payload) (if (selfhost/pkg-lock-read::map? payload) (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-ops::add-to-model request-h) ((core/map::get normalized) (quote :value))) payload) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "payload must be a map")))))) (def selfhost/pkg-lock-ops::list-requirements-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (let ((requirement ((core/vec::get entry) 1))) (((selfhost/pkg-lock-ops::list-requirements-loop entries) ((core/int::add index) 1)) ((core/vec::push out) {:name name :registry ((core/map::get requirement) (quote :registry)) :selector ((core/map::get requirement) (quote :selector)) :strategy ((core/map::get requirement) (quote :strategy)) :tag-policy ((core/map::get requirement) (quote :tag-policy)) :update-policy ((core/map::get requirement) (quote :update-policy))})))))))))) (def selfhost/pkg-lock-ops::list-locked-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (let ((locked ((core/vec::get entry) 1))) (((selfhost/pkg-lock-ops::list-locked-loop entries) ((core/int::add index) 1)) ((core/vec::push out) {:commit ((core/map::get locked) (quote :commit)) :environment-fingerprint ((core/map::get locked) (quote :environment-fingerprint)) :name name :snapshot ((core/map::get locked) (quote :snapshot))})))))))))) (def selfhost/pkg-lock-ops::list (fn (request-h) (fn (document) (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document))) (if ((core/map::get normalized) (quote :ok)) (let ((model ((core/map::get normalized) (quote :value)))) ((selfhost/pkg-lock-ops::accept-value request-h) {:locked (((selfhost/pkg-lock-ops::list-locked-loop (core/map::entries ((core/map::get model) (quote :locked)))) 0) []) :requirements (((selfhost/pkg-lock-ops::list-requirements-loop (core/map::entries ((core/map::get model) (quote :requirements)))) 0) [])})) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message)))))))) (def selfhost/pkg-lock-ops::dispatch (fn (request-h) (fn (request) (let ((op ((core/map::get request) (quote :op)))) (if ((core/sym::eq? op) (quote :init)) ((selfhost/pkg-lock-ops::init request-h) ((core/map::get request) (quote :payload))) (if ((core/sym::eq? op) (quote :add)) (((selfhost/pkg-lock-ops::add request-h) ((core/map::get request) (quote :document))) ((core/map::get request) (quote :payload))) (if ((core/sym::eq? op) (quote :list)) ((selfhost/pkg-lock-ops::list request-h) ((core/map::get request) (quote :document))) (if ((core/sym::eq? op) (quote :bridge-lock)) (((selfhost/pkg-lock-ops::bridge request-h) ((core/map::get request) (quote :document))) ((core/map::get request) (quote :payload))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request :op must be :init, :add, :list, or :bridge-lock"))))))))) (def core/pkg::lock-ops-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :payload :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-lock-ops-authority-request-v0.1") false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) ((selfhost/pkg-lock-ops::dispatch request-h) request) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"=-\x10\xD3\x97\xDE\xC9\x960T\xAC\xEE\x0Bnj[kFz\xDAC&\xAD\x08w\xF1\x90\x9E\xA8'K\x06" :path "selfhost/pkg_lock_ops_authority_v1.gc" :source "(def selfhost/pkg-lock-ops::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (bytes)\n (fn (lock-h)\n (fn (value)\n {\n :bytes bytes\n :code code\n :kind \"genesis/pkg-lock-ops-authority-result-v0.1\"\n :lock-h lock-h\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))))\n\n(def selfhost/pkg-lock-ops::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((((selfhost/pkg-lock-ops::result request-h) false) code) message) nil) nil) nil)))))\n\n(def selfhost/pkg-lock-ops::accept-write\n (fn (request-h)\n (fn (bytes)\n (\n ((((((selfhost/pkg-lock-ops::result request-h) true) nil) nil) bytes)\n (core/bytes::to-hex (core/crypto::blake3 bytes)))\n nil))))\n\n(def selfhost/pkg-lock-ops::accept-value\n (fn (request-h)\n (fn (value) (((((((selfhost/pkg-lock-ops::result request-h) true) nil) nil) nil) nil) value))))\n\n(def selfhost/pkg-lock-ops::writer-locked-entry\n (fn (entry)\n {\n :commit ((core/map::get entry) (quote :commit))\n :environment-fingerprint ((core/map::get entry) (quote :environment-fingerprint))\n :exports_hash ((core/map::get entry) (quote :exports-hash))\n :registry ((core/map::get entry) (quote :registry))\n :resolved-ref ((core/map::get entry) (quote :resolved-ref))\n :snapshot ((core/map::get entry) (quote :snapshot))\n :source_selector ((core/map::get entry) (quote :source-selector))}))\n\n(def selfhost/pkg-lock-ops::writer-locked-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (((selfhost/pkg-lock-ops::writer-locked-loop entries) ((core/int::add index) 1))\n (((core/map::put out) name)\n (selfhost/pkg-lock-ops::writer-locked-entry ((core/vec::get entry) 1)))))))))))\n\n(def selfhost/pkg-lock-ops::writer-locked\n (fn (locked) (((selfhost/pkg-lock-ops::writer-locked-loop (core/map::entries locked)) 0) {})))\n\n(def selfhost/pkg-lock-ops::writer-payload\n (fn (model)\n (core/coreform::parse-term\n (core/coreform::print-term\n {\n :artifacts ((core/map::get model) (quote :artifacts))\n :locked (selfhost/pkg-lock-ops::writer-locked ((core/map::get model) (quote :locked)))\n :policy ((core/map::get model) (quote :policy))\n :registries ((core/map::get model) (quote :registries))\n :requirements ((core/map::get model) (quote :requirements))\n :version ((core/map::get model) (quote :version))\n :workspace ((core/map::get model) (quote :workspace))}))))\n\n(def selfhost/pkg-lock-ops::render-payload\n (fn (request-h)\n (fn (payload)\n (let ((rendered (selfhost/pkg-lock-write::render-lock payload)))\n (let ((error ((core/map::get rendered) (quote :error))))\n (if (selfhost/pkg-lock-read::nil? error)\n ((selfhost/pkg-lock-ops::accept-write request-h)\n (core/str::to-utf8 ((core/map::get rendered) (quote :text))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\") error)))))))\n\n(def selfhost/pkg-lock-ops::render-model\n (fn (request-h)\n (fn (model)\n ((selfhost/pkg-lock-ops::render-payload request-h)\n (selfhost/pkg-lock-ops::writer-payload model)))))\n\n(def selfhost/pkg-lock-ops::init\n (fn (request-h)\n (fn (payload)\n (if (selfhost/pkg-lock-read::map? payload)\n (let ((workspace ((core/map::get payload) (quote :workspace))))\n (if (selfhost/pkg-lock-read::str? workspace)\n (let ((policy0 ((core/map::get payload) (quote :policy))))\n (let\n ((policy (if (selfhost/pkg-lock-read::str? policy0) policy0 \"policy:default-v0.1\")))\n (let ((registry0 ((core/map::get payload) (quote :registry-default))))\n (let\n ((registries (if (selfhost/pkg-lock-read::str? registry0) {\"default\" registry0} {})))\n ((selfhost/pkg-lock-ops::render-model request-h)\n {\n :artifacts {}\n :locked {}\n :policy policy\n :registries registries\n :requirements {}\n :version 2\n :workspace workspace})))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \"missing :workspace string\")))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\") \"payload must be a map\")))))\n\n(def selfhost/pkg-lock-ops::ascii-range?\n (fn (lower)\n (fn (upper) (fn (byte) (if ((core/int::lt? lower) byte) ((core/int::lt? byte) upper) false)))))\n\n(def selfhost/pkg-lock-ops::lower-hex-byte?\n (fn (byte)\n (if (((selfhost/pkg-lock-ops::ascii-range? 47) 58) byte)\n true\n (((selfhost/pkg-lock-ops::ascii-range? 96) 103) byte))))\n\n(def selfhost/pkg-lock-ops::lower-hex-loop?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n true\n (if (selfhost/pkg-lock-ops::lower-hex-byte? ((core/bytes::get bytes) index))\n ((selfhost/pkg-lock-ops::lower-hex-loop? bytes) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-lock-ops::lower-hex64?\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::eq? (core/bytes::len bytes)) 64)\n ((selfhost/pkg-lock-ops::lower-hex-loop? bytes) 0)\n false))\n false)))\n\n(def selfhost/pkg-lock-ops::dep-safe-byte?\n (fn (byte)\n (if (((selfhost/pkg-lock-ops::ascii-range? 47) 58) byte)\n true\n (if (((selfhost/pkg-lock-ops::ascii-range? 64) 91) byte)\n true\n (if (((selfhost/pkg-lock-ops::ascii-range? 96) 123) byte)\n true\n (if ((core/int::eq? byte) 45) true ((core/int::eq? byte) 95)))))))\n\n(def selfhost/pkg-lock-ops::utf8-width\n (fn (byte)\n (if ((core/int::lt? byte) 128)\n 1\n (if ((core/int::lt? byte) 224) 2 (if ((core/int::lt? byte) 240) 3 4)))))\n\n(def selfhost/pkg-lock-ops::dep-fragment-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (let ((byte ((core/bytes::get bytes) index)))\n (let ((ascii? ((core/int::lt? byte) 128)))\n (\n ((selfhost/pkg-lock-ops::dep-fragment-loop bytes)\n ((core/int::add index) (if ascii? 1 (selfhost/pkg-lock-ops::utf8-width byte))))\n ((core/vec::push parts)\n (if (if ascii? (selfhost/pkg-lock-ops::dep-safe-byte? byte) false)\n (((core/bytes::slice bytes) index) 1)\n b\"_\"))))))))))\n\n(def selfhost/pkg-lock-ops::dep-key\n (fn (dep)\n (let ((dep-bytes (core/str::to-utf8 dep)))\n (let ((fragment (((selfhost/pkg-lock-ops::dep-fragment-loop dep-bytes) 0) [])))\n (let ((digest-hex (core/bytes::to-hex (core/crypto::blake3 dep-bytes))))\n (let\n ((short (core/str::from-utf8 (((core/bytes::slice (core/str::to-utf8 digest-hex)) 0) 8))))\n ((core/str::concat fragment) ((core/str::concat \"_\") short))))))))\n\n(def selfhost/pkg-lock-ops::bridge-facts-valid?\n (fn (facts)\n (if (selfhost/pkg-lock-read::map? facts)\n (if\n ((selfhost/pkg-lock-read::exact-map? facts)\n [\n :attestation\n :commit\n :conversion-evidence\n :dep\n :provenance-root\n :registry\n :snapshot])\n (let ((dep ((core/map::get facts) (quote :dep))))\n (if (if (selfhost/pkg-lock-read::str? dep) ((core/int::lt? 0) (core/str::len dep)) false)\n (if\n (selfhost/pkg-lock-read::valid-optional-string?\n ((core/map::get facts) (quote :registry)))\n (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :commit)))\n (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :snapshot)))\n (if\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get facts) (quote :provenance-root)))\n (if\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get facts) (quote :conversion-evidence)))\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get facts) (quote :attestation)))\n false)\n false)\n false)\n false)\n false)\n false))\n false)\n false)))\n\n(def selfhost/pkg-lock-ops::bridge-to-model\n (fn (request-h)\n (fn (model)\n (fn (facts)\n (if (selfhost/pkg-lock-ops::bridge-facts-valid? facts)\n (let\n ((dep ((core/map::get facts) (quote :dep)))\n (commit ((core/map::get facts) (quote :commit)))\n (snapshot ((core/map::get facts) (quote :snapshot)))\n (registry ((core/map::get facts) (quote :registry))))\n (let ((selector ((core/str::concat \"commit:\") commit)))\n (let\n (\n (requirement\n {\n :registry registry\n :selector selector\n :strategy \"pinned\"\n :tag-policy nil\n :update-policy \"manual\"})\n (locked-entry\n {\n :commit commit\n :environment-fingerprint nil\n :exports-hash nil\n :registry registry\n :resolved-ref nil\n :snapshot snapshot\n :source-selector selector}))\n (let ((dep-key (selfhost/pkg-lock-ops::dep-key dep)))\n (let\n ((requirements (((core/map::put ((core/map::get model) (quote :requirements))) dep) requirement))\n (locked\n (((core/map::put ((core/map::get model) (quote :locked))) dep) locked-entry)))\n (let ((artifacts ((core/map::get model) (quote :artifacts))))\n (let\n (\n (artifacts1\n (\n ((core/map::put artifacts)\n ((core/str::concat ((core/str::concat \"bridge_\") dep-key))\n \"_provenance_root\"))\n ((core/map::get facts) (quote :provenance-root))))\n (artifacts2\n (\n ((core/map::put artifacts1)\n ((core/str::concat ((core/str::concat \"bridge_\") dep-key))\n \"_conversion_evidence\"))\n ((core/map::get facts) (quote :conversion-evidence))))\n (artifacts3\n (\n ((core/map::put artifacts2)\n ((core/str::concat ((core/str::concat \"bridge_\") dep-key))\n \"_attestation\"))\n ((core/map::get facts) (quote :attestation))))\n (artifacts4\n (((core/map::put artifacts3) ((core/str::concat ((core/str::concat \"bridge_\") dep-key)) \"_commit\"))\n commit)))\n ((selfhost/pkg-lock-ops::render-model request-h)\n (\n (\n (core/map::put\n (((core/map::put (((core/map::put model) (quote :requirements)) requirements)) (quote :locked))\n locked))\n (quote :artifacts))\n artifacts4)))))))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \"bridge lock facts are malformed\"))))))\n\n(def selfhost/pkg-lock-ops::bridge\n (fn (request-h)\n (fn (document)\n (fn (facts)\n (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document)))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-ops::bridge-to-model request-h) ((core/map::get normalized) (quote :value)))\n facts)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message)))))))))\n\n(def selfhost/pkg-lock-ops::add-to-model\n (fn (request-h)\n (fn (model)\n (fn (payload)\n (let ((name ((core/map::get payload) (quote :name))))\n (let ((selector ((core/map::get payload) (quote :selector))))\n (if\n (if (selfhost/pkg-lock-read::str? name) (selfhost/pkg-lock-read::str? selector) false)\n (let\n (\n (update-policy\n (selfhost/pkg-lock-write::normalize-update-policy\n ((core/map::get payload) (quote :update-policy)))))\n (if (selfhost/pkg-lock-read::nil? update-policy)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \":update-policy must be 'manual' or 'auto'\")\n (let\n (\n (strategy\n ((selfhost/pkg-lock-write::normalize-strategy ((core/map::get payload) (quote :strategy)))\n selector)))\n (if (selfhost/pkg-lock-read::nil? strategy)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \":strategy must be pinned, track-ref, or tag-policy\")\n (let ((tag-policy ((core/map::get payload) (quote :tag-policy))))\n (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy)\n (let\n (\n (effective-tag\n (if ((core/eq? strategy) \"tag-policy\")\n (if (selfhost/pkg-lock-read::nil? tag-policy) \"exact\" tag-policy)\n nil)))\n (let ((registry0 ((core/map::get payload) (quote :registry))))\n (let\n (\n (requirement\n {\n :registry\n (if (selfhost/pkg-lock-read::str? registry0) registry0 nil)\n :selector selector\n :strategy strategy\n :tag-policy effective-tag\n :update-policy update-policy}))\n (let\n ((requirements (((core/map::put ((core/map::get model) (quote :requirements))) name) requirement)))\n ((selfhost/pkg-lock-ops::render-model request-h)\n (((core/map::put model) (quote :requirements)) requirements))))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \":tag-policy must be string or nil\")))))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \"missing :name or :selector string\"))))))))\n\n(def selfhost/pkg-lock-ops::add\n (fn (request-h)\n (fn (document)\n (fn (payload)\n (if (selfhost/pkg-lock-read::map? payload)\n (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document)))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-ops::add-to-model request-h) ((core/map::get normalized) (quote :value)))\n payload)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message)))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \"payload must be a map\"))))))\n\n(def selfhost/pkg-lock-ops::list-requirements-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (let ((requirement ((core/vec::get entry) 1)))\n (((selfhost/pkg-lock-ops::list-requirements-loop entries) ((core/int::add index) 1))\n ((core/vec::push out)\n {\n :name name\n :registry ((core/map::get requirement) (quote :registry))\n :selector ((core/map::get requirement) (quote :selector))\n :strategy ((core/map::get requirement) (quote :strategy))\n :tag-policy ((core/map::get requirement) (quote :tag-policy))\n :update-policy ((core/map::get requirement) (quote :update-policy))}))))))))))\n\n(def selfhost/pkg-lock-ops::list-locked-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (let ((locked ((core/vec::get entry) 1)))\n (((selfhost/pkg-lock-ops::list-locked-loop entries) ((core/int::add index) 1))\n ((core/vec::push out)\n {\n :commit ((core/map::get locked) (quote :commit))\n :environment-fingerprint\n ((core/map::get locked) (quote :environment-fingerprint))\n :name name\n :snapshot ((core/map::get locked) (quote :snapshot))}))))))))))\n\n(def selfhost/pkg-lock-ops::list\n (fn (request-h)\n (fn (document)\n (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document)))\n (if ((core/map::get normalized) (quote :ok))\n (let ((model ((core/map::get normalized) (quote :value))))\n ((selfhost/pkg-lock-ops::accept-value request-h)\n {\n :locked\n (\n (\n (selfhost/pkg-lock-ops::list-locked-loop\n (core/map::entries ((core/map::get model) (quote :locked))))\n 0)\n [])\n :requirements\n (\n (\n (selfhost/pkg-lock-ops::list-requirements-loop\n (core/map::entries ((core/map::get model) (quote :requirements))))\n 0)\n [])}))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message))))))))\n\n(def selfhost/pkg-lock-ops::dispatch\n (fn (request-h)\n (fn (request)\n (let ((op ((core/map::get request) (quote :op))))\n (if ((core/sym::eq? op) (quote :init))\n ((selfhost/pkg-lock-ops::init request-h) ((core/map::get request) (quote :payload)))\n (if ((core/sym::eq? op) (quote :add))\n (((selfhost/pkg-lock-ops::add request-h) ((core/map::get request) (quote :document)))\n ((core/map::get request) (quote :payload)))\n (if ((core/sym::eq? op) (quote :list))\n ((selfhost/pkg-lock-ops::list request-h) ((core/map::get request) (quote :document)))\n (if ((core/sym::eq? op) (quote :bridge-lock))\n (((selfhost/pkg-lock-ops::bridge request-h) ((core/map::get request) (quote :document)))\n ((core/map::get request) (quote :payload)))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :op must be :init, :add, :list, or :bridge-lock\")))))))))\n\n(def core/pkg::lock-ops-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [\n :document\n :kind\n :op\n :payload\n :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-lock-ops-authority-request-v0.1\")\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false)\n ((selfhost/pkg-lock-ops::dispatch request-h) request)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\"))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_\xAC\x95\x95!\x87\x80\x13{\xD9\xD07aTi\x0E\xD7\xE9\x9CJ\x99(f\xD6\xFFP i\n\xC8\xF8>" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-resolution-id::tag core/data::tag) (def selfhost/pkg-resolution-id::map? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :map)))) (def selfhost/pkg-resolution-id::str? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :str)))) (def selfhost/pkg-resolution-id::sym? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :sym)))) (def selfhost/pkg-resolution-id::int? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :int)))) (def selfhost/pkg-resolution-id::nil? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :nil)))) (def selfhost/pkg-resolution-id::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/pkg-resolution-id::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/pkg-resolution-id::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/pkg-resolution-id::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/pkg-resolution-id::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-resolution-id::exact-map? (fn (value) (fn (keys) (if (selfhost/pkg-resolution-id::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/pkg-resolution-id::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/pkg-resolution-id::optional-string? (fn (value) (if (selfhost/pkg-resolution-id::nil? value) true (selfhost/pkg-resolution-id::str? value)))) (def selfhost/pkg-resolution-id::update-policy? (fn (value) (if (selfhost/pkg-resolution-id::sym? value) (if ((core/sym::eq? value) (quote :manual)) true ((core/sym::eq? value) (quote :auto))) false))) (def selfhost/pkg-resolution-id::strategy? (fn (value) (if (selfhost/pkg-resolution-id::sym? value) (if ((core/sym::eq? value) (quote :pinned)) true (if ((core/sym::eq? value) (quote :track-ref)) true ((core/sym::eq? value) (quote :tag-policy)))) false))) (def selfhost/pkg-resolution-id::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (fingerprint) {:code code :fingerprint fingerprint :kind "genesis/pkg-resolution-identity-result-v0.1" :message message :ok ok :request-h request-h :v 1})))))) (def selfhost/pkg-resolution-id::reject (fn (request-h) (fn (message) (((((selfhost/pkg-resolution-id::result request-h) false) "core/pkg/bad-authority-request") message) nil)))) (def selfhost/pkg-resolution-id::fingerprint (fn (request) (let ((identity {:commit ((core/map::get request) (quote :commit)) :registry ((core/map::get request) (quote :registry)) :selector ((core/map::get request) (quote :selector)) :snapshot ((core/map::get request) (quote :snapshot)) :strategy ((core/map::get request) (quote :strategy)) :tag-policy ((core/map::get request) (quote :tag-policy)) :update-policy ((core/map::get request) (quote :update-policy))})) (let ((printed (selfhost/printer::print-term identity))) (let ((bytes (core/str::to-utf8 printed))) (core/bytes::to-hex (core/crypto::blake3 ((core/bytes::concat bytes) b"\n")))))))) (def selfhost/pkg-resolution-id::accept (fn (request-h) (fn (request) (((((selfhost/pkg-resolution-id::result request-h) true) nil) nil) (selfhost/pkg-resolution-id::fingerprint request))))) (def selfhost/pkg-resolution-id::valid-request-fields? (fn (request) (if (selfhost/pkg-resolution-id::str? ((core/map::get request) (quote :selector))) (if (selfhost/pkg-resolution-id::update-policy? ((core/map::get request) (quote :update-policy))) (if (selfhost/pkg-resolution-id::strategy? ((core/map::get request) (quote :strategy))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :tag-policy))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :registry))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :snapshot))) (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :commit))) false) false) false) false) false) false))) (def core/pkg::resolution-identity-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-resolution-id::map? request) (if ((selfhost/pkg-resolution-id::exact-map? request) [:commit :kind :op :registry :selector :snapshot :strategy :tag-policy :update-policy :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-resolution-id::str? kind) ((core/eq? kind) "genesis/pkg-resolution-identity-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if (selfhost/pkg-resolution-id::sym? op) ((core/sym::eq? op) (quote :requirement-fingerprint)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-resolution-id::int? version) ((core/int::eq? version) 1) false) (if (selfhost/pkg-resolution-id::valid-request-fields? request) ((selfhost/pkg-resolution-id::accept request-h) request) ((selfhost/pkg-resolution-id::reject request-h) "request identity fields are invalid")) ((selfhost/pkg-resolution-id::reject request-h) "request :v must be 1"))) ((selfhost/pkg-resolution-id::reject request-h) "request :op must be :requirement-fingerprint"))) ((selfhost/pkg-resolution-id::reject request-h) "request :kind mismatch"))) ((selfhost/pkg-resolution-id::reject request-h) "request fields mismatch")) ((selfhost/pkg-resolution-id::reject request-h) "request must be map"))))) (def selfhost/pkg-resolution-plan::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/pkg-resolution-plan::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/pkg-resolution-plan::ascii-space? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 9) true (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13)))))) (def selfhost/pkg-resolution-plan::trim-left (fn (bytes) (fn (length) (fn (index) (if ((core/int::eq? index) length) index (if (selfhost/pkg-resolution-plan::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-resolution-plan::trim-left bytes) length) ((core/int::add index) 1)) index)))))) (def selfhost/pkg-resolution-plan::trim-right (fn (bytes) (fn (start) (fn (end) (if ((core/int::eq? start) end) end (let ((index ((core/int::sub end) 1))) (if (selfhost/pkg-resolution-plan::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-resolution-plan::trim-right bytes) start) index) end))))))) (def selfhost/pkg-resolution-plan::trim (fn (value) (let ((bytes (core/str::to-utf8 value))) (let ((length (core/bytes::len bytes))) (let ((start (((selfhost/pkg-resolution-plan::trim-left bytes) length) 0))) (let ((end (((selfhost/pkg-resolution-plan::trim-right bytes) start) length))) (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start))))))))) (def selfhost/pkg-resolution-plan::drop-prefix (fn (value) (fn (length) (let ((bytes (core/str::to-utf8 value))) (let ((total (core/bytes::len bytes))) (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length)))))))) (def selfhost/pkg-resolution-plan::ascii-hex? (fn (byte) (if (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false) true (if (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 71) false) true (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false))))) (def selfhost/pkg-resolution-plan::hash64-loop? (fn (bytes) (fn (index) (if ((core/int::eq? index) 64) true (if (selfhost/pkg-resolution-plan::ascii-hex? ((core/bytes::get bytes) index)) ((selfhost/pkg-resolution-plan::hash64-loop? bytes) ((core/int::add index) 1)) false))))) (def selfhost/pkg-resolution-plan::hash64? (fn (value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::eq? (core/bytes::len bytes)) 64) ((selfhost/pkg-resolution-plan::hash64-loop? bytes) 0) false)))) (def selfhost/pkg-resolution-plan::plan (fn (selector) (let ((value (selfhost/pkg-resolution-plan::trim selector))) (if ((selfhost/pkg-resolution-plan::starts-with? value) "semver:") (let ((rest (selfhost/pkg-resolution-plan::trim ((selfhost/pkg-resolution-plan::drop-prefix value) 7)))) (if ((core/int::eq? (core/str::len rest)) 0) nil {:selector-kind (quote :semver-range) :selector-value rest :strategy (quote :tag-policy)})) (if ((selfhost/pkg-resolution-plan::starts-with? value) "commit:") (let ((rest (selfhost/pkg-resolution-plan::trim ((selfhost/pkg-resolution-plan::drop-prefix value) 7)))) (if (selfhost/pkg-resolution-plan::hash64? rest) {:selector-kind (quote :commit) :selector-value rest :strategy (quote :pinned)} nil)) (if ((selfhost/pkg-resolution-plan::starts-with? value) "snapshot:") (let ((rest (selfhost/pkg-resolution-plan::trim ((selfhost/pkg-resolution-plan::drop-prefix value) 9)))) (if (selfhost/pkg-resolution-plan::hash64? rest) {:selector-kind (quote :snapshot) :selector-value rest :strategy (quote :pinned)} nil)) (if ((selfhost/pkg-resolution-plan::starts-with? value) "ref:") (let ((rest (selfhost/pkg-resolution-plan::trim ((selfhost/pkg-resolution-plan::drop-prefix value) 4)))) (if ((selfhost/pkg-resolution-plan::starts-with? rest) "refs/tags/") {:selector-kind (quote :ref) :selector-value rest :strategy (quote :tag-policy)} (if ((selfhost/pkg-resolution-plan::starts-with? rest) "refs/") {:selector-kind (quote :ref) :selector-value rest :strategy (quote :track-ref)} nil))) (if ((selfhost/pkg-resolution-plan::starts-with? value) "refs/tags/") {:selector-kind (quote :ref) :selector-value value :strategy (quote :tag-policy)} (if ((selfhost/pkg-resolution-plan::starts-with? value) "refs/") {:selector-kind (quote :ref) :selector-value value :strategy (quote :track-ref)} (if (selfhost/pkg-resolution-plan::hash64? value) {:selector-kind (quote :commit) :selector-value value :strategy (quote :pinned)} nil)))))))))) (def selfhost/pkg-resolution-plan::semver-policy (fn (tag-policy) (if ((core/eq? tag-policy) "lowest") (quote :lowest) (if ((core/eq? tag-policy) "highest") (quote :highest) (if ((core/eq? tag-policy) "latest") (quote :highest) (if ((core/eq? tag-policy) "exact") (quote :highest) nil)))))) (def selfhost/pkg-resolution-plan::should-resolve? (fn (has-existing) (fn (update-policy) (fn (strategy) (if has-existing (if ((core/sym::eq? update-policy) (quote :auto)) (if ((core/sym::eq? strategy) (quote :pinned)) false true) false) true))))) (def selfhost/pkg-resolution-plan::reject (fn (request-h) (fn (code) (fn (message) {:code code :kind "genesis/pkg-resolution-plan-result-v0.1" :message message :ok false :request-h request-h :selector-kind nil :selector-value nil :semver-policy nil :should-resolve nil :v 1})))) (def selfhost/pkg-resolution-plan::accept (fn (request-h) (fn (selector-plan) (fn (semver-policy) (fn (should-resolve) {:code nil :kind "genesis/pkg-resolution-plan-result-v0.1" :message nil :ok true :request-h request-h :selector-kind ((core/map::get selector-plan) (quote :selector-kind)) :selector-value ((core/map::get selector-plan) (quote :selector-value)) :semver-policy semver-policy :should-resolve should-resolve :v 1}))))) (def selfhost/pkg-resolution-plan::evaluate (fn (request-h) (fn (request) (let ((selector ((core/map::get request) (quote :selector)))) (let ((declared ((core/map::get request) (quote :strategy)))) (let ((tag-policy ((core/map::get request) (quote :tag-policy)))) (let ((selector-plan (selfhost/pkg-resolution-plan::plan selector))) (if (core/list::is-nil? selector-plan) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-selector") "unsupported or malformed selector") (let ((inferred ((core/map::get selector-plan) (quote :strategy)))) (if ((core/sym::eq? declared) inferred) (if ((core/sym::eq? inferred) (quote :tag-policy)) (if (selfhost/pkg-resolution-id::str? tag-policy) (let ((selector-kind ((core/map::get selector-plan) (quote :selector-kind)))) (if ((core/sym::eq? selector-kind) (quote :semver-range)) (let ((semver-policy (selfhost/pkg-resolution-plan::semver-policy tag-policy))) (if (core/list::is-nil? semver-policy) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/semver-policy-unsupported") "unsupported semver tag_policy") ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) semver-policy) (((selfhost/pkg-resolution-plan::should-resolve? ((core/map::get request) (quote :has-existing))) ((core/map::get request) (quote :update-policy))) inferred)))) ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) nil) (((selfhost/pkg-resolution-plan::should-resolve? ((core/map::get request) (quote :has-existing))) ((core/map::get request) (quote :update-policy))) inferred)))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/tag-policy-required") "tag-policy strategy requires tag_policy")) (if (selfhost/pkg-resolution-id::nil? tag-policy) ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) nil) (((selfhost/pkg-resolution-plan::should-resolve? ((core/map::get request) (quote :has-existing))) ((core/map::get request) (quote :update-policy))) inferred)) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/tag-policy-forbidden") "tag_policy is only valid for tag-policy strategy"))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/strategy-mismatch") "selector strategy mismatch"))))))))))) (def core/pkg::resolution-plan-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-resolution-id::map? request) (if ((selfhost/pkg-resolution-id::exact-map? request) [:has-existing :kind :op :selector :strategy :tag-policy :update-policy :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-resolution-id::str? kind) ((core/eq? kind) "genesis/pkg-resolution-plan-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if (selfhost/pkg-resolution-id::sym? op) ((core/sym::eq? op) (quote :plan)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-resolution-id::int? version) ((core/int::eq? version) 1) false) (if (if (selfhost/pkg-resolution-id::str? ((core/map::get request) (quote :selector))) (if (selfhost/pkg-resolution-id::strategy? ((core/map::get request) (quote :strategy))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :tag-policy))) (if (selfhost/pkg-resolution-id::update-policy? ((core/map::get request) (quote :update-policy))) (selfhost/pkg-resolution-plan::bool? ((core/map::get request) (quote :has-existing))) false) false) false) false) ((selfhost/pkg-resolution-plan::evaluate request-h) request) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request plan fields are invalid")) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request :op must be :plan"))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"\x13g\x083\xD5DD\x8F}\xC0\xFC\x84\xBF\xB1\xD7\x80\xFB\xBA\xD6\xEF\xED\x9C\xCE\x86c\x01\xC8\xA2\x1B\x84\x07e" :path "selfhost/pkg_resolution_identity_authority_v1.gc" :source "; Partial R4.2.e authority for canonical package requirement fingerprints.\n\n(def selfhost/pkg-resolution-id::tag core/data::tag)\n\n(def selfhost/pkg-resolution-id::map?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :map))))\n\n(def selfhost/pkg-resolution-id::str?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :str))))\n\n(def selfhost/pkg-resolution-id::sym?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :sym))))\n\n(def selfhost/pkg-resolution-id::int?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :int))))\n\n(def selfhost/pkg-resolution-id::nil?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :nil))))\n\n(def selfhost/pkg-resolution-id::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/pkg-resolution-id::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-resolution-id::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/pkg-resolution-id::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/pkg-resolution-id::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-resolution-id::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/pkg-resolution-id::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/pkg-resolution-id::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/pkg-resolution-id::optional-string?\n (fn (value)\n (if (selfhost/pkg-resolution-id::nil? value) true (selfhost/pkg-resolution-id::str? value))))\n\n(def selfhost/pkg-resolution-id::update-policy?\n (fn (value)\n (if (selfhost/pkg-resolution-id::sym? value)\n (if ((core/sym::eq? value) (quote :manual))\n true\n ((core/sym::eq? value) (quote :auto)))\n false)))\n\n(def selfhost/pkg-resolution-id::strategy?\n (fn (value)\n (if (selfhost/pkg-resolution-id::sym? value)\n (if ((core/sym::eq? value) (quote :pinned))\n true\n (if ((core/sym::eq? value) (quote :track-ref))\n true\n ((core/sym::eq? value) (quote :tag-policy))))\n false)))\n\n(def selfhost/pkg-resolution-id::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (fingerprint)\n {\n :code code\n :fingerprint fingerprint\n :kind \"genesis/pkg-resolution-identity-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1}))))))\n\n(def selfhost/pkg-resolution-id::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-resolution-id::result request-h) false)\n \"core/pkg/bad-authority-request\") message) nil))))\n\n(def selfhost/pkg-resolution-id::fingerprint\n (fn (request)\n (let\n ((identity\n {\n :commit ((core/map::get request) (quote :commit))\n :registry ((core/map::get request) (quote :registry))\n :selector ((core/map::get request) (quote :selector))\n :snapshot ((core/map::get request) (quote :snapshot))\n :strategy ((core/map::get request) (quote :strategy))\n :tag-policy ((core/map::get request) (quote :tag-policy))\n :update-policy ((core/map::get request) (quote :update-policy))}))\n (let ((printed (selfhost/printer::print-term identity)))\n (let ((bytes (core/str::to-utf8 printed)))\n (core/bytes::to-hex\n (core/crypto::blake3 ((core/bytes::concat bytes) b\"\\n\"))))))))\n\n(def selfhost/pkg-resolution-id::accept\n (fn (request-h)\n (fn (request)\n (((((selfhost/pkg-resolution-id::result request-h) true) nil) nil)\n (selfhost/pkg-resolution-id::fingerprint request)))))\n\n(def selfhost/pkg-resolution-id::valid-request-fields?\n (fn (request)\n (if (selfhost/pkg-resolution-id::str? ((core/map::get request) (quote :selector)))\n (if\n (selfhost/pkg-resolution-id::update-policy?\n ((core/map::get request) (quote :update-policy)))\n (if\n (selfhost/pkg-resolution-id::strategy?\n ((core/map::get request) (quote :strategy)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :tag-policy)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :registry)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :snapshot)))\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :commit)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def core/pkg::resolution-identity-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-resolution-id::map? request)\n (if\n ((selfhost/pkg-resolution-id::exact-map? request)\n [:commit :kind :op :registry :selector :snapshot :strategy :tag-policy :update-policy :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-resolution-id::str? kind)\n ((core/eq? kind) \"genesis/pkg-resolution-identity-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if (selfhost/pkg-resolution-id::sym? op)\n ((core/sym::eq? op) (quote :requirement-fingerprint))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-resolution-id::int? version)\n ((core/int::eq? version) 1)\n false)\n (if (selfhost/pkg-resolution-id::valid-request-fields? request)\n ((selfhost/pkg-resolution-id::accept request-h) request)\n ((selfhost/pkg-resolution-id::reject request-h)\n \"request identity fields are invalid\"))\n ((selfhost/pkg-resolution-id::reject request-h) \"request :v must be 1\")))\n ((selfhost/pkg-resolution-id::reject request-h)\n \"request :op must be :requirement-fingerprint\")))\n ((selfhost/pkg-resolution-id::reject request-h) \"request :kind mismatch\")))\n ((selfhost/pkg-resolution-id::reject request-h) \"request fields mismatch\"))\n ((selfhost/pkg-resolution-id::reject request-h) \"request must be map\")))))\n\n; Package selector and update planning authority. Host code executes the returned\n; plan but does not classify selectors or choose update behavior in production.\n\n(def selfhost/pkg-resolution-plan::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/pkg-resolution-plan::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/pkg-resolution-plan::ascii-space?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 9)\n true\n (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13))))))\n\n(def selfhost/pkg-resolution-plan::trim-left\n (fn (bytes)\n (fn (length)\n (fn (index)\n (if ((core/int::eq? index) length)\n index\n (if (selfhost/pkg-resolution-plan::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-resolution-plan::trim-left bytes) length) ((core/int::add index) 1))\n index))))))\n\n(def selfhost/pkg-resolution-plan::trim-right\n (fn (bytes)\n (fn (start)\n (fn (end)\n (if ((core/int::eq? start) end)\n end\n (let ((index ((core/int::sub end) 1)))\n (if (selfhost/pkg-resolution-plan::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-resolution-plan::trim-right bytes) start) index)\n end)))))))\n\n(def selfhost/pkg-resolution-plan::trim\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((length (core/bytes::len bytes)))\n (let ((start (((selfhost/pkg-resolution-plan::trim-left bytes) length) 0)))\n (let ((end (((selfhost/pkg-resolution-plan::trim-right bytes) start) length)))\n (core/str::from-utf8\n (((core/bytes::slice bytes) start) ((core/int::sub end) start)))))))))\n\n(def selfhost/pkg-resolution-plan::drop-prefix\n (fn (value)\n (fn (length)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((total (core/bytes::len bytes)))\n (core/str::from-utf8\n (((core/bytes::slice bytes) length) ((core/int::sub total) length))))))))\n\n(def selfhost/pkg-resolution-plan::ascii-hex?\n (fn (byte)\n (if\n (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false)\n true\n (if\n (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 71) false)\n true\n (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false)))))\n\n(def selfhost/pkg-resolution-plan::hash64-loop?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) 64)\n true\n (if (selfhost/pkg-resolution-plan::ascii-hex? ((core/bytes::get bytes) index))\n ((selfhost/pkg-resolution-plan::hash64-loop? bytes) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-resolution-plan::hash64?\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::eq? (core/bytes::len bytes)) 64)\n ((selfhost/pkg-resolution-plan::hash64-loop? bytes) 0)\n false))))\n\n(def selfhost/pkg-resolution-plan::plan\n (fn (selector)\n (let ((value (selfhost/pkg-resolution-plan::trim selector)))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"semver:\")\n (let\n ((rest\n (selfhost/pkg-resolution-plan::trim\n ((selfhost/pkg-resolution-plan::drop-prefix value) 7))))\n (if ((core/int::eq? (core/str::len rest)) 0)\n nil\n {:selector-kind (quote :semver-range)\n :selector-value rest\n :strategy (quote :tag-policy)}))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"commit:\")\n (let\n ((rest\n (selfhost/pkg-resolution-plan::trim\n ((selfhost/pkg-resolution-plan::drop-prefix value) 7))))\n (if (selfhost/pkg-resolution-plan::hash64? rest)\n {:selector-kind (quote :commit)\n :selector-value rest\n :strategy (quote :pinned)}\n nil))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"snapshot:\")\n (let\n ((rest\n (selfhost/pkg-resolution-plan::trim\n ((selfhost/pkg-resolution-plan::drop-prefix value) 9))))\n (if (selfhost/pkg-resolution-plan::hash64? rest)\n {:selector-kind (quote :snapshot)\n :selector-value rest\n :strategy (quote :pinned)}\n nil))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"ref:\")\n (let\n ((rest\n (selfhost/pkg-resolution-plan::trim\n ((selfhost/pkg-resolution-plan::drop-prefix value) 4))))\n (if ((selfhost/pkg-resolution-plan::starts-with? rest) \"refs/tags/\")\n {:selector-kind (quote :ref)\n :selector-value rest\n :strategy (quote :tag-policy)}\n (if ((selfhost/pkg-resolution-plan::starts-with? rest) \"refs/\")\n {:selector-kind (quote :ref)\n :selector-value rest\n :strategy (quote :track-ref)}\n nil)))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"refs/tags/\")\n {:selector-kind (quote :ref)\n :selector-value value\n :strategy (quote :tag-policy)}\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"refs/\")\n {:selector-kind (quote :ref)\n :selector-value value\n :strategy (quote :track-ref)}\n (if (selfhost/pkg-resolution-plan::hash64? value)\n {:selector-kind (quote :commit)\n :selector-value value\n :strategy (quote :pinned)}\n nil))))))))))\n\n(def selfhost/pkg-resolution-plan::semver-policy\n (fn (tag-policy)\n (if ((core/eq? tag-policy) \"lowest\")\n (quote :lowest)\n (if ((core/eq? tag-policy) \"highest\")\n (quote :highest)\n (if ((core/eq? tag-policy) \"latest\")\n (quote :highest)\n (if ((core/eq? tag-policy) \"exact\") (quote :highest) nil))))))\n\n(def selfhost/pkg-resolution-plan::should-resolve?\n (fn (has-existing)\n (fn (update-policy)\n (fn (strategy)\n (if has-existing\n (if ((core/sym::eq? update-policy) (quote :auto))\n (if ((core/sym::eq? strategy) (quote :pinned)) false true)\n false)\n true)))))\n\n(def selfhost/pkg-resolution-plan::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n {\n :code code\n :kind \"genesis/pkg-resolution-plan-result-v0.1\"\n :message message\n :ok false\n :request-h request-h\n :selector-kind nil\n :selector-value nil\n :semver-policy nil\n :should-resolve nil\n :v 1}))))\n\n(def selfhost/pkg-resolution-plan::accept\n (fn (request-h)\n (fn (selector-plan)\n (fn (semver-policy)\n (fn (should-resolve)\n {\n :code nil\n :kind \"genesis/pkg-resolution-plan-result-v0.1\"\n :message nil\n :ok true\n :request-h request-h\n :selector-kind ((core/map::get selector-plan) (quote :selector-kind))\n :selector-value ((core/map::get selector-plan) (quote :selector-value))\n :semver-policy semver-policy\n :should-resolve should-resolve\n :v 1})))))\n\n(def selfhost/pkg-resolution-plan::evaluate\n (fn (request-h)\n (fn (request)\n (let ((selector ((core/map::get request) (quote :selector))))\n (let ((declared ((core/map::get request) (quote :strategy))))\n (let ((tag-policy ((core/map::get request) (quote :tag-policy))))\n (let ((selector-plan (selfhost/pkg-resolution-plan::plan selector)))\n (if (core/list::is-nil? selector-plan)\n (((selfhost/pkg-resolution-plan::reject request-h) \"core/pkg/bad-selector\")\n \"unsupported or malformed selector\")\n (let ((inferred ((core/map::get selector-plan) (quote :strategy))))\n (if ((core/sym::eq? declared) inferred)\n (if ((core/sym::eq? inferred) (quote :tag-policy))\n (if (selfhost/pkg-resolution-id::str? tag-policy)\n (let\n ((selector-kind\n ((core/map::get selector-plan) (quote :selector-kind))))\n (if ((core/sym::eq? selector-kind) (quote :semver-range))\n (let\n ((semver-policy\n (selfhost/pkg-resolution-plan::semver-policy tag-policy)))\n (if (core/list::is-nil? semver-policy)\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/semver-policy-unsupported\")\n \"unsupported semver tag_policy\")\n ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan)\n semver-policy)\n (((selfhost/pkg-resolution-plan::should-resolve?\n ((core/map::get request) (quote :has-existing)))\n ((core/map::get request) (quote :update-policy))) inferred))))\n ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) nil)\n (((selfhost/pkg-resolution-plan::should-resolve?\n ((core/map::get request) (quote :has-existing)))\n ((core/map::get request) (quote :update-policy))) inferred))))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/tag-policy-required\")\n \"tag-policy strategy requires tag_policy\"))\n (if (selfhost/pkg-resolution-id::nil? tag-policy)\n ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) nil)\n (((selfhost/pkg-resolution-plan::should-resolve?\n ((core/map::get request) (quote :has-existing)))\n ((core/map::get request) (quote :update-policy))) inferred))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/tag-policy-forbidden\")\n \"tag_policy is only valid for tag-policy strategy\")))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/strategy-mismatch\")\n \"selector strategy mismatch\")))))))))))\n\n(def core/pkg::resolution-plan-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-resolution-id::map? request)\n (if\n ((selfhost/pkg-resolution-id::exact-map? request)\n [:has-existing :kind :op :selector :strategy :tag-policy :update-policy :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-resolution-id::str? kind)\n ((core/eq? kind) \"genesis/pkg-resolution-plan-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if (selfhost/pkg-resolution-id::sym? op)\n ((core/sym::eq? op) (quote :plan))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-resolution-id::int? version)\n ((core/int::eq? version) 1)\n false)\n (if\n (if\n (selfhost/pkg-resolution-id::str?\n ((core/map::get request) (quote :selector)))\n (if\n (selfhost/pkg-resolution-id::strategy?\n ((core/map::get request) (quote :strategy)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :tag-policy)))\n (if\n (selfhost/pkg-resolution-id::update-policy?\n ((core/map::get request) (quote :update-policy)))\n (selfhost/pkg-resolution-plan::bool?\n ((core/map::get request) (quote :has-existing)))\n false)\n false)\n false)\n false)\n ((selfhost/pkg-resolution-plan::evaluate request-h) request)\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request plan fields are invalid\"))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :op must be :plan\")))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request fields mismatch\"))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x13|\xF5p\x0F5=\x04*\xEFn23\xEF\x15\x18\x90\x9F\xF3,\x0B\xABZ\x12\xE8\xF7tRKj\xE5\xE9" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-resolution-workflow::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/pkg-resolution-workflow::symbol? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym)))) (def selfhost/pkg-resolution-workflow::workflow? (fn (value) (if (selfhost/pkg-resolution-workflow::symbol? value) (if ((core/sym::eq? value) (quote :lock)) true ((core/sym::eq? value) (quote :update))) false))) (def selfhost/pkg-resolution-workflow::string-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/pkg-lock-read::str? ((core/vec::get values) index)) ((selfhost/pkg-resolution-workflow::string-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/pkg-resolution-workflow::string-vector? (fn (value) (if (selfhost/pkg-lock-read::vec? value) ((selfhost/pkg-resolution-workflow::string-vector-loop? value) 0) false))) (def selfhost/pkg-resolution-workflow::string-set-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((value (selfhost/pkg-resolution-plan::trim ((core/vec::get values) index)))) (((selfhost/pkg-resolution-workflow::string-set-loop values) ((core/int::add index) 1)) (if ((core/int::eq? (core/str::len value)) 0) out (((core/map::put out) value) true))))))))) (def selfhost/pkg-resolution-workflow::string-set (fn (values) (((selfhost/pkg-resolution-workflow::string-set-loop values) 0) {}))) (def selfhost/pkg-resolution-workflow::model? (fn (model) (if ((selfhost/pkg-lock-read::exact-map? model) [:artifacts :lock :locked :policy :registries :requirements :version :workspace]) (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :artifacts))) (if (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :lock))) (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :locked))) (if (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :policy))) (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :registries))) (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :requirements))) (if (selfhost/pkg-lock-read::int? ((core/map::get model) (quote :version))) (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :workspace))) false) false) false) false) false) false) false) false))) (def selfhost/pkg-resolution-workflow::requirement? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:registry :selector :strategy :tag-policy :update-policy]) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :registry))) (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :selector))) (if (selfhost/pkg-resolution-id::strategy? ((core/map::get value) (quote :strategy))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :tag-policy))) (selfhost/pkg-resolution-id::update-policy? ((core/map::get value) (quote :update-policy))) false) false) false) false) false))) (def selfhost/pkg-resolution-workflow::requirements-loop? (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (let ((entry ((core/vec::get entries) index))) (if (selfhost/pkg-lock-read::str? ((core/vec::get entry) 0)) (if (selfhost/pkg-resolution-workflow::requirement? ((core/vec::get entry) 1)) ((selfhost/pkg-resolution-workflow::requirements-loop? entries) ((core/int::add index) 1)) false) false)))))) (def selfhost/pkg-resolution-workflow::requirements? (fn (value) (if (selfhost/pkg-lock-read::map? value) ((selfhost/pkg-resolution-workflow::requirements-loop? (core/map::entries value)) 0) false))) (def selfhost/pkg-resolution-workflow::locked-entry? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:commit :environment-fingerprint :exports_hash :registry :resolved-ref :snapshot :source_selector]) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :commit))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :environment-fingerprint))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :exports_hash))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :registry))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :resolved-ref))) (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :snapshot))) (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :source_selector))) false) false) false) false) false) false) false))) (def selfhost/pkg-resolution-workflow::locked-loop? (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (let ((entry ((core/vec::get entries) index))) (if (selfhost/pkg-lock-read::str? ((core/vec::get entry) 0)) (if (selfhost/pkg-resolution-workflow::locked-entry? ((core/vec::get entry) 1)) ((selfhost/pkg-resolution-workflow::locked-loop? entries) ((core/int::add index) 1)) false) false)))))) (def selfhost/pkg-resolution-workflow::locked? (fn (value) (if (selfhost/pkg-lock-read::map? value) ((selfhost/pkg-resolution-workflow::locked-loop? (core/map::entries value)) 0) false))) (def selfhost/pkg-resolution-workflow::object (fn (term) (fn (newline) (let ((printed (selfhost/printer::print-term term))) (let ((text (if newline ((core/str::concat printed) "\n") printed))) (let ((bytes (core/str::to-utf8 text))) {:bytes bytes :h (core/bytes::to-hex (core/crypto::blake3 bytes)) :term term})))))) (def selfhost/pkg-resolution-workflow::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-resolution-workflow-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-resolution-workflow::accept (fn (request-h) (fn (value) (((((selfhost/pkg-resolution-workflow::result request-h) true) nil) nil) value)))) (def selfhost/pkg-resolution-workflow::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-resolution-workflow::result request-h) false) code) message) nil)))))] :module-h b"\xFD\xF7\x01\x91\x86\xC8\x1D5Q!G\xA1m\n\xF6\x12;\xB8\xC9xv\xF8\xEC$$\x9C\xCD\x15\x80{\xE6\x10" :path "selfhost/pkg_resolution_workflow_core_v1.gc" :source "; Shared closed-schema helpers for package lock/update workflow authority.\n\n(def selfhost/pkg-resolution-workflow::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/pkg-resolution-workflow::symbol?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym))))\n\n(def selfhost/pkg-resolution-workflow::workflow?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :lock))\n true\n ((core/sym::eq? value) (quote :update)))\n false)))\n\n(def selfhost/pkg-resolution-workflow::string-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n (selfhost/pkg-lock-read::str? ((core/vec::get values) index))\n ((selfhost/pkg-resolution-workflow::string-vector-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-resolution-workflow::string-vector?\n (fn (value)\n (if (selfhost/pkg-lock-read::vec? value)\n ((selfhost/pkg-resolution-workflow::string-vector-loop? value) 0)\n false)))\n\n(def selfhost/pkg-resolution-workflow::string-set-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let\n ((value\n (selfhost/pkg-resolution-plan::trim ((core/vec::get values) index))))\n (((selfhost/pkg-resolution-workflow::string-set-loop values)\n ((core/int::add index) 1))\n (if ((core/int::eq? (core/str::len value)) 0)\n out\n (((core/map::put out) value) true)))))))))\n\n(def selfhost/pkg-resolution-workflow::string-set\n (fn (values)\n (((selfhost/pkg-resolution-workflow::string-set-loop values) 0) {})))\n\n(def selfhost/pkg-resolution-workflow::model?\n (fn (model)\n (if\n ((selfhost/pkg-lock-read::exact-map? model)\n [:artifacts :lock :locked :policy :registries :requirements :version :workspace])\n (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :artifacts)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :lock)))\n (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :locked)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :policy)))\n (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :registries)))\n (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :requirements)))\n (if (selfhost/pkg-lock-read::int? ((core/map::get model) (quote :version)))\n (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :workspace)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-resolution-workflow::requirement?\n (fn (value)\n (if\n ((selfhost/pkg-lock-read::exact-map? value)\n [:registry :selector :strategy :tag-policy :update-policy])\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :registry)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :selector)))\n (if (selfhost/pkg-resolution-id::strategy? ((core/map::get value) (quote :strategy)))\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :tag-policy)))\n (selfhost/pkg-resolution-id::update-policy?\n ((core/map::get value) (quote :update-policy)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-resolution-workflow::requirements-loop?\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (let ((entry ((core/vec::get entries) index)))\n (if (selfhost/pkg-lock-read::str? ((core/vec::get entry) 0))\n (if\n (selfhost/pkg-resolution-workflow::requirement? ((core/vec::get entry) 1))\n ((selfhost/pkg-resolution-workflow::requirements-loop? entries)\n ((core/int::add index) 1))\n false)\n false))))))\n\n(def selfhost/pkg-resolution-workflow::requirements?\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n ((selfhost/pkg-resolution-workflow::requirements-loop? (core/map::entries value)) 0)\n false)))\n\n(def selfhost/pkg-resolution-workflow::locked-entry?\n (fn (value)\n (if\n ((selfhost/pkg-lock-read::exact-map? value)\n [:commit :environment-fingerprint :exports_hash :registry :resolved-ref :snapshot :source_selector])\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :commit)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get value) (quote :environment-fingerprint)))\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :exports_hash)))\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :registry)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get value) (quote :resolved-ref)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :snapshot)))\n (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :source_selector)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-resolution-workflow::locked-loop?\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (let ((entry ((core/vec::get entries) index)))\n (if (selfhost/pkg-lock-read::str? ((core/vec::get entry) 0))\n (if\n (selfhost/pkg-resolution-workflow::locked-entry? ((core/vec::get entry) 1))\n ((selfhost/pkg-resolution-workflow::locked-loop? entries)\n ((core/int::add index) 1))\n false)\n false))))))\n\n(def selfhost/pkg-resolution-workflow::locked?\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n ((selfhost/pkg-resolution-workflow::locked-loop? (core/map::entries value)) 0)\n false)))\n\n(def selfhost/pkg-resolution-workflow::object\n (fn (term)\n (fn (newline)\n (let ((printed (selfhost/printer::print-term term)))\n (let ((text (if newline ((core/str::concat printed) \"\\n\") printed)))\n (let ((bytes (core/str::to-utf8 text)))\n {\n :bytes bytes\n :h (core/bytes::to-hex (core/crypto::blake3 bytes))\n :term term}))))))\n\n(def selfhost/pkg-resolution-workflow::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-resolution-workflow-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-resolution-workflow::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-resolution-workflow::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-resolution-workflow::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-resolution-workflow::result request-h) false) code) message) nil)))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x12\xE4\xCF\xD9\xF0\x9E\x86>s1{\xD4?\xEBr\xBB\xDF0!\x8A\x19\x00\xABi\x8E,\x81\xF6\x06\x8D8\r" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-resolution-workflow::plan-action (fn (workflow) (fn (only-set) (fn (name) (if ((core/sym::eq? workflow) (quote :lock)) (quote :resolve) (if ((core/int::eq? (core/map::len only-set)) 0) (quote :consider) (if ((core/map::get only-set) name) (quote :consider) (quote :skip-unselected)))))))) (def selfhost/pkg-resolution-workflow::requirement-steps-loop (fn (entries) (fn (workflow) (fn (only-set) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (((((selfhost/pkg-resolution-workflow::requirement-steps-loop entries) workflow) only-set) ((core/int::add index) 1)) ((core/vec::push out) {:action (((selfhost/pkg-resolution-workflow::plan-action workflow) only-set) name) :name name :requirement ((core/vec::get entry) 1)}))))))))))) (def selfhost/pkg-resolution-workflow::missing-steps-loop (fn (only-entries) (fn (requirements) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len only-entries)) out (let ((name ((core/vec::get ((core/vec::get only-entries) index)) 0))) ((((selfhost/pkg-resolution-workflow::missing-steps-loop only-entries) requirements) ((core/int::add index) 1)) (if ((core/map::get requirements) name) out ((core/vec::push out) {:action (quote :missing-requirement) :name name :requirement nil})))))))))) (def selfhost/pkg-resolution-workflow::build-plan (fn (model) (fn (workflow) (fn (only) (let ((requirements ((core/map::get model) (quote :requirements)))) (let ((only-set (selfhost/pkg-resolution-workflow::string-set only))) (let ((requirement-steps (((((selfhost/pkg-resolution-workflow::requirement-steps-loop (core/map::entries requirements)) workflow) only-set) 0) []))) (let ((steps (if ((core/sym::eq? workflow) (quote :update)) ((((selfhost/pkg-resolution-workflow::missing-steps-loop (core/map::entries only-set)) requirements) 0) requirement-steps) requirement-steps))) {:steps steps :workflow workflow})))))))) (def selfhost/pkg-resolution-workflow::plan-value (fn (model) (fn (workflow) (fn (only) (let ((plan (((selfhost/pkg-resolution-workflow::build-plan model) workflow) only))) {:plan plan :plan-h (selfhost/hash::hash-term plan)})))))] :module-h b"\xE8\xFF\xCF\xA9x\xDE\xA6\x98\x96\xC8\x04\xD8\xCF\"\x8B\xEF\x01.\x86\xD2>\xBE\xCA\x1A\x01\xA9\xD17\x9C\xAB\xAAV\x81\xE1" :path "selfhost/pkg_install_core_v1.gc" :source "; Closed helpers for package installation workflow authority.\n\n(def selfhost/pkg-install::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-install-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-install::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-install::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-install::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-install::result request-h) false)\n \"core/pkg/bad-authority-request\") message) nil))))\n\n(def selfhost/pkg-install::hash?\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n (selfhost/pkg-resolution-plan::hash64? value)\n false)))\n\n(def selfhost/pkg-install::optional-hash?\n (fn (value)\n (if (core/list::is-nil? value) true (selfhost/pkg-install::hash? value))))\n\n(def selfhost/pkg-install::optional-bool?\n (fn (value)\n (if (core/list::is-nil? value)\n true\n (selfhost/pkg-resolution-workflow::bool? value))))\n\n(def selfhost/pkg-install::nonnegative-int?\n (fn (value)\n (if (selfhost/pkg-lock-read::int? value)\n (if ((core/int::lt? value) 0) false true)\n false)))\n\n(def selfhost/pkg-install::resolution-status?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :not-needed))\n true\n (if ((core/sym::eq? value) (quote :resolved))\n true\n (if ((core/sym::eq? value) (quote :not-found))\n true\n ((core/sym::eq? value) (quote :unavailable)))))\n false)))\n\n(def selfhost/pkg-install::workspace-root\n (fn (model)\n (let ((artifacts ((core/map::get model) (quote :artifacts))))\n (let ((root ((core/map::get artifacts) \"root_workspace_snapshot\")))\n (if (core/list::is-nil? root) nil root)))))\n\n(def selfhost/pkg-install::registry\n (fn (locked)\n (fn (requirement)\n (let ((locked-registry ((core/map::get locked) (quote :registry))))\n (if (core/list::is-nil? locked-registry)\n (if (core/list::is-nil? requirement)\n nil\n ((core/map::get requirement) (quote :registry)))\n locked-registry)))))\n\n(def selfhost/pkg-install::missing-locks-loop\n (fn (requirements)\n (fn (locked)\n (fn (index)\n (fn (out)\n (let ((entries (core/map::entries requirements)))\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((name ((core/vec::get ((core/vec::get entries) index)) 0)))\n ((((selfhost/pkg-install::missing-locks-loop requirements) locked)\n ((core/int::add index) 1))\n (if (core/list::is-nil? ((core/map::get locked) name))\n ((core/vec::push out) name)\n out))))))))))\n\n(def selfhost/pkg-install::missing-locks\n (fn (model)\n ((((selfhost/pkg-install::missing-locks-loop\n ((core/map::get model) (quote :requirements)))\n ((core/map::get model) (quote :locked))) 0) [])))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^m\x96\x934O)>\x04\xD8\xCF\"\x8B\xEF\x01.\x86\xD2>\xBE\xCA\x1A\x01\xA9\xD17\x9C\xAB\xAAV\x81\xE1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-install::steps-loop (fn (locked-entries) (fn (requirements) (fn (refs-available) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len locked-entries)) out (let ((entry ((core/vec::get locked-entries) index)) (name ((core/vec::get ((core/vec::get locked-entries) index)) 0)) (locked ((core/vec::get ((core/vec::get locked-entries) index)) 1)) (requirement ((core/map::get requirements) ((core/vec::get ((core/vec::get locked-entries) index)) 0)))) (((((selfhost/pkg-install::steps-loop locked-entries) requirements) refs-available) ((core/int::add index) 1)) ((core/vec::push out) {:commit ((core/map::get locked) (quote :commit)) :name name :registry ((selfhost/pkg-install::registry locked) requirement) :resolve-if-missing (if refs-available (if (core/list::is-nil? requirement) false true) false) :snapshot ((core/map::get locked) (quote :snapshot))})))))))))) (def selfhost/pkg-install::build-plan (fn (model) (fn (frozen) (fn (strict) (fn (refs-available) {:dependencies (((((selfhost/pkg-install::steps-loop (core/map::entries ((core/map::get model) (quote :locked)))) ((core/map::get model) (quote :requirements))) refs-available) 0) []) :frozen frozen :refs-available refs-available :strict strict :workspace-root (selfhost/pkg-install::workspace-root model)}))))) (def selfhost/pkg-install::plan-value (fn (model) (fn (frozen) (fn (strict) (fn (refs-available) (let ((missing (selfhost/pkg-install::missing-locks model))) (let ((plan ((((selfhost/pkg-install::build-plan model) frozen) strict) refs-available))) {:admit (if frozen ((core/int::eq? (core/vec::len missing)) 0) true) :missing-locks missing :plan plan :plan-h (selfhost/hash::hash-term plan)})))))))] :module-h b"\x94\x94\xEA\x07!\x83\xF2\xDC\"b\xB7\xBC\xE4\xE20#\xF7\xC0\x0C\xB4\x92\xFB\xBB\xA1Su\xDE\xBE\xCA\x9D\r\x06" :path "selfhost/pkg_install_plan_v1.gc" :source "; Authoritative ordered installation plan and registry precedence.\n\n(def selfhost/pkg-install::steps-loop\n (fn (locked-entries)\n (fn (requirements)\n (fn (refs-available)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len locked-entries))\n out\n (let\n ((entry ((core/vec::get locked-entries) index))\n (name ((core/vec::get ((core/vec::get locked-entries) index)) 0))\n (locked ((core/vec::get ((core/vec::get locked-entries) index)) 1))\n (requirement\n ((core/map::get requirements)\n ((core/vec::get ((core/vec::get locked-entries) index)) 0))))\n (((((selfhost/pkg-install::steps-loop locked-entries) requirements)\n refs-available) ((core/int::add index) 1))\n ((core/vec::push out)\n {\n :commit ((core/map::get locked) (quote :commit))\n :name name\n :registry ((selfhost/pkg-install::registry locked) requirement)\n :resolve-if-missing\n (if refs-available\n (if (core/list::is-nil? requirement) false true)\n false)\n :snapshot ((core/map::get locked) (quote :snapshot))}))))))))))\n\n(def selfhost/pkg-install::build-plan\n (fn (model)\n (fn (frozen)\n (fn (strict)\n (fn (refs-available)\n {\n :dependencies\n (((((selfhost/pkg-install::steps-loop\n (core/map::entries ((core/map::get model) (quote :locked))))\n ((core/map::get model) (quote :requirements))) refs-available) 0) [])\n :frozen frozen\n :refs-available refs-available\n :strict strict\n :workspace-root (selfhost/pkg-install::workspace-root model)})))))\n\n(def selfhost/pkg-install::plan-value\n (fn (model)\n (fn (frozen)\n (fn (strict)\n (fn (refs-available)\n (let ((missing (selfhost/pkg-install::missing-locks model)))\n (let\n ((plan ((((selfhost/pkg-install::build-plan model) frozen) strict) refs-available)))\n {\n :admit (if frozen ((core/int::eq? (core/vec::len missing)) 0) true)\n :missing-locks missing\n :plan plan\n :plan-h (selfhost/hash::hash-term plan)})))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"i\xA9:\xD0\xBA:\x97\xF4\x0F\x95\xA99\xD1\x0E\xAE\x16\xB6\xD3\xB8u\xC9\xDF\xA4\xC7m4\r;\xD7\xCE<\x11" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-install::hash-observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:h :present]) (if (selfhost/pkg-install::hash? ((core/map::get value) (quote :h))) (selfhost/pkg-resolution-workflow::bool? ((core/map::get value) (quote :present))) false) false))) (def selfhost/pkg-install::hash-observations-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/pkg-install::hash-observation? ((core/vec::get values) index)) ((selfhost/pkg-install::hash-observations-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/pkg-install::hash-observations? (fn (value) (if (selfhost/pkg-lock-read::vec? value) ((selfhost/pkg-install::hash-observations-loop? value) 0) false))) (def selfhost/pkg-install::observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:closure-checked :commit-present :hashes :initially-present :name :resolution]) (if (selfhost/pkg-install::nonnegative-int? ((core/map::get value) (quote :closure-checked))) (if (selfhost/pkg-install::optional-bool? ((core/map::get value) (quote :commit-present))) (if (selfhost/pkg-install::hash-observations? ((core/map::get value) (quote :hashes))) (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get value) (quote :initially-present))) (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :name))) (selfhost/pkg-install::resolution-status? ((core/map::get value) (quote :resolution))) false) false) false) false) false) false))) (def selfhost/pkg-install::resolution-coherent? (fn (step) (fn (observation) (let ((initial ((core/map::get observation) (quote :initially-present))) (resolution ((core/map::get observation) (quote :resolution))) (can-resolve ((core/map::get step) (quote :resolve-if-missing)))) (if initial ((core/sym::eq? resolution) (quote :not-needed)) (if can-resolve (if ((core/sym::eq? resolution) (quote :resolved)) true ((core/sym::eq? resolution) (quote :not-found))) ((core/sym::eq? resolution) (quote :unavailable)))))))) (def selfhost/pkg-install::hashes-fold (fn (hashes) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len hashes)) state (let ((observation ((core/vec::get hashes) index))) (let ((present ((core/map::get observation) (quote :present))) (hash ((core/map::get observation) (quote :h)))) (((selfhost/pkg-install::hashes-fold hashes) ((core/int::add index) 1)) {:checked (if present ((core/int::add ((core/map::get state) (quote :checked))) 1) ((core/map::get state) (quote :checked))) :missing (if present ((core/map::get state) (quote :missing)) ((core/vec::push ((core/map::get state) (quote :missing))) hash)) :ok (if present ((core/map::get state) (quote :ok)) false)})))))))) (def selfhost/pkg-install::step-fold (fn (state) (fn (step) (fn (observation) (if ((core/eq? ((core/map::get step) (quote :name))) ((core/map::get observation) (quote :name))) (if ((selfhost/pkg-install::resolution-coherent? step) observation) (let ((hashes ((core/map::get observation) (quote :hashes)))) (if ((core/int::lt? 0) (core/vec::len hashes)) (if ((core/eq? ((core/map::get ((core/vec::get hashes) 0)) (quote :h))) ((core/map::get step) (quote :snapshot))) (let ((folded (((selfhost/pkg-install::hashes-fold hashes) 0) state)) (commit-present ((core/map::get observation) (quote :commit-present))) (commit ((core/map::get step) (quote :commit))) (closure ((core/map::get observation) (quote :closure-checked)))) (if (core/list::is-nil? commit) (if (core/list::is-nil? commit-present) {:checked ((core/int::add ((core/map::get folded) (quote :checked))) closure) :missing ((core/map::get folded) (quote :missing)) :ok ((core/map::get folded) (quote :ok))} {:message "commit presence supplied for dependency without commit" :valid false}) (if (core/list::is-nil? commit-present) (if ((core/map::get ((core/vec::get hashes) 0)) (quote :present)) {:message "available snapshot requires commit presence observation" :valid false} {:checked ((core/map::get folded) (quote :checked)) :missing ((core/map::get folded) (quote :missing)) :ok ((core/map::get folded) (quote :ok))}) {:checked ((core/int::add ((core/int::add ((core/map::get folded) (quote :checked))) (if commit-present 1 0))) closure) :missing (if commit-present ((core/map::get folded) (quote :missing)) ((core/vec::push ((core/map::get folded) (quote :missing))) commit)) :ok (if commit-present ((core/map::get folded) (quote :ok)) false)}))) {:message "first hydration hash does not match planned snapshot" :valid false}) {:message "hydration observation must include planned snapshot" :valid false})) {:message "resolution observation contradicts authority plan" :valid false}) {:message "install observation name mismatch" :valid false}))))) (def selfhost/pkg-install::observations-loop (fn (steps) (fn (observations) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len steps)) state (let ((observation ((core/vec::get observations) index))) (if (selfhost/pkg-install::observation? observation) (let ((next (((selfhost/pkg-install::step-fold state) ((core/vec::get steps) index)) observation))) (if (core/list::is-nil? ((core/map::get next) (quote :valid))) ((((selfhost/pkg-install::observations-loop steps) observations) ((core/int::add index) 1)) next) next)) {:message "install observation is malformed" :valid false})))))))) (def selfhost/pkg-install::final-value (fn (model) (fn (plan) (fn (observations) (fn (commit-observations) (let ((steps ((core/map::get plan) (quote :dependencies)))) (if ((core/int::eq? (core/vec::len steps)) (core/vec::len observations)) (let ((state ((((selfhost/pkg-install::observations-loop steps) observations) 0) {:checked 0 :missing [] :ok true}))) (if (core/list::is-nil? ((core/map::get state) (quote :valid))) (let ((provenance (((((selfhost/pkg-resolution-workflow::provenance-loop (core/map::entries ((core/map::get model) (quote :locked)))) commit-observations) ((core/map::get plan) (quote :strict))) 0) []))) (if ((core/map::get provenance) (quote :ok)) {:checked ((core/map::get state) (quote :checked)) :lock ((core/map::get model) (quote :lock)) :missing ((core/map::get state) (quote :missing)) :ok ((core/map::get state) (quote :ok)) :provenance {:deps ((core/map::get provenance) (quote :value)) :workspace-root ((core/map::get plan) (quote :workspace-root))} :workspace-root ((core/map::get plan) (quote :workspace-root))} provenance)) state)) {:message "install observation count mismatch" :valid false})))))))] :module-h b"*\xD6$\xAA\x94\x8B\x932\xCC\x1E.'\x94M\xF7\xB2\xF5\xB5\xEC\t\x01\x03\xF2(\x85\xA5\x0E6[\xB7\x8F\xA2" :path "selfhost/pkg_install_finalize_v1.gc" :source "; Request-bound installation report and provenance projection.\n\n(def selfhost/pkg-install::hash-observation?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value) [:h :present])\n (if (selfhost/pkg-install::hash? ((core/map::get value) (quote :h)))\n (selfhost/pkg-resolution-workflow::bool?\n ((core/map::get value) (quote :present)))\n false)\n false)))\n\n(def selfhost/pkg-install::hash-observations-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/pkg-install::hash-observation? ((core/vec::get values) index))\n ((selfhost/pkg-install::hash-observations-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-install::hash-observations?\n (fn (value)\n (if (selfhost/pkg-lock-read::vec? value)\n ((selfhost/pkg-install::hash-observations-loop? value) 0)\n false)))\n\n(def selfhost/pkg-install::observation?\n (fn (value)\n (if\n ((selfhost/pkg-lock-read::exact-map? value)\n [:closure-checked :commit-present :hashes :initially-present :name :resolution])\n (if\n (selfhost/pkg-install::nonnegative-int?\n ((core/map::get value) (quote :closure-checked)))\n (if\n (selfhost/pkg-install::optional-bool?\n ((core/map::get value) (quote :commit-present)))\n (if (selfhost/pkg-install::hash-observations? ((core/map::get value) (quote :hashes)))\n (if\n (selfhost/pkg-resolution-workflow::bool?\n ((core/map::get value) (quote :initially-present)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :name)))\n (selfhost/pkg-install::resolution-status?\n ((core/map::get value) (quote :resolution)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-install::resolution-coherent?\n (fn (step)\n (fn (observation)\n (let\n ((initial ((core/map::get observation) (quote :initially-present)))\n (resolution ((core/map::get observation) (quote :resolution)))\n (can-resolve ((core/map::get step) (quote :resolve-if-missing))))\n (if initial\n ((core/sym::eq? resolution) (quote :not-needed))\n (if can-resolve\n (if ((core/sym::eq? resolution) (quote :resolved))\n true\n ((core/sym::eq? resolution) (quote :not-found)))\n ((core/sym::eq? resolution) (quote :unavailable))))))))\n\n(def selfhost/pkg-install::hashes-fold\n (fn (hashes)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len hashes))\n state\n (let ((observation ((core/vec::get hashes) index)))\n (let\n ((present ((core/map::get observation) (quote :present)))\n (hash ((core/map::get observation) (quote :h))))\n (((selfhost/pkg-install::hashes-fold hashes)\n ((core/int::add index) 1))\n {\n :checked\n (if present\n ((core/int::add ((core/map::get state) (quote :checked))) 1)\n ((core/map::get state) (quote :checked)))\n :missing\n (if present\n ((core/map::get state) (quote :missing))\n ((core/vec::push ((core/map::get state) (quote :missing))) hash))\n :ok (if present ((core/map::get state) (quote :ok)) false)}))))))))\n\n(def selfhost/pkg-install::step-fold\n (fn (state)\n (fn (step)\n (fn (observation)\n (if ((core/eq? ((core/map::get step) (quote :name)))\n ((core/map::get observation) (quote :name)))\n (if ((selfhost/pkg-install::resolution-coherent? step) observation)\n (let ((hashes ((core/map::get observation) (quote :hashes))))\n (if ((core/int::lt? 0) (core/vec::len hashes))\n (if\n ((core/eq? ((core/map::get ((core/vec::get hashes) 0)) (quote :h)))\n ((core/map::get step) (quote :snapshot)))\n (let\n ((folded (((selfhost/pkg-install::hashes-fold hashes) 0) state))\n (commit-present\n ((core/map::get observation) (quote :commit-present)))\n (commit ((core/map::get step) (quote :commit)))\n (closure ((core/map::get observation) (quote :closure-checked))))\n (if (core/list::is-nil? commit)\n (if (core/list::is-nil? commit-present)\n {\n :checked ((core/int::add ((core/map::get folded) (quote :checked))) closure)\n :missing ((core/map::get folded) (quote :missing))\n :ok ((core/map::get folded) (quote :ok))}\n {:message \"commit presence supplied for dependency without commit\" :valid false})\n (if (core/list::is-nil? commit-present)\n (if ((core/map::get ((core/vec::get hashes) 0)) (quote :present))\n {:message \"available snapshot requires commit presence observation\" :valid false}\n {\n :checked ((core/map::get folded) (quote :checked))\n :missing ((core/map::get folded) (quote :missing))\n :ok ((core/map::get folded) (quote :ok))})\n {\n :checked\n ((core/int::add\n ((core/int::add ((core/map::get folded) (quote :checked)))\n (if commit-present 1 0))) closure)\n :missing\n (if commit-present\n ((core/map::get folded) (quote :missing))\n ((core/vec::push ((core/map::get folded) (quote :missing))) commit))\n :ok (if commit-present ((core/map::get folded) (quote :ok)) false)})))\n {:message \"first hydration hash does not match planned snapshot\" :valid false})\n {:message \"hydration observation must include planned snapshot\" :valid false}))\n {:message \"resolution observation contradicts authority plan\" :valid false})\n {:message \"install observation name mismatch\" :valid false})))))\n\n(def selfhost/pkg-install::observations-loop\n (fn (steps)\n (fn (observations)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len steps))\n state\n (let ((observation ((core/vec::get observations) index)))\n (if (selfhost/pkg-install::observation? observation)\n (let\n ((next\n (((selfhost/pkg-install::step-fold state)\n ((core/vec::get steps) index)) observation)))\n (if (core/list::is-nil? ((core/map::get next) (quote :valid)))\n ((((selfhost/pkg-install::observations-loop steps) observations)\n ((core/int::add index) 1)) next)\n next))\n {:message \"install observation is malformed\" :valid false}))))))))\n\n(def selfhost/pkg-install::final-value\n (fn (model)\n (fn (plan)\n (fn (observations)\n (fn (commit-observations)\n (let ((steps ((core/map::get plan) (quote :dependencies))))\n (if ((core/int::eq? (core/vec::len steps)) (core/vec::len observations))\n (let\n ((state\n ((((selfhost/pkg-install::observations-loop steps) observations) 0)\n {:checked 0 :missing [] :ok true})))\n (if (core/list::is-nil? ((core/map::get state) (quote :valid)))\n (let\n ((provenance\n (((((selfhost/pkg-resolution-workflow::provenance-loop\n (core/map::entries ((core/map::get model) (quote :locked))))\n commit-observations)\n ((core/map::get plan) (quote :strict))) 0) [])))\n (if ((core/map::get provenance) (quote :ok))\n {\n :checked ((core/map::get state) (quote :checked))\n :lock ((core/map::get model) (quote :lock))\n :missing ((core/map::get state) (quote :missing))\n :ok ((core/map::get state) (quote :ok))\n :provenance\n {\n :deps ((core/map::get provenance) (quote :value))\n :workspace-root ((core/map::get plan) (quote :workspace-root))}\n :workspace-root ((core/map::get plan) (quote :workspace-root))}\n provenance))\n state))\n {:message \"install observation count mismatch\" :valid false})))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_\x85-PT\x87=\x8D\xB3\xC93\xEC\x82*\x97f[\xEE\xCA\x7F\xFF\xD1A\x94\xFF\x18\xAA\x88\x87*\xD2y" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-install::plan-request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:frozen :kind :model :op :refs-available :strict :v]) (if (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model))) (if (selfhost/pkg-resolution-workflow::requirements? ((core/map::get ((core/map::get request) (quote :model))) (quote :requirements))) (if (selfhost/pkg-resolution-workflow::locked? ((core/map::get ((core/map::get request) (quote :model))) (quote :locked))) (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :frozen))) (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :strict))) (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :refs-available))) false) false) false) false) false) false))) (def selfhost/pkg-install::finalize-request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:commit-observations :frozen :kind :model :observations :op :plan :plan-h :refs-available :strict :v]) (if (selfhost/pkg-install::plan-request? {:frozen ((core/map::get request) (quote :frozen)) :kind ((core/map::get request) (quote :kind)) :model ((core/map::get request) (quote :model)) :op (quote :plan) :refs-available ((core/map::get request) (quote :refs-available)) :strict ((core/map::get request) (quote :strict)) :v ((core/map::get request) (quote :v))}) (if (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :observations))) (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :commit-observations))) false) false) false))) (def selfhost/pkg-install::finalize (fn (request-h) (fn (request) (let ((model ((core/map::get request) (quote :model))) (frozen ((core/map::get request) (quote :frozen))) (strict ((core/map::get request) (quote :strict))) (refs-available ((core/map::get request) (quote :refs-available))) (declared-plan ((core/map::get request) (quote :plan))) (declared-h ((core/map::get request) (quote :plan-h)))) (let ((expected ((((selfhost/pkg-install::build-plan model) frozen) strict) refs-available))) (if ((core/eq? (selfhost/hash::hash-term expected)) declared-h) (if ((core/eq? (selfhost/hash::hash-term declared-plan)) declared-h) (let ((value ((((selfhost/pkg-install::final-value model) expected) ((core/map::get request) (quote :observations))) ((core/map::get request) (quote :commit-observations))))) (if (core/list::is-nil? ((core/map::get value) (quote :message))) ((selfhost/pkg-install::accept request-h) value) ((selfhost/pkg-install::reject request-h) ((core/map::get value) (quote :message))))) ((selfhost/pkg-install::reject request-h) "declared install plan identity mismatch")) ((selfhost/pkg-install::reject request-h) "install plan identity does not match authoritative recomputation"))))))) (def core/pkg::install-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((core/eq? ((core/map::get request) (quote :kind))) "genesis/pkg-install-request-v0.1") (if ((core/eq? ((core/map::get request) (quote :v))) 1) (let ((op ((core/map::get request) (quote :op)))) (if ((core/sym::eq? op) (quote :plan)) (if (selfhost/pkg-install::plan-request? request) ((selfhost/pkg-install::accept request-h) ((((selfhost/pkg-install::plan-value ((core/map::get request) (quote :model))) ((core/map::get request) (quote :frozen))) ((core/map::get request) (quote :strict))) ((core/map::get request) (quote :refs-available)))) ((selfhost/pkg-install::reject request-h) "install plan request is malformed")) (if ((core/sym::eq? op) (quote :finalize)) (if (selfhost/pkg-install::finalize-request? request) ((selfhost/pkg-install::finalize request-h) request) ((selfhost/pkg-install::reject request-h) "install finalize request is malformed")) ((selfhost/pkg-install::reject request-h) "request :op is unsupported")))) ((selfhost/pkg-install::reject request-h) "request :v must be 1")) ((selfhost/pkg-install::reject request-h) "request :kind mismatch")) ((selfhost/pkg-install::reject request-h) "request must be map")))))] :module-h b"h\x81<\xC1\xAE\xC3\x90b\xCE2\x85\x0F\x10\x9F\x04`\xC1\xBFa\x02\xAC\xF9\xFE\xC8\xD3H\xE8\x89\xE3\xDD\x9D\xDA" :path "selfhost/pkg_install_authority_v1.gc" :source "; Closed plan/finalize authority for core/pkg-low::install.\n\n(def selfhost/pkg-install::plan-request?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:frozen :kind :model :op :refs-available :strict :v])\n (if (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model)))\n (if\n (selfhost/pkg-resolution-workflow::requirements?\n ((core/map::get ((core/map::get request) (quote :model))) (quote :requirements)))\n (if\n (selfhost/pkg-resolution-workflow::locked?\n ((core/map::get ((core/map::get request) (quote :model))) (quote :locked)))\n (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :frozen)))\n (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :strict)))\n (selfhost/pkg-resolution-workflow::bool?\n ((core/map::get request) (quote :refs-available)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-install::finalize-request?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:commit-observations :frozen :kind :model :observations :op :plan :plan-h\n :refs-available :strict :v])\n (if (selfhost/pkg-install::plan-request?\n {\n :frozen ((core/map::get request) (quote :frozen))\n :kind ((core/map::get request) (quote :kind))\n :model ((core/map::get request) (quote :model))\n :op (quote :plan)\n :refs-available ((core/map::get request) (quote :refs-available))\n :strict ((core/map::get request) (quote :strict))\n :v ((core/map::get request) (quote :v))})\n (if (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :observations)))\n (selfhost/pkg-lock-read::vec?\n ((core/map::get request) (quote :commit-observations)))\n false)\n false)\n false)))\n\n(def selfhost/pkg-install::finalize\n (fn (request-h)\n (fn (request)\n (let\n ((model ((core/map::get request) (quote :model)))\n (frozen ((core/map::get request) (quote :frozen)))\n (strict ((core/map::get request) (quote :strict)))\n (refs-available ((core/map::get request) (quote :refs-available)))\n (declared-plan ((core/map::get request) (quote :plan)))\n (declared-h ((core/map::get request) (quote :plan-h))))\n (let ((expected ((((selfhost/pkg-install::build-plan model) frozen) strict) refs-available)))\n (if ((core/eq? (selfhost/hash::hash-term expected)) declared-h)\n (if ((core/eq? (selfhost/hash::hash-term declared-plan)) declared-h)\n (let\n ((value\n (((((selfhost/pkg-install::final-value model) expected)\n ((core/map::get request) (quote :observations)))\n ((core/map::get request) (quote :commit-observations))))))\n (if (core/list::is-nil? ((core/map::get value) (quote :message)))\n ((selfhost/pkg-install::accept request-h) value)\n ((selfhost/pkg-install::reject request-h)\n ((core/map::get value) (quote :message)))))\n ((selfhost/pkg-install::reject request-h) \"declared install plan identity mismatch\"))\n ((selfhost/pkg-install::reject request-h)\n \"install plan identity does not match authoritative recomputation\")))))))\n\n(def core/pkg::install-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n \"genesis/pkg-install-request-v0.1\")\n (if ((core/eq? ((core/map::get request) (quote :v))) 1)\n (let ((op ((core/map::get request) (quote :op))))\n (if ((core/sym::eq? op) (quote :plan))\n (if (selfhost/pkg-install::plan-request? request)\n ((selfhost/pkg-install::accept request-h)\n (((((selfhost/pkg-install::plan-value\n ((core/map::get request) (quote :model)))\n ((core/map::get request) (quote :frozen)))\n ((core/map::get request) (quote :strict)))\n ((core/map::get request) (quote :refs-available)))))\n ((selfhost/pkg-install::reject request-h) \"install plan request is malformed\"))\n (if ((core/sym::eq? op) (quote :finalize))\n (if (selfhost/pkg-install::finalize-request? request)\n ((selfhost/pkg-install::finalize request-h) request)\n ((selfhost/pkg-install::reject request-h)\n \"install finalize request is malformed\"))\n ((selfhost/pkg-install::reject request-h) \"request :op is unsupported\"))))\n ((selfhost/pkg-install::reject request-h) \"request :v must be 1\"))\n ((selfhost/pkg-install::reject request-h) \"request :kind mismatch\"))\n ((selfhost/pkg-install::reject request-h) \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"h\x81<\xC1\xAE\xC3\x90b\xCE2\x85\x0F\x10\x9F\x04`\xC1\xBFa\x02\xAC\xF9\xFE\xC8\xD3H\xE8\x89\xE3\xDD\x9D\xDA" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-verify::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-verify-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-verify::accept (fn (request-h) (fn (value) (((((selfhost/pkg-verify::result request-h) true) nil) nil) value)))) (def selfhost/pkg-verify::reject (fn (request-h) (fn (message) (((((selfhost/pkg-verify::result request-h) false) "core/pkg/bad-authority-request") message) nil)))) (def selfhost/pkg-verify::append (fn (left) (fn (right) ((core/str::concat left) right)))) (def selfhost/pkg-verify::artifact-message (fn (prefix) (fn (hash) ((selfhost/pkg-verify::append prefix) hash)))) (def selfhost/pkg-verify::snapshot-status? (fn (value) (if (selfhost/pkg-resolution-workflow::symbol? value) (if ((core/sym::eq? value) (quote :available)) true (if ((core/sym::eq? value) (quote :missing)) true (if ((core/sym::eq? value) (quote :corrupt)) true ((core/sym::eq? value) (quote :bad-snapshot))))) false))) (def selfhost/pkg-verify::hash-status? (fn (value) (if (selfhost/pkg-resolution-workflow::symbol? value) (if ((core/sym::eq? value) (quote :present)) true (if ((core/sym::eq? value) (quote :missing)) true ((core/sym::eq? value) (quote :corrupt)))) false))) (def selfhost/pkg-verify::closure-status? (fn (value) (if (selfhost/pkg-resolution-workflow::symbol? value) (if ((core/sym::eq? value) (quote :ok)) true (if ((core/sym::eq? value) (quote :missing)) true (if ((core/sym::eq? value) (quote :corrupt)) true (if ((core/sym::eq? value) (quote :bad-commit)) true (if ((core/sym::eq? value) (quote :snapshot-mismatch)) true (if ((core/sym::eq? value) (quote :missing-evidence)) true (if ((core/sym::eq? value) (quote :bad-evidence)) true ((core/sym::eq? value) (quote :bad-attestation))))))))) false))) (def selfhost/pkg-verify::optional-string? (fn (value) (if (core/list::is-nil? value) true (selfhost/pkg-lock-read::str? value)))) (def selfhost/pkg-verify::nonempty-string? (fn (value) (if (selfhost/pkg-lock-read::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/pkg-verify::bytes-lex-lt? (fn (left) (fn (right) (fn (index) (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right))) (if ((core/int::eq? index) left-len) ((core/int::lt? index) right-len) (if ((core/int::eq? index) right-len) false (let ((left-byte ((core/bytes::get left) index)) (right-byte ((core/bytes::get right) index))) (if ((core/int::lt? left-byte) right-byte) true (if ((core/int::eq? left-byte) right-byte) (((selfhost/pkg-verify::bytes-lex-lt? left) right) ((core/int::add index) 1)) false)))))))))) (def selfhost/pkg-verify::str-lex-lt? (fn (left) (fn (right) (((selfhost/pkg-verify::bytes-lex-lt? (core/str::to-utf8 left)) (core/str::to-utf8 right)) 0))))] :module-h b"\xE4Sg\xF6zK\x0F0\xA8\xCBFA\xD0\xE6\rU\xBE\xAA\xF1\xFEH\xC6\xE0'\xBB\xADy\xF4\xE2c\xA6\xD5" :path "selfhost/pkg_verify_core_v1.gc" :source "; Closed data vocabulary for package verification authority.\n\n(def selfhost/pkg-verify::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-verify-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-verify::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-verify::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-verify::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-verify::result request-h) false)\n \"core/pkg/bad-authority-request\") message) nil))))\n\n(def selfhost/pkg-verify::append\n (fn (left) (fn (right) ((core/str::concat left) right))))\n\n(def selfhost/pkg-verify::artifact-message\n (fn (prefix) (fn (hash) ((selfhost/pkg-verify::append prefix) hash))))\n\n(def selfhost/pkg-verify::snapshot-status?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :available))\n true\n (if ((core/sym::eq? value) (quote :missing))\n true\n (if ((core/sym::eq? value) (quote :corrupt))\n true\n ((core/sym::eq? value) (quote :bad-snapshot)))))\n false)))\n\n(def selfhost/pkg-verify::hash-status?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :present))\n true\n (if ((core/sym::eq? value) (quote :missing))\n true\n ((core/sym::eq? value) (quote :corrupt))))\n false)))\n\n(def selfhost/pkg-verify::closure-status?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :ok))\n true\n (if ((core/sym::eq? value) (quote :missing))\n true\n (if ((core/sym::eq? value) (quote :corrupt))\n true\n (if ((core/sym::eq? value) (quote :bad-commit))\n true\n (if ((core/sym::eq? value) (quote :snapshot-mismatch))\n true\n (if ((core/sym::eq? value) (quote :missing-evidence))\n true\n (if ((core/sym::eq? value) (quote :bad-evidence))\n true\n ((core/sym::eq? value) (quote :bad-attestation)))))))))\n false)))\n\n(def selfhost/pkg-verify::optional-string?\n (fn (value)\n (if (core/list::is-nil? value) true (selfhost/pkg-lock-read::str? value))))\n\n(def selfhost/pkg-verify::nonempty-string?\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n ((core/int::lt? 0) (core/str::len value))\n false)))\n\n(def selfhost/pkg-verify::bytes-lex-lt?\n (fn (left)\n (fn (right)\n (fn (index)\n (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right)))\n (if ((core/int::eq? index) left-len)\n ((core/int::lt? index) right-len)\n (if ((core/int::eq? index) right-len)\n false\n (let\n ((left-byte ((core/bytes::get left) index))\n (right-byte ((core/bytes::get right) index)))\n (if ((core/int::lt? left-byte) right-byte)\n true\n (if ((core/int::eq? left-byte) right-byte)\n (((selfhost/pkg-verify::bytes-lex-lt? left) right)\n ((core/int::add index) 1))\n false))))))))))\n\n(def selfhost/pkg-verify::str-lex-lt?\n (fn (left)\n (fn (right)\n (((selfhost/pkg-verify::bytes-lex-lt? (core/str::to-utf8 left))\n (core/str::to-utf8 right)) 0))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE4Sg\xF6zK\x0F0\xA8\xCBFA\xD0\xE6\rU\xBE\xAA\xF1\xFEH\xC6\xE0'\xBB\xADy\xF4\xE2c\xA6\xD5" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-verify::steps-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index)) (name ((core/vec::get ((core/vec::get entries) index)) 0)) (locked ((core/vec::get ((core/vec::get entries) index)) 1))) (((selfhost/pkg-verify::steps-loop entries) ((core/int::add index) 1)) ((core/vec::push out) {:commit ((core/map::get locked) (quote :commit)) :name name :snapshot ((core/map::get locked) (quote :snapshot))})))))))) (def selfhost/pkg-verify::build-plan (fn (model) {:dependencies (((selfhost/pkg-verify::steps-loop (core/map::entries ((core/map::get model) (quote :locked)))) 0) []) :lock ((core/map::get model) (quote :lock))})) (def selfhost/pkg-verify::plan-value (fn (model) (let ((plan (selfhost/pkg-verify::build-plan model))) {:plan plan :plan-h (selfhost/hash::hash-term plan)})))] :module-h b"T\x95(\xB4-\x84*Mg\x9D'S\xC5\x1Ay\x93\t\x90V\x01\xDE\x1D6L\xDE\x98\x85\x91\x02\xA1$\x83" :path "selfhost/pkg_verify_plan_v1.gc" :source "; Authoritative deterministic package verification plan.\n\n(def selfhost/pkg-verify::steps-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let\n ((entry ((core/vec::get entries) index))\n (name ((core/vec::get ((core/vec::get entries) index)) 0))\n (locked ((core/vec::get ((core/vec::get entries) index)) 1)))\n (((selfhost/pkg-verify::steps-loop entries) ((core/int::add index) 1))\n ((core/vec::push out)\n {\n :commit ((core/map::get locked) (quote :commit))\n :name name\n :snapshot ((core/map::get locked) (quote :snapshot))}))))))))\n\n(def selfhost/pkg-verify::build-plan\n (fn (model)\n {\n :dependencies\n (((selfhost/pkg-verify::steps-loop\n (core/map::entries ((core/map::get model) (quote :locked)))) 0) [])\n :lock ((core/map::get model) (quote :lock))}))\n\n(def selfhost/pkg-verify::plan-value\n (fn (model)\n (let ((plan (selfhost/pkg-verify::build-plan model)))\n {:plan plan :plan-h (selfhost/hash::hash-term plan)})))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"T\x95(\xB4-\x84*Mg\x9D'S\xC5\x1Ay\x93\t\x90V\x01\xDE\x1D6L\xDE\x98\x85\x91\x02\xA1$\x83" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-verify::hash-observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:h :status]) (if (selfhost/pkg-install::hash? ((core/map::get value) (quote :h))) (selfhost/pkg-verify::hash-status? ((core/map::get value) (quote :status))) false) false))) (def selfhost/pkg-verify::hashes-valid-loop (fn (values) (fn (index) (fn (previous) (fn (contains-snapshot) (fn (snapshot) (if ((core/int::eq? index) (core/vec::len values)) {:contains-snapshot contains-snapshot :valid true} (let ((value ((core/vec::get values) index))) (if (selfhost/pkg-verify::hash-observation? value) (let ((hash ((core/map::get value) (quote :h)))) (if (if (core/list::is-nil? previous) true ((selfhost/pkg-verify::str-lex-lt? previous) hash)) (((((selfhost/pkg-verify::hashes-valid-loop values) ((core/int::add index) 1)) hash) (if ((core/eq? hash) snapshot) true contains-snapshot)) snapshot) {:message "verify hash observations must be strictly sorted and unique" :valid false})) {:message "verify hash observation is malformed" :valid false}))))))))) (def selfhost/pkg-verify::hashes-valid (fn (values) (fn (snapshot) (if (selfhost/pkg-lock-read::vec? values) (((((selfhost/pkg-verify::hashes-valid-loop values) 0) nil) false) snapshot) {:message "verify hashes must be a vector" :valid false})))) (def selfhost/pkg-verify::closure-observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:checked :detail :hash :status]) (if (selfhost/pkg-install::nonnegative-int? ((core/map::get value) (quote :checked))) (if (selfhost/pkg-verify::optional-string? ((core/map::get value) (quote :detail))) (if (selfhost/pkg-install::optional-hash? ((core/map::get value) (quote :hash))) (selfhost/pkg-verify::closure-status? ((core/map::get value) (quote :status))) false) false) false) false))) (def selfhost/pkg-verify::closure-coherent? (fn (value) (let ((status ((core/map::get value) (quote :status))) (checked ((core/map::get value) (quote :checked))) (detail ((core/map::get value) (quote :detail))) (hash ((core/map::get value) (quote :hash)))) (if ((core/sym::eq? status) (quote :ok)) (if ((core/int::eq? checked) 0) false (if (core/list::is-nil? detail) (core/list::is-nil? hash) false)) (if (if ((core/sym::eq? status) (quote :missing)) true ((core/sym::eq? status) (quote :corrupt))) (if ((core/int::eq? checked) 0) (if (selfhost/pkg-install::hash? hash) (core/list::is-nil? detail) false) false) (if (if ((core/sym::eq? status) (quote :bad-commit)) true (if ((core/sym::eq? status) (quote :bad-evidence)) true ((core/sym::eq? status) (quote :bad-attestation)))) (if ((core/int::eq? checked) 0) (if (core/list::is-nil? hash) (selfhost/pkg-verify::nonempty-string? detail) false) false) (if ((core/int::eq? checked) 0) (if (core/list::is-nil? hash) (core/list::is-nil? detail) false) false))))))) (def selfhost/pkg-verify::observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:closure :detail :hashes :name :snapshot-status]) (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :name))) (if (selfhost/pkg-verify::snapshot-status? ((core/map::get value) (quote :snapshot-status))) (if (selfhost/pkg-verify::optional-string? ((core/map::get value) (quote :detail))) (let ((closure ((core/map::get value) (quote :closure)))) (if (core/list::is-nil? closure) true (if (selfhost/pkg-verify::closure-observation? closure) (selfhost/pkg-verify::closure-coherent? closure) false))) false) false) false) false))) (def selfhost/pkg-verify::error (fn (code) (fn (message) {:code code :message message :state (quote :error)}))) (def selfhost/pkg-verify::hashes-fold (fn (hashes) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len hashes)) state (let ((observation ((core/vec::get hashes) index)) (hash ((core/map::get ((core/vec::get hashes) index)) (quote :h))) (status ((core/map::get ((core/vec::get hashes) index)) (quote :status)))) (if ((core/sym::eq? status) (quote :corrupt)) ((selfhost/pkg-verify::error "core/store/corruption") ((selfhost/pkg-verify::artifact-message "artifact store corruption: ") hash)) (((selfhost/pkg-verify::hashes-fold hashes) ((core/int::add index) 1)) (if ((core/sym::eq? status) (quote :present)) {:checked ((core/int::add ((core/map::get state) (quote :checked))) 1) :missing ((core/map::get state) (quote :missing)) :state (quote :continue)} {:checked ((core/map::get state) (quote :checked)) :missing ((core/vec::push ((core/map::get state) (quote :missing))) hash) :state (quote :continue)}))))))))) (def selfhost/pkg-verify::closure-fold (fn (step) (fn (closure) (fn (state) (let ((status ((core/map::get closure) (quote :status))) (hash ((core/map::get closure) (quote :hash))) (detail ((core/map::get closure) (quote :detail))) (name ((core/map::get step) (quote :name)))) (if ((core/sym::eq? status) (quote :ok)) {:checked ((core/int::add ((core/map::get state) (quote :checked))) ((core/map::get closure) (quote :checked))) :missing ((core/map::get state) (quote :missing)) :state (quote :continue)} (if ((core/sym::eq? status) (quote :missing)) ((selfhost/pkg-verify::error "core/store/not-found") ((selfhost/pkg-verify::artifact-message "artifact not found: ") hash)) (if ((core/sym::eq? status) (quote :corrupt)) ((selfhost/pkg-verify::error "core/store/corruption") ((selfhost/pkg-verify::artifact-message "artifact store corruption: ") hash)) (if ((core/sym::eq? status) (quote :bad-commit)) ((selfhost/pkg-verify::error "core/pkg/bad-commit") detail) (if ((core/sym::eq? status) (quote :snapshot-mismatch)) ((selfhost/pkg-verify::error "core/pkg/commit-snapshot-mismatch") ((selfhost/pkg-verify::append "commit.result != locked.snapshot for ") name)) (if ((core/sym::eq? status) (quote :missing-evidence)) ((selfhost/pkg-verify::error "core/pkg/missing-evidence") ((selfhost/pkg-verify::append "commit has obligations but no evidence for ") name)) (if ((core/sym::eq? status) (quote :bad-evidence)) ((selfhost/pkg-verify::error "core/pkg/bad-evidence") detail) ((selfhost/pkg-verify::error "core/pkg/bad-attestation") detail))))))))))))) (def selfhost/pkg-verify::step-fold (fn (step) (fn (observation) (fn (state) (if ((core/eq? ((core/map::get step) (quote :name))) ((core/map::get observation) (quote :name))) (let ((snapshot ((core/map::get step) (quote :snapshot))) (status ((core/map::get observation) (quote :snapshot-status))) (detail ((core/map::get observation) (quote :detail))) (hashes ((core/map::get observation) (quote :hashes))) (closure ((core/map::get observation) (quote :closure))) (commit ((core/map::get step) (quote :commit)))) (if ((core/sym::eq? status) (quote :missing)) (if (if (if ((core/int::eq? (core/vec::len hashes)) 0) (core/list::is-nil? closure) false) (core/list::is-nil? detail) false) {:checked ((core/map::get state) (quote :checked)) :missing ((core/vec::push ((core/map::get state) (quote :missing))) snapshot) :state (quote :continue)} {:message "missing snapshot observation has trailing facts" :state (quote :invalid)}) (if ((core/sym::eq? status) (quote :corrupt)) (if (if (if ((core/int::eq? (core/vec::len hashes)) 0) (core/list::is-nil? closure) false) (core/list::is-nil? detail) false) ((selfhost/pkg-verify::error "core/store/corruption") ((selfhost/pkg-verify::artifact-message "artifact store corruption: ") snapshot)) {:message "corrupt snapshot observation has trailing facts" :state (quote :invalid)}) (if ((core/sym::eq? status) (quote :bad-snapshot)) (if (if (if ((core/int::eq? (core/vec::len hashes)) 0) (core/list::is-nil? closure) false) (selfhost/pkg-verify::nonempty-string? detail) false) ((selfhost/pkg-verify::error "core/pkg/bad-snapshot") detail) {:message "bad snapshot observation is incoherent" :state (quote :invalid)}) (if (core/list::is-nil? detail) (let ((valid-hashes ((selfhost/pkg-verify::hashes-valid hashes) snapshot))) (if ((core/map::get valid-hashes) (quote :valid)) (let ((next (((selfhost/pkg-verify::hashes-fold hashes) 0) state))) (if ((core/sym::eq? ((core/map::get next) (quote :state))) (quote :continue)) (if ((core/map::get valid-hashes) (quote :contains-snapshot)) (if (core/list::is-nil? commit) (if (core/list::is-nil? closure) next {:message "closure supplied for dependency without commit" :state (quote :invalid)}) (if (selfhost/pkg-verify::closure-observation? closure) (((selfhost/pkg-verify::closure-fold step) closure) next) {:message "available committed dependency requires closure observation" :state (quote :invalid)})) {:message "verify hash observations omit planned snapshot" :state (quote :invalid)}) next)) {:message ((core/map::get valid-hashes) (quote :message)) :state (quote :invalid)})) {:message "available snapshot observation carries detail" :state (quote :invalid)}))))) {:message "verify observation name mismatch" :state (quote :invalid)}))))) (def selfhost/pkg-verify::observations-loop (fn (steps) (fn (observations) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len observations)) (if ((core/int::eq? index) (core/vec::len steps)) {:checked ((core/map::get state) (quote :checked)) :missing ((core/map::get state) (quote :missing)) :state (quote :complete)} {:message "verify observations ended without fatal result" :state (quote :invalid)}) (if ((core/int::lt? index) (core/vec::len steps)) (let ((observation ((core/vec::get observations) index))) (if (selfhost/pkg-verify::observation? observation) (let ((next (((selfhost/pkg-verify::step-fold ((core/vec::get steps) index)) observation) state))) (if ((core/sym::eq? ((core/map::get next) (quote :state))) (quote :continue)) ((((selfhost/pkg-verify::observations-loop steps) observations) ((core/int::add index) 1)) next) (if ((core/int::eq? ((core/int::add index) 1)) (core/vec::len observations)) next {:message "verify observations continue after terminal result" :state (quote :invalid)}))) {:message "verify observation is malformed" :state (quote :invalid)})) {:message "verify observation count exceeds plan" :state (quote :invalid)}))))))) (def selfhost/pkg-verify::final-value (fn (plan) (fn (observations) (let ((state ((((selfhost/pkg-verify::observations-loop ((core/map::get plan) (quote :dependencies))) observations) 0) {:checked 0 :missing [] :state (quote :continue)}))) (if ((core/sym::eq? ((core/map::get state) (quote :state))) (quote :complete)) {:code nil :decision (quote :report) :message nil :report {:checked ((core/map::get state) (quote :checked)) :lock ((core/map::get plan) (quote :lock)) :missing ((core/map::get state) (quote :missing)) :ok ((core/int::eq? (core/vec::len ((core/map::get state) (quote :missing)))) 0)}} (if ((core/sym::eq? ((core/map::get state) (quote :state))) (quote :error)) {:code ((core/map::get state) (quote :code)) :decision (quote :error) :message ((core/map::get state) (quote :message)) :report nil} state))))))] :module-h b"\x9A\xD2\xC9\x97C.\x9Du\xBC\x9C\x12*k\x1E\x99j\n\xFB\xBB\xDC!\x16\xBF/,\xCD\x84\xCA\x904\xFE\x06" :path "selfhost/pkg_verify_finalize_v1.gc" :source "; Exact observation binding, fail-fast diagnostics, and verify report authority.\n\n(def selfhost/pkg-verify::hash-observation?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value) [:h :status])\n (if (selfhost/pkg-install::hash? ((core/map::get value) (quote :h)))\n (selfhost/pkg-verify::hash-status? ((core/map::get value) (quote :status)))\n false)\n false)))\n\n(def selfhost/pkg-verify::hashes-valid-loop\n (fn (values)\n (fn (index)\n (fn (previous)\n (fn (contains-snapshot)\n (fn (snapshot)\n (if ((core/int::eq? index) (core/vec::len values))\n {:contains-snapshot contains-snapshot :valid true}\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/pkg-verify::hash-observation? value)\n (let ((hash ((core/map::get value) (quote :h))))\n (if (if (core/list::is-nil? previous)\n true\n ((selfhost/pkg-verify::str-lex-lt? previous) hash))\n (((((selfhost/pkg-verify::hashes-valid-loop values)\n ((core/int::add index) 1)) hash)\n (if ((core/eq? hash) snapshot) true contains-snapshot)) snapshot)\n {:message \"verify hash observations must be strictly sorted and unique\"\n :valid false}))\n {:message \"verify hash observation is malformed\" :valid false})))))))))\n\n(def selfhost/pkg-verify::hashes-valid\n (fn (values)\n (fn (snapshot)\n (if (selfhost/pkg-lock-read::vec? values)\n (((((selfhost/pkg-verify::hashes-valid-loop values) 0) nil) false) snapshot)\n {:message \"verify hashes must be a vector\" :valid false}))))\n\n(def selfhost/pkg-verify::closure-observation?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value) [:checked :detail :hash :status])\n (if (selfhost/pkg-install::nonnegative-int? ((core/map::get value) (quote :checked)))\n (if (selfhost/pkg-verify::optional-string? ((core/map::get value) (quote :detail)))\n (if (selfhost/pkg-install::optional-hash? ((core/map::get value) (quote :hash)))\n (selfhost/pkg-verify::closure-status? ((core/map::get value) (quote :status)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-verify::closure-coherent?\n (fn (value)\n (let\n ((status ((core/map::get value) (quote :status)))\n (checked ((core/map::get value) (quote :checked)))\n (detail ((core/map::get value) (quote :detail)))\n (hash ((core/map::get value) (quote :hash))))\n (if ((core/sym::eq? status) (quote :ok))\n (if ((core/int::eq? checked) 0)\n false\n (if (core/list::is-nil? detail) (core/list::is-nil? hash) false))\n (if (if ((core/sym::eq? status) (quote :missing))\n true\n ((core/sym::eq? status) (quote :corrupt)))\n (if ((core/int::eq? checked) 0)\n (if (selfhost/pkg-install::hash? hash) (core/list::is-nil? detail) false)\n false)\n (if (if ((core/sym::eq? status) (quote :bad-commit))\n true\n (if ((core/sym::eq? status) (quote :bad-evidence))\n true\n ((core/sym::eq? status) (quote :bad-attestation))))\n (if ((core/int::eq? checked) 0)\n (if (core/list::is-nil? hash)\n (selfhost/pkg-verify::nonempty-string? detail)\n false)\n false)\n (if ((core/int::eq? checked) 0)\n (if (core/list::is-nil? hash) (core/list::is-nil? detail) false)\n false)))))))\n\n(def selfhost/pkg-verify::observation?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value)\n [:closure :detail :hashes :name :snapshot-status])\n (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :name)))\n (if (selfhost/pkg-verify::snapshot-status?\n ((core/map::get value) (quote :snapshot-status)))\n (if (selfhost/pkg-verify::optional-string? ((core/map::get value) (quote :detail)))\n (let ((closure ((core/map::get value) (quote :closure))))\n (if (core/list::is-nil? closure)\n true\n (if (selfhost/pkg-verify::closure-observation? closure)\n (selfhost/pkg-verify::closure-coherent? closure)\n false)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-verify::error\n (fn (code) (fn (message) {:code code :message message :state (quote :error)})))\n\n(def selfhost/pkg-verify::hashes-fold\n (fn (hashes)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len hashes))\n state\n (let\n ((observation ((core/vec::get hashes) index))\n (hash ((core/map::get ((core/vec::get hashes) index)) (quote :h)))\n (status ((core/map::get ((core/vec::get hashes) index)) (quote :status))))\n (if ((core/sym::eq? status) (quote :corrupt))\n ((selfhost/pkg-verify::error \"core/store/corruption\")\n ((selfhost/pkg-verify::artifact-message \"artifact store corruption: \") hash))\n (((selfhost/pkg-verify::hashes-fold hashes) ((core/int::add index) 1))\n (if ((core/sym::eq? status) (quote :present))\n {\n :checked ((core/int::add ((core/map::get state) (quote :checked))) 1)\n :missing ((core/map::get state) (quote :missing))\n :state (quote :continue)}\n {\n :checked ((core/map::get state) (quote :checked))\n :missing ((core/vec::push ((core/map::get state) (quote :missing))) hash)\n :state (quote :continue)})))))))))\n\n(def selfhost/pkg-verify::closure-fold\n (fn (step)\n (fn (closure)\n (fn (state)\n (let\n ((status ((core/map::get closure) (quote :status)))\n (hash ((core/map::get closure) (quote :hash)))\n (detail ((core/map::get closure) (quote :detail)))\n (name ((core/map::get step) (quote :name))))\n (if ((core/sym::eq? status) (quote :ok))\n {\n :checked ((core/int::add ((core/map::get state) (quote :checked)))\n ((core/map::get closure) (quote :checked)))\n :missing ((core/map::get state) (quote :missing))\n :state (quote :continue)}\n (if ((core/sym::eq? status) (quote :missing))\n ((selfhost/pkg-verify::error \"core/store/not-found\")\n ((selfhost/pkg-verify::artifact-message \"artifact not found: \") hash))\n (if ((core/sym::eq? status) (quote :corrupt))\n ((selfhost/pkg-verify::error \"core/store/corruption\")\n ((selfhost/pkg-verify::artifact-message \"artifact store corruption: \") hash))\n (if ((core/sym::eq? status) (quote :bad-commit))\n ((selfhost/pkg-verify::error \"core/pkg/bad-commit\") detail)\n (if ((core/sym::eq? status) (quote :snapshot-mismatch))\n ((selfhost/pkg-verify::error \"core/pkg/commit-snapshot-mismatch\")\n ((selfhost/pkg-verify::append\n \"commit.result != locked.snapshot for \") name))\n (if ((core/sym::eq? status) (quote :missing-evidence))\n ((selfhost/pkg-verify::error \"core/pkg/missing-evidence\")\n ((selfhost/pkg-verify::append\n \"commit has obligations but no evidence for \") name))\n (if ((core/sym::eq? status) (quote :bad-evidence))\n ((selfhost/pkg-verify::error \"core/pkg/bad-evidence\") detail)\n ((selfhost/pkg-verify::error \"core/pkg/bad-attestation\") detail)))))))))))))\n\n(def selfhost/pkg-verify::step-fold\n (fn (step)\n (fn (observation)\n (fn (state)\n (if ((core/eq? ((core/map::get step) (quote :name)))\n ((core/map::get observation) (quote :name)))\n (let\n ((snapshot ((core/map::get step) (quote :snapshot)))\n (status ((core/map::get observation) (quote :snapshot-status)))\n (detail ((core/map::get observation) (quote :detail)))\n (hashes ((core/map::get observation) (quote :hashes)))\n (closure ((core/map::get observation) (quote :closure)))\n (commit ((core/map::get step) (quote :commit))))\n (if ((core/sym::eq? status) (quote :missing))\n (if (if (if ((core/int::eq? (core/vec::len hashes)) 0)\n (core/list::is-nil? closure) false)\n (core/list::is-nil? detail) false)\n {\n :checked ((core/map::get state) (quote :checked))\n :missing ((core/vec::push ((core/map::get state) (quote :missing))) snapshot)\n :state (quote :continue)}\n {:message \"missing snapshot observation has trailing facts\"\n :state (quote :invalid)})\n (if ((core/sym::eq? status) (quote :corrupt))\n (if (if (if ((core/int::eq? (core/vec::len hashes)) 0)\n (core/list::is-nil? closure) false)\n (core/list::is-nil? detail) false)\n ((selfhost/pkg-verify::error \"core/store/corruption\")\n ((selfhost/pkg-verify::artifact-message \"artifact store corruption: \") snapshot))\n {:message \"corrupt snapshot observation has trailing facts\"\n :state (quote :invalid)})\n (if ((core/sym::eq? status) (quote :bad-snapshot))\n (if (if (if ((core/int::eq? (core/vec::len hashes)) 0)\n (core/list::is-nil? closure) false)\n (selfhost/pkg-verify::nonempty-string? detail) false)\n ((selfhost/pkg-verify::error \"core/pkg/bad-snapshot\") detail)\n {:message \"bad snapshot observation is incoherent\"\n :state (quote :invalid)})\n (if (core/list::is-nil? detail)\n (let ((valid-hashes ((selfhost/pkg-verify::hashes-valid hashes) snapshot)))\n (if ((core/map::get valid-hashes) (quote :valid))\n (let ((next (((selfhost/pkg-verify::hashes-fold hashes) 0) state)))\n (if ((core/sym::eq? ((core/map::get next) (quote :state)))\n (quote :continue))\n (if ((core/map::get valid-hashes) (quote :contains-snapshot))\n (if (core/list::is-nil? commit)\n (if (core/list::is-nil? closure)\n next\n {:message \"closure supplied for dependency without commit\"\n :state (quote :invalid)})\n (if (selfhost/pkg-verify::closure-observation? closure)\n (((selfhost/pkg-verify::closure-fold step) closure) next)\n {:message \"available committed dependency requires closure observation\"\n :state (quote :invalid)}))\n {:message \"verify hash observations omit planned snapshot\"\n :state (quote :invalid)})\n next))\n {:message ((core/map::get valid-hashes) (quote :message))\n :state (quote :invalid)}))\n {:message \"available snapshot observation carries detail\"\n :state (quote :invalid)})))))\n {:message \"verify observation name mismatch\" :state (quote :invalid)})))))\n\n(def selfhost/pkg-verify::observations-loop\n (fn (steps)\n (fn (observations)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len observations))\n (if ((core/int::eq? index) (core/vec::len steps))\n {:checked ((core/map::get state) (quote :checked))\n :missing ((core/map::get state) (quote :missing)) :state (quote :complete)}\n {:message \"verify observations ended without fatal result\"\n :state (quote :invalid)})\n (if ((core/int::lt? index) (core/vec::len steps))\n (let ((observation ((core/vec::get observations) index)))\n (if (selfhost/pkg-verify::observation? observation)\n (let ((next (((selfhost/pkg-verify::step-fold\n ((core/vec::get steps) index)) observation) state)))\n (if ((core/sym::eq? ((core/map::get next) (quote :state)))\n (quote :continue))\n ((((selfhost/pkg-verify::observations-loop steps) observations)\n ((core/int::add index) 1)) next)\n (if ((core/int::eq? ((core/int::add index) 1))\n (core/vec::len observations))\n next\n {:message \"verify observations continue after terminal result\"\n :state (quote :invalid)})))\n {:message \"verify observation is malformed\" :state (quote :invalid)}))\n {:message \"verify observation count exceeds plan\" :state (quote :invalid)})))))))\n\n(def selfhost/pkg-verify::final-value\n (fn (plan)\n (fn (observations)\n (let\n ((state\n ((((selfhost/pkg-verify::observations-loop\n ((core/map::get plan) (quote :dependencies))) observations) 0)\n {:checked 0 :missing [] :state (quote :continue)})))\n (if ((core/sym::eq? ((core/map::get state) (quote :state))) (quote :complete))\n {\n :code nil\n :decision (quote :report)\n :message nil\n :report\n {\n :checked ((core/map::get state) (quote :checked))\n :lock ((core/map::get plan) (quote :lock))\n :missing ((core/map::get state) (quote :missing))\n :ok\n ((core/int::eq?\n (core/vec::len ((core/map::get state) (quote :missing)))) 0)}}\n (if ((core/sym::eq? ((core/map::get state) (quote :state))) (quote :error))\n {:code ((core/map::get state) (quote :code))\n :decision (quote :error)\n :message ((core/map::get state) (quote :message)) :report nil}\n state))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x9A\xD2\xC9\x97C.\x9Du\xBC\x9C\x12*k\x1E\x99j\n\xFB\xBB\xDC!\x16\xBF/,\xCD\x84\xCA\x904\xFE\x06" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-verify::plan-request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :model :op :v]) (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model))) false))) (def selfhost/pkg-verify::finalize-request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :model :observations :op :plan :plan-h :v]) (if (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model))) (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :observations))) false) false))) (def selfhost/pkg-verify::finalize (fn (request-h) (fn (request) (let ((expected (selfhost/pkg-verify::build-plan ((core/map::get request) (quote :model)))) (declared ((core/map::get request) (quote :plan))) (declared-h ((core/map::get request) (quote :plan-h)))) (if ((core/eq? (selfhost/hash::hash-term expected)) declared-h) (if ((core/eq? (selfhost/hash::hash-term declared)) declared-h) (let ((value ((selfhost/pkg-verify::final-value expected) ((core/map::get request) (quote :observations))))) (if (core/list::is-nil? ((core/map::get value) (quote :decision))) ((selfhost/pkg-verify::reject request-h) ((core/map::get value) (quote :message))) ((selfhost/pkg-verify::accept request-h) value))) ((selfhost/pkg-verify::reject request-h) "declared verify plan identity mismatch")) ((selfhost/pkg-verify::reject request-h) "verify plan identity does not match authoritative recomputation")))))) (def core/pkg::verify-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((core/eq? ((core/map::get request) (quote :kind))) "genesis/pkg-verify-request-v0.1") (if ((core/eq? ((core/map::get request) (quote :v))) 1) (let ((op ((core/map::get request) (quote :op)))) (if ((core/sym::eq? op) (quote :plan)) (if (selfhost/pkg-verify::plan-request? request) ((selfhost/pkg-verify::accept request-h) (selfhost/pkg-verify::plan-value ((core/map::get request) (quote :model)))) ((selfhost/pkg-verify::reject request-h) "verify plan request is malformed")) (if ((core/sym::eq? op) (quote :finalize)) (if (selfhost/pkg-verify::finalize-request? request) ((selfhost/pkg-verify::finalize request-h) request) ((selfhost/pkg-verify::reject request-h) "verify finalize request is malformed")) ((selfhost/pkg-verify::reject request-h) "request :op is unsupported")))) ((selfhost/pkg-verify::reject request-h) "request :v must be 1")) ((selfhost/pkg-verify::reject request-h) "request :kind mismatch")) ((selfhost/pkg-verify::reject request-h) "request must be map")))))] :module-h b"S\x81\xB11\x80\xFA\xD3\x906K\xF1~~\x9Bd\"\xA2_q\xCD\x14\x0E\x93w\xBE\xC2\xB2\n\nw\xB3\x92" :path "selfhost/pkg_verify_authority_v1.gc" :source "; Closed plan/finalize authority for core/pkg-low::verify.\n\n(def selfhost/pkg-verify::plan-request?\n (fn (request)\n (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :model :op :v])\n (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model)))\n false)))\n\n(def selfhost/pkg-verify::finalize-request?\n (fn (request)\n (if ((selfhost/pkg-lock-read::exact-map? request)\n [:kind :model :observations :op :plan :plan-h :v])\n (if (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model)))\n (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :observations)))\n false)\n false)))\n\n(def selfhost/pkg-verify::finalize\n (fn (request-h)\n (fn (request)\n (let\n ((expected (selfhost/pkg-verify::build-plan ((core/map::get request) (quote :model))))\n (declared ((core/map::get request) (quote :plan)))\n (declared-h ((core/map::get request) (quote :plan-h))))\n (if ((core/eq? (selfhost/hash::hash-term expected)) declared-h)\n (if ((core/eq? (selfhost/hash::hash-term declared)) declared-h)\n (let\n ((value\n ((selfhost/pkg-verify::final-value expected)\n ((core/map::get request) (quote :observations)))))\n (if (core/list::is-nil? ((core/map::get value) (quote :decision)))\n ((selfhost/pkg-verify::reject request-h)\n ((core/map::get value) (quote :message)))\n ((selfhost/pkg-verify::accept request-h) value)))\n ((selfhost/pkg-verify::reject request-h) \"declared verify plan identity mismatch\"))\n ((selfhost/pkg-verify::reject request-h)\n \"verify plan identity does not match authoritative recomputation\"))))))\n\n(def core/pkg::verify-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n \"genesis/pkg-verify-request-v0.1\")\n (if ((core/eq? ((core/map::get request) (quote :v))) 1)\n (let ((op ((core/map::get request) (quote :op))))\n (if ((core/sym::eq? op) (quote :plan))\n (if (selfhost/pkg-verify::plan-request? request)\n ((selfhost/pkg-verify::accept request-h)\n (selfhost/pkg-verify::plan-value\n ((core/map::get request) (quote :model))))\n ((selfhost/pkg-verify::reject request-h) \"verify plan request is malformed\"))\n (if ((core/sym::eq? op) (quote :finalize))\n (if (selfhost/pkg-verify::finalize-request? request)\n ((selfhost/pkg-verify::finalize request-h) request)\n ((selfhost/pkg-verify::reject request-h)\n \"verify finalize request is malformed\"))\n ((selfhost/pkg-verify::reject request-h) \"request :op is unsupported\"))))\n ((selfhost/pkg-verify::reject request-h) \"request :v must be 1\"))\n ((selfhost/pkg-verify::reject request-h) \"request :kind mismatch\"))\n ((selfhost/pkg-verify::reject request-h) \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"S\x81\xB11\x80\xFA\xD3\x906K\xF1~~\x9Bd\"\xA2_q\xCD\x14\x0E\x93w\xBE\xC2\xB2\n\nw\xB3\x92" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-scaffold::append (fn (a) (fn (b) ((core/str::concat a) b)))) (def selfhost/pkg-scaffold::str? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :str)))) (def selfhost/pkg-scaffold::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/pkg-scaffold::map? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :map)))) (def selfhost/pkg-scaffold::nonempty-str? (fn (value) (if (selfhost/pkg-scaffold::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/pkg-scaffold::optional-str? (fn (value) (if (core/list::is-nil? value) true (selfhost/pkg-scaffold::str? value)))) (def selfhost/pkg-scaffold::bounded-str? (fn (value) (fn (limit) (if (selfhost/pkg-scaffold::str? value) (if ((core/int::lt? limit) (core/str::len value)) false true) false)))) (def selfhost/pkg-scaffold::optional-bounded-str? (fn (value) (fn (limit) (if (core/list::is-nil? value) true ((selfhost/pkg-scaffold::bounded-str? value) limit))))) (def selfhost/pkg-scaffold::ascii-lower? (fn (byte) (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 123) false))) (def selfhost/pkg-scaffold::ascii-upper? (fn (byte) (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 91) false))) (def selfhost/pkg-scaffold::ascii-digit? (fn (byte) (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false))) (def selfhost/pkg-scaffold::separator? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 45) true ((core/int::eq? byte) 95))))) (def selfhost/pkg-scaffold::normalize-loop (fn (bytes) (fn (index) (fn (out) (fn (previous-dash) (if ((core/int::eq? index) (core/bytes::len bytes)) (if previous-dash (core/str::from-utf8 (((core/bytes::slice out) 0) ((core/int::sub (core/bytes::len out)) 1))) (core/str::from-utf8 out)) (let ((byte ((core/bytes::get bytes) index))) (if (selfhost/pkg-scaffold::ascii-lower? byte) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) ((core/bytes::concat out) (((core/bytes::slice bytes) index) 1))) false) (if (selfhost/pkg-scaffold::ascii-digit? byte) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) ((core/bytes::concat out) (((core/bytes::slice bytes) index) 1))) false) (if (selfhost/pkg-scaffold::ascii-upper? byte) (let ((lower (((core/bytes::slice b"abcdefghijklmnopqrstuvwxyz") ((core/int::sub byte) 65)) 1))) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) ((core/bytes::concat out) lower)) false)) (if (selfhost/pkg-scaffold::separator? byte) (if (if ((core/int::eq? (core/bytes::len out)) 0) true previous-dash) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) out) previous-dash) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) ((core/bytes::concat out) b"-")) true)) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) out) previous-dash)))))))))))) (def selfhost/pkg-scaffold::normalize-name (fn (value) (if (selfhost/pkg-scaffold::str? value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::lt? 256) (core/bytes::len bytes)) nil ((((selfhost/pkg-scaffold::normalize-loop bytes) 0) b"") false))) nil))) (def selfhost/pkg-scaffold::archetype? (fn (value) (if (selfhost/pkg-scaffold::str? value) (if ((core/eq? value) "web") true (if ((core/eq? value) "service") true (if ((core/eq? value) "desktop") true (if ((core/eq? value) "mobile") true (if ((core/eq? value) "xr-game") true ((core/eq? value) "data-ai")))))) false))) (def selfhost/pkg-scaffold::normalize-backend (fn (value) (if (core/list::is-nil? value) nil (if ((core/eq? value) "headless") "headless" (if ((core/eq? value) "profile-headless") "headless" (if ((core/eq? value) "gpu") "gpu" (if ((core/eq? value) "profile-gpu") "gpu" (if ((core/eq? value) "gfx") "gfx" (if ((core/eq? value) "profile-gfx") "gfx" (if ((core/eq? value) "backend") "backend" (if ((core/eq? value) "profile-backend") "backend" nil))))))))))) (def selfhost/pkg-scaffold::default-backend (fn (archetype) (if ((core/eq? archetype) "service") "backend" (if ((core/eq? archetype) "mobile") "gpu" (if ((core/eq? archetype) "data-ai") "gpu" "gfx"))))) (def selfhost/pkg-scaffold::primary-target (fn (archetype) (if ((core/eq? archetype) "service") "service-runtime" (if ((core/eq? archetype) "desktop") "desktop" (if ((core/eq? archetype) "mobile") "ios" (if ((core/eq? archetype) "data-ai") "service-runtime" "web")))))) (def selfhost/pkg-scaffold::release-backend (fn (archetype) (fn (selected) (if ((core/eq? archetype) "service") "backend" (if ((core/eq? archetype) "data-ai") "gpu" selected))))) (def selfhost/pkg-scaffold::replace-dashes-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (((selfhost/pkg-scaffold::replace-dashes-loop bytes) ((core/int::add index) 1)) ((core/vec::push parts) (if ((core/int::eq? ((core/bytes::get bytes) index)) 45) b"_" (((core/bytes::slice bytes) index) 1))))))))) (def selfhost/pkg-scaffold::module-suffix (fn (workspace) (((selfhost/pkg-scaffold::replace-dashes-loop (core/str::to-utf8 workspace)) 0) []))) (def selfhost/pkg-scaffold::hash-body (fn (body) (core/bytes::to-hex (core/crypto::blake3 (core/str::to-utf8 body))))) (def selfhost/pkg-scaffold::toml-control-fragment (fn (byte) (let ((digits b"0123456789abcdef") (high (((core/bytes::slice b"0123456789abcdef") ((core/int::div byte) 16)) 1)) (low (((core/bytes::slice b"0123456789abcdef") ((core/int::mod byte) 16)) 1))) ((core/bytes::concat ((core/bytes::concat b"\\u00") high)) low)))) (def selfhost/pkg-scaffold::toml-fragment (fn (bytes) (fn (index) (let ((byte ((core/bytes::get bytes) index))) (if ((core/int::eq? byte) 34) b"\\\"" (if ((core/int::eq? byte) 92) b"\\\\" (if ((core/int::eq? byte) 8) b"\\b" (if ((core/int::eq? byte) 9) b"\\t" (if ((core/int::eq? byte) 10) b"\\n" (if ((core/int::eq? byte) 12) b"\\f" (if ((core/int::eq? byte) 13) b"\\r" (if (if ((core/int::lt? byte) 32) true ((core/int::eq? byte) 127)) (selfhost/pkg-scaffold::toml-control-fragment byte) (((core/bytes::slice bytes) index) 1))))))))))))) (def selfhost/pkg-scaffold::toml-escape-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (((selfhost/pkg-scaffold::toml-escape-loop bytes) ((core/int::add index) 1)) ((core/vec::push parts) ((selfhost/pkg-scaffold::toml-fragment bytes) index)))))))) (def selfhost/pkg-scaffold::toml-string (fn (value) (((selfhost/pkg-scaffold::toml-escape-loop (core/str::to-utf8 value)) 0) []))) (def selfhost/pkg-scaffold::file (fn (path) (fn (body) {:body body :h (selfhost/pkg-scaffold::hash-body body) :path path}))) (def selfhost/pkg-scaffold::static-file? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:body :path]) (if (selfhost/pkg-scaffold::str? ((core/map::get value) (quote :body))) (selfhost/pkg-scaffold::str? ((core/map::get value) (quote :path))) false) false))) (def selfhost/pkg-scaffold::static-file-valid? (fn (value) (fn (path) (fn (hash) (if (selfhost/pkg-scaffold::static-file? value) (if ((core/eq? ((core/map::get value) (quote :path))) path) ((core/eq? (selfhost/pkg-scaffold::hash-body ((core/map::get value) (quote :body)))) hash) false) false)))))] :module-h b"\x0C\x07X\x11\xF9\xF3g.\xE5\xB91\x0F0\xE6\xA1*\xCBD\x03\xEF\xCC\xA7\x89\xE8y\x08\xC7`q#5\x7F" :path "selfhost/pkg_scaffold_core_v1.gc" :source "; Closed validation, normalization, and identity helpers for gcpm scaffold.\n\n(def selfhost/pkg-scaffold::append (fn (a) (fn (b) ((core/str::concat a) b))))\n\n(def selfhost/pkg-scaffold::str?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :str))))\n\n(def selfhost/pkg-scaffold::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/pkg-scaffold::map?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :map))))\n\n(def selfhost/pkg-scaffold::nonempty-str?\n (fn (value)\n (if (selfhost/pkg-scaffold::str? value)\n ((core/int::lt? 0) (core/str::len value))\n false)))\n\n(def selfhost/pkg-scaffold::optional-str?\n (fn (value)\n (if (core/list::is-nil? value) true (selfhost/pkg-scaffold::str? value))))\n\n(def selfhost/pkg-scaffold::bounded-str?\n (fn (value)\n (fn (limit)\n (if (selfhost/pkg-scaffold::str? value)\n (if ((core/int::lt? limit) (core/str::len value)) false true)\n false))))\n\n(def selfhost/pkg-scaffold::optional-bounded-str?\n (fn (value)\n (fn (limit)\n (if (core/list::is-nil? value)\n true\n ((selfhost/pkg-scaffold::bounded-str? value) limit)))))\n\n(def selfhost/pkg-scaffold::ascii-lower?\n (fn (byte) (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 123) false)))\n\n(def selfhost/pkg-scaffold::ascii-upper?\n (fn (byte) (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 91) false)))\n\n(def selfhost/pkg-scaffold::ascii-digit?\n (fn (byte) (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false)))\n\n(def selfhost/pkg-scaffold::separator?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 45) true ((core/int::eq? byte) 95)))))\n\n(def selfhost/pkg-scaffold::normalize-loop\n (fn (bytes)\n (fn (index)\n (fn (out)\n (fn (previous-dash)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (if previous-dash\n (core/str::from-utf8\n (((core/bytes::slice out) 0) ((core/int::sub (core/bytes::len out)) 1)))\n (core/str::from-utf8 out))\n (let ((byte ((core/bytes::get bytes) index)))\n (if (selfhost/pkg-scaffold::ascii-lower? byte)\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1))\n ((core/bytes::concat out) (((core/bytes::slice bytes) index) 1))) false)\n (if (selfhost/pkg-scaffold::ascii-digit? byte)\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1))\n ((core/bytes::concat out) (((core/bytes::slice bytes) index) 1))) false)\n (if (selfhost/pkg-scaffold::ascii-upper? byte)\n (let\n ((lower\n (((core/bytes::slice b\"abcdefghijklmnopqrstuvwxyz\")\n ((core/int::sub byte) 65)) 1)))\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1))\n ((core/bytes::concat out) lower)) false))\n (if (selfhost/pkg-scaffold::separator? byte)\n (if (if ((core/int::eq? (core/bytes::len out)) 0) true previous-dash)\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1)) out) previous-dash)\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1))\n ((core/bytes::concat out) b\"-\")) true))\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1)) out) previous-dash))))))))))))\n\n(def selfhost/pkg-scaffold::normalize-name\n (fn (value)\n (if (selfhost/pkg-scaffold::str? value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::lt? 256) (core/bytes::len bytes))\n nil\n ((((selfhost/pkg-scaffold::normalize-loop bytes) 0) b\"\") false)))\n nil)))\n\n(def selfhost/pkg-scaffold::archetype?\n (fn (value)\n (if (selfhost/pkg-scaffold::str? value)\n (if ((core/eq? value) \"web\")\n true\n (if ((core/eq? value) \"service\")\n true\n (if ((core/eq? value) \"desktop\")\n true\n (if ((core/eq? value) \"mobile\")\n true\n (if ((core/eq? value) \"xr-game\") true ((core/eq? value) \"data-ai\"))))))\n false)))\n\n(def selfhost/pkg-scaffold::normalize-backend\n (fn (value)\n (if (core/list::is-nil? value)\n nil\n (if ((core/eq? value) \"headless\")\n \"headless\"\n (if ((core/eq? value) \"profile-headless\")\n \"headless\"\n (if ((core/eq? value) \"gpu\")\n \"gpu\"\n (if ((core/eq? value) \"profile-gpu\")\n \"gpu\"\n (if ((core/eq? value) \"gfx\")\n \"gfx\"\n (if ((core/eq? value) \"profile-gfx\")\n \"gfx\"\n (if ((core/eq? value) \"backend\")\n \"backend\"\n (if ((core/eq? value) \"profile-backend\") \"backend\" nil)))))))))))\n\n(def selfhost/pkg-scaffold::default-backend\n (fn (archetype)\n (if ((core/eq? archetype) \"service\")\n \"backend\"\n (if ((core/eq? archetype) \"mobile\")\n \"gpu\"\n (if ((core/eq? archetype) \"data-ai\") \"gpu\" \"gfx\")))))\n\n(def selfhost/pkg-scaffold::primary-target\n (fn (archetype)\n (if ((core/eq? archetype) \"service\")\n \"service-runtime\"\n (if ((core/eq? archetype) \"desktop\")\n \"desktop\"\n (if ((core/eq? archetype) \"mobile\")\n \"ios\"\n (if ((core/eq? archetype) \"data-ai\") \"service-runtime\" \"web\"))))))\n\n(def selfhost/pkg-scaffold::release-backend\n (fn (archetype)\n (fn (selected)\n (if ((core/eq? archetype) \"service\")\n \"backend\"\n (if ((core/eq? archetype) \"data-ai\") \"gpu\" selected)))))\n\n(def selfhost/pkg-scaffold::replace-dashes-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (((selfhost/pkg-scaffold::replace-dashes-loop bytes)\n ((core/int::add index) 1))\n ((core/vec::push parts)\n (if ((core/int::eq? ((core/bytes::get bytes) index)) 45)\n b\"_\"\n (((core/bytes::slice bytes) index) 1)))))))))\n\n(def selfhost/pkg-scaffold::module-suffix\n (fn (workspace)\n (((selfhost/pkg-scaffold::replace-dashes-loop (core/str::to-utf8 workspace)) 0) [])))\n\n(def selfhost/pkg-scaffold::hash-body\n (fn (body)\n (core/bytes::to-hex (core/crypto::blake3 (core/str::to-utf8 body)))))\n\n(def selfhost/pkg-scaffold::toml-control-fragment\n (fn (byte)\n (let\n ((digits b\"0123456789abcdef\")\n (high (((core/bytes::slice b\"0123456789abcdef\") ((core/int::div byte) 16)) 1))\n (low (((core/bytes::slice b\"0123456789abcdef\") ((core/int::mod byte) 16)) 1)))\n ((core/bytes::concat ((core/bytes::concat b\"\\\\u00\") high)) low))))\n\n(def selfhost/pkg-scaffold::toml-fragment\n (fn (bytes)\n (fn (index)\n (let ((byte ((core/bytes::get bytes) index)))\n (if ((core/int::eq? byte) 34)\n b\"\\\\\\\"\"\n (if ((core/int::eq? byte) 92)\n b\"\\\\\\\\\"\n (if ((core/int::eq? byte) 8)\n b\"\\\\b\"\n (if ((core/int::eq? byte) 9)\n b\"\\\\t\"\n (if ((core/int::eq? byte) 10)\n b\"\\\\n\"\n (if ((core/int::eq? byte) 12)\n b\"\\\\f\"\n (if ((core/int::eq? byte) 13)\n b\"\\\\r\"\n (if (if ((core/int::lt? byte) 32) true ((core/int::eq? byte) 127))\n (selfhost/pkg-scaffold::toml-control-fragment byte)\n (((core/bytes::slice bytes) index) 1)))))))))))))\n\n(def selfhost/pkg-scaffold::toml-escape-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (((selfhost/pkg-scaffold::toml-escape-loop bytes) ((core/int::add index) 1))\n ((core/vec::push parts) ((selfhost/pkg-scaffold::toml-fragment bytes) index))))))))\n\n(def selfhost/pkg-scaffold::toml-string\n (fn (value)\n (((selfhost/pkg-scaffold::toml-escape-loop (core/str::to-utf8 value)) 0) [])))\n\n(def selfhost/pkg-scaffold::file\n (fn (path)\n (fn (body) {:body body :h (selfhost/pkg-scaffold::hash-body body) :path path})))\n\n(def selfhost/pkg-scaffold::static-file?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value) [:body :path])\n (if (selfhost/pkg-scaffold::str? ((core/map::get value) (quote :body)))\n (selfhost/pkg-scaffold::str? ((core/map::get value) (quote :path)))\n false)\n false)))\n\n(def selfhost/pkg-scaffold::static-file-valid?\n (fn (value)\n (fn (path)\n (fn (hash)\n (if (selfhost/pkg-scaffold::static-file? value)\n (if ((core/eq? ((core/map::get value) (quote :path))) path)\n ((core/eq?\n (selfhost/pkg-scaffold::hash-body\n ((core/map::get value) (quote :body)))) hash)\n false)\n false)))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x12\x84)\x7F\xE4\xD3< \x8Aw,\x90mY[WZ\xB0\x16\xC2\x0B\xA8\x01\xE1\xA5\xBFd\xF0\xF8\xDB\xBD\xCF" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-scaffold::cat3 (fn (a) (fn (b) (fn (c) ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append a) b)) c))))) (def selfhost/pkg-scaffold::workspace-body (fn (workspace) (fn (package) (fn (policy) (fn (registry) (fn (backend) (fn (release-backend) (fn (primary) (let ((escaped-policy (selfhost/pkg-scaffold::toml-string policy)) (escaped-registry (if (core/list::is-nil? registry) nil (selfhost/pkg-scaffold::toml-string registry)))) (let ((registry-line (if (core/list::is-nil? escaped-registry) "" (((selfhost/pkg-scaffold::cat3 "registry = \"") escaped-registry) "\"\n"))) (policy-line (((selfhost/pkg-scaffold::cat3 "policy = \"") escaped-policy) "\"\n"))) (let ((out0 ((selfhost/pkg-scaffold::append "version = 1\nworkspace = \"") workspace))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\"\n\n[[members]]\nname = \""))) (let ((out2 ((selfhost/pkg-scaffold::append out1) package))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "\"\npath = \".\"\nrole = \"app\"\n\n[defaults]\n"))) (let ((out4 ((selfhost/pkg-scaffold::append out3) registry-line))) (let ((out5 ((selfhost/pkg-scaffold::append out4) policy-line))) (let ((out6 ((selfhost/pkg-scaffold::append out5) "runtime_backend = \""))) (let ((out7 ((selfhost/pkg-scaffold::append out6) backend))) (let ((out8 ((selfhost/pkg-scaffold::append out7) "\"\n\n[profiles.\"backend\"]\ncaps_policy = \"caps.backend.toml\"\n"))) (let ((out9 ((selfhost/pkg-scaffold::append out8) registry-line))) (let ((out10 ((selfhost/pkg-scaffold::append out9) policy-line))) (let ((out11 ((selfhost/pkg-scaffold::append out10) "runtime_backend = \"backend\"\n\n[profiles.\"ci\"]\ncaps_policy = \"caps.ci.toml\"\n"))) (let ((out12 ((selfhost/pkg-scaffold::append out11) registry-line))) (let ((out13 ((selfhost/pkg-scaffold::append out12) policy-line))) (let ((out14 ((selfhost/pkg-scaffold::append out13) "runtime_backend = \"headless\"\n\n[profiles.\"dev\"]\ncaps_policy = \"caps.toml\"\n"))) (let ((out15 ((selfhost/pkg-scaffold::append out14) registry-line))) (let ((out16 ((selfhost/pkg-scaffold::append out15) policy-line))) (let ((out17 ((selfhost/pkg-scaffold::append out16) "runtime_backend = \""))) (let ((out18 ((selfhost/pkg-scaffold::append out17) backend))) (let ((out19 ((selfhost/pkg-scaffold::append out18) "\"\n\n[profiles.\"release\"]\ncaps_policy = \"caps.release.toml\"\n"))) (let ((out20 ((selfhost/pkg-scaffold::append out19) registry-line))) (let ((out21 ((selfhost/pkg-scaffold::append out20) policy-line))) (let ((out22 ((selfhost/pkg-scaffold::append out21) "runtime_backend = \""))) (let ((out23 ((selfhost/pkg-scaffold::append out22) release-backend))) (let ((out24 ((selfhost/pkg-scaffold::append out23) "\"\n\n[tasks.\"build-primary\"]\ncmd = \"build\"\npkg = \"package.toml\"\nargs = [\"--target\", \""))) (let ((out25 ((selfhost/pkg-scaffold::append out24) primary))) ((selfhost/pkg-scaffold::append out25) "\"]\n\n[tasks.\"optimize\"]\ncmd = \"optimize\"\nfile = \"src/main.gc\"\nargs = [\"--stage1-gate\"]\n\n[tasks.\"pack\"]\ncmd = \"pack\"\npkg = \"package.toml\"\n\n[tasks.\"run\"]\ncmd = \"run\"\nfile = \"src/main.gc\"\nargs = [\"--caps\", \"caps.toml\"]\n\n[tasks.\"test\"]\ncmd = \"test\"\npkg = \"package.toml\"\n\n[tasks.\"typecheck\"]\ncmd = \"typecheck\"\npkg = \"package.toml\"\n\n"))))))))))))))))))))))))))))))))))))) (def selfhost/pkg-scaffold::lock-body (fn (workspace) (fn (policy) (fn (registry) (let ((escaped-policy (selfhost/pkg-scaffold::toml-string policy)) (escaped-registry (if (core/list::is-nil? registry) nil (selfhost/pkg-scaffold::toml-string registry)))) (let ((out0 ((selfhost/pkg-scaffold::append "version = 2\nworkspace = \"") workspace))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\"\npolicy = \""))) (let ((out2 ((selfhost/pkg-scaffold::append out1) escaped-policy))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "\"\n"))) (let ((out4 (if (core/list::is-nil? escaped-registry) out3 ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append out3) "\n[registries]\ndefault = \"")) ((selfhost/pkg-scaffold::append escaped-registry) "\"\n"))))) ((selfhost/pkg-scaffold::append out4) "\n[requirements]\n\n[locked]\n\n"))))))))))) (def selfhost/pkg-scaffold::package-body (fn (package) ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append "schema = 1\nname = \"") package)) "\"\nversion = \"0.1.0\"\nobligations = []\ndependencies = []\ntests = []\nproperty_tests = []\ncaps_policy = \"caps.toml\"\n\n[[modules]]\npath = \"src/main.gc\"\n"))) (def selfhost/pkg-scaffold::module-body (fn (namespace) (fn (archetype) (let ((out0 ((selfhost/pkg-scaffold::append "(def ::meta\n (quote\n {\n :caps []\n :exports [") namespace))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "::main]\n :types {"))) (let ((out2 ((selfhost/pkg-scaffold::append out1) namespace))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "::main ?}}))\n\n(def "))) (let ((out4 ((selfhost/pkg-scaffold::append out3) namespace))) (let ((out5 ((selfhost/pkg-scaffold::append out4) "::main\n (fn (_)\n {\n :archetype :"))) (let ((out6 ((selfhost/pkg-scaffold::append out5) archetype))) (let ((out7 ((selfhost/pkg-scaffold::append out6) "\n :status \"scaffold-ok\"}))\n\n"))) (let ((out8 ((selfhost/pkg-scaffold::append out7) namespace))) ((selfhost/pkg-scaffold::append out8) "::main\n"))))))))))))) (def selfhost/pkg-scaffold::deploy-body (fn (archetype) (fn (backend) (fn (primary) (let ((out0 ((selfhost/pkg-scaffold::append "schema = \"genesis/gcpm-scaffold-deploy-presets-v0.1\"\narchetype = \"") archetype))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\"\nruntime_backend = \""))) (let ((out2 ((selfhost/pkg-scaffold::append out1) backend))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "\"\nprimary_target = \""))) (let ((out4 ((selfhost/pkg-scaffold::append out3) primary))) ((selfhost/pkg-scaffold::append out4) (if ((core/eq? archetype) "mobile") "\"\nsecondary_targets = [\"android\"]\n" "\"\nsecondary_targets = []\n"))))))))))) (def selfhost/pkg-scaffold::readme-body (fn (workspace) (fn (package) (fn (archetype) (fn (backend) (fn (primary) (let ((out0 ((selfhost/pkg-scaffold::append "# ") workspace))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\n\nDeterministic `gcpm scaffold` workspace for archetype `"))) (let ((out2 ((selfhost/pkg-scaffold::append out1) archetype))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "`.\n\n## Quick Start\n\n1. `genesis gcpm --caps caps.toml test --pkg package.toml`\n2. `genesis gcpm --caps caps.toml run run`\n3. `genesis gcpm --caps caps.toml env --profile dev`\n4. `genesis gcpm --caps caps.toml build --pkg package.toml --target "))) (let ((out4 ((selfhost/pkg-scaffold::append out3) primary))) (let ((out5 ((selfhost/pkg-scaffold::append out4) "`\n\n## Scaffold Contract\n\n- package: `"))) (let ((out6 ((selfhost/pkg-scaffold::append out5) package))) (let ((out7 ((selfhost/pkg-scaffold::append out6) "`\n- runtime backend profile: `"))) (let ((out8 ((selfhost/pkg-scaffold::append out7) backend))) ((selfhost/pkg-scaffold::append out8) "`\n- deploy presets: `deploy/presets.toml`\n")))))))))))))))) (def selfhost/pkg-scaffold::record (fn (file) (((selfhost/pkg-scaffold::cat3 ((core/map::get file) (quote :path))) ":") ((core/map::get file) (quote :h))))) (def selfhost/pkg-scaffold::scaffold-h (fn (files) (let ((records0 [])) (let ((records1 ((core/vec::push records0) (selfhost/pkg-scaffold::record ((core/vec::get files) 9))))) (let ((records2 ((core/vec::push records1) (selfhost/pkg-scaffold::record ((core/vec::get files) 8))))) (let ((records3 ((core/vec::push records2) (selfhost/pkg-scaffold::record ((core/vec::get files) 6))))) (let ((records4 ((core/vec::push records3) (selfhost/pkg-scaffold::record ((core/vec::get files) 7))))) (let ((records5 ((core/vec::push records4) (selfhost/pkg-scaffold::record ((core/vec::get files) 5))))) (let ((records6 ((core/vec::push records5) (selfhost/pkg-scaffold::record ((core/vec::get files) 4))))) (let ((records7 ((core/vec::push records6) (selfhost/pkg-scaffold::record ((core/vec::get files) 1))))) (let ((records8 ((core/vec::push records7) (selfhost/pkg-scaffold::record ((core/vec::get files) 0))))) (let ((records9 ((core/vec::push records8) (selfhost/pkg-scaffold::record ((core/vec::get files) 2))))) (let ((records10 ((core/vec::push records9) (selfhost/pkg-scaffold::record ((core/vec::get files) 3))))) (selfhost/pkg-scaffold::hash-body ((core/str::join records10) "\n")))))))))))))))] :module-h b"\x08i0b\xF5\xD7\x9F@N\xE7\xAC/\x00\xC7\xF5P?\xE5\x03\rT\xF5;\x10\x95\xDF\xBA\xEA}W\xB9\x95" :path "selfhost/pkg_scaffold_render_v1.gc" :source "; Canonical dynamic document rendering for gcpm scaffold.\n\n(def selfhost/pkg-scaffold::cat3\n (fn (a)\n (fn (b)\n (fn (c)\n ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append a) b)) c)))))\n\n(def selfhost/pkg-scaffold::workspace-body\n (fn (workspace)\n (fn (package)\n (fn (policy)\n (fn (registry)\n (fn (backend)\n (fn (release-backend)\n (fn (primary)\n (let\n ((escaped-policy (selfhost/pkg-scaffold::toml-string policy))\n (escaped-registry\n (if (core/list::is-nil? registry)\n nil\n (selfhost/pkg-scaffold::toml-string registry))))\n (let\n ((registry-line\n (if (core/list::is-nil? escaped-registry)\n \"\"\n (((selfhost/pkg-scaffold::cat3 \"registry = \\\"\") escaped-registry) \"\\\"\\n\")))\n (policy-line\n (((selfhost/pkg-scaffold::cat3 \"policy = \\\"\") escaped-policy) \"\\\"\\n\")))\n (let ((out0 ((selfhost/pkg-scaffold::append \"version = 1\\nworkspace = \\\"\") workspace)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\\"\\n\\n[[members]]\\nname = \\\"\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) package)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"\\\"\\npath = \\\".\\\"\\nrole = \\\"app\\\"\\n\\n[defaults]\\n\")))\n (let ((out4 ((selfhost/pkg-scaffold::append out3) registry-line)))\n (let ((out5 ((selfhost/pkg-scaffold::append out4) policy-line)))\n (let ((out6 ((selfhost/pkg-scaffold::append out5) \"runtime_backend = \\\"\")))\n (let ((out7 ((selfhost/pkg-scaffold::append out6) backend)))\n (let ((out8 ((selfhost/pkg-scaffold::append out7) \"\\\"\\n\\n[profiles.\\\"backend\\\"]\\ncaps_policy = \\\"caps.backend.toml\\\"\\n\")))\n (let ((out9 ((selfhost/pkg-scaffold::append out8) registry-line)))\n (let ((out10 ((selfhost/pkg-scaffold::append out9) policy-line)))\n (let ((out11 ((selfhost/pkg-scaffold::append out10) \"runtime_backend = \\\"backend\\\"\\n\\n[profiles.\\\"ci\\\"]\\ncaps_policy = \\\"caps.ci.toml\\\"\\n\")))\n (let ((out12 ((selfhost/pkg-scaffold::append out11) registry-line)))\n (let ((out13 ((selfhost/pkg-scaffold::append out12) policy-line)))\n (let ((out14 ((selfhost/pkg-scaffold::append out13) \"runtime_backend = \\\"headless\\\"\\n\\n[profiles.\\\"dev\\\"]\\ncaps_policy = \\\"caps.toml\\\"\\n\")))\n (let ((out15 ((selfhost/pkg-scaffold::append out14) registry-line)))\n (let ((out16 ((selfhost/pkg-scaffold::append out15) policy-line)))\n (let ((out17 ((selfhost/pkg-scaffold::append out16) \"runtime_backend = \\\"\")))\n (let ((out18 ((selfhost/pkg-scaffold::append out17) backend)))\n (let ((out19 ((selfhost/pkg-scaffold::append out18) \"\\\"\\n\\n[profiles.\\\"release\\\"]\\ncaps_policy = \\\"caps.release.toml\\\"\\n\")))\n (let ((out20 ((selfhost/pkg-scaffold::append out19) registry-line)))\n (let ((out21 ((selfhost/pkg-scaffold::append out20) policy-line)))\n (let ((out22 ((selfhost/pkg-scaffold::append out21) \"runtime_backend = \\\"\")))\n (let ((out23 ((selfhost/pkg-scaffold::append out22) release-backend)))\n (let ((out24 ((selfhost/pkg-scaffold::append out23) \"\\\"\\n\\n[tasks.\\\"build-primary\\\"]\\ncmd = \\\"build\\\"\\npkg = \\\"package.toml\\\"\\nargs = [\\\"--target\\\", \\\"\")))\n (let ((out25 ((selfhost/pkg-scaffold::append out24) primary)))\n ((selfhost/pkg-scaffold::append out25)\n \"\\\"]\\n\\n[tasks.\\\"optimize\\\"]\\ncmd = \\\"optimize\\\"\\nfile = \\\"src/main.gc\\\"\\nargs = [\\\"--stage1-gate\\\"]\\n\\n[tasks.\\\"pack\\\"]\\ncmd = \\\"pack\\\"\\npkg = \\\"package.toml\\\"\\n\\n[tasks.\\\"run\\\"]\\ncmd = \\\"run\\\"\\nfile = \\\"src/main.gc\\\"\\nargs = [\\\"--caps\\\", \\\"caps.toml\\\"]\\n\\n[tasks.\\\"test\\\"]\\ncmd = \\\"test\\\"\\npkg = \\\"package.toml\\\"\\n\\n[tasks.\\\"typecheck\\\"]\\ncmd = \\\"typecheck\\\"\\npkg = \\\"package.toml\\\"\\n\\n\")))))))))))))))))))))))))))))))))))))\n(def selfhost/pkg-scaffold::lock-body\n (fn (workspace)\n (fn (policy)\n (fn (registry)\n (let\n ((escaped-policy (selfhost/pkg-scaffold::toml-string policy))\n (escaped-registry\n (if (core/list::is-nil? registry)\n nil\n (selfhost/pkg-scaffold::toml-string registry))))\n (let ((out0 ((selfhost/pkg-scaffold::append \"version = 2\\nworkspace = \\\"\") workspace)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\\"\\npolicy = \\\"\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) escaped-policy)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"\\\"\\n\")))\n (let\n ((out4\n (if (core/list::is-nil? escaped-registry)\n out3\n ((selfhost/pkg-scaffold::append\n ((selfhost/pkg-scaffold::append out3)\n \"\\n[registries]\\ndefault = \\\"\"))\n ((selfhost/pkg-scaffold::append escaped-registry) \"\\\"\\n\")))))\n ((selfhost/pkg-scaffold::append out4) \"\\n[requirements]\\n\\n[locked]\\n\\n\")))))))))))\n\n(def selfhost/pkg-scaffold::package-body\n (fn (package)\n ((selfhost/pkg-scaffold::append\n ((selfhost/pkg-scaffold::append \"schema = 1\\nname = \\\"\") package))\n \"\\\"\\nversion = \\\"0.1.0\\\"\\nobligations = []\\ndependencies = []\\ntests = []\\nproperty_tests = []\\ncaps_policy = \\\"caps.toml\\\"\\n\\n[[modules]]\\npath = \\\"src/main.gc\\\"\\n\")))\n\n(def selfhost/pkg-scaffold::module-body\n (fn (namespace)\n (fn (archetype)\n (let ((out0 ((selfhost/pkg-scaffold::append \"(def ::meta\\n (quote\\n {\\n :caps []\\n :exports [\") namespace)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"::main]\\n :types {\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) namespace)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"::main ?}}))\\n\\n(def \")))\n (let ((out4 ((selfhost/pkg-scaffold::append out3) namespace)))\n (let ((out5 ((selfhost/pkg-scaffold::append out4) \"::main\\n (fn (_)\\n {\\n :archetype :\")))\n (let ((out6 ((selfhost/pkg-scaffold::append out5) archetype)))\n (let ((out7 ((selfhost/pkg-scaffold::append out6) \"\\n :status \\\"scaffold-ok\\\"}))\\n\\n\")))\n (let ((out8 ((selfhost/pkg-scaffold::append out7) namespace)))\n ((selfhost/pkg-scaffold::append out8) \"::main\\n\")))))))))))))\n\n(def selfhost/pkg-scaffold::deploy-body\n (fn (archetype)\n (fn (backend)\n (fn (primary)\n (let ((out0 ((selfhost/pkg-scaffold::append \"schema = \\\"genesis/gcpm-scaffold-deploy-presets-v0.1\\\"\\narchetype = \\\"\") archetype)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\\"\\nruntime_backend = \\\"\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) backend)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"\\\"\\nprimary_target = \\\"\")))\n (let ((out4 ((selfhost/pkg-scaffold::append out3) primary)))\n ((selfhost/pkg-scaffold::append out4)\n (if ((core/eq? archetype) \"mobile\")\n \"\\\"\\nsecondary_targets = [\\\"android\\\"]\\n\"\n \"\\\"\\nsecondary_targets = []\\n\")))))))))))\n\n(def selfhost/pkg-scaffold::readme-body\n (fn (workspace)\n (fn (package)\n (fn (archetype)\n (fn (backend)\n (fn (primary)\n (let ((out0 ((selfhost/pkg-scaffold::append \"# \") workspace)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\n\\nDeterministic `gcpm scaffold` workspace for archetype `\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) archetype)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"`.\\n\\n## Quick Start\\n\\n1. `genesis gcpm --caps caps.toml test --pkg package.toml`\\n2. `genesis gcpm --caps caps.toml run run`\\n3. `genesis gcpm --caps caps.toml env --profile dev`\\n4. `genesis gcpm --caps caps.toml build --pkg package.toml --target \")))\n (let ((out4 ((selfhost/pkg-scaffold::append out3) primary)))\n (let ((out5 ((selfhost/pkg-scaffold::append out4) \"`\\n\\n## Scaffold Contract\\n\\n- package: `\")))\n (let ((out6 ((selfhost/pkg-scaffold::append out5) package)))\n (let ((out7 ((selfhost/pkg-scaffold::append out6) \"`\\n- runtime backend profile: `\")))\n (let ((out8 ((selfhost/pkg-scaffold::append out7) backend)))\n ((selfhost/pkg-scaffold::append out8)\n \"`\\n- deploy presets: `deploy/presets.toml`\\n\"))))))))))))))))\n\n(def selfhost/pkg-scaffold::record\n (fn (file)\n (((selfhost/pkg-scaffold::cat3 ((core/map::get file) (quote :path))) \":\")\n ((core/map::get file) (quote :h)))))\n\n(def selfhost/pkg-scaffold::scaffold-h\n (fn (files)\n (let ((records0 []))\n (let ((records1 ((core/vec::push records0) (selfhost/pkg-scaffold::record ((core/vec::get files) 9)))))\n (let ((records2 ((core/vec::push records1) (selfhost/pkg-scaffold::record ((core/vec::get files) 8)))))\n (let ((records3 ((core/vec::push records2) (selfhost/pkg-scaffold::record ((core/vec::get files) 6)))))\n (let ((records4 ((core/vec::push records3) (selfhost/pkg-scaffold::record ((core/vec::get files) 7)))))\n (let ((records5 ((core/vec::push records4) (selfhost/pkg-scaffold::record ((core/vec::get files) 5)))))\n (let ((records6 ((core/vec::push records5) (selfhost/pkg-scaffold::record ((core/vec::get files) 4)))))\n (let ((records7 ((core/vec::push records6) (selfhost/pkg-scaffold::record ((core/vec::get files) 1)))))\n (let ((records8 ((core/vec::push records7) (selfhost/pkg-scaffold::record ((core/vec::get files) 0)))))\n (let ((records9 ((core/vec::push records8) (selfhost/pkg-scaffold::record ((core/vec::get files) 2)))))\n (let ((records10 ((core/vec::push records9) (selfhost/pkg-scaffold::record ((core/vec::get files) 3)))))\n (selfhost/pkg-scaffold::hash-body ((core/str::join records10) \"\\n\")))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x08i0b\xF5\xD7\x9F@N\xE7\xAC/\x00\xC7\xF5P?\xE5\x03\rT\xF5;\x10\x95\xDF\xBA\xEA}W\xB9\x95" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-scaffold::request-kind "genesis/pkg-scaffold-authority-request-v0.1") (def selfhost/pkg-scaffold::result-kind "genesis/pkg-scaffold-authority-result-v0.1") (def selfhost/pkg-scaffold::envelope (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-scaffold::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-scaffold::reject (fn (request-h) (fn (message) (((((selfhost/pkg-scaffold::envelope request-h) false) "core/pkg/bad-scaffold") message) nil)))) (def selfhost/pkg-scaffold::accept (fn (request-h) (fn (value) (((((selfhost/pkg-scaffold::envelope request-h) true) nil) nil) value)))) (def selfhost/pkg-scaffold::request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:archetype :kind :name :policy :registry-default :root :runtime-backend :static-files :v]) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-scaffold::request-kind) (if ((core/eq? ((core/map::get request) (quote :v))) 1) (if (selfhost/pkg-scaffold::archetype? ((core/map::get request) (quote :archetype))) (if (if (selfhost/pkg-scaffold::nonempty-str? ((core/map::get request) (quote :name))) ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :name))) 256) false) (if (if (selfhost/pkg-scaffold::nonempty-str? ((core/map::get request) (quote :policy))) ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :policy))) 1024) false) (if ((selfhost/pkg-scaffold::optional-bounded-str? ((core/map::get request) (quote :registry-default))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :root))) 4096) (if ((selfhost/pkg-scaffold::optional-bounded-str? ((core/map::get request) (quote :runtime-backend))) 32) (selfhost/pkg-scaffold::vec? ((core/map::get request) (quote :static-files))) false) false) false) false) false) false) false) false) false))) (def selfhost/pkg-scaffold::static-files? (fn (files) (if ((core/int::eq? (core/vec::len files)) 4) (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 0)) "caps.toml") "c59cc9fc2d22e351df9f1ca0993f5287747dd04424dd2ab29dc9c40b5feeaebe") (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 1)) "caps.ci.toml") "263a3a57675d9f02d3b7f3e63e567556e26e9a8826c9c2f18a3de2608707bc1f") (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 2)) "caps.release.toml") "facc334d775e73441b8861a5119af13be4b4f53fa548e039d99de28a7a78a388") (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 3)) "caps.backend.toml") "df2d9cd700e2e45ee809db493119db52882baf94af8fc1b6f343d3de97d491c7") false) false) false) false))) (def selfhost/pkg-scaffold::build (fn (request-h) (fn (request) (let ((archetype ((core/map::get request) (quote :archetype))) (workspace (selfhost/pkg-scaffold::normalize-name ((core/map::get request) (quote :name)))) (policy ((core/map::get request) (quote :policy))) (registry ((core/map::get request) (quote :registry-default))) (root ((core/map::get request) (quote :root))) (override (selfhost/pkg-scaffold::normalize-backend ((core/map::get request) (quote :runtime-backend)))) (static ((core/map::get request) (quote :static-files)))) (if (if (core/list::is-nil? workspace) true ((core/int::eq? (core/str::len workspace)) 0)) ((selfhost/pkg-scaffold::reject request-h) "scaffold name must contain ASCII alphanumeric characters") (if (if (core/list::is-nil? ((core/map::get request) (quote :runtime-backend))) false (core/list::is-nil? override)) ((selfhost/pkg-scaffold::reject request-h) "runtime backend is outside the closed profile inventory") (if (selfhost/pkg-scaffold::static-files? static) (let ((backend (if (core/list::is-nil? override) (selfhost/pkg-scaffold::default-backend archetype) override)) (release-backend ((selfhost/pkg-scaffold::release-backend archetype) (if (core/list::is-nil? override) (selfhost/pkg-scaffold::default-backend archetype) override))) (primary (selfhost/pkg-scaffold::primary-target archetype)) (package ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append workspace) "-")) archetype)) (namespace ((selfhost/pkg-scaffold::append "pkg/") (selfhost/pkg-scaffold::module-suffix workspace)))) (let ((file0 ((selfhost/pkg-scaffold::file "genesis.workspace.toml") (((((((selfhost/pkg-scaffold::workspace-body workspace) package) policy) registry) backend) release-backend) primary))) (file1 ((selfhost/pkg-scaffold::file "genesis.lock") (((selfhost/pkg-scaffold::lock-body workspace) policy) registry))) (file2 ((selfhost/pkg-scaffold::file "package.toml") (selfhost/pkg-scaffold::package-body package))) (file3 ((selfhost/pkg-scaffold::file "src/main.gc") ((selfhost/pkg-scaffold::module-body namespace) archetype))) (file4 ((selfhost/pkg-scaffold::file "deploy/presets.toml") (((selfhost/pkg-scaffold::deploy-body archetype) backend) primary))) (file5 ((selfhost/pkg-scaffold::file "caps.toml") ((core/map::get ((core/vec::get static) 0)) (quote :body)))) (file6 ((selfhost/pkg-scaffold::file "caps.ci.toml") ((core/map::get ((core/vec::get static) 1)) (quote :body)))) (file7 ((selfhost/pkg-scaffold::file "caps.release.toml") ((core/map::get ((core/vec::get static) 2)) (quote :body)))) (file8 ((selfhost/pkg-scaffold::file "caps.backend.toml") ((core/map::get ((core/vec::get static) 3)) (quote :body)))) (file9 ((selfhost/pkg-scaffold::file "README.gcpm.md") (((((selfhost/pkg-scaffold::readme-body workspace) package) archetype) backend) primary)))) (let ((files0 [])) (let ((files1 ((core/vec::push files0) file0))) (let ((files2 ((core/vec::push files1) file1))) (let ((files3 ((core/vec::push files2) file2))) (let ((files4 ((core/vec::push files3) file3))) (let ((files5 ((core/vec::push files4) file4))) (let ((files6 ((core/vec::push files5) file5))) (let ((files7 ((core/vec::push files6) file6))) (let ((files8 ((core/vec::push files7) file7))) (let ((files9 ((core/vec::push files8) file8))) (let ((files ((core/vec::push files9) file9))) (let ((scaffold-h (selfhost/pkg-scaffold::scaffold-h files)) (paths ["genesis.workspace.toml" "genesis.lock" "package.toml" "src/main.gc" "deploy/presets.toml" "caps.toml" "caps.ci.toml" "caps.release.toml" "caps.backend.toml" "README.gcpm.md"])) ((selfhost/pkg-scaffold::accept request-h) {:files files :report {:archetype archetype :files paths :files-written 10 :ok true :package package :root root :runtime-backend-profile backend :scaffold-h scaffold-h :workspace workspace}}))))))))))))))) ((selfhost/pkg-scaffold::reject request-h) "static scaffold template identity mismatch")))))))) (def core/pkg::scaffold-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-scaffold::map? request) (if (selfhost/pkg-scaffold::request? request) ((selfhost/pkg-scaffold::build request-h) request) ((selfhost/pkg-scaffold::reject request-h) "scaffold request is malformed")) ((selfhost/pkg-scaffold::reject request-h) "scaffold request must be map")))))] :module-h b"%\t\xF6\x83\xEFm\xAA\xB9\x90;\xEC\x0B\x1C$\xF1\xCD\xB69\xC2\xA9\x8EE\"\xB4\x0B\xC4\xCEt\x8C\xF4}\xBE" :path "selfhost/pkg_scaffold_authority_v1.gc" :source "; Artifact-loaded semantic authority for deterministic gcpm scaffold plans.\n\n(def selfhost/pkg-scaffold::request-kind \"genesis/pkg-scaffold-authority-request-v0.1\")\n(def selfhost/pkg-scaffold::result-kind \"genesis/pkg-scaffold-authority-result-v0.1\")\n\n(def selfhost/pkg-scaffold::envelope\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {:code code :kind selfhost/pkg-scaffold::result-kind :message message :ok ok\n :request-h request-h :v 1 :value value}))))))\n\n(def selfhost/pkg-scaffold::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-scaffold::envelope request-h) false) \"core/pkg/bad-scaffold\")\n message) nil))))\n\n(def selfhost/pkg-scaffold::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-scaffold::envelope request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-scaffold::request?\n (fn (request)\n (if ((selfhost/pkg-lock-read::exact-map? request)\n [:archetype :kind :name :policy :registry-default :root :runtime-backend\n :static-files :v])\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-scaffold::request-kind)\n (if ((core/eq? ((core/map::get request) (quote :v))) 1)\n (if (selfhost/pkg-scaffold::archetype?\n ((core/map::get request) (quote :archetype)))\n (if (if (selfhost/pkg-scaffold::nonempty-str?\n ((core/map::get request) (quote :name)))\n ((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :name))) 256)\n false)\n (if (if (selfhost/pkg-scaffold::nonempty-str?\n ((core/map::get request) (quote :policy)))\n ((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :policy))) 1024)\n false)\n (if ((selfhost/pkg-scaffold::optional-bounded-str?\n ((core/map::get request) (quote :registry-default))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :root))) 4096)\n (if ((selfhost/pkg-scaffold::optional-bounded-str?\n ((core/map::get request) (quote :runtime-backend))) 32)\n (selfhost/pkg-scaffold::vec?\n ((core/map::get request) (quote :static-files)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-scaffold::static-files?\n (fn (files)\n (if ((core/int::eq? (core/vec::len files)) 4)\n (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 0))\n \"caps.toml\") \"c59cc9fc2d22e351df9f1ca0993f5287747dd04424dd2ab29dc9c40b5feeaebe\")\n (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 1))\n \"caps.ci.toml\") \"263a3a57675d9f02d3b7f3e63e567556e26e9a8826c9c2f18a3de2608707bc1f\")\n (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 2))\n \"caps.release.toml\") \"facc334d775e73441b8861a5119af13be4b4f53fa548e039d99de28a7a78a388\")\n (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 3))\n \"caps.backend.toml\") \"df2d9cd700e2e45ee809db493119db52882baf94af8fc1b6f343d3de97d491c7\")\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-scaffold::build\n (fn (request-h)\n (fn (request)\n (let\n ((archetype ((core/map::get request) (quote :archetype)))\n (workspace\n (selfhost/pkg-scaffold::normalize-name\n ((core/map::get request) (quote :name))))\n (policy ((core/map::get request) (quote :policy)))\n (registry ((core/map::get request) (quote :registry-default)))\n (root ((core/map::get request) (quote :root)))\n (override\n (selfhost/pkg-scaffold::normalize-backend\n ((core/map::get request) (quote :runtime-backend))))\n (static ((core/map::get request) (quote :static-files))))\n (if (if (core/list::is-nil? workspace)\n true\n ((core/int::eq? (core/str::len workspace)) 0))\n ((selfhost/pkg-scaffold::reject request-h)\n \"scaffold name must contain ASCII alphanumeric characters\")\n (if (if (core/list::is-nil?\n ((core/map::get request) (quote :runtime-backend)))\n false\n (core/list::is-nil? override))\n ((selfhost/pkg-scaffold::reject request-h)\n \"runtime backend is outside the closed profile inventory\")\n (if (selfhost/pkg-scaffold::static-files? static)\n (let\n ((backend\n (if (core/list::is-nil? override)\n (selfhost/pkg-scaffold::default-backend archetype)\n override))\n (release-backend\n ((selfhost/pkg-scaffold::release-backend archetype)\n (if (core/list::is-nil? override)\n (selfhost/pkg-scaffold::default-backend archetype)\n override)))\n (primary (selfhost/pkg-scaffold::primary-target archetype))\n (package\n ((selfhost/pkg-scaffold::append\n ((selfhost/pkg-scaffold::append workspace) \"-\")) archetype))\n (namespace\n ((selfhost/pkg-scaffold::append \"pkg/\")\n (selfhost/pkg-scaffold::module-suffix workspace))))\n (let\n ((file0\n ((selfhost/pkg-scaffold::file \"genesis.workspace.toml\")\n (((((((selfhost/pkg-scaffold::workspace-body workspace) package) policy)\n registry) backend) release-backend) primary)))\n (file1\n ((selfhost/pkg-scaffold::file \"genesis.lock\")\n (((selfhost/pkg-scaffold::lock-body workspace) policy) registry)))\n (file2\n ((selfhost/pkg-scaffold::file \"package.toml\")\n (selfhost/pkg-scaffold::package-body package)))\n (file3\n ((selfhost/pkg-scaffold::file \"src/main.gc\")\n ((selfhost/pkg-scaffold::module-body namespace) archetype)))\n (file4\n ((selfhost/pkg-scaffold::file \"deploy/presets.toml\")\n (((selfhost/pkg-scaffold::deploy-body archetype) backend) primary)))\n (file5\n ((selfhost/pkg-scaffold::file \"caps.toml\")\n ((core/map::get ((core/vec::get static) 0)) (quote :body))))\n (file6\n ((selfhost/pkg-scaffold::file \"caps.ci.toml\")\n ((core/map::get ((core/vec::get static) 1)) (quote :body))))\n (file7\n ((selfhost/pkg-scaffold::file \"caps.release.toml\")\n ((core/map::get ((core/vec::get static) 2)) (quote :body))))\n (file8\n ((selfhost/pkg-scaffold::file \"caps.backend.toml\")\n ((core/map::get ((core/vec::get static) 3)) (quote :body))))\n (file9\n ((selfhost/pkg-scaffold::file \"README.gcpm.md\")\n (((((selfhost/pkg-scaffold::readme-body workspace) package) archetype)\n backend) primary))))\n (let ((files0 []))\n (let ((files1 ((core/vec::push files0) file0)))\n (let ((files2 ((core/vec::push files1) file1)))\n (let ((files3 ((core/vec::push files2) file2)))\n (let ((files4 ((core/vec::push files3) file3)))\n (let ((files5 ((core/vec::push files4) file4)))\n (let ((files6 ((core/vec::push files5) file5)))\n (let ((files7 ((core/vec::push files6) file6)))\n (let ((files8 ((core/vec::push files7) file7)))\n (let ((files9 ((core/vec::push files8) file8)))\n (let ((files ((core/vec::push files9) file9)))\n (let\n ((scaffold-h (selfhost/pkg-scaffold::scaffold-h files))\n (paths\n [\"genesis.workspace.toml\" \"genesis.lock\" \"package.toml\" \"src/main.gc\"\n \"deploy/presets.toml\" \"caps.toml\" \"caps.ci.toml\" \"caps.release.toml\"\n \"caps.backend.toml\" \"README.gcpm.md\"]))\n ((selfhost/pkg-scaffold::accept request-h)\n {\n :files files\n :report\n {\n :archetype archetype :files paths :files-written 10 :ok true\n :package package :root root :runtime-backend-profile backend\n :scaffold-h scaffold-h :workspace workspace}})))))))))))))))\n ((selfhost/pkg-scaffold::reject request-h)\n \"static scaffold template identity mismatch\"))))))))\n\n(def core/pkg::scaffold-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-scaffold::map? request)\n (if (selfhost/pkg-scaffold::request? request)\n ((selfhost/pkg-scaffold::build request-h) request)\n ((selfhost/pkg-scaffold::reject request-h) \"scaffold request is malformed\"))\n ((selfhost/pkg-scaffold::reject request-h) \"scaffold request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"%\t\xF6\x83\xEFm\xAA\xB9\x90;\xEC\x0B\x1C$\xF1\xCD\xB69\xC2\xA9\x8EE\"\xB4\x0B\xC4\xCEt\x8C\xF4}\xBE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-new::request-kind "genesis/pkg-workspace-new-authority-request-v0.1") (def selfhost/pkg-workspace-new::result-kind "genesis/pkg-workspace-new-authority-result-v0.1") (def selfhost/pkg-workspace-new::find-byte (fn (bytes) (fn (wanted) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) -1 (if ((core/int::eq? ((core/bytes::get bytes) index)) wanted) index (((selfhost/pkg-workspace-new::find-byte bytes) wanted) ((core/int::add index) 1)))))))) (def selfhost/pkg-workspace-new::last-slash (fn (bytes) (fn (index) (fn (last) (if ((core/int::eq? index) (core/bytes::len bytes)) last (((selfhost/pkg-workspace-new::last-slash bytes) ((core/int::add index) 1)) (if ((core/int::eq? ((core/bytes::get bytes) index)) 47) index last))))))) (def selfhost/pkg-workspace-new::trim (fn (value) (selfhost/policy::trim value))) (def selfhost/pkg-workspace-new::toml-control-fragment (fn (byte) (let ((digits b"0123456789ABCDEF") (high (((core/bytes::slice digits) ((core/int::div byte) 16)) 1)) (low (((core/bytes::slice digits) ((core/int::mod byte) 16)) 1))) ((core/bytes::concat ((core/bytes::concat b"\\u00") high)) low)))) (def selfhost/pkg-workspace-new::c1-control? (fn (bytes) (fn (index) (if ((core/int::eq? ((core/bytes::get bytes) index)) 194) (if ((core/int::lt? ((core/int::add index) 1)) (core/bytes::len bytes)) (let ((next ((core/bytes::get bytes) ((core/int::add index) 1)))) (if ((core/int::lt? 127) next) ((core/int::lt? next) 160) false)) false) false)))) (def selfhost/pkg-workspace-new::toml-step (fn (bytes) (fn (index) (let ((byte ((core/bytes::get bytes) index)) (next ((core/int::add index) 1))) (if ((core/int::eq? byte) 34) {:fragment b"\\\"" :next next} (if ((core/int::eq? byte) 92) {:fragment b"\\\\" :next next} (if ((core/int::eq? byte) 10) {:fragment b"\\n" :next next} (if ((core/int::eq? byte) 13) {:fragment b"\\r" :next next} (if ((core/int::eq? byte) 9) {:fragment b"\\t" :next next} (if (if ((core/int::lt? byte) 32) true ((core/int::eq? byte) 127)) {:fragment (selfhost/pkg-workspace-new::toml-control-fragment byte) :next next} (if ((selfhost/pkg-workspace-new::c1-control? bytes) index) {:fragment (selfhost/pkg-workspace-new::toml-control-fragment ((core/bytes::get bytes) next)) :next ((core/int::add index) 2)} {:fragment (((core/bytes::slice bytes) index) 1) :next next}))))))))))) (def selfhost/pkg-workspace-new::toml-escape-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (let ((step ((selfhost/pkg-workspace-new::toml-step bytes) index))) (((selfhost/pkg-workspace-new::toml-escape-loop bytes) ((core/map::get step) (quote :next))) ((core/vec::push parts) ((core/map::get step) (quote :fragment)))))))))) (def selfhost/pkg-workspace-new::toml-quoted (fn (value) (let ((escaped (((selfhost/pkg-workspace-new::toml-escape-loop (core/str::to-utf8 value)) 0) []))) ((core/str::concat "\"") ((core/str::concat escaped) "\""))))) (def selfhost/pkg-workspace-new::path-member (fn (raw) (let ((path (selfhost/pkg-workspace-new::trim raw))) (if ((core/int::eq? (core/str::len path)) 0) nil (let ((bytes (core/str::to-utf8 path)) (slash (((selfhost/pkg-workspace-new::last-slash (core/str::to-utf8 path)) 0) -1))) (let ((name (if ((core/int::lt? slash) 0) path (if ((core/int::eq? ((core/int::add slash) 1)) (core/bytes::len bytes)) "member" (core/str::from-utf8 (((core/bytes::slice bytes) ((core/int::add slash) 1)) ((core/int::sub (core/bytes::len bytes)) ((core/int::add slash) 1)))))))) {:name name :path path :role "package"})))))) (def selfhost/pkg-workspace-new::named-member (fn (bytes) (fn (equal) (let ((name (selfhost/pkg-workspace-new::trim (core/str::from-utf8 (((core/bytes::slice bytes) 0) equal)))) (path (selfhost/pkg-workspace-new::trim (core/str::from-utf8 (((core/bytes::slice bytes) ((core/int::add equal) 1)) ((core/int::sub (core/bytes::len bytes)) ((core/int::add equal) 1))))))) (if (if ((core/int::eq? (core/str::len name)) 0) true ((core/int::eq? (core/str::len path)) 0)) nil {:name name :path path :role "package"}))))) (def selfhost/pkg-workspace-new::member (fn (raw) (if (selfhost/pkg-scaffold::str? raw) (let ((bytes (core/str::to-utf8 raw))) (if ((core/int::lt? 4096) (core/bytes::len bytes)) nil (let ((equal (((selfhost/pkg-workspace-new::find-byte bytes) 61) 0))) (if ((core/int::lt? equal) 0) (selfhost/pkg-workspace-new::path-member raw) ((selfhost/pkg-workspace-new::named-member bytes) equal))))) nil))) (def selfhost/pkg-workspace-new::members-loop (fn (raw) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len raw)) out (let ((member (selfhost/pkg-workspace-new::member ((core/vec::get raw) index)))) (if (core/list::is-nil? member) nil (((selfhost/pkg-workspace-new::members-loop raw) ((core/int::add index) 1)) ((core/vec::push out) member))))))))) (def selfhost/pkg-workspace-new::members (fn (workspace) (fn (raw) (if ((core/int::eq? (core/vec::len raw)) 0) ((core/vec::push []) {:name workspace :path "." :role "root"}) (((selfhost/pkg-workspace-new::members-loop raw) 0) []))))) (def selfhost/pkg-workspace-new::render-members (fn (members) (fn (index) (if ((core/int::eq? index) (core/vec::len members)) "" (let ((member ((core/vec::get members) index))) (let ((out0 ((selfhost/pkg-scaffold::append "[[members]]\nname = ") (selfhost/pkg-workspace-new::toml-quoted ((core/map::get member) (quote :name)))))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\npath = "))) (let ((out2 ((selfhost/pkg-scaffold::append out1) (selfhost/pkg-workspace-new::toml-quoted ((core/map::get member) (quote :path)))))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "\nrole = "))) (let ((out4 ((selfhost/pkg-scaffold::append out3) (selfhost/pkg-workspace-new::toml-quoted ((core/map::get member) (quote :role)))))) (let ((out5 ((selfhost/pkg-scaffold::append out4) "\n\n"))) ((selfhost/pkg-scaffold::append out5) ((selfhost/pkg-workspace-new::render-members members) ((core/int::add index) 1)))))))))))))) (def selfhost/pkg-workspace-new::registry-line (fn (registry) (if (core/list::is-nil? registry) "" ((core/str::concat "registry = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted registry)) "\n"))))) (def selfhost/pkg-workspace-new::profile (fn (name) (fn (caps) (fn (registry) (fn (policy) (fn (backend) (let ((head ((core/str::concat "[profiles.\"") ((core/str::concat name) "\"]\n"))) (caps-line ((core/str::concat "caps_policy = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted caps)) "\n"))) (policy-line ((core/str::concat "policy = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) "\n"))) (backend-line ((core/str::concat "runtime_backend = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted backend)) "\n\n")))) ((selfhost/pkg-scaffold::append head) ((selfhost/pkg-scaffold::append caps-line) ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::registry-line registry)) ((selfhost/pkg-scaffold::append policy-line) backend-line))))))))))) (def selfhost/pkg-workspace-new::workspace-body (fn (workspace) (fn (members) (fn (registry) (fn (policy) (fn (backend) (let ((head ((core/str::concat "version = 1\nworkspace = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted workspace)) "\n\n"))) (defaults ((core/str::concat "[defaults]\n") ((core/str::concat (selfhost/pkg-workspace-new::registry-line registry)) ((core/str::concat "policy = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) ((core/str::concat "\nruntime_backend = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted backend)) "\n\n")))))))) ((core/str::concat ((core/str::concat ((core/str::concat ((core/str::concat ((core/str::concat ((core/str::concat head) ((selfhost/pkg-workspace-new::render-members members) 0))) defaults)) (((((selfhost/pkg-workspace-new::profile "ci") "caps.ci.toml") registry) policy) "headless"))) (((((selfhost/pkg-workspace-new::profile "dev") "caps.toml") registry) policy) backend))) (((((selfhost/pkg-workspace-new::profile "release") "caps.release.toml") registry) policy) backend))) "")))))))) (def selfhost/pkg-workspace-new::lock-body (fn (workspace) (fn (policy) (fn (registry) ((core/str::concat ((core/str::concat ((core/str::concat "version = 2\nworkspace = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted workspace)) ((core/str::concat "\npolicy = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) "\n\n"))))) (if (core/list::is-nil? registry) "" ((core/str::concat "[registries]\ndefault = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted registry)) "\n\n"))))) "[requirements]\n\n[locked]\n\n"))))) (def selfhost/pkg-workspace-new::envelope (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-new::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-new::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-new::envelope request-h) false) "core/pkg/bad-workspace-new") message) nil)))) (def selfhost/pkg-workspace-new::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-new::envelope request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-new::request? (fn (request) (if ((core/int::eq? (core/map::len request)) 9) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-new::request-kind) (if ((core/eq? ((core/map::get request) (quote :v))) 1) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace))) 1024) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :policy))) 1024) (if ((selfhost/pkg-scaffold::optional-bounded-str? ((core/map::get request) (quote :registry-default))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :lock))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace-file))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active-backend))) 32) (if (selfhost/pkg-scaffold::vec? ((core/map::get request) (quote :members))) (if ((core/int::lt? 256) (core/vec::len ((core/map::get request) (quote :members)))) false true) false) false) false) false) false) false) false) false) false) false))) (def selfhost/pkg-workspace-new::backend? (fn (backend) (if ((core/eq? backend) "headless") true (if ((core/eq? backend) "gpu") true (if ((core/eq? backend) "gfx") true ((core/eq? backend) "backend")))))) (def core/pkg::workspace-new-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-scaffold::map? request) (if (selfhost/pkg-workspace-new::request? request) (let ((workspace ((core/map::get request) (quote :workspace))) (policy ((core/map::get request) (quote :policy))) (registry ((core/map::get request) (quote :registry-default))) (backend ((core/map::get request) (quote :active-backend))) (lock-path ((core/map::get request) (quote :lock))) (workspace-path ((core/map::get request) (quote :workspace-file))) (members ((selfhost/pkg-workspace-new::members workspace) ((core/map::get request) (quote :members))))) (if (if ((core/int::eq? (core/str::len workspace)) 0) true (if ((core/int::eq? (core/str::len policy)) 0) true (if (selfhost/pkg-workspace-new::backend? backend) (core/list::is-nil? members) true))) ((selfhost/pkg-workspace-new::reject request-h) "workspace-new request is invalid") (let ((workspace-body (((((selfhost/pkg-workspace-new::workspace-body workspace) members) registry) policy) backend)) (lock-body (((selfhost/pkg-workspace-new::lock-body workspace) policy) registry))) (let ((workspace-h (selfhost/pkg-scaffold::hash-body workspace-body)) (lock-h (selfhost/pkg-scaffold::hash-body lock-body)) (lock-file ((selfhost/pkg-scaffold::file lock-path) lock-body)) (workspace-file ((selfhost/pkg-scaffold::file workspace-path) workspace-body))) (let ((files1 ((core/vec::push []) lock-file))) (let ((files ((core/vec::push files1) workspace-file))) ((selfhost/pkg-workspace-new::accept request-h) {:files files :report {:lock lock-path :lock-h lock-h :members (core/vec::len members) :ok true :workspace workspace :workspace-file workspace-path :workspace-h workspace-h}}))))))) ((selfhost/pkg-workspace-new::reject request-h) "workspace-new request is malformed")) ((selfhost/pkg-workspace-new::reject request-h) "workspace-new request must be map")))))] :module-h b"\x07#\x93\xD3\x11\xF9e\xA7x\x92\xDB\r\xAD\x82d\xFC\x80\xD9\xDF\xA1-O\xA0\xDF\xE2\x90\xA6\x94*_+Y" :path "selfhost/pkg_workspace_new_authority_v1.gc" :source "; Closed semantic authority for gcpm new workspace and lock construction.\n\n(def selfhost/pkg-workspace-new::request-kind \"genesis/pkg-workspace-new-authority-request-v0.1\")\n(def selfhost/pkg-workspace-new::result-kind \"genesis/pkg-workspace-new-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-new::find-byte\n (fn (bytes)\n (fn (wanted)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n -1\n (if ((core/int::eq? ((core/bytes::get bytes) index)) wanted)\n index\n (((selfhost/pkg-workspace-new::find-byte bytes) wanted) ((core/int::add index) 1))))))))\n\n(def selfhost/pkg-workspace-new::last-slash\n (fn (bytes)\n (fn (index)\n (fn (last)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n last\n (((selfhost/pkg-workspace-new::last-slash bytes) ((core/int::add index) 1))\n (if ((core/int::eq? ((core/bytes::get bytes) index)) 47) index last)))))))\n\n(def selfhost/pkg-workspace-new::trim (fn (value) (selfhost/policy::trim value)))\n\n(def selfhost/pkg-workspace-new::toml-control-fragment\n (fn (byte)\n (let\n ((digits b\"0123456789ABCDEF\")\n (high (((core/bytes::slice digits) ((core/int::div byte) 16)) 1))\n (low (((core/bytes::slice digits) ((core/int::mod byte) 16)) 1)))\n ((core/bytes::concat ((core/bytes::concat b\"\\\\u00\") high)) low))))\n\n(def selfhost/pkg-workspace-new::c1-control?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? ((core/bytes::get bytes) index)) 194)\n (if ((core/int::lt? ((core/int::add index) 1)) (core/bytes::len bytes))\n (let ((next ((core/bytes::get bytes) ((core/int::add index) 1))))\n (if ((core/int::lt? 127) next) ((core/int::lt? next) 160) false))\n false)\n false))))\n\n(def selfhost/pkg-workspace-new::toml-step\n (fn (bytes)\n (fn (index)\n (let\n ((byte ((core/bytes::get bytes) index)) (next ((core/int::add index) 1)))\n (if ((core/int::eq? byte) 34)\n {:fragment b\"\\\\\\\"\" :next next}\n (if ((core/int::eq? byte) 92)\n {:fragment b\"\\\\\\\\\" :next next}\n (if ((core/int::eq? byte) 10)\n {:fragment b\"\\\\n\" :next next}\n (if ((core/int::eq? byte) 13)\n {:fragment b\"\\\\r\" :next next}\n (if ((core/int::eq? byte) 9)\n {:fragment b\"\\\\t\" :next next}\n (if\n (if ((core/int::lt? byte) 32) true ((core/int::eq? byte) 127))\n {:fragment (selfhost/pkg-workspace-new::toml-control-fragment byte) :next next}\n (if ((selfhost/pkg-workspace-new::c1-control? bytes) index)\n {\n :fragment\n (selfhost/pkg-workspace-new::toml-control-fragment\n ((core/bytes::get bytes) next))\n :next ((core/int::add index) 2)}\n {:fragment (((core/bytes::slice bytes) index) 1) :next next})))))))))))\n\n(def selfhost/pkg-workspace-new::toml-escape-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (let ((step ((selfhost/pkg-workspace-new::toml-step bytes) index)))\n (((selfhost/pkg-workspace-new::toml-escape-loop bytes)\n ((core/map::get step) (quote :next)))\n ((core/vec::push parts) ((core/map::get step) (quote :fragment))))))))))\n\n(def selfhost/pkg-workspace-new::toml-quoted\n (fn (value)\n (let\n ((escaped\n (((selfhost/pkg-workspace-new::toml-escape-loop (core/str::to-utf8 value)) 0) [])))\n ((core/str::concat \"\\\"\") ((core/str::concat escaped) \"\\\"\")))))\n\n(def selfhost/pkg-workspace-new::path-member\n (fn (raw)\n (let ((path (selfhost/pkg-workspace-new::trim raw)))\n (if ((core/int::eq? (core/str::len path)) 0)\n nil\n (let\n ((bytes (core/str::to-utf8 path))\n (slash (((selfhost/pkg-workspace-new::last-slash (core/str::to-utf8 path)) 0) -1)))\n (let\n ((name\n (if ((core/int::lt? slash) 0)\n path\n (if ((core/int::eq? ((core/int::add slash) 1)) (core/bytes::len bytes))\n \"member\"\n (core/str::from-utf8\n (((core/bytes::slice bytes) ((core/int::add slash) 1))\n ((core/int::sub (core/bytes::len bytes)) ((core/int::add slash) 1))))))))\n {:name name :path path :role \"package\"}))))))\n\n(def selfhost/pkg-workspace-new::named-member\n (fn (bytes)\n (fn (equal)\n (let\n ((name\n (selfhost/pkg-workspace-new::trim\n (core/str::from-utf8 (((core/bytes::slice bytes) 0) equal))))\n (path\n (selfhost/pkg-workspace-new::trim\n (core/str::from-utf8\n (((core/bytes::slice bytes) ((core/int::add equal) 1))\n ((core/int::sub (core/bytes::len bytes)) ((core/int::add equal) 1)))))))\n (if (if ((core/int::eq? (core/str::len name)) 0)\n true\n ((core/int::eq? (core/str::len path)) 0))\n nil\n {:name name :path path :role \"package\"})))))\n\n(def selfhost/pkg-workspace-new::member\n (fn (raw)\n (if (selfhost/pkg-scaffold::str? raw)\n (let ((bytes (core/str::to-utf8 raw)))\n (if ((core/int::lt? 4096) (core/bytes::len bytes))\n nil\n (let ((equal (((selfhost/pkg-workspace-new::find-byte bytes) 61) 0)))\n (if ((core/int::lt? equal) 0)\n (selfhost/pkg-workspace-new::path-member raw)\n ((selfhost/pkg-workspace-new::named-member bytes) equal)))))\n nil)))\n\n(def selfhost/pkg-workspace-new::members-loop\n (fn (raw)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len raw))\n out\n (let ((member (selfhost/pkg-workspace-new::member ((core/vec::get raw) index))))\n (if (core/list::is-nil? member)\n nil\n (((selfhost/pkg-workspace-new::members-loop raw) ((core/int::add index) 1))\n ((core/vec::push out) member)))))))))\n\n(def selfhost/pkg-workspace-new::members\n (fn (workspace)\n (fn (raw)\n (if ((core/int::eq? (core/vec::len raw)) 0)\n ((core/vec::push []) {:name workspace :path \".\" :role \"root\"})\n (((selfhost/pkg-workspace-new::members-loop raw) 0) [])))))\n\n(def selfhost/pkg-workspace-new::render-members\n (fn (members)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len members))\n \"\"\n (let ((member ((core/vec::get members) index)))\n (let\n ((out0\n ((selfhost/pkg-scaffold::append \"[[members]]\\nname = \")\n (selfhost/pkg-workspace-new::toml-quoted\n ((core/map::get member) (quote :name))))))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\npath = \")))\n (let\n ((out2\n ((selfhost/pkg-scaffold::append out1)\n (selfhost/pkg-workspace-new::toml-quoted\n ((core/map::get member) (quote :path))))))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"\\nrole = \")))\n (let\n ((out4\n ((selfhost/pkg-scaffold::append out3)\n (selfhost/pkg-workspace-new::toml-quoted\n ((core/map::get member) (quote :role))))))\n (let ((out5 ((selfhost/pkg-scaffold::append out4) \"\\n\\n\")))\n ((selfhost/pkg-scaffold::append out5)\n ((selfhost/pkg-workspace-new::render-members members)\n ((core/int::add index) 1))))))))))))))\n\n(def selfhost/pkg-workspace-new::registry-line\n (fn (registry)\n (if (core/list::is-nil? registry)\n \"\"\n ((core/str::concat \"registry = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted registry)) \"\\n\")))))\n\n(def selfhost/pkg-workspace-new::profile\n (fn (name)\n (fn (caps)\n (fn (registry)\n (fn (policy)\n (fn (backend)\n (let\n ((head ((core/str::concat \"[profiles.\\\"\") ((core/str::concat name) \"\\\"]\\n\")))\n (caps-line\n ((core/str::concat \"caps_policy = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted caps)) \"\\n\")))\n (policy-line\n ((core/str::concat \"policy = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) \"\\n\")))\n (backend-line\n ((core/str::concat \"runtime_backend = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted backend)) \"\\n\\n\"))))\n ((selfhost/pkg-scaffold::append head)\n ((selfhost/pkg-scaffold::append caps-line)\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::registry-line registry))\n ((selfhost/pkg-scaffold::append policy-line) backend-line)))))))))))\n\n(def selfhost/pkg-workspace-new::workspace-body\n (fn (workspace)\n (fn (members)\n (fn (registry)\n (fn (policy)\n (fn (backend)\n (let\n ((head\n ((core/str::concat \"version = 1\\nworkspace = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted workspace)) \"\\n\\n\")))\n (defaults\n ((core/str::concat \"[defaults]\\n\")\n ((core/str::concat (selfhost/pkg-workspace-new::registry-line registry))\n ((core/str::concat \"policy = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy))\n ((core/str::concat \"\\nruntime_backend = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted backend)) \"\\n\\n\"))))))))\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat head)\n ((selfhost/pkg-workspace-new::render-members members) 0))) defaults))\n (((((selfhost/pkg-workspace-new::profile \"ci\") \"caps.ci.toml\") registry) policy)\n \"headless\")))\n (((((selfhost/pkg-workspace-new::profile \"dev\") \"caps.toml\") registry) policy)\n backend)))\n (((((selfhost/pkg-workspace-new::profile \"release\") \"caps.release.toml\") registry)\n policy) backend)))\n \"\"))))))))\n\n(def selfhost/pkg-workspace-new::lock-body\n (fn (workspace)\n (fn (policy)\n (fn (registry)\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat \"version = 2\\nworkspace = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted workspace))\n ((core/str::concat \"\\npolicy = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) \"\\n\\n\")))))\n (if (core/list::is-nil? registry)\n \"\"\n ((core/str::concat \"[registries]\\ndefault = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted registry)) \"\\n\\n\")))))\n \"[requirements]\\n\\n[locked]\\n\\n\")))))\n\n(def selfhost/pkg-workspace-new::envelope\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {:kind selfhost/pkg-workspace-new::result-kind :v 1 :request-h request-h\n :ok ok :code code :message message :value value}))))))\n\n(def selfhost/pkg-workspace-new::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-new::envelope request-h) false)\n \"core/pkg/bad-workspace-new\") message) nil))))\n\n(def selfhost/pkg-workspace-new::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-new::envelope request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-new::request?\n (fn (request)\n (if ((core/int::eq? (core/map::len request)) 9)\n (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-new::request-kind)\n (if ((core/eq? ((core/map::get request) (quote :v))) 1)\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace))) 1024))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :policy))) 1024))\n (if (((selfhost/pkg-scaffold::optional-bounded-str? ((core/map::get request) (quote :registry-default))) 4096))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :lock))) 4096))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace-file))) 4096))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active-backend))) 32))\n (if (selfhost/pkg-scaffold::vec? ((core/map::get request) (quote :members)))\n (if ((core/int::lt? 256) (core/vec::len ((core/map::get request) (quote :members))))\n false\n true)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-new::backend?\n (fn (backend)\n (if ((core/eq? backend) \"headless\") true\n (if ((core/eq? backend) \"gpu\") true\n (if ((core/eq? backend) \"gfx\") true ((core/eq? backend) \"backend\"))))))\n\n(def core/pkg::workspace-new-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-scaffold::map? request)\n (if (selfhost/pkg-workspace-new::request? request)\n (let\n ((workspace ((core/map::get request) (quote :workspace)))\n (policy ((core/map::get request) (quote :policy)))\n (registry ((core/map::get request) (quote :registry-default)))\n (backend ((core/map::get request) (quote :active-backend)))\n (lock-path ((core/map::get request) (quote :lock)))\n (workspace-path ((core/map::get request) (quote :workspace-file)))\n (members\n ((selfhost/pkg-workspace-new::members workspace)\n ((core/map::get request) (quote :members)))))\n (if (if ((core/int::eq? (core/str::len workspace)) 0)\n true\n (if ((core/int::eq? (core/str::len policy)) 0)\n true\n (if (selfhost/pkg-workspace-new::backend? backend)\n (core/list::is-nil? members)\n true)))\n ((selfhost/pkg-workspace-new::reject request-h) \"workspace-new request is invalid\")\n (let\n ((workspace-body\n (((((selfhost/pkg-workspace-new::workspace-body workspace) members) registry) policy)\n backend))\n (lock-body (((selfhost/pkg-workspace-new::lock-body workspace) policy) registry)))\n (let\n ((workspace-h (selfhost/pkg-scaffold::hash-body workspace-body))\n (lock-h (selfhost/pkg-scaffold::hash-body lock-body))\n (lock-file ((selfhost/pkg-scaffold::file lock-path) lock-body))\n (workspace-file ((selfhost/pkg-scaffold::file workspace-path) workspace-body)))\n (let ((files1 ((core/vec::push []) lock-file)))\n (let ((files ((core/vec::push files1) workspace-file)))\n ((selfhost/pkg-workspace-new::accept request-h)\n {:files files\n :report\n {:ok true :workspace workspace :workspace-file workspace-path\n :workspace-h workspace-h :members (core/vec::len members)\n :lock lock-path :lock-h lock-h}})))))))\n ((selfhost/pkg-workspace-new::reject request-h) \"workspace-new request is malformed\"))\n ((selfhost/pkg-workspace-new::reject request-h) \"workspace-new request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x07#\x93\xD3\x11\xF9e\xA7x\x92\xDB\r\xAD\x82d\xFC\x80\xD9\xDF\xA1-O\xA0\xDF\xE2\x90\xA6\x94*_+Y" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-remove::request-kind "genesis/pkg-workspace-remove-authority-request-v0.1") (def selfhost/pkg-workspace-remove::result-kind "genesis/pkg-workspace-remove-authority-result-v0.1") (def selfhost/pkg-workspace-remove::bytes-equal-loop (fn (left) (fn (right) (fn (index) (fn (length) (if ((core/int::eq? index) length) true (if ((core/int::eq? ((core/bytes::get left) index)) ((core/bytes::get right) index)) ((((selfhost/pkg-workspace-remove::bytes-equal-loop left) right) ((core/int::add index) 1)) length) false))))))) (def selfhost/pkg-workspace-remove::string-equal? (fn (left) (fn (right) (let ((left-bytes (core/str::to-utf8 left)) (right-bytes (core/str::to-utf8 right))) (let ((length (core/bytes::len left-bytes))) (if ((core/int::eq? length) (core/bytes::len right-bytes)) ((((selfhost/pkg-workspace-remove::bytes-equal-loop left-bytes) right-bytes) 0) length) false)))))) (def selfhost/pkg-workspace-remove::remove-loop (fn (entries) (fn (index) (fn (name) (fn (out) (fn (removed) (if ((core/int::eq? index) (core/vec::len entries)) {:map out :removed removed} (let ((entry ((core/vec::get entries) index))) (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (let ((matches ((selfhost/pkg-workspace-remove::string-equal? key) name))) (((((selfhost/pkg-workspace-remove::remove-loop entries) ((core/int::add index) 1)) name) (if matches out (((core/map::put out) key) value))) (if matches true removed)))))))))))) (def selfhost/pkg-workspace-remove::remove-name (fn (value) (fn (name) (if (selfhost/pkg-lock-read::map? value) (((((selfhost/pkg-workspace-remove::remove-loop (core/map::entries value)) 0) name) {}) false) nil)))) (def selfhost/pkg-workspace-remove::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-workspace-remove-authority-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-remove::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-remove::result request-h) false) "core/pkg/bad-workspace-remove") message) nil)))) (def selfhost/pkg-workspace-remove::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-remove::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-remove::finish (fn (request-h) (fn (lock) (fn (name) (fn (model) (fn (requirements) (fn (locked) ((selfhost/pkg-workspace-remove::accept request-h) {:lock lock :model {:artifacts ((core/map::get model) (quote :artifacts)) :locked ((core/map::get locked) (quote :map)) :policy ((core/map::get model) (quote :policy)) :registries ((core/map::get model) (quote :registries)) :requirements ((core/map::get requirements) (quote :map)) :version ((core/map::get model) (quote :version)) :workspace ((core/map::get model) (quote :workspace))} :name name :removed (if ((core/map::get requirements) (quote :removed)) true ((core/map::get locked) (quote :removed)))})))))))) (def selfhost/pkg-workspace-remove::authorize-model (fn (request-h) (fn (lock) (fn (name) (fn (model) (if ((selfhost/pkg-lock-read::exact-map? model) [:artifacts :locked :policy :registries :requirements :version :workspace]) (let ((requirements ((selfhost/pkg-workspace-remove::remove-name ((core/map::get model) (quote :requirements))) name)) (locked ((selfhost/pkg-workspace-remove::remove-name ((core/map::get model) (quote :locked))) name))) ((((((selfhost/pkg-workspace-remove::finish request-h) lock) name) model) requirements) locked)) ((selfhost/pkg-workspace-remove::reject request-h) "model fields mismatch"))))))) (def core/pkg::workspace-remove-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :lock :model :name :v]) (let ((kind ((core/map::get request) (quote :kind))) (lock ((core/map::get request) (quote :lock))) (model ((core/map::get request) (quote :model))) (name ((core/map::get request) (quote :name))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) selfhost/pkg-workspace-remove::request-kind) false) (if (if (selfhost/pkg-lock-read::str? lock) (if (selfhost/pkg-lock-read::str? name) ((core/int::lt? 0) (core/str::len name)) false) false) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) ((((selfhost/pkg-workspace-remove::authorize-model request-h) lock) name) model) ((selfhost/pkg-workspace-remove::reject request-h) "request :v must be 1")) ((selfhost/pkg-workspace-remove::reject request-h) "request :lock and non-empty :name must be strings")) ((selfhost/pkg-workspace-remove::reject request-h) "request :kind mismatch"))) ((selfhost/pkg-workspace-remove::reject request-h) "request fields mismatch")) ((selfhost/pkg-workspace-remove::reject request-h) "request must be map")))))] :module-h b"\xC2\x02\xBBg#\xDFf\x97\xD9\xADl\xBD'\x1E\xAC\xE4o\xA3\xFB^\x0B\xC1\x00\xC2\x91\xF6\xB4\xD1\xF6t\xA6>" :path "selfhost/pkg_workspace_remove_authority_v1.gc" :source "; Closed semantic authority for gcpm remove lock mutation and reporting.\n\n(def selfhost/pkg-workspace-remove::request-kind\n \"genesis/pkg-workspace-remove-authority-request-v0.1\")\n(def selfhost/pkg-workspace-remove::result-kind\n \"genesis/pkg-workspace-remove-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-remove::bytes-equal-loop\n (fn (left)\n (fn (right)\n (fn (index)\n (fn (length)\n (if ((core/int::eq? index) length)\n true\n (if\n ((core/int::eq? ((core/bytes::get left) index))\n ((core/bytes::get right) index))\n ((((selfhost/pkg-workspace-remove::bytes-equal-loop left) right)\n ((core/int::add index) 1))\n length)\n false)))))))\n\n(def selfhost/pkg-workspace-remove::string-equal?\n (fn (left)\n (fn (right)\n (let\n ((left-bytes (core/str::to-utf8 left))\n (right-bytes (core/str::to-utf8 right)))\n (let ((length (core/bytes::len left-bytes)))\n (if ((core/int::eq? length) (core/bytes::len right-bytes))\n ((((selfhost/pkg-workspace-remove::bytes-equal-loop left-bytes) right-bytes) 0)\n length)\n false))))))\n\n(def selfhost/pkg-workspace-remove::remove-loop\n (fn (entries)\n (fn (index)\n (fn (name)\n (fn (out)\n (fn (removed)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:map out :removed removed}\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((key ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (let ((matches ((selfhost/pkg-workspace-remove::string-equal? key) name)))\n (((((selfhost/pkg-workspace-remove::remove-loop entries)\n ((core/int::add index) 1))\n name)\n (if matches out (((core/map::put out) key) value)))\n (if matches true removed))))))))))))\n\n(def selfhost/pkg-workspace-remove::remove-name\n (fn (value)\n (fn (name)\n (if (selfhost/pkg-lock-read::map? value)\n (((((selfhost/pkg-workspace-remove::remove-loop (core/map::entries value)) 0) name) {}) false)\n nil))))\n\n(def selfhost/pkg-workspace-remove::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-workspace-remove-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-remove::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-remove::result request-h) false)\n \"core/pkg/bad-workspace-remove\")\n message)\n nil))))\n\n(def selfhost/pkg-workspace-remove::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-remove::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-remove::finish\n (fn (request-h)\n (fn (lock)\n (fn (name)\n (fn (model)\n (fn (requirements)\n (fn (locked)\n ((selfhost/pkg-workspace-remove::accept request-h)\n {\n :lock lock\n :model {\n :artifacts ((core/map::get model) (quote :artifacts))\n :locked ((core/map::get locked) (quote :map))\n :policy ((core/map::get model) (quote :policy))\n :registries ((core/map::get model) (quote :registries))\n :requirements ((core/map::get requirements) (quote :map))\n :version ((core/map::get model) (quote :version))\n :workspace ((core/map::get model) (quote :workspace))}\n :name name\n :removed\n (if ((core/map::get requirements) (quote :removed))\n true\n ((core/map::get locked) (quote :removed)))}))))))))\n\n(def selfhost/pkg-workspace-remove::authorize-model\n (fn (request-h)\n (fn (lock)\n (fn (name)\n (fn (model)\n (if\n ((selfhost/pkg-lock-read::exact-map? model)\n [:artifacts :locked :policy :registries :requirements :version :workspace])\n (let\n ((requirements\n ((selfhost/pkg-workspace-remove::remove-name\n ((core/map::get model) (quote :requirements)))\n name))\n (locked\n ((selfhost/pkg-workspace-remove::remove-name\n ((core/map::get model) (quote :locked)))\n name)))\n ((((((selfhost/pkg-workspace-remove::finish request-h) lock) name) model)\n requirements)\n locked))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"model fields mismatch\")))))))\n\n(def core/pkg::workspace-remove-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request) [:kind :lock :model :name :v])\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (lock ((core/map::get request) (quote :lock)))\n (model ((core/map::get request) (quote :model)))\n (name ((core/map::get request) (quote :name)))\n (version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) selfhost/pkg-workspace-remove::request-kind)\n false)\n (if\n (if (selfhost/pkg-lock-read::str? lock)\n (if (selfhost/pkg-lock-read::str? name)\n ((core/int::lt? 0) (core/str::len name))\n false)\n false)\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n ((((selfhost/pkg-workspace-remove::authorize-model request-h) lock) name) model)\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request :v must be 1\"))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request :lock and non-empty :name must be strings\"))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request :kind mismatch\")))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request fields mismatch\"))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xA3d~\xD5\\\x04_\xD6\x02\xD8\xB4\x80\x07\xE9d@\tL\xF8\xE0h\xFD\x1D\x05\x17\x15X7\xF1xq\xCC" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-migrate::request-kind "genesis/pkg-workspace-migrate-authority-request-v0.1") (def selfhost/pkg-workspace-migrate::result-kind "genesis/pkg-workspace-migrate-authority-result-v0.1") (def selfhost/pkg-workspace-migrate::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-migrate::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-migrate::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-migrate::result request-h) false) "core/pkg/bad-workspace-migrate") message) nil)))) (def selfhost/pkg-workspace-migrate::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-migrate::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-migrate::dependency? (fn (dependency) (if ((selfhost/pkg-lock-read::exact-map? dependency) [:hash :name :path]) (let ((name ((core/map::get dependency) (quote :name))) (path ((core/map::get dependency) (quote :path))) (hash ((core/map::get dependency) (quote :hash)))) (if (if ((selfhost/pkg-scaffold::bounded-str? name) 1024) ((core/int::lt? 0) (core/str::len name)) false) (if ((selfhost/pkg-scaffold::bounded-str? path) 4096) (if ((core/int::lt? 0) (core/str::len path)) ((selfhost/pkg-scaffold::optional-bounded-str? hash) 128) false) false) false)) false))) (def selfhost/pkg-workspace-migrate::requirement (fn (hash) {:registry "default" :selector ((core/str::concat "snapshot:") hash) :strategy (quote :pinned) :tag-policy nil :update-policy (quote :manual)})) (def selfhost/pkg-workspace-migrate::requirements-loop (fn (dependencies) (fn (index) (fn (requirements) (if ((core/int::eq? index) (core/vec::len dependencies)) {:ok true :requirements requirements} (let ((dependency ((core/vec::get dependencies) index))) (if (selfhost/pkg-workspace-migrate::dependency? dependency) (let ((name ((core/map::get dependency) (quote :name))) (hash ((core/map::get dependency) (quote :hash)))) (((selfhost/pkg-workspace-migrate::requirements-loop dependencies) ((core/int::add index) 1)) (if (if (selfhost/pkg-lock-read::str? hash) (selfhost/pkg-resolution-plan::hash64? hash) false) (((core/map::put requirements) name) (selfhost/pkg-workspace-migrate::requirement hash)) requirements))) {:ok false :requirements {}}))))))) (def selfhost/pkg-workspace-migrate::requirements (fn (dependencies) (((selfhost/pkg-workspace-migrate::requirements-loop dependencies) 0) {}))) (def selfhost/pkg-workspace-migrate::registry-line (fn (registry) (if (core/list::is-nil? registry) "" ((selfhost/pkg-scaffold::append "registry = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted registry)) "\n"))))) (def selfhost/pkg-workspace-migrate::task (fn (name) (fn (command) (fn (package-path) (let ((head ((selfhost/pkg-scaffold::append "[tasks.") (selfhost/pkg-workspace-new::toml-quoted name)))) (let ((with-label ((selfhost/pkg-scaffold::append head) "]\ncmd = "))) (let ((with-command ((selfhost/pkg-scaffold::append with-label) (selfhost/pkg-workspace-new::toml-quoted command)))) ((selfhost/pkg-scaffold::append with-command) ((selfhost/pkg-scaffold::append "\npkg = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted package-path)) "\n\n")))))))))) (def selfhost/pkg-workspace-migrate::workspace-body (fn (workspace) (fn (package-name) (fn (member-path) (fn (package-path) (fn (registry) (let ((head ((selfhost/pkg-scaffold::append "version = 1\nworkspace = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted workspace)) "\n\n"))) (member ((selfhost/pkg-scaffold::append "[[members]]\nname = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted package-name)) ((selfhost/pkg-scaffold::append "\npath = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted member-path)) "\nrole = \"package\"\n\n"))))) (defaults ((selfhost/pkg-scaffold::append "[defaults]\n") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-migrate::registry-line registry)) "policy = \"policy:default-v0.1\"\n\n"))) (pack (((selfhost/pkg-workspace-migrate::task "pack") "pack") package-path)) (test (((selfhost/pkg-workspace-migrate::task "test") "test") package-path))) ((selfhost/pkg-scaffold::append head) ((selfhost/pkg-scaffold::append member) ((selfhost/pkg-scaffold::append defaults) ((selfhost/pkg-scaffold::append pack) test))))))))))) (def selfhost/pkg-workspace-migrate::lock-model (fn (workspace) (fn (registry) (fn (requirements) {:artifacts {} :locked {} :policy "policy:default-v0.1" :registries (if (core/list::is-nil? registry) {} {"default" registry}) :requirements requirements :version 2 :workspace workspace})))) (def selfhost/pkg-workspace-migrate::finish (fn (request-h) (fn (request) (fn (requirements) (let ((workspace0 ((core/map::get request) (quote :workspace))) (package-name ((core/map::get request) (quote :package-name))) (member-path ((core/map::get request) (quote :member-path))) (package-path ((core/map::get request) (quote :package-path))) (registry ((core/map::get request) (quote :registry-default))) (lock-path ((core/map::get request) (quote :lock))) (workspace-path ((core/map::get request) (quote :workspace-file)))) (let ((workspace (if (core/list::is-nil? workspace0) package-name workspace0))) (let ((body (((((selfhost/pkg-workspace-migrate::workspace-body workspace) package-name) member-path) package-path) registry))) ((selfhost/pkg-workspace-migrate::accept request-h) {:lock-model (((selfhost/pkg-workspace-migrate::lock-model workspace) registry) ((core/map::get requirements) (quote :requirements))) :report {:dep-count (core/vec::len ((core/map::get request) (quote :dependencies))) :lock lock-path :lock-h nil :ok true :workspace workspace :workspace-file workspace-path :workspace-h (selfhost/pkg-scaffold::hash-body body)} :workspace-body body})))))))) (def selfhost/pkg-workspace-migrate::request-values-valid? (fn (request) (let ((workspace ((core/map::get request) (quote :workspace))) (package-name ((core/map::get request) (quote :package-name))) (package-path ((core/map::get request) (quote :package-path))) (member-path ((core/map::get request) (quote :member-path))) (lock-path ((core/map::get request) (quote :lock))) (workspace-path ((core/map::get request) (quote :workspace-file))) (registry ((core/map::get request) (quote :registry-default))) (dependencies ((core/map::get request) (quote :dependencies)))) (if ((selfhost/pkg-scaffold::optional-bounded-str? workspace) 1024) (if (if (core/list::is-nil? workspace) true ((core/int::lt? 0) (core/str::len workspace))) (if (selfhost/pkg-scaffold::nonempty-str? package-name) (if ((selfhost/pkg-scaffold::bounded-str? package-name) 1024) (if (selfhost/pkg-scaffold::nonempty-str? package-path) (if ((selfhost/pkg-scaffold::bounded-str? package-path) 4096) (if (selfhost/pkg-scaffold::nonempty-str? member-path) (if ((selfhost/pkg-scaffold::bounded-str? member-path) 4096) (if (selfhost/pkg-scaffold::nonempty-str? lock-path) (if ((selfhost/pkg-scaffold::bounded-str? lock-path) 4096) (if (selfhost/pkg-scaffold::nonempty-str? workspace-path) (if ((selfhost/pkg-scaffold::bounded-str? workspace-path) 4096) (if ((selfhost/pkg-scaffold::optional-bounded-str? registry) 4096) (if (selfhost/pkg-scaffold::vec? dependencies) (if ((core/int::lt? 1024) (core/vec::len dependencies)) false true) false) false) false) false) false) false) false) false) false) false) false) false) false) false)))) (def core/pkg::workspace-migrate-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-scaffold::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:dependencies :kind :lock :member-path :package-name :package-path :registry-default :v :workspace :workspace-file]) (if (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-migrate::request-kind) false) (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) false) (if (selfhost/pkg-workspace-migrate::request-values-valid? request) (let ((requirements (selfhost/pkg-workspace-migrate::requirements ((core/map::get request) (quote :dependencies))))) (if ((core/map::get requirements) (quote :ok)) (((selfhost/pkg-workspace-migrate::finish request-h) request) requirements) ((selfhost/pkg-workspace-migrate::reject request-h) "dependency fields are malformed"))) ((selfhost/pkg-workspace-migrate::reject request-h) "migration request values are invalid")) ((selfhost/pkg-workspace-migrate::reject request-h) "migration request kind or version mismatch")) ((selfhost/pkg-workspace-migrate::reject request-h) "migration request fields mismatch")) ((selfhost/pkg-workspace-migrate::reject request-h) "migration request must be map")))))] :module-h b"Ynn\xC2\xC2\xC5\x0C\xB5A\x079\xA0\x0E\x9A\xC8\xAC\xFEG$\xD1\xD0\x01KQ\xBF\xF2\x87\x049e\x1E\xC6" :path "selfhost/pkg_workspace_migrate_authority_v1.gc" :source "; Closed semantic authority for legacy package-to-workspace migration.\n\n(def selfhost/pkg-workspace-migrate::request-kind\n \"genesis/pkg-workspace-migrate-authority-request-v0.1\")\n(def selfhost/pkg-workspace-migrate::result-kind\n \"genesis/pkg-workspace-migrate-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-migrate::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-migrate::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-migrate::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-migrate::result request-h) false)\n \"core/pkg/bad-workspace-migrate\")\n message)\n nil))))\n\n(def selfhost/pkg-workspace-migrate::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-migrate::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-migrate::dependency?\n (fn (dependency)\n (if\n ((selfhost/pkg-lock-read::exact-map? dependency) [:hash :name :path])\n (let\n ((name ((core/map::get dependency) (quote :name)))\n (path ((core/map::get dependency) (quote :path)))\n (hash ((core/map::get dependency) (quote :hash))))\n (if\n (if (((selfhost/pkg-scaffold::bounded-str? name) 1024))\n ((core/int::lt? 0) (core/str::len name))\n false)\n (if (((selfhost/pkg-scaffold::bounded-str? path) 4096))\n (if ((core/int::lt? 0) (core/str::len path))\n (((selfhost/pkg-scaffold::optional-bounded-str? hash) 128))\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-workspace-migrate::requirement\n (fn (hash)\n {\n :registry \"default\"\n :selector ((core/str::concat \"snapshot:\") hash)\n :strategy (quote :pinned)\n :tag-policy nil\n :update-policy (quote :manual)}))\n\n(def selfhost/pkg-workspace-migrate::requirements-loop\n (fn (dependencies)\n (fn (index)\n (fn (requirements)\n (if ((core/int::eq? index) (core/vec::len dependencies))\n {:ok true :requirements requirements}\n (let ((dependency ((core/vec::get dependencies) index)))\n (if (selfhost/pkg-workspace-migrate::dependency? dependency)\n (let\n ((name ((core/map::get dependency) (quote :name)))\n (hash ((core/map::get dependency) (quote :hash))))\n (((selfhost/pkg-workspace-migrate::requirements-loop dependencies)\n ((core/int::add index) 1))\n (if\n (if (selfhost/pkg-lock-read::str? hash)\n (selfhost/pkg-resolution-plan::hash64? hash)\n false)\n (((core/map::put requirements) name)\n (selfhost/pkg-workspace-migrate::requirement hash))\n requirements)))\n {:ok false :requirements {}})))))))\n\n(def selfhost/pkg-workspace-migrate::requirements\n (fn (dependencies)\n (((selfhost/pkg-workspace-migrate::requirements-loop dependencies) 0) {})))\n\n(def selfhost/pkg-workspace-migrate::registry-line\n (fn (registry)\n (if (core/list::is-nil? registry)\n \"\"\n ((selfhost/pkg-scaffold::append \"registry = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted registry)) \"\\n\")))))\n\n(def selfhost/pkg-workspace-migrate::task\n (fn (name)\n (fn (command)\n (fn (package-path)\n (let\n ((head\n ((selfhost/pkg-scaffold::append \"[tasks.\")\n (selfhost/pkg-workspace-new::toml-quoted name))))\n (let ((with-label ((selfhost/pkg-scaffold::append head) \"]\\ncmd = \")))\n (let\n ((with-command\n ((selfhost/pkg-scaffold::append with-label)\n (selfhost/pkg-workspace-new::toml-quoted command))))\n ((selfhost/pkg-scaffold::append with-command)\n ((selfhost/pkg-scaffold::append \"\\npkg = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted package-path)) \"\\n\\n\"))))))))))\n\n(def selfhost/pkg-workspace-migrate::workspace-body\n (fn (workspace)\n (fn (package-name)\n (fn (member-path)\n (fn (package-path)\n (fn (registry)\n (let\n ((head\n ((selfhost/pkg-scaffold::append \"version = 1\\nworkspace = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted workspace)) \"\\n\\n\")))\n (member\n ((selfhost/pkg-scaffold::append \"[[members]]\\nname = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted package-name))\n ((selfhost/pkg-scaffold::append \"\\npath = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted member-path))\n \"\\nrole = \\\"package\\\"\\n\\n\")))))\n (defaults\n ((selfhost/pkg-scaffold::append \"[defaults]\\n\")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-migrate::registry-line registry))\n \"policy = \\\"policy:default-v0.1\\\"\\n\\n\")))\n (pack\n (((selfhost/pkg-workspace-migrate::task \"pack\") \"pack\") package-path))\n (test\n (((selfhost/pkg-workspace-migrate::task \"test\") \"test\") package-path)))\n ((selfhost/pkg-scaffold::append head)\n ((selfhost/pkg-scaffold::append member)\n ((selfhost/pkg-scaffold::append defaults)\n ((selfhost/pkg-scaffold::append pack) test)))))))))))\n\n(def selfhost/pkg-workspace-migrate::lock-model\n (fn (workspace)\n (fn (registry)\n (fn (requirements)\n {\n :artifacts {}\n :locked {}\n :policy \"policy:default-v0.1\"\n :registries (if (core/list::is-nil? registry) {} {\"default\" registry})\n :requirements requirements\n :version 2\n :workspace workspace}))))\n\n(def selfhost/pkg-workspace-migrate::finish\n (fn (request-h)\n (fn (request)\n (fn (requirements)\n (let\n ((workspace0 ((core/map::get request) (quote :workspace)))\n (package-name ((core/map::get request) (quote :package-name)))\n (member-path ((core/map::get request) (quote :member-path)))\n (package-path ((core/map::get request) (quote :package-path)))\n (registry ((core/map::get request) (quote :registry-default)))\n (lock-path ((core/map::get request) (quote :lock)))\n (workspace-path ((core/map::get request) (quote :workspace-file))))\n (let ((workspace (if (core/list::is-nil? workspace0) package-name workspace0)))\n (let\n ((body\n (((((selfhost/pkg-workspace-migrate::workspace-body workspace)\n package-name)\n member-path)\n package-path)\n registry)))\n ((selfhost/pkg-workspace-migrate::accept request-h)\n {\n :lock-model\n (((selfhost/pkg-workspace-migrate::lock-model workspace) registry)\n ((core/map::get requirements) (quote :requirements)))\n :report {\n :dep-count\n (core/vec::len ((core/map::get request) (quote :dependencies)))\n :lock lock-path\n :lock-h nil\n :ok true\n :workspace workspace\n :workspace-file workspace-path\n :workspace-h (selfhost/pkg-scaffold::hash-body body)}\n :workspace-body body}))))))))\n\n(def selfhost/pkg-workspace-migrate::request-values-valid?\n (fn (request)\n (let\n ((workspace ((core/map::get request) (quote :workspace)))\n (package-name ((core/map::get request) (quote :package-name)))\n (package-path ((core/map::get request) (quote :package-path)))\n (member-path ((core/map::get request) (quote :member-path)))\n (lock-path ((core/map::get request) (quote :lock)))\n (workspace-path ((core/map::get request) (quote :workspace-file)))\n (registry ((core/map::get request) (quote :registry-default)))\n (dependencies ((core/map::get request) (quote :dependencies))))\n (if (((selfhost/pkg-scaffold::optional-bounded-str? workspace) 1024))\n (if\n (if (core/list::is-nil? workspace)\n true\n ((core/int::lt? 0) (core/str::len workspace)))\n (if (selfhost/pkg-scaffold::nonempty-str? package-name)\n (if (((selfhost/pkg-scaffold::bounded-str? package-name) 1024))\n (if (selfhost/pkg-scaffold::nonempty-str? package-path)\n (if (((selfhost/pkg-scaffold::bounded-str? package-path) 4096))\n (if (selfhost/pkg-scaffold::nonempty-str? member-path)\n (if (((selfhost/pkg-scaffold::bounded-str? member-path) 4096))\n (if (selfhost/pkg-scaffold::nonempty-str? lock-path)\n (if (((selfhost/pkg-scaffold::bounded-str? lock-path) 4096))\n (if (selfhost/pkg-scaffold::nonempty-str? workspace-path)\n (if (((selfhost/pkg-scaffold::bounded-str? workspace-path) 4096))\n (if (((selfhost/pkg-scaffold::optional-bounded-str? registry) 4096))\n (if (selfhost/pkg-scaffold::vec? dependencies)\n (if ((core/int::lt? 1024) (core/vec::len dependencies))\n false\n true)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false))))\n\n(def core/pkg::workspace-migrate-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-scaffold::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:dependencies :kind :lock :member-path :package-name :package-path\n :registry-default :v :workspace :workspace-file])\n (if\n (if\n (if (selfhost/pkg-lock-read::str?\n ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-workspace-migrate::request-kind)\n false)\n (if (selfhost/pkg-lock-read::int?\n ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)\n (if (selfhost/pkg-workspace-migrate::request-values-valid? request)\n (let\n ((requirements\n (selfhost/pkg-workspace-migrate::requirements\n ((core/map::get request) (quote :dependencies)))))\n (if ((core/map::get requirements) (quote :ok))\n (((selfhost/pkg-workspace-migrate::finish request-h) request) requirements)\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"dependency fields are malformed\")))\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"migration request values are invalid\"))\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"migration request kind or version mismatch\"))\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"migration request fields mismatch\"))\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"migration request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"Ynn\xC2\xC2\xC5\x0C\xB5A\x079\xA0\x0E\x9A\xC8\xAC\xFEG$\xD1\xD0\x01KQ\xBF\xF2\x87\x049e\x1E\xC6" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-env-select::request-kind "genesis/pkg-workspace-env-select-authority-request-v0.1") (def selfhost/pkg-workspace-env-select::result-kind "genesis/pkg-workspace-env-select-authority-result-v0.1") (def selfhost/pkg-workspace-env-select::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-env-select::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-env-select::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-env-select::result request-h) false) "core/pkg/bad-workspace-env-selection") message) nil)))) (def selfhost/pkg-workspace-env-select::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-env-select::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-env-select::normalize (fn (value) (if (selfhost/pkg-lock-read::str? value) (if ((selfhost/pkg-scaffold::bounded-str? value) 64) (let ((normalized (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim value)))) (if ((core/eq? normalized) "headless") "headless" (if ((core/eq? normalized) "profile-headless") "headless" (if ((core/eq? normalized) "gpu") "gpu" (if ((core/eq? normalized) "profile-gpu") "gpu" (if ((core/eq? normalized) "gfx") "gfx" (if ((core/eq? normalized) "profile-gfx") "gfx" (if ((core/eq? normalized) "backend") "backend" (if ((core/eq? normalized) "profile-backend") "backend" nil))))))))) nil) nil))) (def selfhost/pkg-workspace-env-select::optional-string? (fn (value) (if (core/list::is-nil? value) true (if (selfhost/pkg-lock-read::str? value) ((selfhost/pkg-scaffold::bounded-str? value) 64) false)))) (def selfhost/pkg-workspace-env-select::compatible? (fn (selected) (fn (active) (if ((core/eq? selected) "headless") true (if ((core/eq? selected) "gpu") (if ((core/eq? active) "gpu") true ((core/eq? active) "backend")) (if ((core/eq? selected) "gfx") (if ((core/eq? active) "gfx") true ((core/eq? active) "backend")) (if ((core/eq? selected) "backend") ((core/eq? active) "backend") false))))))) (def selfhost/pkg-workspace-env-select::choice (fn (override) (fn (profile-backend) (fn (default-backend) (if (core/list::is-nil? override) (if (core/list::is-nil? profile-backend) (if (core/list::is-nil? default-backend) {:raw "headless" :source (quote :builtin)} {:raw default-backend :source (quote :default)}) {:raw profile-backend :source (quote :profile)}) {:raw override :source (quote :override)}))))) (def selfhost/pkg-workspace-env-select::finish (fn (request-h) (fn (request) (let ((active (selfhost/pkg-workspace-env-select::normalize ((core/map::get request) (quote :active)))) (choice (((selfhost/pkg-workspace-env-select::choice ((core/map::get request) (quote :override))) ((core/map::get request) (quote :profile-backend))) ((core/map::get request) (quote :default))))) (let ((selected (selfhost/pkg-workspace-env-select::normalize ((core/map::get choice) (quote :raw))))) (if (core/list::is-nil? selected) ((selfhost/pkg-workspace-env-select::reject request-h) "selected runtime backend is invalid") ((selfhost/pkg-workspace-env-select::accept request-h) {:active active :compatible ((selfhost/pkg-workspace-env-select::compatible? selected) active) :selected selected :source ((core/map::get choice) (quote :source))}))))))) (def selfhost/pkg-workspace-env-select::request-values-valid? (fn (request) (let ((profile ((core/map::get request) (quote :profile))) (active ((core/map::get request) (quote :active))) (override ((core/map::get request) (quote :override))) (profile-backend ((core/map::get request) (quote :profile-backend))) (default-backend ((core/map::get request) (quote :default)))) (if (selfhost/pkg-scaffold::nonempty-str? profile) (if ((selfhost/pkg-scaffold::bounded-str? profile) 256) (if (core/list::is-nil? (selfhost/pkg-workspace-env-select::normalize active)) false (if (selfhost/pkg-workspace-env-select::optional-string? override) (if (selfhost/pkg-workspace-env-select::optional-string? profile-backend) (selfhost/pkg-workspace-env-select::optional-string? default-backend) false) false)) false) false)))) (def core/pkg::workspace-env-select-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-scaffold::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:active :default :kind :override :profile :profile-backend :v]) (if (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-env-select::request-kind) false) (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) false) (if (selfhost/pkg-workspace-env-select::request-values-valid? request) ((selfhost/pkg-workspace-env-select::finish request-h) request) ((selfhost/pkg-workspace-env-select::reject request-h) "workspace environment selection values are invalid")) ((selfhost/pkg-workspace-env-select::reject request-h) "workspace environment selection kind or version mismatch")) ((selfhost/pkg-workspace-env-select::reject request-h) "workspace environment selection fields mismatch")) ((selfhost/pkg-workspace-env-select::reject request-h) "workspace environment selection request must be map")))))] :module-h b"X)\x04w#jC_\x85\x1B\xCB\x8B\x15W\xBEr)P\xF8ym\xA6\x1E\xE8\x9D\xC6Fq\x8Ad\x1B\x1F" :path "selfhost/pkg_workspace_env_select_authority_v1.gc" :source "; Closed runtime-backend selection authority for gcpm env.\n\n(def selfhost/pkg-workspace-env-select::request-kind\n \"genesis/pkg-workspace-env-select-authority-request-v0.1\")\n(def selfhost/pkg-workspace-env-select::result-kind\n \"genesis/pkg-workspace-env-select-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-env-select::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-env-select::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-env-select::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-env-select::result request-h) false)\n \"core/pkg/bad-workspace-env-selection\")\n message)\n nil))))\n\n(def selfhost/pkg-workspace-env-select::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-env-select::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-env-select::normalize\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n (if (((selfhost/pkg-scaffold::bounded-str? value) 64))\n (let\n ((normalized\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim value))))\n (if ((core/eq? normalized) \"headless\")\n \"headless\"\n (if ((core/eq? normalized) \"profile-headless\")\n \"headless\"\n (if ((core/eq? normalized) \"gpu\")\n \"gpu\"\n (if ((core/eq? normalized) \"profile-gpu\")\n \"gpu\"\n (if ((core/eq? normalized) \"gfx\")\n \"gfx\"\n (if ((core/eq? normalized) \"profile-gfx\")\n \"gfx\"\n (if ((core/eq? normalized) \"backend\")\n \"backend\"\n (if ((core/eq? normalized) \"profile-backend\")\n \"backend\"\n nil)))))))))\n nil)\n nil)))\n\n(def selfhost/pkg-workspace-env-select::optional-string?\n (fn (value)\n (if (core/list::is-nil? value)\n true\n (if (selfhost/pkg-lock-read::str? value)\n (((selfhost/pkg-scaffold::bounded-str? value) 64))\n false))))\n\n(def selfhost/pkg-workspace-env-select::compatible?\n (fn (selected)\n (fn (active)\n (if ((core/eq? selected) \"headless\")\n true\n (if ((core/eq? selected) \"gpu\")\n (if ((core/eq? active) \"gpu\") true ((core/eq? active) \"backend\"))\n (if ((core/eq? selected) \"gfx\")\n (if ((core/eq? active) \"gfx\") true ((core/eq? active) \"backend\"))\n (if ((core/eq? selected) \"backend\")\n ((core/eq? active) \"backend\")\n false)))))))\n\n(def selfhost/pkg-workspace-env-select::choice\n (fn (override)\n (fn (profile-backend)\n (fn (default-backend)\n (if (core/list::is-nil? override)\n (if (core/list::is-nil? profile-backend)\n (if (core/list::is-nil? default-backend)\n {:raw \"headless\" :source (quote :builtin)}\n {:raw default-backend :source (quote :default)})\n {:raw profile-backend :source (quote :profile)})\n {:raw override :source (quote :override)})))))\n\n(def selfhost/pkg-workspace-env-select::finish\n (fn (request-h)\n (fn (request)\n (let\n ((active\n (selfhost/pkg-workspace-env-select::normalize\n ((core/map::get request) (quote :active))))\n (choice\n (((selfhost/pkg-workspace-env-select::choice\n ((core/map::get request) (quote :override)))\n ((core/map::get request) (quote :profile-backend)))\n ((core/map::get request) (quote :default)))))\n (let\n ((selected\n (selfhost/pkg-workspace-env-select::normalize\n ((core/map::get choice) (quote :raw)))))\n (if (core/list::is-nil? selected)\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"selected runtime backend is invalid\")\n ((selfhost/pkg-workspace-env-select::accept request-h)\n {\n :active active\n :compatible\n ((selfhost/pkg-workspace-env-select::compatible? selected) active)\n :selected selected\n :source ((core/map::get choice) (quote :source))})))))))\n\n(def selfhost/pkg-workspace-env-select::request-values-valid?\n (fn (request)\n (let\n ((profile ((core/map::get request) (quote :profile)))\n (active ((core/map::get request) (quote :active)))\n (override ((core/map::get request) (quote :override)))\n (profile-backend ((core/map::get request) (quote :profile-backend)))\n (default-backend ((core/map::get request) (quote :default))))\n (if (selfhost/pkg-scaffold::nonempty-str? profile)\n (if (((selfhost/pkg-scaffold::bounded-str? profile) 256))\n (if\n (core/list::is-nil?\n (selfhost/pkg-workspace-env-select::normalize active))\n false\n (if (selfhost/pkg-workspace-env-select::optional-string? override)\n (if\n (selfhost/pkg-workspace-env-select::optional-string? profile-backend)\n (selfhost/pkg-workspace-env-select::optional-string? default-backend)\n false)\n false))\n false)\n false))))\n\n(def core/pkg::workspace-env-select-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-scaffold::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:active :default :kind :override :profile :profile-backend :v])\n (if\n (if\n (if\n (selfhost/pkg-lock-read::str?\n ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-workspace-env-select::request-kind)\n false)\n (if\n (selfhost/pkg-lock-read::int?\n ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)\n (if (selfhost/pkg-workspace-env-select::request-values-valid? request)\n ((selfhost/pkg-workspace-env-select::finish request-h) request)\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"workspace environment selection values are invalid\"))\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"workspace environment selection kind or version mismatch\"))\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"workspace environment selection fields mismatch\"))\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"workspace environment selection request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"X)\x04w#jC_\x85\x1B\xCB\x8B\x15W\xBEr)P\xF8ym\xA6\x1E\xE8\x9D\xC6Fq\x8Ad\x1B\x1F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-manifest::ok (fn (value) {:message nil :ok true :value value})) (def selfhost/pkg-workspace-manifest::bad (fn (message) {:message message :ok false :value nil})) (def selfhost/pkg-workspace-manifest::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/pkg-workspace-manifest::optional-string (fn (value) (fn (limit) (fn (label) (if (core/list::is-nil? value) (selfhost/pkg-workspace-manifest::ok nil) (if ((selfhost/pkg-scaffold::bounded-str? value) limit) (selfhost/pkg-workspace-manifest::ok value) (selfhost/pkg-workspace-manifest::bad label))))))) (def selfhost/pkg-workspace-manifest::required-string (fn (value) (fn (limit) (fn (label) (if ((selfhost/pkg-scaffold::bounded-str? value) limit) (if (selfhost/pkg-scaffold::nonempty-str? value) (selfhost/pkg-workspace-manifest::ok value) (selfhost/pkg-workspace-manifest::bad label)) (selfhost/pkg-workspace-manifest::bad label)))))) (def selfhost/pkg-workspace-manifest::bounded-string (fn (value) (fn (limit) (fn (label) (if ((selfhost/pkg-scaffold::bounded-str? value) limit) (selfhost/pkg-workspace-manifest::ok value) (selfhost/pkg-workspace-manifest::bad label)))))) (def selfhost/pkg-workspace-manifest::observe-backend (fn (value) (((selfhost/pkg-workspace-manifest::optional-string value) 64) "runtime_backend must be a string of at most 64 bytes"))) (def selfhost/pkg-workspace-manifest::member (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((name (((selfhost/pkg-workspace-manifest::required-string ((core/map::get value) "name")) 1024) "member name must be a non-empty string")) (path (((selfhost/pkg-workspace-manifest::required-string ((core/map::get value) "path")) 16777216) "member path must be a non-empty string")) (role (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "role")) 16777216) "member role must be a string"))) (if ((core/map::get name) (quote :ok)) (if ((core/map::get path) (quote :ok)) (if ((core/map::get role) (quote :ok)) (selfhost/pkg-workspace-manifest::ok {:name ((core/map::get name) (quote :value)) :path ((core/map::get path) (quote :value)) :role ((core/map::get role) (quote :value))}) role) path) name)) (selfhost/pkg-workspace-manifest::bad "workspace member must be a table")))) (def selfhost/pkg-workspace-manifest::members-loop (fn (values) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-workspace-manifest::ok state) (let ((item (selfhost/pkg-workspace-manifest::member ((core/vec::get values) index)))) (if ((core/map::get item) (quote :ok)) (let ((member ((core/map::get item) (quote :value))) (name ((core/map::get member) (quote :name))) (path ((core/map::get member) (quote :path)))) (if (core/list::is-nil? ((core/map::get ((core/map::get state) (quote :names))) name)) (if (core/list::is-nil? ((core/map::get ((core/map::get state) (quote :paths))) path)) (((selfhost/pkg-workspace-manifest::members-loop values) ((core/int::add index) 1)) {:names (((core/map::put ((core/map::get state) (quote :names))) name) true) :paths (((core/map::put ((core/map::get state) (quote :paths))) path) true) :values ((core/vec::push ((core/map::get state) (quote :values))) member)}) (selfhost/pkg-workspace-manifest::bad "duplicate workspace member path")) (selfhost/pkg-workspace-manifest::bad "duplicate workspace member name"))) item))))))) (def selfhost/pkg-workspace-manifest::members (fn (value) (if (selfhost/pkg-lock-read::vec? value) (if ((core/int::lt? 0) (core/vec::len value)) (if ((core/int::lt? 4096) (core/vec::len value)) (selfhost/pkg-workspace-manifest::bad "workspace has too many members") (let ((result (((selfhost/pkg-workspace-manifest::members-loop value) 0) {:names {} :paths {} :values []}))) (if ((core/map::get result) (quote :ok)) (selfhost/pkg-workspace-manifest::ok ((core/map::get ((core/map::get result) (quote :value))) (quote :values))) result))) (selfhost/pkg-workspace-manifest::bad "members must be non-empty")) (selfhost/pkg-workspace-manifest::bad "members must be an array")))) (def selfhost/pkg-workspace-manifest::defaults (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((registry (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get table) "registry")) 16777216) "default registry must be a string")) (policy (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get table) "policy")) 16777216) "default policy must be a string")) (toolchain (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get table) "toolchain")) 16777216) "default toolchain must be a string")) (backend (selfhost/pkg-workspace-manifest::observe-backend ((core/map::get table) "runtime_backend")))) (if ((core/map::get registry) (quote :ok)) (if ((core/map::get policy) (quote :ok)) (if ((core/map::get toolchain) (quote :ok)) (if ((core/map::get backend) (quote :ok)) (selfhost/pkg-workspace-manifest::ok {:policy ((core/map::get policy) (quote :value)) :registry ((core/map::get registry) (quote :value)) :runtime-backend ((core/map::get backend) (quote :value)) :toolchain ((core/map::get toolchain) (quote :value))}) backend) toolchain) policy) registry)) (selfhost/pkg-workspace-manifest::bad "defaults must be a table"))))) (def selfhost/pkg-workspace-manifest::profile (fn (name) (fn (value) (let ((valid-name (((selfhost/pkg-workspace-manifest::bounded-string name) 1024) "profile name must be a string"))) (if ((core/map::get valid-name) (quote :ok)) (if (selfhost/pkg-lock-read::map? value) (let ((caps (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "caps_policy")) 16777216) "profile caps_policy must be a string")) (registry (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "registry")) 16777216) "profile registry must be a string")) (policy (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "policy")) 16777216) "profile policy must be a string")) (toolchain (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "toolchain")) 16777216) "profile toolchain must be a string")) (backend (selfhost/pkg-workspace-manifest::observe-backend ((core/map::get value) "runtime_backend")))) (if ((core/map::get caps) (quote :ok)) (if ((core/map::get registry) (quote :ok)) (if ((core/map::get policy) (quote :ok)) (if ((core/map::get toolchain) (quote :ok)) (if ((core/map::get backend) (quote :ok)) (selfhost/pkg-workspace-manifest::ok {:caps-policy ((core/map::get caps) (quote :value)) :name name :policy ((core/map::get policy) (quote :value)) :registry ((core/map::get registry) (quote :value)) :runtime-backend ((core/map::get backend) (quote :value)) :toolchain ((core/map::get toolchain) (quote :value))}) backend) toolchain) policy) registry) caps)) (selfhost/pkg-workspace-manifest::bad "profile must be a table")) valid-name))))) (def selfhost/pkg-workspace-manifest::profiles-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-workspace-manifest::ok out) (let ((entry ((core/vec::get entries) index))) (let ((item ((selfhost/pkg-workspace-manifest::profile ((core/vec::get entry) 0)) ((core/vec::get entry) 1)))) (if ((core/map::get item) (quote :ok)) (((selfhost/pkg-workspace-manifest::profiles-loop entries) ((core/int::add index) 1)) ((core/vec::push out) ((core/map::get item) (quote :value)))) item)))))))) (def selfhost/pkg-workspace-manifest::profiles (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((entries (core/map::entries table))) (if ((core/int::lt? 4096) (core/vec::len entries)) (selfhost/pkg-workspace-manifest::bad "workspace has too many profiles") (((selfhost/pkg-workspace-manifest::profiles-loop entries) 0) []))) (selfhost/pkg-workspace-manifest::bad "profiles must be a table"))))) (def selfhost/pkg-workspace-manifest::string-vector-loop (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-workspace-manifest::ok values) (if ((selfhost/pkg-scaffold::bounded-str? ((core/vec::get values) index)) 16777216) ((selfhost/pkg-workspace-manifest::string-vector-loop values) ((core/int::add index) 1)) (selfhost/pkg-workspace-manifest::bad "task args must contain only strings")))))) (def selfhost/pkg-workspace-manifest::task-args (fn (value) (let ((values (if (core/list::is-nil? value) [] value))) (if (selfhost/pkg-lock-read::vec? values) (if ((core/int::lt? 4096) (core/vec::len values)) (selfhost/pkg-workspace-manifest::bad "task has too many args") ((selfhost/pkg-workspace-manifest::string-vector-loop values) 0)) (selfhost/pkg-workspace-manifest::bad "task args must be an array"))))) (def selfhost/pkg-workspace-manifest::task (fn (name) (fn (value) (let ((valid-name (((selfhost/pkg-workspace-manifest::bounded-string name) 1024) "task name must be a string"))) (if ((core/map::get valid-name) (quote :ok)) (if (selfhost/pkg-lock-read::map? value) (let ((cmd (((selfhost/pkg-workspace-manifest::required-string ((core/map::get value) "cmd")) 16777216) "task cmd must be a non-empty string")) (file (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "file")) 16777216) "task file must be a string")) (pkg (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "pkg")) 16777216) "task pkg must be a string")) (args (selfhost/pkg-workspace-manifest::task-args ((core/map::get value) "args")))) (if ((core/map::get cmd) (quote :ok)) (if ((core/map::get file) (quote :ok)) (if ((core/map::get pkg) (quote :ok)) (if ((core/map::get args) (quote :ok)) (selfhost/pkg-workspace-manifest::ok {:args ((core/map::get args) (quote :value)) :cmd ((core/map::get cmd) (quote :value)) :file ((core/map::get file) (quote :value)) :name name :pkg ((core/map::get pkg) (quote :value))}) args) pkg) file) cmd)) (selfhost/pkg-workspace-manifest::bad "task must be a table")) valid-name))))) (def selfhost/pkg-workspace-manifest::tasks-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-workspace-manifest::ok out) (let ((entry ((core/vec::get entries) index))) (let ((item ((selfhost/pkg-workspace-manifest::task ((core/vec::get entry) 0)) ((core/vec::get entry) 1)))) (if ((core/map::get item) (quote :ok)) (((selfhost/pkg-workspace-manifest::tasks-loop entries) ((core/int::add index) 1)) ((core/vec::push out) ((core/map::get item) (quote :value)))) item)))))))) (def selfhost/pkg-workspace-manifest::tasks (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((entries (core/map::entries table))) (if ((core/int::lt? 4096) (core/vec::len entries)) (selfhost/pkg-workspace-manifest::bad "workspace has too many tasks") (((selfhost/pkg-workspace-manifest::tasks-loop entries) 0) []))) (selfhost/pkg-workspace-manifest::bad "tasks must be a table"))))) (def selfhost/pkg-workspace-manifest::find-profile-loop (fn (profiles) (fn (name) (fn (index) (if ((core/int::eq? index) (core/vec::len profiles)) nil (let ((profile ((core/vec::get profiles) index))) (if ((core/eq? ((core/map::get profile) (quote :name))) name) profile (((selfhost/pkg-workspace-manifest::find-profile-loop profiles) name) ((core/int::add index) 1))))))))) (def selfhost/pkg-workspace-manifest::find-profile (fn (profiles) (fn (name) (((selfhost/pkg-workspace-manifest::find-profile-loop profiles) name) 0)))) (def selfhost/pkg-workspace-manifest::normalize (fn (document) (fn (selected-profile) (fn (require-profile) (if (selfhost/pkg-lock-read::map? document) (let ((version ((core/map::get document) "version")) (workspace (((selfhost/pkg-workspace-manifest::required-string ((core/map::get document) "workspace")) 16777216) "workspace must be a non-empty string")) (members (selfhost/pkg-workspace-manifest::members ((core/map::get document) "members"))) (defaults (selfhost/pkg-workspace-manifest::defaults ((core/map::get document) "defaults"))) (profiles (selfhost/pkg-workspace-manifest::profiles ((core/map::get document) "profiles"))) (tasks (selfhost/pkg-workspace-manifest::tasks ((core/map::get document) "tasks")))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) (if ((core/map::get workspace) (quote :ok)) (if ((core/map::get members) (quote :ok)) (if ((core/map::get defaults) (quote :ok)) (if ((core/map::get profiles) (quote :ok)) (if ((core/map::get tasks) (quote :ok)) (let ((profile ((selfhost/pkg-workspace-manifest::find-profile ((core/map::get profiles) (quote :value))) selected-profile))) (if (if require-profile (core/list::is-nil? profile) false) (selfhost/pkg-workspace-manifest::bad "required workspace profile was not found") (selfhost/pkg-workspace-manifest::ok {:defaults ((core/map::get defaults) (quote :value)) :members ((core/map::get members) (quote :value)) :profiles ((core/map::get profiles) (quote :value)) :selected-profile profile :tasks ((core/map::get tasks) (quote :value)) :version 1 :workspace ((core/map::get workspace) (quote :value))}))) tasks) profiles) defaults) members) workspace) (selfhost/pkg-workspace-manifest::bad "workspace version must be exactly 1"))) (selfhost/pkg-workspace-manifest::bad "workspace document must be a table"))))))] :module-h b"\x1A\xEB\xF4\xDD\xA1\xF6\xA0[\xC2\xF0\xD7\xFB&\x8A|t$p\r\x14\x157\xCB\xD4\xCA\xBF\xC8\xBF\xA3\xD6\xF8*" :path "selfhost/pkg_workspace_manifest_core_v1.gc" :source "; Structural workspace-manifest admission from neutral TOML terms.\n\n(def selfhost/pkg-workspace-manifest::ok\n (fn (value) {:message nil :ok true :value value}))\n\n(def selfhost/pkg-workspace-manifest::bad\n (fn (message) {:message message :ok false :value nil}))\n\n(def selfhost/pkg-workspace-manifest::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/pkg-workspace-manifest::optional-string\n (fn (value)\n (fn (limit)\n (fn (label)\n (if (core/list::is-nil? value)\n (selfhost/pkg-workspace-manifest::ok nil)\n (if (((selfhost/pkg-scaffold::bounded-str? value) limit))\n (selfhost/pkg-workspace-manifest::ok value)\n (selfhost/pkg-workspace-manifest::bad label)))))))\n\n(def selfhost/pkg-workspace-manifest::required-string\n (fn (value)\n (fn (limit)\n (fn (label)\n (if (((selfhost/pkg-scaffold::bounded-str? value) limit))\n (if (selfhost/pkg-scaffold::nonempty-str? value)\n (selfhost/pkg-workspace-manifest::ok value)\n (selfhost/pkg-workspace-manifest::bad label))\n (selfhost/pkg-workspace-manifest::bad label))))))\n\n(def selfhost/pkg-workspace-manifest::bounded-string\n (fn (value)\n (fn (limit)\n (fn (label)\n (if (((selfhost/pkg-scaffold::bounded-str? value) limit))\n (selfhost/pkg-workspace-manifest::ok value)\n (selfhost/pkg-workspace-manifest::bad label))))))\n\n(def selfhost/pkg-workspace-manifest::observe-backend\n (fn (value)\n (((selfhost/pkg-workspace-manifest::optional-string value) 64)\n \"runtime_backend must be a string of at most 64 bytes\")))\n\n(def selfhost/pkg-workspace-manifest::member\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((name\n (((selfhost/pkg-workspace-manifest::required-string\n ((core/map::get value) \"name\")) 1024)\n \"member name must be a non-empty string\"))\n (path\n (((selfhost/pkg-workspace-manifest::required-string\n ((core/map::get value) \"path\")) 16777216)\n \"member path must be a non-empty string\"))\n (role\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"role\")) 16777216)\n \"member role must be a string\")))\n (if ((core/map::get name) (quote :ok))\n (if ((core/map::get path) (quote :ok))\n (if ((core/map::get role) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n {\n :name ((core/map::get name) (quote :value))\n :path ((core/map::get path) (quote :value))\n :role ((core/map::get role) (quote :value))})\n role)\n path)\n name))\n (selfhost/pkg-workspace-manifest::bad \"workspace member must be a table\"))))\n\n(def selfhost/pkg-workspace-manifest::members-loop\n (fn (values)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-workspace-manifest::ok state)\n (let ((item (selfhost/pkg-workspace-manifest::member ((core/vec::get values) index))))\n (if ((core/map::get item) (quote :ok))\n (let\n ((member ((core/map::get item) (quote :value)))\n (name ((core/map::get member) (quote :name)))\n (path ((core/map::get member) (quote :path))))\n (if\n (core/list::is-nil?\n ((core/map::get ((core/map::get state) (quote :names))) name))\n (if\n (core/list::is-nil?\n ((core/map::get ((core/map::get state) (quote :paths))) path))\n (((selfhost/pkg-workspace-manifest::members-loop values)\n ((core/int::add index) 1))\n {\n :names\n (((core/map::put ((core/map::get state) (quote :names))) name) true)\n :paths\n (((core/map::put ((core/map::get state) (quote :paths))) path) true)\n :values\n ((core/vec::push ((core/map::get state) (quote :values))) member)})\n (selfhost/pkg-workspace-manifest::bad \"duplicate workspace member path\"))\n (selfhost/pkg-workspace-manifest::bad \"duplicate workspace member name\")))\n item)))))))\n\n(def selfhost/pkg-workspace-manifest::members\n (fn (value)\n (if (selfhost/pkg-lock-read::vec? value)\n (if ((core/int::lt? 0) (core/vec::len value))\n (if ((core/int::lt? 4096) (core/vec::len value))\n (selfhost/pkg-workspace-manifest::bad \"workspace has too many members\")\n (let\n ((result\n (((selfhost/pkg-workspace-manifest::members-loop value) 0)\n {:names {} :paths {} :values []})))\n (if ((core/map::get result) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n ((core/map::get ((core/map::get result) (quote :value))) (quote :values)))\n result)))\n (selfhost/pkg-workspace-manifest::bad \"members must be non-empty\"))\n (selfhost/pkg-workspace-manifest::bad \"members must be an array\"))))\n\n(def selfhost/pkg-workspace-manifest::defaults\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((registry\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get table) \"registry\")) 16777216)\n \"default registry must be a string\"))\n (policy\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get table) \"policy\")) 16777216)\n \"default policy must be a string\"))\n (toolchain\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get table) \"toolchain\")) 16777216)\n \"default toolchain must be a string\"))\n (backend\n (selfhost/pkg-workspace-manifest::observe-backend\n ((core/map::get table) \"runtime_backend\"))))\n (if ((core/map::get registry) (quote :ok))\n (if ((core/map::get policy) (quote :ok))\n (if ((core/map::get toolchain) (quote :ok))\n (if ((core/map::get backend) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n {\n :policy ((core/map::get policy) (quote :value))\n :registry ((core/map::get registry) (quote :value))\n :runtime-backend ((core/map::get backend) (quote :value))\n :toolchain ((core/map::get toolchain) (quote :value))})\n backend)\n toolchain)\n policy)\n registry))\n (selfhost/pkg-workspace-manifest::bad \"defaults must be a table\")))))\n\n(def selfhost/pkg-workspace-manifest::profile\n (fn (name)\n (fn (value)\n (let\n ((valid-name\n (((selfhost/pkg-workspace-manifest::bounded-string name) 1024)\n \"profile name must be a string\")))\n (if ((core/map::get valid-name) (quote :ok))\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((caps\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"caps_policy\")) 16777216)\n \"profile caps_policy must be a string\"))\n (registry\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"registry\")) 16777216)\n \"profile registry must be a string\"))\n (policy\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"policy\")) 16777216)\n \"profile policy must be a string\"))\n (toolchain\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"toolchain\")) 16777216)\n \"profile toolchain must be a string\"))\n (backend\n (selfhost/pkg-workspace-manifest::observe-backend\n ((core/map::get value) \"runtime_backend\"))))\n (if ((core/map::get caps) (quote :ok))\n (if ((core/map::get registry) (quote :ok))\n (if ((core/map::get policy) (quote :ok))\n (if ((core/map::get toolchain) (quote :ok))\n (if ((core/map::get backend) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n {\n :caps-policy ((core/map::get caps) (quote :value))\n :name name\n :policy ((core/map::get policy) (quote :value))\n :registry ((core/map::get registry) (quote :value))\n :runtime-backend ((core/map::get backend) (quote :value))\n :toolchain ((core/map::get toolchain) (quote :value))})\n backend)\n toolchain)\n policy)\n registry)\n caps))\n (selfhost/pkg-workspace-manifest::bad \"profile must be a table\"))\n valid-name)))))\n\n(def selfhost/pkg-workspace-manifest::profiles-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-workspace-manifest::ok out)\n (let\n ((entry ((core/vec::get entries) index)))\n (let\n ((item\n ((selfhost/pkg-workspace-manifest::profile\n ((core/vec::get entry) 0))\n ((core/vec::get entry) 1))))\n (if ((core/map::get item) (quote :ok))\n (((selfhost/pkg-workspace-manifest::profiles-loop entries)\n ((core/int::add index) 1))\n ((core/vec::push out) ((core/map::get item) (quote :value))))\n item))))))))\n\n(def selfhost/pkg-workspace-manifest::profiles\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let ((entries (core/map::entries table)))\n (if ((core/int::lt? 4096) (core/vec::len entries))\n (selfhost/pkg-workspace-manifest::bad \"workspace has too many profiles\")\n (((selfhost/pkg-workspace-manifest::profiles-loop entries) 0) [])))\n (selfhost/pkg-workspace-manifest::bad \"profiles must be a table\")))))\n\n(def selfhost/pkg-workspace-manifest::string-vector-loop\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-workspace-manifest::ok values)\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/vec::get values) index)) 16777216))\n (((selfhost/pkg-workspace-manifest::string-vector-loop values)\n ((core/int::add index) 1)))\n (selfhost/pkg-workspace-manifest::bad \"task args must contain only strings\"))))))\n\n(def selfhost/pkg-workspace-manifest::task-args\n (fn (value)\n (let ((values (if (core/list::is-nil? value) [] value)))\n (if (selfhost/pkg-lock-read::vec? values)\n (if ((core/int::lt? 4096) (core/vec::len values))\n (selfhost/pkg-workspace-manifest::bad \"task has too many args\")\n ((selfhost/pkg-workspace-manifest::string-vector-loop values) 0))\n (selfhost/pkg-workspace-manifest::bad \"task args must be an array\")))))\n\n(def selfhost/pkg-workspace-manifest::task\n (fn (name)\n (fn (value)\n (let\n ((valid-name\n (((selfhost/pkg-workspace-manifest::bounded-string name) 1024)\n \"task name must be a string\")))\n (if ((core/map::get valid-name) (quote :ok))\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((cmd\n (((selfhost/pkg-workspace-manifest::required-string\n ((core/map::get value) \"cmd\")) 16777216)\n \"task cmd must be a non-empty string\"))\n (file\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"file\")) 16777216)\n \"task file must be a string\"))\n (pkg\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"pkg\")) 16777216)\n \"task pkg must be a string\"))\n (args\n (selfhost/pkg-workspace-manifest::task-args\n ((core/map::get value) \"args\"))))\n (if ((core/map::get cmd) (quote :ok))\n (if ((core/map::get file) (quote :ok))\n (if ((core/map::get pkg) (quote :ok))\n (if ((core/map::get args) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n {\n :args ((core/map::get args) (quote :value))\n :cmd ((core/map::get cmd) (quote :value))\n :file ((core/map::get file) (quote :value))\n :name name\n :pkg ((core/map::get pkg) (quote :value))})\n args)\n pkg)\n file)\n cmd))\n (selfhost/pkg-workspace-manifest::bad \"task must be a table\"))\n valid-name)))))\n\n(def selfhost/pkg-workspace-manifest::tasks-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-workspace-manifest::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((item\n ((selfhost/pkg-workspace-manifest::task\n ((core/vec::get entry) 0))\n ((core/vec::get entry) 1))))\n (if ((core/map::get item) (quote :ok))\n (((selfhost/pkg-workspace-manifest::tasks-loop entries)\n ((core/int::add index) 1))\n ((core/vec::push out) ((core/map::get item) (quote :value))))\n item))))))))\n\n(def selfhost/pkg-workspace-manifest::tasks\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let ((entries (core/map::entries table)))\n (if ((core/int::lt? 4096) (core/vec::len entries))\n (selfhost/pkg-workspace-manifest::bad \"workspace has too many tasks\")\n (((selfhost/pkg-workspace-manifest::tasks-loop entries) 0) [])))\n (selfhost/pkg-workspace-manifest::bad \"tasks must be a table\")))))\n\n(def selfhost/pkg-workspace-manifest::find-profile-loop\n (fn (profiles)\n (fn (name)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len profiles))\n nil\n (let ((profile ((core/vec::get profiles) index)))\n (if ((core/eq? ((core/map::get profile) (quote :name))) name)\n profile\n (((selfhost/pkg-workspace-manifest::find-profile-loop profiles) name)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-workspace-manifest::find-profile\n (fn (profiles)\n (fn (name)\n (((selfhost/pkg-workspace-manifest::find-profile-loop profiles) name) 0))))\n\n(def selfhost/pkg-workspace-manifest::normalize\n (fn (document)\n (fn (selected-profile)\n (fn (require-profile)\n (if (selfhost/pkg-lock-read::map? document)\n (let\n ((version ((core/map::get document) \"version\"))\n (workspace\n (((selfhost/pkg-workspace-manifest::required-string\n ((core/map::get document) \"workspace\")) 16777216)\n \"workspace must be a non-empty string\"))\n (members\n (selfhost/pkg-workspace-manifest::members\n ((core/map::get document) \"members\")))\n (defaults\n (selfhost/pkg-workspace-manifest::defaults\n ((core/map::get document) \"defaults\")))\n (profiles\n (selfhost/pkg-workspace-manifest::profiles\n ((core/map::get document) \"profiles\")))\n (tasks\n (selfhost/pkg-workspace-manifest::tasks\n ((core/map::get document) \"tasks\"))))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n (if ((core/map::get workspace) (quote :ok))\n (if ((core/map::get members) (quote :ok))\n (if ((core/map::get defaults) (quote :ok))\n (if ((core/map::get profiles) (quote :ok))\n (if ((core/map::get tasks) (quote :ok))\n (let\n ((profile\n ((selfhost/pkg-workspace-manifest::find-profile\n ((core/map::get profiles) (quote :value)))\n selected-profile)))\n (if (if require-profile (core/list::is-nil? profile) false)\n (selfhost/pkg-workspace-manifest::bad\n \"required workspace profile was not found\")\n (selfhost/pkg-workspace-manifest::ok\n {\n :defaults ((core/map::get defaults) (quote :value))\n :members ((core/map::get members) (quote :value))\n :profiles ((core/map::get profiles) (quote :value))\n :selected-profile profile\n :tasks ((core/map::get tasks) (quote :value))\n :version 1\n :workspace ((core/map::get workspace) (quote :value))})))\n tasks)\n profiles)\n defaults)\n members)\n workspace)\n (selfhost/pkg-workspace-manifest::bad\n \"workspace version must be exactly 1\")))\n (selfhost/pkg-workspace-manifest::bad \"workspace document must be a table\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x1D\xE9y\x12\xA4\xFFt\x8D\xF9\x04\x7F\x0F\xEA\xDBv\xFE#\x8D\xFD\xF11\xCB1z\xCB\x18\xE4\xBA}\xC9<\xE2" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-workspace-manifest::request-kind "genesis/pkg-workspace-manifest-authority-request-v0.1") (def selfhost/pkg-workspace-manifest::result-kind "genesis/pkg-workspace-manifest-authority-result-v0.1") (def selfhost/pkg-workspace-manifest::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-manifest::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-manifest::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-manifest::result request-h) false) "core/pkg/bad-workspace-manifest") message) nil)))) (def selfhost/pkg-workspace-manifest::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-manifest::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-manifest::request-valid? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :require-profile :selected-profile :source-h :v]) (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-manifest::request-kind) false) (if (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :selected-profile))) 1024) (if (selfhost/pkg-workspace-manifest::bool? ((core/map::get request) (quote :require-profile))) (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get request) (quote :source-h))) false) false) false) false) false))) (def core/pkg::workspace-manifest-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if (selfhost/pkg-workspace-manifest::request-valid? request) (let ((normalized (((selfhost/pkg-workspace-manifest::normalize ((core/map::get request) (quote :document))) ((core/map::get request) (quote :selected-profile))) ((core/map::get request) (quote :require-profile))))) (if ((core/map::get normalized) (quote :ok)) ((selfhost/pkg-workspace-manifest::accept request-h) (((core/map::put ((core/map::get normalized) (quote :value))) (quote :source-h)) ((core/map::get request) (quote :source-h)))) ((selfhost/pkg-workspace-manifest::reject request-h) ((core/map::get normalized) (quote :message))))) ((selfhost/pkg-workspace-manifest::reject request-h) "workspace manifest request fields are invalid")) ((selfhost/pkg-workspace-manifest::reject request-h) "workspace manifest request must be map")))))] :module-h b"^\x1C#\xCC\xBA\x83`\xA1\xBD\xB3\xC2\xAB\x90'\t> \x15rJ\x11%q\x80\xA6\xD6W8{P\xF05" :path "selfhost/pkg_workspace_manifest_authority_v1.gc" :source "; Request-bound production authority for structural workspace manifests.\n\n(def selfhost/pkg-workspace-manifest::request-kind\n \"genesis/pkg-workspace-manifest-authority-request-v0.1\")\n\n(def selfhost/pkg-workspace-manifest::result-kind\n \"genesis/pkg-workspace-manifest-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-manifest::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-manifest::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-manifest::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-manifest::result request-h) false)\n \"core/pkg/bad-workspace-manifest\")\n message)\n nil))))\n\n(def selfhost/pkg-workspace-manifest::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-manifest::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-manifest::request-valid?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:document :kind :require-profile :selected-profile :source-h :v])\n (if\n (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-workspace-manifest::request-kind)\n false)\n (if\n (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :selected-profile))) 1024))\n (if\n (selfhost/pkg-workspace-manifest::bool?\n ((core/map::get request) (quote :require-profile)))\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get request) (quote :source-h)))\n false)\n false)\n false)\n false)\n false)))\n\n(def core/pkg::workspace-manifest-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if (selfhost/pkg-workspace-manifest::request-valid? request)\n (let\n ((normalized\n (((selfhost/pkg-workspace-manifest::normalize\n ((core/map::get request) (quote :document)))\n ((core/map::get request) (quote :selected-profile)))\n ((core/map::get request) (quote :require-profile)))))\n (if ((core/map::get normalized) (quote :ok))\n ((selfhost/pkg-workspace-manifest::accept request-h)\n (((core/map::put\n ((core/map::get normalized) (quote :value)))\n (quote :source-h))\n ((core/map::get request) (quote :source-h))))\n ((selfhost/pkg-workspace-manifest::reject request-h)\n ((core/map::get normalized) (quote :message)))))\n ((selfhost/pkg-workspace-manifest::reject request-h)\n \"workspace manifest request fields are invalid\"))\n ((selfhost/pkg-workspace-manifest::reject request-h)\n \"workspace manifest request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^\x1C#\xCC\xBA\x83`\xA1\xBD\xB3\xC2\xAB\x90'\t> \x15rJ\x11%q\x80\xA6\xD6W8{P\xF05" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-package-manifest::ok (fn (value) {:message nil :ok true :value value})) (def selfhost/pkg-package-manifest::bad (fn (message) {:message message :ok false :value nil})) (def selfhost/pkg-package-manifest::bounded-string (fn (value) (fn (label) (if ((selfhost/pkg-scaffold::bounded-str? value) 16777216) (selfhost/pkg-package-manifest::ok value) (selfhost/pkg-package-manifest::bad label))))) (def selfhost/pkg-package-manifest::optional-string (fn (value) (fn (label) (if (core/list::is-nil? value) (selfhost/pkg-package-manifest::ok nil) ((selfhost/pkg-package-manifest::bounded-string value) label))))) (def selfhost/pkg-package-manifest::optional-u64 (fn (value) (fn (label) (if (core/list::is-nil? value) (selfhost/pkg-package-manifest::ok nil) (if (selfhost/pkg-lock-read::int? value) (if ((core/int::lt? value) 0) (selfhost/pkg-package-manifest::bad label) (selfhost/pkg-package-manifest::ok value)) (selfhost/pkg-package-manifest::bad label)))))) (def selfhost/pkg-package-manifest::portable-path (fn (value) (fn (label) (let ((string ((selfhost/pkg-package-manifest::bounded-string value) label))) (if ((core/map::get string) (quote :ok)) (let ((portable (selfhost/typecheck::validate-portable-module-path ((core/map::get string) (quote :value))))) (if ((core/map::get portable) (quote :ok)) string (selfhost/pkg-package-manifest::bad label))) string))))) (def selfhost/pkg-package-manifest::optional-portable-path (fn (value) (fn (label) (if (core/list::is-nil? value) (selfhost/pkg-package-manifest::ok nil) ((selfhost/pkg-package-manifest::portable-path value) label))))) (def selfhost/pkg-package-manifest::string-vector-loop (fn (values) (fn (index) (fn (label) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-package-manifest::ok out) (let ((item ((selfhost/pkg-package-manifest::bounded-string ((core/vec::get values) index)) label))) (if ((core/map::get item) (quote :ok)) ((((selfhost/pkg-package-manifest::string-vector-loop values) ((core/int::add index) 1)) label) ((core/vec::push out) ((core/map::get item) (quote :value)))) item)))))))) (def selfhost/pkg-package-manifest::string-vector (fn (value) (fn (default-empty) (fn (label) (let ((values (if (if default-empty (core/list::is-nil? value) false) [] value))) (if (selfhost/pkg-lock-read::vec? values) (if ((core/int::lt? 4096) (core/vec::len values)) (selfhost/pkg-package-manifest::bad "package manifest vector is too large") ((((selfhost/pkg-package-manifest::string-vector-loop values) 0) label) [])) (selfhost/pkg-package-manifest::bad label))))))) (def selfhost/pkg-package-manifest::module (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((path ((selfhost/pkg-package-manifest::portable-path ((core/map::get value) "path")) "module path must be a portable package-relative string")) (hash ((selfhost/pkg-package-manifest::optional-string ((core/map::get value) "hash")) "module hash must be a string when present"))) (if ((core/map::get path) (quote :ok)) (if ((core/map::get hash) (quote :ok)) (selfhost/pkg-package-manifest::ok {:hash ((core/map::get hash) (quote :value)) :path ((core/map::get path) (quote :value))}) hash) path)) (selfhost/pkg-package-manifest::bad "module entry must be a table")))) (def selfhost/pkg-package-manifest::dependency (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((name ((selfhost/pkg-package-manifest::bounded-string ((core/map::get value) "name")) "dependency name must be a string")) (path ((selfhost/pkg-package-manifest::portable-path ((core/map::get value) "path")) "dependency path must be a portable package-relative string")) (hash ((selfhost/pkg-package-manifest::optional-string ((core/map::get value) "hash")) "dependency hash must be a string when present"))) (if ((core/map::get name) (quote :ok)) (if ((core/map::get path) (quote :ok)) (if ((core/map::get hash) (quote :ok)) (selfhost/pkg-package-manifest::ok {:hash ((core/map::get hash) (quote :value)) :name ((core/map::get name) (quote :value)) :path ((core/map::get path) (quote :value))}) hash) path) name)) (selfhost/pkg-package-manifest::bad "dependency entry must be a table")))) (def selfhost/pkg-package-manifest::entry-vector-loop (fn (values) (fn (index) (fn (entry-fn) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-package-manifest::ok out) (let ((item (entry-fn ((core/vec::get values) index)))) (if ((core/map::get item) (quote :ok)) ((((selfhost/pkg-package-manifest::entry-vector-loop values) ((core/int::add index) 1)) entry-fn) ((core/vec::push out) ((core/map::get item) (quote :value)))) item)))))))) (def selfhost/pkg-package-manifest::entry-vector (fn (value) (fn (default-empty) (fn (entry-fn) (fn (label) (let ((values (if (if default-empty (core/list::is-nil? value) false) [] value))) (if (selfhost/pkg-lock-read::vec? values) (if ((core/int::lt? 4096) (core/vec::len values)) (selfhost/pkg-package-manifest::bad "package manifest vector is too large") ((((selfhost/pkg-package-manifest::entry-vector-loop values) 0) entry-fn) [])) (selfhost/pkg-package-manifest::bad label)))))))) (def selfhost/pkg-package-manifest::modules (fn (value) ((((selfhost/pkg-package-manifest::entry-vector value) false) selfhost/pkg-package-manifest::module) "modules must be an array"))) (def selfhost/pkg-package-manifest::dependencies (fn (value) ((((selfhost/pkg-package-manifest::entry-vector value) true) selfhost/pkg-package-manifest::dependency) "dependencies must be an array")))] :module-h b"\xA2\xFE\xC4\xED\xA5\x83\xB4\x0B!1E\xEF\"\xF8\xC1\xAA8\xC9\xC4\x90\xCF\x00\x03m\x1B\xAE\xB3+\x95\x1B\xC7u" :path "selfhost/pkg_package_manifest_core_v1.gc" :source "; Structural package-manifest admission from neutral TOML terms.\n\n(def selfhost/pkg-package-manifest::ok\n (fn (value) {:message nil :ok true :value value}))\n\n(def selfhost/pkg-package-manifest::bad\n (fn (message) {:message message :ok false :value nil}))\n\n(def selfhost/pkg-package-manifest::bounded-string\n (fn (value)\n (fn (label)\n (if (((selfhost/pkg-scaffold::bounded-str? value) 16777216))\n (selfhost/pkg-package-manifest::ok value)\n (selfhost/pkg-package-manifest::bad label)))))\n\n(def selfhost/pkg-package-manifest::optional-string\n (fn (value)\n (fn (label)\n (if (core/list::is-nil? value)\n (selfhost/pkg-package-manifest::ok nil)\n ((selfhost/pkg-package-manifest::bounded-string value) label)))))\n\n(def selfhost/pkg-package-manifest::optional-u64\n (fn (value)\n (fn (label)\n (if (core/list::is-nil? value)\n (selfhost/pkg-package-manifest::ok nil)\n (if (selfhost/pkg-lock-read::int? value)\n (if ((core/int::lt? value) 0)\n (selfhost/pkg-package-manifest::bad label)\n (selfhost/pkg-package-manifest::ok value))\n (selfhost/pkg-package-manifest::bad label))))))\n\n(def selfhost/pkg-package-manifest::portable-path\n (fn (value)\n (fn (label)\n (let ((string ((selfhost/pkg-package-manifest::bounded-string value) label)))\n (if ((core/map::get string) (quote :ok))\n (let\n ((portable\n (selfhost/typecheck::validate-portable-module-path\n ((core/map::get string) (quote :value)))))\n (if ((core/map::get portable) (quote :ok))\n string\n (selfhost/pkg-package-manifest::bad label)))\n string)))))\n\n(def selfhost/pkg-package-manifest::optional-portable-path\n (fn (value)\n (fn (label)\n (if (core/list::is-nil? value)\n (selfhost/pkg-package-manifest::ok nil)\n ((selfhost/pkg-package-manifest::portable-path value) label)))))\n\n(def selfhost/pkg-package-manifest::string-vector-loop\n (fn (values)\n (fn (index)\n (fn (label)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-package-manifest::ok out)\n (let\n ((item\n ((selfhost/pkg-package-manifest::bounded-string\n ((core/vec::get values) index))\n label)))\n (if ((core/map::get item) (quote :ok))\n ((((selfhost/pkg-package-manifest::string-vector-loop values)\n ((core/int::add index) 1))\n label)\n ((core/vec::push out) ((core/map::get item) (quote :value))))\n item))))))))\n\n(def selfhost/pkg-package-manifest::string-vector\n (fn (value)\n (fn (default-empty)\n (fn (label)\n (let ((values (if (if default-empty (core/list::is-nil? value) false) [] value)))\n (if (selfhost/pkg-lock-read::vec? values)\n (if ((core/int::lt? 4096) (core/vec::len values))\n (selfhost/pkg-package-manifest::bad \"package manifest vector is too large\")\n ((((selfhost/pkg-package-manifest::string-vector-loop values) 0) label) []))\n (selfhost/pkg-package-manifest::bad label)))))))\n\n(def selfhost/pkg-package-manifest::module\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((path\n ((selfhost/pkg-package-manifest::portable-path\n ((core/map::get value) \"path\"))\n \"module path must be a portable package-relative string\"))\n (hash\n ((selfhost/pkg-package-manifest::optional-string\n ((core/map::get value) \"hash\"))\n \"module hash must be a string when present\")))\n (if ((core/map::get path) (quote :ok))\n (if ((core/map::get hash) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :hash ((core/map::get hash) (quote :value))\n :path ((core/map::get path) (quote :value))})\n hash)\n path))\n (selfhost/pkg-package-manifest::bad \"module entry must be a table\"))))\n\n(def selfhost/pkg-package-manifest::dependency\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((name\n ((selfhost/pkg-package-manifest::bounded-string\n ((core/map::get value) \"name\"))\n \"dependency name must be a string\"))\n (path\n ((selfhost/pkg-package-manifest::portable-path\n ((core/map::get value) \"path\"))\n \"dependency path must be a portable package-relative string\"))\n (hash\n ((selfhost/pkg-package-manifest::optional-string\n ((core/map::get value) \"hash\"))\n \"dependency hash must be a string when present\")))\n (if ((core/map::get name) (quote :ok))\n (if ((core/map::get path) (quote :ok))\n (if ((core/map::get hash) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :hash ((core/map::get hash) (quote :value))\n :name ((core/map::get name) (quote :value))\n :path ((core/map::get path) (quote :value))})\n hash)\n path)\n name))\n (selfhost/pkg-package-manifest::bad \"dependency entry must be a table\"))))\n\n(def selfhost/pkg-package-manifest::entry-vector-loop\n (fn (values)\n (fn (index)\n (fn (entry-fn)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-package-manifest::ok out)\n (let ((item (entry-fn ((core/vec::get values) index))))\n (if ((core/map::get item) (quote :ok))\n ((((selfhost/pkg-package-manifest::entry-vector-loop values)\n ((core/int::add index) 1))\n entry-fn)\n ((core/vec::push out) ((core/map::get item) (quote :value))))\n item))))))))\n\n(def selfhost/pkg-package-manifest::entry-vector\n (fn (value)\n (fn (default-empty)\n (fn (entry-fn)\n (fn (label)\n (let ((values (if (if default-empty (core/list::is-nil? value) false) [] value)))\n (if (selfhost/pkg-lock-read::vec? values)\n (if ((core/int::lt? 4096) (core/vec::len values))\n (selfhost/pkg-package-manifest::bad \"package manifest vector is too large\")\n ((((selfhost/pkg-package-manifest::entry-vector-loop values) 0) entry-fn) []))\n (selfhost/pkg-package-manifest::bad label))))))))\n\n(def selfhost/pkg-package-manifest::modules\n (fn (value)\n ((((selfhost/pkg-package-manifest::entry-vector value) false)\n selfhost/pkg-package-manifest::module)\n \"modules must be an array\")))\n\n(def selfhost/pkg-package-manifest::dependencies\n (fn (value)\n ((((selfhost/pkg-package-manifest::entry-vector value) true)\n selfhost/pkg-package-manifest::dependency)\n \"dependencies must be an array\")))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC8\xAB\xEF\xF3\x00\x88\xD4\x12\x1B\xA7\xA5\xA8#\xD4P\xB2-,\xCC\x98\xC2=\xEE\x11\xCB\x9E\xF1\xA6\x16\xCF\xE3^" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-package-manifest::limits (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((step ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "step_limit")) "limits.step_limit must be an unsigned integer")) (alloc ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_alloc_units")) "limits.max_alloc_units must be an unsigned integer")) (live ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_live_units")) "limits.max_live_units must be an unsigned integer")) (pairs ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_pair_cells")) "limits.max_pair_cells must be an unsigned integer")) (vec-len ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_vec_len")) "limits.max_vec_len must be an unsigned integer")) (map-len ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_map_len")) "limits.max_map_len must be an unsigned integer")) (bytes-len ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_bytes_len")) "limits.max_bytes_len must be an unsigned integer")) (string-len ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_string_len")) "limits.max_string_len must be an unsigned integer")) (allow ((core/map::get table) "allow_unlimited"))) (if ((core/map::get step) (quote :ok)) (if ((core/map::get alloc) (quote :ok)) (if ((core/map::get live) (quote :ok)) (if ((core/map::get pairs) (quote :ok)) (if ((core/map::get vec-len) (quote :ok)) (if ((core/map::get map-len) (quote :ok)) (if ((core/map::get bytes-len) (quote :ok)) (if ((core/map::get string-len) (quote :ok)) (if (if (core/list::is-nil? allow) true (selfhost/pkg-workspace-manifest::bool? allow)) (selfhost/pkg-package-manifest::ok {:allow-unlimited (if (core/list::is-nil? allow) false allow) :max-alloc-units ((core/map::get alloc) (quote :value)) :max-bytes-len ((core/map::get bytes-len) (quote :value)) :max-live-units ((core/map::get live) (quote :value)) :max-map-len ((core/map::get map-len) (quote :value)) :max-pair-cells ((core/map::get pairs) (quote :value)) :max-string-len ((core/map::get string-len) (quote :value)) :max-vec-len ((core/map::get vec-len) (quote :value)) :step-limit ((core/map::get step) (quote :value))}) (selfhost/pkg-package-manifest::bad "limits.allow_unlimited must be bool")) string-len) bytes-len) map-len) vec-len) pairs) live) alloc) step)) (selfhost/pkg-package-manifest::bad "limits must be a table"))))) (def selfhost/pkg-package-manifest::budgets (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((steps ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_steps_per_test")) "budgets.max_steps_per_test must be an unsigned integer")) (entries ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_effect_entries_per_test")) "budgets.max_effect_entries_per_test must be an unsigned integer")) (bytes ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_effect_log_bytes_per_test")) "budgets.max_effect_log_bytes_per_test must be an unsigned integer"))) (if ((core/map::get steps) (quote :ok)) (if ((core/map::get entries) (quote :ok)) (if ((core/map::get bytes) (quote :ok)) (selfhost/pkg-package-manifest::ok {:max-effect-entries-per-test ((core/map::get entries) (quote :value)) :max-effect-log-bytes-per-test ((core/map::get bytes) (quote :value)) :max-steps-per-test ((core/map::get steps) (quote :value))}) bytes) entries) steps)) (selfhost/pkg-package-manifest::bad "budgets must be a table"))))) (def selfhost/pkg-package-manifest::property (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((cases ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "cases_per_test")) "property.cases_per_test must be an unsigned integer"))) (if ((core/map::get cases) (quote :ok)) (selfhost/pkg-package-manifest::ok {:cases-per-test ((core/map::get cases) (quote :value))}) cases)) (selfhost/pkg-package-manifest::bad "property must be a table"))))) (def selfhost/pkg-package-manifest::gfx (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((golden (((selfhost/pkg-package-manifest::string-vector ((core/map::get table) "golden_tests")) true) "gfx.golden_tests must be an array of strings")) (frames (((selfhost/pkg-package-manifest::string-vector ((core/map::get table) "frame_budget_tests")) true) "gfx.frame_budget_tests must be an array of strings")) (exports (((selfhost/pkg-package-manifest::string-vector ((core/map::get table) "api_exports")) true) "gfx.api_exports must be an array of strings")) (surface ((selfhost/pkg-package-manifest::optional-string ((core/map::get table) "api_surface_hash")) "gfx.api_surface_hash must be a string")) (render ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_render_passes_per_frame")) "gfx.max_render_passes_per_frame must be an unsigned integer")) (compute-pass ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_compute_passes_per_frame")) "gfx.max_compute_passes_per_frame must be an unsigned integer")) (draw ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_draw_commands_per_frame")) "gfx.max_draw_commands_per_frame must be an unsigned integer")) (compute-command ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_compute_commands_per_frame")) "gfx.max_compute_commands_per_frame must be an unsigned integer")) (graph-bytes ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_frame_graph_bytes")) "gfx.max_frame_graph_bytes must be an unsigned integer")) (frame-time ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_frame_time_ms")) "gfx.max_frame_time_ms must be an unsigned integer"))) (if ((core/map::get golden) (quote :ok)) (if ((core/map::get frames) (quote :ok)) (if ((core/map::get exports) (quote :ok)) (if ((core/map::get surface) (quote :ok)) (if ((core/map::get render) (quote :ok)) (if ((core/map::get compute-pass) (quote :ok)) (if ((core/map::get draw) (quote :ok)) (if ((core/map::get compute-command) (quote :ok)) (if ((core/map::get graph-bytes) (quote :ok)) (if ((core/map::get frame-time) (quote :ok)) (selfhost/pkg-package-manifest::ok {:api-exports ((core/map::get exports) (quote :value)) :api-surface-hash ((core/map::get surface) (quote :value)) :frame-budget-tests ((core/map::get frames) (quote :value)) :golden-tests ((core/map::get golden) (quote :value)) :max-compute-commands-per-frame ((core/map::get compute-command) (quote :value)) :max-compute-passes-per-frame ((core/map::get compute-pass) (quote :value)) :max-draw-commands-per-frame ((core/map::get draw) (quote :value)) :max-frame-graph-bytes ((core/map::get graph-bytes) (quote :value)) :max-frame-time-ms ((core/map::get frame-time) (quote :value)) :max-render-passes-per-frame ((core/map::get render) (quote :value))}) frame-time) graph-bytes) compute-command) draw) compute-pass) render) surface) exports) frames) golden)) (selfhost/pkg-package-manifest::bad "gfx must be a table"))))) (def selfhost/pkg-package-manifest::normalize (fn (document) (if (selfhost/pkg-lock-read::map? document) (let ((schema-raw ((core/map::get document) "schema")) (schema (if (core/list::is-nil? schema-raw) 1 schema-raw)) (name ((selfhost/pkg-package-manifest::bounded-string ((core/map::get document) "name")) "package name must be a string")) (version ((selfhost/pkg-package-manifest::bounded-string ((core/map::get document) "version")) "package version must be a string")) (modules (selfhost/pkg-package-manifest::modules ((core/map::get document) "modules"))) (dependencies (selfhost/pkg-package-manifest::dependencies ((core/map::get document) "dependencies"))) (obligations (((selfhost/pkg-package-manifest::string-vector ((core/map::get document) "obligations")) false) "obligations must be an array of strings")) (tests (((selfhost/pkg-package-manifest::string-vector ((core/map::get document) "tests")) true) "tests must be an array of strings")) (properties (((selfhost/pkg-package-manifest::string-vector ((core/map::get document) "property_tests")) true) "property_tests must be an array of strings")) (caps ((selfhost/pkg-package-manifest::optional-portable-path ((core/map::get document) "caps_policy")) "caps_policy must be a portable package-relative string")) (limits (selfhost/pkg-package-manifest::limits ((core/map::get document) "limits"))) (budgets (selfhost/pkg-package-manifest::budgets ((core/map::get document) "budgets"))) (property (selfhost/pkg-package-manifest::property ((core/map::get document) "property"))) (gfx (selfhost/pkg-package-manifest::gfx ((core/map::get document) "gfx")))) (if (if (selfhost/pkg-lock-read::int? schema) ((core/int::eq? schema) 1) false) (if ((core/map::get name) (quote :ok)) (if ((core/map::get version) (quote :ok)) (if ((core/map::get modules) (quote :ok)) (if ((core/map::get dependencies) (quote :ok)) (if ((core/map::get obligations) (quote :ok)) (if ((core/map::get tests) (quote :ok)) (if ((core/map::get properties) (quote :ok)) (if ((core/map::get caps) (quote :ok)) (if ((core/map::get limits) (quote :ok)) (if ((core/map::get budgets) (quote :ok)) (if ((core/map::get property) (quote :ok)) (if ((core/map::get gfx) (quote :ok)) (selfhost/pkg-package-manifest::ok {:budgets ((core/map::get budgets) (quote :value)) :caps-policy ((core/map::get caps) (quote :value)) :dependencies ((core/map::get dependencies) (quote :value)) :gfx ((core/map::get gfx) (quote :value)) :limits ((core/map::get limits) (quote :value)) :modules ((core/map::get modules) (quote :value)) :name ((core/map::get name) (quote :value)) :obligations ((core/map::get obligations) (quote :value)) :property ((core/map::get property) (quote :value)) :property-tests ((core/map::get properties) (quote :value)) :schema 1 :tests ((core/map::get tests) (quote :value)) :version ((core/map::get version) (quote :value))}) gfx) property) budgets) limits) caps) properties) tests) obligations) dependencies) modules) version) name) (selfhost/pkg-package-manifest::bad "unsupported package manifest schema (expected 1)"))) (selfhost/pkg-package-manifest::bad "package manifest document must be a table"))))] :module-h b"\x19\xEC*\x975C\xDD\x05\xAAU\xA5\x15\xC9\xFA+\x96\xEC\x82!\xDA\xB4\xE5\xD1\xAC\xA3=\xA6\x9B\x8A[\xA1\xA3" :path "selfhost/pkg_package_manifest_config_v1.gc" :source "; Nested package limits, budgets, properties, graphics, and final normalization.\n\n(def selfhost/pkg-package-manifest::limits\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((step\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"step_limit\"))\n \"limits.step_limit must be an unsigned integer\"))\n (alloc\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_alloc_units\"))\n \"limits.max_alloc_units must be an unsigned integer\"))\n (live\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_live_units\"))\n \"limits.max_live_units must be an unsigned integer\"))\n (pairs\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_pair_cells\"))\n \"limits.max_pair_cells must be an unsigned integer\"))\n (vec-len\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_vec_len\"))\n \"limits.max_vec_len must be an unsigned integer\"))\n (map-len\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_map_len\"))\n \"limits.max_map_len must be an unsigned integer\"))\n (bytes-len\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_bytes_len\"))\n \"limits.max_bytes_len must be an unsigned integer\"))\n (string-len\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_string_len\"))\n \"limits.max_string_len must be an unsigned integer\"))\n (allow ((core/map::get table) \"allow_unlimited\")))\n (if ((core/map::get step) (quote :ok))\n (if ((core/map::get alloc) (quote :ok))\n (if ((core/map::get live) (quote :ok))\n (if ((core/map::get pairs) (quote :ok))\n (if ((core/map::get vec-len) (quote :ok))\n (if ((core/map::get map-len) (quote :ok))\n (if ((core/map::get bytes-len) (quote :ok))\n (if ((core/map::get string-len) (quote :ok))\n (if\n (if (core/list::is-nil? allow)\n true\n (selfhost/pkg-workspace-manifest::bool? allow))\n (selfhost/pkg-package-manifest::ok\n {\n :allow-unlimited\n (if (core/list::is-nil? allow) false allow)\n :max-alloc-units ((core/map::get alloc) (quote :value))\n :max-bytes-len ((core/map::get bytes-len) (quote :value))\n :max-live-units ((core/map::get live) (quote :value))\n :max-map-len ((core/map::get map-len) (quote :value))\n :max-pair-cells ((core/map::get pairs) (quote :value))\n :max-string-len ((core/map::get string-len) (quote :value))\n :max-vec-len ((core/map::get vec-len) (quote :value))\n :step-limit ((core/map::get step) (quote :value))})\n (selfhost/pkg-package-manifest::bad\n \"limits.allow_unlimited must be bool\"))\n string-len)\n bytes-len)\n map-len)\n vec-len)\n pairs)\n live)\n alloc)\n step))\n (selfhost/pkg-package-manifest::bad \"limits must be a table\")))))\n\n(def selfhost/pkg-package-manifest::budgets\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((steps\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_steps_per_test\"))\n \"budgets.max_steps_per_test must be an unsigned integer\"))\n (entries\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_effect_entries_per_test\"))\n \"budgets.max_effect_entries_per_test must be an unsigned integer\"))\n (bytes\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_effect_log_bytes_per_test\"))\n \"budgets.max_effect_log_bytes_per_test must be an unsigned integer\")))\n (if ((core/map::get steps) (quote :ok))\n (if ((core/map::get entries) (quote :ok))\n (if ((core/map::get bytes) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :max-effect-entries-per-test\n ((core/map::get entries) (quote :value))\n :max-effect-log-bytes-per-test\n ((core/map::get bytes) (quote :value))\n :max-steps-per-test ((core/map::get steps) (quote :value))})\n bytes)\n entries)\n steps))\n (selfhost/pkg-package-manifest::bad \"budgets must be a table\")))))\n\n(def selfhost/pkg-package-manifest::property\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((cases\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"cases_per_test\"))\n \"property.cases_per_test must be an unsigned integer\")))\n (if ((core/map::get cases) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {:cases-per-test ((core/map::get cases) (quote :value))})\n cases))\n (selfhost/pkg-package-manifest::bad \"property must be a table\")))))\n\n(def selfhost/pkg-package-manifest::gfx\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((golden\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get table) \"golden_tests\"))\n true)\n \"gfx.golden_tests must be an array of strings\"))\n (frames\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get table) \"frame_budget_tests\"))\n true)\n \"gfx.frame_budget_tests must be an array of strings\"))\n (exports\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get table) \"api_exports\"))\n true)\n \"gfx.api_exports must be an array of strings\"))\n (surface\n ((selfhost/pkg-package-manifest::optional-string\n ((core/map::get table) \"api_surface_hash\"))\n \"gfx.api_surface_hash must be a string\"))\n (render\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_render_passes_per_frame\"))\n \"gfx.max_render_passes_per_frame must be an unsigned integer\"))\n (compute-pass\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_compute_passes_per_frame\"))\n \"gfx.max_compute_passes_per_frame must be an unsigned integer\"))\n (draw\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_draw_commands_per_frame\"))\n \"gfx.max_draw_commands_per_frame must be an unsigned integer\"))\n (compute-command\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_compute_commands_per_frame\"))\n \"gfx.max_compute_commands_per_frame must be an unsigned integer\"))\n (graph-bytes\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_frame_graph_bytes\"))\n \"gfx.max_frame_graph_bytes must be an unsigned integer\"))\n (frame-time\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_frame_time_ms\"))\n \"gfx.max_frame_time_ms must be an unsigned integer\")))\n (if ((core/map::get golden) (quote :ok))\n (if ((core/map::get frames) (quote :ok))\n (if ((core/map::get exports) (quote :ok))\n (if ((core/map::get surface) (quote :ok))\n (if ((core/map::get render) (quote :ok))\n (if ((core/map::get compute-pass) (quote :ok))\n (if ((core/map::get draw) (quote :ok))\n (if ((core/map::get compute-command) (quote :ok))\n (if ((core/map::get graph-bytes) (quote :ok))\n (if ((core/map::get frame-time) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :api-exports ((core/map::get exports) (quote :value))\n :api-surface-hash ((core/map::get surface) (quote :value))\n :frame-budget-tests ((core/map::get frames) (quote :value))\n :golden-tests ((core/map::get golden) (quote :value))\n :max-compute-commands-per-frame\n ((core/map::get compute-command) (quote :value))\n :max-compute-passes-per-frame\n ((core/map::get compute-pass) (quote :value))\n :max-draw-commands-per-frame\n ((core/map::get draw) (quote :value))\n :max-frame-graph-bytes\n ((core/map::get graph-bytes) (quote :value))\n :max-frame-time-ms\n ((core/map::get frame-time) (quote :value))\n :max-render-passes-per-frame\n ((core/map::get render) (quote :value))})\n frame-time)\n graph-bytes)\n compute-command)\n draw)\n compute-pass)\n render)\n surface)\n exports)\n frames)\n golden))\n (selfhost/pkg-package-manifest::bad \"gfx must be a table\")))))\n\n(def selfhost/pkg-package-manifest::normalize\n (fn (document)\n (if (selfhost/pkg-lock-read::map? document)\n (let\n ((schema-raw ((core/map::get document) \"schema\"))\n (schema\n (if (core/list::is-nil? schema-raw) 1 schema-raw))\n (name\n ((selfhost/pkg-package-manifest::bounded-string\n ((core/map::get document) \"name\"))\n \"package name must be a string\"))\n (version\n ((selfhost/pkg-package-manifest::bounded-string\n ((core/map::get document) \"version\"))\n \"package version must be a string\"))\n (modules\n (selfhost/pkg-package-manifest::modules\n ((core/map::get document) \"modules\")))\n (dependencies\n (selfhost/pkg-package-manifest::dependencies\n ((core/map::get document) \"dependencies\")))\n (obligations\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get document) \"obligations\"))\n false)\n \"obligations must be an array of strings\"))\n (tests\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get document) \"tests\"))\n true)\n \"tests must be an array of strings\"))\n (properties\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get document) \"property_tests\"))\n true)\n \"property_tests must be an array of strings\"))\n (caps\n ((selfhost/pkg-package-manifest::optional-portable-path\n ((core/map::get document) \"caps_policy\"))\n \"caps_policy must be a portable package-relative string\"))\n (limits\n (selfhost/pkg-package-manifest::limits\n ((core/map::get document) \"limits\")))\n (budgets\n (selfhost/pkg-package-manifest::budgets\n ((core/map::get document) \"budgets\")))\n (property\n (selfhost/pkg-package-manifest::property\n ((core/map::get document) \"property\")))\n (gfx\n (selfhost/pkg-package-manifest::gfx\n ((core/map::get document) \"gfx\"))))\n (if\n (if (selfhost/pkg-lock-read::int? schema)\n ((core/int::eq? schema) 1)\n false)\n (if ((core/map::get name) (quote :ok))\n (if ((core/map::get version) (quote :ok))\n (if ((core/map::get modules) (quote :ok))\n (if ((core/map::get dependencies) (quote :ok))\n (if ((core/map::get obligations) (quote :ok))\n (if ((core/map::get tests) (quote :ok))\n (if ((core/map::get properties) (quote :ok))\n (if ((core/map::get caps) (quote :ok))\n (if ((core/map::get limits) (quote :ok))\n (if ((core/map::get budgets) (quote :ok))\n (if ((core/map::get property) (quote :ok))\n (if ((core/map::get gfx) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :budgets ((core/map::get budgets) (quote :value))\n :caps-policy ((core/map::get caps) (quote :value))\n :dependencies\n ((core/map::get dependencies) (quote :value))\n :gfx ((core/map::get gfx) (quote :value))\n :limits ((core/map::get limits) (quote :value))\n :modules ((core/map::get modules) (quote :value))\n :name ((core/map::get name) (quote :value))\n :obligations\n ((core/map::get obligations) (quote :value))\n :property ((core/map::get property) (quote :value))\n :property-tests\n ((core/map::get properties) (quote :value))\n :schema 1\n :tests ((core/map::get tests) (quote :value))\n :version ((core/map::get version) (quote :value))})\n gfx)\n property)\n budgets)\n limits)\n caps)\n properties)\n tests)\n obligations)\n dependencies)\n modules)\n version)\n name)\n (selfhost/pkg-package-manifest::bad\n \"unsupported package manifest schema (expected 1)\")))\n (selfhost/pkg-package-manifest::bad \"package manifest document must be a table\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x19\xEC*\x975C\xDD\x05\xAAU\xA5\x15\xC9\xFA+\x96\xEC\x82!\xDA\xB4\xE5\xD1\xAC\xA3=\xA6\x9B\x8A[\xA1\xA3" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-package-manifest::request-kind "genesis/pkg-package-manifest-authority-request-v0.1") (def selfhost/pkg-package-manifest::result-kind "genesis/pkg-package-manifest-authority-result-v0.1") (def selfhost/pkg-package-manifest::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-package-manifest::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-package-manifest::reject (fn (request-h) (fn (message) (((((selfhost/pkg-package-manifest::result request-h) false) "core/pkg/bad-package-manifest") message) nil)))) (def selfhost/pkg-package-manifest::accept (fn (request-h) (fn (value) (((((selfhost/pkg-package-manifest::result request-h) true) nil) nil) value)))) (def selfhost/pkg-package-manifest::request-valid? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :source-h :v]) (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-package-manifest::request-kind) false) (if (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get request) (quote :source-h))) false) false) false))) (def core/pkg::package-manifest-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if (selfhost/pkg-package-manifest::request-valid? request) (let ((normalized (selfhost/pkg-package-manifest::normalize ((core/map::get request) (quote :document))))) (if ((core/map::get normalized) (quote :ok)) ((selfhost/pkg-package-manifest::accept request-h) (((core/map::put ((core/map::get normalized) (quote :value))) (quote :source-h)) ((core/map::get request) (quote :source-h)))) ((selfhost/pkg-package-manifest::reject request-h) ((core/map::get normalized) (quote :message))))) ((selfhost/pkg-package-manifest::reject request-h) "package manifest request fields are invalid")) ((selfhost/pkg-package-manifest::reject request-h) "package manifest request must be map")))))] :module-h b"\xC5\xEA\xB7\xC3\x8By\x15\x8C\xBBK_\x9C\x0B\xFC\x99#\xD8!#Qh\xC1\x9Bq\x80\xE9`\x7F\x17\xD2'\xA3" :path "selfhost/pkg_package_manifest_authority_v1.gc" :source "; Request-bound production authority for package manifests.\n\n(def selfhost/pkg-package-manifest::request-kind\n \"genesis/pkg-package-manifest-authority-request-v0.1\")\n\n(def selfhost/pkg-package-manifest::result-kind\n \"genesis/pkg-package-manifest-authority-result-v0.1\")\n\n(def selfhost/pkg-package-manifest::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-package-manifest::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-package-manifest::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-package-manifest::result request-h) false)\n \"core/pkg/bad-package-manifest\")\n message)\n nil))))\n\n(def selfhost/pkg-package-manifest::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-package-manifest::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-package-manifest::request-valid?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:document :kind :source-h :v])\n (if\n (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-package-manifest::request-kind)\n false)\n (if\n (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get request) (quote :source-h)))\n false)\n false)\n false)))\n\n(def core/pkg::package-manifest-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if (selfhost/pkg-package-manifest::request-valid? request)\n (let\n ((normalized\n (selfhost/pkg-package-manifest::normalize\n ((core/map::get request) (quote :document)))))\n (if ((core/map::get normalized) (quote :ok))\n ((selfhost/pkg-package-manifest::accept request-h)\n (((core/map::put\n ((core/map::get normalized) (quote :value)))\n (quote :source-h))\n ((core/map::get request) (quote :source-h))))\n ((selfhost/pkg-package-manifest::reject request-h)\n ((core/map::get normalized) (quote :message)))))\n ((selfhost/pkg-package-manifest::reject request-h)\n \"package manifest request fields are invalid\"))\n ((selfhost/pkg-package-manifest::reject request-h)\n \"package manifest request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC5\xEA\xB7\xC3\x8By\x15\x8C\xBBK_\x9C\x0B\xFC\x99#\xD8!#Qh\xC1\x9Bq\x80\xE9`\x7F\x17\xD2'\xA3" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-env::none (quote :none)) (def selfhost/pkg-workspace-env::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/pkg-workspace-env::bytes? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bytes)))) (def selfhost/pkg-workspace-env::optional (fn (value) (if (core/list::is-nil? value) selfhost/pkg-workspace-env::none value))) (def selfhost/pkg-workspace-env::choose (fn (primary) (fn (fallback) (if (core/list::is-nil? primary) fallback primary)))) (def selfhost/pkg-workspace-env::digest (fn (bytes) (core/bytes::to-hex (core/crypto::blake3 bytes)))) (def selfhost/pkg-workspace-env::term-bytes (fn (term) (core/str::to-utf8 ((core/str::concat (core/coreform::print-term term)) "\n")))) (def selfhost/pkg-workspace-env::file (fn (scope) (fn (path) (fn (body) {:body body :h (selfhost/pkg-workspace-env::digest body) :path path :scope scope})))) (def selfhost/pkg-workspace-env::bounded-path? (fn (value) ((selfhost/pkg-scaffold::bounded-str? value) 16384))) (def selfhost/pkg-workspace-env::optional-path? (fn (value) (if (core/list::is-nil? value) true (selfhost/pkg-workspace-env::bounded-path? value)))) (def selfhost/pkg-workspace-env::optional-str? (fn (value) (if (core/list::is-nil? value) true ((selfhost/pkg-scaffold::bounded-str? value) 16384)))) (def selfhost/pkg-workspace-env::hex64? (fn (value) (selfhost/pkg-lock-ops::lower-hex64? value))) (def selfhost/pkg-workspace-env::byte-body? (fn (value) (if (selfhost/pkg-workspace-env::bytes? value) (if ((core/int::lt? 16777216) (core/bytes::len value)) false true) false))) (def selfhost/pkg-workspace-env::member-valid? (fn (member) (if ((selfhost/pkg-lock-read::exact-map? member) [:name :package-file :package-h :path :role]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get member) (quote :name))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get member) (quote :path))) 16384) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get member) (quote :role))) (let ((package-file ((core/map::get member) (quote :package-file))) (package-h ((core/map::get member) (quote :package-h)))) (if (core/list::is-nil? package-file) (core/list::is-nil? package-h) (if (selfhost/pkg-workspace-env::bounded-path? package-file) (selfhost/pkg-workspace-env::hex64? package-h) false))) false) false) false) false))) (def selfhost/pkg-workspace-env::members-valid-loop? (fn (members) (fn (index) (if ((core/int::eq? index) (core/vec::len members)) true (if (selfhost/pkg-workspace-env::member-valid? ((core/vec::get members) index)) ((selfhost/pkg-workspace-env::members-valid-loop? members) ((core/int::add index) 1)) false))))) (def selfhost/pkg-workspace-env::members-valid? (fn (members) (if (selfhost/pkg-lock-read::vec? members) (if ((core/int::lt? 4096) (core/vec::len members)) false ((selfhost/pkg-workspace-env::members-valid-loop? members) 0)) false))) (def selfhost/pkg-workspace-env::requirement-valid? (fn (requirement) (if ((selfhost/pkg-lock-read::exact-map? requirement) [:name :registry :selector :strategy :tag-policy :update-policy]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :name))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :selector))) 16384) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :strategy))) 64) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :update-policy))) 64) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get requirement) (quote :registry))) (selfhost/pkg-workspace-env::optional-str? ((core/map::get requirement) (quote :tag-policy))) false) false) false) false) false) false))) (def selfhost/pkg-workspace-env::requirements-valid-loop? (fn (requirements) (fn (index) (if ((core/int::eq? index) (core/vec::len requirements)) true (if (selfhost/pkg-workspace-env::requirement-valid? ((core/vec::get requirements) index)) ((selfhost/pkg-workspace-env::requirements-valid-loop? requirements) ((core/int::add index) 1)) false))))) (def selfhost/pkg-workspace-env::locked-valid? (fn (locked) (if ((selfhost/pkg-lock-read::exact-map? locked) [:commit :commit-path :commit-present :environment-fingerprint :exports-h :name :registry :resolved-ref :snapshot :snapshot-path :snapshot-present :source-selector]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :name))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :snapshot))) 16384) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get locked) (quote :snapshot-path))) (if (selfhost/pkg-workspace-env::bool? ((core/map::get locked) (quote :snapshot-present))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :commit))) (if (selfhost/pkg-workspace-env::optional-path? ((core/map::get locked) (quote :commit-path))) (if (selfhost/pkg-workspace-env::bool? ((core/map::get locked) (quote :commit-present))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :registry))) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :source-selector))) 16384) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :resolved-ref))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :exports-h))) (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :environment-fingerprint))) false) false) false) false) false) false) false) false) false) false) false) false))) (def selfhost/pkg-workspace-env::locked-valid-loop? (fn (locked) (fn (index) (if ((core/int::eq? index) (core/vec::len locked)) true (if (selfhost/pkg-workspace-env::locked-valid? ((core/vec::get locked) index)) ((selfhost/pkg-workspace-env::locked-valid-loop? locked) ((core/int::add index) 1)) false))))) (def selfhost/pkg-workspace-env::lock-valid? (fn (lock) (if ((selfhost/pkg-lock-read::exact-map? lock) [:locked :requirements]) (let ((requirements ((core/map::get lock) (quote :requirements))) (locked ((core/map::get lock) (quote :locked)))) (if (selfhost/pkg-lock-read::vec? requirements) (if (selfhost/pkg-lock-read::vec? locked) (if ((core/int::lt? 4096) (core/vec::len requirements)) false (if ((core/int::lt? 4096) (core/vec::len locked)) false (if ((selfhost/pkg-workspace-env::requirements-valid-loop? requirements) 0) ((selfhost/pkg-workspace-env::locked-valid-loop? locked) 0) false))) false) false)) false))) (def selfhost/pkg-workspace-env::request-valid? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:active :default-backend :defaults :generated-by :kind :lock :lock-bytes :members :out-root-prefix :override :path-separator :paths :profile :profile-backend :profile-values :v :workspace :workspace-bytes]) (let ((defaults ((core/map::get request) (quote :defaults))) (profile-values ((core/map::get request) (quote :profile-values))) (paths ((core/map::get request) (quote :paths)))) (if ((selfhost/pkg-lock-read::exact-map? defaults) [:policy :registry :toolchain]) (if ((selfhost/pkg-lock-read::exact-map? profile-values) [:caps-policy :policy :registry :toolchain]) (if ((selfhost/pkg-lock-read::exact-map? paths) [:lock-file :store-root :wasi-http-dir :wasi-https-dir :wasi-root :wasi-runtime-file :workspace-file]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active))) 64) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :default-backend))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :override))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :profile-backend))) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :profile))) 256) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :generated-by))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :out-root-prefix))) 16384) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :path-separator))) 4) (if (selfhost/pkg-workspace-env::byte-body? ((core/map::get request) (quote :workspace-bytes))) (if (selfhost/pkg-workspace-env::byte-body? ((core/map::get request) (quote :lock-bytes))) (if (selfhost/pkg-workspace-env::members-valid? ((core/map::get request) (quote :members))) (if (selfhost/pkg-workspace-env::lock-valid? ((core/map::get request) (quote :lock))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :policy))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :registry))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :toolchain))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :caps-policy))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :policy))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :registry))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :toolchain))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :workspace-file))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :lock-file))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :store-root))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-root))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-http-dir))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-https-dir))) (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-runtime-file))) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false)) false))) (def selfhost/pkg-workspace-env::member-term (fn (member) {:name ((core/map::get member) (quote :name)) :package-file (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :package-file))) :package-h (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :package-h))) :path ((core/map::get member) (quote :path)) :role (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :role)))})) (def selfhost/pkg-workspace-env::members-loop (fn (members) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len members)) out (((selfhost/pkg-workspace-env::members-loop members) ((core/int::add index) 1)) ((core/vec::push out) (selfhost/pkg-workspace-env::member-term ((core/vec::get members) index))))))))) (def selfhost/pkg-workspace-env::requirement-term (fn (requirement) {:name ((core/map::get requirement) (quote :name)) :registry (selfhost/pkg-workspace-env::optional ((core/map::get requirement) (quote :registry))) :selector ((core/map::get requirement) (quote :selector)) :strategy ((core/map::get requirement) (quote :strategy)) :tag-policy (selfhost/pkg-workspace-env::optional ((core/map::get requirement) (quote :tag-policy))) :update-policy ((core/map::get requirement) (quote :update-policy))})) (def selfhost/pkg-workspace-env::requirements-loop (fn (requirements) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len requirements)) out (((selfhost/pkg-workspace-env::requirements-loop requirements) ((core/int::add index) 1)) ((core/vec::push out) (selfhost/pkg-workspace-env::requirement-term ((core/vec::get requirements) index))))))))) (def selfhost/pkg-workspace-env::locked-term (fn (locked) {:commit (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :commit))) :environment-fingerprint (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :environment-fingerprint))) :exports-h (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :exports-h))) :name ((core/map::get locked) (quote :name)) :registry (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :registry))) :resolved-ref (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :resolved-ref))) :snapshot ((core/map::get locked) (quote :snapshot)) :source-selector ((core/map::get locked) (quote :source-selector))})) (def selfhost/pkg-workspace-env::locked-loop (fn (locked) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len locked)) out (((selfhost/pkg-workspace-env::locked-loop locked) ((core/int::add index) 1)) ((core/vec::push out) (selfhost/pkg-workspace-env::locked-term ((core/vec::get locked) index))))))))) (def selfhost/pkg-workspace-env::locked-present-loop? (fn (locked) (fn (index) (if ((core/int::eq? index) (core/vec::len locked)) true (let ((entry ((core/vec::get locked) index))) (if ((core/map::get entry) (quote :snapshot-present)) (if ((core/map::get entry) (quote :commit-present)) ((selfhost/pkg-workspace-env::locked-present-loop? locked) ((core/int::add index) 1)) false) false)))))) (def selfhost/pkg-workspace-env::selection-request (fn (request) {:active ((core/map::get request) (quote :active)) :default ((core/map::get request) (quote :default-backend)) :kind selfhost/pkg-workspace-env-select::request-kind :override ((core/map::get request) (quote :override)) :profile ((core/map::get request) (quote :profile)) :profile-backend ((core/map::get request) (quote :profile-backend)) :v 1})) (def selfhost/pkg-workspace-env::make-plan (fn (request) (let ((selection (core/pkg::workspace-env-select-authority (selfhost/pkg-workspace-env::selection-request request)))) (if ((core/map::get selection) (quote :ok)) (let ((selected ((core/map::get selection) (quote :value)))) (if ((core/map::get selected) (quote :compatible)) (let ((profile-values ((core/map::get request) (quote :profile-values))) (defaults ((core/map::get request) (quote :defaults))) (lock ((core/map::get request) (quote :lock)))) (if ((selfhost/pkg-workspace-env::locked-present-loop? ((core/map::get lock) (quote :locked))) 0) (let ((members-term (((selfhost/pkg-workspace-env::members-loop ((core/map::get request) (quote :members))) 0) [])) (requirements (((selfhost/pkg-workspace-env::requirements-loop ((core/map::get lock) (quote :requirements))) 0) [])) (locked (((selfhost/pkg-workspace-env::locked-loop ((core/map::get lock) (quote :locked))) 0) []))) (let ((deps-term {:locked locked :requirements requirements :store ((core/map::get ((core/map::get request) (quote :paths))) (quote :store-root))}) (profile-policy ((core/map::get profile-values) (quote :policy))) (profile-registry ((core/map::get profile-values) (quote :registry))) (profile-toolchain ((core/map::get profile-values) (quote :toolchain)))) (let ((members-body (selfhost/pkg-workspace-env::term-bytes members-term)) (deps-body (selfhost/pkg-workspace-env::term-bytes deps-term)) (effective-policy ((selfhost/pkg-workspace-env::choose profile-policy) ((core/map::get defaults) (quote :policy)))) (effective-registry ((selfhost/pkg-workspace-env::choose profile-registry) ((core/map::get defaults) (quote :registry)))) (effective-toolchain ((selfhost/pkg-workspace-env::choose profile-toolchain) ((core/map::get defaults) (quote :toolchain)))) (caps-policy ((selfhost/pkg-workspace-env::choose ((core/map::get profile-values) (quote :caps-policy))) "caps.toml"))) {:code nil :message nil :ok true :value {:active ((core/map::get selected) (quote :active)) :backend-required (if ((core/eq? (selfhost/effect-crypto::ascii-lower ((core/map::get request) (quote :profile)))) "backend") true ((core/eq? ((core/map::get selected) (quote :selected))) "backend")) :caps-policy-raw caps-policy :deps-body deps-body :deps-h (selfhost/pkg-workspace-env::digest deps-body) :effective-policy effective-policy :effective-registry effective-registry :effective-toolchain effective-toolchain :lock-h (selfhost/pkg-workspace-env::digest ((core/map::get request) (quote :lock-bytes))) :members-body members-body :members-h (selfhost/pkg-workspace-env::digest members-body) :profile ((core/map::get request) (quote :profile)) :profile-policy profile-policy :profile-registry profile-registry :profile-toolchain profile-toolchain :selected ((core/map::get selected) (quote :selected)) :source ((core/map::get selected) (quote :source)) :workspace-h (selfhost/pkg-workspace-env::digest ((core/map::get request) (quote :workspace-bytes)))}}))) {:code "core/pkg/bad-workspace-env" :message "locked dependency object is missing" :ok false :value nil})) {:code "core/pkg/bad-workspace-env-selection" :message "workspace runtime backend is incompatible with active runtime backend profile" :ok false :value nil})) {:code "core/pkg/bad-workspace-env-selection" :message ((core/map::get selection) (quote :message)) :ok false :value nil})))) (def selfhost/pkg-workspace-env::file-observation-valid? (fn (observation) (if ((selfhost/pkg-lock-read::exact-map? observation) [:bytes :h :path]) (let ((bytes ((core/map::get observation) (quote :bytes))) (h ((core/map::get observation) (quote :h))) (path ((core/map::get observation) (quote :path)))) (if (selfhost/pkg-workspace-env::byte-body? bytes) (if (selfhost/pkg-workspace-env::hex64? h) (if (selfhost/pkg-workspace-env::bounded-path? path) ((core/eq? (selfhost/pkg-workspace-env::digest bytes)) h) false) false) false)) false))) (def selfhost/pkg-workspace-env::backend-observation-valid? (fn (required) (fn (observation) (if required (if ((selfhost/pkg-lock-read::exact-map? observation) [:bridge-cmd :bridge-ready :bridge-sha256 :effective-caps-bytes :effective-caps-h]) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get observation) (quote :bridge-cmd))) (if (selfhost/pkg-workspace-env::hex64? ((core/map::get observation) (quote :bridge-sha256))) (if ((core/map::get observation) (quote :bridge-ready)) (let ((bytes ((core/map::get observation) (quote :effective-caps-bytes))) (h ((core/map::get observation) (quote :effective-caps-h)))) (if (selfhost/pkg-workspace-env::byte-body? bytes) (if (selfhost/pkg-workspace-env::hex64? h) ((core/eq? (selfhost/pkg-workspace-env::digest bytes)) h) false) false)) false) false) false) false) (core/list::is-nil? observation))))) (def selfhost/pkg-workspace-env::wasi-observation-valid? (fn (remote) (fn (observation) (if ((selfhost/pkg-lock-read::exact-map? observation) [:remote-root :root]) (let ((root ((core/map::get observation) (quote :root))) (remote-root ((core/map::get observation) (quote :remote-root)))) (if (selfhost/pkg-workspace-env::bounded-path? root) (if (if (core/list::is-nil? remote) false (if ((selfhost/pkg-lock-read::starts-with? remote) "http://") true ((selfhost/pkg-lock-read::starts-with? remote) "https://"))) (selfhost/pkg-workspace-env::bounded-path? remote-root) (core/list::is-nil? remote-root)) false)) false)))) (def selfhost/pkg-workspace-env::observations-valid? (fn (plan) (fn (observations) (if ((selfhost/pkg-lock-read::exact-map? observations) [:backend :caps-policy :toolchain :wasi]) (if (selfhost/pkg-workspace-env::file-observation-valid? ((core/map::get observations) (quote :caps-policy))) (let ((toolchain ((core/map::get observations) (quote :toolchain))) (effective-toolchain ((core/map::get plan) (quote :effective-toolchain)))) (if (if (core/list::is-nil? effective-toolchain) (core/list::is-nil? toolchain) (selfhost/pkg-workspace-env::file-observation-valid? toolchain)) (if ((selfhost/pkg-workspace-env::backend-observation-valid? ((core/map::get plan) (quote :backend-required))) ((core/map::get observations) (quote :backend))) ((selfhost/pkg-workspace-env::wasi-observation-valid? ((core/map::get plan) (quote :effective-registry))) ((core/map::get observations) (quote :wasi))) false) false)) false) false)))) (def selfhost/pkg-workspace-env::append-env-file (fn (files) (fn (path) (fn (body) ((core/vec::push files) (((selfhost/pkg-workspace-env::file (quote :env)) path) body))))))] :module-h b"x@:&\xC4\x02\xB7#\xAAe*\x8B\x91\xBA\x1E\xC8\xC2\xBC\x1A\xCD\xDF4I\xCB'4\xB3\xD99\xF9\xDA\xB4" :path "selfhost/pkg_workspace_env_core_v1.gc" :source "; Pure workspace environment projection and materialization-plan construction.\n\n(def selfhost/pkg-workspace-env::none (quote :none))\n\n(def selfhost/pkg-workspace-env::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/pkg-workspace-env::bytes?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bytes))))\n\n(def selfhost/pkg-workspace-env::optional\n (fn (value) (if (core/list::is-nil? value) selfhost/pkg-workspace-env::none value)))\n\n(def selfhost/pkg-workspace-env::choose\n (fn (primary) (fn (fallback) (if (core/list::is-nil? primary) fallback primary))))\n\n(def selfhost/pkg-workspace-env::digest\n (fn (bytes) (core/bytes::to-hex (core/crypto::blake3 bytes))))\n\n(def selfhost/pkg-workspace-env::term-bytes\n (fn (term)\n (core/str::to-utf8 ((core/str::concat (core/coreform::print-term term)) \"\\n\"))))\n\n(def selfhost/pkg-workspace-env::file\n (fn (scope)\n (fn (path)\n (fn (body)\n {:body body :h (selfhost/pkg-workspace-env::digest body) :path path :scope scope}))))\n\n(def selfhost/pkg-workspace-env::bounded-path?\n (fn (value) ((selfhost/pkg-scaffold::bounded-str? value) 16384)))\n\n(def selfhost/pkg-workspace-env::optional-path?\n (fn (value)\n (if (core/list::is-nil? value)\n true\n (selfhost/pkg-workspace-env::bounded-path? value))))\n\n(def selfhost/pkg-workspace-env::optional-str?\n (fn (value)\n (if (core/list::is-nil? value)\n true\n ((selfhost/pkg-scaffold::bounded-str? value) 16384))))\n\n(def selfhost/pkg-workspace-env::hex64?\n (fn (value) (selfhost/pkg-lock-ops::lower-hex64? value)))\n\n(def selfhost/pkg-workspace-env::byte-body?\n (fn (value)\n (if (selfhost/pkg-workspace-env::bytes? value)\n (if ((core/int::lt? 16777216) (core/bytes::len value)) false true)\n false)))\n\n(def selfhost/pkg-workspace-env::member-valid?\n (fn (member)\n (if\n ((selfhost/pkg-lock-read::exact-map? member)\n [:name :package-file :package-h :path :role])\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get member) (quote :name))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get member) (quote :path))) 16384)\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get member) (quote :role)))\n (let\n ((package-file ((core/map::get member) (quote :package-file)))\n (package-h ((core/map::get member) (quote :package-h))))\n (if (core/list::is-nil? package-file)\n (core/list::is-nil? package-h)\n (if (selfhost/pkg-workspace-env::bounded-path? package-file)\n (selfhost/pkg-workspace-env::hex64? package-h)\n false)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-env::members-valid-loop?\n (fn (members)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len members))\n true\n (if (selfhost/pkg-workspace-env::member-valid? ((core/vec::get members) index))\n ((selfhost/pkg-workspace-env::members-valid-loop? members) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-workspace-env::members-valid?\n (fn (members)\n (if (selfhost/pkg-lock-read::vec? members)\n (if ((core/int::lt? 4096) (core/vec::len members))\n false\n ((selfhost/pkg-workspace-env::members-valid-loop? members) 0))\n false)))\n\n(def selfhost/pkg-workspace-env::requirement-valid?\n (fn (requirement)\n (if\n ((selfhost/pkg-lock-read::exact-map? requirement)\n [:name :registry :selector :strategy :tag-policy :update-policy])\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :name))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :selector))) 16384)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :strategy))) 64)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :update-policy))) 64)\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get requirement) (quote :registry)))\n (selfhost/pkg-workspace-env::optional-str? ((core/map::get requirement) (quote :tag-policy)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-env::requirements-valid-loop?\n (fn (requirements)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len requirements))\n true\n (if (selfhost/pkg-workspace-env::requirement-valid? ((core/vec::get requirements) index))\n ((selfhost/pkg-workspace-env::requirements-valid-loop? requirements)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-workspace-env::locked-valid?\n (fn (locked)\n (if\n ((selfhost/pkg-lock-read::exact-map? locked)\n [\n :commit\n :commit-path\n :commit-present\n :environment-fingerprint\n :exports-h\n :name\n :registry\n :resolved-ref\n :snapshot\n :snapshot-path\n :snapshot-present\n :source-selector])\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :name))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :snapshot))) 16384)\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get locked) (quote :snapshot-path)))\n (if (selfhost/pkg-workspace-env::bool? ((core/map::get locked) (quote :snapshot-present)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :commit)))\n (if (selfhost/pkg-workspace-env::optional-path? ((core/map::get locked) (quote :commit-path)))\n (if (selfhost/pkg-workspace-env::bool? ((core/map::get locked) (quote :commit-present)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :registry)))\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :source-selector))) 16384)\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :resolved-ref)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :exports-h)))\n (selfhost/pkg-workspace-env::optional-str?\n ((core/map::get locked) (quote :environment-fingerprint)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-env::locked-valid-loop?\n (fn (locked)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len locked))\n true\n (if (selfhost/pkg-workspace-env::locked-valid? ((core/vec::get locked) index))\n ((selfhost/pkg-workspace-env::locked-valid-loop? locked) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-workspace-env::lock-valid?\n (fn (lock)\n (if ((selfhost/pkg-lock-read::exact-map? lock) [:locked :requirements])\n (let\n ((requirements ((core/map::get lock) (quote :requirements)))\n (locked ((core/map::get lock) (quote :locked))))\n (if (selfhost/pkg-lock-read::vec? requirements)\n (if (selfhost/pkg-lock-read::vec? locked)\n (if ((core/int::lt? 4096) (core/vec::len requirements))\n false\n (if ((core/int::lt? 4096) (core/vec::len locked))\n false\n (if ((selfhost/pkg-workspace-env::requirements-valid-loop? requirements) 0)\n ((selfhost/pkg-workspace-env::locked-valid-loop? locked) 0)\n false)))\n false)\n false))\n false)))\n\n(def selfhost/pkg-workspace-env::request-valid?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [\n :active\n :default-backend\n :defaults\n :generated-by\n :kind\n :lock\n :lock-bytes\n :members\n :out-root-prefix\n :override\n :path-separator\n :paths\n :profile\n :profile-backend\n :profile-values\n :v\n :workspace\n :workspace-bytes])\n (let\n ((defaults ((core/map::get request) (quote :defaults)))\n (profile-values ((core/map::get request) (quote :profile-values)))\n (paths ((core/map::get request) (quote :paths))))\n (if ((selfhost/pkg-lock-read::exact-map? defaults) [:policy :registry :toolchain])\n (if\n ((selfhost/pkg-lock-read::exact-map? profile-values)\n [:caps-policy :policy :registry :toolchain])\n (if\n ((selfhost/pkg-lock-read::exact-map? paths)\n [\n :lock-file\n :store-root\n :wasi-http-dir\n :wasi-https-dir\n :wasi-root\n :wasi-runtime-file\n :workspace-file])\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active))) 64)\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :default-backend)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :override)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :profile-backend)))\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :profile))) 256)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :generated-by))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :out-root-prefix))) 16384)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :path-separator))) 4)\n (if (selfhost/pkg-workspace-env::byte-body? ((core/map::get request) (quote :workspace-bytes)))\n (if (selfhost/pkg-workspace-env::byte-body? ((core/map::get request) (quote :lock-bytes)))\n (if (selfhost/pkg-workspace-env::members-valid? ((core/map::get request) (quote :members)))\n (if (selfhost/pkg-workspace-env::lock-valid? ((core/map::get request) (quote :lock)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :policy)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :registry)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :toolchain)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :caps-policy)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :policy)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :registry)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :toolchain)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :workspace-file)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :lock-file)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :store-root)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-root)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-http-dir)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-https-dir)))\n (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-runtime-file)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-workspace-env::member-term\n (fn (member)\n {\n :name ((core/map::get member) (quote :name))\n :package-file (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :package-file)))\n :package-h (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :package-h)))\n :path ((core/map::get member) (quote :path))\n :role (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :role)))}))\n\n(def selfhost/pkg-workspace-env::members-loop\n (fn (members)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len members))\n out\n (((selfhost/pkg-workspace-env::members-loop members) ((core/int::add index) 1))\n ((core/vec::push out)\n (selfhost/pkg-workspace-env::member-term ((core/vec::get members) index)))))))))\n\n(def selfhost/pkg-workspace-env::requirement-term\n (fn (requirement)\n {\n :name ((core/map::get requirement) (quote :name))\n :registry (selfhost/pkg-workspace-env::optional ((core/map::get requirement) (quote :registry)))\n :selector ((core/map::get requirement) (quote :selector))\n :strategy ((core/map::get requirement) (quote :strategy))\n :tag-policy (selfhost/pkg-workspace-env::optional ((core/map::get requirement) (quote :tag-policy)))\n :update-policy ((core/map::get requirement) (quote :update-policy))}))\n\n(def selfhost/pkg-workspace-env::requirements-loop\n (fn (requirements)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len requirements))\n out\n (((selfhost/pkg-workspace-env::requirements-loop requirements) ((core/int::add index) 1))\n ((core/vec::push out)\n (selfhost/pkg-workspace-env::requirement-term ((core/vec::get requirements) index)))))))))\n\n(def selfhost/pkg-workspace-env::locked-term\n (fn (locked)\n {\n :commit (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :commit)))\n :environment-fingerprint\n (selfhost/pkg-workspace-env::optional\n ((core/map::get locked) (quote :environment-fingerprint)))\n :exports-h (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :exports-h)))\n :name ((core/map::get locked) (quote :name))\n :registry (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :registry)))\n :resolved-ref (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :resolved-ref)))\n :snapshot ((core/map::get locked) (quote :snapshot))\n :source-selector ((core/map::get locked) (quote :source-selector))}))\n\n(def selfhost/pkg-workspace-env::locked-loop\n (fn (locked)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len locked))\n out\n (((selfhost/pkg-workspace-env::locked-loop locked) ((core/int::add index) 1))\n ((core/vec::push out)\n (selfhost/pkg-workspace-env::locked-term ((core/vec::get locked) index)))))))))\n\n(def selfhost/pkg-workspace-env::locked-present-loop?\n (fn (locked)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len locked))\n true\n (let ((entry ((core/vec::get locked) index)))\n (if ((core/map::get entry) (quote :snapshot-present))\n (if ((core/map::get entry) (quote :commit-present))\n ((selfhost/pkg-workspace-env::locked-present-loop? locked) ((core/int::add index) 1))\n false)\n false))))))\n\n(def selfhost/pkg-workspace-env::selection-request\n (fn (request)\n {\n :active ((core/map::get request) (quote :active))\n :default ((core/map::get request) (quote :default-backend))\n :kind selfhost/pkg-workspace-env-select::request-kind\n :override ((core/map::get request) (quote :override))\n :profile ((core/map::get request) (quote :profile))\n :profile-backend ((core/map::get request) (quote :profile-backend))\n :v 1}))\n\n(def selfhost/pkg-workspace-env::make-plan\n (fn (request)\n (let ((selection (core/pkg::workspace-env-select-authority\n (selfhost/pkg-workspace-env::selection-request request))))\n (if ((core/map::get selection) (quote :ok))\n (let ((selected ((core/map::get selection) (quote :value))))\n (if ((core/map::get selected) (quote :compatible))\n (let\n ((profile-values ((core/map::get request) (quote :profile-values)))\n (defaults ((core/map::get request) (quote :defaults)))\n (lock ((core/map::get request) (quote :lock))))\n (if\n ((selfhost/pkg-workspace-env::locked-present-loop?\n ((core/map::get lock) (quote :locked))) 0)\n (let\n ((members-term\n (((selfhost/pkg-workspace-env::members-loop\n ((core/map::get request) (quote :members))) 0) []))\n (requirements\n (((selfhost/pkg-workspace-env::requirements-loop\n ((core/map::get lock) (quote :requirements))) 0) []))\n (locked\n (((selfhost/pkg-workspace-env::locked-loop\n ((core/map::get lock) (quote :locked))) 0) [])))\n (let\n ((deps-term\n {\n :locked locked\n :requirements requirements\n :store\n ((core/map::get ((core/map::get request) (quote :paths)))\n (quote :store-root))})\n (profile-policy\n ((core/map::get profile-values) (quote :policy)))\n (profile-registry\n ((core/map::get profile-values) (quote :registry)))\n (profile-toolchain\n ((core/map::get profile-values) (quote :toolchain))))\n (let\n ((members-body (selfhost/pkg-workspace-env::term-bytes members-term))\n (deps-body (selfhost/pkg-workspace-env::term-bytes deps-term))\n (effective-policy\n ((selfhost/pkg-workspace-env::choose profile-policy)\n ((core/map::get defaults) (quote :policy))))\n (effective-registry\n ((selfhost/pkg-workspace-env::choose profile-registry)\n ((core/map::get defaults) (quote :registry))))\n (effective-toolchain\n ((selfhost/pkg-workspace-env::choose profile-toolchain)\n ((core/map::get defaults) (quote :toolchain))))\n (caps-policy\n ((selfhost/pkg-workspace-env::choose\n ((core/map::get profile-values) (quote :caps-policy)))\n \"caps.toml\")))\n {\n :code nil\n :message nil\n :ok true\n :value {\n :active ((core/map::get selected) (quote :active))\n :backend-required\n (if\n ((core/eq?\n (selfhost/effect-crypto::ascii-lower\n ((core/map::get request) (quote :profile)))) \"backend\")\n true\n ((core/eq? ((core/map::get selected) (quote :selected))) \"backend\"))\n :caps-policy-raw caps-policy\n :deps-body deps-body\n :deps-h (selfhost/pkg-workspace-env::digest deps-body)\n :effective-policy effective-policy\n :effective-registry effective-registry\n :effective-toolchain effective-toolchain\n :lock-h\n (selfhost/pkg-workspace-env::digest\n ((core/map::get request) (quote :lock-bytes)))\n :members-body members-body\n :members-h (selfhost/pkg-workspace-env::digest members-body)\n :profile ((core/map::get request) (quote :profile))\n :profile-policy profile-policy\n :profile-registry profile-registry\n :profile-toolchain profile-toolchain\n :selected ((core/map::get selected) (quote :selected))\n :source ((core/map::get selected) (quote :source))\n :workspace-h\n (selfhost/pkg-workspace-env::digest\n ((core/map::get request) (quote :workspace-bytes)))}})))\n {:code \"core/pkg/bad-workspace-env\" :message \"locked dependency object is missing\"\n :ok false :value nil}))\n {:code \"core/pkg/bad-workspace-env-selection\"\n :message \"workspace runtime backend is incompatible with active runtime backend profile\"\n :ok false :value nil}))\n {:code \"core/pkg/bad-workspace-env-selection\"\n :message ((core/map::get selection) (quote :message)) :ok false :value nil}))))\n\n(def selfhost/pkg-workspace-env::file-observation-valid?\n (fn (observation)\n (if ((selfhost/pkg-lock-read::exact-map? observation) [:bytes :h :path])\n (let\n ((bytes ((core/map::get observation) (quote :bytes)))\n (h ((core/map::get observation) (quote :h)))\n (path ((core/map::get observation) (quote :path))))\n (if (selfhost/pkg-workspace-env::byte-body? bytes)\n (if (selfhost/pkg-workspace-env::hex64? h)\n (if (selfhost/pkg-workspace-env::bounded-path? path)\n ((core/eq? (selfhost/pkg-workspace-env::digest bytes)) h)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-workspace-env::backend-observation-valid?\n (fn (required)\n (fn (observation)\n (if required\n (if\n ((selfhost/pkg-lock-read::exact-map? observation)\n [:bridge-cmd :bridge-ready :bridge-sha256 :effective-caps-bytes :effective-caps-h])\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get observation) (quote :bridge-cmd)))\n (if (selfhost/pkg-workspace-env::hex64? ((core/map::get observation) (quote :bridge-sha256)))\n (if ((core/map::get observation) (quote :bridge-ready))\n (let\n ((bytes ((core/map::get observation) (quote :effective-caps-bytes)))\n (h ((core/map::get observation) (quote :effective-caps-h))))\n (if (selfhost/pkg-workspace-env::byte-body? bytes)\n (if (selfhost/pkg-workspace-env::hex64? h)\n ((core/eq? (selfhost/pkg-workspace-env::digest bytes)) h)\n false)\n false))\n false)\n false)\n false)\n false)\n (core/list::is-nil? observation)))))\n\n(def selfhost/pkg-workspace-env::wasi-observation-valid?\n (fn (remote)\n (fn (observation)\n (if ((selfhost/pkg-lock-read::exact-map? observation) [:remote-root :root])\n (let\n ((root ((core/map::get observation) (quote :root)))\n (remote-root ((core/map::get observation) (quote :remote-root))))\n (if (selfhost/pkg-workspace-env::bounded-path? root)\n (if\n (if (core/list::is-nil? remote)\n false\n (if ((selfhost/pkg-lock-read::starts-with? remote) \"http://\")\n true\n ((selfhost/pkg-lock-read::starts-with? remote) \"https://\")))\n (selfhost/pkg-workspace-env::bounded-path? remote-root)\n (core/list::is-nil? remote-root))\n false))\n false))))\n\n(def selfhost/pkg-workspace-env::observations-valid?\n (fn (plan)\n (fn (observations)\n (if\n ((selfhost/pkg-lock-read::exact-map? observations)\n [:backend :caps-policy :toolchain :wasi])\n (if\n (selfhost/pkg-workspace-env::file-observation-valid?\n ((core/map::get observations) (quote :caps-policy)))\n (let\n ((toolchain ((core/map::get observations) (quote :toolchain)))\n (effective-toolchain ((core/map::get plan) (quote :effective-toolchain))))\n (if\n (if (core/list::is-nil? effective-toolchain)\n (core/list::is-nil? toolchain)\n (selfhost/pkg-workspace-env::file-observation-valid? toolchain))\n (if\n ((selfhost/pkg-workspace-env::backend-observation-valid?\n ((core/map::get plan) (quote :backend-required)))\n ((core/map::get observations) (quote :backend)))\n ((selfhost/pkg-workspace-env::wasi-observation-valid?\n ((core/map::get plan) (quote :effective-registry)))\n ((core/map::get observations) (quote :wasi)))\n false)\n false))\n false)\n false))))\n\n(def selfhost/pkg-workspace-env::append-env-file\n (fn (files)\n (fn (path)\n (fn (body)\n ((core/vec::push files) (((selfhost/pkg-workspace-env::file (quote :env)) path) body))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x99\xA3\xA4i\xCF\xD4l\x813 \xFD\xB6\xC80g]=\nv\xCF\xE4>16\x8BO\x14\x03<#\x97\x04" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 43 :stage2-wasm-h b"\xF5\xFC\xB1\xC3$\xBA\xF2\xFC8#\xB8\xCCVL\x06\xC3\x16}w\xAB\xD3\x1AJ\xBA`\x9F\xE7\"\x8F\xF3r\xAA"} {:forms [(def selfhost/pkg-workspace-env::make-final (fn (plan-request) (fn (plan) (fn (observations) (let ((caps ((core/map::get observations) (quote :caps-policy))) (toolchain ((core/map::get observations) (quote :toolchain))) (backend ((core/map::get observations) (quote :backend))) (wasi ((core/map::get observations) (quote :wasi))) (paths ((core/map::get plan-request) (quote :paths)))) (let ((toolchain-h (if (core/list::is-nil? toolchain) selfhost/pkg-workspace-env::none ((core/map::get toolchain) (quote :h)))) (remote ((core/map::get plan) (quote :effective-registry))) (remote-root ((core/map::get wasi) (quote :remote-root))) (wasi-root ((core/map::get wasi) (quote :root)))) (let ((env-term {:active-runtime-backend-profile ((core/map::get plan) (quote :active)) :backend-bridge-sha256 (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :bridge-sha256)) selfhost/pkg-workspace-env::none) :backend-effective-caps-h (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :effective-caps-h)) selfhost/pkg-workspace-env::none) :caps-policy ((core/map::get caps) (quote :path)) :caps-policy-h ((core/map::get caps) (quote :h)) :deps-h ((core/map::get plan) (quote :deps-h)) :effective-policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :effective-policy))) :lock-h ((core/map::get plan) (quote :lock-h)) :members-h ((core/map::get plan) (quote :members-h)) :policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-policy))) :profile ((core/map::get plan) (quote :profile)) :registry (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-registry))) :runtime-backend-compatible true :runtime-backend-profile ((core/map::get plan) (quote :selected)) :toolchain (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-toolchain))) :toolchain-h toolchain-h :toolchain-path (if (core/list::is-nil? toolchain) selfhost/pkg-workspace-env::none ((core/map::get toolchain) (quote :path))) :type (quote :gcpm/env) :v 2 :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote) :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root) :wasi-http-bridge-root wasi-root :workspace ((core/map::get plan-request) (quote :workspace)) :workspace-h ((core/map::get plan) (quote :workspace-h))})) (let ((env-body (selfhost/pkg-workspace-env::term-bytes env-term))) (let ((env-h (selfhost/pkg-workspace-env::digest env-body)) (separator ((core/map::get plan-request) (quote :path-separator)))) (let ((env-root ((core/str::concat ((core/map::get plan-request) (quote :out-root-prefix))) env-h))) (let ((profile-term {:active-runtime-backend-profile ((core/map::get plan) (quote :active)) :caps-policy ((core/map::get caps) (quote :path)) :policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :effective-policy))) :profile ((core/map::get plan) (quote :profile)) :registry (selfhost/pkg-workspace-env::optional remote) :runtime-backend-compatible true :runtime-backend-profile ((core/map::get plan) (quote :selected)) :toolchain (if (core/list::is-nil? toolchain) selfhost/pkg-workspace-env::none ((core/map::get toolchain) (quote :path))) :type (quote :gcpm/profile) :v 1 :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote) :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root) :wasi-http-bridge-root wasi-root :workspace ((core/map::get plan-request) (quote :workspace))}) (wasi-term {:profile ((core/map::get plan) (quote :profile)) :remote (selfhost/pkg-workspace-env::optional remote) :remote-root (selfhost/pkg-workspace-env::optional remote-root) :root wasi-root :runtime-backend-profile ((core/map::get plan) (quote :selected)) :type (quote :gcpm/wasi-http-bridge-runtime) :v 1})) (let ((profile-body (selfhost/pkg-workspace-env::term-bytes profile-term)) (wasi-body (selfhost/pkg-workspace-env::term-bytes wasi-term))) (let ((profile-h (selfhost/pkg-workspace-env::digest profile-body)) (provenance-body (selfhost/pkg-workspace-env::term-bytes {:env-h env-h :generated-by ((core/map::get plan-request) (quote :generated-by)) :lock-file ((core/map::get paths) (quote :lock-file)) :type (quote :gcpm/env-provenance) :v 1 :workspace-file ((core/map::get paths) (quote :workspace-file))}))) (let ((files0 []) (effective-path (if ((core/map::get plan) (quote :backend-required)) ((core/str::concat ((core/str::concat env-root) separator)) "caps-policy.backend.effective.toml") selfhost/pkg-workspace-env::none))) (let ((files1 (((selfhost/pkg-workspace-env::append-env-file files0) "env.gcenv") env-body))) (let ((files2 (((selfhost/pkg-workspace-env::append-env-file files1) "members.gc") ((core/map::get plan) (quote :members-body))))) (let ((files3 (((selfhost/pkg-workspace-env::append-env-file files2) "deps.gc") ((core/map::get plan) (quote :deps-body))))) (let ((files4 (((selfhost/pkg-workspace-env::append-env-file files3) "workspace.toml") ((core/map::get plan-request) (quote :workspace-bytes))))) (let ((files5 (((selfhost/pkg-workspace-env::append-env-file files4) "genesis.lock") ((core/map::get plan-request) (quote :lock-bytes))))) (let ((files6 (((selfhost/pkg-workspace-env::append-env-file files5) "caps-policy.toml") ((core/map::get caps) (quote :bytes))))) (let ((files7 (if ((core/map::get plan) (quote :backend-required)) (((selfhost/pkg-workspace-env::append-env-file files6) "caps-policy.backend.effective.toml") ((core/map::get backend) (quote :effective-caps-bytes))) files6))) (let ((files8 (if (core/list::is-nil? toolchain) files7 (((selfhost/pkg-workspace-env::append-env-file files7) "toolchain.gc") ((core/map::get toolchain) (quote :bytes)))))) (let ((files9 (((selfhost/pkg-workspace-env::append-env-file files8) "profile.gc") profile-body))) (let ((files10 (((selfhost/pkg-workspace-env::append-env-file files9) "provenance.gc") provenance-body))) (let ((files11 (((selfhost/pkg-workspace-env::append-env-file files10) "wasi-http-bridge.gc") wasi-body))) (let ((files ((core/vec::push files11) (((selfhost/pkg-workspace-env::file (quote :external)) ((core/map::get paths) (quote :wasi-runtime-file))) wasi-body))) (mkdirs0 ((core/vec::push ((core/vec::push []) ((core/map::get paths) (quote :wasi-http-dir)))) ((core/map::get paths) (quote :wasi-https-dir)))) (public {:active-runtime-backend-profile ((core/map::get plan) (quote :active)) :backend-bridge-cmd (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :bridge-cmd)) selfhost/pkg-workspace-env::none) :backend-bridge-ready (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :bridge-ready)) false) :backend-bridge-sha256 (if ((core/map::get plan) (quote :backend-required)) ((core/str::concat "sha256:") ((core/map::get backend) (quote :bridge-sha256))) selfhost/pkg-workspace-env::none) :caps-policy ((core/map::get caps) (quote :path)) :caps-policy-effective effective-path :caps-policy-effective-h (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :effective-caps-h)) selfhost/pkg-workspace-env::none) :caps-policy-h ((core/map::get caps) (quote :h)) :env-h env-h :env-root env-root :ok true :profile ((core/map::get plan) (quote :profile)) :profile-h profile-h :runtime-backend-compatible true :runtime-backend-profile ((core/map::get plan) (quote :selected)) :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote) :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root) :wasi-http-bridge-root wasi-root})) {:env-h env-h :env-root env-root :files files :mkdirs (if (core/list::is-nil? remote-root) mkdirs0 ((core/vec::push mkdirs0) remote-root)) :profile-h profile-h :public public}))))))))))))))))))))))))))] :module-h b"2\xE5\xCB\x14r|x\xD9\xCD\xFDl\x8B\x1B\xF0\x1B\xE8\xCFp\xEEV\x06\x99_\x0EI\x9C1\xBC\x94\xAB\xB5z" :path "selfhost/pkg_workspace_env_finalize_v1.gc" :source "; Finalize request-bound workspace observations into canonical environment artifacts.\n\n(def selfhost/pkg-workspace-env::make-final\n (fn (plan-request)\n (fn (plan)\n (fn (observations)\n (let\n ((caps ((core/map::get observations) (quote :caps-policy)))\n (toolchain ((core/map::get observations) (quote :toolchain)))\n (backend ((core/map::get observations) (quote :backend)))\n (wasi ((core/map::get observations) (quote :wasi)))\n (paths ((core/map::get plan-request) (quote :paths))))\n (let\n ((toolchain-h\n (if (core/list::is-nil? toolchain)\n selfhost/pkg-workspace-env::none\n ((core/map::get toolchain) (quote :h))))\n (remote ((core/map::get plan) (quote :effective-registry)))\n (remote-root ((core/map::get wasi) (quote :remote-root)))\n (wasi-root ((core/map::get wasi) (quote :root))))\n (let\n ((env-term\n {\n :active-runtime-backend-profile ((core/map::get plan) (quote :active))\n :backend-bridge-sha256\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :bridge-sha256))\n selfhost/pkg-workspace-env::none)\n :backend-effective-caps-h\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :effective-caps-h))\n selfhost/pkg-workspace-env::none)\n :caps-policy ((core/map::get caps) (quote :path))\n :caps-policy-h ((core/map::get caps) (quote :h))\n :deps-h ((core/map::get plan) (quote :deps-h))\n :effective-policy\n (selfhost/pkg-workspace-env::optional\n ((core/map::get plan) (quote :effective-policy)))\n :lock-h ((core/map::get plan) (quote :lock-h))\n :members-h ((core/map::get plan) (quote :members-h))\n :policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-policy)))\n :profile ((core/map::get plan) (quote :profile))\n :registry (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-registry)))\n :runtime-backend-compatible true\n :runtime-backend-profile ((core/map::get plan) (quote :selected))\n :toolchain (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-toolchain)))\n :toolchain-h toolchain-h\n :toolchain-path\n (if (core/list::is-nil? toolchain)\n selfhost/pkg-workspace-env::none\n ((core/map::get toolchain) (quote :path)))\n :type (quote :gcpm/env)\n :v 2\n :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote)\n :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root)\n :wasi-http-bridge-root wasi-root\n :workspace ((core/map::get plan-request) (quote :workspace))\n :workspace-h ((core/map::get plan) (quote :workspace-h))}))\n (let ((env-body (selfhost/pkg-workspace-env::term-bytes env-term)))\n (let\n ((env-h (selfhost/pkg-workspace-env::digest env-body))\n (separator ((core/map::get plan-request) (quote :path-separator))))\n (let\n ((env-root\n ((core/str::concat\n ((core/map::get plan-request) (quote :out-root-prefix))) env-h)))\n (let\n ((profile-term\n {\n :active-runtime-backend-profile ((core/map::get plan) (quote :active))\n :caps-policy ((core/map::get caps) (quote :path))\n :policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :effective-policy)))\n :profile ((core/map::get plan) (quote :profile))\n :registry (selfhost/pkg-workspace-env::optional remote)\n :runtime-backend-compatible true\n :runtime-backend-profile ((core/map::get plan) (quote :selected))\n :toolchain\n (if (core/list::is-nil? toolchain)\n selfhost/pkg-workspace-env::none\n ((core/map::get toolchain) (quote :path)))\n :type (quote :gcpm/profile)\n :v 1\n :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote)\n :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root)\n :wasi-http-bridge-root wasi-root\n :workspace ((core/map::get plan-request) (quote :workspace))})\n (wasi-term\n {\n :profile ((core/map::get plan) (quote :profile))\n :remote (selfhost/pkg-workspace-env::optional remote)\n :remote-root (selfhost/pkg-workspace-env::optional remote-root)\n :root wasi-root\n :runtime-backend-profile ((core/map::get plan) (quote :selected))\n :type (quote :gcpm/wasi-http-bridge-runtime)\n :v 1}))\n (let\n ((profile-body (selfhost/pkg-workspace-env::term-bytes profile-term))\n (wasi-body (selfhost/pkg-workspace-env::term-bytes wasi-term)))\n (let\n ((profile-h (selfhost/pkg-workspace-env::digest profile-body))\n (provenance-body\n (selfhost/pkg-workspace-env::term-bytes\n {\n :env-h env-h\n :generated-by ((core/map::get plan-request) (quote :generated-by))\n :lock-file ((core/map::get paths) (quote :lock-file))\n :type (quote :gcpm/env-provenance)\n :v 1\n :workspace-file ((core/map::get paths) (quote :workspace-file))})))\n (let\n ((files0 [])\n (effective-path\n (if ((core/map::get plan) (quote :backend-required))\n ((core/str::concat ((core/str::concat env-root) separator))\n \"caps-policy.backend.effective.toml\")\n selfhost/pkg-workspace-env::none)))\n (let\n ((files1 (((selfhost/pkg-workspace-env::append-env-file files0) \"env.gcenv\") env-body)))\n (let\n ((files2\n (((selfhost/pkg-workspace-env::append-env-file files1) \"members.gc\")\n ((core/map::get plan) (quote :members-body)))))\n (let\n ((files3\n (((selfhost/pkg-workspace-env::append-env-file files2) \"deps.gc\")\n ((core/map::get plan) (quote :deps-body)))))\n (let\n ((files4\n (((selfhost/pkg-workspace-env::append-env-file files3) \"workspace.toml\")\n ((core/map::get plan-request) (quote :workspace-bytes)))))\n (let\n ((files5\n (((selfhost/pkg-workspace-env::append-env-file files4) \"genesis.lock\")\n ((core/map::get plan-request) (quote :lock-bytes)))))\n (let\n ((files6\n (((selfhost/pkg-workspace-env::append-env-file files5) \"caps-policy.toml\")\n ((core/map::get caps) (quote :bytes)))))\n (let\n ((files7\n (if ((core/map::get plan) (quote :backend-required))\n (((selfhost/pkg-workspace-env::append-env-file files6)\n \"caps-policy.backend.effective.toml\")\n ((core/map::get backend) (quote :effective-caps-bytes)))\n files6)))\n (let\n ((files8\n (if (core/list::is-nil? toolchain)\n files7\n (((selfhost/pkg-workspace-env::append-env-file files7) \"toolchain.gc\")\n ((core/map::get toolchain) (quote :bytes))))))\n (let\n ((files9\n (((selfhost/pkg-workspace-env::append-env-file files8) \"profile.gc\")\n profile-body)))\n (let\n ((files10\n (((selfhost/pkg-workspace-env::append-env-file files9) \"provenance.gc\")\n provenance-body)))\n (let\n ((files11\n (((selfhost/pkg-workspace-env::append-env-file files10)\n \"wasi-http-bridge.gc\") wasi-body)))\n (let\n ((files\n ((core/vec::push files11)\n (((selfhost/pkg-workspace-env::file (quote :external))\n ((core/map::get paths) (quote :wasi-runtime-file)))\n wasi-body)))\n (mkdirs0\n ((core/vec::push\n ((core/vec::push [])\n ((core/map::get paths) (quote :wasi-http-dir))))\n ((core/map::get paths) (quote :wasi-https-dir))))\n (public\n {\n :active-runtime-backend-profile ((core/map::get plan) (quote :active))\n :backend-bridge-cmd\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :bridge-cmd))\n selfhost/pkg-workspace-env::none)\n :backend-bridge-ready\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :bridge-ready)) false)\n :backend-bridge-sha256\n (if ((core/map::get plan) (quote :backend-required))\n ((core/str::concat \"sha256:\")\n ((core/map::get backend) (quote :bridge-sha256)))\n selfhost/pkg-workspace-env::none)\n :caps-policy ((core/map::get caps) (quote :path))\n :caps-policy-effective effective-path\n :caps-policy-effective-h\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :effective-caps-h))\n selfhost/pkg-workspace-env::none)\n :caps-policy-h ((core/map::get caps) (quote :h))\n :env-h env-h\n :env-root env-root\n :ok true\n :profile ((core/map::get plan) (quote :profile))\n :profile-h profile-h\n :runtime-backend-compatible true\n :runtime-backend-profile ((core/map::get plan) (quote :selected))\n :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote)\n :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root)\n :wasi-http-bridge-root wasi-root}))\n {\n :env-h env-h\n :env-root env-root\n :files files\n :mkdirs\n (if (core/list::is-nil? remote-root)\n mkdirs0\n ((core/vec::push mkdirs0) remote-root))\n :profile-h profile-h\n :public public}))))))))))))))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"2\xE5\xCB\x14r|x\xD9\xCD\xFDl\x8B\x1B\xF0\x1B\xE8\xCFp\xEEV\x06\x99_\x0EI\x9C1\xBC\x94\xAB\xB5z" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-workspace-env-authority::plan-kind "genesis/pkg-workspace-env-plan-authority-request-v0.1") (def selfhost/pkg-workspace-env-authority::finalize-kind "genesis/pkg-workspace-env-finalize-authority-request-v0.1") (def selfhost/pkg-workspace-env-authority::result-kind "genesis/pkg-workspace-env-authority-result-v0.1") (def selfhost/pkg-workspace-env-authority::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-env-authority::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-env-authority::reject-code (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-workspace-env-authority::result request-h) false) code) message) nil))))) (def selfhost/pkg-workspace-env-authority::reject (fn (request-h) (fn (message) (((selfhost/pkg-workspace-env-authority::reject-code request-h) "core/pkg/bad-workspace-env") message)))) (def selfhost/pkg-workspace-env-authority::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-env-authority::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-env-authority::plan (fn (request-h) (fn (request) (if (selfhost/pkg-workspace-env::request-valid? request) (let ((outcome (selfhost/pkg-workspace-env::make-plan request))) (if ((core/map::get outcome) (quote :ok)) (let ((plan ((core/map::get outcome) (quote :value)))) ((selfhost/pkg-workspace-env-authority::accept request-h) {:plan plan :plan-h (selfhost/hash::hash-term plan)})) (((selfhost/pkg-workspace-env-authority::reject-code request-h) ((core/map::get outcome) (quote :code))) ((core/map::get outcome) (quote :message))))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment plan request values are invalid"))))) (def selfhost/pkg-workspace-env-authority::finalize-valid? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :observations :plan :plan-h :plan-request :v]) (if (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :plan))) (if (selfhost/pkg-workspace-env::hex64? ((core/map::get request) (quote :plan-h))) (if (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :plan-request))) (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :observations))) false) false) false) false))) (def selfhost/pkg-workspace-env-authority::finalize (fn (request-h) (fn (request) (if (selfhost/pkg-workspace-env-authority::finalize-valid? request) (let ((plan ((core/map::get request) (quote :plan))) (plan-h ((core/map::get request) (quote :plan-h))) (plan-request ((core/map::get request) (quote :plan-request))) (observations ((core/map::get request) (quote :observations)))) (if ((core/eq? (selfhost/hash::hash-term plan)) plan-h) (if (selfhost/pkg-workspace-env::request-valid? plan-request) (if ((core/eq? ((core/map::get plan-request) (quote :kind))) selfhost/pkg-workspace-env-authority::plan-kind) (let ((recomputed (selfhost/pkg-workspace-env::make-plan plan-request))) (if ((core/map::get recomputed) (quote :ok)) (if ((core/eq? (selfhost/hash::hash-term ((core/map::get recomputed) (quote :value)))) plan-h) (if ((selfhost/pkg-workspace-env::observations-valid? plan) observations) ((selfhost/pkg-workspace-env-authority::accept request-h) (((selfhost/pkg-workspace-env::make-final plan-request) plan) observations)) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment observations are invalid or contradictory")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment plan substitution detected")) (((selfhost/pkg-workspace-env-authority::reject-code request-h) ((core/map::get recomputed) (quote :code))) ((core/map::get recomputed) (quote :message))))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment embedded plan kind mismatch")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment embedded plan request is invalid")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment plan hash mismatch"))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment finalize request fields are invalid"))))) (def core/pkg::workspace-env-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v)))) (if (selfhost/pkg-lock-read::str? kind) (if (selfhost/pkg-lock-read::int? version) (if ((core/int::eq? version) 1) (if ((core/eq? kind) selfhost/pkg-workspace-env-authority::plan-kind) ((selfhost/pkg-workspace-env-authority::plan request-h) request) (if ((core/eq? kind) selfhost/pkg-workspace-env-authority::finalize-kind) ((selfhost/pkg-workspace-env-authority::finalize request-h) request) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request kind mismatch"))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request version mismatch")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request version must be integer")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request kind must be string"))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request must be map")))))] :module-h b"\x94t\xCBT\xE2v\xE9\xB0s\xE1\x1D \x1E\x01\x8B\x00\xB5\x12\xCE\xAA\xD8P\xF8D\xC3\xAD\xEB}\rZ\x84\x97" :path "selfhost/pkg_workspace_env_authority_v1.gc" :source "; Request-bound two-phase authority for gcpm environment projection and materialization.\n\n(def selfhost/pkg-workspace-env-authority::plan-kind\n \"genesis/pkg-workspace-env-plan-authority-request-v0.1\")\n(def selfhost/pkg-workspace-env-authority::finalize-kind\n \"genesis/pkg-workspace-env-finalize-authority-request-v0.1\")\n(def selfhost/pkg-workspace-env-authority::result-kind\n \"genesis/pkg-workspace-env-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-env-authority::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-env-authority::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-env-authority::reject-code\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-workspace-env-authority::result request-h) false) code) message) nil)))))\n\n(def selfhost/pkg-workspace-env-authority::reject\n (fn (request-h)\n (fn (message)\n (((selfhost/pkg-workspace-env-authority::reject-code request-h)\n \"core/pkg/bad-workspace-env\") message))))\n\n(def selfhost/pkg-workspace-env-authority::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-env-authority::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-env-authority::plan\n (fn (request-h)\n (fn (request)\n (if (selfhost/pkg-workspace-env::request-valid? request)\n (let ((outcome (selfhost/pkg-workspace-env::make-plan request)))\n (if ((core/map::get outcome) (quote :ok))\n (let ((plan ((core/map::get outcome) (quote :value))))\n ((selfhost/pkg-workspace-env-authority::accept request-h)\n {:plan plan :plan-h (selfhost/hash::hash-term plan)}))\n (((selfhost/pkg-workspace-env-authority::reject-code request-h)\n ((core/map::get outcome) (quote :code)))\n ((core/map::get outcome) (quote :message)))))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment plan request values are invalid\")))))\n\n(def selfhost/pkg-workspace-env-authority::finalize-valid?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:kind :observations :plan :plan-h :plan-request :v])\n (if (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :plan)))\n (if (selfhost/pkg-workspace-env::hex64? ((core/map::get request) (quote :plan-h)))\n (if (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :plan-request)))\n (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :observations)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-env-authority::finalize\n (fn (request-h)\n (fn (request)\n (if (selfhost/pkg-workspace-env-authority::finalize-valid? request)\n (let\n ((plan ((core/map::get request) (quote :plan)))\n (plan-h ((core/map::get request) (quote :plan-h)))\n (plan-request ((core/map::get request) (quote :plan-request)))\n (observations ((core/map::get request) (quote :observations))))\n (if ((core/eq? (selfhost/hash::hash-term plan)) plan-h)\n (if (selfhost/pkg-workspace-env::request-valid? plan-request)\n (if\n ((core/eq? ((core/map::get plan-request) (quote :kind)))\n selfhost/pkg-workspace-env-authority::plan-kind)\n (let ((recomputed (selfhost/pkg-workspace-env::make-plan plan-request)))\n (if ((core/map::get recomputed) (quote :ok))\n (if\n ((core/eq?\n (selfhost/hash::hash-term\n ((core/map::get recomputed) (quote :value)))) plan-h)\n (if\n ((selfhost/pkg-workspace-env::observations-valid? plan) observations)\n ((selfhost/pkg-workspace-env-authority::accept request-h)\n (((selfhost/pkg-workspace-env::make-final plan-request) plan) observations))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment observations are invalid or contradictory\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment plan substitution detected\"))\n (((selfhost/pkg-workspace-env-authority::reject-code request-h)\n ((core/map::get recomputed) (quote :code)))\n ((core/map::get recomputed) (quote :message)))))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment embedded plan kind mismatch\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment embedded plan request is invalid\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment plan hash mismatch\")))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment finalize request fields are invalid\")))))\n\n(def core/pkg::workspace-env-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v))))\n (if (selfhost/pkg-lock-read::str? kind)\n (if (selfhost/pkg-lock-read::int? version)\n (if ((core/int::eq? version) 1)\n (if ((core/eq? kind) selfhost/pkg-workspace-env-authority::plan-kind)\n ((selfhost/pkg-workspace-env-authority::plan request-h) request)\n (if ((core/eq? kind) selfhost/pkg-workspace-env-authority::finalize-kind)\n ((selfhost/pkg-workspace-env-authority::finalize request-h) request)\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request kind mismatch\")))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request version mismatch\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request version must be integer\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request kind must be string\")))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x94t\xCBT\xE2v\xE9\xB0s\xE1\x1D \x1E\x01\x8B\x00\xB5\x12\xCE\xAA\xD8P\xF8D\xC3\xAD\xEB}\rZ\x84\x97" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/pkg-workspace-task::optional-bounded-str? (fn (value) (fn (limit) (if (core/list::is-nil? value) true ((selfhost/pkg-scaffold::bounded-str? value) limit))))) (def selfhost/pkg-workspace-task::string-vector-loop? (fn (values) (fn (index) (fn (limit) (if ((core/int::eq? index) (core/vec::len values)) true (if ((selfhost/pkg-scaffold::bounded-str? ((core/vec::get values) index)) limit) (((selfhost/pkg-workspace-task::string-vector-loop? values) ((core/int::add index) 1)) limit) false)))))) (def selfhost/pkg-workspace-task::string-vector? (fn (value) (fn (count-limit) (fn (string-limit) (if (selfhost/pkg-lock-read::vec? value) (if ((core/int::lt? count-limit) (core/vec::len value)) false (((selfhost/pkg-workspace-task::string-vector-loop? value) 0) string-limit)) false))))) (def selfhost/pkg-workspace-task::task? (fn (task) (if ((selfhost/pkg-lock-read::exact-map? task) [:args :cmd :file :name :pkg]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get task) (quote :name))) 256) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get task) (quote :cmd))) 64) (if ((selfhost/pkg-workspace-task::optional-bounded-str? ((core/map::get task) (quote :file))) 4096) (if ((selfhost/pkg-workspace-task::optional-bounded-str? ((core/map::get task) (quote :pkg))) 4096) (((selfhost/pkg-workspace-task::string-vector? ((core/map::get task) (quote :args))) 64) 4096) false) false) false) false) false))) (def selfhost/pkg-workspace-task::tasks-loop? (fn (tasks) (fn (index) (fn (seen) (if ((core/int::eq? index) (core/vec::len tasks)) true (let ((task ((core/vec::get tasks) index))) (if (selfhost/pkg-workspace-task::task? task) (let ((name ((core/map::get task) (quote :name)))) (if (core/list::is-nil? ((core/map::get seen) name)) (((selfhost/pkg-workspace-task::tasks-loop? tasks) ((core/int::add index) 1)) (((core/map::put seen) name) true)) false)) false))))))) (def selfhost/pkg-workspace-task::tasks? (fn (tasks) (if (selfhost/pkg-lock-read::vec? tasks) (if ((core/int::lt? 256) (core/vec::len tasks)) false (((selfhost/pkg-workspace-task::tasks-loop? tasks) 0) {})) false))) (def selfhost/pkg-workspace-task::engine-inventory? (fn (engines) (if (((selfhost/pkg-workspace-task::string-vector? engines) 2) 16) (if ((core/int::lt? 0) (core/vec::len engines)) true false) false))) (def selfhost/pkg-workspace-task::member-loop? (fn (values) (fn (value) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) false (if ((core/eq? ((core/vec::get values) index)) value) true (((selfhost/pkg-workspace-task::member-loop? values) value) ((core/int::add index) 1)))))))) (def selfhost/pkg-workspace-task::member? (fn (values) (fn (value) (((selfhost/pkg-workspace-task::member-loop? values) value) 0)))) (def selfhost/pkg-workspace-task::find-loop (fn (tasks) (fn (name) (fn (index) (if ((core/int::eq? index) (core/vec::len tasks)) nil (let ((task ((core/vec::get tasks) index))) (if ((core/eq? ((core/map::get task) (quote :name))) name) task (((selfhost/pkg-workspace-task::find-loop tasks) name) ((core/int::add index) 1))))))))) (def selfhost/pkg-workspace-task::find (fn (tasks) (fn (name) (((selfhost/pkg-workspace-task::find-loop tasks) name) 0)))) (def selfhost/pkg-workspace-task::normalize-action (fn (raw) (let ((cmd (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)))) (if ((core/eq? cmd) "test") "test" (if ((core/eq? cmd) "pack") "pack" (if ((core/eq? cmd) "build") "pack" (if ((core/eq? cmd) "typecheck") "typecheck" (if ((core/eq? cmd) "lint") "typecheck" (if ((core/eq? cmd) "run") "run" (if ((core/eq? cmd) "bench") "run" (if ((core/eq? cmd) "contract") "contract" (if ((core/eq? cmd) "eval") "eval" (if ((core/eq? cmd) "fmt") "fmt" (if ((core/eq? cmd) "optimize") "optimize" nil)))))))))))))) (def selfhost/pkg-workspace-task::empty-action (fn (action) (fn (task) {:action action :caps nil :check false :contract-h nil :emit-wasm nil :engine nil :file nil :log nil :out nil :pkg nil :stage1-gate false :stage1-pipeline false :stage2-gate false :task task}))) (def selfhost/pkg-workspace-task::put (fn (state) (fn (key) (fn (value) (((core/map::put state) key) value))))) (def selfhost/pkg-workspace-task::reject (fn (message) {:message message :ok false :value nil})) (def selfhost/pkg-workspace-task::accept (fn (value) {:message nil :ok true :value value})) (def selfhost/pkg-workspace-task::action-allows-caps? (fn (action) (if ((core/eq? action) "test") true (if ((core/eq? action) "run") true ((core/eq? action) "contract"))))) (def selfhost/pkg-workspace-task::action-allows-engine? (fn (action) (if ((core/eq? action) "run") true (if ((core/eq? action) "contract") true (if ((core/eq? action) "eval") true (if ((core/eq? action) "fmt") true ((core/eq? action) "optimize"))))))) (def selfhost/pkg-workspace-task::has-value? (fn (args) (fn (index) ((core/int::lt? ((core/int::add index) 1)) (core/vec::len args))))) (def selfhost/pkg-workspace-task::path-value? (fn (value) (selfhost/pkg-scaffold::nonempty-str? value))) (def selfhost/pkg-workspace-task::normalize-engine (fn (raw) (fn (engines) (let ((engine (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)))) (if ((selfhost/pkg-workspace-task::member? engines) engine) engine nil))))) (def selfhost/pkg-workspace-task::finish-args (fn (action) (fn (state) (if ((core/eq? action) "contract") (if (core/list::is-nil? ((core/map::get state) (quote :contract-h))) (selfhost/pkg-workspace-task::reject "contract task requires --contract-h ") (selfhost/pkg-workspace-task::accept state)) (selfhost/pkg-workspace-task::accept state))))) (def selfhost/pkg-workspace-task::parse-args (fn (action) (fn (args) (fn (engines) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len args)) ((selfhost/pkg-workspace-task::finish-args action) state) (let ((arg ((core/vec::get args) index))) (if ((core/eq? arg) "--caps") (if (selfhost/pkg-workspace-task::action-allows-caps? action) (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((value ((core/vec::get args) ((core/int::add index) 1)))) (if (selfhost/pkg-workspace-task::path-value? value) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :caps)) value)) (selfhost/pkg-workspace-task::reject "--caps requires a non-empty path"))) (selfhost/pkg-workspace-task::reject "--caps requires a value")) (selfhost/pkg-workspace-task::reject "--caps is unsupported for this task action")) (if ((core/eq? arg) "--log") (if (if ((core/eq? action) "run") true ((core/eq? action) "contract")) (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((value ((core/vec::get args) ((core/int::add index) 1)))) (if (selfhost/pkg-workspace-task::path-value? value) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :log)) value)) (selfhost/pkg-workspace-task::reject "--log requires a non-empty path"))) (selfhost/pkg-workspace-task::reject "--log requires a value")) (selfhost/pkg-workspace-task::reject "--log is unsupported for this task action")) (if ((core/eq? arg) "--engine") (if (selfhost/pkg-workspace-task::action-allows-engine? action) (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((engine ((selfhost/pkg-workspace-task::normalize-engine ((core/vec::get args) ((core/int::add index) 1))) engines))) (if (core/list::is-nil? engine) (selfhost/pkg-workspace-task::reject "--engine is unavailable in the active executable") (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :engine)) engine)))) (selfhost/pkg-workspace-task::reject "--engine requires a value")) (selfhost/pkg-workspace-task::reject "--engine is unsupported for this task action")) (if (if ((core/eq? arg) "--contract-h") true ((core/eq? arg) "--contract-hash")) (if ((core/eq? action) "contract") (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((hash (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim ((core/vec::get args) ((core/int::add index) 1)))))) (if (selfhost/pkg-resolution-plan::hash64? hash) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :contract-h)) hash)) (selfhost/pkg-workspace-task::reject "--contract-h requires exactly 64 ASCII hexadecimal characters"))) (selfhost/pkg-workspace-task::reject "--contract-h requires a value")) (selfhost/pkg-workspace-task::reject "--contract-h is unsupported for this task action")) (if ((core/eq? arg) "--stage1-pipeline") (if ((core/eq? action) "eval") (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 1)) (((selfhost/pkg-workspace-task::put state) (quote :stage1-pipeline)) true)) (selfhost/pkg-workspace-task::reject "--stage1-pipeline is unsupported for this task action")) (if ((core/eq? arg) "--stage1-gate") (if (if ((core/eq? action) "eval") true ((core/eq? action) "optimize")) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 1)) (((selfhost/pkg-workspace-task::put state) (quote :stage1-gate)) true)) (selfhost/pkg-workspace-task::reject "--stage1-gate is unsupported for this task action")) (if ((core/eq? arg) "--stage2-gate") (if (if ((core/eq? action) "eval") true ((core/eq? action) "optimize")) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 1)) (((selfhost/pkg-workspace-task::put state) (quote :stage2-gate)) true)) (selfhost/pkg-workspace-task::reject "--stage2-gate is unsupported for this task action")) (if ((core/eq? arg) "--check") (if ((core/eq? action) "fmt") (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 1)) (((selfhost/pkg-workspace-task::put state) (quote :check)) true)) (selfhost/pkg-workspace-task::reject "--check is unsupported for this task action")) (if ((core/eq? arg) "--out") (if ((core/eq? action) "optimize") (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((value ((core/vec::get args) ((core/int::add index) 1)))) (if (selfhost/pkg-workspace-task::path-value? value) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :out)) value)) (selfhost/pkg-workspace-task::reject "--out requires a non-empty path"))) (selfhost/pkg-workspace-task::reject "--out requires a value")) (selfhost/pkg-workspace-task::reject "--out is unsupported for this task action")) (if ((core/eq? arg) "--emit-wasm") (if ((core/eq? action) "optimize") (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((value ((core/vec::get args) ((core/int::add index) 1)))) (if (selfhost/pkg-workspace-task::path-value? value) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :emit-wasm)) value)) (selfhost/pkg-workspace-task::reject "--emit-wasm requires a non-empty path"))) (selfhost/pkg-workspace-task::reject "--emit-wasm requires a value")) (selfhost/pkg-workspace-task::reject "--emit-wasm is unsupported for this task action")) (selfhost/pkg-workspace-task::reject ((core/str::concat "unsupported workspace task argument: ") arg)))))))))))))))))))) (def selfhost/pkg-workspace-task::selected-path (fn (primary) (fn (fallback) (fn (default) (if (core/list::is-nil? primary) (if (core/list::is-nil? fallback) default fallback) primary))))) (def selfhost/pkg-workspace-task::resolve-task (fn (task) (fn (engines) (let ((action (selfhost/pkg-workspace-task::normalize-action ((core/map::get task) (quote :cmd)))) (task-name ((core/map::get task) (quote :name)))) (if (core/list::is-nil? action) (selfhost/pkg-workspace-task::reject "unsupported workspace task command") (let ((state ((selfhost/pkg-workspace-task::empty-action action) task-name))) (if (if ((core/eq? action) "test") true (if ((core/eq? action) "pack") true ((core/eq? action) "typecheck"))) (let ((path (((selfhost/pkg-workspace-task::selected-path ((core/map::get task) (quote :pkg))) ((core/map::get task) (quote :file))) "package.toml"))) (if (selfhost/pkg-workspace-task::path-value? path) (((((selfhost/pkg-workspace-task::parse-args action) ((core/map::get task) (quote :args))) engines) 0) (((selfhost/pkg-workspace-task::put state) (quote :pkg)) path)) (selfhost/pkg-workspace-task::reject "workspace package task requires a non-empty package path"))) (let ((path (((selfhost/pkg-workspace-task::selected-path ((core/map::get task) (quote :file))) ((core/map::get task) (quote :pkg))) nil))) (if (selfhost/pkg-workspace-task::path-value? path) (((((selfhost/pkg-workspace-task::parse-args action) ((core/map::get task) (quote :args))) engines) 0) (((selfhost/pkg-workspace-task::put state) (quote :file)) path)) (selfhost/pkg-workspace-task::reject "workspace execution task requires a non-empty file path")))))))))) (def selfhost/pkg-workspace-task::resolve (fn (tasks) (fn (task-name) (fn (engines) (if (selfhost/pkg-workspace-task::tasks? tasks) (if (selfhost/pkg-workspace-task::engine-inventory? engines) (let ((task ((selfhost/pkg-workspace-task::find tasks) task-name))) (if (core/list::is-nil? task) (selfhost/pkg-workspace-task::reject "workspace task was not found") ((selfhost/pkg-workspace-task::resolve-task task) engines))) (selfhost/pkg-workspace-task::reject "engine inventory is invalid")) (selfhost/pkg-workspace-task::reject "workspace task inventory is invalid"))))))] :module-h b"\x9Bs\x16.\xA3O\xA0e\xDA\xB9|\xC4\xC3\xC0\xFAm\x1A\x9BYj\x1Ao\xE4N\xB2\x15\xE9\xB8'J\x02\x1A" :path "selfhost/pkg_workspace_task_core_v1.gc" :source "; Closed workspace-task grammar and action construction.\n\n(def selfhost/pkg-workspace-task::optional-bounded-str?\n (fn (value)\n (fn (limit)\n (if (core/list::is-nil? value)\n true\n (((selfhost/pkg-scaffold::bounded-str? value) limit))))))\n\n(def selfhost/pkg-workspace-task::string-vector-loop?\n (fn (values)\n (fn (index)\n (fn (limit)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/vec::get values) index)) limit))\n (((selfhost/pkg-workspace-task::string-vector-loop? values)\n ((core/int::add index) 1)) limit)\n false))))))\n\n(def selfhost/pkg-workspace-task::string-vector?\n (fn (value)\n (fn (count-limit)\n (fn (string-limit)\n (if (selfhost/pkg-lock-read::vec? value)\n (if ((core/int::lt? count-limit) (core/vec::len value))\n false\n (((selfhost/pkg-workspace-task::string-vector-loop? value) 0)\n string-limit))\n false)))))\n\n(def selfhost/pkg-workspace-task::task?\n (fn (task)\n (if\n ((selfhost/pkg-lock-read::exact-map? task) [:args :cmd :file :name :pkg])\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get task) (quote :name))) 256))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get task) (quote :cmd))) 64))\n (if\n ((selfhost/pkg-workspace-task::optional-bounded-str?\n ((core/map::get task) (quote :file))) 4096)\n (if\n ((selfhost/pkg-workspace-task::optional-bounded-str?\n ((core/map::get task) (quote :pkg))) 4096)\n (((selfhost/pkg-workspace-task::string-vector?\n ((core/map::get task) (quote :args))) 64) 4096)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-task::tasks-loop?\n (fn (tasks)\n (fn (index)\n (fn (seen)\n (if ((core/int::eq? index) (core/vec::len tasks))\n true\n (let ((task ((core/vec::get tasks) index)))\n (if (selfhost/pkg-workspace-task::task? task)\n (let ((name ((core/map::get task) (quote :name))))\n (if (core/list::is-nil? ((core/map::get seen) name))\n (((selfhost/pkg-workspace-task::tasks-loop? tasks)\n ((core/int::add index) 1))\n (((core/map::put seen) name) true))\n false))\n false)))))))\n\n(def selfhost/pkg-workspace-task::tasks?\n (fn (tasks)\n (if (selfhost/pkg-lock-read::vec? tasks)\n (if ((core/int::lt? 256) (core/vec::len tasks))\n false\n (((selfhost/pkg-workspace-task::tasks-loop? tasks) 0) {}))\n false)))\n\n(def selfhost/pkg-workspace-task::engine-inventory?\n (fn (engines)\n (if (((selfhost/pkg-workspace-task::string-vector? engines) 2) 16)\n (if ((core/int::lt? 0) (core/vec::len engines))\n true\n false)\n false)))\n\n(def selfhost/pkg-workspace-task::member-loop?\n (fn (values)\n (fn (value)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n false\n (if ((core/eq? ((core/vec::get values) index)) value)\n true\n (((selfhost/pkg-workspace-task::member-loop? values) value)\n ((core/int::add index) 1))))))))\n\n(def selfhost/pkg-workspace-task::member?\n (fn (values)\n (fn (value)\n (((selfhost/pkg-workspace-task::member-loop? values) value) 0))))\n\n(def selfhost/pkg-workspace-task::find-loop\n (fn (tasks)\n (fn (name)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len tasks))\n nil\n (let ((task ((core/vec::get tasks) index)))\n (if ((core/eq? ((core/map::get task) (quote :name))) name)\n task\n (((selfhost/pkg-workspace-task::find-loop tasks) name)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-workspace-task::find\n (fn (tasks)\n (fn (name)\n (((selfhost/pkg-workspace-task::find-loop tasks) name) 0))))\n\n(def selfhost/pkg-workspace-task::normalize-action\n (fn (raw)\n (let\n ((cmd\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))))\n (if ((core/eq? cmd) \"test\")\n \"test\"\n (if ((core/eq? cmd) \"pack\")\n \"pack\"\n (if ((core/eq? cmd) \"build\")\n \"pack\"\n (if ((core/eq? cmd) \"typecheck\")\n \"typecheck\"\n (if ((core/eq? cmd) \"lint\")\n \"typecheck\"\n (if ((core/eq? cmd) \"run\")\n \"run\"\n (if ((core/eq? cmd) \"bench\")\n \"run\"\n (if ((core/eq? cmd) \"contract\")\n \"contract\"\n (if ((core/eq? cmd) \"eval\")\n \"eval\"\n (if ((core/eq? cmd) \"fmt\")\n \"fmt\"\n (if ((core/eq? cmd) \"optimize\") \"optimize\" nil))))))))))))))\n\n(def selfhost/pkg-workspace-task::empty-action\n (fn (action)\n (fn (task)\n {\n :action action\n :caps nil\n :check false\n :contract-h nil\n :emit-wasm nil\n :engine nil\n :file nil\n :log nil\n :out nil\n :pkg nil\n :stage1-gate false\n :stage1-pipeline false\n :stage2-gate false\n :task task})))\n\n(def selfhost/pkg-workspace-task::put\n (fn (state)\n (fn (key)\n (fn (value) (((core/map::put state) key) value)))))\n\n(def selfhost/pkg-workspace-task::reject\n (fn (message) {:message message :ok false :value nil}))\n\n(def selfhost/pkg-workspace-task::accept\n (fn (value) {:message nil :ok true :value value}))\n\n(def selfhost/pkg-workspace-task::action-allows-caps?\n (fn (action)\n (if ((core/eq? action) \"test\")\n true\n (if ((core/eq? action) \"run\") true ((core/eq? action) \"contract\")))))\n\n(def selfhost/pkg-workspace-task::action-allows-engine?\n (fn (action)\n (if ((core/eq? action) \"run\")\n true\n (if ((core/eq? action) \"contract\")\n true\n (if ((core/eq? action) \"eval\")\n true\n (if ((core/eq? action) \"fmt\") true ((core/eq? action) \"optimize\")))))))\n\n(def selfhost/pkg-workspace-task::has-value?\n (fn (args)\n (fn (index) ((core/int::lt? ((core/int::add index) 1)) (core/vec::len args)))))\n\n(def selfhost/pkg-workspace-task::path-value?\n (fn (value) (selfhost/pkg-scaffold::nonempty-str? value)))\n\n(def selfhost/pkg-workspace-task::normalize-engine\n (fn (raw)\n (fn (engines)\n (let\n ((engine\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))))\n (if ((selfhost/pkg-workspace-task::member? engines) engine) engine nil)))))\n\n(def selfhost/pkg-workspace-task::finish-args\n (fn (action)\n (fn (state)\n (if ((core/eq? action) \"contract\")\n (if (core/list::is-nil? ((core/map::get state) (quote :contract-h)))\n (selfhost/pkg-workspace-task::reject\n \"contract task requires --contract-h \")\n (selfhost/pkg-workspace-task::accept state))\n (selfhost/pkg-workspace-task::accept state)))))\n\n(def selfhost/pkg-workspace-task::parse-args\n (fn (action)\n (fn (args)\n (fn (engines)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len args))\n ((selfhost/pkg-workspace-task::finish-args action) state)\n (let ((arg ((core/vec::get args) index)))\n (if ((core/eq? arg) \"--caps\")\n (if (selfhost/pkg-workspace-task::action-allows-caps? action)\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let ((value ((core/vec::get args) ((core/int::add index) 1))))\n (if (selfhost/pkg-workspace-task::path-value? value)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :caps)) value))\n (selfhost/pkg-workspace-task::reject \"--caps requires a non-empty path\")))\n (selfhost/pkg-workspace-task::reject \"--caps requires a value\"))\n (selfhost/pkg-workspace-task::reject \"--caps is unsupported for this task action\"))\n (if ((core/eq? arg) \"--log\")\n (if\n (if ((core/eq? action) \"run\") true ((core/eq? action) \"contract\"))\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let ((value ((core/vec::get args) ((core/int::add index) 1))))\n (if (selfhost/pkg-workspace-task::path-value? value)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :log)) value))\n (selfhost/pkg-workspace-task::reject \"--log requires a non-empty path\")))\n (selfhost/pkg-workspace-task::reject \"--log requires a value\"))\n (selfhost/pkg-workspace-task::reject \"--log is unsupported for this task action\"))\n (if ((core/eq? arg) \"--engine\")\n (if (selfhost/pkg-workspace-task::action-allows-engine? action)\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let\n ((engine\n ((selfhost/pkg-workspace-task::normalize-engine\n ((core/vec::get args) ((core/int::add index) 1))) engines)))\n (if (core/list::is-nil? engine)\n (selfhost/pkg-workspace-task::reject\n \"--engine is unavailable in the active executable\")\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :engine)) engine))))\n (selfhost/pkg-workspace-task::reject \"--engine requires a value\"))\n (selfhost/pkg-workspace-task::reject \"--engine is unsupported for this task action\"))\n (if\n (if ((core/eq? arg) \"--contract-h\")\n true\n ((core/eq? arg) \"--contract-hash\"))\n (if ((core/eq? action) \"contract\")\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let\n ((hash\n (selfhost/effect-crypto::ascii-lower\n (selfhost/policy::trim\n ((core/vec::get args) ((core/int::add index) 1))))))\n (if (selfhost/pkg-resolution-plan::hash64? hash)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :contract-h)) hash))\n (selfhost/pkg-workspace-task::reject\n \"--contract-h requires exactly 64 ASCII hexadecimal characters\")))\n (selfhost/pkg-workspace-task::reject \"--contract-h requires a value\"))\n (selfhost/pkg-workspace-task::reject\n \"--contract-h is unsupported for this task action\"))\n (if ((core/eq? arg) \"--stage1-pipeline\")\n (if ((core/eq? action) \"eval\")\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 1))\n (((selfhost/pkg-workspace-task::put state)\n (quote :stage1-pipeline)) true))\n (selfhost/pkg-workspace-task::reject\n \"--stage1-pipeline is unsupported for this task action\"))\n (if ((core/eq? arg) \"--stage1-gate\")\n (if\n (if ((core/eq? action) \"eval\")\n true\n ((core/eq? action) \"optimize\"))\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 1))\n (((selfhost/pkg-workspace-task::put state)\n (quote :stage1-gate)) true))\n (selfhost/pkg-workspace-task::reject\n \"--stage1-gate is unsupported for this task action\"))\n (if ((core/eq? arg) \"--stage2-gate\")\n (if\n (if ((core/eq? action) \"eval\")\n true\n ((core/eq? action) \"optimize\"))\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 1))\n (((selfhost/pkg-workspace-task::put state)\n (quote :stage2-gate)) true))\n (selfhost/pkg-workspace-task::reject\n \"--stage2-gate is unsupported for this task action\"))\n (if ((core/eq? arg) \"--check\")\n (if ((core/eq? action) \"fmt\")\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 1))\n (((selfhost/pkg-workspace-task::put state) (quote :check)) true))\n (selfhost/pkg-workspace-task::reject\n \"--check is unsupported for this task action\"))\n (if ((core/eq? arg) \"--out\")\n (if ((core/eq? action) \"optimize\")\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let ((value ((core/vec::get args) ((core/int::add index) 1))))\n (if (selfhost/pkg-workspace-task::path-value? value)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :out)) value))\n (selfhost/pkg-workspace-task::reject\n \"--out requires a non-empty path\")))\n (selfhost/pkg-workspace-task::reject \"--out requires a value\"))\n (selfhost/pkg-workspace-task::reject\n \"--out is unsupported for this task action\"))\n (if ((core/eq? arg) \"--emit-wasm\")\n (if ((core/eq? action) \"optimize\")\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let ((value ((core/vec::get args) ((core/int::add index) 1))))\n (if (selfhost/pkg-workspace-task::path-value? value)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state)\n (quote :emit-wasm)) value))\n (selfhost/pkg-workspace-task::reject\n \"--emit-wasm requires a non-empty path\")))\n (selfhost/pkg-workspace-task::reject\n \"--emit-wasm requires a value\"))\n (selfhost/pkg-workspace-task::reject\n \"--emit-wasm is unsupported for this task action\"))\n (selfhost/pkg-workspace-task::reject\n ((core/str::concat \"unsupported workspace task argument: \") arg))))))))))))))))))))\n\n(def selfhost/pkg-workspace-task::selected-path\n (fn (primary)\n (fn (fallback)\n (fn (default)\n (if (core/list::is-nil? primary)\n (if (core/list::is-nil? fallback) default fallback)\n primary)))))\n\n(def selfhost/pkg-workspace-task::resolve-task\n (fn (task)\n (fn (engines)\n (let\n ((action\n (selfhost/pkg-workspace-task::normalize-action\n ((core/map::get task) (quote :cmd))))\n (task-name ((core/map::get task) (quote :name))))\n (if (core/list::is-nil? action)\n (selfhost/pkg-workspace-task::reject \"unsupported workspace task command\")\n (let ((state ((selfhost/pkg-workspace-task::empty-action action) task-name)))\n (if\n (if ((core/eq? action) \"test\")\n true\n (if ((core/eq? action) \"pack\") true ((core/eq? action) \"typecheck\")))\n (let\n ((path\n (((selfhost/pkg-workspace-task::selected-path\n ((core/map::get task) (quote :pkg)))\n ((core/map::get task) (quote :file))) \"package.toml\")))\n (if (selfhost/pkg-workspace-task::path-value? path)\n (((((selfhost/pkg-workspace-task::parse-args action)\n ((core/map::get task) (quote :args))) engines) 0)\n (((selfhost/pkg-workspace-task::put state) (quote :pkg)) path))\n (selfhost/pkg-workspace-task::reject\n \"workspace package task requires a non-empty package path\")))\n (let\n ((path\n (((selfhost/pkg-workspace-task::selected-path\n ((core/map::get task) (quote :file)))\n ((core/map::get task) (quote :pkg))) nil)))\n (if (selfhost/pkg-workspace-task::path-value? path)\n (((((selfhost/pkg-workspace-task::parse-args action)\n ((core/map::get task) (quote :args))) engines) 0)\n (((selfhost/pkg-workspace-task::put state) (quote :file)) path))\n (selfhost/pkg-workspace-task::reject\n \"workspace execution task requires a non-empty file path\"))))))))))\n\n(def selfhost/pkg-workspace-task::resolve\n (fn (tasks)\n (fn (task-name)\n (fn (engines)\n (if (selfhost/pkg-workspace-task::tasks? tasks)\n (if (selfhost/pkg-workspace-task::engine-inventory? engines)\n (let ((task ((selfhost/pkg-workspace-task::find tasks) task-name)))\n (if (core/list::is-nil? task)\n (selfhost/pkg-workspace-task::reject \"workspace task was not found\")\n ((selfhost/pkg-workspace-task::resolve-task task) engines)))\n (selfhost/pkg-workspace-task::reject \"engine inventory is invalid\"))\n (selfhost/pkg-workspace-task::reject \"workspace task inventory is invalid\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x9Bs\x16.\xA3O\xA0e\xDA\xB9|\xC4\xC3\xC0\xFAm\x1A\x9BYj\x1Ao\xE4N\xB2\x15\xE9\xB8'J\x02\x1A" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-workspace-task-authority::request-kind "genesis/pkg-workspace-task-authority-request-v0.1") (def selfhost/pkg-workspace-task-authority::result-kind "genesis/pkg-workspace-task-authority-result-v0.1") (def selfhost/pkg-workspace-task-authority::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-task-authority::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-task-authority::reject-code (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-workspace-task-authority::result request-h) false) code) message) nil))))) (def selfhost/pkg-workspace-task-authority::reject (fn (request-h) (fn (message) (((selfhost/pkg-workspace-task-authority::reject-code request-h) "core/pkg/bad-workspace-task") message)))) (def selfhost/pkg-workspace-task-authority::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-task-authority::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-task-authority::selection-request (fn (request) {:active ((core/map::get request) (quote :active)) :default ((core/map::get request) (quote :default)) :kind selfhost/pkg-workspace-env-select::request-kind :override nil :profile ((core/map::get request) (quote :profile)) :profile-backend ((core/map::get request) (quote :profile-backend)) :v 1})) (def selfhost/pkg-workspace-task-authority::finish (fn (request-h) (fn (request) (let ((selection (core/pkg::workspace-env-select-authority (selfhost/pkg-workspace-task-authority::selection-request request)))) (if ((core/map::get selection) (quote :ok)) (let ((selected ((core/map::get selection) (quote :value)))) (if ((core/map::get selected) (quote :compatible)) (let ((resolved (((selfhost/pkg-workspace-task::resolve ((core/map::get request) (quote :tasks))) ((core/map::get request) (quote :task))) ((core/map::get request) (quote :engines))))) (if ((core/map::get resolved) (quote :ok)) ((selfhost/pkg-workspace-task-authority::accept request-h) {:action ((core/map::get resolved) (quote :value)) :active ((core/map::get selected) (quote :active)) :compatible true :selected ((core/map::get selected) (quote :selected)) :source ((core/map::get selected) (quote :source))}) ((selfhost/pkg-workspace-task-authority::reject request-h) ((core/map::get resolved) (quote :message))))) (((selfhost/pkg-workspace-task-authority::reject-code request-h) "core/pkg/bad-workspace-env-selection") "workspace runtime backend is incompatible with active runtime backend profile"))) (((selfhost/pkg-workspace-task-authority::reject-code request-h) "core/pkg/bad-workspace-env-selection") ((core/map::get selection) (quote :message)))))))) (def selfhost/pkg-workspace-task-authority::request-values-valid? (fn (request) (if (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :profile))) 256) ((core/eq? ((core/map::get request) (quote :profile))) "dev") false) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :task))) 256) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active))) 64) (if ((selfhost/pkg-workspace-task::optional-bounded-str? ((core/map::get request) (quote :default))) 64) (if ((selfhost/pkg-workspace-task::optional-bounded-str? ((core/map::get request) (quote :profile-backend))) 64) (if (selfhost/pkg-workspace-task::tasks? ((core/map::get request) (quote :tasks))) (selfhost/pkg-workspace-task::engine-inventory? ((core/map::get request) (quote :engines))) false) false) false) false) false) false))) (def core/pkg::workspace-task-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:active :default :engines :kind :profile :profile-backend :task :tasks :v]) (if (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-task-authority::request-kind) false) (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) false) (if (selfhost/pkg-workspace-task-authority::request-values-valid? request) ((selfhost/pkg-workspace-task-authority::finish request-h) request) ((selfhost/pkg-workspace-task-authority::reject request-h) "workspace task request values are invalid")) ((selfhost/pkg-workspace-task-authority::reject request-h) "workspace task request kind or version mismatch")) ((selfhost/pkg-workspace-task-authority::reject request-h) "workspace task request fields mismatch")) ((selfhost/pkg-workspace-task-authority::reject request-h) "workspace task request must be map")))))] :module-h b"\xCA\x12\x02JiZ\xE0\xEC\x00\xF4\x90\xFD\x1F\x16C\xA8\xB7n\xFB\x0ETs\rB\xF1\xF2\xD7\xB4\x1EY\x8D\x8D" :path "selfhost/pkg_workspace_task_authority_v1.gc" :source "; Composed runtime-backend admission and workspace-task authority for gcpm run.\n\n(def selfhost/pkg-workspace-task-authority::request-kind\n \"genesis/pkg-workspace-task-authority-request-v0.1\")\n(def selfhost/pkg-workspace-task-authority::result-kind\n \"genesis/pkg-workspace-task-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-task-authority::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-task-authority::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-task-authority::reject-code\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-workspace-task-authority::result request-h) false) code)\n message)\n nil)))))\n\n(def selfhost/pkg-workspace-task-authority::reject\n (fn (request-h)\n (fn (message)\n (((selfhost/pkg-workspace-task-authority::reject-code request-h)\n \"core/pkg/bad-workspace-task\") message))))\n\n(def selfhost/pkg-workspace-task-authority::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-task-authority::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-task-authority::selection-request\n (fn (request)\n {\n :active ((core/map::get request) (quote :active))\n :default ((core/map::get request) (quote :default))\n :kind selfhost/pkg-workspace-env-select::request-kind\n :override nil\n :profile ((core/map::get request) (quote :profile))\n :profile-backend ((core/map::get request) (quote :profile-backend))\n :v 1}))\n\n(def selfhost/pkg-workspace-task-authority::finish\n (fn (request-h)\n (fn (request)\n (let\n ((selection\n (core/pkg::workspace-env-select-authority\n (selfhost/pkg-workspace-task-authority::selection-request request))))\n (if ((core/map::get selection) (quote :ok))\n (let ((selected ((core/map::get selection) (quote :value))))\n (if ((core/map::get selected) (quote :compatible))\n (let\n ((resolved\n (((selfhost/pkg-workspace-task::resolve\n ((core/map::get request) (quote :tasks)))\n ((core/map::get request) (quote :task)))\n ((core/map::get request) (quote :engines)))))\n (if ((core/map::get resolved) (quote :ok))\n ((selfhost/pkg-workspace-task-authority::accept request-h)\n {\n :action ((core/map::get resolved) (quote :value))\n :active ((core/map::get selected) (quote :active))\n :compatible true\n :selected ((core/map::get selected) (quote :selected))\n :source ((core/map::get selected) (quote :source))})\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n ((core/map::get resolved) (quote :message)))))\n (((selfhost/pkg-workspace-task-authority::reject-code request-h)\n \"core/pkg/bad-workspace-env-selection\")\n \"workspace runtime backend is incompatible with active runtime backend profile\")))\n (((selfhost/pkg-workspace-task-authority::reject-code request-h)\n \"core/pkg/bad-workspace-env-selection\")\n ((core/map::get selection) (quote :message))))))))\n\n(def selfhost/pkg-workspace-task-authority::request-values-valid?\n (fn (request)\n (if\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :profile))) 256))\n ((core/eq? ((core/map::get request) (quote :profile))) \"dev\")\n false)\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :task))) 256))\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :active))) 64))\n (if\n ((selfhost/pkg-workspace-task::optional-bounded-str?\n ((core/map::get request) (quote :default))) 64)\n (if\n ((selfhost/pkg-workspace-task::optional-bounded-str?\n ((core/map::get request) (quote :profile-backend))) 64)\n (if\n (selfhost/pkg-workspace-task::tasks?\n ((core/map::get request) (quote :tasks)))\n (selfhost/pkg-workspace-task::engine-inventory?\n ((core/map::get request) (quote :engines)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def core/pkg::workspace-task-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:active :default :engines :kind :profile :profile-backend :task :tasks :v])\n (if\n (if\n (if\n (selfhost/pkg-lock-read::str?\n ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-workspace-task-authority::request-kind)\n false)\n (if\n (selfhost/pkg-lock-read::int?\n ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)\n (if (selfhost/pkg-workspace-task-authority::request-values-valid? request)\n ((selfhost/pkg-workspace-task-authority::finish request-h) request)\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n \"workspace task request values are invalid\"))\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n \"workspace task request kind or version mismatch\"))\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n \"workspace task request fields mismatch\"))\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n \"workspace task request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xCA\x12\x02JiZ\xE0\xEC\x00\xF4\x90\xFD\x1F\x16C\xA8\xB7n\xFB\x0ETs\rB\xF1\xF2\xD7\xB4\x1EY\x8D\x8D" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-semver-select::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/pkg-semver-select::int? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :int)))) (def selfhost/pkg-semver-select::candidate? (fn (candidate) (if (selfhost/pkg-resolution-id::map? candidate) (if ((selfhost/pkg-resolution-id::exact-map? candidate) [:commit :rank :ref]) (let ((commit ((core/map::get candidate) (quote :commit))) (rank ((core/map::get candidate) (quote :rank))) (ref ((core/map::get candidate) (quote :ref)))) (if (selfhost/pkg-resolution-id::str? commit) (if (selfhost/pkg-resolution-plan::hash64? commit) (if (selfhost/pkg-semver-select::int? rank) (if ((core/int::lt? rank) 0) false (if (selfhost/pkg-resolution-id::str? ref) ((selfhost/pkg-resolution-plan::starts-with? ref) "refs/tags/") false)) false) false) false)) false) false))) (def selfhost/pkg-semver-select::candidates-valid? (fn (candidates) (fn (index) (if ((core/int::eq? index) (core/vec::len candidates)) true (if (selfhost/pkg-semver-select::candidate? ((core/vec::get candidates) index)) ((selfhost/pkg-semver-select::candidates-valid? candidates) ((core/int::add index) 1)) false))))) (def selfhost/pkg-semver-select::bytes-lex-lt? (fn (left) (fn (right) (fn (index) (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right))) (if ((core/int::eq? index) left-len) ((core/int::lt? index) right-len) (if ((core/int::eq? index) right-len) false (let ((left-byte ((core/bytes::get left) index)) (right-byte ((core/bytes::get right) index))) (if ((core/int::lt? left-byte) right-byte) true (if ((core/int::eq? left-byte) right-byte) (((selfhost/pkg-semver-select::bytes-lex-lt? left) right) ((core/int::add index) 1)) false)))))))))) (def selfhost/pkg-semver-select::str-lex-lt? (fn (left) (fn (right) (((selfhost/pkg-semver-select::bytes-lex-lt? (core/str::to-utf8 left)) (core/str::to-utf8 right)) 0)))) (def selfhost/pkg-semver-select::better? (fn (policy) (fn (candidate) (fn (best) (let ((candidate-rank ((core/map::get candidate) (quote :rank))) (best-rank ((core/map::get best) (quote :rank)))) (if ((core/int::eq? candidate-rank) best-rank) ((selfhost/pkg-semver-select::str-lex-lt? ((core/map::get candidate) (quote :ref))) ((core/map::get best) (quote :ref))) (if ((core/sym::eq? policy) (quote :lowest)) ((core/int::lt? candidate-rank) best-rank) ((core/int::lt? best-rank) candidate-rank)))))))) (def selfhost/pkg-semver-select::select-loop (fn (policy) (fn (candidates) (fn (index) (fn (best) (if ((core/int::eq? index) (core/vec::len candidates)) best (let ((candidate ((core/vec::get candidates) index))) ((((selfhost/pkg-semver-select::select-loop policy) candidates) ((core/int::add index) 1)) (if (core/list::is-nil? best) candidate (if (((selfhost/pkg-semver-select::better? policy) candidate) best) candidate best)))))))))) (def selfhost/pkg-semver-select::reject (fn (request-h) (fn (message) {:code "core/pkg/bad-authority-request" :commit nil :kind "genesis/pkg-semver-select-result-v0.1" :message message :ok false :rank nil :ref nil :request-h request-h :v 1}))) (def selfhost/pkg-semver-select::accept (fn (request-h) (fn (selected) {:code nil :commit (if (core/list::is-nil? selected) nil ((core/map::get selected) (quote :commit))) :kind "genesis/pkg-semver-select-result-v0.1" :message nil :ok true :rank (if (core/list::is-nil? selected) nil ((core/map::get selected) (quote :rank))) :ref (if (core/list::is-nil? selected) nil ((core/map::get selected) (quote :ref))) :request-h request-h :v 1}))) (def core/pkg::semver-select-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-resolution-id::map? request) (if ((selfhost/pkg-resolution-id::exact-map? request) [:candidates :kind :op :policy :v]) (let ((candidates ((core/map::get request) (quote :candidates))) (kind ((core/map::get request) (quote :kind))) (op ((core/map::get request) (quote :op))) (policy ((core/map::get request) (quote :policy))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-resolution-id::str? kind) ((core/eq? kind) "genesis/pkg-semver-select-request-v0.1") false) (if (if (selfhost/pkg-resolution-id::sym? op) ((core/sym::eq? op) (quote :select)) false) (if (if (selfhost/pkg-semver-select::int? version) ((core/int::eq? version) 1) false) (if (if (selfhost/pkg-resolution-id::sym? policy) (if ((core/sym::eq? policy) (quote :highest)) true ((core/sym::eq? policy) (quote :lowest))) false) (if (selfhost/pkg-semver-select::vec? candidates) (if ((selfhost/pkg-semver-select::candidates-valid? candidates) 0) ((selfhost/pkg-semver-select::accept request-h) ((((selfhost/pkg-semver-select::select-loop policy) candidates) 0) nil)) ((selfhost/pkg-semver-select::reject request-h) "candidate fields are invalid")) ((selfhost/pkg-semver-select::reject request-h) "request :candidates must be a vector")) ((selfhost/pkg-semver-select::reject request-h) "request :policy must be :highest or :lowest")) ((selfhost/pkg-semver-select::reject request-h) "request :v must be 1")) ((selfhost/pkg-semver-select::reject request-h) "request :op must be :select")) ((selfhost/pkg-semver-select::reject request-h) "request :kind mismatch"))) ((selfhost/pkg-semver-select::reject request-h) "request fields mismatch")) ((selfhost/pkg-semver-select::reject request-h) "request must be map")))))] :module-h b"\x16\xA9\x8F!W\x10\xEA\xF8\x88h\xFC7\x824\xAA4\x1F\xFC\xD6\x8C\xEF\x97\xEA\xCC\xEE\x90{\x99\x02F\xDER" :path "selfhost/pkg_semver_select_authority_v1.gc" :source "; Package semver candidate selection authority. The host supplies semver-parser\n; mechanism facts as ranks; GenesisCode owns policy and deterministic tie-breaks.\n\n(def selfhost/pkg-semver-select::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/pkg-semver-select::int?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :int))))\n\n(def selfhost/pkg-semver-select::candidate?\n (fn (candidate)\n (if (selfhost/pkg-resolution-id::map? candidate)\n (if\n ((selfhost/pkg-resolution-id::exact-map? candidate) [:commit :rank :ref])\n (let\n ((commit ((core/map::get candidate) (quote :commit)))\n (rank ((core/map::get candidate) (quote :rank)))\n (ref ((core/map::get candidate) (quote :ref))))\n (if (selfhost/pkg-resolution-id::str? commit)\n (if (selfhost/pkg-resolution-plan::hash64? commit)\n (if (selfhost/pkg-semver-select::int? rank)\n (if ((core/int::lt? rank) 0)\n false\n (if (selfhost/pkg-resolution-id::str? ref)\n ((selfhost/pkg-resolution-plan::starts-with? ref) \"refs/tags/\")\n false))\n false)\n false)\n false))\n false)\n false)))\n\n(def selfhost/pkg-semver-select::candidates-valid?\n (fn (candidates)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len candidates))\n true\n (if (selfhost/pkg-semver-select::candidate? ((core/vec::get candidates) index))\n ((selfhost/pkg-semver-select::candidates-valid? candidates) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-semver-select::bytes-lex-lt?\n (fn (left)\n (fn (right)\n (fn (index)\n (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right)))\n (if ((core/int::eq? index) left-len)\n ((core/int::lt? index) right-len)\n (if ((core/int::eq? index) right-len)\n false\n (let\n ((left-byte ((core/bytes::get left) index))\n (right-byte ((core/bytes::get right) index)))\n (if ((core/int::lt? left-byte) right-byte)\n true\n (if ((core/int::eq? left-byte) right-byte)\n (((selfhost/pkg-semver-select::bytes-lex-lt? left) right)\n ((core/int::add index) 1))\n false))))))))))\n\n(def selfhost/pkg-semver-select::str-lex-lt?\n (fn (left)\n (fn (right)\n (((selfhost/pkg-semver-select::bytes-lex-lt? (core/str::to-utf8 left))\n (core/str::to-utf8 right)) 0))))\n\n(def selfhost/pkg-semver-select::better?\n (fn (policy)\n (fn (candidate)\n (fn (best)\n (let\n ((candidate-rank ((core/map::get candidate) (quote :rank)))\n (best-rank ((core/map::get best) (quote :rank))))\n (if ((core/int::eq? candidate-rank) best-rank)\n ((selfhost/pkg-semver-select::str-lex-lt?\n ((core/map::get candidate) (quote :ref)))\n ((core/map::get best) (quote :ref)))\n (if ((core/sym::eq? policy) (quote :lowest))\n ((core/int::lt? candidate-rank) best-rank)\n ((core/int::lt? best-rank) candidate-rank))))))))\n\n(def selfhost/pkg-semver-select::select-loop\n (fn (policy)\n (fn (candidates)\n (fn (index)\n (fn (best)\n (if ((core/int::eq? index) (core/vec::len candidates))\n best\n (let ((candidate ((core/vec::get candidates) index)))\n ((((selfhost/pkg-semver-select::select-loop policy) candidates)\n ((core/int::add index) 1))\n (if (core/list::is-nil? best)\n candidate\n (if (((selfhost/pkg-semver-select::better? policy) candidate) best)\n candidate\n best))))))))))\n\n(def selfhost/pkg-semver-select::reject\n (fn (request-h)\n (fn (message)\n {\n :code \"core/pkg/bad-authority-request\"\n :commit nil\n :kind \"genesis/pkg-semver-select-result-v0.1\"\n :message message\n :ok false\n :rank nil\n :ref nil\n :request-h request-h\n :v 1})))\n\n(def selfhost/pkg-semver-select::accept\n (fn (request-h)\n (fn (selected)\n {\n :code nil\n :commit (if (core/list::is-nil? selected)\n nil\n ((core/map::get selected) (quote :commit)))\n :kind \"genesis/pkg-semver-select-result-v0.1\"\n :message nil\n :ok true\n :rank (if (core/list::is-nil? selected)\n nil\n ((core/map::get selected) (quote :rank)))\n :ref (if (core/list::is-nil? selected)\n nil\n ((core/map::get selected) (quote :ref)))\n :request-h request-h\n :v 1})))\n\n(def core/pkg::semver-select-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-resolution-id::map? request)\n (if\n ((selfhost/pkg-resolution-id::exact-map? request) [:candidates :kind :op :policy :v])\n (let\n ((candidates ((core/map::get request) (quote :candidates)))\n (kind ((core/map::get request) (quote :kind)))\n (op ((core/map::get request) (quote :op)))\n (policy ((core/map::get request) (quote :policy)))\n (version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-resolution-id::str? kind)\n ((core/eq? kind) \"genesis/pkg-semver-select-request-v0.1\")\n false)\n (if\n (if (selfhost/pkg-resolution-id::sym? op)\n ((core/sym::eq? op) (quote :select))\n false)\n (if\n (if (selfhost/pkg-semver-select::int? version)\n ((core/int::eq? version) 1)\n false)\n (if\n (if (selfhost/pkg-resolution-id::sym? policy)\n (if ((core/sym::eq? policy) (quote :highest))\n true\n ((core/sym::eq? policy) (quote :lowest)))\n false)\n (if (selfhost/pkg-semver-select::vec? candidates)\n (if ((selfhost/pkg-semver-select::candidates-valid? candidates) 0)\n ((selfhost/pkg-semver-select::accept request-h)\n ((((selfhost/pkg-semver-select::select-loop policy) candidates) 0) nil))\n ((selfhost/pkg-semver-select::reject request-h)\n \"candidate fields are invalid\"))\n ((selfhost/pkg-semver-select::reject request-h)\n \"request :candidates must be a vector\"))\n ((selfhost/pkg-semver-select::reject request-h)\n \"request :policy must be :highest or :lowest\"))\n ((selfhost/pkg-semver-select::reject request-h) \"request :v must be 1\"))\n ((selfhost/pkg-semver-select::reject request-h) \"request :op must be :select\"))\n ((selfhost/pkg-semver-select::reject request-h) \"request :kind mismatch\")))\n ((selfhost/pkg-semver-select::reject request-h) \"request fields mismatch\"))\n ((selfhost/pkg-semver-select::reject request-h) \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x16\xA9\x8F!W\x10\xEA\xF8\x88h\xFC7\x824\xAA4\x1F\xFC\xD6\x8C\xEF\x97\xEA\xCC\xEE\x90{\x99\x02F\xDER" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-bridge::tag core/data::tag) (def selfhost/pkg-bridge::bytes? (fn (value) ((core/sym::eq? (selfhost/pkg-bridge::tag value)) (quote :bytes)))) (def selfhost/pkg-bridge::bool? (fn (value) ((core/sym::eq? (selfhost/pkg-bridge::tag value)) (quote :bool)))) (def selfhost/pkg-bridge::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-bridge-authority-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-bridge::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-bridge::result request-h) false) code) message) nil))))) (def selfhost/pkg-bridge::accept (fn (request-h) (fn (value) (((((selfhost/pkg-bridge::result request-h) true) nil) nil) value)))) (def selfhost/pkg-bridge::vec1 (fn (a) ((core/vec::push (quote [])) a))) (def selfhost/pkg-bridge::vec2 (fn (a) (fn (b) ((core/vec::push (selfhost/pkg-bridge::vec1 a)) b)))) (def selfhost/pkg-bridge::vec3 (fn (a) (fn (b) (fn (c) ((core/vec::push ((selfhost/pkg-bridge::vec2 a) b)) c))))) (def selfhost/pkg-bridge::object (fn (term) (let ((printed (selfhost/printer::print-term term))) (let ((bytes (core/str::to-utf8 printed))) {:bytes bytes :h (core/bytes::to-hex (core/crypto::blake3 bytes)) :term term})))) (def selfhost/pkg-bridge::nonempty-string? (fn (value) (if (selfhost/pkg-lock-read::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/pkg-bridge::facts-valid? (fn (facts) (if ((selfhost/pkg-lock-read::exact-map? facts) [:ecosystem :name :source :source-hash :version]) (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :ecosystem))) (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :name))) (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :source))) (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :version))) (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :source-hash))) false) false) false) false) false))) (def selfhost/pkg-bridge::message (fn (ecosystem) (fn (name) (fn (version) ((core/str::concat "bridge ") ((core/str::concat ecosystem) ((core/str::concat " ") ((core/str::concat name) ((core/str::concat " ") version))))))))) (def selfhost/pkg-bridge::plan-core (fn (facts) (let ((ecosystem ((core/map::get facts) (quote :ecosystem))) (name ((core/map::get facts) (quote :name))) (source ((core/map::get facts) (quote :source))) (source-hash ((core/map::get facts) (quote :source-hash))) (version ((core/map::get facts) (quote :version)))) (let ((provenance (selfhost/pkg-bridge::object {:ecosystem ecosystem :name name :source source :source-hash source-hash :type (quote :gcpm/external-provenance) :v 1 :version version}))) (let ((provenance-h ((core/map::get provenance) (quote :h)))) (let ((conversion-data (selfhost/pkg-bridge::object {:ecosystem ecosystem :name name :provenance-root provenance-h :replay {:algorithm "identity-source-hash" :input-hash source-hash} :source source :source-hash source-hash :toolchain "genesis/pkg-low::bridge-v0.1" :type (quote :gcpm/bridge-conversion) :v 1 :version version}))) (let ((conversion-data-h ((core/map::get conversion-data) (quote :h)))) (let ((conversion-evidence (selfhost/pkg-bridge::object {:data conversion-data-h :inputs (selfhost/pkg-bridge::vec1 provenance-h) :kind (quote :equivalence) :outputs [] :type (quote :vcs/evidence) :v 1}))) (let ((patch (selfhost/pkg-bridge::object {:ops [] :type (quote :vcs/patch) :v 1}))) (let ((snapshot (selfhost/pkg-bridge::object {:kind (quote :package) :meta {:bridge/ecosystem ecosystem :bridge/provenance-root provenance-h :bridge/source source :bridge/source-hash source-hash} :modules [] :obligations ((selfhost/pkg-bridge::vec2 (quote core/obligation::external-provenance)) (quote core/obligation::replayable-conversion)) :pkg/name name :pkg/version version :type (quote :vcs/snapshot) :v 1}))) (let ((unsigned-commit {:attestations [] :base nil :evidence (selfhost/pkg-bridge::vec1 ((core/map::get conversion-evidence) (quote :h))) :message (((selfhost/pkg-bridge::message ecosystem) name) version) :obligations ["core/obligation::external-provenance" "core/obligation::replayable-conversion"] :parents [] :patch ((core/map::get patch) (quote :h)) :result ((core/map::get snapshot) (quote :h)) :type (quote :vcs/commit) :v 1})) (let ((signing-h (core/crypto::blake3 (core/bytes::join (((selfhost/pkg-bridge::vec3 b"GCv0.2\x00") b"vcs\x00commit-signing-hash\x00") (core/str::to-utf8 (selfhost/printer::print-term unsigned-commit))))))) {:conversion-data conversion-data :conversion-evidence conversion-evidence :patch patch :provenance provenance :sign-message (core/bytes::join (((selfhost/pkg-bridge::vec3 b"GCv0.2\x00") b"vcs\x00commit-sign\x00") signing-h)) :signing-h signing-h :snapshot snapshot :unsigned-commit unsigned-commit})))))))))))) (def selfhost/pkg-bridge::plan-value (fn (facts) (let ((plan (selfhost/pkg-bridge::plan-core facts))) {:plan plan :plan-h (selfhost/hash::hash-term plan)}))) (def selfhost/pkg-bridge::mechanism-valid? (fn (mechanism) (if ((selfhost/pkg-lock-read::exact-map? mechanism) [:plan-h :public-key :signature :signature-valid]) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get mechanism) (quote :plan-h))) (if (selfhost/pkg-bridge::bytes? ((core/map::get mechanism) (quote :public-key))) (if ((core/int::eq? (core/bytes::len ((core/map::get mechanism) (quote :public-key)))) 32) (if (selfhost/pkg-bridge::bytes? ((core/map::get mechanism) (quote :signature))) (if ((core/int::eq? (core/bytes::len ((core/map::get mechanism) (quote :signature)))) 64) (selfhost/pkg-bridge::bool? ((core/map::get mechanism) (quote :signature-valid))) false) false) false) false) false) false))) (def selfhost/pkg-bridge::finalize (fn (request-h) (fn (facts) (fn (mechanism) (if (selfhost/pkg-bridge::mechanism-valid? mechanism) (let ((plan-value (selfhost/pkg-bridge::plan-value facts))) (let ((plan ((core/map::get plan-value) (quote :plan)))) (let ((plan-h ((core/map::get plan-value) (quote :plan-h)))) (if ((core/eq? plan-h) ((core/map::get mechanism) (quote :plan-h))) (if ((core/map::get mechanism) (quote :signature-valid)) (let ((attestation (selfhost/pkg-bridge::object {:alg "ed25519" :pk ((core/map::get mechanism) (quote :public-key)) :role (quote :mirror-converter) :sig ((core/map::get mechanism) (quote :signature)) :signing-h ((core/map::get plan) (quote :signing-h)) :type (quote :vcs/attestation) :v 1}))) (let ((commit-term (((core/map::put ((core/map::get plan) (quote :unsigned-commit))) (quote :attestations)) (selfhost/pkg-bridge::vec1 ((core/map::get attestation) (quote :h)))))) ((selfhost/pkg-bridge::accept request-h) {:attestation attestation :commit (selfhost/pkg-bridge::object commit-term) :plan-h plan-h}))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bridge-signature") "bridge signature failed cryptographic verification")) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "finalize plan identity mismatch"))))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "finalize mechanism fields mismatch")))))) (def selfhost/pkg-bridge::dispatch (fn (request-h) (fn (request) (let ((facts ((core/map::get request) (quote :facts)))) (if (selfhost/pkg-bridge::facts-valid? facts) (let ((op ((core/map::get request) (quote :op)))) (if ((core/sym::eq? op) (quote :plan)) (if (selfhost/pkg-lock-read::nil? ((core/map::get request) (quote :mechanism))) ((selfhost/pkg-bridge::accept request-h) (selfhost/pkg-bridge::plan-value facts)) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "plan mechanism must be nil")) (if ((core/sym::eq? op) (quote :finalize)) (((selfhost/pkg-bridge::finalize request-h) facts) ((core/map::get request) (quote :mechanism))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "request :op must be :plan or :finalize")))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-payload") "bridge facts are malformed")))))) (def core/pkg::bridge-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if ((selfhost/pkg-lock-read::exact-map? request) [:facts :kind :mechanism :op :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-bridge-authority-request-v0.1") false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) ((selfhost/pkg-bridge::dispatch request-h) request) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")))))] :module-h b"\x7F#\xB9\xECY-g\x86]\xD7\xF9\x02\xA4\x99\\[[\x0E5va\x85\x00P%]!\xBCW\xDA\xBE\xEE" :path "selfhost/pkg_bridge_authority_v1.gc" :source "(def selfhost/pkg-bridge::tag core/data::tag)\n\n(def selfhost/pkg-bridge::bytes?\n (fn (value) ((core/sym::eq? (selfhost/pkg-bridge::tag value)) (quote :bytes))))\n\n(def selfhost/pkg-bridge::bool?\n (fn (value) ((core/sym::eq? (selfhost/pkg-bridge::tag value)) (quote :bool))))\n\n(def selfhost/pkg-bridge::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-bridge-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-bridge::reject\n (fn (request-h)\n (fn (code)\n (fn (message) (((((selfhost/pkg-bridge::result request-h) false) code) message) nil)))))\n\n(def selfhost/pkg-bridge::accept\n (fn (request-h)\n (fn (value) (((((selfhost/pkg-bridge::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-bridge::vec1\n (fn (a) ((core/vec::push (quote [])) a)))\n\n(def selfhost/pkg-bridge::vec2\n (fn (a)\n (fn (b) ((core/vec::push (selfhost/pkg-bridge::vec1 a)) b))))\n\n(def selfhost/pkg-bridge::vec3\n (fn (a)\n (fn (b)\n (fn (c) ((core/vec::push ((selfhost/pkg-bridge::vec2 a) b)) c)))))\n\n(def selfhost/pkg-bridge::object\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (let ((bytes (core/str::to-utf8 printed)))\n {\n :bytes bytes\n :h (core/bytes::to-hex (core/crypto::blake3 bytes))\n :term term}))))\n\n(def selfhost/pkg-bridge::nonempty-string?\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value) ((core/int::lt? 0) (core/str::len value)) false)))\n\n(def selfhost/pkg-bridge::facts-valid?\n (fn (facts)\n (if\n ((selfhost/pkg-lock-read::exact-map? facts)\n [:ecosystem :name :source :source-hash :version])\n (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :ecosystem)))\n (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :name)))\n (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :source)))\n (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :version)))\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get facts) (quote :source-hash)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-bridge::message\n (fn (ecosystem)\n (fn (name)\n (fn (version)\n ((core/str::concat \"bridge \")\n ((core/str::concat ecosystem)\n ((core/str::concat \" \")\n ((core/str::concat name) ((core/str::concat \" \") version)))))))))\n\n(def selfhost/pkg-bridge::plan-core\n (fn (facts)\n (let\n ((ecosystem ((core/map::get facts) (quote :ecosystem)))\n (name ((core/map::get facts) (quote :name)))\n (source ((core/map::get facts) (quote :source)))\n (source-hash ((core/map::get facts) (quote :source-hash)))\n (version ((core/map::get facts) (quote :version))))\n (let\n ((provenance\n (selfhost/pkg-bridge::object\n {\n :ecosystem ecosystem\n :name name\n :source source\n :source-hash source-hash\n :type (quote :gcpm/external-provenance)\n :v 1\n :version version})))\n (let ((provenance-h ((core/map::get provenance) (quote :h))))\n (let\n ((conversion-data\n (selfhost/pkg-bridge::object\n {\n :ecosystem ecosystem\n :name name\n :provenance-root provenance-h\n :replay {:algorithm \"identity-source-hash\" :input-hash source-hash}\n :source source\n :source-hash source-hash\n :toolchain \"genesis/pkg-low::bridge-v0.1\"\n :type (quote :gcpm/bridge-conversion)\n :v 1\n :version version})))\n (let ((conversion-data-h ((core/map::get conversion-data) (quote :h))))\n (let\n ((conversion-evidence\n (selfhost/pkg-bridge::object\n {\n :data conversion-data-h\n :inputs (selfhost/pkg-bridge::vec1 provenance-h)\n :kind (quote :equivalence)\n :outputs []\n :type (quote :vcs/evidence)\n :v 1})))\n (let\n ((patch\n (selfhost/pkg-bridge::object\n {:ops [] :type (quote :vcs/patch) :v 1})))\n (let\n ((snapshot\n (selfhost/pkg-bridge::object\n {\n :kind (quote :package)\n :meta\n {\n :bridge/ecosystem ecosystem\n :bridge/provenance-root provenance-h\n :bridge/source source\n :bridge/source-hash source-hash}\n :modules []\n :obligations\n ((selfhost/pkg-bridge::vec2\n (quote core/obligation::external-provenance))\n (quote core/obligation::replayable-conversion))\n :pkg/name name\n :pkg/version version\n :type (quote :vcs/snapshot)\n :v 1})))\n (let\n ((unsigned-commit\n {\n :attestations []\n :base nil\n :evidence\n (selfhost/pkg-bridge::vec1\n ((core/map::get conversion-evidence) (quote :h)))\n :message (((selfhost/pkg-bridge::message ecosystem) name) version)\n :obligations\n [\n \"core/obligation::external-provenance\"\n \"core/obligation::replayable-conversion\"]\n :parents []\n :patch ((core/map::get patch) (quote :h))\n :result ((core/map::get snapshot) (quote :h))\n :type (quote :vcs/commit)\n :v 1}))\n (let\n ((signing-h\n (core/crypto::blake3\n (core/bytes::join\n (((selfhost/pkg-bridge::vec3 b\"GCv0.2\\x00\")\n b\"vcs\\x00commit-signing-hash\\x00\")\n (core/str::to-utf8\n (selfhost/printer::print-term unsigned-commit)))))))\n {\n :conversion-data conversion-data\n :conversion-evidence conversion-evidence\n :patch patch\n :provenance provenance\n :sign-message\n (core/bytes::join\n (((selfhost/pkg-bridge::vec3 b\"GCv0.2\\x00\")\n b\"vcs\\x00commit-sign\\x00\")\n signing-h))\n :signing-h signing-h\n :snapshot snapshot\n :unsigned-commit unsigned-commit}))))))))))))\n\n(def selfhost/pkg-bridge::plan-value\n (fn (facts)\n (let ((plan (selfhost/pkg-bridge::plan-core facts)))\n {:plan plan :plan-h (selfhost/hash::hash-term plan)})))\n\n(def selfhost/pkg-bridge::mechanism-valid?\n (fn (mechanism)\n (if\n ((selfhost/pkg-lock-read::exact-map? mechanism)\n [:plan-h :public-key :signature :signature-valid])\n (if (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get mechanism) (quote :plan-h)))\n (if (selfhost/pkg-bridge::bytes? ((core/map::get mechanism) (quote :public-key)))\n (if\n ((core/int::eq?\n (core/bytes::len ((core/map::get mechanism) (quote :public-key))))\n 32)\n (if (selfhost/pkg-bridge::bytes? ((core/map::get mechanism) (quote :signature)))\n (if\n ((core/int::eq?\n (core/bytes::len ((core/map::get mechanism) (quote :signature))))\n 64)\n (selfhost/pkg-bridge::bool?\n ((core/map::get mechanism) (quote :signature-valid)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-bridge::finalize\n (fn (request-h)\n (fn (facts)\n (fn (mechanism)\n (if (selfhost/pkg-bridge::mechanism-valid? mechanism)\n (let ((plan-value (selfhost/pkg-bridge::plan-value facts)))\n (let ((plan ((core/map::get plan-value) (quote :plan))))\n (let ((plan-h ((core/map::get plan-value) (quote :plan-h))))\n (if ((core/eq? plan-h) ((core/map::get mechanism) (quote :plan-h)))\n (if ((core/map::get mechanism) (quote :signature-valid))\n (let\n ((attestation\n (selfhost/pkg-bridge::object\n {\n :alg \"ed25519\"\n :pk ((core/map::get mechanism) (quote :public-key))\n :role (quote :mirror-converter)\n :sig ((core/map::get mechanism) (quote :signature))\n :signing-h ((core/map::get plan) (quote :signing-h))\n :type (quote :vcs/attestation)\n :v 1})))\n (let\n ((commit-term\n (((core/map::put\n ((core/map::get plan) (quote :unsigned-commit)))\n (quote :attestations))\n (selfhost/pkg-bridge::vec1\n ((core/map::get attestation) (quote :h))))))\n ((selfhost/pkg-bridge::accept request-h)\n {\n :attestation attestation\n :commit (selfhost/pkg-bridge::object commit-term)\n :plan-h plan-h})))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bridge-signature\")\n \"bridge signature failed cryptographic verification\"))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"finalize plan identity mismatch\")))))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"finalize mechanism fields mismatch\"))))))\n\n(def selfhost/pkg-bridge::dispatch\n (fn (request-h)\n (fn (request)\n (let ((facts ((core/map::get request) (quote :facts))))\n (if (selfhost/pkg-bridge::facts-valid? facts)\n (let ((op ((core/map::get request) (quote :op))))\n (if ((core/sym::eq? op) (quote :plan))\n (if (selfhost/pkg-lock-read::nil?\n ((core/map::get request) (quote :mechanism)))\n ((selfhost/pkg-bridge::accept request-h)\n (selfhost/pkg-bridge::plan-value facts))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"plan mechanism must be nil\"))\n (if ((core/sym::eq? op) (quote :finalize))\n (((selfhost/pkg-bridge::finalize request-h) facts)\n ((core/map::get request) (quote :mechanism)))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :op must be :plan or :finalize\"))))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-payload\")\n \"bridge facts are malformed\"))))))\n\n(def core/pkg::bridge-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:facts :kind :mechanism :op :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-bridge-authority-request-v0.1\")\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n ((selfhost/pkg-bridge::dispatch request-h) request)\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x7F#\xB9\xECY-g\x86]\xD7\xF9\x02\xA4\x99\\[[\x0E5va\x85\x00P%]!\xBCW\xDA\xBE\xEE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-snapshot::bytes? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bytes)))) (def selfhost/pkg-snapshot::module-valid? (fn (module) (if ((selfhost/pkg-lock-read::exact-map? module) [:module :module-h :path]) (let ((forms ((core/map::get module) (quote :module))) (module-h ((core/map::get module) (quote :module-h))) (path ((core/map::get module) (quote :path)))) (if (selfhost/commit::nonempty-str? path) (if (selfhost/commit::vec? forms) (if (selfhost/pkg-snapshot::bytes? module-h) (if ((core/int::eq? (core/bytes::len module-h)) 32) (let ((computed (selfhost/hash::hash-module forms))) (if (selfhost/pkg-lock-read::str? computed) ((core/eq? (core/bytes::from-hex computed)) module-h) false)) false) false) false) false)) false))) (def selfhost/pkg-snapshot::modules-valid-loop? (fn (modules) (fn (index) (if ((core/int::eq? index) (core/vec::len modules)) true (if (selfhost/pkg-snapshot::module-valid? ((core/vec::get modules) index)) ((selfhost/pkg-snapshot::modules-valid-loop? modules) ((core/int::add index) 1)) false))))) (def selfhost/pkg-snapshot::modules-valid? (fn (modules) (if (selfhost/commit::vec? modules) ((selfhost/pkg-snapshot::modules-valid-loop? modules) 0) false))) (def selfhost/pkg-snapshot::facts-valid? (fn (facts) (if ((selfhost/pkg-lock-read::exact-map? facts) [:modules :name :obligations :pkg :version]) (if (selfhost/commit::nonempty-str? ((core/map::get facts) (quote :pkg))) (if (selfhost/commit::nonempty-str? ((core/map::get facts) (quote :name))) (if (selfhost/commit::nonempty-str? ((core/map::get facts) (quote :version))) (if (selfhost/commit::obligation-vector? ((core/map::get facts) (quote :obligations))) (selfhost/pkg-snapshot::modules-valid? ((core/map::get facts) (quote :modules))) false) false) false) false) false))) (def selfhost/pkg-snapshot::object (fn (term) (let ((printed (selfhost/printer::print-term term))) (let ((bytes (core/str::to-utf8 printed))) {:bytes bytes :h (core/bytes::to-hex (core/crypto::blake3 bytes)) :term term})))) (def selfhost/pkg-snapshot::build-modules-loop (fn (modules) (fn (index) (fn (artifacts) (fn (snapshot-modules) (if ((core/int::eq? index) (core/vec::len modules)) {:artifacts artifacts :modules snapshot-modules} (let ((module ((core/vec::get modules) index))) (let ((object (selfhost/pkg-snapshot::object ((core/map::get module) (quote :module))))) ((((selfhost/pkg-snapshot::build-modules-loop modules) ((core/int::add index) 1)) ((core/vec::push artifacts) object)) ((core/vec::push snapshot-modules) {:hash ((core/map::get object) (quote :h)) :module-h ((core/map::get module) (quote :module-h)) :path ((core/map::get module) (quote :path))})))))))))) (def selfhost/pkg-snapshot::build (fn (facts) (let ((built ((((selfhost/pkg-snapshot::build-modules-loop ((core/map::get facts) (quote :modules))) 0) []) []))) (let ((snapshot-term {:kind (quote :package) :modules ((core/map::get built) (quote :modules)) :obligations ((core/map::get facts) (quote :obligations)) :pkg/name ((core/map::get facts) (quote :name)) :pkg/version ((core/map::get facts) (quote :version)) :type (quote :vcs/snapshot) :v 1})) (let ((snapshot (selfhost/pkg-snapshot::object snapshot-term))) {:artifacts ((core/vec::push ((core/map::get built) (quote :artifacts))) snapshot) :modules ((core/map::get built) (quote :modules)) :snapshot ((core/map::get snapshot) (quote :h))}))))) (def selfhost/pkg-snapshot::result (fn (request-h) (fn (ok) (fn (value) (fn (code) (fn (message) {:code code :kind "genesis/pkg-snapshot-authority-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-snapshot::accept (fn (request-h) (fn (value) (((((selfhost/pkg-snapshot::result request-h) true) value) nil) nil)))) (def selfhost/pkg-snapshot::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-snapshot::result request-h) false) nil) code) message))))) (def core/pkg::snapshot-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if ((selfhost/pkg-lock-read::exact-map? request) [:facts :kind :v]) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (facts ((core/map::get request) (quote :facts)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-snapshot-authority-request-v0.1") false) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) (if (selfhost/pkg-snapshot::facts-valid? facts) ((selfhost/pkg-snapshot::accept request-h) (selfhost/pkg-snapshot::build facts)) (((selfhost/pkg-snapshot::reject request-h) "core/pkg/bad-package") "snapshot facts are malformed or module identity mismatched")) (((selfhost/pkg-snapshot::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1")) (((selfhost/pkg-snapshot::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-snapshot::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")))))] :module-h b"ku\xB4\xAC}\x95\xBE\xDFd\xC9X\x05t\xB8\x81\xE2\xB1X\x13>1mh\x0B\xB6\x87\xF2\x7F!,n\xEE" :path "selfhost/pkg_snapshot_authority_v1.gc" :source "(def selfhost/pkg-snapshot::bytes?\n (fn (value)\n ((core/sym::eq? (core/data::tag value)) (quote :bytes))))\n\n(def selfhost/pkg-snapshot::module-valid?\n (fn (module)\n (if\n ((selfhost/pkg-lock-read::exact-map? module) [:module :module-h :path])\n (let\n ((forms ((core/map::get module) (quote :module)))\n (module-h ((core/map::get module) (quote :module-h)))\n (path ((core/map::get module) (quote :path))))\n (if (selfhost/commit::nonempty-str? path)\n (if (selfhost/commit::vec? forms)\n (if (selfhost/pkg-snapshot::bytes? module-h)\n (if ((core/int::eq? (core/bytes::len module-h)) 32)\n (let ((computed (selfhost/hash::hash-module forms)))\n (if (selfhost/pkg-lock-read::str? computed)\n ((core/eq? (core/bytes::from-hex computed)) module-h)\n false))\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-snapshot::modules-valid-loop?\n (fn (modules)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len modules))\n true\n (if (selfhost/pkg-snapshot::module-valid? ((core/vec::get modules) index))\n ((selfhost/pkg-snapshot::modules-valid-loop? modules) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-snapshot::modules-valid?\n (fn (modules)\n (if (selfhost/commit::vec? modules)\n ((selfhost/pkg-snapshot::modules-valid-loop? modules) 0)\n false)))\n\n(def selfhost/pkg-snapshot::facts-valid?\n (fn (facts)\n (if\n ((selfhost/pkg-lock-read::exact-map? facts)\n [:modules :name :obligations :pkg :version])\n (if\n (selfhost/commit::nonempty-str?\n ((core/map::get facts) (quote :pkg)))\n (if\n (selfhost/commit::nonempty-str?\n ((core/map::get facts) (quote :name)))\n (if\n (selfhost/commit::nonempty-str?\n ((core/map::get facts) (quote :version)))\n (if\n (selfhost/commit::obligation-vector?\n ((core/map::get facts) (quote :obligations)))\n (selfhost/pkg-snapshot::modules-valid?\n ((core/map::get facts) (quote :modules)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-snapshot::object\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (let ((bytes (core/str::to-utf8 printed)))\n {\n :bytes bytes\n :h (core/bytes::to-hex (core/crypto::blake3 bytes))\n :term term}))))\n\n(def selfhost/pkg-snapshot::build-modules-loop\n (fn (modules)\n (fn (index)\n (fn (artifacts)\n (fn (snapshot-modules)\n (if ((core/int::eq? index) (core/vec::len modules))\n {:artifacts artifacts :modules snapshot-modules}\n (let ((module ((core/vec::get modules) index)))\n (let\n ((object\n (selfhost/pkg-snapshot::object\n ((core/map::get module) (quote :module)))))\n (((((selfhost/pkg-snapshot::build-modules-loop modules)\n ((core/int::add index) 1))\n ((core/vec::push artifacts) object))\n ((core/vec::push snapshot-modules)\n {\n :hash ((core/map::get object) (quote :h))\n :module-h ((core/map::get module) (quote :module-h))\n :path ((core/map::get module) (quote :path))})))))))))))\n\n(def selfhost/pkg-snapshot::build\n (fn (facts)\n (let\n ((built\n ((((selfhost/pkg-snapshot::build-modules-loop\n ((core/map::get facts) (quote :modules))) 0) []) [])))\n (let\n ((snapshot-term\n {\n :kind (quote :package)\n :modules ((core/map::get built) (quote :modules))\n :obligations ((core/map::get facts) (quote :obligations))\n :pkg/name ((core/map::get facts) (quote :name))\n :pkg/version ((core/map::get facts) (quote :version))\n :type (quote :vcs/snapshot)\n :v 1}))\n (let ((snapshot (selfhost/pkg-snapshot::object snapshot-term)))\n {\n :artifacts\n ((core/vec::push\n ((core/map::get built) (quote :artifacts))) snapshot)\n :modules ((core/map::get built) (quote :modules))\n :snapshot ((core/map::get snapshot) (quote :h))})))))\n\n(def selfhost/pkg-snapshot::result\n (fn (request-h)\n (fn (ok)\n (fn (value)\n (fn (code)\n (fn (message)\n {\n :code code\n :kind \"genesis/pkg-snapshot-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-snapshot::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-snapshot::result request-h) true) value) nil) nil))))\n\n(def selfhost/pkg-snapshot::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-snapshot::result request-h) false) nil) code) message)))))\n\n(def core/pkg::snapshot-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if\n ((selfhost/pkg-lock-read::exact-map? request) [:facts :kind :v])\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (facts ((core/map::get request) (quote :facts))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-snapshot-authority-request-v0.1\")\n false)\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n (if (selfhost/pkg-snapshot::facts-valid? facts)\n ((selfhost/pkg-snapshot::accept request-h)\n (selfhost/pkg-snapshot::build facts))\n (((selfhost/pkg-snapshot::reject request-h) \"core/pkg/bad-package\")\n \"snapshot facts are malformed or module identity mismatched\"))\n (((selfhost/pkg-snapshot::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\"))\n (((selfhost/pkg-snapshot::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-snapshot::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"ku\xB4\xAC}\x95\xBE\xDFd\xC9X\x05t\xB8\x81\xE2\xB1X\x13>1mh\x0B\xB6\x87\xF2\x7F!,n\xEE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-glob::good (fn (value) {:ok true :value value})) (def selfhost/pkg-publish-glob::bad {:ok false :value false}) (def selfhost/pkg-publish-glob::byte-at (fn (bytes) (fn (index) (let ((length (core/bytes::len bytes))) (if ((core/int::eq? index) length) selfhost/pkg-publish-glob::bad (selfhost/pkg-publish-glob::good {:byte ((core/bytes::get bytes) index) :next ((core/int::add index) 1)})))))) (def selfhost/pkg-publish-glob::byte-equal (fn (pattern-byte) (fn (text-byte) ((core/int::eq? ((core/map::get pattern-byte) (quote :byte))) ((core/map::get text-byte) (quote :byte)))))) (def selfhost/pkg-publish-glob::skip-stars (fn (pattern) (fn (index) (if ((core/int::eq? index) (core/bytes::len pattern)) index (if ((core/int::eq? ((core/bytes::get pattern) index)) 42) ((selfhost/pkg-publish-glob::skip-stars pattern) ((core/int::add index) 1)) index))))) (def selfhost/pkg-publish-glob::recursive-component? (fn (pattern) (fn (index) (let ((length (core/bytes::len pattern))) (if ((core/int::lt? ((core/int::add index) 2)) length) (if ((core/int::eq? ((core/bytes::get pattern) ((core/int::add index) 1))) 42) (if ((core/int::eq? ((core/bytes::get pattern) ((core/int::add index) 2))) 47) (if ((core/int::eq? index) 0) true ((core/int::eq? ((core/bytes::get pattern) ((core/int::sub index) 1))) 47)) false) false) false))))) (def selfhost/pkg-publish-glob::star (fn (pattern) (fn (pattern-index) (fn (text) (fn (text-index) (let ((next-pattern ((selfhost/pkg-publish-glob::skip-stars pattern) pattern-index))) (if ((core/int::eq? next-pattern) (core/bytes::len pattern)) (selfhost/pkg-publish-glob::good true) (((((selfhost/pkg-publish-glob::star-loop pattern) next-pattern) text) text-index) (core/bytes::len text))))))))) (def selfhost/pkg-publish-glob::star-loop (fn (pattern) (fn (pattern-index) (fn (text) (fn (text-index) (fn (text-length) (let ((matched ((((selfhost/pkg-publish-glob::match-loop pattern) pattern-index) text) text-index))) (if ((core/map::get matched) (quote :ok)) (if ((core/map::get matched) (quote :value)) matched (if ((core/int::eq? text-index) text-length) matched (let ((next ((selfhost/pkg-publish-glob::byte-at text) text-index))) (if ((core/map::get next) (quote :ok)) (((((selfhost/pkg-publish-glob::star-loop pattern) pattern-index) text) ((core/map::get ((core/map::get next) (quote :value))) (quote :next))) text-length) selfhost/pkg-publish-glob::bad)))) matched)))))))) (def selfhost/pkg-publish-glob::find-class-end (fn (pattern) (fn (index) (if ((core/int::eq? index) (core/bytes::len pattern)) -1 (let ((byte ((core/bytes::get pattern) index))) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern)) -1 ((selfhost/pkg-publish-glob::find-class-end pattern) ((core/int::add index) 2))) (if ((core/int::eq? byte) 93) index ((selfhost/pkg-publish-glob::find-class-end pattern) ((core/int::add index) 1))))))))) (def selfhost/pkg-publish-glob::class-scalar (fn (pattern) (fn (index) (if ((core/int::eq? ((core/bytes::get pattern) index)) 92) ((selfhost/pkg-publish-glob::byte-at pattern) ((core/int::add index) 1)) ((selfhost/pkg-publish-glob::byte-at pattern) index))))) (def selfhost/pkg-publish-glob::in-range? (fn (value) (fn (low) (fn (high) (if ((core/int::lt? value) low) false (if ((core/int::lt? high) value) false true)))))) (def selfhost/pkg-publish-glob::class-items (fn (pattern) (fn (index) (fn (end) (fn (text-cp) (fn (matched) (if ((core/int::eq? index) end) (selfhost/pkg-publish-glob::good matched) (let ((first ((selfhost/pkg-publish-glob::class-scalar pattern) index))) (if ((core/map::get first) (quote :ok)) (let ((first-value ((core/map::get first) (quote :value)))) (let ((next ((core/map::get first-value) (quote :next)))) (let ((range? (if ((core/int::lt? next) end) ((core/int::eq? ((core/bytes::get pattern) next)) 45) false))) (if range? (let ((range-start ((core/int::add next) 1))) (if ((core/int::eq? range-start) end) selfhost/pkg-publish-glob::bad (let ((last ((selfhost/pkg-publish-glob::class-scalar pattern) range-start))) (if ((core/map::get last) (quote :ok)) (let ((last-value ((core/map::get last) (quote :value)))) (if ((core/int::lt? ((core/map::get last-value) (quote :byte))) ((core/map::get first-value) (quote :byte))) selfhost/pkg-publish-glob::bad (((((selfhost/pkg-publish-glob::class-items pattern) ((core/map::get last-value) (quote :next))) end) text-cp) (if matched true (((selfhost/pkg-publish-glob::in-range? text-cp) ((core/map::get first-value) (quote :byte))) ((core/map::get last-value) (quote :byte))))))) selfhost/pkg-publish-glob::bad)))) (((((selfhost/pkg-publish-glob::class-items pattern) next) end) text-cp) (if matched true ((core/int::eq? ((core/map::get first-value) (quote :byte))) text-cp))))))) selfhost/pkg-publish-glob::bad))))))))) (def selfhost/pkg-publish-glob::class (fn (pattern) (fn (index) (fn (text) (fn (text-index) (let ((end ((selfhost/pkg-publish-glob::find-class-end pattern) index))) (if ((core/int::lt? end) 0) selfhost/pkg-publish-glob::bad (if ((core/int::eq? index) end) selfhost/pkg-publish-glob::bad (let ((text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index))) (if ((core/map::get text-scalar) (quote :ok)) (let ((negated (if ((core/int::eq? ((core/bytes::get pattern) index)) 33) true false))) (let ((items-start (if negated ((core/int::add index) 1) index))) (if ((core/int::eq? items-start) end) selfhost/pkg-publish-glob::bad (let ((class-result (((((selfhost/pkg-publish-glob::class-items pattern) items-start) end) ((core/map::get ((core/map::get text-scalar) (quote :value))) (quote :byte))) false))) (if ((core/map::get class-result) (quote :ok)) (let ((contained ((core/map::get class-result) (quote :value)))) (if (if negated (if contained false true) contained) ((((selfhost/pkg-publish-glob::match-loop pattern) ((core/int::add end) 1)) text) ((core/map::get ((core/map::get text-scalar) (quote :value))) (quote :next))) (selfhost/pkg-publish-glob::good false))) class-result))))) (selfhost/pkg-publish-glob::good false))))))))))) (def selfhost/pkg-publish-glob::find-brace-end (fn (pattern) (fn (index) (fn (depth) (if ((core/int::eq? index) (core/bytes::len pattern)) -1 (let ((byte ((core/bytes::get pattern) index))) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern)) -1 (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 2)) depth)) (if ((core/int::eq? byte) 123) (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 1)) ((core/int::add depth) 1)) (if ((core/int::eq? byte) 125) (if ((core/int::eq? depth) 0) index (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 1)) ((core/int::sub depth) 1))) (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 1)) depth)))))))))) (def selfhost/pkg-publish-glob::brace-alternatives (fn (pattern) (fn (start) (fn (index) (fn (end) (fn (depth) (fn (suffix) (fn (text) (fn (text-index) (fn (saw-nonempty) (if ((core/int::eq? index) end) (if ((core/int::eq? start) end) (if saw-nonempty (selfhost/pkg-publish-glob::good false) ((((selfhost/pkg-publish-glob::match-loop suffix) 0) text) text-index)) (let ((alternative (((core/bytes::slice pattern) start) ((core/int::sub end) start)))) ((((selfhost/pkg-publish-glob::match-loop ((core/bytes::concat alternative) suffix)) 0) text) text-index))) (let ((byte ((core/bytes::get pattern) index))) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add index) 1)) end) selfhost/pkg-publish-glob::bad (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start) ((core/int::add index) 2)) end) depth) suffix) text) text-index) saw-nonempty)) (if ((core/int::eq? byte) 123) (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start) ((core/int::add index) 1)) end) ((core/int::add depth) 1)) suffix) text) text-index) saw-nonempty) (if ((core/int::eq? byte) 125) (if ((core/int::eq? depth) 0) selfhost/pkg-publish-glob::bad (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start) ((core/int::add index) 1)) end) ((core/int::sub depth) 1)) suffix) text) text-index) saw-nonempty)) (if (if ((core/int::eq? byte) 44) ((core/int::eq? depth) 0) false) (if ((core/int::eq? start) index) (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) ((core/int::add index) 1)) ((core/int::add index) 1)) end) depth) suffix) text) text-index) saw-nonempty) (let ((alternative (((core/bytes::slice pattern) start) ((core/int::sub index) start)))) (let ((attempt ((((selfhost/pkg-publish-glob::match-loop ((core/bytes::concat alternative) suffix)) 0) text) text-index))) (if ((core/map::get attempt) (quote :ok)) (if ((core/map::get attempt) (quote :value)) attempt (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) ((core/int::add index) 1)) ((core/int::add index) 1)) end) depth) suffix) text) text-index) true)) attempt)))) (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start) ((core/int::add index) 1)) end) depth) suffix) text) text-index) saw-nonempty))))))))))))))))) (def selfhost/pkg-publish-glob::brace (fn (pattern) (fn (index) (fn (text) (fn (text-index) (let ((end (((selfhost/pkg-publish-glob::find-brace-end pattern) index) 0))) (if ((core/int::lt? end) 0) selfhost/pkg-publish-glob::bad (let ((suffix-start ((core/int::add end) 1)) (length (core/bytes::len pattern))) (let ((suffix (((core/bytes::slice pattern) suffix-start) ((core/int::sub length) suffix-start)))) (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) index) index) end) 0) suffix) text) text-index) false)))))))))) (def selfhost/pkg-publish-glob::valid-loop (fn (pattern) (fn (index) (if ((core/int::eq? index) (core/bytes::len pattern)) true (let ((byte ((core/bytes::get pattern) index))) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern)) false ((selfhost/pkg-publish-glob::valid-loop pattern) ((core/int::add index) 2))) (if ((core/int::eq? byte) 91) (let ((end ((selfhost/pkg-publish-glob::find-class-end pattern) ((core/int::add index) 1)))) (if ((core/int::lt? end) 0) false (if ((core/int::eq? ((core/int::add index) 1)) end) false (let ((checked (((((selfhost/pkg-publish-glob::class-items pattern) ((core/int::add index) 1)) end) 0) false))) (if ((core/map::get checked) (quote :ok)) ((selfhost/pkg-publish-glob::valid-loop pattern) ((core/int::add end) 1)) false))))) (if ((core/int::eq? byte) 123) (let ((end (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 1)) 0))) (if ((core/int::lt? end) 0) false (let ((inner (((core/bytes::slice pattern) ((core/int::add index) 1)) ((core/int::sub end) ((core/int::add index) 1))))) (if ((selfhost/pkg-publish-glob::valid-loop inner) 0) ((selfhost/pkg-publish-glob::valid-loop pattern) ((core/int::add end) 1)) false)))) (if ((core/int::eq? byte) 125) false ((selfhost/pkg-publish-glob::valid-loop pattern) ((core/int::add index) 1))))))))))) (def selfhost/pkg-publish-glob::valid? (fn (pattern) (if (selfhost/pkg-lock-read::str? pattern) ((selfhost/pkg-publish-glob::valid-loop (core/str::to-utf8 pattern)) 0) false))) (def selfhost/pkg-publish-glob::literal (fn (pattern) (fn (pattern-index) (fn (text) (fn (text-index) (let ((pattern-scalar ((selfhost/pkg-publish-glob::byte-at pattern) pattern-index)) (text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index))) (if ((core/map::get pattern-scalar) (quote :ok)) (if ((core/map::get text-scalar) (quote :ok)) (let ((pattern-value ((core/map::get pattern-scalar) (quote :value))) (text-value ((core/map::get text-scalar) (quote :value)))) (if ((selfhost/pkg-publish-glob::byte-equal pattern-value) text-value) ((((selfhost/pkg-publish-glob::match-loop pattern) ((core/map::get pattern-value) (quote :next))) text) ((core/map::get text-value) (quote :next))) (selfhost/pkg-publish-glob::good false))) (selfhost/pkg-publish-glob::good false)) selfhost/pkg-publish-glob::bad))))))) (def selfhost/pkg-publish-glob::match-loop (fn (pattern) (fn (pattern-index) (fn (text) (fn (text-index) (if ((core/int::eq? pattern-index) (core/bytes::len pattern)) (selfhost/pkg-publish-glob::good ((core/int::eq? text-index) (core/bytes::len text))) (let ((byte ((core/bytes::get pattern) pattern-index))) (if ((core/int::eq? byte) 42) (if ((selfhost/pkg-publish-glob::recursive-component? pattern) pattern-index) (let ((without-component ((((selfhost/pkg-publish-glob::match-loop pattern) ((core/int::add pattern-index) 3)) text) text-index))) (if ((core/map::get without-component) (quote :ok)) (if ((core/map::get without-component) (quote :value)) without-component ((((selfhost/pkg-publish-glob::star pattern) ((core/int::add pattern-index) 1)) text) text-index)) without-component)) ((((selfhost/pkg-publish-glob::star pattern) ((core/int::add pattern-index) 1)) text) text-index)) (if ((core/int::eq? byte) 63) (let ((text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index))) (if ((core/map::get text-scalar) (quote :ok)) ((((selfhost/pkg-publish-glob::match-loop pattern) ((core/int::add pattern-index) 1)) text) ((core/map::get ((core/map::get text-scalar) (quote :value))) (quote :next))) (selfhost/pkg-publish-glob::good false))) (if ((core/int::eq? byte) 91) ((((selfhost/pkg-publish-glob::class pattern) ((core/int::add pattern-index) 1)) text) text-index) (if ((core/int::eq? byte) 123) ((((selfhost/pkg-publish-glob::brace pattern) ((core/int::add pattern-index) 1)) text) text-index) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add pattern-index) 1)) (core/bytes::len pattern)) selfhost/pkg-publish-glob::bad ((((selfhost/pkg-publish-glob::literal pattern) ((core/int::add pattern-index) 1)) text) text-index)) (if ((core/int::eq? byte) 125) selfhost/pkg-publish-glob::bad ((((selfhost/pkg-publish-glob::literal pattern) pattern-index) text) text-index)))))))))))))) (def selfhost/pkg-publish-glob::match (fn (pattern) (fn (value) (if (selfhost/pkg-lock-read::str? pattern) (if (selfhost/pkg-lock-read::str? value) ((((selfhost/pkg-publish-glob::match-loop (core/str::to-utf8 pattern)) 0) (core/str::to-utf8 value)) 0) selfhost/pkg-publish-glob::bad) selfhost/pkg-publish-glob::bad))))] :module-h b"w\xE1\xEA\xCD\xEB8\xF0O\x18\x10\x0B<\x05E\x07',\xE9\xB0\xAC\xF3F-W\x8Eb\xFF\x9Ac\x8B\xD6\x03" :path "selfhost/pkg_publish_glob_v1.gc" :source "(def selfhost/pkg-publish-glob::good\n (fn (value) {:ok true :value value}))\n\n(def selfhost/pkg-publish-glob::bad {:ok false :value false})\n\n(def selfhost/pkg-publish-glob::byte-at\n (fn (bytes)\n (fn (index)\n (let ((length (core/bytes::len bytes)))\n (if ((core/int::eq? index) length)\n selfhost/pkg-publish-glob::bad\n (selfhost/pkg-publish-glob::good\n {:byte ((core/bytes::get bytes) index) :next ((core/int::add index) 1)}))))))\n\n(def selfhost/pkg-publish-glob::byte-equal\n (fn (pattern-byte)\n (fn (text-byte)\n ((core/int::eq?\n ((core/map::get pattern-byte) (quote :byte)))\n ((core/map::get text-byte) (quote :byte))))))\n\n(def selfhost/pkg-publish-glob::skip-stars\n (fn (pattern)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len pattern))\n index\n (if ((core/int::eq? ((core/bytes::get pattern) index)) 42)\n ((selfhost/pkg-publish-glob::skip-stars pattern) ((core/int::add index) 1))\n index)))))\n\n(def selfhost/pkg-publish-glob::recursive-component?\n (fn (pattern)\n (fn (index)\n (let ((length (core/bytes::len pattern)))\n (if ((core/int::lt? ((core/int::add index) 2)) length)\n (if\n ((core/int::eq? ((core/bytes::get pattern) ((core/int::add index) 1))) 42)\n (if\n ((core/int::eq? ((core/bytes::get pattern) ((core/int::add index) 2))) 47)\n (if ((core/int::eq? index) 0)\n true\n ((core/int::eq?\n ((core/bytes::get pattern) ((core/int::sub index) 1)))\n 47))\n false)\n false)\n false)))))\n\n(def selfhost/pkg-publish-glob::star\n (fn (pattern)\n (fn (pattern-index)\n (fn (text)\n (fn (text-index)\n (let ((next-pattern ((selfhost/pkg-publish-glob::skip-stars pattern) pattern-index)))\n (if ((core/int::eq? next-pattern) (core/bytes::len pattern))\n (selfhost/pkg-publish-glob::good true)\n (((((selfhost/pkg-publish-glob::star-loop pattern) next-pattern) text)\n text-index)\n (core/bytes::len text)))))))))\n\n(def selfhost/pkg-publish-glob::star-loop\n (fn (pattern)\n (fn (pattern-index)\n (fn (text)\n (fn (text-index)\n (fn (text-length)\n (let\n ((matched\n ((((selfhost/pkg-publish-glob::match-loop pattern) pattern-index) text)\n text-index)))\n (if ((core/map::get matched) (quote :ok))\n (if ((core/map::get matched) (quote :value))\n matched\n (if ((core/int::eq? text-index) text-length)\n matched\n (let ((next ((selfhost/pkg-publish-glob::byte-at text) text-index)))\n (if ((core/map::get next) (quote :ok))\n (((((selfhost/pkg-publish-glob::star-loop pattern) pattern-index) text)\n ((core/map::get\n ((core/map::get next) (quote :value)))\n (quote :next)))\n text-length)\n selfhost/pkg-publish-glob::bad))))\n matched))))))))\n\n(def selfhost/pkg-publish-glob::find-class-end\n (fn (pattern)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len pattern))\n -1\n (let ((byte ((core/bytes::get pattern) index)))\n (if ((core/int::eq? byte) 92)\n (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern))\n -1\n ((selfhost/pkg-publish-glob::find-class-end pattern)\n ((core/int::add index) 2)))\n (if ((core/int::eq? byte) 93)\n index\n ((selfhost/pkg-publish-glob::find-class-end pattern)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-publish-glob::class-scalar\n (fn (pattern)\n (fn (index)\n (if ((core/int::eq? ((core/bytes::get pattern) index)) 92)\n ((selfhost/pkg-publish-glob::byte-at pattern) ((core/int::add index) 1))\n ((selfhost/pkg-publish-glob::byte-at pattern) index)))))\n\n(def selfhost/pkg-publish-glob::in-range?\n (fn (value)\n (fn (low)\n (fn (high)\n (if ((core/int::lt? value) low)\n false\n (if ((core/int::lt? high) value) false true))))))\n\n(def selfhost/pkg-publish-glob::class-items\n (fn (pattern)\n (fn (index)\n (fn (end)\n (fn (text-cp)\n (fn (matched)\n (if ((core/int::eq? index) end)\n (selfhost/pkg-publish-glob::good matched)\n (let ((first ((selfhost/pkg-publish-glob::class-scalar pattern) index)))\n (if ((core/map::get first) (quote :ok))\n (let ((first-value ((core/map::get first) (quote :value))))\n (let ((next ((core/map::get first-value) (quote :next))))\n (let\n ((range?\n (if ((core/int::lt? next) end)\n ((core/int::eq? ((core/bytes::get pattern) next)) 45)\n false)))\n (if range?\n (let ((range-start ((core/int::add next) 1)))\n (if ((core/int::eq? range-start) end)\n selfhost/pkg-publish-glob::bad\n (let\n ((last\n ((selfhost/pkg-publish-glob::class-scalar pattern)\n range-start)))\n (if ((core/map::get last) (quote :ok))\n (let\n ((last-value ((core/map::get last) (quote :value))))\n (if\n ((core/int::lt?\n ((core/map::get last-value) (quote :byte)))\n ((core/map::get first-value) (quote :byte)))\n selfhost/pkg-publish-glob::bad\n (((((selfhost/pkg-publish-glob::class-items pattern)\n ((core/map::get last-value) (quote :next)))\n end)\n text-cp)\n (if matched\n true\n (((selfhost/pkg-publish-glob::in-range? text-cp)\n ((core/map::get first-value) (quote :byte)))\n ((core/map::get last-value) (quote :byte)))))))\n selfhost/pkg-publish-glob::bad))))\n (((((selfhost/pkg-publish-glob::class-items pattern) next) end)\n text-cp)\n (if matched\n true\n ((core/int::eq?\n ((core/map::get first-value) (quote :byte)))\n text-cp)))))))\n selfhost/pkg-publish-glob::bad)))))))))\n\n(def selfhost/pkg-publish-glob::class\n (fn (pattern)\n (fn (index)\n (fn (text)\n (fn (text-index)\n (let ((end ((selfhost/pkg-publish-glob::find-class-end pattern) index)))\n (if ((core/int::lt? end) 0)\n selfhost/pkg-publish-glob::bad\n (if ((core/int::eq? index) end)\n selfhost/pkg-publish-glob::bad\n (let ((text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index)))\n (if ((core/map::get text-scalar) (quote :ok))\n (let\n ((negated\n (if ((core/int::eq? ((core/bytes::get pattern) index)) 33)\n true\n false)))\n (let ((items-start (if negated ((core/int::add index) 1) index)))\n (if ((core/int::eq? items-start) end)\n selfhost/pkg-publish-glob::bad\n (let\n ((class-result\n (((((selfhost/pkg-publish-glob::class-items pattern) items-start)\n end)\n ((core/map::get\n ((core/map::get text-scalar) (quote :value)))\n (quote :byte)))\n false)))\n (if ((core/map::get class-result) (quote :ok))\n (let\n ((contained\n ((core/map::get class-result) (quote :value))))\n (if (if negated (if contained false true) contained)\n ((((selfhost/pkg-publish-glob::match-loop pattern)\n ((core/int::add end) 1))\n text)\n ((core/map::get\n ((core/map::get text-scalar) (quote :value)))\n (quote :next)))\n (selfhost/pkg-publish-glob::good false)))\n class-result)))))\n (selfhost/pkg-publish-glob::good false)))))))))))\n\n(def selfhost/pkg-publish-glob::find-brace-end\n (fn (pattern)\n (fn (index)\n (fn (depth)\n (if ((core/int::eq? index) (core/bytes::len pattern))\n -1\n (let ((byte ((core/bytes::get pattern) index)))\n (if ((core/int::eq? byte) 92)\n (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern))\n -1\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 2))\n depth))\n (if ((core/int::eq? byte) 123)\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 1))\n ((core/int::add depth) 1))\n (if ((core/int::eq? byte) 125)\n (if ((core/int::eq? depth) 0)\n index\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 1))\n ((core/int::sub depth) 1)))\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 1))\n depth))))))))))\n\n(def selfhost/pkg-publish-glob::brace-alternatives\n (fn (pattern)\n (fn (start)\n (fn (index)\n (fn (end)\n (fn (depth)\n (fn (suffix)\n (fn (text)\n (fn (text-index)\n (fn (saw-nonempty)\n (if ((core/int::eq? index) end)\n (if ((core/int::eq? start) end)\n (if saw-nonempty\n (selfhost/pkg-publish-glob::good false)\n ((((selfhost/pkg-publish-glob::match-loop suffix) 0) text)\n text-index))\n (let\n ((alternative\n (((core/bytes::slice pattern) start)\n ((core/int::sub end) start))))\n ((((selfhost/pkg-publish-glob::match-loop\n ((core/bytes::concat alternative) suffix)) 0)\n text)\n text-index)))\n (let ((byte ((core/bytes::get pattern) index)))\n (if ((core/int::eq? byte) 92)\n (if ((core/int::eq? ((core/int::add index) 1)) end)\n selfhost/pkg-publish-glob::bad\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start)\n ((core/int::add index) 2))\n end)\n depth)\n suffix)\n text)\n text-index)\n saw-nonempty))\n (if ((core/int::eq? byte) 123)\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start)\n ((core/int::add index) 1))\n end)\n ((core/int::add depth) 1))\n suffix)\n text)\n text-index)\n saw-nonempty)\n (if ((core/int::eq? byte) 125)\n (if ((core/int::eq? depth) 0)\n selfhost/pkg-publish-glob::bad\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start)\n ((core/int::add index) 1))\n end)\n ((core/int::sub depth) 1))\n suffix)\n text)\n text-index)\n saw-nonempty))\n (if\n (if ((core/int::eq? byte) 44)\n ((core/int::eq? depth) 0)\n false)\n (if ((core/int::eq? start) index)\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern)\n ((core/int::add index) 1))\n ((core/int::add index) 1))\n end)\n depth)\n suffix)\n text)\n text-index)\n saw-nonempty)\n (let\n ((alternative\n (((core/bytes::slice pattern) start)\n ((core/int::sub index) start))))\n (let\n ((attempt\n ((((selfhost/pkg-publish-glob::match-loop\n ((core/bytes::concat alternative) suffix)) 0)\n text)\n text-index)))\n (if ((core/map::get attempt) (quote :ok))\n (if ((core/map::get attempt) (quote :value))\n attempt\n (((((((((selfhost/pkg-publish-glob::brace-alternatives\n pattern)\n ((core/int::add index) 1))\n ((core/int::add index) 1))\n end)\n depth)\n suffix)\n text)\n text-index)\n true))\n attempt))))\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern)\n start)\n ((core/int::add index) 1))\n end)\n depth)\n suffix)\n text)\n text-index)\n saw-nonempty)))))))))))))))))\n\n(def selfhost/pkg-publish-glob::brace\n (fn (pattern)\n (fn (index)\n (fn (text)\n (fn (text-index)\n (let ((end (((selfhost/pkg-publish-glob::find-brace-end pattern) index) 0)))\n (if ((core/int::lt? end) 0)\n selfhost/pkg-publish-glob::bad\n (let\n ((suffix-start ((core/int::add end) 1))\n (length (core/bytes::len pattern)))\n (let\n ((suffix\n (((core/bytes::slice pattern) suffix-start)\n ((core/int::sub length) suffix-start))))\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) index)\n index)\n end)\n 0)\n suffix)\n text)\n text-index)\n false))))))))))\n\n(def selfhost/pkg-publish-glob::valid-loop\n (fn (pattern)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len pattern))\n true\n (let ((byte ((core/bytes::get pattern) index)))\n (if ((core/int::eq? byte) 92)\n (if\n ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern))\n false\n ((selfhost/pkg-publish-glob::valid-loop pattern)\n ((core/int::add index) 2)))\n (if ((core/int::eq? byte) 91)\n (let\n ((end\n ((selfhost/pkg-publish-glob::find-class-end pattern)\n ((core/int::add index) 1))))\n (if ((core/int::lt? end) 0)\n false\n (if ((core/int::eq? ((core/int::add index) 1)) end)\n false\n (let\n ((checked\n (((((selfhost/pkg-publish-glob::class-items pattern)\n ((core/int::add index) 1))\n end)\n 0)\n false)))\n (if ((core/map::get checked) (quote :ok))\n ((selfhost/pkg-publish-glob::valid-loop pattern)\n ((core/int::add end) 1))\n false)))))\n (if ((core/int::eq? byte) 123)\n (let\n ((end\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 1))\n 0)))\n (if ((core/int::lt? end) 0)\n false\n (let\n ((inner\n (((core/bytes::slice pattern) ((core/int::add index) 1))\n ((core/int::sub end) ((core/int::add index) 1)))))\n (if ((selfhost/pkg-publish-glob::valid-loop inner) 0)\n ((selfhost/pkg-publish-glob::valid-loop pattern)\n ((core/int::add end) 1))\n false))))\n (if ((core/int::eq? byte) 125)\n false\n ((selfhost/pkg-publish-glob::valid-loop pattern)\n ((core/int::add index) 1)))))))))))\n\n(def selfhost/pkg-publish-glob::valid?\n (fn (pattern)\n (if (selfhost/pkg-lock-read::str? pattern)\n ((selfhost/pkg-publish-glob::valid-loop (core/str::to-utf8 pattern)) 0)\n false)))\n\n(def selfhost/pkg-publish-glob::literal\n (fn (pattern)\n (fn (pattern-index)\n (fn (text)\n (fn (text-index)\n (let\n ((pattern-scalar\n ((selfhost/pkg-publish-glob::byte-at pattern) pattern-index))\n (text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index)))\n (if ((core/map::get pattern-scalar) (quote :ok))\n (if ((core/map::get text-scalar) (quote :ok))\n (let\n ((pattern-value ((core/map::get pattern-scalar) (quote :value)))\n (text-value ((core/map::get text-scalar) (quote :value))))\n (if ((selfhost/pkg-publish-glob::byte-equal pattern-value) text-value)\n ((((selfhost/pkg-publish-glob::match-loop pattern)\n ((core/map::get pattern-value) (quote :next)))\n text)\n ((core/map::get text-value) (quote :next)))\n (selfhost/pkg-publish-glob::good false)))\n (selfhost/pkg-publish-glob::good false))\n selfhost/pkg-publish-glob::bad)))))))\n\n(def selfhost/pkg-publish-glob::match-loop\n (fn (pattern)\n (fn (pattern-index)\n (fn (text)\n (fn (text-index)\n (if ((core/int::eq? pattern-index) (core/bytes::len pattern))\n (selfhost/pkg-publish-glob::good\n ((core/int::eq? text-index) (core/bytes::len text)))\n (let ((byte ((core/bytes::get pattern) pattern-index)))\n (if ((core/int::eq? byte) 42)\n (if ((selfhost/pkg-publish-glob::recursive-component? pattern) pattern-index)\n (let\n ((without-component\n ((((selfhost/pkg-publish-glob::match-loop pattern)\n ((core/int::add pattern-index) 3))\n text)\n text-index)))\n (if ((core/map::get without-component) (quote :ok))\n (if ((core/map::get without-component) (quote :value))\n without-component\n ((((selfhost/pkg-publish-glob::star pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index))\n without-component))\n ((((selfhost/pkg-publish-glob::star pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index))\n (if ((core/int::eq? byte) 63)\n (let ((text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index)))\n (if ((core/map::get text-scalar) (quote :ok))\n ((((selfhost/pkg-publish-glob::match-loop pattern)\n ((core/int::add pattern-index) 1))\n text)\n ((core/map::get\n ((core/map::get text-scalar) (quote :value)))\n (quote :next)))\n (selfhost/pkg-publish-glob::good false)))\n (if ((core/int::eq? byte) 91)\n ((((selfhost/pkg-publish-glob::class pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index)\n (if ((core/int::eq? byte) 123)\n ((((selfhost/pkg-publish-glob::brace pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index)\n (if ((core/int::eq? byte) 92)\n (if\n ((core/int::eq?\n ((core/int::add pattern-index) 1))\n (core/bytes::len pattern))\n selfhost/pkg-publish-glob::bad\n ((((selfhost/pkg-publish-glob::literal pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index))\n (if ((core/int::eq? byte) 125)\n selfhost/pkg-publish-glob::bad\n ((((selfhost/pkg-publish-glob::literal pattern) pattern-index)\n text)\n text-index))))))))))))))\n\n(def selfhost/pkg-publish-glob::match\n (fn (pattern)\n (fn (value)\n (if (selfhost/pkg-lock-read::str? pattern)\n (if (selfhost/pkg-lock-read::str? value)\n ((((selfhost/pkg-publish-glob::match-loop (core/str::to-utf8 pattern)) 0)\n (core/str::to-utf8 value)) 0)\n selfhost/pkg-publish-glob::bad)\n selfhost/pkg-publish-glob::bad))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"y\xE5\x98e%!\xDBT\x94\x06n\xFD#\x97f}\xFF\xC2\x9C7\x986\x8EuP\x95\xDF,\xB2\x18XZ\x88:d\xA9=\x8E\xD5\x07j\xF5~\x08\xB3\x96\xA1\x16" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-policy::optional-strings (fn (map) (fn (key) (if ((selfhost/pkg-publish-policy::has-key? map) key) (selfhost/pkg-publish-policy::strings ((selfhost/pkg-publish-policy::field map) key)) (selfhost/pkg-publish-policy::ok []))))) (def selfhost/pkg-publish-policy::optional-texts (fn (map) (fn (key) (if ((selfhost/pkg-publish-policy::has-key? map) key) (selfhost/pkg-publish-policy::texts ((selfhost/pkg-publish-policy::field map) key)) (selfhost/pkg-publish-policy::ok []))))) (def selfhost/pkg-publish-policy::optional-kinds (fn (map) (fn (key) (if ((selfhost/pkg-publish-policy::has-key? map) key) (selfhost/pkg-publish-policy::kinds ((selfhost/pkg-publish-policy::field map) key)) (selfhost/pkg-publish-policy::ok []))))) (def selfhost/pkg-publish-policy::patterns-valid-loop? (fn (patterns) (fn (index) (if ((core/int::eq? index) (core/vec::len patterns)) true (if (selfhost/pkg-publish-glob::valid? ((core/vec::get patterns) index)) ((selfhost/pkg-publish-policy::patterns-valid-loop? patterns) ((core/int::add index) 1)) false))))) (def selfhost/pkg-publish-policy::validated-patterns (fn (result) (fn (require-nonempty) (if (selfhost/pkg-publish-policy::result-ok? result) (let ((patterns (selfhost/pkg-publish-policy::result-value result))) (if (if require-nonempty ((core/int::eq? (core/vec::len patterns)) 0) false) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if ((selfhost/pkg-publish-policy::patterns-valid-loop? patterns) 0) result (selfhost/pkg-publish-policy::bad (quote :bad-policy))))) result)))) (def selfhost/pkg-publish-policy::obligation-kind-map-loop (fn (entries) (fn (index) (fn (output) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-publish-policy::ok output) (let ((entry ((core/vec::get entries) index))) (let ((obligation (selfhost/pkg-publish-policy::text ((core/vec::get entry) 0))) (kinds (selfhost/pkg-publish-policy::kinds ((core/vec::get entry) 1)))) (if (selfhost/pkg-publish-policy::nil? obligation) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (selfhost/pkg-publish-policy::result-ok? kinds) (((selfhost/pkg-publish-policy::obligation-kind-map-loop entries) ((core/int::add index) 1)) (((core/map::put output) obligation) (selfhost/pkg-publish-policy::result-value kinds))) kinds))))))))) (def selfhost/pkg-publish-policy::obligation-kind-map (fn (map) (if ((selfhost/pkg-publish-policy::has-key? map) (quote :obligation-evidence-kinds)) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :obligation-evidence-kinds)))) (if (selfhost/pkg-publish-policy::map? value) (((selfhost/pkg-publish-policy::obligation-kind-map-loop (core/map::entries value)) 0) {}) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) (selfhost/pkg-publish-policy::ok {})))) (def selfhost/pkg-publish-policy::signature-flag (fn (map) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :require-signatures)))) (if (if ((selfhost/pkg-publish-policy::has-key? map) (quote :require-signatures)) (if (selfhost/pkg-publish-policy::nil? value) true (selfhost/pkg-publish-policy::bool? value)) true) (selfhost/pkg-publish-policy::ok (if (selfhost/pkg-publish-policy::nil? value) false value)) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))) (def selfhost/pkg-publish-policy::signature-minimum (fn (map) (fn (require-signatures) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :min-signatures)))) (if (if ((selfhost/pkg-publish-policy::has-key? map) (quote :min-signatures)) (if (selfhost/pkg-publish-policy::nil? value) true (selfhost/pkg-publish-policy::nonnegative-u64? value)) true) (selfhost/pkg-publish-policy::ok (if (selfhost/pkg-publish-policy::nil? value) (if require-signatures 1 0) value)) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))) (def selfhost/pkg-publish-policy::allowed-keys (fn (map) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :allowed-public-keys)))) (if (if ((selfhost/pkg-publish-policy::has-key? map) (quote :allowed-public-keys)) (if (selfhost/pkg-publish-policy::nil? value) true (selfhost/pkg-publish-policy::base64-keys? value)) true) (selfhost/pkg-publish-policy::ok (if (selfhost/pkg-publish-policy::nil? value) [] value)) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))) (def selfhost/pkg-publish-policy::required-roles (fn (map) (if ((selfhost/pkg-publish-policy::has-key? map) (quote :required-attestation-roles)) ((selfhost/pkg-publish-policy::labels ((selfhost/pkg-publish-policy::field map) (quote :required-attestation-roles))) true) (selfhost/pkg-publish-policy::ok [])))) (def selfhost/pkg-publish-policy::role-minimum-map-loop (fn (entries) (fn (index) (fn (output) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-publish-policy::ok output) (let ((entry ((core/vec::get entries) index))) (let ((role (selfhost/pkg-publish-policy::normalize-label ((core/vec::get entry) 0))) (minimum ((core/vec::get entry) 1))) (if (selfhost/pkg-publish-policy::nil? role) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (selfhost/pkg-publish-policy::nonnegative-u64? minimum) (((selfhost/pkg-publish-policy::role-minimum-map-loop entries) ((core/int::add index) 1)) (((core/map::put output) role) minimum)) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))))))) (def selfhost/pkg-publish-policy::role-minimum-map (fn (map) (if ((selfhost/pkg-publish-policy::has-key? map) (quote :role-min-signatures)) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :role-min-signatures)))) (if (selfhost/pkg-publish-policy::map? value) (((selfhost/pkg-publish-policy::role-minimum-map-loop (core/map::entries value)) 0) {}) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) (selfhost/pkg-publish-policy::ok {})))) (def selfhost/pkg-publish-policy::parse-role-pair (fn (value) (if (selfhost/pkg-publish-policy::map? value) (if ((selfhost/pkg-publish-policy::has-key? value) (quote :left)) (if ((selfhost/pkg-publish-policy::has-key? value) (quote :right)) (let ((left (selfhost/pkg-publish-policy::normalize-label ((selfhost/pkg-publish-policy::field value) (quote :left)))) (right (selfhost/pkg-publish-policy::normalize-label ((selfhost/pkg-publish-policy::field value) (quote :right))))) (if (selfhost/pkg-publish-policy::nil? left) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (selfhost/pkg-publish-policy::nil? right) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (let ((pair ((selfhost/pkg-publish-policy::canonical-pair left) right))) (if (selfhost/pkg-publish-policy::nil? pair) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (selfhost/pkg-publish-policy::ok pair)))))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))) (def selfhost/pkg-publish-policy::role-pair-seen? (fn (seen) (fn (pair) (let ((left ((selfhost/pkg-publish-policy::field pair) (quote :left))) (right ((selfhost/pkg-publish-policy::field pair) (quote :right)))) (let ((rights ((selfhost/pkg-publish-policy::field seen) left))) (if (selfhost/pkg-publish-policy::map? rights) ((selfhost/pkg-publish-policy::has-key? rights) right) false)))))) (def selfhost/pkg-publish-policy::remember-role-pair (fn (seen) (fn (pair) (let ((left ((selfhost/pkg-publish-policy::field pair) (quote :left))) (right ((selfhost/pkg-publish-policy::field pair) (quote :right)))) (let ((current ((selfhost/pkg-publish-policy::field seen) left))) (let ((rights (if (selfhost/pkg-publish-policy::map? current) current {}))) (((core/map::put seen) left) (((core/map::put rights) right) true)))))))) (def selfhost/pkg-publish-policy::role-pairs-loop (fn (values) (fn (index) (fn (seen) (fn (output) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-publish-policy::ok output) (let ((parsed (selfhost/pkg-publish-policy::parse-role-pair ((core/vec::get values) index)))) (if (selfhost/pkg-publish-policy::result-ok? parsed) (let ((pair (selfhost/pkg-publish-policy::result-value parsed)) (next ((selfhost/pkg-publish-policy::role-pairs-loop values) ((core/int::add index) 1)))) (if ((selfhost/pkg-publish-policy::role-pair-seen? seen) pair) ((next seen) output) ((next ((selfhost/pkg-publish-policy::remember-role-pair seen) pair)) ((core/vec::push output) pair)))) parsed)))))))) (def selfhost/pkg-publish-policy::role-pairs (fn (map) (if ((selfhost/pkg-publish-policy::has-key? map) (quote :independent-role-pairs)) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :independent-role-pairs)))) (if (selfhost/pkg-publish-policy::vec? value) ((((selfhost/pkg-publish-policy::role-pairs-loop value) 0) {}) []) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) (selfhost/pkg-publish-policy::ok [])))) (def selfhost/pkg-publish-policy::first-failure-loop (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) nil (let ((result ((core/vec::get ((core/vec::get entries) index)) 1))) (if (selfhost/pkg-publish-policy::result-ok? result) ((selfhost/pkg-publish-policy::first-failure-loop entries) ((core/int::add index) 1)) result)))))) (def selfhost/pkg-publish-policy::assemble-class (fn (name) (fn (values) (let ((keys ((selfhost/pkg-publish-policy::field values) (quote :allowed-public-keys))) (minimum ((selfhost/pkg-publish-policy::field values) (quote :min-signatures))) (pairs ((selfhost/pkg-publish-policy::field values) (quote :independent-role-pairs))) (require-signatures ((selfhost/pkg-publish-policy::field values) (quote :require-signatures))) (required-roles ((selfhost/pkg-publish-policy::field values) (quote :required-attestation-roles))) (role-minima ((selfhost/pkg-publish-policy::field values) (quote :role-min-signatures)))) (let ((has-role-constraints (if ((core/int::lt? 0) (core/vec::len required-roles)) true (if ((core/int::lt? 0) (core/map::len role-minima)) true ((core/int::lt? 0) (core/vec::len pairs)))))) (if (if ((core/int::lt? 0) minimum) ((core/int::eq? (core/vec::len keys)) 0) false) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (if has-role-constraints (if require-signatures false true) false) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (if has-role-constraints ((core/int::eq? (core/vec::len keys)) 0) false) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (selfhost/pkg-publish-policy::ok (((core/map::put values) (quote :name)) name)))))))))) (def selfhost/pkg-publish-policy::parse-class-fields (fn (name) (fn (map) (let ((patterns ((selfhost/pkg-publish-policy::validated-patterns (if ((selfhost/pkg-publish-policy::has-key? map) (quote :patterns)) (selfhost/pkg-publish-policy::strings ((selfhost/pkg-publish-policy::field map) (quote :patterns))) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) true)) (excludes ((selfhost/pkg-publish-policy::validated-patterns ((selfhost/pkg-publish-policy::optional-strings map) (quote :exclude))) false)) (obligations ((selfhost/pkg-publish-policy::optional-texts map) (quote :required-obligations))) (evidence-kinds ((selfhost/pkg-publish-policy::optional-kinds map) (quote :required-evidence-kinds))) (obligation-kinds (selfhost/pkg-publish-policy::obligation-kind-map map)) (signature-flag (selfhost/pkg-publish-policy::signature-flag map)) (allowed-keys (selfhost/pkg-publish-policy::allowed-keys map)) (roles (selfhost/pkg-publish-policy::required-roles map)) (role-minima (selfhost/pkg-publish-policy::role-minimum-map map)) (role-pairs (selfhost/pkg-publish-policy::role-pairs map))) (let ((failure ((selfhost/pkg-publish-policy::first-failure-loop (core/map::entries {:allowed-keys allowed-keys :evidence-kinds evidence-kinds :excludes excludes :obligation-kinds obligation-kinds :obligations obligations :patterns patterns :role-minima role-minima :role-pairs role-pairs :roles roles :signature-flag signature-flag})) 0))) (if (selfhost/pkg-publish-policy::nil? failure) (let ((require-signatures (selfhost/pkg-publish-policy::result-value signature-flag))) (let ((minimum ((selfhost/pkg-publish-policy::signature-minimum map) require-signatures))) (if (selfhost/pkg-publish-policy::result-ok? minimum) ((selfhost/pkg-publish-policy::assemble-class name) {:allowed-public-keys (selfhost/pkg-publish-policy::result-value allowed-keys) :exclude (selfhost/pkg-publish-policy::result-value excludes) :independent-role-pairs (selfhost/pkg-publish-policy::result-value role-pairs) :min-signatures (selfhost/pkg-publish-policy::result-value minimum) :obligation-evidence-kinds (selfhost/pkg-publish-policy::result-value obligation-kinds) :patterns (selfhost/pkg-publish-policy::result-value patterns) :require-signatures require-signatures :required-attestation-roles (selfhost/pkg-publish-policy::result-value roles) :required-evidence-kinds (selfhost/pkg-publish-policy::result-value evidence-kinds) :required-obligations (selfhost/pkg-publish-policy::result-value obligations) :role-min-signatures (selfhost/pkg-publish-policy::result-value role-minima)}) minimum))) failure)))))) (def selfhost/pkg-publish-policy::parse-class (fn (classes) (fn (key) (fn (name) (if ((selfhost/pkg-publish-policy::has-key? classes) key) (let ((value ((selfhost/pkg-publish-policy::field classes) key))) (if (selfhost/pkg-publish-policy::nil? value) (selfhost/pkg-publish-policy::ok nil) (if (selfhost/pkg-publish-policy::map? value) ((selfhost/pkg-publish-policy::parse-class-fields name) value) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))) (selfhost/pkg-publish-policy::ok nil)))))) (def selfhost/pkg-publish-policy::frozen-prefixes (fn (policy) (let ((refs ((selfhost/pkg-publish-policy::field policy) (quote :refs)))) (if (selfhost/pkg-publish-policy::map? refs) (let ((prefixes ((selfhost/pkg-publish-policy::field refs) (quote :frozen-prefixes)))) (if (selfhost/pkg-publish-policy::vec? prefixes) (selfhost/pkg-publish-policy::strings prefixes) (selfhost/pkg-publish-policy::ok []))) (selfhost/pkg-publish-policy::ok []))))) (def selfhost/pkg-publish-policy::parse (fn (policy) (if (selfhost/pkg-publish-policy::map? policy) (let ((type ((selfhost/pkg-publish-policy::field policy) (quote :type))) (version ((selfhost/pkg-publish-policy::field policy) (quote :v))) (name ((selfhost/pkg-publish-policy::field policy) (quote :name))) (classes ((selfhost/pkg-publish-policy::field policy) (quote :classes)))) (if (if (selfhost/pkg-publish-policy::sym? type) ((core/sym::eq? type) (quote :vcs/policy)) false) (if (if (selfhost/pkg-publish-policy::int? version) ((core/int::eq? version) 1) false) (if (if (selfhost/pkg-publish-policy::nil? name) true (selfhost/pkg-publish-policy::str? name)) (if (selfhost/pkg-publish-policy::map? classes) (let ((prefixes (selfhost/pkg-publish-policy::frozen-prefixes policy)) (tags (((selfhost/pkg-publish-policy::parse-class classes) (quote :tags)) (quote :tags))) (main (((selfhost/pkg-publish-policy::parse-class classes) (quote :main)) (quote :main))) (dev (((selfhost/pkg-publish-policy::parse-class classes) (quote :dev)) (quote :dev)))) (if (selfhost/pkg-publish-policy::result-ok? prefixes) (if (selfhost/pkg-publish-policy::result-ok? tags) (if (selfhost/pkg-publish-policy::result-ok? main) (if (selfhost/pkg-publish-policy::result-ok? dev) (selfhost/pkg-publish-policy::ok {:dev (selfhost/pkg-publish-policy::result-value dev) :frozen-prefixes (selfhost/pkg-publish-policy::result-value prefixes) :main (selfhost/pkg-publish-policy::result-value main) :name name :tags (selfhost/pkg-publish-policy::result-value tags)}) dev) main) tags) prefixes)) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))) (def selfhost/pkg-publish-policy::prefix-member-loop? (fn (prefixes) (fn (refname) (fn (index) (if ((core/int::eq? index) (core/vec::len prefixes)) false (if ((selfhost/pkg-lock-read::starts-with? refname) ((core/vec::get prefixes) index)) true (((selfhost/pkg-publish-policy::prefix-member-loop? prefixes) refname) ((core/int::add index) 1)))))))) (def selfhost/pkg-publish-policy::patterns-match-loop (fn (patterns) (fn (refname) (fn (index) (fn (matched) (if ((core/int::eq? index) (core/vec::len patterns)) (selfhost/pkg-publish-policy::ok matched) (let ((result ((selfhost/pkg-publish-glob::match ((core/vec::get patterns) index)) refname))) (if ((selfhost/pkg-publish-policy::field result) (quote :ok)) (let ((next (((selfhost/pkg-publish-policy::patterns-match-loop patterns) refname) ((core/int::add index) 1))) (next-matched (if matched true ((selfhost/pkg-publish-policy::field result) (quote :value))))) (next next-matched)) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))))))) (def selfhost/pkg-publish-policy::class-matches (fn (class) (fn (refname) (if (selfhost/pkg-publish-policy::nil? class) (selfhost/pkg-publish-policy::ok false) (let ((included ((((selfhost/pkg-publish-policy::patterns-match-loop ((selfhost/pkg-publish-policy::field class) (quote :patterns))) refname) 0) false)) (excluded ((((selfhost/pkg-publish-policy::patterns-match-loop ((selfhost/pkg-publish-policy::field class) (quote :exclude))) refname) 0) false))) (if (selfhost/pkg-publish-policy::result-ok? included) (if (selfhost/pkg-publish-policy::result-ok? excluded) (selfhost/pkg-publish-policy::ok (if (selfhost/pkg-publish-policy::result-value included) (if (selfhost/pkg-publish-policy::result-value excluded) false true) false)) excluded) included)))))) (def selfhost/pkg-publish-policy::select-parsed (fn (parsed) (fn (refname) (let ((tags ((selfhost/pkg-publish-policy::class-matches ((selfhost/pkg-publish-policy::field parsed) (quote :tags))) refname)) (main ((selfhost/pkg-publish-policy::class-matches ((selfhost/pkg-publish-policy::field parsed) (quote :main))) refname)) (dev ((selfhost/pkg-publish-policy::class-matches ((selfhost/pkg-publish-policy::field parsed) (quote :dev))) refname))) (if (selfhost/pkg-publish-policy::result-ok? tags) (if (selfhost/pkg-publish-policy::result-ok? main) (if (selfhost/pkg-publish-policy::result-ok? dev) (if (selfhost/pkg-publish-policy::result-value tags) (selfhost/pkg-publish-policy::ok ((selfhost/pkg-publish-policy::field parsed) (quote :tags))) (if (selfhost/pkg-publish-policy::result-value main) (selfhost/pkg-publish-policy::ok ((selfhost/pkg-publish-policy::field parsed) (quote :main))) (if (selfhost/pkg-publish-policy::result-value dev) (selfhost/pkg-publish-policy::ok ((selfhost/pkg-publish-policy::field parsed) (quote :dev))) (selfhost/pkg-publish-policy::bad (quote :no-policy-class))))) dev) main) tags))))) (def selfhost/pkg-publish-policy::select (fn (policy) (fn (refname) (if (selfhost/pkg-publish-policy::str? refname) (if ((core/int::lt? 0) (core/str::len refname)) (let ((parsed (selfhost/pkg-publish-policy::parse policy))) (if (selfhost/pkg-publish-policy::result-ok? parsed) (let ((value (selfhost/pkg-publish-policy::result-value parsed))) (if (((selfhost/pkg-publish-policy::prefix-member-loop? ((selfhost/pkg-publish-policy::field value) (quote :frozen-prefixes))) refname) 0) (selfhost/pkg-publish-policy::bad (quote :ref-frozen)) ((selfhost/pkg-publish-policy::select-parsed value) refname))) parsed)) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))] :module-h b"\x04\xF5\x9C\x98`\xBDjhU\xD7\x0F\xBD\x98\xA4\xD7M\x82\xE9t\x8B\xB7\x07\x17\xF8M\xC6\xAEj\xB0'L\x8A" :path "selfhost/pkg_publish_policy_v1.gc" :source "(def selfhost/pkg-publish-policy::optional-strings\n (fn (map)\n (fn (key)\n (if ((selfhost/pkg-publish-policy::has-key? map) key)\n (selfhost/pkg-publish-policy::strings\n ((selfhost/pkg-publish-policy::field map) key))\n (selfhost/pkg-publish-policy::ok [])))))\n\n(def selfhost/pkg-publish-policy::optional-texts\n (fn (map)\n (fn (key)\n (if ((selfhost/pkg-publish-policy::has-key? map) key)\n (selfhost/pkg-publish-policy::texts\n ((selfhost/pkg-publish-policy::field map) key))\n (selfhost/pkg-publish-policy::ok [])))))\n\n(def selfhost/pkg-publish-policy::optional-kinds\n (fn (map)\n (fn (key)\n (if ((selfhost/pkg-publish-policy::has-key? map) key)\n (selfhost/pkg-publish-policy::kinds\n ((selfhost/pkg-publish-policy::field map) key))\n (selfhost/pkg-publish-policy::ok [])))))\n\n(def selfhost/pkg-publish-policy::patterns-valid-loop?\n (fn (patterns)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len patterns))\n true\n (if\n (selfhost/pkg-publish-glob::valid? ((core/vec::get patterns) index))\n ((selfhost/pkg-publish-policy::patterns-valid-loop? patterns)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-publish-policy::validated-patterns\n (fn (result)\n (fn (require-nonempty)\n (if (selfhost/pkg-publish-policy::result-ok? result)\n (let ((patterns (selfhost/pkg-publish-policy::result-value result)))\n (if\n (if require-nonempty ((core/int::eq? (core/vec::len patterns)) 0) false)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if ((selfhost/pkg-publish-policy::patterns-valid-loop? patterns) 0)\n result\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))\n result))))\n\n(def selfhost/pkg-publish-policy::obligation-kind-map-loop\n (fn (entries)\n (fn (index)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-publish-policy::ok output)\n (let\n ((entry ((core/vec::get entries) index)))\n (let\n ((obligation\n (selfhost/pkg-publish-policy::text ((core/vec::get entry) 0)))\n (kinds\n (selfhost/pkg-publish-policy::kinds ((core/vec::get entry) 1))))\n (if (selfhost/pkg-publish-policy::nil? obligation)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if (selfhost/pkg-publish-policy::result-ok? kinds)\n (((selfhost/pkg-publish-policy::obligation-kind-map-loop entries)\n ((core/int::add index) 1))\n (((core/map::put output) obligation)\n (selfhost/pkg-publish-policy::result-value kinds)))\n kinds)))))))))\n\n(def selfhost/pkg-publish-policy::obligation-kind-map\n (fn (map)\n (if\n ((selfhost/pkg-publish-policy::has-key? map)\n (quote :obligation-evidence-kinds))\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map)\n (quote :obligation-evidence-kinds))))\n (if (selfhost/pkg-publish-policy::map? value)\n (((selfhost/pkg-publish-policy::obligation-kind-map-loop\n (core/map::entries value))\n 0)\n {})\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n (selfhost/pkg-publish-policy::ok {}))))\n\n(def selfhost/pkg-publish-policy::signature-flag\n (fn (map)\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map) (quote :require-signatures))))\n (if\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :require-signatures))\n (if (selfhost/pkg-publish-policy::nil? value)\n true\n (selfhost/pkg-publish-policy::bool? value))\n true)\n (selfhost/pkg-publish-policy::ok\n (if (selfhost/pkg-publish-policy::nil? value) false value))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))\n\n(def selfhost/pkg-publish-policy::signature-minimum\n (fn (map)\n (fn (require-signatures)\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map) (quote :min-signatures))))\n (if\n (if ((selfhost/pkg-publish-policy::has-key? map) (quote :min-signatures))\n (if (selfhost/pkg-publish-policy::nil? value)\n true\n (selfhost/pkg-publish-policy::nonnegative-u64? value))\n true)\n (selfhost/pkg-publish-policy::ok\n (if (selfhost/pkg-publish-policy::nil? value)\n (if require-signatures 1 0)\n value))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))))\n\n(def selfhost/pkg-publish-policy::allowed-keys\n (fn (map)\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map) (quote :allowed-public-keys))))\n (if\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :allowed-public-keys))\n (if (selfhost/pkg-publish-policy::nil? value)\n true\n (selfhost/pkg-publish-policy::base64-keys? value))\n true)\n (selfhost/pkg-publish-policy::ok\n (if (selfhost/pkg-publish-policy::nil? value) [] value))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))\n\n(def selfhost/pkg-publish-policy::required-roles\n (fn (map)\n (if\n ((selfhost/pkg-publish-policy::has-key? map)\n (quote :required-attestation-roles))\n ((selfhost/pkg-publish-policy::labels\n ((selfhost/pkg-publish-policy::field map)\n (quote :required-attestation-roles)))\n true)\n (selfhost/pkg-publish-policy::ok []))))\n\n(def selfhost/pkg-publish-policy::role-minimum-map-loop\n (fn (entries)\n (fn (index)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-publish-policy::ok output)\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((role\n (selfhost/pkg-publish-policy::normalize-label\n ((core/vec::get entry) 0)))\n (minimum ((core/vec::get entry) 1)))\n (if (selfhost/pkg-publish-policy::nil? role)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if (selfhost/pkg-publish-policy::nonnegative-u64? minimum)\n (((selfhost/pkg-publish-policy::role-minimum-map-loop entries)\n ((core/int::add index) 1))\n (((core/map::put output) role) minimum))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))))))))\n\n(def selfhost/pkg-publish-policy::role-minimum-map\n (fn (map)\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :role-min-signatures))\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map) (quote :role-min-signatures))))\n (if (selfhost/pkg-publish-policy::map? value)\n (((selfhost/pkg-publish-policy::role-minimum-map-loop\n (core/map::entries value))\n 0)\n {})\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n (selfhost/pkg-publish-policy::ok {}))))\n\n(def selfhost/pkg-publish-policy::parse-role-pair\n (fn (value)\n (if (selfhost/pkg-publish-policy::map? value)\n (if ((selfhost/pkg-publish-policy::has-key? value) (quote :left))\n (if ((selfhost/pkg-publish-policy::has-key? value) (quote :right))\n (let\n ((left\n (selfhost/pkg-publish-policy::normalize-label\n ((selfhost/pkg-publish-policy::field value) (quote :left))))\n (right\n (selfhost/pkg-publish-policy::normalize-label\n ((selfhost/pkg-publish-policy::field value) (quote :right)))))\n (if (selfhost/pkg-publish-policy::nil? left)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if (selfhost/pkg-publish-policy::nil? right)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (let\n ((pair\n ((selfhost/pkg-publish-policy::canonical-pair left) right)))\n (if (selfhost/pkg-publish-policy::nil? pair)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (selfhost/pkg-publish-policy::ok pair))))))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))\n\n(def selfhost/pkg-publish-policy::role-pair-seen?\n (fn (seen)\n (fn (pair)\n (let\n ((left ((selfhost/pkg-publish-policy::field pair) (quote :left)))\n (right ((selfhost/pkg-publish-policy::field pair) (quote :right))))\n (let ((rights ((selfhost/pkg-publish-policy::field seen) left)))\n (if (selfhost/pkg-publish-policy::map? rights)\n ((selfhost/pkg-publish-policy::has-key? rights) right)\n false))))))\n\n(def selfhost/pkg-publish-policy::remember-role-pair\n (fn (seen)\n (fn (pair)\n (let\n ((left ((selfhost/pkg-publish-policy::field pair) (quote :left)))\n (right ((selfhost/pkg-publish-policy::field pair) (quote :right))))\n (let ((current ((selfhost/pkg-publish-policy::field seen) left)))\n (let ((rights (if (selfhost/pkg-publish-policy::map? current) current {})))\n (((core/map::put seen) left) (((core/map::put rights) right) true))))))))\n\n(def selfhost/pkg-publish-policy::role-pairs-loop\n (fn (values)\n (fn (index)\n (fn (seen)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-publish-policy::ok output)\n (let\n ((parsed\n (selfhost/pkg-publish-policy::parse-role-pair\n ((core/vec::get values) index))))\n (if (selfhost/pkg-publish-policy::result-ok? parsed)\n (let\n ((pair (selfhost/pkg-publish-policy::result-value parsed))\n (next\n ((selfhost/pkg-publish-policy::role-pairs-loop values)\n ((core/int::add index) 1))))\n (if ((selfhost/pkg-publish-policy::role-pair-seen? seen) pair)\n ((next seen) output)\n ((next ((selfhost/pkg-publish-policy::remember-role-pair seen) pair))\n ((core/vec::push output) pair))))\n parsed))))))))\n\n(def selfhost/pkg-publish-policy::role-pairs\n (fn (map)\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :independent-role-pairs))\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map)\n (quote :independent-role-pairs))))\n (if (selfhost/pkg-publish-policy::vec? value)\n ((((selfhost/pkg-publish-policy::role-pairs-loop value) 0) {}) [])\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n (selfhost/pkg-publish-policy::ok []))))\n\n(def selfhost/pkg-publish-policy::first-failure-loop\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n nil\n (let\n ((result\n ((core/vec::get ((core/vec::get entries) index)) 1)))\n (if (selfhost/pkg-publish-policy::result-ok? result)\n ((selfhost/pkg-publish-policy::first-failure-loop entries)\n ((core/int::add index) 1))\n result))))))\n\n(def selfhost/pkg-publish-policy::assemble-class\n (fn (name)\n (fn (values)\n (let\n ((keys\n ((selfhost/pkg-publish-policy::field values)\n (quote :allowed-public-keys)))\n (minimum\n ((selfhost/pkg-publish-policy::field values) (quote :min-signatures)))\n (pairs\n ((selfhost/pkg-publish-policy::field values)\n (quote :independent-role-pairs)))\n (require-signatures\n ((selfhost/pkg-publish-policy::field values)\n (quote :require-signatures)))\n (required-roles\n ((selfhost/pkg-publish-policy::field values)\n (quote :required-attestation-roles)))\n (role-minima\n ((selfhost/pkg-publish-policy::field values)\n (quote :role-min-signatures))))\n (let\n ((has-role-constraints\n (if ((core/int::lt? 0) (core/vec::len required-roles))\n true\n (if ((core/int::lt? 0) (core/map::len role-minima))\n true\n ((core/int::lt? 0) (core/vec::len pairs))))))\n (if\n (if ((core/int::lt? 0) minimum)\n ((core/int::eq? (core/vec::len keys)) 0)\n false)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if\n (if has-role-constraints (if require-signatures false true) false)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if\n (if has-role-constraints\n ((core/int::eq? (core/vec::len keys)) 0)\n false)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (selfhost/pkg-publish-policy::ok\n (((core/map::put values) (quote :name)) name))))))))))\n\n(def selfhost/pkg-publish-policy::parse-class-fields\n (fn (name)\n (fn (map)\n (let\n ((patterns\n ((selfhost/pkg-publish-policy::validated-patterns\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :patterns))\n (selfhost/pkg-publish-policy::strings\n ((selfhost/pkg-publish-policy::field map) (quote :patterns)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n true))\n (excludes\n ((selfhost/pkg-publish-policy::validated-patterns\n ((selfhost/pkg-publish-policy::optional-strings map) (quote :exclude)))\n false))\n (obligations\n ((selfhost/pkg-publish-policy::optional-texts map)\n (quote :required-obligations)))\n (evidence-kinds\n ((selfhost/pkg-publish-policy::optional-kinds map)\n (quote :required-evidence-kinds)))\n (obligation-kinds\n (selfhost/pkg-publish-policy::obligation-kind-map map))\n (signature-flag\n (selfhost/pkg-publish-policy::signature-flag map))\n (allowed-keys\n (selfhost/pkg-publish-policy::allowed-keys map))\n (roles\n (selfhost/pkg-publish-policy::required-roles map))\n (role-minima\n (selfhost/pkg-publish-policy::role-minimum-map map))\n (role-pairs\n (selfhost/pkg-publish-policy::role-pairs map)))\n (let\n ((failure\n ((selfhost/pkg-publish-policy::first-failure-loop\n (core/map::entries\n {\n :allowed-keys allowed-keys\n :evidence-kinds evidence-kinds\n :excludes excludes\n :obligation-kinds obligation-kinds\n :obligations obligations\n :patterns patterns\n :role-minima role-minima\n :role-pairs role-pairs\n :roles roles\n :signature-flag signature-flag}))\n 0)))\n (if (selfhost/pkg-publish-policy::nil? failure)\n (let\n ((require-signatures\n (selfhost/pkg-publish-policy::result-value signature-flag)))\n (let\n ((minimum\n ((selfhost/pkg-publish-policy::signature-minimum map)\n require-signatures)))\n (if (selfhost/pkg-publish-policy::result-ok? minimum)\n ((selfhost/pkg-publish-policy::assemble-class name)\n {\n :allowed-public-keys\n (selfhost/pkg-publish-policy::result-value allowed-keys)\n :exclude (selfhost/pkg-publish-policy::result-value excludes)\n :independent-role-pairs\n (selfhost/pkg-publish-policy::result-value role-pairs)\n :min-signatures\n (selfhost/pkg-publish-policy::result-value minimum)\n :obligation-evidence-kinds\n (selfhost/pkg-publish-policy::result-value obligation-kinds)\n :patterns (selfhost/pkg-publish-policy::result-value patterns)\n :require-signatures require-signatures\n :required-attestation-roles\n (selfhost/pkg-publish-policy::result-value roles)\n :required-evidence-kinds\n (selfhost/pkg-publish-policy::result-value evidence-kinds)\n :required-obligations\n (selfhost/pkg-publish-policy::result-value obligations)\n :role-min-signatures\n (selfhost/pkg-publish-policy::result-value role-minima)})\n minimum)))\n failure))))))\n\n(def selfhost/pkg-publish-policy::parse-class\n (fn (classes)\n (fn (key)\n (fn (name)\n (if ((selfhost/pkg-publish-policy::has-key? classes) key)\n (let ((value ((selfhost/pkg-publish-policy::field classes) key)))\n (if (selfhost/pkg-publish-policy::nil? value)\n (selfhost/pkg-publish-policy::ok nil)\n (if (selfhost/pkg-publish-policy::map? value)\n ((selfhost/pkg-publish-policy::parse-class-fields name) value)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))\n (selfhost/pkg-publish-policy::ok nil))))))\n\n(def selfhost/pkg-publish-policy::frozen-prefixes\n (fn (policy)\n (let ((refs ((selfhost/pkg-publish-policy::field policy) (quote :refs))))\n (if (selfhost/pkg-publish-policy::map? refs)\n (let\n ((prefixes\n ((selfhost/pkg-publish-policy::field refs) (quote :frozen-prefixes))))\n (if (selfhost/pkg-publish-policy::vec? prefixes)\n (selfhost/pkg-publish-policy::strings prefixes)\n (selfhost/pkg-publish-policy::ok [])))\n (selfhost/pkg-publish-policy::ok [])))))\n\n(def selfhost/pkg-publish-policy::parse\n (fn (policy)\n (if (selfhost/pkg-publish-policy::map? policy)\n (let\n ((type ((selfhost/pkg-publish-policy::field policy) (quote :type)))\n (version ((selfhost/pkg-publish-policy::field policy) (quote :v)))\n (name ((selfhost/pkg-publish-policy::field policy) (quote :name)))\n (classes ((selfhost/pkg-publish-policy::field policy) (quote :classes))))\n (if\n (if (selfhost/pkg-publish-policy::sym? type)\n ((core/sym::eq? type) (quote :vcs/policy))\n false)\n (if\n (if (selfhost/pkg-publish-policy::int? version)\n ((core/int::eq? version) 1)\n false)\n (if\n (if (selfhost/pkg-publish-policy::nil? name)\n true\n (selfhost/pkg-publish-policy::str? name))\n (if (selfhost/pkg-publish-policy::map? classes)\n (let\n ((prefixes (selfhost/pkg-publish-policy::frozen-prefixes policy))\n (tags\n (((selfhost/pkg-publish-policy::parse-class classes) (quote :tags))\n (quote :tags)))\n (main\n (((selfhost/pkg-publish-policy::parse-class classes) (quote :main))\n (quote :main)))\n (dev\n (((selfhost/pkg-publish-policy::parse-class classes) (quote :dev))\n (quote :dev))))\n (if (selfhost/pkg-publish-policy::result-ok? prefixes)\n (if (selfhost/pkg-publish-policy::result-ok? tags)\n (if (selfhost/pkg-publish-policy::result-ok? main)\n (if (selfhost/pkg-publish-policy::result-ok? dev)\n (selfhost/pkg-publish-policy::ok\n {\n :dev (selfhost/pkg-publish-policy::result-value dev)\n :frozen-prefixes\n (selfhost/pkg-publish-policy::result-value prefixes)\n :main (selfhost/pkg-publish-policy::result-value main)\n :name name\n :tags (selfhost/pkg-publish-policy::result-value tags)})\n dev)\n main)\n tags)\n prefixes))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))\n\n(def selfhost/pkg-publish-policy::prefix-member-loop?\n (fn (prefixes)\n (fn (refname)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len prefixes))\n false\n (if\n ((selfhost/pkg-lock-read::starts-with? refname)\n ((core/vec::get prefixes) index))\n true\n (((selfhost/pkg-publish-policy::prefix-member-loop? prefixes) refname)\n ((core/int::add index) 1))))))))\n\n(def selfhost/pkg-publish-policy::patterns-match-loop\n (fn (patterns)\n (fn (refname)\n (fn (index)\n (fn (matched)\n (if ((core/int::eq? index) (core/vec::len patterns))\n (selfhost/pkg-publish-policy::ok matched)\n (let\n ((result\n ((selfhost/pkg-publish-glob::match ((core/vec::get patterns) index))\n refname)))\n (if ((selfhost/pkg-publish-policy::field result) (quote :ok))\n (let\n ((next\n (((selfhost/pkg-publish-policy::patterns-match-loop patterns)\n refname)\n ((core/int::add index) 1)))\n (next-matched\n (if matched\n true\n ((selfhost/pkg-publish-policy::field result) (quote :value)))))\n (next next-matched))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))))))\n\n(def selfhost/pkg-publish-policy::class-matches\n (fn (class)\n (fn (refname)\n (if (selfhost/pkg-publish-policy::nil? class)\n (selfhost/pkg-publish-policy::ok false)\n (let\n ((included\n ((((selfhost/pkg-publish-policy::patterns-match-loop\n ((selfhost/pkg-publish-policy::field class) (quote :patterns)))\n refname)\n 0)\n false))\n (excluded\n ((((selfhost/pkg-publish-policy::patterns-match-loop\n ((selfhost/pkg-publish-policy::field class) (quote :exclude)))\n refname)\n 0)\n false)))\n (if (selfhost/pkg-publish-policy::result-ok? included)\n (if (selfhost/pkg-publish-policy::result-ok? excluded)\n (selfhost/pkg-publish-policy::ok\n (if (selfhost/pkg-publish-policy::result-value included)\n (if (selfhost/pkg-publish-policy::result-value excluded) false true)\n false))\n excluded)\n included))))))\n\n(def selfhost/pkg-publish-policy::select-parsed\n (fn (parsed)\n (fn (refname)\n (let\n ((tags\n ((selfhost/pkg-publish-policy::class-matches\n ((selfhost/pkg-publish-policy::field parsed) (quote :tags)))\n refname))\n (main\n ((selfhost/pkg-publish-policy::class-matches\n ((selfhost/pkg-publish-policy::field parsed) (quote :main)))\n refname))\n (dev\n ((selfhost/pkg-publish-policy::class-matches\n ((selfhost/pkg-publish-policy::field parsed) (quote :dev)))\n refname)))\n (if (selfhost/pkg-publish-policy::result-ok? tags)\n (if (selfhost/pkg-publish-policy::result-ok? main)\n (if (selfhost/pkg-publish-policy::result-ok? dev)\n (if (selfhost/pkg-publish-policy::result-value tags)\n (selfhost/pkg-publish-policy::ok\n ((selfhost/pkg-publish-policy::field parsed) (quote :tags)))\n (if (selfhost/pkg-publish-policy::result-value main)\n (selfhost/pkg-publish-policy::ok\n ((selfhost/pkg-publish-policy::field parsed) (quote :main)))\n (if (selfhost/pkg-publish-policy::result-value dev)\n (selfhost/pkg-publish-policy::ok\n ((selfhost/pkg-publish-policy::field parsed) (quote :dev)))\n (selfhost/pkg-publish-policy::bad (quote :no-policy-class)))))\n dev)\n main)\n tags)))))\n\n(def selfhost/pkg-publish-policy::select\n (fn (policy)\n (fn (refname)\n (if (selfhost/pkg-publish-policy::str? refname)\n (if ((core/int::lt? 0) (core/str::len refname))\n (let ((parsed (selfhost/pkg-publish-policy::parse policy)))\n (if (selfhost/pkg-publish-policy::result-ok? parsed)\n (let ((value (selfhost/pkg-publish-policy::result-value parsed)))\n (if\n (((selfhost/pkg-publish-policy::prefix-member-loop?\n ((selfhost/pkg-publish-policy::field value)\n (quote :frozen-prefixes)))\n refname)\n 0)\n (selfhost/pkg-publish-policy::bad (quote :ref-frozen))\n ((selfhost/pkg-publish-policy::select-parsed value) refname)))\n parsed))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xEF0\x94\xC19r\xA6\xCE\x0B\xA6< \xEC\xB9\xD9\xDF74}g\x86\x153\x01\xA4\xBD#\xE7QY\x1A\x01" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::tag core/data::tag) (def selfhost/pkg-publish-authority::nil? core/list::is-nil?) (def selfhost/pkg-publish-authority::map? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :map)))) (def selfhost/pkg-publish-authority::str? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :str)))) (def selfhost/pkg-publish-authority::sym? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :sym)))) (def selfhost/pkg-publish-authority::int? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :int)))) (def selfhost/pkg-publish-authority::vec? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :vec)))) (def selfhost/pkg-publish-authority::bytes? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :bytes)))) (def selfhost/pkg-publish-authority::bool? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :bool)))) (def selfhost/pkg-publish-authority::field (fn (map) (fn (key) (if (selfhost/pkg-publish-authority::map? map) ((core/map::get map) key) nil)))) (def selfhost/pkg-publish-authority::has-key? (fn (map) (fn (key) (if (selfhost/pkg-publish-authority::map? map) (((selfhost/store-authority::map-has-key-loop? (core/map::entries map)) key) 0) false)))) (def selfhost/pkg-publish-authority::nonempty-str? (fn (value) (if (selfhost/pkg-publish-authority::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/pkg-publish-authority::nonnegative-u64? (fn (value) (if (selfhost/pkg-publish-authority::int? value) (if ((core/int::lt? value) 0) false ((core/int::lt? value) 18446744073709551616)) false))) (def selfhost/pkg-publish-authority::artifact-hash (fn (term) (let ((printed (selfhost/printer::print-term term))) (if (core/error::is? printed) nil (let ((bytes (core/str::to-utf8 printed))) (if (core/error::is? bytes) nil (let ((digest (core/crypto::blake3 bytes))) (if (core/error::is? digest) nil (core/bytes::to-hex digest))))))))) (def selfhost/pkg-publish-authority::result (fn (request) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-publish-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1 :value value})))))) (def selfhost/pkg-publish-authority::accept (fn (request) (fn (value) (((((selfhost/pkg-publish-authority::result request) true) nil) nil) value)))) (def selfhost/pkg-publish-authority::reject (fn (request) (fn (code) (fn (message) (((((selfhost/pkg-publish-authority::result request) false) code) message) nil))))) (def selfhost/pkg-publish-authority::request-shape? (fn (request) (if ((selfhost/store-authority::exact-map? request) [:facts :kind :mechanism :phase :v]) (if ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind))) "genesis/pkg-publish-authority-request-v0.1") (if (if (selfhost/pkg-publish-authority::int? ((selfhost/pkg-publish-authority::field request) (quote :v))) ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1) false) (if (if (selfhost/pkg-publish-authority::sym? ((selfhost/pkg-publish-authority::field request) (quote :phase))) ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase))) (quote :inspect)) false) (selfhost/pkg-publish-authority::nil? ((selfhost/pkg-publish-authority::field request) (quote :mechanism))) false) false) false) false))) (def selfhost/pkg-publish-authority::facts-shape? (fn (facts) (if ((selfhost/store-authority::exact-map? facts) [:commit :commit-h :depth :expected-old :policy :policy-h :ref :remote]) (let ((commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))) (depth ((selfhost/pkg-publish-authority::field facts) (quote :depth))) (expected-old ((selfhost/pkg-publish-authority::field facts) (quote :expected-old))) (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))) (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref))) (remote ((selfhost/pkg-publish-authority::field facts) (quote :remote)))) (if (selfhost/store-authority::hash? commit-h) (if (selfhost/pkg-publish-authority::nonnegative-u64? depth) (if (if (selfhost/pkg-publish-authority::nil? expected-old) true (selfhost/store-authority::hash? expected-old)) (if (selfhost/store-authority::hash? policy-h) (if (selfhost/pkg-publish-authority::nonempty-str? refname) (selfhost/pkg-publish-authority::nonempty-str? remote) false) false) false) false) false)) false))) (def selfhost/pkg-publish-authority::facts-identities-match? (fn (facts) (let ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit))) (commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))) (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy))) (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))) (if ((core/eq? (selfhost/pkg-publish-authority::artifact-hash commit)) commit-h) ((core/eq? (selfhost/pkg-publish-authority::artifact-hash policy)) policy-h) false))))] :module-h b"^\xC4%\xC082Zl\xC7\xE9J\x98\xF3\x06\x9A\xCB/\xCC\x12\x8D^\xD8h\x87\x83\xCBt\xEE\"\x99\xB2\xDF" :path "selfhost/pkg_publish_authority_core_v1.gc" :source "(def selfhost/pkg-publish-authority::tag core/data::tag)\n\n(def selfhost/pkg-publish-authority::nil? core/list::is-nil?)\n\n(def selfhost/pkg-publish-authority::map?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :map))))\n\n(def selfhost/pkg-publish-authority::str?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :str))))\n\n(def selfhost/pkg-publish-authority::sym?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :sym))))\n\n(def selfhost/pkg-publish-authority::int?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :int))))\n\n(def selfhost/pkg-publish-authority::vec?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :vec))))\n\n(def selfhost/pkg-publish-authority::bytes?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :bytes))))\n\n(def selfhost/pkg-publish-authority::bool?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :bool))))\n\n(def selfhost/pkg-publish-authority::field\n (fn (map)\n (fn (key) (if (selfhost/pkg-publish-authority::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/pkg-publish-authority::has-key?\n (fn (map)\n (fn (key)\n (if (selfhost/pkg-publish-authority::map? map)\n (((selfhost/store-authority::map-has-key-loop? (core/map::entries map)) key) 0)\n false))))\n\n(def selfhost/pkg-publish-authority::nonempty-str?\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n ((core/int::lt? 0) (core/str::len value))\n false)))\n\n(def selfhost/pkg-publish-authority::nonnegative-u64?\n (fn (value)\n (if (selfhost/pkg-publish-authority::int? value)\n (if ((core/int::lt? value) 0) false ((core/int::lt? value) 18446744073709551616))\n false)))\n\n(def selfhost/pkg-publish-authority::artifact-hash\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (if (core/error::is? printed)\n nil\n (let ((bytes (core/str::to-utf8 printed)))\n (if (core/error::is? bytes)\n nil\n (let ((digest (core/crypto::blake3 bytes)))\n (if (core/error::is? digest) nil (core/bytes::to-hex digest)))))))))\n\n(def selfhost/pkg-publish-authority::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-publish-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-publish-authority::accept\n (fn (request)\n (fn (value) (((((selfhost/pkg-publish-authority::result request) true) nil) nil) value))))\n\n(def selfhost/pkg-publish-authority::reject\n (fn (request)\n (fn (code)\n (fn (message) (((((selfhost/pkg-publish-authority::result request) false) code) message) nil)))))\n\n(def selfhost/pkg-publish-authority::request-shape?\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [\n :facts\n :kind\n :mechanism\n :phase\n :v])\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind)))\n \"genesis/pkg-publish-authority-request-v0.1\")\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/pkg-publish-authority::field request) (quote :v)))\n ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1)\n false)\n (if\n (if\n (selfhost/pkg-publish-authority::sym?\n ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n (quote :inspect))\n false)\n (selfhost/pkg-publish-authority::nil?\n ((selfhost/pkg-publish-authority::field request) (quote :mechanism)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::facts-shape?\n (fn (facts)\n (if\n ((selfhost/store-authority::exact-map? facts)\n [\n :commit\n :commit-h\n :depth\n :expected-old\n :policy\n :policy-h\n :ref\n :remote])\n (let\n ((commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)))\n (depth ((selfhost/pkg-publish-authority::field facts) (quote :depth)))\n (expected-old ((selfhost/pkg-publish-authority::field facts) (quote :expected-old)))\n (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))\n (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref)))\n (remote ((selfhost/pkg-publish-authority::field facts) (quote :remote))))\n (if (selfhost/store-authority::hash? commit-h)\n (if (selfhost/pkg-publish-authority::nonnegative-u64? depth)\n (if\n (if (selfhost/pkg-publish-authority::nil? expected-old)\n true\n (selfhost/store-authority::hash? expected-old))\n (if (selfhost/store-authority::hash? policy-h)\n (if (selfhost/pkg-publish-authority::nonempty-str? refname)\n (selfhost/pkg-publish-authority::nonempty-str? remote)\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-publish-authority::facts-identities-match?\n (fn (facts)\n (let\n ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit)))\n (commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)))\n (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy)))\n (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))))\n (if ((core/eq? (selfhost/pkg-publish-authority::artifact-hash commit)) commit-h)\n ((core/eq? (selfhost/pkg-publish-authority::artifact-hash policy)) policy-h)\n false))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^\xC4%\xC082Zl\xC7\xE9J\x98\xF3\x06\x9A\xCB/\xCC\x12\x8D^\xD8h\x87\x83\xCBt\xEE\"\x99\xB2\xDF" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::obligation-text (fn (value) (if (selfhost/pkg-publish-authority::str? value) value (if (selfhost/pkg-publish-authority::sym? value) (core/sym::to-str value) nil)))) (def selfhost/pkg-publish-authority::obligation-member-loop? (fn (obligations) (fn (required) (fn (index) (if ((core/int::eq? index) (core/vec::len obligations)) false (if ((core/eq? (selfhost/pkg-publish-authority::obligation-text ((core/vec::get obligations) index))) required) true (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) required) ((core/int::add index) 1)))))))) (def selfhost/pkg-publish-authority::required-obligations-loop? (fn (required) (fn (obligations) (fn (index) (if ((core/int::eq? index) (core/vec::len required)) true (if (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) ((core/vec::get required) index)) 0) (((selfhost/pkg-publish-authority::required-obligations-loop? required) obligations) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::required-obligations-present? (fn (class) (fn (commit) (((selfhost/pkg-publish-authority::required-obligations-loop? ((selfhost/pkg-publish-authority::field class) (quote :required-obligations))) ((selfhost/pkg-publish-authority::field commit) (quote :obligations))) 0)))) (def selfhost/pkg-publish-authority::inspect-value (fn (commit) (let ((base {:attestation-hashes ((selfhost/pkg-publish-authority::field commit) (quote :attestations)) :evidence-hashes ((selfhost/pkg-publish-authority::field commit) (quote :evidence))})) (((core/map::put base) (quote :inspect-h)) (selfhost/hash::hash-term base))))) (def selfhost/pkg-publish-authority::reject-policy-result (fn (request) (fn (selection) (let ((code ((selfhost/pkg-publish-authority::field selection) (quote :code)))) (if ((core/sym::eq? code) (quote :ref-frozen)) (((selfhost/pkg-publish-authority::reject request) "core/pkg/ref-frozen") "publication ref is frozen by policy") (if ((core/sym::eq? code) (quote :no-policy-class)) (((selfhost/pkg-publish-authority::reject request) "core/pkg/no-policy-class") "publication ref has no matching policy class") (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-policy") "publication policy is invalid"))))))) (def selfhost/pkg-publish-authority::inspect-facts (fn (request) (fn (facts) (let ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit))) (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy))) (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref)))) (let ((selection ((selfhost/pkg-publish-policy::select policy) refname))) (if ((selfhost/pkg-publish-authority::field selection) (quote :ok)) (if (selfhost/commit::commit? commit) (let ((class ((selfhost/pkg-publish-authority::field selection) (quote :value)))) (if ((selfhost/pkg-publish-authority::required-obligations-present? class) commit) ((selfhost/pkg-publish-authority::accept request) (selfhost/pkg-publish-authority::inspect-value commit)) (((selfhost/pkg-publish-authority::reject request) "core/pkg/missing-obligation") "commit does not satisfy the selected class obligations"))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-commit") "publication commit is invalid")) ((selfhost/pkg-publish-authority::reject-policy-result request) selection))))))) (def selfhost/pkg-publish-authority::inspect (fn (request) (if (selfhost/pkg-publish-authority::request-shape? request) (let ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts)))) (if (selfhost/pkg-publish-authority::facts-shape? facts) (if (selfhost/pkg-publish-authority::facts-identities-match? facts) ((selfhost/pkg-publish-authority::inspect-facts request) facts) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-payload") "policy or commit identity contradicts its raw term")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-payload") "publish facts fields or values are invalid"))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "inspect request envelope is invalid"))))] :module-h b"I\xF0\xE6\xAA\x03l\xE9\xB5\xE0u\xE2\x9C\xEE\xC4/&\xEF\x08Y\x87J\x07\xE0_\x9D\xB4\x9D/\xF3_\xE5U" :path "selfhost/pkg_publish_authority_inspect_v1.gc" :source "(def selfhost/pkg-publish-authority::obligation-text\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n value\n (if (selfhost/pkg-publish-authority::sym? value) (core/sym::to-str value) nil))))\n\n(def selfhost/pkg-publish-authority::obligation-member-loop?\n (fn (obligations required index)\n (if ((core/int::eq? index) (core/vec::len obligations))\n false\n (if\n ((core/eq?\n (selfhost/pkg-publish-authority::obligation-text\n ((core/vec::get obligations) index))) required)\n true\n (selfhost/pkg-publish-authority::obligation-member-loop? obligations required\n ((core/int::add index) 1))))))\n\n(def selfhost/pkg-publish-authority::required-obligations-loop?\n (fn (required obligations index)\n (if ((core/int::eq? index) (core/vec::len required))\n true\n (if\n (selfhost/pkg-publish-authority::obligation-member-loop? obligations\n ((core/vec::get required) index) 0)\n (selfhost/pkg-publish-authority::required-obligations-loop? required obligations\n ((core/int::add index) 1))\n false))))\n\n(def selfhost/pkg-publish-authority::required-obligations-present?\n (fn (class commit)\n (selfhost/pkg-publish-authority::required-obligations-loop?\n ((selfhost/pkg-publish-authority::field class) (quote :required-obligations))\n ((selfhost/pkg-publish-authority::field commit) (quote :obligations)) 0)))\n\n(def selfhost/pkg-publish-authority::inspect-value\n (fn (commit)\n (let\n ((base\n {\n :attestation-hashes\n ((selfhost/pkg-publish-authority::field commit) (quote :attestations))\n :evidence-hashes\n ((selfhost/pkg-publish-authority::field commit) (quote :evidence))}))\n (((core/map::put base) (quote :inspect-h)) (selfhost/hash::hash-term base)))))\n\n(def selfhost/pkg-publish-authority::reject-policy-result\n (fn (request selection)\n (let ((code ((selfhost/pkg-publish-authority::field selection) (quote :code))))\n (if ((core/sym::eq? code) (quote :ref-frozen))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/ref-frozen\"\n \"publication ref is frozen by policy\")\n (if ((core/sym::eq? code) (quote :no-policy-class))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/no-policy-class\"\n \"publication ref has no matching policy class\")\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-policy\"\n \"publication policy is invalid\"))))))\n\n(def selfhost/pkg-publish-authority::inspect-facts\n (fn (request facts)\n (let\n ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit)))\n (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy)))\n (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref))))\n (let ((selection ((selfhost/pkg-publish-policy::select policy) refname)))\n (if ((selfhost/pkg-publish-authority::field selection) (quote :ok))\n (if (selfhost/commit::commit? commit)\n (let ((class ((selfhost/pkg-publish-authority::field selection) (quote :value))))\n (if (selfhost/pkg-publish-authority::required-obligations-present? class commit)\n (selfhost/pkg-publish-authority::accept request\n (selfhost/pkg-publish-authority::inspect-value commit))\n (selfhost/pkg-publish-authority::reject request\n \"core/pkg/missing-obligation\"\n \"commit does not satisfy the selected class obligations\")))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-commit\"\n \"publication commit is invalid\"))\n (selfhost/pkg-publish-authority::reject-policy-result request selection))))))\n\n(def selfhost/pkg-publish-authority::inspect\n (fn (request)\n (if (selfhost/pkg-publish-authority::request-shape? request)\n (let ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts))))\n (if (selfhost/pkg-publish-authority::facts-shape? facts)\n (if (selfhost/pkg-publish-authority::facts-identities-match? facts)\n (selfhost/pkg-publish-authority::inspect-facts request facts)\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-payload\"\n \"policy or commit identity contradicts its raw term\"))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-payload\"\n \"publish facts fields or values are invalid\")))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-authority-request\"\n \"inspect request envelope is invalid\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"I\xF0\xE6\xAA\x03l\xE9\xB5\xE0u\xE2\x9C\xEE\xC4/&\xEF\x08Y\x87J\x07\xE0_\x9D\xB4\x9D/\xF3_\xE5U" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::internal-ok (fn (value) {:code nil :ok true :value value})) (def selfhost/pkg-publish-authority::internal-bad (fn (code) {:code code :ok false :value nil})) (def selfhost/pkg-publish-authority::internal-ok? (fn (result) ((selfhost/pkg-publish-authority::field result) (quote :ok)))) (def selfhost/pkg-publish-authority::internal-value (fn (result) ((selfhost/pkg-publish-authority::field result) (quote :value)))) (def selfhost/pkg-publish-authority::bytes-hash (fn (bytes) (let ((digest (core/crypto::blake3 bytes))) (if (core/error::is? digest) nil (core/bytes::to-hex digest))))) (def selfhost/pkg-publish-authority::canonical-bytes (fn (term) (let ((printed (selfhost/printer::print-term term))) (if (core/error::is? printed) nil (let ((bytes (core/str::to-utf8 printed))) (if (core/error::is? bytes) nil bytes)))))) (def selfhost/pkg-publish-authority::object-valid? (fn (object) (fn (expected-h) (if ((selfhost/store-authority::exact-map? object) [:bytes :h :term]) (let ((bytes ((selfhost/pkg-publish-authority::field object) (quote :bytes))) (hash ((selfhost/pkg-publish-authority::field object) (quote :h))) (term ((selfhost/pkg-publish-authority::field object) (quote :term)))) (if (selfhost/pkg-publish-authority::bytes? bytes) (if (selfhost/store-authority::hash? hash) (if ((core/eq? hash) expected-h) (if ((core/eq? (selfhost/pkg-publish-authority::bytes-hash bytes)) hash) ((core/eq? (selfhost/pkg-publish-authority::canonical-bytes term)) bytes) false) false) false) false)) false)))) (def selfhost/pkg-publish-authority::objects-valid-loop? (fn (objects) (fn (expected) (fn (index) (if ((core/int::eq? index) (core/vec::len expected)) true (if ((selfhost/pkg-publish-authority::object-valid? ((core/vec::get objects) index)) ((core/vec::get expected) index)) (((selfhost/pkg-publish-authority::objects-valid-loop? objects) expected) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::objects-valid? (fn (objects) (fn (expected) (if (selfhost/pkg-publish-authority::vec? objects) (if ((core/int::eq? (core/vec::len objects)) (core/vec::len expected)) (((selfhost/pkg-publish-authority::objects-valid-loop? objects) expected) 0) false) false)))) (def selfhost/pkg-publish-authority::evidence-data-valid? (fn (term) (if ((selfhost/pkg-publish-authority::has-key? term) (quote :data)) (let ((data ((selfhost/pkg-publish-authority::field term) (quote :data)))) (if (selfhost/pkg-publish-authority::nil? data) true (if (selfhost/pkg-publish-authority::str? data) (selfhost/store-authority::hash? data) true))) true))) (def selfhost/pkg-publish-authority::optional-evidence-hashes-valid? (fn (term) (fn (key) (if ((selfhost/pkg-publish-authority::has-key? term) key) (selfhost/commit::hash-vector? ((selfhost/pkg-publish-authority::field term) key)) true)))) (def selfhost/pkg-publish-authority::evidence-valid? (fn (term) (if (selfhost/pkg-publish-authority::map? term) (let ((type ((selfhost/pkg-publish-authority::field term) (quote :type))) (version ((selfhost/pkg-publish-authority::field term) (quote :v))) (kind ((selfhost/pkg-publish-authority::field term) (quote :kind)))) (if (if (selfhost/pkg-publish-authority::sym? type) ((core/sym::eq? type) (quote :vcs/evidence)) false) (if (if (selfhost/pkg-publish-authority::int? version) ((core/int::eq? version) 1) false) (if (selfhost/pkg-publish-authority::sym? kind) (if ((selfhost/pkg-publish-authority::optional-evidence-hashes-valid? term) (quote :inputs)) (if ((selfhost/pkg-publish-authority::optional-evidence-hashes-valid? term) (quote :outputs)) (selfhost/pkg-publish-authority::evidence-data-valid? term) false) false) false) false) false)) false))) (def selfhost/pkg-publish-authority::evidence-scan-loop (fn (objects) (fn (index) (fn (kinds) (fn (requirements) (fn (qualifications) (if ((core/int::eq? index) (core/vec::len objects)) (selfhost/pkg-publish-authority::internal-ok {:kinds kinds :qualifications qualifications :requirements requirements}) (let ((term ((selfhost/pkg-publish-authority::field ((core/vec::get objects) index)) (quote :term)))) (if (selfhost/pkg-publish-authority::evidence-valid? term) (let ((kind (selfhost/pkg-publish-policy::normalize-kind ((selfhost/pkg-publish-authority::field term) (quote :kind))))) (((((selfhost/pkg-publish-authority::evidence-scan-loop objects) ((core/int::add index) 1)) (((core/map::put kinds) kind) true)) (if ((core/eq? kind) ":requirements-trace") ((core/vec::push requirements) term) requirements)) (if ((core/eq? kind) ":tool-qualification") ((core/vec::push qualifications) term) qualifications))) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-evidence")))))))))) (def selfhost/pkg-publish-authority::evidence-scan (fn (objects) (((((selfhost/pkg-publish-authority::evidence-scan-loop objects) 0) {}) []) []))) (def selfhost/pkg-publish-authority::kind-set-add-loop (fn (values) (fn (index) (fn (set) (if ((core/int::eq? index) (core/vec::len values)) set (((selfhost/pkg-publish-authority::kind-set-add-loop values) ((core/int::add index) 1)) (((core/map::put set) ((core/vec::get values) index)) true))))))) (def selfhost/pkg-publish-authority::obligation-kind-set-loop (fn (entries) (fn (obligations) (fn (index) (fn (set) (if ((core/int::eq? index) (core/vec::len entries)) set (let ((entry ((core/vec::get entries) index))) (let ((obligation ((core/vec::get entry) 0)) (kinds ((core/vec::get entry) 1))) ((((selfhost/pkg-publish-authority::obligation-kind-set-loop entries) obligations) ((core/int::add index) 1)) (if (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) obligation) 0) (((selfhost/pkg-publish-authority::kind-set-add-loop kinds) 0) set) set)))))))))) (def selfhost/pkg-publish-authority::required-kind-set (fn (class) (fn (commit) (let ((base (((selfhost/pkg-publish-authority::kind-set-add-loop ((selfhost/pkg-publish-authority::field class) (quote :required-evidence-kinds))) 0) {})) (obligation-kinds ((selfhost/pkg-publish-authority::field class) (quote :obligation-evidence-kinds))) (obligations ((selfhost/pkg-publish-authority::field commit) (quote :obligations)))) ((((selfhost/pkg-publish-authority::obligation-kind-set-loop (core/map::entries obligation-kinds)) obligations) 0) base))))) (def selfhost/pkg-publish-authority::kind-set-contained-loop? (fn (required-entries) (fn (observed) (fn (index) (if ((core/int::eq? index) (core/vec::len required-entries)) true (if ((selfhost/pkg-publish-authority::has-key? observed) ((core/vec::get ((core/vec::get required-entries) index)) 0)) (((selfhost/pkg-publish-authority::kind-set-contained-loop? required-entries) observed) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::kind-set-contained? (fn (required) (fn (observed) (((selfhost/pkg-publish-authority::kind-set-contained-loop? (core/map::entries required)) observed) 0))))] :module-h b"{H\x19\x04\xB0g\x80\x82^O)C\xE6\xCB\x8F\xDF\xC1X\xB6\xE4&\x01\x0E\xCB\x8B\x05\x0B@,\x07\xD5\xE5" :path "selfhost/pkg_publish_authority_objects_v1.gc" :source "(def selfhost/pkg-publish-authority::internal-ok\n (fn (value)\n {\n :code nil\n :ok true\n :value value}))\n\n(def selfhost/pkg-publish-authority::internal-bad\n (fn (code)\n {\n :code code\n :ok false\n :value nil}))\n\n(def selfhost/pkg-publish-authority::internal-ok?\n (fn (result) ((selfhost/pkg-publish-authority::field result) (quote :ok))))\n\n(def selfhost/pkg-publish-authority::internal-value\n (fn (result) ((selfhost/pkg-publish-authority::field result) (quote :value))))\n\n(def selfhost/pkg-publish-authority::bytes-hash\n (fn (bytes)\n (let ((digest (core/crypto::blake3 bytes)))\n (if (core/error::is? digest) nil (core/bytes::to-hex digest)))))\n\n(def selfhost/pkg-publish-authority::canonical-bytes\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (if (core/error::is? printed)\n nil\n (let ((bytes (core/str::to-utf8 printed))) (if (core/error::is? bytes) nil bytes))))))\n\n(def selfhost/pkg-publish-authority::object-valid?\n (fn (object)\n (fn (expected-h)\n (if ((selfhost/store-authority::exact-map? object) [:bytes :h :term])\n (let\n ((bytes ((selfhost/pkg-publish-authority::field object) (quote :bytes)))\n (hash ((selfhost/pkg-publish-authority::field object) (quote :h)))\n (term ((selfhost/pkg-publish-authority::field object) (quote :term))))\n (if (selfhost/pkg-publish-authority::bytes? bytes)\n (if (selfhost/store-authority::hash? hash)\n (if ((core/eq? hash) expected-h)\n (if ((core/eq? (selfhost/pkg-publish-authority::bytes-hash bytes)) hash)\n ((core/eq? (selfhost/pkg-publish-authority::canonical-bytes term)) bytes)\n false)\n false)\n false)\n false))\n false))))\n\n(def selfhost/pkg-publish-authority::objects-valid-loop?\n (fn (objects)\n (fn (expected)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len expected))\n true\n (if\n ((selfhost/pkg-publish-authority::object-valid? ((core/vec::get objects) index))\n ((core/vec::get expected) index))\n (((selfhost/pkg-publish-authority::objects-valid-loop? objects) expected)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-publish-authority::objects-valid?\n (fn (objects)\n (fn (expected)\n (if (selfhost/pkg-publish-authority::vec? objects)\n (if ((core/int::eq? (core/vec::len objects)) (core/vec::len expected))\n (((selfhost/pkg-publish-authority::objects-valid-loop? objects) expected) 0)\n false)\n false))))\n\n(def selfhost/pkg-publish-authority::evidence-data-valid?\n (fn (term)\n (if ((selfhost/pkg-publish-authority::has-key? term) (quote :data))\n (let ((data ((selfhost/pkg-publish-authority::field term) (quote :data))))\n (if (selfhost/pkg-publish-authority::nil? data)\n true\n (if (selfhost/pkg-publish-authority::str? data)\n (selfhost/store-authority::hash? data)\n true)))\n true)))\n\n(def selfhost/pkg-publish-authority::optional-evidence-hashes-valid?\n (fn (term)\n (fn (key)\n (if ((selfhost/pkg-publish-authority::has-key? term) key)\n (selfhost/commit::hash-vector? ((selfhost/pkg-publish-authority::field term) key))\n true))))\n\n(def selfhost/pkg-publish-authority::evidence-valid?\n (fn (term)\n (if (selfhost/pkg-publish-authority::map? term)\n (let\n ((type ((selfhost/pkg-publish-authority::field term) (quote :type)))\n (version ((selfhost/pkg-publish-authority::field term) (quote :v)))\n (kind ((selfhost/pkg-publish-authority::field term) (quote :kind))))\n (if\n (if (selfhost/pkg-publish-authority::sym? type)\n ((core/sym::eq? type) (quote :vcs/evidence))\n false)\n (if (if (selfhost/pkg-publish-authority::int? version) ((core/int::eq? version) 1) false)\n (if (selfhost/pkg-publish-authority::sym? kind)\n (if\n ((selfhost/pkg-publish-authority::optional-evidence-hashes-valid? term)\n (quote :inputs))\n (if\n ((selfhost/pkg-publish-authority::optional-evidence-hashes-valid? term)\n (quote :outputs))\n (selfhost/pkg-publish-authority::evidence-data-valid? term)\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-publish-authority::evidence-scan-loop\n (fn (objects)\n (fn (index)\n (fn (kinds)\n (fn (requirements)\n (fn (qualifications)\n (if ((core/int::eq? index) (core/vec::len objects))\n (selfhost/pkg-publish-authority::internal-ok\n {\n :kinds kinds\n :qualifications qualifications\n :requirements requirements})\n (let\n ((term ((selfhost/pkg-publish-authority::field ((core/vec::get objects) index)) (quote :term))))\n (if (selfhost/pkg-publish-authority::evidence-valid? term)\n (let\n (\n (kind\n (selfhost/pkg-publish-policy::normalize-kind\n ((selfhost/pkg-publish-authority::field term) (quote :kind)))))\n (\n (\n (((selfhost/pkg-publish-authority::evidence-scan-loop objects) ((core/int::add index) 1))\n (((core/map::put kinds) kind) true))\n (if ((core/eq? kind) \":requirements-trace\")\n ((core/vec::push requirements) term)\n requirements))\n (if ((core/eq? kind) \":tool-qualification\")\n ((core/vec::push qualifications) term)\n qualifications)))\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-evidence\"))))))))))\n\n(def selfhost/pkg-publish-authority::evidence-scan\n (fn (objects) (((((selfhost/pkg-publish-authority::evidence-scan-loop objects) 0) {}) []) [])))\n\n(def selfhost/pkg-publish-authority::kind-set-add-loop\n (fn (values)\n (fn (index)\n (fn (set)\n (if ((core/int::eq? index) (core/vec::len values))\n set\n (((selfhost/pkg-publish-authority::kind-set-add-loop values) ((core/int::add index) 1))\n (((core/map::put set) ((core/vec::get values) index)) true)))))))\n\n(def selfhost/pkg-publish-authority::obligation-kind-set-loop\n (fn (entries)\n (fn (obligations)\n (fn (index)\n (fn (set)\n (if ((core/int::eq? index) (core/vec::len entries))\n set\n (let ((entry ((core/vec::get entries) index)))\n (let ((obligation ((core/vec::get entry) 0)) (kinds ((core/vec::get entry) 1)))\n (\n (((selfhost/pkg-publish-authority::obligation-kind-set-loop entries) obligations)\n ((core/int::add index) 1))\n (if\n (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) obligation)\n 0)\n (((selfhost/pkg-publish-authority::kind-set-add-loop kinds) 0) set)\n set))))))))))\n\n(def selfhost/pkg-publish-authority::required-kind-set\n (fn (class)\n (fn (commit)\n (let\n (\n (base\n (\n (\n (selfhost/pkg-publish-authority::kind-set-add-loop\n ((selfhost/pkg-publish-authority::field class) (quote :required-evidence-kinds)))\n 0)\n {}))\n (obligation-kinds\n ((selfhost/pkg-publish-authority::field class) (quote :obligation-evidence-kinds)))\n (obligations ((selfhost/pkg-publish-authority::field commit) (quote :obligations))))\n (\n (\n ((selfhost/pkg-publish-authority::obligation-kind-set-loop (core/map::entries obligation-kinds))\n obligations)\n 0)\n base)))))\n\n(def selfhost/pkg-publish-authority::kind-set-contained-loop?\n (fn (required-entries)\n (fn (observed)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len required-entries))\n true\n (if\n ((selfhost/pkg-publish-authority::has-key? observed)\n ((core/vec::get ((core/vec::get required-entries) index)) 0))\n (((selfhost/pkg-publish-authority::kind-set-contained-loop? required-entries) observed)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-publish-authority::kind-set-contained?\n (fn (required)\n (fn (observed)\n (((selfhost/pkg-publish-authority::kind-set-contained-loop? (core/map::entries required)) observed)\n 0))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"{H\x19\x04\xB0g\x80\x82^O)C\xE6\xCB\x8F\xDF\xC1X\xB6\xE4&\x01\x0E\xCB\x8B\x05\x0B@,\x07\xD5\xE5" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::text (fn (value) (if (selfhost/pkg-publish-authority::str? value) value (if (selfhost/pkg-publish-authority::sym? value) (core/sym::to-str value) nil)))) (def selfhost/pkg-publish-authority::normalize-symbol-like (fn (value) (let ((text (selfhost/pkg-publish-authority::text value))) (if (selfhost/pkg-publish-authority::nil? text) nil (let ((trimmed (selfhost/policy::trim text))) (if ((selfhost/pkg-lock-read::starts-with? trimmed) ":") trimmed ((core/str::concat ":") trimmed))))))) (def selfhost/pkg-publish-authority::nonempty-trimmed-str? (fn (value) (if (selfhost/pkg-publish-authority::str? value) ((core/int::lt? 0) (core/str::len (selfhost/policy::trim value))) false))) (def selfhost/pkg-publish-authority::text-valid? (fn (value) (if (selfhost/pkg-publish-authority::str? value) true (selfhost/pkg-publish-authority::sym? value)))) (def selfhost/pkg-publish-authority::text-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/pkg-publish-authority::text-valid? ((core/vec::get values) index)) ((selfhost/pkg-publish-authority::text-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/pkg-publish-authority::nonempty-string-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((core/vec::get values) index)) ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? (fn (map) (fn (key) (if ((selfhost/pkg-publish-authority::has-key? map) key) (let ((value ((selfhost/pkg-publish-authority::field map) key))) (if (selfhost/pkg-publish-authority::nil? value) true (if (selfhost/pkg-publish-authority::vec? value) ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? value) 0) false))) true)))) (def selfhost/pkg-publish-authority::optional-bound-hash-valid? (fn (map) (fn (key) (fn (expected) (if ((selfhost/pkg-publish-authority::has-key? map) key) (let ((value ((selfhost/pkg-publish-authority::field map) key))) (if (selfhost/pkg-publish-authority::nil? value) true (if (selfhost/store-authority::hash? value) ((core/eq? value) expected) false))) true))))) (def selfhost/pkg-publish-authority::release-valid? (fn (release) (fn (facts) (fn (commit) (if (selfhost/pkg-publish-authority::map? release) (let ((snapshot ((selfhost/pkg-publish-authority::field release) (quote :snapshot))) (commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))) (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))) (result-h ((selfhost/pkg-publish-authority::field commit) (quote :result)))) (if (selfhost/store-authority::hash? snapshot) (if ((core/eq? snapshot) result-h) (if (((selfhost/pkg-publish-authority::optional-bound-hash-valid? release) (quote :commit)) commit-h) (((selfhost/pkg-publish-authority::optional-bound-hash-valid? release) (quote :policy)) policy-h) false) false) false)) false))))) (def selfhost/pkg-publish-authority::special-evidence-header-valid? (fn (term) (fn (expected-kind) (if (selfhost/pkg-publish-authority::evidence-valid? term) ((core/eq? (selfhost/pkg-publish-authority::normalize-symbol-like ((selfhost/pkg-publish-authority::field term) (quote :kind)))) expected-kind) false)))) (def selfhost/pkg-publish-authority::observed-kind? (fn (observed) (fn (value) (let ((kind (selfhost/pkg-publish-authority::normalize-symbol-like value))) (if (selfhost/pkg-publish-authority::nil? kind) false ((selfhost/pkg-publish-authority::has-key? observed) kind)))))) (def selfhost/pkg-publish-authority::obligation-link-member? (fn (obligations) (fn (value) (let ((text (selfhost/pkg-publish-authority::text value))) (if (selfhost/pkg-publish-authority::nil? text) false (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) text) 0))))))] :module-h b"~8\xF6\xC5\xBA\x0F/E!\x91o\xEB\x1F\x036\x97B\xA7c\x04=\xC6=P\xE8\x93\xE4\xEEB\xEA&m" :path "selfhost/pkg_publish_authority_assurance_core_v1.gc" :source "(def selfhost/pkg-publish-authority::text\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n value\n (if (selfhost/pkg-publish-authority::sym? value) (core/sym::to-str value) nil))))\n\n(def selfhost/pkg-publish-authority::normalize-symbol-like\n (fn (value)\n (let ((text (selfhost/pkg-publish-authority::text value)))\n (if (selfhost/pkg-publish-authority::nil? text)\n nil\n (let ((trimmed (selfhost/policy::trim text)))\n (if ((selfhost/pkg-lock-read::starts-with? trimmed) \":\")\n trimmed\n ((core/str::concat \":\") trimmed)))))))\n\n(def selfhost/pkg-publish-authority::nonempty-trimmed-str?\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n ((core/int::lt? 0) (core/str::len (selfhost/policy::trim value)))\n false)))\n\n(def selfhost/pkg-publish-authority::text-valid?\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n true\n (selfhost/pkg-publish-authority::sym? value))))\n\n(def selfhost/pkg-publish-authority::text-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/pkg-publish-authority::text-valid? ((core/vec::get values) index))\n ((selfhost/pkg-publish-authority::text-vector-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-publish-authority::nonempty-string-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((core/vec::get values) index))\n ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid?\n (fn (map)\n (fn (key)\n (if ((selfhost/pkg-publish-authority::has-key? map) key)\n (let ((value ((selfhost/pkg-publish-authority::field map) key)))\n (if (selfhost/pkg-publish-authority::nil? value)\n true\n (if (selfhost/pkg-publish-authority::vec? value)\n ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? value) 0)\n false)))\n true))))\n\n(def selfhost/pkg-publish-authority::optional-bound-hash-valid?\n (fn (map)\n (fn (key)\n (fn (expected)\n (if ((selfhost/pkg-publish-authority::has-key? map) key)\n (let ((value ((selfhost/pkg-publish-authority::field map) key)))\n (if (selfhost/pkg-publish-authority::nil? value)\n true\n (if (selfhost/store-authority::hash? value) ((core/eq? value) expected) false)))\n true)))))\n\n(def selfhost/pkg-publish-authority::release-valid?\n (fn (release)\n (fn (facts)\n (fn (commit)\n (if (selfhost/pkg-publish-authority::map? release)\n (let\n ((snapshot ((selfhost/pkg-publish-authority::field release) (quote :snapshot)))\n (commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)))\n (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))\n (result-h ((selfhost/pkg-publish-authority::field commit) (quote :result))))\n (if (selfhost/store-authority::hash? snapshot)\n (if ((core/eq? snapshot) result-h)\n (if\n (((selfhost/pkg-publish-authority::optional-bound-hash-valid? release) (quote :commit))\n commit-h)\n (((selfhost/pkg-publish-authority::optional-bound-hash-valid? release) (quote :policy))\n policy-h)\n false)\n false)\n false))\n false)))))\n\n(def selfhost/pkg-publish-authority::special-evidence-header-valid?\n (fn (term)\n (fn (expected-kind)\n (if (selfhost/pkg-publish-authority::evidence-valid? term)\n (\n (core/eq?\n (selfhost/pkg-publish-authority::normalize-symbol-like\n ((selfhost/pkg-publish-authority::field term) (quote :kind))))\n expected-kind)\n false))))\n\n(def selfhost/pkg-publish-authority::observed-kind?\n (fn (observed)\n (fn (value)\n (let ((kind (selfhost/pkg-publish-authority::normalize-symbol-like value)))\n (if (selfhost/pkg-publish-authority::nil? kind)\n false\n ((selfhost/pkg-publish-authority::has-key? observed) kind))))))\n\n(def selfhost/pkg-publish-authority::obligation-link-member?\n (fn (obligations)\n (fn (value)\n (let ((text (selfhost/pkg-publish-authority::text value)))\n (if (selfhost/pkg-publish-authority::nil? text)\n false\n (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) text) 0))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"~8\xF6\xC5\xBA\x0F/E!\x91o\xEB\x1F\x036\x97B\xA7c\x04=\xC6=P\xE8\x93\xE4\xEEB\xEA&m" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::requirements-modules-loop? (fn (modules) (fn (index) (if ((core/int::eq? index) (core/vec::len modules)) true (let ((module ((core/vec::get modules) index))) (if (selfhost/pkg-publish-authority::map? module) (let ((path ((selfhost/pkg-publish-authority::field module) (quote :path))) (exports ((selfhost/pkg-publish-authority::field module) (quote :exports)))) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? path) (if (selfhost/pkg-publish-authority::vec? exports) (if ((core/int::lt? 0) (core/vec::len exports)) (if ((selfhost/pkg-publish-authority::text-vector-loop? exports) 0) ((selfhost/pkg-publish-authority::requirements-modules-loop? modules) ((core/int::add index) 1)) false) false) false) false)) false)))))) (def selfhost/pkg-publish-authority::requirements-modules-count (fn (links) (if ((selfhost/pkg-publish-authority::has-key? links) (quote :modules)) (let ((modules ((selfhost/pkg-publish-authority::field links) (quote :modules)))) (if (selfhost/pkg-publish-authority::nil? modules) 0 (if (selfhost/pkg-publish-authority::vec? modules) (if ((selfhost/pkg-publish-authority::requirements-modules-loop? modules) 0) (core/vec::len modules) -1) -1))) 0))) (def selfhost/pkg-publish-authority::requirements-obligations-loop? (fn (values) (fn (obligations) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if ((selfhost/pkg-publish-authority::obligation-link-member? obligations) ((core/vec::get values) index)) (((selfhost/pkg-publish-authority::requirements-obligations-loop? values) obligations) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::requirements-obligations-count (fn (links) (fn (obligations) (if ((selfhost/pkg-publish-authority::has-key? links) (quote :obligations)) (let ((values ((selfhost/pkg-publish-authority::field links) (quote :obligations)))) (if (selfhost/pkg-publish-authority::nil? values) 0 (if (selfhost/pkg-publish-authority::vec? values) (if (((selfhost/pkg-publish-authority::requirements-obligations-loop? values) obligations) 0) (core/vec::len values) -1) -1))) 0)))) (def selfhost/pkg-publish-authority::requirements-kinds-loop? (fn (values) (fn (observed) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if ((selfhost/pkg-publish-authority::observed-kind? observed) ((core/vec::get values) index)) (((selfhost/pkg-publish-authority::requirements-kinds-loop? values) observed) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::requirements-kinds-count (fn (links) (fn (observed) (if ((selfhost/pkg-publish-authority::has-key? links) (quote :evidence-kinds)) (let ((values ((selfhost/pkg-publish-authority::field links) (quote :evidence-kinds)))) (if (selfhost/pkg-publish-authority::nil? values) 0 (if (selfhost/pkg-publish-authority::vec? values) (if (((selfhost/pkg-publish-authority::requirements-kinds-loop? values) observed) 0) (core/vec::len values) -1) -1))) 0)))) (def selfhost/pkg-publish-authority::requirements-links-valid? (fn (links) (fn (obligations) (fn (observed) (if (selfhost/pkg-publish-authority::map? links) (let ((modules (selfhost/pkg-publish-authority::requirements-modules-count links)) (obligation-links ((selfhost/pkg-publish-authority::requirements-obligations-count links) obligations)) (kind-links ((selfhost/pkg-publish-authority::requirements-kinds-count links) observed))) (if ((core/int::lt? modules) 0) false (if ((core/int::lt? obligation-links) 0) false (if ((core/int::lt? kind-links) 0) false ((core/int::lt? 0) ((core/int::add ((core/int::add modules) obligation-links)) kind-links)))))) false))))) (def selfhost/pkg-publish-authority::requirements-level-valid? (fn (value) (let ((level (selfhost/pkg-publish-authority::normalize-symbol-like value))) (if (selfhost/pkg-publish-authority::nil? level) false (if ((core/eq? level) ":system") true (if ((core/eq? level) ":hlr") true ((core/eq? level) ":llr"))))))) (def selfhost/pkg-publish-authority::requirement-entry-valid? (fn (entry) (fn (obligations) (fn (observed) (if (selfhost/pkg-publish-authority::map? entry) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field entry) (quote :id))) (if (selfhost/pkg-publish-authority::requirements-level-valid? ((selfhost/pkg-publish-authority::field entry) (quote :level))) (if ((selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? entry) (quote :parents)) (if ((selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? entry) (quote :hazards)) (((selfhost/pkg-publish-authority::requirements-links-valid? ((selfhost/pkg-publish-authority::field entry) (quote :links))) obligations) observed) false) false) false) false) false))))) (def selfhost/pkg-publish-authority::requirements-entries-loop? (fn (entries) (fn (obligations) (fn (observed) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (if (((selfhost/pkg-publish-authority::requirement-entry-valid? ((core/vec::get entries) index)) obligations) observed) ((((selfhost/pkg-publish-authority::requirements-entries-loop? entries) obligations) observed) ((core/int::add index) 1)) false))))))) (def selfhost/pkg-publish-authority::requirements-trace-valid? (fn (term) (fn (facts) (fn (commit) (fn (observed) (if ((selfhost/pkg-publish-authority::special-evidence-header-valid? term) ":requirements-trace") (if ((core/eq? (selfhost/pkg-publish-authority::normalize-symbol-like ((selfhost/pkg-publish-authority::field term) (quote :status)))) ":verified") (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field term) (quote :graph-h))) (if (((selfhost/pkg-publish-authority::release-valid? ((selfhost/pkg-publish-authority::field term) (quote :release))) facts) commit) (let ((entries ((selfhost/pkg-publish-authority::field term) (quote :requirements)))) (if (selfhost/pkg-publish-authority::vec? entries) (if ((core/int::lt? 0) (core/vec::len entries)) ((((selfhost/pkg-publish-authority::requirements-entries-loop? entries) ((selfhost/pkg-publish-authority::field commit) (quote :obligations))) observed) 0) false) false)) false) false) false) false)))))) (def selfhost/pkg-publish-authority::requirements-traces-loop? (fn (terms) (fn (facts) (fn (commit) (fn (observed) (fn (index) (if ((core/int::eq? index) (core/vec::len terms)) true (if ((((selfhost/pkg-publish-authority::requirements-trace-valid? ((core/vec::get terms) index)) facts) commit) observed) (((((selfhost/pkg-publish-authority::requirements-traces-loop? terms) facts) commit) observed) ((core/int::add index) 1)) false))))))))] :module-h b"\xE1\x17A=\x89NF\xF7;SBA\xC1\xB5\xCD:uh\xD6\x03\x80\x89\x91\xF2x\xD2\xBCE{o@\x98" :path "selfhost/pkg_publish_authority_requirements_v1.gc" :source "(def selfhost/pkg-publish-authority::requirements-modules-loop?\n (fn (modules)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len modules))\n true\n (let ((module ((core/vec::get modules) index)))\n (if (selfhost/pkg-publish-authority::map? module)\n (let\n ((path ((selfhost/pkg-publish-authority::field module) (quote :path)))\n (exports ((selfhost/pkg-publish-authority::field module) (quote :exports))))\n (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? path)\n (if (selfhost/pkg-publish-authority::vec? exports)\n (if ((core/int::lt? 0) (core/vec::len exports))\n (if ((selfhost/pkg-publish-authority::text-vector-loop? exports) 0)\n ((selfhost/pkg-publish-authority::requirements-modules-loop? modules)\n ((core/int::add index) 1))\n false)\n false)\n false)\n false))\n false))))))\n\n(def selfhost/pkg-publish-authority::requirements-modules-count\n (fn (links)\n (if ((selfhost/pkg-publish-authority::has-key? links) (quote :modules))\n (let ((modules ((selfhost/pkg-publish-authority::field links) (quote :modules))))\n (if (selfhost/pkg-publish-authority::nil? modules)\n 0\n (if (selfhost/pkg-publish-authority::vec? modules)\n (if ((selfhost/pkg-publish-authority::requirements-modules-loop? modules) 0)\n (core/vec::len modules)\n -1)\n -1)))\n 0)))\n\n(def selfhost/pkg-publish-authority::requirements-obligations-loop?\n (fn (values)\n (fn (obligations)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n ((selfhost/pkg-publish-authority::obligation-link-member? obligations)\n ((core/vec::get values) index))\n (((selfhost/pkg-publish-authority::requirements-obligations-loop? values) obligations)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-publish-authority::requirements-obligations-count\n (fn (links)\n (fn (obligations)\n (if ((selfhost/pkg-publish-authority::has-key? links) (quote :obligations))\n (let ((values ((selfhost/pkg-publish-authority::field links) (quote :obligations))))\n (if (selfhost/pkg-publish-authority::nil? values)\n 0\n (if (selfhost/pkg-publish-authority::vec? values)\n (if\n (((selfhost/pkg-publish-authority::requirements-obligations-loop? values) obligations)\n 0)\n (core/vec::len values)\n -1)\n -1)))\n 0))))\n\n(def selfhost/pkg-publish-authority::requirements-kinds-loop?\n (fn (values)\n (fn (observed)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n ((selfhost/pkg-publish-authority::observed-kind? observed)\n ((core/vec::get values) index))\n (((selfhost/pkg-publish-authority::requirements-kinds-loop? values) observed)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-publish-authority::requirements-kinds-count\n (fn (links)\n (fn (observed)\n (if ((selfhost/pkg-publish-authority::has-key? links) (quote :evidence-kinds))\n (let ((values ((selfhost/pkg-publish-authority::field links) (quote :evidence-kinds))))\n (if (selfhost/pkg-publish-authority::nil? values)\n 0\n (if (selfhost/pkg-publish-authority::vec? values)\n (if (((selfhost/pkg-publish-authority::requirements-kinds-loop? values) observed) 0)\n (core/vec::len values)\n -1)\n -1)))\n 0))))\n\n(def selfhost/pkg-publish-authority::requirements-links-valid?\n (fn (links)\n (fn (obligations)\n (fn (observed)\n (if (selfhost/pkg-publish-authority::map? links)\n (let\n ((modules (selfhost/pkg-publish-authority::requirements-modules-count links))\n (obligation-links\n ((selfhost/pkg-publish-authority::requirements-obligations-count links) obligations))\n (kind-links\n ((selfhost/pkg-publish-authority::requirements-kinds-count links) observed)))\n (if ((core/int::lt? modules) 0)\n false\n (if ((core/int::lt? obligation-links) 0)\n false\n (if ((core/int::lt? kind-links) 0)\n false\n ((core/int::lt? 0)\n ((core/int::add ((core/int::add modules) obligation-links)) kind-links))))))\n false)))))\n\n(def selfhost/pkg-publish-authority::requirements-level-valid?\n (fn (value)\n (let ((level (selfhost/pkg-publish-authority::normalize-symbol-like value)))\n (if (selfhost/pkg-publish-authority::nil? level)\n false\n (if ((core/eq? level) \":system\")\n true\n (if ((core/eq? level) \":hlr\") true ((core/eq? level) \":llr\")))))))\n\n(def selfhost/pkg-publish-authority::requirement-entry-valid?\n (fn (entry)\n (fn (obligations)\n (fn (observed)\n (if (selfhost/pkg-publish-authority::map? entry)\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field entry) (quote :id)))\n (if\n (selfhost/pkg-publish-authority::requirements-level-valid?\n ((selfhost/pkg-publish-authority::field entry) (quote :level)))\n (if\n ((selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? entry)\n (quote :parents))\n (if\n ((selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? entry)\n (quote :hazards))\n (\n (\n (selfhost/pkg-publish-authority::requirements-links-valid?\n ((selfhost/pkg-publish-authority::field entry) (quote :links)))\n obligations)\n observed)\n false)\n false)\n false)\n false)\n false)))))\n\n(def selfhost/pkg-publish-authority::requirements-entries-loop?\n (fn (entries)\n (fn (obligations)\n (fn (observed)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (if\n (\n ((selfhost/pkg-publish-authority::requirement-entry-valid? ((core/vec::get entries) index))\n obligations)\n observed)\n ((((selfhost/pkg-publish-authority::requirements-entries-loop? entries) obligations) observed)\n ((core/int::add index) 1))\n false)))))))\n\n(def selfhost/pkg-publish-authority::requirements-trace-valid?\n (fn (term)\n (fn (facts)\n (fn (commit)\n (fn (observed)\n (if\n ((selfhost/pkg-publish-authority::special-evidence-header-valid? term)\n \":requirements-trace\")\n (if\n (\n (core/eq?\n (selfhost/pkg-publish-authority::normalize-symbol-like\n ((selfhost/pkg-publish-authority::field term) (quote :status))))\n \":verified\")\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field term) (quote :graph-h)))\n (if\n (\n (\n (selfhost/pkg-publish-authority::release-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :release)))\n facts)\n commit)\n (let\n ((entries ((selfhost/pkg-publish-authority::field term) (quote :requirements))))\n (if (selfhost/pkg-publish-authority::vec? entries)\n (if ((core/int::lt? 0) (core/vec::len entries))\n (\n (\n ((selfhost/pkg-publish-authority::requirements-entries-loop? entries)\n ((selfhost/pkg-publish-authority::field commit) (quote :obligations)))\n observed)\n 0)\n false)\n false))\n false)\n false)\n false)\n false))))))\n\n(def selfhost/pkg-publish-authority::requirements-traces-loop?\n (fn (terms)\n (fn (facts)\n (fn (commit)\n (fn (observed)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len terms))\n true\n (if\n (\n (((selfhost/pkg-publish-authority::requirements-trace-valid? ((core/vec::get terms) index)) facts)\n commit)\n observed)\n (((((selfhost/pkg-publish-authority::requirements-traces-loop? terms) facts) commit) observed)\n ((core/int::add index) 1))\n false))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE1\x17A=\x89NF\xF7;SBA\xC1\xB5\xCD:uh\xD6\x03\x80\x89\x91\xF2x\xD2\xBCE{o@\x98" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::qualification-requirements-valid? (fn (values) (if (selfhost/pkg-publish-authority::vec? values) (if ((core/int::lt? 0) (core/vec::len values)) ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? values) 0) false) false))) (def selfhost/pkg-publish-authority::qualification-tools-loop? (fn (tools) (fn (index) (if ((core/int::eq? index) (core/vec::len tools)) true (let ((tool ((core/vec::get tools) index))) (if (selfhost/pkg-publish-authority::map? tool) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field tool) (quote :name))) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field tool) (quote :blake3))) ((selfhost/pkg-publish-authority::qualification-tools-loop? tools) ((core/int::add index) 1)) false) false) false)))))) (def selfhost/pkg-publish-authority::qualification-tools-valid? (fn (tools) (if (selfhost/pkg-publish-authority::vec? tools) (if ((core/int::lt? 0) (core/vec::len tools)) ((selfhost/pkg-publish-authority::qualification-tools-loop? tools) 0) false) false))) (def selfhost/pkg-publish-authority::qualification-test-valid? (fn (test) (fn (facts) (fn (commit) (if (selfhost/pkg-publish-authority::map? test) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field test) (quote :id))) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field test) (quote :artifact))) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field test) (quote :manifest))) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field test) (quote :run-id))) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field test) (quote :runner))) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field test) (quote :profile))) (if ((core/eq? ((selfhost/pkg-publish-authority::field test) (quote :snapshot))) ((selfhost/pkg-publish-authority::field commit) (quote :result))) (if (((selfhost/pkg-publish-authority::optional-bound-hash-valid? test) (quote :policy)) ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))) ((core/eq? (selfhost/pkg-publish-authority::normalize-symbol-like ((selfhost/pkg-publish-authority::field test) (quote :result)))) ":pass") false) false) false) false) false) false) false) false) false))))) (def selfhost/pkg-publish-authority::qualification-tests-loop? (fn (tests) (fn (facts) (fn (commit) (fn (index) (if ((core/int::eq? index) (core/vec::len tests)) true (if (((selfhost/pkg-publish-authority::qualification-test-valid? ((core/vec::get tests) index)) facts) commit) ((((selfhost/pkg-publish-authority::qualification-tests-loop? tests) facts) commit) ((core/int::add index) 1)) false))))))) (def selfhost/pkg-publish-authority::qualification-tests-valid? (fn (tests) (fn (facts) (fn (commit) (if (selfhost/pkg-publish-authority::vec? tests) (if ((core/int::lt? 0) (core/vec::len tests)) ((((selfhost/pkg-publish-authority::qualification-tests-loop? tests) facts) commit) 0) false) false))))) (def selfhost/pkg-publish-authority::tool-qualification-valid? (fn (term) (fn (facts) (fn (commit) (if ((selfhost/pkg-publish-authority::special-evidence-header-valid? term) ":tool-qualification") (if ((core/eq? (selfhost/pkg-publish-authority::normalize-symbol-like ((selfhost/pkg-publish-authority::field term) (quote :status)))) ":qualified") (if (((selfhost/pkg-publish-authority::release-valid? ((selfhost/pkg-publish-authority::field term) (quote :release))) facts) commit) (if (selfhost/pkg-publish-authority::qualification-requirements-valid? ((selfhost/pkg-publish-authority::field term) (quote :requirements))) (if (selfhost/pkg-publish-authority::qualification-tools-valid? ((selfhost/pkg-publish-authority::field term) (quote :tools))) (((selfhost/pkg-publish-authority::qualification-tests-valid? ((selfhost/pkg-publish-authority::field term) (quote :qualification-tests))) facts) commit) false) false) false) false) false))))) (def selfhost/pkg-publish-authority::tool-qualifications-loop? (fn (terms) (fn (facts) (fn (commit) (fn (index) (if ((core/int::eq? index) (core/vec::len terms)) true (if (((selfhost/pkg-publish-authority::tool-qualification-valid? ((core/vec::get terms) index)) facts) commit) ((((selfhost/pkg-publish-authority::tool-qualifications-loop? terms) facts) commit) ((core/int::add index) 1)) false)))))))] :module-h b"\xB7\xC2c\xEE\x9C\x98\xF2\x89\xC8\xC3\xC3\xA9\xEC\xBD\xC8\xB6/X\xA2\xD3\x08\xF9t\xB7J-\xFAG\x85\xDC=\x85" :path "selfhost/pkg_publish_authority_qualification_v1.gc" :source "(def selfhost/pkg-publish-authority::qualification-requirements-valid?\n (fn (values)\n (if (selfhost/pkg-publish-authority::vec? values)\n (if ((core/int::lt? 0) (core/vec::len values))\n ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? values) 0)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::qualification-tools-loop?\n (fn (tools)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len tools))\n true\n (let ((tool ((core/vec::get tools) index)))\n (if (selfhost/pkg-publish-authority::map? tool)\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field tool) (quote :name)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field tool) (quote :blake3)))\n ((selfhost/pkg-publish-authority::qualification-tools-loop? tools)\n ((core/int::add index) 1))\n false)\n false)\n false))))))\n\n(def selfhost/pkg-publish-authority::qualification-tools-valid?\n (fn (tools)\n (if (selfhost/pkg-publish-authority::vec? tools)\n (if ((core/int::lt? 0) (core/vec::len tools))\n ((selfhost/pkg-publish-authority::qualification-tools-loop? tools) 0)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::qualification-test-valid?\n (fn (test)\n (fn (facts)\n (fn (commit)\n (if (selfhost/pkg-publish-authority::map? test)\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field test) (quote :id)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field test) (quote :artifact)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field test) (quote :manifest)))\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field test) (quote :run-id)))\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field test) (quote :runner)))\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field test) (quote :profile)))\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field test) (quote :snapshot)))\n ((selfhost/pkg-publish-authority::field commit) (quote :result)))\n (if\n (((selfhost/pkg-publish-authority::optional-bound-hash-valid? test) (quote :policy))\n ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))\n (\n (core/eq?\n (selfhost/pkg-publish-authority::normalize-symbol-like\n ((selfhost/pkg-publish-authority::field test) (quote :result))))\n \":pass\")\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))))\n\n(def selfhost/pkg-publish-authority::qualification-tests-loop?\n (fn (tests)\n (fn (facts)\n (fn (commit)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len tests))\n true\n (if\n (((selfhost/pkg-publish-authority::qualification-test-valid? ((core/vec::get tests) index)) facts)\n commit)\n ((((selfhost/pkg-publish-authority::qualification-tests-loop? tests) facts) commit)\n ((core/int::add index) 1))\n false)))))))\n\n(def selfhost/pkg-publish-authority::qualification-tests-valid?\n (fn (tests)\n (fn (facts)\n (fn (commit)\n (if (selfhost/pkg-publish-authority::vec? tests)\n (if ((core/int::lt? 0) (core/vec::len tests))\n ((((selfhost/pkg-publish-authority::qualification-tests-loop? tests) facts) commit) 0)\n false)\n false)))))\n\n(def selfhost/pkg-publish-authority::tool-qualification-valid?\n (fn (term)\n (fn (facts)\n (fn (commit)\n (if\n ((selfhost/pkg-publish-authority::special-evidence-header-valid? term)\n \":tool-qualification\")\n (if\n (\n (core/eq?\n (selfhost/pkg-publish-authority::normalize-symbol-like\n ((selfhost/pkg-publish-authority::field term) (quote :status))))\n \":qualified\")\n (if\n (\n (\n (selfhost/pkg-publish-authority::release-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :release)))\n facts)\n commit)\n (if\n (selfhost/pkg-publish-authority::qualification-requirements-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :requirements)))\n (if\n (selfhost/pkg-publish-authority::qualification-tools-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :tools)))\n (\n (\n (selfhost/pkg-publish-authority::qualification-tests-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :qualification-tests)))\n facts)\n commit)\n false)\n false)\n false)\n false)\n false)))))\n\n(def selfhost/pkg-publish-authority::tool-qualifications-loop?\n (fn (terms)\n (fn (facts)\n (fn (commit)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len terms))\n true\n (if\n (((selfhost/pkg-publish-authority::tool-qualification-valid? ((core/vec::get terms) index)) facts)\n commit)\n ((((selfhost/pkg-publish-authority::tool-qualifications-loop? terms) facts) commit)\n ((core/int::add index) 1))\n false)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xB7\xC2c\xEE\x9C\x98\xF2\x89\xC8\xC3\xC3\xA9\xEC\xBD\xC8\xB6/X\xA2\xD3\x08\xF9t\xB7J-\xFAG\x85\xDC=\x85" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::bytes-length? (fn (value) (fn (length) (if (selfhost/pkg-publish-authority::bytes? value) ((core/int::eq? (core/bytes::len value)) length) false)))) (def selfhost/pkg-publish-authority::optional-role-valid? (fn (term) (if ((selfhost/pkg-publish-authority::has-key? term) (quote :role)) (let ((role ((selfhost/pkg-publish-authority::field term) (quote :role)))) (if (selfhost/pkg-publish-authority::nil? role) true (let ((text (selfhost/pkg-publish-authority::text role))) (if (selfhost/pkg-publish-authority::nil? text) false ((core/int::lt? 0) (core/str::len (selfhost/policy::trim text))))))) true))) (def selfhost/pkg-publish-authority::commit-signing-hash (fn (commit) (let ((unsigned (((core/map::put commit) (quote :attestations)) []))) (let ((bytes (selfhost/pkg-publish-authority::canonical-bytes unsigned))) (if (selfhost/pkg-publish-authority::nil? bytes) nil (let ((domain ((core/bytes::concat b"GCv0.2\x00") b"vcs\x00commit-signing-hash\x00"))) (let ((digest (core/crypto::blake3 ((core/bytes::concat domain) bytes)))) (if (core/error::is? digest) nil digest)))))))) (def selfhost/pkg-publish-authority::commit-sign-message (fn (signing-h) ((core/bytes::concat ((core/bytes::concat b"GCv0.2\x00") b"vcs\x00commit-sign\x00")) signing-h))) (def selfhost/pkg-publish-authority::attestation-valid? (fn (term) (fn (signing-h) (if (selfhost/pkg-publish-authority::map? term) (let ((type ((selfhost/pkg-publish-authority::field term) (quote :type))) (version ((selfhost/pkg-publish-authority::field term) (quote :v))) (alg ((selfhost/pkg-publish-authority::field term) (quote :alg))) (declared-h ((selfhost/pkg-publish-authority::field term) (quote :signing-h))) (pk ((selfhost/pkg-publish-authority::field term) (quote :pk))) (sig ((selfhost/pkg-publish-authority::field term) (quote :sig)))) (if (if (selfhost/pkg-publish-authority::sym? type) ((core/sym::eq? type) (quote :vcs/attestation)) false) (if (if (selfhost/pkg-publish-authority::int? version) ((core/int::eq? version) 1) false) (if (selfhost/pkg-publish-authority::str? alg) (if ((selfhost/pkg-publish-authority::bytes-length? declared-h) 32) (if ((core/eq? declared-h) signing-h) (if ((selfhost/pkg-publish-authority::bytes-length? pk) 32) (if ((selfhost/pkg-publish-authority::bytes-length? sig) 64) (selfhost/pkg-publish-authority::optional-role-valid? term) false) false) false) false) false) false) false)) false)))) (def selfhost/pkg-publish-authority::crypto-request (fn (object) (fn (class) (fn (signing-h) (fn (sign-message) (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term)))) (let ((base {:alg ((selfhost/pkg-publish-authority::field term) (quote :alg)) :allowed-public-keys ((selfhost/pkg-publish-authority::field class) (quote :allowed-public-keys)) :attestation-h ((selfhost/pkg-publish-authority::field object) (quote :h)) :pk ((selfhost/pkg-publish-authority::field term) (quote :pk)) :sig ((selfhost/pkg-publish-authority::field term) (quote :sig)) :sign-message sign-message :signing-h signing-h})) (((core/map::put base) (quote :request-h)) (selfhost/hash::hash-term base))))))))) (def selfhost/pkg-publish-authority::crypto-requests-loop (fn (objects) (fn (class) (fn (signing-h) (fn (sign-message) (fn (index) (fn (output) (if ((core/int::eq? index) (core/vec::len objects)) (selfhost/pkg-publish-authority::internal-ok output) (let ((object ((core/vec::get objects) index))) (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term)))) (if ((selfhost/pkg-publish-authority::attestation-valid? term) signing-h) ((((((selfhost/pkg-publish-authority::crypto-requests-loop objects) class) signing-h) sign-message) ((core/int::add index) 1)) ((core/vec::push output) ((((selfhost/pkg-publish-authority::crypto-request object) class) signing-h) sign-message))) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-attestation")))))))))))) (def selfhost/pkg-publish-authority::crypto-requests (fn (objects) (fn (class) (fn (commit) (if ((selfhost/pkg-publish-authority::field class) (quote :require-signatures)) (let ((signing-h (selfhost/pkg-publish-authority::commit-signing-hash commit))) (if ((selfhost/pkg-publish-authority::bytes-length? signing-h) 32) ((((((selfhost/pkg-publish-authority::crypto-requests-loop objects) class) signing-h) (selfhost/pkg-publish-authority::commit-sign-message signing-h)) 0) []) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-commit"))) (selfhost/pkg-publish-authority::internal-ok []))))))] :module-h b"\xBA5mG\xE7\x8EW:\xB169\x92\xCB\x0B+I\xB6\xC3\xEC\xE0\x08qu\xD4\xEA2\xC4\xF1\xF6V\xC5\x04" :path "selfhost/pkg_publish_authority_crypto_v1.gc" :source "(def selfhost/pkg-publish-authority::bytes-length?\n (fn (value)\n (fn (length)\n (if (selfhost/pkg-publish-authority::bytes? value)\n ((core/int::eq? (core/bytes::len value)) length)\n false))))\n\n(def selfhost/pkg-publish-authority::optional-role-valid?\n (fn (term)\n (if ((selfhost/pkg-publish-authority::has-key? term) (quote :role))\n (let ((role ((selfhost/pkg-publish-authority::field term) (quote :role))))\n (if (selfhost/pkg-publish-authority::nil? role)\n true\n (let ((text (selfhost/pkg-publish-authority::text role)))\n (if (selfhost/pkg-publish-authority::nil? text)\n false\n ((core/int::lt? 0) (core/str::len (selfhost/policy::trim text)))))))\n true)))\n\n(def selfhost/pkg-publish-authority::commit-signing-hash\n (fn (commit)\n (let ((unsigned (((core/map::put commit) (quote :attestations)) [])))\n (let ((bytes (selfhost/pkg-publish-authority::canonical-bytes unsigned)))\n (if (selfhost/pkg-publish-authority::nil? bytes)\n nil\n (let ((domain ((core/bytes::concat b\"GCv0.2\\x00\") b\"vcs\\x00commit-signing-hash\\x00\")))\n (let ((digest (core/crypto::blake3 ((core/bytes::concat domain) bytes))))\n (if (core/error::is? digest) nil digest))))))))\n\n(def selfhost/pkg-publish-authority::commit-sign-message\n (fn (signing-h)\n ((core/bytes::concat ((core/bytes::concat b\"GCv0.2\\x00\") b\"vcs\\x00commit-sign\\x00\")) signing-h)))\n\n(def selfhost/pkg-publish-authority::attestation-valid?\n (fn (term)\n (fn (signing-h)\n (if (selfhost/pkg-publish-authority::map? term)\n (let\n ((type ((selfhost/pkg-publish-authority::field term) (quote :type)))\n (version ((selfhost/pkg-publish-authority::field term) (quote :v)))\n (alg ((selfhost/pkg-publish-authority::field term) (quote :alg)))\n (declared-h ((selfhost/pkg-publish-authority::field term) (quote :signing-h)))\n (pk ((selfhost/pkg-publish-authority::field term) (quote :pk)))\n (sig ((selfhost/pkg-publish-authority::field term) (quote :sig))))\n (if\n (if (selfhost/pkg-publish-authority::sym? type)\n ((core/sym::eq? type) (quote :vcs/attestation))\n false)\n (if\n (if (selfhost/pkg-publish-authority::int? version) ((core/int::eq? version) 1) false)\n (if (selfhost/pkg-publish-authority::str? alg)\n (if ((selfhost/pkg-publish-authority::bytes-length? declared-h) 32)\n (if ((core/eq? declared-h) signing-h)\n (if ((selfhost/pkg-publish-authority::bytes-length? pk) 32)\n (if ((selfhost/pkg-publish-authority::bytes-length? sig) 64)\n (selfhost/pkg-publish-authority::optional-role-valid? term)\n false)\n false)\n false)\n false)\n false)\n false)\n false))\n false))))\n\n(def selfhost/pkg-publish-authority::crypto-request\n (fn (object)\n (fn (class)\n (fn (signing-h)\n (fn (sign-message)\n (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term))))\n (let\n (\n (base\n {\n :alg ((selfhost/pkg-publish-authority::field term) (quote :alg))\n :allowed-public-keys\n ((selfhost/pkg-publish-authority::field class) (quote :allowed-public-keys))\n :attestation-h ((selfhost/pkg-publish-authority::field object) (quote :h))\n :pk ((selfhost/pkg-publish-authority::field term) (quote :pk))\n :sig ((selfhost/pkg-publish-authority::field term) (quote :sig))\n :sign-message sign-message\n :signing-h signing-h}))\n (((core/map::put base) (quote :request-h)) (selfhost/hash::hash-term base)))))))))\n\n(def selfhost/pkg-publish-authority::crypto-requests-loop\n (fn (objects)\n (fn (class)\n (fn (signing-h)\n (fn (sign-message)\n (fn (index)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len objects))\n (selfhost/pkg-publish-authority::internal-ok output)\n (let ((object ((core/vec::get objects) index)))\n (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term))))\n (if ((selfhost/pkg-publish-authority::attestation-valid? term) signing-h)\n (\n (((((selfhost/pkg-publish-authority::crypto-requests-loop objects) class) signing-h) sign-message)\n ((core/int::add index) 1))\n ((core/vec::push output)\n ((((selfhost/pkg-publish-authority::crypto-request object) class) signing-h)\n sign-message)))\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-attestation\"))))))))))))\n\n(def selfhost/pkg-publish-authority::crypto-requests\n (fn (objects)\n (fn (class)\n (fn (commit)\n (if ((selfhost/pkg-publish-authority::field class) (quote :require-signatures))\n (let ((signing-h (selfhost/pkg-publish-authority::commit-signing-hash commit)))\n (if ((selfhost/pkg-publish-authority::bytes-length? signing-h) 32)\n (\n (\n ((((selfhost/pkg-publish-authority::crypto-requests-loop objects) class) signing-h)\n (selfhost/pkg-publish-authority::commit-sign-message signing-h))\n 0)\n [])\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-commit\")))\n (selfhost/pkg-publish-authority::internal-ok []))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBA5mG\xE7\x8EW:\xB169\x92\xCB\x0B+I\xB6\xC3\xEC\xE0\x08qu\xD4\xEA2\xC4\xF1\xF6V\xC5\x04" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::prepare-request-shape? (fn (request) (if ((selfhost/store-authority::exact-map? request) [:facts :kind :mechanism :phase :v]) (if ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind))) "genesis/pkg-publish-authority-request-v0.1") (if (if (selfhost/pkg-publish-authority::int? ((selfhost/pkg-publish-authority::field request) (quote :v))) ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1) false) (if (selfhost/pkg-publish-authority::sym? ((selfhost/pkg-publish-authority::field request) (quote :phase))) ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase))) (quote :prepare)) false) false) false) false))) (def selfhost/pkg-publish-authority::prepare-mechanism-valid? (fn (mechanism) (if ((selfhost/store-authority::exact-map? mechanism) [:attestations :evidence :inspect-h]) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))) (if (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence))) (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))) false) false) false))) (def selfhost/pkg-publish-authority::prepare-value (fn (requests) (let ((base {:crypto-requests requests})) (((core/map::put base) (quote :prepare-h)) (selfhost/hash::hash-term base))))) (def selfhost/pkg-publish-authority::reject-internal (fn (request) (fn (result) (fn (message) (((selfhost/pkg-publish-authority::reject request) ((selfhost/pkg-publish-authority::field result) (quote :code))) message))))) (def selfhost/pkg-publish-authority::prepare-crypto (fn (request) (fn (class) (fn (commit) (fn (attestations) (let ((crypto (((selfhost/pkg-publish-authority::crypto-requests attestations) class) commit))) (if (selfhost/pkg-publish-authority::internal-ok? crypto) ((selfhost/pkg-publish-authority::accept request) (selfhost/pkg-publish-authority::prepare-value (selfhost/pkg-publish-authority::internal-value crypto))) (((selfhost/pkg-publish-authority::reject-internal request) crypto) "publication attestation or signing domain is invalid")))))))) (def selfhost/pkg-publish-authority::prepare-assurance (fn (request) (fn (facts) (fn (class) (fn (commit) (fn (attestations) (fn (scan) (fn (required) (let ((observed ((selfhost/pkg-publish-authority::field scan) (quote :kinds))) (requirements ((selfhost/pkg-publish-authority::field scan) (quote :requirements))) (qualifications ((selfhost/pkg-publish-authority::field scan) (quote :qualifications)))) (if ((selfhost/pkg-publish-authority::kind-set-contained? required) observed) (if (if ((selfhost/pkg-publish-authority::has-key? required) ":requirements-trace") (if ((core/int::eq? (core/vec::len requirements)) 0) false (((((selfhost/pkg-publish-authority::requirements-traces-loop? requirements) facts) commit) observed) 0)) true) (if (if ((selfhost/pkg-publish-authority::has-key? required) ":tool-qualification") (if ((core/int::eq? (core/vec::len qualifications)) 0) false ((((selfhost/pkg-publish-authority::tool-qualifications-loop? qualifications) facts) commit) 0)) true) ((((selfhost/pkg-publish-authority::prepare-crypto request) class) commit) attestations) (((selfhost/pkg-publish-authority::reject request) "core/pkg/invalid-tool-qualification") "required tool-qualification evidence is absent or invalid")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/invalid-requirements-trace") "required requirements-trace evidence is absent or invalid")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/missing-evidence-kind") "commit evidence does not satisfy the selected class kinds"))))))))))) (def selfhost/pkg-publish-authority::prepare-evidence (fn (request) (fn (facts) (fn (class) (fn (commit) (fn (evidence) (fn (attestations) (if (if ((core/int::lt? 0) (core/vec::len ((selfhost/pkg-publish-authority::field class) (quote :required-obligations)))) ((core/int::eq? (core/vec::len evidence)) 0) false) (((selfhost/pkg-publish-authority::reject request) "core/pkg/missing-evidence") "commit has required obligations but no evidence") (let ((scan-result (selfhost/pkg-publish-authority::evidence-scan evidence))) (if (selfhost/pkg-publish-authority::internal-ok? scan-result) (let ((required ((selfhost/pkg-publish-authority::required-kind-set class) commit))) (((((((selfhost/pkg-publish-authority::prepare-assurance request) facts) class) commit) attestations) (selfhost/pkg-publish-authority::internal-value scan-result)) required)) (((selfhost/pkg-publish-authority::reject-internal request) scan-result) "publication evidence schema is invalid"))))))))))) (def selfhost/pkg-publish-authority::prepare-objects (fn (request) (fn (facts) (fn (class) (fn (commit) (fn (mechanism) (let ((evidence ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence))) (attestations ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)))) (if ((selfhost/pkg-publish-authority::objects-valid? evidence) ((selfhost/pkg-publish-authority::field commit) (quote :evidence))) (if ((selfhost/pkg-publish-authority::objects-valid? attestations) ((selfhost/pkg-publish-authority::field commit) (quote :attestations))) ((((((selfhost/pkg-publish-authority::prepare-evidence request) facts) class) commit) evidence) attestations) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "attestation envelopes do not exactly cover the inspect request")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "evidence envelopes do not exactly cover the inspect request"))))))))) (def selfhost/pkg-publish-authority::prepare-bound (fn (request) (fn (facts) (fn (mechanism) (fn (inspect-result) (let ((inspect-value ((selfhost/pkg-publish-authority::field inspect-result) (quote :value))) (commit ((selfhost/pkg-publish-authority::field facts) (quote :commit))) (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy))) (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref)))) (if ((core/eq? ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))) ((selfhost/pkg-publish-authority::field inspect-value) (quote :inspect-h))) (let ((selection ((selfhost/pkg-publish-policy::select policy) refname))) (if ((selfhost/pkg-publish-authority::field selection) (quote :ok)) (((((selfhost/pkg-publish-authority::prepare-objects request) facts) ((selfhost/pkg-publish-authority::field selection) (quote :value))) commit) mechanism) ((selfhost/pkg-publish-authority::reject-policy-result request) selection))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "prepare inspect identity mismatch")))))))) (def selfhost/pkg-publish-authority::prepare (fn (request) (if (selfhost/pkg-publish-authority::prepare-request-shape? request) (let ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts))) (mechanism ((selfhost/pkg-publish-authority::field request) (quote :mechanism)))) (if (selfhost/pkg-publish-authority::facts-shape? facts) (if (selfhost/pkg-publish-authority::facts-identities-match? facts) (if (selfhost/pkg-publish-authority::prepare-mechanism-valid? mechanism) (let ((inspect-result ((selfhost/pkg-publish-authority::inspect-facts request) facts))) (if ((selfhost/pkg-publish-authority::field inspect-result) (quote :ok)) ((((selfhost/pkg-publish-authority::prepare-bound request) facts) mechanism) inspect-result) inspect-result)) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "prepare mechanism is malformed")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-payload") "policy or commit identity contradicts its raw term")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-payload") "publish facts fields or values are invalid"))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "prepare request envelope is invalid"))))] :module-h b"_\xE4\x15\xB6\xC7\x94\xF1`\xE0\x86\x16\xAD\x8C\x86\xACS\xA7b\xD4\xDB\xD6\xF4\xA4\xD8\xF0:-}\x01\x04\x12b" :path "selfhost/pkg_publish_authority_prepare_v1.gc" :source "(def selfhost/pkg-publish-authority::prepare-request-shape?\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [\n :facts\n :kind\n :mechanism\n :phase\n :v])\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind)))\n \"genesis/pkg-publish-authority-request-v0.1\")\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/pkg-publish-authority::field request) (quote :v)))\n ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1)\n false)\n (if\n (selfhost/pkg-publish-authority::sym?\n ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n (quote :prepare))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::prepare-mechanism-valid?\n (fn (mechanism)\n (if ((selfhost/store-authority::exact-map? mechanism) [:attestations :evidence :inspect-h])\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h)))\n (if\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence)))\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)))\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::prepare-value\n (fn (requests)\n (let ((base {:crypto-requests requests}))\n (((core/map::put base) (quote :prepare-h)) (selfhost/hash::hash-term base)))))\n\n(def selfhost/pkg-publish-authority::reject-internal\n (fn (request)\n (fn (result)\n (fn (message)\n (\n ((selfhost/pkg-publish-authority::reject request)\n ((selfhost/pkg-publish-authority::field result) (quote :code)))\n message)))))\n\n(def selfhost/pkg-publish-authority::prepare-crypto\n (fn (request)\n (fn (class)\n (fn (commit)\n (fn (attestations)\n (let\n ((crypto (((selfhost/pkg-publish-authority::crypto-requests attestations) class) commit)))\n (if (selfhost/pkg-publish-authority::internal-ok? crypto)\n ((selfhost/pkg-publish-authority::accept request)\n (selfhost/pkg-publish-authority::prepare-value\n (selfhost/pkg-publish-authority::internal-value crypto)))\n (((selfhost/pkg-publish-authority::reject-internal request) crypto)\n \"publication attestation or signing domain is invalid\"))))))))\n\n(def selfhost/pkg-publish-authority::prepare-assurance\n (fn (request)\n (fn (facts)\n (fn (class)\n (fn (commit)\n (fn (attestations)\n (fn (scan)\n (fn (required)\n (let\n ((observed ((selfhost/pkg-publish-authority::field scan) (quote :kinds)))\n (requirements\n ((selfhost/pkg-publish-authority::field scan) (quote :requirements)))\n (qualifications\n ((selfhost/pkg-publish-authority::field scan) (quote :qualifications))))\n (if ((selfhost/pkg-publish-authority::kind-set-contained? required) observed)\n (if\n (if\n ((selfhost/pkg-publish-authority::has-key? required) \":requirements-trace\")\n (if ((core/int::eq? (core/vec::len requirements)) 0)\n false\n (((((selfhost/pkg-publish-authority::requirements-traces-loop? requirements) facts) commit) observed)\n 0))\n true)\n (if\n (if\n ((selfhost/pkg-publish-authority::has-key? required) \":tool-qualification\")\n (if ((core/int::eq? (core/vec::len qualifications)) 0)\n false\n ((((selfhost/pkg-publish-authority::tool-qualifications-loop? qualifications) facts) commit)\n 0))\n true)\n ((((selfhost/pkg-publish-authority::prepare-crypto request) class) commit)\n attestations)\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/invalid-tool-qualification\")\n \"required tool-qualification evidence is absent or invalid\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/invalid-requirements-trace\")\n \"required requirements-trace evidence is absent or invalid\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/missing-evidence-kind\")\n \"commit evidence does not satisfy the selected class kinds\")))))))))))\n\n(def selfhost/pkg-publish-authority::prepare-evidence\n (fn (request)\n (fn (facts)\n (fn (class)\n (fn (commit)\n (fn (evidence)\n (fn (attestations)\n (if\n (if\n ((core/int::lt? 0)\n (core/vec::len\n ((selfhost/pkg-publish-authority::field class) (quote :required-obligations))))\n ((core/int::eq? (core/vec::len evidence)) 0)\n false)\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/missing-evidence\")\n \"commit has required obligations but no evidence\")\n (let ((scan-result (selfhost/pkg-publish-authority::evidence-scan evidence)))\n (if (selfhost/pkg-publish-authority::internal-ok? scan-result)\n (let\n ((required ((selfhost/pkg-publish-authority::required-kind-set class) commit)))\n (\n ((((((selfhost/pkg-publish-authority::prepare-assurance request) facts) class) commit) attestations)\n (selfhost/pkg-publish-authority::internal-value scan-result))\n required))\n (((selfhost/pkg-publish-authority::reject-internal request) scan-result)\n \"publication evidence schema is invalid\")))))))))))\n\n(def selfhost/pkg-publish-authority::prepare-objects\n (fn (request)\n (fn (facts)\n (fn (class)\n (fn (commit)\n (fn (mechanism)\n (let\n ((evidence ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence)))\n (attestations\n ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))))\n (if\n ((selfhost/pkg-publish-authority::objects-valid? evidence)\n ((selfhost/pkg-publish-authority::field commit) (quote :evidence)))\n (if\n ((selfhost/pkg-publish-authority::objects-valid? attestations)\n ((selfhost/pkg-publish-authority::field commit) (quote :attestations)))\n ((((((selfhost/pkg-publish-authority::prepare-evidence request) facts) class) commit) evidence)\n attestations)\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"attestation envelopes do not exactly cover the inspect request\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"evidence envelopes do not exactly cover the inspect request\")))))))))\n\n(def selfhost/pkg-publish-authority::prepare-bound\n (fn (request)\n (fn (facts)\n (fn (mechanism)\n (fn (inspect-result)\n (let\n ((inspect-value ((selfhost/pkg-publish-authority::field inspect-result) (quote :value)))\n (commit ((selfhost/pkg-publish-authority::field facts) (quote :commit)))\n (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy)))\n (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref))))\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h)))\n ((selfhost/pkg-publish-authority::field inspect-value) (quote :inspect-h)))\n (let ((selection ((selfhost/pkg-publish-policy::select policy) refname)))\n (if ((selfhost/pkg-publish-authority::field selection) (quote :ok))\n (\n (\n (((selfhost/pkg-publish-authority::prepare-objects request) facts)\n ((selfhost/pkg-publish-authority::field selection) (quote :value)))\n commit)\n mechanism)\n ((selfhost/pkg-publish-authority::reject-policy-result request) selection)))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"prepare inspect identity mismatch\"))))))))\n\n(def selfhost/pkg-publish-authority::prepare\n (fn (request)\n (if (selfhost/pkg-publish-authority::prepare-request-shape? request)\n (let\n ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts)))\n (mechanism ((selfhost/pkg-publish-authority::field request) (quote :mechanism))))\n (if (selfhost/pkg-publish-authority::facts-shape? facts)\n (if (selfhost/pkg-publish-authority::facts-identities-match? facts)\n (if (selfhost/pkg-publish-authority::prepare-mechanism-valid? mechanism)\n (let\n ((inspect-result ((selfhost/pkg-publish-authority::inspect-facts request) facts)))\n (if ((selfhost/pkg-publish-authority::field inspect-result) (quote :ok))\n ((((selfhost/pkg-publish-authority::prepare-bound request) facts) mechanism)\n inspect-result)\n inspect-result))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"prepare mechanism is malformed\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-payload\")\n \"policy or commit identity contradicts its raw term\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-payload\")\n \"publish facts fields or values are invalid\")))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"prepare request envelope is invalid\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_\xE4\x15\xB6\xC7\x94\xF1`\xE0\x86\x16\xAD\x8C\x86\xACS\xA7b\xD4\xDB\xD6\xF4\xA4\xD8\xF0:-}\x01\x04\x12b" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::crypto-fact-valid? (fn (fact) (fn (request) (if ((selfhost/store-authority::exact-map? fact) [:request-h :signature-valid]) (let ((request-h ((selfhost/pkg-publish-authority::field fact) (quote :request-h))) (signature-valid ((selfhost/pkg-publish-authority::field fact) (quote :signature-valid)))) (if (selfhost/store-authority::hash? request-h) (if ((core/eq? request-h) ((selfhost/pkg-publish-authority::field request) (quote :request-h))) (selfhost/pkg-publish-authority::bool? signature-valid) false) false)) false)))) (def selfhost/pkg-publish-authority::attestation-role (fn (object) (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term)))) (if ((selfhost/pkg-publish-authority::has-key? term) (quote :role)) (let ((role ((selfhost/pkg-publish-authority::field term) (quote :role)))) (if (selfhost/pkg-publish-authority::nil? role) nil (selfhost/pkg-publish-authority::normalize-symbol-like role))) nil)))) (def selfhost/pkg-publish-authority::role-signers-add (fn (role-signers) (fn (role) (fn (pk) (if (selfhost/pkg-publish-authority::nil? role) role-signers (if ((core/eq? role) ":") role-signers (let ((existing ((selfhost/pkg-publish-authority::field role-signers) role))) (let ((signers (if (selfhost/pkg-publish-authority::map? existing) existing {}))) (((core/map::put role-signers) role) (((core/map::put signers) pk) true)))))))))) (def selfhost/pkg-publish-authority::crypto-tally-loop (fn (requests) (fn (facts) (fn (attestations) (fn (index) (fn (signers) (fn (role-signers) (if ((core/int::eq? index) (core/vec::len requests)) (selfhost/pkg-publish-authority::internal-ok {:role-signers role-signers :signers signers}) (let ((request ((core/vec::get requests) index)) (fact ((core/vec::get facts) index))) (if ((selfhost/pkg-publish-authority::crypto-fact-valid? fact) request) (if ((selfhost/pkg-publish-authority::field fact) (quote :signature-valid)) (let ((pk ((selfhost/pkg-publish-authority::field request) (quote :pk))) (role (selfhost/pkg-publish-authority::attestation-role ((core/vec::get attestations) index)))) ((((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations) ((core/int::add index) 1)) (((core/map::put signers) pk) true)) (((selfhost/pkg-publish-authority::role-signers-add role-signers) role) pk))) ((((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations) ((core/int::add index) 1)) signers) role-signers)) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-authority-request"))))))))))) (def selfhost/pkg-publish-authority::crypto-tally (fn (requests) (fn (facts) (fn (attestations) (if (selfhost/pkg-publish-authority::vec? facts) (if ((core/int::eq? (core/vec::len facts)) (core/vec::len requests)) ((((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations) 0) {}) {}) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-authority-request")) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-authority-request"))))))] :module-h b"\xD1m5\xC2\xDF\xA6\xFA\x00r\xF3\xA4\xE0'FJw\x10\xA5\xFD\x1Fj\x123!\x07Haf\xC2\x90\xED\x82" :path "selfhost/pkg_publish_authority_finalize_crypto_v1.gc" :source "(def selfhost/pkg-publish-authority::crypto-fact-valid?\n (fn (fact)\n (fn (request)\n (if ((selfhost/store-authority::exact-map? fact) [:request-h :signature-valid])\n (let\n ((request-h ((selfhost/pkg-publish-authority::field fact) (quote :request-h)))\n (signature-valid ((selfhost/pkg-publish-authority::field fact) (quote :signature-valid))))\n (if (selfhost/store-authority::hash? request-h)\n (if\n ((core/eq? request-h)\n ((selfhost/pkg-publish-authority::field request) (quote :request-h)))\n (selfhost/pkg-publish-authority::bool? signature-valid)\n false)\n false))\n false))))\n\n(def selfhost/pkg-publish-authority::attestation-role\n (fn (object)\n (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term))))\n (if ((selfhost/pkg-publish-authority::has-key? term) (quote :role))\n (let ((role ((selfhost/pkg-publish-authority::field term) (quote :role))))\n (if (selfhost/pkg-publish-authority::nil? role)\n nil\n (selfhost/pkg-publish-authority::normalize-symbol-like role)))\n nil))))\n\n(def selfhost/pkg-publish-authority::role-signers-add\n (fn (role-signers)\n (fn (role)\n (fn (pk)\n (if (selfhost/pkg-publish-authority::nil? role)\n role-signers\n (if ((core/eq? role) \":\")\n role-signers\n (let ((existing ((selfhost/pkg-publish-authority::field role-signers) role)))\n (let ((signers (if (selfhost/pkg-publish-authority::map? existing) existing {})))\n (((core/map::put role-signers) role) (((core/map::put signers) pk) true))))))))))\n\n(def selfhost/pkg-publish-authority::crypto-tally-loop\n (fn (requests)\n (fn (facts)\n (fn (attestations)\n (fn (index)\n (fn (signers)\n (fn (role-signers)\n (if ((core/int::eq? index) (core/vec::len requests))\n (selfhost/pkg-publish-authority::internal-ok\n {:role-signers role-signers :signers signers})\n (let\n ((request ((core/vec::get requests) index)) (fact ((core/vec::get facts) index)))\n (if ((selfhost/pkg-publish-authority::crypto-fact-valid? fact) request)\n (if ((selfhost/pkg-publish-authority::field fact) (quote :signature-valid))\n (let\n ((pk ((selfhost/pkg-publish-authority::field request) (quote :pk)))\n (role\n (selfhost/pkg-publish-authority::attestation-role\n ((core/vec::get attestations) index))))\n (\n (\n ((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations)\n ((core/int::add index) 1))\n (((core/map::put signers) pk) true))\n (((selfhost/pkg-publish-authority::role-signers-add role-signers) role) pk)))\n (\n (\n ((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations)\n ((core/int::add index) 1))\n signers)\n role-signers))\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-authority-request\")))))))))))\n\n(def selfhost/pkg-publish-authority::crypto-tally\n (fn (requests)\n (fn (facts)\n (fn (attestations)\n (if (selfhost/pkg-publish-authority::vec? facts)\n (if ((core/int::eq? (core/vec::len facts)) (core/vec::len requests))\n ((((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations) 0) {})\n {})\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-authority-request\"))\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-authority-request\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xD1m5\xC2\xDF\xA6\xFA\x00r\xF3\xA4\xE0'FJw\x10\xA5\xFD\x1Fj\x123!\x07Haf\xC2\x90\xED\x82" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::role-signer-count (fn (role-signers) (fn (role) (let ((signers ((selfhost/pkg-publish-authority::field role-signers) role))) (if (selfhost/pkg-publish-authority::map? signers) (core/map::len signers) 0))))) (def selfhost/pkg-publish-authority::required-role-code-loop (fn (roles) (fn (role-signers) (fn (index) (if ((core/int::eq? index) (core/vec::len roles)) nil (if ((core/int::lt? 0) ((selfhost/pkg-publish-authority::role-signer-count role-signers) ((core/vec::get roles) index))) (((selfhost/pkg-publish-authority::required-role-code-loop roles) role-signers) ((core/int::add index) 1)) "core/pkg/missing-attestation-role")))))) (def selfhost/pkg-publish-authority::role-minimum-code-loop (fn (entries) (fn (role-signers) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) nil (let ((entry ((core/vec::get entries) index))) (let ((role ((core/vec::get entry) 0)) (minimum ((core/vec::get entry) 1))) (if ((core/int::lt? ((selfhost/pkg-publish-authority::role-signer-count role-signers) role)) minimum) "core/pkg/missing-attestation-role-signatures" (((selfhost/pkg-publish-authority::role-minimum-code-loop entries) role-signers) ((core/int::add index) 1)))))))))) (def selfhost/pkg-publish-authority::set-overlap-loop? (fn (entries) (fn (right) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((pk ((core/vec::get ((core/vec::get entries) index)) 0))) (if ((selfhost/pkg-publish-authority::has-key? right) pk) true (((selfhost/pkg-publish-authority::set-overlap-loop? entries) right) ((core/int::add index) 1))))))))) (def selfhost/pkg-publish-authority::sets-overlap? (fn (left) (fn (right) (if (selfhost/pkg-publish-authority::map? left) (if (selfhost/pkg-publish-authority::map? right) (((selfhost/pkg-publish-authority::set-overlap-loop? (core/map::entries left)) right) 0) false) false)))) (def selfhost/pkg-publish-authority::independence-code-loop (fn (pairs) (fn (role-signers) (fn (index) (if ((core/int::eq? index) (core/vec::len pairs)) nil (let ((pair ((core/vec::get pairs) index))) (let ((left-role ((selfhost/pkg-publish-authority::field pair) (quote :left))) (right-role ((selfhost/pkg-publish-authority::field pair) (quote :right)))) (let ((left ((selfhost/pkg-publish-authority::field role-signers) left-role)) (right ((selfhost/pkg-publish-authority::field role-signers) right-role))) (if (if (selfhost/pkg-publish-authority::map? left) ((core/int::lt? 0) (core/map::len left)) false) (if (if (selfhost/pkg-publish-authority::map? right) ((core/int::lt? 0) (core/map::len right)) false) (if ((selfhost/pkg-publish-authority::sets-overlap? left) right) "core/pkg/role-independence-violation" (((selfhost/pkg-publish-authority::independence-code-loop pairs) role-signers) ((core/int::add index) 1))) "core/pkg/missing-attestation-role") "core/pkg/missing-attestation-role"))))))))) (def selfhost/pkg-publish-authority::signature-policy-code (fn (class) (fn (tally) (let ((signers ((selfhost/pkg-publish-authority::field tally) (quote :signers))) (role-signers ((selfhost/pkg-publish-authority::field tally) (quote :role-signers)))) (if ((core/int::lt? (core/map::len signers)) ((selfhost/pkg-publish-authority::field class) (quote :min-signatures))) "core/pkg/missing-signatures" (let ((required-code (((selfhost/pkg-publish-authority::required-role-code-loop ((selfhost/pkg-publish-authority::field class) (quote :required-attestation-roles))) role-signers) 0))) (if (selfhost/pkg-publish-authority::nil? required-code) (let ((minimum-code (((selfhost/pkg-publish-authority::role-minimum-code-loop (core/map::entries ((selfhost/pkg-publish-authority::field class) (quote :role-min-signatures)))) role-signers) 0))) (if (selfhost/pkg-publish-authority::nil? minimum-code) (((selfhost/pkg-publish-authority::independence-code-loop ((selfhost/pkg-publish-authority::field class) (quote :independent-role-pairs))) role-signers) 0) minimum-code)) required-code)))))))] :module-h b"\x80\x1B\x1B\xEF]\n.|\xF7Z\xBB\xB6\x16\xC6\x80\xD9\x03\x0B\x1FyI\xA5\x9BvT\xBF\x8C\xC5R\xF3\xAE\xD2" :path "selfhost/pkg_publish_authority_finalize_policy_v1.gc" :source "(def selfhost/pkg-publish-authority::role-signer-count\n (fn (role-signers)\n (fn (role)\n (let ((signers ((selfhost/pkg-publish-authority::field role-signers) role)))\n (if (selfhost/pkg-publish-authority::map? signers) (core/map::len signers) 0)))))\n\n(def selfhost/pkg-publish-authority::required-role-code-loop\n (fn (roles)\n (fn (role-signers)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len roles))\n nil\n (if\n ((core/int::lt? 0)\n ((selfhost/pkg-publish-authority::role-signer-count role-signers)\n ((core/vec::get roles) index)))\n (((selfhost/pkg-publish-authority::required-role-code-loop roles) role-signers)\n ((core/int::add index) 1))\n \"core/pkg/missing-attestation-role\"))))))\n\n(def selfhost/pkg-publish-authority::role-minimum-code-loop\n (fn (entries)\n (fn (role-signers)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n nil\n (let ((entry ((core/vec::get entries) index)))\n (let ((role ((core/vec::get entry) 0)) (minimum ((core/vec::get entry) 1)))\n (if\n ((core/int::lt? ((selfhost/pkg-publish-authority::role-signer-count role-signers) role))\n minimum)\n \"core/pkg/missing-attestation-role-signatures\"\n (((selfhost/pkg-publish-authority::role-minimum-code-loop entries) role-signers)\n ((core/int::add index) 1))))))))))\n\n(def selfhost/pkg-publish-authority::set-overlap-loop?\n (fn (entries)\n (fn (right)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((pk ((core/vec::get ((core/vec::get entries) index)) 0)))\n (if ((selfhost/pkg-publish-authority::has-key? right) pk)\n true\n (((selfhost/pkg-publish-authority::set-overlap-loop? entries) right)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-publish-authority::sets-overlap?\n (fn (left)\n (fn (right)\n (if (selfhost/pkg-publish-authority::map? left)\n (if (selfhost/pkg-publish-authority::map? right)\n (((selfhost/pkg-publish-authority::set-overlap-loop? (core/map::entries left)) right) 0)\n false)\n false))))\n\n(def selfhost/pkg-publish-authority::independence-code-loop\n (fn (pairs)\n (fn (role-signers)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len pairs))\n nil\n (let ((pair ((core/vec::get pairs) index)))\n (let\n ((left-role ((selfhost/pkg-publish-authority::field pair) (quote :left)))\n (right-role ((selfhost/pkg-publish-authority::field pair) (quote :right))))\n (let\n ((left ((selfhost/pkg-publish-authority::field role-signers) left-role))\n (right ((selfhost/pkg-publish-authority::field role-signers) right-role)))\n (if\n (if (selfhost/pkg-publish-authority::map? left)\n ((core/int::lt? 0) (core/map::len left))\n false)\n (if\n (if (selfhost/pkg-publish-authority::map? right)\n ((core/int::lt? 0) (core/map::len right))\n false)\n (if ((selfhost/pkg-publish-authority::sets-overlap? left) right)\n \"core/pkg/role-independence-violation\"\n (((selfhost/pkg-publish-authority::independence-code-loop pairs) role-signers)\n ((core/int::add index) 1)))\n \"core/pkg/missing-attestation-role\")\n \"core/pkg/missing-attestation-role\")))))))))\n\n(def selfhost/pkg-publish-authority::signature-policy-code\n (fn (class)\n (fn (tally)\n (let\n ((signers ((selfhost/pkg-publish-authority::field tally) (quote :signers)))\n (role-signers ((selfhost/pkg-publish-authority::field tally) (quote :role-signers))))\n (if\n ((core/int::lt? (core/map::len signers))\n ((selfhost/pkg-publish-authority::field class) (quote :min-signatures)))\n \"core/pkg/missing-signatures\"\n (let\n (\n (required-code\n (\n (\n (selfhost/pkg-publish-authority::required-role-code-loop\n ((selfhost/pkg-publish-authority::field class)\n (quote :required-attestation-roles)))\n role-signers)\n 0)))\n (if (selfhost/pkg-publish-authority::nil? required-code)\n (let\n (\n (minimum-code\n (\n (\n (selfhost/pkg-publish-authority::role-minimum-code-loop\n (core/map::entries\n ((selfhost/pkg-publish-authority::field class)\n (quote :role-min-signatures))))\n role-signers)\n 0)))\n (if (selfhost/pkg-publish-authority::nil? minimum-code)\n (\n (\n (selfhost/pkg-publish-authority::independence-code-loop\n ((selfhost/pkg-publish-authority::field class)\n (quote :independent-role-pairs)))\n role-signers)\n 0)\n minimum-code))\n required-code)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x80\x1B\x1B\xEF]\n.|\xF7Z\xBB\xB6\x16\xC6\x80\xD9\x03\x0B\x1FyI\xA5\x9BvT\xBF\x8C\xC5R\xF3\xAE\xD2" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::finalize-request-shape? (fn (request) (if ((selfhost/store-authority::exact-map? request) [:facts :kind :mechanism :phase :v]) (if ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind))) "genesis/pkg-publish-authority-request-v0.1") (if (if (selfhost/pkg-publish-authority::int? ((selfhost/pkg-publish-authority::field request) (quote :v))) ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1) false) (if (selfhost/pkg-publish-authority::sym? ((selfhost/pkg-publish-authority::field request) (quote :phase))) ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase))) (quote :finalize)) false) false) false) false))) (def selfhost/pkg-publish-authority::finalize-mechanism-valid? (fn (mechanism) (if ((selfhost/store-authority::exact-map? mechanism) [:attestations :crypto-facts :evidence :inspect-h :prepare-h]) (if (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))) (if (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :crypto-facts))) (if (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence))) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))) (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field mechanism) (quote :prepare-h))) false) false) false) false) false))) (def selfhost/pkg-publish-authority::finalize-prepare-mechanism (fn (mechanism) {:attestations ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)) :evidence ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence)) :inspect-h ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))})) (def selfhost/pkg-publish-authority::finalize-prepare-request (fn (request) (fn (mechanism) (let ((prepared (((core/map::put request) (quote :phase)) (quote :prepare)))) (((core/map::put prepared) (quote :mechanism)) (selfhost/pkg-publish-authority::finalize-prepare-mechanism mechanism)))))) (def selfhost/pkg-publish-authority::rebind-rejection (fn (request) (fn (result) (((selfhost/pkg-publish-authority::reject request) ((selfhost/pkg-publish-authority::field result) (quote :code))) ((selfhost/pkg-publish-authority::field result) (quote :message)))))) (def selfhost/pkg-publish-authority::publication-provenance (fn (commit) {:attestations ((selfhost/pkg-publish-authority::field commit) (quote :attestations)) :base ((selfhost/pkg-publish-authority::field commit) (quote :base)) :evidence ((selfhost/pkg-publish-authority::field commit) (quote :evidence)) :obligations ((selfhost/pkg-publish-authority::field commit) (quote :obligations)) :parents ((selfhost/pkg-publish-authority::field commit) (quote :parents)) :patch ((selfhost/pkg-publish-authority::field commit) (quote :patch)) :result ((selfhost/pkg-publish-authority::field commit) (quote :result))})) (def selfhost/pkg-publish-authority::publication-set-ref (fn (facts) (let ((base {:hash ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)) :name ((selfhost/pkg-publish-authority::field facts) (quote :ref)) :policy ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))})) (let ((expected-old ((selfhost/pkg-publish-authority::field facts) (quote :expected-old)))) (if (selfhost/pkg-publish-authority::nil? expected-old) base (((core/map::put base) (quote :expected-old)) expected-old)))))) (def selfhost/pkg-publish-authority::publication-sync (fn (facts) (let ((roots ((core/vec::push ((core/vec::push []) ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)))) ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))) (set-refs ((core/vec::push []) (selfhost/pkg-publish-authority::publication-set-ref facts)))) (let ((base {:remote ((selfhost/pkg-publish-authority::field facts) (quote :remote)) :roots roots :set-refs set-refs})) (let ((depth ((selfhost/pkg-publish-authority::field facts) (quote :depth)))) (if ((core/int::lt? 0) depth) (((core/map::put base) (quote :depth)) depth) base)))))) (def selfhost/pkg-publish-authority::finalize-value (fn (facts) (let ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit)))) {:commit ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)) :provenance (selfhost/pkg-publish-authority::publication-provenance commit) :ref ((selfhost/pkg-publish-authority::field facts) (quote :ref)) :sync (selfhost/pkg-publish-authority::publication-sync facts)}))) (def selfhost/pkg-publish-authority::finalize-tally (fn (request) (fn (facts) (fn (mechanism) (fn (class) (fn (prepare-value) (let ((requests ((selfhost/pkg-publish-authority::field prepare-value) (quote :crypto-requests))) (crypto-facts ((selfhost/pkg-publish-authority::field mechanism) (quote :crypto-facts))) (attestations ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)))) (let ((tally (((selfhost/pkg-publish-authority::crypto-tally requests) crypto-facts) attestations))) (if (selfhost/pkg-publish-authority::internal-ok? tally) (let ((code ((selfhost/pkg-publish-authority::signature-policy-code class) (selfhost/pkg-publish-authority::internal-value tally)))) (if (selfhost/pkg-publish-authority::nil? code) ((selfhost/pkg-publish-authority::accept request) (selfhost/pkg-publish-authority::finalize-value facts)) (((selfhost/pkg-publish-authority::reject request) code) "publication signature role policy is not satisfied"))) (((selfhost/pkg-publish-authority::reject-internal request) tally) "publication cryptographic facts are malformed or unbound")))))))))) (def selfhost/pkg-publish-authority::finalize-prepared (fn (request) (fn (facts) (fn (mechanism) (fn (prepared) (let ((prepare-value ((selfhost/pkg-publish-authority::field prepared) (quote :value)))) (if ((core/eq? ((selfhost/pkg-publish-authority::field mechanism) (quote :prepare-h))) ((selfhost/pkg-publish-authority::field prepare-value) (quote :prepare-h))) (let ((selection ((selfhost/pkg-publish-policy::select ((selfhost/pkg-publish-authority::field facts) (quote :policy))) ((selfhost/pkg-publish-authority::field facts) (quote :ref))))) (if ((selfhost/pkg-publish-authority::field selection) (quote :ok)) (((((selfhost/pkg-publish-authority::finalize-tally request) facts) mechanism) ((selfhost/pkg-publish-authority::field selection) (quote :value))) prepare-value) ((selfhost/pkg-publish-authority::reject-policy-result request) selection))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "finalize prepare identity mismatch")))))))) (def selfhost/pkg-publish-authority::finalize (fn (request) (if (selfhost/pkg-publish-authority::finalize-request-shape? request) (let ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts))) (mechanism ((selfhost/pkg-publish-authority::field request) (quote :mechanism)))) (if (selfhost/pkg-publish-authority::finalize-mechanism-valid? mechanism) (let ((prepare-request ((selfhost/pkg-publish-authority::finalize-prepare-request request) mechanism))) (let ((prepared (selfhost/pkg-publish-authority::prepare prepare-request))) (if ((selfhost/pkg-publish-authority::field prepared) (quote :ok)) ((((selfhost/pkg-publish-authority::finalize-prepared request) facts) mechanism) prepared) ((selfhost/pkg-publish-authority::rebind-rejection request) prepared)))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "finalize mechanism is malformed"))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "finalize request envelope is invalid"))))] :module-h b"\xBAd\x18R#S\xC0\xF8$\x94<\x0FF\xB9\x90Ir\x13UX\x9Dl\xF0\x18t\x92\xD8\xAAT\xA6+\xEF" :path "selfhost/pkg_publish_authority_finalize_v1.gc" :source "(def selfhost/pkg-publish-authority::finalize-request-shape?\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [\n :facts\n :kind\n :mechanism\n :phase\n :v])\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind)))\n \"genesis/pkg-publish-authority-request-v0.1\")\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/pkg-publish-authority::field request) (quote :v)))\n ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1)\n false)\n (if\n (selfhost/pkg-publish-authority::sym?\n ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n (quote :finalize))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::finalize-mechanism-valid?\n (fn (mechanism)\n (if\n ((selfhost/store-authority::exact-map? mechanism)\n [\n :attestations\n :crypto-facts\n :evidence\n :inspect-h\n :prepare-h])\n (if\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)))\n (if\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :crypto-facts)))\n (if\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h)))\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :prepare-h)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::finalize-prepare-mechanism\n (fn (mechanism)\n {\n :attestations ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))\n :evidence ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence))\n :inspect-h ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))}))\n\n(def selfhost/pkg-publish-authority::finalize-prepare-request\n (fn (request)\n (fn (mechanism)\n (let ((prepared (((core/map::put request) (quote :phase)) (quote :prepare))))\n (((core/map::put prepared) (quote :mechanism))\n (selfhost/pkg-publish-authority::finalize-prepare-mechanism mechanism))))))\n\n(def selfhost/pkg-publish-authority::rebind-rejection\n (fn (request)\n (fn (result)\n (\n ((selfhost/pkg-publish-authority::reject request)\n ((selfhost/pkg-publish-authority::field result) (quote :code)))\n ((selfhost/pkg-publish-authority::field result) (quote :message))))))\n\n(def selfhost/pkg-publish-authority::publication-provenance\n (fn (commit)\n {\n :attestations ((selfhost/pkg-publish-authority::field commit) (quote :attestations))\n :base ((selfhost/pkg-publish-authority::field commit) (quote :base))\n :evidence ((selfhost/pkg-publish-authority::field commit) (quote :evidence))\n :obligations ((selfhost/pkg-publish-authority::field commit) (quote :obligations))\n :parents ((selfhost/pkg-publish-authority::field commit) (quote :parents))\n :patch ((selfhost/pkg-publish-authority::field commit) (quote :patch))\n :result ((selfhost/pkg-publish-authority::field commit) (quote :result))}))\n\n(def selfhost/pkg-publish-authority::publication-set-ref\n (fn (facts)\n (let\n (\n (base\n {\n :hash ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))\n :name ((selfhost/pkg-publish-authority::field facts) (quote :ref))\n :policy ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))}))\n (let ((expected-old ((selfhost/pkg-publish-authority::field facts) (quote :expected-old))))\n (if (selfhost/pkg-publish-authority::nil? expected-old)\n base\n (((core/map::put base) (quote :expected-old)) expected-old))))))\n\n(def selfhost/pkg-publish-authority::publication-sync\n (fn (facts)\n (let\n (\n (roots\n (\n (core/vec::push\n ((core/vec::push []) ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))))\n ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))))\n (set-refs ((core/vec::push []) (selfhost/pkg-publish-authority::publication-set-ref facts))))\n (let\n (\n (base\n {\n :remote ((selfhost/pkg-publish-authority::field facts) (quote :remote))\n :roots roots\n :set-refs set-refs}))\n (let ((depth ((selfhost/pkg-publish-authority::field facts) (quote :depth))))\n (if ((core/int::lt? 0) depth) (((core/map::put base) (quote :depth)) depth) base))))))\n\n(def selfhost/pkg-publish-authority::finalize-value\n (fn (facts)\n (let ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit))))\n {\n :commit ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))\n :provenance (selfhost/pkg-publish-authority::publication-provenance commit)\n :ref ((selfhost/pkg-publish-authority::field facts) (quote :ref))\n :sync (selfhost/pkg-publish-authority::publication-sync facts)})))\n\n(def selfhost/pkg-publish-authority::finalize-tally\n (fn (request)\n (fn (facts)\n (fn (mechanism)\n (fn (class)\n (fn (prepare-value)\n (let\n ((requests ((selfhost/pkg-publish-authority::field prepare-value) (quote :crypto-requests)))\n (crypto-facts\n ((selfhost/pkg-publish-authority::field mechanism) (quote :crypto-facts)))\n (attestations\n ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))))\n (let\n ((tally (((selfhost/pkg-publish-authority::crypto-tally requests) crypto-facts) attestations)))\n (if (selfhost/pkg-publish-authority::internal-ok? tally)\n (let\n (\n (code\n ((selfhost/pkg-publish-authority::signature-policy-code class)\n (selfhost/pkg-publish-authority::internal-value tally))))\n (if (selfhost/pkg-publish-authority::nil? code)\n ((selfhost/pkg-publish-authority::accept request)\n (selfhost/pkg-publish-authority::finalize-value facts))\n (((selfhost/pkg-publish-authority::reject request) code)\n \"publication signature role policy is not satisfied\")))\n (((selfhost/pkg-publish-authority::reject-internal request) tally)\n \"publication cryptographic facts are malformed or unbound\"))))))))))\n\n(def selfhost/pkg-publish-authority::finalize-prepared\n (fn (request)\n (fn (facts)\n (fn (mechanism)\n (fn (prepared)\n (let ((prepare-value ((selfhost/pkg-publish-authority::field prepared) (quote :value))))\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field mechanism) (quote :prepare-h)))\n ((selfhost/pkg-publish-authority::field prepare-value) (quote :prepare-h)))\n (let\n (\n (selection\n (\n (selfhost/pkg-publish-policy::select\n ((selfhost/pkg-publish-authority::field facts) (quote :policy)))\n ((selfhost/pkg-publish-authority::field facts) (quote :ref)))))\n (if ((selfhost/pkg-publish-authority::field selection) (quote :ok))\n (\n ((((selfhost/pkg-publish-authority::finalize-tally request) facts) mechanism)\n ((selfhost/pkg-publish-authority::field selection) (quote :value)))\n prepare-value)\n ((selfhost/pkg-publish-authority::reject-policy-result request) selection)))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"finalize prepare identity mismatch\"))))))))\n\n(def selfhost/pkg-publish-authority::finalize\n (fn (request)\n (if (selfhost/pkg-publish-authority::finalize-request-shape? request)\n (let\n ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts)))\n (mechanism ((selfhost/pkg-publish-authority::field request) (quote :mechanism))))\n (if (selfhost/pkg-publish-authority::finalize-mechanism-valid? mechanism)\n (let\n ((prepare-request ((selfhost/pkg-publish-authority::finalize-prepare-request request) mechanism)))\n (let ((prepared (selfhost/pkg-publish-authority::prepare prepare-request)))\n (if ((selfhost/pkg-publish-authority::field prepared) (quote :ok))\n ((((selfhost/pkg-publish-authority::finalize-prepared request) facts) mechanism)\n prepared)\n ((selfhost/pkg-publish-authority::rebind-rejection request) prepared))))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"finalize mechanism is malformed\")))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"finalize request envelope is invalid\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBAd\x18R#S\xC0\xF8$\x94<\x0FF\xB9\x90Ir\x13UX\x9Dl\xF0\x18t\x92\xD8\xAAT\xA6+\xEF" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/pkg::publish-authority (fn (request) (let ((phase ((selfhost/pkg-publish-authority::field request) (quote :phase)))) (if (selfhost/pkg-publish-authority::sym? phase) (if ((core/sym::eq? phase) (quote :inspect)) (selfhost/pkg-publish-authority::inspect request) (if ((core/sym::eq? phase) (quote :prepare)) (selfhost/pkg-publish-authority::prepare request) (if ((core/sym::eq? phase) (quote :finalize)) (selfhost/pkg-publish-authority::finalize request) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "publish authority phase is unsupported")))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "publish authority phase is missing or malformed"))))) (def selfhost/refs-policy::field (fn (map) (fn (key) ((selfhost/pkg-publish-authority::field map) key)))) (def selfhost/refs-policy::result (fn (request) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/refs-policy-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1 :value value})))))) (def selfhost/refs-policy::accept (fn (request) (fn (value) (((((selfhost/refs-policy::result request) true) nil) nil) value)))) (def selfhost/refs-policy::reject (fn (request) (fn (code) (fn (message) (((((selfhost/refs-policy::result request) false) code) message) nil))))) (def selfhost/refs-policy::code (fn (code) (if ((core/eq? code) "core/pkg/ref-frozen") "core/refs/frozen" (if ((core/eq? code) "core/pkg/no-policy-class") "core/refs/no-class" (if ((core/eq? code) "core/pkg/bad-policy") "core/refs/bad-policy" (if ((core/eq? code) "core/pkg/bad-commit") "core/refs/bad-commit" (if ((core/eq? code) "core/pkg/missing-obligation") "core/refs/missing-obligation" (if ((core/eq? code) "core/pkg/missing-evidence") "core/refs/missing-evidence" (if ((core/eq? code) "core/pkg/bad-evidence") "core/refs/bad-evidence" (if ((core/eq? code) "core/pkg/missing-evidence-kind") "core/refs/missing-evidence-kind" (if ((core/eq? code) "core/pkg/invalid-requirements-trace") "core/refs/invalid-requirements-trace" (if ((core/eq? code) "core/pkg/invalid-tool-qualification") "core/refs/invalid-tool-qualification" (if ((core/eq? code) "core/pkg/bad-attestation") "core/refs/bad-attestation" (if ((core/eq? code) "core/pkg/missing-signatures") "core/refs/insufficient-signatures" (if ((core/eq? code) "core/pkg/missing-attestation-role") "core/refs/missing-attestation-role" (if ((core/eq? code) "core/pkg/missing-attestation-role-signatures") "core/refs/missing-attestation-role-signatures" (if ((core/eq? code) "core/pkg/role-independence-violation") "core/refs/role-independence-violation" "core/refs/bad-authority-request"))))))))))))))))) (def selfhost/refs-policy::selection-code (fn (code) (if (selfhost/pkg-publish-authority::sym? code) (if ((core/sym::eq? code) (quote :ref-frozen)) "core/refs/frozen" (if ((core/sym::eq? code) (quote :no-policy-class)) "core/refs/no-class" (if ((core/sym::eq? code) (quote :bad-policy)) "core/refs/bad-policy" "core/refs/bad-authority-request"))) "core/refs/bad-authority-request"))) (def selfhost/refs-policy::rebind (fn (request) (fn (result) (if ((selfhost/refs-policy::field result) (quote :ok)) (let ((phase ((selfhost/refs-policy::field request) (quote :phase)))) ((selfhost/refs-policy::accept request) (if ((core/sym::eq? phase) (quote :finalize)) (let ((facts ((selfhost/refs-policy::field request) (quote :facts)))) {:admit true :commit-h ((selfhost/refs-policy::field facts) (quote :commit-h)) :policy-h ((selfhost/refs-policy::field facts) (quote :policy-h)) :ref ((selfhost/refs-policy::field facts) (quote :ref))}) ((selfhost/refs-policy::field result) (quote :value))))) (((selfhost/refs-policy::reject request) (selfhost/refs-policy::code ((selfhost/refs-policy::field result) (quote :code)))) ((selfhost/refs-policy::field result) (quote :message))))))) (def selfhost/refs-policy::package-request (fn (request) (((core/map::put request) (quote :kind)) "genesis/pkg-publish-authority-request-v0.1"))) (def selfhost/refs-policy::delete-facts? (fn (facts) (if ((selfhost/store-authority::exact-map? facts) [:commit :commit-h :depth :expected-old :policy :policy-h :ref :remote]) (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :commit))) (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :commit-h))) (if (if (selfhost/pkg-publish-authority::int? ((selfhost/refs-policy::field facts) (quote :depth))) ((core/int::eq? ((selfhost/refs-policy::field facts) (quote :depth))) 0) false) (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :expected-old))) (if ((core/eq? ((selfhost/refs-policy::field facts) (quote :remote))) "local") (if (selfhost/pkg-publish-authority::nonempty-str? ((selfhost/refs-policy::field facts) (quote :ref))) (if (selfhost/store-authority::hash? ((selfhost/refs-policy::field facts) (quote :policy-h))) ((core/eq? (selfhost/pkg-publish-authority::artifact-hash ((selfhost/refs-policy::field facts) (quote :policy)))) ((selfhost/refs-policy::field facts) (quote :policy-h))) false) false) false) false) false) false) false) false))) (def selfhost/refs-policy::delete (fn (request) (let ((facts ((selfhost/refs-policy::field request) (quote :facts))) (mechanism ((selfhost/refs-policy::field request) (quote :mechanism)))) (if (selfhost/refs::nil? mechanism) (if (selfhost/refs-policy::delete-facts? facts) (let ((selection ((selfhost/pkg-publish-policy::select ((selfhost/refs-policy::field facts) (quote :policy))) ((selfhost/refs-policy::field facts) (quote :ref))))) (if ((selfhost/refs-policy::field selection) (quote :ok)) ((selfhost/refs-policy::accept request) {:admit true :commit-h nil :policy-h ((selfhost/refs-policy::field facts) (quote :policy-h)) :ref ((selfhost/refs-policy::field facts) (quote :ref))}) (((selfhost/refs-policy::reject request) (selfhost/refs-policy::selection-code ((selfhost/refs-policy::field selection) (quote :code)))) "local ref deletion is rejected by policy"))) (((selfhost/refs-policy::reject request) "core/refs/bad-authority-request") "local ref deletion facts are malformed or unbound")) (((selfhost/refs-policy::reject request) "core/refs/bad-authority-request") "local ref deletion accepts no mechanism observations"))))) (def selfhost/refs-policy::request-shape? (fn (request) (if ((selfhost/store-authority::exact-map? request) [:facts :kind :mechanism :phase :v]) (if ((core/eq? ((selfhost/refs-policy::field request) (quote :kind))) "genesis/refs-policy-authority-request-v0.1") (if (if (selfhost/pkg-publish-authority::int? ((selfhost/refs-policy::field request) (quote :v))) ((core/int::eq? ((selfhost/refs-policy::field request) (quote :v))) 1) false) (selfhost/refs::sym? ((selfhost/refs-policy::field request) (quote :phase))) false) false) false))) (def core/refs::policy-authority (fn (request) (if (selfhost/refs-policy::request-shape? request) (let ((phase ((selfhost/refs-policy::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :delete)) (selfhost/refs-policy::delete request) (if (if ((core/sym::eq? phase) (quote :inspect)) true (if ((core/sym::eq? phase) (quote :prepare)) true ((core/sym::eq? phase) (quote :finalize)))) ((selfhost/refs-policy::rebind request) (core/pkg::publish-authority (selfhost/refs-policy::package-request request))) (((selfhost/refs-policy::reject request) "core/refs/bad-authority-request") "refs policy authority phase is unsupported")))) (((selfhost/refs-policy::reject request) "core/refs/bad-authority-request") "refs policy authority request is malformed"))))] :module-h b"\xBD!\xD6z\x14\xEC24Xw|\x97\xA4\xFEN\xD5\x04\xB5~\xB2\xF5\xDF\xF1\xE9\xC5\xAA\x999\x9A\xA7\x85\xB6" :path "selfhost/pkg_publish_authority_v1.gc" :source "(def core/pkg::publish-authority\n (fn (request)\n (let ((phase ((selfhost/pkg-publish-authority::field request) (quote :phase))))\n (if (selfhost/pkg-publish-authority::sym? phase)\n (if ((core/sym::eq? phase) (quote :inspect))\n (selfhost/pkg-publish-authority::inspect request)\n (if ((core/sym::eq? phase) (quote :prepare))\n (selfhost/pkg-publish-authority::prepare request)\n (if ((core/sym::eq? phase) (quote :finalize))\n (selfhost/pkg-publish-authority::finalize request)\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"publish authority phase is unsupported\"))))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"publish authority phase is missing or malformed\")))))\n\n(def selfhost/refs-policy::field\n (fn (map)\n (fn (key) ((selfhost/pkg-publish-authority::field map) key))))\n\n(def selfhost/refs-policy::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/refs-policy-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value value}))))))\n\n(def selfhost/refs-policy::accept\n (fn (request)\n (fn (value) (((((selfhost/refs-policy::result request) true) nil) nil) value))))\n\n(def selfhost/refs-policy::reject\n (fn (request)\n (fn (code)\n (fn (message) (((((selfhost/refs-policy::result request) false) code) message) nil)))))\n\n(def selfhost/refs-policy::code\n (fn (code)\n (if ((core/eq? code) \"core/pkg/ref-frozen\")\n \"core/refs/frozen\"\n (if ((core/eq? code) \"core/pkg/no-policy-class\")\n \"core/refs/no-class\"\n (if ((core/eq? code) \"core/pkg/bad-policy\")\n \"core/refs/bad-policy\"\n (if ((core/eq? code) \"core/pkg/bad-commit\")\n \"core/refs/bad-commit\"\n (if ((core/eq? code) \"core/pkg/missing-obligation\")\n \"core/refs/missing-obligation\"\n (if ((core/eq? code) \"core/pkg/missing-evidence\")\n \"core/refs/missing-evidence\"\n (if ((core/eq? code) \"core/pkg/bad-evidence\")\n \"core/refs/bad-evidence\"\n (if ((core/eq? code) \"core/pkg/missing-evidence-kind\")\n \"core/refs/missing-evidence-kind\"\n (if ((core/eq? code) \"core/pkg/invalid-requirements-trace\")\n \"core/refs/invalid-requirements-trace\"\n (if ((core/eq? code) \"core/pkg/invalid-tool-qualification\")\n \"core/refs/invalid-tool-qualification\"\n (if ((core/eq? code) \"core/pkg/bad-attestation\")\n \"core/refs/bad-attestation\"\n (if ((core/eq? code) \"core/pkg/missing-signatures\")\n \"core/refs/insufficient-signatures\"\n (if ((core/eq? code) \"core/pkg/missing-attestation-role\")\n \"core/refs/missing-attestation-role\"\n (if ((core/eq? code) \"core/pkg/missing-attestation-role-signatures\")\n \"core/refs/missing-attestation-role-signatures\"\n (if ((core/eq? code) \"core/pkg/role-independence-violation\")\n \"core/refs/role-independence-violation\"\n \"core/refs/bad-authority-request\")))))))))))))))))\n\n(def selfhost/refs-policy::selection-code\n (fn (code)\n (if (selfhost/pkg-publish-authority::sym? code)\n (if ((core/sym::eq? code) (quote :ref-frozen))\n \"core/refs/frozen\"\n (if ((core/sym::eq? code) (quote :no-policy-class))\n \"core/refs/no-class\"\n (if ((core/sym::eq? code) (quote :bad-policy))\n \"core/refs/bad-policy\"\n \"core/refs/bad-authority-request\")))\n \"core/refs/bad-authority-request\")))\n\n(def selfhost/refs-policy::rebind\n (fn (request)\n (fn (result)\n (if ((selfhost/refs-policy::field result) (quote :ok))\n (let ((phase ((selfhost/refs-policy::field request) (quote :phase))))\n ((selfhost/refs-policy::accept request)\n (if ((core/sym::eq? phase) (quote :finalize))\n (let ((facts ((selfhost/refs-policy::field request) (quote :facts))))\n {\n :admit true\n :commit-h ((selfhost/refs-policy::field facts) (quote :commit-h))\n :policy-h ((selfhost/refs-policy::field facts) (quote :policy-h))\n :ref ((selfhost/refs-policy::field facts) (quote :ref))})\n ((selfhost/refs-policy::field result) (quote :value)))))\n (((selfhost/refs-policy::reject request)\n (selfhost/refs-policy::code\n ((selfhost/refs-policy::field result) (quote :code))))\n ((selfhost/refs-policy::field result) (quote :message)))))))\n\n(def selfhost/refs-policy::package-request\n (fn (request)\n (((core/map::put request) (quote :kind)) \"genesis/pkg-publish-authority-request-v0.1\")))\n\n(def selfhost/refs-policy::delete-facts?\n (fn (facts)\n (if\n ((selfhost/store-authority::exact-map? facts)\n [:commit :commit-h :depth :expected-old :policy :policy-h :ref :remote])\n (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :commit)))\n (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :commit-h)))\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/refs-policy::field facts) (quote :depth)))\n ((core/int::eq? ((selfhost/refs-policy::field facts) (quote :depth))) 0)\n false)\n (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :expected-old)))\n (if\n ((core/eq? ((selfhost/refs-policy::field facts) (quote :remote))) \"local\")\n (if\n (selfhost/pkg-publish-authority::nonempty-str?\n ((selfhost/refs-policy::field facts) (quote :ref)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/refs-policy::field facts) (quote :policy-h)))\n ((core/eq?\n (selfhost/pkg-publish-authority::artifact-hash\n ((selfhost/refs-policy::field facts) (quote :policy))))\n ((selfhost/refs-policy::field facts) (quote :policy-h)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/refs-policy::delete\n (fn (request)\n (let\n ((facts ((selfhost/refs-policy::field request) (quote :facts)))\n (mechanism ((selfhost/refs-policy::field request) (quote :mechanism))))\n (if (selfhost/refs::nil? mechanism)\n (if (selfhost/refs-policy::delete-facts? facts)\n (let\n ((selection\n ((selfhost/pkg-publish-policy::select\n ((selfhost/refs-policy::field facts) (quote :policy)))\n ((selfhost/refs-policy::field facts) (quote :ref)))))\n (if ((selfhost/refs-policy::field selection) (quote :ok))\n ((selfhost/refs-policy::accept request)\n {\n :admit true\n :commit-h nil\n :policy-h ((selfhost/refs-policy::field facts) (quote :policy-h))\n :ref ((selfhost/refs-policy::field facts) (quote :ref))})\n (((selfhost/refs-policy::reject request)\n (selfhost/refs-policy::selection-code\n ((selfhost/refs-policy::field selection) (quote :code))))\n \"local ref deletion is rejected by policy\")))\n (((selfhost/refs-policy::reject request) \"core/refs/bad-authority-request\")\n \"local ref deletion facts are malformed or unbound\"))\n (((selfhost/refs-policy::reject request) \"core/refs/bad-authority-request\")\n \"local ref deletion accepts no mechanism observations\")))))\n\n(def selfhost/refs-policy::request-shape?\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:facts :kind :mechanism :phase :v])\n (if\n ((core/eq? ((selfhost/refs-policy::field request) (quote :kind)))\n \"genesis/refs-policy-authority-request-v0.1\")\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/refs-policy::field request) (quote :v)))\n ((core/int::eq? ((selfhost/refs-policy::field request) (quote :v))) 1)\n false)\n (selfhost/refs::sym? ((selfhost/refs-policy::field request) (quote :phase)))\n false)\n false)\n false)))\n\n(def core/refs::policy-authority\n (fn (request)\n (if (selfhost/refs-policy::request-shape? request)\n (let ((phase ((selfhost/refs-policy::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :delete))\n (selfhost/refs-policy::delete request)\n (if\n (if ((core/sym::eq? phase) (quote :inspect))\n true\n (if ((core/sym::eq? phase) (quote :prepare))\n true\n ((core/sym::eq? phase) (quote :finalize))))\n ((selfhost/refs-policy::rebind request)\n (core/pkg::publish-authority (selfhost/refs-policy::package-request request)))\n (((selfhost/refs-policy::reject request) \"core/refs/bad-authority-request\")\n \"refs policy authority phase is unsupported\"))))\n (((selfhost/refs-policy::reject request) \"core/refs/bad-authority-request\")\n \"refs policy authority request is malformed\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBD!\xD6z\x14\xEC24Xw|\x97\xA4\xFEN\xD5\x04\xB5~\xB2\xF5\xDF\xF1\xE9\xC5\xAA\x999\x9A\xA7\x85\xB6" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/signing::tag core/data::tag) (def selfhost/signing::nil? core/list::is-nil?) (def selfhost/signing::not (fn (value) (if value false true))) (def selfhost/signing::map? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :map)))) (def selfhost/signing::str? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :str)))) (def selfhost/signing::sym? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :sym)))) (def selfhost/signing::bytes? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :bytes)))) (def selfhost/signing::bool? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :bool)))) (def selfhost/signing::vec? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :vec)))) (def selfhost/signing::field (fn (map) (fn (key) (if (selfhost/signing::map? map) ((core/map::get map) key) nil)))) (def selfhost/signing::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/signing::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/signing::map-has-key? (fn (map) (fn (key) (((selfhost/signing::map-has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/signing::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/signing::map-has-key? map) ((core/vec::get keys) index)) (((selfhost/signing::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/signing::exact-map? (fn (value) (fn (keys) (if (selfhost/signing::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/signing::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/signing::bytes-len? (fn (value) (fn (length) (if (selfhost/signing::bytes? value) ((core/int::eq? (core/bytes::len value)) length) false)))) (def selfhost/signing::hash32? (fn (value) ((selfhost/signing::bytes-len? value) 32))) (def selfhost/signing::sig64? (fn (value) ((selfhost/signing::bytes-len? value) 64))) (def selfhost/signing::nonempty-str? (fn (value) (if (selfhost/signing::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/signing::hash-text? (fn (value) (if (selfhost/signing::str? value) (let ((decoded (core/bytes::from-hex value))) (if (core/error::is? decoded) false (if ((core/int::eq? (core/bytes::len decoded)) 32) ((core/eq? (core/bytes::to-hex decoded)) value) false))) false))) (def selfhost/signing::optional-hash32? (fn (value) (if (selfhost/signing::nil? value) true (selfhost/signing::hash32? value)))) (def selfhost/signing::hash-vector-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/signing::hash-text? ((core/vec::get values) index)) ((selfhost/signing::hash-vector-valid-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/signing::hash-vector-valid? (fn (values) (if (selfhost/signing::vec? values) ((selfhost/signing::hash-vector-valid-loop? values) 0) false))) (def selfhost/signing::hash-set-loop (fn (values) (fn (index) (fn (set) (if ((core/int::eq? index) (core/vec::len values)) set (((selfhost/signing::hash-set-loop values) ((core/int::add index) 1)) (((core/map::put set) ((core/vec::get values) index)) true))))))) (def selfhost/signing::entry-keys-loop (fn (entries) (fn (index) (fn (output) (if ((core/int::eq? index) (core/vec::len entries)) output (((selfhost/signing::entry-keys-loop entries) ((core/int::add index) 1)) ((core/vec::push output) ((core/vec::get ((core/vec::get entries) index)) 0)))))))) (def selfhost/signing::sort-hashes (fn (values) (((selfhost/signing::entry-keys-loop (core/map::entries (((selfhost/signing::hash-set-loop values) 0) {}))) 0) []))) (def selfhost/signing::result (fn (request) (fn (ok) (fn (code) (fn (message) (fn (data) {:code code :data data :kind "genesis/signing-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1})))))) (def selfhost/signing::accept (fn (request) (fn (data) (((((selfhost/signing::result request) true) nil) nil) data)))) (def selfhost/signing::reject (fn (request) (fn (code) (fn (message) (((((selfhost/signing::result request) false) code) message) nil))))) (def selfhost/signing::acceptance-message (fn (acceptance-h) ((core/bytes::concat b"GCv0.2\x00acceptance\x00") acceptance-h))) (def selfhost/signing::dsse-message (fn (payload-type) (fn (payload) (let ((payload-type-bytes (core/str::to-utf8 payload-type))) (let ((with-type-length ((core/bytes::concat b"DSSEv1 ") (core/str::to-utf8 (core/int::to-str (core/bytes::len payload-type-bytes)))))) (let ((with-type-space ((core/bytes::concat with-type-length) b" "))) (let ((with-type ((core/bytes::concat with-type-space) payload-type-bytes))) (let ((with-payload-space ((core/bytes::concat with-type) b" "))) (let ((with-payload-length ((core/bytes::concat with-payload-space) (core/str::to-utf8 (core/int::to-str (core/bytes::len payload)))))) ((core/bytes::concat ((core/bytes::concat with-payload-length) b" ")) payload)))))))))) (def selfhost/signing::keygen-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:keypair-valid :kind :phase :public-key :v]) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key))) (selfhost/signing::bool? ((selfhost/signing::field request) (quote :keypair-valid))) false) false))) (def selfhost/signing::acceptance-plan-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:acceptance-h :kind :phase :v]) (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :acceptance-h))) false))) (def selfhost/signing::acceptance-finalize-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:acceptance-h :kind :phase :public-key :signature :signature-valid :v]) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :acceptance-h))) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key))) (if (selfhost/signing::sig64? ((selfhost/signing::field request) (quote :signature))) (selfhost/signing::bool? ((selfhost/signing::field request) (quote :signature-valid))) false) false) false) false))) (def selfhost/signing::commit-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:acceptance-artifact :kind :package-artifact :phase :previous-head :prior-signatures :public-key-base64 :signature-artifact :v]) (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :acceptance-artifact))) (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :package-artifact))) (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :signature-artifact))) (if (selfhost/signing::optional-hash32? ((selfhost/signing::field request) (quote :previous-head))) (if (selfhost/signing::hash-vector-valid? ((selfhost/signing::field request) (quote :prior-signatures))) (selfhost/signing::nonempty-str? ((selfhost/signing::field request) (quote :public-key-base64))) false) false) false) false) false) false))) (def selfhost/signing::dsse-plan-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:kind :payload :payload-type :phase :v]) (if (selfhost/signing::bytes? ((selfhost/signing::field request) (quote :payload))) (selfhost/signing::nonempty-str? ((selfhost/signing::field request) (quote :payload-type))) false) false))) (def selfhost/signing::dsse-finalize-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:key-h :kind :payload :payload-h :payload-type :phase :public-key :signature :signature-valid :v]) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :key-h))) (if (selfhost/signing::bytes? ((selfhost/signing::field request) (quote :payload))) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :payload-h))) (if (selfhost/signing::nonempty-str? ((selfhost/signing::field request) (quote :payload-type))) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key))) (if (selfhost/signing::sig64? ((selfhost/signing::field request) (quote :signature))) (selfhost/signing::bool? ((selfhost/signing::field request) (quote :signature-valid))) false) false) false) false) false) false) false))) (def core/security::signing-authority (fn (request) (if (selfhost/signing::not (selfhost/signing::map? request)) (((selfhost/signing::reject request) "signing/request") "signing authority request must be a map") (if (selfhost/signing::not ((core/eq? ((selfhost/signing::field request) (quote :kind))) "genesis/signing-authority-request-v0.1")) (((selfhost/signing::reject request) "signing/request") "signing authority request kind mismatch") (if (selfhost/signing::not ((core/eq? ((selfhost/signing::field request) (quote :v))) 1)) (((selfhost/signing::reject request) "signing/request") "signing authority request version mismatch") (let ((phase ((selfhost/signing::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :keygen)) (if (selfhost/signing::keygen-valid? request) (if ((selfhost/signing::field request) (quote :keypair-valid)) ((selfhost/signing::accept request) {:alg "ed25519" :public-key ((selfhost/signing::field request) (quote :public-key))}) (((selfhost/signing::reject request) "signing/keypair") "generated signing and public keys do not match")) (((selfhost/signing::reject request) "signing/request") "keygen request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :acceptance-plan)) (if (selfhost/signing::acceptance-plan-valid? request) ((selfhost/signing::accept request) {:message (selfhost/signing::acceptance-message ((selfhost/signing::field request) (quote :acceptance-h)))}) (((selfhost/signing::reject request) "signing/request") "acceptance-plan request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :acceptance-finalize)) (if (selfhost/signing::acceptance-finalize-valid? request) (if ((selfhost/signing::field request) (quote :signature-valid)) ((selfhost/signing::accept request) {:acceptance-h ((selfhost/signing::field request) (quote :acceptance-h)) :alg "ed25519" :kind "genesis/acceptance-signature-v0.2" :pk ((selfhost/signing::field request) (quote :public-key)) :sig ((selfhost/signing::field request) (quote :signature))}) (((selfhost/signing::reject request) "signing/signature") "Ed25519 mechanism rejected the acceptance signature")) (((selfhost/signing::reject request) "signing/request") "acceptance-finalize request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :commit)) (if (selfhost/signing::commit-valid? request) (let ((signature ((selfhost/signing::field request) (quote :signature-artifact))) (signatures ((core/vec::push ((selfhost/signing::field request) (quote :prior-signatures))) signature))) ((selfhost/signing::accept request) {:signature-set (selfhost/signing::sort-hashes signatures) :transparency-entry {:acceptance-artifact ((selfhost/signing::field request) (quote :acceptance-artifact)) :kind "genesis/transparency-entry-v0.2" :package-artifact ((selfhost/signing::field request) (quote :package-artifact)) :prev-h ((selfhost/signing::field request) (quote :previous-head)) :signature-artifact signature :signer-pk-b64 ((selfhost/signing::field request) (quote :public-key-base64))}})) (((selfhost/signing::reject request) "signing/request") "commit request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :dsse-plan)) (if (selfhost/signing::dsse-plan-valid? request) ((selfhost/signing::accept request) {:message ((selfhost/signing::dsse-message ((selfhost/signing::field request) (quote :payload-type))) ((selfhost/signing::field request) (quote :payload)))}) (((selfhost/signing::reject request) "signing/request") "dsse-plan request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :dsse-finalize)) (if (selfhost/signing::dsse-finalize-valid? request) (if ((selfhost/signing::field request) (quote :signature-valid)) (let ((key-id ((core/str::concat "sha256:") (core/bytes::to-hex ((selfhost/signing::field request) (quote :key-h)))))) ((selfhost/signing::accept request) {:key-id key-id :kind "genesis/genesisbench-dsse-signature-v0.1" :payload ((selfhost/signing::field request) (quote :payload)) :payload-sha256 (core/bytes::to-hex ((selfhost/signing::field request) (quote :payload-h))) :payload-type ((selfhost/signing::field request) (quote :payload-type)) :public-key ((selfhost/signing::field request) (quote :public-key)) :signature ((selfhost/signing::field request) (quote :signature)) :version "0.1.0"})) (((selfhost/signing::reject request) "signing/signature") "Ed25519 mechanism rejected the DSSE signature")) (((selfhost/signing::reject request) "signing/request") "dsse-finalize request field set or types mismatch")) (((selfhost/signing::reject request) "signing/request") "unknown signing authority phase")))))))))))))] :module-h b"\xEEBU\x1C\xA0\xFA \x8D?\x99jT\xA5\x08\xDE\x114\xBA\xE9\xA19\x1A\xC7\x8A\xDD\xFE\xCC\xCA\xE8\xA1\xC77" :path "selfhost/signing_authority_v1.gc" :source "(def selfhost/signing::tag core/data::tag)\n\n(def selfhost/signing::nil? core/list::is-nil?)\n\n(def selfhost/signing::not (fn (value) (if value false true)))\n\n(def selfhost/signing::map?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :map))))\n\n(def selfhost/signing::str?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :str))))\n\n(def selfhost/signing::sym?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :sym))))\n\n(def selfhost/signing::bytes?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :bytes))))\n\n(def selfhost/signing::bool?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :bool))))\n\n(def selfhost/signing::vec?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :vec))))\n\n(def selfhost/signing::field\n (fn (map) (fn (key) (if (selfhost/signing::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/signing::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/signing::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))))\n\n(def selfhost/signing::map-has-key?\n (fn (map) (fn (key) (((selfhost/signing::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/signing::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/signing::map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/signing::map-has-keys-loop? map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/signing::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/signing::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/signing::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/signing::bytes-len?\n (fn (value)\n (fn (length)\n (if (selfhost/signing::bytes? value)\n ((core/int::eq? (core/bytes::len value)) length)\n false))))\n\n(def selfhost/signing::hash32?\n (fn (value) ((selfhost/signing::bytes-len? value) 32)))\n\n(def selfhost/signing::sig64?\n (fn (value) ((selfhost/signing::bytes-len? value) 64)))\n\n(def selfhost/signing::nonempty-str?\n (fn (value)\n (if (selfhost/signing::str? value) ((core/int::lt? 0) (core/str::len value)) false)))\n\n(def selfhost/signing::hash-text?\n (fn (value)\n (if (selfhost/signing::str? value)\n (let ((decoded (core/bytes::from-hex value)))\n (if (core/error::is? decoded)\n false\n (if ((core/int::eq? (core/bytes::len decoded)) 32)\n ((core/eq? (core/bytes::to-hex decoded)) value)\n false)))\n false)))\n\n(def selfhost/signing::optional-hash32?\n (fn (value) (if (selfhost/signing::nil? value) true (selfhost/signing::hash32? value))))\n\n(def selfhost/signing::hash-vector-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/signing::hash-text? ((core/vec::get values) index))\n ((selfhost/signing::hash-vector-valid-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/signing::hash-vector-valid?\n (fn (values)\n (if (selfhost/signing::vec? values)\n ((selfhost/signing::hash-vector-valid-loop? values) 0)\n false)))\n\n(def selfhost/signing::hash-set-loop\n (fn (values)\n (fn (index)\n (fn (set)\n (if ((core/int::eq? index) (core/vec::len values))\n set\n (((selfhost/signing::hash-set-loop values) ((core/int::add index) 1))\n (((core/map::put set) ((core/vec::get values) index)) true)))))))\n\n(def selfhost/signing::entry-keys-loop\n (fn (entries)\n (fn (index)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len entries))\n output\n (((selfhost/signing::entry-keys-loop entries) ((core/int::add index) 1))\n ((core/vec::push output) ((core/vec::get ((core/vec::get entries) index)) 0))))))))\n\n(def selfhost/signing::sort-hashes\n (fn (values)\n (((selfhost/signing::entry-keys-loop\n (core/map::entries (((selfhost/signing::hash-set-loop values) 0) {})))\n 0)\n [])))\n\n(def selfhost/signing::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (data)\n {\n :code code\n :data data\n :kind \"genesis/signing-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))))\n\n(def selfhost/signing::accept\n (fn (request) (fn (data) (((((selfhost/signing::result request) true) nil) nil) data))))\n\n(def selfhost/signing::reject\n (fn (request)\n (fn (code)\n (fn (message) (((((selfhost/signing::result request) false) code) message) nil)))))\n\n(def selfhost/signing::acceptance-message\n (fn (acceptance-h) ((core/bytes::concat b\"GCv0.2\\x00acceptance\\x00\") acceptance-h)))\n\n(def selfhost/signing::dsse-message\n (fn (payload-type)\n (fn (payload)\n (let ((payload-type-bytes (core/str::to-utf8 payload-type)))\n (let\n (\n (with-type-length\n ((core/bytes::concat b\"DSSEv1 \")\n (core/str::to-utf8 (core/int::to-str (core/bytes::len payload-type-bytes))))))\n (let ((with-type-space ((core/bytes::concat with-type-length) b\" \")))\n (let ((with-type ((core/bytes::concat with-type-space) payload-type-bytes)))\n (let ((with-payload-space ((core/bytes::concat with-type) b\" \")))\n (let\n (\n (with-payload-length\n ((core/bytes::concat with-payload-space)\n (core/str::to-utf8 (core/int::to-str (core/bytes::len payload))))))\n ((core/bytes::concat ((core/bytes::concat with-payload-length) b\" \"))\n payload))))))))))\n\n(def selfhost/signing::keygen-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request)\n [:keypair-valid :kind :phase :public-key :v])\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key)))\n (selfhost/signing::bool? ((selfhost/signing::field request) (quote :keypair-valid)))\n false)\n false)))\n\n(def selfhost/signing::acceptance-plan-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request) [:acceptance-h :kind :phase :v])\n (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :acceptance-h)))\n false)))\n\n(def selfhost/signing::acceptance-finalize-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request)\n [:acceptance-h :kind :phase :public-key :signature :signature-valid :v])\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :acceptance-h)))\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key)))\n (if (selfhost/signing::sig64? ((selfhost/signing::field request) (quote :signature)))\n (selfhost/signing::bool?\n ((selfhost/signing::field request) (quote :signature-valid)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/signing::commit-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request)\n [\n :acceptance-artifact\n :kind\n :package-artifact\n :phase\n :previous-head\n :prior-signatures\n :public-key-base64\n :signature-artifact\n :v])\n (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :acceptance-artifact)))\n (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :package-artifact)))\n (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :signature-artifact)))\n (if\n (selfhost/signing::optional-hash32?\n ((selfhost/signing::field request) (quote :previous-head)))\n (if\n (selfhost/signing::hash-vector-valid?\n ((selfhost/signing::field request) (quote :prior-signatures)))\n (selfhost/signing::nonempty-str?\n ((selfhost/signing::field request) (quote :public-key-base64)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/signing::dsse-plan-valid?\n (fn (request)\n (if ((selfhost/signing::exact-map? request) [:kind :payload :payload-type :phase :v])\n (if (selfhost/signing::bytes? ((selfhost/signing::field request) (quote :payload)))\n (selfhost/signing::nonempty-str?\n ((selfhost/signing::field request) (quote :payload-type)))\n false)\n false)))\n\n(def selfhost/signing::dsse-finalize-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request)\n [\n :key-h\n :kind\n :payload\n :payload-h\n :payload-type\n :phase\n :public-key\n :signature\n :signature-valid\n :v])\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :key-h)))\n (if (selfhost/signing::bytes? ((selfhost/signing::field request) (quote :payload)))\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :payload-h)))\n (if\n (selfhost/signing::nonempty-str?\n ((selfhost/signing::field request) (quote :payload-type)))\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key)))\n (if (selfhost/signing::sig64? ((selfhost/signing::field request) (quote :signature)))\n (selfhost/signing::bool?\n ((selfhost/signing::field request) (quote :signature-valid)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def core/security::signing-authority\n (fn (request)\n (if (selfhost/signing::not (selfhost/signing::map? request))\n (((selfhost/signing::reject request) \"signing/request\") \"signing authority request must be a map\")\n (if\n (selfhost/signing::not\n ((core/eq? ((selfhost/signing::field request) (quote :kind)))\n \"genesis/signing-authority-request-v0.1\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"signing authority request kind mismatch\")\n (if (selfhost/signing::not ((core/eq? ((selfhost/signing::field request) (quote :v))) 1))\n (((selfhost/signing::reject request) \"signing/request\")\n \"signing authority request version mismatch\")\n (let ((phase ((selfhost/signing::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :keygen))\n (if (selfhost/signing::keygen-valid? request)\n (if ((selfhost/signing::field request) (quote :keypair-valid))\n ((selfhost/signing::accept request)\n {:alg \"ed25519\"\n :public-key ((selfhost/signing::field request) (quote :public-key))})\n (((selfhost/signing::reject request) \"signing/keypair\")\n \"generated signing and public keys do not match\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"keygen request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :acceptance-plan))\n (if (selfhost/signing::acceptance-plan-valid? request)\n ((selfhost/signing::accept request)\n {:message\n (selfhost/signing::acceptance-message\n ((selfhost/signing::field request) (quote :acceptance-h)))})\n (((selfhost/signing::reject request) \"signing/request\")\n \"acceptance-plan request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :acceptance-finalize))\n (if (selfhost/signing::acceptance-finalize-valid? request)\n (if ((selfhost/signing::field request) (quote :signature-valid))\n ((selfhost/signing::accept request)\n {\n :acceptance-h\n ((selfhost/signing::field request) (quote :acceptance-h))\n :alg \"ed25519\"\n :kind \"genesis/acceptance-signature-v0.2\"\n :pk ((selfhost/signing::field request) (quote :public-key))\n :sig ((selfhost/signing::field request) (quote :signature))})\n (((selfhost/signing::reject request) \"signing/signature\")\n \"Ed25519 mechanism rejected the acceptance signature\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"acceptance-finalize request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :commit))\n (if (selfhost/signing::commit-valid? request)\n (let\n (\n (signature\n ((selfhost/signing::field request) (quote :signature-artifact)))\n (signatures\n ((core/vec::push\n ((selfhost/signing::field request) (quote :prior-signatures)))\n signature)))\n ((selfhost/signing::accept request)\n {\n :signature-set (selfhost/signing::sort-hashes signatures)\n :transparency-entry\n {\n :acceptance-artifact\n ((selfhost/signing::field request) (quote :acceptance-artifact))\n :kind \"genesis/transparency-entry-v0.2\"\n :package-artifact\n ((selfhost/signing::field request) (quote :package-artifact))\n :prev-h ((selfhost/signing::field request) (quote :previous-head))\n :signature-artifact signature\n :signer-pk-b64\n ((selfhost/signing::field request)\n (quote :public-key-base64))}}))\n (((selfhost/signing::reject request) \"signing/request\")\n \"commit request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :dsse-plan))\n (if (selfhost/signing::dsse-plan-valid? request)\n ((selfhost/signing::accept request)\n {:message\n ((selfhost/signing::dsse-message\n ((selfhost/signing::field request) (quote :payload-type)))\n ((selfhost/signing::field request) (quote :payload)))})\n (((selfhost/signing::reject request) \"signing/request\")\n \"dsse-plan request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :dsse-finalize))\n (if (selfhost/signing::dsse-finalize-valid? request)\n (if ((selfhost/signing::field request) (quote :signature-valid))\n (let\n (\n (key-id\n ((core/str::concat \"sha256:\")\n (core/bytes::to-hex\n ((selfhost/signing::field request) (quote :key-h))))))\n ((selfhost/signing::accept request)\n {\n :key-id key-id\n :kind \"genesis/genesisbench-dsse-signature-v0.1\"\n :payload\n ((selfhost/signing::field request) (quote :payload))\n :payload-sha256\n (core/bytes::to-hex\n ((selfhost/signing::field request) (quote :payload-h)))\n :payload-type\n ((selfhost/signing::field request) (quote :payload-type))\n :public-key\n ((selfhost/signing::field request) (quote :public-key))\n :signature\n ((selfhost/signing::field request) (quote :signature))\n :version \"0.1.0\"}))\n (((selfhost/signing::reject request) \"signing/signature\")\n \"Ed25519 mechanism rejected the DSSE signature\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"dsse-finalize request field set or types mismatch\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"unknown signing authority phase\")))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xEEBU\x1C\xA0\xFA \x8D?\x99jT\xA5\x08\xDE\x114\xBA\xE9\xA19\x1A\xC7\x8A\xDD\xFE\xCC\xCA\xE8\xA1\xC77" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/evidence-verify-package::tag core/data::tag) (def selfhost/evidence-verify-package::nil? core/list::is-nil?) (def selfhost/evidence-verify-package::not (fn (value) (if value false true))) (def selfhost/evidence-verify-package::map? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :map)))) (def selfhost/evidence-verify-package::vec? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :vec)))) (def selfhost/evidence-verify-package::str? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :str)))) (def selfhost/evidence-verify-package::sym? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :sym)))) (def selfhost/evidence-verify-package::bytes? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :bytes)))) (def selfhost/evidence-verify-package::bool? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :bool)))) (def selfhost/evidence-verify-package::int? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :int)))) (def selfhost/evidence-verify-package::field (fn (map) (fn (key) (if (selfhost/evidence-verify-package::map? map) ((core/map::get map) key) nil)))) (def selfhost/evidence-verify-package::has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key) true (((selfhost/evidence-verify-package::has-key-loop? entries) key) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify-package::has-key? (fn (map) (fn (key) (((selfhost/evidence-verify-package::has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/evidence-verify-package::has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/evidence-verify-package::has-key? map) ((core/vec::get keys) index)) (((selfhost/evidence-verify-package::has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/evidence-verify-package::exact-map? (fn (value) (fn (keys) (if (selfhost/evidence-verify-package::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/evidence-verify-package::has-keys-loop? value) keys) 0) false) false)))) (def selfhost/evidence-verify-package::hash32? (fn (value) (if (selfhost/evidence-verify-package::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false))) (def selfhost/evidence-verify-package::hash64? (fn (value) (if (selfhost/evidence-verify-package::bytes? value) ((core/int::eq? (core/bytes::len value)) 64) false))) (def selfhost/evidence-verify-package::hex32? (fn (value) (if (selfhost/evidence-verify-package::str? value) (if ((core/int::eq? (core/str::len value)) 64) (let ((decoded (core/bytes::from-hex value))) (if (core/error::is? decoded) false ((core/int::eq? (core/bytes::len decoded)) 32))) false) false))) (def selfhost/evidence-verify-package::strings-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/evidence-verify-package::str? ((core/vec::get values) index)) ((selfhost/evidence-verify-package::strings-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/evidence-verify-package::strings? (fn (value) (if (selfhost/evidence-verify-package::vec? value) ((selfhost/evidence-verify-package::strings-loop? value) 0) false))) (def selfhost/evidence-verify-package::member-loop? (fn (values) (fn (wanted) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) false (if ((core/eq? ((core/vec::get values) index)) wanted) true (((selfhost/evidence-verify-package::member-loop? values) wanted) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify-package::member? (fn (values) (fn (wanted) (((selfhost/evidence-verify-package::member-loop? values) wanted) 0)))) (def selfhost/evidence-verify-package::push-error (fn (errors) (fn (code) ((core/vec::push errors) code)))) (def selfhost/evidence-verify-package::fact-valid? (fn (fact) (if ((selfhost/evidence-verify-package::exact-map? fact) [:class :code :mechanism-ok :observed :required]) (if (selfhost/evidence-verify-package::sym? ((selfhost/evidence-verify-package::field fact) (quote :class))) (if (selfhost/evidence-verify-package::str? ((selfhost/evidence-verify-package::field fact) (quote :code))) (selfhost/evidence-verify-package::bool? ((selfhost/evidence-verify-package::field fact) (quote :mechanism-ok))) false) false) false))) (def selfhost/evidence-verify-package::fact-passes? (fn (fact) (if ((selfhost/evidence-verify-package::field fact) (quote :mechanism-ok)) (let ((class ((selfhost/evidence-verify-package::field fact) (quote :class)))) (if ((core/sym::eq? class) (quote :at-least)) (if (selfhost/evidence-verify-package::int? ((selfhost/evidence-verify-package::field fact) (quote :observed))) (if (selfhost/evidence-verify-package::int? ((selfhost/evidence-verify-package::field fact) (quote :required))) (selfhost/evidence-verify-package::not ((core/int::lt? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required)))) false) false) (if ((core/sym::eq? class) (quote :identity)) ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required))) (if ((core/sym::eq? class) (quote :presence)) ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required))) (if ((core/sym::eq? class) (quote :schema)) ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required))) (if ((core/sym::eq? class) (quote :crypto)) ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required))) false)))))) false))) (def selfhost/evidence-verify-package::facts-loop (fn (facts) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len facts)) errors (let ((fact ((core/vec::get facts) index))) (if (selfhost/evidence-verify-package::not (selfhost/evidence-verify-package::fact-valid? fact)) (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1)) ((selfhost/evidence-verify-package::push-error errors) "evidence/fact-malformed")) (if (selfhost/evidence-verify-package::fact-passes? fact) (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1)) errors) (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1)) ((selfhost/evidence-verify-package::push-error errors) ((selfhost/evidence-verify-package::field fact) (quote :code)))))))))))) (def selfhost/evidence-verify-package::store-valid? (fn (item) (if ((selfhost/evidence-verify-package::exact-map? item) [:load-error :observed-h :required-h :role]) (if (selfhost/evidence-verify-package::sym? ((selfhost/evidence-verify-package::field item) (quote :role))) (if (selfhost/evidence-verify-package::hex32? ((selfhost/evidence-verify-package::field item) (quote :required-h))) (if (selfhost/evidence-verify-package::nil? ((selfhost/evidence-verify-package::field item) (quote :load-error))) (if (selfhost/evidence-verify-package::hex32? ((selfhost/evidence-verify-package::field item) (quote :observed-h))) ((core/eq? ((selfhost/evidence-verify-package::field item) (quote :observed-h))) ((selfhost/evidence-verify-package::field item) (quote :required-h))) false) false) false) false) false))) (def selfhost/evidence-verify-package::store-loop (fn (items) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len items)) errors (if (selfhost/evidence-verify-package::store-valid? ((core/vec::get items) index)) (((selfhost/evidence-verify-package::store-loop items) ((core/int::add index) 1)) errors) (((selfhost/evidence-verify-package::store-loop items) ((core/int::add index) 1)) ((selfhost/evidence-verify-package::push-error errors) "evidence/store-integrity")))))))) (def selfhost/evidence-verify-package::store-has? (fn (store) (fn (role) (fn (hash) (fn (index) (if ((core/int::eq? index) (core/vec::len store)) false (let ((item ((core/vec::get store) index))) (if ((core/sym::eq? ((selfhost/evidence-verify-package::field item) (quote :role))) role) (if ((core/eq? ((selfhost/evidence-verify-package::field item) (quote :required-h))) hash) true ((((selfhost/evidence-verify-package::store-has? store) role) hash) ((core/int::add index) 1))) ((((selfhost/evidence-verify-package::store-has? store) role) hash) ((core/int::add index) 1)))))))))) (def selfhost/evidence-verify-package::obligation-valid? (fn (obligation) (if (selfhost/evidence-verify-package::map? obligation) (let ((name ((selfhost/evidence-verify-package::field obligation) (quote :name))) (ok ((selfhost/evidence-verify-package::field obligation) (quote :ok))) (artifact ((selfhost/evidence-verify-package::field obligation) (quote :artifact))) (errors ((selfhost/evidence-verify-package::field obligation) (quote :errors)))) (if (selfhost/evidence-verify-package::sym? name) (if (selfhost/evidence-verify-package::bool? ok) (if (if (selfhost/evidence-verify-package::nil? artifact) true (selfhost/evidence-verify-package::hex32? artifact)) (if (if (selfhost/evidence-verify-package::nil? errors) true (selfhost/evidence-verify-package::strings? errors)) (if (selfhost/evidence-verify-package::nil? artifact) (if (selfhost/evidence-verify-package::nil? errors) ((selfhost/evidence-verify-package::exact-map? obligation) [:name :ok]) ((selfhost/evidence-verify-package::exact-map? obligation) [:errors :name :ok])) (if (selfhost/evidence-verify-package::nil? errors) ((selfhost/evidence-verify-package::exact-map? obligation) [:artifact :name :ok]) ((selfhost/evidence-verify-package::exact-map? obligation) [:artifact :errors :name :ok]))) false) false) false) false)) false))) (def selfhost/evidence-verify-package::obligations-loop (fn (obligations) (fn (store) (fn (index) (if ((core/int::eq? index) (core/vec::len obligations)) true (let ((obligation ((core/vec::get obligations) index))) (if (selfhost/evidence-verify-package::obligation-valid? obligation) (let ((artifact ((selfhost/evidence-verify-package::field obligation) (quote :artifact)))) (if (if (selfhost/evidence-verify-package::nil? artifact) true ((((selfhost/evidence-verify-package::store-has? store) (quote :acceptance-reference)) artifact) 0)) (((selfhost/evidence-verify-package::obligations-loop obligations) store) ((core/int::add index) 1)) false)) false))))))) (def selfhost/evidence-verify-package::acceptance-valid? (fn (acceptance) (fn (acceptance-h) (fn (store) (if (selfhost/evidence-verify-package::nil? acceptance-h) (selfhost/evidence-verify-package::nil? acceptance) (if (selfhost/evidence-verify-package::hash32? acceptance-h) (if (((selfhost/evidence-verify-package::acceptance-store-has? store) acceptance-h) 0) (if ((selfhost/evidence-verify-package::exact-map? acceptance) [:kind :obligations :ok :package]) (let ((kind ((selfhost/evidence-verify-package::field acceptance) (quote :kind))) (ok ((selfhost/evidence-verify-package::field acceptance) (quote :ok))) (package ((selfhost/evidence-verify-package::field acceptance) (quote :package))) (obligations ((selfhost/evidence-verify-package::field acceptance) (quote :obligations)))) (if ((core/eq? kind) "genesis/acceptance-v0.2") (if (selfhost/evidence-verify-package::bool? ok) (if ((selfhost/evidence-verify-package::exact-map? package) [:name :version]) (if (selfhost/evidence-verify-package::str? ((selfhost/evidence-verify-package::field package) (quote :name))) (if (selfhost/evidence-verify-package::str? ((selfhost/evidence-verify-package::field package) (quote :version))) (if (selfhost/evidence-verify-package::vec? obligations) (((selfhost/evidence-verify-package::obligations-loop obligations) store) 0) false) false) false) false) false) false)) false) false) false)))))) (def selfhost/evidence-verify-package::acceptance-store-has? (fn (store) (fn (acceptance-h) (fn (index) (if ((core/int::eq? index) (core/vec::len store)) false (let ((item ((core/vec::get store) index))) (if ((core/sym::eq? ((selfhost/evidence-verify-package::field item) (quote :role))) (quote :acceptance)) (let ((decoded (core/bytes::from-hex ((selfhost/evidence-verify-package::field item) (quote :required-h))))) (if (core/error::is? decoded) false ((core/eq? decoded) acceptance-h))) (((selfhost/evidence-verify-package::acceptance-store-has? store) acceptance-h) ((core/int::add index) 1))))))))) (def selfhost/evidence-verify-package::key-valid? (fn (key) (if ((selfhost/evidence-verify-package::exact-map? key) [:decode-error :decoded :encoded :key-valid]) (if (selfhost/evidence-verify-package::str? ((selfhost/evidence-verify-package::field key) (quote :encoded))) (if (selfhost/evidence-verify-package::nil? ((selfhost/evidence-verify-package::field key) (quote :decode-error))) (if (selfhost/evidence-verify-package::hash32? ((selfhost/evidence-verify-package::field key) (quote :decoded))) (if (selfhost/evidence-verify-package::bool? ((selfhost/evidence-verify-package::field key) (quote :key-valid))) ((selfhost/evidence-verify-package::field key) (quote :key-valid)) false) false) false) false) false))) (def selfhost/evidence-verify-package::keys-loop? (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (selfhost/evidence-verify-package::key-valid? ((core/vec::get keys) index)) ((selfhost/evidence-verify-package::keys-loop? keys) ((core/int::add index) 1)) false))))) (def selfhost/evidence-verify-package::key-admitted-loop? (fn (keys) (fn (public-key) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) false (if ((core/eq? ((selfhost/evidence-verify-package::field ((core/vec::get keys) index)) (quote :decoded))) public-key) true (((selfhost/evidence-verify-package::key-admitted-loop? keys) public-key) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify-package::signature-valid? (fn (observation) (fn (acceptance-h) (fn (keys) (fn (signature-set) (if ((selfhost/evidence-verify-package::exact-map? observation) [:artifact-h :crypto-valid :term]) (let ((artifact-h ((selfhost/evidence-verify-package::field observation) (quote :artifact-h))) (crypto-valid ((selfhost/evidence-verify-package::field observation) (quote :crypto-valid))) (term ((selfhost/evidence-verify-package::field observation) (quote :term)))) (if (selfhost/evidence-verify-package::hex32? artifact-h) (if ((selfhost/evidence-verify-package::member? signature-set) artifact-h) (if ((selfhost/evidence-verify-package::exact-map? term) [:acceptance-h :alg :kind :pk :sig]) (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :kind))) "genesis/acceptance-signature-v0.2") (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :alg))) "ed25519") (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :acceptance-h))) acceptance-h) (if (selfhost/evidence-verify-package::hash32? ((selfhost/evidence-verify-package::field term) (quote :pk))) (if (selfhost/evidence-verify-package::hash64? ((selfhost/evidence-verify-package::field term) (quote :sig))) (if (((selfhost/evidence-verify-package::key-admitted-loop? keys) ((selfhost/evidence-verify-package::field term) (quote :pk))) 0) (if (selfhost/evidence-verify-package::bool? crypto-valid) crypto-valid false) false) false) false) false) false) false) false) false) false)) false)))))) (def selfhost/evidence-verify-package::signatures-loop (fn (signatures) (fn (acceptance-h) (fn (keys) (fn (signature-set) (fn (index) (fn (seen) (fn (count) (fn (errors) (if ((core/int::eq? index) (core/vec::len signatures)) {:count count :errors errors} (let ((observation ((core/vec::get signatures) index)) (artifact-h ((selfhost/evidence-verify-package::field observation) (quote :artifact-h)))) (if ((selfhost/evidence-verify-package::has-key? seen) artifact-h) ((((((((selfhost/evidence-verify-package::signatures-loop signatures) acceptance-h) keys) signature-set) ((core/int::add index) 1)) seen) count) ((selfhost/evidence-verify-package::push-error errors) "policy/signature-duplicate")) (let ((next-seen (((core/map::put seen) artifact-h) true))) (if ((((selfhost/evidence-verify-package::signature-valid? observation) acceptance-h) keys) signature-set) ((((((((selfhost/evidence-verify-package::signatures-loop signatures) acceptance-h) keys) signature-set) ((core/int::add index) 1)) next-seen) ((core/int::add count) 1)) errors) ((((((((selfhost/evidence-verify-package::signatures-loop signatures) acceptance-h) keys) signature-set) ((core/int::add index) 1)) next-seen) count) ((selfhost/evidence-verify-package::push-error errors) "policy/signature-invalid")))))))))))))))) (def selfhost/evidence-verify-package::signature-set-loop (fn (signature-set) (fn (signatures) (fn (index) (fn (seen) (if ((core/int::eq? index) (core/vec::len signature-set)) true (let ((artifact-h ((core/vec::get signature-set) index))) (if (selfhost/evidence-verify-package::hex32? artifact-h) (if ((selfhost/evidence-verify-package::has-key? seen) artifact-h) false (if (((selfhost/evidence-verify-package::signature-observed? signatures) artifact-h) 0) ((((selfhost/evidence-verify-package::signature-set-loop signature-set) signatures) ((core/int::add index) 1)) (((core/map::put seen) artifact-h) true)) false)) false)))))))) (def selfhost/evidence-verify-package::signature-observed? (fn (signatures) (fn (artifact-h) (fn (index) (if ((core/int::eq? index) (core/vec::len signatures)) false (if ((core/eq? ((selfhost/evidence-verify-package::field ((core/vec::get signatures) index)) (quote :artifact-h))) artifact-h) true (((selfhost/evidence-verify-package::signature-observed? signatures) artifact-h) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify-package::policy-shape-valid? (fn (policy) (if ((selfhost/evidence-verify-package::exact-map? policy) [:allowed-keys :min-signatures :version]) (let ((version ((selfhost/evidence-verify-package::field policy) (quote :version))) (minimum ((selfhost/evidence-verify-package::field policy) (quote :min-signatures))) (keys ((selfhost/evidence-verify-package::field policy) (quote :allowed-keys)))) (if (selfhost/evidence-verify-package::int? version) (if ((core/int::eq? version) 1) (if (selfhost/evidence-verify-package::int? minimum) (if (selfhost/evidence-verify-package::not ((core/int::lt? minimum) 0)) (if (selfhost/evidence-verify-package::vec? keys) ((selfhost/evidence-verify-package::keys-loop? keys) 0) false) false) false) false) false)) false))) (def selfhost/evidence-verify-package::empty-signatures-result (fn (signature-set) (fn (signatures) (fn (errors) (if (selfhost/evidence-verify-package::nil? signature-set) (if ((core/int::eq? (core/vec::len signatures)) 0) {:count 0 :errors errors} {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/unexpected-signatures")}) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/unexpected-signature-set")}))))) (def selfhost/evidence-verify-package::verified-signatures-result (fn (acceptance-h) (fn (keys) (fn (minimum) (fn (signature-set) (fn (signatures) (fn (errors) (if (selfhost/evidence-verify-package::vec? signature-set) (if ((((selfhost/evidence-verify-package::signature-set-loop signature-set) signatures) 0) {}) (let ((start (((((selfhost/evidence-verify-package::signatures-loop signatures) acceptance-h) keys) signature-set) 0))) (let ((with-seen (start {}))) (let ((with-count (with-seen 0))) (let ((result (with-count errors))) (let ((count ((selfhost/evidence-verify-package::field result) (quote :count))) (next-errors ((selfhost/evidence-verify-package::field result) (quote :errors)))) (if ((core/int::lt? count) minimum) {:count count :errors ((selfhost/evidence-verify-package::push-error next-errors) "policy/signature-threshold")} {:count count :errors next-errors})))))) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/signature-set-closure")}) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/signature-set-schema")})))))))) (def selfhost/evidence-verify-package::positive-policy-evaluate (fn (acceptance-h) (fn (keys) (fn (minimum) (fn (signature-set) (fn (signatures) (fn (errors) (if (selfhost/evidence-verify-package::nil? acceptance-h) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/acceptance-required")} (if ((core/int::eq? (core/vec::len keys)) 0) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/allowed-keys-required")} ((((((selfhost/evidence-verify-package::verified-signatures-result acceptance-h) keys) minimum) signature-set) signatures) errors)))))))))) (def selfhost/evidence-verify-package::policy-evaluate (fn (policy) (fn (acceptance-h) (fn (signature-set) (fn (signatures) (fn (errors) (if (selfhost/evidence-verify-package::nil? policy) (((selfhost/evidence-verify-package::empty-signatures-result signature-set) signatures) errors) (if (selfhost/evidence-verify-package::policy-shape-valid? policy) (let ((minimum ((selfhost/evidence-verify-package::field policy) (quote :min-signatures))) (keys ((selfhost/evidence-verify-package::field policy) (quote :allowed-keys)))) (if ((core/int::eq? minimum) 0) (((selfhost/evidence-verify-package::empty-signatures-result signature-set) signatures) errors) ((((((selfhost/evidence-verify-package::positive-policy-evaluate acceptance-h) keys) minimum) signature-set) signatures) errors))) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/schema")})))))))) (def selfhost/evidence-verify-package::evaluate (fn (request) (let ((facts ((selfhost/evidence-verify-package::field request) (quote :facts))) (store ((selfhost/evidence-verify-package::field request) (quote :store))) (acceptance ((selfhost/evidence-verify-package::field request) (quote :acceptance))) (acceptance-h ((selfhost/evidence-verify-package::field request) (quote :acceptance-h))) (policy ((selfhost/evidence-verify-package::field request) (quote :policy))) (signature-set ((selfhost/evidence-verify-package::field request) (quote :signature-set))) (signatures ((selfhost/evidence-verify-package::field request) (quote :signatures)))) (let ((fact-errors (((selfhost/evidence-verify-package::facts-loop facts) 0) []))) (let ((store-errors (((selfhost/evidence-verify-package::store-loop store) 0) fact-errors))) (let ((acceptance-errors (if (((selfhost/evidence-verify-package::acceptance-valid? acceptance) acceptance-h) store) store-errors ((selfhost/evidence-verify-package::push-error store-errors) "evidence/acceptance-schema-or-reference")))) (let ((policy-result (((((selfhost/evidence-verify-package::policy-evaluate policy) acceptance-h) signature-set) signatures) acceptance-errors))) (let ((errors ((selfhost/evidence-verify-package::field policy-result) (quote :errors))) (count ((selfhost/evidence-verify-package::field policy-result) (quote :count)))) {:checked ((core/int::add (core/vec::len facts)) ((core/int::add (core/vec::len store)) (core/vec::len signatures))) :errors errors :valid-signatures count :verified ((core/int::eq? (core/vec::len errors)) 0)}))))))))] :module-h b"{\xBC\x12\x8C\xEF\x9C\xD5\x91\x84>g\xBF\x94\x88Re[\xA5~\xDD\xB2>\xE6\x8Ag,$\xA2V\x04\xFC\xCD" :path "selfhost/evidence_verify_package_v1.gc" :source "(def selfhost/evidence-verify-package::tag core/data::tag)\n\n(def selfhost/evidence-verify-package::nil? core/list::is-nil?)\n\n(def selfhost/evidence-verify-package::not (fn (value) (if value false true)))\n\n(def selfhost/evidence-verify-package::map?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :map))))\n\n(def selfhost/evidence-verify-package::vec?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :vec))))\n\n(def selfhost/evidence-verify-package::str?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :str))))\n\n(def selfhost/evidence-verify-package::sym?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :sym))))\n\n(def selfhost/evidence-verify-package::bytes?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :bytes))))\n\n(def selfhost/evidence-verify-package::bool?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :bool))))\n\n(def selfhost/evidence-verify-package::int?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :int))))\n\n(def selfhost/evidence-verify-package::field\n (fn (map) (fn (key) (if (selfhost/evidence-verify-package::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/evidence-verify-package::has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key)\n true\n (((selfhost/evidence-verify-package::has-key-loop? entries) key)\n ((core/int::add index) 1))))))))\n\n(def selfhost/evidence-verify-package::has-key?\n (fn (map)\n (fn (key)\n (((selfhost/evidence-verify-package::has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/evidence-verify-package::has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n ((selfhost/evidence-verify-package::has-key? map) ((core/vec::get keys) index))\n (((selfhost/evidence-verify-package::has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/evidence-verify-package::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/evidence-verify-package::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/evidence-verify-package::has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/evidence-verify-package::hash32?\n (fn (value)\n (if (selfhost/evidence-verify-package::bytes? value)\n ((core/int::eq? (core/bytes::len value)) 32)\n false)))\n\n(def selfhost/evidence-verify-package::hash64?\n (fn (value)\n (if (selfhost/evidence-verify-package::bytes? value)\n ((core/int::eq? (core/bytes::len value)) 64)\n false)))\n\n(def selfhost/evidence-verify-package::hex32?\n (fn (value)\n (if (selfhost/evidence-verify-package::str? value)\n (if ((core/int::eq? (core/str::len value)) 64)\n (let ((decoded (core/bytes::from-hex value)))\n (if (core/error::is? decoded)\n false\n ((core/int::eq? (core/bytes::len decoded)) 32)))\n false)\n false)))\n\n(def selfhost/evidence-verify-package::strings-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/evidence-verify-package::str? ((core/vec::get values) index))\n ((selfhost/evidence-verify-package::strings-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/evidence-verify-package::strings?\n (fn (value)\n (if (selfhost/evidence-verify-package::vec? value)\n ((selfhost/evidence-verify-package::strings-loop? value) 0)\n false)))\n\n(def selfhost/evidence-verify-package::member-loop?\n (fn (values)\n (fn (wanted)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n false\n (if ((core/eq? ((core/vec::get values) index)) wanted)\n true\n (((selfhost/evidence-verify-package::member-loop? values) wanted)\n ((core/int::add index) 1))))))))\n\n(def selfhost/evidence-verify-package::member?\n (fn (values) (fn (wanted) (((selfhost/evidence-verify-package::member-loop? values) wanted) 0))))\n\n(def selfhost/evidence-verify-package::push-error\n (fn (errors) (fn (code) ((core/vec::push errors) code))))\n\n(def selfhost/evidence-verify-package::fact-valid?\n (fn (fact)\n (if\n ((selfhost/evidence-verify-package::exact-map? fact)\n [:class :code :mechanism-ok :observed :required])\n (if (selfhost/evidence-verify-package::sym?\n ((selfhost/evidence-verify-package::field fact) (quote :class)))\n (if (selfhost/evidence-verify-package::str?\n ((selfhost/evidence-verify-package::field fact) (quote :code)))\n (selfhost/evidence-verify-package::bool?\n ((selfhost/evidence-verify-package::field fact) (quote :mechanism-ok)))\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify-package::fact-passes?\n (fn (fact)\n (if ((selfhost/evidence-verify-package::field fact) (quote :mechanism-ok))\n (let ((class ((selfhost/evidence-verify-package::field fact) (quote :class))))\n (if ((core/sym::eq? class) (quote :at-least))\n (if (selfhost/evidence-verify-package::int?\n ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n (if (selfhost/evidence-verify-package::int?\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n (selfhost/evidence-verify-package::not\n ((core/int::lt?\n ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required))))\n false)\n false)\n (if ((core/sym::eq? class) (quote :identity))\n ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n (if ((core/sym::eq? class) (quote :presence))\n ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n (if ((core/sym::eq? class) (quote :schema))\n ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n (if ((core/sym::eq? class) (quote :crypto))\n ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n false))))))\n false)))\n\n(def selfhost/evidence-verify-package::facts-loop\n (fn (facts)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len facts))\n errors\n (let ((fact ((core/vec::get facts) index)))\n (if (selfhost/evidence-verify-package::not\n (selfhost/evidence-verify-package::fact-valid? fact))\n (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1))\n ((selfhost/evidence-verify-package::push-error errors) \"evidence/fact-malformed\"))\n (if (selfhost/evidence-verify-package::fact-passes? fact)\n (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1)) errors)\n (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1))\n ((selfhost/evidence-verify-package::push-error errors)\n ((selfhost/evidence-verify-package::field fact) (quote :code))))))))))))\n\n(def selfhost/evidence-verify-package::store-valid?\n (fn (item)\n (if\n ((selfhost/evidence-verify-package::exact-map? item)\n [:load-error :observed-h :required-h :role])\n (if (selfhost/evidence-verify-package::sym?\n ((selfhost/evidence-verify-package::field item) (quote :role)))\n (if (selfhost/evidence-verify-package::hex32?\n ((selfhost/evidence-verify-package::field item) (quote :required-h)))\n (if (selfhost/evidence-verify-package::nil?\n ((selfhost/evidence-verify-package::field item) (quote :load-error)))\n (if (selfhost/evidence-verify-package::hex32?\n ((selfhost/evidence-verify-package::field item) (quote :observed-h)))\n ((core/eq? ((selfhost/evidence-verify-package::field item) (quote :observed-h)))\n ((selfhost/evidence-verify-package::field item) (quote :required-h)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify-package::store-loop\n (fn (items)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len items))\n errors\n (if (selfhost/evidence-verify-package::store-valid? ((core/vec::get items) index))\n (((selfhost/evidence-verify-package::store-loop items) ((core/int::add index) 1)) errors)\n (((selfhost/evidence-verify-package::store-loop items) ((core/int::add index) 1))\n ((selfhost/evidence-verify-package::push-error errors) \"evidence/store-integrity\"))))))))\n\n(def selfhost/evidence-verify-package::store-has?\n (fn (store)\n (fn (role)\n (fn (hash)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len store))\n false\n (let ((item ((core/vec::get store) index)))\n (if ((core/sym::eq? ((selfhost/evidence-verify-package::field item) (quote :role))) role)\n (if ((core/eq? ((selfhost/evidence-verify-package::field item) (quote :required-h))) hash)\n true\n ((((selfhost/evidence-verify-package::store-has? store) role) hash)\n ((core/int::add index) 1)))\n ((((selfhost/evidence-verify-package::store-has? store) role) hash)\n ((core/int::add index) 1))))))))))\n\n(def selfhost/evidence-verify-package::obligation-valid?\n (fn (obligation)\n (if (selfhost/evidence-verify-package::map? obligation)\n (let\n ((name ((selfhost/evidence-verify-package::field obligation) (quote :name)))\n (ok ((selfhost/evidence-verify-package::field obligation) (quote :ok)))\n (artifact ((selfhost/evidence-verify-package::field obligation) (quote :artifact)))\n (errors ((selfhost/evidence-verify-package::field obligation) (quote :errors))))\n (if (selfhost/evidence-verify-package::sym? name)\n (if (selfhost/evidence-verify-package::bool? ok)\n (if (if (selfhost/evidence-verify-package::nil? artifact)\n true\n (selfhost/evidence-verify-package::hex32? artifact))\n (if (if (selfhost/evidence-verify-package::nil? errors)\n true\n (selfhost/evidence-verify-package::strings? errors))\n (if (selfhost/evidence-verify-package::nil? artifact)\n (if (selfhost/evidence-verify-package::nil? errors)\n ((selfhost/evidence-verify-package::exact-map? obligation) [:name :ok])\n ((selfhost/evidence-verify-package::exact-map? obligation)\n [:errors :name :ok]))\n (if (selfhost/evidence-verify-package::nil? errors)\n ((selfhost/evidence-verify-package::exact-map? obligation)\n [:artifact :name :ok])\n ((selfhost/evidence-verify-package::exact-map? obligation)\n [:artifact :errors :name :ok])))\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/evidence-verify-package::obligations-loop\n (fn (obligations)\n (fn (store)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len obligations))\n true\n (let ((obligation ((core/vec::get obligations) index)))\n (if (selfhost/evidence-verify-package::obligation-valid? obligation)\n (let ((artifact ((selfhost/evidence-verify-package::field obligation) (quote :artifact))))\n (if (if (selfhost/evidence-verify-package::nil? artifact)\n true\n (((selfhost/evidence-verify-package::store-has? store)\n (quote :acceptance-reference)) artifact 0))\n (((selfhost/evidence-verify-package::obligations-loop obligations) store)\n ((core/int::add index) 1))\n false))\n false)))))))\n\n(def selfhost/evidence-verify-package::acceptance-valid?\n (fn (acceptance)\n (fn (acceptance-h)\n (fn (store)\n (if (selfhost/evidence-verify-package::nil? acceptance-h)\n (selfhost/evidence-verify-package::nil? acceptance)\n (if (selfhost/evidence-verify-package::hash32? acceptance-h)\n (if (selfhost/evidence-verify-package::acceptance-store-has? store acceptance-h 0)\n (if\n ((selfhost/evidence-verify-package::exact-map? acceptance)\n [:kind :obligations :ok :package])\n (let\n ((kind ((selfhost/evidence-verify-package::field acceptance) (quote :kind)))\n (ok ((selfhost/evidence-verify-package::field acceptance) (quote :ok)))\n (package ((selfhost/evidence-verify-package::field acceptance) (quote :package)))\n (obligations\n ((selfhost/evidence-verify-package::field acceptance) (quote :obligations))))\n (if ((core/eq? kind) \"genesis/acceptance-v0.2\")\n (if (selfhost/evidence-verify-package::bool? ok)\n (if\n ((selfhost/evidence-verify-package::exact-map? package) [:name :version])\n (if (selfhost/evidence-verify-package::str?\n ((selfhost/evidence-verify-package::field package) (quote :name)))\n (if (selfhost/evidence-verify-package::str?\n ((selfhost/evidence-verify-package::field package) (quote :version)))\n (if (selfhost/evidence-verify-package::vec? obligations)\n (((selfhost/evidence-verify-package::obligations-loop obligations) store) 0)\n false)\n false)\n false)\n false)\n false)\n false))\n false)\n false)\n false))))))\n\n(def selfhost/evidence-verify-package::acceptance-store-has?\n (fn (store acceptance-h index)\n (if ((core/int::eq? index) (core/vec::len store))\n false\n (let ((item ((core/vec::get store) index)))\n (if ((core/sym::eq?\n ((selfhost/evidence-verify-package::field item) (quote :role)))\n (quote :acceptance))\n (let\n ((decoded\n (core/bytes::from-hex\n ((selfhost/evidence-verify-package::field item) (quote :required-h)))))\n (if (core/error::is? decoded)\n false\n ((core/eq? decoded) acceptance-h)))\n (selfhost/evidence-verify-package::acceptance-store-has?\n store acceptance-h ((core/int::add index) 1)))))))\n\n(def selfhost/evidence-verify-package::key-valid?\n (fn (key)\n (if\n ((selfhost/evidence-verify-package::exact-map? key)\n [:decode-error :decoded :encoded :key-valid])\n (if (selfhost/evidence-verify-package::str?\n ((selfhost/evidence-verify-package::field key) (quote :encoded)))\n (if (selfhost/evidence-verify-package::nil?\n ((selfhost/evidence-verify-package::field key) (quote :decode-error)))\n (if (selfhost/evidence-verify-package::hash32?\n ((selfhost/evidence-verify-package::field key) (quote :decoded)))\n (if (selfhost/evidence-verify-package::bool?\n ((selfhost/evidence-verify-package::field key) (quote :key-valid)))\n ((selfhost/evidence-verify-package::field key) (quote :key-valid))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify-package::keys-loop?\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if (selfhost/evidence-verify-package::key-valid? ((core/vec::get keys) index))\n ((selfhost/evidence-verify-package::keys-loop? keys) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/evidence-verify-package::key-admitted-loop?\n (fn (keys)\n (fn (public-key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n false\n (if ((core/eq?\n ((selfhost/evidence-verify-package::field ((core/vec::get keys) index))\n (quote :decoded))) public-key)\n true\n (((selfhost/evidence-verify-package::key-admitted-loop? keys) public-key)\n ((core/int::add index) 1))))))))\n\n(def selfhost/evidence-verify-package::signature-valid?\n (fn (observation)\n (fn (acceptance-h)\n (fn (keys)\n (fn (signature-set)\n (if\n ((selfhost/evidence-verify-package::exact-map? observation)\n [:artifact-h :crypto-valid :term])\n (let\n ((artifact-h\n ((selfhost/evidence-verify-package::field observation) (quote :artifact-h)))\n (crypto-valid\n ((selfhost/evidence-verify-package::field observation) (quote :crypto-valid)))\n (term ((selfhost/evidence-verify-package::field observation) (quote :term))))\n (if (selfhost/evidence-verify-package::hex32? artifact-h)\n (if ((selfhost/evidence-verify-package::member? signature-set) artifact-h)\n (if\n ((selfhost/evidence-verify-package::exact-map? term)\n [:acceptance-h :alg :kind :pk :sig])\n (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :kind)))\n \"genesis/acceptance-signature-v0.2\")\n (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :alg)))\n \"ed25519\")\n (if ((core/eq?\n ((selfhost/evidence-verify-package::field term)\n (quote :acceptance-h))) acceptance-h)\n (if (selfhost/evidence-verify-package::hash32?\n ((selfhost/evidence-verify-package::field term) (quote :pk)))\n (if (selfhost/evidence-verify-package::hash64?\n ((selfhost/evidence-verify-package::field term) (quote :sig)))\n (if\n (((selfhost/evidence-verify-package::key-admitted-loop? keys)\n ((selfhost/evidence-verify-package::field term) (quote :pk))) 0)\n (if (selfhost/evidence-verify-package::bool? crypto-valid)\n crypto-valid\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false))\n false))))))\n\n(def selfhost/evidence-verify-package::signatures-loop\n (fn (signatures)\n (fn (acceptance-h)\n (fn (keys)\n (fn (signature-set)\n (fn (index)\n (fn (seen)\n (fn (count)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len signatures))\n {:count count :errors errors}\n (let\n ((observation ((core/vec::get signatures) index))\n (artifact-h\n ((selfhost/evidence-verify-package::field observation)\n (quote :artifact-h))))\n (if ((selfhost/evidence-verify-package::has-key? seen) artifact-h)\n ((((((((selfhost/evidence-verify-package::signatures-loop signatures)\n acceptance-h) keys) signature-set)\n ((core/int::add index) 1)) seen) count)\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/signature-duplicate\"))\n (let ((next-seen (((core/map::put seen) artifact-h) true)))\n (if\n ((((selfhost/evidence-verify-package::signature-valid? observation)\n acceptance-h) keys) signature-set)\n ((((((((selfhost/evidence-verify-package::signatures-loop signatures)\n acceptance-h) keys) signature-set)\n ((core/int::add index) 1)) next-seen)\n ((core/int::add count) 1)) errors)\n ((((((((selfhost/evidence-verify-package::signatures-loop signatures)\n acceptance-h) keys) signature-set)\n ((core/int::add index) 1)) next-seen) count)\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/signature-invalid\"))))))))))))))))\n\n(def selfhost/evidence-verify-package::signature-set-loop\n (fn (signature-set)\n (fn (signatures)\n (fn (index)\n (fn (seen)\n (if ((core/int::eq? index) (core/vec::len signature-set))\n true\n (let ((artifact-h ((core/vec::get signature-set) index)))\n (if (selfhost/evidence-verify-package::hex32? artifact-h)\n (if ((selfhost/evidence-verify-package::has-key? seen) artifact-h)\n false\n (if\n (selfhost/evidence-verify-package::signature-observed?\n signatures artifact-h 0)\n ((((selfhost/evidence-verify-package::signature-set-loop signature-set)\n signatures) ((core/int::add index) 1))\n (((core/map::put seen) artifact-h) true))\n false))\n false))))))))\n\n(def selfhost/evidence-verify-package::signature-observed?\n (fn (signatures artifact-h index)\n (if ((core/int::eq? index) (core/vec::len signatures))\n false\n (if ((core/eq?\n ((selfhost/evidence-verify-package::field ((core/vec::get signatures) index))\n (quote :artifact-h))) artifact-h)\n true\n (selfhost/evidence-verify-package::signature-observed?\n signatures artifact-h ((core/int::add index) 1))))))\n\n(def selfhost/evidence-verify-package::policy-shape-valid?\n (fn (policy)\n (if\n ((selfhost/evidence-verify-package::exact-map? policy)\n [:allowed-keys :min-signatures :version])\n (let\n ((version ((selfhost/evidence-verify-package::field policy) (quote :version)))\n (minimum ((selfhost/evidence-verify-package::field policy) (quote :min-signatures)))\n (keys ((selfhost/evidence-verify-package::field policy) (quote :allowed-keys))))\n (if (selfhost/evidence-verify-package::int? version)\n (if ((core/int::eq? version) 1)\n (if (selfhost/evidence-verify-package::int? minimum)\n (if (selfhost/evidence-verify-package::not ((core/int::lt? minimum) 0))\n (if (selfhost/evidence-verify-package::vec? keys)\n ((selfhost/evidence-verify-package::keys-loop? keys) 0)\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/evidence-verify-package::empty-signatures-result\n (fn (signature-set signatures errors)\n (if (selfhost/evidence-verify-package::nil? signature-set)\n (if ((core/int::eq? (core/vec::len signatures)) 0)\n {:count 0 :errors errors}\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors) \"policy/unexpected-signatures\")})\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/unexpected-signature-set\")})))\n\n(def selfhost/evidence-verify-package::verified-signatures-result\n (fn (acceptance-h keys minimum signature-set signatures errors)\n (if (selfhost/evidence-verify-package::vec? signature-set)\n (if\n ((((selfhost/evidence-verify-package::signature-set-loop signature-set) signatures) 0) {})\n (let\n ((start\n (((((selfhost/evidence-verify-package::signatures-loop signatures)\n acceptance-h) keys) signature-set) 0)))\n (let ((with-seen (start {})))\n (let ((with-count (with-seen 0)))\n (let ((result (with-count errors)))\n (let\n ((count ((selfhost/evidence-verify-package::field result) (quote :count)))\n (next-errors\n ((selfhost/evidence-verify-package::field result) (quote :errors))))\n (if ((core/int::lt? count) minimum)\n {:count count :errors\n ((selfhost/evidence-verify-package::push-error next-errors)\n \"policy/signature-threshold\")}\n {:count count :errors next-errors}))))))\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/signature-set-closure\")})\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/signature-set-schema\")})))\n\n(def selfhost/evidence-verify-package::positive-policy-evaluate\n (fn (acceptance-h keys minimum signature-set signatures errors)\n (if (selfhost/evidence-verify-package::nil? acceptance-h)\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors) \"policy/acceptance-required\")}\n (if ((core/int::eq? (core/vec::len keys)) 0)\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/allowed-keys-required\")}\n (selfhost/evidence-verify-package::verified-signatures-result\n acceptance-h keys minimum signature-set signatures errors)))))\n\n(def selfhost/evidence-verify-package::policy-evaluate\n (fn (policy acceptance-h signature-set signatures errors)\n (if (selfhost/evidence-verify-package::nil? policy)\n (selfhost/evidence-verify-package::empty-signatures-result\n signature-set signatures errors)\n (if (selfhost/evidence-verify-package::policy-shape-valid? policy)\n (let\n ((minimum ((selfhost/evidence-verify-package::field policy) (quote :min-signatures)))\n (keys ((selfhost/evidence-verify-package::field policy) (quote :allowed-keys))))\n (if ((core/int::eq? minimum) 0)\n (selfhost/evidence-verify-package::empty-signatures-result\n signature-set signatures errors)\n (selfhost/evidence-verify-package::positive-policy-evaluate\n acceptance-h keys minimum signature-set signatures errors)))\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors) \"policy/schema\")}))))\n\n(def selfhost/evidence-verify-package::evaluate\n (fn (request)\n (let\n ((facts ((selfhost/evidence-verify-package::field request) (quote :facts)))\n (store ((selfhost/evidence-verify-package::field request) (quote :store)))\n (acceptance ((selfhost/evidence-verify-package::field request) (quote :acceptance)))\n (acceptance-h ((selfhost/evidence-verify-package::field request) (quote :acceptance-h)))\n (policy ((selfhost/evidence-verify-package::field request) (quote :policy)))\n (signature-set ((selfhost/evidence-verify-package::field request) (quote :signature-set)))\n (signatures ((selfhost/evidence-verify-package::field request) (quote :signatures))))\n (let ((fact-errors (((selfhost/evidence-verify-package::facts-loop facts) 0) [])))\n (let ((store-errors (((selfhost/evidence-verify-package::store-loop store) 0) fact-errors)))\n (let\n ((acceptance-errors\n (if (((selfhost/evidence-verify-package::acceptance-valid? acceptance)\n acceptance-h) store)\n store-errors\n ((selfhost/evidence-verify-package::push-error store-errors)\n \"evidence/acceptance-schema-or-reference\"))))\n (let\n ((policy-result\n (selfhost/evidence-verify-package::policy-evaluate\n policy acceptance-h signature-set signatures acceptance-errors)))\n (let\n ((errors ((selfhost/evidence-verify-package::field policy-result) (quote :errors)))\n (count ((selfhost/evidence-verify-package::field policy-result) (quote :count))))\n {\n :checked\n ((core/int::add (core/vec::len facts))\n ((core/int::add (core/vec::len store)) (core/vec::len signatures)))\n :errors errors\n :valid-signatures count\n :verified ((core/int::eq? (core/vec::len errors)) 0)}))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"{\xBC\x12\x8C\xEF\x9C\xD5\x91\x84>g\xBF\x94\x88Re[\xA5~\xDD\xB2>\xE6\x8Ag,$\xA2V\x04\xFC\xCD" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/evidence-verify::tag core/data::tag) (def selfhost/evidence-verify::nil? core/list::is-nil?) (def selfhost/evidence-verify::not (fn (value) (if value false true))) (def selfhost/evidence-verify::and (fn (left) (fn (right) (if left right false)))) (def selfhost/evidence-verify::map? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :map)))) (def selfhost/evidence-verify::vec? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :vec)))) (def selfhost/evidence-verify::str? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :str)))) (def selfhost/evidence-verify::sym? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :sym)))) (def selfhost/evidence-verify::bytes? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :bytes)))) (def selfhost/evidence-verify::bool? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :bool)))) (def selfhost/evidence-verify::int? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :int)))) (def selfhost/evidence-verify::field (fn (map) (fn (key) (if (selfhost/evidence-verify::map? map) ((core/map::get map) key) nil)))) (def selfhost/evidence-verify::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key) true (((selfhost/evidence-verify::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify::map-has-key? (fn (map) (fn (key) (((selfhost/evidence-verify::map-has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/evidence-verify::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/evidence-verify::map-has-key? map) ((core/vec::get keys) index)) (((selfhost/evidence-verify::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/evidence-verify::exact-map? (fn (value) (fn (keys) (if (selfhost/evidence-verify::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/evidence-verify::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/evidence-verify::hash32? (fn (value) (if (selfhost/evidence-verify::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false))) (def selfhost/evidence-verify::optional-str? (fn (value) (if (selfhost/evidence-verify::nil? value) true (selfhost/evidence-verify::str? value)))) (def selfhost/evidence-verify::optional-hash32? (fn (value) (if (selfhost/evidence-verify::nil? value) true (selfhost/evidence-verify::hash32? value)))) (def selfhost/evidence-verify::result (fn (request) (fn (ok) (fn (code) (fn (message) (fn (data) {:code code :data data :kind "genesis/evidence-verification-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1})))))) (def selfhost/evidence-verify::accept (fn (request) (fn (data) (((((selfhost/evidence-verify::result request) true) nil) nil) data)))) (def selfhost/evidence-verify::reject (fn (request) (fn (code) (fn (message) (((((selfhost/evidence-verify::result request) false) code) message) nil))))) (def selfhost/evidence-verify::push-error (fn (errors) (fn (code) ((core/vec::push errors) code)))) (def selfhost/evidence-verify::vector-equal-loop? (fn (left) (fn (right) (fn (index) (if ((core/int::eq? index) (core/vec::len left)) true (if ((core/eq? ((core/vec::get left) index)) ((core/vec::get right) index)) (((selfhost/evidence-verify::vector-equal-loop? left) right) ((core/int::add index) 1)) false)))))) (def selfhost/evidence-verify::vector-equal? (fn (left) (fn (right) (if (selfhost/evidence-verify::vec? left) (if (selfhost/evidence-verify::vec? right) (if ((core/int::eq? (core/vec::len left)) (core/vec::len right)) (((selfhost/evidence-verify::vector-equal-loop? left) right) 0) false) false) false)))) (def selfhost/evidence-verify::package (fn (request) (if ((selfhost/evidence-verify::exact-map? request) [:acceptance :acceptance-h :facts :kind :phase :policy :signature-set :signatures :store :v]) (if (selfhost/evidence-verify::vec? ((selfhost/evidence-verify::field request) (quote :facts))) (if (selfhost/evidence-verify::vec? ((selfhost/evidence-verify::field request) (quote :store))) (if (selfhost/evidence-verify::vec? ((selfhost/evidence-verify::field request) (quote :signatures))) ((selfhost/evidence-verify::accept request) (selfhost/evidence-verify-package::evaluate request)) (((selfhost/evidence-verify::reject request) "evidence/request") "package signatures must be a vector")) (((selfhost/evidence-verify::reject request) "evidence/request") "package store observations must be a vector")) (((selfhost/evidence-verify::reject request) "evidence/request") "package facts must be a vector")) (((selfhost/evidence-verify::reject request) "evidence/request") "package request fields mismatch")))) (def selfhost/evidence-verify::entry-valid? (fn (entry) (if ((selfhost/evidence-verify::exact-map? entry) [:hash :load-error :observed-h :term]) (if (selfhost/evidence-verify::hash32? ((selfhost/evidence-verify::field entry) (quote :hash))) (if (selfhost/evidence-verify::optional-str? ((selfhost/evidence-verify::field entry) (quote :load-error))) (selfhost/evidence-verify::optional-hash32? ((selfhost/evidence-verify::field entry) (quote :observed-h))) false) false) false))) (def selfhost/evidence-verify::transparency-term-valid? (fn (term) (if ((selfhost/evidence-verify::exact-map? term) [:acceptance-artifact :kind :package-artifact :prev-h :signature-artifact :signer-pk-b64]) (if ((core/eq? ((selfhost/evidence-verify::field term) (quote :kind))) "genesis/transparency-entry-v0.2") (if (selfhost/evidence-verify::optional-hash32? ((selfhost/evidence-verify::field term) (quote :prev-h))) (if (selfhost/evidence-verify::str? ((selfhost/evidence-verify::field term) (quote :package-artifact))) (if (selfhost/evidence-verify::str? ((selfhost/evidence-verify::field term) (quote :acceptance-artifact))) (if (selfhost/evidence-verify::str? ((selfhost/evidence-verify::field term) (quote :signature-artifact))) (selfhost/evidence-verify::str? ((selfhost/evidence-verify::field term) (quote :signer-pk-b64))) false) false) false) false) false) false))) (def selfhost/evidence-verify::transparency-finish (fn (head) (fn (entries) (fn (errors) {:entries entries :errors errors :head head :verified ((core/int::eq? (core/vec::len errors)) 0)})))) (def selfhost/evidence-verify::transparency-loop (fn (head) (fn (items) (fn (index) (fn (expected) (fn (visited) (fn (errors) (if (selfhost/evidence-verify::nil? expected) (if ((core/int::eq? index) (core/vec::len items)) (((selfhost/evidence-verify::transparency-finish head) index) errors) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/trailing-entry"))) (if ((core/int::eq? index) (core/vec::len items)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/truncated-chain")) (let ((entry ((core/vec::get items) index))) (if (selfhost/evidence-verify::not (selfhost/evidence-verify::entry-valid? entry)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/entry-malformed")) (let ((hash ((selfhost/evidence-verify::field entry) (quote :hash)))) (if ((selfhost/evidence-verify::map-has-key? visited) hash) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/cycle")) (if (selfhost/evidence-verify::not ((core/eq? hash) expected)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/link-mismatch")) (if (selfhost/evidence-verify::not ((core/eq? ((selfhost/evidence-verify::field entry) (quote :observed-h))) hash)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/store-integrity")) (if (selfhost/evidence-verify::not (selfhost/evidence-verify::nil? ((selfhost/evidence-verify::field entry) (quote :load-error)))) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/load")) (let ((term ((selfhost/evidence-verify::field entry) (quote :term)))) (if (selfhost/evidence-verify::not (selfhost/evidence-verify::transparency-term-valid? term)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/schema")) ((((((selfhost/evidence-verify::transparency-loop head) items) ((core/int::add index) 1)) ((selfhost/evidence-verify::field term) (quote :prev-h))) (((core/map::put visited) hash) true)) errors))))))))))))))))))) (def selfhost/evidence-verify::transparency (fn (request) (if ((selfhost/evidence-verify::exact-map? request) [:entries :head :head-error :kind :phase :v]) (let ((head ((selfhost/evidence-verify::field request) (quote :head))) (head-error ((selfhost/evidence-verify::field request) (quote :head-error))) (entries ((selfhost/evidence-verify::field request) (quote :entries)))) (if (if (selfhost/evidence-verify::optional-hash32? head) (if (selfhost/evidence-verify::optional-str? head-error) (selfhost/evidence-verify::vec? entries) false) false) (if (selfhost/evidence-verify::nil? head-error) ((selfhost/evidence-verify::accept request) ((((((selfhost/evidence-verify::transparency-loop head) entries) 0) head) {}) [])) ((selfhost/evidence-verify::accept request) (((selfhost/evidence-verify::transparency-finish head) 0) ["transparency/head"]))) (((selfhost/evidence-verify::reject request) "evidence/request") "transparency request types mismatch"))) (((selfhost/evidence-verify::reject request) "evidence/request") "transparency request fields mismatch")))) (def selfhost/evidence-verify::dsse (fn (request) (if ((selfhost/evidence-verify::exact-map? request) [:envelope-fields :expected-key-id :expected-payload-type :key-id :key-valid :kind :payload-h :payload-type :phase :signature-count :signature-fields :signature-key-id :signature-valid :v]) (let ((valid ((selfhost/evidence-verify::and ((selfhost/evidence-verify::vector-equal? ((selfhost/evidence-verify::field request) (quote :envelope-fields))) ["payload" "payloadType" "signatures"])) ((selfhost/evidence-verify::and ((selfhost/evidence-verify::field request) (quote :key-valid))) ((selfhost/evidence-verify::and ((core/eq? ((selfhost/evidence-verify::field request) (quote :key-id))) ((selfhost/evidence-verify::field request) (quote :expected-key-id)))) ((selfhost/evidence-verify::and ((core/eq? ((selfhost/evidence-verify::field request) (quote :payload-type))) ((selfhost/evidence-verify::field request) (quote :expected-payload-type)))) ((selfhost/evidence-verify::and ((core/int::eq? ((selfhost/evidence-verify::field request) (quote :signature-count))) 1)) ((selfhost/evidence-verify::and ((selfhost/evidence-verify::vector-equal? ((selfhost/evidence-verify::field request) (quote :signature-fields))) ["keyid" "sig"])) ((selfhost/evidence-verify::and ((core/eq? ((selfhost/evidence-verify::field request) (quote :signature-key-id))) ((selfhost/evidence-verify::field request) (quote :expected-key-id)))) ((selfhost/evidence-verify::field request) (quote :signature-valid))))))))))) ((selfhost/evidence-verify::accept request) {:errors (if valid [] ["bench/evidence-verification"]) :key-id ((selfhost/evidence-verify::field request) (quote :expected-key-id)) :payload-h ((selfhost/evidence-verify::field request) (quote :payload-h)) :payload-type ((selfhost/evidence-verify::field request) (quote :expected-payload-type)) :verified valid})) (((selfhost/evidence-verify::reject request) "evidence/request") "DSSE request fields mismatch")))) (def core/security::evidence-verify-authority (fn (request) (if (selfhost/evidence-verify::not (selfhost/evidence-verify::map? request)) (((selfhost/evidence-verify::reject request) "evidence/request") "evidence request must be a map") (if (selfhost/evidence-verify::not ((core/eq? ((selfhost/evidence-verify::field request) (quote :kind))) "genesis/evidence-verification-authority-request-v0.1")) (((selfhost/evidence-verify::reject request) "evidence/request") "evidence request kind mismatch") (if (selfhost/evidence-verify::not ((core/eq? ((selfhost/evidence-verify::field request) (quote :v))) 1)) (((selfhost/evidence-verify::reject request) "evidence/request") "evidence request version mismatch") (let ((phase ((selfhost/evidence-verify::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :package)) (selfhost/evidence-verify::package request) (if ((core/sym::eq? phase) (quote :transparency)) (selfhost/evidence-verify::transparency request) (if ((core/sym::eq? phase) (quote :dsse)) (selfhost/evidence-verify::dsse request) (((selfhost/evidence-verify::reject request) "evidence/request") "unknown evidence phase"))))))))))] :module-h b"&U\x9F\xE9\x0B\x8D\x19\xAA\xC3\xF4\xACI\xCB]\x91\xEC\x81V\xB4_\xEAgD\xF2\xD3\x01\xD8\x07\xBF\x8ER\xCC" :path "selfhost/evidence_verify_authority_v1.gc" :source "(def selfhost/evidence-verify::tag core/data::tag)\n\n(def selfhost/evidence-verify::nil? core/list::is-nil?)\n\n(def selfhost/evidence-verify::not (fn (value) (if value false true)))\n\n(def selfhost/evidence-verify::and (fn (left) (fn (right) (if left right false))))\n\n(def selfhost/evidence-verify::map?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :map))))\n\n(def selfhost/evidence-verify::vec?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :vec))))\n\n(def selfhost/evidence-verify::str?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :str))))\n\n(def selfhost/evidence-verify::sym?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :sym))))\n\n(def selfhost/evidence-verify::bytes?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :bytes))))\n\n(def selfhost/evidence-verify::bool?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :bool))))\n\n(def selfhost/evidence-verify::int?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :int))))\n\n(def selfhost/evidence-verify::field\n (fn (map) (fn (key) (if (selfhost/evidence-verify::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/evidence-verify::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key)\n true\n (((selfhost/evidence-verify::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))\n\n(def selfhost/evidence-verify::map-has-key?\n (fn (map)\n (fn (key) (((selfhost/evidence-verify::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/evidence-verify::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/evidence-verify::map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/evidence-verify::map-has-keys-loop? map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/evidence-verify::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/evidence-verify::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/evidence-verify::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/evidence-verify::hash32?\n (fn (value)\n (if (selfhost/evidence-verify::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false)))\n\n(def selfhost/evidence-verify::optional-str?\n (fn (value)\n (if (selfhost/evidence-verify::nil? value) true (selfhost/evidence-verify::str? value))))\n\n(def selfhost/evidence-verify::optional-hash32?\n (fn (value)\n (if (selfhost/evidence-verify::nil? value) true (selfhost/evidence-verify::hash32? value))))\n\n(def selfhost/evidence-verify::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (data)\n {\n :code code\n :data data\n :kind \"genesis/evidence-verification-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))))\n\n(def selfhost/evidence-verify::accept\n (fn (request) (fn (data) (((((selfhost/evidence-verify::result request) true) nil) nil) data))))\n\n(def selfhost/evidence-verify::reject\n (fn (request)\n (fn (code)\n (fn (message) (((((selfhost/evidence-verify::result request) false) code) message) nil)))))\n\n(def selfhost/evidence-verify::push-error (fn (errors) (fn (code) ((core/vec::push errors) code))))\n\n(def selfhost/evidence-verify::vector-equal-loop?\n (fn (left)\n (fn (right)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len left))\n true\n (if ((core/eq? ((core/vec::get left) index)) ((core/vec::get right) index))\n (((selfhost/evidence-verify::vector-equal-loop? left) right)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/evidence-verify::vector-equal?\n (fn (left)\n (fn (right)\n (if (selfhost/evidence-verify::vec? left)\n (if (selfhost/evidence-verify::vec? right)\n (if ((core/int::eq? (core/vec::len left)) (core/vec::len right))\n (((selfhost/evidence-verify::vector-equal-loop? left) right) 0)\n false)\n false)\n false))))\n\n(def selfhost/evidence-verify::package\n (fn (request)\n (if\n ((selfhost/evidence-verify::exact-map? request)\n [\n :acceptance\n :acceptance-h\n :facts\n :kind\n :phase\n :policy\n :signature-set\n :signatures\n :store\n :v])\n (if (selfhost/evidence-verify::vec?\n ((selfhost/evidence-verify::field request) (quote :facts)))\n (if (selfhost/evidence-verify::vec?\n ((selfhost/evidence-verify::field request) (quote :store)))\n (if (selfhost/evidence-verify::vec?\n ((selfhost/evidence-verify::field request) (quote :signatures)))\n ((selfhost/evidence-verify::accept request)\n (selfhost/evidence-verify-package::evaluate request))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"package signatures must be a vector\"))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"package store observations must be a vector\"))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"package facts must be a vector\"))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"package request fields mismatch\"))))\n\n(def selfhost/evidence-verify::entry-valid?\n (fn (entry)\n (if\n ((selfhost/evidence-verify::exact-map? entry)\n [\n :hash\n :load-error\n :observed-h\n :term])\n (if\n (selfhost/evidence-verify::hash32? ((selfhost/evidence-verify::field entry) (quote :hash)))\n (if\n (selfhost/evidence-verify::optional-str?\n ((selfhost/evidence-verify::field entry) (quote :load-error)))\n (selfhost/evidence-verify::optional-hash32?\n ((selfhost/evidence-verify::field entry) (quote :observed-h)))\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify::transparency-term-valid?\n (fn (term)\n (if\n ((selfhost/evidence-verify::exact-map? term)\n [\n :acceptance-artifact\n :kind\n :package-artifact\n :prev-h\n :signature-artifact\n :signer-pk-b64])\n (if\n ((core/eq? ((selfhost/evidence-verify::field term) (quote :kind)))\n \"genesis/transparency-entry-v0.2\")\n (if\n (selfhost/evidence-verify::optional-hash32?\n ((selfhost/evidence-verify::field term) (quote :prev-h)))\n (if\n (selfhost/evidence-verify::str?\n ((selfhost/evidence-verify::field term) (quote :package-artifact)))\n (if\n (selfhost/evidence-verify::str?\n ((selfhost/evidence-verify::field term) (quote :acceptance-artifact)))\n (if\n (selfhost/evidence-verify::str?\n ((selfhost/evidence-verify::field term) (quote :signature-artifact)))\n (selfhost/evidence-verify::str?\n ((selfhost/evidence-verify::field term) (quote :signer-pk-b64)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify::transparency-finish\n (fn (head)\n (fn (entries)\n (fn (errors)\n {\n :entries entries\n :errors errors\n :head head\n :verified ((core/int::eq? (core/vec::len errors)) 0)}))))\n\n(def selfhost/evidence-verify::transparency-loop\n (fn (head)\n (fn (items)\n (fn (index)\n (fn (expected)\n (fn (visited)\n (fn (errors)\n (if (selfhost/evidence-verify::nil? expected)\n (if ((core/int::eq? index) (core/vec::len items))\n (((selfhost/evidence-verify::transparency-finish head) index) errors)\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors) \"transparency/trailing-entry\")))\n (if ((core/int::eq? index) (core/vec::len items))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors) \"transparency/truncated-chain\"))\n (let ((entry ((core/vec::get items) index)))\n (if\n (selfhost/evidence-verify::not (selfhost/evidence-verify::entry-valid? entry))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors)\n \"transparency/entry-malformed\"))\n (let ((hash ((selfhost/evidence-verify::field entry) (quote :hash))))\n (if ((selfhost/evidence-verify::map-has-key? visited) hash)\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors) \"transparency/cycle\"))\n (if (selfhost/evidence-verify::not ((core/eq? hash) expected))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors)\n \"transparency/link-mismatch\"))\n (if\n (selfhost/evidence-verify::not\n ((core/eq?\n ((selfhost/evidence-verify::field entry) (quote :observed-h)))\n hash))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors)\n \"transparency/store-integrity\"))\n (if\n (selfhost/evidence-verify::not\n (selfhost/evidence-verify::nil?\n ((selfhost/evidence-verify::field entry) (quote :load-error))))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors) \"transparency/load\"))\n (let\n ((term ((selfhost/evidence-verify::field entry) (quote :term))))\n (if\n (selfhost/evidence-verify::not\n (selfhost/evidence-verify::transparency-term-valid? term))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors)\n \"transparency/schema\"))\n (\n (\n ((((selfhost/evidence-verify::transparency-loop head) items) ((core/int::add index) 1))\n ((selfhost/evidence-verify::field term) (quote :prev-h)))\n (((core/map::put visited) hash) true))\n errors)))))))))))))))))))\n\n(def selfhost/evidence-verify::transparency\n (fn (request)\n (if\n ((selfhost/evidence-verify::exact-map? request)\n [\n :entries\n :head\n :head-error\n :kind\n :phase\n :v])\n (let\n ((head ((selfhost/evidence-verify::field request) (quote :head)))\n (head-error ((selfhost/evidence-verify::field request) (quote :head-error)))\n (entries ((selfhost/evidence-verify::field request) (quote :entries))))\n (if\n (if (selfhost/evidence-verify::optional-hash32? head)\n (if (selfhost/evidence-verify::optional-str? head-error)\n (selfhost/evidence-verify::vec? entries)\n false)\n false)\n (if (selfhost/evidence-verify::nil? head-error)\n ((selfhost/evidence-verify::accept request)\n ((((((selfhost/evidence-verify::transparency-loop head) entries) 0) head) {}) []))\n ((selfhost/evidence-verify::accept request)\n (((selfhost/evidence-verify::transparency-finish head) 0) [\"transparency/head\"])))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"transparency request types mismatch\")))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"transparency request fields mismatch\"))))\n\n(def selfhost/evidence-verify::dsse\n (fn (request)\n (if\n ((selfhost/evidence-verify::exact-map? request)\n [\n :envelope-fields\n :expected-key-id\n :expected-payload-type\n :key-id\n :key-valid\n :kind\n :payload-h\n :payload-type\n :phase\n :signature-count\n :signature-fields\n :signature-key-id\n :signature-valid\n :v])\n (let\n (\n (valid\n ((selfhost/evidence-verify::and\n ((selfhost/evidence-verify::vector-equal?\n ((selfhost/evidence-verify::field request) (quote :envelope-fields)))\n [\"payload\" \"payloadType\" \"signatures\"]))\n ((selfhost/evidence-verify::and ((selfhost/evidence-verify::field request) (quote :key-valid)))\n (\n (selfhost/evidence-verify::and\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :key-id)))\n ((selfhost/evidence-verify::field request) (quote :expected-key-id))))\n (\n (selfhost/evidence-verify::and\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :payload-type)))\n ((selfhost/evidence-verify::field request) (quote :expected-payload-type))))\n (\n (selfhost/evidence-verify::and\n ((core/int::eq? ((selfhost/evidence-verify::field request) (quote :signature-count)))\n 1))\n (\n (selfhost/evidence-verify::and\n ((selfhost/evidence-verify::vector-equal?\n ((selfhost/evidence-verify::field request)\n (quote :signature-fields)))\n [\"keyid\" \"sig\"]))\n (\n (selfhost/evidence-verify::and\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :signature-key-id)))\n ((selfhost/evidence-verify::field request) (quote :expected-key-id))))\n ((selfhost/evidence-verify::field request) (quote :signature-valid)))))))))))\n ((selfhost/evidence-verify::accept request)\n {\n :errors (if valid [] [\"bench/evidence-verification\"])\n :key-id ((selfhost/evidence-verify::field request) (quote :expected-key-id))\n :payload-h ((selfhost/evidence-verify::field request) (quote :payload-h))\n :payload-type ((selfhost/evidence-verify::field request) (quote :expected-payload-type))\n :verified valid}))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"DSSE request fields mismatch\"))))\n\n(def core/security::evidence-verify-authority\n (fn (request)\n (if (selfhost/evidence-verify::not (selfhost/evidence-verify::map? request))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"evidence request must be a map\")\n (if\n (selfhost/evidence-verify::not\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :kind)))\n \"genesis/evidence-verification-authority-request-v0.1\"))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"evidence request kind mismatch\")\n (if\n (selfhost/evidence-verify::not\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :v))) 1))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"evidence request version mismatch\")\n (let ((phase ((selfhost/evidence-verify::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :package))\n (selfhost/evidence-verify::package request)\n (if ((core/sym::eq? phase) (quote :transparency))\n (selfhost/evidence-verify::transparency request)\n (if ((core/sym::eq? phase) (quote :dsse))\n (selfhost/evidence-verify::dsse request)\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"unknown evidence phase\"))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^v\xB2M\x1F|\x03}'\xC9=1\xD4\x0FH\x93\xD9b\xDD%]io\xEB\x06L\xF0)\xC1sQT" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::REQUEST_KIND "genesis/obligation-authority-request-v0.2") (def selfhost/obligation::RESULT_KIND "genesis/obligation-authority-result-v0.2") (def selfhost/obligation::error (fn (message) ((core/error::make2 "core/obligation/authority") message))) (def selfhost/obligation::tag? (fn (value) (fn (tag) ((core/sym::eq? (core/data::tag value)) tag)))) (def selfhost/obligation::map? (fn (value) ((selfhost/obligation::tag? value) (quote :map)))) (def selfhost/obligation::vec? (fn (value) ((selfhost/obligation::tag? value) (quote :vec)))) (def selfhost/obligation::str? (fn (value) ((selfhost/obligation::tag? value) (quote :str)))) (def selfhost/obligation::sym? (fn (value) ((selfhost/obligation::tag? value) (quote :sym)))) (def selfhost/obligation::int? (fn (value) ((selfhost/obligation::tag? value) (quote :int)))) (def selfhost/obligation::bool? (fn (value) ((selfhost/obligation::tag? value) (quote :bool)))) (def selfhost/obligation::bytes? (fn (value) ((selfhost/obligation::tag? value) (quote :bytes)))) (def selfhost/obligation::nil? core/list::is-nil?) (def selfhost/obligation::hash? (fn (value) (if (selfhost/obligation::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false))) (def selfhost/obligation::optional-hash? (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::hash? value)))) (def selfhost/obligation::optional-str? (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::str? value)))) (def selfhost/obligation::nonnegative-int? (fn (value) (if (selfhost/obligation::int? value) (if ((core/int::lt? value) 0) false true) false))) (def selfhost/obligation::optional-nonnegative-int? (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::nonnegative-int? value)))) (def selfhost/obligation::test-ok? (fn (test) (let ((sealed-error ((core/map::get test) (quote :sealed-error))) (actual-h ((core/map::get test) (quote :actual-h))) (expected-h ((core/map::get test) (quote :expected-h)))) (if sealed-error false (if (selfhost/obligation::nil? expected-h) true ((core/eq? actual-h) expected-h)))))) (def selfhost/obligation::unit-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 6) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (if (selfhost/obligation::hash? ((core/map::get test) (quote :actual-h))) (if (selfhost/obligation::optional-hash? ((core/map::get test) (quote :expected-h))) (if (selfhost/obligation::bool? ((core/map::get test) (quote :sealed-error))) (selfhost/obligation::optional-str? ((core/map::get test) (quote :log-artifact))) false) false) false) false) false) false) false))) (def selfhost/obligation::unit-test-report (fn (test) (let ((ok (selfhost/obligation::test-ok? test)) (log-artifact ((core/map::get test) (quote :log-artifact)))) (let ((base {:name ((core/map::get test) (quote :name)) :ok ok :suite ((core/map::get test) (quote :suite)) :value-h ((core/map::get test) (quote :actual-h))})) (let ((with-error (if ok base (((core/map::put base) (quote :error)) "test failed")))) (if (selfhost/obligation::nil? log-artifact) with-error (((core/map::put with-error) (quote :log-artifact)) log-artifact))))))) (def selfhost/obligation::unit-tests-loop (fn (tests) (fn (count) (fn (index) (fn (out) (fn (ok) (if ((core/int::eq? index) count) {:ok ok :tests out} (let ((test ((core/vec::get tests) index))) (if (selfhost/obligation::unit-test-valid? test) (let ((report (selfhost/obligation::unit-test-report test))) (((((selfhost/obligation::unit-tests-loop tests) count) ((core/int::add index) 1)) ((core/vec::push out) report)) (if ok ((core/map::get report) (quote :ok)) false))) (selfhost/obligation::error "unit-test observation must contain exactly valid :suite, :name, :actual-h, :expected-h, :sealed-error, and :log-artifact fields")))))))))) (def selfhost/obligation::unit-tests (fn (package) (fn (limits) (fn (tests) (if (if (selfhost/obligation::map? limits) ((core/int::eq? (core/map::len limits)) 0) false) (let ((state (((((selfhost/obligation::unit-tests-loop tests) (core/vec::len tests)) 0) []) true))) (if (core/error::is? state) state (let ((ok ((core/map::get state) (quote :ok))) (reports ((core/map::get state) (quote :tests)))) {:errors [] :kind selfhost/obligation::RESULT_KIND :name "core/obligation::unit-tests" :ok ok :operation (quote :unit-tests) :report {:kind "genesis/unit-tests-v0.2" :ok ok :package package :tests reports} :v 2}))) (selfhost/obligation::error ":unit-tests requires an empty :limits map")))))) (def selfhost/obligation::budget-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 5) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (if (selfhost/obligation::nonnegative-int? ((core/map::get test) (quote :steps))) (if (selfhost/obligation::nonnegative-int? ((core/map::get test) (quote :effect-entries))) (selfhost/obligation::nonnegative-int? ((core/map::get test) (quote :effect-log-bytes))) false) false) false) false) false) false))) (def selfhost/obligation::limit-exceeded? (fn (observed) (fn (limit) (if (selfhost/obligation::nil? limit) false ((core/int::lt? limit) observed))))) (def selfhost/obligation::budget-error (fn (suite) (fn (name) (fn (label) (fn (observed) (fn (limit) ((core/str::concat "test ") ((core/str::concat (core/sym::to-str suite)) ((core/str::concat "::") ((core/str::concat name) ((core/str::concat " exceeded ") ((core/str::concat label) ((core/str::concat ": ") ((core/str::concat (core/int::to-str observed)) ((core/str::concat " > ") (core/int::to-str limit)))))))))))))))) (def selfhost/obligation::budget-test (fn (test) (fn (limits) (let ((suite ((core/map::get test) (quote :suite))) (name ((core/map::get test) (quote :name))) (steps ((core/map::get test) (quote :steps))) (entries ((core/map::get test) (quote :effect-entries))) (log-bytes ((core/map::get test) (quote :effect-log-bytes))) (max-steps ((core/map::get limits) (quote :max-steps-per-test))) (max-entries ((core/map::get limits) (quote :max-effect-entries-per-test))) (max-log-bytes ((core/map::get limits) (quote :max-effect-log-bytes-per-test)))) (let ((step-bad ((selfhost/obligation::limit-exceeded? steps) max-steps)) (entry-bad ((selfhost/obligation::limit-exceeded? entries) max-entries)) (log-bad ((selfhost/obligation::limit-exceeded? log-bytes) max-log-bytes))) (let ((errors0 (if step-bad ((core/vec::push []) (((((selfhost/obligation::budget-error suite) name) "max_steps_per_test") steps) max-steps)) []))) (let ((errors1 (if entry-bad ((core/vec::push errors0) (((((selfhost/obligation::budget-error suite) name) "max_effect_entries_per_test") entries) max-entries)) errors0))) (let ((errors2 (if log-bad ((core/vec::push errors1) (((((selfhost/obligation::budget-error suite) name) "max_effect_log_bytes_per_test") log-bytes) max-log-bytes)) errors1))) {:errors errors2 :ok (if step-bad false (if entry-bad false (if log-bad false true))) :report {:effect-entries entries :effect-log-bytes log-bytes :name name :ok (if step-bad false (if entry-bad false (if log-bad false true))) :steps steps :suite suite}})))))))) (def selfhost/obligation::append-errors-loop (fn (source) (fn (count) (fn (index) (fn (out) (if ((core/int::eq? index) count) out ((((selfhost/obligation::append-errors-loop source) count) ((core/int::add index) 1)) ((core/vec::push out) ((core/vec::get source) index))))))))) (def selfhost/obligation::append-errors (fn (out) (fn (source) ((((selfhost/obligation::append-errors-loop source) (core/vec::len source)) 0) out)))) (def selfhost/obligation::budget-tests-loop (fn (tests) (fn (limits) (fn (count) (fn (index) (fn (reports) (fn (errors) (if ((core/int::eq? index) count) {:errors errors :reports reports} (let ((test ((core/vec::get tests) index))) (if (selfhost/obligation::budget-test-valid? test) (let ((decision ((selfhost/obligation::budget-test test) limits))) ((((((selfhost/obligation::budget-tests-loop tests) limits) count) ((core/int::add index) 1)) ((core/vec::push reports) ((core/map::get decision) (quote :report)))) ((selfhost/obligation::append-errors errors) ((core/map::get decision) (quote :errors))))) (selfhost/obligation::error "budget observation must contain exactly valid :suite, :name, :steps, :effect-entries, and :effect-log-bytes fields"))))))))))) (def selfhost/obligation::limits-valid? (fn (limits) (if (selfhost/obligation::map? limits) (if ((core/int::eq? (core/map::len limits)) 3) (if (selfhost/obligation::optional-nonnegative-int? ((core/map::get limits) (quote :max-steps-per-test))) (if (selfhost/obligation::optional-nonnegative-int? ((core/map::get limits) (quote :max-effect-entries-per-test))) (selfhost/obligation::optional-nonnegative-int? ((core/map::get limits) (quote :max-effect-log-bytes-per-test))) false) false) false) false))) (def selfhost/obligation::compact-limits (fn (limits) (let ((max-steps ((core/map::get limits) (quote :max-steps-per-test))) (max-entries ((core/map::get limits) (quote :max-effect-entries-per-test))) (max-log-bytes ((core/map::get limits) (quote :max-effect-log-bytes-per-test)))) (let ((out0 (if (selfhost/obligation::nil? max-steps) {} (((core/map::put {}) (quote :max-steps-per-test)) max-steps)))) (let ((out1 (if (selfhost/obligation::nil? max-entries) out0 (((core/map::put out0) (quote :max-effect-entries-per-test)) max-entries)))) (if (selfhost/obligation::nil? max-log-bytes) out1 (((core/map::put out1) (quote :max-effect-log-bytes-per-test)) max-log-bytes))))))) (def selfhost/obligation::budgets (fn (package) (fn (limits) (fn (tests) (if (selfhost/obligation::limits-valid? limits) (let ((state ((((((selfhost/obligation::budget-tests-loop tests) limits) (core/vec::len tests)) 0) []) []))) (if (core/error::is? state) state (let ((errors ((core/map::get state) (quote :errors))) (reports ((core/map::get state) (quote :reports)))) (let ((ok ((core/int::eq? (core/vec::len errors)) 0))) (let ((report0 {:kind "genesis/budgets-v0.2" :limits (selfhost/obligation::compact-limits limits) :ok ok :package package :tests reports})) (let ((report (if ok report0 (((core/map::put report0) (quote :errors)) errors)))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::budgets" :ok ok :operation (quote :budgets) :report report :v 2})))))) (selfhost/obligation::error ":budgets requires exactly three optional nonnegative integer limits")))))) (def selfhost/obligation::symbol-vector-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/obligation::sym? ((core/vec::get values) index)) ((selfhost/obligation::symbol-vector-valid-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/obligation::symbol-vector-valid? (fn (values) (if (selfhost/obligation::vec? values) ((selfhost/obligation::symbol-vector-valid-loop? values) 0) false))) (def selfhost/obligation::module-valid? (fn (module) (if (selfhost/obligation::map? module) (if ((core/int::eq? (core/map::len module)) 2) (if (selfhost/obligation::str? ((core/map::get module) (quote :path))) (selfhost/obligation::vec? ((core/map::get module) (quote :forms))) false) false) false))) (def selfhost/obligation::validate-modules-loop (fn (modules) (fn (index) (if ((core/int::eq? index) (core/vec::len modules)) true (if (selfhost/obligation::module-valid? ((core/vec::get modules) index)) ((selfhost/obligation::validate-modules-loop modules) ((core/int::add index) 1)) (selfhost/obligation::error "capability module observation must contain exactly valid :path and :forms fields")))))) (def selfhost/obligation::form-defines? (fn (form) (fn (suite) (if ((selfhost/obligation::tag? form) (quote :pair)) (let ((items (core/pair::as-proper-list form))) (if (selfhost/obligation::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((head ((core/vec::get items) 0)) (name ((core/vec::get items) 1))) (if (selfhost/obligation::sym? head) (if ((core/sym::eq? head) (quote def)) (if (selfhost/obligation::sym? name) ((core/sym::eq? name) suite) false) false) false)) false) false)) false)))) (def selfhost/obligation::forms-define-loop? (fn (forms) (fn (suite) (fn (index) (if ((core/int::eq? index) (core/vec::len forms)) false (if ((selfhost/obligation::form-defines? ((core/vec::get forms) index)) suite) true (((selfhost/obligation::forms-define-loop? forms) suite) ((core/int::add index) 1)))))))) (def selfhost/obligation::module-defines? (fn (module) (fn (suite) (((selfhost/obligation::forms-define-loop? ((core/map::get module) (quote :forms))) suite) 0)))) (def selfhost/obligation::find-suite-module-loop (fn (modules) (fn (suite) (fn (index) (if ((core/int::eq? index) (core/vec::len modules)) nil (let ((module ((core/vec::get modules) index))) (if (selfhost/obligation::module-valid? module) (if ((selfhost/obligation::module-defines? module) suite) module (((selfhost/obligation::find-suite-module-loop modules) suite) ((core/int::add index) 1))) (selfhost/obligation::error "capability module observation must contain exactly valid :path and :forms fields")))))))) (def selfhost/obligation::find-suite-module (fn (modules) (fn (suite) (((selfhost/obligation::find-suite-module-loop modules) suite) 0)))) (def selfhost/obligation::symbol-member-loop? (fn (values) (fn (needle) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) false (if ((core/sym::eq? ((core/vec::get values) index)) needle) true (((selfhost/obligation::symbol-member-loop? values) needle) ((core/int::add index) 1)))))))) (def selfhost/obligation::symbol-member? (fn (values) (fn (needle) (((selfhost/obligation::symbol-member-loop? values) needle) 0)))) (def selfhost/obligation::caps-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 3) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (selfhost/obligation::symbol-vector-valid? ((core/map::get test) (quote :used-ops))) false) false) false) false))) (def selfhost/obligation::undeclared-capability-error (fn (test) (fn (op) (fn (module) ((core/str::concat "test ") ((core/str::concat ((core/map::get test) (quote :name))) ((core/str::concat " used op ") ((core/str::concat (core/sym::to-str op)) ((core/str::concat " but module ") ((core/str::concat ((core/map::get module) (quote :path))) " did not declare it in :caps")))))))))) (def selfhost/obligation::caps-ops-loop (fn (test) (fn (module) (fn (declared) (fn (used) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len used)) errors (let ((op ((core/vec::get used) index))) ((((((selfhost/obligation::caps-ops-loop test) module) declared) used) ((core/int::add index) 1)) (if ((selfhost/obligation::symbol-member? declared) op) errors ((core/vec::push errors) (((selfhost/obligation::undeclared-capability-error test) op) module))))))))))))) (def selfhost/obligation::module-declared-caps (fn (module) (let ((meta (core/cli::module-meta ((core/map::get module) (quote :forms))))) (if (selfhost/obligation::map? meta) (let ((declared ((core/map::get meta) (quote :caps)))) (if (selfhost/obligation::symbol-vector-valid? declared) declared (selfhost/obligation::error ((core/str::concat "module ") ((core/str::concat ((core/map::get module) (quote :path))) " ::meta missing :caps"))))) (selfhost/obligation::error ((core/str::concat "module ") ((core/str::concat ((core/map::get module) (quote :path))) " missing ::meta for caps check"))))))) (def selfhost/obligation::caps-test-errors (fn (modules) (fn (test) (let ((suite ((core/map::get test) (quote :suite))) (module ((selfhost/obligation::find-suite-module modules) ((core/map::get test) (quote :suite))))) (if (core/error::is? module) module (if (selfhost/obligation::nil? module) ((core/vec::push []) ((core/str::concat "cannot find defining module for suite ") (core/sym::to-str suite))) (let ((declared (selfhost/obligation::module-declared-caps module))) (if (core/error::is? declared) declared ((((((selfhost/obligation::caps-ops-loop test) module) declared) ((core/map::get test) (quote :used-ops))) 0) []))))))))) (def selfhost/obligation::caps-tests-loop (fn (modules) (fn (tests) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len tests)) errors (let ((test ((core/vec::get tests) index))) (if (selfhost/obligation::caps-test-valid? test) (let ((next-errors ((selfhost/obligation::caps-test-errors modules) test))) (if (core/error::is? next-errors) next-errors ((((selfhost/obligation::caps-tests-loop modules) tests) ((core/int::add index) 1)) ((selfhost/obligation::append-errors errors) next-errors)))) (selfhost/obligation::error "capability test observation must contain exactly valid :suite, :name, and :used-ops fields"))))))))) (def selfhost/obligation::capabilities-declared (fn (package) (fn (inputs) (if (selfhost/obligation::map? inputs) (if ((core/int::eq? (core/map::len inputs)) 2) (let ((modules ((core/map::get inputs) (quote :modules))) (tests ((core/map::get inputs) (quote :tests)))) (if (if (selfhost/obligation::vec? modules) (selfhost/obligation::vec? tests) false) (let ((modules-valid ((selfhost/obligation::validate-modules-loop modules) 0))) (if (core/error::is? modules-valid) modules-valid (let ((errors ((((selfhost/obligation::caps-tests-loop modules) tests) 0) []))) (if (core/error::is? errors) errors (let ((ok ((core/int::eq? (core/vec::len errors)) 0))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::capabilities-declared" :ok ok :operation (quote :capabilities-declared) :report {:errors errors :kind "genesis/caps-declared-v0.2" :ok ok :package package} :v 2}))))) (selfhost/obligation::error ":capabilities-declared requires vector :modules and :tests inputs"))) (selfhost/obligation::error ":capabilities-declared inputs must contain exactly :modules and :tests")) (selfhost/obligation::error ":capabilities-declared inputs must be a map")))))] :module-h b"\xC8.\x17\x08\x8Ca\xB5\x871z\xB7cd\x0Br\xE4\xA0\xD6\xDD}}\xD6\xAE\x81.<\x19\xA8@r\r|" :path "selfhost/obligation_authority_core_v1.gc" :source "(def selfhost/obligation::REQUEST_KIND \"genesis/obligation-authority-request-v0.2\")\n(def selfhost/obligation::RESULT_KIND \"genesis/obligation-authority-result-v0.2\")\n\n(def selfhost/obligation::error\n (fn (message) ((core/error::make2 \"core/obligation/authority\") message)))\n\n(def selfhost/obligation::tag?\n (fn (value) (fn (tag) ((core/sym::eq? (core/data::tag value)) tag))))\n(def selfhost/obligation::map? (fn (value) ((selfhost/obligation::tag? value) (quote :map))))\n(def selfhost/obligation::vec? (fn (value) ((selfhost/obligation::tag? value) (quote :vec))))\n(def selfhost/obligation::str? (fn (value) ((selfhost/obligation::tag? value) (quote :str))))\n(def selfhost/obligation::sym? (fn (value) ((selfhost/obligation::tag? value) (quote :sym))))\n(def selfhost/obligation::int? (fn (value) ((selfhost/obligation::tag? value) (quote :int))))\n(def selfhost/obligation::bool? (fn (value) ((selfhost/obligation::tag? value) (quote :bool))))\n(def selfhost/obligation::bytes? (fn (value) ((selfhost/obligation::tag? value) (quote :bytes))))\n(def selfhost/obligation::nil? core/list::is-nil?)\n\n(def selfhost/obligation::hash?\n (fn (value)\n (if (selfhost/obligation::bytes? value)\n ((core/int::eq? (core/bytes::len value)) 32)\n false)))\n\n(def selfhost/obligation::optional-hash?\n (fn (value)\n (if (selfhost/obligation::nil? value) true (selfhost/obligation::hash? value))))\n\n(def selfhost/obligation::optional-str?\n (fn (value)\n (if (selfhost/obligation::nil? value) true (selfhost/obligation::str? value))))\n\n(def selfhost/obligation::nonnegative-int?\n (fn (value)\n (if (selfhost/obligation::int? value)\n (if ((core/int::lt? value) 0) false true)\n false)))\n\n(def selfhost/obligation::optional-nonnegative-int?\n (fn (value)\n (if (selfhost/obligation::nil? value)\n true\n (selfhost/obligation::nonnegative-int? value))))\n\n(def selfhost/obligation::test-ok?\n (fn (test)\n (let\n ((sealed-error ((core/map::get test) (quote :sealed-error)))\n (actual-h ((core/map::get test) (quote :actual-h)))\n (expected-h ((core/map::get test) (quote :expected-h))))\n (if sealed-error\n false\n (if (selfhost/obligation::nil? expected-h)\n true\n ((core/eq? actual-h) expected-h))))))\n\n(def selfhost/obligation::unit-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 6)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (if (selfhost/obligation::hash? ((core/map::get test) (quote :actual-h)))\n (if (selfhost/obligation::optional-hash? ((core/map::get test) (quote :expected-h)))\n (if (selfhost/obligation::bool? ((core/map::get test) (quote :sealed-error)))\n (selfhost/obligation::optional-str?\n ((core/map::get test) (quote :log-artifact)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::unit-test-report\n (fn (test)\n (let\n ((ok (selfhost/obligation::test-ok? test))\n (log-artifact ((core/map::get test) (quote :log-artifact))))\n (let\n ((base\n {:name ((core/map::get test) (quote :name))\n :ok ok\n :suite ((core/map::get test) (quote :suite))\n :value-h ((core/map::get test) (quote :actual-h))}))\n (let\n ((with-error\n (if ok\n base\n (((core/map::put base) (quote :error)) \"test failed\"))))\n (if (selfhost/obligation::nil? log-artifact)\n with-error\n (((core/map::put with-error) (quote :log-artifact)) log-artifact)))))))\n\n(def selfhost/obligation::unit-tests-loop\n (fn (tests)\n (fn (count)\n (fn (index)\n (fn (out)\n (fn (ok)\n (if ((core/int::eq? index) count)\n {:ok ok :tests out}\n (let ((test ((core/vec::get tests) index)))\n (if (selfhost/obligation::unit-test-valid? test)\n (let ((report (selfhost/obligation::unit-test-report test)))\n (((((selfhost/obligation::unit-tests-loop tests) count)\n ((core/int::add index) 1))\n ((core/vec::push out) report))\n (if ok ((core/map::get report) (quote :ok)) false)))\n (selfhost/obligation::error\n \"unit-test observation must contain exactly valid :suite, :name, :actual-h, :expected-h, :sealed-error, and :log-artifact fields\"))))))))))\n\n(def selfhost/obligation::unit-tests\n (fn (package)\n (fn (limits)\n (fn (tests)\n (if (if (selfhost/obligation::map? limits)\n ((core/int::eq? (core/map::len limits)) 0)\n false)\n (let ((state (((((selfhost/obligation::unit-tests-loop tests)\n (core/vec::len tests)) 0) []) true)))\n (if (core/error::is? state)\n state\n (let\n ((ok ((core/map::get state) (quote :ok)))\n (reports ((core/map::get state) (quote :tests))))\n {:errors []\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::unit-tests\"\n :ok ok\n :operation (quote :unit-tests)\n :report\n {:kind \"genesis/unit-tests-v0.2\"\n :ok ok\n :package package\n :tests reports}\n :v 2})))\n (selfhost/obligation::error \":unit-tests requires an empty :limits map\"))))))\n\n(def selfhost/obligation::budget-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 5)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (if (selfhost/obligation::nonnegative-int? ((core/map::get test) (quote :steps)))\n (if (selfhost/obligation::nonnegative-int?\n ((core/map::get test) (quote :effect-entries)))\n (selfhost/obligation::nonnegative-int?\n ((core/map::get test) (quote :effect-log-bytes)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::limit-exceeded?\n (fn (observed)\n (fn (limit)\n (if (selfhost/obligation::nil? limit)\n false\n ((core/int::lt? limit) observed)))))\n\n(def selfhost/obligation::budget-error\n (fn (suite)\n (fn (name)\n (fn (label)\n (fn (observed)\n (fn (limit)\n ((core/str::concat \"test \")\n ((core/str::concat (core/sym::to-str suite))\n ((core/str::concat \"::\")\n ((core/str::concat name)\n ((core/str::concat \" exceeded \")\n ((core/str::concat label)\n ((core/str::concat \": \")\n ((core/str::concat (core/int::to-str observed))\n ((core/str::concat \" > \") (core/int::to-str limit))))))))))))))))\n\n(def selfhost/obligation::budget-test\n (fn (test)\n (fn (limits)\n (let\n ((suite ((core/map::get test) (quote :suite)))\n (name ((core/map::get test) (quote :name)))\n (steps ((core/map::get test) (quote :steps)))\n (entries ((core/map::get test) (quote :effect-entries)))\n (log-bytes ((core/map::get test) (quote :effect-log-bytes)))\n (max-steps ((core/map::get limits) (quote :max-steps-per-test)))\n (max-entries ((core/map::get limits) (quote :max-effect-entries-per-test)))\n (max-log-bytes ((core/map::get limits) (quote :max-effect-log-bytes-per-test))))\n (let\n ((step-bad ((selfhost/obligation::limit-exceeded? steps) max-steps))\n (entry-bad ((selfhost/obligation::limit-exceeded? entries) max-entries))\n (log-bad ((selfhost/obligation::limit-exceeded? log-bytes) max-log-bytes)))\n (let\n ((errors0\n (if step-bad\n ((core/vec::push [])\n (((((selfhost/obligation::budget-error suite) name)\n \"max_steps_per_test\") steps) max-steps))\n [])))\n (let\n ((errors1\n (if entry-bad\n ((core/vec::push errors0)\n (((((selfhost/obligation::budget-error suite) name)\n \"max_effect_entries_per_test\") entries) max-entries))\n errors0)))\n (let\n ((errors2\n (if log-bad\n ((core/vec::push errors1)\n (((((selfhost/obligation::budget-error suite) name)\n \"max_effect_log_bytes_per_test\") log-bytes) max-log-bytes))\n errors1)))\n {:errors errors2\n :ok (if step-bad false (if entry-bad false (if log-bad false true)))\n :report\n {:effect-entries entries\n :effect-log-bytes log-bytes\n :name name\n :ok (if step-bad false (if entry-bad false (if log-bad false true)))\n :steps steps\n :suite suite}}))))))))\n\n(def selfhost/obligation::append-errors-loop\n (fn (source)\n (fn (count)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) count)\n out\n ((((selfhost/obligation::append-errors-loop source) count)\n ((core/int::add index) 1))\n ((core/vec::push out) ((core/vec::get source) index)))))))))\n\n(def selfhost/obligation::append-errors\n (fn (out)\n (fn (source)\n ((((selfhost/obligation::append-errors-loop source) (core/vec::len source)) 0) out))))\n\n(def selfhost/obligation::budget-tests-loop\n (fn (tests)\n (fn (limits)\n (fn (count)\n (fn (index)\n (fn (reports)\n (fn (errors)\n (if ((core/int::eq? index) count)\n {:errors errors :reports reports}\n (let ((test ((core/vec::get tests) index)))\n (if (selfhost/obligation::budget-test-valid? test)\n (let ((decision ((selfhost/obligation::budget-test test) limits)))\n ((((((selfhost/obligation::budget-tests-loop tests) limits) count)\n ((core/int::add index) 1))\n ((core/vec::push reports)\n ((core/map::get decision) (quote :report))))\n ((selfhost/obligation::append-errors errors)\n ((core/map::get decision) (quote :errors)))))\n (selfhost/obligation::error\n \"budget observation must contain exactly valid :suite, :name, :steps, :effect-entries, and :effect-log-bytes fields\")))))))))))\n\n(def selfhost/obligation::limits-valid?\n (fn (limits)\n (if (selfhost/obligation::map? limits)\n (if ((core/int::eq? (core/map::len limits)) 3)\n (if (selfhost/obligation::optional-nonnegative-int?\n ((core/map::get limits) (quote :max-steps-per-test)))\n (if (selfhost/obligation::optional-nonnegative-int?\n ((core/map::get limits) (quote :max-effect-entries-per-test)))\n (selfhost/obligation::optional-nonnegative-int?\n ((core/map::get limits) (quote :max-effect-log-bytes-per-test)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::compact-limits\n (fn (limits)\n (let\n ((max-steps ((core/map::get limits) (quote :max-steps-per-test)))\n (max-entries ((core/map::get limits) (quote :max-effect-entries-per-test)))\n (max-log-bytes ((core/map::get limits) (quote :max-effect-log-bytes-per-test))))\n (let\n ((out0\n (if (selfhost/obligation::nil? max-steps)\n {}\n (((core/map::put {}) (quote :max-steps-per-test)) max-steps))))\n (let\n ((out1\n (if (selfhost/obligation::nil? max-entries)\n out0\n (((core/map::put out0) (quote :max-effect-entries-per-test)) max-entries))))\n (if (selfhost/obligation::nil? max-log-bytes)\n out1\n (((core/map::put out1) (quote :max-effect-log-bytes-per-test)) max-log-bytes)))))))\n\n(def selfhost/obligation::budgets\n (fn (package)\n (fn (limits)\n (fn (tests)\n (if (selfhost/obligation::limits-valid? limits)\n (let ((state ((((((selfhost/obligation::budget-tests-loop tests) limits)\n (core/vec::len tests)) 0) []) [])))\n (if (core/error::is? state)\n state\n (let\n ((errors ((core/map::get state) (quote :errors)))\n (reports ((core/map::get state) (quote :reports))))\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n (let\n ((report0\n {:kind \"genesis/budgets-v0.2\"\n :limits (selfhost/obligation::compact-limits limits)\n :ok ok\n :package package\n :tests reports}))\n (let\n ((report\n (if ok\n report0\n (((core/map::put report0) (quote :errors)) errors))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::budgets\"\n :ok ok\n :operation (quote :budgets)\n :report report\n :v 2}))))))\n (selfhost/obligation::error\n \":budgets requires exactly three optional nonnegative integer limits\"))))))\n\n(def selfhost/obligation::symbol-vector-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/obligation::sym? ((core/vec::get values) index))\n ((selfhost/obligation::symbol-vector-valid-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/obligation::symbol-vector-valid?\n (fn (values)\n (if (selfhost/obligation::vec? values)\n ((selfhost/obligation::symbol-vector-valid-loop? values) 0)\n false)))\n\n(def selfhost/obligation::module-valid?\n (fn (module)\n (if (selfhost/obligation::map? module)\n (if ((core/int::eq? (core/map::len module)) 2)\n (if (selfhost/obligation::str? ((core/map::get module) (quote :path)))\n (selfhost/obligation::vec? ((core/map::get module) (quote :forms)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::validate-modules-loop\n (fn (modules)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len modules))\n true\n (if (selfhost/obligation::module-valid? ((core/vec::get modules) index))\n ((selfhost/obligation::validate-modules-loop modules) ((core/int::add index) 1))\n (selfhost/obligation::error\n \"capability module observation must contain exactly valid :path and :forms fields\"))))))\n\n(def selfhost/obligation::form-defines?\n (fn (form)\n (fn (suite)\n (if ((selfhost/obligation::tag? form) (quote :pair))\n (let ((items (core/pair::as-proper-list form)))\n (if (selfhost/obligation::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let\n ((head ((core/vec::get items) 0))\n (name ((core/vec::get items) 1)))\n (if (selfhost/obligation::sym? head)\n (if ((core/sym::eq? head) (quote def))\n (if (selfhost/obligation::sym? name)\n ((core/sym::eq? name) suite)\n false)\n false)\n false))\n false)\n false))\n false))))\n\n(def selfhost/obligation::forms-define-loop?\n (fn (forms)\n (fn (suite)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len forms))\n false\n (if ((selfhost/obligation::form-defines? ((core/vec::get forms) index)) suite)\n true\n (((selfhost/obligation::forms-define-loop? forms) suite)\n ((core/int::add index) 1))))))))\n\n(def selfhost/obligation::module-defines?\n (fn (module)\n (fn (suite)\n (((selfhost/obligation::forms-define-loop?\n ((core/map::get module) (quote :forms))) suite) 0))))\n\n(def selfhost/obligation::find-suite-module-loop\n (fn (modules)\n (fn (suite)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len modules))\n nil\n (let ((module ((core/vec::get modules) index)))\n (if (selfhost/obligation::module-valid? module)\n (if ((selfhost/obligation::module-defines? module) suite)\n module\n (((selfhost/obligation::find-suite-module-loop modules) suite)\n ((core/int::add index) 1)))\n (selfhost/obligation::error\n \"capability module observation must contain exactly valid :path and :forms fields\"))))))))\n\n(def selfhost/obligation::find-suite-module\n (fn (modules)\n (fn (suite)\n (((selfhost/obligation::find-suite-module-loop modules) suite) 0))))\n\n(def selfhost/obligation::symbol-member-loop?\n (fn (values)\n (fn (needle)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n false\n (if ((core/sym::eq? ((core/vec::get values) index)) needle)\n true\n (((selfhost/obligation::symbol-member-loop? values) needle)\n ((core/int::add index) 1))))))))\n\n(def selfhost/obligation::symbol-member?\n (fn (values)\n (fn (needle)\n (((selfhost/obligation::symbol-member-loop? values) needle) 0))))\n\n(def selfhost/obligation::caps-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 3)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (selfhost/obligation::symbol-vector-valid?\n ((core/map::get test) (quote :used-ops)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::undeclared-capability-error\n (fn (test)\n (fn (op)\n (fn (module)\n ((core/str::concat \"test \")\n ((core/str::concat ((core/map::get test) (quote :name)))\n ((core/str::concat \" used op \")\n ((core/str::concat (core/sym::to-str op))\n ((core/str::concat \" but module \")\n ((core/str::concat ((core/map::get module) (quote :path)))\n \" did not declare it in :caps\"))))))))))\n\n(def selfhost/obligation::caps-ops-loop\n (fn (test)\n (fn (module)\n (fn (declared)\n (fn (used)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len used))\n errors\n (let ((op ((core/vec::get used) index)))\n ((((((selfhost/obligation::caps-ops-loop test) module) declared) used)\n ((core/int::add index) 1))\n (if ((selfhost/obligation::symbol-member? declared) op)\n errors\n ((core/vec::push errors)\n (((selfhost/obligation::undeclared-capability-error test) op) module)))))))))))))\n\n(def selfhost/obligation::module-declared-caps\n (fn (module)\n (let ((meta (core/cli::module-meta ((core/map::get module) (quote :forms)))))\n (if (selfhost/obligation::map? meta)\n (let ((declared ((core/map::get meta) (quote :caps))))\n (if (selfhost/obligation::symbol-vector-valid? declared)\n declared\n (selfhost/obligation::error\n ((core/str::concat \"module \")\n ((core/str::concat ((core/map::get module) (quote :path)))\n \" ::meta missing :caps\")))))\n (selfhost/obligation::error\n ((core/str::concat \"module \")\n ((core/str::concat ((core/map::get module) (quote :path)))\n \" missing ::meta for caps check\")))))))\n\n(def selfhost/obligation::caps-test-errors\n (fn (modules)\n (fn (test)\n (let\n ((suite ((core/map::get test) (quote :suite)))\n (module ((selfhost/obligation::find-suite-module modules)\n ((core/map::get test) (quote :suite)))))\n (if (core/error::is? module)\n module\n (if (selfhost/obligation::nil? module)\n ((core/vec::push [])\n ((core/str::concat \"cannot find defining module for suite \")\n (core/sym::to-str suite)))\n (let ((declared (selfhost/obligation::module-declared-caps module)))\n (if (core/error::is? declared)\n declared\n ((((((selfhost/obligation::caps-ops-loop test) module) declared)\n ((core/map::get test) (quote :used-ops))) 0) [])))))))))\n\n(def selfhost/obligation::caps-tests-loop\n (fn (modules)\n (fn (tests)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n errors\n (let ((test ((core/vec::get tests) index)))\n (if (selfhost/obligation::caps-test-valid? test)\n (let ((next-errors ((selfhost/obligation::caps-test-errors modules) test)))\n (if (core/error::is? next-errors)\n next-errors\n ((((selfhost/obligation::caps-tests-loop modules) tests)\n ((core/int::add index) 1))\n ((selfhost/obligation::append-errors errors) next-errors))))\n (selfhost/obligation::error\n \"capability test observation must contain exactly valid :suite, :name, and :used-ops fields\")))))))))\n\n(def selfhost/obligation::capabilities-declared\n (fn (package)\n (fn (inputs)\n (if (selfhost/obligation::map? inputs)\n (if ((core/int::eq? (core/map::len inputs)) 2)\n (let\n ((modules ((core/map::get inputs) (quote :modules)))\n (tests ((core/map::get inputs) (quote :tests))))\n (if (if (selfhost/obligation::vec? modules) (selfhost/obligation::vec? tests) false)\n (let ((modules-valid ((selfhost/obligation::validate-modules-loop modules) 0)))\n (if (core/error::is? modules-valid)\n modules-valid\n (let ((errors ((((selfhost/obligation::caps-tests-loop modules) tests) 0) [])))\n (if (core/error::is? errors)\n errors\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::capabilities-declared\"\n :ok ok\n :operation (quote :capabilities-declared)\n :report\n {:errors errors\n :kind \"genesis/caps-declared-v0.2\"\n :ok ok\n :package package}\n :v 2})))))\n (selfhost/obligation::error\n \":capabilities-declared requires vector :modules and :tests inputs\")))\n (selfhost/obligation::error\n \":capabilities-declared inputs must contain exactly :modules and :tests\"))\n (selfhost/obligation::error \":capabilities-declared inputs must be a map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"|xk1\x97list ((core/vec::push ((core/vec::push []) (quote quote))) next-meta)))) (let ((next-form (selfhost/canon::vec->list ((core/vec::push ((core/vec::push ((core/vec::push []) (quote def))) (quote ::meta))) quoted)))) (let ((selector ((core/vec::push ((core/vec::push []) (quote :form))) index))) (let ((op {:module-path path :new next-form :op (quote :replace-node) :path ((core/vec::push []) selector)})) (let ((patch {:intent "lint/autofix-types" :ops ((core/vec::push []) op) :provenance {:generated-by "core/obligation::lint" :module-path path :reasons reasons} :version 1})) (let ((hash (selfhost/obligation::artifact-hash-term patch))) (if (core/error::is? hash) hash {:artifact {:hash hash :term patch} :hash hash :reasons reasons})))))))))))))) (def selfhost/obligation::lint-autofix-types (fn (path) (fn (found) (fn (meta) (fn (exports) (fn (types0) (let ((missing-types-map (if (selfhost/obligation::map? types0) false true)) (filled ((((selfhost/obligation::lint-fill-types-loop exports) 0) (if (selfhost/obligation::map? types0) types0 {})) false))) (let ((added ((core/map::get filled) (quote :added))) (types ((core/map::get filled) (quote :types)))) (if (if missing-types-map true added) (let ((reasons0 (if missing-types-map ((core/vec::push []) "editor/lint/missing-types-map") []))) (((((selfhost/obligation::lint-autofix-patch path) ((core/map::get found) (quote :index))) meta) types) (if added ((core/vec::push reasons0) "editor/lint/missing-type") reasons0))) nil))))))))) (def selfhost/obligation::lint-autofix (fn (path) (fn (forms) (let ((found ((selfhost/obligation::lint-find-meta-loop forms) 0))) (if (selfhost/obligation::nil? found) nil (let ((meta ((core/map::get found) (quote :meta)))) (let ((exports0 ((core/map::get meta) (quote :exports)))) (if (selfhost/obligation::vec? exports0) (((((selfhost/obligation::lint-autofix-types path) found) meta) (((selfhost/obligation::lint-symbol-exports-loop exports0) 0) [])) ((core/map::get meta) (quote :types))) nil)))))))) (def selfhost/obligation::lint-diag-error? (fn (diag) (let ((level ((core/map::get diag) (quote :level)))) (if (selfhost/obligation::sym? level) (if ((core/sym::eq? level) (quote :error)) true ((core/sym::eq? level) (quote error))) (if (selfhost/obligation::str? level) (if ((core/eq? level) ":error") true ((core/eq? level) "error")) false))))) (def selfhost/obligation::lint-diag-code (fn (diag) (let ((code ((core/map::get diag) (quote :code)))) (if (selfhost/obligation::str? code) code (if (selfhost/obligation::sym? code) (core/sym::to-str code) "editor/lint/error"))))) (def selfhost/obligation::lint-diag-message (fn (diag) (let ((message ((core/map::get diag) (quote :msg)))) (if (selfhost/obligation::str? message) message "lint error")))) (def selfhost/obligation::lint-error (fn (path) (fn (diag) ((core/str::concat path) ((core/str::concat ": ") ((core/str::concat (selfhost/obligation::lint-diag-code diag)) ((core/str::concat ": ") (selfhost/obligation::lint-diag-message diag)))))))) (def selfhost/obligation::lint-errors-loop (fn (path) (fn (diagnostics) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len diagnostics)) errors (let ((diag ((core/vec::get diagnostics) index))) ((((selfhost/obligation::lint-errors-loop path) diagnostics) ((core/int::add index) 1)) (if (if (selfhost/obligation::map? diag) (selfhost/obligation::lint-diag-error? diag) false) ((core/vec::push errors) ((selfhost/obligation::lint-error path) diag)) errors))))))))) (def selfhost/obligation::lint-module (fn (module) (let ((path ((core/map::get module) (quote :path))) (forms ((core/map::get module) (quote :forms)))) (let ((diagnostics ((core/editor/lint::lint-module path) forms))) (if (selfhost/obligation::vec? diagnostics) (let ((autofix ((selfhost/obligation::lint-autofix path) forms)) (errors ((((selfhost/obligation::lint-errors-loop path) diagnostics) 0) []))) (if (core/error::is? autofix) autofix {:artifact (if (selfhost/obligation::nil? autofix) nil ((core/map::get autofix) (quote :artifact))) :autofix (if (selfhost/obligation::nil? autofix) nil {:patch ((core/map::get autofix) (quote :hash)) :path path :reasons ((core/map::get autofix) (quote :reasons))}) :errors errors :report {:autofix-patch (if (selfhost/obligation::nil? autofix) nil ((core/map::get autofix) (quote :hash))) :diagnostics diagnostics :path path}})) (selfhost/obligation::error "lint result must be vector diagnostics")))))) (def selfhost/obligation::lint-modules-loop (fn (modules) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len modules)) state (let ((result (selfhost/obligation::lint-module ((core/vec::get modules) index)))) (if (core/error::is? result) result (((selfhost/obligation::lint-modules-loop modules) ((core/int::add index) 1)) {:artifacts (if (selfhost/obligation::nil? ((core/map::get result) (quote :artifact))) ((core/map::get state) (quote :artifacts)) ((core/vec::push ((core/map::get state) (quote :artifacts))) ((core/map::get result) (quote :artifact)))) :autofixes (if (selfhost/obligation::nil? ((core/map::get result) (quote :autofix))) ((core/map::get state) (quote :autofixes)) ((core/vec::push ((core/map::get state) (quote :autofixes))) ((core/map::get result) (quote :autofix)))) :errors ((selfhost/obligation::append-errors ((core/map::get state) (quote :errors))) ((core/map::get result) (quote :errors))) :modules ((core/vec::push ((core/map::get state) (quote :modules))) ((core/map::get result) (quote :report)))})))))))) (def selfhost/obligation::lint-build (fn (package) (fn (modules) (let ((state (((selfhost/obligation::lint-modules-loop modules) 0) {:artifacts [] :autofixes [] :errors [] :modules []}))) (if (core/error::is? state) state (let ((errors ((core/map::get state) (quote :errors))) (ok ((core/int::eq? (core/vec::len ((core/map::get state) (quote :errors)))) 0))) {:artifacts ((core/map::get state) (quote :artifacts)) :errors errors :report {:autofix-patches ((core/map::get state) (quote :autofixes)) :errors errors :kind "genesis/lints-v0.2" :modules ((core/map::get state) (quote :modules)) :obligation "core/obligation::lint" :ok ok :package package}})))))) (def selfhost/obligation::lint (fn (package) (fn (inputs) (if (if (selfhost/obligation::map? inputs) ((core/int::eq? (core/map::len inputs)) 1) false) (let ((modules ((core/map::get inputs) (quote :modules)))) (if (selfhost/obligation::vec? modules) (let ((valid ((selfhost/obligation::validate-modules-loop modules) 0))) (if (core/error::is? valid) valid (let ((built ((selfhost/obligation::lint-build package) modules))) (if (core/error::is? built) built (let ((errors ((core/map::get built) (quote :errors))) (report ((core/map::get built) (quote :report)))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::lint" :ok ((core/map::get report) (quote :ok)) :operation (quote :lint) :report {:artifact-terms ((core/map::get built) (quote :artifacts)) :final report} :v 2}))))) (selfhost/obligation::error ":lint :modules input must be a vector"))) (selfhost/obligation::error ":lint inputs must contain exactly :modules")))))] :module-h b"7\xEB\xDAJV\xF5WK8\x19c\xB3\xCCM\x19\xF0\xED\xB0\x06\xB9s\xA5\xAD\x17\x04\xFB\xFA\xAEh\x97\xE1\x15" :path "selfhost/obligation_authority_lint_v1.gc" :source "(def selfhost/obligation::artifact-hash-term\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (if (core/error::is? printed)\n printed\n (let ((bytes (core/str::to-utf8 printed)))\n (if (core/error::is? bytes)\n bytes\n (let ((digest (core/crypto::blake3 bytes)))\n (if (core/error::is? digest) digest (core/bytes::to-hex digest)))))))))\n\n(def selfhost/obligation::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key)\n true\n (((selfhost/obligation::map-has-key-loop? entries) key)\n ((core/int::add index) 1))))))))\n\n(def selfhost/obligation::map-has-key?\n (fn (map)\n (fn (key)\n (((selfhost/obligation::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/obligation::lint-find-meta-loop\n (fn (forms)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len forms))\n nil\n (let ((form ((core/vec::get forms) index)))\n (let ((name (core/editor/lint::def-name-or-nil form)))\n (if (if (selfhost/obligation::sym? name)\n ((core/sym::eq? name) (quote ::meta))\n false)\n (let ((expr (core/editor/lint::def-expr-or-nil form)))\n (if (core/editor/lint::pair? expr)\n (let ((items (core/pair::as-proper-list expr)))\n (if (if (selfhost/obligation::vec? items)\n ((core/int::eq? (core/vec::len items)) 2)\n false)\n (let\n ((head ((core/vec::get items) 0))\n (value ((core/vec::get items) 1)))\n (if (if (selfhost/obligation::sym? head)\n ((core/sym::eq? head) (quote quote))\n false)\n (if (selfhost/obligation::map? value)\n {:index index :meta value}\n nil)\n nil))\n nil))\n nil))\n ((selfhost/obligation::lint-find-meta-loop forms)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/obligation::lint-symbol-exports-loop\n (fn (exports)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len exports))\n out\n (let ((export ((core/vec::get exports) index)))\n (((selfhost/obligation::lint-symbol-exports-loop exports)\n ((core/int::add index) 1))\n (if (selfhost/obligation::sym? export)\n ((core/vec::push out) export)\n out))))))))\n\n(def selfhost/obligation::lint-fill-types-loop\n (fn (exports)\n (fn (index)\n (fn (types)\n (fn (added)\n (if ((core/int::eq? index) (core/vec::len exports))\n {:added added :types types}\n (let ((export ((core/vec::get exports) index)))\n (((((selfhost/obligation::lint-fill-types-loop exports)\n ((core/int::add index) 1))\n (if ((selfhost/obligation::map-has-key? types) export)\n types\n (((core/map::put types) export) (quote ?))))\n (if ((selfhost/obligation::map-has-key? types) export) added true))))))))))\n\n(def selfhost/obligation::lint-autofix-patch\n (fn (path)\n (fn (index)\n (fn (meta)\n (fn (types)\n (fn (reasons)\n (let ((next-meta (((core/map::put meta) (quote :types)) types)))\n (let\n ((quoted\n (selfhost/canon::vec->list\n ((core/vec::push ((core/vec::push []) (quote quote))) next-meta))))\n (let\n ((next-form\n (selfhost/canon::vec->list\n ((core/vec::push\n ((core/vec::push\n ((core/vec::push []) (quote def)))\n (quote ::meta)))\n quoted))))\n (let\n ((selector\n ((core/vec::push\n ((core/vec::push []) (quote :form))) index)))\n (let\n ((op\n {:module-path path\n :new next-form\n :op (quote :replace-node)\n :path ((core/vec::push []) selector)}))\n (let\n ((patch\n {:intent \"lint/autofix-types\"\n :ops ((core/vec::push []) op)\n :provenance\n {:generated-by \"core/obligation::lint\"\n :module-path path\n :reasons reasons}\n :version 1}))\n (let ((hash (selfhost/obligation::artifact-hash-term patch)))\n (if (core/error::is? hash)\n hash\n {:artifact {:hash hash :term patch}\n :hash hash\n :reasons reasons}))))))))))))))\n\n(def selfhost/obligation::lint-autofix-types\n (fn (path)\n (fn (found)\n (fn (meta)\n (fn (exports)\n (fn (types0)\n (let\n ((missing-types-map (if (selfhost/obligation::map? types0) false true))\n (filled\n ((((selfhost/obligation::lint-fill-types-loop exports) 0)\n (if (selfhost/obligation::map? types0) types0 {})) false)))\n (let\n ((added ((core/map::get filled) (quote :added)))\n (types ((core/map::get filled) (quote :types))))\n (if (if missing-types-map true added)\n (let\n ((reasons0\n (if missing-types-map\n ((core/vec::push []) \"editor/lint/missing-types-map\")\n [])))\n (((((selfhost/obligation::lint-autofix-patch path)\n ((core/map::get found) (quote :index)))\n meta)\n types)\n (if added\n ((core/vec::push reasons0) \"editor/lint/missing-type\")\n reasons0)))\n nil)))))))))\n\n(def selfhost/obligation::lint-autofix\n (fn (path)\n (fn (forms)\n (let ((found ((selfhost/obligation::lint-find-meta-loop forms) 0)))\n (if (selfhost/obligation::nil? found)\n nil\n (let ((meta ((core/map::get found) (quote :meta))))\n (let ((exports0 ((core/map::get meta) (quote :exports))))\n (if (selfhost/obligation::vec? exports0)\n (((((selfhost/obligation::lint-autofix-types path) found) meta)\n (((selfhost/obligation::lint-symbol-exports-loop exports0) 0) []))\n ((core/map::get meta) (quote :types)))\n nil))))))))\n\n(def selfhost/obligation::lint-diag-error?\n (fn (diag)\n (let ((level ((core/map::get diag) (quote :level))))\n (if (selfhost/obligation::sym? level)\n (if ((core/sym::eq? level) (quote :error))\n true\n ((core/sym::eq? level) (quote error)))\n (if (selfhost/obligation::str? level)\n (if ((core/eq? level) \":error\") true ((core/eq? level) \"error\"))\n false)))))\n\n(def selfhost/obligation::lint-diag-code\n (fn (diag)\n (let ((code ((core/map::get diag) (quote :code))))\n (if (selfhost/obligation::str? code)\n code\n (if (selfhost/obligation::sym? code)\n (core/sym::to-str code)\n \"editor/lint/error\")))))\n\n(def selfhost/obligation::lint-diag-message\n (fn (diag)\n (let ((message ((core/map::get diag) (quote :msg))))\n (if (selfhost/obligation::str? message) message \"lint error\"))))\n\n(def selfhost/obligation::lint-error\n (fn (path)\n (fn (diag)\n ((core/str::concat path)\n ((core/str::concat \": \")\n ((core/str::concat (selfhost/obligation::lint-diag-code diag))\n ((core/str::concat \": \")\n (selfhost/obligation::lint-diag-message diag))))))))\n\n(def selfhost/obligation::lint-errors-loop\n (fn (path)\n (fn (diagnostics)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len diagnostics))\n errors\n (let ((diag ((core/vec::get diagnostics) index)))\n ((((selfhost/obligation::lint-errors-loop path) diagnostics)\n ((core/int::add index) 1))\n (if (if (selfhost/obligation::map? diag)\n (selfhost/obligation::lint-diag-error? diag)\n false)\n ((core/vec::push errors)\n ((selfhost/obligation::lint-error path) diag))\n errors)))))))))\n\n(def selfhost/obligation::lint-module\n (fn (module)\n (let\n ((path ((core/map::get module) (quote :path)))\n (forms ((core/map::get module) (quote :forms))))\n (let ((diagnostics ((core/editor/lint::lint-module path) forms)))\n (if (selfhost/obligation::vec? diagnostics)\n (let\n ((autofix ((selfhost/obligation::lint-autofix path) forms))\n (errors ((((selfhost/obligation::lint-errors-loop path) diagnostics) 0) [])))\n (if (core/error::is? autofix)\n autofix\n {:artifact (if (selfhost/obligation::nil? autofix)\n nil\n ((core/map::get autofix) (quote :artifact)))\n :autofix\n (if (selfhost/obligation::nil? autofix)\n nil\n {:patch ((core/map::get autofix) (quote :hash))\n :path path\n :reasons ((core/map::get autofix) (quote :reasons))})\n :errors errors\n :report\n {:autofix-patch\n (if (selfhost/obligation::nil? autofix)\n nil\n ((core/map::get autofix) (quote :hash)))\n :diagnostics diagnostics\n :path path}}))\n (selfhost/obligation::error \"lint result must be vector diagnostics\"))))))\n\n(def selfhost/obligation::lint-modules-loop\n (fn (modules)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len modules))\n state\n (let ((result (selfhost/obligation::lint-module ((core/vec::get modules) index))))\n (if (core/error::is? result)\n result\n (((selfhost/obligation::lint-modules-loop modules)\n ((core/int::add index) 1))\n {:artifacts\n (if (selfhost/obligation::nil?\n ((core/map::get result) (quote :artifact)))\n ((core/map::get state) (quote :artifacts))\n ((core/vec::push ((core/map::get state) (quote :artifacts)))\n ((core/map::get result) (quote :artifact))))\n :autofixes\n (if (selfhost/obligation::nil?\n ((core/map::get result) (quote :autofix)))\n ((core/map::get state) (quote :autofixes))\n ((core/vec::push ((core/map::get state) (quote :autofixes)))\n ((core/map::get result) (quote :autofix))))\n :errors\n ((selfhost/obligation::append-errors\n ((core/map::get state) (quote :errors)))\n ((core/map::get result) (quote :errors)))\n :modules\n ((core/vec::push ((core/map::get state) (quote :modules)))\n ((core/map::get result) (quote :report)))}))))))))\n\n(def selfhost/obligation::lint-build\n (fn (package)\n (fn (modules)\n (let\n ((state\n (((selfhost/obligation::lint-modules-loop modules) 0)\n {:artifacts [] :autofixes [] :errors [] :modules []})))\n (if (core/error::is? state)\n state\n (let\n ((errors ((core/map::get state) (quote :errors)))\n (ok ((core/int::eq?\n (core/vec::len ((core/map::get state) (quote :errors)))) 0)))\n {:artifacts ((core/map::get state) (quote :artifacts))\n :errors errors\n :report\n {:autofix-patches ((core/map::get state) (quote :autofixes))\n :errors errors\n :kind \"genesis/lints-v0.2\"\n :modules ((core/map::get state) (quote :modules))\n :obligation \"core/obligation::lint\"\n :ok ok\n :package package}}))))))\n\n(def selfhost/obligation::lint\n (fn (package)\n (fn (inputs)\n (if (if (selfhost/obligation::map? inputs)\n ((core/int::eq? (core/map::len inputs)) 1)\n false)\n (let ((modules ((core/map::get inputs) (quote :modules))))\n (if (selfhost/obligation::vec? modules)\n (let ((valid ((selfhost/obligation::validate-modules-loop modules) 0)))\n (if (core/error::is? valid)\n valid\n (let ((built ((selfhost/obligation::lint-build package) modules)))\n (if (core/error::is? built)\n built\n (let\n ((errors ((core/map::get built) (quote :errors)))\n (report ((core/map::get built) (quote :report))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::lint\"\n :ok ((core/map::get report) (quote :ok))\n :operation (quote :lint)\n :report\n {:artifact-terms\n ((core/map::get built) (quote :artifacts))\n :final report}\n :v 2})))))\n (selfhost/obligation::error \":lint :modules input must be a vector\")))\n (selfhost/obligation::error \":lint inputs must contain exactly :modules\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x07\xC0|\xD5\xCE<\xB5B1=\xD6r>\x83\xDD\xCDR|\xCE\xA4\xA9\xA0\xC6Zt\xA4\xC8\xFB\xEF<\xC0~" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::style-strict-code? (fn (code) (if ((core/eq? code) "editor/lint/missing-meta") true (if ((core/eq? code) "editor/lint/malformed-meta") true (if ((core/eq? code) "editor/lint/missing-exports") true (if ((core/eq? code) "editor/lint/export-not-symbol") true (if ((core/eq? code) "editor/lint/missing-types-map") true (if ((core/eq? code) "editor/lint/missing-type") true (if ((core/eq? code) "editor/lint/missing-intent") true (if ((core/eq? code) "editor/lint/intent-not-string") true (if ((core/eq? code) "editor/lint/missing-caps") true ((core/eq? code) "editor/lint/caps-not-vector")))))))))))) (def selfhost/obligation::style-level (fn (diag) (let ((level ((core/map::get diag) (quote :level)))) (let ((text (if (selfhost/obligation::sym? level) (core/sym::to-str level) (if (selfhost/obligation::str? level) level ":error")))) (if (if ((core/eq? text) ":error") true ((core/eq? text) "error")) (quote :error) (if (if ((core/eq? text) ":warn") true (if ((core/eq? text) "warn") true (if ((core/eq? text) ":warning") true ((core/eq? text) "warning")))) (quote :warn) (quote :info))))))) (def selfhost/obligation::style-autofix-loop (fn (autofixes) (fn (path) (fn (index) (if ((core/int::eq? index) (core/vec::len autofixes)) nil (let ((entry ((core/vec::get autofixes) index))) (if (if (selfhost/obligation::map? entry) ((core/eq? ((core/map::get entry) (quote :path))) path) false) entry (((selfhost/obligation::style-autofix-loop autofixes) path) ((core/int::add index) 1))))))))) (def selfhost/obligation::style-fixes (fn (autofix) (fn (code) (if (selfhost/obligation::nil? autofix) [] ((core/vec::push []) {:intent ((core/str::concat "apply lint autofix for ") code) :kind (quote :gcpatch) :patch ((core/map::get autofix) (quote :patch)) :reasons ((core/map::get autofix) (quote :reasons)) :schema "genesis/fix-schema-v1"}))))) (def selfhost/obligation::style-diagnostic-step (fn (module) (fn (module-index) (fn (autofix) (fn (diag) (fn (diag-index) (fn (state) (let ((path ((core/map::get module) (quote :path))) (code (selfhost/obligation::lint-diag-code diag)) (message (selfhost/obligation::lint-diag-message diag)) (level (selfhost/obligation::style-level diag))) (let ((fail (if ((core/sym::eq? level) (quote :error)) true (if ((core/sym::eq? level) (quote :warn)) (selfhost/obligation::style-strict-code? code) false)))) {:diagnostics ((core/vec::push ((core/map::get state) (quote :diagnostics))) {:code code :diag-index diag-index :fixes ((selfhost/obligation::style-fixes autofix) code) :id ((core/str::concat path) ((core/str::concat "#") ((core/str::concat (core/int::to-str diag-index)) ((core/str::concat "#") code)))) :message message :module-index module-index :path path :severity level :symbol ((core/map::get diag) (quote :sym))}) :errors (if fail ((core/vec::push ((core/map::get state) (quote :errors))) ((selfhost/obligation::lint-error path) diag)) ((core/map::get state) (quote :errors)))}))))))))) (def selfhost/obligation::style-diagnostics-loop (fn (module) (fn (module-index) (fn (autofix) (fn (diagnostics) (fn (diag-index) (fn (state) (if ((core/int::eq? diag-index) (core/vec::len diagnostics)) state (let ((diag ((core/vec::get diagnostics) diag-index))) (let ((next (if (selfhost/obligation::map? diag) ((((((selfhost/obligation::style-diagnostic-step module) module-index) autofix) diag) diag-index) state) state))) ((((((selfhost/obligation::style-diagnostics-loop module) module-index) autofix) diagnostics) ((core/int::add diag-index) 1)) next))))))))))) (def selfhost/obligation::style-modules-loop (fn (modules) (fn (autofixes) (fn (module-index) (fn (state) (if ((core/int::eq? module-index) (core/vec::len modules)) state (let ((module ((core/vec::get modules) module-index))) (if (selfhost/obligation::map? module) (let ((path ((core/map::get module) (quote :path))) (diagnostics ((core/map::get module) (quote :diagnostics)))) (let ((autofix (((selfhost/obligation::style-autofix-loop autofixes) path) 0))) (let ((next ((((((selfhost/obligation::style-diagnostics-loop module) module-index) autofix) diagnostics) 0) state))) ((((selfhost/obligation::style-modules-loop modules) autofixes) ((core/int::add module-index) 1)) next)))) ((((selfhost/obligation::style-modules-loop modules) autofixes) ((core/int::add module-index) 1)) state))))))))) (def selfhost/obligation::style-patch-intents-loop (fn (autofixes) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len autofixes)) out (let ((entry ((core/vec::get autofixes) index))) (((selfhost/obligation::style-patch-intents-loop autofixes) ((core/int::add index) 1)) (if (selfhost/obligation::map? entry) ((core/vec::push out) {:intent "apply canonical lint autofix patch" :patch ((core/map::get entry) (quote :patch)) :path ((core/map::get entry) (quote :path)) :reasons ((core/map::get entry) (quote :reasons)) :schema "genesis/patch-intent-v1"}) out)))))))) (def selfhost/obligation::ai-style (fn (package) (fn (inputs) (if (if (selfhost/obligation::map? inputs) ((core/int::eq? (core/map::len inputs)) 1) false) (let ((modules ((core/map::get inputs) (quote :modules)))) (if (selfhost/obligation::vec? modules) (let ((valid ((selfhost/obligation::validate-modules-loop modules) 0))) (if (core/error::is? valid) valid (let ((lint ((selfhost/obligation::lint-build package) modules))) (if (core/error::is? lint) lint (let ((lint-report ((core/map::get lint) (quote :report))) (autofixes ((core/map::get ((core/map::get lint) (quote :report))) (quote :autofix-patches)))) (let ((lint-h (selfhost/obligation::artifact-hash-term lint-report))) (if (core/error::is? lint-h) lint-h (let ((style ((((selfhost/obligation::style-modules-loop ((core/map::get lint-report) (quote :modules))) autofixes) 0) {:diagnostics [] :errors []}))) (let ((errors ((core/map::get style) (quote :errors))) (ok ((core/int::eq? (core/vec::len ((core/map::get style) (quote :errors)))) 0))) (let ((report {:diagnostics ((core/map::get style) (quote :diagnostics)) :errors errors :kind "genesis/ai-style-v0.1" :lint-artifact lint-h :obligation "core/obligation::ai-style" :ok ok :package package :patch-intents (((selfhost/obligation::style-patch-intents-loop autofixes) 0) []) :schema "genesis/diagnostics-schema-v1"})) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::ai-style" :ok ok :operation (quote :ai-style) :report {:artifact-terms ((core/vec::push ((core/map::get lint) (quote :artifacts))) {:hash lint-h :term lint-report}) :final report} :v 2})))))))))) (selfhost/obligation::error ":ai-style :modules input must be a vector"))) (selfhost/obligation::error ":ai-style inputs must contain exactly :modules")))))] :module-h b"\xB6~\xE0\x03\x02\xFDS\xCE\xEF=.\xF9" :path "selfhost/obligation_authority_property_v1.gc" :source "(def selfhost/obligation::property-map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/obligation::property-map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/obligation::property-map-has-key?\n (fn (map)\n (fn (key)\n (((selfhost/obligation::property-map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/obligation::property-exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/obligation::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/obligation::property-keys-loop value) keys) 0)\n false)\n false))))\n\n(def selfhost/obligation::property-keys-loop\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/obligation::property-map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/obligation::property-keys-loop map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/obligation::property-optional-str?\n (fn (value)\n (if (selfhost/obligation::nil? value) true (selfhost/obligation::str? value))))\n\n(def selfhost/obligation::property-str4\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d) ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d))))))\n\n(def selfhost/obligation::property-str5\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n (fn (e)\n ((core/str::concat\n ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d)) e)))))))\n\n(def selfhost/obligation::property-str6\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n (fn (e)\n (fn (f)\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d)) e)) f))))))))\n\n(def selfhost/obligation::property-nibble\n (fn (value)\n (if ((core/int::eq? value) 0) \"0\"\n (if ((core/int::eq? value) 1) \"1\"\n (if ((core/int::eq? value) 2) \"2\"\n (if ((core/int::eq? value) 3) \"3\"\n (if ((core/int::eq? value) 4) \"4\"\n (if ((core/int::eq? value) 5) \"5\"\n (if ((core/int::eq? value) 6) \"6\"\n (if ((core/int::eq? value) 7) \"7\"\n (if ((core/int::eq? value) 8) \"8\"\n (if ((core/int::eq? value) 9) \"9\"\n (if ((core/int::eq? value) 10) \"a\"\n (if ((core/int::eq? value) 11) \"b\"\n (if ((core/int::eq? value) 12) \"c\"\n (if ((core/int::eq? value) 13) \"d\"\n (if ((core/int::eq? value) 14) \"e\" \"f\")))))))))))))))))\n\n(def selfhost/obligation::property-u64-le-hex-loop\n (fn (value)\n (fn (remaining)\n (fn (out)\n (if ((core/int::eq? remaining) 0)\n out\n (let ((byte ((core/int::mod value) 256)))\n (let ((pair\n ((core/str::concat\n (selfhost/obligation::property-nibble ((core/int::div byte) 16)))\n (selfhost/obligation::property-nibble ((core/int::mod byte) 16)))))\n (((selfhost/obligation::property-u64-le-hex-loop\n ((core/int::div value) 256))\n ((core/int::sub remaining) 1))\n ((core/str::concat out) pair)))))))))\n\n(def selfhost/obligation::property-u64-le-bytes\n (fn (value)\n (core/bytes::from-hex\n (((selfhost/obligation::property-u64-le-hex-loop value) 8) \"\"))))\n\n(def selfhost/obligation::property-seed-decode-loop\n (fn (digest)\n (fn (index)\n (fn (multiplier)\n (fn (out)\n (if ((core/int::eq? index) 8)\n out\n ((((selfhost/obligation::property-seed-decode-loop digest)\n ((core/int::add index) 1))\n ((core/int::mul multiplier) 256))\n ((core/int::add out)\n ((core/int::mul ((core/bytes::get digest) index)) multiplier)))))))))\n\n(def selfhost/obligation::property-seed\n (fn (package)\n (fn (suite)\n (fn (name)\n (fn (index)\n (let ((prefix b\"\\x47\\x43\\x76\\x30\\x2e\\x32\\x00\\x70\\x72\\x6f\\x70\\x65\\x72\\x74\\x79\\x00\\x73\\x65\\x65\\x64\\x00\"))\n (let ((p ((core/bytes::concat prefix) (core/str::to-utf8 package))))\n (let ((s ((core/bytes::concat ((core/bytes::concat p) b\"\\x00\"))\n (core/str::to-utf8 (core/sym::to-str suite)))))\n (let ((n ((core/bytes::concat ((core/bytes::concat s) b\"\\x00\"))\n (core/str::to-utf8 name))))\n (let ((message ((core/bytes::concat ((core/bytes::concat n) b\"\\x00\"))\n (selfhost/obligation::property-u64-le-bytes index))))\n ((((selfhost/obligation::property-seed-decode-loop\n (core/crypto::blake3 message)) 0) 1) 0)))))))))))\n\n(def selfhost/obligation::property-seeds-loop\n (fn (package)\n (fn (suite)\n (fn (name)\n (fn (cases)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) cases)\n out\n ((((((selfhost/obligation::property-seeds-loop package) suite) name) cases)\n ((core/int::add index) 1))\n ((core/vec::push out)\n ((((selfhost/obligation::property-seed package) suite) name) index)))))))))))\n\n(def selfhost/obligation::property-entry-valid?\n (fn (entry)\n (if ((selfhost/obligation::property-exact-map? entry)\n [:body-state :cases :cases-display :cases-kind\n :entry-display :entry-kind :index :key-display\n :key-kind :name])\n (if (selfhost/obligation::sym? ((core/map::get entry) (quote :body-state)))\n (if (selfhost/obligation::int? ((core/map::get entry) (quote :index)))\n (if (selfhost/obligation::str? ((core/map::get entry) (quote :key-display)))\n (if (selfhost/obligation::sym? ((core/map::get entry) (quote :key-kind)))\n (if (selfhost/obligation::property-optional-str? ((core/map::get entry) (quote :name)))\n (if (selfhost/obligation::sym? ((core/map::get entry) (quote :entry-kind)))\n (if (selfhost/obligation::str? ((core/map::get entry) (quote :entry-display)))\n (if (selfhost/obligation::sym? ((core/map::get entry) (quote :cases-kind)))\n (selfhost/obligation::property-optional-str?\n ((core/map::get entry) (quote :cases-display)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::property-suite-valid?\n (fn (suite)\n (if ((selfhost/obligation::property-exact-map? suite)\n [:entries :index :state :suite])\n (if (selfhost/obligation::vec? ((core/map::get suite) (quote :entries)))\n (if (selfhost/obligation::int? ((core/map::get suite) (quote :index)))\n (if (selfhost/obligation::sym? ((core/map::get suite) (quote :state)))\n (selfhost/obligation::sym? ((core/map::get suite) (quote :suite)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::property-cases-decision\n (fn (entry)\n (fn (default-cases)\n (let ((kind ((core/map::get entry) (quote :cases-kind))))\n (if ((core/sym::eq? kind) (quote :absent))\n {:cases default-cases :error nil}\n (if ((core/sym::eq? kind) (quote :int))\n (let ((cases ((core/map::get entry) (quote :cases))))\n (if (selfhost/obligation::int? cases)\n (if ((core/int::lt? cases) 0)\n {:cases nil :error \"property :cases must fit u64\"}\n (if ((core/int::lt? 18446744073709551615) cases)\n {:cases nil :error \"property :cases must fit u64\"}\n {:cases cases :error nil}))\n (selfhost/obligation::error \"property :cases :int observation must carry an int\")))\n (if ((core/sym::eq? kind) (quote :other))\n {:cases nil\n :error ((core/str::concat \"property :cases must be int, got \")\n ((core/map::get entry) (quote :cases-display)))}\n (selfhost/obligation::error \"unknown property :cases observation kind\"))))))))\n\n(def selfhost/obligation::property-entry-decision\n (fn (package)\n (fn (suite-index)\n (fn (suite)\n (fn (entry)\n (fn (default-cases)\n (if (selfhost/obligation::property-entry-valid? entry)\n (let ((key-kind ((core/map::get entry) (quote :key-kind))))\n (if (if ((core/sym::eq? key-kind) (quote :string)) true\n ((core/sym::eq? key-kind) (quote :symbol)))\n (let ((name ((core/map::get entry) (quote :name))))\n (let ((entry-kind ((core/map::get entry) (quote :entry-kind))))\n (if ((core/sym::eq? entry-kind) (quote :other))\n {:error ((((((selfhost/obligation::property-str6 \"property suite \")\n (core/sym::to-str suite)) \"::\") name)\n \": invalid property entry: \")\n ((core/map::get entry) (quote :entry-display)))\n :test nil}\n (let ((body-state ((core/map::get entry) (quote :body-state))))\n (if ((core/sym::eq? body-state) (quote :missing))\n {:error (((((selfhost/obligation::property-str5 \"property suite \")\n (core/sym::to-str suite)) \"::\") name)\n \": property map missing :body\")\n :test nil}\n (if ((core/sym::eq? body-state) (quote :other))\n {:error (((((selfhost/obligation::property-str5 \"property suite \")\n (core/sym::to-str suite)) \"::\") name)\n \": property :body must be callable\")\n :test nil}\n (let ((case-state ((selfhost/obligation::property-cases-decision entry) default-cases)))\n (if (core/error::is? case-state)\n case-state\n (let ((case-error ((core/map::get case-state) (quote :error))))\n (if (selfhost/obligation::nil? case-error)\n (let ((cases ((core/map::get case-state) (quote :cases))))\n {:error nil\n :test\n {:cases cases\n :entry-index ((core/map::get entry) (quote :index))\n :name name\n :seeds ((((((selfhost/obligation::property-seeds-loop package)\n suite) name) cases) 0) [])\n :suite suite\n :suite-index suite-index}})\n {:error ((((((selfhost/obligation::property-str6 \"property suite \")\n (core/sym::to-str suite)) \"::\") name)\n \": \") case-error)\n :test nil}))))))))))\n {:error ((((selfhost/obligation::property-str4 \"property suite \")\n (core/sym::to-str suite))\n \": key must be string/symbol, got \")\n ((core/map::get entry) (quote :key-display)))\n :test nil}))\n (selfhost/obligation::error \"invalid property entry observation\"))))))))\n\n(def selfhost/obligation::property-entries-loop\n (fn (package)\n (fn (suite-index)\n (fn (suite)\n (fn (entries)\n (fn (default-cases)\n (fn (index)\n (fn (tests)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:errors errors :tests tests}\n (let ((entry ((core/vec::get entries) index)))\n (let ((decision (((((selfhost/obligation::property-entry-decision package)\n suite-index) suite) entry) default-cases)))\n (if (core/error::is? decision)\n decision\n (let ((test ((core/map::get decision) (quote :test)))\n (error ((core/map::get decision) (quote :error))))\n ((((((((selfhost/obligation::property-entries-loop package)\n suite-index) suite) entries) default-cases)\n ((core/int::add index) 1))\n (if (selfhost/obligation::nil? test) tests ((core/vec::push tests) test)))\n (if (selfhost/obligation::nil? error) errors ((core/vec::push errors) error)))))))))))))))))\n\n(def selfhost/obligation::property-suite-step\n (fn (package)\n (fn (default-cases)\n (fn (suite-observation)\n (fn (tests)\n (fn (errors)\n (if (selfhost/obligation::property-suite-valid? suite-observation)\n (let ((suite ((core/map::get suite-observation) (quote :suite)))\n (state ((core/map::get suite-observation) (quote :state))))\n (if ((core/sym::eq? state) (quote :missing))\n {:errors\n ((core/vec::push errors)\n ((core/str::concat \"missing property suite symbol \")\n (core/sym::to-str suite)))\n :tests tests}\n (if ((core/sym::eq? state) (quote :not-map))\n {:errors\n ((core/vec::push errors)\n ((core/str::concat\n ((core/str::concat \"property suite \")\n (core/sym::to-str suite)))\n \" must be a map\"))\n :tests tests}\n (if ((core/sym::eq? state) (quote :map))\n ((((((((selfhost/obligation::property-entries-loop package)\n ((core/map::get suite-observation) (quote :index)))\n suite)\n ((core/map::get suite-observation) (quote :entries)))\n default-cases) 0) tests) errors)\n (selfhost/obligation::error\n \"unknown property suite observation state\")))))\n (selfhost/obligation::error \"invalid property suite observation\"))))))))\n\n(def selfhost/obligation::property-suites-loop\n (fn (package)\n (fn (suites)\n (fn (default-cases)\n (fn (index)\n (fn (tests)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len suites))\n {:errors errors :tests tests}\n (let ((next\n (((((selfhost/obligation::property-suite-step package) default-cases)\n ((core/vec::get suites) index)) tests) errors)))\n (if (core/error::is? next)\n next\n ((((((selfhost/obligation::property-suites-loop package) suites)\n default-cases) ((core/int::add index) 1))\n ((core/map::get next) (quote :tests)))\n ((core/map::get next) (quote :errors)))))))))))))\n\n(def selfhost/obligation::property-plan-state\n (fn (package)\n (fn (configured)\n (fn (default-cases)\n (fn (suites)\n (if (selfhost/obligation::bool? configured)\n (if (selfhost/obligation::nonnegative-int? default-cases)\n (if ((core/int::lt? 18446744073709551615) default-cases)\n (selfhost/obligation::error \":default-cases must fit u64\")\n (if (selfhost/obligation::vec? suites)\n (if configured\n ((((((selfhost/obligation::property-suites-loop package) suites) default-cases) 0) []) [])\n (if ((core/int::eq? (core/vec::len suites)) 0)\n {:errors [] :tests []}\n (selfhost/obligation::error \"unconfigured property tests require empty :suites\")))\n (selfhost/obligation::error \":suites must be a vector\")))\n (selfhost/obligation::error \":default-cases must be a nonnegative int\"))\n (selfhost/obligation::error \":configured must be bool\")))))))\n\n(def selfhost/obligation::property-plan\n (fn (package)\n (fn (inputs)\n (if ((selfhost/obligation::property-exact-map? inputs)\n [:configured :default-cases :phase :suites])\n (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :plan))\n (let ((configured ((core/map::get inputs) (quote :configured)))\n (default-cases ((core/map::get inputs) (quote :default-cases)))\n (suites ((core/map::get inputs) (quote :suites))))\n (let ((state ((((selfhost/obligation::property-plan-state package) configured)\n default-cases) suites)))\n (if (core/error::is? state)\n state\n (let ((errors ((core/map::get state) (quote :errors))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::property-tests\"\n :ok ((core/int::eq? (core/vec::len errors)) 0)\n :operation (quote :property-tests)\n :report\n {:configured configured\n :default-cases default-cases\n :errors errors\n :kind \"genesis/property-test-plan-v0.1\"\n :package package\n :stop-rule (quote :first-non-pass)\n :tests ((core/map::get state) (quote :tests))}\n :v 2}))))\n (selfhost/obligation::error \"property plan request :phase must be :plan\"))\n (selfhost/obligation::error \"property plan inputs must contain exactly :configured, :default-cases, :phase, and :suites\")))))\n\n(def selfhost/obligation::property-attempt-valid?\n (fn (attempt)\n ((selfhost/obligation::property-exact-map? attempt)\n [:i :kind :result :seed])))\n\n(def selfhost/obligation::property-test-outcome\n (fn (test)\n (fn (outcome)\n (if ((selfhost/obligation::property-exact-map? outcome)\n [:attempts :entry-index :suite-index])\n (if ((core/eq? ((core/map::get outcome) (quote :suite-index)))\n ((core/map::get test) (quote :suite-index)))\n (if ((core/eq? ((core/map::get outcome) (quote :entry-index)))\n ((core/map::get test) (quote :entry-index)))\n (let ((attempts ((core/map::get outcome) (quote :attempts)))\n (cases ((core/map::get test) (quote :cases)))\n (seeds ((core/map::get test) (quote :seeds))))\n (if (selfhost/obligation::vec? attempts)\n (let ((checked (((((selfhost/obligation::property-attempts-loop attempts)\n seeds) cases) 0) nil)))\n (if (core/error::is? checked)\n checked\n (let ((failure ((core/map::get checked) (quote :failure)))\n (errors ((core/map::get checked) (quote :errors))))\n {:errors\n (if (selfhost/obligation::nil? failure)\n []\n ((core/vec::push [])\n (((selfhost/obligation::property-failure-error\n ((core/map::get test) (quote :suite)))\n ((core/map::get test) (quote :name)))\n failure)))\n :report\n (if (selfhost/obligation::nil? failure)\n {:cases cases\n :name ((core/map::get test) (quote :name))\n :ok true\n :seeds seeds\n :suite ((core/map::get test) (quote :suite))}\n {:cases cases\n :first-failure ((core/map::get failure) (quote :report))\n :name ((core/map::get test) (quote :name))\n :ok false\n :seeds seeds\n :suite ((core/map::get test) (quote :suite))})})))\n (selfhost/obligation::error \"property outcome :attempts must be a vector\")))\n (selfhost/obligation::error \"property outcome entry identity mismatch\"))\n (selfhost/obligation::error \"property outcome suite identity mismatch\"))\n (selfhost/obligation::error \"property outcome must contain exactly :attempts, :entry-index, and :suite-index\")))))\n\n(def selfhost/obligation::property-attempts-loop\n (fn (attempts)\n (fn (seeds)\n (fn (cases)\n (fn (index)\n (fn (failure)\n (let ((count (core/vec::len attempts)))\n (if ((core/int::eq? index) count)\n (if (selfhost/obligation::nil? failure)\n (if ((core/int::eq? count) cases)\n {:errors [] :failure nil}\n (selfhost/obligation::error \"passing property outcome must execute every planned case\"))\n {:errors [] :failure failure})\n (if ((core/int::lt? cases) count)\n (selfhost/obligation::error \"property outcome exceeds planned case count\")\n (let ((attempt ((core/vec::get attempts) index)))\n (if (selfhost/obligation::property-attempt-valid? attempt)\n (if ((core/eq? ((core/map::get attempt) (quote :i))) index)\n (if ((core/eq? ((core/map::get attempt) (quote :seed)))\n ((core/vec::get seeds) index))\n (let ((kind ((core/map::get attempt) (quote :kind)))\n (result ((core/map::get attempt) (quote :result))))\n (if ((core/sym::eq? kind) (quote :value))\n (if (if (selfhost/obligation::bool? result) result false)\n (if (selfhost/obligation::nil? failure)\n (((((selfhost/obligation::property-attempts-loop attempts) seeds)\n cases) ((core/int::add index) 1)) nil)\n (selfhost/obligation::error \"property outcome continued after first failure\"))\n (if ((core/int::eq? ((core/int::add index) 1)) count)\n {:errors []\n :failure\n {:detail nil\n :kind (quote :value)\n :report {:i index :result result :seed ((core/map::get attempt) (quote :seed))}}}\n (selfhost/obligation::error \"property outcome continued after first failure\")))\n (if ((core/sym::eq? kind) (quote :apply-error))\n (if (selfhost/obligation::str? result)\n (if ((core/int::eq? ((core/int::add index) 1)) count)\n {:errors []\n :failure\n {:detail result\n :kind (quote :apply-error)\n :report\n {:i index\n :result ((core/str::concat \"apply failed: \") result)\n :seed ((core/map::get attempt) (quote :seed))}}}\n (selfhost/obligation::error \"property outcome continued after first failure\"))\n (selfhost/obligation::error \"property apply error must carry a string\"))\n (if ((core/sym::eq? kind) (quote :effect-program))\n (if (selfhost/obligation::nil? result)\n (if ((core/int::eq? ((core/int::add index) 1)) count)\n {:errors []\n :failure\n {:detail nil\n :kind (quote :effect-program)\n :report\n {:i index\n :result \"effect program returned (property tests must be pure)\"\n :seed ((core/map::get attempt) (quote :seed))}}}\n (selfhost/obligation::error \"property outcome continued after first failure\"))\n (selfhost/obligation::error \"property effect-program result must be nil\"))\n (selfhost/obligation::error \"unknown property attempt kind\")))))\n (selfhost/obligation::error \"property attempt seed mismatch\"))\n (selfhost/obligation::error \"property attempt index mismatch\"))\n (selfhost/obligation::error \"invalid property attempt observation\"))))))))))))\n\n(def selfhost/obligation::property-finalize-loop\n (fn (tests)\n (fn (outcomes)\n (fn (index)\n (fn (reports)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n (if ((core/int::eq? index) (core/vec::len outcomes))\n {:errors errors :reports reports}\n (selfhost/obligation::error \"property outcome inventory length mismatch\"))\n (if ((core/int::lt? index) (core/vec::len outcomes))\n (let ((test ((core/vec::get tests) index)))\n (let ((state ((selfhost/obligation::property-test-outcome test)\n ((core/vec::get outcomes) index))))\n (if (core/error::is? state)\n state\n (let ((state-errors ((core/map::get state) (quote :errors))))\n (((((selfhost/obligation::property-finalize-loop tests) outcomes)\n ((core/int::add index) 1))\n ((core/vec::push reports) ((core/map::get state) (quote :report))))\n ((selfhost/obligation::append-errors errors) state-errors))))))\n (selfhost/obligation::error \"property outcome inventory length mismatch\")))))))))\n\n(def selfhost/obligation::property-failure-error\n (fn (suite)\n (fn (name)\n (fn (failure)\n (let ((kind ((core/map::get failure) (quote :kind)))\n (report ((core/map::get failure) (quote :report))))\n (let ((case-index (core/int::to-str ((core/map::get report) (quote :i))))\n (suite-name (core/sym::to-str suite)))\n (if ((core/sym::eq? kind) (quote :apply-error))\n (let ((prefix ((((((selfhost/obligation::property-str6\n \"property test apply failed \") suite-name) \"::\") name)\n \" at case \") case-index)))\n ((core/str::concat ((core/str::concat prefix) \": \"))\n ((core/map::get failure) (quote :detail))))\n (if ((core/sym::eq? kind) (quote :effect-program))\n (((((selfhost/obligation::property-str5 \"property test \") suite-name)\n \"::\") name) \" returned an effect program (must be pure)\")\n (((((selfhost/obligation::property-str5 \"property test failed \") suite-name)\n \"::\") name) ((core/str::concat \" at case \") case-index))))))))))\n\n(def selfhost/obligation::property-finalize\n (fn (package)\n (fn (inputs)\n (if ((selfhost/obligation::property-exact-map? inputs)\n [:configured :default-cases :outcomes :phase :suites])\n (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :finalize))\n (let ((configured ((core/map::get inputs) (quote :configured)))\n (default-cases ((core/map::get inputs) (quote :default-cases)))\n (suites ((core/map::get inputs) (quote :suites)))\n (outcomes ((core/map::get inputs) (quote :outcomes))))\n (let ((plan ((((selfhost/obligation::property-plan-state package) configured)\n default-cases) suites)))\n (if (core/error::is? plan)\n plan\n (if (selfhost/obligation::vec? outcomes)\n (let ((tests ((core/map::get plan) (quote :tests)))\n (plan-errors ((core/map::get plan) (quote :errors))))\n (let ((final-state (((((selfhost/obligation::property-finalize-loop tests)\n outcomes) 0) []) [])))\n (if (core/error::is? final-state)\n final-state\n (let ((reports ((core/map::get final-state) (quote :reports)))\n (outcome-errors ((core/map::get final-state) (quote :errors))))\n (let ((errors ((selfhost/obligation::append-errors plan-errors)\n outcome-errors)))\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::property-tests\"\n :ok ok\n :operation (quote :property-tests)\n :report\n (if configured\n (let ((base\n {:config {:cases-per-test default-cases}\n :kind \"genesis/property-tests-v0.2\"\n :ok ok\n :package package\n :tests reports}))\n (if ok base (((core/map::put base) (quote :errors)) errors)))\n {:kind \"genesis/property-tests-v0.2\"\n :note \"no property tests\"\n :ok true\n :package package})\n :v 2}))))))\n (selfhost/obligation::error \":outcomes must be a vector\")))))\n (selfhost/obligation::error \"property finalize request :phase must be :finalize\"))\n (selfhost/obligation::error \"property finalize inputs must contain exactly :configured, :default-cases, :outcomes, :phase, and :suites\")))))\n\n(def selfhost/obligation::property-authority\n (fn (package)\n (fn (inputs)\n (let ((phase ((core/map::get inputs) (quote :phase))))\n (if (if (selfhost/obligation::sym? phase)\n ((core/sym::eq? phase) (quote :plan))\n false)\n ((selfhost/obligation::property-plan package) inputs)\n ((selfhost/obligation::property-finalize package) inputs))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x8F\x13|\xEBu\xF88\xDA\xC1\xF4\xBF,T\rWy\x01\xFFk$\x1E\x8CL]Ro7iI7\x1Af" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::stage-eval-valid? (fn (value-h) (fn (error) (if (selfhost/obligation::nil? error) (selfhost/obligation::hash? value-h) (if (selfhost/obligation::str? error) (selfhost/obligation::nil? value-h) false))))) (def selfhost/obligation::stage-optimizer-valid? (fn (optimizer) (if (selfhost/obligation::map? optimizer) (if ((core/int::eq? (core/map::len optimizer)) 4) (if (selfhost/obligation::nonnegative-int? ((core/map::get optimizer) (quote :egg-eclasses))) (if (selfhost/obligation::nonnegative-int? ((core/map::get optimizer) (quote :egg-enodes))) (if (selfhost/obligation::nonnegative-int? ((core/map::get optimizer) (quote :egg-iterations))) (selfhost/obligation::nonnegative-int? ((core/map::get optimizer) (quote :egg-runs))) false) false) false) false) false))) (def selfhost/obligation::stage-module-valid? (fn (module) (if (selfhost/obligation::map? module) (if ((core/int::eq? (core/map::len module)) 8) (if (selfhost/obligation::str? ((core/map::get module) (quote :path))) (if (selfhost/obligation::hash? ((core/map::get module) (quote :original-module-h))) (if (selfhost/obligation::hash? ((core/map::get module) (quote :transformed-module-h))) (if ((selfhost/obligation::stage-eval-valid? ((core/map::get module) (quote :original-value-h))) ((core/map::get module) (quote :original-eval-error))) (if ((selfhost/obligation::stage-eval-valid? ((core/map::get module) (quote :transformed-value-h))) ((core/map::get module) (quote :transformed-eval-error))) (selfhost/obligation::stage-optimizer-valid? ((core/map::get module) (quote :optimizer))) false) false) false) false) false) false) false))) (def selfhost/obligation::stage-module-errors (fn (module) (let ((original-error ((core/map::get module) (quote :original-eval-error))) (transformed-error ((core/map::get module) (quote :transformed-eval-error)))) (let ((errors-1 (if (selfhost/obligation::nil? original-error) [] ((core/vec::push []) ((core/str::concat "original module is not gate-valid: ") original-error))))) (let ((errors-2 (if (selfhost/obligation::nil? transformed-error) errors-1 ((core/vec::push errors-1) ((core/str::concat "transformed module is not gate-valid: ") transformed-error))))) (if (if ((core/int::eq? (core/vec::len errors-2)) 0) (if ((core/eq? ((core/map::get module) (quote :original-value-h))) ((core/map::get module) (quote :transformed-value-h))) false true) false) ((core/vec::push errors-2) "pure value hash mismatch after stage1 transform") errors-2)))))) (def selfhost/obligation::stage-prefix-errors-loop (fn (path) (fn (errors) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len errors)) out ((((selfhost/obligation::stage-prefix-errors-loop path) errors) ((core/int::add index) 1)) ((core/vec::push out) ((core/str::concat path) ((core/str::concat ": ") ((core/vec::get errors) index))))))))))) (def selfhost/obligation::stage-prefix-errors (fn (path) (fn (errors) ((((selfhost/obligation::stage-prefix-errors-loop path) errors) 0) [])))) (def selfhost/obligation::stage-module-report (fn (module) (let ((errors (selfhost/obligation::stage-module-errors module))) {:errors errors :ok ((core/int::eq? (core/vec::len errors)) 0) :optimizer ((core/map::get module) (quote :optimizer)) :original-module-h ((core/map::get module) (quote :original-module-h)) :original-value-h ((core/map::get module) (quote :original-value-h)) :path ((core/map::get module) (quote :path)) :transformed-module-h ((core/map::get module) (quote :transformed-module-h)) :transformed-value-h ((core/map::get module) (quote :transformed-value-h))}))) (def selfhost/obligation::stage-modules-loop (fn (modules) (fn (index) (fn (reports) (fn (errors) (if ((core/int::eq? index) (core/vec::len modules)) {:errors errors :reports reports} (let ((module ((core/vec::get modules) index))) (if (selfhost/obligation::stage-module-valid? module) (let ((module-errors ((selfhost/obligation::stage-prefix-errors ((core/map::get module) (quote :path))) (selfhost/obligation::stage-module-errors module)))) ((((selfhost/obligation::stage-modules-loop modules) ((core/int::add index) 1)) ((core/vec::push reports) (selfhost/obligation::stage-module-report module))) ((selfhost/obligation::append-errors errors) module-errors))) (selfhost/obligation::error "stage1 module observation must contain exactly valid path, module hashes, evaluation outcomes, and optimizer counters"))))))))) (def selfhost/obligation::stage1-validation (fn (package) (fn (inputs) (if ((core/int::eq? (core/map::len inputs)) 1) (let ((modules ((core/map::get inputs) (quote :modules)))) (if (selfhost/obligation::vec? modules) (let ((state ((((selfhost/obligation::stage-modules-loop modules) 0) []) []))) (if (core/error::is? state) state (let ((errors ((core/map::get state) (quote :errors))) (reports ((core/map::get state) (quote :reports)))) (let ((ok ((core/int::eq? (core/vec::len errors)) 0))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::stage1-validation" :ok ok :operation (quote :stage1-validation) :report {:errors errors :kind "genesis/stage1-validation-v0.2" :modules reports :obligation "core/obligation::stage1-validation" :ok ok :package package} :v 2})))) (selfhost/obligation::error ":stage1-validation :modules must be a vector"))) (selfhost/obligation::error ":stage1-validation inputs must contain exactly :modules")))))] :module-h b"\x88\x9E\xD3\xD4b\x87;\xE01i\x07\x94\x94Vn}4py\xDD\xCBx5Kv\xE7\x99\xCA^\x91Sl" :path "selfhost/obligation_authority_stage_v1.gc" :source "(def selfhost/obligation::stage-eval-valid?\n (fn (value-h)\n (fn (error)\n (if (selfhost/obligation::nil? error)\n (selfhost/obligation::hash? value-h)\n (if (selfhost/obligation::str? error)\n (selfhost/obligation::nil? value-h)\n false)))))\n\n(def selfhost/obligation::stage-optimizer-valid?\n (fn (optimizer)\n (if (selfhost/obligation::map? optimizer)\n (if ((core/int::eq? (core/map::len optimizer)) 4)\n (if (selfhost/obligation::nonnegative-int?\n ((core/map::get optimizer) (quote :egg-eclasses)))\n (if (selfhost/obligation::nonnegative-int?\n ((core/map::get optimizer) (quote :egg-enodes)))\n (if (selfhost/obligation::nonnegative-int?\n ((core/map::get optimizer) (quote :egg-iterations)))\n (selfhost/obligation::nonnegative-int?\n ((core/map::get optimizer) (quote :egg-runs)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::stage-module-valid?\n (fn (module)\n (if (selfhost/obligation::map? module)\n (if ((core/int::eq? (core/map::len module)) 8)\n (if (selfhost/obligation::str? ((core/map::get module) (quote :path)))\n (if (selfhost/obligation::hash?\n ((core/map::get module) (quote :original-module-h)))\n (if (selfhost/obligation::hash?\n ((core/map::get module) (quote :transformed-module-h)))\n (if ((selfhost/obligation::stage-eval-valid?\n ((core/map::get module) (quote :original-value-h)))\n ((core/map::get module) (quote :original-eval-error)))\n (if ((selfhost/obligation::stage-eval-valid?\n ((core/map::get module) (quote :transformed-value-h)))\n ((core/map::get module) (quote :transformed-eval-error)))\n (selfhost/obligation::stage-optimizer-valid?\n ((core/map::get module) (quote :optimizer)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::stage-module-errors\n (fn (module)\n (let\n ((original-error ((core/map::get module) (quote :original-eval-error)))\n (transformed-error ((core/map::get module) (quote :transformed-eval-error))))\n (let\n ((errors-1\n (if (selfhost/obligation::nil? original-error)\n []\n ((core/vec::push [])\n ((core/str::concat \"original module is not gate-valid: \") original-error)))))\n (let\n ((errors-2\n (if (selfhost/obligation::nil? transformed-error)\n errors-1\n ((core/vec::push errors-1)\n ((core/str::concat \"transformed module is not gate-valid: \")\n transformed-error)))))\n (if (if ((core/int::eq? (core/vec::len errors-2)) 0)\n (if ((core/eq?\n ((core/map::get module) (quote :original-value-h)))\n ((core/map::get module) (quote :transformed-value-h)))\n false\n true)\n false)\n ((core/vec::push errors-2) \"pure value hash mismatch after stage1 transform\")\n errors-2))))))\n\n(def selfhost/obligation::stage-prefix-errors-loop\n (fn (path)\n (fn (errors)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len errors))\n out\n (((((selfhost/obligation::stage-prefix-errors-loop path) errors)\n ((core/int::add index) 1))\n ((core/vec::push out)\n ((core/str::concat path)\n ((core/str::concat \": \") ((core/vec::get errors) index))))))))))))\n\n(def selfhost/obligation::stage-prefix-errors\n (fn (path)\n (fn (errors)\n ((((selfhost/obligation::stage-prefix-errors-loop path) errors) 0) []))))\n\n(def selfhost/obligation::stage-module-report\n (fn (module)\n (let ((errors (selfhost/obligation::stage-module-errors module)))\n {:errors errors\n :ok ((core/int::eq? (core/vec::len errors)) 0)\n :optimizer ((core/map::get module) (quote :optimizer))\n :original-module-h ((core/map::get module) (quote :original-module-h))\n :original-value-h ((core/map::get module) (quote :original-value-h))\n :path ((core/map::get module) (quote :path))\n :transformed-module-h ((core/map::get module) (quote :transformed-module-h))\n :transformed-value-h ((core/map::get module) (quote :transformed-value-h))})))\n\n(def selfhost/obligation::stage-modules-loop\n (fn (modules)\n (fn (index)\n (fn (reports)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len modules))\n {:errors errors :reports reports}\n (let ((module ((core/vec::get modules) index)))\n (if (selfhost/obligation::stage-module-valid? module)\n (let\n ((module-errors\n ((selfhost/obligation::stage-prefix-errors\n ((core/map::get module) (quote :path)))\n (selfhost/obligation::stage-module-errors module))))\n (((((selfhost/obligation::stage-modules-loop modules)\n ((core/int::add index) 1))\n ((core/vec::push reports)\n (selfhost/obligation::stage-module-report module)))\n ((selfhost/obligation::append-errors errors) module-errors))))\n (selfhost/obligation::error\n \"stage1 module observation must contain exactly valid path, module hashes, evaluation outcomes, and optimizer counters\")))))))))\n\n(def selfhost/obligation::stage1-validation\n (fn (package)\n (fn (inputs)\n (if ((core/int::eq? (core/map::len inputs)) 1)\n (let ((modules ((core/map::get inputs) (quote :modules))))\n (if (selfhost/obligation::vec? modules)\n (let ((state ((((selfhost/obligation::stage-modules-loop modules) 0) []) [])))\n (if (core/error::is? state)\n state\n (let\n ((errors ((core/map::get state) (quote :errors)))\n (reports ((core/map::get state) (quote :reports))))\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::stage1-validation\"\n :ok ok\n :operation (quote :stage1-validation)\n :report\n {:errors errors\n :kind \"genesis/stage1-validation-v0.2\"\n :modules reports\n :obligation \"core/obligation::stage1-validation\"\n :ok ok\n :package package}\n :v 2}))))\n (selfhost/obligation::error \":stage1-validation :modules must be a vector\")))\n (selfhost/obligation::error\n \":stage1-validation inputs must contain exactly :modules\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x88\x9E\xD3\xD4b\x87;\xE01i\x07\x94\x94Vn}4py\xDD\xCBx5Kv\xE7\x99\xCA^\x91Sl" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::coverage-profile-valid? (fn (profile) (if (selfhost/obligation::sym? profile) (if ((core/sym::eq? profile) (quote :symbol)) true (if ((core/sym::eq? profile) (quote :decision)) true ((core/sym::eq? profile) (quote :mcdc)))) false))) (def selfhost/obligation::coverage-structural? (fn (profile) (if ((core/sym::eq? profile) (quote :symbol)) false true))) (def selfhost/obligation::coverage-mcdc? (fn (profile) ((core/sym::eq? profile) (quote :mcdc)))) (def selfhost/obligation::coverage-name (fn (profile) (if ((core/sym::eq? profile) (quote :symbol)) "core/obligation::coverage" (if ((core/sym::eq? profile) (quote :decision)) "core/obligation::coverage-decision" "core/obligation::coverage-mcdc")))) (def selfhost/obligation::coverage-operation (fn (profile) (if ((core/sym::eq? profile) (quote :symbol)) (quote :coverage) (if ((core/sym::eq? profile) (quote :decision)) (quote :coverage-decision) (quote :coverage-mcdc))))) (def selfhost/obligation::coverage-count-row-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 2) (if (selfhost/obligation::sym? ((core/map::get row) (quote :sym))) (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :hits))) false) false) false))) (def selfhost/obligation::coverage-site-row-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 2) (if (selfhost/obligation::str? ((core/map::get row) (quote :site))) (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :hits))) false) false) false))) (def selfhost/obligation::coverage-decision-counts-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 3) (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :total))) (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-true))) (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-false))) false) false) false) false))) (def selfhost/obligation::coverage-condition-value-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 2) (if (selfhost/obligation::sym? ((core/map::get row) (quote :sym))) (selfhost/obligation::bool? ((core/map::get row) (quote :value))) false) false) false))) (def selfhost/obligation::coverage-vector-valid-loop? (fn (values) (fn (validator) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (validator ((core/vec::get values) index)) (((selfhost/obligation::coverage-vector-valid-loop? values) validator) ((core/int::add index) 1)) false)))))) (def selfhost/obligation::coverage-vector-valid? (fn (values) (fn (validator) (if (selfhost/obligation::vec? values) (((selfhost/obligation::coverage-vector-valid-loop? values) validator) 0) false)))) (def selfhost/obligation::coverage-sample-valid? (fn (sample) (if (selfhost/obligation::map? sample) (if ((core/int::eq? (core/map::len sample)) 2) (if (selfhost/obligation::bool? ((core/map::get sample) (quote :outcome))) ((selfhost/obligation::coverage-vector-valid? ((core/map::get sample) (quote :conditions))) selfhost/obligation::coverage-condition-value-valid?) false) false) false))) (def selfhost/obligation::coverage-decision-row-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 6) (if (selfhost/obligation::str? ((core/map::get row) (quote :site))) (if (selfhost/obligation::symbol-vector-valid? ((core/map::get row) (quote :conditions))) (if ((selfhost/obligation::coverage-vector-valid? ((core/map::get row) (quote :samples))) selfhost/obligation::coverage-sample-valid?) (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :total))) (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-true))) (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-false))) false) false) false) false) false) false) false))) (def selfhost/obligation::coverage-string-vector-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/obligation::str? ((core/vec::get values) index)) ((selfhost/obligation::coverage-string-vector-valid-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/obligation::coverage-string-vector-valid? (fn (values) (if (selfhost/obligation::vec? values) ((selfhost/obligation::coverage-string-vector-valid-loop? values) 0) false))) (def selfhost/obligation::coverage-inputs-valid? (fn (inputs) (if (selfhost/obligation::map? inputs) (if ((core/int::eq? (core/map::len inputs)) 8) (if (selfhost/obligation::coverage-profile-valid? ((core/map::get inputs) (quote :profile))) (if (selfhost/obligation::nonnegative-int? ((core/map::get inputs) (quote :test-count))) (if ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :exports))) selfhost/obligation::coverage-count-row-valid?) (if ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :statement-sites))) selfhost/obligation::coverage-site-row-valid?) (if ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :decision-sites))) selfhost/obligation::coverage-decision-row-valid?) (if (selfhost/obligation::coverage-decision-counts-valid? ((core/map::get inputs) (quote :decision))) (if (selfhost/obligation::coverage-string-vector-valid? ((core/map::get inputs) (quote :missing-effect-logs))) (selfhost/obligation::vec? ((core/map::get inputs) (quote :tests))) false) false) false) false) false) false) false) false) false))) (def selfhost/obligation::coverage-effect-errors-loop (fn (names) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len names)) errors (((selfhost/obligation::coverage-effect-errors-loop names) ((core/int::add index) 1)) ((core/vec::push errors) ((core/str::concat "coverage: test ") ((core/str::concat ((core/vec::get names) index)) " returned effect program but no effect log was recorded"))))))))) (def selfhost/obligation::coverage-exports-loop (fn (rows) (fn (index) (fn (missing) (fn (errors) (if ((core/int::eq? index) (core/vec::len rows)) {:errors errors :missing missing} (let ((row ((core/vec::get rows) index))) (if ((core/int::eq? ((core/map::get row) (quote :hits))) 0) ((((selfhost/obligation::coverage-exports-loop rows) ((core/int::add index) 1)) ((core/vec::push missing) ((core/map::get row) (quote :sym)))) ((core/vec::push errors) ((core/str::concat "export not covered: ") (core/sym::to-str ((core/map::get row) (quote :sym)))))) ((((selfhost/obligation::coverage-exports-loop rows) ((core/int::add index) 1)) missing) errors))))))))) (def selfhost/obligation::coverage-statements-loop (fn (rows) (fn (index) (fn (reports) (fn (missing) (if ((core/int::eq? index) (core/vec::len rows)) {:missing missing :reports reports} (let ((row ((core/vec::get rows) index))) (let ((ok (if ((core/int::eq? ((core/map::get row) (quote :hits))) 0) false true))) ((((selfhost/obligation::coverage-statements-loop rows) ((core/int::add index) 1)) ((core/vec::push reports) {:hits ((core/map::get row) (quote :hits)) :ok ok :site ((core/map::get row) (quote :site))})) (if ok missing ((core/vec::push missing) ((core/map::get row) (quote :site))))))))))))) (def selfhost/obligation::coverage-find-condition-loop (fn (values) (fn (symbol) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) nil (let ((row ((core/vec::get values) index))) (if ((core/sym::eq? ((core/map::get row) (quote :sym))) symbol) ((core/map::get row) (quote :value)) (((selfhost/obligation::coverage-find-condition-loop values) symbol) ((core/int::add index) 1))))))))) (def selfhost/obligation::coverage-find-condition (fn (sample) (fn (symbol) (((selfhost/obligation::coverage-find-condition-loop ((core/map::get sample) (quote :conditions))) symbol) 0)))) (def selfhost/obligation::coverage-others-equal-loop? (fn (conditions) (fn (target) (fn (a) (fn (b) (fn (index) (if ((core/int::eq? index) (core/vec::len conditions)) true (let ((condition ((core/vec::get conditions) index))) (if ((core/sym::eq? condition) target) (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b) ((core/int::add index) 1)) (if ((core/eq? ((selfhost/obligation::coverage-find-condition a) condition)) ((selfhost/obligation::coverage-find-condition b) condition)) (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b) ((core/int::add index) 1)) false)))))))))) (def selfhost/obligation::coverage-independent-pair? (fn (conditions) (fn (target) (fn (a) (fn (b) (let ((av ((selfhost/obligation::coverage-find-condition a) target)) (bv ((selfhost/obligation::coverage-find-condition b) target))) (if (selfhost/obligation::nil? av) false (if (selfhost/obligation::nil? bv) false (if ((core/eq? av) bv) false (if ((core/eq? ((core/map::get a) (quote :outcome))) ((core/map::get b) (quote :outcome))) false (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b) 0))))))))))) (def selfhost/obligation::coverage-independent-inner? (fn (samples) (fn (conditions) (fn (target) (fn (a-index) (fn (b-index) (if ((core/int::eq? b-index) (core/vec::len samples)) false (if ((((selfhost/obligation::coverage-independent-pair? conditions) target) ((core/vec::get samples) a-index)) ((core/vec::get samples) b-index)) true (((((selfhost/obligation::coverage-independent-inner? samples) conditions) target) a-index) ((core/int::add b-index) 1)))))))))) (def selfhost/obligation::coverage-independent? (fn (samples) (fn (conditions) (fn (target) (fn (index) (if ((core/int::eq? index) (core/vec::len samples)) false (if (((((selfhost/obligation::coverage-independent-inner? samples) conditions) target) index) ((core/int::add index) 1)) true ((((selfhost/obligation::coverage-independent? samples) conditions) target) ((core/int::add index) 1))))))))) (def selfhost/obligation::coverage-mcdc-conditions-loop (fn (conditions) (fn (samples) (fn (index) (fn (reports) (fn (missing) (if ((core/int::eq? index) (core/vec::len conditions)) {:missing missing :reports reports} (let ((condition ((core/vec::get conditions) index))) (let ((independent ((((selfhost/obligation::coverage-independent? samples) conditions) condition) 0))) (((((selfhost/obligation::coverage-mcdc-conditions-loop conditions) samples) ((core/int::add index) 1)) ((core/vec::push reports) {:independent independent :sym condition})) (if independent missing ((core/vec::push missing) condition)))))))))))) (def selfhost/obligation::coverage-decisions-loop (fn (rows) (fn (index) (fn (reports) (fn (missing-decisions) (fn (mcdc-reports) (fn (missing-mcdc) (if ((core/int::eq? index) (core/vec::len rows)) {:mcdc mcdc-reports :missing-decisions missing-decisions :missing-mcdc missing-mcdc :reports reports} (let ((row ((core/vec::get rows) index))) (let ((branch-ok (if ((core/int::eq? ((core/map::get row) (quote :total))) 0) false (if ((core/int::eq? ((core/map::get row) (quote :taken-true))) 0) false (if ((core/int::eq? ((core/map::get row) (quote :taken-false))) 0) false true))))) (let ((mcdc (((((selfhost/obligation::coverage-mcdc-conditions-loop ((core/map::get row) (quote :conditions))) ((core/map::get row) (quote :samples))) 0) []) []))) ((((((selfhost/obligation::coverage-decisions-loop rows) ((core/int::add index) 1)) ((core/vec::push reports) {:conditions ((core/map::get row) (quote :conditions)) :ok branch-ok :site ((core/map::get row) (quote :site)) :taken-false ((core/map::get row) (quote :taken-false)) :taken-true ((core/map::get row) (quote :taken-true)) :total ((core/map::get row) (quote :total))})) (if branch-ok missing-decisions ((core/vec::push missing-decisions) ((core/map::get row) (quote :site))))) ((core/vec::push mcdc-reports) {:conditions ((core/map::get mcdc) (quote :reports)) :site ((core/map::get row) (quote :site))})) (if ((core/int::eq? (core/vec::len ((core/map::get mcdc) (quote :missing)))) 0) missing-mcdc ((core/vec::push missing-mcdc) {:missing-conditions ((core/map::get mcdc) (quote :missing)) :site ((core/map::get row) (quote :site))})))))))))))))) (def selfhost/obligation::coverage-count-error (fn (prefix) (fn (count) (fn (suffix) ((core/str::concat prefix) ((core/str::concat (core/int::to-str count)) suffix)))))) (def selfhost/obligation::coverage (fn (package) (fn (inputs) (if (selfhost/obligation::coverage-inputs-valid? inputs) (let ((profile ((core/map::get inputs) (quote :profile))) (exports ((core/map::get inputs) (quote :exports))) (statements ((core/map::get inputs) (quote :statement-sites))) (decisions ((core/map::get inputs) (quote :decision-sites)))) (let ((errors0 (if (if ((core/int::eq? ((core/map::get inputs) (quote :test-count))) 0) (if ((core/int::eq? (core/vec::len exports)) 0) (selfhost/obligation::coverage-structural? profile) true) false) ((core/vec::push []) "coverage requires unit tests (package.toml `tests` is empty)") []))) (let ((errors1 (((selfhost/obligation::coverage-effect-errors-loop ((core/map::get inputs) (quote :missing-effect-logs))) 0) errors0))) (let ((export-state ((((selfhost/obligation::coverage-exports-loop exports) 0) []) errors1))) (let ((statement-state ((((selfhost/obligation::coverage-statements-loop statements) 0) []) []))) (let ((decision-state ((((((selfhost/obligation::coverage-decisions-loop decisions) 0) []) []) []) []))) (let ((errors2 ((core/map::get export-state) (quote :errors)))) (let ((statement-missing ((core/map::get statement-state) (quote :missing))) (decision-missing ((core/map::get decision-state) (quote :missing-decisions))) (mcdc-missing ((core/map::get decision-state) (quote :missing-mcdc)))) (let ((errors3 (if (if (selfhost/obligation::coverage-structural? profile) (if ((core/int::eq? (core/vec::len statement-missing)) 0) false true) false) ((core/vec::push errors2) (((selfhost/obligation::coverage-count-error "statement-site coverage missing ") (core/vec::len statement-missing)) " site(s)")) errors2))) (let ((errors4 (if (if (selfhost/obligation::coverage-structural? profile) (if ((core/int::eq? (core/vec::len decision-missing)) 0) false true) false) ((core/vec::push errors3) (((selfhost/obligation::coverage-count-error "decision coverage missing branch outcomes on ") (core/vec::len decision-missing)) " site(s)")) errors3))) (let ((errors5 (if (if (selfhost/obligation::coverage-mcdc? profile) (if ((core/int::eq? (core/vec::len mcdc-missing)) 0) false true) false) ((core/vec::push errors4) (((selfhost/obligation::coverage-count-error "mcdc coverage missing condition independence on ") (core/vec::len mcdc-missing)) " decision site(s)")) errors4))) (let ((ok ((core/int::eq? (core/vec::len errors5)) 0))) (let ((report0 {:definition "exports minus (tests, property_tests)" :exports exports :kind "genesis/coverage-v0.2" :missing ((core/map::get export-state) (quote :missing)) :ok ok :package package :profile profile :structural {:decision ((core/map::get inputs) (quote :decision)) :decision-sites ((core/map::get decision-state) (quote :reports)) :expected {:decision-sites (core/vec::len decisions) :statement-sites (core/vec::len statements)} :mcdc ((core/map::get decision-state) (quote :mcdc)) :missing-decision-sites decision-missing :missing-mcdc-sites mcdc-missing :missing-statement-sites statement-missing :statement-sites ((core/map::get statement-state) (quote :reports))} :tests ((core/map::get inputs) (quote :tests))})) (let ((report (if ok report0 (((core/map::put report0) (quote :errors)) errors5)))) {:errors errors5 :kind selfhost/obligation::RESULT_KIND :name (selfhost/obligation::coverage-name profile) :ok ok :operation (selfhost/obligation::coverage-operation profile) :report report :v 2})))))))))))))) (selfhost/obligation::error "coverage inputs must contain exactly valid closed instrumentation observations")))))] :module-h b"\xBEC1B\x00\xCA\xA3~\x97\xD7\x9D_\x96\xDD\tz\x15g\x87\x02\xB9\r\x7F3p\x97\x92\xD1\xA0e\xA1w" :path "selfhost/obligation_authority_coverage_v1.gc" :source "(def selfhost/obligation::coverage-profile-valid?\n (fn (profile)\n (if (selfhost/obligation::sym? profile)\n (if ((core/sym::eq? profile) (quote :symbol))\n true\n (if ((core/sym::eq? profile) (quote :decision))\n true\n ((core/sym::eq? profile) (quote :mcdc))))\n false)))\n\n(def selfhost/obligation::coverage-structural?\n (fn (profile) (if ((core/sym::eq? profile) (quote :symbol)) false true)))\n\n(def selfhost/obligation::coverage-mcdc? (fn (profile) ((core/sym::eq? profile) (quote :mcdc))))\n\n(def selfhost/obligation::coverage-name\n (fn (profile)\n (if ((core/sym::eq? profile) (quote :symbol))\n \"core/obligation::coverage\"\n (if ((core/sym::eq? profile) (quote :decision))\n \"core/obligation::coverage-decision\"\n \"core/obligation::coverage-mcdc\"))))\n\n(def selfhost/obligation::coverage-operation\n (fn (profile)\n (if ((core/sym::eq? profile) (quote :symbol))\n (quote :coverage)\n (if ((core/sym::eq? profile) (quote :decision))\n (quote :coverage-decision)\n (quote :coverage-mcdc)))))\n\n(def selfhost/obligation::coverage-count-row-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 2)\n (if (selfhost/obligation::sym? ((core/map::get row) (quote :sym)))\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :hits)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-site-row-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 2)\n (if (selfhost/obligation::str? ((core/map::get row) (quote :site)))\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :hits)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-decision-counts-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 3)\n (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :total)))\n (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-true)))\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-false)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-condition-value-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 2)\n (if (selfhost/obligation::sym? ((core/map::get row) (quote :sym)))\n (selfhost/obligation::bool? ((core/map::get row) (quote :value)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-vector-valid-loop?\n (fn (values)\n (fn (validator)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (validator ((core/vec::get values) index))\n (((selfhost/obligation::coverage-vector-valid-loop? values) validator)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/obligation::coverage-vector-valid?\n (fn (values)\n (fn (validator)\n (if (selfhost/obligation::vec? values)\n (((selfhost/obligation::coverage-vector-valid-loop? values) validator) 0)\n false))))\n\n(def selfhost/obligation::coverage-sample-valid?\n (fn (sample)\n (if (selfhost/obligation::map? sample)\n (if ((core/int::eq? (core/map::len sample)) 2)\n (if (selfhost/obligation::bool? ((core/map::get sample) (quote :outcome)))\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get sample) (quote :conditions)))\n selfhost/obligation::coverage-condition-value-valid?)\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-decision-row-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 6)\n (if (selfhost/obligation::str? ((core/map::get row) (quote :site)))\n (if (selfhost/obligation::symbol-vector-valid? ((core/map::get row) (quote :conditions)))\n (if\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get row) (quote :samples)))\n selfhost/obligation::coverage-sample-valid?)\n (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :total)))\n (if\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-true)))\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-false)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-string-vector-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/obligation::str? ((core/vec::get values) index))\n ((selfhost/obligation::coverage-string-vector-valid-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/obligation::coverage-string-vector-valid?\n (fn (values)\n (if (selfhost/obligation::vec? values)\n ((selfhost/obligation::coverage-string-vector-valid-loop? values) 0)\n false)))\n\n(def selfhost/obligation::coverage-inputs-valid?\n (fn (inputs)\n (if (selfhost/obligation::map? inputs)\n (if ((core/int::eq? (core/map::len inputs)) 8)\n (if (selfhost/obligation::coverage-profile-valid? ((core/map::get inputs) (quote :profile)))\n (if (selfhost/obligation::nonnegative-int? ((core/map::get inputs) (quote :test-count)))\n (if\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :exports)))\n selfhost/obligation::coverage-count-row-valid?)\n (if\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :statement-sites)))\n selfhost/obligation::coverage-site-row-valid?)\n (if\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :decision-sites)))\n selfhost/obligation::coverage-decision-row-valid?)\n (if\n (selfhost/obligation::coverage-decision-counts-valid?\n ((core/map::get inputs) (quote :decision)))\n (if\n (selfhost/obligation::coverage-string-vector-valid?\n ((core/map::get inputs) (quote :missing-effect-logs)))\n (selfhost/obligation::vec? ((core/map::get inputs) (quote :tests)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-effect-errors-loop\n (fn (names)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len names))\n errors\n (((selfhost/obligation::coverage-effect-errors-loop names) ((core/int::add index) 1))\n ((core/vec::push errors)\n ((core/str::concat \"coverage: test \")\n ((core/str::concat ((core/vec::get names) index))\n \" returned effect program but no effect log was recorded\")))))))))\n\n(def selfhost/obligation::coverage-exports-loop\n (fn (rows)\n (fn (index)\n (fn (missing)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len rows))\n {:errors errors :missing missing}\n (let ((row ((core/vec::get rows) index)))\n (if ((core/int::eq? ((core/map::get row) (quote :hits))) 0)\n (\n (((selfhost/obligation::coverage-exports-loop rows) ((core/int::add index) 1))\n ((core/vec::push missing) ((core/map::get row) (quote :sym))))\n ((core/vec::push errors)\n ((core/str::concat \"export not covered: \")\n (core/sym::to-str ((core/map::get row) (quote :sym))))))\n ((((selfhost/obligation::coverage-exports-loop rows) ((core/int::add index) 1)) missing)\n errors)))))))))\n\n(def selfhost/obligation::coverage-statements-loop\n (fn (rows)\n (fn (index)\n (fn (reports)\n (fn (missing)\n (if ((core/int::eq? index) (core/vec::len rows))\n {:missing missing :reports reports}\n (let ((row ((core/vec::get rows) index)))\n (let ((ok (if ((core/int::eq? ((core/map::get row) (quote :hits))) 0) false true)))\n (\n (((selfhost/obligation::coverage-statements-loop rows) ((core/int::add index) 1))\n ((core/vec::push reports)\n {\n :hits ((core/map::get row) (quote :hits))\n :ok ok\n :site ((core/map::get row) (quote :site))}))\n (if ok missing ((core/vec::push missing) ((core/map::get row) (quote :site)))))))))))))\n\n(def selfhost/obligation::coverage-find-condition-loop\n (fn (values)\n (fn (symbol)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n nil\n (let ((row ((core/vec::get values) index)))\n (if ((core/sym::eq? ((core/map::get row) (quote :sym))) symbol)\n ((core/map::get row) (quote :value))\n (((selfhost/obligation::coverage-find-condition-loop values) symbol)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/obligation::coverage-find-condition\n (fn (sample)\n (fn (symbol)\n (\n ((selfhost/obligation::coverage-find-condition-loop ((core/map::get sample) (quote :conditions)))\n symbol)\n 0))))\n\n(def selfhost/obligation::coverage-others-equal-loop?\n (fn (conditions)\n (fn (target)\n (fn (a)\n (fn (b)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len conditions))\n true\n (let ((condition ((core/vec::get conditions) index)))\n (if ((core/sym::eq? condition) target)\n (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b)\n ((core/int::add index) 1))\n (if\n ((core/eq? ((selfhost/obligation::coverage-find-condition a) condition))\n ((selfhost/obligation::coverage-find-condition b) condition))\n (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b)\n ((core/int::add index) 1))\n false))))))))))\n\n(def selfhost/obligation::coverage-independent-pair?\n (fn (conditions)\n (fn (target)\n (fn (a)\n (fn (b)\n (let\n ((av ((selfhost/obligation::coverage-find-condition a) target))\n (bv ((selfhost/obligation::coverage-find-condition b) target)))\n (if (selfhost/obligation::nil? av)\n false\n (if (selfhost/obligation::nil? bv)\n false\n (if ((core/eq? av) bv)\n false\n (if\n ((core/eq? ((core/map::get a) (quote :outcome)))\n ((core/map::get b) (quote :outcome)))\n false\n (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b)\n 0)))))))))))\n\n(def selfhost/obligation::coverage-independent-inner?\n (fn (samples)\n (fn (conditions)\n (fn (target)\n (fn (a-index)\n (fn (b-index)\n (if ((core/int::eq? b-index) (core/vec::len samples))\n false\n (if\n (\n (((selfhost/obligation::coverage-independent-pair? conditions) target)\n ((core/vec::get samples) a-index))\n ((core/vec::get samples) b-index))\n true\n (((((selfhost/obligation::coverage-independent-inner? samples) conditions) target) a-index)\n ((core/int::add b-index) 1))))))))))\n\n(def selfhost/obligation::coverage-independent?\n (fn (samples)\n (fn (conditions)\n (fn (target)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len samples))\n false\n (if\n (((((selfhost/obligation::coverage-independent-inner? samples) conditions) target) index)\n ((core/int::add index) 1))\n true\n ((((selfhost/obligation::coverage-independent? samples) conditions) target)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/obligation::coverage-mcdc-conditions-loop\n (fn (conditions)\n (fn (samples)\n (fn (index)\n (fn (reports)\n (fn (missing)\n (if ((core/int::eq? index) (core/vec::len conditions))\n {:missing missing :reports reports}\n (let ((condition ((core/vec::get conditions) index)))\n (let\n ((independent ((((selfhost/obligation::coverage-independent? samples) conditions) condition) 0)))\n (\n (\n (((selfhost/obligation::coverage-mcdc-conditions-loop conditions) samples)\n ((core/int::add index) 1))\n ((core/vec::push reports) {:independent independent :sym condition}))\n (if independent missing ((core/vec::push missing) condition))))))))))))\n\n(def selfhost/obligation::coverage-decisions-loop\n (fn (rows)\n (fn (index)\n (fn (reports)\n (fn (missing-decisions)\n (fn (mcdc-reports)\n (fn (missing-mcdc)\n (if ((core/int::eq? index) (core/vec::len rows))\n {\n :mcdc mcdc-reports\n :missing-decisions missing-decisions\n :missing-mcdc missing-mcdc\n :reports reports}\n (let ((row ((core/vec::get rows) index)))\n (let\n (\n (branch-ok\n (if ((core/int::eq? ((core/map::get row) (quote :total))) 0)\n false\n (if ((core/int::eq? ((core/map::get row) (quote :taken-true))) 0)\n false\n (if ((core/int::eq? ((core/map::get row) (quote :taken-false))) 0)\n false\n true)))))\n (let\n (\n (mcdc\n (\n (\n (\n ((selfhost/obligation::coverage-mcdc-conditions-loop ((core/map::get row) (quote :conditions)))\n ((core/map::get row) (quote :samples)))\n 0)\n [])\n [])))\n (\n (\n (\n (((selfhost/obligation::coverage-decisions-loop rows) ((core/int::add index) 1))\n ((core/vec::push reports)\n {\n :conditions ((core/map::get row) (quote :conditions))\n :ok branch-ok\n :site ((core/map::get row) (quote :site))\n :taken-false ((core/map::get row) (quote :taken-false))\n :taken-true ((core/map::get row) (quote :taken-true))\n :total ((core/map::get row) (quote :total))}))\n (if branch-ok\n missing-decisions\n ((core/vec::push missing-decisions)\n ((core/map::get row) (quote :site)))))\n ((core/vec::push mcdc-reports)\n {\n :conditions ((core/map::get mcdc) (quote :reports))\n :site ((core/map::get row) (quote :site))}))\n (if\n ((core/int::eq? (core/vec::len ((core/map::get mcdc) (quote :missing)))) 0)\n missing-mcdc\n ((core/vec::push missing-mcdc)\n {\n :missing-conditions ((core/map::get mcdc) (quote :missing))\n :site ((core/map::get row) (quote :site))}))))))))))))))\n\n(def selfhost/obligation::coverage-count-error\n (fn (prefix)\n (fn (count)\n (fn (suffix) ((core/str::concat prefix) ((core/str::concat (core/int::to-str count)) suffix))))))\n\n(def selfhost/obligation::coverage\n (fn (package)\n (fn (inputs)\n (if (selfhost/obligation::coverage-inputs-valid? inputs)\n (let\n ((profile ((core/map::get inputs) (quote :profile)))\n (exports ((core/map::get inputs) (quote :exports)))\n (statements ((core/map::get inputs) (quote :statement-sites)))\n (decisions ((core/map::get inputs) (quote :decision-sites))))\n (let\n (\n (errors0\n (if\n (if ((core/int::eq? ((core/map::get inputs) (quote :test-count))) 0)\n (if ((core/int::eq? (core/vec::len exports)) 0)\n (selfhost/obligation::coverage-structural? profile)\n true)\n false)\n ((core/vec::push [])\n \"coverage requires unit tests (package.toml `tests` is empty)\")\n [])))\n (let\n (\n (errors1\n (\n (\n (selfhost/obligation::coverage-effect-errors-loop\n ((core/map::get inputs) (quote :missing-effect-logs)))\n 0)\n errors0)))\n (let\n ((export-state ((((selfhost/obligation::coverage-exports-loop exports) 0) []) errors1)))\n (let\n ((statement-state ((((selfhost/obligation::coverage-statements-loop statements) 0) []) [])))\n (let\n ((decision-state ((((((selfhost/obligation::coverage-decisions-loop decisions) 0) []) []) []) [])))\n (let ((errors2 ((core/map::get export-state) (quote :errors))))\n (let\n ((statement-missing ((core/map::get statement-state) (quote :missing)))\n (decision-missing\n ((core/map::get decision-state) (quote :missing-decisions)))\n (mcdc-missing ((core/map::get decision-state) (quote :missing-mcdc))))\n (let\n (\n (errors3\n (if\n (if (selfhost/obligation::coverage-structural? profile)\n (if ((core/int::eq? (core/vec::len statement-missing)) 0)\n false\n true)\n false)\n ((core/vec::push errors2)\n (\n ((selfhost/obligation::coverage-count-error \"statement-site coverage missing \")\n (core/vec::len statement-missing))\n \" site(s)\"))\n errors2)))\n (let\n (\n (errors4\n (if\n (if (selfhost/obligation::coverage-structural? profile)\n (if ((core/int::eq? (core/vec::len decision-missing)) 0)\n false\n true)\n false)\n ((core/vec::push errors3)\n (\n ((selfhost/obligation::coverage-count-error \"decision coverage missing branch outcomes on \")\n (core/vec::len decision-missing))\n \" site(s)\"))\n errors3)))\n (let\n (\n (errors5\n (if\n (if (selfhost/obligation::coverage-mcdc? profile)\n (if ((core/int::eq? (core/vec::len mcdc-missing)) 0)\n false\n true)\n false)\n ((core/vec::push errors4)\n (\n ((selfhost/obligation::coverage-count-error \"mcdc coverage missing condition independence on \")\n (core/vec::len mcdc-missing))\n \" decision site(s)\"))\n errors4)))\n (let ((ok ((core/int::eq? (core/vec::len errors5)) 0)))\n (let\n (\n (report0\n {\n :definition \"exports minus (tests, property_tests)\"\n :exports exports\n :kind \"genesis/coverage-v0.2\"\n :missing ((core/map::get export-state) (quote :missing))\n :ok ok\n :package package\n :profile profile\n :structural\n {\n :decision ((core/map::get inputs) (quote :decision))\n :decision-sites\n ((core/map::get decision-state) (quote :reports))\n :expected\n {\n :decision-sites (core/vec::len decisions)\n :statement-sites (core/vec::len statements)}\n :mcdc ((core/map::get decision-state) (quote :mcdc))\n :missing-decision-sites decision-missing\n :missing-mcdc-sites mcdc-missing\n :missing-statement-sites statement-missing\n :statement-sites\n ((core/map::get statement-state) (quote :reports))}\n :tests ((core/map::get inputs) (quote :tests))}))\n (let\n ((report (if ok report0 (((core/map::put report0) (quote :errors)) errors5))))\n {\n :errors errors5\n :kind selfhost/obligation::RESULT_KIND\n :name (selfhost/obligation::coverage-name profile)\n :ok ok\n :operation (selfhost/obligation::coverage-operation profile)\n :report report\n :v 2}))))))))))))))\n (selfhost/obligation::error\n \"coverage inputs must contain exactly valid closed instrumentation observations\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x88\x06\xE4\x00S\xA4\x9ET\xD7mJ5\x92$\xF5\xA8\xA8\x96|S\xCA\x9Do \x98J\x8A\xB2\x95\x15\xF5#" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::translation-vector-valid-loop? (fn (values) (fn (predicate) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (predicate ((core/vec::get values) index)) (((selfhost/obligation::translation-vector-valid-loop? values) predicate) ((core/int::add index) 1)) false)))))) (def selfhost/obligation::translation-vector-valid? (fn (value) (fn (predicate) (if (selfhost/obligation::vec? value) (((selfhost/obligation::translation-vector-valid-loop? value) predicate) 0) false)))) (def selfhost/obligation::translation-string-vector-valid? (fn (value) ((selfhost/obligation::translation-vector-valid? value) selfhost/obligation::str?))) (def selfhost/obligation::translation-status-valid? (fn (status) (if ((core/sym::eq? status) (quote :complete)) true (if ((core/sym::eq? status) (quote :failed)) true ((core/sym::eq? status) (quote :unsupported)))))) (def selfhost/obligation::translation-value-kind-valid? (fn (value) (if (selfhost/obligation::nil? value) true (if (selfhost/obligation::sym? value) (if ((core/sym::eq? value) (quote :int)) true (if ((core/sym::eq? value) (quote :bool)) true (if ((core/sym::eq? value) (quote :nil)) true (if ((core/sym::eq? value) (quote :sym)) true (if ((core/sym::eq? value) (quote :str)) true (if ((core/sym::eq? value) (quote :bytes)) true ((core/sym::eq? value) (quote :term)))))))) false)))) (def selfhost/obligation::translation-optional-bool? (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::bool? value)))) (def selfhost/obligation::translation-rewrite-valid? (fn (rewrite) (if (selfhost/obligation::map? rewrite) (if ((core/int::eq? (core/map::len rewrite)) 2) (if (selfhost/obligation::str? ((core/map::get rewrite) (quote :name))) (selfhost/obligation::nonnegative-int? ((core/map::get rewrite) (quote :n))) false) false) false))) (def selfhost/obligation::translation-stage2-valid? (fn (expected-module-h) (fn (stage2) (if (selfhost/obligation::map? stage2) (if ((core/int::eq? (core/map::len stage2)) 9) (if (selfhost/obligation::translation-status-valid? ((core/map::get stage2) (quote :status))) (if ((core/eq? expected-module-h) ((core/map::get stage2) (quote :module-h))) (if (selfhost/obligation::optional-hash? ((core/map::get stage2) (quote :wasm-h))) (if (selfhost/obligation::translation-value-kind-valid? ((core/map::get stage2) (quote :value-kind))) (if (selfhost/obligation::optional-hash? ((core/map::get stage2) (quote :orig-value-h))) (if (selfhost/obligation::optional-hash? ((core/map::get stage2) (quote :wasm-value-h))) (if (selfhost/obligation::optional-nonnegative-int? ((core/map::get stage2) (quote :wasm-bytes))) (if (selfhost/obligation::translation-optional-bool? ((core/map::get stage2) (quote :result-equal))) (if (selfhost/obligation::translation-string-vector-valid? ((core/map::get stage2) (quote :mechanism-errors))) (if ((core/sym::eq? ((core/map::get stage2) (quote :status))) (quote :complete)) (if (selfhost/obligation::hash? ((core/map::get stage2) (quote :wasm-h))) (if (selfhost/obligation::sym? ((core/map::get stage2) (quote :value-kind))) (if (selfhost/obligation::hash? ((core/map::get stage2) (quote :orig-value-h))) (if (selfhost/obligation::hash? ((core/map::get stage2) (quote :wasm-value-h))) (if (selfhost/obligation::nonnegative-int? ((core/map::get stage2) (quote :wasm-bytes))) (if (selfhost/obligation::bool? ((core/map::get stage2) (quote :result-equal))) ((core/int::eq? (core/vec::len ((core/map::get stage2) (quote :mechanism-errors)))) 0) false) false) false) false) false) false) (selfhost/obligation::nil? ((core/map::get stage2) (quote :result-equal)))) false) false) false) false) false) false) false) false) false) false) false)))) (def selfhost/obligation::translation-module-valid? (fn (module) (if (selfhost/obligation::map? module) (if ((core/int::eq? (core/map::len module)) 9) (if (selfhost/obligation::str? ((core/map::get module) (quote :path))) (if (selfhost/obligation::hash? ((core/map::get module) (quote :original-h))) (if (selfhost/obligation::hash? ((core/map::get module) (quote :optimized-h))) (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-runs))) (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-iterations))) (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-eclasses))) (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-enodes))) (if ((selfhost/obligation::translation-vector-valid? ((core/map::get module) (quote :egg-rewrites))) selfhost/obligation::translation-rewrite-valid?) ((selfhost/obligation::translation-stage2-valid? ((core/map::get module) (quote :optimized-h))) ((core/map::get module) (quote :stage2))) false) false) false) false) false) false) false) false) false) false))) (def selfhost/obligation::translation-original-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 5) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (if (selfhost/obligation::hash? ((core/map::get test) (quote :actual-h))) (if (selfhost/obligation::optional-hash? ((core/map::get test) (quote :expected-h))) (selfhost/obligation::bool? ((core/map::get test) (quote :sealed-error))) false) false) false) false) false) false))) (def selfhost/obligation::translation-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 4) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (if (selfhost/obligation::hash? ((core/map::get test) (quote :original-h))) (selfhost/obligation::hash? ((core/map::get test) (quote :optimized-h))) false) false) false) false) false))) (def selfhost/obligation::translation-tests-aligned-loop? (fn (original) (fn (optimized) (fn (index) (if ((core/int::eq? index) (core/vec::len original)) true (let ((left ((core/vec::get original) index)) (right ((core/vec::get optimized) index))) (if ((core/sym::eq? ((core/map::get left) (quote :suite))) ((core/map::get right) (quote :suite))) (if ((core/eq? ((core/map::get left) (quote :name))) ((core/map::get right) (quote :name))) (if ((core/eq? ((core/map::get left) (quote :actual-h))) ((core/map::get right) (quote :original-h))) (((selfhost/obligation::translation-tests-aligned-loop? original) optimized) ((core/int::add index) 1)) false) false) false))))))) (def selfhost/obligation::translation-inputs-valid? (fn (inputs) (if (selfhost/obligation::map? inputs) (if ((core/int::eq? (core/map::len inputs)) 3) (if ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :modules))) selfhost/obligation::translation-module-valid?) (if ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :original-tests))) selfhost/obligation::translation-original-test-valid?) (if ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :optimized-tests))) selfhost/obligation::translation-test-valid?) (if ((core/int::eq? (core/vec::len ((core/map::get inputs) (quote :original-tests)))) (core/vec::len ((core/map::get inputs) (quote :optimized-tests)))) (((selfhost/obligation::translation-tests-aligned-loop? ((core/map::get inputs) (quote :original-tests))) ((core/map::get inputs) (quote :optimized-tests))) 0) false) false) false) false) false) false))) (def selfhost/obligation::translation-original-tests-ok-loop? (fn (tests) (fn (index) (if ((core/int::eq? index) (core/vec::len tests)) true (let ((test ((core/vec::get tests) index))) (if (selfhost/obligation::test-ok? test) ((selfhost/obligation::translation-original-tests-ok-loop? tests) ((core/int::add index) 1)) false)))))) (def selfhost/obligation::translation-rewrites-add-loop (fn (rewrites) (fn (index) (fn (totals) (if ((core/int::eq? index) (core/vec::len rewrites)) totals (let ((rewrite ((core/vec::get rewrites) index))) (let ((name ((core/map::get rewrite) (quote :name))) (count ((core/map::get rewrite) (quote :n)))) (let ((prior ((core/map::get totals) name))) (((selfhost/obligation::translation-rewrites-add-loop rewrites) ((core/int::add index) 1)) (((core/map::put totals) name) (if (selfhost/obligation::nil? prior) count ((core/int::add prior) count)))))))))))) (def selfhost/obligation::translation-rewrites-add (fn (totals) (fn (rewrites) (((selfhost/obligation::translation-rewrites-add-loop rewrites) 0) totals)))) (def selfhost/obligation::translation-rewrite-reports-loop (fn (entries) (fn (index) (fn (reports) (if ((core/int::eq? index) (core/vec::len entries)) reports (let ((entry ((core/vec::get entries) index))) (((selfhost/obligation::translation-rewrite-reports-loop entries) ((core/int::add index) 1)) ((core/vec::push reports) {:n ((core/vec::get entry) 1) :name ((core/vec::get entry) 0)})))))))) (def selfhost/obligation::translation-rewrite-reports (fn (totals) (((selfhost/obligation::translation-rewrite-reports-loop (core/map::entries totals)) 0) []))) (def selfhost/obligation::translation-stage2 (fn (path) (fn (raw) (let ((status ((core/map::get raw) (quote :status))) (result-equal ((core/map::get raw) (quote :result-equal))) (original-h ((core/map::get raw) (quote :orig-value-h))) (wasm-h ((core/map::get raw) (quote :wasm-value-h)))) (let ((supported (if ((core/sym::eq? status) (quote :unsupported)) false true)) (errors0 ((core/map::get raw) (quote :mechanism-errors)))) (let ((errors1 (if (if ((core/sym::eq? status) (quote :complete)) (if result-equal false true) false) ((core/vec::push errors0) "stage2 wasm result differs from kernel result") errors0))) (let ((errors2 (if (if ((core/sym::eq? status) (quote :complete)) (if ((core/eq? original-h) wasm-h) false true) false) ((core/vec::push errors1) "stage2 wasm value hash mismatch") errors1))) (let ((ok (if ((core/sym::eq? status) (quote :complete)) ((core/int::eq? (core/vec::len errors2)) 0) false))) {:errors errors2 :ok ok :report {:errors errors2 :module-h ((core/map::get raw) (quote :module-h)) :ok ok :orig-value-h original-h :path path :supported supported :value-kind ((core/map::get raw) (quote :value-kind)) :wasm-bytes ((core/map::get raw) (quote :wasm-bytes)) :wasm-h ((core/map::get raw) (quote :wasm-h)) :wasm-value-h wasm-h} :supported supported})))))))) (def selfhost/obligation::translation-prefix-stage-errors-loop (fn (path) (fn (errors) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len errors)) out ((((selfhost/obligation::translation-prefix-stage-errors-loop path) errors) ((core/int::add index) 1)) ((core/vec::push out) ((core/str::concat "stage2 ") ((core/str::concat path) ((core/str::concat ": ") ((core/vec::get errors) index)))))))))))) (def selfhost/obligation::translation-prefix-stage-errors (fn (path) (fn (errors) ((((selfhost/obligation::translation-prefix-stage-errors-loop path) errors) 0) [])))) (def selfhost/obligation::translation-modules-loop (fn (modules) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len modules)) state (let ((module ((core/vec::get modules) index))) (let ((path ((core/map::get module) (quote :path))) (stage2 ((selfhost/obligation::translation-stage2 ((core/map::get module) (quote :path))) ((core/map::get module) (quote :stage2))))) (let ((supported ((core/map::get stage2) (quote :supported))) (stage-ok ((core/map::get stage2) (quote :ok)))) (((selfhost/obligation::translation-modules-loop modules) ((core/int::add index) 1)) {:eclasses ((core/int::add ((core/map::get state) (quote :eclasses))) ((core/map::get module) (quote :egg-eclasses))) :enodes ((core/int::add ((core/map::get state) (quote :enodes))) ((core/map::get module) (quote :egg-enodes))) :errors (if (if supported (if stage-ok false true) false) ((selfhost/obligation::append-errors ((core/map::get state) (quote :errors))) ((selfhost/obligation::translation-prefix-stage-errors path) ((core/map::get stage2) (quote :errors)))) ((core/map::get state) (quote :errors))) :iterations ((core/int::add ((core/map::get state) (quote :iterations))) ((core/map::get module) (quote :egg-iterations))) :modules ((core/vec::push ((core/map::get state) (quote :modules))) {:changed (if ((core/eq? ((core/map::get module) (quote :original-h))) ((core/map::get module) (quote :optimized-h))) false true) :opt-h ((core/map::get module) (quote :optimized-h)) :orig-h ((core/map::get module) (quote :original-h)) :path path}) :ok (if ((core/map::get state) (quote :ok)) (if (if supported (if stage-ok false true) false) false true) false) :rewrites ((selfhost/obligation::translation-rewrites-add ((core/map::get state) (quote :rewrites))) ((core/map::get module) (quote :egg-rewrites))) :runs ((core/int::add ((core/map::get state) (quote :runs))) ((core/map::get module) (quote :egg-runs))) :stage2 ((core/vec::push ((core/map::get state) (quote :stage2))) ((core/map::get stage2) (quote :report))) :supported (if supported ((core/int::add ((core/map::get state) (quote :supported))) 1) ((core/map::get state) (quote :supported))) :validated (if (if supported stage-ok false) ((core/int::add ((core/map::get state) (quote :validated))) 1) ((core/map::get state) (quote :validated)))}))))))))) (def selfhost/obligation::translation-tests-loop (fn (tests) (fn (index) (fn (reports) (fn (errors) (if ((core/int::eq? index) (core/vec::len tests)) {:errors errors :reports reports} (let ((test ((core/vec::get tests) index))) (let ((mismatch (if ((core/eq? ((core/map::get test) (quote :original-h))) ((core/map::get test) (quote :optimized-h))) false true))) ((((selfhost/obligation::translation-tests-loop tests) ((core/int::add index) 1)) ((core/vec::push reports) {:name ((core/map::get test) (quote :name)) :opt-h ((core/map::get test) (quote :optimized-h)) :orig-h ((core/map::get test) (quote :original-h)) :suite ((core/map::get test) (quote :suite))})) (if mismatch ((core/vec::push errors) ((core/str::concat "hash mismatch for ") ((core/str::concat (core/sym::to-str ((core/map::get test) (quote :suite)))) ((core/str::concat "::") ((core/map::get test) (quote :name)))))) errors)))))))))) (def selfhost/obligation::translation-validation (fn (package) (fn (inputs) (if (selfhost/obligation::translation-inputs-valid? inputs) (let ((modules ((core/map::get inputs) (quote :modules))) (original-tests ((core/map::get inputs) (quote :original-tests))) (optimized-tests ((core/map::get inputs) (quote :optimized-tests)))) (if ((core/int::eq? (core/vec::len original-tests)) 0) (if (if ((core/int::eq? (core/vec::len modules)) 0) ((core/int::eq? (core/vec::len optimized-tests)) 0) false) {:errors [] :kind selfhost/obligation::RESULT_KIND :name "core/obligation::translation-validation" :ok true :operation (quote :translation-validation) :report {:kind "genesis/translation-validation-v0.2" :note "no tests" :ok true} :v 2} (selfhost/obligation::error "translation no-test observation must not contain module or optimized-test facts")) (let ((module-state (((selfhost/obligation::translation-modules-loop modules) 0) {:eclasses 0 :enodes 0 :errors [] :iterations 0 :modules [] :ok true :rewrites {} :runs 0 :stage2 [] :supported 0 :validated 0}))) (let ((test-state ((((selfhost/obligation::translation-tests-loop optimized-tests) 0) []) ((core/map::get module-state) (quote :errors))))) (let ((original-ok ((selfhost/obligation::translation-original-tests-ok-loop? original-tests) 0)) (errors ((core/map::get test-state) (quote :errors)))) (let ((ok (if original-ok (if ((core/map::get module-state) (quote :ok)) ((core/int::eq? (core/vec::len errors)) 0) false) false))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::translation-validation" :ok ok :operation (quote :translation-validation) :report {:errors errors :kind "genesis/translation-validation-v0.2" :modules ((core/map::get module-state) (quote :modules)) :ok ok :optimizer {:egg-eclasses ((core/map::get module-state) (quote :eclasses)) :egg-enodes ((core/map::get module-state) (quote :enodes)) :egg-iterations ((core/map::get module-state) (quote :iterations)) :egg-rewrites (selfhost/obligation::translation-rewrite-reports ((core/map::get module-state) (quote :rewrites))) :egg-runs ((core/map::get module-state) (quote :runs))} :package package :stage2 {:entries ((core/map::get module-state) (quote :stage2)) :supported-modules ((core/map::get module-state) (quote :supported)) :validated-modules ((core/map::get module-state) (quote :validated))} :tests ((core/map::get test-state) (quote :reports))} :v 2})))))) (selfhost/obligation::error "translation inputs must contain exactly valid modules, original tests, and optimized tests")))))] :module-h b"l7M+*\x84\xF2\xEE\x9A\xBE\x91\xFDK\xE4Y:o\x82\xFC\x7FP!kNRv\xA6\xC4\x88\x00\x9F\xC4" :path "selfhost/obligation_authority_translation_v1.gc" :source "(def selfhost/obligation::translation-vector-valid-loop?\n (fn (values)\n (fn (predicate)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (predicate ((core/vec::get values) index))\n (((selfhost/obligation::translation-vector-valid-loop? values) predicate)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/obligation::translation-vector-valid?\n (fn (value)\n (fn (predicate)\n (if (selfhost/obligation::vec? value)\n (((selfhost/obligation::translation-vector-valid-loop? value) predicate) 0)\n false))))\n\n(def selfhost/obligation::translation-string-vector-valid?\n (fn (value) ((selfhost/obligation::translation-vector-valid? value) selfhost/obligation::str?)))\n\n(def selfhost/obligation::translation-status-valid?\n (fn (status)\n (if ((core/sym::eq? status) (quote :complete))\n true\n (if ((core/sym::eq? status) (quote :failed))\n true\n ((core/sym::eq? status) (quote :unsupported))))))\n\n(def selfhost/obligation::translation-value-kind-valid?\n (fn (value)\n (if (selfhost/obligation::nil? value)\n true\n (if (selfhost/obligation::sym? value)\n (if ((core/sym::eq? value) (quote :int))\n true\n (if ((core/sym::eq? value) (quote :bool))\n true\n (if ((core/sym::eq? value) (quote :nil))\n true\n (if ((core/sym::eq? value) (quote :sym))\n true\n (if ((core/sym::eq? value) (quote :str))\n true\n (if ((core/sym::eq? value) (quote :bytes))\n true\n ((core/sym::eq? value) (quote :term))))))))\n false))))\n\n(def selfhost/obligation::translation-optional-bool?\n (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::bool? value))))\n\n(def selfhost/obligation::translation-rewrite-valid?\n (fn (rewrite)\n (if (selfhost/obligation::map? rewrite)\n (if ((core/int::eq? (core/map::len rewrite)) 2)\n (if (selfhost/obligation::str? ((core/map::get rewrite) (quote :name)))\n (selfhost/obligation::nonnegative-int? ((core/map::get rewrite) (quote :n)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-stage2-valid?\n (fn (expected-module-h)\n (fn (stage2)\n (if (selfhost/obligation::map? stage2)\n (if ((core/int::eq? (core/map::len stage2)) 9)\n (if\n (selfhost/obligation::translation-status-valid? ((core/map::get stage2) (quote :status)))\n (if ((core/eq? expected-module-h) ((core/map::get stage2) (quote :module-h)))\n (if (selfhost/obligation::optional-hash? ((core/map::get stage2) (quote :wasm-h)))\n (if\n (selfhost/obligation::translation-value-kind-valid?\n ((core/map::get stage2) (quote :value-kind)))\n (if\n (selfhost/obligation::optional-hash?\n ((core/map::get stage2) (quote :orig-value-h)))\n (if\n (selfhost/obligation::optional-hash?\n ((core/map::get stage2) (quote :wasm-value-h)))\n (if\n (selfhost/obligation::optional-nonnegative-int?\n ((core/map::get stage2) (quote :wasm-bytes)))\n (if\n (selfhost/obligation::translation-optional-bool?\n ((core/map::get stage2) (quote :result-equal)))\n (if\n (selfhost/obligation::translation-string-vector-valid?\n ((core/map::get stage2) (quote :mechanism-errors)))\n (if\n ((core/sym::eq? ((core/map::get stage2) (quote :status)))\n (quote :complete))\n (if\n (selfhost/obligation::hash? ((core/map::get stage2) (quote :wasm-h)))\n (if\n (selfhost/obligation::sym?\n ((core/map::get stage2) (quote :value-kind)))\n (if\n (selfhost/obligation::hash?\n ((core/map::get stage2) (quote :orig-value-h)))\n (if\n (selfhost/obligation::hash?\n ((core/map::get stage2) (quote :wasm-value-h)))\n (if\n (selfhost/obligation::nonnegative-int?\n ((core/map::get stage2) (quote :wasm-bytes)))\n (if\n (selfhost/obligation::bool?\n ((core/map::get stage2) (quote :result-equal)))\n ((core/int::eq? (core/vec::len ((core/map::get stage2) (quote :mechanism-errors))))\n 0)\n false)\n false)\n false)\n false)\n false)\n false)\n (selfhost/obligation::nil?\n ((core/map::get stage2) (quote :result-equal))))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false))))\n\n(def selfhost/obligation::translation-module-valid?\n (fn (module)\n (if (selfhost/obligation::map? module)\n (if ((core/int::eq? (core/map::len module)) 9)\n (if (selfhost/obligation::str? ((core/map::get module) (quote :path)))\n (if (selfhost/obligation::hash? ((core/map::get module) (quote :original-h)))\n (if (selfhost/obligation::hash? ((core/map::get module) (quote :optimized-h)))\n (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-runs)))\n (if\n (selfhost/obligation::nonnegative-int?\n ((core/map::get module) (quote :egg-iterations)))\n (if\n (selfhost/obligation::nonnegative-int?\n ((core/map::get module) (quote :egg-eclasses)))\n (if\n (selfhost/obligation::nonnegative-int?\n ((core/map::get module) (quote :egg-enodes)))\n (if\n ((selfhost/obligation::translation-vector-valid? ((core/map::get module) (quote :egg-rewrites)))\n selfhost/obligation::translation-rewrite-valid?)\n ((selfhost/obligation::translation-stage2-valid? ((core/map::get module) (quote :optimized-h)))\n ((core/map::get module) (quote :stage2)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-original-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 5)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (if (selfhost/obligation::hash? ((core/map::get test) (quote :actual-h)))\n (if (selfhost/obligation::optional-hash? ((core/map::get test) (quote :expected-h)))\n (selfhost/obligation::bool? ((core/map::get test) (quote :sealed-error)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 4)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (if (selfhost/obligation::hash? ((core/map::get test) (quote :original-h)))\n (selfhost/obligation::hash? ((core/map::get test) (quote :optimized-h)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-tests-aligned-loop?\n (fn (original)\n (fn (optimized)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len original))\n true\n (let ((left ((core/vec::get original) index)) (right ((core/vec::get optimized) index)))\n (if\n ((core/sym::eq? ((core/map::get left) (quote :suite)))\n ((core/map::get right) (quote :suite)))\n (if\n ((core/eq? ((core/map::get left) (quote :name)))\n ((core/map::get right) (quote :name)))\n (if\n ((core/eq? ((core/map::get left) (quote :actual-h)))\n ((core/map::get right) (quote :original-h)))\n (((selfhost/obligation::translation-tests-aligned-loop? original) optimized)\n ((core/int::add index) 1))\n false)\n false)\n false)))))))\n\n(def selfhost/obligation::translation-inputs-valid?\n (fn (inputs)\n (if (selfhost/obligation::map? inputs)\n (if ((core/int::eq? (core/map::len inputs)) 3)\n (if\n ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :modules)))\n selfhost/obligation::translation-module-valid?)\n (if\n ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :original-tests)))\n selfhost/obligation::translation-original-test-valid?)\n (if\n ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :optimized-tests)))\n selfhost/obligation::translation-test-valid?)\n (if\n ((core/int::eq? (core/vec::len ((core/map::get inputs) (quote :original-tests))))\n (core/vec::len ((core/map::get inputs) (quote :optimized-tests))))\n (\n (\n (selfhost/obligation::translation-tests-aligned-loop?\n ((core/map::get inputs) (quote :original-tests)))\n ((core/map::get inputs) (quote :optimized-tests)))\n 0)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-original-tests-ok-loop?\n (fn (tests)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len tests))\n true\n (let ((test ((core/vec::get tests) index)))\n (if (selfhost/obligation::test-ok? test)\n ((selfhost/obligation::translation-original-tests-ok-loop? tests)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/obligation::translation-rewrites-add-loop\n (fn (rewrites)\n (fn (index)\n (fn (totals)\n (if ((core/int::eq? index) (core/vec::len rewrites))\n totals\n (let ((rewrite ((core/vec::get rewrites) index)))\n (let\n ((name ((core/map::get rewrite) (quote :name)))\n (count ((core/map::get rewrite) (quote :n))))\n (let ((prior ((core/map::get totals) name)))\n (((selfhost/obligation::translation-rewrites-add-loop rewrites) ((core/int::add index) 1))\n (((core/map::put totals) name)\n (if (selfhost/obligation::nil? prior) count ((core/int::add prior) count))))))))))))\n\n(def selfhost/obligation::translation-rewrites-add\n (fn (totals)\n (fn (rewrites) (((selfhost/obligation::translation-rewrites-add-loop rewrites) 0) totals))))\n\n(def selfhost/obligation::translation-rewrite-reports-loop\n (fn (entries)\n (fn (index)\n (fn (reports)\n (if ((core/int::eq? index) (core/vec::len entries))\n reports\n (let ((entry ((core/vec::get entries) index)))\n (((selfhost/obligation::translation-rewrite-reports-loop entries) ((core/int::add index) 1))\n ((core/vec::push reports)\n {\n :n ((core/vec::get entry) 1)\n :name ((core/vec::get entry) 0)}))))))))\n\n(def selfhost/obligation::translation-rewrite-reports\n (fn (totals)\n (((selfhost/obligation::translation-rewrite-reports-loop (core/map::entries totals)) 0) [])))\n\n(def selfhost/obligation::translation-stage2\n (fn (path)\n (fn (raw)\n (let\n ((status ((core/map::get raw) (quote :status)))\n (result-equal ((core/map::get raw) (quote :result-equal)))\n (original-h ((core/map::get raw) (quote :orig-value-h)))\n (wasm-h ((core/map::get raw) (quote :wasm-value-h))))\n (let\n ((supported (if ((core/sym::eq? status) (quote :unsupported)) false true))\n (errors0 ((core/map::get raw) (quote :mechanism-errors))))\n (let\n (\n (errors1\n (if\n (if ((core/sym::eq? status) (quote :complete)) (if result-equal false true) false)\n ((core/vec::push errors0) \"stage2 wasm result differs from kernel result\")\n errors0)))\n (let\n (\n (errors2\n (if\n (if ((core/sym::eq? status) (quote :complete))\n (if ((core/eq? original-h) wasm-h) false true)\n false)\n ((core/vec::push errors1) \"stage2 wasm value hash mismatch\")\n errors1)))\n (let\n (\n (ok\n (if ((core/sym::eq? status) (quote :complete))\n ((core/int::eq? (core/vec::len errors2)) 0)\n false)))\n {\n :errors errors2\n :ok ok\n :report\n {\n :errors errors2\n :module-h ((core/map::get raw) (quote :module-h))\n :ok ok\n :orig-value-h original-h\n :path path\n :supported supported\n :value-kind ((core/map::get raw) (quote :value-kind))\n :wasm-bytes ((core/map::get raw) (quote :wasm-bytes))\n :wasm-h ((core/map::get raw) (quote :wasm-h))\n :wasm-value-h wasm-h}\n :supported supported}))))))))\n\n(def selfhost/obligation::translation-prefix-stage-errors-loop\n (fn (path)\n (fn (errors)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len errors))\n out\n (\n (((selfhost/obligation::translation-prefix-stage-errors-loop path) errors)\n ((core/int::add index) 1))\n ((core/vec::push out)\n ((core/str::concat \"stage2 \")\n ((core/str::concat path) ((core/str::concat \": \") ((core/vec::get errors) index))))))))))))\n\n(def selfhost/obligation::translation-prefix-stage-errors\n (fn (path)\n (fn (errors) ((((selfhost/obligation::translation-prefix-stage-errors-loop path) errors) 0) []))))\n\n(def selfhost/obligation::translation-modules-loop\n (fn (modules)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len modules))\n state\n (let ((module ((core/vec::get modules) index)))\n (let\n ((path ((core/map::get module) (quote :path)))\n (stage2\n ((selfhost/obligation::translation-stage2 ((core/map::get module) (quote :path)))\n ((core/map::get module) (quote :stage2)))))\n (let\n ((supported ((core/map::get stage2) (quote :supported)))\n (stage-ok ((core/map::get stage2) (quote :ok))))\n (((selfhost/obligation::translation-modules-loop modules) ((core/int::add index) 1))\n {\n :eclasses\n ((core/int::add ((core/map::get state) (quote :eclasses)))\n ((core/map::get module) (quote :egg-eclasses)))\n :enodes\n ((core/int::add ((core/map::get state) (quote :enodes)))\n ((core/map::get module) (quote :egg-enodes)))\n :errors\n (if (if supported (if stage-ok false true) false)\n ((selfhost/obligation::append-errors ((core/map::get state) (quote :errors)))\n ((selfhost/obligation::translation-prefix-stage-errors path)\n ((core/map::get stage2) (quote :errors))))\n ((core/map::get state) (quote :errors)))\n :iterations\n ((core/int::add ((core/map::get state) (quote :iterations)))\n ((core/map::get module) (quote :egg-iterations)))\n :modules\n ((core/vec::push ((core/map::get state) (quote :modules)))\n {\n :changed\n (if\n ((core/eq? ((core/map::get module) (quote :original-h)))\n ((core/map::get module) (quote :optimized-h)))\n false\n true)\n :opt-h ((core/map::get module) (quote :optimized-h))\n :orig-h ((core/map::get module) (quote :original-h))\n :path path})\n :ok\n (if ((core/map::get state) (quote :ok))\n (if (if supported (if stage-ok false true) false) false true)\n false)\n :rewrites\n ((selfhost/obligation::translation-rewrites-add ((core/map::get state) (quote :rewrites)))\n ((core/map::get module) (quote :egg-rewrites)))\n :runs\n ((core/int::add ((core/map::get state) (quote :runs)))\n ((core/map::get module) (quote :egg-runs)))\n :stage2\n ((core/vec::push ((core/map::get state) (quote :stage2)))\n ((core/map::get stage2) (quote :report)))\n :supported\n (if supported\n ((core/int::add ((core/map::get state) (quote :supported))) 1)\n ((core/map::get state) (quote :supported)))\n :validated\n (if (if supported stage-ok false)\n ((core/int::add ((core/map::get state) (quote :validated))) 1)\n ((core/map::get state) (quote :validated)))})))))))))\n\n(def selfhost/obligation::translation-tests-loop\n (fn (tests)\n (fn (index)\n (fn (reports)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n {:errors errors :reports reports}\n (let ((test ((core/vec::get tests) index)))\n (let\n (\n (mismatch\n (if\n ((core/eq? ((core/map::get test) (quote :original-h)))\n ((core/map::get test) (quote :optimized-h)))\n false\n true)))\n (\n (((selfhost/obligation::translation-tests-loop tests) ((core/int::add index) 1))\n ((core/vec::push reports)\n {\n :name ((core/map::get test) (quote :name))\n :opt-h ((core/map::get test) (quote :optimized-h))\n :orig-h ((core/map::get test) (quote :original-h))\n :suite ((core/map::get test) (quote :suite))}))\n (if mismatch\n ((core/vec::push errors)\n ((core/str::concat \"hash mismatch for \")\n ((core/str::concat (core/sym::to-str ((core/map::get test) (quote :suite))))\n ((core/str::concat \"::\") ((core/map::get test) (quote :name))))))\n errors))))))))))\n\n(def selfhost/obligation::translation-validation\n (fn (package)\n (fn (inputs)\n (if (selfhost/obligation::translation-inputs-valid? inputs)\n (let\n ((modules ((core/map::get inputs) (quote :modules)))\n (original-tests ((core/map::get inputs) (quote :original-tests)))\n (optimized-tests ((core/map::get inputs) (quote :optimized-tests))))\n (if ((core/int::eq? (core/vec::len original-tests)) 0)\n (if\n (if ((core/int::eq? (core/vec::len modules)) 0)\n ((core/int::eq? (core/vec::len optimized-tests)) 0)\n false)\n {\n :errors []\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::translation-validation\"\n :ok true\n :operation (quote :translation-validation)\n :report\n {\n :kind \"genesis/translation-validation-v0.2\"\n :note \"no tests\"\n :ok true}\n :v 2}\n (selfhost/obligation::error\n \"translation no-test observation must not contain module or optimized-test facts\"))\n (let\n (\n (module-state\n (((selfhost/obligation::translation-modules-loop modules) 0)\n {\n :eclasses 0\n :enodes 0\n :errors []\n :iterations 0\n :modules []\n :ok true\n :rewrites {}\n :runs 0\n :stage2 []\n :supported 0\n :validated 0})))\n (let\n (\n (test-state\n ((((selfhost/obligation::translation-tests-loop optimized-tests) 0) [])\n ((core/map::get module-state) (quote :errors)))))\n (let\n ((original-ok ((selfhost/obligation::translation-original-tests-ok-loop? original-tests) 0))\n (errors ((core/map::get test-state) (quote :errors))))\n (let\n (\n (ok\n (if original-ok\n (if ((core/map::get module-state) (quote :ok))\n ((core/int::eq? (core/vec::len errors)) 0)\n false)\n false)))\n {\n :errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::translation-validation\"\n :ok ok\n :operation (quote :translation-validation)\n :report\n {\n :errors errors\n :kind \"genesis/translation-validation-v0.2\"\n :modules ((core/map::get module-state) (quote :modules))\n :ok ok\n :optimizer\n {\n :egg-eclasses ((core/map::get module-state) (quote :eclasses))\n :egg-enodes ((core/map::get module-state) (quote :enodes))\n :egg-iterations ((core/map::get module-state) (quote :iterations))\n :egg-rewrites\n (selfhost/obligation::translation-rewrite-reports\n ((core/map::get module-state) (quote :rewrites)))\n :egg-runs ((core/map::get module-state) (quote :runs))}\n :package package\n :stage2\n {\n :entries ((core/map::get module-state) (quote :stage2))\n :supported-modules ((core/map::get module-state) (quote :supported))\n :validated-modules ((core/map::get module-state) (quote :validated))}\n :tests ((core/map::get test-state) (quote :reports))}\n :v 2}))))))\n (selfhost/obligation::error\n \"translation inputs must contain exactly valid modules, original tests, and optimized tests\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^\x82\x0C\xB2k\xFD\"1D\xB9\xCFu\x05\xE0\x8D?\x88\x90&\xAAL\x14&c:\x81\xBF\x13\xB55^\xBC" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::gfx-api-symbol-vector-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/obligation::sym? ((core/vec::get values) index)) ((selfhost/obligation::gfx-api-symbol-vector-valid-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/obligation::gfx-api-symbol-vector-valid? (fn (value) (if (selfhost/obligation::vec? value) ((selfhost/obligation::gfx-api-symbol-vector-valid-loop? value) 0) false))) (def selfhost/obligation::gfx-api-definition-valid? (fn (definition) (if (selfhost/obligation::map? definition) (if ((core/int::eq? (core/map::len definition)) 2) (if (selfhost/obligation::sym? ((core/map::get definition) (quote :sym))) (selfhost/obligation::hash? ((core/map::get definition) (quote :expr-h))) false) false) false))) (def selfhost/obligation::gfx-api-definition-error (fn (symbol) ((core/str::concat "symbol ") ((core/str::concat (core/sym::to-str symbol)) " has conflicting definitions across modules")))) (def selfhost/obligation::gfx-api-definitions-loop (fn (definitions) (fn (index) (fn (definition-map) (fn (errors) (if ((core/int::eq? index) (core/vec::len definitions)) {:definition-map definition-map :errors errors} (let ((definition ((core/vec::get definitions) index))) (if (selfhost/obligation::gfx-api-definition-valid? definition) (let ((symbol ((core/map::get definition) (quote :sym))) (expression-h ((core/map::get definition) (quote :expr-h)))) (let ((previous ((core/map::get definition-map) symbol))) ((((selfhost/obligation::gfx-api-definitions-loop definitions) ((core/int::add index) 1)) (((core/map::put definition-map) symbol) expression-h)) (if (selfhost/obligation::nil? previous) errors (if ((core/eq? previous) expression-h) errors ((core/vec::push errors) (selfhost/obligation::gfx-api-definition-error symbol))))))) (selfhost/obligation::error "gfx API definition observation must contain exactly :sym and :expr-h"))))))))) (def selfhost/obligation::gfx-api-starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes)) (prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))) (def selfhost/obligation::gfx-api-filter-exports-loop (fn (exports) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len exports)) out (let ((symbol ((core/vec::get exports) index))) (((selfhost/obligation::gfx-api-filter-exports-loop exports) ((core/int::add index) 1)) (if ((selfhost/obligation::gfx-api-starts-with? (core/sym::to-str symbol)) "core/gfx/") ((core/vec::push out) symbol) out)))))))) (def selfhost/obligation::gfx-api-filter-exports (fn (exports) (((selfhost/obligation::gfx-api-filter-exports-loop exports) 0) []))) (def selfhost/obligation::gfx-api-surface-loop (fn (tracked) (fn (definition-map) (fn (index) (fn (entries) (fn (missing) (if ((core/int::eq? index) (core/vec::len tracked)) {:entries entries :missing missing} (let ((symbol ((core/vec::get tracked) index))) (let ((expression-h ((core/map::get definition-map) symbol))) (((((selfhost/obligation::gfx-api-surface-loop tracked) definition-map) ((core/int::add index) 1)) (if (selfhost/obligation::nil? expression-h) entries ((core/vec::push entries) {:expr-h expression-h :sym symbol}))) (if (selfhost/obligation::nil? expression-h) ((core/vec::push missing) symbol) missing))))))))))) (def selfhost/obligation::gfx-api-surface (fn (tracked) (fn (definition-map) (((((selfhost/obligation::gfx-api-surface-loop tracked) definition-map) 0) []) [])))) (def selfhost/obligation::gfx-api-lower-hex-byte? (fn (byte) (if (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false) true (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false)))) (def selfhost/obligation::gfx-api-lower-hex-loop? (fn (bytes) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) true (if (selfhost/obligation::gfx-api-lower-hex-byte? ((core/bytes::get bytes) index)) ((selfhost/obligation::gfx-api-lower-hex-loop? bytes) ((core/int::add index) 1)) false))))) (def selfhost/obligation::gfx-api-optional-surface-h-valid? (fn (value) (if (selfhost/obligation::nil? value) true (if (selfhost/obligation::str? value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::eq? (core/bytes::len bytes)) 64) ((selfhost/obligation::gfx-api-lower-hex-loop? bytes) 0) false)) false)))) (def selfhost/obligation::gfx-api-finalize (fn (package) (fn (context) (let ((definition-state ((core/map::get context) (quote :definition-state))) (filtered-exports ((core/map::get context) (quote :filtered-exports))) (expected-exports ((core/map::get context) (quote :expected-exports))) (expected-surface-h ((core/map::get context) (quote :expected-surface-h))) (tracked ((core/map::get context) (quote :tracked))) (surface-state ((core/map::get context) (quote :surface-state)))) (let ((surface {:defs ((core/map::get surface-state) (quote :entries)) :exports tracked :kind "genesis/gfx-api-surface-v0.2"})) (let ((surface-h (selfhost/hash::hash-term surface))) (if (core/error::is? surface-h) surface-h (let ((analysis (((((((core/gfx/obligation::api-stability-analysis filtered-exports) expected-exports) tracked) expected-surface-h) surface-h) (if ((core/int::eq? (core/vec::len expected-exports)) 0) (if (selfhost/obligation::nil? expected-surface-h) false true) true)) ((core/map::get surface-state) (quote :missing))))) (let ((format-errors (if (selfhost/obligation::gfx-api-optional-surface-h-valid? expected-surface-h) [] ["gfx.api_surface_hash must be 64 lowercase hex chars"])) (errors ((selfhost/obligation::append-errors ((selfhost/obligation::append-errors ((core/map::get definition-state) (quote :errors))) format-errors)) ((core/map::get analysis) (quote :errors))))) (let ((ok ((core/int::eq? (core/vec::len errors)) 0))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::gfx-api-stability" :ok ok :operation (quote :gfx-api-stability) :report {:errors errors :expected-surface-h expected-surface-h :kind "genesis/gfx-api-stability-v0.2" :ok ok :package package :surface surface :surface-h surface-h} :v 2})))))))))) (def selfhost/obligation::gfx-api-build (fn (package) (fn (definitions) (fn (exports) (fn (expected-exports) (fn (expected-surface-h) (let ((definition-state ((((selfhost/obligation::gfx-api-definitions-loop definitions) 0) {}) []))) (if (core/error::is? definition-state) definition-state (let ((filtered-exports (selfhost/obligation::gfx-api-filter-exports exports)) (tracked (if ((core/int::eq? (core/vec::len expected-exports)) 0) filtered-exports expected-exports))) ((selfhost/obligation::gfx-api-finalize package) {:definition-state definition-state :expected-exports expected-exports :expected-surface-h expected-surface-h :filtered-exports filtered-exports :surface-state ((selfhost/obligation::gfx-api-surface tracked) ((core/map::get definition-state) (quote :definition-map))) :tracked tracked})))))))))) (def selfhost/obligation::gfx-api-stability (fn (package) (fn (inputs) (if ((core/int::eq? (core/map::len inputs)) 4) (let ((definitions ((core/map::get inputs) (quote :definitions))) (exports ((core/map::get inputs) (quote :exports))) (expected-exports ((core/map::get inputs) (quote :expected-exports))) (expected-surface-h ((core/map::get inputs) (quote :expected-surface-h)))) (if (selfhost/obligation::vec? definitions) (if (selfhost/obligation::gfx-api-symbol-vector-valid? exports) (if (selfhost/obligation::gfx-api-symbol-vector-valid? expected-exports) (if (selfhost/obligation::optional-str? expected-surface-h) (((((selfhost/obligation::gfx-api-build package) definitions) exports) expected-exports) expected-surface-h) (selfhost/obligation::error ":gfx-api-stability :expected-surface-h must be string or nil")) (selfhost/obligation::error ":gfx-api-stability :expected-exports must contain only symbols")) (selfhost/obligation::error ":gfx-api-stability :exports must contain only symbols")) (selfhost/obligation::error ":gfx-api-stability :definitions must be a vector"))) (selfhost/obligation::error ":gfx-api-stability inputs must contain exactly :definitions, :expected-exports, :expected-surface-h, and :exports")))))] :module-h b"rp\xD9\x8A\x1F\xF9\xD6\\\xE9G\x98g\xFF\xCC\xAE\xE2\xC5\x0B\xFE\x947\xD0\xB5\x84H\x81\xEDnDG\t\x1E" :path "selfhost/obligation_authority_gfx_api_v1.gc" :source "(def selfhost/obligation::gfx-api-symbol-vector-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/obligation::sym? ((core/vec::get values) index))\n ((selfhost/obligation::gfx-api-symbol-vector-valid-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/obligation::gfx-api-symbol-vector-valid?\n (fn (value)\n (if (selfhost/obligation::vec? value)\n ((selfhost/obligation::gfx-api-symbol-vector-valid-loop? value) 0)\n false)))\n\n(def selfhost/obligation::gfx-api-definition-valid?\n (fn (definition)\n (if (selfhost/obligation::map? definition)\n (if ((core/int::eq? (core/map::len definition)) 2)\n (if (selfhost/obligation::sym? ((core/map::get definition) (quote :sym)))\n (selfhost/obligation::hash? ((core/map::get definition) (quote :expr-h)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::gfx-api-definition-error\n (fn (symbol)\n ((core/str::concat \"symbol \")\n ((core/str::concat (core/sym::to-str symbol))\n \" has conflicting definitions across modules\"))))\n\n(def selfhost/obligation::gfx-api-definitions-loop\n (fn (definitions)\n (fn (index)\n (fn (definition-map)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len definitions))\n {:definition-map definition-map :errors errors}\n (let ((definition ((core/vec::get definitions) index)))\n (if (selfhost/obligation::gfx-api-definition-valid? definition)\n (let\n ((symbol ((core/map::get definition) (quote :sym)))\n (expression-h ((core/map::get definition) (quote :expr-h))))\n (let ((previous ((core/map::get definition-map) symbol)))\n (((((selfhost/obligation::gfx-api-definitions-loop definitions)\n ((core/int::add index) 1))\n (((core/map::put definition-map) symbol) expression-h))\n (if (selfhost/obligation::nil? previous)\n errors\n (if ((core/eq? previous) expression-h)\n errors\n ((core/vec::push errors)\n (selfhost/obligation::gfx-api-definition-error symbol))))))))\n (selfhost/obligation::error\n \"gfx API definition observation must contain exactly :sym and :expr-h\")))))))))\n\n(def selfhost/obligation::gfx-api-starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let\n ((length (core/bytes::len bytes))\n (prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))\n\n(def selfhost/obligation::gfx-api-filter-exports-loop\n (fn (exports)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len exports))\n out\n (let ((symbol ((core/vec::get exports) index)))\n (((selfhost/obligation::gfx-api-filter-exports-loop exports)\n ((core/int::add index) 1))\n (if\n ((selfhost/obligation::gfx-api-starts-with? (core/sym::to-str symbol))\n \"core/gfx/\")\n ((core/vec::push out) symbol)\n out))))))))\n\n(def selfhost/obligation::gfx-api-filter-exports\n (fn (exports) (((selfhost/obligation::gfx-api-filter-exports-loop exports) 0) [])))\n\n(def selfhost/obligation::gfx-api-surface-loop\n (fn (tracked)\n (fn (definition-map)\n (fn (index)\n (fn (entries)\n (fn (missing)\n (if ((core/int::eq? index) (core/vec::len tracked))\n {:entries entries :missing missing}\n (let ((symbol ((core/vec::get tracked) index)))\n (let ((expression-h ((core/map::get definition-map) symbol)))\n ((((((selfhost/obligation::gfx-api-surface-loop tracked) definition-map)\n ((core/int::add index) 1))\n (if (selfhost/obligation::nil? expression-h)\n entries\n ((core/vec::push entries) {:expr-h expression-h :sym symbol})))\n (if (selfhost/obligation::nil? expression-h)\n ((core/vec::push missing) symbol)\n missing))))))))))))\n\n(def selfhost/obligation::gfx-api-surface\n (fn (tracked)\n (fn (definition-map)\n (((((selfhost/obligation::gfx-api-surface-loop tracked) definition-map) 0) []) []))))\n\n(def selfhost/obligation::gfx-api-lower-hex-byte?\n (fn (byte)\n (if (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false)\n true\n (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false))))\n\n(def selfhost/obligation::gfx-api-lower-hex-loop?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n true\n (if (selfhost/obligation::gfx-api-lower-hex-byte? ((core/bytes::get bytes) index))\n ((selfhost/obligation::gfx-api-lower-hex-loop? bytes) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/obligation::gfx-api-optional-surface-h-valid?\n (fn (value)\n (if (selfhost/obligation::nil? value)\n true\n (if (selfhost/obligation::str? value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::eq? (core/bytes::len bytes)) 64)\n ((selfhost/obligation::gfx-api-lower-hex-loop? bytes) 0)\n false))\n false))))\n\n(def selfhost/obligation::gfx-api-finalize\n (fn (package)\n (fn (context)\n (let\n ((definition-state ((core/map::get context) (quote :definition-state)))\n (filtered-exports ((core/map::get context) (quote :filtered-exports)))\n (expected-exports ((core/map::get context) (quote :expected-exports)))\n (expected-surface-h ((core/map::get context) (quote :expected-surface-h)))\n (tracked ((core/map::get context) (quote :tracked)))\n (surface-state ((core/map::get context) (quote :surface-state))))\n (let\n ((surface\n {:defs ((core/map::get surface-state) (quote :entries))\n :exports tracked\n :kind \"genesis/gfx-api-surface-v0.2\"}))\n (let ((surface-h (selfhost/hash::hash-term surface)))\n (if (core/error::is? surface-h)\n surface-h\n (let\n ((analysis\n (((((((core/gfx/obligation::api-stability-analysis filtered-exports)\n expected-exports)\n tracked)\n expected-surface-h)\n surface-h)\n (if ((core/int::eq? (core/vec::len expected-exports)) 0)\n (if (selfhost/obligation::nil? expected-surface-h) false true)\n true))\n ((core/map::get surface-state) (quote :missing)))))\n (let\n ((format-errors\n (if\n (selfhost/obligation::gfx-api-optional-surface-h-valid? expected-surface-h)\n []\n [\"gfx.api_surface_hash must be 64 lowercase hex chars\"]))\n (errors\n ((selfhost/obligation::append-errors\n ((selfhost/obligation::append-errors\n ((core/map::get definition-state) (quote :errors)))\n format-errors))\n ((core/map::get analysis) (quote :errors)))))\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::gfx-api-stability\"\n :ok ok\n :operation (quote :gfx-api-stability)\n :report\n {:errors errors\n :expected-surface-h expected-surface-h\n :kind \"genesis/gfx-api-stability-v0.2\"\n :ok ok\n :package package\n :surface surface\n :surface-h surface-h}\n :v 2}))))))))))\n\n(def selfhost/obligation::gfx-api-build\n (fn (package)\n (fn (definitions)\n (fn (exports)\n (fn (expected-exports)\n (fn (expected-surface-h)\n (let\n ((definition-state\n (((((selfhost/obligation::gfx-api-definitions-loop definitions) 0) {}) []))))\n (if (core/error::is? definition-state)\n definition-state\n (let\n ((filtered-exports (selfhost/obligation::gfx-api-filter-exports exports))\n (tracked\n (if ((core/int::eq? (core/vec::len expected-exports)) 0)\n filtered-exports\n expected-exports)))\n ((selfhost/obligation::gfx-api-finalize package)\n {:definition-state definition-state\n :expected-exports expected-exports\n :expected-surface-h expected-surface-h\n :filtered-exports filtered-exports\n :surface-state\n ((selfhost/obligation::gfx-api-surface tracked)\n ((core/map::get definition-state) (quote :definition-map)))\n :tracked tracked}))))))))))\n\n(def selfhost/obligation::gfx-api-stability\n (fn (package)\n (fn (inputs)\n (if ((core/int::eq? (core/map::len inputs)) 4)\n (let\n ((definitions ((core/map::get inputs) (quote :definitions)))\n (exports ((core/map::get inputs) (quote :exports)))\n (expected-exports ((core/map::get inputs) (quote :expected-exports)))\n (expected-surface-h ((core/map::get inputs) (quote :expected-surface-h))))\n (if (selfhost/obligation::vec? definitions)\n (if (selfhost/obligation::gfx-api-symbol-vector-valid? exports)\n (if (selfhost/obligation::gfx-api-symbol-vector-valid? expected-exports)\n (if (selfhost/obligation::optional-str? expected-surface-h)\n (((((selfhost/obligation::gfx-api-build package) definitions) exports)\n expected-exports)\n expected-surface-h)\n (selfhost/obligation::error\n \":gfx-api-stability :expected-surface-h must be string or nil\"))\n (selfhost/obligation::error\n \":gfx-api-stability :expected-exports must contain only symbols\"))\n (selfhost/obligation::error\n \":gfx-api-stability :exports must contain only symbols\"))\n (selfhost/obligation::error\n \":gfx-api-stability :definitions must be a vector\")))\n (selfhost/obligation::error\n \":gfx-api-stability inputs must contain exactly :definitions, :expected-exports, :expected-surface-h, and :exports\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"rp\xD9\x8A\x1F\xF9\xD6\\\xE9G\x98g\xFF\xCC\xAE\xE2\xC5\x0B\xFE\x947\xD0\xB5\x84H\x81\xEDnDG\t\x1E" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::gfx-field-valid? (fn (field) (if ((selfhost/obligation::property-exact-map? field) [:display :state :value]) (selfhost/obligation::sym? ((core/map::get field) (quote :state))) false))) (def selfhost/obligation::gfx-hash-value (fn (field) (fn (missing-message) (fn (type-message) (fn (hex-message) (let ((state ((core/map::get field) (quote :state)))) (if ((core/sym::eq? state) (quote :absent)) {:error missing-message :value nil} (if ((core/sym::eq? state) (quote :data)) (let ((value ((core/map::get field) (quote :value)))) (if (if (selfhost/obligation::str? value) true (selfhost/obligation::sym? value)) (let ((text (if (selfhost/obligation::str? value) value (core/sym::to-str value)))) (let ((decoded (core/bytes::from-hex text))) (if (core/error::is? decoded) {:error hex-message :value nil} (if ((core/int::eq? (core/bytes::len decoded)) 32) {:error nil :value (core/bytes::to-hex decoded)} {:error hex-message :value nil})))) {:error ((core/str::concat type-message) ((core/map::get field) (quote :display))) :value nil})) (selfhost/obligation::error "unknown gfx field observation state"))))))))) (def selfhost/obligation::gfx-optional-hash-value (fn (field) (let ((state ((core/map::get field) (quote :state)))) (if ((core/sym::eq? state) (quote :absent)) {:error nil :value nil} (if ((core/sym::eq? state) (quote :data)) (let ((value ((core/map::get field) (quote :value)))) (if (selfhost/obligation::nil? value) {:error nil :value nil} (if (if (selfhost/obligation::str? value) true (selfhost/obligation::sym? value)) (let ((text (if (selfhost/obligation::str? value) value (core/sym::to-str value)))) (let ((decoded (core/bytes::from-hex text))) (if (core/error::is? decoded) {:error "golden entry :expect-png-h must be 64 lowercase hex chars" :value nil} (if ((core/int::eq? (core/bytes::len decoded)) 32) {:error nil :value (core/bytes::to-hex decoded)} {:error "golden entry :expect-png-h must be 64 lowercase hex chars" :value nil})))) {:error ((core/str::concat "golden entry :expect-png-h must be string/symbol or nil, got ") ((core/map::get field) (quote :display))) :value nil}))) (selfhost/obligation::error "unknown gfx field observation state")))))) (def selfhost/obligation::gfx-pixel-value (fn (field) (fn (name) (let ((state ((core/map::get field) (quote :state)))) (if ((core/sym::eq? state) (quote :absent)) {:error nil :value 256} (if ((core/sym::eq? state) (quote :data)) (let ((value ((core/map::get field) (quote :value)))) (if (selfhost/obligation::nil? value) {:error nil :value 256} (if (selfhost/obligation::int? value) (if ((core/int::lt? value) 0) {:error ((core/str::concat name) " must be a non-negative integer") :value nil} (if ((core/int::lt? 4294967295) value) {:error ((core/str::concat name) " exceeds u32 range") :value nil} {:error nil :value value})) {:error (((core/str::concat name) " must be int or nil, got ") ((core/map::get field) (quote :display))) :value nil}))) (selfhost/obligation::error "unknown gfx field observation state"))))))) (def selfhost/obligation::gfx-kind-value (fn (field) (let ((state ((core/map::get field) (quote :state)))) (if ((core/sym::eq? state) (quote :absent)) {:error nil :value (quote :frame-graph)} (if ((core/sym::eq? state) (quote :data)) (let ((value ((core/map::get field) (quote :value)))) (if (if (selfhost/obligation::sym? value) true (selfhost/obligation::str? value)) (let ((text (if (selfhost/obligation::sym? value) (core/sym::to-str value) value))) (if (if ((core/eq? text) ":frame-graph") true ((core/eq? text) "frame-graph")) {:error nil :value (quote :frame-graph)} (if (if ((core/eq? text) ":scene") true ((core/eq? text) "scene")) {:error nil :value (quote :scene)} {:error ((core/str::concat "golden entry :kind must be :frame-graph or :scene, got ") text) :value nil}))) {:error ((core/str::concat "golden entry :kind must be symbol/string, got ") ((core/map::get field) (quote :display))) :value nil})) (selfhost/obligation::error "unknown gfx field observation state")))))) (def selfhost/obligation::gfx-golden-entry-values (fn (suite-index) (fn (suite) (fn (entry) (fn (name) (let ((expect-state ((((selfhost/obligation::gfx-hash-value ((core/map::get entry) (quote :expect-h))) "golden entry missing :expect-h") "golden entry :expect-h must be string/symbol, got ") "golden entry :expect-h must be 64 lowercase hex chars")) (png-state (selfhost/obligation::gfx-optional-hash-value ((core/map::get entry) (quote :expect-png-h)))) (width-state ((selfhost/obligation::gfx-pixel-value ((core/map::get entry) (quote :pixel-width))) ":pixel-width")) (height-state ((selfhost/obligation::gfx-pixel-value ((core/map::get entry) (quote :pixel-height))) ":pixel-height")) (kind-state (selfhost/obligation::gfx-kind-value ((core/map::get entry) (quote :kind))))) (let ((expect-error ((core/map::get expect-state) (quote :error))) (png-error ((core/map::get png-state) (quote :error))) (width-error ((core/map::get width-state) (quote :error))) (height-error ((core/map::get height-state) (quote :error))) (kind-error ((core/map::get kind-state) (quote :error)))) (let ((first-error (if (selfhost/obligation::nil? expect-error) (if (selfhost/obligation::nil? png-error) (if (selfhost/obligation::nil? width-error) (if (selfhost/obligation::nil? height-error) kind-error height-error) width-error) png-error) expect-error))) (if (selfhost/obligation::nil? first-error) (let ((width ((core/map::get width-state) (quote :value))) (height ((core/map::get height-state) (quote :value))) (kind ((core/map::get kind-state) (quote :value))) (expect-png ((core/map::get png-state) (quote :value)))) (if (if ((core/int::eq? width) 0) true ((core/int::eq? height) 0)) {:error "golden entry pixel size must be non-zero" :test nil} (if (if (selfhost/obligation::nil? expect-png) false (if ((core/sym::eq? kind) (quote :frame-graph)) false true)) {:error "golden entry :expect-png-h currently supports only :frame-graph kind" :test nil} {:error nil :test {:entry-index ((core/map::get entry) (quote :index)) :expect-h ((core/map::get expect-state) (quote :value)) :expect-png-h expect-png :kind kind :name name :pixel-height height :pixel-width width :suite suite :suite-index suite-index}}))) {:error first-error :test nil}))))))))) (def selfhost/obligation::gfx-golden-entry-decision (fn (suite-index) (fn (suite) (fn (entry) (if ((selfhost/obligation::property-exact-map? entry) [:body-state :entry-display :entry-state :expect-h :expect-png-h :index :key-display :key-kind :kind :name :pixel-height :pixel-width]) (let ((key-kind ((core/map::get entry) (quote :key-kind)))) (if (if ((core/sym::eq? key-kind) (quote :string)) true ((core/sym::eq? key-kind) (quote :symbol))) (let ((name ((core/map::get entry) (quote :name)))) (if ((core/sym::eq? ((core/map::get entry) (quote :entry-state))) (quote :map)) (let ((body-state ((core/map::get entry) (quote :body-state)))) (if ((core/sym::eq? body-state) (quote :missing)) {:error "golden entry missing :body" :test nil} (if ((core/sym::eq? body-state) (quote :other)) {:error "golden entry :body must be callable" :test nil} ((((selfhost/obligation::gfx-golden-entry-values suite-index) suite) entry) name)))) {:error "golden entry must be a map" :test nil})) {:error ((core/str::concat "key must be string/symbol, got ") ((core/map::get entry) (quote :key-display))) :key-error true :test nil})) (selfhost/obligation::error "invalid gfx golden entry observation")))))) (def selfhost/obligation::gfx-frame-entry-decision (fn (suite-index) (fn (suite) (fn (entry) (if ((selfhost/obligation::property-exact-map? entry) [:body-state :entry-display :entry-state :index :key-display :key-kind :name]) (let ((key-kind ((core/map::get entry) (quote :key-kind)))) (if (if ((core/sym::eq? key-kind) (quote :string)) true ((core/sym::eq? key-kind) (quote :symbol))) (let ((state ((core/map::get entry) (quote :entry-state))) (body-state ((core/map::get entry) (quote :body-state)))) (if ((core/sym::eq? state) (quote :callable)) {:error nil :test {:entry-index ((core/map::get entry) (quote :index)) :name ((core/map::get entry) (quote :name)) :suite suite :suite-index suite-index}} (if ((core/sym::eq? state) (quote :map)) (if ((core/sym::eq? body-state) (quote :missing)) {:error "frame budget entry missing :body" :test nil} (if ((core/sym::eq? body-state) (quote :other)) {:error "frame budget entry :body must be callable" :test nil} {:error nil :test {:entry-index ((core/map::get entry) (quote :index)) :name ((core/map::get entry) (quote :name)) :suite suite :suite-index suite-index}})) {:error "frame budget entry must be callable or map" :test nil}))) {:error ((core/str::concat "key must be string/symbol, got ") ((core/map::get entry) (quote :key-display))) :key-error true :test nil})) (selfhost/obligation::error "invalid gfx frame entry observation")))))) (def selfhost/obligation::gfx-error-prefix (fn (mode) (fn (suite) (fn (name) (fn (decision) (let ((error ((core/map::get decision) (quote :error)))) (if (selfhost/obligation::nil? error) nil (let ((key-error ((core/map::get decision) (quote :key-error)))) (if key-error ((core/str::concat ((core/str::concat (if ((core/sym::eq? mode) (quote :golden)) "gfx golden suite " "gfx frame-budget suite ")) (core/sym::to-str suite))) ((core/str::concat ": ") error)) ((((((selfhost/obligation::property-str6 (if ((core/sym::eq? mode) (quote :golden)) "gfx golden suite " "gfx frame-budget suite ")) (core/sym::to-str suite)) "::") name) ": ") error)))))))))) (def selfhost/obligation::gfx-entries-loop (fn (mode) (fn (suite-index) (fn (suite) (fn (entries) (fn (index) (fn (tests) (fn (errors) (if ((core/int::eq? index) (core/vec::len entries)) {:errors errors :tests tests} (let ((entry ((core/vec::get entries) index))) (let ((decision (if ((core/sym::eq? mode) (quote :golden)) (((selfhost/obligation::gfx-golden-entry-decision suite-index) suite) entry) (((selfhost/obligation::gfx-frame-entry-decision suite-index) suite) entry)))) (if (core/error::is? decision) decision (let ((test ((core/map::get decision) (quote :test))) (error ((((selfhost/obligation::gfx-error-prefix mode) suite) ((core/map::get entry) (quote :name))) decision))) (((((((selfhost/obligation::gfx-entries-loop mode) suite-index) suite) entries) ((core/int::add index) 1)) (if (selfhost/obligation::nil? test) tests ((core/vec::push tests) test))) (if (selfhost/obligation::nil? error) errors ((core/vec::push errors) error)))))))))))))))) (def selfhost/obligation::gfx-suites-loop (fn (mode) (fn (suites) (fn (index) (fn (tests) (fn (errors) (if ((core/int::eq? index) (core/vec::len suites)) {:errors errors :tests tests} (let ((suite-row ((core/vec::get suites) index))) (if ((selfhost/obligation::property-exact-map? suite-row) [:entries :index :state :suite]) (let ((suite ((core/map::get suite-row) (quote :suite))) (state ((core/map::get suite-row) (quote :state)))) (if ((core/sym::eq? state) (quote :map)) (let ((next (((((((selfhost/obligation::gfx-entries-loop mode) index) suite) ((core/map::get suite-row) (quote :entries))) 0) tests) errors))) (if (core/error::is? next) next (((((selfhost/obligation::gfx-suites-loop mode) suites) ((core/int::add index) 1)) ((core/map::get next) (quote :tests))) ((core/map::get next) (quote :errors))))) (let ((error (if ((core/sym::eq? state) (quote :missing)) ((core/str::concat (if ((core/sym::eq? mode) (quote :golden)) "missing gfx golden suite symbol " "missing gfx frame-budget suite symbol ")) (core/sym::to-str suite)) ((core/str::concat (if ((core/sym::eq? mode) (quote :golden)) "gfx golden suite " "gfx frame-budget suite ")) ((core/str::concat (core/sym::to-str suite)) " must be a map"))))) (((((selfhost/obligation::gfx-suites-loop mode) suites) ((core/int::add index) 1)) tests) ((core/vec::push errors) error))))) (selfhost/obligation::error "invalid gfx suite observation")))))))))) (def selfhost/obligation::gfx-plan-state (fn (mode) (fn (configured) (fn (suites) (fn (limits) (let ((initial-errors (if configured [] ((core/vec::push []) (if ((core/sym::eq? mode) (quote :golden)) "gfx.golden_tests is empty; configure suite symbols for core/obligation::gfx-golden-images" "gfx.frame_budget_tests is empty; configure suite symbols for core/obligation::gfx-frame-budgets"))))) (let ((errors (if (if ((core/sym::eq? mode) (quote :frame)) ((core/int::eq? (core/map::len limits)) 0) false) ((core/vec::push initial-errors) "gfx frame budget obligation requires at least one configured gfx.* budget limit") initial-errors))) (((((selfhost/obligation::gfx-suites-loop mode) suites) 0) []) errors)))))))) (def selfhost/obligation::gfx-plan (fn (mode) (fn (package) (fn (inputs) (let ((frame? ((core/sym::eq? mode) (quote :frame)))) (if ((selfhost/obligation::property-exact-map? inputs) (if frame? [:configured :limits :phase :suites] [:configured :phase :suites])) (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :plan)) (let ((configured ((core/map::get inputs) (quote :configured))) (suites ((core/map::get inputs) (quote :suites))) (limits (if frame? ((core/map::get inputs) (quote :limits)) {}))) (if (if (selfhost/obligation::bool? configured) (if (selfhost/obligation::vec? suites) (if frame? (selfhost/obligation::map? limits) true) false) false) (let ((state ((((selfhost/obligation::gfx-plan-state mode) configured) suites) limits))) (if (core/error::is? state) state (let ((errors ((core/map::get state) (quote :errors))) (tests ((core/map::get state) (quote :tests)))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name (if frame? "core/obligation::gfx-frame-budgets" "core/obligation::gfx-golden-images") :ok ((core/int::eq? (core/vec::len errors)) 0) :operation (if frame? (quote :gfx-frame-budgets) (quote :gfx-golden-images)) :report (if frame? {:configured configured :errors errors :kind "genesis/gfx-frame-budget-plan-v0.1" :limits limits :package package :tests tests} {:configured configured :errors errors :kind "genesis/gfx-golden-plan-v0.1" :package package :tests tests}) :v 2}))) (selfhost/obligation::error "invalid gfx plan inputs"))) (selfhost/obligation::error "gfx plan :phase must equal :plan")) (selfhost/obligation::error "gfx plan input fields mismatch"))))))) (def selfhost/obligation::gfx-runtime-authority (fn (mode) (fn (package) (fn (inputs) (let ((phase ((core/map::get inputs) (quote :phase)))) (if ((core/sym::eq? phase) (quote :plan)) (((selfhost/obligation::gfx-plan mode) package) inputs) (if ((core/sym::eq? phase) (quote :finalize)) (((selfhost/obligation::gfx-finalize mode) package) inputs) (selfhost/obligation::error "unknown gfx runtime authority phase"))))))))] :module-h b"\xA3\x06D\xB6\x05\xD8`\x13,\xFF8\xB3;o~\xCD\xE3\xD0\xCC\xFB\xCB\xAA\x8C\x1Ex\x8F4o\x13\x04m]" :path "selfhost/obligation_authority_gfx_runtime_v1.gc" :source "(def selfhost/obligation::gfx-field-valid?\n (fn (field)\n (if ((selfhost/obligation::property-exact-map? field) [:display :state :value])\n (selfhost/obligation::sym? ((core/map::get field) (quote :state)))\n false)))\n\n(def selfhost/obligation::gfx-hash-value\n (fn (field)\n (fn (missing-message)\n (fn (type-message)\n (fn (hex-message)\n (let ((state ((core/map::get field) (quote :state))))\n (if ((core/sym::eq? state) (quote :absent))\n {:error missing-message :value nil}\n (if ((core/sym::eq? state) (quote :data))\n (let ((value ((core/map::get field) (quote :value))))\n (if (if (selfhost/obligation::str? value) true\n (selfhost/obligation::sym? value))\n (let ((text (if (selfhost/obligation::str? value) value\n (core/sym::to-str value))))\n (let ((decoded (core/bytes::from-hex text)))\n (if (core/error::is? decoded)\n {:error hex-message :value nil}\n (if ((core/int::eq? (core/bytes::len decoded)) 32)\n {:error nil :value (core/bytes::to-hex decoded)}\n {:error hex-message :value nil}))))\n {:error\n ((core/str::concat type-message)\n ((core/map::get field) (quote :display)))\n :value nil}))\n (selfhost/obligation::error \"unknown gfx field observation state\")))))))))\n\n(def selfhost/obligation::gfx-optional-hash-value\n (fn (field)\n (let ((state ((core/map::get field) (quote :state))))\n (if ((core/sym::eq? state) (quote :absent))\n {:error nil :value nil}\n (if ((core/sym::eq? state) (quote :data))\n (let ((value ((core/map::get field) (quote :value))))\n (if (selfhost/obligation::nil? value)\n {:error nil :value nil}\n (if (if (selfhost/obligation::str? value) true\n (selfhost/obligation::sym? value))\n (let ((text (if (selfhost/obligation::str? value) value\n (core/sym::to-str value))))\n (let ((decoded (core/bytes::from-hex text)))\n (if (core/error::is? decoded)\n {:error \"golden entry :expect-png-h must be 64 lowercase hex chars\" :value nil}\n (if ((core/int::eq? (core/bytes::len decoded)) 32)\n {:error nil :value (core/bytes::to-hex decoded)}\n {:error \"golden entry :expect-png-h must be 64 lowercase hex chars\" :value nil}))))\n {:error\n ((core/str::concat\n \"golden entry :expect-png-h must be string/symbol or nil, got \")\n ((core/map::get field) (quote :display)))\n :value nil})))\n (selfhost/obligation::error \"unknown gfx field observation state\"))))))\n\n(def selfhost/obligation::gfx-pixel-value\n (fn (field)\n (fn (name)\n (let ((state ((core/map::get field) (quote :state))))\n (if ((core/sym::eq? state) (quote :absent))\n {:error nil :value 256}\n (if ((core/sym::eq? state) (quote :data))\n (let ((value ((core/map::get field) (quote :value))))\n (if (selfhost/obligation::nil? value)\n {:error nil :value 256}\n (if (selfhost/obligation::int? value)\n (if ((core/int::lt? value) 0)\n {:error ((core/str::concat name) \" must be a non-negative integer\") :value nil}\n (if ((core/int::lt? 4294967295) value)\n {:error ((core/str::concat name) \" exceeds u32 range\") :value nil}\n {:error nil :value value}))\n {:error\n (((core/str::concat name) \" must be int or nil, got \")\n ((core/map::get field) (quote :display)))\n :value nil})))\n (selfhost/obligation::error \"unknown gfx field observation state\")))))))\n\n(def selfhost/obligation::gfx-kind-value\n (fn (field)\n (let ((state ((core/map::get field) (quote :state))))\n (if ((core/sym::eq? state) (quote :absent))\n {:error nil :value (quote :frame-graph)}\n (if ((core/sym::eq? state) (quote :data))\n (let ((value ((core/map::get field) (quote :value))))\n (if (if (selfhost/obligation::sym? value) true\n (selfhost/obligation::str? value))\n (let ((text (if (selfhost/obligation::sym? value)\n (core/sym::to-str value) value)))\n (if (if ((core/eq? text) \":frame-graph\") true\n ((core/eq? text) \"frame-graph\"))\n {:error nil :value (quote :frame-graph)}\n (if (if ((core/eq? text) \":scene\") true ((core/eq? text) \"scene\"))\n {:error nil :value (quote :scene)}\n {:error\n ((core/str::concat\n \"golden entry :kind must be :frame-graph or :scene, got \") text)\n :value nil})))\n {:error\n ((core/str::concat \"golden entry :kind must be symbol/string, got \")\n ((core/map::get field) (quote :display)))\n :value nil}))\n (selfhost/obligation::error \"unknown gfx field observation state\"))))))\n\n(def selfhost/obligation::gfx-golden-entry-values\n (fn (suite-index)\n (fn (suite)\n (fn (entry)\n (fn (name)\n (let\n ((expect-state\n ((((selfhost/obligation::gfx-hash-value\n ((core/map::get entry) (quote :expect-h)))\n \"golden entry missing :expect-h\")\n \"golden entry :expect-h must be string/symbol, got \")\n \"golden entry :expect-h must be 64 lowercase hex chars\"))\n (png-state\n (selfhost/obligation::gfx-optional-hash-value\n ((core/map::get entry) (quote :expect-png-h))))\n (width-state\n ((selfhost/obligation::gfx-pixel-value\n ((core/map::get entry) (quote :pixel-width))) \":pixel-width\"))\n (height-state\n ((selfhost/obligation::gfx-pixel-value\n ((core/map::get entry) (quote :pixel-height))) \":pixel-height\"))\n (kind-state\n (selfhost/obligation::gfx-kind-value\n ((core/map::get entry) (quote :kind)))))\n (let ((expect-error ((core/map::get expect-state) (quote :error)))\n (png-error ((core/map::get png-state) (quote :error)))\n (width-error ((core/map::get width-state) (quote :error)))\n (height-error ((core/map::get height-state) (quote :error)))\n (kind-error ((core/map::get kind-state) (quote :error))))\n (let ((first-error\n (if (selfhost/obligation::nil? expect-error)\n (if (selfhost/obligation::nil? png-error)\n (if (selfhost/obligation::nil? width-error)\n (if (selfhost/obligation::nil? height-error) kind-error height-error)\n width-error)\n png-error)\n expect-error)))\n (if (selfhost/obligation::nil? first-error)\n (let ((width ((core/map::get width-state) (quote :value)))\n (height ((core/map::get height-state) (quote :value)))\n (kind ((core/map::get kind-state) (quote :value)))\n (expect-png ((core/map::get png-state) (quote :value))))\n (if (if ((core/int::eq? width) 0) true\n ((core/int::eq? height) 0))\n {:error \"golden entry pixel size must be non-zero\" :test nil}\n (if (if (selfhost/obligation::nil? expect-png) false\n (if ((core/sym::eq? kind) (quote :frame-graph)) false true))\n {:error \"golden entry :expect-png-h currently supports only :frame-graph kind\"\n :test nil}\n {:error nil\n :test\n {:entry-index ((core/map::get entry) (quote :index))\n :expect-h ((core/map::get expect-state) (quote :value))\n :expect-png-h expect-png\n :kind kind\n :name name\n :pixel-height height\n :pixel-width width\n :suite suite\n :suite-index suite-index}})))\n {:error first-error :test nil})))))))))\n\n(def selfhost/obligation::gfx-golden-entry-decision\n (fn (suite-index)\n (fn (suite)\n (fn (entry)\n (if ((selfhost/obligation::property-exact-map? entry)\n [:body-state :entry-display :entry-state :expect-h :expect-png-h :index\n :key-display :key-kind :kind :name :pixel-height :pixel-width])\n (let ((key-kind ((core/map::get entry) (quote :key-kind))))\n (if (if ((core/sym::eq? key-kind) (quote :string)) true\n ((core/sym::eq? key-kind) (quote :symbol)))\n (let ((name ((core/map::get entry) (quote :name))))\n (if ((core/sym::eq? ((core/map::get entry) (quote :entry-state))) (quote :map))\n (let ((body-state ((core/map::get entry) (quote :body-state))))\n (if ((core/sym::eq? body-state) (quote :missing))\n {:error \"golden entry missing :body\" :test nil}\n (if ((core/sym::eq? body-state) (quote :other))\n {:error \"golden entry :body must be callable\" :test nil}\n ((((selfhost/obligation::gfx-golden-entry-values suite-index) suite)\n entry) name))))\n {:error \"golden entry must be a map\" :test nil}))\n {:error\n ((core/str::concat \"key must be string/symbol, got \")\n ((core/map::get entry) (quote :key-display)))\n :key-error true\n :test nil}))\n (selfhost/obligation::error \"invalid gfx golden entry observation\"))))))\n\n(def selfhost/obligation::gfx-frame-entry-decision\n (fn (suite-index)\n (fn (suite)\n (fn (entry)\n (if ((selfhost/obligation::property-exact-map? entry)\n [:body-state :entry-display :entry-state :index :key-display :key-kind :name])\n (let ((key-kind ((core/map::get entry) (quote :key-kind))))\n (if (if ((core/sym::eq? key-kind) (quote :string)) true\n ((core/sym::eq? key-kind) (quote :symbol)))\n (let ((state ((core/map::get entry) (quote :entry-state)))\n (body-state ((core/map::get entry) (quote :body-state))))\n (if ((core/sym::eq? state) (quote :callable))\n {:error nil\n :test {:entry-index ((core/map::get entry) (quote :index))\n :name ((core/map::get entry) (quote :name))\n :suite suite :suite-index suite-index}}\n (if ((core/sym::eq? state) (quote :map))\n (if ((core/sym::eq? body-state) (quote :missing))\n {:error \"frame budget entry missing :body\" :test nil}\n (if ((core/sym::eq? body-state) (quote :other))\n {:error \"frame budget entry :body must be callable\" :test nil}\n {:error nil\n :test {:entry-index ((core/map::get entry) (quote :index))\n :name ((core/map::get entry) (quote :name))\n :suite suite :suite-index suite-index}}))\n {:error \"frame budget entry must be callable or map\" :test nil})))\n {:error\n ((core/str::concat \"key must be string/symbol, got \")\n ((core/map::get entry) (quote :key-display)))\n :key-error true :test nil}))\n (selfhost/obligation::error \"invalid gfx frame entry observation\"))))))\n\n(def selfhost/obligation::gfx-error-prefix\n (fn (mode)\n (fn (suite)\n (fn (name)\n (fn (decision)\n (let ((error ((core/map::get decision) (quote :error))))\n (if (selfhost/obligation::nil? error)\n nil\n (let ((key-error ((core/map::get decision) (quote :key-error))))\n (if key-error\n ((core/str::concat\n ((core/str::concat\n (if ((core/sym::eq? mode) (quote :golden))\n \"gfx golden suite \" \"gfx frame-budget suite \"))\n (core/sym::to-str suite)))\n ((core/str::concat \": \") error))\n ((((((selfhost/obligation::property-str6\n (if ((core/sym::eq? mode) (quote :golden))\n \"gfx golden suite \" \"gfx frame-budget suite \"))\n (core/sym::to-str suite)) \"::\") name) \": \") error))))))))))\n\n(def selfhost/obligation::gfx-entries-loop\n (fn (mode)\n (fn (suite-index)\n (fn (suite)\n (fn (entries)\n (fn (index)\n (fn (tests)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:errors errors :tests tests}\n (let ((entry ((core/vec::get entries) index)))\n (let ((decision\n (if ((core/sym::eq? mode) (quote :golden))\n (((selfhost/obligation::gfx-golden-entry-decision suite-index) suite) entry)\n (((selfhost/obligation::gfx-frame-entry-decision suite-index) suite) entry))))\n (if (core/error::is? decision)\n decision\n (let ((test ((core/map::get decision) (quote :test)))\n (error ((((selfhost/obligation::gfx-error-prefix mode) suite)\n ((core/map::get entry) (quote :name))) decision)))\n (((((((selfhost/obligation::gfx-entries-loop mode) suite-index) suite)\n entries) ((core/int::add index) 1))\n (if (selfhost/obligation::nil? test) tests\n ((core/vec::push tests) test)))\n (if (selfhost/obligation::nil? error) errors\n ((core/vec::push errors) error))))))))))))))))\n\n(def selfhost/obligation::gfx-suites-loop\n (fn (mode)\n (fn (suites)\n (fn (index)\n (fn (tests)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len suites))\n {:errors errors :tests tests}\n (let ((suite-row ((core/vec::get suites) index)))\n (if ((selfhost/obligation::property-exact-map? suite-row)\n [:entries :index :state :suite])\n (let ((suite ((core/map::get suite-row) (quote :suite)))\n (state ((core/map::get suite-row) (quote :state))))\n (if ((core/sym::eq? state) (quote :map))\n (let ((next (((((((selfhost/obligation::gfx-entries-loop mode) index) suite)\n ((core/map::get suite-row) (quote :entries))) 0) tests) errors)))\n (if (core/error::is? next) next\n (((((selfhost/obligation::gfx-suites-loop mode) suites)\n ((core/int::add index) 1))\n ((core/map::get next) (quote :tests)))\n ((core/map::get next) (quote :errors)))))\n (let ((error\n (if ((core/sym::eq? state) (quote :missing))\n ((core/str::concat\n (if ((core/sym::eq? mode) (quote :golden))\n \"missing gfx golden suite symbol \"\n \"missing gfx frame-budget suite symbol \"))\n (core/sym::to-str suite))\n ((core/str::concat\n (if ((core/sym::eq? mode) (quote :golden))\n \"gfx golden suite \" \"gfx frame-budget suite \"))\n ((core/str::concat (core/sym::to-str suite)) \" must be a map\")))))\n (((((selfhost/obligation::gfx-suites-loop mode) suites)\n ((core/int::add index) 1)) tests)\n ((core/vec::push errors) error)))))\n (selfhost/obligation::error \"invalid gfx suite observation\"))))))))))\n\n(def selfhost/obligation::gfx-plan-state\n (fn (mode)\n (fn (configured)\n (fn (suites)\n (fn (limits)\n (let ((initial-errors\n (if configured []\n ((core/vec::push [])\n (if ((core/sym::eq? mode) (quote :golden))\n \"gfx.golden_tests is empty; configure suite symbols for core/obligation::gfx-golden-images\"\n \"gfx.frame_budget_tests is empty; configure suite symbols for core/obligation::gfx-frame-budgets\")))))\n (let ((errors\n (if (if ((core/sym::eq? mode) (quote :frame))\n ((core/int::eq? (core/map::len limits)) 0) false)\n ((core/vec::push initial-errors)\n \"gfx frame budget obligation requires at least one configured gfx.* budget limit\")\n initial-errors)))\n (((((selfhost/obligation::gfx-suites-loop mode) suites) 0) []) errors))))))))\n\n(def selfhost/obligation::gfx-plan\n (fn (mode)\n (fn (package)\n (fn (inputs)\n (let ((frame? ((core/sym::eq? mode) (quote :frame))))\n (if ((selfhost/obligation::property-exact-map? inputs)\n (if frame? [:configured :limits :phase :suites]\n [:configured :phase :suites]))\n (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :plan))\n (let ((configured ((core/map::get inputs) (quote :configured)))\n (suites ((core/map::get inputs) (quote :suites)))\n (limits (if frame? ((core/map::get inputs) (quote :limits)) {})))\n (if (if (selfhost/obligation::bool? configured)\n (if (selfhost/obligation::vec? suites)\n (if frame? (selfhost/obligation::map? limits) true) false) false)\n (let ((state ((((selfhost/obligation::gfx-plan-state mode) configured) suites) limits)))\n (if (core/error::is? state) state\n (let ((errors ((core/map::get state) (quote :errors)))\n (tests ((core/map::get state) (quote :tests))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name (if frame? \"core/obligation::gfx-frame-budgets\"\n \"core/obligation::gfx-golden-images\")\n :ok ((core/int::eq? (core/vec::len errors)) 0)\n :operation (if frame? (quote :gfx-frame-budgets)\n (quote :gfx-golden-images))\n :report\n (if frame?\n {:configured configured :errors errors\n :kind \"genesis/gfx-frame-budget-plan-v0.1\"\n :limits limits :package package :tests tests}\n {:configured configured :errors errors\n :kind \"genesis/gfx-golden-plan-v0.1\"\n :package package :tests tests})\n :v 2})))\n (selfhost/obligation::error \"invalid gfx plan inputs\")))\n (selfhost/obligation::error \"gfx plan :phase must equal :plan\"))\n (selfhost/obligation::error \"gfx plan input fields mismatch\")))))))\n\n(def selfhost/obligation::gfx-runtime-authority\n (fn (mode)\n (fn (package)\n (fn (inputs)\n (let ((phase ((core/map::get inputs) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :plan))\n (((selfhost/obligation::gfx-plan mode) package) inputs)\n (if ((core/sym::eq? phase) (quote :finalize))\n (((selfhost/obligation::gfx-finalize mode) package) inputs)\n (selfhost/obligation::error \"unknown gfx runtime authority phase\"))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x9F\xCB\x98&\xB1\xB2-\xD4\xEE)\xD8\x9E\x99\xD18t\x97\x02\xD2\x1C\xD5\x9B\x08\xC8K\xFFj\xEDAa\xCF\xCD" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::gfx-typed-map? (fn (value) (fn (type) (if (selfhost/obligation::map? value) (let ((actual ((core/map::get value) (quote :type)))) (if (selfhost/obligation::sym? actual) ((core/sym::eq? actual) type) false)) false)))) (def selfhost/obligation::gfx-extract-frame (fn (value) (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/frame-graph)) value (if (selfhost/obligation::map? value) (let ((frame ((core/map::get value) (quote :frame)))) (if ((selfhost/obligation::gfx-typed-map? frame) (quote :gfx/frame-graph)) frame (let ((graph ((core/map::get value) (quote :frame-graph)))) (if ((selfhost/obligation::gfx-typed-map? graph) (quote :gfx/frame-graph)) graph nil)))) nil)))) (def selfhost/obligation::gfx-extract-scene (fn (value) (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/scene)) value (if (selfhost/obligation::map? value) (let ((scene ((core/map::get value) (quote :scene)))) (if ((selfhost/obligation::gfx-typed-map? scene) (quote :gfx/scene)) scene nil)) nil)))) (def selfhost/obligation::gfx-outcome-runtime-error (fn (mode) (fn (outcome) (let ((kind ((core/map::get outcome) (quote :kind))) (result ((core/map::get outcome) (quote :result)))) (if ((core/sym::eq? kind) (quote :value)) nil (if ((core/sym::eq? kind) (quote :apply-error)) (if (selfhost/obligation::str? result) ((core/str::concat "apply failed: ") result) (selfhost/obligation::error "gfx apply-error outcome must carry a string")) (if ((core/sym::eq? kind) (quote :effect-program)) (if (selfhost/obligation::nil? result) (if ((core/sym::eq? mode) (quote :golden)) "effect program returned; gfx golden tests must return pure frame/scene data" "effect program returned; gfx frame budgets must return pure frame data") (selfhost/obligation::error "gfx effect-program outcome must carry nil")) (if ((core/sym::eq? kind) (quote :sealed-error)) (if (selfhost/obligation::nil? result) (if ((core/sym::eq? mode) (quote :golden)) "sealed ERROR returned by golden test body" "sealed ERROR returned by frame budget test body") (selfhost/obligation::error "gfx sealed-error outcome must carry nil")) (selfhost/obligation::error "unknown gfx outcome kind"))))))))) (def selfhost/obligation::gfx-render-result (fn (test) (fn (frame) (fn (render) (let ((expect-png ((core/map::get test) (quote :expect-png-h)))) (if (selfhost/obligation::nil? expect-png) (if (selfhost/obligation::nil? render) {:error nil :png-h nil} (selfhost/obligation::error "unexpected renderer observation")) (if ((selfhost/obligation::property-exact-map? render) [:error :frame-h :pixel-height :pixel-width :png-h]) (let ((frame-h (selfhost/hash::hash-term frame))) (if ((core/eq? ((core/map::get render) (quote :frame-h))) frame-h) (if ((core/eq? ((core/map::get render) (quote :pixel-width))) ((core/map::get test) (quote :pixel-width))) (if ((core/eq? ((core/map::get render) (quote :pixel-height))) ((core/map::get test) (quote :pixel-height))) (let ((error ((core/map::get render) (quote :error))) (png-h ((core/map::get render) (quote :png-h)))) (if (selfhost/obligation::nil? error) (if (selfhost/obligation::str? png-h) {:error nil :png-h png-h} (selfhost/obligation::error "renderer success must carry :png-h")) (if (selfhost/obligation::str? error) (if (selfhost/obligation::nil? png-h) {:error ((core/str::concat "headless render failed: ") error) :png-h nil} (selfhost/obligation::error "renderer failure must not carry :png-h")) (selfhost/obligation::error "renderer :error must be string or nil")))) (selfhost/obligation::error "renderer pixel height contradicts plan")) (selfhost/obligation::error "renderer pixel width contradicts plan")) (selfhost/obligation::error "renderer frame hash contradicts result"))) (selfhost/obligation::error "missing or malformed renderer observation")))))))) (def selfhost/obligation::gfx-case-errors (fn (mode) (fn (test) (fn (case) (let ((errors ((core/map::get case) (quote :errors)))) (if ((core/int::eq? (core/vec::len errors)) 0) ((core/vec::push []) (((((selfhost/obligation::property-str5 (core/sym::to-str ((core/map::get test) (quote :suite)))) "::") ((core/map::get test) (quote :name))) ": ") (if ((core/sym::eq? mode) (quote :golden)) "golden case failed" "frame budget case failed"))) ((core/vec::push []) (((((selfhost/obligation::property-str5 (core/sym::to-str ((core/map::get test) (quote :suite)))) "::") ((core/map::get test) (quote :name))) ": ") ((core/str::join errors) "; "))))))))) (def selfhost/obligation::gfx-golden-case-outcome (fn (test) (fn (outcome) (if ((selfhost/obligation::property-exact-map? outcome) [:entry-index :kind :render :result :suite-index]) (if ((core/eq? ((core/map::get outcome) (quote :suite-index))) ((core/map::get test) (quote :suite-index))) (if ((core/eq? ((core/map::get outcome) (quote :entry-index))) ((core/map::get test) (quote :entry-index))) (let ((runtime-error ((selfhost/obligation::gfx-outcome-runtime-error (quote :golden)) outcome))) (if (core/error::is? runtime-error) runtime-error (let ((kind ((core/map::get test) (quote :kind))) (result ((core/map::get outcome) (quote :result))) (render ((core/map::get outcome) (quote :render)))) (if (selfhost/obligation::nil? runtime-error) (let ((target (if ((core/sym::eq? kind) (quote :frame-graph)) (selfhost/obligation::gfx-extract-frame result) (selfhost/obligation::gfx-extract-scene result)))) (if (selfhost/obligation::nil? target) {:actual-h nil :actual-png-h nil :runtime-error (if ((core/sym::eq? kind) (quote :frame-graph)) "expected frame-graph output" "expected scene output")} (let ((render-state (if ((core/sym::eq? kind) (quote :frame-graph)) (((selfhost/obligation::gfx-render-result test) target) render) (if (selfhost/obligation::nil? render) {:error nil :png-h nil} (selfhost/obligation::error "scene outcome cannot carry renderer observation"))))) (if (core/error::is? render-state) render-state {:actual-h (selfhost/hash::hash-term target) :actual-png-h ((core/map::get render-state) (quote :png-h)) :runtime-error ((core/map::get render-state) (quote :error))})))) (if (selfhost/obligation::nil? render) {:actual-h nil :actual-png-h nil :runtime-error runtime-error} (selfhost/obligation::error "failed gfx body cannot carry renderer observation")))))) (selfhost/obligation::error "gfx golden outcome entry identity mismatch")) (selfhost/obligation::error "gfx golden outcome suite identity mismatch")) (selfhost/obligation::error "invalid gfx golden outcome observation"))))) (def selfhost/obligation::gfx-golden-finalize-loop (fn (tests) (fn (outcomes) (fn (index) (fn (cases) (fn (errors) (if ((core/int::eq? index) (core/vec::len tests)) (if ((core/int::eq? index) (core/vec::len outcomes)) {:cases cases :errors errors} (selfhost/obligation::error "gfx golden outcome inventory length mismatch")) (if ((core/int::lt? index) (core/vec::len outcomes)) (let ((test ((core/vec::get tests) index))) (let ((state ((selfhost/obligation::gfx-golden-case-outcome test) ((core/vec::get outcomes) index)))) (if (core/error::is? state) state (let ((case ((((((((((core/gfx/obligation::golden-case ((core/map::get test) (quote :suite))) ((core/map::get test) (quote :name))) ((core/map::get test) (quote :kind))) ((core/map::get test) (quote :expect-h))) ((core/map::get state) (quote :actual-h))) ((core/map::get test) (quote :expect-png-h))) ((core/map::get state) (quote :actual-png-h))) ((core/map::get test) (quote :pixel-width))) ((core/map::get test) (quote :pixel-height))) ((core/map::get state) (quote :runtime-error))))) (((((selfhost/obligation::gfx-golden-finalize-loop tests) outcomes) ((core/int::add index) 1)) ((core/vec::push cases) case)) (if ((core/map::get case) (quote :ok)) errors ((selfhost/obligation::append-errors errors) (((selfhost/obligation::gfx-case-errors (quote :golden)) test) case)))))))) (selfhost/obligation::error "gfx golden outcome inventory length mismatch"))))))))) (def selfhost/obligation::gfx-frame-time (fn (value) (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/frame-graph)) {:error nil :frame value :time nil} (if (selfhost/obligation::map? value) (let ((frame (selfhost/obligation::gfx-extract-frame value)) (time ((core/map::get value) (quote :frame-time-ms)))) (if (selfhost/obligation::nil? frame) {:error "missing :frame/:frame-graph field" :frame nil :time nil} (if (selfhost/obligation::nil? time) {:error nil :frame frame :time nil} (if (selfhost/obligation::int? time) {:error nil :frame frame :time (if ((core/int::lt? time) 0) nil time)} {:error ((core/str::concat ":frame-time-ms must be int or nil, got ") (selfhost/printer::print-term time)) :frame nil :time nil})))) {:error "expected frame-graph or {:frame ...}" :frame nil :time nil})))) (def selfhost/obligation::gfx-command-count-loop (fn (passes) (fn (index) (fn (count) (fn (pass-label) (if ((core/int::eq? index) (core/vec::len passes)) {:count count :error nil} (let ((pass ((core/vec::get passes) index))) (if (selfhost/obligation::map? pass) (let ((commands ((core/map::get pass) (quote :commands)))) (if (selfhost/obligation::vec? commands) ((((selfhost/obligation::gfx-command-count-loop passes) ((core/int::add index) 1)) ((core/int::add count) (core/vec::len commands))) pass-label) {:count 0 :error ((core/str::concat pass-label) " :commands must be a vector")})) {:count 0 :error ((core/str::concat pass-label) " must be a map")})))))))) (def selfhost/obligation::gfx-frame-metrics (fn (frame) (let ((render ((core/map::get frame) (quote :render-passes))) (compute ((core/map::get frame) (quote :compute-passes)))) (if (selfhost/obligation::nil? render) {:error "frame graph missing :render-passes" :metrics {}} (if (selfhost/obligation::nil? compute) {:error "frame graph missing :compute-passes" :metrics {}} (if (selfhost/obligation::vec? render) (if (selfhost/obligation::vec? compute) (let ((draw ((((selfhost/obligation::gfx-command-count-loop render) 0) 0) "render pass")) (dispatch ((((selfhost/obligation::gfx-command-count-loop compute) 0) 0) "compute pass"))) (if (selfhost/obligation::nil? ((core/map::get draw) (quote :error))) (if (selfhost/obligation::nil? ((core/map::get dispatch) (quote :error))) {:error nil :metrics {:compute-commands ((core/map::get dispatch) (quote :count)) :compute-passes (core/vec::len compute) :draw-commands ((core/map::get draw) (quote :count)) :frame-graph-bytes (core/str::len (selfhost/printer::print-term frame)) :render-passes (core/vec::len render)}} {:error ((core/map::get dispatch) (quote :error)) :metrics {}}) {:error ((core/map::get draw) (quote :error)) :metrics {}})) {:error ":compute-passes must be a vector" :metrics {}}) {:error ":render-passes must be a vector" :metrics {}})))))) (def selfhost/obligation::gfx-frame-case-outcome (fn (test) (fn (outcome) (if ((selfhost/obligation::property-exact-map? outcome) [:entry-index :kind :result :suite-index]) (if ((core/eq? ((core/map::get outcome) (quote :suite-index))) ((core/map::get test) (quote :suite-index))) (if ((core/eq? ((core/map::get outcome) (quote :entry-index))) ((core/map::get test) (quote :entry-index))) (let ((runtime-error ((selfhost/obligation::gfx-outcome-runtime-error (quote :frame)) outcome))) (if (core/error::is? runtime-error) runtime-error (if (selfhost/obligation::nil? runtime-error) (let ((frame-state (selfhost/obligation::gfx-frame-time ((core/map::get outcome) (quote :result))))) (let ((frame-error ((core/map::get frame-state) (quote :error)))) (if (selfhost/obligation::nil? frame-error) (let ((metric-state (selfhost/obligation::gfx-frame-metrics ((core/map::get frame-state) (quote :frame))))) {:metrics ((core/map::get metric-state) (quote :metrics)) :runtime-error ((core/map::get metric-state) (quote :error)) :time ((core/map::get frame-state) (quote :time))}) {:metrics {} :runtime-error frame-error :time nil}))) {:metrics {} :runtime-error runtime-error :time nil}))) (selfhost/obligation::error "gfx frame outcome entry identity mismatch")) (selfhost/obligation::error "gfx frame outcome suite identity mismatch")) (selfhost/obligation::error "invalid gfx frame outcome observation"))))) (def selfhost/obligation::gfx-frame-finalize-loop (fn (tests) (fn (outcomes) (fn (limits) (fn (index) (fn (cases) (fn (errors) (if ((core/int::eq? index) (core/vec::len tests)) (if ((core/int::eq? index) (core/vec::len outcomes)) {:cases cases :errors errors} (selfhost/obligation::error "gfx frame outcome inventory length mismatch")) (if ((core/int::lt? index) (core/vec::len outcomes)) (let ((test ((core/vec::get tests) index))) (let ((state ((selfhost/obligation::gfx-frame-case-outcome test) ((core/vec::get outcomes) index)))) (if (core/error::is? state) state (let ((case ((((((core/gfx/obligation::frame-budget-case ((core/map::get test) (quote :suite))) ((core/map::get test) (quote :name))) ((core/map::get state) (quote :metrics))) limits) ((core/map::get state) (quote :time))) ((core/map::get state) (quote :runtime-error))))) ((((((selfhost/obligation::gfx-frame-finalize-loop tests) outcomes) limits) ((core/int::add index) 1)) ((core/vec::push cases) case)) (if ((core/map::get case) (quote :ok)) errors ((selfhost/obligation::append-errors errors) (((selfhost/obligation::gfx-case-errors (quote :frame)) test) case)))))))) (selfhost/obligation::error "gfx frame outcome inventory length mismatch")))))))))) (def selfhost/obligation::gfx-finalize (fn (mode) (fn (package) (fn (inputs) (let ((frame? ((core/sym::eq? mode) (quote :frame)))) (if ((selfhost/obligation::property-exact-map? inputs) (if frame? [:configured :limits :outcomes :phase :suites] [:configured :outcomes :phase :suites])) (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :finalize)) (let ((configured ((core/map::get inputs) (quote :configured))) (suites ((core/map::get inputs) (quote :suites))) (outcomes ((core/map::get inputs) (quote :outcomes))) (limits (if frame? ((core/map::get inputs) (quote :limits)) {}))) (let ((plan ((((selfhost/obligation::gfx-plan-state mode) configured) suites) limits))) (if (core/error::is? plan) plan (let ((tests ((core/map::get plan) (quote :tests))) (plan-errors ((core/map::get plan) (quote :errors)))) (let ((final-state (if frame? ((((((selfhost/obligation::gfx-frame-finalize-loop tests) outcomes) limits) 0) []) plan-errors) (((((selfhost/obligation::gfx-golden-finalize-loop tests) outcomes) 0) []) plan-errors)))) (if (core/error::is? final-state) final-state (let ((errors ((core/map::get final-state) (quote :errors))) (cases ((core/map::get final-state) (quote :cases)))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name (if frame? "core/obligation::gfx-frame-budgets" "core/obligation::gfx-golden-images") :ok ((core/int::eq? (core/vec::len errors)) 0) :operation (if frame? (quote :gfx-frame-budgets) (quote :gfx-golden-images)) :report (if frame? (((((core/gfx/obligation::frame-budget-report package) ((core/int::eq? (core/vec::len errors)) 0)) limits) cases) errors) ((((core/gfx/obligation::golden-report package) ((core/int::eq? (core/vec::len errors)) 0)) cases) errors)) :v 2}))))))) (selfhost/obligation::error "gfx finalize :phase must equal :finalize")) (selfhost/obligation::error "gfx finalize input fields mismatch")))))))] :module-h b"\x85\x87}.\"\xE1\xF4\xF1O\x90{f\x83d\xB9\xF6\x14n\x8Cm\x04\xF2\x06A#o\x0F\xE7wDN\x11" :path "selfhost/obligation_authority_gfx_runtime_finalize_v1.gc" :source "(def selfhost/obligation::gfx-typed-map?\n (fn (value)\n (fn (type)\n (if (selfhost/obligation::map? value)\n (let ((actual ((core/map::get value) (quote :type))))\n (if (selfhost/obligation::sym? actual) ((core/sym::eq? actual) type) false))\n false))))\n\n(def selfhost/obligation::gfx-extract-frame\n (fn (value)\n (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/frame-graph))\n value\n (if (selfhost/obligation::map? value)\n (let ((frame ((core/map::get value) (quote :frame))))\n (if ((selfhost/obligation::gfx-typed-map? frame) (quote :gfx/frame-graph))\n frame\n (let ((graph ((core/map::get value) (quote :frame-graph))))\n (if ((selfhost/obligation::gfx-typed-map? graph) (quote :gfx/frame-graph))\n graph nil))))\n nil))))\n\n(def selfhost/obligation::gfx-extract-scene\n (fn (value)\n (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/scene))\n value\n (if (selfhost/obligation::map? value)\n (let ((scene ((core/map::get value) (quote :scene))))\n (if ((selfhost/obligation::gfx-typed-map? scene) (quote :gfx/scene)) scene nil))\n nil))))\n\n(def selfhost/obligation::gfx-outcome-runtime-error\n (fn (mode)\n (fn (outcome)\n (let ((kind ((core/map::get outcome) (quote :kind)))\n (result ((core/map::get outcome) (quote :result))))\n (if ((core/sym::eq? kind) (quote :value))\n nil\n (if ((core/sym::eq? kind) (quote :apply-error))\n (if (selfhost/obligation::str? result)\n ((core/str::concat \"apply failed: \") result)\n (selfhost/obligation::error \"gfx apply-error outcome must carry a string\"))\n (if ((core/sym::eq? kind) (quote :effect-program))\n (if (selfhost/obligation::nil? result)\n (if ((core/sym::eq? mode) (quote :golden))\n \"effect program returned; gfx golden tests must return pure frame/scene data\"\n \"effect program returned; gfx frame budgets must return pure frame data\")\n (selfhost/obligation::error \"gfx effect-program outcome must carry nil\"))\n (if ((core/sym::eq? kind) (quote :sealed-error))\n (if (selfhost/obligation::nil? result)\n (if ((core/sym::eq? mode) (quote :golden))\n \"sealed ERROR returned by golden test body\"\n \"sealed ERROR returned by frame budget test body\")\n (selfhost/obligation::error \"gfx sealed-error outcome must carry nil\"))\n (selfhost/obligation::error \"unknown gfx outcome kind\")))))))))\n\n(def selfhost/obligation::gfx-render-result\n (fn (test)\n (fn (frame)\n (fn (render)\n (let ((expect-png ((core/map::get test) (quote :expect-png-h))))\n (if (selfhost/obligation::nil? expect-png)\n (if (selfhost/obligation::nil? render)\n {:error nil :png-h nil}\n (selfhost/obligation::error \"unexpected renderer observation\"))\n (if ((selfhost/obligation::property-exact-map? render)\n [:error :frame-h :pixel-height :pixel-width :png-h])\n (let ((frame-h (selfhost/hash::hash-term frame)))\n (if ((core/eq? ((core/map::get render) (quote :frame-h))) frame-h)\n (if ((core/eq? ((core/map::get render) (quote :pixel-width)))\n ((core/map::get test) (quote :pixel-width)))\n (if ((core/eq? ((core/map::get render) (quote :pixel-height)))\n ((core/map::get test) (quote :pixel-height)))\n (let ((error ((core/map::get render) (quote :error)))\n (png-h ((core/map::get render) (quote :png-h))))\n (if (selfhost/obligation::nil? error)\n (if (selfhost/obligation::str? png-h)\n {:error nil :png-h png-h}\n (selfhost/obligation::error \"renderer success must carry :png-h\"))\n (if (selfhost/obligation::str? error)\n (if (selfhost/obligation::nil? png-h)\n {:error ((core/str::concat \"headless render failed: \") error)\n :png-h nil}\n (selfhost/obligation::error \"renderer failure must not carry :png-h\"))\n (selfhost/obligation::error \"renderer :error must be string or nil\"))))\n (selfhost/obligation::error \"renderer pixel height contradicts plan\"))\n (selfhost/obligation::error \"renderer pixel width contradicts plan\"))\n (selfhost/obligation::error \"renderer frame hash contradicts result\")))\n (selfhost/obligation::error \"missing or malformed renderer observation\"))))))))\n\n(def selfhost/obligation::gfx-case-errors\n (fn (mode)\n (fn (test)\n (fn (case)\n (let ((errors ((core/map::get case) (quote :errors))))\n (if ((core/int::eq? (core/vec::len errors)) 0)\n ((core/vec::push [])\n (((((selfhost/obligation::property-str5\n (core/sym::to-str ((core/map::get test) (quote :suite)))) \"::\")\n ((core/map::get test) (quote :name))) \": \")\n (if ((core/sym::eq? mode) (quote :golden))\n \"golden case failed\" \"frame budget case failed\")))\n ((core/vec::push [])\n (((((selfhost/obligation::property-str5\n (core/sym::to-str ((core/map::get test) (quote :suite)))) \"::\")\n ((core/map::get test) (quote :name))) \": \")\n ((core/str::join errors) \"; \")))))))))\n\n(def selfhost/obligation::gfx-golden-case-outcome\n (fn (test)\n (fn (outcome)\n (if ((selfhost/obligation::property-exact-map? outcome)\n [:entry-index :kind :render :result :suite-index])\n (if ((core/eq? ((core/map::get outcome) (quote :suite-index)))\n ((core/map::get test) (quote :suite-index)))\n (if ((core/eq? ((core/map::get outcome) (quote :entry-index)))\n ((core/map::get test) (quote :entry-index)))\n (let ((runtime-error\n ((selfhost/obligation::gfx-outcome-runtime-error (quote :golden)) outcome)))\n (if (core/error::is? runtime-error) runtime-error\n (let ((kind ((core/map::get test) (quote :kind)))\n (result ((core/map::get outcome) (quote :result)))\n (render ((core/map::get outcome) (quote :render))))\n (if (selfhost/obligation::nil? runtime-error)\n (let ((target\n (if ((core/sym::eq? kind) (quote :frame-graph))\n (selfhost/obligation::gfx-extract-frame result)\n (selfhost/obligation::gfx-extract-scene result))))\n (if (selfhost/obligation::nil? target)\n {:actual-h nil :actual-png-h nil\n :runtime-error\n (if ((core/sym::eq? kind) (quote :frame-graph))\n \"expected frame-graph output\" \"expected scene output\")}\n (let ((render-state\n (if ((core/sym::eq? kind) (quote :frame-graph))\n (((selfhost/obligation::gfx-render-result test) target) render)\n (if (selfhost/obligation::nil? render)\n {:error nil :png-h nil}\n (selfhost/obligation::error \"scene outcome cannot carry renderer observation\")))))\n (if (core/error::is? render-state) render-state\n {:actual-h (selfhost/hash::hash-term target)\n :actual-png-h ((core/map::get render-state) (quote :png-h))\n :runtime-error ((core/map::get render-state) (quote :error))}))))\n (if (selfhost/obligation::nil? render)\n {:actual-h nil :actual-png-h nil :runtime-error runtime-error}\n (selfhost/obligation::error \"failed gfx body cannot carry renderer observation\"))))))\n (selfhost/obligation::error \"gfx golden outcome entry identity mismatch\"))\n (selfhost/obligation::error \"gfx golden outcome suite identity mismatch\"))\n (selfhost/obligation::error \"invalid gfx golden outcome observation\")))))\n\n(def selfhost/obligation::gfx-golden-finalize-loop\n (fn (tests)\n (fn (outcomes)\n (fn (index)\n (fn (cases)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n (if ((core/int::eq? index) (core/vec::len outcomes))\n {:cases cases :errors errors}\n (selfhost/obligation::error \"gfx golden outcome inventory length mismatch\"))\n (if ((core/int::lt? index) (core/vec::len outcomes))\n (let ((test ((core/vec::get tests) index)))\n (let ((state ((selfhost/obligation::gfx-golden-case-outcome test)\n ((core/vec::get outcomes) index))))\n (if (core/error::is? state) state\n (let ((case\n ((((((((((core/gfx/obligation::golden-case\n ((core/map::get test) (quote :suite)))\n ((core/map::get test) (quote :name)))\n ((core/map::get test) (quote :kind)))\n ((core/map::get test) (quote :expect-h)))\n ((core/map::get state) (quote :actual-h)))\n ((core/map::get test) (quote :expect-png-h)))\n ((core/map::get state) (quote :actual-png-h)))\n ((core/map::get test) (quote :pixel-width)))\n ((core/map::get test) (quote :pixel-height)))\n ((core/map::get state) (quote :runtime-error)))))\n (((((selfhost/obligation::gfx-golden-finalize-loop tests) outcomes)\n ((core/int::add index) 1)) ((core/vec::push cases) case))\n (if ((core/map::get case) (quote :ok)) errors\n ((selfhost/obligation::append-errors errors)\n (((selfhost/obligation::gfx-case-errors (quote :golden)) test) case))))))))\n (selfhost/obligation::error \"gfx golden outcome inventory length mismatch\")))))))))\n\n(def selfhost/obligation::gfx-frame-time\n (fn (value)\n (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/frame-graph))\n {:error nil :frame value :time nil}\n (if (selfhost/obligation::map? value)\n (let ((frame (selfhost/obligation::gfx-extract-frame value))\n (time ((core/map::get value) (quote :frame-time-ms))))\n (if (selfhost/obligation::nil? frame)\n {:error \"missing :frame/:frame-graph field\" :frame nil :time nil}\n (if (selfhost/obligation::nil? time)\n {:error nil :frame frame :time nil}\n (if (selfhost/obligation::int? time)\n {:error nil :frame frame\n :time (if ((core/int::lt? time) 0) nil time)}\n {:error\n ((core/str::concat \":frame-time-ms must be int or nil, got \")\n (selfhost/printer::print-term time))\n :frame nil :time nil}))))\n {:error \"expected frame-graph or {:frame ...}\" :frame nil :time nil}))))\n\n(def selfhost/obligation::gfx-command-count-loop\n (fn (passes)\n (fn (index)\n (fn (count)\n (fn (pass-label)\n (if ((core/int::eq? index) (core/vec::len passes))\n {:count count :error nil}\n (let ((pass ((core/vec::get passes) index)))\n (if (selfhost/obligation::map? pass)\n (let ((commands ((core/map::get pass) (quote :commands))))\n (if (selfhost/obligation::vec? commands)\n ((((selfhost/obligation::gfx-command-count-loop passes)\n ((core/int::add index) 1))\n ((core/int::add count) (core/vec::len commands))) pass-label)\n {:count 0 :error ((core/str::concat pass-label) \" :commands must be a vector\")}))\n {:count 0 :error ((core/str::concat pass-label) \" must be a map\")}))))))))\n\n(def selfhost/obligation::gfx-frame-metrics\n (fn (frame)\n (let ((render ((core/map::get frame) (quote :render-passes)))\n (compute ((core/map::get frame) (quote :compute-passes))))\n (if (selfhost/obligation::nil? render)\n {:error \"frame graph missing :render-passes\" :metrics {}}\n (if (selfhost/obligation::nil? compute)\n {:error \"frame graph missing :compute-passes\" :metrics {}}\n (if (selfhost/obligation::vec? render)\n (if (selfhost/obligation::vec? compute)\n (let ((draw ((((selfhost/obligation::gfx-command-count-loop render) 0) 0)\n \"render pass\"))\n (dispatch ((((selfhost/obligation::gfx-command-count-loop compute) 0) 0)\n \"compute pass\")))\n (if (selfhost/obligation::nil? ((core/map::get draw) (quote :error)))\n (if (selfhost/obligation::nil? ((core/map::get dispatch) (quote :error)))\n {:error nil\n :metrics\n {:compute-commands ((core/map::get dispatch) (quote :count))\n :compute-passes (core/vec::len compute)\n :draw-commands ((core/map::get draw) (quote :count))\n :frame-graph-bytes (core/str::len (selfhost/printer::print-term frame))\n :render-passes (core/vec::len render)}}\n {:error ((core/map::get dispatch) (quote :error)) :metrics {}})\n {:error ((core/map::get draw) (quote :error)) :metrics {}}))\n {:error \":compute-passes must be a vector\" :metrics {}})\n {:error \":render-passes must be a vector\" :metrics {}}))))))\n\n(def selfhost/obligation::gfx-frame-case-outcome\n (fn (test)\n (fn (outcome)\n (if ((selfhost/obligation::property-exact-map? outcome)\n [:entry-index :kind :result :suite-index])\n (if ((core/eq? ((core/map::get outcome) (quote :suite-index)))\n ((core/map::get test) (quote :suite-index)))\n (if ((core/eq? ((core/map::get outcome) (quote :entry-index)))\n ((core/map::get test) (quote :entry-index)))\n (let ((runtime-error\n ((selfhost/obligation::gfx-outcome-runtime-error (quote :frame)) outcome)))\n (if (core/error::is? runtime-error) runtime-error\n (if (selfhost/obligation::nil? runtime-error)\n (let ((frame-state\n (selfhost/obligation::gfx-frame-time\n ((core/map::get outcome) (quote :result)))))\n (let ((frame-error ((core/map::get frame-state) (quote :error))))\n (if (selfhost/obligation::nil? frame-error)\n (let ((metric-state\n (selfhost/obligation::gfx-frame-metrics\n ((core/map::get frame-state) (quote :frame)))))\n {:metrics ((core/map::get metric-state) (quote :metrics))\n :runtime-error ((core/map::get metric-state) (quote :error))\n :time ((core/map::get frame-state) (quote :time))})\n {:metrics {} :runtime-error frame-error :time nil})))\n {:metrics {} :runtime-error runtime-error :time nil})))\n (selfhost/obligation::error \"gfx frame outcome entry identity mismatch\"))\n (selfhost/obligation::error \"gfx frame outcome suite identity mismatch\"))\n (selfhost/obligation::error \"invalid gfx frame outcome observation\")))))\n\n(def selfhost/obligation::gfx-frame-finalize-loop\n (fn (tests)\n (fn (outcomes)\n (fn (limits)\n (fn (index)\n (fn (cases)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n (if ((core/int::eq? index) (core/vec::len outcomes))\n {:cases cases :errors errors}\n (selfhost/obligation::error \"gfx frame outcome inventory length mismatch\"))\n (if ((core/int::lt? index) (core/vec::len outcomes))\n (let ((test ((core/vec::get tests) index)))\n (let ((state ((selfhost/obligation::gfx-frame-case-outcome test)\n ((core/vec::get outcomes) index))))\n (if (core/error::is? state) state\n (let ((case\n ((((((core/gfx/obligation::frame-budget-case\n ((core/map::get test) (quote :suite)))\n ((core/map::get test) (quote :name)))\n ((core/map::get state) (quote :metrics))) limits)\n ((core/map::get state) (quote :time)))\n ((core/map::get state) (quote :runtime-error)))))\n ((((((selfhost/obligation::gfx-frame-finalize-loop tests) outcomes) limits)\n ((core/int::add index) 1)) ((core/vec::push cases) case))\n (if ((core/map::get case) (quote :ok)) errors\n ((selfhost/obligation::append-errors errors)\n (((selfhost/obligation::gfx-case-errors (quote :frame)) test) case))))))))\n (selfhost/obligation::error \"gfx frame outcome inventory length mismatch\"))))))))))\n\n(def selfhost/obligation::gfx-finalize\n (fn (mode)\n (fn (package)\n (fn (inputs)\n (let ((frame? ((core/sym::eq? mode) (quote :frame))))\n (if ((selfhost/obligation::property-exact-map? inputs)\n (if frame? [:configured :limits :outcomes :phase :suites]\n [:configured :outcomes :phase :suites]))\n (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :finalize))\n (let ((configured ((core/map::get inputs) (quote :configured)))\n (suites ((core/map::get inputs) (quote :suites)))\n (outcomes ((core/map::get inputs) (quote :outcomes)))\n (limits (if frame? ((core/map::get inputs) (quote :limits)) {})))\n (let ((plan ((((selfhost/obligation::gfx-plan-state mode) configured) suites) limits)))\n (if (core/error::is? plan) plan\n (let ((tests ((core/map::get plan) (quote :tests)))\n (plan-errors ((core/map::get plan) (quote :errors))))\n (let ((final-state\n (if frame?\n ((((((selfhost/obligation::gfx-frame-finalize-loop tests) outcomes)\n limits) 0) []) plan-errors)\n (((((selfhost/obligation::gfx-golden-finalize-loop tests) outcomes)\n 0) []) plan-errors))))\n (if (core/error::is? final-state) final-state\n (let ((errors ((core/map::get final-state) (quote :errors)))\n (cases ((core/map::get final-state) (quote :cases))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name (if frame? \"core/obligation::gfx-frame-budgets\"\n \"core/obligation::gfx-golden-images\")\n :ok ((core/int::eq? (core/vec::len errors)) 0)\n :operation (if frame? (quote :gfx-frame-budgets)\n (quote :gfx-golden-images))\n :report\n (if frame?\n (((((core/gfx/obligation::frame-budget-report package)\n ((core/int::eq? (core/vec::len errors)) 0)) limits) cases) errors)\n ((((core/gfx/obligation::golden-report package)\n ((core/int::eq? (core/vec::len errors)) 0)) cases) errors))\n :v 2})))))))\n (selfhost/obligation::error \"gfx finalize :phase must equal :finalize\"))\n (selfhost/obligation::error \"gfx finalize input fields mismatch\")))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"w\xBF8\r\xB3\x8A7\x02\xD51\xC3F\xC8\xB7\x84\xCE\xA8\xBB)Q\xC7!\xFBR\xCD\xA5\xF9\xA3\x909F|" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::bind-result (fn (request) (fn (result) (if (core/error::is? result) result (((core/map::put result) (quote :request-h)) (selfhost/hash::hash-term request)))))) (def selfhost/obligation::dispatch (fn (operation) (fn (package) (fn (inputs) (if ((core/sym::eq? operation) (quote :preflight)) ((selfhost/obligation::preflight package) inputs) (if ((core/sym::eq? operation) (quote :unit-tests)) (if ((core/int::eq? (core/map::len inputs)) 1) (let ((tests ((core/map::get inputs) (quote :tests)))) (if (selfhost/obligation::vec? tests) (((selfhost/obligation::unit-tests package) {}) tests) (selfhost/obligation::error ":unit-tests :tests input must be a vector"))) (selfhost/obligation::error ":unit-tests inputs must contain exactly :tests")) (if ((core/sym::eq? operation) (quote :budgets)) (if ((core/int::eq? (core/map::len inputs)) 2) (let ((tests ((core/map::get inputs) (quote :tests)))) (if (selfhost/obligation::vec? tests) (((selfhost/obligation::budgets package) ((core/map::get inputs) (quote :limits))) tests) (selfhost/obligation::error ":budgets :tests input must be a vector"))) (selfhost/obligation::error ":budgets inputs must contain exactly :limits and :tests")) (if ((core/sym::eq? operation) (quote :capabilities-declared)) ((selfhost/obligation::capabilities-declared package) inputs) (if ((core/sym::eq? operation) (quote :typecheck)) ((selfhost/obligation::typecheck operation) inputs) (if ((core/sym::eq? operation) (quote :typecheck-strict)) ((selfhost/obligation::typecheck operation) inputs) (if ((core/sym::eq? operation) (quote :determinism)) ((selfhost/obligation::determinism package) inputs) (if ((core/sym::eq? operation) (quote :lint)) ((selfhost/obligation::lint package) inputs) (if ((core/sym::eq? operation) (quote :ai-style)) ((selfhost/obligation::ai-style package) inputs) (if ((core/sym::eq? operation) (quote :replayable-tests)) (((selfhost/obligation::replay-authority operation) package) inputs) (if ((core/sym::eq? operation) (quote :concurrency-replay)) (((selfhost/obligation::replay-authority operation) package) inputs) (if ((core/sym::eq? operation) (quote :property-tests)) ((selfhost/obligation::property-authority package) inputs) (if ((core/sym::eq? operation) (quote :stage1-validation)) ((selfhost/obligation::stage1-validation package) inputs) (if (if ((core/sym::eq? operation) (quote :coverage)) true (if ((core/sym::eq? operation) (quote :coverage-decision)) true ((core/sym::eq? operation) (quote :coverage-mcdc)))) ((selfhost/obligation::coverage package) inputs) (if ((core/sym::eq? operation) (quote :translation-validation)) ((selfhost/obligation::translation-validation package) inputs) (if ((core/sym::eq? operation) (quote :gfx-api-stability)) ((selfhost/obligation::gfx-api-stability package) inputs) (if ((core/sym::eq? operation) (quote :gfx-golden-images)) (((selfhost/obligation::gfx-runtime-authority (quote :golden)) package) inputs) (if ((core/sym::eq? operation) (quote :gfx-frame-budgets)) (((selfhost/obligation::gfx-runtime-authority (quote :frame)) package) inputs) (selfhost/obligation::error "unknown obligation authority operation"))))))))))))))))))))))) (def core/cli::obligation-authority (fn (request) (if (selfhost/obligation::map? request) (if ((core/int::eq? (core/map::len request)) 5) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (operation ((core/map::get request) (quote :operation))) (package ((core/map::get request) (quote :package))) (inputs ((core/map::get request) (quote :inputs)))) (if (if (selfhost/obligation::str? kind) ((core/eq? kind) selfhost/obligation::REQUEST_KIND) false) (if (if (selfhost/obligation::int? version) ((core/int::eq? version) 2) false) (if (selfhost/obligation::str? package) (if (selfhost/obligation::map? inputs) (let ((result (((selfhost/obligation::dispatch operation) package) inputs))) ((selfhost/obligation::bind-result request) result)) (selfhost/obligation::error "request :inputs must be a map")) (selfhost/obligation::error "request :package must be a string")) (selfhost/obligation::error "request :v must equal 2")) (selfhost/obligation::error "request :kind mismatch"))) (selfhost/obligation::error "request must contain exactly five fields")) (selfhost/obligation::error "request must be a map"))))] :module-h b"\xB5\x18[\x91Sr\x84\xDA\xD8\xB6~\xC3 \xCAO\x1C\xD7\xC7gT4J\xFD\x8DU\xD3\x94\xD5\xC0o\xD1\xD1" :path "selfhost/obligation_authority_v1.gc" :source "(def selfhost/obligation::bind-result\n (fn (request)\n (fn (result)\n (if (core/error::is? result)\n result\n (((core/map::put result) (quote :request-h)) (selfhost/hash::hash-term request))))))\n\n(def selfhost/obligation::dispatch\n (fn (operation)\n (fn (package)\n (fn (inputs)\n (if ((core/sym::eq? operation) (quote :preflight))\n ((selfhost/obligation::preflight package) inputs)\n (if ((core/sym::eq? operation) (quote :unit-tests))\n (if ((core/int::eq? (core/map::len inputs)) 1)\n (let ((tests ((core/map::get inputs) (quote :tests))))\n (if (selfhost/obligation::vec? tests)\n (((selfhost/obligation::unit-tests package) {}) tests)\n (selfhost/obligation::error \":unit-tests :tests input must be a vector\")))\n (selfhost/obligation::error \":unit-tests inputs must contain exactly :tests\"))\n (if ((core/sym::eq? operation) (quote :budgets))\n (if ((core/int::eq? (core/map::len inputs)) 2)\n (let ((tests ((core/map::get inputs) (quote :tests))))\n (if (selfhost/obligation::vec? tests)\n (((selfhost/obligation::budgets package) ((core/map::get inputs) (quote :limits)))\n tests)\n (selfhost/obligation::error \":budgets :tests input must be a vector\")))\n (selfhost/obligation::error\n \":budgets inputs must contain exactly :limits and :tests\"))\n (if ((core/sym::eq? operation) (quote :capabilities-declared))\n ((selfhost/obligation::capabilities-declared package) inputs)\n (if ((core/sym::eq? operation) (quote :typecheck))\n ((selfhost/obligation::typecheck operation) inputs)\n (if ((core/sym::eq? operation) (quote :typecheck-strict))\n ((selfhost/obligation::typecheck operation) inputs)\n (if ((core/sym::eq? operation) (quote :determinism))\n ((selfhost/obligation::determinism package) inputs)\n (if ((core/sym::eq? operation) (quote :lint))\n ((selfhost/obligation::lint package) inputs)\n (if ((core/sym::eq? operation) (quote :ai-style))\n ((selfhost/obligation::ai-style package) inputs)\n (if ((core/sym::eq? operation) (quote :replayable-tests))\n (((selfhost/obligation::replay-authority operation) package) inputs)\n (if ((core/sym::eq? operation) (quote :concurrency-replay))\n (((selfhost/obligation::replay-authority operation) package) inputs)\n (if ((core/sym::eq? operation) (quote :property-tests))\n ((selfhost/obligation::property-authority package) inputs)\n (if ((core/sym::eq? operation) (quote :stage1-validation))\n ((selfhost/obligation::stage1-validation package) inputs)\n (if\n (if ((core/sym::eq? operation) (quote :coverage))\n true\n (if ((core/sym::eq? operation) (quote :coverage-decision))\n true\n ((core/sym::eq? operation) (quote :coverage-mcdc))))\n ((selfhost/obligation::coverage package) inputs)\n (if ((core/sym::eq? operation) (quote :translation-validation))\n ((selfhost/obligation::translation-validation package) inputs)\n (if ((core/sym::eq? operation) (quote :gfx-api-stability))\n ((selfhost/obligation::gfx-api-stability package) inputs)\n (if ((core/sym::eq? operation) (quote :gfx-golden-images))\n (((selfhost/obligation::gfx-runtime-authority (quote :golden)) package)\n inputs)\n (if ((core/sym::eq? operation) (quote :gfx-frame-budgets))\n (((selfhost/obligation::gfx-runtime-authority (quote :frame)) package)\n inputs)\n (selfhost/obligation::error\n \"unknown obligation authority operation\")))))))))))))))))))))))\n\n(def core/cli::obligation-authority\n (fn (request)\n (if (selfhost/obligation::map? request)\n (if ((core/int::eq? (core/map::len request)) 5)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (operation ((core/map::get request) (quote :operation)))\n (package ((core/map::get request) (quote :package)))\n (inputs ((core/map::get request) (quote :inputs))))\n (if\n (if (selfhost/obligation::str? kind)\n ((core/eq? kind) selfhost/obligation::REQUEST_KIND)\n false)\n (if (if (selfhost/obligation::int? version) ((core/int::eq? version) 2) false)\n (if (selfhost/obligation::str? package)\n (if (selfhost/obligation::map? inputs)\n (let ((result (((selfhost/obligation::dispatch operation) package) inputs)))\n ((selfhost/obligation::bind-result request) result))\n (selfhost/obligation::error \"request :inputs must be a map\"))\n (selfhost/obligation::error \"request :package must be a string\"))\n (selfhost/obligation::error \"request :v must equal 2\"))\n (selfhost/obligation::error \"request :kind mismatch\")))\n (selfhost/obligation::error \"request must contain exactly five fields\"))\n (selfhost/obligation::error \"request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xB5\x18[\x91Sr\x84\xDA\xD8\xB6~\xC3 \xCAO\x1C\xD7\xC7gT4J\xFD\x8DU\xD3\x94\xD5\xC0o\xD1\xD1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/stage1::is-error core/error::is?) (def selfhost/stage1::type-error (fn (msg) ((core/error::make2 "core/type-error") msg))) (def selfhost/stage1::bad-form (fn (msg) ((core/error::make2 "core/bad-form") msg))) (def selfhost/stage1::tag core/data::tag) (def selfhost/stage1::empty-vec (core/pair::as-proper-list nil)) (def selfhost/stage1::vec1 (fn (a) (core/pair::as-proper-list ((core/pair::cons a) nil)))) (def selfhost/stage1::vec2 (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil)))))) (def selfhost/stage1::vec3 (fn (a) (fn (b) (fn (c) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil)))))))) (def selfhost/stage1::vec4 (fn (a) (fn (b) (fn (c) (fn (d) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) ((core/pair::cons d) nil)))))))))) (def selfhost/stage1::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym)))) (def selfhost/stage1::pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair)))) (def selfhost/stage1::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec)))) (def selfhost/stage1::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map)))) (def selfhost/stage1::int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int)))) (def selfhost/stage1::bool? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :bool)))) (def selfhost/stage1::starts-with? (fn (s) (fn (prefix) (let ((sb (core/str::to-utf8 s))) (let ((pb (core/str::to-utf8 prefix))) (let ((sn (core/bytes::len sb))) (let ((pn (core/bytes::len pb))) (if ((core/int::lt? sn) pn) false ((core/eq? (((core/bytes::slice sb) 0) pn)) pb))))))))) (def selfhost/stage1::opaque-call-head? (fn (h) (if (selfhost/stage1::sym? h) (let ((s (core/sym::to-str h))) (if ((selfhost/stage1::starts-with? s) "core/effect::") true ((selfhost/stage1::starts-with? s) "core/contract::"))) false))) (def selfhost/stage1::is-int-zero? (fn (x) (if (selfhost/stage1::int? x) ((core/int::eq? x) 0) false))) (def selfhost/stage1::is-int-one? (fn (x) (if (selfhost/stage1::int? x) ((core/int::eq? x) 1) false))) (def selfhost/stage1::falsey? (fn (t) (let ((tg (core/data::tag t))) (if ((core/sym::eq? tg) (quote :nil)) true (if ((core/sym::eq? tg) (quote :bool)) (if t false true) false))))) (def selfhost/stage1::truthy-literal? (fn (t) (let ((tg (core/data::tag t))) (if ((core/sym::eq? tg) (quote :nil)) false (if ((core/sym::eq? tg) (quote :bool)) (if t true false) (if ((core/sym::eq? tg) (quote :pair)) false (if ((core/sym::eq? tg) (quote :map)) false true))))))) (def selfhost/stage1::vec-map (fn (v) (fn (f) (if (selfhost/stage1::vec? v) (let ((n (core/vec::len v))) (((((selfhost/stage1::vec-map2 v) f) n) 0) selfhost/stage1::empty-vec)) (selfhost/stage1::type-error "vec-map expects vector datum"))))) (def selfhost/stage1::vec-map2 (fn (v) (fn (f) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get v) i))) (let ((y (f x))) (if (selfhost/stage1::is-error y) y (((((selfhost/stage1::vec-map2 v) f) n) ((core/int::add i) 1)) ((core/vec::push out) y)))))))))))) (def selfhost/stage1::vec-append (fn (a) (fn (b) (if (if (selfhost/stage1::vec? a) (selfhost/stage1::vec? b) false) (let ((n (core/vec::len b))) (((((selfhost/stage1::vec-append2 a) b) n) 0) a)) (selfhost/stage1::type-error "vec-append expects vector datums"))))) (def selfhost/stage1::vec-append2 (fn (a) (fn (b) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get b) i))) (((((selfhost/stage1::vec-append2 a) b) n) ((core/int::add i) 1)) ((core/vec::push out) x)))))))))) (def selfhost/stage1::optimize-module (fn (forms) (if (selfhost/stage1::vec? forms) ((selfhost/stage1::vec-map forms) selfhost/stage1::optimize-topform) (selfhost/stage1::type-error "optimize-module expects vector of forms")))) (def selfhost/stage1::optimize-topform (fn (t) (if (selfhost/stage1::pair? t) (let ((items (core/pair::as-proper-list t))) (if (selfhost/stage1::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1)) (rhs ((core/vec::get items) 2))) (if (selfhost/stage1::sym? h) (if ((core/sym::eq? h) (quote def)) (if (selfhost/stage1::sym? n) (let ((rhs2 (selfhost/stage1::optimize-term rhs))) (if (selfhost/stage1::is-error rhs2) rhs2 (selfhost/canon::vec->list (((selfhost/stage1::vec3 h) n) rhs2)))) (selfhost/stage1::optimize-term t)) (selfhost/stage1::optimize-term t)) (selfhost/stage1::optimize-term t))) (selfhost/stage1::optimize-term t)) (selfhost/stage1::optimize-term t))) (selfhost/stage1::optimize-term t)))) (def selfhost/stage1::optimize-term (fn (t) (let ((tg (core/data::tag t))) (if ((core/sym::eq? tg) (quote :map)) (selfhost/stage1::optimize-map-values t) (if ((core/sym::eq? tg) (quote :pair)) (selfhost/stage1::optimize-list-term t) t))))) (def selfhost/stage1::optimize-map-values (fn (m) (if (selfhost/stage1::map? m) (let ((entries (core/map::entries m))) (let ((entries2 ((selfhost/stage1::vec-map entries) selfhost/stage1::optimize-map-entry))) (if (selfhost/stage1::is-error entries2) entries2 (core/map::from-entries entries2)))) (selfhost/stage1::type-error "optimize-map-values expects map datum")))) (def selfhost/stage1::optimize-map-entry (fn (e) (if (selfhost/stage1::vec? e) (if ((core/int::eq? (core/vec::len e)) 2) (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1))) (let ((v2 (selfhost/stage1::optimize-term v))) (if (selfhost/stage1::is-error v2) v2 ((selfhost/stage1::vec2 k) v2)))) (selfhost/stage1::bad-form "map entry must be [k v]")) (selfhost/stage1::bad-form "map entries must be vectors")))) (def selfhost/stage1::optimize-list-term (fn (t) (let ((items (core/pair::as-proper-list t))) (if (selfhost/stage1::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) nil (let ((h ((core/vec::get items) 0))) (if (selfhost/stage1::sym? h) ((selfhost/stage1::optimize-special-or-app h) items) (selfhost/stage1::optimize-app items)))) t)))) (def selfhost/stage1::optimize-special-or-app (fn (h) (fn (items) (if (selfhost/stage1::opaque-call-head? h) (selfhost/canon::vec->list items) (if ((core/sym::eq? h) (quote quote)) (selfhost/canon::vec->list items) (if ((core/sym::eq? h) (quote fn)) (selfhost/stage1::optimize-fn items) (if ((core/sym::eq? h) (quote if)) (selfhost/stage1::optimize-if items) (if ((core/sym::eq? h) (quote begin)) (selfhost/stage1::optimize-begin items) (if ((core/sym::eq? h) (quote let)) (selfhost/stage1::optimize-let items) (if ((core/sym::eq? h) (quote prim)) (selfhost/stage1::optimize-prim items) (if ((core/sym::eq? h) (quote seal)) (selfhost/canon::vec->list items) (if ((core/sym::eq? h) (quote unseal)) (selfhost/canon::vec->list items) (selfhost/stage1::optimize-app items))))))))))))) (def selfhost/stage1::optimize-fn (fn (items) (if (if ((core/int::lt? (core/vec::len items)) 3) true false) (selfhost/canon::vec->list items) (let ((params ((core/vec::get items) 1))) (let ((bodyv ((selfhost/stage1::slice-from items) 2))) (let ((body2 ((selfhost/stage1::vec-map bodyv) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error body2) body2 (let ((head ((selfhost/stage1::vec2 (quote fn)) params))) (let ((all ((selfhost/stage1::vec-append head) body2))) (selfhost/canon::vec->list all)))))))))) (def selfhost/stage1::slice-from (fn (v) (fn (start) (let ((n (core/vec::len v))) (((((selfhost/stage1::slice-from2 v) start) n) 0) selfhost/stage1::empty-vec))))) (def selfhost/stage1::slice-from2 (fn (v) (fn (start) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (if ((core/int::lt? i) start) (((((selfhost/stage1::slice-from2 v) start) n) ((core/int::add i) 1)) out) (let ((x ((core/vec::get v) i))) (((((selfhost/stage1::slice-from2 v) start) n) ((core/int::add i) 1)) ((core/vec::push out) x))))))))))) (def selfhost/stage1::optimize-if (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 4) true false) (let ((c (selfhost/stage1::optimize-term ((core/vec::get items) 1))) (tt (selfhost/stage1::optimize-term ((core/vec::get items) 2))) (ee (selfhost/stage1::optimize-term ((core/vec::get items) 3)))) (if (selfhost/stage1::is-error c) c (if (selfhost/stage1::is-error tt) tt (if (selfhost/stage1::is-error ee) ee (if (selfhost/stage1::falsey? c) ee (if (selfhost/stage1::truthy-literal? c) tt (selfhost/canon::vec->list ((((selfhost/stage1::vec4 (quote if)) c) tt) ee)))))))) (selfhost/canon::vec->list items)))) (def selfhost/stage1::optimize-begin (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 2) true false) (selfhost/stage1::optimize-term ((core/vec::get items) 1)) (let ((body ((selfhost/stage1::slice-from items) 1))) (let ((body2 ((selfhost/stage1::vec-map body) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error body2) body2 (let ((head (selfhost/stage1::vec1 (quote begin)))) (let ((all ((selfhost/stage1::vec-append head) body2))) (selfhost/canon::vec->list all))))))))) (def selfhost/stage1::optimize-let (fn (items) (if (if ((core/int::lt? (core/vec::len items)) 3) true false) (selfhost/canon::vec->list items) (let ((binds ((core/vec::get items) 1))) (let ((binds2 (selfhost/stage1::optimize-let-binds binds))) (if (selfhost/stage1::is-error binds2) binds2 (let ((body ((selfhost/stage1::slice-from items) 2))) (let ((body2 ((selfhost/stage1::vec-map body) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error body2) body2 (let ((head ((selfhost/stage1::vec2 (quote let)) binds2))) (let ((all ((selfhost/stage1::vec-append head) body2))) (selfhost/canon::vec->list all)))))))))))) (def selfhost/stage1::optimize-let-binds (fn (binds) (let ((xs (core/pair::as-proper-list binds))) (if (selfhost/stage1::vec? xs) (let ((n (core/vec::len xs))) ((((selfhost/stage1::optimize-let-binds2 xs) n) 0) nil)) binds)))) (def selfhost/stage1::optimize-let-binds2 (fn (xs) (fn (n) (fn (i) (fn (acc) (if ((core/int::eq? i) n) (core/list::reverse acc) (let ((b ((core/vec::get xs) i))) (let ((pair (core/pair::as-proper-list b))) (if (selfhost/stage1::vec? pair) (if ((core/int::eq? (core/vec::len pair)) 2) (let ((name ((core/vec::get pair) 0)) (rhs ((core/vec::get pair) 1))) (let ((rhs2 (selfhost/stage1::optimize-term rhs))) (if (selfhost/stage1::is-error rhs2) rhs2 ((((selfhost/stage1::optimize-let-binds2 xs) n) ((core/int::add i) 1)) ((core/pair::cons (selfhost/canon::vec->list ((selfhost/stage1::vec2 name) rhs2))) acc))))) (selfhost/stage1::bad-form "let binding must be (name expr)")) (selfhost/stage1::bad-form "let bindings must be list of (name expr)")))))))))) (def selfhost/stage1::optimize-prim (fn (items) (if (if ((core/int::lt? (core/vec::len items)) 2) true false) (selfhost/canon::vec->list items) (let ((op ((core/vec::get items) 1))) (if (selfhost/stage1::sym? op) (let ((args ((selfhost/stage1::slice-from items) 2))) (let ((args2 ((selfhost/stage1::vec-map args) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error args2) args2 ((selfhost/stage1::fold-prim op) args2)))) (selfhost/stage1::optimize-app items)))))) (def selfhost/stage1::mk-prim2 (fn (op) (fn (a) (fn (b) (selfhost/canon::vec->list ((((selfhost/stage1::vec4 (quote prim)) op) a) b)))))) (def selfhost/stage1::fold-prim (fn (op) (fn (args) (if ((core/int::eq? (core/vec::len args)) 2) (let ((a ((core/vec::get args) 0)) (b ((core/vec::get args) 1))) (if ((core/sym::eq? op) (quote int/add)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::add a) b) (if (selfhost/stage1::is-int-zero? a) b (if (selfhost/stage1::is-int-zero? b) a (((selfhost/stage1::mk-prim2 op) a) b)))) (if ((core/sym::eq? op) (quote int/sub)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::sub a) b) (if (selfhost/stage1::is-int-zero? b) a (((selfhost/stage1::mk-prim2 op) a) b))) (if ((core/sym::eq? op) (quote int/mul)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::mul a) b) (if (selfhost/stage1::is-int-one? a) b (if (selfhost/stage1::is-int-one? b) a (if (if (selfhost/stage1::is-int-zero? a) true (selfhost/stage1::is-int-zero? b)) 0 (((selfhost/stage1::mk-prim2 op) a) b))))) (if ((core/sym::eq? op) (quote int/eq?)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::eq? a) b) (((selfhost/stage1::mk-prim2 op) a) b)) (if ((core/sym::eq? op) (quote int/lt?)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::lt? a) b) (((selfhost/stage1::mk-prim2 op) a) b)) (((selfhost/stage1::mk-prim2 op) a) b))))))) (selfhost/canon::vec->list ((selfhost/stage1::rebuild-prim op) args)))))) (def selfhost/stage1::rebuild-prim (fn (op) (fn (args) (let ((head ((selfhost/stage1::vec2 (quote prim)) op))) ((selfhost/stage1::vec-append head) args))))) (def selfhost/stage1::optimize-app (fn (items) (let ((items2 ((selfhost/stage1::vec-map items) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error items2) items2 (selfhost/canon::vec->list items2))))) (def core/cli::stage1-transform-module (fn (forms) (let ((opt (selfhost/stage1::optimize-module forms))) (if (selfhost/stage1::is-error opt) opt (selfhost/canon::canonicalize-module opt))))) (def core/cli::optimize-module core/cli::stage1-transform-module)] :module-h b"s\xDE\x9A\xB6\xFB\xE6E\x19Y]\x12\xFCt$~Gt\x16\x90\xB1\x08\xE8\xD8\xC0\x98f\x04}v\x12p\xCD" :path "selfhost/stage1_v1.gc" :source "(def selfhost/stage1::is-error core/error::is?)\n\n(def selfhost/stage1::type-error (fn (msg) ((core/error::make2 \"core/type-error\") msg)))\n\n(def selfhost/stage1::bad-form (fn (msg) ((core/error::make2 \"core/bad-form\") msg)))\n\n(def selfhost/stage1::tag core/data::tag)\n\n(def selfhost/stage1::empty-vec (core/pair::as-proper-list nil))\n\n(def selfhost/stage1::vec1 (fn (a) (core/pair::as-proper-list ((core/pair::cons a) nil))))\n\n(def selfhost/stage1::vec2\n (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil))))))\n\n(def selfhost/stage1::vec3\n (fn (a)\n (fn (b)\n (fn (c)\n (core/pair::as-proper-list\n ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil))))))))\n\n(def selfhost/stage1::vec4\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n (core/pair::as-proper-list\n ((core/pair::cons a)\n ((core/pair::cons b) ((core/pair::cons c) ((core/pair::cons d) nil))))))))))\n\n(def selfhost/stage1::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym))))\n\n(def selfhost/stage1::pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair))))\n\n(def selfhost/stage1::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec))))\n\n(def selfhost/stage1::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map))))\n\n(def selfhost/stage1::int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int))))\n\n(def selfhost/stage1::bool? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :bool))))\n\n(def selfhost/stage1::starts-with?\n (fn (s)\n (fn (prefix)\n (let ((sb (core/str::to-utf8 s)))\n (let ((pb (core/str::to-utf8 prefix)))\n (let ((sn (core/bytes::len sb)))\n (let ((pn (core/bytes::len pb)))\n (if ((core/int::lt? sn) pn) false ((core/eq? (((core/bytes::slice sb) 0) pn)) pb)))))))))\n\n(def selfhost/stage1::opaque-call-head?\n (fn (h)\n (if (selfhost/stage1::sym? h)\n (let ((s (core/sym::to-str h)))\n (if ((selfhost/stage1::starts-with? s) \"core/effect::\")\n true\n ((selfhost/stage1::starts-with? s) \"core/contract::\")))\n false)))\n\n(def selfhost/stage1::is-int-zero?\n (fn (x) (if (selfhost/stage1::int? x) ((core/int::eq? x) 0) false)))\n\n(def selfhost/stage1::is-int-one?\n (fn (x) (if (selfhost/stage1::int? x) ((core/int::eq? x) 1) false)))\n\n(def selfhost/stage1::falsey?\n (fn (t)\n (let ((tg (core/data::tag t)))\n (if ((core/sym::eq? tg) (quote :nil))\n true\n (if ((core/sym::eq? tg) (quote :bool)) (if t false true) false)))))\n\n(def selfhost/stage1::truthy-literal?\n (fn (t)\n (let ((tg (core/data::tag t)))\n (if ((core/sym::eq? tg) (quote :nil))\n false\n (if ((core/sym::eq? tg) (quote :bool))\n (if t true false)\n (if ((core/sym::eq? tg) (quote :pair))\n false\n (if ((core/sym::eq? tg) (quote :map)) false true)))))))\n\n(def selfhost/stage1::vec-map\n (fn (v)\n (fn (f)\n (if (selfhost/stage1::vec? v)\n (let ((n (core/vec::len v)))\n (((((selfhost/stage1::vec-map2 v) f) n) 0) selfhost/stage1::empty-vec))\n (selfhost/stage1::type-error \"vec-map expects vector datum\")))))\n\n(def selfhost/stage1::vec-map2\n (fn (v)\n (fn (f)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get v) i)))\n (let ((y (f x)))\n (if (selfhost/stage1::is-error y)\n y\n (((((selfhost/stage1::vec-map2 v) f) n) ((core/int::add i) 1))\n ((core/vec::push out) y))))))))))))\n\n(def selfhost/stage1::vec-append\n (fn (a)\n (fn (b)\n (if (if (selfhost/stage1::vec? a) (selfhost/stage1::vec? b) false)\n (let ((n (core/vec::len b))) (((((selfhost/stage1::vec-append2 a) b) n) 0) a))\n (selfhost/stage1::type-error \"vec-append expects vector datums\")))))\n\n(def selfhost/stage1::vec-append2\n (fn (a)\n (fn (b)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get b) i)))\n (((((selfhost/stage1::vec-append2 a) b) n) ((core/int::add i) 1))\n ((core/vec::push out) x))))))))))\n\n(def selfhost/stage1::optimize-module\n (fn (forms)\n (if (selfhost/stage1::vec? forms)\n ((selfhost/stage1::vec-map forms) selfhost/stage1::optimize-topform)\n (selfhost/stage1::type-error \"optimize-module expects vector of forms\"))))\n\n(def selfhost/stage1::optimize-topform\n (fn (t)\n (if (selfhost/stage1::pair? t)\n (let ((items (core/pair::as-proper-list t)))\n (if (selfhost/stage1::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let\n ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1))\n (rhs ((core/vec::get items) 2)))\n (if (selfhost/stage1::sym? h)\n (if ((core/sym::eq? h) (quote def))\n (if (selfhost/stage1::sym? n)\n (let ((rhs2 (selfhost/stage1::optimize-term rhs)))\n (if (selfhost/stage1::is-error rhs2)\n rhs2\n (selfhost/canon::vec->list (((selfhost/stage1::vec3 h) n) rhs2))))\n (selfhost/stage1::optimize-term t))\n (selfhost/stage1::optimize-term t))\n (selfhost/stage1::optimize-term t)))\n (selfhost/stage1::optimize-term t))\n (selfhost/stage1::optimize-term t)))\n (selfhost/stage1::optimize-term t))))\n\n(def selfhost/stage1::optimize-term\n (fn (t)\n (let ((tg (core/data::tag t)))\n (if ((core/sym::eq? tg) (quote :map))\n (selfhost/stage1::optimize-map-values t)\n (if ((core/sym::eq? tg) (quote :pair)) (selfhost/stage1::optimize-list-term t) t)))))\n\n(def selfhost/stage1::optimize-map-values\n (fn (m)\n (if (selfhost/stage1::map? m)\n (let ((entries (core/map::entries m)))\n (let ((entries2 ((selfhost/stage1::vec-map entries) selfhost/stage1::optimize-map-entry)))\n (if (selfhost/stage1::is-error entries2) entries2 (core/map::from-entries entries2))))\n (selfhost/stage1::type-error \"optimize-map-values expects map datum\"))))\n\n(def selfhost/stage1::optimize-map-entry\n (fn (e)\n (if (selfhost/stage1::vec? e)\n (if ((core/int::eq? (core/vec::len e)) 2)\n (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1)))\n (let ((v2 (selfhost/stage1::optimize-term v)))\n (if (selfhost/stage1::is-error v2) v2 ((selfhost/stage1::vec2 k) v2))))\n (selfhost/stage1::bad-form \"map entry must be [k v]\"))\n (selfhost/stage1::bad-form \"map entries must be vectors\"))))\n\n(def selfhost/stage1::optimize-list-term\n (fn (t)\n (let ((items (core/pair::as-proper-list t)))\n (if (selfhost/stage1::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n nil\n (let ((h ((core/vec::get items) 0)))\n (if (selfhost/stage1::sym? h)\n ((selfhost/stage1::optimize-special-or-app h) items)\n (selfhost/stage1::optimize-app items))))\n t))))\n\n(def selfhost/stage1::optimize-special-or-app\n (fn (h)\n (fn (items)\n (if (selfhost/stage1::opaque-call-head? h)\n (selfhost/canon::vec->list items)\n (if ((core/sym::eq? h) (quote quote))\n (selfhost/canon::vec->list items)\n (if ((core/sym::eq? h) (quote fn))\n (selfhost/stage1::optimize-fn items)\n (if ((core/sym::eq? h) (quote if))\n (selfhost/stage1::optimize-if items)\n (if ((core/sym::eq? h) (quote begin))\n (selfhost/stage1::optimize-begin items)\n (if ((core/sym::eq? h) (quote let))\n (selfhost/stage1::optimize-let items)\n (if ((core/sym::eq? h) (quote prim))\n (selfhost/stage1::optimize-prim items)\n (if ((core/sym::eq? h) (quote seal))\n (selfhost/canon::vec->list items)\n (if ((core/sym::eq? h) (quote unseal))\n (selfhost/canon::vec->list items)\n (selfhost/stage1::optimize-app items)))))))))))))\n\n(def selfhost/stage1::optimize-fn\n (fn (items)\n (if (if ((core/int::lt? (core/vec::len items)) 3) true false)\n (selfhost/canon::vec->list items)\n (let ((params ((core/vec::get items) 1)))\n (let ((bodyv ((selfhost/stage1::slice-from items) 2)))\n (let ((body2 ((selfhost/stage1::vec-map bodyv) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error body2)\n body2\n (let ((head ((selfhost/stage1::vec2 (quote fn)) params)))\n (let ((all ((selfhost/stage1::vec-append head) body2)))\n (selfhost/canon::vec->list all))))))))))\n\n(def selfhost/stage1::slice-from\n (fn (v)\n (fn (start)\n (let ((n (core/vec::len v)))\n (((((selfhost/stage1::slice-from2 v) start) n) 0) selfhost/stage1::empty-vec)))))\n\n(def selfhost/stage1::slice-from2\n (fn (v)\n (fn (start)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (if ((core/int::lt? i) start)\n (((((selfhost/stage1::slice-from2 v) start) n) ((core/int::add i) 1)) out)\n (let ((x ((core/vec::get v) i)))\n (((((selfhost/stage1::slice-from2 v) start) n) ((core/int::add i) 1))\n ((core/vec::push out) x)))))))))))\n\n(def selfhost/stage1::optimize-if\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 4) true false)\n (let\n ((c (selfhost/stage1::optimize-term ((core/vec::get items) 1)))\n (tt (selfhost/stage1::optimize-term ((core/vec::get items) 2)))\n (ee (selfhost/stage1::optimize-term ((core/vec::get items) 3))))\n (if (selfhost/stage1::is-error c)\n c\n (if (selfhost/stage1::is-error tt)\n tt\n (if (selfhost/stage1::is-error ee)\n ee\n (if (selfhost/stage1::falsey? c)\n ee\n (if (selfhost/stage1::truthy-literal? c)\n tt\n (selfhost/canon::vec->list ((((selfhost/stage1::vec4 (quote if)) c) tt) ee))))))))\n (selfhost/canon::vec->list items))))\n\n(def selfhost/stage1::optimize-begin\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 2) true false)\n (selfhost/stage1::optimize-term ((core/vec::get items) 1))\n (let ((body ((selfhost/stage1::slice-from items) 1)))\n (let ((body2 ((selfhost/stage1::vec-map body) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error body2)\n body2\n (let ((head (selfhost/stage1::vec1 (quote begin))))\n (let ((all ((selfhost/stage1::vec-append head) body2)))\n (selfhost/canon::vec->list all)))))))))\n\n(def selfhost/stage1::optimize-let\n (fn (items)\n (if (if ((core/int::lt? (core/vec::len items)) 3) true false)\n (selfhost/canon::vec->list items)\n (let ((binds ((core/vec::get items) 1)))\n (let ((binds2 (selfhost/stage1::optimize-let-binds binds)))\n (if (selfhost/stage1::is-error binds2)\n binds2\n (let ((body ((selfhost/stage1::slice-from items) 2)))\n (let ((body2 ((selfhost/stage1::vec-map body) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error body2)\n body2\n (let ((head ((selfhost/stage1::vec2 (quote let)) binds2)))\n (let ((all ((selfhost/stage1::vec-append head) body2)))\n (selfhost/canon::vec->list all))))))))))))\n\n(def selfhost/stage1::optimize-let-binds\n (fn (binds)\n (let ((xs (core/pair::as-proper-list binds)))\n (if (selfhost/stage1::vec? xs)\n (let ((n (core/vec::len xs))) ((((selfhost/stage1::optimize-let-binds2 xs) n) 0) nil))\n binds))))\n\n(def selfhost/stage1::optimize-let-binds2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (acc)\n (if ((core/int::eq? i) n)\n (core/list::reverse acc)\n (let ((b ((core/vec::get xs) i)))\n (let ((pair (core/pair::as-proper-list b)))\n (if (selfhost/stage1::vec? pair)\n (if ((core/int::eq? (core/vec::len pair)) 2)\n (let ((name ((core/vec::get pair) 0)) (rhs ((core/vec::get pair) 1)))\n (let ((rhs2 (selfhost/stage1::optimize-term rhs)))\n (if (selfhost/stage1::is-error rhs2)\n rhs2\n ((((selfhost/stage1::optimize-let-binds2 xs) n) ((core/int::add i) 1))\n ((core/pair::cons (selfhost/canon::vec->list ((selfhost/stage1::vec2 name) rhs2)))\n acc)))))\n (selfhost/stage1::bad-form \"let binding must be (name expr)\"))\n (selfhost/stage1::bad-form \"let bindings must be list of (name expr)\"))))))))))\n\n(def selfhost/stage1::optimize-prim\n (fn (items)\n (if (if ((core/int::lt? (core/vec::len items)) 2) true false)\n (selfhost/canon::vec->list items)\n (let ((op ((core/vec::get items) 1)))\n (if (selfhost/stage1::sym? op)\n (let ((args ((selfhost/stage1::slice-from items) 2)))\n (let ((args2 ((selfhost/stage1::vec-map args) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error args2) args2 ((selfhost/stage1::fold-prim op) args2))))\n (selfhost/stage1::optimize-app items))))))\n\n(def selfhost/stage1::mk-prim2\n (fn (op)\n (fn (a) (fn (b) (selfhost/canon::vec->list ((((selfhost/stage1::vec4 (quote prim)) op) a) b))))))\n\n(def selfhost/stage1::fold-prim\n (fn (op)\n (fn (args)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let ((a ((core/vec::get args) 0)) (b ((core/vec::get args) 1)))\n (if ((core/sym::eq? op) (quote int/add))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::add a) b)\n (if (selfhost/stage1::is-int-zero? a)\n b\n (if (selfhost/stage1::is-int-zero? b) a (((selfhost/stage1::mk-prim2 op) a) b))))\n (if ((core/sym::eq? op) (quote int/sub))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::sub a) b)\n (if (selfhost/stage1::is-int-zero? b) a (((selfhost/stage1::mk-prim2 op) a) b)))\n (if ((core/sym::eq? op) (quote int/mul))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::mul a) b)\n (if (selfhost/stage1::is-int-one? a)\n b\n (if (selfhost/stage1::is-int-one? b)\n a\n (if\n (if (selfhost/stage1::is-int-zero? a)\n true\n (selfhost/stage1::is-int-zero? b))\n 0\n (((selfhost/stage1::mk-prim2 op) a) b)))))\n (if ((core/sym::eq? op) (quote int/eq?))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::eq? a) b)\n (((selfhost/stage1::mk-prim2 op) a) b))\n (if ((core/sym::eq? op) (quote int/lt?))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::lt? a) b)\n (((selfhost/stage1::mk-prim2 op) a) b))\n (((selfhost/stage1::mk-prim2 op) a) b)))))))\n (selfhost/canon::vec->list ((selfhost/stage1::rebuild-prim op) args))))))\n\n(def selfhost/stage1::rebuild-prim\n (fn (op)\n (fn (args)\n (let ((head ((selfhost/stage1::vec2 (quote prim)) op)))\n ((selfhost/stage1::vec-append head) args)))))\n\n(def selfhost/stage1::optimize-app\n (fn (items)\n (let ((items2 ((selfhost/stage1::vec-map items) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error items2) items2 (selfhost/canon::vec->list items2)))))\n\n(def core/cli::stage1-transform-module\n (fn (forms)\n (let ((opt (selfhost/stage1::optimize-module forms)))\n (if (selfhost/stage1::is-error opt) opt (selfhost/canon::canonicalize-module opt)))))\n\n; Stable optimizer entrypoint for toolchain consumers.\n; v0.2: stage1 optimization is the canonical selfhost optimizer.\n(def core/cli::optimize-module core/cli::stage1-transform-module)\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"s\xDE\x9A\xB6\xFB\xE6E\x19Y]\x12\xFCt$~Gt\x16\x90\xB1\x08\xE8\xD8\xC0\x98f\x04}v\x12p\xCD" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"}] :ok true :stage2-requirements {:errors [] :min-supported-modules 142 :min-validated-modules 142 :ok true} :stage2-summary {:constant-fallback-modules 0 :strict-modules 142 :supported-modules 142 :validated-modules 142} :v 1} \ No newline at end of file +{:generated-by "genesis 0.2.0" :kind "genesis/selfhost-toolchain-artifact-v0.2" :modules [{:forms [(def selfhost/parse::error (fn (code) (fn (msg) (fn (at) (((core/error::make code) msg) {:at at}))))) (def selfhost/parse::is-error core/error::is?) (def selfhost/parse::SYM_QUOTE (quote quote)) (def selfhost/parse::byte (fn (bs) (fn (i) (if ((core/int::lt? i) (core/bytes::len bs)) ((core/bytes::get bs) i) nil)))) (def selfhost/parse::is-ws? (fn (b) (if (core/list::is-nil? b) false (if ((core/int::eq? b) 32) true (if ((core/int::eq? b) 9) true (if ((core/int::eq? b) 10) true ((core/int::eq? b) 13))))))) (def selfhost/parse::is-delim? (fn (b) (if (selfhost/parse::is-ws? b) true (if ((core/int::eq? b) 40) true (if ((core/int::eq? b) 41) true (if ((core/int::eq? b) 91) true (if ((core/int::eq? b) 93) true (if ((core/int::eq? b) 123) true (if ((core/int::eq? b) 125) true (if ((core/int::eq? b) 39) true (if ((core/int::eq? b) 34) true ((core/int::eq? b) 59)))))))))))) (def selfhost/parse::skip-ws-and-comments (fn (bs) (fn (i) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) i (if (selfhost/parse::is-ws? b) ((selfhost/parse::skip-ws-and-comments bs) ((core/int::add i) 1)) (if ((core/int::eq? b) 59) ((selfhost/parse::skip-comment bs) ((core/int::add i) 1)) i))))))) (def selfhost/parse::skip-comment (fn (bs) (fn (i) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) i (if ((core/int::eq? b) 10) ((selfhost/parse::skip-ws-and-comments bs) ((core/int::add i) 1)) ((selfhost/parse::skip-comment bs) ((core/int::add i) 1)))))))) (def selfhost/parse::bytes-slice (fn (bs) (fn (start) (fn (end) (((core/bytes::slice bs) start) ((core/int::sub end) start)))))) (def selfhost/parse::push-raw-part (fn (bs) (fn (raw-start) (fn (i) (fn (parts) (if ((core/int::eq? raw-start) i) parts ((core/vec::push parts) (((selfhost/parse::bytes-slice bs) raw-start) i)))))))) (def selfhost/parse::concat-bytes-parts (fn (parts) (core/bytes::join parts))) (def selfhost/parse::hex-val (fn (b) (if (core/list::is-nil? b) nil (if (if ((core/int::lt? 47) b) ((core/int::lt? b) 58) false) ((core/int::sub b) 48) (if (if ((core/int::lt? 64) b) ((core/int::lt? b) 71) false) ((core/int::add ((core/int::sub b) 65)) 10) (if (if ((core/int::lt? 96) b) ((core/int::lt? b) 103) false) ((core/int::add ((core/int::sub b) 97)) 10) nil)))))) (def selfhost/parse::read-hex-u32 (fn (bs) (fn (i) (fn (n) (fn (at) (((((selfhost/parse::read-hex-u32-2 bs) i) n) at) 0)))))) (def selfhost/parse::read-hex-u32-2 (fn (bs) (fn (i) (fn (n) (fn (at) (fn (acc) (if ((core/int::eq? n) 0) {:i i :v acc} (let ((d (selfhost/parse::hex-val ((selfhost/parse::byte bs) i)))) (if (core/list::is-nil? d) (((selfhost/parse::error "core/parse/escape") "invalid hex digit") at) (((((selfhost/parse::read-hex-u32-2 bs) ((core/int::add i) 1)) ((core/int::sub n) 1)) at) ((core/int::add ((core/int::mul acc) 16)) d))))))))))) (def selfhost/parse::read-string (fn (bs) (fn (i) (fn (at) (((((selfhost/parse::read-string2 bs) i) at) i) []))))) (def selfhost/parse::read-string2 (fn (bs) (fn (i) (fn (at) (fn (raw-start) (fn (parts) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated string") at) (if ((core/int::eq? b) 34) (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts))) (let ((outb (selfhost/parse::concat-bytes-parts parts2))) (let ((s (core/str::from-utf8 outb))) (if (selfhost/parse::is-error s) (((selfhost/parse::error "core/parse/unexpected") "invalid utf-8 string") at) {:i ((core/int::add i) 1) :s s})))) (if ((core/int::eq? b) 92) (((((selfhost/parse::read-string-escape bs) i) at) raw-start) parts) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 1)) at) raw-start) parts))))))))))) (def selfhost/parse::read-string-escape (fn (bs) (fn (i) (fn (at) (fn (raw-start) (fn (parts) (let ((esc-at i)) (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts))) (let ((e ((selfhost/parse::byte bs) ((core/int::add i) 1)))) (if (core/list::is-nil? e) (((selfhost/parse::error "core/parse/escape") "unterminated escape") esc-at) (if ((core/int::eq? e) 92) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\\")) (if ((core/int::eq? e) 34) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\"")) (if ((core/int::eq? e) 110) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\n")) (if ((core/int::eq? e) 114) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\r")) (if ((core/int::eq? e) 116) (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\t")) (if ((core/int::eq? e) 117) (((((selfhost/parse::read-string-unicode bs) ((core/int::add i) 2)) at) esc-at) parts2) (if ((core/int::eq? e) 120) (((((selfhost/parse::read-string-hex-byte bs) ((core/int::add i) 2)) at) esc-at) parts2) (((selfhost/parse::error "core/parse/escape") "unknown escape") esc-at)))))))))))))))))) (def selfhost/parse::read-string-unicode (fn (bs) (fn (i) (fn (at) (fn (esc-at) (fn (parts) (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 4) esc-at))) (if (selfhost/parse::is-error r) r (let ((cp ((core/map::get r) (quote :v)))) (let ((nb (core/utf8::encode-codepoint cp))) (if (selfhost/parse::is-error nb) (((selfhost/parse::error "core/parse/escape") "invalid unicode codepoint") esc-at) (let ((j ((core/map::get r) (quote :i)))) (((((selfhost/parse::read-string2 bs) j) at) j) ((core/vec::push parts) nb)))))))))))))) (def selfhost/parse::read-string-hex-byte (fn (bs) (fn (i) (fn (at) (fn (esc-at) (fn (parts) (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 2) esc-at))) (if (selfhost/parse::is-error r) r (let ((cp ((core/map::get r) (quote :v)))) (let ((nb (core/utf8::encode-codepoint cp))) (if (selfhost/parse::is-error nb) (((selfhost/parse::error "core/parse/escape") "invalid unicode codepoint") esc-at) (let ((j ((core/map::get r) (quote :i)))) (((((selfhost/parse::read-string2 bs) j) at) j) ((core/vec::push parts) nb)))))))))))))) (def selfhost/parse::read-bytes (fn (bs) (fn (i) (fn (at) (((((selfhost/parse::read-bytes2 bs) i) at) i) []))))) (def selfhost/parse::read-bytes2 (fn (bs) (fn (i) (fn (at) (fn (raw-start) (fn (parts) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated bytes literal") at) (if ((core/int::eq? b) 34) (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts))) {:b (selfhost/parse::concat-bytes-parts parts2) :i ((core/int::add i) 1)}) (if ((core/int::eq? b) 92) (((((selfhost/parse::read-bytes-escape bs) i) at) raw-start) parts) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 1)) at) raw-start) parts))))))))))) (def selfhost/parse::read-bytes-escape (fn (bs) (fn (i) (fn (at) (fn (raw-start) (fn (parts) (let ((esc-at i)) (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts))) (let ((e ((selfhost/parse::byte bs) ((core/int::add i) 1)))) (if (core/list::is-nil? e) (((selfhost/parse::error "core/parse/escape") "unterminated escape") esc-at) (if ((core/int::eq? e) 92) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\\")) (if ((core/int::eq? e) 34) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\"")) (if ((core/int::eq? e) 110) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\n")) (if ((core/int::eq? e) 114) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\r")) (if ((core/int::eq? e) 116) (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2)) ((core/vec::push parts2) b"\t")) (if ((core/int::eq? e) 120) (((((selfhost/parse::read-bytes-hex-byte bs) ((core/int::add i) 2)) at) esc-at) parts2) (if ((core/int::eq? e) 117) (((((selfhost/parse::read-bytes-unicode bs) ((core/int::add i) 2)) at) esc-at) parts2) (((selfhost/parse::error "core/parse/escape") "unknown escape") esc-at)))))))))))))))))) (def selfhost/parse::read-bytes-hex-byte (fn (bs) (fn (i) (fn (at) (fn (esc-at) (fn (parts) (let ((digits (((selfhost/parse::bytes-slice bs) i) ((core/int::add i) 2)))) (let ((hx (core/str::from-utf8 digits))) (if (selfhost/parse::is-error hx) (((selfhost/parse::error "core/parse/escape") "invalid hex digit") esc-at) (let ((b1 (core/bytes::from-hex hx))) (if (selfhost/parse::is-error b1) (((selfhost/parse::error "core/parse/escape") "invalid hex digit") esc-at) (let ((j ((core/int::add i) 2))) (((((selfhost/parse::read-bytes2 bs) j) at) j) ((core/vec::push parts) b1)))))))))))))) (def selfhost/parse::read-bytes-unicode (fn (bs) (fn (i) (fn (at) (fn (esc-at) (fn (parts) (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 4) esc-at))) (if (selfhost/parse::is-error r) r (let ((cp ((core/map::get r) (quote :v)))) (let ((nb (core/utf8::encode-codepoint cp))) (if (selfhost/parse::is-error nb) (((selfhost/parse::error "core/parse/escape") "invalid unicode codepoint") esc-at) (let ((j ((core/map::get r) (quote :i)))) (((((selfhost/parse::read-bytes2 bs) j) at) j) ((core/vec::push parts) nb)))))))))))))) (def selfhost/parse::is-digit? (fn (b) (if (core/list::is-nil? b) false (if ((core/int::lt? 47) b) ((core/int::lt? b) 58) false)))) (def selfhost/parse::read-int (fn (bs) (fn (i) (let ((neg ((core/int::eq? ((selfhost/parse::byte bs) i)) 45))) (let ((j (if neg ((core/int::add i) 1) i))) ((((selfhost/parse::read-int2 bs) j) (if neg -1 1)) 0)))))) (def selfhost/parse::read-int2 (fn (bs) (fn (i) (fn (sign) (fn (acc) (let ((b ((selfhost/parse::byte bs) i))) (if (selfhost/parse::is-digit? b) ((((selfhost/parse::read-int2 bs) ((core/int::add i) 1)) sign) ((core/int::add ((core/int::mul acc) 10)) ((core/int::sub b) 48))) {:i i :v ((core/int::mul sign) acc)}))))))) (def selfhost/parse::read-symbol (fn (bs) (fn (i) (((selfhost/parse::read-symbol2 bs) i) i)))) (def selfhost/parse::read-symbol2 (fn (bs) (fn (start) (fn (i) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) {:i i :s (core/str::from-utf8 (((selfhost/parse::bytes-slice bs) start) i))} (if (selfhost/parse::is-delim? b) {:i i :s (core/str::from-utf8 (((selfhost/parse::bytes-slice bs) start) i))} (((selfhost/parse::read-symbol2 bs) start) ((core/int::add i) 1))))))))) (def selfhost/parse::list-from-vec (fn (xs) (((selfhost/parse::list-from-vec2 xs) (core/vec::len xs)) nil))) (def selfhost/parse::list-from-vec2 (fn (xs) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (((selfhost/parse::list-from-vec2 xs) i) ((core/pair::cons ((core/vec::get xs) i)) acc)))))))) (def selfhost/parse::parse-term-at (fn (bs) (fn (i0) (let ((i ((selfhost/parse::skip-ws-and-comments bs) i0))) (let ((b ((selfhost/parse::byte bs) i))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/eof") "unexpected end of input") i) (if ((core/int::eq? b) 39) (let ((inner ((selfhost/parse::parse-term-at bs) ((core/int::add i) 1)))) (if (selfhost/parse::is-error inner) inner (let ((t ((core/map::get inner) (quote :t)))) (let ((xs ((core/vec::push (quote [])) selfhost/parse::SYM_QUOTE))) (let ((xs2 ((core/vec::push xs) t))) {:i ((core/map::get inner) (quote :i)) :t (selfhost/parse::list-from-vec xs2)}))))) (if ((core/int::eq? b) 40) (((selfhost/parse::parse-list bs) ((core/int::add i) 1)) i) (if ((core/int::eq? b) 91) ((((selfhost/parse::parse-vector bs) ((core/int::add i) 1)) i) (quote [])) (if ((core/int::eq? b) 123) ((((selfhost/parse::parse-map bs) ((core/int::add i) 1)) i) (quote {})) (if ((core/int::eq? b) 34) (let ((r (((selfhost/parse::read-string bs) ((core/int::add i) 1)) i))) (if (selfhost/parse::is-error r) r {:i ((core/map::get r) (quote :i)) :t ((core/map::get r) (quote :s))})) (if ((core/int::eq? b) 98) (let ((b2 ((selfhost/parse::byte bs) ((core/int::add i) 1)))) (if ((core/int::eq? b2) 34) (let ((r (((selfhost/parse::read-bytes bs) ((core/int::add i) 2)) i))) (if (selfhost/parse::is-error r) r {:i ((core/map::get r) (quote :i)) :t ((core/map::get r) (quote :b))})) ((selfhost/parse::parse-symbol-or-int bs) i))) (if ((core/int::eq? b) 41) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") i) (if ((core/int::eq? b) 93) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") i) (if ((core/int::eq? b) 125) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") i) ((selfhost/parse::parse-symbol-or-int bs) i))))))))))))))))] :module-h b"\xAFMz+\x141;\xB08|\x8C\xF2\x94\x8D\xE0\x07\x1C\xC8e\xA80tA\xF5\xB1\xCB\xBCo\xEC\xDD\x13\x83" :path "selfhost/parse.gc" :source "(def selfhost/parse::error\n (fn (code) (fn (msg) (fn (at) (((core/error::make code) msg) {:at at})))))\n\n(def selfhost/parse::is-error core/error::is?)\n\n(def selfhost/parse::SYM_QUOTE (quote quote))\n\n(def selfhost/parse::byte\n (fn (bs) (fn (i) (if ((core/int::lt? i) (core/bytes::len bs)) ((core/bytes::get bs) i) nil))))\n\n(def selfhost/parse::is-ws?\n (fn (b)\n (if (core/list::is-nil? b)\n false\n (if ((core/int::eq? b) 32)\n true\n (if ((core/int::eq? b) 9) true (if ((core/int::eq? b) 10) true ((core/int::eq? b) 13)))))))\n\n(def selfhost/parse::is-delim?\n (fn (b)\n (if (selfhost/parse::is-ws? b)\n true\n (if ((core/int::eq? b) 40)\n true\n (if ((core/int::eq? b) 41)\n true\n (if ((core/int::eq? b) 91)\n true\n (if ((core/int::eq? b) 93)\n true\n (if ((core/int::eq? b) 123)\n true\n (if ((core/int::eq? b) 125)\n true\n (if ((core/int::eq? b) 39)\n true\n (if ((core/int::eq? b) 34) true ((core/int::eq? b) 59))))))))))))\n\n(def selfhost/parse::skip-ws-and-comments\n (fn (bs)\n (fn (i)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n i\n (if (selfhost/parse::is-ws? b)\n ((selfhost/parse::skip-ws-and-comments bs) ((core/int::add i) 1))\n (if ((core/int::eq? b) 59) ((selfhost/parse::skip-comment bs) ((core/int::add i) 1)) i)))))))\n\n(def selfhost/parse::skip-comment\n (fn (bs)\n (fn (i)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n i\n (if ((core/int::eq? b) 10)\n ((selfhost/parse::skip-ws-and-comments bs) ((core/int::add i) 1))\n ((selfhost/parse::skip-comment bs) ((core/int::add i) 1))))))))\n\n(def selfhost/parse::bytes-slice\n (fn (bs) (fn (start) (fn (end) (((core/bytes::slice bs) start) ((core/int::sub end) start))))))\n\n(def selfhost/parse::push-raw-part\n (fn (bs)\n (fn (raw-start)\n (fn (i)\n (fn (parts)\n (if ((core/int::eq? raw-start) i)\n parts\n ((core/vec::push parts) (((selfhost/parse::bytes-slice bs) raw-start) i))))))))\n\n(def selfhost/parse::concat-bytes-parts (fn (parts) (core/bytes::join parts)))\n\n(def selfhost/parse::hex-val\n (fn (b)\n (if (core/list::is-nil? b)\n nil\n (if (if ((core/int::lt? 47) b) ((core/int::lt? b) 58) false)\n ((core/int::sub b) 48)\n (if (if ((core/int::lt? 64) b) ((core/int::lt? b) 71) false)\n ((core/int::add ((core/int::sub b) 65)) 10)\n (if (if ((core/int::lt? 96) b) ((core/int::lt? b) 103) false)\n ((core/int::add ((core/int::sub b) 97)) 10)\n nil))))))\n\n(def selfhost/parse::read-hex-u32\n (fn (bs) (fn (i) (fn (n) (fn (at) (((((selfhost/parse::read-hex-u32-2 bs) i) n) at) 0))))))\n\n(def selfhost/parse::read-hex-u32-2\n (fn (bs)\n (fn (i)\n (fn (n)\n (fn (at)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n {:i i :v acc}\n (let ((d (selfhost/parse::hex-val ((selfhost/parse::byte bs) i))))\n (if (core/list::is-nil? d)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid hex digit\") at)\n (((((selfhost/parse::read-hex-u32-2 bs) ((core/int::add i) 1)) ((core/int::sub n) 1)) at)\n ((core/int::add ((core/int::mul acc) 16)) d)))))))))))\n\n(def selfhost/parse::read-string\n (fn (bs) (fn (i) (fn (at) (((((selfhost/parse::read-string2 bs) i) at) i) [])))))\n\n(def selfhost/parse::read-string2\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (raw-start)\n (fn (parts)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated string\") at)\n (if ((core/int::eq? b) 34)\n (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts)))\n (let ((outb (selfhost/parse::concat-bytes-parts parts2)))\n (let ((s (core/str::from-utf8 outb)))\n (if (selfhost/parse::is-error s)\n (((selfhost/parse::error \"core/parse/unexpected\") \"invalid utf-8 string\")\n at)\n {\n :i ((core/int::add i) 1)\n :s s}))))\n (if ((core/int::eq? b) 92)\n (((((selfhost/parse::read-string-escape bs) i) at) raw-start) parts)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 1)) at) raw-start)\n parts)))))))))))\n\n(def selfhost/parse::read-string-escape\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (raw-start)\n (fn (parts)\n (let ((esc-at i))\n (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts)))\n (let ((e ((selfhost/parse::byte bs) ((core/int::add i) 1))))\n (if (core/list::is-nil? e)\n (((selfhost/parse::error \"core/parse/escape\") \"unterminated escape\") esc-at)\n (if ((core/int::eq? e) 92)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\\\\"))\n (if ((core/int::eq? e) 34)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\\"\"))\n (if ((core/int::eq? e) 110)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\n\"))\n (if ((core/int::eq? e) 114)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\r\"))\n (if ((core/int::eq? e) 116)\n (((((selfhost/parse::read-string2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\t\"))\n (if ((core/int::eq? e) 117)\n (((((selfhost/parse::read-string-unicode bs) ((core/int::add i) 2)) at) esc-at)\n parts2)\n (if ((core/int::eq? e) 120)\n (((((selfhost/parse::read-string-hex-byte bs) ((core/int::add i) 2)) at) esc-at)\n parts2)\n (((selfhost/parse::error \"core/parse/escape\") \"unknown escape\")\n esc-at))))))))))))))))))\n\n(def selfhost/parse::read-string-unicode\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (esc-at)\n (fn (parts)\n (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 4) esc-at)))\n (if (selfhost/parse::is-error r)\n r\n (let ((cp ((core/map::get r) (quote :v))))\n (let ((nb (core/utf8::encode-codepoint cp)))\n (if (selfhost/parse::is-error nb)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid unicode codepoint\")\n esc-at)\n (let ((j ((core/map::get r) (quote :i))))\n (((((selfhost/parse::read-string2 bs) j) at) j) ((core/vec::push parts) nb))))))))))))))\n\n(def selfhost/parse::read-string-hex-byte\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (esc-at)\n (fn (parts)\n (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 2) esc-at)))\n (if (selfhost/parse::is-error r)\n r\n (let ((cp ((core/map::get r) (quote :v))))\n (let ((nb (core/utf8::encode-codepoint cp)))\n (if (selfhost/parse::is-error nb)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid unicode codepoint\")\n esc-at)\n (let ((j ((core/map::get r) (quote :i))))\n (((((selfhost/parse::read-string2 bs) j) at) j) ((core/vec::push parts) nb))))))))))))))\n\n(def selfhost/parse::read-bytes\n (fn (bs) (fn (i) (fn (at) (((((selfhost/parse::read-bytes2 bs) i) at) i) [])))))\n\n(def selfhost/parse::read-bytes2\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (raw-start)\n (fn (parts)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated bytes literal\") at)\n (if ((core/int::eq? b) 34)\n (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts)))\n {\n :b (selfhost/parse::concat-bytes-parts parts2)\n :i ((core/int::add i) 1)})\n (if ((core/int::eq? b) 92)\n (((((selfhost/parse::read-bytes-escape bs) i) at) raw-start) parts)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 1)) at) raw-start) parts)))))))))))\n\n(def selfhost/parse::read-bytes-escape\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (raw-start)\n (fn (parts)\n (let ((esc-at i))\n (let ((parts2 ((((selfhost/parse::push-raw-part bs) raw-start) i) parts)))\n (let ((e ((selfhost/parse::byte bs) ((core/int::add i) 1))))\n (if (core/list::is-nil? e)\n (((selfhost/parse::error \"core/parse/escape\") \"unterminated escape\") esc-at)\n (if ((core/int::eq? e) 92)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\\\\"))\n (if ((core/int::eq? e) 34)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\\"\"))\n (if ((core/int::eq? e) 110)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\n\"))\n (if ((core/int::eq? e) 114)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\r\"))\n (if ((core/int::eq? e) 116)\n (((((selfhost/parse::read-bytes2 bs) ((core/int::add i) 2)) at) ((core/int::add i) 2))\n ((core/vec::push parts2) b\"\\t\"))\n (if ((core/int::eq? e) 120)\n (((((selfhost/parse::read-bytes-hex-byte bs) ((core/int::add i) 2)) at) esc-at)\n parts2)\n (if ((core/int::eq? e) 117)\n (((((selfhost/parse::read-bytes-unicode bs) ((core/int::add i) 2)) at) esc-at)\n parts2)\n (((selfhost/parse::error \"core/parse/escape\") \"unknown escape\")\n esc-at))))))))))))))))))\n\n(def selfhost/parse::read-bytes-hex-byte\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (esc-at)\n (fn (parts)\n (let ((digits (((selfhost/parse::bytes-slice bs) i) ((core/int::add i) 2))))\n (let ((hx (core/str::from-utf8 digits)))\n (if (selfhost/parse::is-error hx)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid hex digit\") esc-at)\n (let ((b1 (core/bytes::from-hex hx)))\n (if (selfhost/parse::is-error b1)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid hex digit\") esc-at)\n (let ((j ((core/int::add i) 2)))\n (((((selfhost/parse::read-bytes2 bs) j) at) j) ((core/vec::push parts) b1))))))))))))))\n\n(def selfhost/parse::read-bytes-unicode\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (esc-at)\n (fn (parts)\n (let ((r ((((selfhost/parse::read-hex-u32 bs) i) 4) esc-at)))\n (if (selfhost/parse::is-error r)\n r\n (let ((cp ((core/map::get r) (quote :v))))\n (let ((nb (core/utf8::encode-codepoint cp)))\n (if (selfhost/parse::is-error nb)\n (((selfhost/parse::error \"core/parse/escape\") \"invalid unicode codepoint\")\n esc-at)\n (let ((j ((core/map::get r) (quote :i))))\n (((((selfhost/parse::read-bytes2 bs) j) at) j) ((core/vec::push parts) nb))))))))))))))\n\n(def selfhost/parse::is-digit?\n (fn (b)\n (if (core/list::is-nil? b) false (if ((core/int::lt? 47) b) ((core/int::lt? b) 58) false))))\n\n(def selfhost/parse::read-int\n (fn (bs)\n (fn (i)\n (let ((neg ((core/int::eq? ((selfhost/parse::byte bs) i)) 45)))\n (let ((j (if neg ((core/int::add i) 1) i)))\n ((((selfhost/parse::read-int2 bs) j) (if neg -1 1)) 0))))))\n\n(def selfhost/parse::read-int2\n (fn (bs)\n (fn (i)\n (fn (sign)\n (fn (acc)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (selfhost/parse::is-digit? b)\n ((((selfhost/parse::read-int2 bs) ((core/int::add i) 1)) sign)\n ((core/int::add ((core/int::mul acc) 10)) ((core/int::sub b) 48)))\n {\n :i i\n :v ((core/int::mul sign) acc)})))))))\n\n(def selfhost/parse::read-symbol (fn (bs) (fn (i) (((selfhost/parse::read-symbol2 bs) i) i))))\n\n(def selfhost/parse::read-symbol2\n (fn (bs)\n (fn (start)\n (fn (i)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n {\n :i i\n :s (core/str::from-utf8 (((selfhost/parse::bytes-slice bs) start) i))}\n (if (selfhost/parse::is-delim? b)\n {\n :i i\n :s (core/str::from-utf8 (((selfhost/parse::bytes-slice bs) start) i))}\n (((selfhost/parse::read-symbol2 bs) start) ((core/int::add i) 1)))))))))\n\n(def selfhost/parse::list-from-vec\n (fn (xs) (((selfhost/parse::list-from-vec2 xs) (core/vec::len xs)) nil)))\n\n(def selfhost/parse::list-from-vec2\n (fn (xs)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (((selfhost/parse::list-from-vec2 xs) i) ((core/pair::cons ((core/vec::get xs) i)) acc))))))))\n\n(def selfhost/parse::parse-term-at\n (fn (bs)\n (fn (i0)\n (let ((i ((selfhost/parse::skip-ws-and-comments bs) i0)))\n (let ((b ((selfhost/parse::byte bs) i)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/eof\") \"unexpected end of input\") i)\n (if ((core/int::eq? b) 39)\n (let ((inner ((selfhost/parse::parse-term-at bs) ((core/int::add i) 1))))\n (if (selfhost/parse::is-error inner)\n inner\n (let ((t ((core/map::get inner) (quote :t))))\n (let ((xs ((core/vec::push (quote [])) selfhost/parse::SYM_QUOTE)))\n (let ((xs2 ((core/vec::push xs) t)))\n {\n :i ((core/map::get inner) (quote :i))\n :t (selfhost/parse::list-from-vec xs2)})))))\n (if ((core/int::eq? b) 40)\n (((selfhost/parse::parse-list bs) ((core/int::add i) 1)) i)\n (if ((core/int::eq? b) 91)\n ((((selfhost/parse::parse-vector bs) ((core/int::add i) 1)) i) (quote []))\n (if ((core/int::eq? b) 123)\n ((((selfhost/parse::parse-map bs) ((core/int::add i) 1)) i) (quote {}))\n (if ((core/int::eq? b) 34)\n (let ((r (((selfhost/parse::read-string bs) ((core/int::add i) 1)) i)))\n (if (selfhost/parse::is-error r)\n r\n {\n :i ((core/map::get r) (quote :i))\n :t ((core/map::get r) (quote :s))}))\n (if ((core/int::eq? b) 98)\n (let ((b2 ((selfhost/parse::byte bs) ((core/int::add i) 1))))\n (if ((core/int::eq? b2) 34)\n (let ((r (((selfhost/parse::read-bytes bs) ((core/int::add i) 2)) i)))\n (if (selfhost/parse::is-error r)\n r\n {\n :i ((core/map::get r) (quote :i))\n :t ((core/map::get r) (quote :b))}))\n ((selfhost/parse::parse-symbol-or-int bs) i)))\n (if ((core/int::eq? b) 41)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n i)\n (if ((core/int::eq? b) 93)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n i)\n (if ((core/int::eq? b) 125)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n i)\n ((selfhost/parse::parse-symbol-or-int bs) i))))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"e\xF3}\x0C\xB6!\xC9\xB5H\rQZ\xE1\xE3\xD6\xF3!\xDF\xBA\x1B\x18\xBD\xAAG3+\xF5\xF5\x14\xCA\xA3\x9F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/parse::parse-symbol-or-int (fn (bs) (fn (i) (let ((b ((selfhost/parse::byte bs) i))) (if ((core/int::eq? b) 45) (let ((b2 ((selfhost/parse::byte bs) ((core/int::add i) 1)))) (if (selfhost/parse::is-digit? b2) (let ((r ((selfhost/parse::read-int bs) i))) {:i ((core/map::get r) (quote :i)) :t ((core/map::get r) (quote :v))}) ((selfhost/parse::parse-symbol bs) i))) (if (selfhost/parse::is-digit? b) (let ((r ((selfhost/parse::read-int bs) i))) {:i ((core/map::get r) (quote :i)) :t ((core/map::get r) (quote :v))}) ((selfhost/parse::parse-symbol bs) i))))))) (def selfhost/parse::parse-symbol (fn (bs) (fn (i) (let ((r ((selfhost/parse::read-symbol bs) i))) (if (selfhost/parse::is-error r) r (let ((s ((core/map::get r) (quote :s)))) (if (selfhost/parse::is-error s) s (if ((core/eq? s) "nil") {:i ((core/map::get r) (quote :i)) :t nil} (if ((core/eq? s) "true") {:i ((core/map::get r) (quote :i)) :t true} (if ((core/eq? s) "false") {:i ((core/map::get r) (quote :i)) :t false} (let ((sym (core/sym::from-str s))) (if (selfhost/parse::is-error sym) sym {:i ((core/map::get r) (quote :i)) :t sym})))))))))))) (def selfhost/parse::parse-list (fn (bs) (fn (i) (fn (at) ((((selfhost/parse::parse-list2 bs) i) at) []))))) (def selfhost/parse::parse-list2 (fn (bs) (fn (i) (fn (at) (fn (items) (let ((j ((selfhost/parse::skip-ws-and-comments bs) i))) (let ((b ((selfhost/parse::byte bs) j))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated list") at) (if ((core/int::eq? b) 41) {:i ((core/int::add j) 1) :t (selfhost/parse::list-from-vec items)} (if ((core/int::eq? b) 93) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (if ((core/int::eq? b) 125) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (let ((r ((selfhost/parse::parse-term-at bs) j))) (if (selfhost/parse::is-error r) r ((((selfhost/parse::parse-list2 bs) ((core/map::get r) (quote :i))) at) ((core/vec::push items) ((core/map::get r) (quote :t))))))))))))))))) (def selfhost/parse::parse-vector (fn (bs) (fn (i) (fn (at) (fn (out) (let ((j ((selfhost/parse::skip-ws-and-comments bs) i))) (let ((b ((selfhost/parse::byte bs) j))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated vector") at) (if ((core/int::eq? b) 93) {:i ((core/int::add j) 1) :t out} (if ((core/int::eq? b) 41) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (if ((core/int::eq? b) 125) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (let ((r ((selfhost/parse::parse-term-at bs) j))) (if (selfhost/parse::is-error r) r ((((selfhost/parse::parse-vector bs) ((core/map::get r) (quote :i))) at) ((core/vec::push out) ((core/map::get r) (quote :t))))))))))))))))) (def selfhost/parse::parse-map (fn (bs) (fn (i) (fn (at) (fn (out) (let ((j ((selfhost/parse::skip-ws-and-comments bs) i))) (let ((b ((selfhost/parse::byte bs) j))) (if (core/list::is-nil? b) (((selfhost/parse::error "core/parse/unexpected") "unterminated map") at) (if ((core/int::eq? b) 125) {:i ((core/int::add j) 1) :t out} (if ((core/int::eq? b) 41) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (if ((core/int::eq? b) 93) (((selfhost/parse::error "core/parse/unexpected") "unexpected closing delimiter") j) (let ((rk ((selfhost/parse::parse-term-at bs) j))) (if (selfhost/parse::is-error rk) rk (let ((k ((core/map::get rk) (quote :t)))) (let ((j2 ((selfhost/parse::skip-ws-and-comments bs) ((core/map::get rk) (quote :i))))) (let ((b2 ((selfhost/parse::byte bs) j2))) (if (core/list::is-nil? b2) (((selfhost/parse::error "core/parse/unexpected") "unterminated map") at) (if ((core/int::eq? b2) 125) (((selfhost/parse::error "core/parse/unexpected") "map literal must have even number of forms") at) (let ((rv ((selfhost/parse::parse-term-at bs) j2))) (if (selfhost/parse::is-error rv) rv ((((selfhost/parse::parse-map bs) ((core/map::get rv) (quote :i))) at) (((core/map::put out) k) ((core/map::get rv) (quote :t)))))))))))))))))))))))) (def selfhost/parse::parse-term (fn (src) (let ((bs (let ((tag (core/data::tag src))) (if ((core/sym::eq? tag) (quote :bytes)) src (if ((core/sym::eq? tag) (quote :str)) (core/str::to-utf8 src) ((core/error::make2 "core/type-error") "parse-term expects string or bytes")))))) (if (selfhost/parse::is-error bs) bs (let ((r ((selfhost/parse::parse-term-at bs) 0))) (if (selfhost/parse::is-error r) r (let ((j ((selfhost/parse::skip-ws-and-comments bs) ((core/map::get r) (quote :i))))) (if (core/list::is-nil? ((selfhost/parse::byte bs) j)) ((core/map::get r) (quote :t)) (((selfhost/parse::error "core/parse/unexpected") "trailing tokens after term") j))))))))) (def selfhost/parse::parse-module (fn (src) (let ((bs (let ((tag (core/data::tag src))) (if ((core/sym::eq? tag) (quote :bytes)) src (if ((core/sym::eq? tag) (quote :str)) (core/str::to-utf8 src) ((core/error::make2 "core/type-error") "parse-module expects string or bytes")))))) (if (selfhost/parse::is-error bs) bs (((selfhost/parse::parse-module2 bs) 0) (quote [])))))) (def selfhost/parse::parse-module2 (fn (bs) (fn (i) (fn (forms) (let ((j ((selfhost/parse::skip-ws-and-comments bs) i))) (if (core/list::is-nil? ((selfhost/parse::byte bs) j)) forms (let ((r ((selfhost/parse::parse-term-at bs) j))) (if (selfhost/parse::is-error r) r (((selfhost/parse::parse-module2 bs) ((core/map::get r) (quote :i))) ((core/vec::push forms) ((core/map::get r) (quote :t))))))))))))] :module-h b"\x0E\xA0)U\xF28\xCF\xAB..dQ\xECI+l\x9E5\x92&\x96\x13\xEFla\xE3Bt\xE0=\x1Bh" :path "selfhost/parse_core_v1.gc" :source "(def selfhost/parse::parse-symbol-or-int\n (fn (bs)\n (fn (i)\n (let ((b ((selfhost/parse::byte bs) i)))\n (if ((core/int::eq? b) 45)\n (let ((b2 ((selfhost/parse::byte bs) ((core/int::add i) 1))))\n (if (selfhost/parse::is-digit? b2)\n (let ((r ((selfhost/parse::read-int bs) i)))\n {\n :i ((core/map::get r) (quote :i))\n :t ((core/map::get r) (quote :v))})\n ((selfhost/parse::parse-symbol bs) i)))\n (if (selfhost/parse::is-digit? b)\n (let ((r ((selfhost/parse::read-int bs) i)))\n {\n :i ((core/map::get r) (quote :i))\n :t ((core/map::get r) (quote :v))})\n ((selfhost/parse::parse-symbol bs) i)))))))\n\n(def selfhost/parse::parse-symbol\n (fn (bs)\n (fn (i)\n (let ((r ((selfhost/parse::read-symbol bs) i)))\n (if (selfhost/parse::is-error r)\n r\n (let ((s ((core/map::get r) (quote :s))))\n (if (selfhost/parse::is-error s)\n s\n (if ((core/eq? s) \"nil\")\n {\n :i ((core/map::get r) (quote :i))\n :t nil}\n (if ((core/eq? s) \"true\")\n {\n :i ((core/map::get r) (quote :i))\n :t true}\n (if ((core/eq? s) \"false\")\n {\n :i ((core/map::get r) (quote :i))\n :t false}\n (let ((sym (core/sym::from-str s)))\n (if (selfhost/parse::is-error sym)\n sym\n {\n :i ((core/map::get r) (quote :i))\n :t sym}))))))))))))\n\n(def selfhost/parse::parse-list\n (fn (bs) (fn (i) (fn (at) ((((selfhost/parse::parse-list2 bs) i) at) [])))))\n\n(def selfhost/parse::parse-list2\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (items)\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) i)))\n (let ((b ((selfhost/parse::byte bs) j)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated list\") at)\n (if ((core/int::eq? b) 41)\n {\n :i ((core/int::add j) 1)\n :t (selfhost/parse::list-from-vec items)}\n (if ((core/int::eq? b) 93)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (if ((core/int::eq? b) 125)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (let ((r ((selfhost/parse::parse-term-at bs) j)))\n (if (selfhost/parse::is-error r)\n r\n ((((selfhost/parse::parse-list2 bs) ((core/map::get r) (quote :i))) at)\n ((core/vec::push items) ((core/map::get r) (quote :t)))))))))))))))))\n\n(def selfhost/parse::parse-vector\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (out)\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) i)))\n (let ((b ((selfhost/parse::byte bs) j)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated vector\") at)\n (if ((core/int::eq? b) 93)\n {\n :i ((core/int::add j) 1)\n :t out}\n (if ((core/int::eq? b) 41)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (if ((core/int::eq? b) 125)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (let ((r ((selfhost/parse::parse-term-at bs) j)))\n (if (selfhost/parse::is-error r)\n r\n ((((selfhost/parse::parse-vector bs) ((core/map::get r) (quote :i))) at)\n ((core/vec::push out) ((core/map::get r) (quote :t)))))))))))))))))\n\n(def selfhost/parse::parse-map\n (fn (bs)\n (fn (i)\n (fn (at)\n (fn (out)\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) i)))\n (let ((b ((selfhost/parse::byte bs) j)))\n (if (core/list::is-nil? b)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated map\") at)\n (if ((core/int::eq? b) 125)\n {\n :i ((core/int::add j) 1)\n :t out}\n (if ((core/int::eq? b) 41)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (if ((core/int::eq? b) 93)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unexpected closing delimiter\")\n j)\n (let ((rk ((selfhost/parse::parse-term-at bs) j)))\n (if (selfhost/parse::is-error rk)\n rk\n (let ((k ((core/map::get rk) (quote :t))))\n (let\n ((j2 ((selfhost/parse::skip-ws-and-comments bs) ((core/map::get rk) (quote :i)))))\n (let ((b2 ((selfhost/parse::byte bs) j2)))\n (if (core/list::is-nil? b2)\n (((selfhost/parse::error \"core/parse/unexpected\") \"unterminated map\")\n at)\n (if ((core/int::eq? b2) 125)\n (((selfhost/parse::error \"core/parse/unexpected\") \"map literal must have even number of forms\")\n at)\n (let ((rv ((selfhost/parse::parse-term-at bs) j2)))\n (if (selfhost/parse::is-error rv)\n rv\n ((((selfhost/parse::parse-map bs) ((core/map::get rv) (quote :i))) at)\n (((core/map::put out) k) ((core/map::get rv) (quote :t))))))))))))))))))))))))\n\n(def selfhost/parse::parse-term\n (fn (src)\n (let\n (\n (bs\n (let ((tag (core/data::tag src)))\n (if ((core/sym::eq? tag) (quote :bytes))\n src\n (if ((core/sym::eq? tag) (quote :str))\n (core/str::to-utf8 src)\n ((core/error::make2 \"core/type-error\") \"parse-term expects string or bytes\"))))))\n (if (selfhost/parse::is-error bs)\n bs\n (let ((r ((selfhost/parse::parse-term-at bs) 0)))\n (if (selfhost/parse::is-error r)\n r\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) ((core/map::get r) (quote :i)))))\n (if (core/list::is-nil? ((selfhost/parse::byte bs) j))\n ((core/map::get r) (quote :t))\n (((selfhost/parse::error \"core/parse/unexpected\") \"trailing tokens after term\") j)))))))))\n\n(def selfhost/parse::parse-module\n (fn (src)\n (let\n (\n (bs\n (let ((tag (core/data::tag src)))\n (if ((core/sym::eq? tag) (quote :bytes))\n src\n (if ((core/sym::eq? tag) (quote :str))\n (core/str::to-utf8 src)\n ((core/error::make2 \"core/type-error\") \"parse-module expects string or bytes\"))))))\n (if (selfhost/parse::is-error bs) bs (((selfhost/parse::parse-module2 bs) 0) (quote []))))))\n\n(def selfhost/parse::parse-module2\n (fn (bs)\n (fn (i)\n (fn (forms)\n (let ((j ((selfhost/parse::skip-ws-and-comments bs) i)))\n (if (core/list::is-nil? ((selfhost/parse::byte bs) j))\n forms\n (let ((r ((selfhost/parse::parse-term-at bs) j)))\n (if (selfhost/parse::is-error r)\n r\n (((selfhost/parse::parse-module2 bs) ((core/map::get r) (quote :i)))\n ((core/vec::push forms) ((core/map::get r) (quote :t))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x0E\xA0)U\xF28\xCF\xAB..dQ\xECI+l\x9E5\x92&\x96\x13\xEFla\xE3Bt\xE0=\x1Bh" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/canon::is-error core/error::is?) (def selfhost/canon::bad-form (fn (msg) ((core/error::make2 "core/bad-form") msg))) (def selfhost/canon::type-error (fn (msg) ((core/error::make2 "core/type-error") msg))) (def selfhost/canon::tag core/data::tag) (def selfhost/canon::SYM_QUOTE (quote quote)) (def selfhost/canon::SYM_DEF (quote def)) (def selfhost/canon::SYM_FN (quote fn)) (def selfhost/canon::SYM_IF (quote if)) (def selfhost/canon::SYM_BEGIN (quote begin)) (def selfhost/canon::SYM_LET (quote let)) (def selfhost/canon::SYM_PRIM (quote prim)) (def selfhost/canon::SYM_SEAL (quote seal)) (def selfhost/canon::SYM_UNSEAL (quote unseal)) (def selfhost/canon::is-sym? (fn (t) (fn (name) (let ((tg (selfhost/canon::tag t))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) ((core/sym::eq? t) name) false)))))) (def selfhost/canon::list1 (fn (a) ((core/pair::cons a) nil))) (def selfhost/canon::list2 (fn (a) (fn (b) ((core/pair::cons a) ((core/pair::cons b) nil))))) (def selfhost/canon::list3 (fn (a) (fn (b) (fn (c) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil))))))) (def selfhost/canon::list4 (fn (a) (fn (b) (fn (c) (fn (d) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) ((core/pair::cons d) nil))))))))) (def selfhost/canon::vec2 (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil)))))) (def selfhost/canon::list-rev (fn (xs) ((selfhost/canon::list-rev2 xs) nil))) (def selfhost/canon::list-rev2 (fn (xs) (fn (acc) (if (core/list::is-nil? xs) acc ((selfhost/canon::list-rev2 (core/pair::cdr xs)) ((core/pair::cons (core/pair::car xs)) acc)))))) (def selfhost/canon::list->vec core/pair::as-proper-list) (def selfhost/canon::vec->list (fn (v) (((selfhost/canon::vec->list2 v) (core/vec::len v)) nil))) (def selfhost/canon::vec->list2 (fn (v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (((selfhost/canon::vec->list2 v) i) ((core/pair::cons ((core/vec::get v) i)) acc)))))))) (def selfhost/canon::vec-map-data (fn (v) (fn (f) (let ((n (core/vec::len v))) (let ((lst ((((selfhost/canon::vec-map-data2 v) f) n) nil))) (if (selfhost/canon::is-error lst) lst (selfhost/canon::list->vec lst))))))) (def selfhost/canon::vec-map-data2 (fn (v) (fn (f) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((x ((core/vec::get v) i))) (let ((y (f x))) (if (selfhost/canon::is-error y) y ((((selfhost/canon::vec-map-data2 v) f) i) ((core/pair::cons y) acc)))))))))))) (def selfhost/canon::canon-data (fn (t) (let ((tg (selfhost/canon::tag t))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :pair)) (let ((v (core/pair::as-proper-list t))) (if (core/list::is-nil? v) t (let ((nv ((selfhost/canon::vec-map-data v) selfhost/canon::canon-data))) (if (selfhost/canon::is-error nv) nv (selfhost/canon::vec->list nv))))) (if ((core/sym::eq? tg) (quote :vec)) ((selfhost/canon::vec-map-data t) selfhost/canon::canon-data) (if ((core/sym::eq? tg) (quote :map)) t t))))))) (def selfhost/canon::canon-code (fn (t) (let ((tg (selfhost/canon::tag t))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :pair)) (let ((v (core/pair::as-proper-list t))) (if (core/list::is-nil? v) (selfhost/canon::bad-form "improper list in source form") (if ((core/int::eq? (core/vec::len v)) 1) (selfhost/canon::canon-code ((core/vec::get v) 0)) (selfhost/canon::canon-list-code v)))) (if ((core/sym::eq? tg) (quote :vec)) ((selfhost/canon::vec-map-data t) selfhost/canon::canon-data) (if ((core/sym::eq? tg) (quote :map)) (selfhost/canon::canon-map-code t) t))))))) (def selfhost/canon::canon-map-code (fn (m) (let ((entries (core/map::entries m))) (let ((n (core/vec::len entries))) (let ((out-list (((selfhost/canon::canon-map-code2 entries) n) nil))) (if (selfhost/canon::is-error out-list) out-list (let ((outv (selfhost/canon::list->vec out-list))) (if (selfhost/canon::is-error outv) outv (core/map::from-entries outv))))))))) (def selfhost/canon::canon-map-code2 (fn (entries) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((v ((core/vec::get e) 1))) (let ((k2 (selfhost/canon::canon-data k))) (if (selfhost/canon::is-error k2) k2 (let ((v2 (selfhost/canon::canon-code v))) (if (selfhost/canon::is-error v2) v2 (let ((entry ((selfhost/canon::vec2 k2) v2))) (if (selfhost/canon::is-error entry) entry (((selfhost/canon::canon-map-code2 entries) i) ((core/pair::cons entry) acc))))))))))))))))) (def selfhost/canon::canon-list-code (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 0) nil (let ((head ((core/vec::get items) 0))) (let ((ht (selfhost/canon::tag head))) (if (selfhost/canon::is-error ht) ht (if ((core/sym::eq? ht) (quote :sym)) ((selfhost/canon::canon-list-code-sym head) items) (selfhost/canon::canon-app items))))))))) (def selfhost/canon::canon-list-code-sym (fn (head) (fn (items) (if ((core/sym::eq? head) selfhost/canon::SYM_QUOTE) (selfhost/canon::canon-quote items) (if ((core/sym::eq? head) selfhost/canon::SYM_DEF) (selfhost/canon::canon-def items) (if ((core/sym::eq? head) selfhost/canon::SYM_FN) (selfhost/canon::canon-fn items) (if ((core/sym::eq? head) selfhost/canon::SYM_IF) (selfhost/canon::canon-if items) (if ((core/sym::eq? head) selfhost/canon::SYM_BEGIN) (selfhost/canon::canon-begin items) (if ((core/sym::eq? head) selfhost/canon::SYM_LET) (selfhost/canon::canon-let items) (if ((core/sym::eq? head) selfhost/canon::SYM_PRIM) (selfhost/canon::canon-prim items) (if ((core/sym::eq? head) selfhost/canon::SYM_SEAL) (selfhost/canon::canon-seal items) (if ((core/sym::eq? head) selfhost/canon::SYM_UNSEAL) (selfhost/canon::canon-unseal items) (selfhost/canon::canon-app items))))))))))))) (def selfhost/canon::canon-quote (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 2) true false) (let ((d (selfhost/canon::canon-data ((core/vec::get items) 1)))) (if (selfhost/canon::is-error d) d ((selfhost/canon::list2 selfhost/canon::SYM_QUOTE) d))) (selfhost/canon::bad-form "(quote ...) expects exactly 1 argument")))) (def selfhost/canon::canon-def (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 3) true false) (let ((name ((core/vec::get items) 1))) (let ((tg (selfhost/canon::tag name))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) (let ((e (selfhost/canon::canon-code ((core/vec::get items) 2)))) (if (selfhost/canon::is-error e) e (((selfhost/canon::list3 selfhost/canon::SYM_DEF) name) e))) (selfhost/canon::bad-form "(def ...) name must be a symbol"))))) (selfhost/canon::bad-form "(def name expr) expects exactly 2 arguments")))) (def selfhost/canon::canon-fn (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::lt? n) 3) true false) (selfhost/canon::bad-form "(fn (x) body) expects at least 2 arguments") (let ((params ((core/vec::get items) 1))) (let ((params_v (core/pair::as-proper-list params))) (if (core/list::is-nil? params_v) (selfhost/canon::bad-form "(fn ...) parameter list must be a list") (let ((pn (core/vec::len params_v))) (if ((core/int::eq? pn) 0) (selfhost/canon::bad-form "(fn ...) requires at least 1 parameter") (let ((pcheck ((selfhost/canon::check-params params_v) pn))) (if (selfhost/canon::is-error pcheck) pcheck (let ((body (selfhost/canon::canon-body (selfhost/canon::slice-body items)))) (if (selfhost/canon::is-error body) body ((selfhost/canon::nest-fn params_v) body)))))))))))))) (def selfhost/canon::vec-slice-from (fn (v) (fn (start) (let ((n (core/vec::len v))) (let ((rev ((((selfhost/canon::vec-slice-from2 v) start) n) nil))) (if (selfhost/canon::is-error rev) rev (selfhost/canon::list->vec (selfhost/canon::list-rev rev)))))))) (def selfhost/canon::vec-slice-from2 (fn (v) (fn (i) (fn (n) (fn (acc) (if ((core/int::eq? i) n) acc (let ((x ((core/vec::get v) i))) ((((selfhost/canon::vec-slice-from2 v) ((core/int::add i) 1)) n) ((core/pair::cons x) acc))))))))) (def selfhost/canon::slice-body (fn (items) ((selfhost/canon::vec-slice-from items) 2))) (def selfhost/canon::canon-body (fn (body_terms) (let ((n (core/vec::len body_terms))) (if ((core/int::eq? n) 1) (selfhost/canon::canon-code ((core/vec::get body_terms) 0)) (let ((canon (selfhost/canon::canon-begin-body body_terms))) (if (selfhost/canon::is-error canon) canon canon)))))) (def selfhost/canon::canon-begin-body (fn (body_terms) (let ((n (core/vec::len body_terms))) (let ((rev (((selfhost/canon::canon-begin-body2 body_terms) n) nil))) (if (selfhost/canon::is-error rev) rev ((core/pair::cons selfhost/canon::SYM_BEGIN) rev)))))) (def selfhost/canon::canon-begin-body2 (fn (body_terms) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((t (selfhost/canon::canon-code ((core/vec::get body_terms) i)))) (if (selfhost/canon::is-error t) t (((selfhost/canon::canon-begin-body2 body_terms) i) ((core/pair::cons t) acc)))))))))) (def selfhost/canon::check-params (fn (params_v) (fn (n) (if ((core/int::eq? n) 0) true (let ((i ((core/int::sub n) 1))) (let ((p ((core/vec::get params_v) i))) (let ((tg (selfhost/canon::tag p))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) ((selfhost/canon::check-params params_v) i) (selfhost/canon::bad-form "(fn ...) parameters must be symbols")))))))))) (def selfhost/canon::nest-fn (fn (params_v) (fn (body) (let ((n (core/vec::len params_v))) (((selfhost/canon::nest-fn2 params_v) n) body))))) (def selfhost/canon::nest-fn2 (fn (params_v) (fn (n) (fn (out) (if ((core/int::eq? n) 0) out (let ((i ((core/int::sub n) 1))) (let ((p ((core/vec::get params_v) i))) (((selfhost/canon::nest-fn2 params_v) i) (((selfhost/canon::list3 selfhost/canon::SYM_FN) (selfhost/canon::list1 p)) out))))))))) (def selfhost/canon::canon-if (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 4) true false) (let ((c (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error c) c (let ((t (selfhost/canon::canon-code ((core/vec::get items) 2)))) (if (selfhost/canon::is-error t) t (let ((e (selfhost/canon::canon-code ((core/vec::get items) 3)))) (if (selfhost/canon::is-error e) e ((((selfhost/canon::list4 selfhost/canon::SYM_IF) c) t) e))))))) (selfhost/canon::bad-form "(if cond then else) expects exactly 3 arguments")))) (def selfhost/canon::canon-begin (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::lt? n) 2) true false) (selfhost/canon::bad-form "(begin ...) expects at least 1 argument") (let ((body_terms ((selfhost/canon::vec-slice-from items) 1))) (if (selfhost/canon::is-error body_terms) body_terms (selfhost/canon::canon-begin-body body_terms))))))) (def selfhost/canon::canon-let (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::lt? n) 3) true false) (selfhost/canon::bad-form "(let ((x e) ...) body...) expects bindings and body") (let ((bindings ((core/vec::get items) 1))) (let ((bind_v (core/pair::as-proper-list bindings))) (if (core/list::is-nil? bind_v) (selfhost/canon::bad-form "(let ...) bindings must be a list") (let ((canon_binds (selfhost/canon::canon-bindings bind_v))) (if (selfhost/canon::is-error canon_binds) canon_binds (let ((body_terms (selfhost/canon::slice-body items))) (if (selfhost/canon::is-error body_terms) body_terms (let ((body (selfhost/canon::canon-body body_terms))) (if (selfhost/canon::is-error body) body (((selfhost/canon::list3 selfhost/canon::SYM_LET) canon_binds) body)))))))))))))) (def selfhost/canon::canon-bindings (fn (bind_v) (let ((n (core/vec::len bind_v))) (let ((rev (((selfhost/canon::canon-bindings2 bind_v) n) nil))) (if (selfhost/canon::is-error rev) rev rev))))) (def selfhost/canon::canon-bindings2 (fn (bind_v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((b ((core/vec::get bind_v) i))) (let ((pair_v (core/pair::as-proper-list b))) (if (core/list::is-nil? pair_v) (selfhost/canon::bad-form "(let ...) binding must be a list (name expr)") (if (if ((core/int::eq? (core/vec::len pair_v)) 2) true false) (let ((name ((core/vec::get pair_v) 0))) (let ((tg (selfhost/canon::tag name))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) (let ((rhs (selfhost/canon::canon-code ((core/vec::get pair_v) 1)))) (if (selfhost/canon::is-error rhs) rhs (((selfhost/canon::canon-bindings2 bind_v) i) ((core/pair::cons ((selfhost/canon::list2 name) rhs)) acc)))) (selfhost/canon::bad-form "(let ...) binding name must be symbol"))))) (selfhost/canon::bad-form "(let ...) binding must have exactly 2 forms"))))))))))) (def selfhost/canon::canon-prim (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::lt? n) 2) true false) (selfhost/canon::bad-form "(prim op ...) expects op") (let ((op ((core/vec::get items) 1))) (let ((tg (selfhost/canon::tag op))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :sym)) (let ((args (selfhost/canon::slice-body items))) (if (selfhost/canon::is-error args) args (let ((canon_args (selfhost/canon::canon-list-of-code args))) (if (selfhost/canon::is-error canon_args) canon_args (let ((args_list (selfhost/canon::vec->list canon_args))) ((core/pair::cons selfhost/canon::SYM_PRIM) ((core/pair::cons op) args_list))))))) (selfhost/canon::bad-form "(prim ...) op must be a symbol"))))))))) (def selfhost/canon::canon-list-of-code (fn (v) ((selfhost/canon::vec-map-data v) selfhost/canon::canon-code))) (def selfhost/canon::canon-seal (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 1) (selfhost/canon::list1 selfhost/canon::SYM_SEAL) (if ((core/int::eq? n) 3) (let ((v (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error v) v (let ((tok (selfhost/canon::canon-code ((core/vec::get items) 2)))) (if (selfhost/canon::is-error tok) tok (((selfhost/canon::list3 selfhost/canon::SYM_SEAL) v) tok))))) (selfhost/canon::bad-form "(seal) or (seal v tok)")))))) (def selfhost/canon::canon-unseal (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 3) true false) (let ((w (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error w) w (let ((tok (selfhost/canon::canon-code ((core/vec::get items) 2)))) (if (selfhost/canon::is-error tok) tok (((selfhost/canon::list3 selfhost/canon::SYM_UNSEAL) w) tok))))) (selfhost/canon::bad-form "(unseal w tok) expects exactly 2 arguments")))) (def selfhost/canon::canon-app (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 1) (selfhost/canon::canon-code ((core/vec::get items) 0)) (if ((core/int::eq? n) 2) (let ((f (selfhost/canon::canon-code ((core/vec::get items) 0)))) (if (selfhost/canon::is-error f) f (let ((x (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error x) x ((selfhost/canon::list2 f) x))))) (let ((f (selfhost/canon::canon-code ((core/vec::get items) 0)))) (if (selfhost/canon::is-error f) f (let ((x (selfhost/canon::canon-code ((core/vec::get items) 1)))) (if (selfhost/canon::is-error x) x (let ((acc ((selfhost/canon::list2 f) x))) (((selfhost/canon::canon-app2 items) 2) acc))))))))))) (def selfhost/canon::canon-app2 (fn (items) (fn (i) (fn (acc) (let ((n (core/vec::len items))) (if ((core/int::eq? i) n) acc (let ((arg (selfhost/canon::canon-code ((core/vec::get items) i)))) (if (selfhost/canon::is-error arg) arg (((selfhost/canon::canon-app2 items) ((core/int::add i) 1)) ((selfhost/canon::list2 acc) arg)))))))))) (def selfhost/canon::canonicalize-module (fn (forms) (let ((tg (selfhost/canon::tag forms))) (if (selfhost/canon::is-error tg) tg (if ((core/sym::eq? tg) (quote :vec)) (let ((n (core/vec::len forms))) (let ((rev (((selfhost/canon::canonicalize-module2 forms) n) nil))) (if (selfhost/canon::is-error rev) rev (selfhost/canon::list->vec rev)))) (selfhost/canon::type-error "canonicalize-module expects vector of terms")))))) (def selfhost/canon::canonicalize-module2 (fn (forms) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((t (selfhost/canon::canon-code ((core/vec::get forms) i)))) (if (selfhost/canon::is-error t) t (((selfhost/canon::canonicalize-module2 forms) i) ((core/pair::cons t) acc))))))))))] :module-h b"R?=\xC2\x0E\x0F\"\xE3@\xEB$\xB1\xF1\x95f\xEF\xA8\xAB\x9C\xA23\xE2\xFC\x84\xBB\xD5_\xB5%5{\x85" :path "selfhost/canon.gc" :source "(def selfhost/canon::is-error core/error::is?)\n\n(def selfhost/canon::bad-form (fn (msg) ((core/error::make2 \"core/bad-form\") msg)))\n\n(def selfhost/canon::type-error (fn (msg) ((core/error::make2 \"core/type-error\") msg)))\n\n(def selfhost/canon::tag core/data::tag)\n\n(def selfhost/canon::SYM_QUOTE (quote quote))\n(def selfhost/canon::SYM_DEF (quote def))\n(def selfhost/canon::SYM_FN (quote fn))\n(def selfhost/canon::SYM_IF (quote if))\n(def selfhost/canon::SYM_BEGIN (quote begin))\n(def selfhost/canon::SYM_LET (quote let))\n(def selfhost/canon::SYM_PRIM (quote prim))\n(def selfhost/canon::SYM_SEAL (quote seal))\n(def selfhost/canon::SYM_UNSEAL (quote unseal))\n\n(def selfhost/canon::is-sym?\n (fn (t)\n (fn (name)\n (let ((tg (selfhost/canon::tag t)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n ((core/sym::eq? t) name)\n false))))))\n\n(def selfhost/canon::list1 (fn (a) ((core/pair::cons a) nil)))\n(def selfhost/canon::list2 (fn (a) (fn (b) ((core/pair::cons a) ((core/pair::cons b) nil)))))\n(def selfhost/canon::list3\n (fn (a)\n (fn (b) (fn (c) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil)))))))\n(def selfhost/canon::list4\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) ((core/pair::cons d) nil)))))))))\n\n(def selfhost/canon::vec2\n (fn (a)\n (fn (b)\n (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil))))))\n\n(def selfhost/canon::list-rev (fn (xs) ((selfhost/canon::list-rev2 xs) nil)))\n(def selfhost/canon::list-rev2\n (fn (xs)\n (fn (acc)\n (if (core/list::is-nil? xs)\n acc\n (((selfhost/canon::list-rev2 (core/pair::cdr xs)) ((core/pair::cons (core/pair::car xs)) acc)))))))\n\n(def selfhost/canon::list->vec core/pair::as-proper-list)\n\n(def selfhost/canon::vec->list\n (fn (v) (((selfhost/canon::vec->list2 v) (core/vec::len v)) nil)))\n(def selfhost/canon::vec->list2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (((selfhost/canon::vec->list2 v) i) ((core/pair::cons ((core/vec::get v) i)) acc))))))))\n\n(def selfhost/canon::vec-map-data\n (fn (v)\n (fn (f)\n (let ((n (core/vec::len v)))\n (let ((lst ((((selfhost/canon::vec-map-data2 v) f) n) nil)))\n (if (selfhost/canon::is-error lst) lst (selfhost/canon::list->vec lst)))))))\n\n(def selfhost/canon::vec-map-data2\n (fn (v)\n (fn (f)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((x ((core/vec::get v) i)))\n (let ((y (f x)))\n (if (selfhost/canon::is-error y)\n y\n ((((selfhost/canon::vec-map-data2 v) f) i) ((core/pair::cons y) acc))))))))))))\n\n(def selfhost/canon::canon-data\n (fn (t)\n (let ((tg (selfhost/canon::tag t)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :pair))\n (let ((v (core/pair::as-proper-list t)))\n (if (core/list::is-nil? v)\n t\n (let ((nv ((selfhost/canon::vec-map-data v) selfhost/canon::canon-data)))\n (if (selfhost/canon::is-error nv)\n nv\n (selfhost/canon::vec->list nv)))))\n (if ((core/sym::eq? tg) (quote :vec))\n ((selfhost/canon::vec-map-data t) selfhost/canon::canon-data)\n (if ((core/sym::eq? tg) (quote :map)) t t)))))))\n\n(def selfhost/canon::canon-code\n (fn (t)\n (let ((tg (selfhost/canon::tag t)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :pair))\n (let ((v (core/pair::as-proper-list t)))\n (if (core/list::is-nil? v)\n (selfhost/canon::bad-form \"improper list in source form\")\n (if ((core/int::eq? (core/vec::len v)) 1)\n (selfhost/canon::canon-code ((core/vec::get v) 0))\n (selfhost/canon::canon-list-code v))))\n (if ((core/sym::eq? tg) (quote :vec))\n ((selfhost/canon::vec-map-data t) selfhost/canon::canon-data)\n (if ((core/sym::eq? tg) (quote :map))\n (selfhost/canon::canon-map-code t)\n t)))))))\n\n(def selfhost/canon::canon-map-code\n (fn (m)\n (let ((entries (core/map::entries m)))\n (let ((n (core/vec::len entries)))\n (let ((out-list (((selfhost/canon::canon-map-code2 entries) n) nil)))\n (if (selfhost/canon::is-error out-list)\n out-list\n (let ((outv (selfhost/canon::list->vec out-list)))\n (if (selfhost/canon::is-error outv) outv (core/map::from-entries outv)))))))))\n\n(def selfhost/canon::canon-map-code2\n (fn (entries)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((v ((core/vec::get e) 1)))\n (let ((k2 (selfhost/canon::canon-data k)))\n (if (selfhost/canon::is-error k2)\n k2\n (let ((v2 (selfhost/canon::canon-code v)))\n (if (selfhost/canon::is-error v2)\n v2\n (let ((entry (((selfhost/canon::vec2 k2) v2))))\n (if (selfhost/canon::is-error entry)\n entry\n (((selfhost/canon::canon-map-code2 entries) i) ((core/pair::cons entry) acc)))))))))))))))))\n\n(def selfhost/canon::canon-list-code\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 0)\n nil\n (let ((head ((core/vec::get items) 0)))\n (let ((ht (selfhost/canon::tag head)))\n (if (selfhost/canon::is-error ht)\n ht\n (if ((core/sym::eq? ht) (quote :sym))\n ((selfhost/canon::canon-list-code-sym head) items)\n (selfhost/canon::canon-app items)))))))))\n\n(def selfhost/canon::canon-list-code-sym\n (fn (head)\n (fn (items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_QUOTE)\n (selfhost/canon::canon-quote items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_DEF)\n (selfhost/canon::canon-def items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_FN)\n (selfhost/canon::canon-fn items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_IF)\n (selfhost/canon::canon-if items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_BEGIN)\n (selfhost/canon::canon-begin items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_LET)\n (selfhost/canon::canon-let items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_PRIM)\n (selfhost/canon::canon-prim items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_SEAL)\n (selfhost/canon::canon-seal items)\n (if ((core/sym::eq? head) selfhost/canon::SYM_UNSEAL)\n (selfhost/canon::canon-unseal items)\n (selfhost/canon::canon-app items)))))))))))))\n\n(def selfhost/canon::canon-quote\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 2) true false)\n (let ((d (selfhost/canon::canon-data ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error d) d (((selfhost/canon::list2 selfhost/canon::SYM_QUOTE) d))))\n (selfhost/canon::bad-form \"(quote ...) expects exactly 1 argument\"))))\n\n(def selfhost/canon::canon-def\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 3) true false)\n (let ((name ((core/vec::get items) 1)))\n (let ((tg (selfhost/canon::tag name)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((e (selfhost/canon::canon-code ((core/vec::get items) 2))))\n (if (selfhost/canon::is-error e)\n e\n ((((selfhost/canon::list3 selfhost/canon::SYM_DEF) name) e))))\n (selfhost/canon::bad-form \"(def ...) name must be a symbol\")))))\n (selfhost/canon::bad-form \"(def name expr) expects exactly 2 arguments\"))))\n\n(def selfhost/canon::canon-fn\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::lt? n) 3) true false)\n (selfhost/canon::bad-form \"(fn (x) body) expects at least 2 arguments\")\n (let ((params ((core/vec::get items) 1)))\n (let ((params_v (core/pair::as-proper-list params)))\n (if (core/list::is-nil? params_v)\n (selfhost/canon::bad-form \"(fn ...) parameter list must be a list\")\n (let ((pn (core/vec::len params_v)))\n (if ((core/int::eq? pn) 0)\n (selfhost/canon::bad-form \"(fn ...) requires at least 1 parameter\")\n (let ((pcheck ((selfhost/canon::check-params params_v) pn)))\n (if (selfhost/canon::is-error pcheck)\n pcheck\n (let ((body (selfhost/canon::canon-body (selfhost/canon::slice-body items))))\n (if (selfhost/canon::is-error body)\n body\n (selfhost/canon::nest-fn params_v body))))))))))))))\n\n(def selfhost/canon::vec-slice-from\n (fn (v)\n (fn (start)\n (let ((n (core/vec::len v)))\n (let ((rev (((((selfhost/canon::vec-slice-from2 v) start) n) nil))))\n (if (selfhost/canon::is-error rev)\n rev\n (selfhost/canon::list->vec (selfhost/canon::list-rev rev))))))))\n\n(def selfhost/canon::vec-slice-from2\n (fn (v)\n (fn (i)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? i) n)\n acc\n (let ((x ((core/vec::get v) i)))\n (((((selfhost/canon::vec-slice-from2 v) ((core/int::add i) 1)) n) ((core/pair::cons x) acc))))))))))\n\n(def selfhost/canon::slice-body (fn (items) ((selfhost/canon::vec-slice-from items) 2)))\n\n(def selfhost/canon::canon-body\n (fn (body_terms)\n (let ((n (core/vec::len body_terms)))\n (if ((core/int::eq? n) 1)\n (selfhost/canon::canon-code ((core/vec::get body_terms) 0))\n (let ((canon (selfhost/canon::canon-begin-body body_terms)))\n (if (selfhost/canon::is-error canon) canon canon))))))\n\n(def selfhost/canon::canon-begin-body\n (fn (body_terms)\n (let ((n (core/vec::len body_terms)))\n (let ((rev (((selfhost/canon::canon-begin-body2 body_terms) n) nil)))\n (if (selfhost/canon::is-error rev)\n rev\n ((core/pair::cons selfhost/canon::SYM_BEGIN) rev))))))\n\n(def selfhost/canon::canon-begin-body2\n (fn (body_terms)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((t (selfhost/canon::canon-code ((core/vec::get body_terms) i))))\n (if (selfhost/canon::is-error t)\n t\n (((selfhost/canon::canon-begin-body2 body_terms) i) ((core/pair::cons t) acc))))))))))\n\n(def selfhost/canon::check-params\n (fn (params_v)\n (fn (n)\n (if ((core/int::eq? n) 0)\n true\n (let ((i ((core/int::sub n) 1)))\n (let ((p ((core/vec::get params_v) i)))\n (let ((tg (selfhost/canon::tag p)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n ((selfhost/canon::check-params params_v) i)\n (selfhost/canon::bad-form \"(fn ...) parameters must be symbols\"))))))))))\n\n(def selfhost/canon::nest-fn\n (fn (params_v)\n (fn (body)\n (let ((n (core/vec::len params_v)))\n (((selfhost/canon::nest-fn2 params_v) n) body)))))\n\n(def selfhost/canon::nest-fn2\n (fn (params_v)\n (fn (n)\n (fn (out)\n (if ((core/int::eq? n) 0)\n out\n (let ((i ((core/int::sub n) 1)))\n (let ((p ((core/vec::get params_v) i)))\n (((selfhost/canon::nest-fn2 params_v) i)\n ((((selfhost/canon::list3 selfhost/canon::SYM_FN) ((selfhost/canon::list1 p))) out))))))))))\n\n(def selfhost/canon::canon-if\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 4) true false)\n (let ((c (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error c)\n c\n (let ((t (selfhost/canon::canon-code ((core/vec::get items) 2))))\n (if (selfhost/canon::is-error t)\n t\n (let ((e (selfhost/canon::canon-code ((core/vec::get items) 3))))\n (if (selfhost/canon::is-error e)\n e\n ((((selfhost/canon::list4 selfhost/canon::SYM_IF) c) t) e)))))))\n (selfhost/canon::bad-form \"(if cond then else) expects exactly 3 arguments\"))))\n\n(def selfhost/canon::canon-begin\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::lt? n) 2) true false)\n (selfhost/canon::bad-form \"(begin ...) expects at least 1 argument\")\n (let ((body_terms ((selfhost/canon::vec-slice-from items) 1)))\n (if (selfhost/canon::is-error body_terms)\n body_terms\n (selfhost/canon::canon-begin-body body_terms)))))))\n\n(def selfhost/canon::canon-let\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::lt? n) 3) true false)\n (selfhost/canon::bad-form \"(let ((x e) ...) body...) expects bindings and body\")\n (let ((bindings ((core/vec::get items) 1)))\n (let ((bind_v (core/pair::as-proper-list bindings)))\n (if (core/list::is-nil? bind_v)\n (selfhost/canon::bad-form \"(let ...) bindings must be a list\")\n (let ((canon_binds (selfhost/canon::canon-bindings bind_v)))\n (if (selfhost/canon::is-error canon_binds)\n canon_binds\n (let ((body_terms (selfhost/canon::slice-body items)))\n (if (selfhost/canon::is-error body_terms)\n body_terms\n (let ((body (selfhost/canon::canon-body body_terms)))\n (if (selfhost/canon::is-error body)\n body\n ((((selfhost/canon::list3 selfhost/canon::SYM_LET) canon_binds) body)))))))))))))))\n\n(def selfhost/canon::canon-bindings\n (fn (bind_v)\n (let ((n (core/vec::len bind_v)))\n (let ((rev (((selfhost/canon::canon-bindings2 bind_v) n) nil)))\n (if (selfhost/canon::is-error rev)\n rev\n rev)))))\n\n(def selfhost/canon::canon-bindings2\n (fn (bind_v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((b ((core/vec::get bind_v) i)))\n (let ((pair_v (core/pair::as-proper-list b)))\n (if (core/list::is-nil? pair_v)\n (selfhost/canon::bad-form \"(let ...) binding must be a list (name expr)\")\n (if (if ((core/int::eq? (core/vec::len pair_v)) 2) true false)\n (let ((name ((core/vec::get pair_v) 0)))\n (let ((tg (selfhost/canon::tag name)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((rhs (selfhost/canon::canon-code ((core/vec::get pair_v) 1))))\n (if (selfhost/canon::is-error rhs)\n rhs\n (((selfhost/canon::canon-bindings2 bind_v) i)\n ((core/pair::cons (((selfhost/canon::list2 name) rhs))) acc))))\n (selfhost/canon::bad-form \"(let ...) binding name must be symbol\")))))\n (selfhost/canon::bad-form \"(let ...) binding must have exactly 2 forms\")))))))))))\n\n(def selfhost/canon::canon-prim\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::lt? n) 2) true false)\n (selfhost/canon::bad-form \"(prim op ...) expects op\")\n (let ((op ((core/vec::get items) 1)))\n (let ((tg (selfhost/canon::tag op)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((args (selfhost/canon::slice-body items)))\n (if (selfhost/canon::is-error args)\n args\n (let ((canon_args (selfhost/canon::canon-list-of-code args)))\n (if (selfhost/canon::is-error canon_args)\n canon_args\n (let ((args_list (selfhost/canon::vec->list canon_args)))\n ((core/pair::cons selfhost/canon::SYM_PRIM)\n ((core/pair::cons op) args_list)))))))\n (selfhost/canon::bad-form \"(prim ...) op must be a symbol\")))))))))\n\n(def selfhost/canon::canon-list-of-code\n (fn (v) ((selfhost/canon::vec-map-data v) selfhost/canon::canon-code)))\n\n(def selfhost/canon::canon-seal\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 1)\n ((selfhost/canon::list1 selfhost/canon::SYM_SEAL))\n (if ((core/int::eq? n) 3)\n (let ((v (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error v)\n v\n (let ((tok (selfhost/canon::canon-code ((core/vec::get items) 2))))\n (if (selfhost/canon::is-error tok)\n tok\n ((((selfhost/canon::list3 selfhost/canon::SYM_SEAL) v) tok))))))\n (selfhost/canon::bad-form \"(seal) or (seal v tok)\"))))))\n\n(def selfhost/canon::canon-unseal\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 3) true false)\n (let ((w (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error w)\n w\n (let ((tok (selfhost/canon::canon-code ((core/vec::get items) 2))))\n (if (selfhost/canon::is-error tok)\n tok\n ((((selfhost/canon::list3 selfhost/canon::SYM_UNSEAL) w) tok))))))\n (selfhost/canon::bad-form \"(unseal w tok) expects exactly 2 arguments\"))))\n\n(def selfhost/canon::canon-app\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 1)\n (selfhost/canon::canon-code ((core/vec::get items) 0))\n (if ((core/int::eq? n) 2)\n (let ((f (selfhost/canon::canon-code ((core/vec::get items) 0))))\n (if (selfhost/canon::is-error f)\n f\n (let ((x (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error x) x (((selfhost/canon::list2 f) x))))))\n (let ((f (selfhost/canon::canon-code ((core/vec::get items) 0))))\n (if (selfhost/canon::is-error f)\n f\n (let ((x (selfhost/canon::canon-code ((core/vec::get items) 1))))\n (if (selfhost/canon::is-error x)\n x\n (let ((acc (((selfhost/canon::list2 f) x))))\n (((selfhost/canon::canon-app2 items) 2) acc)))))))))))\n\n(def selfhost/canon::canon-app2\n (fn (items)\n (fn (i)\n (fn (acc)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? i) n)\n acc\n (let ((arg (selfhost/canon::canon-code ((core/vec::get items) i))))\n (if (selfhost/canon::is-error arg)\n arg\n ((((selfhost/canon::canon-app2 items) ((core/int::add i) 1)) (((selfhost/canon::list2 acc) arg))))))))))))\n\n(def selfhost/canon::canonicalize-module\n (fn (forms)\n (let ((tg (selfhost/canon::tag forms)))\n (if (selfhost/canon::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :vec))\n (let ((n (core/vec::len forms)))\n (let ((rev (((selfhost/canon::canonicalize-module2 forms) n) nil)))\n (if (selfhost/canon::is-error rev)\n rev\n (selfhost/canon::list->vec rev))))\n (selfhost/canon::type-error \"canonicalize-module expects vector of terms\"))))))\n\n(def selfhost/canon::canonicalize-module2\n (fn (forms)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((t (selfhost/canon::canon-code ((core/vec::get forms) i))))\n (if (selfhost/canon::is-error t)\n t\n (((selfhost/canon::canonicalize-module2 forms) i) ((core/pair::cons t) acc))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"R?=\xC2\x0E\x0F\"\xE3@\xEB$\xB1\xF1\x95f\xEF\xA8\xAB\x9C\xA23\xE2\xFC\x84\xBB\xD5_\xB5%5{\x85" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/printer::is-error core/error::is?) (def selfhost/printer::tag (fn (x) (let ((tg (core/data::tag x))) (if (selfhost/printer::is-error tg) (let ((vn (core/vec::len x))) (if (selfhost/printer::is-error vn) (let ((mn (core/map::len x))) (if (selfhost/printer::is-error mn) tg (quote :map))) (quote :vec))) tg)))) (def selfhost/printer::INDENT 2) (def selfhost/printer::MAX_WIDTH 100) (def selfhost/printer::spaces (fn (n) ((core/str::repeat " ") n))) (def selfhost/printer::list-rev (fn (xs) ((selfhost/printer::list-rev2 xs) nil))) (def selfhost/printer::list-rev2 (fn (xs) (fn (acc) (if (core/list::is-nil? xs) acc ((selfhost/printer::list-rev2 (core/pair::cdr xs)) ((core/pair::cons (core/pair::car xs)) acc)))))) (def selfhost/printer::append-lines-to-rev (fn (out_rev) (fn (lines) (if (core/list::is-nil? lines) out_rev ((selfhost/printer::append-lines-to-rev ((core/pair::cons (core/pair::car lines)) out_rev)) (core/pair::cdr lines)))))) (def selfhost/printer::join-lines (fn (lines) (let ((v (core/pair::as-proper-list lines))) (if (selfhost/printer::is-error v) v ((core/str::join v) "\n"))))) (def selfhost/printer::atom-repr (fn (t) (let ((tg (selfhost/printer::tag t))) (if (selfhost/printer::is-error tg) tg (if ((core/sym::eq? tg) (quote :nil)) "nil" (if ((core/sym::eq? tg) (quote :bool)) (if t "true" "false") (if ((core/sym::eq? tg) (quote :int)) (core/int::to-str t) (if ((core/sym::eq? tg) (quote :str)) ((core/str::concat "\"") ((core/str::concat (core/coreform::escape-str t)) "\"")) (if ((core/sym::eq? tg) (quote :bytes)) ((core/str::concat "b\"") ((core/str::concat (core/coreform::escape-bytes t)) "\"")) (if ((core/sym::eq? tg) (quote :sym)) (let ((text (core/sym::to-str t))) (let ((admitted (core/sym::from-str text))) (if (selfhost/printer::is-error admitted) admitted text))) nil)))))))))) (def selfhost/printer::is-atom? (fn (t) (let ((a (selfhost/printer::atom-repr t))) (if (selfhost/printer::is-error a) a (if (core/list::is-nil? a) false true))))) (def selfhost/printer::single-line (fn (t) (let ((a (selfhost/printer::atom-repr t))) (if (selfhost/printer::is-error a) a (if (core/list::is-nil? a) (selfhost/printer::single-line2 t) a))))) (def selfhost/printer::single-line2 (fn (t) (let ((tg (selfhost/printer::tag t))) (if (selfhost/printer::is-error tg) tg (if ((core/sym::eq? tg) (quote :vec)) (selfhost/printer::single-line-vec t) (if ((core/sym::eq? tg) (quote :map)) (selfhost/printer::single-line-map t) (if ((core/sym::eq? tg) (quote :pair)) (selfhost/printer::single-line-list t) nil))))))) (def selfhost/printer::single-line-vec (fn (v) (let ((n (core/vec::len v))) (if ((core/int::lt? 3) n) nil (let ((ok ((selfhost/printer::vec-all-atoms? v) n))) (if (selfhost/printer::is-error ok) ok (if ok (let ((parts ((selfhost/printer::vec-atom-reprs v) n))) (if (selfhost/printer::is-error parts) parts (let ((mid ((core/str::join parts) " "))) ((core/str::concat "[") ((core/str::concat mid) "]"))))) nil))))))) (def selfhost/printer::vec-all-atoms? (fn (v) (fn (n) (((selfhost/printer::vec-all-atoms2 v) n) true)))) (def selfhost/printer::vec-all-atoms2 (fn (v) (fn (n) (fn (acc) (if (if (core/list::is-nil? acc) true false) false (if ((core/int::eq? n) 0) true (let ((i ((core/int::sub n) 1))) (let ((x ((core/vec::get v) i))) (let ((a (selfhost/printer::is-atom? x))) (if (selfhost/printer::is-error a) a (((selfhost/printer::vec-all-atoms2 v) i) (if a true nil)))))))))))) (def selfhost/printer::vec-atom-reprs (fn (v) (fn (n) (let ((lst (((selfhost/printer::vec-atom-reprs2 v) n) nil))) (if (selfhost/printer::is-error lst) lst (core/pair::as-proper-list lst)))))) (def selfhost/printer::vec-atom-reprs2 (fn (v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((x ((core/vec::get v) i))) (let ((a (selfhost/printer::atom-repr x))) (if (selfhost/printer::is-error a) a (((selfhost/printer::vec-atom-reprs2 v) i) ((core/pair::cons a) acc))))))))))) (def selfhost/printer::single-line-map (fn (m) (let ((n (core/map::len m))) (if ((core/int::eq? n) 0) "{}" (if ((core/int::lt? 2) n) nil (let ((entries (core/map::entries m))) (let ((ok ((selfhost/printer::map-entries-are-atom-pairs? entries) (core/vec::len entries)))) (if (selfhost/printer::is-error ok) ok (if ok (let ((parts ((selfhost/printer::map-atom-parts entries) (core/vec::len entries)))) (if (selfhost/printer::is-error parts) parts (let ((mid ((core/str::join parts) " "))) ((core/str::concat "{") ((core/str::concat mid) "}"))))) nil))))))))) (def selfhost/printer::map-entries-are-atom-pairs? (fn (entries) (fn (n) (((selfhost/printer::map-entries-are-atom-pairs2 entries) n) true)))) (def selfhost/printer::map-entries-are-atom-pairs2 (fn (entries) (fn (n) (fn (acc) (if (if (core/list::is-nil? acc) true false) false (if ((core/int::eq? n) 0) true (let ((i ((core/int::sub n) 1))) (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((v ((core/vec::get e) 1))) (let ((ka (selfhost/printer::is-atom? k))) (if (selfhost/printer::is-error ka) ka (let ((va (selfhost/printer::is-atom? v))) (if (selfhost/printer::is-error va) va (((selfhost/printer::map-entries-are-atom-pairs2 entries) i) (if (if ka va false) true nil)))))))))))))))) (def selfhost/printer::map-atom-parts (fn (entries) (fn (n) (let ((lst (((selfhost/printer::map-atom-parts2 entries) n) nil))) (if (selfhost/printer::is-error lst) lst (core/pair::as-proper-list lst)))))) (def selfhost/printer::map-atom-parts2 (fn (entries) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((v ((core/vec::get e) 1))) (let ((ks (selfhost/printer::atom-repr k))) (if (selfhost/printer::is-error ks) ks (let ((vs (selfhost/printer::atom-repr v))) (if (selfhost/printer::is-error vs) vs (((selfhost/printer::map-atom-parts2 entries) i) ((core/pair::cons ks) ((core/pair::cons vs) acc))))))))))))))))] :module-h b"0\x81\x9EM9\xDB\xB9\xFFdn\xA7\x03\x89Jn\xEA\x86?\x8C\xF1\xD5b\xC9\xA4\x19\x8AU\xED\x0E_3\xD0" :path "selfhost/printer/00_core_single_line.gc" :source "(def selfhost/printer::is-error core/error::is?)\n\n(def selfhost/printer::tag\n (fn (x)\n (let ((tg (core/data::tag x)))\n (if (selfhost/printer::is-error tg)\n (let ((vn (core/vec::len x)))\n (if (selfhost/printer::is-error vn)\n (let ((mn (core/map::len x)))\n (if (selfhost/printer::is-error mn) tg (quote :map)))\n (quote :vec)))\n tg))))\n\n(def selfhost/printer::INDENT 2)\n(def selfhost/printer::MAX_WIDTH 100)\n\n(def selfhost/printer::spaces (fn (n) ((core/str::repeat \" \") n)))\n\n(def selfhost/printer::list-rev (fn (xs) ((selfhost/printer::list-rev2 xs) nil)))\n(def selfhost/printer::list-rev2\n (fn (xs)\n (fn (acc)\n (if (core/list::is-nil? xs)\n acc\n (((selfhost/printer::list-rev2 (core/pair::cdr xs)) ((core/pair::cons (core/pair::car xs)) acc)))))))\n\n; out_rev is reverse(output_so_far). Appending lines (forward order) is done by consing them onto out_rev.\n(def selfhost/printer::append-lines-to-rev\n (fn (out_rev)\n (fn (lines)\n (if (core/list::is-nil? lines)\n out_rev\n (((selfhost/printer::append-lines-to-rev ((core/pair::cons (core/pair::car lines)) out_rev))\n (core/pair::cdr lines)))))))\n\n(def selfhost/printer::join-lines\n (fn (lines)\n (let ((v (core/pair::as-proper-list lines)))\n (if (selfhost/printer::is-error v) v ((core/str::join v) \"\\n\")))))\n\n(def selfhost/printer::atom-repr\n (fn (t)\n (let ((tg (selfhost/printer::tag t)))\n (if (selfhost/printer::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :nil))\n \"nil\"\n (if ((core/sym::eq? tg) (quote :bool))\n (if t \"true\" \"false\")\n (if ((core/sym::eq? tg) (quote :int))\n (core/int::to-str t)\n (if ((core/sym::eq? tg) (quote :str))\n ((core/str::concat \"\\\"\") ((core/str::concat (core/coreform::escape-str t)) \"\\\"\"))\n (if ((core/sym::eq? tg) (quote :bytes))\n ((core/str::concat \"b\\\"\")\n ((core/str::concat (core/coreform::escape-bytes t)) \"\\\"\"))\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((text (core/sym::to-str t)))\n (let ((admitted (core/sym::from-str text)))\n (if (selfhost/printer::is-error admitted) admitted text)))\n nil))))))))))\n\n(def selfhost/printer::is-atom?\n (fn (t)\n (let ((a (selfhost/printer::atom-repr t)))\n (if (selfhost/printer::is-error a) a (if (core/list::is-nil? a) false true)))))\n\n(def selfhost/printer::single-line\n (fn (t)\n (let ((a (selfhost/printer::atom-repr t)))\n (if (selfhost/printer::is-error a)\n a\n (if (core/list::is-nil? a)\n (selfhost/printer::single-line2 t)\n a)))))\n\n(def selfhost/printer::single-line2\n (fn (t)\n (let ((tg (selfhost/printer::tag t)))\n (if (selfhost/printer::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :vec))\n (selfhost/printer::single-line-vec t)\n (if ((core/sym::eq? tg) (quote :map))\n (selfhost/printer::single-line-map t)\n (if ((core/sym::eq? tg) (quote :pair))\n (selfhost/printer::single-line-list t)\n nil)))))))\n\n(def selfhost/printer::single-line-vec\n (fn (v)\n (let ((n (core/vec::len v)))\n (if ((core/int::lt? 3) n)\n nil\n (let ((ok (selfhost/printer::vec-all-atoms? v n)))\n (if (selfhost/printer::is-error ok)\n ok\n (if ok\n (let ((parts (selfhost/printer::vec-atom-reprs v n)))\n (if (selfhost/printer::is-error parts)\n parts\n (let ((mid ((core/str::join parts) \" \")))\n ((core/str::concat \"[\") ((core/str::concat mid) \"]\")))))\n nil)))))))\n\n(def selfhost/printer::vec-all-atoms?\n (fn (v)\n (fn (n)\n (((selfhost/printer::vec-all-atoms2 v) n) true))))\n(def selfhost/printer::vec-all-atoms2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if (if (core/list::is-nil? acc) true false)\n false\n (if ((core/int::eq? n) 0)\n true\n (let ((i ((core/int::sub n) 1)))\n (let ((x ((core/vec::get v) i)))\n (let ((a (selfhost/printer::is-atom? x)))\n (if (selfhost/printer::is-error a)\n a\n (((selfhost/printer::vec-all-atoms2 v) i) (if a true nil))))))))))))\n\n(def selfhost/printer::vec-atom-reprs\n (fn (v)\n (fn (n)\n (let ((lst (((selfhost/printer::vec-atom-reprs2 v) n) nil)))\n (if (selfhost/printer::is-error lst) lst (core/pair::as-proper-list lst))))))\n(def selfhost/printer::vec-atom-reprs2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((x ((core/vec::get v) i)))\n (let ((a (selfhost/printer::atom-repr x)))\n (if (selfhost/printer::is-error a)\n a\n (((selfhost/printer::vec-atom-reprs2 v) i) ((core/pair::cons a) acc)))))))))))\n\n(def selfhost/printer::single-line-map\n (fn (m)\n (let ((n (core/map::len m)))\n (if ((core/int::eq? n) 0)\n \"{}\"\n (if ((core/int::lt? 2) n)\n nil\n (let ((entries (core/map::entries m)))\n (let ((ok (((selfhost/printer::map-entries-are-atom-pairs? entries) (core/vec::len entries)))))\n (if (selfhost/printer::is-error ok)\n ok\n (if ok\n (let ((parts (((selfhost/printer::map-atom-parts entries) (core/vec::len entries)))))\n (if (selfhost/printer::is-error parts)\n parts\n (let ((mid ((core/str::join parts) \" \")))\n ((core/str::concat \"{\") ((core/str::concat mid) \"}\")))))\n nil)))))))))\n\n(def selfhost/printer::map-entries-are-atom-pairs?\n (fn (entries)\n (fn (n)\n (((selfhost/printer::map-entries-are-atom-pairs2 entries) n) true))))\n(def selfhost/printer::map-entries-are-atom-pairs2\n (fn (entries)\n (fn (n)\n (fn (acc)\n (if (if (core/list::is-nil? acc) true false)\n false\n (if ((core/int::eq? n) 0)\n true\n (let ((i ((core/int::sub n) 1)))\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((v ((core/vec::get e) 1)))\n (let ((ka (selfhost/printer::is-atom? k)))\n (if (selfhost/printer::is-error ka)\n ka\n (let ((va (selfhost/printer::is-atom? v)))\n (if (selfhost/printer::is-error va)\n va\n (((selfhost/printer::map-entries-are-atom-pairs2 entries) i)\n (if (if ka va false) true nil))))))))))))))))\n\n(def selfhost/printer::map-atom-parts\n (fn (entries)\n (fn (n)\n (let ((lst (((selfhost/printer::map-atom-parts2 entries) n) nil)))\n (if (selfhost/printer::is-error lst) lst (core/pair::as-proper-list lst))))))\n(def selfhost/printer::map-atom-parts2\n (fn (entries)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((v ((core/vec::get e) 1)))\n (let ((ks (selfhost/printer::atom-repr k)))\n (if (selfhost/printer::is-error ks)\n ks\n (let ((vs (selfhost/printer::atom-repr v)))\n (if (selfhost/printer::is-error vs)\n vs\n (((selfhost/printer::map-atom-parts2 entries) i)\n ((core/pair::cons ks) ((core/pair::cons vs) acc))))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x1A\x19\x96\x11\x17\xE0\xD9\xA1a\x1F\xA2q\xB9\x0C\xBAD\xD3%\x1B\xE8\xC9y\xA7\x15/t\xA1\xC9\xAC\x11\xEA\xAE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/printer::single-line-list (fn (t) (let ((items (core/pair::as-proper-list t))) (if (core/list::is-nil? items) nil (let ((parts ((selfhost/printer::vec-single-lines items) (core/vec::len items)))) (if (selfhost/printer::is-error parts) parts (if (core/list::is-nil? parts) nil (let ((mid ((core/str::join parts) " "))) (let ((s ((core/str::concat "(") ((core/str::concat mid) ")")))) (if ((core/int::lt? (core/str::len s)) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) s nil)))))))))) (def selfhost/printer::vec-single-lines (fn (v) (fn (n) (let ((lst (((selfhost/printer::vec-single-lines2 v) n) nil))) (if (selfhost/printer::is-error lst) lst (if (core/list::is-nil? lst) nil (core/pair::as-proper-list lst))))))) (def selfhost/printer::vec-single-lines2 (fn (v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((x ((core/vec::get v) i))) (let ((s (selfhost/printer::single-line x))) (if (selfhost/printer::is-error s) s (if (core/list::is-nil? s) nil (((selfhost/printer::vec-single-lines2 v) i) ((core/pair::cons s) acc))))))))))))] :module-h b"Y\xA9\x0E\x04\xF5\"x\xD8L\xA7\xC4f[\x07KG\xE8\x19W\xDA\xBD>\xF2\xEFe#\xE0@\xEB\x99\"V" :path "selfhost/printer/01_single_line_list.gc" :source "(def selfhost/printer::single-line-list\n (fn (t)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/list::is-nil? items)\n nil\n (let ((parts (selfhost/printer::vec-single-lines items (core/vec::len items))))\n (if (selfhost/printer::is-error parts)\n parts\n (if (core/list::is-nil? parts)\n nil\n (let ((mid ((core/str::join parts) \" \")))\n (let ((s ((core/str::concat \"(\") ((core/str::concat mid) \")\"))))\n (if ((core/int::lt? (core/str::len s)) ((core/int::add selfhost/printer::MAX_WIDTH) 1))\n s\n nil))))))))))\n\n(def selfhost/printer::vec-single-lines\n (fn (v)\n (fn (n)\n (let ((lst (((selfhost/printer::vec-single-lines2 v) n) nil)))\n (if (selfhost/printer::is-error lst)\n lst\n (if (core/list::is-nil? lst) nil (core/pair::as-proper-list lst)))))))\n(def selfhost/printer::vec-single-lines2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((x ((core/vec::get v) i)))\n (let ((s (selfhost/printer::single-line x)))\n (if (selfhost/printer::is-error s)\n s\n (if (core/list::is-nil? s)\n nil\n (((selfhost/printer::vec-single-lines2 v) i) ((core/pair::cons s) acc))))))))))))\n\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"Y\xA9\x0E\x04\xF5\"x\xD8L\xA7\xC4f[\x07KG\xE8\x19W\xDA\xBD>\xF2\xEFe#\xE0@\xEB\x99\"V" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/printer::fmt-term (fn (t) (fn (indent) (let ((s (selfhost/printer::single-line t))) (if (selfhost/printer::is-error s) s (if (if (core/list::is-nil? s) true (if ((core/int::lt? ((core/int::add (core/str::len s)) indent)) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) false true)) ((selfhost/printer::fmt-term2 t) indent) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) s)) nil))))))) (def selfhost/printer::fmt-term2 (fn (t) (fn (indent) (let ((a (selfhost/printer::atom-repr t))) (if (selfhost/printer::is-error a) a (if (core/list::is-nil? a) (let ((tg (selfhost/printer::tag t))) (if (selfhost/printer::is-error tg) tg (if ((core/sym::eq? tg) (quote :vec)) ((selfhost/printer::fmt-vector t) indent) (if ((core/sym::eq? tg) (quote :map)) ((selfhost/printer::fmt-map t) indent) (if ((core/sym::eq? tg) (quote :pair)) ((selfhost/printer::fmt-list t) indent) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) "")) nil)))))) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) a)) nil))))))) (def selfhost/printer::fmt-vector (fn (v) (fn (indent) (if ((core/int::eq? (core/vec::len v)) 0) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) "[]")) nil) (let ((open ((core/str::concat (selfhost/printer::spaces indent)) "["))) (let ((out_rev ((core/pair::cons open) nil))) (let ((out_rev2 ((((selfhost/printer::fmt-vector2 v) indent) 0) out_rev))) (if (selfhost/printer::is-error out_rev2) out_rev2 (let ((last (core/pair::car out_rev2))) (let ((rest (core/pair::cdr out_rev2))) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat last) "]")) rest)))))))))))) (def selfhost/printer::fmt-vector2 (fn (v) (fn (indent) (fn (i) (fn (out_rev) (let ((n (core/vec::len v))) (if ((core/int::eq? i) n) out_rev (let ((x ((core/vec::get v) i))) (let ((lines ((selfhost/printer::fmt-term x) ((core/int::add indent) selfhost/printer::INDENT)))) (if (selfhost/printer::is-error lines) lines ((((selfhost/printer::fmt-vector2 v) indent) ((core/int::add i) 1)) ((selfhost/printer::append-lines-to-rev out_rev) lines)))))))))))) (def selfhost/printer::fmt-map (fn (m) (fn (indent) (if ((core/int::eq? (core/map::len m)) 0) ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) "{}")) nil) (let ((open ((core/str::concat (selfhost/printer::spaces indent)) "{"))) (let ((entries (core/map::entries m))) (let ((out_rev ((core/pair::cons open) nil))) (let ((out_rev2 ((((selfhost/printer::fmt-map2 entries) indent) 0) out_rev))) (if (selfhost/printer::is-error out_rev2) out_rev2 (let ((last (core/pair::car out_rev2))) (let ((rest (core/pair::cdr out_rev2))) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat last) "}")) rest))))))))))))) (def selfhost/printer::fmt-map2 (fn (entries) (fn (indent) (fn (i) (fn (out_rev) (let ((n (core/vec::len entries))) (if ((core/int::eq? i) n) out_rev (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((v ((core/vec::get e) 1))) (let ((ks (selfhost/printer::single-line k))) (if (selfhost/printer::is-error ks) ks (let ((vs (selfhost/printer::single-line v))) (if (selfhost/printer::is-error vs) vs (let ((lines (((((selfhost/printer::fmt-map-entry k) v) indent) ks) vs))) (if (selfhost/printer::is-error lines) lines ((((selfhost/printer::fmt-map2 entries) indent) ((core/int::add i) 1)) ((selfhost/printer::append-lines-to-rev out_rev) lines)))))))))))))))))) (def selfhost/printer::fmt-map-entry (fn (k) (fn (v) (fn (indent) (fn (ks) (fn (vs) (if (if (core/list::is-nil? ks) false (if (core/list::is-nil? vs) false true)) (let ((line ((core/str::concat (selfhost/printer::spaces ((core/int::add indent) selfhost/printer::INDENT))) ((core/str::concat ks) ((core/str::concat " ") vs))))) (if ((core/int::lt? (core/str::len line)) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) ((core/pair::cons line) nil) (((selfhost/printer::fmt-map-entry-multiline k) v) indent))) (((selfhost/printer::fmt-map-entry-multiline k) v) indent)))))))) (def selfhost/printer::fmt-map-entry-multiline (fn (k) (fn (v) (fn (indent) (let ((kl ((selfhost/printer::fmt-term k) ((core/int::add indent) selfhost/printer::INDENT)))) (if (selfhost/printer::is-error kl) kl (let ((vl ((selfhost/printer::fmt-term v) ((core/int::add indent) ((core/int::mul selfhost/printer::INDENT) 2))))) (if (selfhost/printer::is-error vl) vl (let ((out_rev (selfhost/printer::list-rev kl))) (if (selfhost/printer::is-error out_rev) out_rev (let ((out_rev2 ((selfhost/printer::append-lines-to-rev out_rev) vl))) (if (selfhost/printer::is-error out_rev2) out_rev2 (selfhost/printer::list-rev out_rev2)))))))))))))] :module-h b"\x19/\xFDT-yx\xCDm4%\xDAN\xAB\x9A\x18\x9D\x11\xB9d\xD6\x8B|\xE1LB\xCA\xCD\xB3\xBD\x81]" :path "selfhost/printer/02_fmt_structured.gc" :source "(def selfhost/printer::fmt-term\n (fn (t)\n (fn (indent)\n (let ((s (selfhost/printer::single-line t)))\n (if (selfhost/printer::is-error s)\n s\n (if (if (core/list::is-nil? s) true (if ((core/int::lt? ((core/int::add (core/str::len s)) indent)) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) false true))\n (selfhost/printer::fmt-term2 t indent)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) s)) nil)))))))\n\n(def selfhost/printer::fmt-term2\n (fn (t)\n (fn (indent)\n (let ((a (selfhost/printer::atom-repr t)))\n (if (selfhost/printer::is-error a)\n a\n (if (core/list::is-nil? a)\n (let ((tg (selfhost/printer::tag t)))\n (if (selfhost/printer::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :vec))\n ((selfhost/printer::fmt-vector t) indent)\n (if ((core/sym::eq? tg) (quote :map))\n ((selfhost/printer::fmt-map t) indent)\n (if ((core/sym::eq? tg) (quote :pair))\n ((selfhost/printer::fmt-list t) indent)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) \"\")) nil))))))\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) a)) nil)))))))\n\n(def selfhost/printer::fmt-vector\n (fn (v)\n (fn (indent)\n (if ((core/int::eq? (core/vec::len v)) 0)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) \"[]\")) nil)\n (let ((open ((core/str::concat (selfhost/printer::spaces indent)) \"[\")))\n (let ((out_rev ((core/pair::cons open) nil)))\n (let ((out_rev2 (((((selfhost/printer::fmt-vector2 v) indent) 0) out_rev))))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (let ((last (core/pair::car out_rev2)))\n (let ((rest (core/pair::cdr out_rev2)))\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat last) \"]\")) rest))))))))))))\n\n(def selfhost/printer::fmt-vector2\n (fn (v)\n (fn (indent)\n (fn (i)\n (fn (out_rev)\n (let ((n (core/vec::len v)))\n (if ((core/int::eq? i) n)\n out_rev\n (let ((x ((core/vec::get v) i)))\n (let ((lines ((selfhost/printer::fmt-term x) ((core/int::add indent) selfhost/printer::INDENT))))\n (if (selfhost/printer::is-error lines)\n lines\n ((((selfhost/printer::fmt-vector2 v) indent) ((core/int::add i) 1))\n ((selfhost/printer::append-lines-to-rev out_rev) lines))))))))))))\n\n(def selfhost/printer::fmt-map\n (fn (m)\n (fn (indent)\n (if ((core/int::eq? (core/map::len m)) 0)\n ((core/pair::cons ((core/str::concat (selfhost/printer::spaces indent)) \"{}\")) nil)\n (let ((open ((core/str::concat (selfhost/printer::spaces indent)) \"{\")))\n (let ((entries (core/map::entries m)))\n (let ((out_rev ((core/pair::cons open) nil)))\n (let ((out_rev2 (((((selfhost/printer::fmt-map2 entries) indent) 0) out_rev))))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (let ((last (core/pair::car out_rev2)))\n (let ((rest (core/pair::cdr out_rev2)))\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat last) \"}\")) rest)))))))))))))\n\n(def selfhost/printer::fmt-map2\n (fn (entries)\n (fn (indent)\n (fn (i)\n (fn (out_rev)\n (let ((n (core/vec::len entries)))\n (if ((core/int::eq? i) n)\n out_rev\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((v ((core/vec::get e) 1)))\n (let ((ks (selfhost/printer::single-line k)))\n (if (selfhost/printer::is-error ks)\n ks\n (let ((vs (selfhost/printer::single-line v)))\n (if (selfhost/printer::is-error vs)\n vs\n (let ((lines (selfhost/printer::fmt-map-entry k v indent ks vs)))\n (if (selfhost/printer::is-error lines)\n lines\n ((((selfhost/printer::fmt-map2 entries) indent) ((core/int::add i) 1))\n ((selfhost/printer::append-lines-to-rev out_rev) lines))))))))))))))))))\n\n(def selfhost/printer::fmt-map-entry\n (fn (k)\n (fn (v)\n (fn (indent)\n (fn (ks)\n (fn (vs)\n (if (if (core/list::is-nil? ks) false (if (core/list::is-nil? vs) false true))\n (let ((line\n ((core/str::concat (selfhost/printer::spaces ((core/int::add indent) selfhost/printer::INDENT)))\n ((core/str::concat ks) ((core/str::concat \" \") vs)))))\n (if ((core/int::lt? (core/str::len line)) ((core/int::add selfhost/printer::MAX_WIDTH) 1))\n ((core/pair::cons line) nil)\n (selfhost/printer::fmt-map-entry-multiline k v indent)))\n (selfhost/printer::fmt-map-entry-multiline k v indent))))))))\n\n(def selfhost/printer::fmt-map-entry-multiline\n (fn (k)\n (fn (v)\n (fn (indent)\n (let ((kl ((selfhost/printer::fmt-term k) ((core/int::add indent) selfhost/printer::INDENT))))\n (if (selfhost/printer::is-error kl)\n kl\n (let ((vl ((selfhost/printer::fmt-term v) ((core/int::add indent) ((core/int::mul selfhost/printer::INDENT) 2)))))\n (if (selfhost/printer::is-error vl)\n vl\n (let ((out_rev (selfhost/printer::list-rev kl)))\n (if (selfhost/printer::is-error out_rev)\n out_rev\n (let ((out_rev2 ((selfhost/printer::append-lines-to-rev out_rev) vl)))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (selfhost/printer::list-rev out_rev2)))))))))))))\n\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x19/\xFDT-yx\xCDm4%\xDAN\xAB\x9A\x18\x9D\x11\xB9d\xD6\x8B|\xE1LB\xCA\xCD\xB3\xBD\x81]" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/printer::fmt-list (fn (t) (fn (indent) (let ((items (core/pair::as-proper-list t))) (if (core/list::is-nil? items) ((core/error::make2 "core/type-error") "improper pair has no canonical CoreForm v0.2 serialization") ((selfhost/printer::fmt-list-items items) indent)))))) (def selfhost/printer::fmt-list-items (fn (items) (fn (indent) (let ((n (core/vec::len items))) (let ((head0 (selfhost/printer::single-line ((core/vec::get items) 0)))) (if (selfhost/printer::is-error head0) head0 (if (core/list::is-nil? head0) (((selfhost/printer::fmt-list-headless items) indent) n) ((((selfhost/printer::fmt-list-headed items) indent) n) head0)))))))) (def selfhost/printer::fmt-list-headless (fn (items) (fn (indent) (fn (n) (let ((open ((core/str::concat (selfhost/printer::spaces indent)) "("))) (let ((out_rev ((core/pair::cons open) nil))) (let ((out_rev2 ((((selfhost/printer::fmt-list-tail items) indent) 0) out_rev))) (if (selfhost/printer::is-error out_rev2) out_rev2 (let ((last (core/pair::car out_rev2))) (let ((rest (core/pair::cdr out_rev2))) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat last) ")")) rest)))))))))))) (def selfhost/printer::fmt-list-headed (fn (items) (fn (indent) (fn (n) (fn (head0) (let ((first ((core/str::concat (selfhost/printer::spaces indent)) ((core/str::concat "(") head0)))) (let ((head_count (((selfhost/printer::list-head-count items) n) first))) (if (selfhost/printer::is-error head_count) head_count (let ((first2 (((selfhost/printer::list-first-line items) head_count) first))) (let ((out_rev ((core/pair::cons first2) nil))) (if ((core/int::eq? head_count) n) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat (core/pair::car out_rev)) ")")) (core/pair::cdr out_rev))) (let ((out_rev2 ((((selfhost/printer::fmt-list-tail items) indent) head_count) out_rev))) (if (selfhost/printer::is-error out_rev2) out_rev2 (let ((last (core/pair::car out_rev2))) (let ((rest (core/pair::cdr out_rev2))) (selfhost/printer::list-rev ((core/pair::cons ((core/str::concat last) ")")) rest))))))))))))))))) (def selfhost/printer::list-head-count (fn (items) (fn (n) (fn (first) (if ((core/int::lt? n) 2) 1 (let ((h1 (selfhost/printer::single-line ((core/vec::get items) 1)))) (if (selfhost/printer::is-error h1) h1 (if (core/list::is-nil? h1) 1 (if ((core/int::lt? (core/str::len ((core/str::concat first) ((core/str::concat " ") h1)))) ((core/int::add selfhost/printer::MAX_WIDTH) 1)) 2 1))))))))) (def selfhost/printer::list-first-line (fn (items) (fn (head_count) (fn (first) (if ((core/int::eq? head_count) 2) (let ((h1 (selfhost/printer::single-line ((core/vec::get items) 1)))) ((core/str::concat first) ((core/str::concat " ") h1))) first))))) (def selfhost/printer::fmt-list-tail (fn (items) (fn (indent) (fn (i) (fn (out_rev) (let ((n (core/vec::len items))) (if ((core/int::eq? i) n) out_rev (let ((x ((core/vec::get items) i))) (let ((lines ((selfhost/printer::fmt-term x) ((core/int::add indent) selfhost/printer::INDENT)))) (if (selfhost/printer::is-error lines) lines ((((selfhost/printer::fmt-list-tail items) indent) ((core/int::add i) 1)) ((selfhost/printer::append-lines-to-rev out_rev) lines)))))))))))) (def selfhost/printer::print-term (fn (t) (let ((lines ((selfhost/printer::fmt-term t) 0))) (if (selfhost/printer::is-error lines) lines (selfhost/printer::join-lines lines))))) (def selfhost/printer::print-module (fn (forms) (let ((tg (selfhost/printer::tag forms))) (if (selfhost/printer::is-error tg) tg (if ((core/sym::eq? tg) (quote :vec)) (let ((n (core/vec::len forms))) (if ((core/int::eq? n) 0) "" (let ((lst (((selfhost/printer::print-module2 forms) n) nil))) (if (selfhost/printer::is-error lst) lst (let ((v (core/pair::as-proper-list lst))) (if (selfhost/printer::is-error v) v ((core/str::concat ((core/str::join v) "\n\n")) "\n"))))))) ((core/error::make2 "core/type-error") "print-module expects vector of forms")))))) (def selfhost/printer::print-module2 (fn (forms) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (let ((s (selfhost/printer::print-term ((core/vec::get forms) i)))) (if (selfhost/printer::is-error s) s (((selfhost/printer::print-module2 forms) i) ((core/pair::cons s) acc))))))))))] :module-h b"\x8F\x07|4\xC1\xBF+\x96\\\x98B\xEC\x91\\\x0E\xA2(\xDD\x12\xA9*bD\xFBNy\xA9\x83A\x8E\x1E\xA1" :path "selfhost/printer/03_fmt_list_module.gc" :source "(def selfhost/printer::fmt-list\n (fn (t)\n (fn (indent)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/list::is-nil? items)\n ((core/error::make2 \"core/type-error\") \"improper pair has no canonical CoreForm v0.2 serialization\")\n (selfhost/printer::fmt-list-items items indent))))))\n\n(def selfhost/printer::fmt-list-items\n (fn (items)\n (fn (indent)\n (let ((n (core/vec::len items)))\n (let ((head0 (selfhost/printer::single-line ((core/vec::get items) 0))))\n (if (selfhost/printer::is-error head0)\n head0\n (if (core/list::is-nil? head0)\n (selfhost/printer::fmt-list-headless items indent n)\n (selfhost/printer::fmt-list-headed items indent n head0))))))))\n\n(def selfhost/printer::fmt-list-headless\n (fn (items)\n (fn (indent)\n (fn (n)\n (let ((open ((core/str::concat (selfhost/printer::spaces indent)) \"(\")))\n (let ((out_rev ((core/pair::cons open) nil)))\n (let ((out_rev2 (((((selfhost/printer::fmt-list-tail items) indent) 0) out_rev))))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (let ((last (core/pair::car out_rev2)))\n (let ((rest (core/pair::cdr out_rev2)))\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat last) \")\")) rest))))))))))))\n\n(def selfhost/printer::fmt-list-headed\n (fn (items)\n (fn (indent)\n (fn (n)\n (fn (head0)\n (let ((first\n ((core/str::concat (selfhost/printer::spaces indent)) ((core/str::concat \"(\") head0))))\n (let ((head_count (selfhost/printer::list-head-count items n first)))\n (if (selfhost/printer::is-error head_count)\n head_count\n (let ((first2 (selfhost/printer::list-first-line items head_count first)))\n (let ((out_rev ((core/pair::cons first2) nil)))\n (if ((core/int::eq? head_count) n)\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat (core/pair::car out_rev)) \")\")) (core/pair::cdr out_rev)))\n (let ((out_rev2 (((((selfhost/printer::fmt-list-tail items) indent) head_count) out_rev))))\n (if (selfhost/printer::is-error out_rev2)\n out_rev2\n (let ((last (core/pair::car out_rev2)))\n (let ((rest (core/pair::cdr out_rev2)))\n (selfhost/printer::list-rev\n ((core/pair::cons ((core/str::concat last) \")\")) rest)))))))))))))))))\n\n(def selfhost/printer::list-head-count\n (fn (items)\n (fn (n)\n (fn (first)\n (if ((core/int::lt? n) 2)\n 1\n (let ((h1 (selfhost/printer::single-line ((core/vec::get items) 1))))\n (if (selfhost/printer::is-error h1)\n h1\n (if (core/list::is-nil? h1)\n 1\n (if ((core/int::lt?\n (core/str::len ((core/str::concat first) ((core/str::concat \" \") h1))))\n ((core/int::add selfhost/printer::MAX_WIDTH) 1))\n 2\n 1)))))))))\n\n(def selfhost/printer::list-first-line\n (fn (items)\n (fn (head_count)\n (fn (first)\n (if ((core/int::eq? head_count) 2)\n (let ((h1 (selfhost/printer::single-line ((core/vec::get items) 1))))\n ((core/str::concat first) ((core/str::concat \" \") h1)))\n first)))))\n\n(def selfhost/printer::fmt-list-tail\n (fn (items)\n (fn (indent)\n (fn (i)\n (fn (out_rev)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? i) n)\n out_rev\n (let ((x ((core/vec::get items) i)))\n (let ((lines ((selfhost/printer::fmt-term x) ((core/int::add indent) selfhost/printer::INDENT))))\n (if (selfhost/printer::is-error lines)\n lines\n ((((selfhost/printer::fmt-list-tail items) indent) ((core/int::add i) 1))\n ((selfhost/printer::append-lines-to-rev out_rev) lines))))))))))))\n\n(def selfhost/printer::print-term\n (fn (t)\n (let ((lines ((selfhost/printer::fmt-term t) 0)))\n (if (selfhost/printer::is-error lines)\n lines\n (selfhost/printer::join-lines lines)))))\n\n(def selfhost/printer::print-module\n (fn (forms)\n (let ((tg (selfhost/printer::tag forms)))\n (if (selfhost/printer::is-error tg)\n tg\n (if ((core/sym::eq? tg) (quote :vec))\n (let ((n (core/vec::len forms)))\n (if ((core/int::eq? n) 0)\n \"\"\n (let ((lst (((selfhost/printer::print-module2 forms) n) nil)))\n (if (selfhost/printer::is-error lst)\n lst\n (let ((v (core/pair::as-proper-list lst)))\n (if (selfhost/printer::is-error v)\n v\n ((core/str::concat ((core/str::join v) \"\\n\\n\")) \"\\n\")))))))\n ((core/error::make2 \"core/type-error\") \"print-module expects vector of forms\"))))))\n\n(def selfhost/printer::print-module2\n (fn (forms)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (let ((s (selfhost/printer::print-term ((core/vec::get forms) i))))\n (if (selfhost/printer::is-error s)\n s\n (((selfhost/printer::print-module2 forms) i) ((core/pair::cons s) acc))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x8F\x07|4\xC1\xBF+\x96\\\x98B\xEC\x91\\\x0E\xA2(\xDD\x12\xA9*bD\xFBNy\xA9\x83A\x8E\x1E\xA1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/hash::is-error core/error::is?) (def selfhost/hash::PREFIX_TERM b"GCv0.2\x00") (def selfhost/hash::PREFIX_MODULE b"GCv0.2\x00module\x00") (def selfhost/hash::hash-term (fn (t) (let ((s (selfhost/printer::print-term t))) (if (selfhost/hash::is-error s) s (let ((b (core/str::to-utf8 s))) (if (selfhost/hash::is-error b) b (let ((msg ((core/bytes::concat selfhost/hash::PREFIX_TERM) b))) (let ((h (core/crypto::blake3 msg))) (if (selfhost/hash::is-error h) h (core/bytes::to-hex h)))))))))) (def selfhost/hash::hash-module (fn (forms) (let ((s (selfhost/printer::print-module forms))) (if (selfhost/hash::is-error s) s (let ((b (core/str::to-utf8 s))) (if (selfhost/hash::is-error b) b (let ((msg ((core/bytes::concat selfhost/hash::PREFIX_MODULE) b))) (let ((h (core/crypto::blake3 msg))) (if (selfhost/hash::is-error h) h (core/bytes::to-hex h))))))))))] :module-h b"\x1A\xFC\xAB\xB7[\xF4\x8F\x8E\xC2\x8E\x1EFy;\xA0\xA8\xA9\xEF\xEE\xCD\xAB\xB6M\xFF\xD5d{t\x94/\xA9N" :path "selfhost/hash.gc" :source "(def selfhost/hash::is-error core/error::is?)\n\n(def selfhost/hash::PREFIX_TERM b\"GCv0.2\\x00\")\n(def selfhost/hash::PREFIX_MODULE b\"GCv0.2\\x00module\\x00\")\n\n(def selfhost/hash::hash-term\n (fn (t)\n (let ((s (selfhost/printer::print-term t)))\n (if (selfhost/hash::is-error s)\n s\n (let ((b (core/str::to-utf8 s)))\n (if (selfhost/hash::is-error b)\n b\n (let ((msg ((core/bytes::concat selfhost/hash::PREFIX_TERM) b)))\n (let ((h (core/crypto::blake3 msg)))\n (if (selfhost/hash::is-error h) h (core/bytes::to-hex h))))))))))\n\n(def selfhost/hash::hash-module\n (fn (forms)\n (let ((s (selfhost/printer::print-module forms)))\n (if (selfhost/hash::is-error s)\n s\n (let ((b (core/str::to-utf8 s)))\n (if (selfhost/hash::is-error b)\n b\n (let ((msg ((core/bytes::concat selfhost/hash::PREFIX_MODULE) b)))\n (let ((h (core/crypto::blake3 msg)))\n (if (selfhost/hash::is-error h) h (core/bytes::to-hex h))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x1A\xFC\xAB\xB7[\xF4\x8F\x8E\xC2\x8E\x1EFy;\xA0\xA8\xA9\xEF\xEE\xCD\xAB\xB6M\xFF\xD5d{t\x94/\xA9N" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/tool::is-error core/error::is?) (def selfhost/tool::fmt-module (fn (src) (let ((forms (selfhost/parse::parse-module src))) (if (selfhost/tool::is-error forms) forms (let ((canon (selfhost/canon::canonicalize-module forms))) (if (selfhost/tool::is-error canon) canon (selfhost/printer::print-module canon))))))) (def selfhost/tool::hash-module-src (fn (src) (let ((forms (selfhost/parse::parse-module src))) (if (selfhost/tool::is-error forms) forms (let ((canon (selfhost/canon::canonicalize-module forms))) (if (selfhost/tool::is-error canon) canon (selfhost/hash::hash-module canon))))))) (def selfhost/tool::hash-src-with-kind (fn (src) (let ((t (selfhost/parse::parse-term src))) (if (selfhost/tool::is-error t) (let ((hm (selfhost/tool::hash-module-src src))) (if (selfhost/tool::is-error hm) hm {:hash hm :kind "module"})) (let ((ht (selfhost/hash::hash-term t))) (if (selfhost/tool::is-error ht) ht {:hash ht :kind "term"}))))))] :module-h b"\xBA\xBF\x04\x94z`n\xD9\x14\x1C\xAB\xE6\x8B\xC1\x98.\x1B\xBF\xACf\xA1\n\xC0\x9C\xA4\x8BM\xA0\xD0\xD1\x97\xD0" :path "selfhost/tool_coreform_v1.gc" :source "(def selfhost/tool::is-error core/error::is?)\n\n(def selfhost/tool::fmt-module\n (fn (src)\n (let ((forms (selfhost/parse::parse-module src)))\n (if (selfhost/tool::is-error forms)\n forms\n (let ((canon (selfhost/canon::canonicalize-module forms)))\n (if (selfhost/tool::is-error canon) canon (selfhost/printer::print-module canon)))))))\n\n(def selfhost/tool::hash-module-src\n (fn (src)\n (let ((forms (selfhost/parse::parse-module src)))\n (if (selfhost/tool::is-error forms)\n forms\n (let ((canon (selfhost/canon::canonicalize-module forms)))\n (if (selfhost/tool::is-error canon) canon (selfhost/hash::hash-module canon)))))))\n\n(def selfhost/tool::hash-src-with-kind\n (fn (src)\n (let ((t (selfhost/parse::parse-term src)))\n (if (selfhost/tool::is-error t)\n (let ((hm (selfhost/tool::hash-module-src src)))\n (if (selfhost/tool::is-error hm)\n hm\n {:hash hm :kind \"module\"}))\n (let ((ht (selfhost/hash::hash-term t)))\n (if (selfhost/tool::is-error ht) ht {:hash ht :kind \"term\"}))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBA\xBF\x04\x94z`n\xD9\x14\x1C\xAB\xE6\x8B\xC1\x98.\x1B\xBF\xACf\xA1\n\xC0\x9C\xA4\x8BM\xA0\xD0\xD1\x97\xD0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::is-error core/error::is?) (def core/cli::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym)))) (def core/cli::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec)))) (def core/cli::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map)))) (def core/cli::pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair)))) (def core/cli::str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str)))) (def core/cli::bool? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :bool)))) (def core/cli::int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int)))) (def core/cli::str-or-nil? (fn (x) (if (core/list::is-nil? x) true (core/cli::str? x)))) (def core/cli::keygen-request (fn (req) (if (core/cli::map? req) (let ((out ((core/map::get req) (quote :out)))) (if (core/cli::str? out) {:out out} ((core/error::make2 "core/type-error") "core/cli::keygen-request expects :out string"))) ((core/error::make2 "core/type-error") "core/cli::keygen-request expects map")))) (def core/cli::sign-request (fn (req) (if (core/cli::map? req) (let ((pkg ((core/map::get req) (quote :pkg))) (key ((core/map::get req) (quote :key))) (acceptance ((core/map::get req) (quote :acceptance))) (signatures ((core/map::get req) (quote :signatures)))) (if (if (core/cli::str? pkg) (core/cli::str? key) false) (if (core/cli::str-or-nil? acceptance) (if (core/cli::str-or-nil? signatures) {:acceptance acceptance :key key :pkg pkg :signatures signatures} ((core/error::make2 "core/type-error") "core/cli::sign-request expects :signatures string or nil")) ((core/error::make2 "core/type-error") "core/cli::sign-request expects :acceptance string or nil")) ((core/error::make2 "core/type-error") "core/cli::sign-request expects :pkg and :key strings"))) ((core/error::make2 "core/type-error") "core/cli::sign-request expects map")))) (def core/cli::transparency-verify-request (fn (req) (if (core/cli::map? req) (let ((pkg ((core/map::get req) (quote :pkg)))) (if (core/cli::str? pkg) {:pkg pkg} ((core/error::make2 "core/type-error") "core/cli::transparency-verify-request expects :pkg string"))) ((core/error::make2 "core/type-error") "core/cli::transparency-verify-request expects map")))) (def core/cli::verify-request (fn (req) (if (core/cli::map? req) (let ((pkg ((core/map::get req) (quote :pkg))) (acceptance ((core/map::get req) (quote :acceptance))) (policy ((core/map::get req) (quote :policy))) (signatures ((core/map::get req) (quote :signatures))) (scan-store ((core/map::get req) (quote :scan-store)))) (if (core/cli::str? pkg) (if (if (core/cli::str-or-nil? acceptance) (core/cli::str-or-nil? policy) false) (if (core/cli::str-or-nil? signatures) (if (core/cli::bool? scan-store) {:acceptance acceptance :pkg pkg :policy policy :scan-store scan-store :signatures signatures} ((core/error::make2 "core/type-error") "core/cli::verify-request expects :scan-store bool")) ((core/error::make2 "core/type-error") "core/cli::verify-request expects :signatures string or nil")) ((core/error::make2 "core/type-error") "core/cli::verify-request expects :acceptance and :policy as string or nil")) ((core/error::make2 "core/type-error") "core/cli::verify-request expects :pkg string"))) ((core/error::make2 "core/type-error") "core/cli::verify-request expects map")))) (def core/cli::policy-list-request (fn (req) (if (core/cli::map? req) (let ((policies ((core/map::get req) (quote :policies)))) (if (core/cli::str? policies) {:policies policies} ((core/error::make2 "core/type-error") "core/cli::policy-list-request expects :policies string"))) ((core/error::make2 "core/type-error") "core/cli::policy-list-request expects map")))) (def core/cli::policy-show-request (fn (req) (if (core/cli::map? req) (let ((name-or-hash ((core/map::get req) (quote :name-or-hash))) (policies ((core/map::get req) (quote :policies))) (store ((core/map::get req) (quote :store)))) (if (if (core/cli::str? name-or-hash) (core/cli::str? policies) false) (if (core/cli::str? store) {:name-or-hash name-or-hash :policies policies :store store} ((core/error::make2 "core/type-error") "core/cli::policy-show-request expects :store string")) ((core/error::make2 "core/type-error") "core/cli::policy-show-request expects :name-or-hash and :policies strings"))) ((core/error::make2 "core/type-error") "core/cli::policy-show-request expects map")))) (def core/cli::policy-set-default-request (fn (req) (if (core/cli::map? req) (let ((name-or-hash ((core/map::get req) (quote :name-or-hash))) (policies ((core/map::get req) (quote :policies)))) (if (if (core/cli::str? name-or-hash) (core/cli::str? policies) false) {:name-or-hash name-or-hash :policies policies} ((core/error::make2 "core/type-error") "core/cli::policy-set-default-request expects :name-or-hash and :policies strings"))) ((core/error::make2 "core/type-error") "core/cli::policy-set-default-request expects map")))) (def core/cli::selfhost-artifact-request (fn (req) (if (core/cli::map? req) (let ((out ((core/map::get req) (quote :out))) (min-supported ((core/map::get req) (quote :min-stage2-supported-modules))) (min-validated ((core/map::get req) (quote :min-stage2-validated-modules)))) (if (core/cli::str? out) (if (if (core/cli::int? min-supported) (core/cli::int? min-validated) false) {:min-stage2-supported-modules min-supported :min-stage2-validated-modules min-validated :out out} ((core/error::make2 "core/type-error") "core/cli::selfhost-artifact-request expects integer stage2 minima")) ((core/error::make2 "core/type-error") "core/cli::selfhost-artifact-request expects :out string"))) ((core/error::make2 "core/type-error") "core/cli::selfhost-artifact-request expects map")))) (def core/cli::def-name-or-nil (fn (form) (if (core/cli::pair? form) (let ((items (core/pair::as-proper-list form))) (if (core/cli::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1))) (if (core/cli::sym? h) (if ((core/sym::eq? h) (quote def)) (if (core/cli::sym? n) n nil) nil) nil)) nil) nil)) nil))) (def core/cli::def-expr-or-nil (fn (form) (if (core/cli::pair? form) (let ((items (core/pair::as-proper-list form))) (if (core/cli::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) ((core/vec::get items) 2) nil) nil)) nil))) (def core/cli::quote-map-or-nil (fn (expr) (if (core/cli::pair? expr) (let ((qitems (core/pair::as-proper-list expr))) (if (core/cli::vec? qitems) (if ((core/int::eq? (core/vec::len qitems)) 2) (let ((qh ((core/vec::get qitems) 0)) (qv ((core/vec::get qitems) 1))) (if (core/cli::sym? qh) (if ((core/sym::eq? qh) (quote quote)) (if (core/cli::map? qv) qv nil) nil) nil)) nil) nil)) nil))) (def core/cli::module-meta-loop (fn (forms) (fn (i) (if ((core/int::eq? i) (core/vec::len forms)) nil (let ((form ((core/vec::get forms) i))) (let ((name (core/cli::def-name-or-nil form))) (if (core/cli::sym? name) (if ((core/sym::eq? name) (quote ::meta)) (let ((m (core/cli::quote-map-or-nil (core/cli::def-expr-or-nil form)))) (if (core/list::is-nil? m) ((core/cli::module-meta-loop forms) ((core/int::add i) 1)) m)) ((core/cli::module-meta-loop forms) ((core/int::add i) 1))) ((core/cli::module-meta-loop forms) ((core/int::add i) 1))))))))) (def core/cli::module-meta (fn (forms) (if (core/cli::vec? forms) ((core/cli::module-meta-loop forms) 0) ((core/error::make2 "core/type-error") "core/cli::module-meta expects vector of forms")))) (def core/cli::canonicalize-module-src (fn (src) (let ((forms (selfhost/parse::parse-module src))) (if (core/cli::is-error forms) forms (selfhost/canon::canonicalize-module forms))))) (def core/cli::fmt-module (fn (src) (let ((forms (core/cli::canonicalize-module-src src))) (if (core/cli::is-error forms) forms (selfhost/printer::print-module forms))))) (def core/cli::hash-module-src (fn (src) (let ((forms (core/cli::canonicalize-module-src src))) (if (core/cli::is-error forms) forms (core/cli::hash-module-forms forms))))) (def core/cli::hash-module-forms (fn (forms) (if (core/cli::vec? forms) (selfhost/hash::hash-module forms) ((core/error::make2 "core/type-error") "core/cli::hash-module-forms expects vector of forms")))) (def core/cli::frontend-module (fn (src) (let ((forms (core/cli::canonicalize-module-src src))) (if (core/cli::is-error forms) forms (let ((canonical-source (selfhost/printer::print-module forms))) (if (core/cli::is-error canonical-source) canonical-source (let ((module-h (core/cli::hash-module-forms forms))) (if (core/cli::is-error module-h) module-h (let ((source-bytes (core/str::to-utf8 src))) (if (core/cli::is-error source-bytes) source-bytes {:canonical-source canonical-source :forms forms :kind "genesis/frontend-module-v0.1" :module-h module-h :profile "genesis/coreform-canon-hash-v0.2" :source-span {:end-byte (core/bytes::len source-bytes) :start-byte 0} :span-unit (quote :utf8-byte) :v 1})))))))))) (def core/cli::hash-src-with-kind (fn (src) (let ((t (selfhost/parse::parse-term src))) (if (core/cli::is-error t) (let ((hm (core/cli::hash-module-src src))) (if (core/cli::is-error hm) hm {:hash hm :kind "module"})) (let ((ht (selfhost/hash::hash-term t))) (if (core/cli::is-error ht) ht {:hash ht :kind "term"})))))) (def core/cli::store-put-program (fn (artifact) (((core/effect::perform (quote core/store::put)) {:artifact artifact}) (fn (r) (core/effect::pure r))))) (def core/cli::store-get-program (fn (hash) (((core/effect::perform (quote core/store::get)) {:hash hash}) (fn (r) (core/effect::pure r))))) (def core/cli::store-has-program (fn (hash) (((core/effect::perform (quote core/store::has)) {:hash hash}) (fn (r) (core/effect::pure r))))) (def core/cli::store-verify-program (fn (hash-or-nil) (((core/effect::perform (quote core/store::verify)) {:hash hash-or-nil}) (fn (r) (core/effect::pure r))))) (def core/cli::refs-get-program (fn (name) (((core/effect::perform (quote core/refs::get)) {:name name}) (fn (r) (core/effect::pure r))))) (def core/cli::refs-list-program (fn (prefix) (((core/effect::perform (quote core/refs::list)) {:prefix prefix}) (fn (r) (core/effect::pure r))))) (def core/cli::refs-set-program (fn (req) (if (core/cli::map? req) (let ((name ((core/map::get req) (quote :name))) (hash ((core/map::get req) (quote :hash))) (policy ((core/map::get req) (quote :policy))) (expected-old-present ((core/map::get req) (quote :expected-old-present))) (expected-old ((core/map::get req) (quote :expected-old)))) (let ((payload0 {:hash hash :name name :policy policy})) (let ((payload (if expected-old-present (((core/map::put payload0) (quote :expected-old)) expected-old) payload0))) (((core/effect::perform (quote core/refs::set)) payload) (fn (r) (core/effect::pure r)))))) ((core/error::make2 "core/type-error") "core/cli::refs-set-program expects map")))) (def core/cli::refs-delete-program (fn (req) (if (core/cli::map? req) (let ((name ((core/map::get req) (quote :name))) (policy ((core/map::get req) (quote :policy))) (expected-old-present ((core/map::get req) (quote :expected-old-present))) (expected-old ((core/map::get req) (quote :expected-old)))) (let ((payload0 {:name name :policy policy})) (let ((payload (if expected-old-present (((core/map::put payload0) (quote :expected-old)) expected-old) payload0))) (((core/effect::perform (quote core/refs::delete)) payload) (fn (r) (core/effect::pure r)))))) ((core/error::make2 "core/type-error") "core/cli::refs-delete-program expects map")))) (def core/cli::sync-pull-program (fn (req) (if (core/cli::map? req) (let ((remote ((core/map::get req) (quote :remote))) (refs ((core/map::get req) (quote :refs))) (roots ((core/map::get req) (quote :roots))) (depth ((core/map::get req) (quote :depth))) (force ((core/map::get req) (quote :force)))) (let ((payload0 {:remote remote})) (let ((payload1 (if ((core/int::eq? (core/vec::len refs)) 0) payload0 (((core/map::put payload0) (quote :refs)) refs)))) (let ((payload2 (if ((core/int::eq? (core/vec::len roots)) 0) payload1 (((core/map::put payload1) (quote :roots)) roots)))) (let ((payload3 (if ((core/int::eq? depth) 0) payload2 (((core/map::put payload2) (quote :depth)) depth)))) (let ((payload (if force (((core/map::put payload3) (quote :force)) true) payload3))) (((core/effect::perform (quote core/sync::pull)) payload) (fn (r) (core/effect::pure r))))))))) ((core/error::make2 "core/type-error") "core/cli::sync-pull-program expects map")))) (def core/cli::sync-push-program (fn (req) (if (core/cli::map? req) (let ((remote ((core/map::get req) (quote :remote))) (roots ((core/map::get req) (quote :roots))) (depth ((core/map::get req) (quote :depth))) (set-refs ((core/map::get req) (quote :set-refs)))) (let ((payload0 {:remote remote :roots roots})) (let ((payload1 (if ((core/int::eq? depth) 0) payload0 (((core/map::put payload0) (quote :depth)) depth)))) (let ((payload (if ((core/int::eq? (core/vec::len set-refs)) 0) payload1 (((core/map::put payload1) (quote :set-refs)) set-refs)))) (((core/effect::perform (quote core/sync::push)) payload) (fn (r) (core/effect::pure r))))))) ((core/error::make2 "core/type-error") "core/cli::sync-push-program expects map")))) (def core/cli::gc-plan-program (fn (req) (if (core/cli::map? req) (((core/effect::perform (quote core/gc-low::plan)) {:depth ((core/map::get req) (quote :depth)) :include-lock ((core/map::get req) (quote :include-lock)) :include-refs ((core/map::get req) (quote :include-refs)) :lock ((core/map::get req) (quote :lock)) :pins ((core/map::get req) (quote :pins))}) (fn (r) (core/effect::pure r))) ((core/error::make2 "core/type-error") "core/cli::gc-plan-program expects map")))) (def core/cli::gc-run-program (fn (req) (if (core/cli::map? req) (let ((payload0 {:depth ((core/map::get req) (quote :depth)) :include-lock ((core/map::get req) (quote :include-lock)) :include-refs ((core/map::get req) (quote :include-refs)) :lock ((core/map::get req) (quote :lock)) :pins ((core/map::get req) (quote :pins)) :quarantine ((core/map::get req) (quote :quarantine))}) (qd ((core/map::get req) (quote :quarantine-dir)))) (let ((payload (if (core/list::is-nil? qd) payload0 (((core/map::put payload0) (quote :quarantine-dir)) qd)))) (((core/effect::perform (quote core/gc-low::run)) payload) (fn (r) (core/effect::pure r))))) ((core/error::make2 "core/type-error") "core/cli::gc-run-program expects map")))) (def core/cli::gc-pin-program (fn (req) (if (core/cli::map? req) (((core/effect::perform (quote core/gc-low::pin)) {:pins ((core/map::get req) (quote :pins)) :target ((core/map::get req) (quote :target))}) (fn (r) (core/effect::pure r))) ((core/error::make2 "core/type-error") "core/cli::gc-pin-program expects map")))) (def core/cli::gc-unpin-program (fn (req) (if (core/cli::map? req) (((core/effect::perform (quote core/gc-low::unpin)) {:pins ((core/map::get req) (quote :pins)) :target ((core/map::get req) (quote :target))}) (fn (r) (core/effect::pure r))) ((core/error::make2 "core/type-error") "core/cli::gc-unpin-program expects map")))) (def core/cli::gc-purge-program (fn (req) (if (core/cli::map? req) (let ((payload0 {:ttl-days ((core/map::get req) (quote :ttl-days))}) (qd ((core/map::get req) (quote :quarantine-dir)))) (let ((payload (if (core/list::is-nil? qd) payload0 (((core/map::put payload0) (quote :quarantine-dir)) qd)))) (((core/effect::perform (quote core/gc-low::purge)) payload) (fn (r) (core/effect::pure r))))) ((core/error::make2 "core/type-error") "core/cli::gc-purge-program expects map"))))] :module-h b"\x83\\\xE0\xED\x98\xB9\x81\x19\xAA\x8B\xC5\x83\x03;$Gd\x83\xCAW\xF7\xB5\x07\xEA\xEAD\xF7\x9Ed\xE7\x82E" :path "selfhost/cli_coreform_v1.gc" :source "(def core/cli::is-error core/error::is?)\n\n(def core/cli::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym))))\n\n(def core/cli::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec))))\n\n(def core/cli::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map))))\n\n(def core/cli::pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair))))\n\n(def core/cli::str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str))))\n\n(def core/cli::bool? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :bool))))\n\n(def core/cli::int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int))))\n\n(def core/cli::str-or-nil? (fn (x) (if (core/list::is-nil? x) true (core/cli::str? x))))\n\n(def core/cli::keygen-request\n (fn (req)\n (if (core/cli::map? req)\n (let ((out ((core/map::get req) (quote :out))))\n (if (core/cli::str? out)\n {:out out}\n ((core/error::make2 \"core/type-error\") \"core/cli::keygen-request expects :out string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::keygen-request expects map\"))))\n\n(def core/cli::sign-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((pkg ((core/map::get req) (quote :pkg))) (key ((core/map::get req) (quote :key)))\n (acceptance ((core/map::get req) (quote :acceptance)))\n (signatures ((core/map::get req) (quote :signatures))))\n (if (if (core/cli::str? pkg) (core/cli::str? key) false)\n (if (core/cli::str-or-nil? acceptance)\n (if (core/cli::str-or-nil? signatures)\n {\n :acceptance acceptance\n :key key\n :pkg pkg\n :signatures signatures}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::sign-request expects :signatures string or nil\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::sign-request expects :acceptance string or nil\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::sign-request expects :pkg and :key strings\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::sign-request expects map\"))))\n\n(def core/cli::transparency-verify-request\n (fn (req)\n (if (core/cli::map? req)\n (let ((pkg ((core/map::get req) (quote :pkg))))\n (if (core/cli::str? pkg)\n {:pkg pkg}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::transparency-verify-request expects :pkg string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::transparency-verify-request expects map\"))))\n\n(def core/cli::verify-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((pkg ((core/map::get req) (quote :pkg)))\n (acceptance ((core/map::get req) (quote :acceptance)))\n (policy ((core/map::get req) (quote :policy)))\n (signatures ((core/map::get req) (quote :signatures)))\n (scan-store ((core/map::get req) (quote :scan-store))))\n (if (core/cli::str? pkg)\n (if (if (core/cli::str-or-nil? acceptance) (core/cli::str-or-nil? policy) false)\n (if (core/cli::str-or-nil? signatures)\n (if (core/cli::bool? scan-store)\n {\n :acceptance acceptance\n :pkg pkg\n :policy policy\n :scan-store scan-store\n :signatures signatures}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::verify-request expects :scan-store bool\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::verify-request expects :signatures string or nil\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::verify-request expects :acceptance and :policy as string or nil\"))\n ((core/error::make2 \"core/type-error\") \"core/cli::verify-request expects :pkg string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::verify-request expects map\"))))\n\n(def core/cli::policy-list-request\n (fn (req)\n (if (core/cli::map? req)\n (let ((policies ((core/map::get req) (quote :policies))))\n (if (core/cli::str? policies)\n {:policies policies}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::policy-list-request expects :policies string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::policy-list-request expects map\"))))\n\n(def core/cli::policy-show-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((name-or-hash ((core/map::get req) (quote :name-or-hash)))\n (policies ((core/map::get req) (quote :policies)))\n (store ((core/map::get req) (quote :store))))\n (if (if (core/cli::str? name-or-hash) (core/cli::str? policies) false)\n (if (core/cli::str? store)\n {:name-or-hash name-or-hash :policies policies :store store}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::policy-show-request expects :store string\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::policy-show-request expects :name-or-hash and :policies strings\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::policy-show-request expects map\"))))\n\n(def core/cli::policy-set-default-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((name-or-hash ((core/map::get req) (quote :name-or-hash)))\n (policies ((core/map::get req) (quote :policies))))\n (if (if (core/cli::str? name-or-hash) (core/cli::str? policies) false)\n {:name-or-hash name-or-hash :policies policies}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::policy-set-default-request expects :name-or-hash and :policies strings\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::policy-set-default-request expects map\"))))\n\n(def core/cli::selfhost-artifact-request\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((out ((core/map::get req) (quote :out)))\n (min-supported ((core/map::get req) (quote :min-stage2-supported-modules)))\n (min-validated ((core/map::get req) (quote :min-stage2-validated-modules))))\n (if (core/cli::str? out)\n (if (if (core/cli::int? min-supported) (core/cli::int? min-validated) false)\n {\n :min-stage2-supported-modules min-supported\n :min-stage2-validated-modules min-validated\n :out out}\n ((core/error::make2 \"core/type-error\")\n \"core/cli::selfhost-artifact-request expects integer stage2 minima\"))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::selfhost-artifact-request expects :out string\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::selfhost-artifact-request expects map\"))))\n\n(def core/cli::def-name-or-nil\n (fn (form)\n (if (core/cli::pair? form)\n (let ((items (core/pair::as-proper-list form)))\n (if (core/cli::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1)))\n (if (core/cli::sym? h)\n (if ((core/sym::eq? h) (quote def)) (if (core/cli::sym? n) n nil) nil)\n nil))\n nil)\n nil))\n nil)))\n\n(def core/cli::def-expr-or-nil\n (fn (form)\n (if (core/cli::pair? form)\n (let ((items (core/pair::as-proper-list form)))\n (if (core/cli::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3) ((core/vec::get items) 2) nil)\n nil))\n nil)))\n\n(def core/cli::quote-map-or-nil\n (fn (expr)\n (if (core/cli::pair? expr)\n (let ((qitems (core/pair::as-proper-list expr)))\n (if (core/cli::vec? qitems)\n (if ((core/int::eq? (core/vec::len qitems)) 2)\n (let ((qh ((core/vec::get qitems) 0)) (qv ((core/vec::get qitems) 1)))\n (if (core/cli::sym? qh)\n (if ((core/sym::eq? qh) (quote quote)) (if (core/cli::map? qv) qv nil) nil)\n nil))\n nil)\n nil))\n nil)))\n\n(def core/cli::module-meta-loop\n (fn (forms)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len forms))\n nil\n (let ((form ((core/vec::get forms) i)))\n (let ((name (core/cli::def-name-or-nil form)))\n (if (core/cli::sym? name)\n (if ((core/sym::eq? name) (quote ::meta))\n (let ((m (core/cli::quote-map-or-nil (core/cli::def-expr-or-nil form))))\n (if (core/list::is-nil? m)\n ((core/cli::module-meta-loop forms) ((core/int::add i) 1))\n m))\n ((core/cli::module-meta-loop forms) ((core/int::add i) 1)))\n ((core/cli::module-meta-loop forms) ((core/int::add i) 1)))))))))\n\n(def core/cli::module-meta\n (fn (forms)\n (if (core/cli::vec? forms)\n ((core/cli::module-meta-loop forms) 0)\n ((core/error::make2 \"core/type-error\") \"core/cli::module-meta expects vector of forms\"))))\n\n(def core/cli::canonicalize-module-src\n (fn (src)\n (let ((forms (selfhost/parse::parse-module src)))\n (if (core/cli::is-error forms) forms (selfhost/canon::canonicalize-module forms)))))\n\n(def core/cli::fmt-module\n (fn (src)\n (let ((forms (core/cli::canonicalize-module-src src)))\n (if (core/cli::is-error forms) forms (selfhost/printer::print-module forms)))))\n\n(def core/cli::hash-module-src\n (fn (src)\n (let ((forms (core/cli::canonicalize-module-src src)))\n (if (core/cli::is-error forms) forms (core/cli::hash-module-forms forms)))))\n\n(def core/cli::hash-module-forms\n (fn (forms)\n (if (core/cli::vec? forms)\n (selfhost/hash::hash-module forms)\n ((core/error::make2 \"core/type-error\") \"core/cli::hash-module-forms expects vector of forms\"))))\n\n; Closed production frontend result. The host may decode and transport these facts, but\n; must not recompute or replace the canonical source, hash, or UTF-8 byte-span profile.\n(def core/cli::frontend-module\n (fn (src)\n (let ((forms (core/cli::canonicalize-module-src src)))\n (if (core/cli::is-error forms)\n forms\n (let ((canonical-source (selfhost/printer::print-module forms)))\n (if (core/cli::is-error canonical-source)\n canonical-source\n (let ((module-h (core/cli::hash-module-forms forms)))\n (if (core/cli::is-error module-h)\n module-h\n (let ((source-bytes (core/str::to-utf8 src)))\n (if (core/cli::is-error source-bytes)\n source-bytes\n {:canonical-source canonical-source\n :forms forms\n :kind \"genesis/frontend-module-v0.1\"\n :module-h module-h\n :profile \"genesis/coreform-canon-hash-v0.2\"\n :source-span {:end-byte (core/bytes::len source-bytes) :start-byte 0}\n :span-unit (quote :utf8-byte)\n :v 1}))))))))))\n\n(def core/cli::hash-src-with-kind\n (fn (src)\n (let ((t (selfhost/parse::parse-term src)))\n (if (core/cli::is-error t)\n (let ((hm (core/cli::hash-module-src src)))\n (if (core/cli::is-error hm) hm {:hash hm :kind \"module\"}))\n (let ((ht (selfhost/hash::hash-term t)))\n (if (core/cli::is-error ht) ht {:hash ht :kind \"term\"}))))))\n\n(def core/cli::store-put-program\n (fn (artifact)\n (((core/effect::perform (quote core/store::put)) {:artifact artifact})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::store-get-program\n (fn (hash)\n (((core/effect::perform (quote core/store::get)) {:hash hash}) (fn (r) (core/effect::pure r)))))\n\n(def core/cli::store-has-program\n (fn (hash)\n (((core/effect::perform (quote core/store::has)) {:hash hash}) (fn (r) (core/effect::pure r)))))\n\n(def core/cli::store-verify-program\n (fn (hash-or-nil)\n (((core/effect::perform (quote core/store::verify)) {:hash hash-or-nil})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::refs-get-program\n (fn (name)\n (((core/effect::perform (quote core/refs::get)) {:name name}) (fn (r) (core/effect::pure r)))))\n\n(def core/cli::refs-list-program\n (fn (prefix)\n (((core/effect::perform (quote core/refs::list)) {:prefix prefix})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::refs-set-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((name ((core/map::get req) (quote :name))) (hash ((core/map::get req) (quote :hash)))\n (policy ((core/map::get req) (quote :policy)))\n (expected-old-present ((core/map::get req) (quote :expected-old-present)))\n (expected-old ((core/map::get req) (quote :expected-old))))\n (let\n (\n (payload0\n {\n :hash hash\n :name name\n :policy policy}))\n (let\n (\n (payload\n (if expected-old-present\n (((core/map::put payload0) (quote :expected-old)) expected-old)\n payload0)))\n (((core/effect::perform (quote core/refs::set)) payload) (fn (r) (core/effect::pure r))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::refs-set-program expects map\"))))\n\n(def core/cli::refs-delete-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((name ((core/map::get req) (quote :name))) (policy ((core/map::get req) (quote :policy)))\n (expected-old-present ((core/map::get req) (quote :expected-old-present)))\n (expected-old ((core/map::get req) (quote :expected-old))))\n (let ((payload0 {:name name :policy policy}))\n (let\n (\n (payload\n (if expected-old-present\n (((core/map::put payload0) (quote :expected-old)) expected-old)\n payload0)))\n (((core/effect::perform (quote core/refs::delete)) payload)\n (fn (r) (core/effect::pure r))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::refs-delete-program expects map\"))))\n\n(def core/cli::sync-pull-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((remote ((core/map::get req) (quote :remote))) (refs ((core/map::get req) (quote :refs)))\n (roots ((core/map::get req) (quote :roots)))\n (depth ((core/map::get req) (quote :depth)))\n (force ((core/map::get req) (quote :force))))\n (let ((payload0 {:remote remote}))\n (let\n (\n (payload1\n (if ((core/int::eq? (core/vec::len refs)) 0)\n payload0\n (((core/map::put payload0) (quote :refs)) refs))))\n (let\n (\n (payload2\n (if ((core/int::eq? (core/vec::len roots)) 0)\n payload1\n (((core/map::put payload1) (quote :roots)) roots))))\n (let\n ((payload3 (if ((core/int::eq? depth) 0) payload2 (((core/map::put payload2) (quote :depth)) depth))))\n (let\n ((payload (if force (((core/map::put payload3) (quote :force)) true) payload3)))\n (((core/effect::perform (quote core/sync::pull)) payload)\n (fn (r) (core/effect::pure r)))))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::sync-pull-program expects map\"))))\n\n(def core/cli::sync-push-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((remote ((core/map::get req) (quote :remote))) (roots ((core/map::get req) (quote :roots)))\n (depth ((core/map::get req) (quote :depth)))\n (set-refs ((core/map::get req) (quote :set-refs))))\n (let ((payload0 {:remote remote :roots roots}))\n (let\n ((payload1 (if ((core/int::eq? depth) 0) payload0 (((core/map::put payload0) (quote :depth)) depth))))\n (let\n (\n (payload\n (if ((core/int::eq? (core/vec::len set-refs)) 0)\n payload1\n (((core/map::put payload1) (quote :set-refs)) set-refs))))\n (((core/effect::perform (quote core/sync::push)) payload)\n (fn (r) (core/effect::pure r)))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::sync-push-program expects map\"))))\n\n(def core/cli::gc-plan-program\n (fn (req)\n (if (core/cli::map? req)\n (\n ((core/effect::perform (quote core/gc-low::plan))\n {\n :depth ((core/map::get req) (quote :depth))\n :include-lock ((core/map::get req) (quote :include-lock))\n :include-refs ((core/map::get req) (quote :include-refs))\n :lock ((core/map::get req) (quote :lock))\n :pins ((core/map::get req) (quote :pins))})\n (fn (r) (core/effect::pure r)))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-plan-program expects map\"))))\n\n(def core/cli::gc-run-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n (\n (payload0\n {\n :depth ((core/map::get req) (quote :depth))\n :include-lock ((core/map::get req) (quote :include-lock))\n :include-refs ((core/map::get req) (quote :include-refs))\n :lock ((core/map::get req) (quote :lock))\n :pins ((core/map::get req) (quote :pins))\n :quarantine ((core/map::get req) (quote :quarantine))})\n (qd ((core/map::get req) (quote :quarantine-dir))))\n (let\n (\n (payload\n (if (core/list::is-nil? qd)\n payload0\n (((core/map::put payload0) (quote :quarantine-dir)) qd))))\n (((core/effect::perform (quote core/gc-low::run)) payload) (fn (r) (core/effect::pure r)))))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-run-program expects map\"))))\n\n(def core/cli::gc-pin-program\n (fn (req)\n (if (core/cli::map? req)\n (\n ((core/effect::perform (quote core/gc-low::pin))\n {\n :pins ((core/map::get req) (quote :pins))\n :target ((core/map::get req) (quote :target))})\n (fn (r) (core/effect::pure r)))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-pin-program expects map\"))))\n\n(def core/cli::gc-unpin-program\n (fn (req)\n (if (core/cli::map? req)\n (\n ((core/effect::perform (quote core/gc-low::unpin))\n {\n :pins ((core/map::get req) (quote :pins))\n :target ((core/map::get req) (quote :target))})\n (fn (r) (core/effect::pure r)))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-unpin-program expects map\"))))\n\n(def core/cli::gc-purge-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n (\n (payload0\n {\n :ttl-days ((core/map::get req) (quote :ttl-days))})\n (qd ((core/map::get req) (quote :quarantine-dir))))\n (let\n (\n (payload\n (if (core/list::is-nil? qd)\n payload0\n (((core/map::put payload0) (quote :quarantine-dir)) qd))))\n (((core/effect::perform (quote core/gc-low::purge)) payload) (fn (r) (core/effect::pure r)))))\n ((core/error::make2 \"core/type-error\") \"core/cli::gc-purge-program expects map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xA5\xA8W\x8A\x00\xD3\xA0\xEDI\xE3z\xD1*e\x19h\xBB\x05VU\xE6u\x8F\xE8\xE4\xED-\x95\xD3\xF3\xC8~" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::vcs-log::vec-take (fn (v) (fn (n) (if (if (core/cli::vec? v) (core/cli::int? n) false) ((((core/cli::vcs-log::vec-take2 v) n) 0) []) [])))) (def core/cli::vcs-log::vec-take2 (fn (v) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((core/cli::vcs-log::vec-take2 v) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get v) i))))))))) (def core/cli::vcs-log::vec-reverse (fn (v) (if (core/cli::vec? v) ((((core/cli::vcs-log::vec-reverse2 v) (core/vec::len v)) 0) []) []))) (def core/cli::vcs-log::vec-reverse2 (fn (v) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((j ((core/int::sub n) ((core/int::add i) 1)))) ((((core/cli::vcs-log::vec-reverse2 v) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get v) j)))))))))) (def core/cli::vcs-log::entry (fn (hash) (fn (commit) {:attestations ((core/map::get commit) (quote :attestations)) :base ((core/map::get commit) (quote :base)) :evidence ((core/map::get commit) (quote :evidence)) :hash hash :message ((core/map::get commit) (quote :message)) :obligations ((core/map::get commit) (quote :obligations)) :parents ((core/map::get commit) (quote :parents)) :patch ((core/map::get commit) (quote :patch)) :result ((core/map::get commit) (quote :result))}))) (def core/cli::vcs-log::resolve-root (fn (root) (if (core/cli::str? root) (if ((core/cli::str-starts-with? root) "refs/") ((core/effect::bind (core/cli::refs-get-program root)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) (let ((h ((core/map::get resp) (quote :hash)))) (if (core/cli::str? h) (core/effect::pure h) (core/effect::pure ((core/error::make2 "core/vcs/ref-not-found") ((core/str::concat "ref not found: ") root)))))))) (if (core/cli::hash-hex? root) (core/effect::pure root) (core/effect::pure ((core/error::make2 "core/vcs/bad-root") "root must be a 64-hex commit hash or refs/...")))) (core/effect::pure ((core/error::make2 "core/vcs/bad-root") "root must be a 64-hex commit hash or refs/..."))))) (def core/cli::vcs-log::loop (fn (state) (fn (max) (let ((commits ((core/map::get state) (quote :commits)))) (if ((core/int::eq? (core/vec::len commits)) max) (core/effect::pure (((core/map::put state) (quote :truncated)) true)) (let ((stack ((core/map::get state) (quote :stack)))) (if ((core/int::eq? (core/vec::len stack)) 0) (core/effect::pure state) (let ((seen ((core/map::get state) (quote :seen))) (h ((core/vec::get stack) ((core/int::sub (core/vec::len stack)) 1))) (rest ((core/cli::vcs-log::vec-take stack) ((core/int::sub (core/vec::len stack)) 1)))) (if (core/list::is-nil? ((core/map::get seen) h)) ((core/effect::bind (core/cli::store-get-program h)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) (let ((c (core/cli::vcs-validate-commit ((core/map::get resp) (quote :artifact))))) (if (core/cli::is-error c) (core/effect::pure c) (let ((parents ((core/map::get c) (quote :parents))) (stack2 ((core/cli::vec-append rest) (core/cli::vcs-log::vec-reverse parents))) (seen2 (((core/map::put seen) h) true)) (commits2 ((core/vec::push commits) ((core/cli::vcs-log::entry h) c))) (state2 {:commits commits2 :seen seen2 :stack stack2 :truncated false})) ((core/cli::vcs-log::loop state2) max))))))) ((core/cli::vcs-log::loop {:commits commits :seen seen :stack rest :truncated ((core/map::get state) (quote :truncated))}) max)))))))))) (def core/cli::vcs-log-program (fn (req) (if (core/cli::map? req) (let ((root0 ((core/map::get req) (quote :root))) (max0 ((core/map::get req) (quote :max)))) (let ((max (if (core/cli::int? max0) max0 1000))) ((core/effect::bind (core/cli::vcs-log::resolve-root root0)) (fn (resolved) (if (core/cli::is-error resolved) (core/effect::pure resolved) ((core/effect::bind ((core/cli::vcs-log::loop {:commits [] :seen {} :stack ((core/vec::push []) resolved) :truncated false}) max)) (fn (state) (if (core/cli::is-error state) (core/effect::pure state) (core/effect::pure {:commits ((core/map::get state) (quote :commits)) :ok true :root resolved :truncated ((core/map::get state) (quote :truncated))}))))))))) ((core/error::make2 "core/type-error") "core/cli::vcs-log-program expects map")))) (def core/cli::sym-or-str->str (fn (x) (if (core/cli::str? x) x (if (core/cli::sym? x) (core/sym::to-str x) nil)))) (def core/cli::vcs-map-get-sym-or-str (fn (m) (fn (kstr) (if (if (core/cli::map? m) (core/cli::str? kstr) false) (let ((v1 ((core/map::get m) (core/sym::from-str kstr)))) (if (core/list::is-nil? v1) ((core/map::get m) kstr) v1)) nil)))) (def core/cli::vcs-package-module-ref (fn (mods) (fn (sym) (if (if (core/cli::vec? mods) (core/cli::str? sym) false) ((((core/cli::vcs-package-module-ref2 mods) sym) (core/vec::len mods)) 0) nil)))) (def core/cli::vcs-package-module-ref2 (fn (mods) (fn (sym) (fn (n) (fn (i) (if ((core/int::eq? i) n) nil (let ((entry ((core/vec::get mods) i))) (if (core/cli::map? entry) (let ((p ((core/map::get entry) (quote :path))) (h ((core/map::get entry) (quote :hash)))) (if (if (core/cli::str? p) (core/cli::hash-hex? h) false) (if ((core/eq? p) sym) h ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1))) ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1)))) ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1)))))))))) (def core/cli::vcs-snapshot-symbol-ref (fn (snapshot) (fn (sym) (let ((snap (core/cli::vcs-validate-snapshot snapshot))) (if (core/cli::is-error snap) snap (let ((kind ((core/map::get snapshot) (quote :kind)))) (if ((core/sym::eq? kind) (quote :module)) (let ((defs ((core/map::get snapshot) (quote :defs)))) (if (core/cli::map? defs) (let ((h ((core/cli::vcs-map-get-sym-or-str defs) sym))) (if (core/cli::hash-hex? h) h nil)) nil)) (if ((core/sym::eq? kind) (quote :contract)) (let ((ov ((core/map::get snapshot) (quote :overrides)))) (if (core/cli::map? ov) (let ((h ((core/cli::vcs-map-get-sym-or-str ov) sym))) (if (core/cli::hash-hex? h) h nil)) nil)) (if ((core/sym::eq? kind) (quote :workspace)) (let ((mods ((core/map::get snapshot) (quote :modules)))) (if (core/cli::map? mods) (let ((h ((core/cli::vcs-map-get-sym-or-str mods) sym))) (if (core/cli::hash-hex? h) h nil)) nil)) (if ((core/sym::eq? kind) (quote :package)) ((core/cli::vcs-package-module-ref ((core/map::get snapshot) (quote :modules))) sym) nil))))))))))] :module-h b"\xF2\x87XY\xCE\xF9\xAE92\r\x16~\x18WfgkN:x3+\x0C\xB2\xA9\xB3\xDF\x94s#\x03\xC3" :path "selfhost/cli_coreform_vcs_queries_v1.gc" :source "(def core/cli::vcs-log::vec-take\n (fn (v)\n (fn (n)\n (if (if (core/cli::vec? v) (core/cli::int? n) false)\n ((((core/cli::vcs-log::vec-take2 v) n) 0) [])\n []))))\n\n(def core/cli::vcs-log::vec-take2\n (fn (v)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((core/cli::vcs-log::vec-take2 v) n) ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get v) i)))))))))\n\n(def core/cli::vcs-log::vec-reverse\n (fn (v)\n (if (core/cli::vec? v) ((((core/cli::vcs-log::vec-reverse2 v) (core/vec::len v)) 0) []) [])))\n\n(def core/cli::vcs-log::vec-reverse2\n (fn (v)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((j ((core/int::sub n) ((core/int::add i) 1))))\n ((((core/cli::vcs-log::vec-reverse2 v) n) ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get v) j))))))))))\n\n(def core/cli::vcs-log::entry\n (fn (hash)\n (fn (commit)\n {\n :attestations ((core/map::get commit) (quote :attestations))\n :base ((core/map::get commit) (quote :base))\n :evidence ((core/map::get commit) (quote :evidence))\n :hash hash\n :message ((core/map::get commit) (quote :message))\n :obligations ((core/map::get commit) (quote :obligations))\n :parents ((core/map::get commit) (quote :parents))\n :patch ((core/map::get commit) (quote :patch))\n :result ((core/map::get commit) (quote :result))})))\n\n(def core/cli::vcs-log::resolve-root\n (fn (root)\n (if (core/cli::str? root)\n (if ((core/cli::str-starts-with? root) \"refs/\")\n ((core/effect::bind (core/cli::refs-get-program root))\n (fn (resp)\n (if (core/cli::is-error resp)\n (core/effect::pure resp)\n (let ((h ((core/map::get resp) (quote :hash))))\n (if (core/cli::str? h)\n (core/effect::pure h)\n (core/effect::pure\n ((core/error::make2 \"core/vcs/ref-not-found\")\n ((core/str::concat \"ref not found: \") root))))))))\n (if (core/cli::hash-hex? root)\n (core/effect::pure root)\n (core/effect::pure\n ((core/error::make2 \"core/vcs/bad-root\") \"root must be a 64-hex commit hash or refs/...\"))))\n (core/effect::pure\n ((core/error::make2 \"core/vcs/bad-root\") \"root must be a 64-hex commit hash or refs/...\")))))\n\n(def core/cli::vcs-log::loop\n (fn (state)\n (fn (max)\n (let ((commits ((core/map::get state) (quote :commits))))\n (if ((core/int::eq? (core/vec::len commits)) max)\n (core/effect::pure (((core/map::put state) (quote :truncated)) true))\n (let ((stack ((core/map::get state) (quote :stack))))\n (if ((core/int::eq? (core/vec::len stack)) 0)\n (core/effect::pure state)\n (let\n ((seen ((core/map::get state) (quote :seen)))\n (h ((core/vec::get stack) ((core/int::sub (core/vec::len stack)) 1)))\n (rest\n ((core/cli::vcs-log::vec-take stack) ((core/int::sub (core/vec::len stack)) 1))))\n (if (core/list::is-nil? ((core/map::get seen) h))\n ((core/effect::bind (core/cli::store-get-program h))\n (fn (resp)\n (if (core/cli::is-error resp)\n (core/effect::pure resp)\n (let\n ((c (core/cli::vcs-validate-commit ((core/map::get resp) (quote :artifact)))))\n (if (core/cli::is-error c)\n (core/effect::pure c)\n (let\n ((parents ((core/map::get c) (quote :parents)))\n (stack2\n ((core/cli::vec-append rest)\n (core/cli::vcs-log::vec-reverse parents)))\n (seen2 (((core/map::put seen) h) true))\n (commits2\n ((core/vec::push commits) ((core/cli::vcs-log::entry h) c)))\n (state2\n {\n :commits commits2\n :seen seen2\n :stack stack2\n :truncated false}))\n ((core/cli::vcs-log::loop state2) max)))))))\n (\n (core/cli::vcs-log::loop\n {\n :commits commits\n :seen seen\n :stack rest\n :truncated ((core/map::get state) (quote :truncated))})\n max))))))))))\n\n(def core/cli::vcs-log-program\n (fn (req)\n (if (core/cli::map? req)\n (let ((root0 ((core/map::get req) (quote :root))) (max0 ((core/map::get req) (quote :max))))\n (let ((max (if (core/cli::int? max0) max0 1000)))\n ((core/effect::bind (core/cli::vcs-log::resolve-root root0))\n (fn (resolved)\n (if (core/cli::is-error resolved)\n (core/effect::pure resolved)\n (\n (core/effect::bind\n (\n (core/cli::vcs-log::loop\n {\n :commits []\n :seen {}\n :stack ((core/vec::push []) resolved)\n :truncated false})\n max))\n (fn (state)\n (if (core/cli::is-error state)\n (core/effect::pure state)\n (core/effect::pure\n {\n :commits ((core/map::get state) (quote :commits))\n :ok true\n :root resolved\n :truncated ((core/map::get state) (quote :truncated))})))))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-log-program expects map\"))))\n\n(def core/cli::sym-or-str->str\n (fn (x) (if (core/cli::str? x) x (if (core/cli::sym? x) (core/sym::to-str x) nil))))\n\n(def core/cli::vcs-map-get-sym-or-str\n (fn (m)\n (fn (kstr)\n (if (if (core/cli::map? m) (core/cli::str? kstr) false)\n (let ((v1 ((core/map::get m) (core/sym::from-str kstr))))\n (if (core/list::is-nil? v1) ((core/map::get m) kstr) v1))\n nil))))\n\n(def core/cli::vcs-package-module-ref\n (fn (mods)\n (fn (sym)\n (if (if (core/cli::vec? mods) (core/cli::str? sym) false)\n ((((core/cli::vcs-package-module-ref2 mods) sym) (core/vec::len mods)) 0)\n nil))))\n\n(def core/cli::vcs-package-module-ref2\n (fn (mods)\n (fn (sym)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n nil\n (let ((entry ((core/vec::get mods) i)))\n (if (core/cli::map? entry)\n (let\n ((p ((core/map::get entry) (quote :path)))\n (h ((core/map::get entry) (quote :hash))))\n (if (if (core/cli::str? p) (core/cli::hash-hex? h) false)\n (if ((core/eq? p) sym)\n h\n ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1)))\n ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1))))\n ((((core/cli::vcs-package-module-ref2 mods) sym) n) ((core/int::add i) 1))))))))))\n\n(def core/cli::vcs-snapshot-symbol-ref\n (fn (snapshot)\n (fn (sym)\n (let ((snap (core/cli::vcs-validate-snapshot snapshot)))\n (if (core/cli::is-error snap)\n snap\n (let ((kind ((core/map::get snapshot) (quote :kind))))\n (if ((core/sym::eq? kind) (quote :module))\n (let ((defs ((core/map::get snapshot) (quote :defs))))\n (if (core/cli::map? defs)\n (let ((h ((core/cli::vcs-map-get-sym-or-str defs) sym)))\n (if (core/cli::hash-hex? h) h nil))\n nil))\n (if ((core/sym::eq? kind) (quote :contract))\n (let ((ov ((core/map::get snapshot) (quote :overrides))))\n (if (core/cli::map? ov)\n (let ((h ((core/cli::vcs-map-get-sym-or-str ov) sym)))\n (if (core/cli::hash-hex? h) h nil))\n nil))\n (if ((core/sym::eq? kind) (quote :workspace))\n (let ((mods ((core/map::get snapshot) (quote :modules))))\n (if (core/cli::map? mods)\n (let ((h ((core/cli::vcs-map-get-sym-or-str mods) sym)))\n (if (core/cli::hash-hex? h) h nil))\n nil))\n (if ((core/sym::eq? kind) (quote :package))\n ((core/cli::vcs-package-module-ref ((core/map::get snapshot) (quote :modules)))\n sym)\n nil))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xF2\x87XY\xCE\xF9\xAE92\r\x16~\x18WfgkN:x3+\x0C\xB2\xA9\xB3\xDF\x94s#\x03\xC3" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::vcs-load-commit (fn (h) (if (core/cli::hash-hex? h) ((core/effect::bind (core/cli::store-get-program h)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) (let ((commit (core/cli::vcs-validate-commit ((core/map::get resp) (quote :artifact))))) (if (core/cli::is-error commit) (core/effect::pure commit) (core/effect::pure {:commit commit :hash h})))))) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") ":commit must be 64-hex hash"))))) (def core/cli::vcs-load-snapshot (fn (h) (if (core/cli::hash-hex? h) ((core/effect::bind (core/cli::store-get-program h)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) (let ((snapshot (core/cli::vcs-validate-snapshot ((core/map::get resp) (quote :artifact))))) (if (core/cli::is-error snapshot) (core/effect::pure snapshot) (core/effect::pure {:hash h :snapshot snapshot})))))) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") ":snapshot must be 64-hex hash"))))) (def core/cli::vcs-ref-hashes (fn (refs-resp) (let ((refs ((core/map::get refs-resp) (quote :refs)))) (if (core/cli::vec? refs) ((((core/cli::vcs-ref-hashes2 refs) (core/vec::len refs)) 0) []) [])))) (def core/cli::vcs-ref-hashes2 (fn (refs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get refs) i))) (if (core/cli::map? e) (let ((h ((core/map::get e) (quote :hash)))) ((((core/cli::vcs-ref-hashes2 refs) n) ((core/int::add i) 1)) (if (core/cli::hash-hex? h) ((core/vec::push out) h) out))) ((((core/cli::vcs-ref-hashes2 refs) n) ((core/int::add i) 1)) out))))))))) (def core/cli::vcs-find-commit-for-snapshot-loop (fn (snapshot-h) (fn (state) (let ((stack ((core/map::get state) (quote :stack)))) (if ((core/int::eq? (core/vec::len stack)) 0) (core/effect::pure nil) (let ((seen ((core/map::get state) (quote :seen))) (h ((core/vec::get stack) ((core/int::sub (core/vec::len stack)) 1))) (rest ((core/cli::vcs-log::vec-take stack) ((core/int::sub (core/vec::len stack)) 1)))) (if (core/list::is-nil? ((core/map::get seen) h)) ((core/effect::bind (core/cli::vcs-load-commit h)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit))) (seen2 (((core/map::put seen) h) true))) (if ((core/eq? ((core/map::get c) (quote :result))) snapshot-h) (core/effect::pure h) ((core/cli::vcs-find-commit-for-snapshot-loop snapshot-h) {:seen seen2 :stack ((core/cli::vec-append rest) (core/cli::vcs-log::vec-reverse ((core/map::get c) (quote :parents))))})))))) ((core/cli::vcs-find-commit-for-snapshot-loop snapshot-h) {:seen seen :stack rest})))))))) (def core/cli::vcs-find-commit-for-snapshot (fn (snapshot-h) ((core/effect::bind (core/cli::refs-list-program nil)) (fn (resp) (if (core/cli::is-error resp) (core/effect::pure resp) ((core/cli::vcs-find-commit-for-snapshot-loop snapshot-h) {:seen {} :stack (core/cli::vcs-ref-hashes resp)})))))) (def core/cli::vcs-snapshot-symbol-ref-by-hash (fn (snapshot-h) (fn (sym) ((core/effect::bind (core/cli::vcs-load-snapshot snapshot-h)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (core/effect::pure ((core/cli::vcs-snapshot-symbol-ref ((core/map::get loaded) (quote :snapshot))) sym)))))))) (def core/cli::vcs-blame-next-parent-loop (fn (parents) (fn (sym) (fn (value-h) (fn (n) (fn (i) (if ((core/int::eq? i) n) (core/effect::pure nil) (let ((p ((core/vec::get parents) i))) ((core/effect::bind (core/cli::vcs-load-commit p)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((pc ((core/map::get loaded) (quote :commit)))) ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash ((core/map::get pc) (quote :result))) sym)) (fn (pref) (if (core/cli::is-error pref) (core/effect::pure pref) (if (if (core/cli::hash-hex? pref) ((core/eq? pref) value-h) false) (core/effect::pure p) (((((core/cli::vcs-blame-next-parent-loop parents) sym) value-h) n) ((core/int::add i) 1)))))))))))))))))) (def core/cli::vcs-blame-next-parent (fn (parents) (fn (sym) (fn (value-h) (if (core/cli::vec? parents) (((((core/cli::vcs-blame-next-parent-loop parents) sym) value-h) (core/vec::len parents)) 0) (core/effect::pure nil)))))) (def core/cli::vcs-blame-loop (fn (cur) (fn (sym) (fn (value-h) (fn (seen) (if ((core/map::get seen) cur) (core/effect::pure cur) (let ((seen2 (((core/map::put seen) cur) true))) ((core/effect::bind (core/cli::vcs-load-commit cur)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit)))) ((core/effect::bind (((core/cli::vcs-blame-next-parent ((core/map::get c) (quote :parents))) sym) value-h)) (fn (next) (if (core/cli::is-error next) (core/effect::pure next) (if (core/cli::hash-hex? next) ((((core/cli::vcs-blame-loop next) sym) value-h) seen2) (core/effect::pure cur)))))))))))))))) (def core/cli::vcs-resolve-start (fn (req) (if (core/cli::map? req) (let ((snapshot0 ((core/map::get req) (quote :snapshot))) (commit0 ((core/map::get req) (quote :commit)))) (let ((snapshot-bad (if (core/list::is-nil? snapshot0) false (if (core/cli::hash-hex? snapshot0) false true))) (commit-bad (if (core/list::is-nil? commit0) false (if (core/cli::hash-hex? commit0) false true)))) (if (if snapshot-bad true commit-bad) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") ":snapshot/:commit must be 64-hex hash strings or nil")) (if (if (core/list::is-nil? snapshot0) (core/list::is-nil? commit0) false) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") "missing :snapshot or :commit")) (if (core/list::is-nil? commit0) ((core/effect::bind (core/cli::vcs-find-commit-for-snapshot snapshot0)) (fn (found) (if (core/cli::is-error found) (core/effect::pure found) (if (core/cli::hash-hex? found) ((core/effect::bind (core/cli::vcs-load-commit found)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (core/effect::pure {:query-snapshot snapshot0 :start-commit ((core/map::get loaded) (quote :commit)) :start-commit-h found})))) (core/effect::pure ((core/error::make2 "core/vcs/no-commit-for-snapshot") ((core/str::concat "no commit found for snapshot: ") snapshot0))))))) ((core/effect::bind (core/cli::vcs-load-commit commit0)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit)))) (if (if (core/list::is-nil? snapshot0) false ((core/eq? ((core/map::get c) (quote :result))) snapshot0)) (core/effect::pure {:query-snapshot snapshot0 :start-commit c :start-commit-h commit0}) (if (core/list::is-nil? snapshot0) (core/effect::pure {:query-snapshot ((core/map::get c) (quote :result)) :start-commit c :start-commit-h commit0}) (core/effect::pure ((core/error::make2 "core/vcs/bad-payload") "provided :commit does not resolve to provided :snapshot"))))))))))))) (core/effect::pure ((core/error::make2 "core/type-error") "core/cli::vcs-resolve-start expects map"))))) (def core/cli::vcs-blame-program (fn (req) (if (core/cli::map? req) (let ((sym (core/cli::sym-or-str->str ((core/map::get req) (quote :sym)))) (path0 ((core/map::get req) (quote :path)))) (if (core/list::is-nil? sym) ((core/error::make2 "core/vcs/bad-payload") ":sym must be symbol/string") (let ((path (if (core/list::is-nil? path0) nil (core/cli::sym-or-str->str path0)))) (if (if (core/list::is-nil? path0) false (core/list::is-nil? path)) ((core/error::make2 "core/vcs/bad-payload") ":path must be symbol/string or nil") ((core/effect::bind (core/cli::vcs-resolve-start req)) (fn (start) (if (core/cli::is-error start) (core/effect::pure start) (let ((query-snapshot ((core/map::get start) (quote :query-snapshot))) (start-h ((core/map::get start) (quote :start-commit-h)))) ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash query-snapshot) sym)) (fn (value-h) (if (core/cli::is-error value-h) (core/effect::pure value-h) (if (core/cli::hash-hex? value-h) ((core/effect::bind ((((core/cli::vcs-blame-loop start-h) sym) value-h) {})) (fn (blame-h) (if (core/cli::is-error blame-h) (core/effect::pure blame-h) ((core/effect::bind (core/cli::vcs-load-commit blame-h)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit)))) (core/effect::pure {:commit blame-h :ok true :path path :query-snapshot query-snapshot :snapshot ((core/map::get c) (quote :result)) :sym sym :value value-h})))))))) (core/effect::pure ((core/error::make2 "core/vcs/symbol-not-found") ((core/str::concat "symbol not found in snapshot: ") sym))))))))))))))) ((core/error::make2 "core/type-error") "core/cli::vcs-blame-program expects map")))) (def core/cli::vcs-why-program (fn (req) (if (core/cli::map? req) (let ((sym (core/cli::sym-or-str->str ((core/map::get req) (quote :sym)))) (op0 ((core/map::get req) (quote :op))) (path0 ((core/map::get req) (quote :path)))) (if (core/list::is-nil? sym) ((core/error::make2 "core/vcs/bad-payload") ":sym must be symbol/string") (let ((op (if (core/list::is-nil? op0) nil (core/cli::sym-or-str->str op0))) (path (if (core/list::is-nil? path0) nil (core/cli::sym-or-str->str path0)))) (if (if (if (core/list::is-nil? op0) false (core/list::is-nil? op)) true (if (core/list::is-nil? path0) false (core/list::is-nil? path))) ((core/error::make2 "core/vcs/bad-payload") ":op/:path must be symbol/string or nil") ((core/effect::bind (core/cli::vcs-resolve-start req)) (fn (start) (if (core/cli::is-error start) (core/effect::pure start) (let ((query-snapshot ((core/map::get start) (quote :query-snapshot))) (start-h ((core/map::get start) (quote :start-commit-h)))) ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash query-snapshot) sym)) (fn (value-h) (if (core/cli::is-error value-h) (core/effect::pure value-h) (if (core/cli::hash-hex? value-h) ((core/effect::bind ((((core/cli::vcs-blame-loop start-h) sym) value-h) {})) (fn (blame-h) (if (core/cli::is-error blame-h) (core/effect::pure blame-h) ((core/effect::bind (core/cli::vcs-load-commit blame-h)) (fn (loaded) (if (core/cli::is-error loaded) (core/effect::pure loaded) (let ((c ((core/map::get loaded) (quote :commit)))) (core/effect::pure {:attestations ((core/map::get c) (quote :attestations)) :author ((core/map::get c) (quote :author)) :commit blame-h :evidence ((core/map::get c) (quote :evidence)) :message ((core/map::get c) (quote :message)) :obligations ((core/map::get c) (quote :obligations)) :ok true :op op :path path :query-snapshot query-snapshot :snapshot ((core/map::get c) (quote :result)) :sym sym :target ((core/map::get c) (quote :target)) :value value-h :why ((core/map::get c) (quote :why))})))))))) (core/effect::pure ((core/error::make2 "core/vcs/symbol-not-found") ((core/str::concat "symbol not found in snapshot: ") sym))))))))))))))) ((core/error::make2 "core/type-error") "core/cli::vcs-why-program expects map"))))] :module-h b"1ix\x9E\xA4\xB1]\x92\xD8\xB6\x9Es\rS=\x07\xBE\x14wR\xF6\xFD\x1A\x00~\x8B\xD8\xEC3str ((core/map::get req) (quote :sym))))\n (path0 ((core/map::get req) (quote :path))))\n (if (core/list::is-nil? sym)\n ((core/error::make2 \"core/vcs/bad-payload\") \":sym must be symbol/string\")\n (let ((path (if (core/list::is-nil? path0) nil (core/cli::sym-or-str->str path0))))\n (if (if (core/list::is-nil? path0) false (core/list::is-nil? path))\n ((core/error::make2 \"core/vcs/bad-payload\") \":path must be symbol/string or nil\")\n ((core/effect::bind (core/cli::vcs-resolve-start req))\n (fn (start)\n (if (core/cli::is-error start)\n (core/effect::pure start)\n (let\n ((query-snapshot ((core/map::get start) (quote :query-snapshot)))\n (start-h ((core/map::get start) (quote :start-commit-h))))\n ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash query-snapshot) sym))\n (fn (value-h)\n (if (core/cli::is-error value-h)\n (core/effect::pure value-h)\n (if (core/cli::hash-hex? value-h)\n ((core/effect::bind ((((core/cli::vcs-blame-loop start-h) sym) value-h) {}))\n (fn (blame-h)\n (if (core/cli::is-error blame-h)\n (core/effect::pure blame-h)\n ((core/effect::bind (core/cli::vcs-load-commit blame-h))\n (fn (loaded)\n (if (core/cli::is-error loaded)\n (core/effect::pure loaded)\n (let ((c ((core/map::get loaded) (quote :commit))))\n (core/effect::pure\n {\n :commit blame-h\n :ok true\n :path path\n :query-snapshot query-snapshot\n :snapshot ((core/map::get c) (quote :result))\n :sym sym\n :value value-h}))))))))\n (core/effect::pure\n ((core/error::make2 \"core/vcs/symbol-not-found\")\n ((core/str::concat \"symbol not found in snapshot: \") sym)))))))))))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-blame-program expects map\"))))\n\n(def core/cli::vcs-why-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((sym (core/cli::sym-or-str->str ((core/map::get req) (quote :sym))))\n (op0 ((core/map::get req) (quote :op)))\n (path0 ((core/map::get req) (quote :path))))\n (if (core/list::is-nil? sym)\n ((core/error::make2 \"core/vcs/bad-payload\") \":sym must be symbol/string\")\n (let\n ((op (if (core/list::is-nil? op0) nil (core/cli::sym-or-str->str op0)))\n (path (if (core/list::is-nil? path0) nil (core/cli::sym-or-str->str path0))))\n (if\n (if (if (core/list::is-nil? op0) false (core/list::is-nil? op))\n true\n (if (core/list::is-nil? path0) false (core/list::is-nil? path)))\n ((core/error::make2 \"core/vcs/bad-payload\") \":op/:path must be symbol/string or nil\")\n ((core/effect::bind (core/cli::vcs-resolve-start req))\n (fn (start)\n (if (core/cli::is-error start)\n (core/effect::pure start)\n (let\n ((query-snapshot ((core/map::get start) (quote :query-snapshot)))\n (start-h ((core/map::get start) (quote :start-commit-h))))\n ((core/effect::bind ((core/cli::vcs-snapshot-symbol-ref-by-hash query-snapshot) sym))\n (fn (value-h)\n (if (core/cli::is-error value-h)\n (core/effect::pure value-h)\n (if (core/cli::hash-hex? value-h)\n ((core/effect::bind ((((core/cli::vcs-blame-loop start-h) sym) value-h) {}))\n (fn (blame-h)\n (if (core/cli::is-error blame-h)\n (core/effect::pure blame-h)\n ((core/effect::bind (core/cli::vcs-load-commit blame-h))\n (fn (loaded)\n (if (core/cli::is-error loaded)\n (core/effect::pure loaded)\n (let ((c ((core/map::get loaded) (quote :commit))))\n (core/effect::pure\n {\n :attestations\n ((core/map::get c) (quote :attestations))\n :author ((core/map::get c) (quote :author))\n :commit blame-h\n :evidence ((core/map::get c) (quote :evidence))\n :message ((core/map::get c) (quote :message))\n :obligations\n ((core/map::get c) (quote :obligations))\n :ok true\n :op op\n :path path\n :query-snapshot query-snapshot\n :snapshot ((core/map::get c) (quote :result))\n :sym sym\n :target ((core/map::get c) (quote :target))\n :value value-h\n :why ((core/map::get c) (quote :why))}))))))))\n (core/effect::pure\n ((core/error::make2 \"core/vcs/symbol-not-found\")\n ((core/str::concat \"symbol not found in snapshot: \") sym)))))))))))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-why-program expects map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"1ix\x9E\xA4\xB1]\x92\xD8\xB6\x9Es\rS=\x07\xBE\x14wR\xF6\xFD\x1A\x00~\x8B\xD8\xEC3str x))) (if (core/cli::str? s) (next ((core/vec::push out) s)) (next out))))))))))) (def core/cli::pkg-commit-provenance (fn (commit) (if (core/cli::map? commit) {:attestations (core/cli::vec-normalize-strs ((core/map::get commit) (quote :attestations))) :base ((core/map::get commit) (quote :base)) :evidence (core/cli::vec-normalize-strs ((core/map::get commit) (quote :evidence))) :obligations (core/cli::vec-normalize-strs ((core/map::get commit) (quote :obligations))) :parents (core/cli::vec-normalize-strs ((core/map::get commit) (quote :parents))) :patch ((core/map::get commit) (quote :patch)) :result ((core/map::get commit) (quote :result))} ((core/error::make2 "core/type-error") "core/cli::pkg-commit-provenance expects map")))) (def core/cli::pkg-publish-program (fn (req) (if (core/cli::map? req) (let ((remote ((core/map::get req) (quote :remote))) (ref ((core/map::get req) (quote :ref))) (policy ((core/map::get req) (quote :policy))) (expected-old-present ((core/map::get req) (quote :expected-old-present))) (expected-old ((core/map::get req) (quote :expected-old))) (depth ((core/map::get req) (quote :depth))) (commit ((core/map::get req) (quote :commit)))) (if (core/cli::hash-hex? policy) ((core/effect::bind (core/cli::pkg-resolve-publish-commit-program req)) (fn (commit-h) (if (core/cli::is-error commit-h) (core/effect::pure commit-h) ((core/effect::bind (core/cli::pkg-ensure-hash-program policy)) (fn (policy-art) (if (core/cli::is-error policy-art) (core/effect::pure policy-art) ((core/effect::bind (core/cli::pkg-ensure-hash-program commit-h)) (fn (commit-art) (if (core/cli::is-error commit-art) (core/effect::pure commit-art) (let ((commit1 (core/cli::vcs-validate-commit commit-art))) (if (core/cli::is-error commit1) (core/effect::pure ((core/error::make2 "core/pkg/bad-commit") "invalid commit artifact")) (let ((snapshot-h ((core/map::get commit1) (quote :result))) (provenance (core/cli::pkg-commit-provenance commit1))) (if (core/cli::is-error provenance) (core/effect::pure provenance) ((core/effect::bind (((core/cli::pkg-validate-commit-closure-program ref) snapshot-h) commit-h)) (fn (closure-ok) (if (core/cli::is-error closure-ok) (core/effect::pure closure-ok) (let ((set-ref (if expected-old-present {:expected-old expected-old :hash commit-h :name ref :policy policy} {:hash commit-h :name ref :policy policy})) (roots0 ((core/vec::push []) commit-h)) (roots1 ((core/vec::push roots0) policy)) (set-refs0 ((core/vec::push []) set-ref)) (payload (if ((core/int::eq? depth) 0) {:remote remote :roots roots1 :set-refs set-refs0} {:depth depth :remote remote :roots roots1 :set-refs set-refs0}))) (((core/effect::perform (quote core/sync::push)) payload) (fn (push-r) (if (core/cli::is-error push-r) (core/effect::pure push-r) (if (core/cli::map? push-r) (core/effect::pure {:commit commit-h :ok ((core/map::get push-r) (quote :ok)) :present ((core/map::get push-r) (quote :present)) :provenance provenance :ref ref :refs-updated ((core/map::get push-r) (quote :refs-updated)) :remote ((core/map::get push-r) (quote :remote)) :total ((core/map::get push-r) (quote :total)) :uploaded ((core/map::get push-r) (quote :uploaded))}) (core/effect::pure ((core/error::make2 "core/type-error") "core/sync::push returned non-map"))))))))))))))))))))))) (core/effect::pure ((core/error::make2 "core/pkg/bad-payload") "policy must be 64-hex")))) ((core/error::make2 "core/type-error") "core/cli::pkg-publish-program expects map"))))] :module-h b"\xE8\xEDE\x11\xD1\xDA/n\x9F?\x15\x9F\xD0\xC8y\xA5\xFCn#rV\xA1S\xFF\xA0\x88&{\xE5\xB4\xB47" :path "selfhost/cli_pkg_ops_v1.gc" :source "(def core/cli::pkg-load-lock-program\n (fn (lock)\n (((core/effect::perform (quote core/pkg-low::load-lock)) {:lock lock})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::pkg-list-requirements\n (fn (reqs)\n (if (core/cli::map? reqs)\n (let ((entries (core/cli::map-entries-vec reqs)))\n ((((core/cli::pkg-list-requirements2 entries) (core/vec::len entries)) 0) []))\n [])))\n\n(def core/cli::pkg-list-requirements2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((next (((core/cli::pkg-list-requirements2 entries) n) ((core/int::add i) 1))))\n (let ((e0 ((core/vec::get entries) i)))\n (let ((e (if (core/cli::vec? e0) e0 (core/pair::as-proper-list e0))))\n (if (if (core/cli::vec? e) ((core/int::eq? (core/vec::len e)) 2) false)\n (let ((name ((core/vec::get e) 0)) (r ((core/vec::get e) 1)))\n (if (if (core/cli::str? name) (core/cli::map? r) false)\n (next\n ((core/vec::push out)\n {\n :name name\n :registry ((core/map::get r) (quote :registry))\n :selector ((core/map::get r) (quote :selector))\n :update-policy ((core/map::get r) (quote :update-policy))}))\n (next out)))\n (next out)))))))))))\n\n(def core/cli::pkg-list-locked\n (fn (locked)\n (if (core/cli::map? locked)\n (let ((entries (core/cli::map-entries-vec locked)))\n ((((core/cli::pkg-list-locked2 entries) (core/vec::len entries)) 0) []))\n [])))\n\n(def core/cli::pkg-list-locked2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((next (((core/cli::pkg-list-locked2 entries) n) ((core/int::add i) 1))))\n (let ((e0 ((core/vec::get entries) i)))\n (let ((e (if (core/cli::vec? e0) e0 (core/pair::as-proper-list e0))))\n (if (if (core/cli::vec? e) ((core/int::eq? (core/vec::len e)) 2) false)\n (let ((name ((core/vec::get e) 0)) (l ((core/vec::get e) 1)))\n (if (if (core/cli::str? name) (core/cli::map? l) false)\n (next\n ((core/vec::push out)\n {\n :commit ((core/map::get l) (quote :commit))\n :name name\n :snapshot ((core/map::get l) (quote :snapshot))}))\n (next out)))\n (next out)))))))))))\n\n(def core/cli::pkg-info-requirement-view\n (fn (r)\n (if (core/cli::map? r)\n {\n :registry ((core/map::get r) (quote :registry))\n :selector ((core/map::get r) (quote :selector))\n :update-policy ((core/map::get r) (quote :update-policy))}\n nil)))\n\n(def core/cli::pkg-info-locked-view\n (fn (l)\n (if (core/cli::map? l)\n {\n :commit ((core/map::get l) (quote :commit))\n :resolved-ref ((core/map::get l) (quote :resolved-ref))\n :snapshot ((core/map::get l) (quote :snapshot))}\n nil)))\n\n(def core/cli::pkg-list-program\n (fn (req)\n (if (core/cli::map? req)\n (let ((lock ((core/map::get req) (quote :lock))))\n ((core/effect::bind (core/cli::pkg-load-lock-program lock))\n (fn (low-r)\n (if (core/cli::is-error low-r)\n (core/effect::pure low-r)\n (if (core/cli::map? low-r)\n (core/effect::pure\n {\n :lock ((core/map::get low-r) (quote :lock))\n :locked (core/cli::pkg-list-locked ((core/map::get low-r) (quote :locked)))\n :ok true\n :requirements\n (core/cli::pkg-list-requirements ((core/map::get low-r) (quote :requirements)))})\n (core/effect::pure\n ((core/error::make2 \"core/type-error\") \"core/pkg-low::load-lock returned non-map\")))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-list-program expects map\"))))\n\n(def core/cli::pkg-info-program\n (fn (req)\n (if (core/cli::map? req)\n (let ((lock ((core/map::get req) (quote :lock))) (name ((core/map::get req) (quote :name))))\n (if (core/cli::str? name)\n ((core/effect::bind (core/cli::pkg-load-lock-program lock))\n (fn (low-r)\n (if (core/cli::is-error low-r)\n (core/effect::pure low-r)\n (if (core/cli::map? low-r)\n (let ((reqs ((core/map::get low-r) (quote :requirements))))\n (let ((locked ((core/map::get low-r) (quote :locked))))\n (core/effect::pure\n {\n :locked\n (core/cli::pkg-info-locked-view\n (if (core/cli::map? locked) ((core/map::get locked) name) nil))\n :name name\n :ok true\n :requirement\n (core/cli::pkg-info-requirement-view\n (if (core/cli::map? reqs) ((core/map::get reqs) name) nil))})))\n (core/effect::pure\n ((core/error::make2 \"core/type-error\")\n \"core/pkg-low::load-lock returned non-map\"))))))\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-payload\") \":name must be string\"))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-info-program expects map\"))))\n\n(def core/cli::pkg-snapshot-store-module-program\n (fn (m)\n (if (core/cli::map? m)\n (let\n ((path ((core/map::get m) (quote :path))) (module ((core/map::get m) (quote :module)))\n (module-h ((core/map::get m) (quote :module-h))))\n (if (if (core/cli::str? path) (core/cli::vec? module) false)\n ((core/effect::bind (core/cli::store-put-program module))\n (fn (put-r)\n (if (core/cli::is-error put-r)\n (core/effect::pure put-r)\n (let ((h (core/cli::store-put-hash put-r)))\n (if (core/cli::is-error h)\n (core/effect::pure h)\n (core/effect::pure\n {\n :hash h\n :module-h module-h\n :path path}))))))\n (core/effect::pure\n ((core/error::make2 \"core/pkg/bad-package\")\n \"module entry requires :path string and :module vector\"))))\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-package\") \"module entry must be map\")))))\n\n(def core/cli::pkg-snapshot-store-modules2\n (fn (mods)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n (core/effect::pure out)\n ((core/effect::bind (core/cli::pkg-snapshot-store-module-program ((core/vec::get mods) i)))\n (fn (stored)\n (if (core/cli::is-error stored)\n (core/effect::pure stored)\n ((((core/cli::pkg-snapshot-store-modules2 mods) n) ((core/int::add i) 1))\n ((core/vec::push out) stored)))))))))))\n\n(def core/cli::pkg-snapshot-store-modules-program\n (fn (mods)\n (if (core/cli::vec? mods)\n ((((core/cli::pkg-snapshot-store-modules2 mods) (core/vec::len mods)) 0) [])\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-package\") \":modules must be vector\")))))\n\n(def core/cli::pkg-load-package-program\n (fn (pkg)\n (((core/effect::perform (quote core/pkg-low::load-package)) {:pkg pkg})\n (fn (r) (core/effect::pure r)))))\n\n(def core/cli::pkg-snapshot-program\n (fn (req)\n (if (core/cli::map? req)\n ((core/effect::bind\n (core/cli::pkg-load-package-program ((core/map::get req) (quote :pkg))))\n (fn (low-r)\n (if (core/cli::is-error low-r)\n (core/effect::pure low-r)\n (if (core/cli::map? low-r)\n (let\n ((name ((core/map::get low-r) (quote :name)))\n (version ((core/map::get low-r) (quote :version)))\n (modules ((core/map::get low-r) (quote :modules)))\n (obligations0 ((core/map::get low-r) (quote :obligations))))\n (if (if (core/cli::str? name) (core/cli::str? version) false)\n (let ((obligations (if (core/cli::vec? obligations0) obligations0 [])))\n ((core/effect::bind (core/cli::pkg-snapshot-store-modules-program modules))\n (fn (modules-out)\n (if (core/cli::is-error modules-out)\n (core/effect::pure modules-out)\n (let\n (\n (snapshot\n {\n :kind (quote :package)\n :modules modules-out\n :obligations obligations\n :pkg/name name\n :pkg/version version\n :type (quote :vcs/snapshot)\n :v 1}))\n ((core/effect::bind (core/cli::store-put-program snapshot))\n (fn (put-r)\n (if (core/cli::is-error put-r)\n (core/effect::pure put-r)\n (let ((h (core/cli::store-put-hash put-r)))\n (if (core/cli::is-error h)\n (core/effect::pure h)\n (core/effect::pure\n {\n :modules modules-out\n :snapshot h})))))))))))\n (core/effect::pure\n ((core/error::make2 \"core/pkg/bad-package\")\n \"core/pkg-low::load-package returned invalid :name/:version\"))))\n (core/effect::pure\n ((core/error::make2 \"core/type-error\")\n \"core/pkg-low::load-package returned non-map\"))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-snapshot-program expects map\"))))\n\n(def core/cli::pkg-export-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((root ((core/map::get req) (quote :root))) (out ((core/map::get req) (quote :out)))\n (mode ((core/map::get req) (quote :mode)))\n (depth ((core/map::get req) (quote :depth)))\n (include-evidence ((core/map::get req) (quote :include-evidence)))\n (include-deps ((core/map::get req) (quote :include-deps)))\n (refs ((core/map::get req) (quote :refs))))\n (let\n (\n (payload0\n {\n :include-deps include-deps\n :include-evidence include-evidence\n :mode mode\n :out out\n :root root}))\n (let\n ((payload1 (if ((core/int::eq? depth) 0) payload0 (((core/map::put payload0) (quote :depth)) depth))))\n (let\n (\n (payload\n (if ((core/int::eq? (core/vec::len refs)) 0)\n payload1\n (((core/map::put payload1) (quote :refs)) refs))))\n (((core/effect::perform (quote core/gpk-low::export)) payload)\n (fn (r) (core/effect::pure r)))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-export-program expects map\"))))\n\n(def core/cli::pkg-import-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((inp ((core/map::get req) (quote :in))) (set-refs ((core/map::get req) (quote :set-refs))))\n (let ((payload0 {:in inp}))\n (let\n (\n (payload\n (if ((core/int::eq? (core/vec::len set-refs)) 0)\n payload0\n (((core/map::put payload0) (quote :set-refs)) set-refs))))\n (((core/effect::perform (quote core/gpk-low::import)) payload)\n (fn (r) (core/effect::pure r))))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-import-program expects map\"))))\n\n(def core/cli::pkg-resolve-publish-commit-program\n (fn (req)\n (if (core/cli::map? req)\n (let ((ref ((core/map::get req) (quote :ref))) (commit ((core/map::get req) (quote :commit))))\n (if (core/list::is-nil? commit)\n ((core/effect::bind (core/cli::refs-get-program ref))\n (fn (rr)\n (if (core/cli::is-error rr)\n (core/effect::pure rr)\n (if (core/cli::map? rr)\n (let ((h ((core/map::get rr) (quote :hash))))\n (if (core/cli::hash-hex? h)\n (core/effect::pure h)\n (core/effect::pure\n ((core/error::make2 \"core/pkg/ref-not-found\")\n ((core/str::concat \"local ref is unset: \") ref)))))\n (core/effect::pure\n ((core/error::make2 \"core/type-error\") \"core/refs::get returned non-map\"))))))\n (if (core/cli::hash-hex? commit)\n (core/effect::pure commit)\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-payload\") \"commit must be 64-hex\")))))\n ((core/error::make2 \"core/type-error\")\n \"core/cli::pkg-resolve-publish-commit-program expects map\"))))\n\n(def core/cli::vec-normalize-strs\n (fn (xs)\n (if (core/cli::vec? xs) ((((core/cli::vec-normalize-strs2 xs) (core/vec::len xs)) 0) []) [])))\n\n(def core/cli::vec-normalize-strs2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((next (((core/cli::vec-normalize-strs2 xs) n) ((core/int::add i) 1))))\n (let ((x ((core/vec::get xs) i)))\n (let ((s (core/cli::sym-or-str->str x)))\n (if (core/cli::str? s) (next ((core/vec::push out) s)) (next out)))))))))))\n\n(def core/cli::pkg-commit-provenance\n (fn (commit)\n (if (core/cli::map? commit)\n {\n :attestations (core/cli::vec-normalize-strs ((core/map::get commit) (quote :attestations)))\n :base ((core/map::get commit) (quote :base))\n :evidence (core/cli::vec-normalize-strs ((core/map::get commit) (quote :evidence)))\n :obligations (core/cli::vec-normalize-strs ((core/map::get commit) (quote :obligations)))\n :parents (core/cli::vec-normalize-strs ((core/map::get commit) (quote :parents)))\n :patch ((core/map::get commit) (quote :patch))\n :result ((core/map::get commit) (quote :result))}\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-commit-provenance expects map\"))))\n\n(def core/cli::pkg-publish-program\n (fn (req)\n (if (core/cli::map? req)\n (let\n ((remote ((core/map::get req) (quote :remote))) (ref ((core/map::get req) (quote :ref)))\n (policy ((core/map::get req) (quote :policy)))\n (expected-old-present ((core/map::get req) (quote :expected-old-present)))\n (expected-old ((core/map::get req) (quote :expected-old)))\n (depth ((core/map::get req) (quote :depth)))\n (commit ((core/map::get req) (quote :commit))))\n (if (core/cli::hash-hex? policy)\n ((core/effect::bind (core/cli::pkg-resolve-publish-commit-program req))\n (fn (commit-h)\n (if (core/cli::is-error commit-h)\n (core/effect::pure commit-h)\n ((core/effect::bind (core/cli::pkg-ensure-hash-program policy))\n (fn (policy-art)\n (if (core/cli::is-error policy-art)\n (core/effect::pure policy-art)\n ((core/effect::bind (core/cli::pkg-ensure-hash-program commit-h))\n (fn (commit-art)\n (if (core/cli::is-error commit-art)\n (core/effect::pure commit-art)\n (let ((commit1 (core/cli::vcs-validate-commit commit-art)))\n (if (core/cli::is-error commit1)\n (core/effect::pure\n ((core/error::make2 \"core/pkg/bad-commit\")\n \"invalid commit artifact\"))\n (let\n ((snapshot-h ((core/map::get commit1) (quote :result)))\n (provenance (core/cli::pkg-commit-provenance commit1)))\n (if (core/cli::is-error provenance)\n (core/effect::pure provenance)\n ((core/effect::bind (((core/cli::pkg-validate-commit-closure-program ref) snapshot-h) commit-h))\n (fn (closure-ok)\n (if (core/cli::is-error closure-ok)\n (core/effect::pure closure-ok)\n (let\n (\n (set-ref\n (if expected-old-present\n {\n :expected-old expected-old\n :hash commit-h\n :name ref\n :policy policy}\n {\n :hash commit-h\n :name ref\n :policy policy}))\n (roots0 ((core/vec::push []) commit-h))\n (roots1 ((core/vec::push roots0) policy))\n (set-refs0 ((core/vec::push []) set-ref))\n (payload\n (if ((core/int::eq? depth) 0)\n {\n :remote remote\n :roots roots1\n :set-refs set-refs0}\n {\n :depth depth\n :remote remote\n :roots roots1\n :set-refs set-refs0})))\n (((core/effect::perform (quote core/sync::push)) payload)\n (fn (push-r)\n (if (core/cli::is-error push-r)\n (core/effect::pure push-r)\n (if (core/cli::map? push-r)\n (core/effect::pure\n {\n :commit commit-h\n :ok ((core/map::get push-r) (quote :ok))\n :present\n ((core/map::get push-r) (quote :present))\n :provenance provenance\n :ref ref\n :refs-updated\n ((core/map::get push-r)\n (quote :refs-updated))\n :remote\n ((core/map::get push-r) (quote :remote))\n :total\n ((core/map::get push-r) (quote :total))\n :uploaded\n ((core/map::get push-r) (quote :uploaded))})\n (core/effect::pure\n ((core/error::make2 \"core/type-error\")\n \"core/sync::push returned non-map\")))))))))))))))))))))))\n (core/effect::pure ((core/error::make2 \"core/pkg/bad-payload\") \"policy must be 64-hex\"))))\n ((core/error::make2 \"core/type-error\") \"core/cli::pkg-publish-program expects map\"))))\n\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE8\xEDE\x11\xD1\xDA/n\x9F?\x15\x9F\xD0\xC8y\xA5\xFCn#rV\xA1S\xFF\xA0\x88&{\xE5\xB4\xB47" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::empty-vec (core/pair::as-proper-list nil)) (def core/cli::vec2 (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil)))))) (def core/cli::vec-slice-from (fn (v) (fn (start) (if (core/cli::vec? v) (let ((n (core/vec::len v))) (((((core/cli::vec-slice-from2 v) start) n) 0) core/cli::empty-vec)) ((core/error::make2 "core/type-error") "core/cli::vec-slice-from expects vector"))))) (def core/cli::vec-slice-from2 (fn (v) (fn (start) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (if ((core/int::lt? i) start) (((((core/cli::vec-slice-from2 v) start) n) ((core/int::add i) 1)) out) (let ((x ((core/vec::get v) i))) (((((core/cli::vec-slice-from2 v) start) n) ((core/int::add i) 1)) ((core/vec::push out) x))))))))))) (def core/cli::literal-op-sym-or-nil (fn (t) (if (core/cli::pair? t) (let ((items (core/pair::as-proper-list t))) (if (core/cli::vec? items) (if ((core/int::eq? (core/vec::len items)) 2) (let ((h ((core/vec::get items) 0)) (v ((core/vec::get items) 1))) (if (core/cli::sym? h) (if ((core/sym::eq? h) (quote quote)) (if (core/cli::sym? v) v nil) nil) nil)) nil) nil)) nil))) (def core/cli::flatten-app (fn (t) (if (core/cli::pair? t) (let ((items (core/pair::as-proper-list t))) (if (core/cli::vec? items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 2) (let ((f ((core/vec::get items) 0)) (x ((core/vec::get items) 1))) (let ((r (core/cli::flatten-app f))) (if (core/cli::map? r) (let ((head ((core/map::get r) (quote :head))) (args0 ((core/map::get r) (quote :args)))) {:args ((core/vec::push args0) x) :head head}) {:args (core/pair::as-proper-list ((core/pair::cons x) nil)) :head f}))) (if (if ((core/int::lt? n) 1) true false) nil (let ((head ((core/vec::get items) 0)) (args ((core/cli::vec-slice-from items) 1))) {:args args :head head})))) nil)) nil))) (def core/cli::infer-effects (fn (forms) (if (core/cli::vec? forms) (let ((st ((((core/cli::infer-effects-vec forms) (core/vec::len forms)) 0) ((core/cli::vec2 (quote {})) false)))) {:ops (core/cli::set-keys->vec ((core/vec::get st) 0)) :unknown ((core/vec::get st) 1)}) ((core/error::make2 "core/type-error") "core/cli::infer-effects expects vector of forms")))) (def core/cli::infer-effects-vec (fn (forms) (fn (n) (fn (i) (fn (st) (if ((core/int::eq? i) n) st (let ((st2 ((core/cli::infer-effects-term ((core/vec::get forms) i)) st))) ((((core/cli::infer-effects-vec forms) n) ((core/int::add i) 1)) st2)))))))) (def core/cli::infer-effects-term (fn (t) (fn (st) (let ((set0 ((core/vec::get st) 0)) (unk0 ((core/vec::get st) 1))) (let ((tg (core/data::tag t))) (if (if ((core/sym::eq? tg) (quote :pair)) true false) ((core/cli::infer-effects-list t) st) (if (if ((core/sym::eq? tg) (quote :map)) true false) ((core/cli::infer-effects-map t) st) st))))))) (def core/cli::infer-effects-map (fn (m) (fn (st) (let ((entries (core/map::entries m))) (if (core/cli::vec? entries) ((((core/cli::infer-effects-map2 entries) (core/vec::len entries)) 0) st) st))))) (def core/cli::infer-effects-map2 (fn (entries) (fn (n) (fn (i) (fn (st) (if ((core/int::eq? i) n) st (let ((e ((core/vec::get entries) i))) (if (core/cli::vec? e) (if ((core/int::eq? (core/vec::len e)) 2) (let ((v ((core/vec::get e) 1))) ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) ((core/cli::infer-effects-term v) st))) ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) st)) ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) st))))))))) (def core/cli::infer-effects-list (fn (t) (fn (st) (let ((items (core/pair::as-proper-list t))) (if (core/cli::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) st (let ((h ((core/vec::get items) 0))) (if (core/cli::sym? h) (((core/cli::infer-effects-special-or-app h) items) st) ((core/cli::infer-effects-app t) st)))) st))))) (def core/cli::infer-effects-special-or-app (fn (h) (fn (items) (fn (st) (if ((core/sym::eq? h) (quote quote)) st (if ((core/sym::eq? h) (quote def)) (if ((core/int::eq? (core/vec::len items)) 3) ((core/cli::infer-effects-term ((core/vec::get items) 2)) st) st) (if ((core/sym::eq? h) (quote fn)) (if (if ((core/int::lt? (core/vec::len items)) 3) true false) st (let ((body ((core/cli::vec-slice-from items) 2))) ((((core/cli::infer-effects-vec body) (core/vec::len body)) 0) st))) (if ((core/sym::eq? h) (quote if)) (if ((core/int::eq? (core/vec::len items)) 4) (let ((st2 ((core/cli::infer-effects-term ((core/vec::get items) 1)) st))) (let ((st3 ((core/cli::infer-effects-term ((core/vec::get items) 2)) st2))) ((core/cli::infer-effects-term ((core/vec::get items) 3)) st3))) st) (if ((core/sym::eq? h) (quote begin)) (let ((rest ((core/cli::vec-slice-from items) 1))) ((((core/cli::infer-effects-vec rest) (core/vec::len rest)) 0) st)) (if ((core/sym::eq? h) (quote let)) ((core/cli::infer-effects-let items) st) (if ((core/sym::eq? h) (quote prim)) (let ((args ((core/cli::vec-slice-from items) 2))) ((((core/cli::infer-effects-vec args) (core/vec::len args)) 0) st)) (if (if ((core/sym::eq? h) (quote seal)) ((core/sym::eq? h) (quote unseal)) false) (let ((xs ((core/cli::vec-slice-from items) 1))) ((((core/cli::infer-effects-vec xs) (core/vec::len xs)) 0) st)) ((core/cli::infer-effects-app (selfhost/canon::vec->list items)) st))))))))))))) (def core/cli::infer-effects-let (fn (items) (fn (st) (if (if ((core/int::lt? (core/vec::len items)) 3) true false) st (let ((binds ((core/vec::get items) 1))) (let ((xs (core/pair::as-proper-list binds))) (let ((st2 (if (core/cli::vec? xs) ((((core/cli::infer-effects-let-binds xs) (core/vec::len xs)) 0) st) st))) (let ((body ((core/cli::vec-slice-from items) 2))) ((((core/cli::infer-effects-vec body) (core/vec::len body)) 0) st2))))))))) (def core/cli::infer-effects-let-binds (fn (xs) (fn (n) (fn (i) (fn (st) (if ((core/int::eq? i) n) st (let ((b ((core/vec::get xs) i))) (let ((pair (core/pair::as-proper-list b))) (if (core/cli::vec? pair) (if ((core/int::eq? (core/vec::len pair)) 2) ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) ((core/cli::infer-effects-term ((core/vec::get pair) 1)) st)) ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) st)) ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) st)))))))))) (def core/cli::infer-effects-app (fn (t) (fn (st) (let ((flat (core/cli::flatten-app t))) (if (core/cli::map? flat) (let ((head ((core/map::get flat) (quote :head))) (args ((core/map::get flat) (quote :args)))) (let ((st1 (((core/cli::infer-effects-direct-head head) args) st))) (let ((st2 (((core/cli::infer-effects-perform head) args) st1))) (let ((st3 ((core/cli::infer-effects-term head) st2))) ((((core/cli::infer-effects-vec args) (core/vec::len args)) 0) st3))))) st))))) (def core/cli::arity-ge? (fn (n) (fn (k) (if ((core/int::lt? n) k) false true)))) (def core/cli::infer-effects-add-op (fn (st) (fn (op) (if (core/cli::sym? op) ((core/cli::vec2 (((core/map::put ((core/vec::get st) 0)) op) true)) ((core/vec::get st) 1)) st)))) (def core/cli::infer-effects-add-ops (fn (st) (fn (ops) (if (core/cli::vec? ops) ((((core/cli::infer-effects-add-ops2 ops) (core/vec::len ops)) 0) st) st)))) (def core/cli::infer-effects-add-ops2 (fn (ops) (fn (n) (fn (i) (fn (st) (if ((core/int::eq? i) n) st (let ((op ((core/vec::get ops) i))) ((((core/cli::infer-effects-add-ops2 ops) n) ((core/int::add i) 1)) ((core/cli::infer-effects-add-op st) op))))))))) (def core/cli::direct-effect-rules (quote {core/editor/task::cancel {:min 1 :ops [editor/task::cancel]} core/editor/task::poll {:min 1 :ops [editor/task::poll]} core/editor/task::spawn {:min 3 :ops [editor/task::spawn]} core/task::all {:min 1 :ops [core/task::await]} core/task::await {:min 1 :ops [core/task::await]} core/task::await-all {:min 1 :ops [core/task::await]} core/task::await-all-loop {:min 3 :ops [core/task::await]} core/task::cancel {:min 1 :ops [core/task::cancel]} core/task::channel-close {:min 1 :ops [core/task::channel-close]} core/task::channel-open {:min 1 :ops [core/task::channel-open]} core/task::channel-recv {:min 1 :ops [core/task::channel-recv]} core/task::channel-send {:min 2 :ops [core/task::channel-send]} core/task::channel-status {:min 1 :ops [core/task::channel-status]} core/task::map-bounded {:min 5 :ops [core/task::spawn core/task::await]} core/task::map-bounded-loop {:min 7 :ops [core/task::spawn core/task::await]} core/task::parallel-map-bounded {:min 5 :ops [core/task::spawn core/task::await]} core/task::parallel-reduce {:min 7 :ops [core/task::spawn core/task::await]} core/task::parallel-reduce-bounded {:min 7 :ops [core/task::spawn core/task::await]} core/task::race {:min 1 :ops [core/task::await core/task::cancel]} core/task::race-cancel-rest {:min 3 :ops [core/task::cancel]} core/task::scope {:min 1 :ops [core/task::scope]} core/task::spawn {:min 3 :ops [core/task::spawn]} core/task::spawn-batch {:min 6 :ops [core/task::spawn]} core/task::spawn-batch-loop {:min 7 :ops [core/task::spawn]} core/task::status {:min 1 :ops [core/task::status]} core/task::task-group {:min 4 :ops [core/task::spawn]} core/task::task-group-await {:min 1 :ops [core/task::await]}})) (def core/cli::infer-effects-apply-direct-rule (fn (st) (fn (arity) (fn (rule) (if (core/cli::map? rule) (let ((min ((core/map::get rule) (quote :min))) (ops ((core/map::get rule) (quote :ops)))) (if (if (core/cli::reach-int? min) ((core/cli::arity-ge? arity) min) false) ((core/cli::infer-effects-add-ops st) ops) st)) st))))) (def core/cli::infer-effects-direct-head (fn (head) (fn (args) (fn (st) (if (core/cli::sym? head) (let ((rule ((core/map::get core/cli::direct-effect-rules) head))) (((core/cli::infer-effects-apply-direct-rule st) (core/vec::len args)) rule)) st))))) (def core/cli::infer-effects-perform (fn (head) (fn (args) (fn (st) (if (core/cli::sym? head) (if ((core/sym::eq? head) (quote core/effect::perform)) (if ((core/int::eq? (core/vec::len args)) 3) (let ((op0 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0)))) (let ((op1 (if (core/cli::sym? op0) op0 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 1))))) (let ((op (if (core/cli::sym? op1) op1 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 2))))) (if (core/cli::sym? op) ((core/cli::vec2 (((core/map::put ((core/vec::get st) 0)) op) true)) ((core/vec::get st) 1)) ((core/cli::vec2 ((core/vec::get st) 0)) true))))) st) st) st)))))] :module-h b".\x00\x89\xA5\xC8\xDAcr\x9B\xAA\x00\xC9~\xD9N\xA8\xA5\x10\xBB8\x11i\x84\x17\xE4:P\xD2Lp\x9E\xB1" :path "selfhost/cli_reachability_v1.gc" :source "(def core/cli::empty-vec (core/pair::as-proper-list nil))\n\n(def core/cli::vec2\n (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil))))))\n\n(def core/cli::vec-slice-from\n (fn (v)\n (fn (start)\n (if (core/cli::vec? v)\n (let ((n (core/vec::len v)))\n (((((core/cli::vec-slice-from2 v) start) n) 0) core/cli::empty-vec))\n ((core/error::make2 \"core/type-error\") \"core/cli::vec-slice-from expects vector\")))))\n\n(def core/cli::vec-slice-from2\n (fn (v)\n (fn (start)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (if ((core/int::lt? i) start)\n (((((core/cli::vec-slice-from2 v) start) n) ((core/int::add i) 1)) out)\n (let ((x ((core/vec::get v) i)))\n (((((core/cli::vec-slice-from2 v) start) n) ((core/int::add i) 1))\n ((core/vec::push out) x)))))))))))\n\n(def core/cli::literal-op-sym-or-nil\n (fn (t)\n (if (core/cli::pair? t)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/cli::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 2)\n (let ((h ((core/vec::get items) 0)) (v ((core/vec::get items) 1)))\n (if (core/cli::sym? h)\n (if ((core/sym::eq? h) (quote quote)) (if (core/cli::sym? v) v nil) nil)\n nil))\n nil)\n nil))\n nil)))\n\n(def core/cli::flatten-app\n (fn (t)\n (if (core/cli::pair? t)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/cli::vec? items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 2)\n (let ((f ((core/vec::get items) 0)) (x ((core/vec::get items) 1)))\n (let ((r (core/cli::flatten-app f)))\n (if (core/cli::map? r)\n (let\n ((head ((core/map::get r) (quote :head)))\n (args0 ((core/map::get r) (quote :args))))\n {\n :args ((core/vec::push args0) x)\n :head head})\n {\n :args (core/pair::as-proper-list ((core/pair::cons x) nil))\n :head f})))\n (if (if ((core/int::lt? n) 1) true false)\n nil\n (let ((head ((core/vec::get items) 0)) (args ((core/cli::vec-slice-from items) 1)))\n {:args args :head head}))))\n nil))\n nil)))\n\n(def core/cli::infer-effects\n (fn (forms)\n (if (core/cli::vec? forms)\n (let\n (\n (st\n ((((core/cli::infer-effects-vec forms) (core/vec::len forms)) 0)\n ((core/cli::vec2 (quote {})) false))))\n {\n :ops (core/cli::set-keys->vec ((core/vec::get st) 0))\n :unknown ((core/vec::get st) 1)})\n ((core/error::make2 \"core/type-error\") \"core/cli::infer-effects expects vector of forms\"))))\n\n(def core/cli::infer-effects-vec\n (fn (forms)\n (fn (n)\n (fn (i)\n (fn (st)\n (if ((core/int::eq? i) n)\n st\n (let ((st2 ((core/cli::infer-effects-term ((core/vec::get forms) i)) st)))\n ((((core/cli::infer-effects-vec forms) n) ((core/int::add i) 1)) st2))))))))\n\n(def core/cli::infer-effects-term\n (fn (t)\n (fn (st)\n (let ((set0 ((core/vec::get st) 0)) (unk0 ((core/vec::get st) 1)))\n (let ((tg (core/data::tag t)))\n (if (if ((core/sym::eq? tg) (quote :pair)) true false)\n ((core/cli::infer-effects-list t) st)\n (if (if ((core/sym::eq? tg) (quote :map)) true false)\n ((core/cli::infer-effects-map t) st)\n st)))))))\n\n(def core/cli::infer-effects-map\n (fn (m)\n (fn (st)\n (let ((entries (core/map::entries m)))\n (if (core/cli::vec? entries)\n ((((core/cli::infer-effects-map2 entries) (core/vec::len entries)) 0) st)\n st)))))\n\n(def core/cli::infer-effects-map2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (st)\n (if ((core/int::eq? i) n)\n st\n (let ((e ((core/vec::get entries) i)))\n (if (core/cli::vec? e)\n (if ((core/int::eq? (core/vec::len e)) 2)\n (let ((v ((core/vec::get e) 1)))\n ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1))\n ((core/cli::infer-effects-term v) st)))\n ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) st))\n ((((core/cli::infer-effects-map2 entries) n) ((core/int::add i) 1)) st)))))))))\n\n(def core/cli::infer-effects-list\n (fn (t)\n (fn (st)\n (let ((items (core/pair::as-proper-list t)))\n (if (core/cli::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n st\n (let ((h ((core/vec::get items) 0)))\n (if (core/cli::sym? h)\n (((core/cli::infer-effects-special-or-app h) items) st)\n ((core/cli::infer-effects-app t) st))))\n st)))))\n\n(def core/cli::infer-effects-special-or-app\n (fn (h)\n (fn (items)\n (fn (st)\n (if ((core/sym::eq? h) (quote quote))\n st\n (if ((core/sym::eq? h) (quote def))\n (if ((core/int::eq? (core/vec::len items)) 3)\n ((core/cli::infer-effects-term ((core/vec::get items) 2)) st)\n st)\n (if ((core/sym::eq? h) (quote fn))\n (if (if ((core/int::lt? (core/vec::len items)) 3) true false)\n st\n (let ((body ((core/cli::vec-slice-from items) 2)))\n ((((core/cli::infer-effects-vec body) (core/vec::len body)) 0) st)))\n (if ((core/sym::eq? h) (quote if))\n (if ((core/int::eq? (core/vec::len items)) 4)\n (let ((st2 ((core/cli::infer-effects-term ((core/vec::get items) 1)) st)))\n (let ((st3 ((core/cli::infer-effects-term ((core/vec::get items) 2)) st2)))\n ((core/cli::infer-effects-term ((core/vec::get items) 3)) st3)))\n st)\n (if ((core/sym::eq? h) (quote begin))\n (let ((rest ((core/cli::vec-slice-from items) 1)))\n ((((core/cli::infer-effects-vec rest) (core/vec::len rest)) 0) st))\n (if ((core/sym::eq? h) (quote let))\n ((core/cli::infer-effects-let items) st)\n (if ((core/sym::eq? h) (quote prim))\n (let ((args ((core/cli::vec-slice-from items) 2)))\n ((((core/cli::infer-effects-vec args) (core/vec::len args)) 0) st))\n (if\n (if ((core/sym::eq? h) (quote seal))\n ((core/sym::eq? h) (quote unseal))\n false)\n (let ((xs ((core/cli::vec-slice-from items) 1)))\n ((((core/cli::infer-effects-vec xs) (core/vec::len xs)) 0) st))\n ((core/cli::infer-effects-app (selfhost/canon::vec->list items)) st)))))))))))))\n\n(def core/cli::infer-effects-let\n (fn (items)\n (fn (st)\n (if (if ((core/int::lt? (core/vec::len items)) 3) true false)\n st\n (let ((binds ((core/vec::get items) 1)))\n (let ((xs (core/pair::as-proper-list binds)))\n (let\n (\n (st2\n (if (core/cli::vec? xs)\n ((((core/cli::infer-effects-let-binds xs) (core/vec::len xs)) 0) st)\n st)))\n (let ((body ((core/cli::vec-slice-from items) 2)))\n ((((core/cli::infer-effects-vec body) (core/vec::len body)) 0) st2)))))))))\n\n(def core/cli::infer-effects-let-binds\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (st)\n (if ((core/int::eq? i) n)\n st\n (let ((b ((core/vec::get xs) i)))\n (let ((pair (core/pair::as-proper-list b)))\n (if (core/cli::vec? pair)\n (if ((core/int::eq? (core/vec::len pair)) 2)\n ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1))\n ((core/cli::infer-effects-term ((core/vec::get pair) 1)) st))\n ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) st))\n ((((core/cli::infer-effects-let-binds xs) n) ((core/int::add i) 1)) st))))))))))\n\n(def core/cli::infer-effects-app\n (fn (t)\n (fn (st)\n (let ((flat (core/cli::flatten-app t)))\n (if (core/cli::map? flat)\n (let\n ((head ((core/map::get flat) (quote :head))) (args ((core/map::get flat) (quote :args))))\n (let ((st1 (((core/cli::infer-effects-direct-head head) args) st)))\n (let ((st2 (((core/cli::infer-effects-perform head) args) st1)))\n (let ((st3 ((core/cli::infer-effects-term head) st2)))\n ((((core/cli::infer-effects-vec args) (core/vec::len args)) 0) st3)))))\n st)))))\n\n(def core/cli::arity-ge? (fn (n) (fn (k) (if ((core/int::lt? n) k) false true))))\n\n(def core/cli::infer-effects-add-op\n (fn (st)\n (fn (op)\n (if (core/cli::sym? op)\n ((core/cli::vec2 (((core/map::put ((core/vec::get st) 0)) op) true)) ((core/vec::get st) 1))\n st))))\n\n(def core/cli::infer-effects-add-ops\n (fn (st)\n (fn (ops)\n (if (core/cli::vec? ops)\n ((((core/cli::infer-effects-add-ops2 ops) (core/vec::len ops)) 0) st)\n st))))\n\n(def core/cli::infer-effects-add-ops2\n (fn (ops)\n (fn (n)\n (fn (i)\n (fn (st)\n (if ((core/int::eq? i) n)\n st\n (let ((op ((core/vec::get ops) i)))\n ((((core/cli::infer-effects-add-ops2 ops) n) ((core/int::add i) 1))\n ((core/cli::infer-effects-add-op st) op)))))))))\n\n(def core/cli::direct-effect-rules\n (quote\n {\n core/editor/task::cancel\n {\n :min 1\n :ops [editor/task::cancel]}\n core/editor/task::poll\n {\n :min 1\n :ops [editor/task::poll]}\n core/editor/task::spawn\n {\n :min 3\n :ops [editor/task::spawn]}\n core/task::all\n {\n :min 1\n :ops [core/task::await]}\n core/task::await\n {\n :min 1\n :ops [core/task::await]}\n core/task::await-all\n {\n :min 1\n :ops [core/task::await]}\n core/task::await-all-loop\n {\n :min 3\n :ops [core/task::await]}\n core/task::cancel\n {\n :min 1\n :ops [core/task::cancel]}\n core/task::channel-close\n {\n :min 1\n :ops [core/task::channel-close]}\n core/task::channel-open\n {\n :min 1\n :ops [core/task::channel-open]}\n core/task::channel-recv\n {\n :min 1\n :ops [core/task::channel-recv]}\n core/task::channel-send\n {\n :min 2\n :ops [core/task::channel-send]}\n core/task::channel-status\n {\n :min 1\n :ops [core/task::channel-status]}\n core/task::map-bounded\n {\n :min 5\n :ops [core/task::spawn core/task::await]}\n core/task::map-bounded-loop\n {\n :min 7\n :ops [core/task::spawn core/task::await]}\n core/task::parallel-map-bounded\n {\n :min 5\n :ops [core/task::spawn core/task::await]}\n core/task::parallel-reduce\n {\n :min 7\n :ops [core/task::spawn core/task::await]}\n core/task::parallel-reduce-bounded\n {\n :min 7\n :ops [core/task::spawn core/task::await]}\n core/task::race\n {\n :min 1\n :ops [core/task::await core/task::cancel]}\n core/task::race-cancel-rest\n {\n :min 3\n :ops [core/task::cancel]}\n core/task::scope\n {\n :min 1\n :ops [core/task::scope]}\n core/task::spawn\n {\n :min 3\n :ops [core/task::spawn]}\n core/task::spawn-batch\n {\n :min 6\n :ops [core/task::spawn]}\n core/task::spawn-batch-loop\n {\n :min 7\n :ops [core/task::spawn]}\n core/task::status\n {\n :min 1\n :ops [core/task::status]}\n core/task::task-group\n {\n :min 4\n :ops [core/task::spawn]}\n core/task::task-group-await\n {\n :min 1\n :ops [core/task::await]}}))\n\n(def core/cli::infer-effects-apply-direct-rule\n (fn (st)\n (fn (arity)\n (fn (rule)\n (if (core/cli::map? rule)\n (let ((min ((core/map::get rule) (quote :min))) (ops ((core/map::get rule) (quote :ops))))\n (if (if (core/cli::reach-int? min) ((core/cli::arity-ge? arity) min) false)\n ((core/cli::infer-effects-add-ops st) ops)\n st))\n st)))))\n\n(def core/cli::infer-effects-direct-head\n (fn (head)\n (fn (args)\n (fn (st)\n (if (core/cli::sym? head)\n (let ((rule ((core/map::get core/cli::direct-effect-rules) head)))\n (((core/cli::infer-effects-apply-direct-rule st) (core/vec::len args)) rule))\n st)))))\n\n(def core/cli::infer-effects-perform\n (fn (head)\n (fn (args)\n (fn (st)\n (if (core/cli::sym? head)\n (if ((core/sym::eq? head) (quote core/effect::perform))\n (if ((core/int::eq? (core/vec::len args)) 3)\n (let ((op0 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0))))\n (let\n ((op1 (if (core/cli::sym? op0) op0 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 1)))))\n (let\n ((op (if (core/cli::sym? op1) op1 (core/cli::literal-op-sym-or-nil ((core/vec::get args) 2)))))\n (if (core/cli::sym? op)\n ((core/cli::vec2 (((core/map::put ((core/vec::get st) 0)) op) true))\n ((core/vec::get st) 1))\n ((core/cli::vec2 ((core/vec::get st) 0)) true)))))\n st)\n st)\n st)))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b".\x00\x89\xA5\xC8\xDAcr\x9B\xAA\x00\xC9~\xD9N\xA8\xA5\x10\xBB8\x11i\x84\x17\xE4:P\xD2Lp\x9E\xB1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::set-keys->vec (fn (m) (let ((entries (core/map::entries m))) (if (core/cli::vec? entries) ((((core/cli::set-keys->vec2 entries) (core/vec::len entries)) 0) core/cli::empty-vec) core/cli::empty-vec)))) (def core/cli::set-keys->vec2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (if (core/cli::vec? e) (if ((core/int::eq? (core/vec::len e)) 2) (let ((k ((core/vec::get e) 0))) ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) ((core/vec::push out) k))) ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) out)) ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) out))))))))) (def core/cli::reach-str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str)))) (def core/cli::reach-int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int)))) (def core/cli::hash-hex? (fn (x) (if (core/cli::reach-str? x) ((core/int::eq? (core/str::len x)) 64) false))) (def core/cli::hash-vec? (fn (xs) (if (core/cli::vec? xs) ((((core/cli::hash-vec2 xs) (core/vec::len xs)) 0) true) false))) (def core/cli::hash-vec2 (fn (xs) (fn (n) (fn (i) (fn (ok) (if ((core/int::eq? i) n) ok (if ok ((((core/cli::hash-vec2 xs) n) ((core/int::add i) 1)) (core/cli::hash-hex? ((core/vec::get xs) i))) false))))))) (def core/cli::vcs-make-commit (fn (req) (if (core/cli::map? req) {:attestations ((core/map::get req) (quote :attestations)) :base ((core/map::get req) (quote :base)) :evidence ((core/map::get req) (quote :evidence)) :message ((core/map::get req) (quote :message)) :obligations ((core/map::get req) (quote :obligations)) :parents ((core/map::get req) (quote :parents)) :patch ((core/map::get req) (quote :patch)) :result ((core/map::get req) (quote :result)) :type (quote :vcs/commit) :v 1} ((core/error::make2 "core/type-error") "core/cli::vcs-make-commit expects map")))) (def core/cli::vcs-make-evidence (fn (req) (if (core/cli::map? req) {:data ((core/map::get req) (quote :data)) :inputs ((core/map::get req) (quote :inputs)) :kind ((core/map::get req) (quote :kind)) :outputs ((core/map::get req) (quote :outputs)) :type (quote :vcs/evidence) :v 1} ((core/error::make2 "core/type-error") "core/cli::vcs-make-evidence expects map")))) (def core/cli::vcs-make-snapshot (fn (req) (if (core/cli::map? req) {:deps ((core/map::get req) (quote :deps)) :kind ((core/map::get req) (quote :kind)) :members ((core/map::get req) (quote :members)) :obligations ((core/map::get req) (quote :obligations)) :type (quote :vcs/snapshot) :v 1} ((core/error::make2 "core/type-error") "core/cli::vcs-make-snapshot expects map")))) (def core/cli::vcs-validate-commit (fn (commit) (let ((request {:kind "genesis/commit-authority-request-v0.1" :op (quote :validate) :payload {:artifact commit} :v 1})) (let ((result (core/commit::authority request))) (if ((selfhost/store-authority::exact-map? result) [:artifact :code :kind :message :ok :request-h :v]) (if (if ((core/eq? ((core/map::get result) (quote :kind))) "genesis/commit-authority-result-v0.1") (if ((core/eq? ((core/map::get result) (quote :v))) 1) ((core/eq? ((core/map::get result) (quote :request-h))) (selfhost/hash::hash-term request)) false) false) (if ((core/eq? ((core/map::get result) (quote :ok))) true) (let ((artifact ((core/map::get result) (quote :artifact)))) (if ((core/eq? artifact) commit) artifact ((core/error::make2 "core/vcs/bad-authority") "commit authority substituted the submitted artifact"))) (let ((code ((core/map::get result) (quote :code))) (message ((core/map::get result) (quote :message)))) (if (if (core/cli::str? code) (core/cli::str? message) false) ((core/error::make2 code) message) ((core/error::make2 "core/vcs/bad-authority") "commit authority returned malformed rejection")))) ((core/error::make2 "core/vcs/bad-authority") "commit authority returned an unbound result")) ((core/error::make2 "core/vcs/bad-authority") "commit authority returned an open or malformed result")))))) (def core/cli::vcs-validate-evidence (fn (evidence) (if (core/cli::map? evidence) (let ((ty ((core/map::get evidence) (quote :type))) (v ((core/map::get evidence) (quote :v))) (kind ((core/map::get evidence) (quote :kind))) (inputs ((core/map::get evidence) (quote :inputs))) (outputs ((core/map::get evidence) (quote :outputs))) (data ((core/map::get evidence) (quote :data)))) (if (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/evidence)) false) (if (core/cli::reach-int? v) ((core/int::eq? v) 1) false) false) (if (core/cli::sym? kind) (if (if (core/cli::hash-vec? inputs) (core/cli::hash-vec? outputs) false) (if (if (core/list::is-nil? data) true (core/cli::hash-hex? data)) evidence ((core/error::make2 "core/vcs/bad-evidence") "evidence :data must be nil or 64-hex hash")) ((core/error::make2 "core/vcs/bad-evidence") "evidence :inputs/:outputs must be vectors of 64-hex hashes")) ((core/error::make2 "core/vcs/bad-evidence") "evidence :kind must be symbol")) ((core/error::make2 "core/vcs/bad-evidence") "evidence :type/:v mismatch"))) ((core/error::make2 "core/type-error") "core/cli::vcs-validate-evidence expects map")))) (def core/cli::vcs-validate-snapshot (fn (snapshot) (if (core/cli::map? snapshot) (let ((ty ((core/map::get snapshot) (quote :type))) (v ((core/map::get snapshot) (quote :v))) (kind ((core/map::get snapshot) (quote :kind)))) (if (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/snapshot)) false) (if (core/cli::reach-int? v) ((core/int::eq? v) 1) false) false) (if (core/cli::sym? kind) snapshot ((core/error::make2 "core/vcs/bad-snapshot") "snapshot :kind must be symbol")) ((core/error::make2 "core/vcs/bad-snapshot") "snapshot :type/:v mismatch"))) ((core/error::make2 "core/type-error") "core/cli::vcs-validate-snapshot expects map")))) (def core/cli::str-starts-with? (fn (s) (fn (prefix) (if (if (core/cli::reach-str? s) (core/cli::reach-str? prefix) false) (let ((sb (core/str::to-utf8 s))) (let ((pb (core/str::to-utf8 prefix))) (let ((sn (core/bytes::len sb))) (let ((pn (core/bytes::len pb))) (if ((core/int::lt? sn) pn) false ((core/eq? (((core/bytes::slice sb) 0) pn)) pb)))))) false)))) (def core/cli::lock-selector-kind (fn (selector) (if (core/cli::reach-str? selector) (if ((core/cli::str-starts-with? selector) "commit:") (quote :commit) (if ((core/cli::str-starts-with? selector) "snapshot:") (quote :snapshot) (if ((core/cli::str-starts-with? selector) "semver:") (quote :semver) (if ((core/cli::str-starts-with? selector) "ref:") (quote :ref) (if ((core/cli::str-starts-with? selector) "refs/") (quote :ref) (quote :unknown)))))) (quote :unknown)))) (def core/cli::lock-make-entry (fn (requirement) (fn (resolved) (if (if (core/cli::map? requirement) (core/cli::map? resolved) false) (let ((e0 (quote {:commit nil :registry nil :resolved_ref nil :snapshot "" :source_selector ""})) (e1 (((core/map::put e0) (quote :commit)) ((core/map::get resolved) (quote :commit)))) (e2 (((core/map::put e1) (quote :registry)) ((core/map::get resolved) (quote :registry)))) (e3 (((core/map::put e2) (quote :resolved_ref)) ((core/map::get resolved) (quote :resolved_ref)))) (e4 (((core/map::put e3) (quote :snapshot)) ((core/map::get resolved) (quote :snapshot)))) (e5 (((core/map::put e4) (quote :source_selector)) ((core/map::get requirement) (quote :selector))))) e5) ((core/error::make2 "core/type-error") "core/cli::lock-make-entry expects maps"))))) (def core/cli::opt-bool (fn (opts) (fn (k) (fn (fallback) (if (core/cli::map? opts) (let ((v ((core/map::get opts) k))) (if ((core/sym::eq? (core/data::tag v)) (quote :bool)) v fallback)) fallback)))))] :module-h b"l\xBA\xF6[L\"\xCB\riWy\x88\xBCP\x837\x7F\x8E\xD0\xE2FY\xC0e\x19\x13\xC3Yq\x82\xC5B" :path "selfhost/cli_reachability_rules_v1.gc" :source "(def core/cli::set-keys->vec\n (fn (m)\n (let ((entries (core/map::entries m)))\n (if (core/cli::vec? entries)\n ((((core/cli::set-keys->vec2 entries) (core/vec::len entries)) 0) core/cli::empty-vec)\n core/cli::empty-vec))))\n\n(def core/cli::set-keys->vec2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (if (core/cli::vec? e)\n (if ((core/int::eq? (core/vec::len e)) 2)\n (let ((k ((core/vec::get e) 0)))\n ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1))\n ((core/vec::push out) k)))\n ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) out))\n ((((core/cli::set-keys->vec2 entries) n) ((core/int::add i) 1)) out)))))))))\n\n(def core/cli::reach-str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str))))\n\n(def core/cli::reach-int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int))))\n\n(def core/cli::hash-hex?\n (fn (x) (if (core/cli::reach-str? x) ((core/int::eq? (core/str::len x)) 64) false)))\n\n(def core/cli::hash-vec?\n (fn (xs) (if (core/cli::vec? xs) ((((core/cli::hash-vec2 xs) (core/vec::len xs)) 0) true) false)))\n\n(def core/cli::hash-vec2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (ok)\n (if ((core/int::eq? i) n)\n ok\n (if ok\n ((((core/cli::hash-vec2 xs) n) ((core/int::add i) 1))\n (core/cli::hash-hex? ((core/vec::get xs) i)))\n false)))))))\n\n(def core/cli::vcs-make-commit\n (fn (req)\n (if (core/cli::map? req)\n {\n :attestations ((core/map::get req) (quote :attestations))\n :base ((core/map::get req) (quote :base))\n :evidence ((core/map::get req) (quote :evidence))\n :message ((core/map::get req) (quote :message))\n :obligations ((core/map::get req) (quote :obligations))\n :parents ((core/map::get req) (quote :parents))\n :patch ((core/map::get req) (quote :patch))\n :result ((core/map::get req) (quote :result))\n :type (quote :vcs/commit)\n :v 1}\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-make-commit expects map\"))))\n\n(def core/cli::vcs-make-evidence\n (fn (req)\n (if (core/cli::map? req)\n {\n :data ((core/map::get req) (quote :data))\n :inputs ((core/map::get req) (quote :inputs))\n :kind ((core/map::get req) (quote :kind))\n :outputs ((core/map::get req) (quote :outputs))\n :type (quote :vcs/evidence)\n :v 1}\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-make-evidence expects map\"))))\n\n(def core/cli::vcs-make-snapshot\n (fn (req)\n (if (core/cli::map? req)\n {\n :deps ((core/map::get req) (quote :deps))\n :kind ((core/map::get req) (quote :kind))\n :members ((core/map::get req) (quote :members))\n :obligations ((core/map::get req) (quote :obligations))\n :type (quote :vcs/snapshot)\n :v 1}\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-make-snapshot expects map\"))))\n\n(def core/cli::vcs-validate-commit\n (fn (commit)\n (let\n ((request\n {\n :kind \"genesis/commit-authority-request-v0.1\"\n :op (quote :validate)\n :payload {:artifact commit}\n :v 1}))\n (let ((result (core/commit::authority request)))\n (if\n ((selfhost/store-authority::exact-map? result)\n [:artifact :code :kind :message :ok :request-h :v])\n (if\n (if\n ((core/eq? ((core/map::get result) (quote :kind)))\n \"genesis/commit-authority-result-v0.1\")\n (if\n ((core/eq? ((core/map::get result) (quote :v))) 1)\n ((core/eq? ((core/map::get result) (quote :request-h)))\n (selfhost/hash::hash-term request))\n false)\n false)\n (if ((core/eq? ((core/map::get result) (quote :ok))) true)\n (let ((artifact ((core/map::get result) (quote :artifact))))\n (if ((core/eq? artifact) commit)\n artifact\n ((core/error::make2 \"core/vcs/bad-authority\")\n \"commit authority substituted the submitted artifact\")))\n (let\n ((code ((core/map::get result) (quote :code)))\n (message ((core/map::get result) (quote :message))))\n (if (if (core/cli::str? code) (core/cli::str? message) false)\n ((core/error::make2 code) message)\n ((core/error::make2 \"core/vcs/bad-authority\")\n \"commit authority returned malformed rejection\"))))\n ((core/error::make2 \"core/vcs/bad-authority\")\n \"commit authority returned an unbound result\"))\n ((core/error::make2 \"core/vcs/bad-authority\")\n \"commit authority returned an open or malformed result\"))))))\n\n(def core/cli::vcs-validate-evidence\n (fn (evidence)\n (if (core/cli::map? evidence)\n (let\n ((ty ((core/map::get evidence) (quote :type))) (v ((core/map::get evidence) (quote :v)))\n (kind ((core/map::get evidence) (quote :kind)))\n (inputs ((core/map::get evidence) (quote :inputs)))\n (outputs ((core/map::get evidence) (quote :outputs)))\n (data ((core/map::get evidence) (quote :data))))\n (if\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/evidence)) false)\n (if (core/cli::reach-int? v) ((core/int::eq? v) 1) false)\n false)\n (if (core/cli::sym? kind)\n (if (if (core/cli::hash-vec? inputs) (core/cli::hash-vec? outputs) false)\n (if (if (core/list::is-nil? data) true (core/cli::hash-hex? data))\n evidence\n ((core/error::make2 \"core/vcs/bad-evidence\")\n \"evidence :data must be nil or 64-hex hash\"))\n ((core/error::make2 \"core/vcs/bad-evidence\")\n \"evidence :inputs/:outputs must be vectors of 64-hex hashes\"))\n ((core/error::make2 \"core/vcs/bad-evidence\") \"evidence :kind must be symbol\"))\n ((core/error::make2 \"core/vcs/bad-evidence\") \"evidence :type/:v mismatch\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-validate-evidence expects map\"))))\n\n(def core/cli::vcs-validate-snapshot\n (fn (snapshot)\n (if (core/cli::map? snapshot)\n (let\n ((ty ((core/map::get snapshot) (quote :type))) (v ((core/map::get snapshot) (quote :v)))\n (kind ((core/map::get snapshot) (quote :kind))))\n (if\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/snapshot)) false)\n (if (core/cli::reach-int? v) ((core/int::eq? v) 1) false)\n false)\n (if (core/cli::sym? kind)\n snapshot\n ((core/error::make2 \"core/vcs/bad-snapshot\") \"snapshot :kind must be symbol\"))\n ((core/error::make2 \"core/vcs/bad-snapshot\") \"snapshot :type/:v mismatch\")))\n ((core/error::make2 \"core/type-error\") \"core/cli::vcs-validate-snapshot expects map\"))))\n\n(def core/cli::str-starts-with?\n (fn (s)\n (fn (prefix)\n (if (if (core/cli::reach-str? s) (core/cli::reach-str? prefix) false)\n (let ((sb (core/str::to-utf8 s)))\n (let ((pb (core/str::to-utf8 prefix)))\n (let ((sn (core/bytes::len sb)))\n (let ((pn (core/bytes::len pb)))\n (if ((core/int::lt? sn) pn) false ((core/eq? (((core/bytes::slice sb) 0) pn)) pb))))))\n false))))\n\n(def core/cli::lock-selector-kind\n (fn (selector)\n (if (core/cli::reach-str? selector)\n (if ((core/cli::str-starts-with? selector) \"commit:\")\n (quote :commit)\n (if ((core/cli::str-starts-with? selector) \"snapshot:\")\n (quote :snapshot)\n (if ((core/cli::str-starts-with? selector) \"semver:\")\n (quote :semver)\n (if ((core/cli::str-starts-with? selector) \"ref:\")\n (quote :ref)\n (if ((core/cli::str-starts-with? selector) \"refs/\")\n (quote :ref)\n (quote :unknown))))))\n (quote :unknown))))\n\n(def core/cli::lock-make-entry\n (fn (requirement)\n (fn (resolved)\n (if (if (core/cli::map? requirement) (core/cli::map? resolved) false)\n (let\n (\n (e0\n (quote\n {\n :commit nil\n :registry nil\n :resolved_ref nil\n :snapshot \"\"\n :source_selector \"\"}))\n (e1 (((core/map::put e0) (quote :commit)) ((core/map::get resolved) (quote :commit))))\n (e2\n (((core/map::put e1) (quote :registry)) ((core/map::get resolved) (quote :registry))))\n (e3\n (((core/map::put e2) (quote :resolved_ref))\n ((core/map::get resolved) (quote :resolved_ref))))\n (e4\n (((core/map::put e3) (quote :snapshot)) ((core/map::get resolved) (quote :snapshot))))\n (e5\n (((core/map::put e4) (quote :source_selector))\n ((core/map::get requirement) (quote :selector)))))\n e5)\n ((core/error::make2 \"core/type-error\") \"core/cli::lock-make-entry expects maps\")))))\n\n(def core/cli::opt-bool\n (fn (opts)\n (fn (k)\n (fn (fallback)\n (if (core/cli::map? opts)\n (let ((v ((core/map::get opts) k)))\n (if ((core/sym::eq? (core/data::tag v)) (quote :bool)) v fallback))\n fallback)))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"N+\x81i#\x0B\x89\x1D\x83W\xC2\xF1i\xA8\x8Bw\xEEU\x9EK\x9F$UQ$=\x1A\x01\xEAe\xC8\r" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/cli::vec-append (fn (a) (fn (b) (if (core/cli::vec? b) ((((core/cli::vec-append2 b) (core/vec::len b)) 0) a) a)))) (def core/cli::vec-append2 (fn (b) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((core/cli::vec-append2 b) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get b) i))))))))) (def core/cli::push-if-hash (fn (out) (fn (x) (if (core/cli::hash-hex? x) ((core/vec::push out) x) out)))) (def core/cli::push-hashes-from-vec (fn (out) (fn (xs) (if (core/cli::vec? xs) ((((core/cli::push-hashes-from-vec2 xs) (core/vec::len xs)) 0) out) out)))) (def core/cli::push-hashes-from-vec2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((core/cli::push-hashes-from-vec2 xs) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out) ((core/vec::get xs) i))))))))) (def core/cli::map-entries-vec (fn (m) (let ((entries (core/map::entries m))) (if (core/cli::vec? entries) entries (let ((as-list (core/pair::as-proper-list entries))) (if (core/cli::vec? as-list) as-list [])))))) (def core/cli::push-hash-values-from-map (fn (out) (fn (m) (if (core/cli::map? m) (let ((entries (core/cli::map-entries-vec m))) ((((core/cli::push-hash-values-from-map2 entries) (core/vec::len entries)) 0) out)) out)))) (def core/cli::push-hash-values-from-map2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((pair (if (core/cli::vec? e) e (core/pair::as-proper-list e)))) (if (core/cli::vec? pair) (if ((core/int::eq? (core/vec::len pair)) 2) ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out) ((core/vec::get pair) 1))) ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) out)) ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) out)))))))))) (def core/cli::vcs-patch-refs (fn (patch) (let ((ops ((core/map::get patch) (quote :ops)))) (if (core/cli::vec? ops) ((((core/cli::vcs-patch-refs2 ops) (core/vec::len ops)) 0) []) [])))) (def core/cli::vcs-patch-refs2 (fn (ops) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((op ((core/vec::get ops) i))) (if (core/cli::map? op) (let ((out1 ((core/cli::push-if-hash out) ((core/map::get op) (quote :value))))) (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get op) (quote :base))))) (let ((out3 ((core/cli::push-if-hash out2) ((core/map::get op) (quote :left))))) ((((core/cli::vcs-patch-refs2 ops) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out3) ((core/map::get op) (quote :right))))))) ((((core/cli::vcs-patch-refs2 ops) n) ((core/int::add i) 1)) out))))))))) (def core/cli::vcs-evidence-refs (fn (evidence) (let ((out1 ((core/cli::push-hashes-from-vec []) ((core/map::get evidence) (quote :inputs))))) (let ((out2 ((core/cli::push-hashes-from-vec out1) ((core/map::get evidence) (quote :outputs))))) ((core/cli::push-if-hash out2) ((core/map::get evidence) (quote :data))))))) (def core/cli::vcs-snapshot-dep-refs (fn (snapshot) (let ((deps ((core/map::get snapshot) (quote :deps)))) (if (core/cli::vec? deps) ((((core/cli::vcs-snapshot-dep-refs2 deps) (core/vec::len deps)) 0) []) [])))) (def core/cli::vcs-snapshot-dep-refs2 (fn (deps) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((dep ((core/vec::get deps) i))) (if (core/cli::map? dep) (let ((out1 ((core/cli::push-if-hash out) ((core/map::get dep) (quote :dep/commit))))) (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get dep) (quote :dep/snapshot))))) (let ((out3 ((core/cli::push-if-hash out2) ((core/map::get dep) (quote :commit))))) ((((core/cli::vcs-snapshot-dep-refs2 deps) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out3) ((core/map::get dep) (quote :snapshot))))))) ((((core/cli::vcs-snapshot-dep-refs2 deps) n) ((core/int::add i) 1)) out))))))))) (def core/cli::vcs-snapshot-module-refs (fn (modules) (if (core/cli::vec? modules) ((((core/cli::vcs-snapshot-module-refs2 modules) (core/vec::len modules)) 0) []) ((core/cli::push-hash-values-from-map []) modules)))) (def core/cli::vcs-snapshot-module-refs2 (fn (modules) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((m ((core/vec::get modules) i))) (if (core/cli::map? m) ((((core/cli::vcs-snapshot-module-refs2 modules) n) ((core/int::add i) 1)) ((core/cli::push-if-hash out) ((core/map::get m) (quote :hash)))) ((((core/cli::vcs-snapshot-module-refs2 modules) n) ((core/int::add i) 1)) out))))))))) (def core/cli::vcs-snapshot-refs (fn (snapshot) (let ((out1 ((core/cli::push-if-hash []) ((core/map::get snapshot) (quote :proto))))) (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get snapshot) (quote :exports_hash))))) (let ((out3 ((core/cli::push-hash-values-from-map out2) ((core/map::get snapshot) (quote :members))))) (let ((out4 ((core/cli::push-hash-values-from-map out3) ((core/map::get snapshot) (quote :defs))))) (let ((out5 ((core/cli::vec-append out4) (core/cli::vcs-snapshot-module-refs ((core/map::get snapshot) (quote :modules))))) (out6 ((core/cli::push-hash-values-from-map out5) ((core/map::get snapshot) (quote :modules))))) ((core/cli::push-hash-values-from-map out6) ((core/map::get snapshot) (quote :overrides)))))))))) (def core/cli::vcs-artifact-refs (fn (artifact) (fn (opts) (if (core/cli::map? artifact) (let ((ty ((core/map::get artifact) (quote :type)))) (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/commit)) false) (let ((out1 ((core/cli::push-if-hash []) ((core/map::get artifact) (quote :base))))) (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get artifact) (quote :patch))))) (let ((out3 ((core/cli::push-if-hash out2) ((core/map::get artifact) (quote :result))))) (let ((out4 (if (((core/cli::opt-bool opts) (quote :include-evidence)) true) ((core/cli::push-hashes-from-vec out3) ((core/map::get artifact) (quote :evidence))) out3))) (let ((out5 ((core/cli::push-hashes-from-vec out4) ((core/map::get artifact) (quote :attestations))))) (if (((core/cli::opt-bool opts) (quote :include-parents)) true) ((core/cli::push-hashes-from-vec out5) ((core/map::get artifact) (quote :parents))) out5)))))) (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/patch)) false) (core/cli::vcs-patch-refs artifact) (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/evidence)) false) (if (((core/cli::opt-bool opts) (quote :include-evidence)) true) (core/cli::vcs-evidence-refs artifact) []) (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/snapshot)) false) (let ((refs0 (core/cli::vcs-snapshot-refs artifact))) (if (((core/cli::opt-bool opts) (quote :include-deps)) false) ((core/cli::vec-append refs0) (core/cli::vcs-snapshot-dep-refs artifact)) refs0)) []))))) [])))) (def core/cli::vcs-plan-reachability (fn (artifact-index) (fn (roots) (fn (opts) (if (if (core/cli::map? artifact-index) (core/cli::vec? roots) false) (((core/cli::vcs-plan-reachability2 artifact-index) opts) {:i 0 :live [] :missing [] :queue roots :seen {}}) ((core/error::make2 "core/type-error") "core/cli::vcs-plan-reachability expects (map index, vector roots, map opts)")))))) (def core/cli::vcs-plan-reachability2 (fn (artifact-index) (fn (opts) (fn (st) (let ((queue ((core/map::get st) (quote :queue))) (i ((core/map::get st) (quote :i)))) (if ((core/int::eq? i) (core/vec::len queue)) {:live ((core/map::get st) (quote :live)) :missing ((core/map::get st) (quote :missing))} (let ((h ((core/vec::get queue) i))) (if (core/cli::hash-hex? h) (let ((seen ((core/map::get st) (quote :seen)))) (if ((core/map::get seen) h) (((core/cli::vcs-plan-reachability2 artifact-index) opts) (((core/map::put st) (quote :i)) ((core/int::add i) 1))) (let ((seen2 (((core/map::put seen) h) true))) (let ((artifact ((core/map::get artifact-index) h))) (if (core/list::is-nil? artifact) (((core/cli::vcs-plan-reachability2 artifact-index) opts) {:i ((core/int::add i) 1) :live ((core/map::get st) (quote :live)) :missing ((core/vec::push ((core/map::get st) (quote :missing))) h) :queue queue :seen seen2}) (let ((refs ((core/cli::vcs-artifact-refs artifact) opts))) (let ((queue2 ((core/cli::vec-append queue) refs))) (((core/cli::vcs-plan-reachability2 artifact-index) opts) {:i ((core/int::add i) 1) :live ((core/vec::push ((core/map::get st) (quote :live))) h) :missing ((core/map::get st) (quote :missing)) :queue queue2 :seen seen2})))))))) (((core/cli::vcs-plan-reachability2 artifact-index) opts) (((core/map::put st) (quote :i)) ((core/int::add i) 1))))))))))) (def core/cli::lock-plan-from-requirements (fn (requirements) (fn (resolved-by-name) (if (if (core/cli::map? requirements) (core/cli::map? resolved-by-name) false) (let ((entries (core/cli::map-entries-vec requirements))) (((((core/cli::lock-plan-from-requirements2 entries) (core/vec::len entries)) 0) {:count 0 :locked {} :missing []}) resolved-by-name)) ((core/error::make2 "core/type-error") "core/cli::lock-plan-from-requirements expects maps"))))) (def core/cli::lock-plan-from-requirements2 (fn (entries) (fn (n) (fn (i) (fn (st) (fn (resolved-by-name) (if ((core/int::eq? i) n) st (let ((e0 ((core/vec::get entries) i))) (let ((e (if (core/cli::vec? e0) e0 (core/pair::as-proper-list e0)))) (if (core/cli::vec? e) (if ((core/int::eq? (core/vec::len e)) 2) (let ((name ((core/vec::get e) 0)) (req ((core/vec::get e) 1))) (let ((resolved ((core/map::get resolved-by-name) name))) (if (core/cli::map? resolved) (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) {:count ((core/int::add ((core/map::get st) (quote :count))) 1) :locked (((core/map::put ((core/map::get st) (quote :locked))) name) ((core/cli::lock-make-entry req) resolved)) :missing ((core/map::get st) (quote :missing))}) resolved-by-name) (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) {:count ((core/map::get st) (quote :count)) :locked ((core/map::get st) (quote :locked)) :missing ((core/vec::push ((core/map::get st) (quote :missing))) name)}) resolved-by-name)))) (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) st) resolved-by-name)) (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) st) resolved-by-name)))))))))))] :module-h b"\xDBfYG\x98\xEF\\yyO+)@\r\x86{?p\x83\xFE\x83\x8D\xD3\nt\xDB\xEF\t\xD5ro0" :path "selfhost/cli_reachability_closure_v1.gc" :source "(def core/cli::vec-append\n (fn (a) (fn (b) (if (core/cli::vec? b) ((((core/cli::vec-append2 b) (core/vec::len b)) 0) a) a))))\n\n(def core/cli::vec-append2\n (fn (b)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((core/cli::vec-append2 b) n) ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get b) i)))))))))\n\n(def core/cli::push-if-hash\n (fn (out) (fn (x) (if (core/cli::hash-hex? x) ((core/vec::push out) x) out))))\n\n(def core/cli::push-hashes-from-vec\n (fn (out)\n (fn (xs)\n (if (core/cli::vec? xs)\n ((((core/cli::push-hashes-from-vec2 xs) (core/vec::len xs)) 0) out)\n out))))\n\n(def core/cli::push-hashes-from-vec2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((core/cli::push-hashes-from-vec2 xs) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out) ((core/vec::get xs) i)))))))))\n\n(def core/cli::map-entries-vec\n (fn (m)\n (let ((entries (core/map::entries m)))\n (if (core/cli::vec? entries)\n entries\n (let ((as-list (core/pair::as-proper-list entries)))\n (if (core/cli::vec? as-list) as-list []))))))\n\n(def core/cli::push-hash-values-from-map\n (fn (out)\n (fn (m)\n (if (core/cli::map? m)\n (let ((entries (core/cli::map-entries-vec m)))\n ((((core/cli::push-hash-values-from-map2 entries) (core/vec::len entries)) 0) out))\n out))))\n\n(def core/cli::push-hash-values-from-map2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((pair (if (core/cli::vec? e) e (core/pair::as-proper-list e))))\n (if (core/cli::vec? pair)\n (if ((core/int::eq? (core/vec::len pair)) 2)\n ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out) ((core/vec::get pair) 1)))\n ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) out))\n ((((core/cli::push-hash-values-from-map2 entries) n) ((core/int::add i) 1)) out))))))))))\n\n(def core/cli::vcs-patch-refs\n (fn (patch)\n (let ((ops ((core/map::get patch) (quote :ops))))\n (if (core/cli::vec? ops) ((((core/cli::vcs-patch-refs2 ops) (core/vec::len ops)) 0) []) []))))\n\n(def core/cli::vcs-patch-refs2\n (fn (ops)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((op ((core/vec::get ops) i)))\n (if (core/cli::map? op)\n (let ((out1 ((core/cli::push-if-hash out) ((core/map::get op) (quote :value)))))\n (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get op) (quote :base)))))\n (let ((out3 ((core/cli::push-if-hash out2) ((core/map::get op) (quote :left)))))\n ((((core/cli::vcs-patch-refs2 ops) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out3) ((core/map::get op) (quote :right)))))))\n ((((core/cli::vcs-patch-refs2 ops) n) ((core/int::add i) 1)) out)))))))))\n\n(def core/cli::vcs-evidence-refs\n (fn (evidence)\n (let ((out1 ((core/cli::push-hashes-from-vec []) ((core/map::get evidence) (quote :inputs)))))\n (let\n ((out2 ((core/cli::push-hashes-from-vec out1) ((core/map::get evidence) (quote :outputs)))))\n ((core/cli::push-if-hash out2) ((core/map::get evidence) (quote :data)))))))\n\n(def core/cli::vcs-snapshot-dep-refs\n (fn (snapshot)\n (let ((deps ((core/map::get snapshot) (quote :deps))))\n (if (core/cli::vec? deps)\n ((((core/cli::vcs-snapshot-dep-refs2 deps) (core/vec::len deps)) 0) [])\n []))))\n\n(def core/cli::vcs-snapshot-dep-refs2\n (fn (deps)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((dep ((core/vec::get deps) i)))\n (if (core/cli::map? dep)\n (let\n ((out1 ((core/cli::push-if-hash out) ((core/map::get dep) (quote :dep/commit)))))\n (let\n ((out2 ((core/cli::push-if-hash out1) ((core/map::get dep) (quote :dep/snapshot)))))\n (let\n ((out3 ((core/cli::push-if-hash out2) ((core/map::get dep) (quote :commit)))))\n ((((core/cli::vcs-snapshot-dep-refs2 deps) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out3) ((core/map::get dep) (quote :snapshot)))))))\n ((((core/cli::vcs-snapshot-dep-refs2 deps) n) ((core/int::add i) 1)) out)))))))))\n\n(def core/cli::vcs-snapshot-module-refs\n (fn (modules)\n (if (core/cli::vec? modules)\n ((((core/cli::vcs-snapshot-module-refs2 modules) (core/vec::len modules)) 0) [])\n ((core/cli::push-hash-values-from-map []) modules))))\n\n(def core/cli::vcs-snapshot-module-refs2\n (fn (modules)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((m ((core/vec::get modules) i)))\n (if (core/cli::map? m)\n ((((core/cli::vcs-snapshot-module-refs2 modules) n) ((core/int::add i) 1))\n ((core/cli::push-if-hash out) ((core/map::get m) (quote :hash))))\n ((((core/cli::vcs-snapshot-module-refs2 modules) n) ((core/int::add i) 1)) out)))))))))\n\n(def core/cli::vcs-snapshot-refs\n (fn (snapshot)\n (let ((out1 ((core/cli::push-if-hash []) ((core/map::get snapshot) (quote :proto)))))\n (let ((out2 ((core/cli::push-if-hash out1) ((core/map::get snapshot) (quote :exports_hash)))))\n (let\n ((out3 ((core/cli::push-hash-values-from-map out2) ((core/map::get snapshot) (quote :members)))))\n (let\n ((out4 ((core/cli::push-hash-values-from-map out3) ((core/map::get snapshot) (quote :defs)))))\n (let\n (\n (out5\n ((core/cli::vec-append out4)\n (core/cli::vcs-snapshot-module-refs ((core/map::get snapshot) (quote :modules)))))\n (out6\n ((core/cli::push-hash-values-from-map out5)\n ((core/map::get snapshot) (quote :modules)))))\n ((core/cli::push-hash-values-from-map out6)\n ((core/map::get snapshot) (quote :overrides))))))))))\n\n(def core/cli::vcs-artifact-refs\n (fn (artifact)\n (fn (opts)\n (if (core/cli::map? artifact)\n (let ((ty ((core/map::get artifact) (quote :type))))\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/commit)) false)\n (let ((out1 ((core/cli::push-if-hash []) ((core/map::get artifact) (quote :base)))))\n (let\n ((out2 ((core/cli::push-if-hash out1) ((core/map::get artifact) (quote :patch)))))\n (let\n ((out3 ((core/cli::push-if-hash out2) ((core/map::get artifact) (quote :result)))))\n (let\n (\n (out4\n (if (((core/cli::opt-bool opts) (quote :include-evidence)) true)\n ((core/cli::push-hashes-from-vec out3)\n ((core/map::get artifact) (quote :evidence)))\n out3)))\n (let\n ((out5 ((core/cli::push-hashes-from-vec out4) ((core/map::get artifact) (quote :attestations)))))\n (if (((core/cli::opt-bool opts) (quote :include-parents)) true)\n ((core/cli::push-hashes-from-vec out5)\n ((core/map::get artifact) (quote :parents)))\n out5))))))\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/patch)) false)\n (core/cli::vcs-patch-refs artifact)\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/evidence)) false)\n (if (((core/cli::opt-bool opts) (quote :include-evidence)) true)\n (core/cli::vcs-evidence-refs artifact)\n [])\n (if (if (core/cli::sym? ty) ((core/sym::eq? ty) (quote :vcs/snapshot)) false)\n (let ((refs0 (core/cli::vcs-snapshot-refs artifact)))\n (if (((core/cli::opt-bool opts) (quote :include-deps)) false)\n ((core/cli::vec-append refs0) (core/cli::vcs-snapshot-dep-refs artifact))\n refs0))\n [])))))\n []))))\n\n(def core/cli::vcs-plan-reachability\n (fn (artifact-index)\n (fn (roots)\n (fn (opts)\n (if (if (core/cli::map? artifact-index) (core/cli::vec? roots) false)\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n {\n :i 0\n :live []\n :missing []\n :queue roots\n :seen {}})\n ((core/error::make2 \"core/type-error\")\n \"core/cli::vcs-plan-reachability expects (map index, vector roots, map opts)\"))))))\n\n(def core/cli::vcs-plan-reachability2\n (fn (artifact-index)\n (fn (opts)\n (fn (st)\n (let ((queue ((core/map::get st) (quote :queue))) (i ((core/map::get st) (quote :i))))\n (if ((core/int::eq? i) (core/vec::len queue))\n {\n :live ((core/map::get st) (quote :live))\n :missing ((core/map::get st) (quote :missing))}\n (let ((h ((core/vec::get queue) i)))\n (if (core/cli::hash-hex? h)\n (let ((seen ((core/map::get st) (quote :seen))))\n (if ((core/map::get seen) h)\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n (((core/map::put st) (quote :i)) ((core/int::add i) 1)))\n (let ((seen2 (((core/map::put seen) h) true)))\n (let ((artifact ((core/map::get artifact-index) h)))\n (if (core/list::is-nil? artifact)\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n {\n :i ((core/int::add i) 1)\n :live ((core/map::get st) (quote :live))\n :missing ((core/vec::push ((core/map::get st) (quote :missing))) h)\n :queue queue\n :seen seen2})\n (let ((refs ((core/cli::vcs-artifact-refs artifact) opts)))\n (let ((queue2 ((core/cli::vec-append queue) refs)))\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n {\n :i ((core/int::add i) 1)\n :live ((core/vec::push ((core/map::get st) (quote :live))) h)\n :missing ((core/map::get st) (quote :missing))\n :queue queue2\n :seen seen2}))))))))\n (((core/cli::vcs-plan-reachability2 artifact-index) opts)\n (((core/map::put st) (quote :i)) ((core/int::add i) 1)))))))))))\n\n(def core/cli::lock-plan-from-requirements\n (fn (requirements)\n (fn (resolved-by-name)\n (if (if (core/cli::map? requirements) (core/cli::map? resolved-by-name) false)\n (let ((entries (core/cli::map-entries-vec requirements)))\n (\n ((((core/cli::lock-plan-from-requirements2 entries) (core/vec::len entries)) 0)\n {\n :count 0\n :locked {}\n :missing []})\n resolved-by-name))\n ((core/error::make2 \"core/type-error\") \"core/cli::lock-plan-from-requirements expects maps\")))))\n\n(def core/cli::lock-plan-from-requirements2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (st)\n (fn (resolved-by-name)\n (if ((core/int::eq? i) n)\n st\n (let ((e0 ((core/vec::get entries) i)))\n (let ((e (if (core/cli::vec? e0) e0 (core/pair::as-proper-list e0))))\n (if (core/cli::vec? e)\n (if ((core/int::eq? (core/vec::len e)) 2)\n (let ((name ((core/vec::get e) 0)) (req ((core/vec::get e) 1)))\n (let ((resolved ((core/map::get resolved-by-name) name)))\n (if (core/cli::map? resolved)\n (\n ((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1))\n {\n :count ((core/int::add ((core/map::get st) (quote :count))) 1)\n :locked\n (((core/map::put ((core/map::get st) (quote :locked))) name)\n ((core/cli::lock-make-entry req) resolved))\n :missing ((core/map::get st) (quote :missing))})\n resolved-by-name)\n (\n ((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1))\n {\n :count ((core/map::get st) (quote :count))\n :locked ((core/map::get st) (quote :locked))\n :missing\n ((core/vec::push ((core/map::get st) (quote :missing))) name)})\n resolved-by-name))))\n (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) st)\n resolved-by-name))\n (((((core/cli::lock-plan-from-requirements2 entries) n) ((core/int::add i) 1)) st)\n resolved-by-name)))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xDBfYG\x98\xEF\\yyO+)@\r\x86{?p\x83\xFE\x83\x8D\xD3\nt\xDB\xEF\t\xD5ro0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::empty-vec []) (def selfhost/typecheck::probe-ok? (fn (value) (if (core/error::is? value) false true))) (def selfhost/typecheck::sym? (fn (x) (selfhost/typecheck::probe-ok? (core/sym::to-str x)))) (def selfhost/typecheck::str? (fn (x) (selfhost/typecheck::probe-ok? (core/str::to-utf8 x)))) (def selfhost/typecheck::vec? (fn (x) (selfhost/typecheck::probe-ok? (core/vec::len x)))) (def selfhost/typecheck::map? (fn (x) (selfhost/typecheck::probe-ok? (core/map::entries x)))) (def selfhost/typecheck::pair? (fn (x) (selfhost/typecheck::probe-ok? (core/pair::car x)))) (def selfhost/typecheck::bool? (fn (x) (if ((core/eq? x) true) true ((core/eq? x) false)))) (def selfhost/typecheck::nil? core/list::is-nil?) (def selfhost/typecheck::ok (fn (value) {:ok true :value value})) (def selfhost/typecheck::err (fn (message) {:error message :ok false})) (def selfhost/typecheck::result-ok? (fn (result) (if (selfhost/typecheck::map? result) (let ((ok ((core/map::get result) (quote :ok)))) (if (selfhost/typecheck::bool? ok) ok false)) false))) (def selfhost/typecheck::str2 (fn (a) (fn (b) ((core/str::concat a) b)))) (def selfhost/typecheck::str3 (fn (a) (fn (b) (fn (c) ((core/str::concat ((core/str::concat a) b)) c))))) (def selfhost/typecheck::str4 (fn (a) (fn (b) (fn (c) (fn (d) ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d)))))) (def selfhost/typecheck::term-str (fn (term) (selfhost/printer::print-term term))) (def selfhost/typecheck::symbol-str (fn (symbol) (core/sym::to-str symbol))) (def selfhost/typecheck::int-str (fn (value) (core/int::to-str value))) (def selfhost/typecheck::vec-contains? (fn (items) (fn (needle) ((((selfhost/typecheck::vec-contains-loop items) needle) (core/vec::len items)) 0)))) (def selfhost/typecheck::vec-contains-loop (fn (items) (fn (needle) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (if ((core/eq? ((core/vec::get items) i)) needle) true ((((selfhost/typecheck::vec-contains-loop items) needle) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::set-add (fn (set) (fn (key) (((core/map::put set) key) true)))) (def selfhost/typecheck::set-has? (fn (set) (fn (key) (let ((value ((core/map::get set) key))) (if (selfhost/typecheck::bool? value) value false))))) (def selfhost/typecheck::set-keys (fn (set) (let ((entries (core/map::entries set))) ((((selfhost/typecheck::set-keys-loop entries) (core/vec::len entries)) 0) [])))) (def selfhost/typecheck::set-keys-loop (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((entry ((core/vec::get entries) i))) ((((selfhost/typecheck::set-keys-loop entries) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get entry) 0)))))))))) (def selfhost/typecheck::set-subset? (fn (left) (fn (right) (let ((keys (selfhost/typecheck::set-keys left))) ((((selfhost/typecheck::set-subset-loop keys) right) (core/vec::len keys)) 0))))) (def selfhost/typecheck::set-subset-loop (fn (keys) (fn (right) (fn (n) (fn (i) (if ((core/int::eq? i) n) true (if ((selfhost/typecheck::set-has? right) ((core/vec::get keys) i)) ((((selfhost/typecheck::set-subset-loop keys) right) n) ((core/int::add i) 1)) false))))))) (def selfhost/typecheck::set-union (fn (left) (fn (right) (let ((keys (selfhost/typecheck::set-keys right))) ((((selfhost/typecheck::set-union-loop keys) (core/vec::len keys)) 0) left))))) (def selfhost/typecheck::set-union-loop (fn (keys) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((selfhost/typecheck::set-union-loop keys) n) ((core/int::add i) 1)) ((selfhost/typecheck::set-add out) ((core/vec::get keys) i))))))))) (def selfhost/typecheck::set-difference (fn (left) (fn (right) (let ((keys (selfhost/typecheck::set-keys left))) ((((selfhost/typecheck::set-difference-loop keys) right) (core/vec::len keys)) 0))))) (def selfhost/typecheck::set-difference-loop (fn (keys) (fn (right) (fn (n) (fn (i) (if ((core/int::eq? i) n) {} (let ((rest ((((selfhost/typecheck::set-difference-loop keys) right) n) ((core/int::add i) 1))) (key ((core/vec::get keys) i))) (if ((selfhost/typecheck::set-has? right) key) rest ((selfhost/typecheck::set-add rest) key))))))))) (def selfhost/typecheck::vec-map (fn (items) (fn (f) ((((selfhost/typecheck::vec-map-loop items) f) (core/vec::len items)) 0)))) (def selfhost/typecheck::vec-map-loop (fn (items) (fn (f) (fn (n) (fn (i) (if ((core/int::eq? i) n) [] (let ((tail ((((selfhost/typecheck::vec-map-loop items) f) n) ((core/int::add i) 1)))) ((core/vec::append ((core/vec::push []) (f ((core/vec::get items) i)))) tail)))))))) (def selfhost/typecheck::vec-filter (fn (items) (fn (predicate) ((((selfhost/typecheck::vec-filter-loop items) predicate) (core/vec::len items)) 0)))) (def selfhost/typecheck::vec-filter-loop (fn (items) (fn (predicate) (fn (n) (fn (i) (if ((core/int::eq? i) n) [] (let ((item ((core/vec::get items) i)) (tail ((((selfhost/typecheck::vec-filter-loop items) predicate) n) ((core/int::add i) 1)))) (if (predicate item) ((core/vec::append ((core/vec::push []) item)) tail) tail)))))))) (def selfhost/typecheck::vec-last-or (fn (items) (fn (fallback) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 0) fallback ((core/vec::get items) ((core/int::sub n) 1))))))) (def selfhost/typecheck::list-items-or-nil (fn (term) (if (selfhost/typecheck::pair? term) (let ((items (core/pair::as-proper-list term))) (if (selfhost/typecheck::vec? items) items nil)) (if (selfhost/typecheck::nil? term) [] nil)))) (def selfhost/typecheck::list-from-vec (fn (items) (selfhost/canon::vec->list items))) (def selfhost/typecheck::quoted-symbol-or-nil (fn (term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 2) (let ((head ((core/vec::get items) 0)) (value ((core/vec::get items) 1))) (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote quote)) (if (selfhost/typecheck::sym? value) value nil) nil) nil)) nil) nil)))) (def selfhost/typecheck::append-message (fn (state) (fn (field) (fn (message) (let ((messages ((core/map::get state) field))) (((core/map::put state) field) ((core/vec::push messages) message))))))) (def selfhost/typecheck::merge-messages (fn (state) (fn (incoming) (let ((errors ((core/map::get incoming) (quote :errors))) (warnings ((core/map::get incoming) (quote :warnings)))) (let ((state2 (((core/map::put state) (quote :errors)) ((core/vec::append ((core/map::get state) (quote :errors))) errors)))) (((core/map::put state2) (quote :warnings)) ((core/vec::append ((core/map::get state2) (quote :warnings))) warnings))))))) (def selfhost/typecheck::session-empty {:errors [] :warnings []}) (def selfhost/typecheck::session-error (fn (session) (fn (message) (((selfhost/typecheck::append-message session) (quote :errors)) message)))) (def selfhost/typecheck::session-warning (fn (session) (fn (message) (((selfhost/typecheck::append-message session) (quote :warnings)) message))))] :module-h b"\xD9\x83,\x0C\xBBV\x8B\xF8\xAE\x9EJ\xE3\xDBI\x91~h\xC8\xD3/\x87\x083\xFF\xE3\xDE>\x9E\xBF\xA7P\xBB" :path "selfhost/typecheck_core_v1.gc" :source "(def selfhost/typecheck::empty-vec [])\n\n(def selfhost/typecheck::probe-ok?\n (fn (value) (if (core/error::is? value) false true)))\n\n(def selfhost/typecheck::sym?\n (fn (x) (selfhost/typecheck::probe-ok? (core/sym::to-str x))))\n\n(def selfhost/typecheck::str?\n (fn (x) (selfhost/typecheck::probe-ok? (core/str::to-utf8 x))))\n\n(def selfhost/typecheck::vec?\n (fn (x) (selfhost/typecheck::probe-ok? (core/vec::len x))))\n\n(def selfhost/typecheck::map?\n (fn (x) (selfhost/typecheck::probe-ok? (core/map::entries x))))\n\n(def selfhost/typecheck::pair?\n (fn (x) (selfhost/typecheck::probe-ok? (core/pair::car x))))\n\n(def selfhost/typecheck::bool?\n (fn (x) (if ((core/eq? x) true) true ((core/eq? x) false))))\n\n(def selfhost/typecheck::nil? core/list::is-nil?)\n\n(def selfhost/typecheck::ok (fn (value) {:ok true :value value}))\n\n(def selfhost/typecheck::err (fn (message) {:error message :ok false}))\n\n(def selfhost/typecheck::result-ok?\n (fn (result)\n (if (selfhost/typecheck::map? result)\n (let ((ok ((core/map::get result) (quote :ok))))\n (if (selfhost/typecheck::bool? ok) ok false))\n false)))\n\n(def selfhost/typecheck::str2\n (fn (a) (fn (b) ((core/str::concat a) b))))\n\n(def selfhost/typecheck::str3\n (fn (a) (fn (b) (fn (c) ((core/str::concat ((core/str::concat a) b)) c)))))\n\n(def selfhost/typecheck::str4\n (fn (a)\n (fn (b)\n (fn (c) (fn (d) ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d))))))\n\n(def selfhost/typecheck::term-str\n (fn (term) (selfhost/printer::print-term term)))\n\n(def selfhost/typecheck::symbol-str (fn (symbol) (core/sym::to-str symbol)))\n\n(def selfhost/typecheck::int-str (fn (value) (core/int::to-str value)))\n\n(def selfhost/typecheck::vec-contains?\n (fn (items)\n (fn (needle)\n ((((selfhost/typecheck::vec-contains-loop items) needle) (core/vec::len items)) 0))))\n\n(def selfhost/typecheck::vec-contains-loop\n (fn (items)\n (fn (needle)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if ((core/eq? ((core/vec::get items) i)) needle)\n true\n ((((selfhost/typecheck::vec-contains-loop items) needle) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::set-add\n (fn (set) (fn (key) (((core/map::put set) key) true))))\n\n(def selfhost/typecheck::set-has?\n (fn (set)\n (fn (key)\n (let ((value ((core/map::get set) key)))\n (if (selfhost/typecheck::bool? value) value false)))))\n\n(def selfhost/typecheck::set-keys\n (fn (set)\n (let ((entries (core/map::entries set)))\n ((((selfhost/typecheck::set-keys-loop entries) (core/vec::len entries)) 0) []))))\n\n(def selfhost/typecheck::set-keys-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((entry ((core/vec::get entries) i)))\n ((((selfhost/typecheck::set-keys-loop entries) n) ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get entry) 0))))))))))\n\n(def selfhost/typecheck::set-subset?\n (fn (left)\n (fn (right)\n (let ((keys (selfhost/typecheck::set-keys left)))\n ((((selfhost/typecheck::set-subset-loop keys) right) (core/vec::len keys)) 0)))))\n\n(def selfhost/typecheck::set-subset-loop\n (fn (keys)\n (fn (right)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n true\n (if ((selfhost/typecheck::set-has? right) ((core/vec::get keys) i))\n ((((selfhost/typecheck::set-subset-loop keys) right) n) ((core/int::add i) 1))\n false)))))))\n\n(def selfhost/typecheck::set-union\n (fn (left)\n (fn (right)\n (let ((keys (selfhost/typecheck::set-keys right)))\n ((((selfhost/typecheck::set-union-loop keys) (core/vec::len keys)) 0) left)))))\n\n(def selfhost/typecheck::set-union-loop\n (fn (keys)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((selfhost/typecheck::set-union-loop keys) n) ((core/int::add i) 1))\n ((selfhost/typecheck::set-add out) ((core/vec::get keys) i)))))))))\n\n(def selfhost/typecheck::set-difference\n (fn (left)\n (fn (right)\n (let ((keys (selfhost/typecheck::set-keys left)))\n ((((selfhost/typecheck::set-difference-loop keys) right) (core/vec::len keys)) 0)))))\n\n(def selfhost/typecheck::set-difference-loop\n (fn (keys)\n (fn (right)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {}\n (let\n ((rest ((((selfhost/typecheck::set-difference-loop keys) right) n) ((core/int::add i) 1)))\n (key ((core/vec::get keys) i)))\n (if ((selfhost/typecheck::set-has? right) key)\n rest\n ((selfhost/typecheck::set-add rest) key)))))))))\n\n(def selfhost/typecheck::vec-map\n (fn (items)\n (fn (f) ((((selfhost/typecheck::vec-map-loop items) f) (core/vec::len items)) 0))))\n\n(def selfhost/typecheck::vec-map-loop\n (fn (items)\n (fn (f)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n []\n (let ((tail ((((selfhost/typecheck::vec-map-loop items) f) n) ((core/int::add i) 1))))\n ((core/vec::append (core/vec::push [] (f ((core/vec::get items) i)))) tail))))))))\n\n(def selfhost/typecheck::vec-filter\n (fn (items)\n (fn (predicate)\n ((((selfhost/typecheck::vec-filter-loop items) predicate) (core/vec::len items)) 0))))\n\n(def selfhost/typecheck::vec-filter-loop\n (fn (items)\n (fn (predicate)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n []\n (let\n ((item ((core/vec::get items) i))\n (tail ((((selfhost/typecheck::vec-filter-loop items) predicate) n) ((core/int::add i) 1))))\n (if (predicate item) ((core/vec::append (core/vec::push [] item)) tail) tail))))))))\n\n(def selfhost/typecheck::vec-last-or\n (fn (items)\n (fn (fallback)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 0) fallback ((core/vec::get items) ((core/int::sub n) 1)))))))\n\n(def selfhost/typecheck::list-items-or-nil\n (fn (term)\n (if (selfhost/typecheck::pair? term)\n (let ((items (core/pair::as-proper-list term)))\n (if (selfhost/typecheck::vec? items) items nil))\n (if (selfhost/typecheck::nil? term) [] nil))))\n\n(def selfhost/typecheck::list-from-vec\n (fn (items) (selfhost/canon::vec->list items)))\n\n(def selfhost/typecheck::quoted-symbol-or-nil\n (fn (term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 2)\n (let ((head ((core/vec::get items) 0)) (value ((core/vec::get items) 1)))\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote quote))\n (if (selfhost/typecheck::sym? value) value nil)\n nil)\n nil))\n nil)\n nil))))\n\n(def selfhost/typecheck::append-message\n (fn (state)\n (fn (field)\n (fn (message)\n (let ((messages ((core/map::get state) field)))\n (((core/map::put state) field) ((core/vec::push messages) message)))))))\n\n(def selfhost/typecheck::merge-messages\n (fn (state)\n (fn (incoming)\n (let\n ((errors ((core/map::get incoming) (quote :errors)))\n (warnings ((core/map::get incoming) (quote :warnings))))\n (let\n ((state2\n (((core/map::put state) (quote :errors))\n ((core/vec::append ((core/map::get state) (quote :errors))) errors))))\n (((core/map::put state2) (quote :warnings))\n ((core/vec::append ((core/map::get state2) (quote :warnings))) warnings)))))))\n\n(def selfhost/typecheck::session-empty {:errors [] :warnings []})\n\n(def selfhost/typecheck::session-error\n (fn (session)\n (fn (message)\n (((selfhost/typecheck::append-message session) (quote :errors)) message))))\n\n(def selfhost/typecheck::session-warning\n (fn (session)\n (fn (message)\n (((selfhost/typecheck::append-message session) (quote :warnings)) message))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xD9\x83,\x0C\xBBV\x8B\xF8\xAE\x9EJ\xE3\xDBI\x91~h\xC8\xD3/\x87\x083\xFF\xE3\xDE>\x9E\xBF\xA7P\xBB" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::ty-scalar (fn (tag) {:tag tag})) (def selfhost/typecheck::ty-any (selfhost/typecheck::ty-scalar (quote :any))) (def selfhost/typecheck::ty-int (selfhost/typecheck::ty-scalar (quote :int))) (def selfhost/typecheck::ty-dec (selfhost/typecheck::ty-scalar (quote :dec))) (def selfhost/typecheck::ty-bool (selfhost/typecheck::ty-scalar (quote :bool))) (def selfhost/typecheck::ty-nil (selfhost/typecheck::ty-scalar (quote :nil))) (def selfhost/typecheck::ty-str (selfhost/typecheck::ty-scalar (quote :str))) (def selfhost/typecheck::ty-bytes (selfhost/typecheck::ty-scalar (quote :bytes))) (def selfhost/typecheck::ty-symbol (selfhost/typecheck::ty-scalar (quote :symbol))) (def selfhost/typecheck::ty-msg (fn (op) (fn (payload) {:op op :payload payload :tag (quote :msg)}))) (def selfhost/typecheck::ty-fn (fn (param) (fn (ret) (fn (eff) {:eff eff :param param :ret ret :tag (quote :fn)})))) (def selfhost/typecheck::ty-prog (fn (ret) (fn (eff) {:eff eff :ret ret :tag (quote :prog)}))) (def selfhost/typecheck::ty-rec (fn (fields) (fn (tail) {:fields fields :tag (quote :rec) :tail tail}))) (def selfhost/typecheck::ty-contract (fn (methods) (fn (tail) {:methods methods :tag (quote :contract) :tail tail}))) (def selfhost/typecheck::eff-row (fn (ops) (fn (tail) {:ops ops :tail tail}))) (def selfhost/typecheck::eff-empty ((selfhost/typecheck::eff-row {}) (quote :closed))) (def selfhost/typecheck::ty-tag (fn (ty) ((core/map::get ty) (quote :tag)))) (def selfhost/typecheck::tail-open? (fn (tail) (if ((core/sym::eq? tail) (quote :closed)) false true))) (def selfhost/typecheck::tail-to-term (fn (tail) (if ((core/sym::eq? tail) (quote :closed)) nil (if ((core/sym::eq? tail) (quote :any)) (quote ?) tail)))) (def selfhost/typecheck::parse-row-tail (fn (term) (if (selfhost/typecheck::nil? term) (selfhost/typecheck::ok (quote :closed)) (if (selfhost/typecheck::sym? term) (if ((core/sym::eq? term) (quote ?)) (selfhost/typecheck::ok (quote :any)) (selfhost/typecheck::ok term)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row tail must be nil, ?, or a symbol var, got ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-type (fn (term) (if (selfhost/typecheck::sym? term) (selfhost/typecheck::parse-type-symbol term) (if (selfhost/typecheck::pair? term) (selfhost/typecheck::parse-type-list term) (selfhost/typecheck::err ((selfhost/typecheck::str2 "unsupported type term: ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-type-symbol (fn (symbol) (if ((core/sym::eq? symbol) (quote ?)) (selfhost/typecheck::ok selfhost/typecheck::ty-any) (if ((core/sym::eq? symbol) (quote Int)) (selfhost/typecheck::ok selfhost/typecheck::ty-int) (if ((core/sym::eq? symbol) (quote Dec)) (selfhost/typecheck::ok selfhost/typecheck::ty-dec) (if ((core/sym::eq? symbol) (quote Bool)) (selfhost/typecheck::ok selfhost/typecheck::ty-bool) (if (if ((core/sym::eq? symbol) (quote Nil)) ((core/sym::eq? symbol) (quote nil)) false) (selfhost/typecheck::ok selfhost/typecheck::ty-nil) (if ((core/sym::eq? symbol) (quote Str)) (selfhost/typecheck::ok selfhost/typecheck::ty-str) (if ((core/sym::eq? symbol) (quote Bytes)) (selfhost/typecheck::ok selfhost/typecheck::ty-bytes) (if ((core/sym::eq? symbol) (quote Symbol)) (selfhost/typecheck::ok selfhost/typecheck::ty-symbol) (selfhost/typecheck::err ((selfhost/typecheck::str2 "unsupported type term: ") (selfhost/typecheck::term-str symbol))))))))))))) (def selfhost/typecheck::parse-type-list (fn (term) (let ((items (core/pair::as-proper-list term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) (selfhost/typecheck::err "empty type term list") (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) ((selfhost/typecheck::parse-type-constructor head) items) (selfhost/typecheck::err ((selfhost/typecheck::str2 "type head must be a symbol: ") (selfhost/typecheck::term-str head)))))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "type term must be a proper list: ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-type-constructor (fn (head) (fn (items) (if ((core/sym::eq? head) (quote Fn)) (selfhost/typecheck::parse-fn-type items) (if ((core/sym::eq? head) (quote Prog)) (selfhost/typecheck::parse-prog-type items) (if ((core/sym::eq? head) (quote Msg)) (selfhost/typecheck::parse-msg-type items) (if ((core/sym::eq? head) (quote Rec)) ((selfhost/typecheck::parse-shape-type (quote :rec)) items) (if ((core/sym::eq? head) (quote Contract)) ((selfhost/typecheck::parse-shape-type (quote :contract)) items) (if ((core/sym::eq? head) (quote Eff)) (selfhost/typecheck::err "(Eff ...) is an effect-row term, not a type") (selfhost/typecheck::err ((selfhost/typecheck::str2 "unknown type constructor ") (selfhost/typecheck::symbol-str head)))))))))))) (def selfhost/typecheck::parse-fn-type (fn (items) (let ((n (core/vec::len items))) (if (if ((core/int::eq? n) 3) true ((core/int::eq? n) 4)) (let ((param-result (selfhost/typecheck::parse-type ((core/vec::get items) 1))) (ret-result (selfhost/typecheck::parse-type ((core/vec::get items) 2)))) (if (selfhost/typecheck::result-ok? param-result) (if (selfhost/typecheck::result-ok? ret-result) (let ((eff-result (if ((core/int::eq? n) 4) (selfhost/typecheck::parse-eff-row ((core/vec::get items) 3)) (selfhost/typecheck::ok selfhost/typecheck::eff-empty)))) (if (selfhost/typecheck::result-ok? eff-result) (selfhost/typecheck::ok (((selfhost/typecheck::ty-fn ((core/map::get param-result) (quote :value))) ((core/map::get ret-result) (quote :value))) ((core/map::get eff-result) (quote :value)))) eff-result)) ret-result) param-result)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "(Fn A B (Eff ...)) expects 2 or 3 arguments, got ") (selfhost/typecheck::int-str ((core/int::sub n) 1)))))))) (def selfhost/typecheck::parse-prog-type (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 3) (let ((ret-result (selfhost/typecheck::parse-type ((core/vec::get items) 1))) (eff-result (selfhost/typecheck::parse-eff-row ((core/vec::get items) 2)))) (if (selfhost/typecheck::result-ok? ret-result) (if (selfhost/typecheck::result-ok? eff-result) (selfhost/typecheck::ok ((selfhost/typecheck::ty-prog ((core/map::get ret-result) (quote :value))) ((core/map::get eff-result) (quote :value)))) eff-result) ret-result)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "(Prog T (Eff ...)) expects 2 arguments, got ") (selfhost/typecheck::int-str ((core/int::sub n) 1)))))))) (def selfhost/typecheck::parse-msg-type (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 2) (let ((payload-result (selfhost/typecheck::parse-type ((core/vec::get items) 1)))) (if (selfhost/typecheck::result-ok? payload-result) (selfhost/typecheck::ok ((selfhost/typecheck::ty-msg nil) ((core/map::get payload-result) (quote :value)))) payload-result)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "(Msg Payload) expects 1 argument, got ") (selfhost/typecheck::int-str ((core/int::sub n) 1)))))))) (def selfhost/typecheck::parse-shape-type (fn (kind) (fn (items) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 3) (let ((fields-result (selfhost/typecheck::parse-row-fields ((core/vec::get items) 1))) (tail-result (selfhost/typecheck::parse-row-tail ((core/vec::get items) 2)))) (if (selfhost/typecheck::result-ok? fields-result) (if (selfhost/typecheck::result-ok? tail-result) (let ((fields ((core/map::get fields-result) (quote :value))) (tail ((core/map::get tail-result) (quote :value)))) (if ((core/sym::eq? kind) (quote :rec)) (selfhost/typecheck::ok ((selfhost/typecheck::ty-rec fields) tail)) (selfhost/typecheck::ok ((selfhost/typecheck::ty-contract fields) tail)))) tail-result) fields-result)) (let ((label (if ((core/sym::eq? kind) (quote :rec)) "(Rec [[:k T] ...] tail) expects 2 arguments, got " "(Contract [[op Ty] ...] tail) expects 2 arguments, got "))) (selfhost/typecheck::err ((selfhost/typecheck::str2 label) (selfhost/typecheck::int-str ((core/int::sub n) 1)))))))))) (def selfhost/typecheck::parse-eff-row (fn (term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote Eff)) (let ((ops-result (selfhost/typecheck::parse-eff-ops ((core/vec::get items) 1))) (tail-result (selfhost/typecheck::parse-row-tail ((core/vec::get items) 2)))) (if (selfhost/typecheck::result-ok? ops-result) (if (selfhost/typecheck::result-ok? tail-result) (selfhost/typecheck::ok ((selfhost/typecheck::eff-row ((core/map::get ops-result) (quote :value))) ((core/map::get tail-result) (quote :value)))) tail-result) ops-result)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff row must look like (Eff [ops] tail), got ") (selfhost/typecheck::term-str term)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff row must look like (Eff [ops] tail), got ") (selfhost/typecheck::term-str term))))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff row must look like (Eff [ops] tail), got ") (selfhost/typecheck::term-str term)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff row must be a list: ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-eff-ops (fn (term) (if (selfhost/typecheck::nil? term) (selfhost/typecheck::ok {}) (if (selfhost/typecheck::vec? term) ((((selfhost/typecheck::parse-eff-ops-loop term) (core/vec::len term)) 0) {}) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff ops must be a vector, got ") (selfhost/typecheck::term-str term))))))) (def selfhost/typecheck::parse-eff-ops-loop (fn (items) (fn (n) (fn (i) (fn (set) (if ((core/int::eq? i) n) (selfhost/typecheck::ok set) (let ((op ((core/vec::get items) i))) (if (selfhost/typecheck::sym? op) (if ((selfhost/typecheck::set-has? set) op) (selfhost/typecheck::err ((selfhost/typecheck::str2 "duplicate effect op ") (selfhost/typecheck::symbol-str op))) ((((selfhost/typecheck::parse-eff-ops-loop items) n) ((core/int::add i) 1)) ((selfhost/typecheck::set-add set) op))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "eff op must be a symbol, got ") (selfhost/typecheck::term-str op))))))))))) (def selfhost/typecheck::parse-row-fields (fn (term) (if (selfhost/typecheck::vec? term) ((((selfhost/typecheck::parse-row-fields-loop term) (core/vec::len term)) 0) {}) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row fields must be a vector, got ") (selfhost/typecheck::term-str term)))))) (def selfhost/typecheck::parse-row-fields-loop (fn (items) (fn (n) (fn (i) (fn (fields) (if ((core/int::eq? i) n) (selfhost/typecheck::ok fields) (let ((entry ((core/vec::get items) i))) (if (selfhost/typecheck::vec? entry) (if ((core/int::eq? (core/vec::len entry)) 2) (let ((label ((core/vec::get entry) 0)) (type-term ((core/vec::get entry) 1))) (if (selfhost/typecheck::sym? label) (if (selfhost/typecheck::nil? ((core/map::get fields) label)) (let ((parsed (selfhost/typecheck::parse-type type-term))) (if (selfhost/typecheck::result-ok? parsed) ((((selfhost/typecheck::parse-row-fields-loop items) n) ((core/int::add i) 1)) (((core/map::put fields) label) ((core/map::get parsed) (quote :value)))) parsed)) (selfhost/typecheck::err ((selfhost/typecheck::str2 "duplicate row label ") (selfhost/typecheck::symbol-str label)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row label must be a symbol, got ") (selfhost/typecheck::term-str label))))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row entry must have 2 items, got ") (selfhost/typecheck::term-str entry)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "row entry must be a 2-vector, got ") (selfhost/typecheck::term-str entry))))))))))) (def selfhost/typecheck::type-to-term (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :any)) (quote ?) (if ((core/sym::eq? tag) (quote :int)) (quote Int) (if ((core/sym::eq? tag) (quote :dec)) (quote Dec) (if ((core/sym::eq? tag) (quote :bool)) (quote Bool) (if ((core/sym::eq? tag) (quote :nil)) (quote Nil) (if ((core/sym::eq? tag) (quote :str)) (quote Str) (if ((core/sym::eq? tag) (quote :bytes)) (quote Bytes) (if ((core/sym::eq? tag) (quote :symbol)) (quote Symbol) (if ((core/sym::eq? tag) (quote :msg)) (let ((items ((core/vec::push []) (quote Msg)))) (selfhost/typecheck::list-from-vec ((core/vec::push items) (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :payload)))))) (if ((core/sym::eq? tag) (quote :fn)) (selfhost/typecheck::type-fn-to-term ty) (if ((core/sym::eq? tag) (quote :prog)) (selfhost/typecheck::type-prog-to-term ty) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::type-shape-to-term (quote Rec)) ty) ((selfhost/typecheck::type-shape-to-term (quote Contract)) ty)))))))))))))))) (def selfhost/typecheck::eff-to-term (fn (eff) (let ((items1 ((core/vec::push []) (quote Eff)))) (let ((items2 ((core/vec::push items1) (selfhost/typecheck::set-keys ((core/map::get eff) (quote :ops)))))) (selfhost/typecheck::list-from-vec ((core/vec::push items2) (selfhost/typecheck::tail-to-term ((core/map::get eff) (quote :tail))))))))) (def selfhost/typecheck::type-fn-to-term (fn (ty) (let ((items1 ((core/vec::push []) (quote Fn)))) (let ((items2 ((core/vec::push items1) (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :param)))))) (let ((items3 ((core/vec::push items2) (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :ret)))))) (selfhost/typecheck::list-from-vec ((core/vec::push items3) (selfhost/typecheck::eff-to-term ((core/map::get ty) (quote :eff)))))))))) (def selfhost/typecheck::type-prog-to-term (fn (ty) (let ((items1 ((core/vec::push []) (quote Prog)))) (let ((items2 ((core/vec::push items1) (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :ret)))))) (selfhost/typecheck::list-from-vec ((core/vec::push items2) (selfhost/typecheck::eff-to-term ((core/map::get ty) (quote :eff))))))))) (def selfhost/typecheck::type-shape-to-term (fn (head) (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty)) (fields ((core/map::get ty) (if ((core/sym::eq? tag) (quote :rec)) (quote :fields) (quote :methods))))) (let ((items1 ((core/vec::push []) head))) (let ((items2 ((core/vec::push items1) (selfhost/typecheck::shape-fields-to-term fields)))) (selfhost/typecheck::list-from-vec ((core/vec::push items2) (selfhost/typecheck::tail-to-term ((core/map::get ty) (quote :tail))))))))))) (def selfhost/typecheck::shape-fields-to-term (fn (fields) (let ((entries (core/map::entries fields))) ((selfhost/typecheck::vec-map entries) (fn (entry) (let ((pair ((core/vec::push []) ((core/vec::get entry) 0)))) ((core/vec::push pair) (selfhost/typecheck::type-to-term ((core/vec::get entry) 1)))))))))] :module-h b"\xBF\x92\xC7\x95`:\x89\xFD\xD6\xC3*S\x9E\x1E\xF7>}\x8A\xC1gk\x88R/\\&\xC2)\xDFs\xD7\xD1" :path "selfhost/typecheck_types_v1.gc" :source "(def selfhost/typecheck::ty-scalar\n (fn (tag) {:tag tag}))\n\n(def selfhost/typecheck::ty-any (selfhost/typecheck::ty-scalar (quote :any)))\n(def selfhost/typecheck::ty-int (selfhost/typecheck::ty-scalar (quote :int)))\n(def selfhost/typecheck::ty-dec (selfhost/typecheck::ty-scalar (quote :dec)))\n(def selfhost/typecheck::ty-bool (selfhost/typecheck::ty-scalar (quote :bool)))\n(def selfhost/typecheck::ty-nil (selfhost/typecheck::ty-scalar (quote :nil)))\n(def selfhost/typecheck::ty-str (selfhost/typecheck::ty-scalar (quote :str)))\n(def selfhost/typecheck::ty-bytes (selfhost/typecheck::ty-scalar (quote :bytes)))\n(def selfhost/typecheck::ty-symbol (selfhost/typecheck::ty-scalar (quote :symbol)))\n\n(def selfhost/typecheck::ty-msg\n (fn (op) (fn (payload) {:op op :payload payload :tag (quote :msg)})))\n\n(def selfhost/typecheck::ty-fn\n (fn (param) (fn (ret) (fn (eff) {:eff eff :param param :ret ret :tag (quote :fn)}))))\n\n(def selfhost/typecheck::ty-prog\n (fn (ret) (fn (eff) {:eff eff :ret ret :tag (quote :prog)})))\n\n(def selfhost/typecheck::ty-rec\n (fn (fields) (fn (tail) {:fields fields :tag (quote :rec) :tail tail})))\n\n(def selfhost/typecheck::ty-contract\n (fn (methods) (fn (tail) {:methods methods :tag (quote :contract) :tail tail})))\n\n(def selfhost/typecheck::eff-row\n (fn (ops) (fn (tail) {:ops ops :tail tail})))\n\n(def selfhost/typecheck::eff-empty\n ((selfhost/typecheck::eff-row {}) (quote :closed)))\n\n(def selfhost/typecheck::ty-tag\n (fn (ty) ((core/map::get ty) (quote :tag))))\n\n(def selfhost/typecheck::tail-open?\n (fn (tail) (if ((core/sym::eq? tail) (quote :closed)) false true)))\n\n(def selfhost/typecheck::tail-to-term\n (fn (tail)\n (if ((core/sym::eq? tail) (quote :closed))\n nil\n (if ((core/sym::eq? tail) (quote :any)) (quote ?) tail))))\n\n(def selfhost/typecheck::parse-row-tail\n (fn (term)\n (if (selfhost/typecheck::nil? term)\n (selfhost/typecheck::ok (quote :closed))\n (if (selfhost/typecheck::sym? term)\n (if ((core/sym::eq? term) (quote ?))\n (selfhost/typecheck::ok (quote :any))\n (selfhost/typecheck::ok term))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row tail must be nil, ?, or a symbol var, got \")\n (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-type\n (fn (term)\n (if (selfhost/typecheck::sym? term)\n (selfhost/typecheck::parse-type-symbol term)\n (if (selfhost/typecheck::pair? term)\n (selfhost/typecheck::parse-type-list term)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"unsupported type term: \") (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-type-symbol\n (fn (symbol)\n (if ((core/sym::eq? symbol) (quote ?))\n (selfhost/typecheck::ok selfhost/typecheck::ty-any)\n (if ((core/sym::eq? symbol) (quote Int))\n (selfhost/typecheck::ok selfhost/typecheck::ty-int)\n (if ((core/sym::eq? symbol) (quote Dec))\n (selfhost/typecheck::ok selfhost/typecheck::ty-dec)\n (if ((core/sym::eq? symbol) (quote Bool))\n (selfhost/typecheck::ok selfhost/typecheck::ty-bool)\n (if (if ((core/sym::eq? symbol) (quote Nil)) ((core/sym::eq? symbol) (quote nil)) false)\n (selfhost/typecheck::ok selfhost/typecheck::ty-nil)\n (if ((core/sym::eq? symbol) (quote Str))\n (selfhost/typecheck::ok selfhost/typecheck::ty-str)\n (if ((core/sym::eq? symbol) (quote Bytes))\n (selfhost/typecheck::ok selfhost/typecheck::ty-bytes)\n (if ((core/sym::eq? symbol) (quote Symbol))\n (selfhost/typecheck::ok selfhost/typecheck::ty-symbol)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"unsupported type term: \")\n (selfhost/typecheck::term-str symbol)))))))))))))\n\n(def selfhost/typecheck::parse-type-list\n (fn (term)\n (let ((items (core/pair::as-proper-list term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n (selfhost/typecheck::err \"empty type term list\")\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n ((selfhost/typecheck::parse-type-constructor head) items)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"type head must be a symbol: \")\n (selfhost/typecheck::term-str head))))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"type term must be a proper list: \")\n (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-type-constructor\n (fn (head)\n (fn (items)\n (if ((core/sym::eq? head) (quote Fn))\n (selfhost/typecheck::parse-fn-type items)\n (if ((core/sym::eq? head) (quote Prog))\n (selfhost/typecheck::parse-prog-type items)\n (if ((core/sym::eq? head) (quote Msg))\n (selfhost/typecheck::parse-msg-type items)\n (if ((core/sym::eq? head) (quote Rec))\n ((selfhost/typecheck::parse-shape-type (quote :rec)) items)\n (if ((core/sym::eq? head) (quote Contract))\n ((selfhost/typecheck::parse-shape-type (quote :contract)) items)\n (if ((core/sym::eq? head) (quote Eff))\n (selfhost/typecheck::err \"(Eff ...) is an effect-row term, not a type\")\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"unknown type constructor \")\n (selfhost/typecheck::symbol-str head))))))))))))\n\n(def selfhost/typecheck::parse-fn-type\n (fn (items)\n (let ((n (core/vec::len items)))\n (if (if ((core/int::eq? n) 3) true ((core/int::eq? n) 4))\n (let\n ((param-result (selfhost/typecheck::parse-type ((core/vec::get items) 1)))\n (ret-result (selfhost/typecheck::parse-type ((core/vec::get items) 2))))\n (if (selfhost/typecheck::result-ok? param-result)\n (if (selfhost/typecheck::result-ok? ret-result)\n (let\n ((eff-result\n (if ((core/int::eq? n) 4)\n (selfhost/typecheck::parse-eff-row ((core/vec::get items) 3))\n (selfhost/typecheck::ok selfhost/typecheck::eff-empty))))\n (if (selfhost/typecheck::result-ok? eff-result)\n (selfhost/typecheck::ok\n (((selfhost/typecheck::ty-fn\n ((core/map::get param-result) (quote :value)))\n ((core/map::get ret-result) (quote :value)))\n ((core/map::get eff-result) (quote :value))))\n eff-result))\n ret-result)\n param-result))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"(Fn A B (Eff ...)) expects 2 or 3 arguments, got \")\n (selfhost/typecheck::int-str ((core/int::sub n) 1))))))))\n\n(def selfhost/typecheck::parse-prog-type\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 3)\n (let\n ((ret-result (selfhost/typecheck::parse-type ((core/vec::get items) 1)))\n (eff-result (selfhost/typecheck::parse-eff-row ((core/vec::get items) 2))))\n (if (selfhost/typecheck::result-ok? ret-result)\n (if (selfhost/typecheck::result-ok? eff-result)\n (selfhost/typecheck::ok\n ((selfhost/typecheck::ty-prog ((core/map::get ret-result) (quote :value)))\n ((core/map::get eff-result) (quote :value))))\n eff-result)\n ret-result))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"(Prog T (Eff ...)) expects 2 arguments, got \")\n (selfhost/typecheck::int-str ((core/int::sub n) 1))))))))\n\n(def selfhost/typecheck::parse-msg-type\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 2)\n (let ((payload-result (selfhost/typecheck::parse-type ((core/vec::get items) 1))))\n (if (selfhost/typecheck::result-ok? payload-result)\n (selfhost/typecheck::ok\n ((selfhost/typecheck::ty-msg nil) ((core/map::get payload-result) (quote :value))))\n payload-result))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"(Msg Payload) expects 1 argument, got \")\n (selfhost/typecheck::int-str ((core/int::sub n) 1))))))))\n\n(def selfhost/typecheck::parse-shape-type\n (fn (kind)\n (fn (items)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 3)\n (let\n ((fields-result (selfhost/typecheck::parse-row-fields ((core/vec::get items) 1)))\n (tail-result (selfhost/typecheck::parse-row-tail ((core/vec::get items) 2))))\n (if (selfhost/typecheck::result-ok? fields-result)\n (if (selfhost/typecheck::result-ok? tail-result)\n (let\n ((fields ((core/map::get fields-result) (quote :value)))\n (tail ((core/map::get tail-result) (quote :value))))\n (if ((core/sym::eq? kind) (quote :rec))\n (selfhost/typecheck::ok ((selfhost/typecheck::ty-rec fields) tail))\n (selfhost/typecheck::ok ((selfhost/typecheck::ty-contract fields) tail))))\n tail-result)\n fields-result))\n (let\n ((label\n (if ((core/sym::eq? kind) (quote :rec))\n \"(Rec [[:k T] ...] tail) expects 2 arguments, got \"\n \"(Contract [[op Ty] ...] tail) expects 2 arguments, got \")))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 label)\n (selfhost/typecheck::int-str ((core/int::sub n) 1))))))))))\n\n(def selfhost/typecheck::parse-eff-row\n (fn (term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote Eff))\n (let\n ((ops-result (selfhost/typecheck::parse-eff-ops ((core/vec::get items) 1)))\n (tail-result (selfhost/typecheck::parse-row-tail ((core/vec::get items) 2))))\n (if (selfhost/typecheck::result-ok? ops-result)\n (if (selfhost/typecheck::result-ok? tail-result)\n (selfhost/typecheck::ok\n ((selfhost/typecheck::eff-row ((core/map::get ops-result) (quote :value)))\n ((core/map::get tail-result) (quote :value))))\n tail-result)\n ops-result))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff row must look like (Eff [ops] tail), got \")\n (selfhost/typecheck::term-str term))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff row must look like (Eff [ops] tail), got \")\n (selfhost/typecheck::term-str term)))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff row must look like (Eff [ops] tail), got \")\n (selfhost/typecheck::term-str term))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff row must be a list: \")\n (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-eff-ops\n (fn (term)\n (if (selfhost/typecheck::nil? term)\n (selfhost/typecheck::ok {})\n (if (selfhost/typecheck::vec? term)\n ((((selfhost/typecheck::parse-eff-ops-loop term) (core/vec::len term)) 0) {})\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff ops must be a vector, got \")\n (selfhost/typecheck::term-str term)))))))\n\n(def selfhost/typecheck::parse-eff-ops-loop\n (fn (items)\n (fn (n)\n (fn (i)\n (fn (set)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok set)\n (let ((op ((core/vec::get items) i)))\n (if (selfhost/typecheck::sym? op)\n (if ((selfhost/typecheck::set-has? set) op)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"duplicate effect op \")\n (selfhost/typecheck::symbol-str op)))\n ((((selfhost/typecheck::parse-eff-ops-loop items) n) ((core/int::add i) 1))\n ((selfhost/typecheck::set-add set) op)))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"eff op must be a symbol, got \")\n (selfhost/typecheck::term-str op)))))))))))\n\n(def selfhost/typecheck::parse-row-fields\n (fn (term)\n (if (selfhost/typecheck::vec? term)\n ((((selfhost/typecheck::parse-row-fields-loop term) (core/vec::len term)) 0) {})\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row fields must be a vector, got \")\n (selfhost/typecheck::term-str term))))))\n\n(def selfhost/typecheck::parse-row-fields-loop\n (fn (items)\n (fn (n)\n (fn (i)\n (fn (fields)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok fields)\n (let ((entry ((core/vec::get items) i)))\n (if (selfhost/typecheck::vec? entry)\n (if ((core/int::eq? (core/vec::len entry)) 2)\n (let ((label ((core/vec::get entry) 0)) (type-term ((core/vec::get entry) 1)))\n (if (selfhost/typecheck::sym? label)\n (if (selfhost/typecheck::nil? ((core/map::get fields) label))\n (let ((parsed (selfhost/typecheck::parse-type type-term)))\n (if (selfhost/typecheck::result-ok? parsed)\n ((((selfhost/typecheck::parse-row-fields-loop items) n)\n ((core/int::add i) 1))\n (((core/map::put fields) label) ((core/map::get parsed) (quote :value))))\n parsed))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"duplicate row label \")\n (selfhost/typecheck::symbol-str label))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row label must be a symbol, got \")\n (selfhost/typecheck::term-str label)))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row entry must have 2 items, got \")\n (selfhost/typecheck::term-str entry))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"row entry must be a 2-vector, got \")\n (selfhost/typecheck::term-str entry)))))))))))\n\n(def selfhost/typecheck::type-to-term\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :any))\n (quote ?)\n (if ((core/sym::eq? tag) (quote :int))\n (quote Int)\n (if ((core/sym::eq? tag) (quote :dec))\n (quote Dec)\n (if ((core/sym::eq? tag) (quote :bool))\n (quote Bool)\n (if ((core/sym::eq? tag) (quote :nil))\n (quote Nil)\n (if ((core/sym::eq? tag) (quote :str))\n (quote Str)\n (if ((core/sym::eq? tag) (quote :bytes))\n (quote Bytes)\n (if ((core/sym::eq? tag) (quote :symbol))\n (quote Symbol)\n (if ((core/sym::eq? tag) (quote :msg))\n (let ((items ((core/vec::push []) (quote Msg))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items)\n (selfhost/typecheck::type-to-term\n ((core/map::get ty) (quote :payload))))))\n (if ((core/sym::eq? tag) (quote :fn))\n (selfhost/typecheck::type-fn-to-term ty)\n (if ((core/sym::eq? tag) (quote :prog))\n (selfhost/typecheck::type-prog-to-term ty)\n (if ((core/sym::eq? tag) (quote :rec))\n ((selfhost/typecheck::type-shape-to-term (quote Rec)) ty)\n ((selfhost/typecheck::type-shape-to-term (quote Contract)) ty))))))))))))))))\n\n(def selfhost/typecheck::eff-to-term\n (fn (eff)\n (let ((items1 ((core/vec::push []) (quote Eff))))\n (let\n ((items2\n ((core/vec::push items1)\n (selfhost/typecheck::set-keys ((core/map::get eff) (quote :ops))))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items2)\n (selfhost/typecheck::tail-to-term ((core/map::get eff) (quote :tail)))))))))\n\n(def selfhost/typecheck::type-fn-to-term\n (fn (ty)\n (let ((items1 ((core/vec::push []) (quote Fn))))\n (let\n ((items2\n ((core/vec::push items1)\n (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :param))))))\n (let\n ((items3\n ((core/vec::push items2)\n (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :ret))))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items3)\n (selfhost/typecheck::eff-to-term ((core/map::get ty) (quote :eff))))))))))\n\n(def selfhost/typecheck::type-prog-to-term\n (fn (ty)\n (let ((items1 ((core/vec::push []) (quote Prog))))\n (let\n ((items2\n ((core/vec::push items1)\n (selfhost/typecheck::type-to-term ((core/map::get ty) (quote :ret))))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items2)\n (selfhost/typecheck::eff-to-term ((core/map::get ty) (quote :eff)))))))))\n\n(def selfhost/typecheck::type-shape-to-term\n (fn (head)\n (fn (ty)\n (let\n ((tag (selfhost/typecheck::ty-tag ty))\n (fields\n ((core/map::get ty)\n (if ((core/sym::eq? tag) (quote :rec)) (quote :fields) (quote :methods)))))\n (let ((items1 ((core/vec::push []) head)))\n (let\n ((items2\n ((core/vec::push items1)\n (selfhost/typecheck::shape-fields-to-term fields))))\n (selfhost/typecheck::list-from-vec\n ((core/vec::push items2)\n (selfhost/typecheck::tail-to-term ((core/map::get ty) (quote :tail)))))))))))\n\n(def selfhost/typecheck::shape-fields-to-term\n (fn (fields)\n (let ((entries (core/map::entries fields)))\n ((selfhost/typecheck::vec-map entries)\n (fn (entry)\n (let ((pair ((core/vec::push []) ((core/vec::get entry) 0))))\n ((core/vec::push pair)\n (selfhost/typecheck::type-to-term ((core/vec::get entry) 1)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBF\x92\xC7\x95`:\x89\xFD\xD6\xC3*S\x9E\x1E\xF7>}\x8A\xC1gk\x88R/\\&\xC2)\xDFs\xD7\xD1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::tail-closed? (fn (tail) ((core/sym::eq? tail) (quote :closed)))) (def selfhost/typecheck::tail-any? (fn (tail) ((core/sym::eq? tail) (quote :any)))) (def selfhost/typecheck::tail-var? (fn (tail) (if (selfhost/typecheck::tail-closed? tail) false (if (selfhost/typecheck::tail-any? tail) false true)))) (def selfhost/typecheck::effect-scan-empty {:anonymous false :vars {}}) (def selfhost/typecheck::collect-effect-tail (fn (tail) (fn (scan) (if (selfhost/typecheck::tail-closed? tail) scan (if (selfhost/typecheck::tail-any? tail) (((core/map::put scan) (quote :anonymous)) true) (((core/map::put scan) (quote :vars)) ((selfhost/typecheck::set-add ((core/map::get scan) (quote :vars))) tail))))))) (def selfhost/typecheck::collect-effect-rows (fn (ty) (fn (scan) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) (let ((s1 ((selfhost/typecheck::collect-effect-tail ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail))) scan))) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :ret))) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :param))) s1))) (if ((core/sym::eq? tag) (quote :prog)) (let ((s1 ((selfhost/typecheck::collect-effect-tail ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail))) scan))) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :ret))) s1)) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :payload))) scan) (if ((core/sym::eq? tag) (quote :rec)) (((selfhost/typecheck::collect-effect-fields ((core/map::get ty) (quote :fields))) (core/map::entries ((core/map::get ty) (quote :fields)))) scan) (if ((core/sym::eq? tag) (quote :contract)) (((selfhost/typecheck::collect-effect-fields ((core/map::get ty) (quote :methods))) (core/map::entries ((core/map::get ty) (quote :methods)))) scan) scan))))))))) (def selfhost/typecheck::collect-effect-fields (fn (fields) (fn (entries) (fn (scan) ((((selfhost/typecheck::collect-effect-fields-loop entries) (core/vec::len entries)) 0) scan))))) (def selfhost/typecheck::collect-effect-fields-loop (fn (entries) (fn (n) (fn (i) (fn (scan) (if ((core/int::eq? i) n) scan (let ((entry ((core/vec::get entries) i))) ((((selfhost/typecheck::collect-effect-fields-loop entries) n) ((core/int::add i) 1)) ((selfhost/typecheck::collect-effect-rows ((core/vec::get entry) 1)) scan))))))))) (def selfhost/typecheck::validate-effect-row-declaration (fn (ty) (fn (strict-effects) (let ((scan ((selfhost/typecheck::collect-effect-rows ty) selfhost/typecheck::effect-scan-empty))) (if (if strict-effects ((core/map::get scan) (quote :anonymous)) false) (selfhost/typecheck::err "strict effect mode requires a closed declared effect row or a named row variable bound by a function parameter") (let ((parameter-scan (if ((core/sym::eq? (selfhost/typecheck::ty-tag ty)) (quote :fn)) ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :param))) selfhost/typecheck::effect-scan-empty) selfhost/typecheck::effect-scan-empty))) (let ((unbound ((selfhost/typecheck::set-difference ((core/map::get scan) (quote :vars))) ((core/map::get parameter-scan) (quote :vars))))) (let ((names (selfhost/typecheck::set-keys unbound))) (if ((core/int::eq? (core/vec::len names)) 0) (selfhost/typecheck::ok true) (selfhost/typecheck::err (((selfhost/typecheck::str3 "unbound effect row variable(s) ") ((core/str::join ((selfhost/typecheck::vec-map names) selfhost/typecheck::symbol-str)) ", ")) "; named tails must occur in the outermost function parameter"))))))))))) (def selfhost/typecheck::has-unresolved-contract-ops? (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :msg)) (if (selfhost/typecheck::nil? ((core/map::get ty) (quote :op))) true (selfhost/typecheck::has-unresolved-contract-ops? ((core/map::get ty) (quote :payload)))) (if ((core/sym::eq? tag) (quote :fn)) (if (selfhost/typecheck::has-unresolved-contract-ops? ((core/map::get ty) (quote :param))) true (selfhost/typecheck::has-unresolved-contract-ops? ((core/map::get ty) (quote :ret)))) (if ((core/sym::eq? tag) (quote :prog)) (selfhost/typecheck::has-unresolved-contract-ops? ((core/map::get ty) (quote :ret))) (if ((core/sym::eq? tag) (quote :rec)) (selfhost/typecheck::fields-have-unresolved? (core/map::entries ((core/map::get ty) (quote :fields)))) (if ((core/sym::eq? tag) (quote :contract)) (selfhost/typecheck::fields-have-unresolved? (core/map::entries ((core/map::get ty) (quote :methods)))) false)))))))) (def selfhost/typecheck::fields-have-unresolved? (fn (entries) (((selfhost/typecheck::fields-have-unresolved-loop entries) (core/vec::len entries)) 0))) (def selfhost/typecheck::fields-have-unresolved-loop (fn (entries) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (if (selfhost/typecheck::has-unresolved-contract-ops? ((core/vec::get ((core/vec::get entries) i)) 1)) true (((selfhost/typecheck::fields-have-unresolved-loop entries) n) ((core/int::add i) 1)))))))) (def selfhost/typecheck::bind-unknown-row (fn (row) (fn (bindings) (let ((tail ((core/map::get row) (quote :tail)))) (if (selfhost/typecheck::tail-var? tail) (if (selfhost/typecheck::nil? ((core/map::get bindings) tail)) (((core/map::put bindings) tail) ((selfhost/typecheck::eff-row {}) (quote :any))) bindings) bindings))))) (def selfhost/typecheck::bind-unknowns-in-type (fn (ty) (fn (bindings) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) ((selfhost/typecheck::bind-unknown-row ((core/map::get ty) (quote :eff))) ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :ret))) ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :param))) bindings))) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::bind-unknown-row ((core/map::get ty) (quote :eff))) ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :ret))) bindings)) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :payload))) bindings) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::bind-unknowns-in-fields (core/map::entries ((core/map::get ty) (quote :fields)))) bindings) (if ((core/sym::eq? tag) (quote :contract)) ((selfhost/typecheck::bind-unknowns-in-fields (core/map::entries ((core/map::get ty) (quote :methods)))) bindings) bindings))))))))) (def selfhost/typecheck::bind-unknowns-in-fields (fn (entries) (fn (bindings) ((((selfhost/typecheck::bind-unknowns-in-fields-loop entries) (core/vec::len entries)) 0) bindings)))) (def selfhost/typecheck::bind-unknowns-in-fields-loop (fn (entries) (fn (n) (fn (i) (fn (bindings) (if ((core/int::eq? i) n) bindings ((((selfhost/typecheck::bind-unknowns-in-fields-loop entries) n) ((core/int::add i) 1)) ((selfhost/typecheck::bind-unknowns-in-type ((core/vec::get ((core/vec::get entries) i)) 1)) bindings)))))))) (def selfhost/typecheck::match-effect-row (fn (inferred) (fn (declared) (fn (bindings) (let ((tail ((core/map::get declared) (quote :tail)))) (if (selfhost/typecheck::tail-closed? tail) {:bindings bindings :ok (if (selfhost/typecheck::tail-closed? ((core/map::get inferred) (quote :tail))) ((selfhost/typecheck::set-subset? ((core/map::get inferred) (quote :ops))) ((core/map::get declared) (quote :ops))) false)} (if (selfhost/typecheck::tail-any? tail) {:bindings bindings :ok true} (let ((remainder ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-difference ((core/map::get inferred) (quote :ops))) ((core/map::get declared) (quote :ops)))) ((core/map::get inferred) (quote :tail)))) (bound ((core/map::get bindings) tail))) (if (selfhost/typecheck::nil? bound) {:bindings (((core/map::put bindings) tail) remainder) :ok true} (if (if (selfhost/typecheck::tail-any? ((core/map::get bound) (quote :tail))) true (selfhost/typecheck::tail-any? ((core/map::get remainder) (quote :tail)))) {:bindings (((core/map::put bindings) tail) ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-union ((core/map::get bound) (quote :ops))) ((core/map::get remainder) (quote :ops)))) (quote :any))) :ok true} {:bindings bindings :ok ((core/eq? bound) remainder)})))))))))) (def selfhost/typecheck::apply-effect-row (fn (row) (fn (bindings) (let ((tail ((core/map::get row) (quote :tail))) (ops ((core/map::get row) (quote :ops)))) (if (selfhost/typecheck::tail-var? tail) (let ((bound ((core/map::get bindings) tail))) (if (selfhost/typecheck::nil? bound) row ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-union ops) ((core/map::get bound) (quote :ops)))) ((core/map::get bound) (quote :tail))))) row))))) (def selfhost/typecheck::apply-type-bindings (fn (ty) (fn (bindings) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) (((selfhost/typecheck::ty-fn ((selfhost/typecheck::apply-type-bindings ((core/map::get ty) (quote :param))) bindings)) ((selfhost/typecheck::apply-type-bindings ((core/map::get ty) (quote :ret))) bindings)) ((selfhost/typecheck::apply-effect-row ((core/map::get ty) (quote :eff))) bindings)) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::ty-prog ((selfhost/typecheck::apply-type-bindings ((core/map::get ty) (quote :ret))) bindings)) ((selfhost/typecheck::apply-effect-row ((core/map::get ty) (quote :eff))) bindings)) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::ty-msg ((core/map::get ty) (quote :op))) ((selfhost/typecheck::apply-type-bindings ((core/map::get ty) (quote :payload))) bindings)) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::ty-rec ((selfhost/typecheck::apply-field-bindings ((core/map::get ty) (quote :fields))) bindings)) ((core/map::get ty) (quote :tail))) (if ((core/sym::eq? tag) (quote :contract)) ((selfhost/typecheck::ty-contract ((selfhost/typecheck::apply-field-bindings ((core/map::get ty) (quote :methods))) bindings)) ((core/map::get ty) (quote :tail))) ty))))))))) (def selfhost/typecheck::apply-field-bindings (fn (fields) (fn (bindings) (let ((entries (core/map::entries fields))) (((((selfhost/typecheck::apply-field-bindings-loop entries) bindings) (core/vec::len entries)) 0) {}))))) (def selfhost/typecheck::apply-field-bindings-loop (fn (entries) (fn (bindings) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((entry ((core/vec::get entries) i))) (((((selfhost/typecheck::apply-field-bindings-loop entries) bindings) n) ((core/int::add i) 1)) (((core/map::put out) ((core/vec::get entry) 0)) ((selfhost/typecheck::apply-type-bindings ((core/vec::get entry) 1)) bindings))))))))))) (def selfhost/typecheck::bind-declared-effect-rows (fn (inferred) (fn (declared) (fn (bindings) (if ((core/sym::eq? (selfhost/typecheck::ty-tag inferred)) (quote :any)) {:bindings ((selfhost/typecheck::bind-unknowns-in-type declared) bindings) :ok true} (let ((it (selfhost/typecheck::ty-tag inferred)) (dt (selfhost/typecheck::ty-tag declared))) (if ((core/sym::eq? dt) (quote :any)) {:bindings bindings :ok true} (if (if ((core/sym::eq? it) (quote :msg)) ((core/sym::eq? dt) (quote :msg)) false) (((selfhost/typecheck::bind-declared-effect-rows ((core/map::get inferred) (quote :payload))) ((core/map::get declared) (quote :payload))) bindings) (if (if ((core/sym::eq? it) (quote :fn)) ((core/sym::eq? dt) (quote :fn)) false) (let ((p (((selfhost/typecheck::bind-declared-effect-rows ((core/map::get inferred) (quote :param))) ((core/map::get declared) (quote :param))) bindings))) (if ((core/map::get p) (quote :ok)) (let ((r (((selfhost/typecheck::bind-declared-effect-rows ((core/map::get inferred) (quote :ret))) ((core/map::get declared) (quote :ret))) ((core/map::get p) (quote :bindings))))) (if ((core/map::get r) (quote :ok)) (((selfhost/typecheck::bind-declared-effect-row ((core/map::get inferred) (quote :eff))) ((core/map::get declared) (quote :eff))) ((core/map::get r) (quote :bindings))) r)) p)) (if (if ((core/sym::eq? it) (quote :prog)) ((core/sym::eq? dt) (quote :prog)) false) (let ((r (((selfhost/typecheck::bind-declared-effect-rows ((core/map::get inferred) (quote :ret))) ((core/map::get declared) (quote :ret))) bindings))) (if ((core/map::get r) (quote :ok)) (((selfhost/typecheck::bind-declared-effect-row ((core/map::get inferred) (quote :eff))) ((core/map::get declared) (quote :eff))) ((core/map::get r) (quote :bindings))) r)) (if (if (if ((core/sym::eq? it) (quote :rec)) ((core/sym::eq? dt) (quote :rec)) false) true (if ((core/sym::eq? it) (quote :contract)) ((core/sym::eq? dt) (quote :contract)) false)) (((selfhost/typecheck::bind-declared-fields ((core/map::get inferred) (if ((core/sym::eq? it) (quote :rec)) (quote :fields) (quote :methods)))) ((core/map::get declared) (if ((core/sym::eq? dt) (quote :rec)) (quote :fields) (quote :methods)))) bindings) {:bindings bindings :ok true}))))))))))) (def selfhost/typecheck::bind-declared-effect-row (fn (inferred) (fn (declared) (fn (bindings) (if (selfhost/typecheck::tail-var? ((core/map::get declared) (quote :tail))) (((selfhost/typecheck::match-effect-row inferred) declared) bindings) {:bindings bindings :ok true}))))) (def selfhost/typecheck::bind-declared-fields (fn (inferred-fields) (fn (declared-fields) (fn (bindings) (let ((entries (core/map::entries declared-fields))) (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) (core/vec::len entries)) 0) bindings)))))) (def selfhost/typecheck::bind-declared-fields-loop (fn (entries) (fn (inferred-fields) (fn (n) (fn (i) (fn (bindings) (if ((core/int::eq? i) n) {:bindings bindings :ok true} (let ((entry ((core/vec::get entries) i)) (inferred ((core/map::get inferred-fields) ((core/vec::get entry) 0)))) (if (selfhost/typecheck::nil? inferred) (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) n) ((core/int::add i) 1)) bindings) (let ((matched (((selfhost/typecheck::bind-declared-effect-rows inferred) ((core/vec::get entry) 1)) bindings))) (if ((core/map::get matched) (quote :ok)) (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) n) ((core/int::add i) 1)) ((core/map::get matched) (quote :bindings))) matched))))))))))) (def selfhost/typecheck::effect-row-subtype? (fn (actual) (fn (expected) (let ((tail ((core/map::get expected) (quote :tail)))) (if (selfhost/typecheck::tail-any? tail) true (if (selfhost/typecheck::tail-closed? tail) (if (selfhost/typecheck::tail-closed? ((core/map::get actual) (quote :tail))) ((selfhost/typecheck::set-subset? ((core/map::get actual) (quote :ops))) ((core/map::get expected) (quote :ops))) false) (if ((core/sym::eq? ((core/map::get actual) (quote :tail))) tail) ((selfhost/typecheck::set-subset? ((core/map::get actual) (quote :ops))) ((core/map::get expected) (quote :ops))) false))))))) (def selfhost/typecheck::shape-tail-compatible? (fn (actual-fields) (fn (actual-tail) (fn (expected-fields) (fn (expected-tail) (fn (strict-shapes) (if strict-shapes (if (selfhost/typecheck::tail-closed? expected-tail) (if (selfhost/typecheck::tail-closed? actual-tail) ((core/int::eq? (core/map::len actual-fields)) (core/map::len expected-fields)) false) true) true))))))) (def selfhost/typecheck::bind-contract-operation (fn (ty) (fn (operation) (if ((core/sym::eq? (selfhost/typecheck::ty-tag ty)) (quote :fn)) (let ((param ((core/map::get ty) (quote :param)))) (((selfhost/typecheck::ty-fn (if (if ((core/sym::eq? (selfhost/typecheck::ty-tag param)) (quote :msg)) (selfhost/typecheck::nil? ((core/map::get param) (quote :op))) false) ((selfhost/typecheck::ty-msg operation) ((core/map::get param) (quote :payload))) param)) ((core/map::get ty) (quote :ret))) ((core/map::get ty) (quote :eff)))) ty)))) (def selfhost/typecheck::shape-fields-subtype? (fn (actual-fields) (fn (expected-fields) (fn (strict-shapes) (fn (contract-mode) (let ((entries (core/map::entries expected-fields))) ((((((selfhost/typecheck::shape-fields-subtype-loop entries) actual-fields) strict-shapes) contract-mode) (core/vec::len entries)) 0))))))) (def selfhost/typecheck::shape-fields-subtype-loop (fn (entries) (fn (actual-fields) (fn (strict-shapes) (fn (contract-mode) (fn (n) (fn (i) (if ((core/int::eq? i) n) true (let ((entry ((core/vec::get entries) i)) (name ((core/vec::get ((core/vec::get entries) i)) 0))) (let ((actual ((core/map::get actual-fields) name))) (if (selfhost/typecheck::nil? actual) false (if (((selfhost/typecheck::type-subtype? (if contract-mode ((selfhost/typecheck::bind-contract-operation actual) name) actual)) (if contract-mode ((selfhost/typecheck::bind-contract-operation ((core/vec::get entry) 1)) name) ((core/vec::get entry) 1))) strict-shapes) ((((((selfhost/typecheck::shape-fields-subtype-loop entries) actual-fields) strict-shapes) contract-mode) n) ((core/int::add i) 1)) false)))))))))))) (def selfhost/typecheck::scalar-tag? (fn (tag) (if ((core/sym::eq? tag) (quote :int)) true (if ((core/sym::eq? tag) (quote :dec)) true (if ((core/sym::eq? tag) (quote :bool)) true (if ((core/sym::eq? tag) (quote :nil)) true (if ((core/sym::eq? tag) (quote :str)) true (if ((core/sym::eq? tag) (quote :bytes)) true ((core/sym::eq? tag) (quote :symbol)))))))))) (def selfhost/typecheck::type-subtype? (fn (actual) (fn (expected) (fn (strict-shapes) (let ((at (selfhost/typecheck::ty-tag actual)) (et (selfhost/typecheck::ty-tag expected))) (if ((core/sym::eq? et) (quote :any)) true (if ((core/sym::eq? at) (quote :any)) false (if (if (selfhost/typecheck::scalar-tag? at) ((core/sym::eq? at) et) false) true (if (if ((core/sym::eq? at) (quote :msg)) ((core/sym::eq? et) (quote :msg)) false) (let ((expected-op ((core/map::get expected) (quote :op)))) (if (if (selfhost/typecheck::nil? expected-op) true ((core/eq? ((core/map::get actual) (quote :op))) expected-op)) (((selfhost/typecheck::type-subtype? ((core/map::get actual) (quote :payload))) ((core/map::get expected) (quote :payload))) strict-shapes) false)) (if (if ((core/sym::eq? at) (quote :fn)) ((core/sym::eq? et) (quote :fn)) false) (if (((selfhost/typecheck::type-subtype? ((core/map::get expected) (quote :param))) ((core/map::get actual) (quote :param))) strict-shapes) (if (((selfhost/typecheck::type-subtype? ((core/map::get actual) (quote :ret))) ((core/map::get expected) (quote :ret))) strict-shapes) ((selfhost/typecheck::effect-row-subtype? ((core/map::get actual) (quote :eff))) ((core/map::get expected) (quote :eff))) false) false) (if (if ((core/sym::eq? at) (quote :prog)) ((core/sym::eq? et) (quote :prog)) false) (if (((selfhost/typecheck::type-subtype? ((core/map::get actual) (quote :ret))) ((core/map::get expected) (quote :ret))) strict-shapes) ((selfhost/typecheck::effect-row-subtype? ((core/map::get actual) (quote :eff))) ((core/map::get expected) (quote :eff))) false) (if (if ((core/sym::eq? at) (quote :rec)) ((core/sym::eq? et) (quote :rec)) false) (let ((af ((core/map::get actual) (quote :fields))) (ef ((core/map::get expected) (quote :fields)))) (if ((((selfhost/typecheck::shape-fields-subtype? af) ef) strict-shapes) false) (((((selfhost/typecheck::shape-tail-compatible? af) ((core/map::get actual) (quote :tail))) ef) ((core/map::get expected) (quote :tail))) strict-shapes) false)) (if (if ((core/sym::eq? at) (quote :contract)) ((core/sym::eq? et) (quote :contract)) false) (let ((af ((core/map::get actual) (quote :methods))) (ef ((core/map::get expected) (quote :methods)))) (if ((((selfhost/typecheck::shape-fields-subtype? af) ef) strict-shapes) true) (((((selfhost/typecheck::shape-tail-compatible? af) ((core/map::get actual) (quote :tail))) ef) ((core/map::get expected) (quote :tail))) strict-shapes) false)) false))))))))))))) (def selfhost/typecheck::type-compatible? (fn (inferred) (fn (declared) (fn (strict-shapes) (let ((bound (((selfhost/typecheck::bind-declared-effect-rows inferred) declared) {}))) (if ((core/map::get bound) (quote :ok)) (((selfhost/typecheck::type-subtype? inferred) ((selfhost/typecheck::apply-type-bindings declared) ((core/map::get bound) (quote :bindings)))) strict-shapes) false))))))] :module-h b"\xEAy\x0B\xA7uw\xD7\xAA\x03\xAA_\xB9w9\xF1\x12\xE9\x99MK\x99\xFCM\x1B\x88zdA\xF6\x82\x927" :path "selfhost/typecheck_compat_v1.gc" :source "(def selfhost/typecheck::tail-closed?\n (fn (tail) ((core/sym::eq? tail) (quote :closed))))\n\n(def selfhost/typecheck::tail-any?\n (fn (tail) ((core/sym::eq? tail) (quote :any))))\n\n(def selfhost/typecheck::tail-var?\n (fn (tail)\n (if (selfhost/typecheck::tail-closed? tail)\n false\n (if (selfhost/typecheck::tail-any? tail) false true))))\n\n(def selfhost/typecheck::effect-scan-empty {:anonymous false :vars {}})\n\n(def selfhost/typecheck::collect-effect-tail\n (fn (tail)\n (fn (scan)\n (if (selfhost/typecheck::tail-closed? tail)\n scan\n (if (selfhost/typecheck::tail-any? tail)\n (((core/map::put scan) (quote :anonymous)) true)\n (((core/map::put scan) (quote :vars))\n ((selfhost/typecheck::set-add ((core/map::get scan) (quote :vars))) tail)))))))\n\n(def selfhost/typecheck::collect-effect-rows\n (fn (ty)\n (fn (scan)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n (let\n ((s1\n ((selfhost/typecheck::collect-effect-tail\n ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail)))\n scan)))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :ret)))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :param))) s1)))\n (if ((core/sym::eq? tag) (quote :prog))\n (let\n ((s1\n ((selfhost/typecheck::collect-effect-tail\n ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail)))\n scan)))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :ret))) s1))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :payload))) scan)\n (if ((core/sym::eq? tag) (quote :rec))\n (((selfhost/typecheck::collect-effect-fields\n ((core/map::get ty) (quote :fields)))\n (core/map::entries ((core/map::get ty) (quote :fields))))\n scan)\n (if ((core/sym::eq? tag) (quote :contract))\n (((selfhost/typecheck::collect-effect-fields\n ((core/map::get ty) (quote :methods)))\n (core/map::entries ((core/map::get ty) (quote :methods))))\n scan)\n scan)))))))))\n\n(def selfhost/typecheck::collect-effect-fields\n (fn (fields)\n (fn (entries)\n (fn (scan)\n ((((selfhost/typecheck::collect-effect-fields-loop entries)\n (core/vec::len entries))\n 0)\n scan)))))\n\n(def selfhost/typecheck::collect-effect-fields-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (scan)\n (if ((core/int::eq? i) n)\n scan\n (let\n ((entry ((core/vec::get entries) i)))\n ((((selfhost/typecheck::collect-effect-fields-loop entries) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::collect-effect-rows ((core/vec::get entry) 1)) scan)))))))))\n\n(def selfhost/typecheck::validate-effect-row-declaration\n (fn (ty)\n (fn (strict-effects)\n (let ((scan ((selfhost/typecheck::collect-effect-rows ty) selfhost/typecheck::effect-scan-empty)))\n (if\n (if strict-effects ((core/map::get scan) (quote :anonymous)) false)\n (selfhost/typecheck::err\n \"strict effect mode requires a closed declared effect row or a named row variable bound by a function parameter\")\n (let\n ((parameter-scan\n (if ((core/sym::eq? (selfhost/typecheck::ty-tag ty)) (quote :fn))\n ((selfhost/typecheck::collect-effect-rows ((core/map::get ty) (quote :param)))\n selfhost/typecheck::effect-scan-empty)\n selfhost/typecheck::effect-scan-empty)))\n (let\n ((unbound\n ((selfhost/typecheck::set-difference ((core/map::get scan) (quote :vars)))\n ((core/map::get parameter-scan) (quote :vars)))))\n (let ((names (selfhost/typecheck::set-keys unbound)))\n (if ((core/int::eq? (core/vec::len names)) 0)\n (selfhost/typecheck::ok true)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str3 \"unbound effect row variable(s) \"\n ((core/str::join\n ((selfhost/typecheck::vec-map names) selfhost/typecheck::symbol-str))\n \", \"))\n \"; named tails must occur in the outermost function parameter\")))))))))))\n\n(def selfhost/typecheck::has-unresolved-contract-ops?\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :msg))\n (if (selfhost/typecheck::nil? ((core/map::get ty) (quote :op)))\n true\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/map::get ty) (quote :payload))))\n (if ((core/sym::eq? tag) (quote :fn))\n (if\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/map::get ty) (quote :param)))\n true\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/map::get ty) (quote :ret))))\n (if ((core/sym::eq? tag) (quote :prog))\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/map::get ty) (quote :ret)))\n (if ((core/sym::eq? tag) (quote :rec))\n (selfhost/typecheck::fields-have-unresolved?\n (core/map::entries ((core/map::get ty) (quote :fields))))\n (if ((core/sym::eq? tag) (quote :contract))\n (selfhost/typecheck::fields-have-unresolved?\n (core/map::entries ((core/map::get ty) (quote :methods))))\n false))))))))\n\n(def selfhost/typecheck::fields-have-unresolved?\n (fn (entries)\n (((selfhost/typecheck::fields-have-unresolved-loop entries) (core/vec::len entries)) 0)))\n\n(def selfhost/typecheck::fields-have-unresolved-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if\n (selfhost/typecheck::has-unresolved-contract-ops?\n ((core/vec::get ((core/vec::get entries) i)) 1))\n true\n (((selfhost/typecheck::fields-have-unresolved-loop entries) n)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::bind-unknown-row\n (fn (row)\n (fn (bindings)\n (let ((tail ((core/map::get row) (quote :tail))))\n (if (selfhost/typecheck::tail-var? tail)\n (if (selfhost/typecheck::nil? ((core/map::get bindings) tail))\n (((core/map::put bindings) tail)\n ((selfhost/typecheck::eff-row {}) (quote :any)))\n bindings)\n bindings)))))\n\n(def selfhost/typecheck::bind-unknowns-in-type\n (fn (ty)\n (fn (bindings)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n ((selfhost/typecheck::bind-unknown-row ((core/map::get ty) (quote :eff)))\n ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :ret)))\n ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :param)))\n bindings)))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::bind-unknown-row ((core/map::get ty) (quote :eff)))\n ((selfhost/typecheck::bind-unknowns-in-type ((core/map::get ty) (quote :ret)))\n bindings))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::bind-unknowns-in-type\n ((core/map::get ty) (quote :payload)))\n bindings)\n (if ((core/sym::eq? tag) (quote :rec))\n ((selfhost/typecheck::bind-unknowns-in-fields\n (core/map::entries ((core/map::get ty) (quote :fields))))\n bindings)\n (if ((core/sym::eq? tag) (quote :contract))\n ((selfhost/typecheck::bind-unknowns-in-fields\n (core/map::entries ((core/map::get ty) (quote :methods))))\n bindings)\n bindings)))))))))\n\n(def selfhost/typecheck::bind-unknowns-in-fields\n (fn (entries)\n (fn (bindings)\n ((((selfhost/typecheck::bind-unknowns-in-fields-loop entries)\n (core/vec::len entries))\n 0)\n bindings))))\n\n(def selfhost/typecheck::bind-unknowns-in-fields-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (bindings)\n (if ((core/int::eq? i) n)\n bindings\n ((((selfhost/typecheck::bind-unknowns-in-fields-loop entries) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::bind-unknowns-in-type\n ((core/vec::get ((core/vec::get entries) i)) 1))\n bindings))))))))\n\n(def selfhost/typecheck::match-effect-row\n (fn (inferred)\n (fn (declared)\n (fn (bindings)\n (let ((tail ((core/map::get declared) (quote :tail))))\n (if (selfhost/typecheck::tail-closed? tail)\n {:bindings bindings\n :ok\n (if\n (selfhost/typecheck::tail-closed?\n ((core/map::get inferred) (quote :tail)))\n ((selfhost/typecheck::set-subset?\n ((core/map::get inferred) (quote :ops)))\n ((core/map::get declared) (quote :ops)))\n false)}\n (if (selfhost/typecheck::tail-any? tail)\n {:bindings bindings :ok true}\n (let\n ((remainder\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-difference\n ((core/map::get inferred) (quote :ops)))\n ((core/map::get declared) (quote :ops))))\n ((core/map::get inferred) (quote :tail))))\n (bound ((core/map::get bindings) tail)))\n (if (selfhost/typecheck::nil? bound)\n {:bindings (((core/map::put bindings) tail) remainder) :ok true}\n (if\n (if\n (selfhost/typecheck::tail-any?\n ((core/map::get bound) (quote :tail)))\n true\n (selfhost/typecheck::tail-any?\n ((core/map::get remainder) (quote :tail))))\n {:bindings\n (((core/map::put bindings) tail)\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-union\n ((core/map::get bound) (quote :ops)))\n ((core/map::get remainder) (quote :ops))))\n (quote :any)))\n :ok true}\n {:bindings bindings :ok ((core/eq? bound) remainder)}))))))))))\n\n(def selfhost/typecheck::apply-effect-row\n (fn (row)\n (fn (bindings)\n (let\n ((tail ((core/map::get row) (quote :tail)))\n (ops ((core/map::get row) (quote :ops))))\n (if (selfhost/typecheck::tail-var? tail)\n (let ((bound ((core/map::get bindings) tail)))\n (if (selfhost/typecheck::nil? bound)\n row\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-union ops)\n ((core/map::get bound) (quote :ops))))\n ((core/map::get bound) (quote :tail)))))\n row)))))\n\n(def selfhost/typecheck::apply-type-bindings\n (fn (ty)\n (fn (bindings)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n (((selfhost/typecheck::ty-fn\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get ty) (quote :param)))\n bindings))\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get ty) (quote :ret)))\n bindings))\n ((selfhost/typecheck::apply-effect-row ((core/map::get ty) (quote :eff))) bindings))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::ty-prog\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get ty) (quote :ret)))\n bindings))\n ((selfhost/typecheck::apply-effect-row ((core/map::get ty) (quote :eff))) bindings))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::ty-msg ((core/map::get ty) (quote :op)))\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get ty) (quote :payload)))\n bindings))\n (if ((core/sym::eq? tag) (quote :rec))\n ((selfhost/typecheck::ty-rec\n ((selfhost/typecheck::apply-field-bindings\n ((core/map::get ty) (quote :fields)))\n bindings))\n ((core/map::get ty) (quote :tail)))\n (if ((core/sym::eq? tag) (quote :contract))\n ((selfhost/typecheck::ty-contract\n ((selfhost/typecheck::apply-field-bindings\n ((core/map::get ty) (quote :methods)))\n bindings))\n ((core/map::get ty) (quote :tail)))\n ty)))))))))\n\n(def selfhost/typecheck::apply-field-bindings\n (fn (fields)\n (fn (bindings)\n (let ((entries (core/map::entries fields)))\n (((((selfhost/typecheck::apply-field-bindings-loop entries) bindings)\n (core/vec::len entries))\n 0)\n {})))))\n\n(def selfhost/typecheck::apply-field-bindings-loop\n (fn (entries)\n (fn (bindings)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((entry ((core/vec::get entries) i)))\n (((((selfhost/typecheck::apply-field-bindings-loop entries) bindings) n)\n ((core/int::add i) 1))\n (((core/map::put out) ((core/vec::get entry) 0))\n ((selfhost/typecheck::apply-type-bindings ((core/vec::get entry) 1))\n bindings)))))))))))\n\n(def selfhost/typecheck::bind-declared-effect-rows\n (fn (inferred)\n (fn (declared)\n (fn (bindings)\n (if ((core/sym::eq? (selfhost/typecheck::ty-tag inferred)) (quote :any))\n {:bindings ((selfhost/typecheck::bind-unknowns-in-type declared) bindings) :ok true}\n (let\n ((it (selfhost/typecheck::ty-tag inferred))\n (dt (selfhost/typecheck::ty-tag declared)))\n (if ((core/sym::eq? dt) (quote :any))\n {:bindings bindings :ok true}\n (if\n (if ((core/sym::eq? it) (quote :msg)) ((core/sym::eq? dt) (quote :msg)) false)\n (((selfhost/typecheck::bind-declared-effect-rows\n ((core/map::get inferred) (quote :payload)))\n ((core/map::get declared) (quote :payload)))\n bindings)\n (if\n (if ((core/sym::eq? it) (quote :fn)) ((core/sym::eq? dt) (quote :fn)) false)\n (let\n ((p\n (((selfhost/typecheck::bind-declared-effect-rows\n ((core/map::get inferred) (quote :param)))\n ((core/map::get declared) (quote :param)))\n bindings)))\n (if ((core/map::get p) (quote :ok))\n (let\n ((r\n (((selfhost/typecheck::bind-declared-effect-rows\n ((core/map::get inferred) (quote :ret)))\n ((core/map::get declared) (quote :ret)))\n ((core/map::get p) (quote :bindings)))))\n (if ((core/map::get r) (quote :ok))\n (((selfhost/typecheck::bind-declared-effect-row\n ((core/map::get inferred) (quote :eff)))\n ((core/map::get declared) (quote :eff)))\n ((core/map::get r) (quote :bindings)))\n r))\n p))\n (if\n (if ((core/sym::eq? it) (quote :prog)) ((core/sym::eq? dt) (quote :prog)) false)\n (let\n ((r\n (((selfhost/typecheck::bind-declared-effect-rows\n ((core/map::get inferred) (quote :ret)))\n ((core/map::get declared) (quote :ret)))\n bindings)))\n (if ((core/map::get r) (quote :ok))\n (((selfhost/typecheck::bind-declared-effect-row\n ((core/map::get inferred) (quote :eff)))\n ((core/map::get declared) (quote :eff)))\n ((core/map::get r) (quote :bindings)))\n r))\n (if\n (if\n (if ((core/sym::eq? it) (quote :rec)) ((core/sym::eq? dt) (quote :rec)) false)\n true\n (if\n ((core/sym::eq? it) (quote :contract))\n ((core/sym::eq? dt) (quote :contract))\n false))\n (((selfhost/typecheck::bind-declared-fields\n ((core/map::get inferred)\n (if ((core/sym::eq? it) (quote :rec)) (quote :fields) (quote :methods))))\n ((core/map::get declared)\n (if ((core/sym::eq? dt) (quote :rec)) (quote :fields) (quote :methods))))\n bindings)\n {:bindings bindings :ok true})))))))))))\n\n(def selfhost/typecheck::bind-declared-effect-row\n (fn (inferred)\n (fn (declared)\n (fn (bindings)\n (if\n (selfhost/typecheck::tail-var? ((core/map::get declared) (quote :tail)))\n (((selfhost/typecheck::match-effect-row inferred) declared) bindings)\n {:bindings bindings :ok true})))))\n\n(def selfhost/typecheck::bind-declared-fields\n (fn (inferred-fields)\n (fn (declared-fields)\n (fn (bindings)\n (let ((entries (core/map::entries declared-fields)))\n (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields)\n (core/vec::len entries))\n 0)\n bindings))))))\n\n(def selfhost/typecheck::bind-declared-fields-loop\n (fn (entries)\n (fn (inferred-fields)\n (fn (n)\n (fn (i)\n (fn (bindings)\n (if ((core/int::eq? i) n)\n {:bindings bindings :ok true}\n (let\n ((entry ((core/vec::get entries) i))\n (inferred ((core/map::get inferred-fields) ((core/vec::get entry) 0))))\n (if (selfhost/typecheck::nil? inferred)\n (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) n)\n ((core/int::add i) 1))\n bindings)\n (let\n ((matched\n (((selfhost/typecheck::bind-declared-effect-rows inferred)\n ((core/vec::get entry) 1))\n bindings)))\n (if ((core/map::get matched) (quote :ok))\n (((((selfhost/typecheck::bind-declared-fields-loop entries) inferred-fields) n)\n ((core/int::add i) 1))\n ((core/map::get matched) (quote :bindings)))\n matched)))))))))))\n\n(def selfhost/typecheck::effect-row-subtype?\n (fn (actual)\n (fn (expected)\n (let ((tail ((core/map::get expected) (quote :tail))))\n (if (selfhost/typecheck::tail-any? tail)\n true\n (if (selfhost/typecheck::tail-closed? tail)\n (if\n (selfhost/typecheck::tail-closed? ((core/map::get actual) (quote :tail)))\n ((selfhost/typecheck::set-subset? ((core/map::get actual) (quote :ops)))\n ((core/map::get expected) (quote :ops)))\n false)\n (if ((core/sym::eq? ((core/map::get actual) (quote :tail))) tail)\n ((selfhost/typecheck::set-subset? ((core/map::get actual) (quote :ops)))\n ((core/map::get expected) (quote :ops)))\n false)))))))\n\n(def selfhost/typecheck::shape-tail-compatible?\n (fn (actual-fields)\n (fn (actual-tail)\n (fn (expected-fields)\n (fn (expected-tail)\n (fn (strict-shapes)\n (if strict-shapes\n (if (selfhost/typecheck::tail-closed? expected-tail)\n (if (selfhost/typecheck::tail-closed? actual-tail)\n ((core/int::eq? (core/map::len actual-fields)) (core/map::len expected-fields))\n false)\n true)\n true)))))))\n\n(def selfhost/typecheck::bind-contract-operation\n (fn (ty)\n (fn (operation)\n (if ((core/sym::eq? (selfhost/typecheck::ty-tag ty)) (quote :fn))\n (let ((param ((core/map::get ty) (quote :param))))\n (((selfhost/typecheck::ty-fn\n (if\n (if\n ((core/sym::eq? (selfhost/typecheck::ty-tag param)) (quote :msg))\n (selfhost/typecheck::nil? ((core/map::get param) (quote :op)))\n false)\n ((selfhost/typecheck::ty-msg operation)\n ((core/map::get param) (quote :payload)))\n param))\n ((core/map::get ty) (quote :ret)))\n ((core/map::get ty) (quote :eff))))\n ty))))\n\n(def selfhost/typecheck::shape-fields-subtype?\n (fn (actual-fields)\n (fn (expected-fields)\n (fn (strict-shapes)\n (fn (contract-mode)\n (let ((entries (core/map::entries expected-fields)))\n ((((((selfhost/typecheck::shape-fields-subtype-loop entries) actual-fields)\n strict-shapes)\n contract-mode)\n (core/vec::len entries))\n 0)))))))\n\n(def selfhost/typecheck::shape-fields-subtype-loop\n (fn (entries)\n (fn (actual-fields)\n (fn (strict-shapes)\n (fn (contract-mode)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n true\n (let\n ((entry ((core/vec::get entries) i))\n (name ((core/vec::get ((core/vec::get entries) i)) 0)))\n (let ((actual ((core/map::get actual-fields) name)))\n (if (selfhost/typecheck::nil? actual)\n false\n (if\n (((selfhost/typecheck::type-subtype?\n (if contract-mode\n ((selfhost/typecheck::bind-contract-operation actual) name)\n actual))\n (if contract-mode\n ((selfhost/typecheck::bind-contract-operation\n ((core/vec::get entry) 1))\n name)\n ((core/vec::get entry) 1)))\n strict-shapes)\n ((((((selfhost/typecheck::shape-fields-subtype-loop entries) actual-fields)\n strict-shapes)\n contract-mode)\n n)\n ((core/int::add i) 1))\n false))))))))))))\n\n(def selfhost/typecheck::scalar-tag?\n (fn (tag)\n (if ((core/sym::eq? tag) (quote :int))\n true\n (if ((core/sym::eq? tag) (quote :dec))\n true\n (if ((core/sym::eq? tag) (quote :bool))\n true\n (if ((core/sym::eq? tag) (quote :nil))\n true\n (if ((core/sym::eq? tag) (quote :str))\n true\n (if ((core/sym::eq? tag) (quote :bytes))\n true\n ((core/sym::eq? tag) (quote :symbol))))))))))\n\n(def selfhost/typecheck::type-subtype?\n (fn (actual)\n (fn (expected)\n (fn (strict-shapes)\n (let\n ((at (selfhost/typecheck::ty-tag actual))\n (et (selfhost/typecheck::ty-tag expected)))\n (if ((core/sym::eq? et) (quote :any))\n true\n (if ((core/sym::eq? at) (quote :any))\n false\n (if\n (if (selfhost/typecheck::scalar-tag? at) ((core/sym::eq? at) et) false)\n true\n (if\n (if ((core/sym::eq? at) (quote :msg)) ((core/sym::eq? et) (quote :msg)) false)\n (let ((expected-op ((core/map::get expected) (quote :op))))\n (if\n (if (selfhost/typecheck::nil? expected-op)\n true\n ((core/eq? ((core/map::get actual) (quote :op))) expected-op))\n (((selfhost/typecheck::type-subtype?\n ((core/map::get actual) (quote :payload)))\n ((core/map::get expected) (quote :payload)))\n strict-shapes)\n false))\n (if\n (if ((core/sym::eq? at) (quote :fn)) ((core/sym::eq? et) (quote :fn)) false)\n (if\n (((selfhost/typecheck::type-subtype?\n ((core/map::get expected) (quote :param)))\n ((core/map::get actual) (quote :param)))\n strict-shapes)\n (if\n (((selfhost/typecheck::type-subtype?\n ((core/map::get actual) (quote :ret)))\n ((core/map::get expected) (quote :ret)))\n strict-shapes)\n ((selfhost/typecheck::effect-row-subtype?\n ((core/map::get actual) (quote :eff)))\n ((core/map::get expected) (quote :eff)))\n false)\n false)\n (if\n (if ((core/sym::eq? at) (quote :prog)) ((core/sym::eq? et) (quote :prog)) false)\n (if\n (((selfhost/typecheck::type-subtype?\n ((core/map::get actual) (quote :ret)))\n ((core/map::get expected) (quote :ret)))\n strict-shapes)\n ((selfhost/typecheck::effect-row-subtype?\n ((core/map::get actual) (quote :eff)))\n ((core/map::get expected) (quote :eff)))\n false)\n (if\n (if ((core/sym::eq? at) (quote :rec)) ((core/sym::eq? et) (quote :rec)) false)\n (let\n ((af ((core/map::get actual) (quote :fields)))\n (ef ((core/map::get expected) (quote :fields))))\n (if ((((selfhost/typecheck::shape-fields-subtype? af) ef) strict-shapes) false)\n (((((selfhost/typecheck::shape-tail-compatible? af)\n ((core/map::get actual) (quote :tail)))\n ef)\n ((core/map::get expected) (quote :tail)))\n strict-shapes)\n false))\n (if\n (if\n ((core/sym::eq? at) (quote :contract))\n ((core/sym::eq? et) (quote :contract))\n false)\n (let\n ((af ((core/map::get actual) (quote :methods)))\n (ef ((core/map::get expected) (quote :methods))))\n (if ((((selfhost/typecheck::shape-fields-subtype? af) ef) strict-shapes) true)\n (((((selfhost/typecheck::shape-tail-compatible? af)\n ((core/map::get actual) (quote :tail)))\n ef)\n ((core/map::get expected) (quote :tail)))\n strict-shapes)\n false))\n false)))))))))))))\n\n(def selfhost/typecheck::type-compatible?\n (fn (inferred)\n (fn (declared)\n (fn (strict-shapes)\n (let\n ((bound (((selfhost/typecheck::bind-declared-effect-rows inferred) declared) {})))\n (if ((core/map::get bound) (quote :ok))\n (((selfhost/typecheck::type-subtype? inferred)\n ((selfhost/typecheck::apply-type-bindings declared)\n ((core/map::get bound) (quote :bindings))))\n strict-shapes)\n false))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"*i\xBF\x03\x93\xC6\x15\x8B\xD5\xE3tQ\x8B\xB0\x04O\xDAI\x87Fs\\\xBEK\xB8~\x9C<~w8\x15" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::arg-type-match (fn (inferred) (fn (declared) (fn (bindings) (let ((it (selfhost/typecheck::ty-tag inferred)) (dt (selfhost/typecheck::ty-tag declared))) (if ((core/sym::eq? dt) (quote :any)) {:bindings bindings :ok true} (if ((core/sym::eq? it) (quote :any)) {:bindings ((selfhost/typecheck::bind-unknowns-in-type declared) bindings) :ok true} (if (if (selfhost/typecheck::scalar-tag? it) ((core/sym::eq? it) dt) false) {:bindings bindings :ok true} (if (if ((core/sym::eq? it) (quote :msg)) ((core/sym::eq? dt) (quote :msg)) false) (let ((declared-op ((core/map::get declared) (quote :op)))) (if (if (selfhost/typecheck::nil? declared-op) true ((core/eq? ((core/map::get inferred) (quote :op))) declared-op)) (((selfhost/typecheck::arg-type-match ((core/map::get inferred) (quote :payload))) ((core/map::get declared) (quote :payload))) bindings) {:bindings bindings :ok false})) (if (if ((core/sym::eq? it) (quote :fn)) ((core/sym::eq? dt) (quote :fn)) false) (let ((p (((selfhost/typecheck::arg-type-match ((core/map::get inferred) (quote :param))) ((core/map::get declared) (quote :param))) bindings))) (if ((core/map::get p) (quote :ok)) (let ((r (((selfhost/typecheck::arg-type-match ((core/map::get inferred) (quote :ret))) ((core/map::get declared) (quote :ret))) ((core/map::get p) (quote :bindings))))) (if ((core/map::get r) (quote :ok)) (((selfhost/typecheck::match-effect-row ((core/map::get inferred) (quote :eff))) ((core/map::get declared) (quote :eff))) ((core/map::get r) (quote :bindings))) r)) p)) (if (if ((core/sym::eq? it) (quote :prog)) ((core/sym::eq? dt) (quote :prog)) false) (let ((r (((selfhost/typecheck::arg-type-match ((core/map::get inferred) (quote :ret))) ((core/map::get declared) (quote :ret))) bindings))) (if ((core/map::get r) (quote :ok)) (((selfhost/typecheck::match-effect-row ((core/map::get inferred) (quote :eff))) ((core/map::get declared) (quote :eff))) ((core/map::get r) (quote :bindings))) r)) (if (if ((core/sym::eq? it) (quote :rec)) ((core/sym::eq? dt) (quote :rec)) false) (((selfhost/typecheck::arg-shape-match ((core/map::get inferred) (quote :fields))) ((core/map::get declared) (quote :fields))) bindings) (if (if ((core/sym::eq? it) (quote :contract)) ((core/sym::eq? dt) (quote :contract)) false) (((selfhost/typecheck::arg-shape-match ((core/map::get inferred) (quote :methods))) ((core/map::get declared) (quote :methods))) bindings) {:bindings bindings :ok false}))))))))))))) (def selfhost/typecheck::arg-shape-match (fn (inferred-fields) (fn (declared-fields) (fn (bindings) (let ((entries (core/map::entries declared-fields))) (((((selfhost/typecheck::arg-shape-match-loop entries) inferred-fields) (core/vec::len entries)) 0) bindings)))))) (def selfhost/typecheck::arg-shape-match-loop (fn (entries) (fn (inferred-fields) (fn (n) (fn (i) (fn (bindings) (if ((core/int::eq? i) n) {:bindings bindings :ok true} (let ((entry ((core/vec::get entries) i)) (actual ((core/map::get inferred-fields) ((core/vec::get ((core/vec::get entries) i)) 0)))) (if (selfhost/typecheck::nil? actual) {:bindings bindings :ok false} (let ((matched (((selfhost/typecheck::arg-type-match actual) ((core/vec::get entry) 1)) bindings))) (if ((core/map::get matched) (quote :ok)) (((((selfhost/typecheck::arg-shape-match-loop entries) inferred-fields) n) ((core/int::add i) 1)) ((core/map::get matched) (quote :bindings))) matched))))))))))) (def selfhost/typecheck::arg-type-compatible? (fn (inferred) (fn (declared) ((core/map::get (((selfhost/typecheck::arg-type-match inferred) declared) {})) (quote :ok))))) (def selfhost/typecheck::infer-apply-types (fn (head-type) (fn (arg-types) (fn (session) (((((selfhost/typecheck::infer-apply-types-loop arg-types) (core/vec::len arg-types)) 0) head-type) session))))) (def selfhost/typecheck::infer-apply-types-loop (fn (arg-types) (fn (n) (fn (i) (fn (current) (fn (session) (if ((core/int::eq? i) n) {:recognized true :session session :type current} (let ((tag (selfhost/typecheck::ty-tag current))) (if ((core/sym::eq? tag) (quote :fn)) (let ((arg ((core/vec::get arg-types) i)) (param ((core/map::get current) (quote :param)))) (let ((matched (((selfhost/typecheck::arg-type-match arg) param) {}))) (if ((core/map::get matched) (quote :ok)) (((((selfhost/typecheck::infer-apply-types-loop arg-types) n) ((core/int::add i) 1)) ((selfhost/typecheck::apply-type-bindings ((core/map::get current) (quote :ret))) ((core/map::get matched) (quote :bindings)))) session) {:recognized true :session ((selfhost/typecheck::session-error session) ((((selfhost/typecheck::str4 "application arg type mismatch: expected ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term param))) ", got ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term arg)))) :type selfhost/typecheck::ty-any}))) (if ((core/sym::eq? tag) (quote :any)) (((((selfhost/typecheck::infer-apply-types-loop arg-types) n) ((core/int::add i) 1)) selfhost/typecheck::ty-any) session) {:recognized false :session session :type selfhost/typecheck::ty-any}))))))))))] :module-h b"\xEE\xFB\xD8\xC2q\xC0\x06\xB9\x8E:\xDE\xDD\xB5\xCF\x1E\xC8\xD6K\xC3\x91\xE2t\xD4\xCB+\x1E\xE7\xED\x80\xF1@p" :path "selfhost/typecheck_infer_apply_v1.gc" :source "(def selfhost/typecheck::arg-type-match\n (fn (inferred)\n (fn (declared)\n (fn (bindings)\n (let\n ((it (selfhost/typecheck::ty-tag inferred))\n (dt (selfhost/typecheck::ty-tag declared)))\n (if ((core/sym::eq? dt) (quote :any))\n {:bindings bindings :ok true}\n (if ((core/sym::eq? it) (quote :any))\n {:bindings ((selfhost/typecheck::bind-unknowns-in-type declared) bindings) :ok true}\n (if\n (if (selfhost/typecheck::scalar-tag? it) ((core/sym::eq? it) dt) false)\n {:bindings bindings :ok true}\n (if\n (if ((core/sym::eq? it) (quote :msg)) ((core/sym::eq? dt) (quote :msg)) false)\n (let ((declared-op ((core/map::get declared) (quote :op))))\n (if\n (if (selfhost/typecheck::nil? declared-op)\n true\n ((core/eq? ((core/map::get inferred) (quote :op))) declared-op))\n (((selfhost/typecheck::arg-type-match\n ((core/map::get inferred) (quote :payload)))\n ((core/map::get declared) (quote :payload)))\n bindings)\n {:bindings bindings :ok false}))\n (if\n (if ((core/sym::eq? it) (quote :fn)) ((core/sym::eq? dt) (quote :fn)) false)\n (let\n ((p\n (((selfhost/typecheck::arg-type-match\n ((core/map::get inferred) (quote :param)))\n ((core/map::get declared) (quote :param)))\n bindings)))\n (if ((core/map::get p) (quote :ok))\n (let\n ((r\n (((selfhost/typecheck::arg-type-match\n ((core/map::get inferred) (quote :ret)))\n ((core/map::get declared) (quote :ret)))\n ((core/map::get p) (quote :bindings)))))\n (if ((core/map::get r) (quote :ok))\n (((selfhost/typecheck::match-effect-row\n ((core/map::get inferred) (quote :eff)))\n ((core/map::get declared) (quote :eff)))\n ((core/map::get r) (quote :bindings)))\n r))\n p))\n (if\n (if ((core/sym::eq? it) (quote :prog)) ((core/sym::eq? dt) (quote :prog)) false)\n (let\n ((r\n (((selfhost/typecheck::arg-type-match\n ((core/map::get inferred) (quote :ret)))\n ((core/map::get declared) (quote :ret)))\n bindings)))\n (if ((core/map::get r) (quote :ok))\n (((selfhost/typecheck::match-effect-row\n ((core/map::get inferred) (quote :eff)))\n ((core/map::get declared) (quote :eff)))\n ((core/map::get r) (quote :bindings)))\n r))\n (if\n (if ((core/sym::eq? it) (quote :rec)) ((core/sym::eq? dt) (quote :rec)) false)\n (((selfhost/typecheck::arg-shape-match\n ((core/map::get inferred) (quote :fields)))\n ((core/map::get declared) (quote :fields)))\n bindings)\n (if\n (if\n ((core/sym::eq? it) (quote :contract))\n ((core/sym::eq? dt) (quote :contract))\n false)\n (((selfhost/typecheck::arg-shape-match\n ((core/map::get inferred) (quote :methods)))\n ((core/map::get declared) (quote :methods)))\n bindings)\n {:bindings bindings :ok false})))))))))))))\n\n(def selfhost/typecheck::arg-shape-match\n (fn (inferred-fields)\n (fn (declared-fields)\n (fn (bindings)\n (let ((entries (core/map::entries declared-fields)))\n (((((selfhost/typecheck::arg-shape-match-loop entries) inferred-fields)\n (core/vec::len entries))\n 0)\n bindings))))))\n\n(def selfhost/typecheck::arg-shape-match-loop\n (fn (entries)\n (fn (inferred-fields)\n (fn (n)\n (fn (i)\n (fn (bindings)\n (if ((core/int::eq? i) n)\n {:bindings bindings :ok true}\n (let\n ((entry ((core/vec::get entries) i))\n (actual\n ((core/map::get inferred-fields)\n ((core/vec::get ((core/vec::get entries) i)) 0))))\n (if (selfhost/typecheck::nil? actual)\n {:bindings bindings :ok false}\n (let\n ((matched\n (((selfhost/typecheck::arg-type-match actual)\n ((core/vec::get entry) 1))\n bindings)))\n (if ((core/map::get matched) (quote :ok))\n (((((selfhost/typecheck::arg-shape-match-loop entries) inferred-fields) n)\n ((core/int::add i) 1))\n ((core/map::get matched) (quote :bindings)))\n matched)))))))))))\n\n(def selfhost/typecheck::arg-type-compatible?\n (fn (inferred)\n (fn (declared)\n ((core/map::get (((selfhost/typecheck::arg-type-match inferred) declared) {}))\n (quote :ok)))))\n\n(def selfhost/typecheck::infer-apply-types\n (fn (head-type)\n (fn (arg-types)\n (fn (session)\n (((((selfhost/typecheck::infer-apply-types-loop arg-types)\n (core/vec::len arg-types))\n 0)\n head-type)\n session)))))\n\n(def selfhost/typecheck::infer-apply-types-loop\n (fn (arg-types)\n (fn (n)\n (fn (i)\n (fn (current)\n (fn (session)\n (if ((core/int::eq? i) n)\n {:recognized true :session session :type current}\n (let ((tag (selfhost/typecheck::ty-tag current)))\n (if ((core/sym::eq? tag) (quote :fn))\n (let\n ((arg ((core/vec::get arg-types) i))\n (param ((core/map::get current) (quote :param))))\n (let ((matched (((selfhost/typecheck::arg-type-match arg) param) {})))\n (if ((core/map::get matched) (quote :ok))\n (((((selfhost/typecheck::infer-apply-types-loop arg-types) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get current) (quote :ret)))\n ((core/map::get matched) (quote :bindings))))\n session)\n {:recognized true\n :session\n ((selfhost/typecheck::session-error session)\n ((selfhost/typecheck::str4 \"application arg type mismatch: expected \"\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term param)))\n \", got \"\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term arg))))\n :type selfhost/typecheck::ty-any})))\n (if ((core/sym::eq? tag) (quote :any))\n (((((selfhost/typecheck::infer-apply-types-loop arg-types) n)\n ((core/int::add i) 1))\n selfhost/typecheck::ty-any)\n session)\n {:recognized false :session session :type selfhost/typecheck::ty-any}))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xEE\xFB\xD8\xC2q\xC0\x06\xB9\x8E:\xDE\xDD\xB5\xCF\x1E\xC8\xD6K\xC3\x91\xE2t\xD4\xCB+\x1E\xE7\xED\x80\xF1@p" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::prim-int-arith {int/add true int/div true int/mod true int/mul true int/sub true}) (def selfhost/typecheck::prim-int-compare {int/eq? true int/lt? true}) (def selfhost/typecheck::prim-dec-arith {dec/add true dec/mul true dec/sub true}) (def selfhost/typecheck::prim-dec-compare {dec/eq? true dec/lt? true}) (def selfhost/typecheck::prim-str-lengths {str/grapheme-len true str/len true str/scalar-len true}) (def selfhost/typecheck::prim-result (fn (type) (fn (session) {:session session :type type}))) (def selfhost/typecheck::prim-fail (fn (session) (fn (message) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-error session) message))))) (def selfhost/typecheck::prim-arity-message (fn (op) (fn (expected) (fn (actual) ((((selfhost/typecheck::str4 "prim ") (selfhost/typecheck::symbol-str op)) (((selfhost/typecheck::str3 " expects ") (selfhost/typecheck::int-str expected)) " args, got ")) (selfhost/typecheck::int-str actual)))))) (def selfhost/typecheck::prim-unary (fn (op) (fn (args) (fn (input) (fn (output) (fn (session) (if ((core/int::eq? (core/vec::len args)) 1) (if ((core/eq? ((core/vec::get args) 0)) input) ((selfhost/typecheck::prim-result output) session) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::str3 "prim ") (selfhost/typecheck::symbol-str op)) ((selfhost/typecheck::str2 " expects ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term input)))))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 1) (core/vec::len args)))))))))) (def selfhost/typecheck::prim-binary (fn (op) (fn (args) (fn (input) (fn (output) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (if (if ((core/eq? ((core/vec::get args) 0)) input) ((core/eq? ((core/vec::get args) 1)) input) false) ((selfhost/typecheck::prim-result output) session) (let ((name (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term input)))) ((selfhost/typecheck::prim-fail session) ((((selfhost/typecheck::str4 "prim ") (selfhost/typecheck::symbol-str op)) (((selfhost/typecheck::str3 " expects ") name) ", ")) name)))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args)))))))))) (def selfhost/typecheck::literal-map-key (fn (term) (if (selfhost/typecheck::sym? term) term (if (selfhost/typecheck::str? term) (core/sym::from-str term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 2) (let ((head ((core/vec::get items) 0)) (value ((core/vec::get items) 1))) (if (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote quote)) false) (if (selfhost/typecheck::sym? value) value (if (selfhost/typecheck::str? value) (core/sym::from-str value) nil)) nil)) nil) nil)))))) (def selfhost/typecheck::prim-map-get (fn (op) (fn (args) (fn (arg-terms) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((source ((core/vec::get args) 0)) (key (selfhost/typecheck::literal-map-key ((core/vec::get arg-terms) 1)))) (let ((tag (selfhost/typecheck::ty-tag source))) (if ((core/sym::eq? tag) (quote :rec)) (if (selfhost/typecheck::nil? key) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session) (let ((found ((core/map::get ((core/map::get source) (quote :fields))) key))) (if (selfhost/typecheck::nil? found) (if (selfhost/typecheck::tail-closed? ((core/map::get source) (quote :tail))) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning session) ((selfhost/typecheck::str2 "prim map/get missing closed-row key ") (selfhost/typecheck::symbol-str key)))) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)) ((selfhost/typecheck::prim-result found) session)))) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session) ((selfhost/typecheck::prim-fail session) "prim map/get expects Rec, key"))))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args))))))))) (def selfhost/typecheck::prim-map-put (fn (op) (fn (args) (fn (arg-terms) (fn (session) (if ((core/int::eq? (core/vec::len args)) 3) (let ((source ((core/vec::get args) 0))) (let ((tag (selfhost/typecheck::ty-tag source))) (if ((core/sym::eq? tag) (quote :rec)) (let ((key (selfhost/typecheck::literal-map-key ((core/vec::get arg-terms) 1)))) ((selfhost/typecheck::prim-result ((selfhost/typecheck::ty-rec (if (selfhost/typecheck::nil? key) ((core/map::get source) (quote :fields)) (((core/map::put ((core/map::get source) (quote :fields))) key) ((core/vec::get args) 2)))) (if (selfhost/typecheck::nil? key) (quote :any) ((core/map::get source) (quote :tail))))) session)) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session) ((selfhost/typecheck::prim-fail session) "prim map/put expects Rec, key, value"))))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 3) (core/vec::len args))))))))) (def selfhost/typecheck::prim-map-merge (fn (op) (fn (args) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((left ((core/vec::get args) 0)) (right ((core/vec::get args) 1))) (let ((lt (selfhost/typecheck::ty-tag left)) (rt (selfhost/typecheck::ty-tag right))) (if (if ((core/sym::eq? lt) (quote :rec)) ((core/sym::eq? rt) (quote :rec)) false) ((selfhost/typecheck::prim-result ((selfhost/typecheck::ty-rec ((core/map::merge ((core/map::get left) (quote :fields))) ((core/map::get right) (quote :fields)))) (if (if (selfhost/typecheck::tail-closed? ((core/map::get left) (quote :tail))) (selfhost/typecheck::tail-closed? ((core/map::get right) (quote :tail))) false) (quote :closed) (quote :any)))) session) (if (if ((core/sym::eq? lt) (quote :any)) true ((core/sym::eq? rt) (quote :any))) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session) ((selfhost/typecheck::prim-fail session) "prim map/merge expects Rec, Rec"))))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args)))))))) (def selfhost/typecheck::prim-str-grapheme-slice (fn (op) (fn (args) (fn (session) (if ((core/int::eq? (core/vec::len args)) 3) (if (if ((core/eq? ((core/vec::get args) 0)) selfhost/typecheck::ty-str) (if ((core/eq? ((core/vec::get args) 1)) selfhost/typecheck::ty-int) ((core/eq? ((core/vec::get args) 2)) selfhost/typecheck::ty-int) false) false) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-str) session) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::str3 "prim ") (selfhost/typecheck::symbol-str op)) " expects Str, Int, Int"))) ((selfhost/typecheck::prim-fail session) (((selfhost/typecheck::prim-arity-message op) 3) (core/vec::len args)))))))) (def selfhost/typecheck::prim-type (fn (op) (fn (args) (fn (arg-terms) (fn (session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-int-arith) op) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-int) selfhost/typecheck::ty-int) session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-int-compare) op) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-int) selfhost/typecheck::ty-bool) session) (if ((core/sym::eq? op) (quote dec/parse)) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str) selfhost/typecheck::ty-dec) session) (if ((core/sym::eq? op) (quote dec/to-str)) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-dec) selfhost/typecheck::ty-str) session) (if ((core/sym::eq? op) (quote dec/from-int)) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-int) selfhost/typecheck::ty-dec) session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-dec-arith) op) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-dec) selfhost/typecheck::ty-dec) session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-dec-compare) op) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-dec) selfhost/typecheck::ty-bool) session) (if (if ((core/sym::eq? op) (quote core/eq?)) true ((core/sym::eq? op) (quote sym/eq?))) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-bool) session) (if ((core/sym::eq? op) (quote str/concat)) (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-str) selfhost/typecheck::ty-str) session) (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-str-lengths) op) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str) selfhost/typecheck::ty-int) session) (if ((core/sym::eq? op) (quote str/nfc)) (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str) selfhost/typecheck::ty-str) session) (if ((core/sym::eq? op) (quote str/grapheme-slice)) (((selfhost/typecheck::prim-str-grapheme-slice op) args) session) (if ((core/sym::eq? op) (quote bytes/len)) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-int) session) (if ((core/sym::eq? op) (quote bytes/concat)) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-bytes) session) (if ((core/sym::eq? op) (quote map/get)) ((((selfhost/typecheck::prim-map-get op) args) arg-terms) session) (if ((core/sym::eq? op) (quote map/put)) ((((selfhost/typecheck::prim-map-put op) args) arg-terms) session) (if ((core/sym::eq? op) (quote map/merge)) (((selfhost/typecheck::prim-map-merge op) args) session) ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)))))))))))))))))))))))] :module-h b"\x83\xBA9;\x05\xB9\x9A\xB8\xDB\\\xC4x\xC9\x1A\x8A\xE5\x86\xD0\xD7b'`:o\xFA~z\xC5\x94\xB4\xFF\x9A" :path "selfhost/typecheck_infer_prim_v1.gc" :source "(def selfhost/typecheck::prim-int-arith\n {int/add true int/div true int/mod true int/mul true int/sub true})\n\n(def selfhost/typecheck::prim-int-compare {int/eq? true int/lt? true})\n\n(def selfhost/typecheck::prim-dec-arith {dec/add true dec/mul true dec/sub true})\n\n(def selfhost/typecheck::prim-dec-compare {dec/eq? true dec/lt? true})\n\n(def selfhost/typecheck::prim-str-lengths\n {str/grapheme-len true str/len true str/scalar-len true})\n\n(def selfhost/typecheck::prim-result\n (fn (type) (fn (session) {:session session :type type})))\n\n(def selfhost/typecheck::prim-fail\n (fn (session)\n (fn (message)\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-error session) message)))))\n\n(def selfhost/typecheck::prim-arity-message\n (fn (op)\n (fn (expected)\n (fn (actual)\n ((selfhost/typecheck::str4 \"prim \"\n (selfhost/typecheck::symbol-str op))\n ((selfhost/typecheck::str3 \" expects \" (selfhost/typecheck::int-str expected)) \" args, got \")\n (selfhost/typecheck::int-str actual))))))\n\n(def selfhost/typecheck::prim-unary\n (fn (op)\n (fn (args)\n (fn (input)\n (fn (output)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 1)\n (if ((core/eq? ((core/vec::get args) 0)) input)\n ((selfhost/typecheck::prim-result output) session)\n ((selfhost/typecheck::prim-fail session)\n ((selfhost/typecheck::str3 \"prim \" (selfhost/typecheck::symbol-str op))\n ((selfhost/typecheck::str2 \" expects \")\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term input))))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 1) (core/vec::len args))))))))))\n\n(def selfhost/typecheck::prim-binary\n (fn (op)\n (fn (args)\n (fn (input)\n (fn (output)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (if\n (if ((core/eq? ((core/vec::get args) 0)) input)\n ((core/eq? ((core/vec::get args) 1)) input)\n false)\n ((selfhost/typecheck::prim-result output) session)\n (let\n ((name\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term input))))\n ((selfhost/typecheck::prim-fail session)\n ((selfhost/typecheck::str4 \"prim \" (selfhost/typecheck::symbol-str op))\n ((selfhost/typecheck::str3 \" expects \" name) \", \")\n name))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args))))))))))\n\n(def selfhost/typecheck::literal-map-key\n (fn (term)\n (if (selfhost/typecheck::sym? term)\n term\n (if (selfhost/typecheck::str? term)\n (core/sym::from-str term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 2)\n (let ((head ((core/vec::get items) 0)) (value ((core/vec::get items) 1)))\n (if\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote quote))\n false)\n (if (selfhost/typecheck::sym? value)\n value\n (if (selfhost/typecheck::str? value) (core/sym::from-str value) nil))\n nil))\n nil)\n nil))))))\n\n(def selfhost/typecheck::prim-map-get\n (fn (op)\n (fn (args)\n (fn (arg-terms)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let\n ((source ((core/vec::get args) 0))\n (key (selfhost/typecheck::literal-map-key ((core/vec::get arg-terms) 1))))\n (let ((tag (selfhost/typecheck::ty-tag source)))\n (if ((core/sym::eq? tag) (quote :rec))\n (if (selfhost/typecheck::nil? key)\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)\n (let\n ((found ((core/map::get ((core/map::get source) (quote :fields))) key)))\n (if (selfhost/typecheck::nil? found)\n (if\n (selfhost/typecheck::tail-closed?\n ((core/map::get source) (quote :tail)))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning session)\n ((selfhost/typecheck::str2 \"prim map/get missing closed-row key \")\n (selfhost/typecheck::symbol-str key))))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session))\n ((selfhost/typecheck::prim-result found) session))))\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)\n ((selfhost/typecheck::prim-fail session) \"prim map/get expects Rec, key\")))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args)))))))))\n\n(def selfhost/typecheck::prim-map-put\n (fn (op)\n (fn (args)\n (fn (arg-terms)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 3)\n (let ((source ((core/vec::get args) 0)))\n (let ((tag (selfhost/typecheck::ty-tag source)))\n (if ((core/sym::eq? tag) (quote :rec))\n (let ((key (selfhost/typecheck::literal-map-key ((core/vec::get arg-terms) 1))))\n ((selfhost/typecheck::prim-result\n ((selfhost/typecheck::ty-rec\n (if (selfhost/typecheck::nil? key)\n ((core/map::get source) (quote :fields))\n (((core/map::put ((core/map::get source) (quote :fields))) key)\n ((core/vec::get args) 2))))\n (if (selfhost/typecheck::nil? key)\n (quote :any)\n ((core/map::get source) (quote :tail)))))\n session))\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)\n ((selfhost/typecheck::prim-fail session)\n \"prim map/put expects Rec, key, value\")))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 3) (core/vec::len args)))))))))\n\n(def selfhost/typecheck::prim-map-merge\n (fn (op)\n (fn (args)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let\n ((left ((core/vec::get args) 0))\n (right ((core/vec::get args) 1)))\n (let\n ((lt (selfhost/typecheck::ty-tag left))\n (rt (selfhost/typecheck::ty-tag right)))\n (if\n (if ((core/sym::eq? lt) (quote :rec)) ((core/sym::eq? rt) (quote :rec)) false)\n ((selfhost/typecheck::prim-result\n ((selfhost/typecheck::ty-rec\n ((core/map::merge ((core/map::get left) (quote :fields)))\n ((core/map::get right) (quote :fields))))\n (if\n (if\n (selfhost/typecheck::tail-closed?\n ((core/map::get left) (quote :tail)))\n (selfhost/typecheck::tail-closed?\n ((core/map::get right) (quote :tail)))\n false)\n (quote :closed)\n (quote :any))))\n session)\n (if\n (if ((core/sym::eq? lt) (quote :any)) true ((core/sym::eq? rt) (quote :any)))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any) session)\n ((selfhost/typecheck::prim-fail session) \"prim map/merge expects Rec, Rec\")))))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 2) (core/vec::len args))))))))\n\n(def selfhost/typecheck::prim-str-grapheme-slice\n (fn (op)\n (fn (args)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 3)\n (if\n (if ((core/eq? ((core/vec::get args) 0)) selfhost/typecheck::ty-str)\n (if ((core/eq? ((core/vec::get args) 1)) selfhost/typecheck::ty-int)\n ((core/eq? ((core/vec::get args) 2)) selfhost/typecheck::ty-int)\n false)\n false)\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-str) session)\n ((selfhost/typecheck::prim-fail session)\n ((selfhost/typecheck::str3 \"prim \" (selfhost/typecheck::symbol-str op))\n \" expects Str, Int, Int\")))\n ((selfhost/typecheck::prim-fail session)\n (((selfhost/typecheck::prim-arity-message op) 3) (core/vec::len args))))))))\n\n(def selfhost/typecheck::prim-type\n (fn (op)\n (fn (args)\n (fn (arg-terms)\n (fn (session)\n (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-int-arith) op)\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-int)\n selfhost/typecheck::ty-int)\n session)\n (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-int-compare) op)\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-int)\n selfhost/typecheck::ty-bool)\n session)\n (if ((core/sym::eq? op) (quote dec/parse))\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str)\n selfhost/typecheck::ty-dec)\n session)\n (if ((core/sym::eq? op) (quote dec/to-str))\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-dec)\n selfhost/typecheck::ty-str)\n session)\n (if ((core/sym::eq? op) (quote dec/from-int))\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-int)\n selfhost/typecheck::ty-dec)\n session)\n (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-dec-arith) op)\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-dec)\n selfhost/typecheck::ty-dec)\n session)\n (if ((selfhost/typecheck::set-has? selfhost/typecheck::prim-dec-compare) op)\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-dec)\n selfhost/typecheck::ty-bool)\n session)\n (if\n (if ((core/sym::eq? op) (quote core/eq?))\n true\n ((core/sym::eq? op) (quote sym/eq?)))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-bool) session)\n (if ((core/sym::eq? op) (quote str/concat))\n (((((selfhost/typecheck::prim-binary op) args) selfhost/typecheck::ty-str)\n selfhost/typecheck::ty-str)\n session)\n (if\n ((selfhost/typecheck::set-has? selfhost/typecheck::prim-str-lengths) op)\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str)\n selfhost/typecheck::ty-int)\n session)\n (if ((core/sym::eq? op) (quote str/nfc))\n (((((selfhost/typecheck::prim-unary op) args) selfhost/typecheck::ty-str)\n selfhost/typecheck::ty-str)\n session)\n (if ((core/sym::eq? op) (quote str/grapheme-slice))\n (((selfhost/typecheck::prim-str-grapheme-slice op) args) session)\n (if ((core/sym::eq? op) (quote bytes/len))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-int) session)\n (if ((core/sym::eq? op) (quote bytes/concat))\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-bytes) session)\n (if ((core/sym::eq? op) (quote map/get))\n ((((selfhost/typecheck::prim-map-get op) args) arg-terms) session)\n (if ((core/sym::eq? op) (quote map/put))\n ((((selfhost/typecheck::prim-map-put op) args) arg-terms) session)\n (if ((core/sym::eq? op) (quote map/merge))\n (((selfhost/typecheck::prim-map-merge op) args) session)\n ((selfhost/typecheck::prim-result selfhost/typecheck::ty-any)\n session)))))))))))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x83\xBA9;\x05\xB9\x9A\xB8\xDB\\\xC4x\xC9\x1A\x8A\xE5\x86\xD0\xD7b'`:o\xFA~z\xC5\x94\xB4\xFF\x9A" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::infer-result (fn (type) (fn (session) {:session session :type type}))) (def selfhost/typecheck::infer-error (fn (session) (fn (message) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-error session) message))))) (def selfhost/typecheck::env-with-prelude (fn (declared) (((core/map::put declared) (quote core/contract::genesis)) ((selfhost/typecheck::ty-contract {}) (quote r))))) (def selfhost/typecheck::effects-vec-to-set (fn (ops) ((((selfhost/typecheck::effects-vec-to-set-loop ops) (core/vec::len ops)) 0) {}))) (def selfhost/typecheck::effects-vec-to-set-loop (fn (ops) (fn (n) (fn (i) (fn (set) (if ((core/int::eq? i) n) set ((((selfhost/typecheck::effects-vec-to-set-loop ops) n) ((core/int::add i) 1)) ((selfhost/typecheck::set-add set) ((core/vec::get ops) i))))))))) (def selfhost/typecheck::infer-syntax-effects-term (fn (term) (let ((report (core/cli::infer-effects ((core/vec::push []) term)))) ((selfhost/typecheck::eff-row (selfhost/typecheck::effects-vec-to-set ((core/map::get report) (quote :ops)))) (if ((core/map::get report) (quote :unknown)) (quote :any) (quote :closed)))))) (def selfhost/typecheck::infer-module-types (fn (forms) (fn (declared) (let ((env (selfhost/typecheck::env-with-prelude declared))) (((((selfhost/typecheck::infer-module-types-loop forms) (core/vec::len forms)) 0) {:defs {} :env env}) selfhost/typecheck::session-empty))))) (def selfhost/typecheck::infer-module-types-loop (fn (forms) (fn (n) (fn (i) (fn (state) (fn (session) (if ((core/int::eq? i) n) {:defs ((core/map::get state) (quote :defs)) :env ((core/map::get state) (quote :env)) :session session} (let ((parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i)))) (if (selfhost/typecheck::nil? parsed) (((((selfhost/typecheck::infer-module-types-loop forms) n) ((core/int::add i) 1)) state) session) (let ((name ((core/map::get parsed) (quote :name))) (expr ((core/map::get parsed) (quote :expr))) (env ((core/map::get state) (quote :env)))) (let ((inferred (((selfhost/typecheck::infer-term-with-expected expr) env) ((core/map::get env) name)))) (let ((result (inferred session))) (((((selfhost/typecheck::infer-module-types-loop forms) n) ((core/int::add i) 1)) {:defs (((core/map::put ((core/map::get state) (quote :defs))) name) ((core/map::get result) (quote :type))) :env (((core/map::put env) name) ((core/map::get result) (quote :type)))}) ((core/map::get result) (quote :session))))))))))))))) (def selfhost/typecheck::parse-def-term (fn (term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((head ((core/vec::get items) 0)) (name ((core/vec::get items) 1))) (if (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote def)) (selfhost/typecheck::sym? name) false) false) {:expr ((core/vec::get items) 2) :name name} nil)) nil) nil)))) (def selfhost/typecheck::infer-term (fn (term) (fn (env) (fn (session) (let ((tag (core/data::tag term))) (if ((core/sym::eq? tag) (quote :nil)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-nil) session) (if ((core/sym::eq? tag) (quote :bool)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-bool) session) (if ((core/sym::eq? tag) (quote :int)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-int) session) (if ((core/sym::eq? tag) (quote :str)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-str) session) (if ((core/sym::eq? tag) (quote :bytes)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-bytes) session) (if ((core/sym::eq? tag) (quote :sym)) (let ((found ((core/map::get env) term))) ((selfhost/typecheck::infer-result (if (selfhost/typecheck::nil? found) selfhost/typecheck::ty-any found)) session)) (if ((core/sym::eq? tag) (quote :vec)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session) (if ((core/sym::eq? tag) (quote :map)) (((selfhost/typecheck::infer-map-literal term) env) session) (if ((core/sym::eq? tag) (quote :pair)) (((selfhost/typecheck::infer-list-form term) env) session) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session))))))))))))))) (def selfhost/typecheck::infer-term-with-expected (fn (term) (fn (env) (fn (expected) (fn (session) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::lt? 0) (core/vec::len items)) (let ((head ((core/vec::get items) 0))) (if (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote fn)) false) ((((selfhost/typecheck::infer-fn items) env) expected) session) (((selfhost/typecheck::infer-term term) env) session))) (((selfhost/typecheck::infer-term term) env) session)) (((selfhost/typecheck::infer-term term) env) session)))))))) (def selfhost/typecheck::infer-map-literal (fn (map-term) (fn (env) (fn (session) (let ((entries (core/map::entries map-term))) (((((selfhost/typecheck::infer-map-literal-loop entries) env) (core/vec::len entries)) 0) {:fields {} :session session :tail (quote :closed)})))))) (def selfhost/typecheck::infer-map-literal-loop (fn (entries) (fn (env) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-rec ((core/map::get state) (quote :fields))) ((core/map::get state) (quote :tail)))) ((core/map::get state) (quote :session))) (let ((entry ((core/vec::get entries) i)) (key ((core/vec::get ((core/vec::get entries) i)) 0)) (value ((core/vec::get ((core/vec::get entries) i)) 1))) (let ((inferred (((selfhost/typecheck::infer-term value) env) ((core/map::get state) (quote :session))))) (let ((label-candidate (if (selfhost/typecheck::sym? key) key (if (selfhost/typecheck::str? key) (core/sym::from-str key) nil)))) (let ((label (if (core/error::is? label-candidate) nil label-candidate))) (((((selfhost/typecheck::infer-map-literal-loop entries) env) n) ((core/int::add i) 1)) {:fields (if (selfhost/typecheck::nil? label) ((core/map::get state) (quote :fields)) (((core/map::put ((core/map::get state) (quote :fields))) label) ((core/map::get inferred) (quote :type)))) :session ((core/map::get inferred) (quote :session)) :tail (if (selfhost/typecheck::nil? label) (quote :any) ((core/map::get state) (quote :tail)))})))))))))))) (def selfhost/typecheck::infer-list-form (fn (term) (fn (env) (fn (session) (let ((items (core/pair::as-proper-list term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-nil) session) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) ((((selfhost/typecheck::infer-special-or-app head) items) env) session) (let ((flat (core/cli::flatten-app term))) (if (selfhost/typecheck::map? flat) ((((selfhost/typecheck::infer-app ((core/map::get flat) (quote :head))) ((core/map::get flat) (quote :args))) env) session) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)))))) ((selfhost/typecheck::infer-error session) "improper list is not a valid expression"))))))) (def selfhost/typecheck::infer-special-or-app (fn (head) (fn (items) (fn (env) (fn (session) (if ((core/sym::eq? head) (quote quote)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session) (if ((core/sym::eq? head) (quote fn)) ((((selfhost/typecheck::infer-fn items) env) nil) session) (if ((core/sym::eq? head) (quote if)) (((selfhost/typecheck::infer-if items) env) session) (if ((core/sym::eq? head) (quote begin)) (((selfhost/typecheck::infer-begin items) env) session) (if ((core/sym::eq? head) (quote let)) (((selfhost/typecheck::infer-let items) env) session) (if ((core/sym::eq? head) (quote prim)) (((selfhost/typecheck::infer-prim items) env) session) (if (if ((core/sym::eq? head) (quote seal)) true ((core/sym::eq? head) (quote unseal))) (((((selfhost/typecheck::infer-terms-loop items) env) (core/vec::len items)) 1) session) (if ((core/sym::eq? head) (quote def)) (let ((walked (((((selfhost/typecheck::infer-terms-loop items) env) (core/vec::len items)) 1) session))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((core/map::get walked) (quote :session)))) (let ((flat (core/cli::flatten-app (selfhost/typecheck::list-from-vec items)))) (if (selfhost/typecheck::map? flat) ((((selfhost/typecheck::infer-app ((core/map::get flat) (quote :head))) ((core/map::get flat) (quote :args))) env) session) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)))))))))))))))) (def selfhost/typecheck::infer-terms-loop (fn (items) (fn (env) (fn (n) (fn (i) (fn (session) (if ((core/int::eq? i) n) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session) (let ((result (((selfhost/typecheck::infer-term ((core/vec::get items) i)) env) session))) (((((selfhost/typecheck::infer-terms-loop items) env) n) ((core/int::add i) 1)) ((core/map::get result) (quote :session))))))))))) (def selfhost/typecheck::fn-body-term (fn (items) (if ((core/int::eq? (core/vec::len items)) 3) ((core/vec::get items) 2) (selfhost/typecheck::list-from-vec ((core/vec::push ((core/vec::push []) (quote begin))) ((core/cli::vec-slice-from items) 2)))))) (def selfhost/typecheck::infer-fn (fn (items) (fn (env) (fn (expected) (fn (session) (if ((core/int::lt? (core/vec::len items)) 3) ((selfhost/typecheck::infer-error session) "(fn (x) body...) expects at least 2 arguments") (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? params) (let ((validated (selfhost/typecheck::validate-fn-params params))) (if (selfhost/typecheck::result-ok? validated) ((((((selfhost/typecheck::infer-fn-params ((core/map::get validated) (quote :value))) 0) (selfhost/typecheck::fn-body-term items)) env) expected) session) ((selfhost/typecheck::infer-error session) ((core/map::get validated) (quote :error))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "fn params must be a list of symbols, got ") (selfhost/typecheck::term-str ((core/vec::get items) 1)))))))))))) (def selfhost/typecheck::validate-fn-params (fn (params) (if ((core/int::eq? (core/vec::len params)) 0) (selfhost/typecheck::err "fn must have at least 1 param") ((((selfhost/typecheck::validate-fn-params-loop params) (core/vec::len params)) 0) {})))) (def selfhost/typecheck::validate-fn-params-loop (fn (params) (fn (n) (fn (i) (fn (seen) (if ((core/int::eq? i) n) (selfhost/typecheck::ok params) (let ((name ((core/vec::get params) i))) (if (selfhost/typecheck::sym? name) (if ((selfhost/typecheck::set-has? seen) name) (selfhost/typecheck::err ((selfhost/typecheck::str2 "(fn ...) duplicate parameter: ") (selfhost/typecheck::symbol-str name))) ((((selfhost/typecheck::validate-fn-params-loop params) n) ((core/int::add i) 1)) ((selfhost/typecheck::set-add seen) name))) (selfhost/typecheck::err "(fn ...) parameters must be symbols"))))))))) (def selfhost/typecheck::infer-fn-params (fn (params) (fn (index) (fn (body) (fn (env) (fn (expected) (fn (session) (let ((name ((core/vec::get params) index)) (expected-param (if (if (selfhost/typecheck::map? expected) ((core/sym::eq? (selfhost/typecheck::ty-tag expected)) (quote :fn)) false) ((core/map::get expected) (quote :param)) selfhost/typecheck::ty-any)) (expected-ret (if (if (selfhost/typecheck::map? expected) ((core/sym::eq? (selfhost/typecheck::ty-tag expected)) (quote :fn)) false) ((core/map::get expected) (quote :ret)) nil))) (let ((env2 (((core/map::put env) name) expected-param))) (let ((result (if ((core/int::eq? ((core/int::add index) 1)) (core/vec::len params)) ((((selfhost/typecheck::infer-term-with-expected body) env2) expected-ret) session) ((((((selfhost/typecheck::infer-fn-params params) ((core/int::add index) 1)) body) env2) expected-ret) session))) (effects (((selfhost/typecheck::effects-in-term-with-expected body) env2) expected-ret))) ((selfhost/typecheck::infer-result (((selfhost/typecheck::ty-fn expected-param) ((core/map::get result) (quote :type))) ((selfhost/typecheck::eff-row ((core/map::get effects) (quote :ops))) (if ((core/map::get effects) (quote :unknown)) (quote :any) (quote :closed))))) ((core/map::get result) (quote :session))))))))))))) (def selfhost/typecheck::infer-if (fn (items) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len items)) 4) (let ((condition (((selfhost/typecheck::infer-term ((core/vec::get items) 1)) env) session))) (let ((then-result (((selfhost/typecheck::infer-term ((core/vec::get items) 2)) env) ((core/map::get condition) (quote :session))))) (let ((else-result (((selfhost/typecheck::infer-term ((core/vec::get items) 3)) env) ((core/map::get then-result) (quote :session))))) ((selfhost/typecheck::infer-result ((selfhost/typecheck::join-types ((core/map::get then-result) (quote :type))) ((core/map::get else-result) (quote :type)))) ((core/map::get else-result) (quote :session)))))) ((selfhost/typecheck::infer-error session) "(if c t e) expects exactly 3 arguments")))))) (def selfhost/typecheck::join-types (fn (left) (fn (right) (if ((core/eq? left) right) left selfhost/typecheck::ty-any)))) (def selfhost/typecheck::infer-begin (fn (items) (fn (env) (fn (session) (((((selfhost/typecheck::infer-sequence items) env) (core/vec::len items)) 1) {:session session :type selfhost/typecheck::ty-nil}))))) (def selfhost/typecheck::infer-sequence (fn (items) (fn (env) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((result (((selfhost/typecheck::infer-term ((core/vec::get items) i)) env) ((core/map::get state) (quote :session))))) (((((selfhost/typecheck::infer-sequence items) env) n) ((core/int::add i) 1)) result))))))))) (def selfhost/typecheck::infer-let (fn (items) (fn (env) (fn (session) (if ((core/int::lt? (core/vec::len items)) 3) ((selfhost/typecheck::infer-error session) "(let (bindings) body...) expects at least 2 arguments") (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? bindings) (let ((bound (((((selfhost/typecheck::infer-let-bindings bindings) (core/vec::len bindings)) 0) {:env env :seen {}}) session))) (if ((core/map::get bound) (quote :ok)) (((((selfhost/typecheck::infer-sequence items) ((core/map::get bound) (quote :env))) (core/vec::len items)) 2) {:session ((core/map::get bound) (quote :session)) :type selfhost/typecheck::ty-nil}) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((core/map::get bound) (quote :session))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "let bindings must be a list, got ") (selfhost/typecheck::term-str ((core/vec::get items) 1))))))))))) (def selfhost/typecheck::infer-let-bindings (fn (bindings) (fn (n) (fn (i) (fn (state) (fn (session) (if ((core/int::eq? i) n) {:env ((core/map::get state) (quote :env)) :ok true :session session} (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i)))) (if (selfhost/typecheck::vec? pair) (if ((core/int::eq? (core/vec::len pair)) 2) (let ((name ((core/vec::get pair) 0))) (if (selfhost/typecheck::sym? name) (if ((selfhost/typecheck::set-has? ((core/map::get state) (quote :seen))) name) {:env ((core/map::get state) (quote :env)) :ok false :session ((selfhost/typecheck::session-error session) ((selfhost/typecheck::str2 "(let ...) duplicate binding: ") (selfhost/typecheck::symbol-str name)))} (let ((result (((selfhost/typecheck::infer-term ((core/vec::get pair) 1)) ((core/map::get state) (quote :env))) session))) (((((selfhost/typecheck::infer-let-bindings bindings) n) ((core/int::add i) 1)) {:env (((core/map::put ((core/map::get state) (quote :env))) name) ((core/map::get result) (quote :type))) :seen ((selfhost/typecheck::set-add ((core/map::get state) (quote :seen))) name)}) ((core/map::get result) (quote :session))))) {:env ((core/map::get state) (quote :env)) :ok false :session ((selfhost/typecheck::session-error session) "(let ...) binding name must be symbol")})) {:env ((core/map::get state) (quote :env)) :ok false :session ((selfhost/typecheck::session-error session) "(let ...) binding must have exactly 2 forms")}) {:env ((core/map::get state) (quote :env)) :ok false :session ((selfhost/typecheck::session-error session) "(let ...) binding must be a list (name expr)")}))))))))) (def selfhost/typecheck::infer-prim (fn (items) (fn (env) (fn (session) (if ((core/int::lt? (core/vec::len items)) 2) ((selfhost/typecheck::infer-error session) "prim missing op symbol") (let ((op ((core/vec::get items) 1))) (if (selfhost/typecheck::sym? op) (let ((arg-terms ((core/cli::vec-slice-from items) 2))) (let ((inferred (((selfhost/typecheck::infer-arg-types arg-terms) env) session))) ((((selfhost/typecheck::prim-type op) ((core/map::get inferred) (quote :types))) arg-terms) ((core/map::get inferred) (quote :session))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "prim op must be a symbol, got ") (selfhost/typecheck::term-str op)))))))))) (def selfhost/typecheck::infer-arg-types (fn (terms) (fn (env) (fn (session) (((((selfhost/typecheck::infer-arg-types-loop terms) env) (core/vec::len terms)) 0) {:session session :types []}))))) (def selfhost/typecheck::infer-arg-types-loop (fn (terms) (fn (env) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((result (((selfhost/typecheck::infer-term ((core/vec::get terms) i)) env) ((core/map::get state) (quote :session))))) (((((selfhost/typecheck::infer-arg-types-loop terms) env) n) ((core/int::add i) 1)) {:session ((core/map::get result) (quote :session)) :types ((core/vec::push ((core/map::get state) (quote :types))) ((core/map::get result) (quote :type)))})))))))))] :module-h b"\xF5\x81~\xD5\x82[0\xB3Q\xA4\xCE\xA4\r\xF5;i\xB1\x9C\xC0\xCC\xE62\xACP\xA6\xA0RA\xCE0\xBCI" :path "selfhost/typecheck_infer_core_v1.gc" :source "(def selfhost/typecheck::infer-result\n (fn (type) (fn (session) {:session session :type type})))\n\n(def selfhost/typecheck::infer-error\n (fn (session)\n (fn (message)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-error session) message)))))\n\n(def selfhost/typecheck::env-with-prelude\n (fn (declared)\n (((core/map::put declared) (quote core/contract::genesis))\n ((selfhost/typecheck::ty-contract {}) (quote r)))))\n\n(def selfhost/typecheck::effects-vec-to-set\n (fn (ops)\n ((((selfhost/typecheck::effects-vec-to-set-loop ops) (core/vec::len ops)) 0) {})))\n\n(def selfhost/typecheck::effects-vec-to-set-loop\n (fn (ops)\n (fn (n)\n (fn (i)\n (fn (set)\n (if ((core/int::eq? i) n)\n set\n ((((selfhost/typecheck::effects-vec-to-set-loop ops) n) ((core/int::add i) 1))\n ((selfhost/typecheck::set-add set) ((core/vec::get ops) i)))))))))\n\n(def selfhost/typecheck::infer-syntax-effects-term\n (fn (term)\n (let ((report (core/cli::infer-effects ((core/vec::push []) term))))\n ((selfhost/typecheck::eff-row\n (selfhost/typecheck::effects-vec-to-set\n ((core/map::get report) (quote :ops))))\n (if ((core/map::get report) (quote :unknown)) (quote :any) (quote :closed))))))\n\n(def selfhost/typecheck::infer-module-types\n (fn (forms)\n (fn (declared)\n (let ((env (selfhost/typecheck::env-with-prelude declared)))\n (((((selfhost/typecheck::infer-module-types-loop forms) (core/vec::len forms)) 0)\n {:defs {} :env env})\n selfhost/typecheck::session-empty)))))\n\n(def selfhost/typecheck::infer-module-types-loop\n (fn (forms)\n (fn (n)\n (fn (i)\n (fn (state)\n (fn (session)\n (if ((core/int::eq? i) n)\n {:defs ((core/map::get state) (quote :defs))\n :env ((core/map::get state) (quote :env))\n :session session}\n (let ((parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i))))\n (if (selfhost/typecheck::nil? parsed)\n (((((selfhost/typecheck::infer-module-types-loop forms) n)\n ((core/int::add i) 1))\n state)\n session)\n (let\n ((name ((core/map::get parsed) (quote :name)))\n (expr ((core/map::get parsed) (quote :expr)))\n (env ((core/map::get state) (quote :env))))\n (let\n ((inferred\n (((selfhost/typecheck::infer-term-with-expected expr) env)\n ((core/map::get env) name))\n ))\n (let ((result (inferred session)))\n (((((selfhost/typecheck::infer-module-types-loop forms) n)\n ((core/int::add i) 1))\n {:defs\n (((core/map::put ((core/map::get state) (quote :defs))) name)\n ((core/map::get result) (quote :type)))\n :env\n (((core/map::put env) name)\n ((core/map::get result) (quote :type)))})\n ((core/map::get result) (quote :session)))))))))))))))\n\n(def selfhost/typecheck::parse-def-term\n (fn (term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((head ((core/vec::get items) 0)) (name ((core/vec::get items) 1)))\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote def)) (selfhost/typecheck::sym? name) false)\n false)\n {:expr ((core/vec::get items) 2) :name name}\n nil))\n nil)\n nil))))\n\n(def selfhost/typecheck::infer-term\n (fn (term)\n (fn (env)\n (fn (session)\n (let ((tag (core/data::tag term)))\n (if ((core/sym::eq? tag) (quote :nil))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-nil) session)\n (if ((core/sym::eq? tag) (quote :bool))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-bool) session)\n (if ((core/sym::eq? tag) (quote :int))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-int) session)\n (if ((core/sym::eq? tag) (quote :str))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-str) session)\n (if ((core/sym::eq? tag) (quote :bytes))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-bytes) session)\n (if ((core/sym::eq? tag) (quote :sym))\n (let ((found ((core/map::get env) term)))\n ((selfhost/typecheck::infer-result\n (if (selfhost/typecheck::nil? found)\n selfhost/typecheck::ty-any\n found))\n session))\n (if ((core/sym::eq? tag) (quote :vec))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)\n (if ((core/sym::eq? tag) (quote :map))\n (((selfhost/typecheck::infer-map-literal term) env) session)\n (if ((core/sym::eq? tag) (quote :pair))\n (((selfhost/typecheck::infer-list-form term) env) session)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n session)))))))))))))))\n\n(def selfhost/typecheck::infer-term-with-expected\n (fn (term)\n (fn (env)\n (fn (expected)\n (fn (session)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::lt? 0) (core/vec::len items))\n (let ((head ((core/vec::get items) 0)))\n (if\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote fn))\n false)\n ((((selfhost/typecheck::infer-fn items) env) expected) session)\n (((selfhost/typecheck::infer-term term) env) session)))\n (((selfhost/typecheck::infer-term term) env) session))\n (((selfhost/typecheck::infer-term term) env) session))))))))\n\n(def selfhost/typecheck::infer-map-literal\n (fn (map-term)\n (fn (env)\n (fn (session)\n (let ((entries (core/map::entries map-term)))\n (((((selfhost/typecheck::infer-map-literal-loop entries) env)\n (core/vec::len entries))\n 0)\n {:fields {} :session session :tail (quote :closed)}))))))\n\n(def selfhost/typecheck::infer-map-literal-loop\n (fn (entries)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-rec ((core/map::get state) (quote :fields)))\n ((core/map::get state) (quote :tail))))\n ((core/map::get state) (quote :session)))\n (let\n ((entry ((core/vec::get entries) i))\n (key ((core/vec::get ((core/vec::get entries) i)) 0))\n (value ((core/vec::get ((core/vec::get entries) i)) 1)))\n (let ((inferred (((selfhost/typecheck::infer-term value) env)\n ((core/map::get state) (quote :session)))))\n (let\n ((label-candidate\n (if (selfhost/typecheck::sym? key)\n key\n (if (selfhost/typecheck::str? key) (core/sym::from-str key) nil))))\n (let\n ((label\n (if (core/error::is? label-candidate) nil label-candidate)))\n (((((selfhost/typecheck::infer-map-literal-loop entries) env) n)\n ((core/int::add i) 1))\n {:fields\n (if (selfhost/typecheck::nil? label)\n ((core/map::get state) (quote :fields))\n (((core/map::put ((core/map::get state) (quote :fields))) label)\n ((core/map::get inferred) (quote :type))))\n :session ((core/map::get inferred) (quote :session))\n :tail\n (if (selfhost/typecheck::nil? label)\n (quote :any)\n ((core/map::get state) (quote :tail)))}))))))))))))\n\n(def selfhost/typecheck::infer-list-form\n (fn (term)\n (fn (env)\n (fn (session)\n (let ((items (core/pair::as-proper-list term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-nil) session)\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n ((((selfhost/typecheck::infer-special-or-app head) items) env) session)\n (let ((flat (core/cli::flatten-app term)))\n (if (selfhost/typecheck::map? flat)\n ((((selfhost/typecheck::infer-app\n ((core/map::get flat) (quote :head)))\n ((core/map::get flat) (quote :args)))\n env)\n session)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session))))))\n ((selfhost/typecheck::infer-error session)\n \"improper list is not a valid expression\")))))))\n\n(def selfhost/typecheck::infer-special-or-app\n (fn (head)\n (fn (items)\n (fn (env)\n (fn (session)\n (if ((core/sym::eq? head) (quote quote))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)\n (if ((core/sym::eq? head) (quote fn))\n ((((selfhost/typecheck::infer-fn items) env) nil) session)\n (if ((core/sym::eq? head) (quote if))\n (((selfhost/typecheck::infer-if items) env) session)\n (if ((core/sym::eq? head) (quote begin))\n (((selfhost/typecheck::infer-begin items) env) session)\n (if ((core/sym::eq? head) (quote let))\n (((selfhost/typecheck::infer-let items) env) session)\n (if ((core/sym::eq? head) (quote prim))\n (((selfhost/typecheck::infer-prim items) env) session)\n (if\n (if ((core/sym::eq? head) (quote seal))\n true\n ((core/sym::eq? head) (quote unseal)))\n (((((selfhost/typecheck::infer-terms-loop items) env)\n (core/vec::len items))\n 1)\n session)\n (if ((core/sym::eq? head) (quote def))\n (let\n ((walked\n (((((selfhost/typecheck::infer-terms-loop items) env)\n (core/vec::len items))\n 1)\n session)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((core/map::get walked) (quote :session))))\n (let ((flat (core/cli::flatten-app (selfhost/typecheck::list-from-vec items))))\n (if (selfhost/typecheck::map? flat)\n ((((selfhost/typecheck::infer-app\n ((core/map::get flat) (quote :head)))\n ((core/map::get flat) (quote :args)))\n env)\n session)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n session))))))))))))))))\n\n(def selfhost/typecheck::infer-terms-loop\n (fn (items)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (session)\n (if ((core/int::eq? i) n)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) session)\n (let ((result (((selfhost/typecheck::infer-term ((core/vec::get items) i)) env) session)))\n (((((selfhost/typecheck::infer-terms-loop items) env) n)\n ((core/int::add i) 1))\n ((core/map::get result) (quote :session)))))))))))\n\n(def selfhost/typecheck::fn-body-term\n (fn (items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n ((core/vec::get items) 2)\n (selfhost/typecheck::list-from-vec\n ((core/vec::push\n ((core/vec::push []) (quote begin)))\n ((core/cli::vec-slice-from items) 2))))))\n\n(def selfhost/typecheck::infer-fn\n (fn (items)\n (fn (env)\n (fn (expected)\n (fn (session)\n (if ((core/int::lt? (core/vec::len items)) 3)\n ((selfhost/typecheck::infer-error session)\n \"(fn (x) body...) expects at least 2 arguments\")\n (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? params)\n (let ((validated (selfhost/typecheck::validate-fn-params params)))\n (if (selfhost/typecheck::result-ok? validated)\n ((((((selfhost/typecheck::infer-fn-params\n ((core/map::get validated) (quote :value)))\n 0)\n (selfhost/typecheck::fn-body-term items))\n env)\n expected)\n session)\n ((selfhost/typecheck::infer-error session)\n ((core/map::get validated) (quote :error)))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"fn params must be a list of symbols, got \")\n (selfhost/typecheck::term-str ((core/vec::get items) 1))))))))))))\n\n(def selfhost/typecheck::validate-fn-params\n (fn (params)\n (if ((core/int::eq? (core/vec::len params)) 0)\n (selfhost/typecheck::err \"fn must have at least 1 param\")\n ((((selfhost/typecheck::validate-fn-params-loop params) (core/vec::len params)) 0) {}))))\n\n(def selfhost/typecheck::validate-fn-params-loop\n (fn (params)\n (fn (n)\n (fn (i)\n (fn (seen)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok params)\n (let ((name ((core/vec::get params) i)))\n (if (selfhost/typecheck::sym? name)\n (if ((selfhost/typecheck::set-has? seen) name)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"(fn ...) duplicate parameter: \")\n (selfhost/typecheck::symbol-str name)))\n ((((selfhost/typecheck::validate-fn-params-loop params) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::set-add seen) name)))\n (selfhost/typecheck::err \"(fn ...) parameters must be symbols\")))))))))\n\n(def selfhost/typecheck::infer-fn-params\n (fn (params)\n (fn (index)\n (fn (body)\n (fn (env)\n (fn (expected)\n (fn (session)\n (let\n ((name ((core/vec::get params) index))\n (expected-param\n (if\n (if (selfhost/typecheck::map? expected)\n ((core/sym::eq? (selfhost/typecheck::ty-tag expected)) (quote :fn))\n false)\n ((core/map::get expected) (quote :param))\n selfhost/typecheck::ty-any))\n (expected-ret\n (if\n (if (selfhost/typecheck::map? expected)\n ((core/sym::eq? (selfhost/typecheck::ty-tag expected)) (quote :fn))\n false)\n ((core/map::get expected) (quote :ret))\n nil)))\n (let ((env2 (((core/map::put env) name) expected-param)))\n (let\n ((result\n (if ((core/int::eq? ((core/int::add index) 1)) (core/vec::len params))\n ((((selfhost/typecheck::infer-term-with-expected body) env2) expected-ret)\n session)\n ((((((selfhost/typecheck::infer-fn-params params)\n ((core/int::add index) 1))\n body)\n env2)\n expected-ret)\n session)))\n (effects\n (((selfhost/typecheck::effects-in-term-with-expected body) env2)\n expected-ret)))\n ((selfhost/typecheck::infer-result\n (((selfhost/typecheck::ty-fn expected-param)\n ((core/map::get result) (quote :type)))\n ((selfhost/typecheck::eff-row\n ((core/map::get effects) (quote :ops)))\n (if ((core/map::get effects) (quote :unknown))\n (quote :any)\n (quote :closed)))))\n ((core/map::get result) (quote :session)))))))))))))\n\n(def selfhost/typecheck::infer-if\n (fn (items)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len items)) 4)\n (let ((condition (((selfhost/typecheck::infer-term ((core/vec::get items) 1)) env) session)))\n (let\n ((then-result\n (((selfhost/typecheck::infer-term ((core/vec::get items) 2)) env)\n ((core/map::get condition) (quote :session)))))\n (let\n ((else-result\n (((selfhost/typecheck::infer-term ((core/vec::get items) 3)) env)\n ((core/map::get then-result) (quote :session)))))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::join-types\n ((core/map::get then-result) (quote :type)))\n ((core/map::get else-result) (quote :type))))\n ((core/map::get else-result) (quote :session))))))\n ((selfhost/typecheck::infer-error session)\n \"(if c t e) expects exactly 3 arguments\"))))))\n\n(def selfhost/typecheck::join-types\n (fn (left)\n (fn (right) (if ((core/eq? left) right) left selfhost/typecheck::ty-any))))\n\n(def selfhost/typecheck::infer-begin\n (fn (items)\n (fn (env)\n (fn (session)\n (((((selfhost/typecheck::infer-sequence items) env) (core/vec::len items)) 1)\n {:session session :type selfhost/typecheck::ty-nil})))))\n\n(def selfhost/typecheck::infer-sequence\n (fn (items)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((result\n (((selfhost/typecheck::infer-term ((core/vec::get items) i)) env)\n ((core/map::get state) (quote :session)))))\n (((((selfhost/typecheck::infer-sequence items) env) n)\n ((core/int::add i) 1))\n result)))))))))\n\n(def selfhost/typecheck::infer-let\n (fn (items)\n (fn (env)\n (fn (session)\n (if ((core/int::lt? (core/vec::len items)) 3)\n ((selfhost/typecheck::infer-error session)\n \"(let (bindings) body...) expects at least 2 arguments\")\n (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? bindings)\n (let\n ((bound\n (((((selfhost/typecheck::infer-let-bindings bindings) (core/vec::len bindings)) 0)\n {:env env :seen {}})\n session)))\n (if ((core/map::get bound) (quote :ok))\n (((((selfhost/typecheck::infer-sequence items)\n ((core/map::get bound) (quote :env)))\n (core/vec::len items))\n 2)\n {:session ((core/map::get bound) (quote :session))\n :type selfhost/typecheck::ty-nil})\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((core/map::get bound) (quote :session)))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"let bindings must be a list, got \")\n (selfhost/typecheck::term-str ((core/vec::get items) 1)))))))))))\n\n(def selfhost/typecheck::infer-let-bindings\n (fn (bindings)\n (fn (n)\n (fn (i)\n (fn (state)\n (fn (session)\n (if ((core/int::eq? i) n)\n {:env ((core/map::get state) (quote :env)) :ok true :session session}\n (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i))))\n (if (selfhost/typecheck::vec? pair)\n (if ((core/int::eq? (core/vec::len pair)) 2)\n (let ((name ((core/vec::get pair) 0)))\n (if (selfhost/typecheck::sym? name)\n (if\n ((selfhost/typecheck::set-has? ((core/map::get state) (quote :seen))) name)\n {:env ((core/map::get state) (quote :env))\n :ok false\n :session\n ((selfhost/typecheck::session-error session)\n ((selfhost/typecheck::str2 \"(let ...) duplicate binding: \")\n (selfhost/typecheck::symbol-str name)))}\n (let\n ((result\n (((selfhost/typecheck::infer-term ((core/vec::get pair) 1))\n ((core/map::get state) (quote :env)))\n session)))\n (((((selfhost/typecheck::infer-let-bindings bindings) n)\n ((core/int::add i) 1))\n {:env\n (((core/map::put ((core/map::get state) (quote :env))) name)\n ((core/map::get result) (quote :type)))\n :seen\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :seen)))\n name)})\n ((core/map::get result) (quote :session)))))\n {:env ((core/map::get state) (quote :env))\n :ok false\n :session\n ((selfhost/typecheck::session-error session)\n \"(let ...) binding name must be symbol\")}))\n {:env ((core/map::get state) (quote :env))\n :ok false\n :session\n ((selfhost/typecheck::session-error session)\n \"(let ...) binding must have exactly 2 forms\")})\n {:env ((core/map::get state) (quote :env))\n :ok false\n :session\n ((selfhost/typecheck::session-error session)\n \"(let ...) binding must be a list (name expr)\")})))))))))\n\n(def selfhost/typecheck::infer-prim\n (fn (items)\n (fn (env)\n (fn (session)\n (if ((core/int::lt? (core/vec::len items)) 2)\n ((selfhost/typecheck::infer-error session) \"prim missing op symbol\")\n (let ((op ((core/vec::get items) 1)))\n (if (selfhost/typecheck::sym? op)\n (let\n ((arg-terms ((core/cli::vec-slice-from items) 2)))\n (let ((inferred (((selfhost/typecheck::infer-arg-types arg-terms) env) session)))\n (((((selfhost/typecheck::prim-type op)\n ((core/map::get inferred) (quote :types)))\n arg-terms)\n ((core/map::get inferred) (quote :session))))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"prim op must be a symbol, got \")\n (selfhost/typecheck::term-str op))))))))))\n\n(def selfhost/typecheck::infer-arg-types\n (fn (terms)\n (fn (env)\n (fn (session)\n (((((selfhost/typecheck::infer-arg-types-loop terms) env) (core/vec::len terms)) 0)\n {:session session :types []})))))\n\n(def selfhost/typecheck::infer-arg-types-loop\n (fn (terms)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((result\n (((selfhost/typecheck::infer-term ((core/vec::get terms) i)) env)\n ((core/map::get state) (quote :session)))))\n (((((selfhost/typecheck::infer-arg-types-loop terms) env) n)\n ((core/int::add i) 1))\n {:session ((core/map::get result) (quote :session))\n :types\n ((core/vec::push ((core/map::get state) (quote :types)))\n ((core/map::get result) (quote :type)))})))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xF5\x81~\xD5\x82[0\xB3Q\xA4\xCE\xA4\r\xF5;i\xB1\x9C\xC0\xCC\xE62\xACP\xA6\xA0RA\xCE0\xBCI" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::infer-msg-make (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((payload (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) session))) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-msg (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0))) ((core/map::get payload) (quote :type)))) ((core/map::get payload) (quote :session)))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/msg::make expects 2 args (op, payload), got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-msg-payload (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 1) (let ((message (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) (let ((tag (selfhost/typecheck::ty-tag ((core/map::get message) (quote :type))))) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::infer-result ((core/map::get ((core/map::get message) (quote :type))) (quote :payload))) ((core/map::get message) (quote :session))) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((core/map::get message) (quote :session))) ((selfhost/typecheck::infer-error ((core/map::get message) (quote :session))) "core/msg::payload expects a Msg"))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/msg::payload expects 1 arg, got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-contract-extend (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 3) (let ((base (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) (let ((base-type ((core/map::get base) (quote :type))) (base-session ((core/map::get base) (quote :session)))) (let ((tag (selfhost/typecheck::ty-tag base-type))) (let ((state (if ((core/sym::eq? tag) (quote :contract)) {:methods ((core/map::get base-type) (quote :methods)) :session base-session :tail ((core/map::get base-type) (quote :tail))} (if ((core/sym::eq? tag) (quote :any)) {:methods {} :session base-session :tail (quote :any)} {:methods {} :session ((selfhost/typecheck::session-error base-session) "core/contract::extend base must be a Contract") :tail (quote :any)})))) (let ((overrides (((selfhost/typecheck::infer-contract-overrides ((core/vec::get args) 1)) env) state))) (let ((meta (((selfhost/typecheck::infer-term ((core/vec::get args) 2)) env) ((core/map::get overrides) (quote :session))))) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-contract ((core/map::get overrides) (quote :methods))) ((core/map::get overrides) (quote :tail)))) ((core/map::get meta) (quote :session))))))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/contract::extend expects 3 args (base overrides meta), got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-contract-overrides (fn (term) (fn (env) (fn (state) (if (selfhost/typecheck::map? term) (let ((entries (core/map::entries term))) (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) (core/vec::len entries)) 0) state)) (let ((walked (((selfhost/typecheck::infer-term term) env) ((core/map::get state) (quote :session))))) {:methods ((core/map::get state) (quote :methods)) :session ((core/map::get walked) (quote :session)) :tail (quote :any)})))))) (def selfhost/typecheck::infer-contract-overrides-loop (fn (entries) (fn (env) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((entry ((core/vec::get entries) i)) (op ((core/vec::get ((core/vec::get entries) i)) 0)) (handler ((core/vec::get ((core/vec::get entries) i)) 1))) (if (selfhost/typecheck::sym? op) (let ((method (((selfhost/typecheck::infer-contract-method op) handler) env))) (let ((result (method ((core/map::get state) (quote :session))))) (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) n) ((core/int::add i) 1)) {:methods (((core/map::put ((core/map::get state) (quote :methods))) op) ((core/map::get result) (quote :type))) :session ((core/map::get result) (quote :session)) :tail ((core/map::get state) (quote :tail))}))) (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) n) ((core/int::add i) 1)) {:methods ((core/map::get state) (quote :methods)) :session ((core/map::get state) (quote :session)) :tail (quote :any)})))))))))) (def selfhost/typecheck::infer-contract-method (fn (op) (fn (handler) (fn (env) (fn (session) (let ((items (selfhost/typecheck::list-items-or-nil handler))) (if (selfhost/typecheck::vec? items) (if (if ((core/int::lt? 2) (core/vec::len items)) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote fn)) false)) false) (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? params) (let ((env2 (if ((core/int::lt? 0) (core/vec::len params)) (let ((name ((core/vec::get params) 0))) (if (selfhost/typecheck::sym? name) (((core/map::put env) name) ((selfhost/typecheck::ty-msg op) selfhost/typecheck::ty-any)) env)) env)) (body (selfhost/typecheck::fn-body-term items))) (let ((inferred (((selfhost/typecheck::infer-term body) env2) session))) ((selfhost/typecheck::infer-result (((selfhost/typecheck::ty-fn ((selfhost/typecheck::ty-msg op) selfhost/typecheck::ty-any)) ((core/map::get inferred) (quote :type))) (selfhost/typecheck::infer-syntax-effects-term body))) ((core/map::get inferred) (quote :session))))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning session) (((selfhost/typecheck::str3 "contract method ") (selfhost/typecheck::symbol-str op)) " has invalid param list; treating as ?"))))) (let ((walked (((selfhost/typecheck::infer-term handler) env) session))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning ((core/map::get walked) (quote :session))) (((selfhost/typecheck::str3 "contract method ") (selfhost/typecheck::symbol-str op)) " is not a (fn ...) form; treating as ?"))))) (let ((walked (((selfhost/typecheck::infer-term handler) env) session))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning ((core/map::get walked) (quote :session))) (((selfhost/typecheck::str3 "contract method ") (selfhost/typecheck::symbol-str op)) " is not a function literal; treating as ?"))))))))))) (def selfhost/typecheck::infer-contract-dispatch (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((contract (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) (let ((message (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) ((core/map::get contract) (quote :session))))) (let ((contract-type ((core/map::get contract) (quote :type))) (message-type ((core/map::get message) (quote :type))) (next-session ((core/map::get message) (quote :session)))) (let ((contract-tag (selfhost/typecheck::ty-tag contract-type)) (message-tag (selfhost/typecheck::ty-tag message-type))) (if ((core/sym::eq? contract-tag) (quote :any)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) next-session) (if ((core/sym::eq? contract-tag) (quote :contract)) (if ((core/sym::eq? message-tag) (quote :msg)) (let ((op ((core/map::get message-type) (quote :op)))) (if (selfhost/typecheck::nil? op) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning next-session) "core/contract::dispatch msg op is not literal; return type is ?")) (let ((method ((core/map::get ((core/map::get contract-type) (quote :methods))) op))) (if (selfhost/typecheck::nil? method) (if (selfhost/typecheck::tail-open? ((core/map::get contract-type) (quote :tail))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((selfhost/typecheck::session-warning next-session) (((selfhost/typecheck::str3 "dispatch on op ") (selfhost/typecheck::symbol-str op)) " against open contract row; return type is ?"))) ((selfhost/typecheck::infer-error next-session) (((selfhost/typecheck::str3 "dispatch on op ") (selfhost/typecheck::symbol-str op)) " against closed contract with no such method"))) (if ((core/sym::eq? (selfhost/typecheck::ty-tag method)) (quote :fn)) ((selfhost/typecheck::infer-result ((core/map::get method) (quote :ret))) next-session) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) next-session)))))) ((selfhost/typecheck::infer-error next-session) "core/contract::dispatch msg must be a Msg")) ((selfhost/typecheck::infer-error next-session) "core/contract::dispatch contract must be a Contract"))))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/contract::dispatch expects 2 args (contract msg), got ") (selfhost/typecheck::int-str (core/vec::len args)))))))))] :module-h b"\x05\xE9f\xB6\xA6C\xD9\xBBt\xB8\xCA\x00.\xD8h\xFAa\x18\xC0\xCE!vh\xF7\xB9a\x0E-\x93\x0F\xA9\xA0" :path "selfhost/typecheck_infer_contract_v1.gc" :source "(def selfhost/typecheck::infer-msg-make\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let\n ((payload\n (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) session)))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-msg\n (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0)))\n ((core/map::get payload) (quote :type))))\n ((core/map::get payload) (quote :session))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"core/msg::make expects 2 args (op, payload), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-msg-payload\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 1)\n (let ((message (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n (let ((tag (selfhost/typecheck::ty-tag ((core/map::get message) (quote :type)))))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::infer-result\n ((core/map::get ((core/map::get message) (quote :type))) (quote :payload)))\n ((core/map::get message) (quote :session)))\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((core/map::get message) (quote :session)))\n ((selfhost/typecheck::infer-error\n ((core/map::get message) (quote :session)))\n \"core/msg::payload expects a Msg\")))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"core/msg::payload expects 1 arg, got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-contract-extend\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 3)\n (let ((base (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n (let\n ((base-type ((core/map::get base) (quote :type)))\n (base-session ((core/map::get base) (quote :session))))\n (let ((tag (selfhost/typecheck::ty-tag base-type)))\n (let\n ((state\n (if ((core/sym::eq? tag) (quote :contract))\n {:methods ((core/map::get base-type) (quote :methods))\n :session base-session\n :tail ((core/map::get base-type) (quote :tail))}\n (if ((core/sym::eq? tag) (quote :any))\n {:methods {} :session base-session :tail (quote :any)}\n {:methods {}\n :session\n ((selfhost/typecheck::session-error base-session)\n \"core/contract::extend base must be a Contract\")\n :tail (quote :any)}))))\n (let\n ((overrides\n (((selfhost/typecheck::infer-contract-overrides\n ((core/vec::get args) 1))\n env)\n state)))\n (let\n ((meta\n (((selfhost/typecheck::infer-term ((core/vec::get args) 2)) env)\n ((core/map::get overrides) (quote :session)))))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-contract\n ((core/map::get overrides) (quote :methods)))\n ((core/map::get overrides) (quote :tail))))\n ((core/map::get meta) (quote :session)))))))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2\n \"core/contract::extend expects 3 args (base overrides meta), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-contract-overrides\n (fn (term)\n (fn (env)\n (fn (state)\n (if (selfhost/typecheck::map? term)\n (let ((entries (core/map::entries term)))\n (((((selfhost/typecheck::infer-contract-overrides-loop entries) env)\n (core/vec::len entries))\n 0)\n state))\n (let\n ((walked\n (((selfhost/typecheck::infer-term term) env)\n ((core/map::get state) (quote :session)))))\n {:methods ((core/map::get state) (quote :methods))\n :session ((core/map::get walked) (quote :session))\n :tail (quote :any)}))))))\n\n(def selfhost/typecheck::infer-contract-overrides-loop\n (fn (entries)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((entry ((core/vec::get entries) i))\n (op ((core/vec::get ((core/vec::get entries) i)) 0))\n (handler ((core/vec::get ((core/vec::get entries) i)) 1)))\n (if (selfhost/typecheck::sym? op)\n (let\n ((method\n (((selfhost/typecheck::infer-contract-method op) handler)\n env)\n ))\n (let\n ((result\n (method ((core/map::get state) (quote :session)))))\n (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) n)\n ((core/int::add i) 1))\n {:methods\n (((core/map::put ((core/map::get state) (quote :methods))) op)\n ((core/map::get result) (quote :type)))\n :session ((core/map::get result) (quote :session))\n :tail ((core/map::get state) (quote :tail))})))\n (((((selfhost/typecheck::infer-contract-overrides-loop entries) env) n)\n ((core/int::add i) 1))\n {:methods ((core/map::get state) (quote :methods))\n :session ((core/map::get state) (quote :session))\n :tail (quote :any)}))))))))))\n\n(def selfhost/typecheck::infer-contract-method\n (fn (op)\n (fn (handler)\n (fn (env)\n (fn (session)\n (let ((items (selfhost/typecheck::list-items-or-nil handler)))\n (if (selfhost/typecheck::vec? items)\n (if\n (if ((core/int::lt? 2) (core/vec::len items))\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote fn))\n false))\n false)\n (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? params)\n (let\n ((env2\n (if ((core/int::lt? 0) (core/vec::len params))\n (let ((name ((core/vec::get params) 0)))\n (if (selfhost/typecheck::sym? name)\n (((core/map::put env) name)\n ((selfhost/typecheck::ty-msg op) selfhost/typecheck::ty-any))\n env))\n env))\n (body (selfhost/typecheck::fn-body-term items)))\n (let ((inferred (((selfhost/typecheck::infer-term body) env2) session)))\n ((selfhost/typecheck::infer-result\n (((selfhost/typecheck::ty-fn\n ((selfhost/typecheck::ty-msg op) selfhost/typecheck::ty-any))\n ((core/map::get inferred) (quote :type)))\n (selfhost/typecheck::infer-syntax-effects-term body)))\n ((core/map::get inferred) (quote :session)))))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning session)\n ((selfhost/typecheck::str3 \"contract method \"\n (selfhost/typecheck::symbol-str op))\n \" has invalid param list; treating as ?\")))))\n (let ((walked (((selfhost/typecheck::infer-term handler) env) session)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning\n ((core/map::get walked) (quote :session)))\n ((selfhost/typecheck::str3 \"contract method \"\n (selfhost/typecheck::symbol-str op))\n \" is not a (fn ...) form; treating as ?\")))))\n (let ((walked (((selfhost/typecheck::infer-term handler) env) session)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning\n ((core/map::get walked) (quote :session)))\n ((selfhost/typecheck::str3 \"contract method \"\n (selfhost/typecheck::symbol-str op))\n \" is not a function literal; treating as ?\")))))))))))\n\n(def selfhost/typecheck::infer-contract-dispatch\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let\n ((contract\n (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n (let\n ((message\n (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env)\n ((core/map::get contract) (quote :session)))))\n (let\n ((contract-type ((core/map::get contract) (quote :type)))\n (message-type ((core/map::get message) (quote :type)))\n (next-session ((core/map::get message) (quote :session))))\n (let\n ((contract-tag (selfhost/typecheck::ty-tag contract-type))\n (message-tag (selfhost/typecheck::ty-tag message-type)))\n (if ((core/sym::eq? contract-tag) (quote :any))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) next-session)\n (if ((core/sym::eq? contract-tag) (quote :contract))\n (if ((core/sym::eq? message-tag) (quote :msg))\n (let ((op ((core/map::get message-type) (quote :op))))\n (if (selfhost/typecheck::nil? op)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning next-session)\n \"core/contract::dispatch msg op is not literal; return type is ?\"))\n (let\n ((method\n ((core/map::get\n ((core/map::get contract-type) (quote :methods)))\n op)))\n (if (selfhost/typecheck::nil? method)\n (if\n (selfhost/typecheck::tail-open?\n ((core/map::get contract-type) (quote :tail)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((selfhost/typecheck::session-warning next-session)\n ((selfhost/typecheck::str3 \"dispatch on op \"\n (selfhost/typecheck::symbol-str op))\n \" against open contract row; return type is ?\")))\n ((selfhost/typecheck::infer-error next-session)\n ((selfhost/typecheck::str3 \"dispatch on op \"\n (selfhost/typecheck::symbol-str op))\n \" against closed contract with no such method\")))\n (if\n ((core/sym::eq? (selfhost/typecheck::ty-tag method)) (quote :fn))\n ((selfhost/typecheck::infer-result\n ((core/map::get method) (quote :ret)))\n next-session)\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n next-session))))))\n ((selfhost/typecheck::infer-error next-session)\n \"core/contract::dispatch msg must be a Msg\"))\n ((selfhost/typecheck::infer-error next-session)\n \"core/contract::dispatch contract must be a Contract\")))))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2\n \"core/contract::dispatch expects 2 args (contract msg), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x05\xE9f\xB6\xA6C\xD9\xBBt\xB8\xCA\x00.\xD8h\xFAa\x18\xC0\xCE!vh\xF7\xB9a\x0E-\x93\x0F\xA9\xA0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::eff-unknown {:ops {} :tail (quote :any)}) (def selfhost/typecheck::merge-eff-rows (fn (left) (fn (right) ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-union ((core/map::get left) (quote :ops))) ((core/map::get right) (quote :ops)))) (if (selfhost/typecheck::tail-open? ((core/map::get right) (quote :tail))) ((core/map::get right) (quote :tail)) ((core/map::get left) (quote :tail))))))) (def selfhost/typecheck::infer-effect-pure (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 1) (let ((value (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog ((core/map::get value) (quote :type))) selfhost/typecheck::eff-empty)) ((core/map::get value) (quote :session)))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/effect::pure expects 1 arg, got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-effect-bind (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 2) (let ((program (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session))) (let ((program-type ((core/map::get program) (quote :type))) (program-session ((core/map::get program) (quote :session)))) (let ((tag (selfhost/typecheck::ty-tag program-type))) (if ((core/sym::eq? tag) (quote :prog)) (((((selfhost/typecheck::infer-effect-bind-program ((core/map::get program-type) (quote :ret))) ((core/map::get program-type) (quote :eff))) ((core/vec::get args) 1)) env) program-session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) selfhost/typecheck::eff-unknown)) program-session) ((selfhost/typecheck::infer-error program-session) "core/effect::bind first arg must be a Prog")))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/effect::bind expects 2 args (prog k), got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::infer-effect-bind-program (fn (program-ret) (fn (program-eff) (fn (continuation) (fn (env) (fn (session) (let ((inferred ((((selfhost/typecheck::infer-bind-continuation continuation) program-ret) env) session))) (let ((continuation-type ((core/map::get inferred) (quote :type))) (next-session ((core/map::get inferred) (quote :session)))) (let ((tag (selfhost/typecheck::ty-tag continuation-type))) (if ((core/sym::eq? tag) (quote :fn)) ((((selfhost/typecheck::finish-effect-bind program-ret) program-eff) continuation-type) next-session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) selfhost/typecheck::eff-unknown)) next-session) ((selfhost/typecheck::infer-error next-session) "core/effect::bind continuation must be a function")))))))))))) (def selfhost/typecheck::infer-bind-continuation (fn (continuation) (fn (parameter-type) (fn (env) (fn (session) (let ((items (selfhost/typecheck::list-items-or-nil continuation))) (if (selfhost/typecheck::vec? items) (if (if ((core/int::lt? 2) (core/vec::len items)) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote fn)) false)) false) (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? params) (if ((core/int::eq? (core/vec::len params)) 1) (let ((name ((core/vec::get params) 0))) (if (selfhost/typecheck::sym? name) (let ((body (selfhost/typecheck::fn-body-term items)) (env2 (((core/map::put env) name) parameter-type))) (let ((result (((selfhost/typecheck::infer-term body) env2) session))) ((selfhost/typecheck::infer-result (((selfhost/typecheck::ty-fn parameter-type) ((core/map::get result) (quote :type))) (selfhost/typecheck::infer-syntax-effects-term body))) ((core/map::get result) (quote :session))))) (((selfhost/typecheck::infer-term continuation) env) session))) (((selfhost/typecheck::infer-term continuation) env) session)) (((selfhost/typecheck::infer-term continuation) env) session))) (((selfhost/typecheck::infer-term continuation) env) session)) (((selfhost/typecheck::infer-term continuation) env) session)))))))) (def selfhost/typecheck::finish-effect-bind (fn (program-ret) (fn (program-eff) (fn (continuation-type) (fn (session) (let ((param ((core/map::get continuation-type) (quote :param))) (ret ((core/map::get continuation-type) (quote :ret))) (fn-eff ((core/map::get continuation-type) (quote :eff)))) (let ((checked-session (if ((selfhost/typecheck::arg-type-compatible? program-ret) param) session ((selfhost/typecheck::session-error session) ((((selfhost/typecheck::str4 "core/effect::bind continuation param mismatch; prog returns ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term program-ret))) ", continuation expects ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term param))))))) (let ((tag (selfhost/typecheck::ty-tag ret))) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog ((core/map::get ret) (quote :ret))) ((selfhost/typecheck::merge-eff-rows ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff)) ((core/map::get ret) (quote :eff))))) checked-session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::merge-eff-rows ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff)) selfhost/typecheck::eff-unknown))) checked-session) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::merge-eff-rows ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff)) selfhost/typecheck::eff-unknown))) ((selfhost/typecheck::session-error checked-session) ((selfhost/typecheck::str2 "core/effect::bind continuation must return Prog, got ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term ret))))))))))))))) (def selfhost/typecheck::infer-effect-perform (fn (args) (fn (env) (fn (session) (if ((core/int::eq? (core/vec::len args)) 3) (let ((payload (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) session))) (let ((continuation (((selfhost/typecheck::infer-term ((core/vec::get args) 2)) env) ((core/map::get payload) (quote :session))))) (((selfhost/typecheck::finish-effect-perform (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0))) ((core/map::get continuation) (quote :type))) ((core/map::get continuation) (quote :session))))) ((selfhost/typecheck::infer-error session) ((selfhost/typecheck::str2 "core/effect::perform expects 3 args (op payload k), got ") (selfhost/typecheck::int-str (core/vec::len args))))))))) (def selfhost/typecheck::finish-effect-perform (fn (operation) (fn (continuation-type) (fn (session) (let ((tag (selfhost/typecheck::ty-tag continuation-type))) (if ((core/sym::eq? tag) (quote :fn)) (((selfhost/typecheck::finish-effect-perform-fn operation) continuation-type) session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::perform-add-operation selfhost/typecheck::eff-unknown) operation))) session) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::perform-add-operation selfhost/typecheck::eff-unknown) operation))) ((selfhost/typecheck::session-error session) "core/effect::perform k must be a function"))))))))) (def selfhost/typecheck::finish-effect-perform-fn (fn (operation) (fn (continuation-type) (fn (session) (let ((ret ((core/map::get continuation-type) (quote :ret))) (fn-eff ((core/map::get continuation-type) (quote :eff)))) (let ((tag (selfhost/typecheck::ty-tag ret))) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog ((core/map::get ret) (quote :ret))) ((selfhost/typecheck::perform-add-operation ((selfhost/typecheck::merge-eff-rows fn-eff) ((core/map::get ret) (quote :eff)))) operation))) session) (if ((core/sym::eq? tag) (quote :any)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::perform-add-operation ((selfhost/typecheck::merge-eff-rows fn-eff) selfhost/typecheck::eff-unknown)) operation))) session) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any) ((selfhost/typecheck::perform-add-operation ((selfhost/typecheck::merge-eff-rows fn-eff) selfhost/typecheck::eff-unknown)) operation))) ((selfhost/typecheck::session-error session) ((selfhost/typecheck::str2 "core/effect::perform continuation must return a Prog, got ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term ret))))))))))))) (def selfhost/typecheck::perform-add-operation (fn (eff) (fn (operation) (if (selfhost/typecheck::nil? operation) ((selfhost/typecheck::eff-row ((core/map::get eff) (quote :ops))) (quote :any)) ((selfhost/typecheck::eff-row ((selfhost/typecheck::set-add ((core/map::get eff) (quote :ops))) operation)) ((core/map::get eff) (quote :tail)))))))] :module-h b"i4\xD1\xE9\x8B\xDE\xD8\xD5:p\x1B#\x11O\x85\xC9\xEA\xF5\x9B\xD8\x8D\x17\xB2\xA2\xFE@D\xC7\x96\xA3\x0F\xE8" :path "selfhost/typecheck_infer_effect_v1.gc" :source "(def selfhost/typecheck::eff-unknown {:ops {} :tail (quote :any)})\n\n(def selfhost/typecheck::merge-eff-rows\n (fn (left)\n (fn (right)\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-union ((core/map::get left) (quote :ops)))\n ((core/map::get right) (quote :ops))))\n (if\n (selfhost/typecheck::tail-open? ((core/map::get right) (quote :tail)))\n ((core/map::get right) (quote :tail))\n ((core/map::get left) (quote :tail)))))))\n\n(def selfhost/typecheck::infer-effect-pure\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 1)\n (let ((value (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog ((core/map::get value) (quote :type)))\n selfhost/typecheck::eff-empty))\n ((core/map::get value) (quote :session))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"core/effect::pure expects 1 arg, got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-effect-bind\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let ((program (((selfhost/typecheck::infer-term ((core/vec::get args) 0)) env) session)))\n (let\n ((program-type ((core/map::get program) (quote :type)))\n (program-session ((core/map::get program) (quote :session))))\n (let ((tag (selfhost/typecheck::ty-tag program-type)))\n (if ((core/sym::eq? tag) (quote :prog))\n (((((selfhost/typecheck::infer-effect-bind-program\n ((core/map::get program-type) (quote :ret)))\n ((core/map::get program-type) (quote :eff)))\n ((core/vec::get args) 1))\n env)\n program-session)\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n selfhost/typecheck::eff-unknown))\n program-session)\n ((selfhost/typecheck::infer-error program-session)\n \"core/effect::bind first arg must be a Prog\"))))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2 \"core/effect::bind expects 2 args (prog k), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::infer-effect-bind-program\n (fn (program-ret)\n (fn (program-eff)\n (fn (continuation)\n (fn (env)\n (fn (session)\n (let\n ((inferred\n ((((selfhost/typecheck::infer-bind-continuation continuation) program-ret)\n env)\n session)))\n (let\n ((continuation-type ((core/map::get inferred) (quote :type)))\n (next-session ((core/map::get inferred) (quote :session))))\n (let ((tag (selfhost/typecheck::ty-tag continuation-type)))\n (if ((core/sym::eq? tag) (quote :fn))\n (((((selfhost/typecheck::finish-effect-bind program-ret) program-eff)\n continuation-type)\n next-session))\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n selfhost/typecheck::eff-unknown))\n next-session)\n ((selfhost/typecheck::infer-error next-session)\n \"core/effect::bind continuation must be a function\"))))))))))))\n\n(def selfhost/typecheck::infer-bind-continuation\n (fn (continuation)\n (fn (parameter-type)\n (fn (env)\n (fn (session)\n (let ((items (selfhost/typecheck::list-items-or-nil continuation)))\n (if (selfhost/typecheck::vec? items)\n (if\n (if ((core/int::lt? 2) (core/vec::len items))\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote fn))\n false))\n false)\n (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? params)\n (if ((core/int::eq? (core/vec::len params)) 1)\n (let ((name ((core/vec::get params) 0)))\n (if (selfhost/typecheck::sym? name)\n (let\n ((body (selfhost/typecheck::fn-body-term items))\n (env2 (((core/map::put env) name) parameter-type)))\n (let ((result (((selfhost/typecheck::infer-term body) env2) session)))\n ((selfhost/typecheck::infer-result\n (((selfhost/typecheck::ty-fn parameter-type)\n ((core/map::get result) (quote :type)))\n (selfhost/typecheck::infer-syntax-effects-term body)))\n ((core/map::get result) (quote :session)))))\n (((selfhost/typecheck::infer-term continuation) env) session)))\n (((selfhost/typecheck::infer-term continuation) env) session))\n (((selfhost/typecheck::infer-term continuation) env) session)))\n (((selfhost/typecheck::infer-term continuation) env) session))\n (((selfhost/typecheck::infer-term continuation) env) session))))))))\n\n(def selfhost/typecheck::finish-effect-bind\n (fn (program-ret)\n (fn (program-eff)\n (fn (continuation-type)\n (fn (session)\n (let\n ((param ((core/map::get continuation-type) (quote :param)))\n (ret ((core/map::get continuation-type) (quote :ret)))\n (fn-eff ((core/map::get continuation-type) (quote :eff))))\n (let\n ((checked-session\n (if ((selfhost/typecheck::arg-type-compatible? program-ret) param)\n session\n ((selfhost/typecheck::session-error session)\n ((selfhost/typecheck::str4\n \"core/effect::bind continuation param mismatch; prog returns \"\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term program-ret)))\n \", continuation expects \"\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term param)))))))\n (let ((tag (selfhost/typecheck::ty-tag ret)))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog ((core/map::get ret) (quote :ret)))\n ((selfhost/typecheck::merge-eff-rows\n ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff))\n ((core/map::get ret) (quote :eff)))))\n checked-session)\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n ((selfhost/typecheck::merge-eff-rows\n ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff))\n selfhost/typecheck::eff-unknown)))\n checked-session)\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n ((selfhost/typecheck::merge-eff-rows\n ((selfhost/typecheck::merge-eff-rows program-eff) fn-eff))\n selfhost/typecheck::eff-unknown)))\n ((selfhost/typecheck::session-error checked-session)\n ((selfhost/typecheck::str2\n \"core/effect::bind continuation must return Prog, got \")\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term ret)))))))))))))))\n\n(def selfhost/typecheck::infer-effect-perform\n (fn (args)\n (fn (env)\n (fn (session)\n (if ((core/int::eq? (core/vec::len args)) 3)\n (let\n ((payload\n (((selfhost/typecheck::infer-term ((core/vec::get args) 1)) env) session)))\n (let\n ((continuation\n (((selfhost/typecheck::infer-term ((core/vec::get args) 2)) env)\n ((core/map::get payload) (quote :session)))))\n (((selfhost/typecheck::finish-effect-perform\n (core/cli::literal-op-sym-or-nil ((core/vec::get args) 0)))\n ((core/map::get continuation) (quote :type)))\n ((core/map::get continuation) (quote :session)))))\n ((selfhost/typecheck::infer-error session)\n ((selfhost/typecheck::str2\n \"core/effect::perform expects 3 args (op payload k), got \")\n (selfhost/typecheck::int-str (core/vec::len args)))))))))\n\n(def selfhost/typecheck::finish-effect-perform\n (fn (operation)\n (fn (continuation-type)\n (fn (session)\n (let ((tag (selfhost/typecheck::ty-tag continuation-type)))\n (if ((core/sym::eq? tag) (quote :fn))\n (((selfhost/typecheck::finish-effect-perform-fn operation) continuation-type) session)\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n (selfhost/typecheck::perform-add-operation selfhost/typecheck::eff-unknown operation)))\n session)\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n (selfhost/typecheck::perform-add-operation selfhost/typecheck::eff-unknown operation)))\n ((selfhost/typecheck::session-error session)\n \"core/effect::perform k must be a function\")))))))))\n\n(def selfhost/typecheck::finish-effect-perform-fn\n (fn (operation)\n (fn (continuation-type)\n (fn (session)\n (let\n ((ret ((core/map::get continuation-type) (quote :ret)))\n (fn-eff ((core/map::get continuation-type) (quote :eff))))\n (let ((tag (selfhost/typecheck::ty-tag ret)))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog ((core/map::get ret) (quote :ret)))\n (selfhost/typecheck::perform-add-operation\n ((selfhost/typecheck::merge-eff-rows fn-eff)\n ((core/map::get ret) (quote :eff)))\n operation)))\n session)\n (if ((core/sym::eq? tag) (quote :any))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n (selfhost/typecheck::perform-add-operation\n ((selfhost/typecheck::merge-eff-rows fn-eff)\n selfhost/typecheck::eff-unknown)\n operation)))\n session)\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-prog selfhost/typecheck::ty-any)\n (selfhost/typecheck::perform-add-operation\n ((selfhost/typecheck::merge-eff-rows fn-eff)\n selfhost/typecheck::eff-unknown)\n operation)))\n ((selfhost/typecheck::session-error session)\n ((selfhost/typecheck::str2\n \"core/effect::perform continuation must return a Prog, got \")\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term ret)))))))))))))\n\n(def selfhost/typecheck::perform-add-operation\n (fn (eff)\n (fn (operation)\n (if (selfhost/typecheck::nil? operation)\n ((selfhost/typecheck::eff-row ((core/map::get eff) (quote :ops))) (quote :any))\n ((selfhost/typecheck::eff-row\n ((selfhost/typecheck::set-add ((core/map::get eff) (quote :ops))) operation))\n ((core/map::get eff) (quote :tail)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"i4\xD1\xE9\x8B\xDE\xD8\xD5:p\x1B#\x11O\x85\xC9\xEA\xF5\x9B\xD8\x8D\x17\xB2\xA2\xFE@D\xC7\x96\xA3\x0F\xE8" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::infer-app (fn (head) (fn (args) (fn (env) (fn (session) (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote core/msg::make)) (((selfhost/typecheck::infer-msg-make args) env) session) (if ((core/sym::eq? head) (quote core/msg::op)) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-symbol) session) (if ((core/sym::eq? head) (quote core/msg::payload)) (((selfhost/typecheck::infer-msg-payload args) env) session) (if ((core/sym::eq? head) (quote core/contract::make)) ((selfhost/typecheck::infer-result ((selfhost/typecheck::ty-contract {}) (quote :any))) session) (if ((core/sym::eq? head) (quote core/contract::extend)) (((selfhost/typecheck::infer-contract-extend args) env) session) (if ((core/sym::eq? head) (quote core/contract::dispatch)) (((selfhost/typecheck::infer-contract-dispatch args) env) session) (if ((core/sym::eq? head) (quote core/effect::pure)) (((selfhost/typecheck::infer-effect-pure args) env) session) (if ((core/sym::eq? head) (quote core/effect::bind)) (((selfhost/typecheck::infer-effect-bind args) env) session) (if ((core/sym::eq? head) (quote core/effect::perform)) (((selfhost/typecheck::infer-effect-perform args) env) session) ((((selfhost/typecheck::infer-fallback-app head) args) env) session)))))))))) ((((selfhost/typecheck::infer-fallback-app head) args) env) session))))))) (def selfhost/typecheck::infer-fallback-app (fn (head) (fn (args) (fn (env) (fn (session) (let ((head-result (((selfhost/typecheck::infer-term head) env) session))) (let ((arg-result (((selfhost/typecheck::infer-arg-types args) env) ((core/map::get head-result) (quote :session))))) (let ((applied (((selfhost/typecheck::infer-apply-types ((core/map::get head-result) (quote :type))) ((core/map::get arg-result) (quote :types))) ((core/map::get arg-result) (quote :session))))) (if ((core/map::get applied) (quote :recognized)) ((selfhost/typecheck::infer-result ((core/map::get applied) (quote :type))) ((core/map::get applied) (quote :session))) ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any) ((core/map::get applied) (quote :session))))))))))))] :module-h b"H&\x879\xD3\xFE\x80\x18\x98?\xFF\xE9o\xA0\x1E7\xC1\xCEA\x00A\xC5\x03\x9EBb\xB7m6\x1A\xE3\xC6" :path "selfhost/typecheck_infer_app_v1.gc" :source "(def selfhost/typecheck::infer-app\n (fn (head)\n (fn (args)\n (fn (env)\n (fn (session)\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote core/msg::make))\n (((selfhost/typecheck::infer-msg-make args) env) session)\n (if ((core/sym::eq? head) (quote core/msg::op))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-symbol) session)\n (if ((core/sym::eq? head) (quote core/msg::payload))\n (((selfhost/typecheck::infer-msg-payload args) env) session)\n (if ((core/sym::eq? head) (quote core/contract::make))\n ((selfhost/typecheck::infer-result\n ((selfhost/typecheck::ty-contract {}) (quote :any)))\n session)\n (if ((core/sym::eq? head) (quote core/contract::extend))\n (((selfhost/typecheck::infer-contract-extend args) env) session)\n (if ((core/sym::eq? head) (quote core/contract::dispatch))\n (((selfhost/typecheck::infer-contract-dispatch args) env) session)\n (if ((core/sym::eq? head) (quote core/effect::pure))\n (((selfhost/typecheck::infer-effect-pure args) env) session)\n (if ((core/sym::eq? head) (quote core/effect::bind))\n (((selfhost/typecheck::infer-effect-bind args) env) session)\n (if ((core/sym::eq? head) (quote core/effect::perform))\n (((selfhost/typecheck::infer-effect-perform args) env) session)\n ((((selfhost/typecheck::infer-fallback-app head) args) env)\n session))))))))))\n ((((selfhost/typecheck::infer-fallback-app head) args) env) session)))))))\n\n(def selfhost/typecheck::infer-fallback-app\n (fn (head)\n (fn (args)\n (fn (env)\n (fn (session)\n (let ((head-result (((selfhost/typecheck::infer-term head) env) session)))\n (let\n ((arg-result\n (((selfhost/typecheck::infer-arg-types args) env)\n ((core/map::get head-result) (quote :session)))))\n (let\n ((applied\n (((selfhost/typecheck::infer-apply-types\n ((core/map::get head-result) (quote :type)))\n ((core/map::get arg-result) (quote :types)))\n ((core/map::get arg-result) (quote :session)))))\n (if ((core/map::get applied) (quote :recognized))\n ((selfhost/typecheck::infer-result\n ((core/map::get applied) (quote :type)))\n ((core/map::get applied) (quote :session)))\n ((selfhost/typecheck::infer-result selfhost/typecheck::ty-any)\n ((core/map::get applied) (quote :session))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"H&\x879\xD3\xFE\x80\x18\x98?\xFF\xE9o\xA0\x1E7\xC1\xCEA\x00A\xC5\x03\x9EBb\xB7m6\x1A\xE3\xC6" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::effects-empty {:ops {} :unknown false}) (def selfhost/typecheck::effects-merge (fn (left) (fn (right) {:ops ((selfhost/typecheck::set-union ((core/map::get left) (quote :ops))) ((core/map::get right) (quote :ops))) :unknown (if ((core/map::get left) (quote :unknown)) true ((core/map::get right) (quote :unknown)))}))) (def selfhost/typecheck::effects-with-unknown (fn (effects) (((core/map::put effects) (quote :unknown)) true))) (def selfhost/typecheck::effects-add-row (fn (effects) (fn (row) {:ops ((selfhost/typecheck::set-union ((core/map::get effects) (quote :ops))) ((core/map::get row) (quote :ops))) :unknown (if ((core/map::get effects) (quote :unknown)) true (selfhost/typecheck::tail-any? ((core/map::get row) (quote :tail))))}))) (def selfhost/typecheck::syntax-effects-forms (fn (forms) (let ((report (core/cli::infer-effects forms))) {:ops (selfhost/typecheck::effects-vec-to-set ((core/map::get report) (quote :ops))) :unknown ((core/map::get report) (quote :unknown))}))) (def selfhost/typecheck::typed-effects-forms (fn (forms) (fn (env) (((((selfhost/typecheck::typed-effects-forms-loop forms) env) (core/vec::len forms)) 0) selfhost/typecheck::effects-empty)))) (def selfhost/typecheck::typed-effects-forms-loop (fn (forms) (fn (env) (fn (n) (fn (i) (fn (effects) (if ((core/int::eq? i) n) effects (((((selfhost/typecheck::typed-effects-forms-loop forms) env) n) ((core/int::add i) 1)) ((selfhost/typecheck::effects-merge effects) (((selfhost/typecheck::collect-typed-effects ((core/vec::get forms) i)) env) nil)))))))))) (def selfhost/typecheck::effects-in-forms-with-env (fn (forms) (fn (env) ((selfhost/typecheck::effects-merge (selfhost/typecheck::syntax-effects-forms forms)) ((selfhost/typecheck::typed-effects-forms forms) env))))) (def selfhost/typecheck::effects-in-term-with-expected (fn (term) (fn (env) (fn (expected) ((selfhost/typecheck::effects-merge (selfhost/typecheck::syntax-effects-forms ((core/vec::push []) term))) (((selfhost/typecheck::collect-typed-effects term) env) expected)))))) (def selfhost/typecheck::collect-typed-effects (fn (term) (fn (env) (fn (expected) (if (selfhost/typecheck::pair? term) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) selfhost/typecheck::effects-empty ((((selfhost/typecheck::collect-typed-list items) term) env) expected)) selfhost/typecheck::effects-empty)) (if (selfhost/typecheck::map? term) ((selfhost/typecheck::collect-typed-map term) env) selfhost/typecheck::effects-empty)))))) (def selfhost/typecheck::collect-typed-list (fn (items) (fn (term) (fn (env) (fn (expected) (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote quote)) selfhost/typecheck::effects-empty (if ((core/sym::eq? head) (quote def)) (if ((core/int::eq? (core/vec::len items)) 3) (let ((name ((core/vec::get items) 1))) (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) 2)) env) (if (selfhost/typecheck::sym? name) ((core/map::get env) name) nil))) selfhost/typecheck::effects-empty) (if ((core/sym::eq? head) (quote fn)) (((selfhost/typecheck::collect-typed-fn items) env) expected) (if ((core/sym::eq? head) (quote if)) (((selfhost/typecheck::collect-typed-if items) env) expected) (if ((core/sym::eq? head) (quote begin)) ((((selfhost/typecheck::collect-typed-sequence items) env) 1) expected) (if ((core/sym::eq? head) (quote let)) (((selfhost/typecheck::collect-typed-let items) env) expected) (if ((core/sym::eq? head) (quote prim)) (((selfhost/typecheck::collect-typed-args items) env) 2) (if (if ((core/sym::eq? head) (quote seal)) true ((core/sym::eq? head) (quote unseal))) (((selfhost/typecheck::collect-typed-args items) env) 1) ((selfhost/typecheck::collect-typed-application term) env))))))))) ((selfhost/typecheck::collect-typed-application term) env)))))))) (def selfhost/typecheck::collect-typed-map (fn (map-term) (fn (env) (let ((entries (core/map::entries map-term))) (((((selfhost/typecheck::collect-typed-map-loop entries) env) (core/vec::len entries)) 0) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-map-loop (fn (entries) (fn (env) (fn (n) (fn (i) (fn (effects) (if ((core/int::eq? i) n) effects (((((selfhost/typecheck::collect-typed-map-loop entries) env) n) ((core/int::add i) 1)) ((selfhost/typecheck::effects-merge effects) (((selfhost/typecheck::collect-typed-effects ((core/vec::get ((core/vec::get entries) i)) 1)) env) nil)))))))))) (def selfhost/typecheck::collect-typed-args (fn (items) (fn (env) (fn (start) (((((selfhost/typecheck::collect-typed-args-loop items) env) (core/vec::len items)) start) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-args-loop (fn (items) (fn (env) (fn (n) (fn (i) (fn (effects) (if ((core/int::eq? i) n) effects (((((selfhost/typecheck::collect-typed-args-loop items) env) n) ((core/int::add i) 1)) ((selfhost/typecheck::effects-merge effects) (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) i)) env) nil)))))))))) (def selfhost/typecheck::collect-typed-if (fn (items) (fn (env) (fn (expected) (if ((core/int::eq? (core/vec::len items)) 4) (let ((condition (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) 1)) env) nil)) (then-effects (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) 2)) env) expected)) (else-effects (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) 3)) env) expected))) ((selfhost/typecheck::effects-merge ((selfhost/typecheck::effects-merge condition) then-effects)) else-effects)) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-sequence (fn (items) (fn (env) (fn (start) (fn (expected) (begin (((((selfhost/typecheck::collect-typed-sequence-loop items) env) (core/vec::len items)) start) expected) selfhost/typecheck::effects-empty)))))) (def selfhost/typecheck::collect-typed-sequence-loop (fn (items) (fn (env) (fn (n) (fn (i) (fn (expected) (fn (effects) (if ((core/int::eq? i) n) effects ((((((selfhost/typecheck::collect-typed-sequence-loop items) env) n) ((core/int::add i) 1)) expected) ((selfhost/typecheck::effects-merge effects) (((selfhost/typecheck::collect-typed-effects ((core/vec::get items) i)) env) (if ((core/int::eq? ((core/int::add i) 1)) n) expected nil)))))))))))) (def selfhost/typecheck::bind-effect-fn-params (fn (params) (fn (env) (fn (expected) (((((selfhost/typecheck::bind-effect-fn-params-loop params) (core/vec::len params)) 0) env) expected))))) (def selfhost/typecheck::bind-effect-fn-params-loop (fn (params) (fn (n) (fn (i) (fn (env) (fn (expected) (if ((core/int::eq? i) n) {:env env :expected expected} (let ((param ((core/vec::get params) i)) (expected-tag (if (selfhost/typecheck::nil? expected) (quote :nil) (selfhost/typecheck::ty-tag expected)))) (((((selfhost/typecheck::bind-effect-fn-params-loop params) n) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? param) (((core/map::put env) param) (if ((core/sym::eq? expected-tag) (quote :fn)) ((core/map::get expected) (quote :param)) selfhost/typecheck::ty-any)) env)) (if ((core/sym::eq? expected-tag) (quote :fn)) ((core/map::get expected) (quote :ret)) nil)))))))))) (def selfhost/typecheck::collect-typed-fn (fn (items) (fn (env) (fn (expected) (if ((core/int::lt? 2) (core/vec::len items)) (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? params) (let ((bound (((selfhost/typecheck::bind-effect-fn-params params) env) expected))) ((((selfhost/typecheck::collect-typed-sequence items) ((core/map::get bound) (quote :env))) 2) ((core/map::get bound) (quote :expected)))) selfhost/typecheck::effects-empty)) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-let (fn (items) (fn (env) (fn (expected) (if ((core/int::lt? 2) (core/vec::len items)) (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (if (selfhost/typecheck::vec? bindings) (let ((bound (((((selfhost/typecheck::collect-typed-let-bindings bindings) (core/vec::len bindings)) 0) env) selfhost/typecheck::effects-empty))) ((selfhost/typecheck::effects-merge ((core/map::get bound) (quote :effects))) ((((selfhost/typecheck::collect-typed-sequence items) ((core/map::get bound) (quote :env))) 2) expected))) selfhost/typecheck::effects-empty)) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::collect-typed-let-bindings (fn (bindings) (fn (n) (fn (i) (fn (env) (fn (effects) (if ((core/int::eq? i) n) {:effects effects :env env} (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i)))) (if (if (selfhost/typecheck::vec? pair) ((core/int::eq? (core/vec::len pair)) 2) false) (let ((name ((core/vec::get pair) 0)) (value ((core/vec::get pair) 1))) (let ((value-effects (((selfhost/typecheck::collect-typed-effects value) env) nil)) (inferred (((selfhost/typecheck::infer-term value) env) selfhost/typecheck::session-empty))) (((((selfhost/typecheck::collect-typed-let-bindings bindings) n) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? name) (((core/map::put env) name) ((core/map::get inferred) (quote :type))) env)) ((selfhost/typecheck::effects-merge effects) value-effects)))) (((((selfhost/typecheck::collect-typed-let-bindings bindings) n) ((core/int::add i) 1)) env) effects)))))))))) (def selfhost/typecheck::collect-typed-application (fn (term) (fn (env) (let ((flat (core/cli::flatten-app term))) (if (selfhost/typecheck::map? flat) (let ((head ((core/map::get flat) (quote :head))) (args ((core/map::get flat) (quote :args)))) (let ((application-effects (if (selfhost/typecheck::sym? head) (((selfhost/typecheck::application-type-effects ((core/map::get env) head)) args) env) selfhost/typecheck::effects-empty)) (head-effects (((selfhost/typecheck::collect-typed-effects head) env) nil)) (arg-effects (((selfhost/typecheck::collect-typed-args args) env) 0))) ((selfhost/typecheck::effects-merge ((selfhost/typecheck::effects-merge application-effects) head-effects)) arg-effects))) selfhost/typecheck::effects-empty))))) (def selfhost/typecheck::application-type-effects (fn (head-type) (fn (args) (fn (env) (if (selfhost/typecheck::nil? head-type) selfhost/typecheck::effects-empty ((((((selfhost/typecheck::application-type-effects-loop args) env) (core/vec::len args)) 0) head-type) selfhost/typecheck::effects-empty)))))) (def selfhost/typecheck::application-type-effects-loop (fn (args) (fn (env) (fn (n) (fn (i) (fn (current) (fn (effects) (if ((core/int::eq? i) n) ((selfhost/typecheck::add-reachable-type-effects effects) current) (let ((tag (selfhost/typecheck::ty-tag current))) (if ((core/sym::eq? tag) (quote :fn)) (let ((argument (((selfhost/typecheck::infer-term ((core/vec::get args) i)) env) selfhost/typecheck::session-empty)) (param ((core/map::get current) (quote :param)))) (let ((matched (((selfhost/typecheck::arg-type-match ((core/map::get argument) (quote :type))) param) {}))) (if ((core/map::get matched) (quote :ok)) (let ((bindings ((core/map::get matched) (quote :bindings))) (next-current ((selfhost/typecheck::apply-type-bindings ((core/map::get current) (quote :ret))) bindings)) (next-effects ((selfhost/typecheck::effects-add-row effects) ((selfhost/typecheck::apply-effect-row ((core/map::get current) (quote :eff))) bindings)))) ((((((selfhost/typecheck::application-type-effects-loop args) env) n) ((core/int::add i) 1)) next-current) next-effects)) (selfhost/typecheck::effects-with-unknown effects)))) (if ((core/sym::eq? tag) (quote :any)) (selfhost/typecheck::effects-with-unknown effects) effects))))))))))) (def selfhost/typecheck::add-reachable-type-effects (fn (effects) (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) ((selfhost/typecheck::add-reachable-type-effects ((selfhost/typecheck::effects-add-row effects) ((core/map::get ty) (quote :eff)))) ((core/map::get ty) (quote :ret))) (if ((core/sym::eq? tag) (quote :prog)) ((selfhost/typecheck::add-reachable-type-effects ((selfhost/typecheck::effects-add-row effects) ((core/map::get ty) (quote :eff)))) ((core/map::get ty) (quote :ret))) (if ((core/sym::eq? tag) (quote :msg)) ((selfhost/typecheck::add-reachable-type-effects effects) ((core/map::get ty) (quote :payload))) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::add-reachable-field-effects effects) (core/map::entries ((core/map::get ty) (quote :fields)))) (if ((core/sym::eq? tag) (quote :contract)) ((selfhost/typecheck::add-reachable-field-effects effects) (core/map::entries ((core/map::get ty) (quote :methods)))) effects))))))))) (def selfhost/typecheck::add-reachable-field-effects (fn (effects) (fn (entries) ((((selfhost/typecheck::add-reachable-field-effects-loop entries) (core/vec::len entries)) 0) effects)))) (def selfhost/typecheck::add-reachable-field-effects-loop (fn (entries) (fn (n) (fn (i) (fn (effects) (if ((core/int::eq? i) n) effects ((((selfhost/typecheck::add-reachable-field-effects-loop entries) n) ((core/int::add i) 1)) ((selfhost/typecheck::add-reachable-type-effects effects) ((core/vec::get ((core/vec::get entries) i)) 1)))))))))] :module-h b"\xB1t\x85\x11\x99\xD9\xAE:\x10~\x83\xA0\x8B\x80b\x8F\x9B\x1A\x18\x11\x9BD\xCFQL\xB1u\xED\x08s\xC5\x0F" :path "selfhost/typecheck_typed_effects_v1.gc" :source "(def selfhost/typecheck::effects-empty {:ops {} :unknown false})\n\n(def selfhost/typecheck::effects-merge\n (fn (left)\n (fn (right)\n {:ops\n ((selfhost/typecheck::set-union ((core/map::get left) (quote :ops)))\n ((core/map::get right) (quote :ops)))\n :unknown\n (if ((core/map::get left) (quote :unknown))\n true\n ((core/map::get right) (quote :unknown)))})))\n\n(def selfhost/typecheck::effects-with-unknown\n (fn (effects) (((core/map::put effects) (quote :unknown)) true)))\n\n(def selfhost/typecheck::effects-add-row\n (fn (effects)\n (fn (row)\n {:ops\n ((selfhost/typecheck::set-union ((core/map::get effects) (quote :ops)))\n ((core/map::get row) (quote :ops)))\n :unknown\n (if ((core/map::get effects) (quote :unknown))\n true\n (selfhost/typecheck::tail-any? ((core/map::get row) (quote :tail))))})))\n\n(def selfhost/typecheck::syntax-effects-forms\n (fn (forms)\n (let ((report (core/cli::infer-effects forms)))\n {:ops\n (selfhost/typecheck::effects-vec-to-set\n ((core/map::get report) (quote :ops)))\n :unknown ((core/map::get report) (quote :unknown))})))\n\n(def selfhost/typecheck::typed-effects-forms\n (fn (forms)\n (fn (env)\n (((((selfhost/typecheck::typed-effects-forms-loop forms) env)\n (core/vec::len forms))\n 0)\n selfhost/typecheck::effects-empty))))\n\n(def selfhost/typecheck::typed-effects-forms-loop\n (fn (forms)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n (((((selfhost/typecheck::typed-effects-forms-loop forms) env) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::effects-merge effects)\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get forms) i))\n env)\n nil))))))))))\n\n(def selfhost/typecheck::effects-in-forms-with-env\n (fn (forms)\n (fn (env)\n ((selfhost/typecheck::effects-merge\n (selfhost/typecheck::syntax-effects-forms forms))\n ((selfhost/typecheck::typed-effects-forms forms) env)))))\n\n(def selfhost/typecheck::effects-in-term-with-expected\n (fn (term)\n (fn (env)\n (fn (expected)\n ((selfhost/typecheck::effects-merge\n (selfhost/typecheck::syntax-effects-forms ((core/vec::push []) term)))\n (((selfhost/typecheck::collect-typed-effects term) env) expected))))))\n\n(def selfhost/typecheck::collect-typed-effects\n (fn (term)\n (fn (env)\n (fn (expected)\n (if (selfhost/typecheck::pair? term)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n selfhost/typecheck::effects-empty\n (((((selfhost/typecheck::collect-typed-list items) term) env) expected)))\n selfhost/typecheck::effects-empty))\n (if (selfhost/typecheck::map? term)\n ((selfhost/typecheck::collect-typed-map term) env)\n selfhost/typecheck::effects-empty))))))\n\n(def selfhost/typecheck::collect-typed-list\n (fn (items)\n (fn (term)\n (fn (env)\n (fn (expected)\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote quote))\n selfhost/typecheck::effects-empty\n (if ((core/sym::eq? head) (quote def))\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((name ((core/vec::get items) 1)))\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) 2))\n env)\n (if (selfhost/typecheck::sym? name) ((core/map::get env) name) nil)))\n selfhost/typecheck::effects-empty)\n (if ((core/sym::eq? head) (quote fn))\n (((selfhost/typecheck::collect-typed-fn items) env) expected)\n (if ((core/sym::eq? head) (quote if))\n (((selfhost/typecheck::collect-typed-if items) env) expected)\n (if ((core/sym::eq? head) (quote begin))\n ((((selfhost/typecheck::collect-typed-sequence items) env) 1) expected)\n (if ((core/sym::eq? head) (quote let))\n (((selfhost/typecheck::collect-typed-let items) env) expected)\n (if ((core/sym::eq? head) (quote prim))\n (((selfhost/typecheck::collect-typed-args items) env) 2)\n (if\n (if ((core/sym::eq? head) (quote seal))\n true\n ((core/sym::eq? head) (quote unseal)))\n (((selfhost/typecheck::collect-typed-args items) env) 1)\n ((selfhost/typecheck::collect-typed-application term) env)))))))))\n ((selfhost/typecheck::collect-typed-application term) env))))))))\n\n(def selfhost/typecheck::collect-typed-map\n (fn (map-term)\n (fn (env)\n (let ((entries (core/map::entries map-term)))\n (((((selfhost/typecheck::collect-typed-map-loop entries) env)\n (core/vec::len entries))\n 0)\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-map-loop\n (fn (entries)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n (((((selfhost/typecheck::collect-typed-map-loop entries) env) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::effects-merge effects)\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get ((core/vec::get entries) i)) 1))\n env)\n nil))))))))))\n\n(def selfhost/typecheck::collect-typed-args\n (fn (items)\n (fn (env)\n (fn (start)\n (((((selfhost/typecheck::collect-typed-args-loop items) env)\n (core/vec::len items))\n start)\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-args-loop\n (fn (items)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n (((((selfhost/typecheck::collect-typed-args-loop items) env) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::effects-merge effects)\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) i))\n env)\n nil))))))))))\n\n(def selfhost/typecheck::collect-typed-if\n (fn (items)\n (fn (env)\n (fn (expected)\n (if ((core/int::eq? (core/vec::len items)) 4)\n (let\n ((condition\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) 1))\n env)\n nil))\n (then-effects\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) 2))\n env)\n expected))\n (else-effects\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) 3))\n env)\n expected)))\n ((selfhost/typecheck::effects-merge\n ((selfhost/typecheck::effects-merge condition) then-effects))\n else-effects))\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-sequence\n (fn (items)\n (fn (env)\n (fn (start)\n (fn (expected)\n (((((selfhost/typecheck::collect-typed-sequence-loop items) env)\n (core/vec::len items))\n start)\n expected)\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-sequence-loop\n (fn (items)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (expected)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n ((((((selfhost/typecheck::collect-typed-sequence-loop items) env) n)\n ((core/int::add i) 1))\n expected)\n ((selfhost/typecheck::effects-merge effects)\n (((selfhost/typecheck::collect-typed-effects\n ((core/vec::get items) i))\n env)\n (if ((core/int::eq? ((core/int::add i) 1)) n) expected nil))))))))))))\n\n(def selfhost/typecheck::bind-effect-fn-params\n (fn (params)\n (fn (env)\n (fn (expected)\n (((((selfhost/typecheck::bind-effect-fn-params-loop params)\n (core/vec::len params))\n 0)\n env)\n expected)))))\n\n(def selfhost/typecheck::bind-effect-fn-params-loop\n (fn (params)\n (fn (n)\n (fn (i)\n (fn (env)\n (fn (expected)\n (if ((core/int::eq? i) n)\n {:env env :expected expected}\n (let\n ((param ((core/vec::get params) i))\n (expected-tag\n (if (selfhost/typecheck::nil? expected)\n (quote :nil)\n (selfhost/typecheck::ty-tag expected))))\n (((((selfhost/typecheck::bind-effect-fn-params-loop params) n)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? param)\n (((core/map::put env) param)\n (if ((core/sym::eq? expected-tag) (quote :fn))\n ((core/map::get expected) (quote :param))\n selfhost/typecheck::ty-any))\n env))\n (if ((core/sym::eq? expected-tag) (quote :fn))\n ((core/map::get expected) (quote :ret))\n nil))))))))))\n\n(def selfhost/typecheck::collect-typed-fn\n (fn (items)\n (fn (env)\n (fn (expected)\n (if ((core/int::lt? 2) (core/vec::len items))\n (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? params)\n (let ((bound (((selfhost/typecheck::bind-effect-fn-params params) env) expected)))\n ((((selfhost/typecheck::collect-typed-sequence items)\n ((core/map::get bound) (quote :env)))\n 2)\n ((core/map::get bound) (quote :expected))))\n selfhost/typecheck::effects-empty))\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-let\n (fn (items)\n (fn (env)\n (fn (expected)\n (if ((core/int::lt? 2) (core/vec::len items))\n (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (if (selfhost/typecheck::vec? bindings)\n (let\n ((bound\n (((((selfhost/typecheck::collect-typed-let-bindings bindings)\n (core/vec::len bindings))\n 0)\n env)\n selfhost/typecheck::effects-empty)))\n ((selfhost/typecheck::effects-merge\n ((core/map::get bound) (quote :effects)))\n ((((selfhost/typecheck::collect-typed-sequence items)\n ((core/map::get bound) (quote :env)))\n 2)\n expected)))\n selfhost/typecheck::effects-empty))\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::collect-typed-let-bindings\n (fn (bindings)\n (fn (n)\n (fn (i)\n (fn (env)\n (fn (effects)\n (if ((core/int::eq? i) n)\n {:effects effects :env env}\n (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i))))\n (if\n (if (selfhost/typecheck::vec? pair)\n ((core/int::eq? (core/vec::len pair)) 2)\n false)\n (let\n ((name ((core/vec::get pair) 0))\n (value ((core/vec::get pair) 1)))\n (let\n ((value-effects\n (((selfhost/typecheck::collect-typed-effects value) env) nil))\n (inferred (((selfhost/typecheck::infer-term value) env)\n selfhost/typecheck::session-empty)))\n (((((selfhost/typecheck::collect-typed-let-bindings bindings) n)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? name)\n (((core/map::put env) name)\n ((core/map::get inferred) (quote :type)))\n env))\n ((selfhost/typecheck::effects-merge effects) value-effects))))\n (((((selfhost/typecheck::collect-typed-let-bindings bindings) n)\n ((core/int::add i) 1))\n env)\n effects))))))))))\n\n(def selfhost/typecheck::collect-typed-application\n (fn (term)\n (fn (env)\n (let ((flat (core/cli::flatten-app term)))\n (if (selfhost/typecheck::map? flat)\n (let\n ((head ((core/map::get flat) (quote :head)))\n (args ((core/map::get flat) (quote :args))))\n (let\n ((application-effects\n (if (selfhost/typecheck::sym? head)\n (((selfhost/typecheck::application-type-effects\n ((core/map::get env) head))\n args)\n env)\n selfhost/typecheck::effects-empty))\n (head-effects\n (((selfhost/typecheck::collect-typed-effects head) env) nil))\n (arg-effects (((selfhost/typecheck::collect-typed-args args) env) 0)))\n ((selfhost/typecheck::effects-merge\n ((selfhost/typecheck::effects-merge application-effects) head-effects))\n arg-effects)))\n selfhost/typecheck::effects-empty)))))\n\n(def selfhost/typecheck::application-type-effects\n (fn (head-type)\n (fn (args)\n (fn (env)\n (if (selfhost/typecheck::nil? head-type)\n selfhost/typecheck::effects-empty\n ((((((selfhost/typecheck::application-type-effects-loop args) env)\n (core/vec::len args))\n 0)\n head-type)\n selfhost/typecheck::effects-empty))))))\n\n(def selfhost/typecheck::application-type-effects-loop\n (fn (args)\n (fn (env)\n (fn (n)\n (fn (i)\n (fn (current)\n (fn (effects)\n (if ((core/int::eq? i) n)\n ((selfhost/typecheck::add-reachable-type-effects effects) current)\n (let ((tag (selfhost/typecheck::ty-tag current)))\n (if ((core/sym::eq? tag) (quote :fn))\n (let\n ((argument\n (((selfhost/typecheck::infer-term ((core/vec::get args) i)) env)\n selfhost/typecheck::session-empty))\n (param ((core/map::get current) (quote :param))))\n (let\n ((matched\n (((selfhost/typecheck::arg-type-match\n ((core/map::get argument) (quote :type)))\n param)\n {})))\n (if ((core/map::get matched) (quote :ok))\n (let\n ((bindings ((core/map::get matched) (quote :bindings)))\n (next-current\n ((selfhost/typecheck::apply-type-bindings\n ((core/map::get current) (quote :ret)))\n bindings))\n (next-effects\n ((selfhost/typecheck::effects-add-row effects)\n ((selfhost/typecheck::apply-effect-row\n ((core/map::get current) (quote :eff)))\n bindings))))\n ((((((selfhost/typecheck::application-type-effects-loop args) env) n)\n ((core/int::add i) 1))\n next-current)\n next-effects))\n (selfhost/typecheck::effects-with-unknown effects))))\n (if ((core/sym::eq? tag) (quote :any))\n (selfhost/typecheck::effects-with-unknown effects)\n effects)))))))))))\n\n(def selfhost/typecheck::add-reachable-type-effects\n (fn (effects)\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n ((selfhost/typecheck::add-reachable-type-effects\n ((selfhost/typecheck::effects-add-row effects)\n ((core/map::get ty) (quote :eff))))\n ((core/map::get ty) (quote :ret)))\n (if ((core/sym::eq? tag) (quote :prog))\n ((selfhost/typecheck::add-reachable-type-effects\n ((selfhost/typecheck::effects-add-row effects)\n ((core/map::get ty) (quote :eff))))\n ((core/map::get ty) (quote :ret)))\n (if ((core/sym::eq? tag) (quote :msg))\n ((selfhost/typecheck::add-reachable-type-effects effects)\n ((core/map::get ty) (quote :payload)))\n (if ((core/sym::eq? tag) (quote :rec))\n ((selfhost/typecheck::add-reachable-field-effects effects)\n (core/map::entries ((core/map::get ty) (quote :fields))))\n (if ((core/sym::eq? tag) (quote :contract))\n ((selfhost/typecheck::add-reachable-field-effects effects)\n (core/map::entries ((core/map::get ty) (quote :methods))))\n effects)))))))))\n\n(def selfhost/typecheck::add-reachable-field-effects\n (fn (effects)\n (fn (entries)\n ((((selfhost/typecheck::add-reachable-field-effects-loop entries)\n (core/vec::len entries))\n 0)\n effects))))\n\n(def selfhost/typecheck::add-reachable-field-effects-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (effects)\n (if ((core/int::eq? i) n)\n effects\n ((((selfhost/typecheck::add-reachable-field-effects-loop entries) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::add-reachable-type-effects effects)\n ((core/vec::get ((core/vec::get entries) i)) 1)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xB1t\x85\x11\x99\xD9\xAE:\x10~\x83\xA0\x8B\x80b\x8F\x9B\x1A\x18\x11\x9BD\xCFQL\xB1u\xED\x08s\xC5\x0F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::unknown-signature-symbols (fn (term) (fn (declarations) ((((selfhost/typecheck::collect-unknown-signatures term) declarations) {}) {})))) (def selfhost/typecheck::collect-unknown-signatures (fn (term) (fn (declarations) (fn (bound) (fn (out) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) ((((selfhost/typecheck::collect-unknown-signatures-list items) declarations) bound) out) (if (selfhost/typecheck::map? term) ((((selfhost/typecheck::collect-unknown-signatures-map (core/map::entries term)) declarations) bound) out) out)))))))) (def selfhost/typecheck::collect-unknown-signatures-list (fn (items) (fn (declarations) (fn (bound) (fn (out) (let ((n (core/vec::len items))) (if ((core/int::eq? n) 0) out (let ((head ((core/vec::get items) 0))) (if (selfhost/typecheck::sym? head) (((((selfhost/typecheck::collect-unknown-special head) items) declarations) bound) out) ((((selfhost/typecheck::collect-unknown-app (selfhost/typecheck::list-from-vec items)) declarations) bound) out)))))))))) (def selfhost/typecheck::collect-unknown-special (fn (head) (fn (items) (fn (declarations) (fn (bound) (fn (out) (if ((core/sym::eq? head) (quote quote)) out (if ((core/sym::eq? head) (quote def)) (if ((core/int::eq? (core/vec::len items)) 3) ((((selfhost/typecheck::collect-unknown-signatures ((core/vec::get items) 2)) declarations) bound) out) out) (if ((core/sym::eq? head) (quote fn)) ((((selfhost/typecheck::collect-unknown-fn items) declarations) bound) out) (if (if ((core/sym::eq? head) (quote if)) true ((core/sym::eq? head) (quote begin))) (((((selfhost/typecheck::collect-unknown-items items) declarations) bound) 1) out) (if ((core/sym::eq? head) (quote let)) ((((selfhost/typecheck::collect-unknown-let items) declarations) bound) out) (if ((core/sym::eq? head) (quote prim)) (((((selfhost/typecheck::collect-unknown-items items) declarations) bound) 2) out) (if (if ((core/sym::eq? head) (quote seal)) true ((core/sym::eq? head) (quote unseal))) (((((selfhost/typecheck::collect-unknown-items items) declarations) bound) 1) out) ((((selfhost/typecheck::collect-unknown-app (selfhost/typecheck::list-from-vec items)) declarations) bound) out)))))))))))))) (def selfhost/typecheck::collect-unknown-fn (fn (items) (fn (declarations) (fn (bound) (fn (out) (let ((params (if ((core/int::lt? 1) (core/vec::len items)) (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)) nil))) (let ((body-bound (if (selfhost/typecheck::vec? params) ((selfhost/typecheck::bind-symbols params) bound) bound))) (((((selfhost/typecheck::collect-unknown-items items) declarations) body-bound) 2) out)))))))) (def selfhost/typecheck::bind-symbols (fn (symbols) (fn (bound) ((((selfhost/typecheck::bind-symbols-loop symbols) (core/vec::len symbols)) 0) bound)))) (def selfhost/typecheck::bind-symbols-loop (fn (symbols) (fn (n) (fn (i) (fn (bound) (if ((core/int::eq? i) n) bound (let ((symbol ((core/vec::get symbols) i))) ((((selfhost/typecheck::bind-symbols-loop symbols) n) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? symbol) ((selfhost/typecheck::set-add bound) symbol) bound))))))))) (def selfhost/typecheck::collect-unknown-let (fn (items) (fn (declarations) (fn (bound) (fn (out) (let ((bindings (if ((core/int::lt? 1) (core/vec::len items)) (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)) nil))) (let ((binding-state (if (selfhost/typecheck::vec? bindings) ((((selfhost/typecheck::collect-unknown-bindings bindings) declarations) bound) out) {:bound bound :out out}))) (((((selfhost/typecheck::collect-unknown-items items) declarations) ((core/map::get binding-state) (quote :bound))) 2) ((core/map::get binding-state) (quote :out)))))))))) (def selfhost/typecheck::collect-unknown-bindings (fn (bindings) (fn (declarations) (fn (bound) (fn (out) (((((selfhost/typecheck::collect-unknown-bindings-loop bindings) declarations) (core/vec::len bindings)) 0) {:bound bound :out out})))))) (def selfhost/typecheck::collect-unknown-bindings-loop (fn (bindings) (fn (declarations) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i)))) (if (if (selfhost/typecheck::vec? pair) ((core/int::eq? (core/vec::len pair)) 2) false) (let ((name ((core/vec::get pair) 0)) (value ((core/vec::get pair) 1)) (bound ((core/map::get state) (quote :bound)))) (((((selfhost/typecheck::collect-unknown-bindings-loop bindings) declarations) n) ((core/int::add i) 1)) {:bound (if (selfhost/typecheck::sym? name) ((selfhost/typecheck::set-add bound) name) bound) :out ((((selfhost/typecheck::collect-unknown-signatures value) declarations) bound) ((core/map::get state) (quote :out)))})) (((((selfhost/typecheck::collect-unknown-bindings-loop bindings) declarations) n) ((core/int::add i) 1)) state)))))))))) (def selfhost/typecheck::collect-unknown-app (fn (term) (fn (declarations) (fn (bound) (fn (out) (let ((flat (core/cli::flatten-app term))) (if (selfhost/typecheck::map? flat) (let ((head ((core/map::get flat) (quote :head))) (args ((core/map::get flat) (quote :args)))) (let ((out2 (if (if (selfhost/typecheck::sym? head) (if ((selfhost/typecheck::set-has? bound) head) false (let ((declared ((core/map::get declarations) head))) (if (selfhost/typecheck::map? declared) ((core/sym::eq? (selfhost/typecheck::ty-tag declared)) (quote :any)) false))) false) ((selfhost/typecheck::set-add out) head) out))) (((((selfhost/typecheck::collect-unknown-items ((core/vec::push args) head)) declarations) bound) 0) out2))) out))))))) (def selfhost/typecheck::collect-unknown-items (fn (items) (fn (declarations) (fn (bound) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len items)) out (((((selfhost/typecheck::collect-unknown-items items) declarations) bound) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-unknown-signatures ((core/vec::get items) i)) declarations) bound) out))))))))) (def selfhost/typecheck::collect-unknown-signatures-map (fn (entries) (fn (declarations) (fn (bound) (fn (out) (((((selfhost/typecheck::collect-unknown-signatures-map-loop entries) declarations) bound) 0) out)))))) (def selfhost/typecheck::collect-unknown-signatures-map-loop (fn (entries) (fn (declarations) (fn (bound) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (((((selfhost/typecheck::collect-unknown-signatures-map-loop entries) declarations) bound) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-unknown-signatures ((core/vec::get entry) 1)) declarations) bound) out)))))))))) (def selfhost/typecheck::symbol-set-joined (fn (set) (let ((symbols (selfhost/typecheck::set-keys set))) ((core/str::join ((selfhost/typecheck::vec-map symbols) selfhost/typecheck::symbol-str)) ", "))))] :module-h b"\x13M\x18Zd\xEE\x10\xA8\xC2\xBE\xEB\xAB\xBD\xD4[\xD4&7\\\xE1\xA9\x88\xF9\x844j\"\x81\xBC%8\x10" :path "selfhost/typecheck_unknown_signatures_v1.gc" :source "(def selfhost/typecheck::unknown-signature-symbols\n (fn (term)\n (fn (declarations)\n (((selfhost/typecheck::collect-unknown-signatures term) declarations) {} {}))))\n\n(def selfhost/typecheck::collect-unknown-signatures\n (fn (term)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (selfhost/typecheck::collect-unknown-signatures-list\n items declarations bound out)\n (if (selfhost/typecheck::map? term)\n ((((selfhost/typecheck::collect-unknown-signatures-map\n (core/map::entries term))\n declarations)\n bound)\n out)\n out))))))))\n\n(def selfhost/typecheck::collect-unknown-signatures-list\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let ((n (core/vec::len items)))\n (if ((core/int::eq? n) 0)\n out\n (let ((head ((core/vec::get items) 0)))\n (if (selfhost/typecheck::sym? head)\n (((((selfhost/typecheck::collect-unknown-special head) items)\n declarations)\n bound)\n out)\n ((((selfhost/typecheck::collect-unknown-app\n (selfhost/typecheck::list-from-vec items))\n declarations)\n bound)\n out))))))))))\n\n(def selfhost/typecheck::collect-unknown-special\n (fn (head)\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (if ((core/sym::eq? head) (quote quote))\n out\n (if ((core/sym::eq? head) (quote def))\n (if ((core/int::eq? (core/vec::len items)) 3)\n ((((selfhost/typecheck::collect-unknown-signatures\n ((core/vec::get items) 2))\n declarations)\n bound)\n out)\n out)\n (if ((core/sym::eq? head) (quote fn))\n ((((selfhost/typecheck::collect-unknown-fn items) declarations) bound) out)\n (if\n (if ((core/sym::eq? head) (quote if))\n true\n ((core/sym::eq? head) (quote begin)))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n bound)\n 1)\n out)\n (if ((core/sym::eq? head) (quote let))\n ((((selfhost/typecheck::collect-unknown-let items) declarations) bound)\n out)\n (if ((core/sym::eq? head) (quote prim))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n bound)\n 2)\n out)\n (if\n (if ((core/sym::eq? head) (quote seal))\n true\n ((core/sym::eq? head) (quote unseal)))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n bound)\n 1)\n out)\n ((((selfhost/typecheck::collect-unknown-app\n (selfhost/typecheck::list-from-vec items))\n declarations)\n bound)\n out))))))))))))))\n\n(def selfhost/typecheck::collect-unknown-fn\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let\n ((params\n (if ((core/int::lt? 1) (core/vec::len items))\n (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))\n nil)))\n (let\n ((body-bound\n (if (selfhost/typecheck::vec? params)\n ((selfhost/typecheck::bind-symbols params) bound)\n bound)))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n body-bound)\n 2)\n out))))))))\n\n(def selfhost/typecheck::bind-symbols\n (fn (symbols)\n (fn (bound)\n ((((selfhost/typecheck::bind-symbols-loop symbols) (core/vec::len symbols)) 0)\n bound))))\n\n(def selfhost/typecheck::bind-symbols-loop\n (fn (symbols)\n (fn (n)\n (fn (i)\n (fn (bound)\n (if ((core/int::eq? i) n)\n bound\n (let ((symbol ((core/vec::get symbols) i)))\n ((((selfhost/typecheck::bind-symbols-loop symbols) n)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? symbol)\n ((selfhost/typecheck::set-add bound) symbol)\n bound)))))))))\n\n(def selfhost/typecheck::collect-unknown-let\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let\n ((bindings\n (if ((core/int::lt? 1) (core/vec::len items))\n (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))\n nil)))\n (let\n ((binding-state\n (if (selfhost/typecheck::vec? bindings)\n ((((selfhost/typecheck::collect-unknown-bindings bindings) declarations)\n bound)\n out)\n {:bound bound :out out})))\n (((((selfhost/typecheck::collect-unknown-items items) declarations)\n ((core/map::get binding-state) (quote :bound)))\n 2)\n ((core/map::get binding-state) (quote :out))))))))))\n\n(def selfhost/typecheck::collect-unknown-bindings\n (fn (bindings)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (((((selfhost/typecheck::collect-unknown-bindings-loop bindings) declarations)\n (core/vec::len bindings))\n 0)\n {:bound bound :out out}))))))\n\n(def selfhost/typecheck::collect-unknown-bindings-loop\n (fn (bindings)\n (fn (declarations)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((pair\n (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i))))\n (if\n (if (selfhost/typecheck::vec? pair)\n ((core/int::eq? (core/vec::len pair)) 2)\n false)\n (let\n ((name ((core/vec::get pair) 0))\n (value ((core/vec::get pair) 1))\n (bound ((core/map::get state) (quote :bound))))\n (((((selfhost/typecheck::collect-unknown-bindings-loop bindings)\n declarations)\n n)\n ((core/int::add i) 1))\n {:bound\n (if (selfhost/typecheck::sym? name)\n ((selfhost/typecheck::set-add bound) name)\n bound)\n :out\n ((((selfhost/typecheck::collect-unknown-signatures value)\n declarations)\n bound)\n ((core/map::get state) (quote :out)))}))\n (((((selfhost/typecheck::collect-unknown-bindings-loop bindings)\n declarations)\n n)\n ((core/int::add i) 1))\n state))))))))))\n\n(def selfhost/typecheck::collect-unknown-app\n (fn (term)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (let ((flat (core/cli::flatten-app term)))\n (if (selfhost/typecheck::map? flat)\n (let\n ((head ((core/map::get flat) (quote :head)))\n (args ((core/map::get flat) (quote :args))))\n (let\n ((out2\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((selfhost/typecheck::set-has? bound) head)\n false\n (let ((declared ((core/map::get declarations) head)))\n (if (selfhost/typecheck::map? declared)\n ((core/sym::eq? (selfhost/typecheck::ty-tag declared))\n (quote :any))\n false)))\n false)\n ((selfhost/typecheck::set-add out) head)\n out)))\n (((((selfhost/typecheck::collect-unknown-items\n ((core/vec::push args) head))\n declarations)\n bound)\n 0)\n out2)))\n out)))))))\n\n(def selfhost/typecheck::collect-unknown-items\n (fn (items)\n (fn (declarations)\n (fn (bound)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len items))\n out\n (((((selfhost/typecheck::collect-unknown-items items) declarations) bound)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-unknown-signatures\n ((core/vec::get items) i))\n declarations)\n bound)\n out)))))))))\n\n(def selfhost/typecheck::collect-unknown-signatures-map\n (fn (entries)\n (fn (declarations)\n (fn (bound)\n (fn (out)\n (((((selfhost/typecheck::collect-unknown-signatures-map-loop entries)\n declarations)\n bound)\n 0)\n out))))))\n\n(def selfhost/typecheck::collect-unknown-signatures-map-loop\n (fn (entries)\n (fn (declarations)\n (fn (bound)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let\n ((entry ((core/vec::get entries) i)))\n (((((selfhost/typecheck::collect-unknown-signatures-map-loop entries)\n declarations)\n bound)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-unknown-signatures\n ((core/vec::get entry) 1))\n declarations)\n bound)\n out))))))))))\n\n(def selfhost/typecheck::symbol-set-joined\n (fn (set)\n (let ((symbols (selfhost/typecheck::set-keys set)))\n ((core/str::join (selfhost/typecheck::vec-map symbols selfhost/typecheck::symbol-str))\n \", \"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x13M\x18Zd\xEE\x10\xA8\xC2\xBE\xEB\xAB\xBD\xD4[\xD4&7\\\xE1\xA9\x88\xF9\x844j\"\x81\xBC%8\x10" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::path-message (fn (path) (fn (message) (((selfhost/typecheck::str3 path) ": ") message)))) (def selfhost/typecheck::map-vec-push (fn (mapping) (fn (key) (fn (value) (let ((current ((core/map::get mapping) key))) (((core/map::put mapping) key) ((core/vec::push (if (selfhost/typecheck::vec? current) current [])) value))))))) (def selfhost/typecheck::symbol-vector (fn (value) (if (selfhost/typecheck::vec? value) ((((selfhost/typecheck::symbol-vector-loop value) (core/vec::len value)) 0) []) []))) (def selfhost/typecheck::symbol-vector-loop (fn (items) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((item ((core/vec::get items) i))) ((((selfhost/typecheck::symbol-vector-loop items) n) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? item) ((core/vec::push out) item) out))))))))) (def selfhost/typecheck::meta-exports (fn (meta) (if (selfhost/typecheck::map? meta) (selfhost/typecheck::symbol-vector ((core/map::get meta) (quote :exports))) []))) (def selfhost/typecheck::meta-caps-result (fn (meta) (if (selfhost/typecheck::map? meta) (let ((caps ((core/map::get meta) (quote :caps)))) (if (selfhost/typecheck::vec? caps) (selfhost/typecheck::ok (selfhost/typecheck::symbol-vector caps)) (selfhost/typecheck::err "::meta missing :caps"))) (selfhost/typecheck::err "::meta missing :caps")))) (def selfhost/typecheck::meta-types-result (fn (meta) (if (selfhost/typecheck::map? meta) (let ((types ((core/map::get meta) (quote :types)))) (if (selfhost/typecheck::map? types) (selfhost/typecheck::ok types) (selfhost/typecheck::err "::meta missing :types"))) (selfhost/typecheck::err "::meta missing :types")))) (def selfhost/typecheck::meta-bool-result (fn (meta) (fn (key) (fn (label) (if (selfhost/typecheck::map? meta) (let ((value ((core/map::get meta) key))) (if (selfhost/typecheck::nil? value) (selfhost/typecheck::ok false) (if (selfhost/typecheck::bool? value) (selfhost/typecheck::ok value) (selfhost/typecheck::err (((selfhost/typecheck::str3 label) " must be bool, got ") (selfhost/typecheck::term-str value)))))) (selfhost/typecheck::ok false)))))) (def selfhost/typecheck::meta-strict-effects-result (fn (meta) (((selfhost/typecheck::meta-bool-result meta) (quote :strict-effects)) "::meta :strict-effects"))) (def selfhost/typecheck::meta-strict-shapes-result (fn (meta) (((selfhost/typecheck::meta-bool-result meta) (quote :strict-shapes)) "::meta :strict-shapes"))) (def selfhost/typecheck::task-effect-ops {core/task::await true core/task::cancel true core/task::channel-close true core/task::channel-open true core/task::channel-recv true core/task::channel-send true core/task::channel-status true core/task::scope true core/task::spawn true core/task::status true}) (def selfhost/typecheck::caps-enable-strict? (fn (caps) (((selfhost/typecheck::caps-enable-strict-loop caps) (core/vec::len caps)) 0))) (def selfhost/typecheck::caps-enable-strict-loop (fn (caps) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (if ((selfhost/typecheck::set-has? selfhost/typecheck::task-effect-ops) ((core/vec::get caps) i)) true (((selfhost/typecheck::caps-enable-strict-loop caps) n) ((core/int::add i) 1)))))))) (def selfhost/typecheck::defs-map (fn (forms) ((((selfhost/typecheck::defs-map-loop forms) (core/vec::len forms)) 0) {}))) (def selfhost/typecheck::defs-map-loop (fn (forms) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i)))) ((((selfhost/typecheck::defs-map-loop forms) n) ((core/int::add i) 1)) (if (selfhost/typecheck::nil? parsed) out (((core/map::put out) ((core/map::get parsed) (quote :name))) ((core/map::get parsed) (quote :expr)))))))))))) (def selfhost/typecheck::validate-typecheck-module (fn (module) (if (selfhost/typecheck::map? module) (let ((path ((core/map::get module) (quote :path))) (forms ((core/map::get module) (quote :forms))) (meta ((core/map::get module) (quote :meta)))) (if (selfhost/typecheck::str? path) (if (selfhost/typecheck::vec? forms) (selfhost/typecheck::ok {:forms forms :meta meta :path path}) (selfhost/typecheck::err "typecheck module :forms must be vector")) (selfhost/typecheck::err "typecheck module :path must be string"))) (selfhost/typecheck::err "typecheck module must be map")))) (def selfhost/typecheck::validate-typecheck-modules (fn (modules) (if (selfhost/typecheck::vec? modules) ((((selfhost/typecheck::validate-typecheck-modules-loop modules) (core/vec::len modules)) 0) []) (selfhost/typecheck::err "typecheck request :modules must be vector")))) (def selfhost/typecheck::validate-typecheck-modules-loop (fn (modules) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) (selfhost/typecheck::ok out) (let ((checked (selfhost/typecheck::validate-typecheck-module ((core/vec::get modules) i)))) (if (selfhost/typecheck::result-ok? checked) ((((selfhost/typecheck::validate-typecheck-modules-loop modules) n) ((core/int::add i) 1)) ((core/vec::push out) ((core/map::get checked) (quote :value)))) (selfhost/typecheck::err (((selfhost/typecheck::str3 "typecheck request module ") (selfhost/typecheck::int-str i)) ((selfhost/typecheck::str2 ": ") ((core/map::get checked) (quote :error))))))))))))) (def selfhost/typecheck::validate-typecheck-request (fn (request) (if (selfhost/typecheck::map? request) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v)))) (if ((core/eq? kind) "genesis/typecheck-request-v0.1") (if ((core/eq? version) 1) (selfhost/typecheck::validate-typecheck-modules ((core/map::get request) (quote :modules))) (selfhost/typecheck::err "typecheck request :v must be 1")) (selfhost/typecheck::err "typecheck request :kind must be genesis/typecheck-request-v0.1"))) (selfhost/typecheck::err "typecheck request must be map"))))] :module-h b"\xC3\xAD\xE3\x0F\xDCtxt\x19\xD2\x83\x1C\xB7{\xAE\xA8\x97{\x0E\x1D\x1CIS\x1Cj\xE4Ax\xF6\xF64\xD0" :path "selfhost/typecheck_package_meta_v1.gc" :source "(def selfhost/typecheck::path-message\n (fn (path) (fn (message) ((selfhost/typecheck::str3 path \": \") message))))\n\n(def selfhost/typecheck::map-vec-push\n (fn (mapping)\n (fn (key)\n (fn (value)\n (let ((current ((core/map::get mapping) key)))\n (((core/map::put mapping) key)\n ((core/vec::push (if (selfhost/typecheck::vec? current) current [])) value)))))))\n\n(def selfhost/typecheck::symbol-vector\n (fn (value)\n (if (selfhost/typecheck::vec? value)\n ((((selfhost/typecheck::symbol-vector-loop value) (core/vec::len value)) 0) [])\n [])))\n\n(def selfhost/typecheck::symbol-vector-loop\n (fn (items)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((item ((core/vec::get items) i)))\n ((((selfhost/typecheck::symbol-vector-loop items) n) ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? item) ((core/vec::push out) item) out)))))))))\n\n(def selfhost/typecheck::meta-exports\n (fn (meta)\n (if (selfhost/typecheck::map? meta)\n (selfhost/typecheck::symbol-vector ((core/map::get meta) (quote :exports)))\n [])))\n\n(def selfhost/typecheck::meta-caps-result\n (fn (meta)\n (if (selfhost/typecheck::map? meta)\n (let ((caps ((core/map::get meta) (quote :caps))))\n (if (selfhost/typecheck::vec? caps)\n (selfhost/typecheck::ok (selfhost/typecheck::symbol-vector caps))\n (selfhost/typecheck::err \"::meta missing :caps\")))\n (selfhost/typecheck::err \"::meta missing :caps\"))))\n\n(def selfhost/typecheck::meta-types-result\n (fn (meta)\n (if (selfhost/typecheck::map? meta)\n (let ((types ((core/map::get meta) (quote :types))))\n (if (selfhost/typecheck::map? types)\n (selfhost/typecheck::ok types)\n (selfhost/typecheck::err \"::meta missing :types\")))\n (selfhost/typecheck::err \"::meta missing :types\"))))\n\n(def selfhost/typecheck::meta-bool-result\n (fn (meta)\n (fn (key)\n (fn (label)\n (if (selfhost/typecheck::map? meta)\n (let ((value ((core/map::get meta) key)))\n (if (selfhost/typecheck::nil? value)\n (selfhost/typecheck::ok false)\n (if (selfhost/typecheck::bool? value)\n (selfhost/typecheck::ok value)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str3 label \" must be bool, got \")\n (selfhost/typecheck::term-str value))))))\n (selfhost/typecheck::ok false))))))\n\n(def selfhost/typecheck::meta-strict-effects-result\n (fn (meta)\n (((selfhost/typecheck::meta-bool-result meta) (quote :strict-effects))\n \"::meta :strict-effects\")))\n\n(def selfhost/typecheck::meta-strict-shapes-result\n (fn (meta)\n (((selfhost/typecheck::meta-bool-result meta) (quote :strict-shapes))\n \"::meta :strict-shapes\")))\n\n(def selfhost/typecheck::task-effect-ops\n {core/task::await true\n core/task::cancel true\n core/task::channel-close true\n core/task::channel-open true\n core/task::channel-recv true\n core/task::channel-send true\n core/task::channel-status true\n core/task::scope true\n core/task::spawn true\n core/task::status true})\n\n(def selfhost/typecheck::caps-enable-strict?\n (fn (caps)\n ((((selfhost/typecheck::caps-enable-strict-loop caps) (core/vec::len caps)) 0))))\n\n(def selfhost/typecheck::caps-enable-strict-loop\n (fn (caps)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if (selfhost/typecheck::set-has? selfhost/typecheck::task-effect-ops\n ((core/vec::get caps) i))\n true\n (((selfhost/typecheck::caps-enable-strict-loop caps) n)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::defs-map\n (fn (forms)\n ((((selfhost/typecheck::defs-map-loop forms) (core/vec::len forms)) 0) {})))\n\n(def selfhost/typecheck::defs-map-loop\n (fn (forms)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i))))\n ((((selfhost/typecheck::defs-map-loop forms) n) ((core/int::add i) 1))\n (if (selfhost/typecheck::nil? parsed)\n out\n (((core/map::put out) ((core/map::get parsed) (quote :name)))\n ((core/map::get parsed) (quote :expr))))))))))))\n\n(def selfhost/typecheck::validate-typecheck-module\n (fn (module)\n (if (selfhost/typecheck::map? module)\n (let\n ((path ((core/map::get module) (quote :path)))\n (forms ((core/map::get module) (quote :forms)))\n (meta ((core/map::get module) (quote :meta))))\n (if (selfhost/typecheck::str? path)\n (if (selfhost/typecheck::vec? forms)\n (selfhost/typecheck::ok {:forms forms :meta meta :path path})\n (selfhost/typecheck::err \"typecheck module :forms must be vector\"))\n (selfhost/typecheck::err \"typecheck module :path must be string\")))\n (selfhost/typecheck::err \"typecheck module must be map\"))))\n\n(def selfhost/typecheck::validate-typecheck-modules\n (fn (modules)\n (if (selfhost/typecheck::vec? modules)\n ((((selfhost/typecheck::validate-typecheck-modules-loop modules)\n (core/vec::len modules))\n 0)\n [])\n (selfhost/typecheck::err \"typecheck request :modules must be vector\"))))\n\n(def selfhost/typecheck::validate-typecheck-modules-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok out)\n (let ((checked (selfhost/typecheck::validate-typecheck-module\n ((core/vec::get modules) i))))\n (if (selfhost/typecheck::result-ok? checked)\n ((((selfhost/typecheck::validate-typecheck-modules-loop modules) n)\n ((core/int::add i) 1))\n ((core/vec::push out) ((core/map::get checked) (quote :value))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str3 \"typecheck request module \"\n (selfhost/typecheck::int-str i))\n ((selfhost/typecheck::str2 \": \")\n ((core/map::get checked) (quote :error)))))))))))))\n\n(def selfhost/typecheck::validate-typecheck-request\n (fn (request)\n (if (selfhost/typecheck::map? request)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v))))\n (if ((core/eq? kind) \"genesis/typecheck-request-v0.1\")\n (if ((core/eq? version) 1)\n (selfhost/typecheck::validate-typecheck-modules\n ((core/map::get request) (quote :modules)))\n (selfhost/typecheck::err \"typecheck request :v must be 1\"))\n (selfhost/typecheck::err\n \"typecheck request :kind must be genesis/typecheck-request-v0.1\")))\n (selfhost/typecheck::err \"typecheck request must be map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC3\xAD\xE3\x0F\xDCtxt\x19\xD2\x83\x1C\xB7{\xAE\xA8\x97{\x0E\x1D\x1CIS\x1Cj\xE4Ax\xF6\xF64\xD0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::module-resolution-profile (quote genesis/module-resolution-profile-v0.1)) (def selfhost/typecheck::module-required-profiles (quote {genesis/coreform-profile genesis/coreform/v0.2 genesis/hash-profile genesis/hash-profile/gcv0.2-blake3 genesis/language-profile genesis/language-profile/v0.2 genesis/module-resolution-profile genesis/module-resolution-profile-v0.1})) (def selfhost/typecheck::module-required-profiles-message ":requires-profiles must exactly bind [genesis/coreform-profile genesis/coreform/v0.2, genesis/hash-profile genesis/hash-profile/gcv0.2-blake3, genesis/language-profile genesis/language-profile/v0.2, genesis/module-resolution-profile genesis/module-resolution-profile-v0.1]") (def selfhost/typecheck::map-has-key? (fn (mapping) (fn (key) (((selfhost/typecheck::map-has-key-loop (core/map::entries mapping)) key) 0)))) (def selfhost/typecheck::map-has-key-loop (fn (entries) (fn (key) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key) true (((selfhost/typecheck::map-has-key-loop entries) key) ((core/int::add i) 1)))))))) (def selfhost/typecheck::module-error-add (fn (errors) (fn (path) (fn (message) (let ((current ((core/map::get errors) path))) (((core/map::put errors) path) ((selfhost/typecheck::set-add (if (selfhost/typecheck::map? current) current {})) message))))))) (def selfhost/typecheck::module-profile-active? (fn (modules) (((selfhost/typecheck::module-profile-active-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::module-profile-active-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta)))) (if (if (selfhost/typecheck::map? meta) ((selfhost/typecheck::map-has-key? meta) (quote :module-profile)) false) true (((selfhost/typecheck::module-profile-active-loop modules) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::bytes-has? (fn (bytes) (fn (needle) ((((selfhost/typecheck::bytes-has-loop bytes) needle) (core/bytes::len bytes)) 0)))) (def selfhost/typecheck::bytes-has-loop (fn (bytes) (fn (needle) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (if ((core/int::eq? ((core/bytes::get bytes) i)) needle) true ((((selfhost/typecheck::bytes-has-loop bytes) needle) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::component-invalid? (fn (bytes) (fn (start) (fn (end) (let ((len ((core/int::sub end) start))) (if ((core/int::eq? len) 0) true (if ((core/int::eq? len) 1) ((core/int::eq? ((core/bytes::get bytes) start)) 46) (if ((core/int::eq? len) 2) (if ((core/int::eq? ((core/bytes::get bytes) start)) 46) ((core/int::eq? ((core/bytes::get bytes) ((core/int::add start) 1))) 46) false) false)))))))) (def selfhost/typecheck::portable-components? (fn (bytes) (fn (reject-drive) (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) (core/bytes::len bytes)) 0) 0)))) (def selfhost/typecheck::portable-components-loop (fn (bytes) (fn (reject-drive) (fn (n) (fn (start) (fn (i) (if ((core/int::eq? i) n) (if (((selfhost/typecheck::component-invalid? bytes) start) i) false (if (if reject-drive ((core/int::eq? start) 0) false) (if ((core/int::lt? start) i) (if ((core/int::eq? ((core/bytes::get bytes) ((core/int::sub i) 1))) 58) false true) true) true)) (if ((core/int::eq? ((core/bytes::get bytes) i)) 47) (if (((selfhost/typecheck::component-invalid? bytes) start) i) false (if (if reject-drive ((core/int::eq? start) 0) false) (if ((core/int::eq? ((core/bytes::get bytes) ((core/int::sub i) 1))) 58) false (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) n) ((core/int::add i) 1)) ((core/int::add i) 1))) (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) n) ((core/int::add i) 1)) ((core/int::add i) 1)))) (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) n) start) ((core/int::add i) 1)))))))))) (def selfhost/typecheck::validate-portable-module-path (fn (path) (let ((bytes (core/str::to-utf8 path))) (let ((n (core/bytes::len bytes))) (if ((core/int::eq? n) 0) (selfhost/typecheck::err "module path must be non-empty") (if ((core/eq? (core/str::nfc path)) path) (if (if ((core/int::eq? ((core/bytes::get bytes) 0)) 47) true ((selfhost/typecheck::bytes-has? bytes) 92)) (selfhost/typecheck::err "module path must be base-relative and use '/' separators") (if ((selfhost/typecheck::portable-components? bytes) true) (selfhost/typecheck::ok path) (selfhost/typecheck::classify-portable-path-error bytes))) (selfhost/typecheck::err "module path must be Unicode NFC"))))))) (def selfhost/typecheck::classify-portable-path-error (fn (bytes) (let ((first-end ((selfhost/typecheck::first-byte-or-end bytes) 47))) (if (if ((core/int::lt? 0) first-end) ((core/int::eq? ((core/bytes::get bytes) ((core/int::sub first-end) 1))) 58) false) (selfhost/typecheck::err "module path must not contain a drive prefix") (selfhost/typecheck::err "module path must not contain empty, '.', or '..' components"))))) (def selfhost/typecheck::first-byte-or-end (fn (bytes) (fn (needle) (((selfhost/typecheck::first-byte-or-end-loop bytes) needle) 0)))) (def selfhost/typecheck::first-byte-or-end-loop (fn (bytes) (fn (needle) (fn (i) (if ((core/int::eq? i) (core/bytes::len bytes)) i (if ((core/int::eq? ((core/bytes::get bytes) i)) needle) i (((selfhost/typecheck::first-byte-or-end-loop bytes) needle) ((core/int::add i) 1)))))))) (def selfhost/typecheck::double-colon-scan (fn (bytes) ((((selfhost/typecheck::double-colon-scan-loop bytes) (core/bytes::len bytes)) 0) {:count 0 :position 0}))) (def selfhost/typecheck::double-colon-scan-loop (fn (bytes) (fn (n) (fn (i) (fn (state) (if ((core/int::lt? ((core/int::add i) 1)) n) (if (if ((core/int::eq? ((core/bytes::get bytes) i)) 58) ((core/int::eq? ((core/bytes::get bytes) ((core/int::add i) 1))) 58) false) ((((selfhost/typecheck::double-colon-scan-loop bytes) n) ((core/int::add i) 2)) {:count ((core/int::add ((core/map::get state) (quote :count))) 1) :position i}) ((((selfhost/typecheck::double-colon-scan-loop bytes) n) ((core/int::add i) 1)) state)) state)))))) (def selfhost/typecheck::validate-qualified-symbol (fn (symbol) (let ((bytes (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol)))) (let ((scan (selfhost/typecheck::double-colon-scan bytes))) (let ((count ((core/map::get scan) (quote :count))) (position ((core/map::get scan) (quote :position))) (n (core/bytes::len bytes))) (if (if ((core/int::eq? count) 1) (if ((core/int::lt? 0) position) ((core/int::lt? ((core/int::add position) 2)) n) false) false) (let ((namespace (((core/bytes::slice bytes) 0) position))) (if (if ((core/int::eq? ((core/bytes::get namespace) 0)) 47) true ((selfhost/typecheck::bytes-has? namespace) 92)) (selfhost/typecheck::err "namespace must be a portable slash-separated path") (if ((selfhost/typecheck::portable-components? namespace) false) (selfhost/typecheck::ok symbol) (selfhost/typecheck::err "namespace must be a portable slash-separated path")))) (selfhost/typecheck::err "namespace and name must be non-empty with exactly one '::'"))))))) (def selfhost/typecheck::parse-unique-symbol-vector (fn (meta) (fn (field) (fn (path) (fn (errors) (if ((selfhost/typecheck::map-has-key? meta) field) (let ((value ((core/map::get meta) field))) (if (selfhost/typecheck::vec? value) (((((selfhost/typecheck::parse-unique-symbol-vector-loop value) field) path) 0) {:errors errors :set {}}) {:errors (((selfhost/typecheck::module-error-add errors) path) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str field)) " must be a vector of symbols")) :set {}})) {:errors (((selfhost/typecheck::module-error-add errors) path) ((selfhost/typecheck::str2 "module-resolution profile requires ") (selfhost/typecheck::symbol-str field))) :set {}})))))) (def selfhost/typecheck::parse-unique-symbol-vector-loop (fn (items) (fn (field) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len items)) state (let ((item ((core/vec::get items) i))) (let ((state2 (if (selfhost/typecheck::sym? item) (let ((duplicate ((selfhost/typecheck::set-has? ((core/map::get state) (quote :set))) item)) (valid (selfhost/typecheck::validate-qualified-symbol item))) {:errors (let ((with-duplicate (if duplicate (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((((selfhost/typecheck::str4 "duplicate ") (selfhost/typecheck::symbol-str field)) " entry ") (selfhost/typecheck::symbol-str item))) ((core/map::get state) (quote :errors))))) (if (selfhost/typecheck::result-ok? valid) with-duplicate (((selfhost/typecheck::module-error-add with-duplicate) path) ((((selfhost/typecheck::str4 "invalid ") (selfhost/typecheck::symbol-str field)) ((selfhost/typecheck::str2 " entry ") (selfhost/typecheck::symbol-str item))) ((selfhost/typecheck::str2 ": ") ((core/map::get valid) (quote :error))))))) :set ((selfhost/typecheck::set-add ((core/map::get state) (quote :set))) item)}) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str field)) " entries must be symbols")) :set ((core/map::get state) (quote :set))}))) (((((selfhost/typecheck::parse-unique-symbol-vector-loop items) field) path) ((core/int::add i) 1)) state2)))))))))) (def selfhost/typecheck::parse-required-profiles (fn (meta) (fn (path) (fn (errors) (if ((selfhost/typecheck::map-has-key? meta) (quote :requires-profiles)) (let ((value ((core/map::get meta) (quote :requires-profiles)))) (if (selfhost/typecheck::map? value) (let ((parsed ((selfhost/typecheck::symbol-map-or-error value) ":requires-profiles must be a symbol-to-symbol map"))) (let ((errors2 (if (selfhost/typecheck::result-ok? parsed) errors (((selfhost/typecheck::module-error-add errors) path) ((core/map::get parsed) (quote :error))))) (profiles (if (selfhost/typecheck::result-ok? parsed) ((core/map::get parsed) (quote :value)) {}))) {:errors (if (selfhost/typecheck::required-profiles-exact? profiles) errors2 (((selfhost/typecheck::module-error-add errors2) path) selfhost/typecheck::module-required-profiles-message)) :profiles profiles})) {:errors (((selfhost/typecheck::module-error-add errors) path) ":requires-profiles must be a symbol-to-symbol map") :profiles {}})) {:errors (((selfhost/typecheck::module-error-add errors) path) "module-resolution profile requires :requires-profiles") :profiles {}}))))) (def selfhost/typecheck::required-profiles-exact? (fn (profiles) (if ((core/int::eq? (core/map::len profiles)) 4) (if (((selfhost/typecheck::profile-binding-exact? profiles) (quote genesis/coreform-profile)) (quote genesis/coreform/v0.2)) (if (((selfhost/typecheck::profile-binding-exact? profiles) (quote genesis/hash-profile)) (quote genesis/hash-profile/gcv0.2-blake3)) (if (((selfhost/typecheck::profile-binding-exact? profiles) (quote genesis/language-profile)) (quote genesis/language-profile/v0.2)) (((selfhost/typecheck::profile-binding-exact? profiles) (quote genesis/module-resolution-profile)) (quote genesis/module-resolution-profile-v0.1)) false) false) false) false))) (def selfhost/typecheck::profile-binding-exact? (fn (profiles) (fn (key) (fn (expected) (let ((actual ((core/map::get profiles) key))) (if (selfhost/typecheck::sym? actual) ((core/sym::eq? actual) expected) false)))))) (def selfhost/typecheck::symbol-map-or-error (fn (mapping) (fn (message) (((selfhost/typecheck::symbol-map-or-error-loop (core/map::entries mapping)) message) 0)))) (def selfhost/typecheck::symbol-map-or-error-loop (fn (entries) (fn (message) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) (selfhost/typecheck::ok {}) (let ((entry ((core/vec::get entries) i))) (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (if (if (selfhost/typecheck::sym? key) (selfhost/typecheck::sym? value) false) (let ((rest (((selfhost/typecheck::symbol-map-or-error-loop entries) message) ((core/int::add i) 1)))) (if (selfhost/typecheck::result-ok? rest) (selfhost/typecheck::ok (((core/map::put ((core/map::get rest) (quote :value))) key) value)) rest)) (selfhost/typecheck::err message))))))))) (def selfhost/typecheck::module-definitions (fn (forms) (((selfhost/typecheck::module-definitions-loop forms) (core/vec::len forms)) 0))) (def selfhost/typecheck::module-definitions-loop (fn (forms) (fn (n) (fn (i) (if ((core/int::eq? i) n) {} (let ((rest (((selfhost/typecheck::module-definitions-loop forms) n) ((core/int::add i) 1))) (parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i)))) (if (selfhost/typecheck::nil? parsed) rest (let ((name ((core/map::get parsed) (quote :name)))) (if ((core/sym::eq? name) (quote ::meta)) rest ((selfhost/typecheck::set-add rest) name)))))))))) (def selfhost/typecheck::parse-module-descriptor (fn (module) (fn (errors) (let ((path ((core/map::get module) (quote :path))) (meta ((core/map::get module) (quote :meta)))) (if (selfhost/typecheck::map? meta) (let ((errors1 (if ((selfhost/typecheck::map-has-key? meta) (quote :module-profile)) (let ((profile ((core/map::get meta) (quote :module-profile)))) (if (if (selfhost/typecheck::sym? profile) ((core/sym::eq? profile) selfhost/typecheck::module-resolution-profile) false) errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 ":module-profile must be exact symbol genesis/module-resolution-profile-v0.1, got ") (selfhost/typecheck::term-str profile)) "") "")))) (((selfhost/typecheck::module-error-add errors) path) "every module in the resolution closure must declare :module-profile genesis/module-resolution-profile-v0.1")))) (let ((imports ((((selfhost/typecheck::parse-unique-symbol-vector meta) (quote :imports)) path) errors1))) (let ((exports ((((selfhost/typecheck::parse-unique-symbol-vector meta) (quote :exports)) path) ((core/map::get imports) (quote :errors))))) (let ((profiles (((selfhost/typecheck::parse-required-profiles meta) path) ((core/map::get exports) (quote :errors))))) {:descriptor {:definitions (selfhost/typecheck::module-definitions ((core/map::get module) (quote :forms))) :exports ((core/map::get exports) (quote :set)) :imports ((core/map::get imports) (quote :set)) :required-profiles ((core/map::get profiles) (quote :profiles))} :errors ((core/map::get profiles) (quote :errors))})))) {:descriptor {:definitions {} :exports {} :imports {} :required-profiles {}} :errors (((selfhost/typecheck::module-error-add errors) path) "module-resolution profile requires map-shaped ::meta")}))))) (def selfhost/typecheck::parse-module-descriptors (fn (modules) (((selfhost/typecheck::parse-module-descriptors-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::parse-module-descriptors-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:descriptors [] :errors {}} (let ((rest (((selfhost/typecheck::parse-module-descriptors-loop modules) n) ((core/int::add i) 1)))) (let ((parsed ((selfhost/typecheck::parse-module-descriptor ((core/vec::get modules) i)) ((core/map::get rest) (quote :errors))))) {:descriptors ((core/vec::append ((core/vec::push []) ((core/map::get parsed) (quote :descriptor)))) ((core/map::get rest) (quote :descriptors))) :errors ((core/map::get parsed) (quote :errors))})))))))] :module-h b"{\xE0\xCE\xA9~\xE2\xAC\x1D\xD0\xA6\x88\xA29\x8D\x82\xD4`1\xDD\xF5\xE4)\x1D\x96\x95Ke\x04\x1Bn\x13\xF2" :path "selfhost/typecheck_module_profile_descriptor_v1.gc" :source "(def selfhost/typecheck::module-resolution-profile\n (quote genesis/module-resolution-profile-v0.1))\n\n(def selfhost/typecheck::module-required-profiles\n (quote\n {genesis/coreform-profile genesis/coreform/v0.2\n genesis/hash-profile genesis/hash-profile/gcv0.2-blake3\n genesis/language-profile genesis/language-profile/v0.2\n genesis/module-resolution-profile genesis/module-resolution-profile-v0.1}))\n\n(def selfhost/typecheck::module-required-profiles-message\n \":requires-profiles must exactly bind [genesis/coreform-profile genesis/coreform/v0.2, genesis/hash-profile genesis/hash-profile/gcv0.2-blake3, genesis/language-profile genesis/language-profile/v0.2, genesis/module-resolution-profile genesis/module-resolution-profile-v0.1]\")\n\n(def selfhost/typecheck::map-has-key?\n (fn (mapping)\n (fn (key)\n ((((selfhost/typecheck::map-has-key-loop (core/map::entries mapping)) key) 0)))))\n\n(def selfhost/typecheck::map-has-key-loop\n (fn (entries)\n (fn (key)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key)\n true\n (((selfhost/typecheck::map-has-key-loop entries) key)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::module-error-add\n (fn (errors)\n (fn (path)\n (fn (message)\n (let ((current ((core/map::get errors) path)))\n (((core/map::put errors) path)\n ((selfhost/typecheck::set-add\n (if (selfhost/typecheck::map? current) current {}))\n message)))))))\n\n(def selfhost/typecheck::module-profile-active?\n (fn (modules)\n (((selfhost/typecheck::module-profile-active-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::module-profile-active-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta))))\n (if\n (if (selfhost/typecheck::map? meta)\n ((selfhost/typecheck::map-has-key? meta) (quote :module-profile))\n false)\n true\n (((selfhost/typecheck::module-profile-active-loop modules) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::bytes-has?\n (fn (bytes)\n (fn (needle)\n ((((selfhost/typecheck::bytes-has-loop bytes) needle)\n (core/bytes::len bytes))\n 0))))\n\n(def selfhost/typecheck::bytes-has-loop\n (fn (bytes)\n (fn (needle)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if ((core/int::eq? ((core/bytes::get bytes) i)) needle)\n true\n ((((selfhost/typecheck::bytes-has-loop bytes) needle) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::component-invalid?\n (fn (bytes)\n (fn (start)\n (fn (end)\n (let ((len ((core/int::sub end) start)))\n (if ((core/int::eq? len) 0)\n true\n (if ((core/int::eq? len) 1)\n ((core/int::eq? ((core/bytes::get bytes) start)) 46)\n (if ((core/int::eq? len) 2)\n (if ((core/int::eq? ((core/bytes::get bytes) start)) 46)\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::add start) 1)))\n 46)\n false)\n false))))))))\n\n(def selfhost/typecheck::portable-components?\n (fn (bytes)\n (fn (reject-drive)\n (((((selfhost/typecheck::portable-components-loop bytes) reject-drive)\n (core/bytes::len bytes))\n 0)\n 0))))\n\n(def selfhost/typecheck::portable-components-loop\n (fn (bytes)\n (fn (reject-drive)\n (fn (n)\n (fn (start)\n (fn (i)\n (if ((core/int::eq? i) n)\n (if (((selfhost/typecheck::component-invalid? bytes) start) i)\n false\n (if\n (if reject-drive\n ((core/int::eq? start) 0)\n false)\n (if ((core/int::lt? start) i)\n (if\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::sub i) 1)))\n 58)\n false\n true)\n true)\n true))\n (if ((core/int::eq? ((core/bytes::get bytes) i)) 47)\n (if (((selfhost/typecheck::component-invalid? bytes) start) i)\n false\n (if\n (if reject-drive\n ((core/int::eq? start) 0)\n false)\n (if\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::sub i) 1)))\n 58)\n false\n (((((selfhost/typecheck::portable-components-loop bytes)\n reject-drive)\n n)\n ((core/int::add i) 1))\n ((core/int::add i) 1)))\n (((((selfhost/typecheck::portable-components-loop bytes)\n reject-drive)\n n)\n ((core/int::add i) 1))\n ((core/int::add i) 1))))\n (((((selfhost/typecheck::portable-components-loop bytes) reject-drive) n)\n start)\n ((core/int::add i) 1))))))))))\n\n(def selfhost/typecheck::validate-portable-module-path\n (fn (path)\n (let ((bytes (core/str::to-utf8 path)))\n (let ((n (core/bytes::len bytes)))\n (if ((core/int::eq? n) 0)\n (selfhost/typecheck::err \"module path must be non-empty\")\n (if ((core/eq? (core/str::nfc path)) path)\n (if\n (if ((core/int::eq? ((core/bytes::get bytes) 0)) 47)\n true\n ((selfhost/typecheck::bytes-has? bytes) 92))\n (selfhost/typecheck::err\n \"module path must be base-relative and use '/' separators\")\n (if ((selfhost/typecheck::portable-components? bytes) true)\n (selfhost/typecheck::ok path)\n (selfhost/typecheck::classify-portable-path-error bytes)))\n (selfhost/typecheck::err \"module path must be Unicode NFC\")))))))\n\n(def selfhost/typecheck::classify-portable-path-error\n (fn (bytes)\n (let ((first-end (selfhost/typecheck::first-byte-or-end bytes 47)))\n (if\n (if ((core/int::lt? 0) first-end)\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::sub first-end) 1)))\n 58)\n false)\n (selfhost/typecheck::err \"module path must not contain a drive prefix\")\n (selfhost/typecheck::err\n \"module path must not contain empty, '.', or '..' components\")))))\n\n(def selfhost/typecheck::first-byte-or-end\n (fn (bytes)\n (fn (needle)\n (((selfhost/typecheck::first-byte-or-end-loop bytes) needle) 0))))\n\n(def selfhost/typecheck::first-byte-or-end-loop\n (fn (bytes)\n (fn (needle)\n (fn (i)\n (if ((core/int::eq? i) (core/bytes::len bytes))\n i\n (if ((core/int::eq? ((core/bytes::get bytes) i)) needle)\n i\n (((selfhost/typecheck::first-byte-or-end-loop bytes) needle)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::double-colon-scan\n (fn (bytes)\n (((((selfhost/typecheck::double-colon-scan-loop bytes)\n (core/bytes::len bytes))\n 0)\n {:count 0 :position 0}))))\n\n(def selfhost/typecheck::double-colon-scan-loop\n (fn (bytes)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::lt? ((core/int::add i) 1)) n)\n (if\n (if ((core/int::eq? ((core/bytes::get bytes) i)) 58)\n ((core/int::eq?\n ((core/bytes::get bytes) ((core/int::add i) 1)))\n 58)\n false)\n ((((selfhost/typecheck::double-colon-scan-loop bytes) n)\n ((core/int::add i) 2))\n {:count\n ((core/int::add ((core/map::get state) (quote :count))) 1)\n :position i})\n ((((selfhost/typecheck::double-colon-scan-loop bytes) n)\n ((core/int::add i) 1))\n state))\n state))))))\n\n(def selfhost/typecheck::validate-qualified-symbol\n (fn (symbol)\n (let ((bytes (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol))))\n (let ((scan (selfhost/typecheck::double-colon-scan bytes)))\n (let\n ((count ((core/map::get scan) (quote :count)))\n (position ((core/map::get scan) (quote :position)))\n (n (core/bytes::len bytes)))\n (if\n (if ((core/int::eq? count) 1)\n (if ((core/int::lt? 0) position)\n ((core/int::lt? ((core/int::add position) 2)) n)\n false)\n false)\n (let ((namespace (((core/bytes::slice bytes) 0) position)))\n (if\n (if ((core/int::eq? ((core/bytes::get namespace) 0)) 47)\n true\n ((selfhost/typecheck::bytes-has? namespace) 92))\n (selfhost/typecheck::err\n \"namespace must be a portable slash-separated path\")\n (if ((selfhost/typecheck::portable-components? namespace) false)\n (selfhost/typecheck::ok symbol)\n (selfhost/typecheck::err\n \"namespace must be a portable slash-separated path\"))))\n (selfhost/typecheck::err\n \"namespace and name must be non-empty with exactly one '::'\")))))))\n\n(def selfhost/typecheck::parse-unique-symbol-vector\n (fn (meta)\n (fn (field)\n (fn (path)\n (fn (errors)\n (if ((selfhost/typecheck::map-has-key? meta) field)\n (let ((value ((core/map::get meta) field)))\n (if (selfhost/typecheck::vec? value)\n (((((selfhost/typecheck::parse-unique-symbol-vector-loop value) field)\n path)\n 0)\n {:errors errors :set {}})\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str field))\n \" must be a vector of symbols\"))\n :set {}}))\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str2 \"module-resolution profile requires \")\n (selfhost/typecheck::symbol-str field)))\n :set {}}))))))\n\n(def selfhost/typecheck::parse-unique-symbol-vector-loop\n (fn (items)\n (fn (field)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len items))\n state\n (let ((item ((core/vec::get items) i)))\n (let\n ((state2\n (if (selfhost/typecheck::sym? item)\n (let\n ((duplicate\n ((selfhost/typecheck::set-has?\n ((core/map::get state) (quote :set)))\n item))\n (valid (selfhost/typecheck::validate-qualified-symbol item)))\n {:errors\n (let\n ((with-duplicate\n (if duplicate\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str4 \"duplicate \"\n (selfhost/typecheck::symbol-str field))\n \" entry \"\n (selfhost/typecheck::symbol-str item)))\n ((core/map::get state) (quote :errors)))))\n (if (selfhost/typecheck::result-ok? valid)\n with-duplicate\n (((selfhost/typecheck::module-error-add with-duplicate) path)\n ((selfhost/typecheck::str4 \"invalid \"\n (selfhost/typecheck::symbol-str field))\n ((selfhost/typecheck::str2 \" entry \")\n (selfhost/typecheck::symbol-str item))\n ((selfhost/typecheck::str2 \": \")\n ((core/map::get valid) (quote :error)))))))\n :set\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :set)))\n item)})\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str field))\n \" entries must be symbols\"))\n :set ((core/map::get state) (quote :set))})))\n (((((selfhost/typecheck::parse-unique-symbol-vector-loop items) field)\n path)\n ((core/int::add i) 1))\n state2))))))))))\n\n(def selfhost/typecheck::parse-required-profiles\n (fn (meta)\n (fn (path)\n (fn (errors)\n (if ((selfhost/typecheck::map-has-key? meta) (quote :requires-profiles))\n (let ((value ((core/map::get meta) (quote :requires-profiles))))\n (if (selfhost/typecheck::map? value)\n (let\n ((parsed\n ((selfhost/typecheck::symbol-map-or-error value)\n \":requires-profiles must be a symbol-to-symbol map\")))\n (let\n ((errors2\n (if (selfhost/typecheck::result-ok? parsed)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((core/map::get parsed) (quote :error)))))\n (profiles\n (if (selfhost/typecheck::result-ok? parsed)\n ((core/map::get parsed) (quote :value))\n {})))\n {:errors\n (if (selfhost/typecheck::required-profiles-exact? profiles)\n errors2\n (((selfhost/typecheck::module-error-add errors2) path)\n selfhost/typecheck::module-required-profiles-message))\n :profiles profiles}))\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n \":requires-profiles must be a symbol-to-symbol map\")\n :profiles {}}))\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n \"module-resolution profile requires :requires-profiles\")\n :profiles {}})))))\n\n(def selfhost/typecheck::required-profiles-exact?\n (fn (profiles)\n (if ((core/int::eq? (core/map::len profiles)) 4)\n (if\n (((selfhost/typecheck::profile-binding-exact? profiles)\n (quote genesis/coreform-profile))\n (quote genesis/coreform/v0.2))\n (if\n (((selfhost/typecheck::profile-binding-exact? profiles)\n (quote genesis/hash-profile))\n (quote genesis/hash-profile/gcv0.2-blake3))\n (if\n (((selfhost/typecheck::profile-binding-exact? profiles)\n (quote genesis/language-profile))\n (quote genesis/language-profile/v0.2))\n (((selfhost/typecheck::profile-binding-exact? profiles)\n (quote genesis/module-resolution-profile))\n (quote genesis/module-resolution-profile-v0.1))\n false)\n false)\n false)\n false)))\n\n(def selfhost/typecheck::profile-binding-exact?\n (fn (profiles)\n (fn (key)\n (fn (expected)\n (let ((actual ((core/map::get profiles) key)))\n (if (selfhost/typecheck::sym? actual)\n ((core/sym::eq? actual) expected)\n false))))))\n\n(def selfhost/typecheck::symbol-map-or-error\n (fn (mapping)\n (fn (message)\n (((selfhost/typecheck::symbol-map-or-error-loop (core/map::entries mapping)) message)\n 0))))\n\n(def selfhost/typecheck::symbol-map-or-error-loop\n (fn (entries)\n (fn (message)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n (selfhost/typecheck::ok {})\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((key ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (if\n (if (selfhost/typecheck::sym? key)\n (selfhost/typecheck::sym? value)\n false)\n (let\n ((rest\n (((selfhost/typecheck::symbol-map-or-error-loop entries) message)\n ((core/int::add i) 1))))\n (if (selfhost/typecheck::result-ok? rest)\n (selfhost/typecheck::ok\n (((core/map::put ((core/map::get rest) (quote :value))) key) value))\n rest))\n (selfhost/typecheck::err message)))))))))\n\n(def selfhost/typecheck::module-definitions\n (fn (forms)\n (((selfhost/typecheck::module-definitions-loop forms) (core/vec::len forms)) 0)))\n\n(def selfhost/typecheck::module-definitions-loop\n (fn (forms)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {}\n (let\n ((rest\n (((selfhost/typecheck::module-definitions-loop forms) n)\n ((core/int::add i) 1)))\n (parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i))))\n (if (selfhost/typecheck::nil? parsed)\n rest\n (let ((name ((core/map::get parsed) (quote :name))))\n (if ((core/sym::eq? name) (quote ::meta))\n rest\n ((selfhost/typecheck::set-add rest) name))))))))))\n\n(def selfhost/typecheck::parse-module-descriptor\n (fn (module)\n (fn (errors)\n (let\n ((path ((core/map::get module) (quote :path)))\n (meta ((core/map::get module) (quote :meta))))\n (if (selfhost/typecheck::map? meta)\n (let\n ((errors1\n (if ((selfhost/typecheck::map-has-key? meta) (quote :module-profile))\n (let ((profile ((core/map::get meta) (quote :module-profile))))\n (if\n (if (selfhost/typecheck::sym? profile)\n ((core/sym::eq? profile)\n selfhost/typecheck::module-resolution-profile)\n false)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4\n \":module-profile must be exact symbol genesis/module-resolution-profile-v0.1, got \"\n (selfhost/typecheck::term-str profile))\n \"\"\n \"\"))))\n (((selfhost/typecheck::module-error-add errors) path)\n \"every module in the resolution closure must declare :module-profile genesis/module-resolution-profile-v0.1\"))))\n (let\n ((imports\n ((((selfhost/typecheck::parse-unique-symbol-vector meta) (quote :imports))\n path)\n errors1)))\n (let\n ((exports\n ((((selfhost/typecheck::parse-unique-symbol-vector meta) (quote :exports))\n path)\n ((core/map::get imports) (quote :errors)))))\n (let\n ((profiles\n (((selfhost/typecheck::parse-required-profiles meta) path)\n ((core/map::get exports) (quote :errors)))))\n {:descriptor\n {:definitions\n (selfhost/typecheck::module-definitions\n ((core/map::get module) (quote :forms)))\n :exports ((core/map::get exports) (quote :set))\n :imports ((core/map::get imports) (quote :set))\n :required-profiles\n ((core/map::get profiles) (quote :profiles))}\n :errors ((core/map::get profiles) (quote :errors))}))))\n {:descriptor\n {:definitions {} :exports {} :imports {} :required-profiles {}}\n :errors\n (((selfhost/typecheck::module-error-add errors) path)\n \"module-resolution profile requires map-shaped ::meta\")})))))\n\n(def selfhost/typecheck::parse-module-descriptors\n (fn (modules)\n (((selfhost/typecheck::parse-module-descriptors-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::parse-module-descriptors-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:descriptors [] :errors {}}\n (let\n ((rest\n (((selfhost/typecheck::parse-module-descriptors-loop modules) n)\n ((core/int::add i) 1))))\n (let\n ((parsed\n ((selfhost/typecheck::parse-module-descriptor\n ((core/vec::get modules) i))\n ((core/map::get rest) (quote :errors)))))\n {:descriptors\n ((core/vec::append\n ((core/vec::push []) ((core/map::get parsed) (quote :descriptor))))\n ((core/map::get rest) (quote :descriptors)))\n :errors ((core/map::get parsed) (quote :errors))})))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"oo/\x9Aw\xA52\xD4\xBA\x87Z!*w\xA7\xC5\xEA`0\x95w\xFFt\xC1o\x19l\x17\x01/\x1F\xCD" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::collect-module-references (fn (forms) (fn (local-definitions) (((((selfhost/typecheck::collect-module-references-loop forms) local-definitions) (core/vec::len forms)) 0) {})))) (def selfhost/typecheck::collect-module-references-loop (fn (forms) (fn (local-definitions) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((form ((core/vec::get forms) i)) (parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i)))) (((((selfhost/typecheck::collect-module-references-loop forms) local-definitions) n) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-references (if (selfhost/typecheck::nil? parsed) form ((core/map::get parsed) (quote :expr)))) local-definitions) {}) out)))))))))) (def selfhost/typecheck::collect-references (fn (term) (fn (local-definitions) (fn (bound) (fn (out) (if (selfhost/typecheck::sym? term) (if (if (selfhost/typecheck::symbol-keyword? term) true (if ((selfhost/typecheck::set-has? local-definitions) term) true ((selfhost/typecheck::set-has? bound) term))) out ((selfhost/typecheck::set-add out) term)) (if (selfhost/typecheck::pair? term) ((((selfhost/typecheck::collect-pair-references term) local-definitions) bound) out) (if (selfhost/typecheck::vec? term) (((((selfhost/typecheck::collect-reference-items term) local-definitions) bound) 0) out) (if (selfhost/typecheck::map? term) ((((selfhost/typecheck::collect-reference-map (core/map::entries term)) local-definitions) bound) out) out))))))))) (def selfhost/typecheck::symbol-keyword? (fn (symbol) (let ((bytes (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol)))) (if ((core/int::eq? (core/bytes::len bytes)) 0) false ((core/int::eq? ((core/bytes::get bytes) 0)) 58))))) (def selfhost/typecheck::collect-pair-references (fn (term) (fn (local-definitions) (fn (bound) (fn (out) (let ((items (selfhost/typecheck::list-items-or-nil term))) (if (selfhost/typecheck::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) out (let ((head ((core/vec::get items) 0))) (if (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote quote)) false) out (if (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote fn)) ((core/int::lt? 2) (core/vec::len items)) false) false) ((((selfhost/typecheck::collect-fn-references items) local-definitions) bound) out) (if (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote let)) ((core/int::lt? 2) (core/vec::len items)) false) false) ((((selfhost/typecheck::collect-let-references items) local-definitions) bound) out) (if (if (selfhost/typecheck::sym? head) ((core/sym::eq? head) (quote prim)) false) (((((selfhost/typecheck::collect-reference-items items) local-definitions) bound) 2) out) (if (if (selfhost/typecheck::sym? head) (if ((core/sym::eq? head) (quote def)) ((core/int::eq? (core/vec::len items)) 3) false) false) ((((selfhost/typecheck::collect-references ((core/vec::get items) 2)) local-definitions) bound) out) (((((selfhost/typecheck::collect-reference-items items) local-definitions) bound) 0) out)))))))) (let ((with-car ((((selfhost/typecheck::collect-references (core/pair::car term)) local-definitions) bound) out))) ((((selfhost/typecheck::collect-references (core/pair::cdr term)) local-definitions) bound) with-car))))))))) (def selfhost/typecheck::collect-fn-references (fn (items) (fn (local-definitions) (fn (bound) (fn (out) (let ((params (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (let ((body-bound (if (selfhost/typecheck::vec? params) ((selfhost/typecheck::bind-symbols params) bound) bound))) (((((selfhost/typecheck::collect-reference-items items) local-definitions) body-bound) 2) out)))))))) (def selfhost/typecheck::collect-let-references (fn (items) (fn (local-definitions) (fn (bound) (fn (out) (let ((bindings (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1)))) (let ((binding-state (if (selfhost/typecheck::vec? bindings) ((((selfhost/typecheck::collect-let-binding-references bindings) local-definitions) bound) out) {:bound bound :out out}))) (((((selfhost/typecheck::collect-reference-items items) local-definitions) ((core/map::get binding-state) (quote :bound))) 2) ((core/map::get binding-state) (quote :out)))))))))) (def selfhost/typecheck::collect-let-binding-references (fn (bindings) (fn (local-definitions) (fn (bound) (fn (out) (((((selfhost/typecheck::collect-let-binding-references-loop bindings) local-definitions) bound) 0) {:bound bound :out out})))))) (def selfhost/typecheck::collect-let-binding-references-loop (fn (bindings) (fn (local-definitions) (fn (original-bound) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len bindings)) state (let ((pair (selfhost/typecheck::list-items-or-nil ((core/vec::get bindings) i)))) (if (if (selfhost/typecheck::vec? pair) ((core/int::eq? (core/vec::len pair)) 2) false) (let ((name ((core/vec::get pair) 0)) (value ((core/vec::get pair) 1))) (((((selfhost/typecheck::collect-let-binding-references-loop bindings) local-definitions) original-bound) ((core/int::add i) 1)) {:bound (if (selfhost/typecheck::sym? name) ((selfhost/typecheck::set-add ((core/map::get state) (quote :bound))) name) ((core/map::get state) (quote :bound))) :out ((((selfhost/typecheck::collect-references value) local-definitions) original-bound) ((core/map::get state) (quote :out)))})) (((((selfhost/typecheck::collect-let-binding-references-loop bindings) local-definitions) original-bound) ((core/int::add i) 1)) state)))))))))) (def selfhost/typecheck::collect-reference-items (fn (items) (fn (local-definitions) (fn (bound) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len items)) out (((((selfhost/typecheck::collect-reference-items items) local-definitions) bound) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-references ((core/vec::get items) i)) local-definitions) bound) out))))))))) (def selfhost/typecheck::collect-reference-map (fn (entries) (fn (local-definitions) (fn (bound) (fn (out) (((((selfhost/typecheck::collect-reference-map-loop entries) local-definitions) bound) 0) out)))))) (def selfhost/typecheck::collect-reference-map-loop (fn (entries) (fn (local-definitions) (fn (bound) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (((((selfhost/typecheck::collect-reference-map-loop entries) local-definitions) bound) ((core/int::add i) 1)) ((((selfhost/typecheck::collect-references ((core/vec::get ((core/vec::get entries) i)) 1)) local-definitions) bound) out)))))))))] :module-h b"\xCE\xFE?\xA6a\x8B\xAB\xDD\xBD\xD4_\x17\x15/\x93\x7F\xE9\x14\x88|z\xA0?\xF5A\x7FY\x03\x0F\x1A\x1AR" :path "selfhost/typecheck_module_profile_references_v1.gc" :source "(def selfhost/typecheck::collect-module-references\n (fn (forms)\n (fn (local-definitions)\n (((((selfhost/typecheck::collect-module-references-loop forms)\n local-definitions)\n (core/vec::len forms))\n 0)\n {}))))\n\n(def selfhost/typecheck::collect-module-references-loop\n (fn (forms)\n (fn (local-definitions)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let\n ((form ((core/vec::get forms) i))\n (parsed (selfhost/typecheck::parse-def-term ((core/vec::get forms) i))))\n (((((selfhost/typecheck::collect-module-references-loop forms)\n local-definitions)\n n)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-references\n (if (selfhost/typecheck::nil? parsed)\n form\n ((core/map::get parsed) (quote :expr))))\n local-definitions)\n {})\n out))))))))))\n\n(def selfhost/typecheck::collect-references\n (fn (term)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (if (selfhost/typecheck::sym? term)\n (if\n (if (selfhost/typecheck::symbol-keyword? term)\n true\n (if ((selfhost/typecheck::set-has? local-definitions) term)\n true\n ((selfhost/typecheck::set-has? bound) term)))\n out\n ((selfhost/typecheck::set-add out) term))\n (if (selfhost/typecheck::pair? term)\n ((((selfhost/typecheck::collect-pair-references term)\n local-definitions)\n bound)\n out)\n (if (selfhost/typecheck::vec? term)\n (((((selfhost/typecheck::collect-reference-items term)\n local-definitions)\n bound)\n 0)\n out)\n (if (selfhost/typecheck::map? term)\n ((((selfhost/typecheck::collect-reference-map\n (core/map::entries term))\n local-definitions)\n bound)\n out)\n out)))))))))\n\n(def selfhost/typecheck::symbol-keyword?\n (fn (symbol)\n (let ((bytes (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol))))\n (if ((core/int::eq? (core/bytes::len bytes)) 0)\n false\n ((core/int::eq? ((core/bytes::get bytes) 0)) 58)))))\n\n(def selfhost/typecheck::collect-pair-references\n (fn (term)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (let ((items (selfhost/typecheck::list-items-or-nil term)))\n (if (selfhost/typecheck::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n out\n (let ((head ((core/vec::get items) 0)))\n (if\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote quote))\n false)\n out\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote fn))\n ((core/int::lt? 2) (core/vec::len items))\n false)\n false)\n ((((selfhost/typecheck::collect-fn-references items)\n local-definitions)\n bound)\n out)\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote let))\n ((core/int::lt? 2) (core/vec::len items))\n false)\n false)\n ((((selfhost/typecheck::collect-let-references items)\n local-definitions)\n bound)\n out)\n (if\n (if (selfhost/typecheck::sym? head)\n ((core/sym::eq? head) (quote prim))\n false)\n (((((selfhost/typecheck::collect-reference-items items)\n local-definitions)\n bound)\n 2)\n out)\n (if\n (if (selfhost/typecheck::sym? head)\n (if ((core/sym::eq? head) (quote def))\n ((core/int::eq? (core/vec::len items)) 3)\n false)\n false)\n ((((selfhost/typecheck::collect-references\n ((core/vec::get items) 2))\n local-definitions)\n bound)\n out)\n (((((selfhost/typecheck::collect-reference-items items)\n local-definitions)\n bound)\n 0)\n out))))))))\n (let\n ((with-car\n ((((selfhost/typecheck::collect-references (core/pair::car term))\n local-definitions)\n bound)\n out)))\n ((((selfhost/typecheck::collect-references (core/pair::cdr term))\n local-definitions)\n bound)\n with-car)))))))))\n\n(def selfhost/typecheck::collect-fn-references\n (fn (items)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (let\n ((params\n (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (let\n ((body-bound\n (if (selfhost/typecheck::vec? params)\n ((selfhost/typecheck::bind-symbols params) bound)\n bound)))\n (((((selfhost/typecheck::collect-reference-items items)\n local-definitions)\n body-bound)\n 2)\n out))))))))\n\n(def selfhost/typecheck::collect-let-references\n (fn (items)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (let\n ((bindings\n (selfhost/typecheck::list-items-or-nil ((core/vec::get items) 1))))\n (let\n ((binding-state\n (if (selfhost/typecheck::vec? bindings)\n ((((selfhost/typecheck::collect-let-binding-references bindings)\n local-definitions)\n bound)\n out)\n {:bound bound :out out})))\n (((((selfhost/typecheck::collect-reference-items items)\n local-definitions)\n ((core/map::get binding-state) (quote :bound)))\n 2)\n ((core/map::get binding-state) (quote :out))))))))))\n\n(def selfhost/typecheck::collect-let-binding-references\n (fn (bindings)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (((((selfhost/typecheck::collect-let-binding-references-loop bindings)\n local-definitions)\n bound)\n 0)\n {:bound bound :out out}))))))\n\n(def selfhost/typecheck::collect-let-binding-references-loop\n (fn (bindings)\n (fn (local-definitions)\n (fn (original-bound)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len bindings))\n state\n (let\n ((pair\n (selfhost/typecheck::list-items-or-nil\n ((core/vec::get bindings) i))))\n (if\n (if (selfhost/typecheck::vec? pair)\n ((core/int::eq? (core/vec::len pair)) 2)\n false)\n (let\n ((name ((core/vec::get pair) 0))\n (value ((core/vec::get pair) 1)))\n (((((selfhost/typecheck::collect-let-binding-references-loop bindings)\n local-definitions)\n original-bound)\n ((core/int::add i) 1))\n {:bound\n (if (selfhost/typecheck::sym? name)\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :bound)))\n name)\n ((core/map::get state) (quote :bound)))\n :out\n ((((selfhost/typecheck::collect-references value)\n local-definitions)\n original-bound)\n ((core/map::get state) (quote :out)))}))\n (((((selfhost/typecheck::collect-let-binding-references-loop bindings)\n local-definitions)\n original-bound)\n ((core/int::add i) 1))\n state))))))))))\n\n(def selfhost/typecheck::collect-reference-items\n (fn (items)\n (fn (local-definitions)\n (fn (bound)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len items))\n out\n (((((selfhost/typecheck::collect-reference-items items) local-definitions)\n bound)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-references\n ((core/vec::get items) i))\n local-definitions)\n bound)\n out)))))))))\n\n(def selfhost/typecheck::collect-reference-map\n (fn (entries)\n (fn (local-definitions)\n (fn (bound)\n (fn (out)\n (((((selfhost/typecheck::collect-reference-map-loop entries)\n local-definitions)\n bound)\n 0)\n out))))))\n\n(def selfhost/typecheck::collect-reference-map-loop\n (fn (entries)\n (fn (local-definitions)\n (fn (bound)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (((((selfhost/typecheck::collect-reference-map-loop entries)\n local-definitions)\n bound)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::collect-references\n ((core/vec::get ((core/vec::get entries) i)) 1))\n local-definitions)\n bound)\n out)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xCE\xFE?\xA6a\x8B\xAB\xDD\xBD\xD4_\x17\x15/\x93\x7F\xE9\x14\x88|z\xA0?\xF5A\x7FY\x03\x0F\x1A\x1AR" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::module-content-identity (fn (forms) (core/bytes::from-hex (core/cli::hash-module-forms forms)))) (def selfhost/typecheck::module-paths (fn (modules) (((selfhost/typecheck::module-paths-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::module-paths-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) [] ((core/vec::append ((core/vec::push []) ((core/map::get ((core/vec::get modules) i)) (quote :path)))) (((selfhost/typecheck::module-paths-loop modules) n) ((core/int::add i) 1)))))))) (def selfhost/typecheck::module-identities (fn (modules) (((selfhost/typecheck::module-identities-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::module-identities-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {} (let ((module ((core/vec::get modules) i)) (rest (((selfhost/typecheck::module-identities-loop modules) n) ((core/int::add i) 1)))) (((core/map::put rest) ((core/map::get module) (quote :path))) (selfhost/typecheck::module-content-identity ((core/map::get module) (quote :forms)))))))))) (def selfhost/typecheck::validate-module-paths (fn (modules) (((selfhost/typecheck::validate-module-paths-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::validate-module-paths-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:errors {} :paths {}} (let ((module ((core/vec::get modules) i)) (rest (((selfhost/typecheck::validate-module-paths-loop modules) n) ((core/int::add i) 1)))) (let ((path ((core/map::get module) (quote :path))) (valid (selfhost/typecheck::validate-portable-module-path ((core/map::get module) (quote :path))))) {:errors (if (selfhost/typecheck::result-ok? valid) ((core/map::get rest) (quote :errors)) (((selfhost/typecheck::module-error-add ((core/map::get rest) (quote :errors))) path) ((core/map::get valid) (quote :error)))) :paths (((selfhost/typecheck::map-vec-push ((core/map::get rest) (quote :paths))) path) i)}))))))) (def selfhost/typecheck::add-duplicate-path-errors (fn (paths) (fn (errors) (((selfhost/typecheck::add-duplicate-path-errors-loop (core/map::entries paths)) 0) errors)))) (def selfhost/typecheck::add-duplicate-path-errors-loop (fn (entries) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((path ((core/vec::get entry) 0)) (indices ((core/vec::get entry) 1))) (((selfhost/typecheck::add-duplicate-path-errors-loop entries) ((core/int::add i) 1)) (if ((core/int::lt? 1) (core/vec::len indices)) (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "duplicate module path ") path) " at manifest indices [") ((selfhost/typecheck::str2 ((core/str::join ((selfhost/typecheck::vec-map indices) selfhost/typecheck::int-str)) ", ")) "]"))) errors))))))))) (def selfhost/typecheck::build-definition-owners (fn (descriptors) (((selfhost/typecheck::build-definition-owners-loop descriptors) (core/vec::len descriptors)) 0))) (def selfhost/typecheck::build-definition-owners-loop (fn (descriptors) (fn (n) (fn (i) (if ((core/int::eq? i) n) {} (let ((rest (((selfhost/typecheck::build-definition-owners-loop descriptors) n) ((core/int::add i) 1))) (definitions (selfhost/typecheck::set-keys ((core/map::get ((core/vec::get descriptors) i)) (quote :definitions))))) (((selfhost/typecheck::add-definition-owner-loop definitions) i) rest))))))) (def selfhost/typecheck::add-definition-owner-loop (fn (definitions) (fn (owner) (fn (owners) (((((selfhost/typecheck::add-definition-owner-items definitions) owner) (core/vec::len definitions)) 0) owners))))) (def selfhost/typecheck::add-definition-owner-items (fn (definitions) (fn (owner) (fn (n) (fn (i) (fn (owners) (if ((core/int::eq? i) n) owners (let ((symbol ((core/vec::get definitions) i)) (current ((core/map::get owners) ((core/vec::get definitions) i)))) (((((selfhost/typecheck::add-definition-owner-items definitions) owner) n) ((core/int::add i) 1)) (((core/map::put owners) symbol) ((selfhost/typecheck::set-add (if (selfhost/typecheck::map? current) current {})) owner))))))))))) (def selfhost/typecheck::validate-exports-defined (fn (modules) (fn (descriptors) (fn (errors) (((((selfhost/typecheck::validate-exports-defined-loop modules) descriptors) (core/vec::len modules)) 0) errors))))) (def selfhost/typecheck::validate-exports-defined-loop (fn (modules) (fn (descriptors) (fn (n) (fn (i) (fn (errors) (if ((core/int::eq? i) n) errors (let ((descriptor ((core/vec::get descriptors) i)) (path ((core/map::get ((core/vec::get modules) i)) (quote :path)))) (((((selfhost/typecheck::validate-exports-defined-loop modules) descriptors) n) ((core/int::add i) 1)) ((((selfhost/typecheck::validate-export-symbols (selfhost/typecheck::set-keys ((core/map::get descriptor) (quote :exports)))) ((core/map::get descriptor) (quote :definitions))) path) errors)))))))))) (def selfhost/typecheck::validate-export-symbols (fn (exports) (fn (definitions) (fn (path) (fn (errors) (((((selfhost/typecheck::validate-export-symbols-loop exports) definitions) path) 0) errors)))))) (def selfhost/typecheck::validate-export-symbols-loop (fn (exports) (fn (definitions) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len exports)) errors (let ((export ((core/vec::get exports) i))) (((((selfhost/typecheck::validate-export-symbols-loop exports) definitions) path) ((core/int::add i) 1)) (if ((selfhost/typecheck::set-has? definitions) export) errors (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "export ") (selfhost/typecheck::symbol-str export)) " is not defined by this module")))))))))))) (def selfhost/typecheck::validate-definition-owners (fn (modules) (fn (owners) (fn (errors) ((((selfhost/typecheck::validate-definition-owners-loop (core/map::entries owners)) modules) 0) errors))))) (def selfhost/typecheck::validate-definition-owners-loop (fn (entries) (fn (modules) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((symbol ((core/vec::get entry) 0)) (owner-indices (selfhost/typecheck::set-keys ((core/vec::get entry) 1)))) (let ((next-errors (if ((core/int::lt? 1) (core/vec::len owner-indices)) ((((selfhost/typecheck::add-owner-error-to-indices owner-indices) modules) ((((selfhost/typecheck::str4 "definition ") (selfhost/typecheck::symbol-str symbol)) " has multiple module owners [") ((selfhost/typecheck::str2 ((core/str::join ((selfhost/typecheck::vec-map owner-indices) (fn (index) ((core/map::get ((core/vec::get modules) index)) (quote :path))))) ", ")) "]"))) errors) errors))) ((((selfhost/typecheck::validate-definition-owners-loop entries) modules) ((core/int::add i) 1)) next-errors)))))))))) (def selfhost/typecheck::add-owner-error-to-indices (fn (indices) (fn (modules) (fn (message) (fn (errors) (((((selfhost/typecheck::add-owner-error-to-indices-loop indices) modules) message) 0) errors)))))) (def selfhost/typecheck::add-owner-error-to-indices-loop (fn (indices) (fn (modules) (fn (message) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len indices)) errors (let ((path ((core/map::get ((core/vec::get modules) ((core/vec::get indices) i))) (quote :path)))) (((((selfhost/typecheck::add-owner-error-to-indices-loop indices) modules) message) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) message)))))))))) (def selfhost/typecheck::validate-imports-and-references (fn (modules) (fn (descriptors) (fn (owners) (fn (errors) (((((selfhost/typecheck::validate-imports-and-references-loop modules) descriptors) owners) 0) errors)))))) (def selfhost/typecheck::validate-imports-and-references-loop (fn (modules) (fn (descriptors) (fn (owners) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len modules)) errors (let ((descriptor ((core/vec::get descriptors) i)) (path ((core/map::get ((core/vec::get modules) i)) (quote :path)))) (let ((with-imports ((((((selfhost/typecheck::validate-import-items (selfhost/typecheck::set-keys ((core/map::get descriptor) (quote :imports)))) modules) descriptors) owners) i) errors)) (references ((selfhost/typecheck::collect-module-references ((core/map::get ((core/vec::get modules) i)) (quote :forms))) ((core/map::get descriptor) (quote :definitions))))) (((((selfhost/typecheck::validate-imports-and-references-loop modules) descriptors) owners) ((core/int::add i) 1)) ((((((selfhost/typecheck::validate-reference-items (selfhost/typecheck::set-keys references)) modules) descriptors) owners) i) with-imports))))))))))) (def selfhost/typecheck::validate-import-items (fn (imports) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (errors) (((((((selfhost/typecheck::validate-import-items-loop imports) modules) descriptors) owners) consumer) 0) errors)))))))) (def selfhost/typecheck::validate-import-items-loop (fn (imports) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len imports)) errors (((((((selfhost/typecheck::validate-import-items-loop imports) modules) descriptors) owners) consumer) ((core/int::add i) 1)) ((((((selfhost/typecheck::validate-one-import ((core/vec::get imports) i)) modules) descriptors) owners) consumer) errors))))))))))) (def selfhost/typecheck::validate-one-import (fn (import) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (errors) (let ((path ((core/map::get ((core/vec::get modules) consumer)) (quote :path))) (import-owners ((core/map::get owners) import))) (if (selfhost/typecheck::map? import-owners) (let ((indices (selfhost/typecheck::set-keys import-owners))) (if ((core/int::eq? (core/vec::len indices)) 1) (let ((owner ((core/vec::get indices) 0))) (if ((core/int::eq? owner) consumer) (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "local symbol ") (selfhost/typecheck::symbol-str import)) " must not be listed in :imports")) (if ((selfhost/typecheck::set-has? ((core/map::get ((core/vec::get descriptors) owner)) (quote :exports))) import) (if ((core/int::lt? consumer) owner) (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "import ") (selfhost/typecheck::symbol-str import)) " resolves to later module ") ((selfhost/typecheck::str2 ((core/map::get ((core/vec::get modules) owner)) (quote :path))) "; imports must target earlier manifest entries (cycles and forward imports are forbidden)"))) errors) (((selfhost/typecheck::module-error-add errors) path) (((((selfhost/typecheck::str4 "import ") (selfhost/typecheck::symbol-str import)) " is private to module ") ((core/map::get ((core/vec::get modules) owner)) (quote :path))) ""))))) (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "import ") (selfhost/typecheck::symbol-str import)) " has ambiguous ownership")))) (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "import ") (selfhost/typecheck::symbol-str import)) " has no owner in the supplied package closure"))))))))))) (def selfhost/typecheck::validate-reference-items (fn (references) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (errors) (((((((selfhost/typecheck::validate-reference-items-loop references) modules) descriptors) owners) consumer) 0) errors)))))))) (def selfhost/typecheck::validate-reference-items-loop (fn (references) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len references)) errors (((((((selfhost/typecheck::validate-reference-items-loop references) modules) descriptors) owners) consumer) ((core/int::add i) 1)) ((((((selfhost/typecheck::validate-one-reference ((core/vec::get references) i)) modules) descriptors) owners) consumer) errors))))))))))) (def selfhost/typecheck::validate-one-reference (fn (reference) (fn (modules) (fn (descriptors) (fn (owners) (fn (consumer) (fn (errors) (let ((reference-owners ((core/map::get owners) reference))) (if (selfhost/typecheck::map? reference-owners) (let ((indices (selfhost/typecheck::set-keys reference-owners))) (if (if ((selfhost/typecheck::set-has? reference-owners) consumer) true (if ((core/int::eq? (core/vec::len indices)) 1) false true)) errors (let ((owner ((core/vec::get indices) 0)) (path ((core/map::get ((core/vec::get modules) consumer)) (quote :path)))) (if ((selfhost/typecheck::set-has? ((core/map::get ((core/vec::get descriptors) owner)) (quote :exports))) reference) (if ((selfhost/typecheck::set-has? ((core/map::get ((core/vec::get descriptors) consumer)) (quote :imports))) reference) errors (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "reference ") (selfhost/typecheck::symbol-str reference)) " is not declared in :imports"))) (((selfhost/typecheck::module-error-add errors) path) (((((selfhost/typecheck::str4 "reference ") (selfhost/typecheck::symbol-str reference)) " crosses the private boundary of module ") ((core/map::get ((core/vec::get modules) owner)) (quote :path))) "")))))) errors))))))))) (def selfhost/typecheck::module-errors-to-vectors (fn (errors) ((selfhost/typecheck::module-errors-to-vectors-loop (core/map::entries errors)) 0))) (def selfhost/typecheck::module-errors-to-vectors-loop (fn (entries) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) {} (let ((entry ((core/vec::get entries) i)) (rest ((selfhost/typecheck::module-errors-to-vectors-loop entries) ((core/int::add i) 1)))) (((core/map::put rest) ((core/vec::get entry) 0)) (selfhost/typecheck::set-keys ((core/vec::get entry) 1)))))))) (def selfhost/typecheck::resolution-identity-modules (fn (modules) (fn (descriptors) (fn (identities) (((((selfhost/typecheck::resolution-identity-modules-loop modules) descriptors) identities) (core/vec::len modules)) 0))))) (def selfhost/typecheck::resolution-identity-modules-loop (fn (modules) (fn (descriptors) (fn (identities) (fn (n) (fn (i) (if ((core/int::eq? i) n) [] (let ((module ((core/vec::get modules) i)) (descriptor ((core/vec::get descriptors) i))) ((core/vec::append ((core/vec::push []) {:content-h ((core/map::get identities) ((core/map::get module) (quote :path))) :exports (selfhost/typecheck::set-keys ((core/map::get descriptor) (quote :exports))) :imports (selfhost/typecheck::set-keys ((core/map::get descriptor) (quote :imports))) :path ((core/map::get module) (quote :path)) :requires-profiles ((core/map::get descriptor) (quote :required-profiles))})) (((((selfhost/typecheck::resolution-identity-modules-loop modules) descriptors) identities) n) ((core/int::add i) 1))))))))))) (def selfhost/typecheck::resolution-identity (fn (modules) (fn (descriptors) (fn (identities) (core/bytes::from-hex (selfhost/hash::hash-term {:kind selfhost/typecheck::module-resolution-profile :modules (((selfhost/typecheck::resolution-identity-modules modules) descriptors) identities)})))))) (def selfhost/typecheck::resolve-module-profile (fn (modules) (let ((active (selfhost/typecheck::module-profile-active? modules)) (identities (selfhost/typecheck::module-identities modules)) (order (selfhost/typecheck::module-paths modules))) (if active (let ((path-state (selfhost/typecheck::validate-module-paths modules))) (let ((errors0 ((selfhost/typecheck::add-duplicate-path-errors ((core/map::get path-state) (quote :paths))) ((core/map::get path-state) (quote :errors)))) (parsed (selfhost/typecheck::parse-module-descriptors modules))) (let ((descriptors ((core/map::get parsed) (quote :descriptors))) (owners (selfhost/typecheck::build-definition-owners ((core/map::get parsed) (quote :descriptors))))) (let ((errors1 (((selfhost/typecheck::validate-exports-defined modules) descriptors) ((selfhost/typecheck::merge-module-error-sets errors0) ((core/map::get parsed) (quote :errors)))))) (let ((errors2 (((selfhost/typecheck::validate-definition-owners modules) owners) errors1))) (let ((errors3 ((((selfhost/typecheck::validate-imports-and-references modules) descriptors) owners) errors2))) {:active true :descriptors descriptors :errors (selfhost/typecheck::module-errors-to-vectors errors3) :identity (if ((core/int::eq? (core/map::len errors3)) 0) (((selfhost/typecheck::resolution-identity modules) descriptors) identities) nil) :module-identities identities :ok ((core/int::eq? (core/map::len errors3)) 0) :resolution-order order})))))) {:active false :descriptors [] :errors {} :identity nil :module-identities identities :ok true :resolution-order order})))) (def selfhost/typecheck::merge-module-error-sets (fn (left) (fn (right) (((selfhost/typecheck::merge-module-error-sets-loop (core/map::entries right)) 0) left)))) (def selfhost/typecheck::merge-module-error-sets-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (let ((path ((core/vec::get entry) 0)) (messages (selfhost/typecheck::set-keys ((core/vec::get entry) 1)))) (((selfhost/typecheck::merge-module-error-sets-loop entries) ((core/int::add i) 1)) (((selfhost/typecheck::merge-module-error-items messages) path) out))))))))) (def selfhost/typecheck::merge-module-error-items (fn (messages) (fn (path) (fn (errors) ((((selfhost/typecheck::merge-module-error-items-loop messages) path) 0) errors))))) (def selfhost/typecheck::merge-module-error-items-loop (fn (messages) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len messages)) errors ((((selfhost/typecheck::merge-module-error-items-loop messages) path) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) ((core/vec::get messages) i)))))))))] :module-h b"PR1\x84\"\xC1%\x0B5tO=\xCD\xEF\x99t\x00\x90x\xDB\x9E\xE3\x8E\x123\x86\xD1pq+\xB0\x85" :path "selfhost/typecheck_module_profile_resolution_v1.gc" :source "(def selfhost/typecheck::module-content-identity\n (fn (forms)\n (core/bytes::from-hex (core/cli::hash-module-forms forms))))\n\n(def selfhost/typecheck::module-paths\n (fn (modules)\n (((selfhost/typecheck::module-paths-loop modules) (core/vec::len modules)) 0)))\n\n(def selfhost/typecheck::module-paths-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n []\n ((core/vec::append\n ((core/vec::push [])\n ((core/map::get ((core/vec::get modules) i)) (quote :path))))\n (((selfhost/typecheck::module-paths-loop modules) n)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::module-identities\n (fn (modules)\n (((selfhost/typecheck::module-identities-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::module-identities-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {}\n (let\n ((module ((core/vec::get modules) i))\n (rest\n (((selfhost/typecheck::module-identities-loop modules) n)\n ((core/int::add i) 1))))\n (((core/map::put rest) ((core/map::get module) (quote :path)))\n (selfhost/typecheck::module-content-identity\n ((core/map::get module) (quote :forms))))))))))\n\n(def selfhost/typecheck::validate-module-paths\n (fn (modules)\n (((selfhost/typecheck::validate-module-paths-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::validate-module-paths-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:errors {} :paths {}}\n (let\n ((module ((core/vec::get modules) i))\n (rest\n (((selfhost/typecheck::validate-module-paths-loop modules) n)\n ((core/int::add i) 1))))\n (let\n ((path ((core/map::get module) (quote :path)))\n (valid\n (selfhost/typecheck::validate-portable-module-path\n ((core/map::get module) (quote :path)))))\n {:errors\n (if (selfhost/typecheck::result-ok? valid)\n ((core/map::get rest) (quote :errors))\n (((selfhost/typecheck::module-error-add\n ((core/map::get rest) (quote :errors)))\n path)\n ((core/map::get valid) (quote :error))))\n :paths\n (((selfhost/typecheck::map-vec-push\n ((core/map::get rest) (quote :paths)))\n path)\n i)})))))))\n\n(def selfhost/typecheck::add-duplicate-path-errors\n (fn (paths)\n (fn (errors)\n (((selfhost/typecheck::add-duplicate-path-errors-loop (core/map::entries paths))\n 0)\n errors))))\n\n(def selfhost/typecheck::add-duplicate-path-errors-loop\n (fn (entries)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((path ((core/vec::get entry) 0))\n (indices ((core/vec::get entry) 1)))\n (((selfhost/typecheck::add-duplicate-path-errors-loop entries)\n ((core/int::add i) 1))\n (if ((core/int::lt? 1) (core/vec::len indices))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"duplicate module path \" path)\n \" at manifest indices [\"\n ((selfhost/typecheck::str2\n ((core/str::join\n (selfhost/typecheck::vec-map\n indices selfhost/typecheck::int-str))\n \", \"))\n \"]\")))\n errors)))))))))\n\n(def selfhost/typecheck::build-definition-owners\n (fn (descriptors)\n (((selfhost/typecheck::build-definition-owners-loop descriptors)\n (core/vec::len descriptors))\n 0)))\n\n(def selfhost/typecheck::build-definition-owners-loop\n (fn (descriptors)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {}\n (let\n ((rest\n (((selfhost/typecheck::build-definition-owners-loop descriptors) n)\n ((core/int::add i) 1)))\n (definitions\n (selfhost/typecheck::set-keys\n ((core/map::get ((core/vec::get descriptors) i))\n (quote :definitions)))))\n (((selfhost/typecheck::add-definition-owner-loop definitions) i) rest)))))))\n\n(def selfhost/typecheck::add-definition-owner-loop\n (fn (definitions)\n (fn (owner)\n (fn (owners)\n (((((selfhost/typecheck::add-definition-owner-items definitions) owner)\n (core/vec::len definitions))\n 0)\n owners)))))\n\n(def selfhost/typecheck::add-definition-owner-items\n (fn (definitions)\n (fn (owner)\n (fn (n)\n (fn (i)\n (fn (owners)\n (if ((core/int::eq? i) n)\n owners\n (let\n ((symbol ((core/vec::get definitions) i))\n (current\n ((core/map::get owners) ((core/vec::get definitions) i))))\n (((((selfhost/typecheck::add-definition-owner-items definitions) owner) n)\n ((core/int::add i) 1))\n (((core/map::put owners) symbol)\n ((selfhost/typecheck::set-add\n (if (selfhost/typecheck::map? current) current {}))\n owner)))))))))))\n\n(def selfhost/typecheck::validate-exports-defined\n (fn (modules)\n (fn (descriptors)\n (fn (errors)\n (((((selfhost/typecheck::validate-exports-defined-loop modules) descriptors)\n (core/vec::len modules))\n 0)\n errors)))))\n\n(def selfhost/typecheck::validate-exports-defined-loop\n (fn (modules)\n (fn (descriptors)\n (fn (n)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) n)\n errors\n (let\n ((descriptor ((core/vec::get descriptors) i))\n (path ((core/map::get ((core/vec::get modules) i)) (quote :path))))\n (((((selfhost/typecheck::validate-exports-defined-loop modules) descriptors)\n n)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::validate-export-symbols\n (selfhost/typecheck::set-keys\n ((core/map::get descriptor) (quote :exports))))\n ((core/map::get descriptor) (quote :definitions)))\n path)\n errors))))))))))\n\n(def selfhost/typecheck::validate-export-symbols\n (fn (exports)\n (fn (definitions)\n (fn (path)\n (fn (errors)\n (((((selfhost/typecheck::validate-export-symbols-loop exports) definitions)\n path)\n 0)\n errors))))))\n\n(def selfhost/typecheck::validate-export-symbols-loop\n (fn (exports)\n (fn (definitions)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len exports))\n errors\n (let ((export ((core/vec::get exports) i)))\n (((((selfhost/typecheck::validate-export-symbols-loop exports) definitions)\n path)\n ((core/int::add i) 1))\n (if ((selfhost/typecheck::set-has? definitions) export)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"export \"\n (selfhost/typecheck::symbol-str export))\n \" is not defined by this module\"))))))))))))\n\n(def selfhost/typecheck::validate-definition-owners\n (fn (modules)\n (fn (owners)\n (fn (errors)\n ((((selfhost/typecheck::validate-definition-owners-loop\n (core/map::entries owners))\n modules)\n 0)\n errors)))))\n\n(def selfhost/typecheck::validate-definition-owners-loop\n (fn (entries)\n (fn (modules)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let ((entry ((core/vec::get entries) i)))\n (let\n ((symbol ((core/vec::get entry) 0))\n (owner-indices\n (selfhost/typecheck::set-keys ((core/vec::get entry) 1))))\n (let\n ((next-errors\n (if ((core/int::lt? 1) (core/vec::len owner-indices))\n ((((selfhost/typecheck::add-owner-error-to-indices owner-indices)\n modules)\n ((selfhost/typecheck::str4 \"definition \"\n (selfhost/typecheck::symbol-str symbol))\n \" has multiple module owners [\"\n ((selfhost/typecheck::str2\n ((core/str::join\n (selfhost/typecheck::vec-map\n owner-indices\n (fn (index)\n ((core/map::get ((core/vec::get modules) index))\n (quote :path)))))\n \", \"))\n \"]\")))\n errors)\n errors)))\n ((((selfhost/typecheck::validate-definition-owners-loop entries)\n modules)\n ((core/int::add i) 1))\n next-errors))))))))))\n\n(def selfhost/typecheck::add-owner-error-to-indices\n (fn (indices)\n (fn (modules)\n (fn (message)\n (fn (errors)\n (((((selfhost/typecheck::add-owner-error-to-indices-loop indices) modules)\n message)\n 0)\n errors))))))\n\n(def selfhost/typecheck::add-owner-error-to-indices-loop\n (fn (indices)\n (fn (modules)\n (fn (message)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len indices))\n errors\n (let\n ((path\n ((core/map::get\n ((core/vec::get modules) ((core/vec::get indices) i)))\n (quote :path))))\n (((((selfhost/typecheck::add-owner-error-to-indices-loop indices) modules)\n message)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path) message))))))))))\n\n(def selfhost/typecheck::validate-imports-and-references\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (errors)\n (((((selfhost/typecheck::validate-imports-and-references-loop modules)\n descriptors)\n owners)\n 0)\n errors))))))\n\n(def selfhost/typecheck::validate-imports-and-references-loop\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len modules))\n errors\n (let\n ((descriptor ((core/vec::get descriptors) i))\n (path ((core/map::get ((core/vec::get modules) i)) (quote :path))))\n (let\n ((with-imports\n ((((((selfhost/typecheck::validate-import-items\n (selfhost/typecheck::set-keys\n ((core/map::get descriptor) (quote :imports))))\n modules)\n descriptors)\n owners)\n i)\n errors))\n (references\n ((selfhost/typecheck::collect-module-references\n ((core/map::get ((core/vec::get modules) i)) (quote :forms)))\n ((core/map::get descriptor) (quote :definitions)))))\n (((((selfhost/typecheck::validate-imports-and-references-loop modules)\n descriptors)\n owners)\n ((core/int::add i) 1))\n ((((((selfhost/typecheck::validate-reference-items\n (selfhost/typecheck::set-keys references))\n modules)\n descriptors)\n owners)\n i)\n with-imports)))))))))))\n\n(def selfhost/typecheck::validate-import-items\n (fn (imports)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (errors)\n (((((((selfhost/typecheck::validate-import-items-loop imports) modules)\n descriptors)\n owners)\n consumer)\n 0)\n errors))))))))\n\n(def selfhost/typecheck::validate-import-items-loop\n (fn (imports)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len imports))\n errors\n (((((((selfhost/typecheck::validate-import-items-loop imports) modules)\n descriptors)\n owners)\n consumer)\n ((core/int::add i) 1))\n ((((((selfhost/typecheck::validate-one-import\n ((core/vec::get imports) i))\n modules)\n descriptors)\n owners)\n consumer)\n errors)))))))))))\n\n(def selfhost/typecheck::validate-one-import\n (fn (import)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (errors)\n (let\n ((path\n ((core/map::get ((core/vec::get modules) consumer)) (quote :path)))\n (import-owners ((core/map::get owners) import)))\n (if (selfhost/typecheck::map? import-owners)\n (let ((indices (selfhost/typecheck::set-keys import-owners)))\n (if ((core/int::eq? (core/vec::len indices)) 1)\n (let ((owner ((core/vec::get indices) 0)))\n (if ((core/int::eq? owner) consumer)\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"local symbol \"\n (selfhost/typecheck::symbol-str import))\n \" must not be listed in :imports\"))\n (if\n ((selfhost/typecheck::set-has?\n ((core/map::get ((core/vec::get descriptors) owner))\n (quote :exports)))\n import)\n (if ((core/int::lt? consumer) owner)\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"import \"\n (selfhost/typecheck::symbol-str import))\n \" resolves to later module \"\n ((selfhost/typecheck::str2\n ((core/map::get ((core/vec::get modules) owner))\n (quote :path)))\n \"; imports must target earlier manifest entries (cycles and forward imports are forbidden)\")))\n errors)\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"import \"\n (selfhost/typecheck::symbol-str import))\n \" is private to module \"\n ((core/map::get ((core/vec::get modules) owner))\n (quote :path))\n \"\")))))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"import \"\n (selfhost/typecheck::symbol-str import))\n \" has ambiguous ownership\"))))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"import \"\n (selfhost/typecheck::symbol-str import))\n \" has no owner in the supplied package closure\")))))))))))\n\n(def selfhost/typecheck::validate-reference-items\n (fn (references)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (errors)\n (((((((selfhost/typecheck::validate-reference-items-loop references) modules)\n descriptors)\n owners)\n consumer)\n 0)\n errors))))))))\n\n(def selfhost/typecheck::validate-reference-items-loop\n (fn (references)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len references))\n errors\n (((((((selfhost/typecheck::validate-reference-items-loop references)\n modules)\n descriptors)\n owners)\n consumer)\n ((core/int::add i) 1))\n ((((((selfhost/typecheck::validate-one-reference\n ((core/vec::get references) i))\n modules)\n descriptors)\n owners)\n consumer)\n errors)))))))))))\n\n(def selfhost/typecheck::validate-one-reference\n (fn (reference)\n (fn (modules)\n (fn (descriptors)\n (fn (owners)\n (fn (consumer)\n (fn (errors)\n (let ((reference-owners ((core/map::get owners) reference)))\n (if (selfhost/typecheck::map? reference-owners)\n (let ((indices (selfhost/typecheck::set-keys reference-owners)))\n (if\n (if ((selfhost/typecheck::set-has? reference-owners) consumer)\n true\n (if ((core/int::eq? (core/vec::len indices)) 1) false true))\n errors\n (let\n ((owner ((core/vec::get indices) 0))\n (path\n ((core/map::get ((core/vec::get modules) consumer))\n (quote :path))))\n (if\n ((selfhost/typecheck::set-has?\n ((core/map::get ((core/vec::get descriptors) owner))\n (quote :exports)))\n reference)\n (if\n ((selfhost/typecheck::set-has?\n ((core/map::get ((core/vec::get descriptors) consumer))\n (quote :imports)))\n reference)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3 \"reference \"\n (selfhost/typecheck::symbol-str reference))\n \" is not declared in :imports\")))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"reference \"\n (selfhost/typecheck::symbol-str reference))\n \" crosses the private boundary of module \"\n ((core/map::get ((core/vec::get modules) owner))\n (quote :path))\n \"\"))))))\n errors)))))))))\n\n(def selfhost/typecheck::module-errors-to-vectors\n (fn (errors)\n (((selfhost/typecheck::module-errors-to-vectors-loop (core/map::entries errors)) 0))))\n\n(def selfhost/typecheck::module-errors-to-vectors-loop\n (fn (entries)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n {}\n (let\n ((entry ((core/vec::get entries) i))\n (rest\n ((selfhost/typecheck::module-errors-to-vectors-loop entries)\n ((core/int::add i) 1))))\n (((core/map::put rest) ((core/vec::get entry) 0))\n (selfhost/typecheck::set-keys ((core/vec::get entry) 1))))))))\n\n(def selfhost/typecheck::resolution-identity-modules\n (fn (modules)\n (fn (descriptors)\n (fn (identities)\n (((((selfhost/typecheck::resolution-identity-modules-loop modules) descriptors)\n identities)\n (core/vec::len modules))\n 0)))))\n\n(def selfhost/typecheck::resolution-identity-modules-loop\n (fn (modules)\n (fn (descriptors)\n (fn (identities)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n []\n (let\n ((module ((core/vec::get modules) i))\n (descriptor ((core/vec::get descriptors) i)))\n ((core/vec::append\n ((core/vec::push [])\n {:content-h\n ((core/map::get identities)\n ((core/map::get module) (quote :path)))\n :exports\n (selfhost/typecheck::set-keys\n ((core/map::get descriptor) (quote :exports)))\n :imports\n (selfhost/typecheck::set-keys\n ((core/map::get descriptor) (quote :imports)))\n :path ((core/map::get module) (quote :path))\n :requires-profiles\n ((core/map::get descriptor) (quote :required-profiles))})\n (((((selfhost/typecheck::resolution-identity-modules-loop modules)\n descriptors)\n identities)\n n)\n ((core/int::add i) 1))))))))))))\n\n(def selfhost/typecheck::resolution-identity\n (fn (modules)\n (fn (descriptors)\n (fn (identities)\n (core/bytes::from-hex\n (selfhost/hash::hash-term\n {:kind selfhost/typecheck::module-resolution-profile\n :modules\n (((selfhost/typecheck::resolution-identity-modules modules) descriptors)\n identities)}))))))\n\n(def selfhost/typecheck::resolve-module-profile\n (fn (modules)\n (let\n ((active (selfhost/typecheck::module-profile-active? modules))\n (identities (selfhost/typecheck::module-identities modules))\n (order (selfhost/typecheck::module-paths modules)))\n (if active\n (let\n ((path-state (selfhost/typecheck::validate-module-paths modules)))\n (let\n ((errors0\n ((selfhost/typecheck::add-duplicate-path-errors\n ((core/map::get path-state) (quote :paths)))\n ((core/map::get path-state) (quote :errors))))\n (parsed (selfhost/typecheck::parse-module-descriptors modules)))\n (let\n ((descriptors ((core/map::get parsed) (quote :descriptors)))\n (owners\n (selfhost/typecheck::build-definition-owners\n ((core/map::get parsed) (quote :descriptors)))))\n (let\n ((errors1\n (((selfhost/typecheck::validate-exports-defined modules)\n descriptors)\n ((selfhost/typecheck::merge-module-error-sets errors0)\n ((core/map::get parsed) (quote :errors))))))\n (let\n ((errors2\n (((selfhost/typecheck::validate-definition-owners modules) owners)\n errors1)))\n (let\n ((errors3\n ((((selfhost/typecheck::validate-imports-and-references modules)\n descriptors)\n owners)\n errors2)))\n {:active true\n :descriptors descriptors\n :errors (selfhost/typecheck::module-errors-to-vectors errors3)\n :identity\n (if ((core/int::eq? (core/map::len errors3)) 0)\n (((selfhost/typecheck::resolution-identity modules) descriptors)\n identities)\n nil)\n :module-identities identities\n :ok ((core/int::eq? (core/map::len errors3)) 0)\n :resolution-order order}))))))\n {:active false\n :descriptors []\n :errors {}\n :identity nil\n :module-identities identities\n :ok true\n :resolution-order order}))))\n\n(def selfhost/typecheck::merge-module-error-sets\n (fn (left)\n (fn (right)\n (((selfhost/typecheck::merge-module-error-sets-loop (core/map::entries right)) 0)\n left))))\n\n(def selfhost/typecheck::merge-module-error-sets-loop\n (fn (entries)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((path ((core/vec::get entry) 0))\n (messages (selfhost/typecheck::set-keys ((core/vec::get entry) 1))))\n (((selfhost/typecheck::merge-module-error-sets-loop entries)\n ((core/int::add i) 1))\n (((selfhost/typecheck::merge-module-error-items messages) path) out)))))))))\n\n(def selfhost/typecheck::merge-module-error-items\n (fn (messages)\n (fn (path)\n (fn (errors)\n ((((selfhost/typecheck::merge-module-error-items-loop messages) path) 0)\n errors)))))\n\n(def selfhost/typecheck::merge-module-error-items-loop\n (fn (messages)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len messages))\n errors\n ((((selfhost/typecheck::merge-module-error-items-loop messages) path)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path)\n ((core/vec::get messages) i)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x1D\xACli\x94\"\x87\xC5\xBBY\x00j%T\x1CW\xED\xEA\xAA\xCD64\xD7\x12\xAF\xFF\x14\x82\xB1\xF3\xC2\x92" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::profile-negotiation-id (quote genesis/profile-negotiation-v0.1)) (def selfhost/typecheck::profile-families [genesis/profile-family/artifact genesis/profile-family/capability genesis/profile-family/language genesis/profile-family/target]) (def selfhost/typecheck::profile-lineages (quote {genesis/profile-family/artifact [genesis/artifact-profile/coreform-v0.2] genesis/profile-family/capability [genesis/capability-profile/pure-v0.1 genesis/capability-profile/host-abi-v0.1] genesis/profile-family/language [genesis/language-profile/v0.2] genesis/profile-family/target [genesis/target-profile/portable-host-v0.1]})) (def selfhost/typecheck::core-profile-offer selfhost/typecheck::profile-lineages) (def selfhost/typecheck::profile-negotiation-active? (fn (modules) (((selfhost/typecheck::profile-negotiation-active-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::profile-negotiation-active-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta)))) (if (if (selfhost/typecheck::map? meta) (if ((selfhost/typecheck::map-has-key? meta) (quote :profile-negotiation)) true ((selfhost/typecheck::map-has-key? meta) (quote :package-profile-requirements))) false) true (((selfhost/typecheck::profile-negotiation-active-loop modules) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::profile-errors-add-vector (fn (errors) (fn (path) (fn (messages) (((((selfhost/typecheck::profile-errors-add-vector-loop messages) path) (core/vec::len messages)) 0) errors))))) (def selfhost/typecheck::profile-errors-add-vector-loop (fn (messages) (fn (path) (fn (n) (fn (i) (fn (errors) (if ((core/int::eq? i) n) errors (((((selfhost/typecheck::profile-errors-add-vector-loop messages) path) n) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) ((core/vec::get messages) i)))))))))) (def selfhost/typecheck::profile-error-all (fn (modules) (fn (errors) (fn (message) (((((selfhost/typecheck::profile-error-all-loop modules) message) (core/vec::len modules)) 0) errors))))) (def selfhost/typecheck::profile-error-all-loop (fn (modules) (fn (message) (fn (n) (fn (i) (fn (errors) (if ((core/int::eq? i) n) errors (((((selfhost/typecheck::profile-error-all-loop modules) message) n) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) ((core/map::get ((core/vec::get modules) i)) (quote :path))) message))))))))) (def selfhost/typecheck::profile-registered? (fn (family) (fn (profile) (let ((lineage ((core/map::get selfhost/typecheck::profile-lineages) family))) (if (selfhost/typecheck::vec? lineage) ((selfhost/typecheck::vec-contains? lineage) profile) false))))) (def selfhost/typecheck::parse-profile-requirement (fn (family) (fn (value) (if (selfhost/typecheck::map? value) (if (if ((core/int::eq? (core/map::len value)) 2) (if ((selfhost/typecheck::map-has-key? value) (quote :mode)) ((selfhost/typecheck::map-has-key? value) (quote :profile)) false) false) (let ((mode ((core/map::get value) (quote :mode))) (profile ((core/map::get value) (quote :profile)))) (if (selfhost/typecheck::sym? mode) (if (if ((core/sym::eq? mode) (quote exact)) true ((core/sym::eq? mode) (quote minimum))) (if (selfhost/typecheck::sym? profile) (if ((selfhost/typecheck::profile-registered? family) profile) (selfhost/typecheck::ok {:mode mode :profile profile}) (selfhost/typecheck::err ((((selfhost/typecheck::str4 "profile ") (selfhost/typecheck::symbol-str profile)) " is not registered in family ") (selfhost/typecheck::symbol-str family)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "required profile for ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) " must be a symbol")))) (selfhost/typecheck::err ((((selfhost/typecheck::str4 "unsupported requirement mode ") (selfhost/typecheck::symbol-str mode)) " for ") (selfhost/typecheck::symbol-str family)))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "requirement mode for ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) " must be exact or minimum"))))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "requirement for ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) " must contain only :mode and :profile")))) (selfhost/typecheck::err ((selfhost/typecheck::str2 "requirement for ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) " must be a map"))))))) (def selfhost/typecheck::parse-profile-requirements (fn (value) (if (selfhost/typecheck::map? value) (let ((entries (core/map::entries value))) (((selfhost/typecheck::parse-profile-requirements-loop entries) 0) {:errors [] :requirements {}})) {:errors [":package-profile-requirements must be a map"] :requirements nil}))) (def selfhost/typecheck::parse-profile-requirements-loop (fn (entries) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len entries)) (if ((core/int::eq? (core/map::len ((core/map::get state) (quote :requirements)))) (core/vec::len selfhost/typecheck::profile-families)) state (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) ":package-profile-requirements must exactly declare [genesis/profile-family/artifact, genesis/profile-family/capability, genesis/profile-family/language, genesis/profile-family/target]"))) (let ((entry ((core/vec::get entries) i)) (rest-i ((core/int::add i) 1))) (let ((family ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (if (selfhost/typecheck::sym? family) (let ((lineage ((core/map::get selfhost/typecheck::profile-lineages) family))) (if (selfhost/typecheck::vec? lineage) (let ((parsed ((selfhost/typecheck::parse-profile-requirement family) value))) (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i) (if (selfhost/typecheck::result-ok? parsed) (((core/map::put state) (quote :requirements)) (((core/map::put ((core/map::get state) (quote :requirements))) family) ((core/map::get parsed) (quote :value)))) (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) ((core/map::get parsed) (quote :error))))))) (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i) (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) ((selfhost/typecheck::str2 "unknown profile family ") (selfhost/typecheck::symbol-str family))))))) (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i) (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) "profile requirement family keys must be symbols"))))))))))) (def selfhost/typecheck::parse-module-profile-negotiation (fn (module) (let ((meta ((core/map::get module) (quote :meta))) (path ((core/map::get module) (quote :path)))) (if (selfhost/typecheck::map? meta) (let ((profile ((core/map::get meta) (quote :profile-negotiation))) (profile-errors (if ((selfhost/typecheck::map-has-key? meta) (quote :profile-negotiation)) (if (if (selfhost/typecheck::sym? profile) ((core/sym::eq? profile) selfhost/typecheck::profile-negotiation-id) false) [] ((core/vec::push []) ((((selfhost/typecheck::str4 ":profile-negotiation must be exact symbol genesis/profile-negotiation-v0.1, got ") (selfhost/typecheck::term-str profile)) "") ""))) ["every module in the package closure must declare :profile-negotiation genesis/profile-negotiation-v0.1"])) (parsed (if ((selfhost/typecheck::map-has-key? meta) (quote :package-profile-requirements)) (selfhost/typecheck::parse-profile-requirements ((core/map::get meta) (quote :package-profile-requirements))) {:errors ["profile negotiation requires :package-profile-requirements"] :requirements nil}))) {:errors ((core/vec::append profile-errors) ((core/map::get parsed) (quote :errors))) :path path :requirements ((core/map::get parsed) (quote :requirements))}) {:errors ["profile negotiation requires map-shaped ::meta"] :path path :requirements nil})))) (def selfhost/typecheck::collect-profile-requirements (fn (modules) (((selfhost/typecheck::collect-profile-requirements-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::collect-profile-requirements-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:errors {} :mismatch false :requirements nil} (let ((parsed (selfhost/typecheck::parse-module-profile-negotiation ((core/vec::get modules) i))) (rest (((selfhost/typecheck::collect-profile-requirements-loop modules) n) ((core/int::add i) 1)))) (let ((incoming ((core/map::get parsed) (quote :requirements))) (existing ((core/map::get rest) (quote :requirements)))) {:errors (((selfhost/typecheck::profile-errors-add-vector ((core/map::get rest) (quote :errors))) ((core/map::get parsed) (quote :path))) ((core/map::get parsed) (quote :errors))) :mismatch (if ((core/map::get rest) (quote :mismatch)) true (if (selfhost/typecheck::nil? incoming) false (if (selfhost/typecheck::nil? existing) false (if ((core/eq? incoming) existing) false true)))) :requirements (if (selfhost/typecheck::nil? existing) incoming existing)}))))))) (def selfhost/typecheck::select-profile-minimum (fn (lineage) (fn (offered) (fn (required) ((((selfhost/typecheck::select-profile-minimum-loop lineage) offered) required) 0))))) (def selfhost/typecheck::select-profile-minimum-loop (fn (lineage) (fn (offered) (fn (required) (fn (i) (if ((core/int::eq? i) (core/vec::len lineage)) nil (let ((candidate ((core/vec::get lineage) i))) (if (if ((core/sym::eq? candidate) required) true false) (((selfhost/typecheck::select-profile-offered-at-or-after lineage) offered) i) ((((selfhost/typecheck::select-profile-minimum-loop lineage) offered) required) ((core/int::add i) 1)))))))))) (def selfhost/typecheck::select-profile-offered-at-or-after (fn (lineage) (fn (offered) (fn (i) (if ((core/int::eq? i) (core/vec::len lineage)) nil (let ((candidate ((core/vec::get lineage) i))) (if ((selfhost/typecheck::vec-contains? offered) candidate) candidate (((selfhost/typecheck::select-profile-offered-at-or-after lineage) offered) ((core/int::add i) 1))))))))) (def selfhost/typecheck::select-profile (fn (family) (fn (requirement) (let ((mode ((core/map::get requirement) (quote :mode))) (required ((core/map::get requirement) (quote :profile))) (lineage ((core/map::get selfhost/typecheck::profile-lineages) family)) (offered ((core/map::get selfhost/typecheck::core-profile-offer) family))) (let ((selected (if ((core/sym::eq? mode) (quote exact)) (if ((selfhost/typecheck::vec-contains? offered) required) required nil) (((selfhost/typecheck::select-profile-minimum lineage) offered) required)))) (if (selfhost/typecheck::nil? selected) (selfhost/typecheck::err ((((selfhost/typecheck::str4 "unsupported ") (selfhost/typecheck::symbol-str mode)) " profile requirement ") (((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str required)) " in family ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family)) ((selfhost/typecheck::str2 "; offered [") ((selfhost/typecheck::str2 ((core/str::join ((selfhost/typecheck::vec-map offered) selfhost/typecheck::symbol-str)) ", ")) "]")))))) (selfhost/typecheck::ok selected))))))) (def selfhost/typecheck::select-package-profiles (fn (requirements) (((selfhost/typecheck::select-package-profiles-loop requirements) (core/vec::len selfhost/typecheck::profile-families)) 0))) (def selfhost/typecheck::select-package-profiles-loop (fn (requirements) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:errors [] :selected {}} (let ((family ((core/vec::get selfhost/typecheck::profile-families) i)) (rest (((selfhost/typecheck::select-package-profiles-loop requirements) n) ((core/int::add i) 1)))) (let ((selected ((selfhost/typecheck::select-profile family) ((core/map::get requirements) family)))) (if (selfhost/typecheck::result-ok? selected) {:errors ((core/map::get rest) (quote :errors)) :selected (((core/map::put ((core/map::get rest) (quote :selected))) family) ((core/map::get selected) (quote :value)))} {:errors ((core/vec::push ((core/map::get rest) (quote :errors))) ((core/map::get selected) (quote :error))) :selected ((core/map::get rest) (quote :selected))})))))))) (def selfhost/typecheck::caps-profile-result (fn (meta) (if (selfhost/typecheck::map? meta) (let ((caps ((core/map::get meta) (quote :caps)))) (if (selfhost/typecheck::vec? caps) (((selfhost/typecheck::caps-profile-loop caps) (core/vec::len caps)) 0) (selfhost/typecheck::err "profile negotiation requires :caps to be a symbol vector"))) (selfhost/typecheck::err "profile negotiation requires map-shaped ::meta")))) (def selfhost/typecheck::caps-profile-loop (fn (caps) (fn (n) (fn (i) (if ((core/int::eq? i) n) (selfhost/typecheck::ok {}) (let ((cap ((core/vec::get caps) i)) (rest (((selfhost/typecheck::caps-profile-loop caps) n) ((core/int::add i) 1)))) (if (selfhost/typecheck::sym? cap) (if (selfhost/typecheck::result-ok? rest) (let ((set ((core/map::get rest) (quote :value)))) (if ((selfhost/typecheck::set-has? set) cap) (selfhost/typecheck::err ((selfhost/typecheck::str2 "duplicate :caps entry ") (selfhost/typecheck::symbol-str cap))) (selfhost/typecheck::ok ((selfhost/typecheck::set-add set) cap)))) rest) (selfhost/typecheck::err ":caps entries to be symbols")))))))) (def selfhost/typecheck::validate-selected-capabilities (fn (modules) (fn (selected) (fn (errors) (((((selfhost/typecheck::validate-selected-capabilities-loop modules) selected) (core/vec::len modules)) 0) errors))))) (def selfhost/typecheck::validate-selected-capabilities-loop (fn (modules) (fn (selected) (fn (n) (fn (i) (fn (errors) (if ((core/int::eq? i) n) errors (let ((module ((core/vec::get modules) i)) (profile ((core/map::get selected) (quote genesis/profile-family/capability)))) (let ((caps (selfhost/typecheck::caps-profile-result ((core/map::get module) (quote :meta)))) (path ((core/map::get module) (quote :path)))) (((((selfhost/typecheck::validate-selected-capabilities-loop modules) selected) n) ((core/int::add i) 1)) (if (selfhost/typecheck::result-ok? caps) (if (if ((core/sym::eq? profile) (quote genesis/capability-profile/pure-v0.1)) ((core/int::lt? 0) (core/map::len ((core/map::get caps) (quote :value)))) false) (((selfhost/typecheck::module-error-add errors) path) (((selfhost/typecheck::str3 "capability profile genesis/capability-profile/pure-v0.1 requires :caps [], got [") ((core/str::join ((selfhost/typecheck::vec-map (selfhost/typecheck::set-keys ((core/map::get caps) (quote :value)))) selfhost/typecheck::symbol-str)) ", ")) "]")) errors) (((selfhost/typecheck::module-error-add errors) path) ((core/map::get caps) (quote :error)))))))))))))) (def selfhost/typecheck::profile-negotiation-identity (fn (resolution-identity) (fn (requirements) (fn (selected) (core/bytes::from-hex (selfhost/hash::hash-term {:kind selfhost/typecheck::profile-negotiation-id :requirements requirements :resolution-h resolution-identity :selected selected})))))) (def selfhost/typecheck::profile-error-all-messages (fn (modules) (fn (errors) (fn (messages) ((((selfhost/typecheck::profile-error-all-messages-loop modules) messages) 0) errors))))) (def selfhost/typecheck::profile-error-all-messages-loop (fn (modules) (fn (messages) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len messages)) errors ((((selfhost/typecheck::profile-error-all-messages-loop modules) messages) ((core/int::add i) 1)) (((selfhost/typecheck::profile-error-all modules) errors) ((core/vec::get messages) i))))))))) (def selfhost/typecheck::active-profile-negotiation (fn (modules) (fn (resolution) (let ((collected (selfhost/typecheck::collect-profile-requirements modules))) (let ((requirements ((core/map::get collected) (quote :requirements))) (errors0 (if (if ((core/map::get resolution) (quote :active)) ((core/map::get resolution) (quote :ok)) false) ((core/map::get collected) (quote :errors)) (((selfhost/typecheck::profile-error-all modules) ((core/map::get collected) (quote :errors))) "genesis/profile-negotiation-v0.1 requires successful module resolution")))) (let ((errors1 (if ((core/map::get collected) (quote :mismatch)) (((selfhost/typecheck::profile-error-all modules) errors0) "package modules declare different :package-profile-requirements") errors0)) (selection (if (selfhost/typecheck::map? requirements) (if ((core/int::eq? (core/map::len requirements)) (core/vec::len selfhost/typecheck::profile-families)) (selfhost/typecheck::select-package-profiles requirements) {:errors [] :selected {}}) {:errors [] :selected {}}))) (let ((selected ((core/map::get selection) (quote :selected))) (errors2 (((selfhost/typecheck::profile-error-all-messages modules) errors1) ((core/map::get selection) (quote :errors))))) (let ((errors3 (((selfhost/typecheck::validate-selected-capabilities modules) selected) errors2))) (let ((ok (if ((core/int::eq? (core/map::len errors3)) 0) (if (selfhost/typecheck::map? requirements) (if ((core/int::eq? (core/map::len requirements)) 4) ((core/int::eq? (core/map::len selected)) 4) false) false) false))) {:active true :errors (selfhost/typecheck::module-errors-to-vectors errors3) :identity (if ok (((selfhost/typecheck::profile-negotiation-identity ((core/map::get resolution) (quote :identity))) requirements) selected) nil) :kind selfhost/typecheck::profile-negotiation-id :ok ok :requirements (if (selfhost/typecheck::map? requirements) requirements {}) :selected selected}))))))))) (def selfhost/typecheck::negotiate-package-profiles (fn (modules) (fn (resolution) (if (selfhost/typecheck::profile-negotiation-active? modules) ((selfhost/typecheck::active-profile-negotiation modules) resolution) {:active false :errors {} :identity nil :kind selfhost/typecheck::profile-negotiation-id :ok true :requirements {} :selected {}}))))] :module-h b"5\x19\xBD\xBCR\xAE\x15h\x91J\x88\x01\t\x7F\xA2nF\xFE\xE5@+\xE5\xE7\xAE\x9F\xB3\xD1\x96\xC4\x153;" :path "selfhost/typecheck_profile_negotiation_v1.gc" :source "(def selfhost/typecheck::profile-negotiation-id\n (quote genesis/profile-negotiation-v0.1))\n\n(def selfhost/typecheck::profile-families\n [genesis/profile-family/artifact\n genesis/profile-family/capability\n genesis/profile-family/language\n genesis/profile-family/target])\n\n(def selfhost/typecheck::profile-lineages\n (quote\n {genesis/profile-family/artifact [genesis/artifact-profile/coreform-v0.2]\n genesis/profile-family/capability\n [genesis/capability-profile/pure-v0.1 genesis/capability-profile/host-abi-v0.1]\n genesis/profile-family/language [genesis/language-profile/v0.2]\n genesis/profile-family/target [genesis/target-profile/portable-host-v0.1]}))\n\n(def selfhost/typecheck::core-profile-offer selfhost/typecheck::profile-lineages)\n\n(def selfhost/typecheck::profile-negotiation-active?\n (fn (modules)\n (((selfhost/typecheck::profile-negotiation-active-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::profile-negotiation-active-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta))))\n (if\n (if (selfhost/typecheck::map? meta)\n (if\n ((selfhost/typecheck::map-has-key? meta) (quote :profile-negotiation))\n true\n ((selfhost/typecheck::map-has-key? meta)\n (quote :package-profile-requirements)))\n false)\n true\n (((selfhost/typecheck::profile-negotiation-active-loop modules) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::profile-errors-add-vector\n (fn (errors)\n (fn (path)\n (fn (messages)\n (((((selfhost/typecheck::profile-errors-add-vector-loop messages) path)\n (core/vec::len messages))\n 0)\n errors)))))\n\n(def selfhost/typecheck::profile-errors-add-vector-loop\n (fn (messages)\n (fn (path)\n (fn (n)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) n)\n errors\n (((((selfhost/typecheck::profile-errors-add-vector-loop messages) path) n)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path)\n ((core/vec::get messages) i))))))))))\n\n(def selfhost/typecheck::profile-error-all\n (fn (modules)\n (fn (errors)\n (fn (message)\n (((((selfhost/typecheck::profile-error-all-loop modules) message)\n (core/vec::len modules))\n 0)\n errors)))))\n\n(def selfhost/typecheck::profile-error-all-loop\n (fn (modules)\n (fn (message)\n (fn (n)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) n)\n errors\n ((((((selfhost/typecheck::profile-error-all-loop modules) message) n)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors)\n ((core/map::get ((core/vec::get modules) i)) (quote :path)))\n message))))))))))\n\n(def selfhost/typecheck::profile-registered?\n (fn (family)\n (fn (profile)\n (let ((lineage ((core/map::get selfhost/typecheck::profile-lineages) family)))\n (if (selfhost/typecheck::vec? lineage)\n ((selfhost/typecheck::vec-contains? lineage) profile)\n false)))))\n\n(def selfhost/typecheck::parse-profile-requirement\n (fn (family)\n (fn (value)\n (if (selfhost/typecheck::map? value)\n (if\n (if ((core/int::eq? (core/map::len value)) 2)\n (if ((selfhost/typecheck::map-has-key? value) (quote :mode))\n ((selfhost/typecheck::map-has-key? value) (quote :profile))\n false)\n false)\n (let\n ((mode ((core/map::get value) (quote :mode)))\n (profile ((core/map::get value) (quote :profile))))\n (if (selfhost/typecheck::sym? mode)\n (if\n (if ((core/sym::eq? mode) (quote exact))\n true\n ((core/sym::eq? mode) (quote minimum)))\n (if (selfhost/typecheck::sym? profile)\n (if ((selfhost/typecheck::profile-registered? family) profile)\n (selfhost/typecheck::ok {:mode mode :profile profile})\n (selfhost/typecheck::err\n ((selfhost/typecheck::str4 \"profile \"\n (selfhost/typecheck::symbol-str profile))\n \" is not registered in family \"\n (selfhost/typecheck::symbol-str family))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"required profile for \")\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str family))\n \" must be a symbol\"))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str4 \"unsupported requirement mode \"\n (selfhost/typecheck::symbol-str mode))\n \" for \"\n (selfhost/typecheck::symbol-str family))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"requirement mode for \")\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family))\n \" must be exact or minimum\")))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"requirement for \")\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family))\n \" must contain only :mode and :profile\"))))\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"requirement for \")\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family))\n \" must be a map\")))))))\n\n(def selfhost/typecheck::parse-profile-requirements\n (fn (value)\n (if (selfhost/typecheck::map? value)\n (let ((entries (core/map::entries value)))\n (((selfhost/typecheck::parse-profile-requirements-loop entries) 0)\n {:errors [] :requirements {}}))\n {:errors [\":package-profile-requirements must be a map\"]\n :requirements nil})))\n\n(def selfhost/typecheck::parse-profile-requirements-loop\n (fn (entries)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len entries))\n (if\n ((core/int::eq?\n (core/map::len ((core/map::get state) (quote :requirements))))\n (core/vec::len selfhost/typecheck::profile-families))\n state\n (((core/map::put state) (quote :errors))\n ((core/vec::push ((core/map::get state) (quote :errors)))\n \":package-profile-requirements must exactly declare [genesis/profile-family/artifact, genesis/profile-family/capability, genesis/profile-family/language, genesis/profile-family/target]\")))\n (let\n ((entry ((core/vec::get entries) i))\n (rest-i ((core/int::add i) 1)))\n (let\n ((family ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (if (selfhost/typecheck::sym? family)\n (let\n ((lineage\n ((core/map::get selfhost/typecheck::profile-lineages) family)))\n (if (selfhost/typecheck::vec? lineage)\n (let\n ((parsed\n ((selfhost/typecheck::parse-profile-requirement family) value)))\n (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i)\n (if (selfhost/typecheck::result-ok? parsed)\n (((core/map::put state) (quote :requirements))\n (((core/map::put\n ((core/map::get state) (quote :requirements)))\n family)\n ((core/map::get parsed) (quote :value))))\n (((core/map::put state) (quote :errors))\n ((core/vec::push\n ((core/map::get state) (quote :errors)))\n ((core/map::get parsed) (quote :error)))))))\n (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i)\n (((core/map::put state) (quote :errors))\n ((core/vec::push ((core/map::get state) (quote :errors)))\n ((selfhost/typecheck::str2 \"unknown profile family \")\n (selfhost/typecheck::symbol-str family)))))))\n (((selfhost/typecheck::parse-profile-requirements-loop entries) rest-i)\n (((core/map::put state) (quote :errors))\n ((core/vec::push ((core/map::get state) (quote :errors)))\n \"profile requirement family keys must be symbols\")))))))))))\n\n(def selfhost/typecheck::parse-module-profile-negotiation\n (fn (module)\n (let\n ((meta ((core/map::get module) (quote :meta)))\n (path ((core/map::get module) (quote :path))))\n (if (selfhost/typecheck::map? meta)\n (let\n ((profile ((core/map::get meta) (quote :profile-negotiation)))\n (profile-errors\n (if\n ((selfhost/typecheck::map-has-key? meta) (quote :profile-negotiation))\n (if\n (if (selfhost/typecheck::sym? profile)\n ((core/sym::eq? profile) selfhost/typecheck::profile-negotiation-id)\n false)\n []\n ((core/vec::push [])\n ((selfhost/typecheck::str4\n \":profile-negotiation must be exact symbol genesis/profile-negotiation-v0.1, got \")\n (selfhost/typecheck::term-str profile)\n \"\"\n \"\")))\n [\"every module in the package closure must declare :profile-negotiation genesis/profile-negotiation-v0.1\"]))\n (parsed\n (if\n ((selfhost/typecheck::map-has-key? meta)\n (quote :package-profile-requirements))\n (selfhost/typecheck::parse-profile-requirements\n ((core/map::get meta) (quote :package-profile-requirements)))\n {:errors [\"profile negotiation requires :package-profile-requirements\"]\n :requirements nil})))\n {:errors\n ((core/vec::append profile-errors)\n ((core/map::get parsed) (quote :errors)))\n :path path\n :requirements ((core/map::get parsed) (quote :requirements))})\n {:errors [\"profile negotiation requires map-shaped ::meta\"]\n :path path\n :requirements nil}))))\n\n(def selfhost/typecheck::collect-profile-requirements\n (fn (modules)\n (((selfhost/typecheck::collect-profile-requirements-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::collect-profile-requirements-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:errors {} :mismatch false :requirements nil}\n (let\n ((parsed\n (selfhost/typecheck::parse-module-profile-negotiation\n ((core/vec::get modules) i)))\n (rest\n (((selfhost/typecheck::collect-profile-requirements-loop modules) n)\n ((core/int::add i) 1))))\n (let\n ((incoming ((core/map::get parsed) (quote :requirements)))\n (existing ((core/map::get rest) (quote :requirements))))\n {:errors\n (((selfhost/typecheck::profile-errors-add-vector\n ((core/map::get rest) (quote :errors)))\n ((core/map::get parsed) (quote :path)))\n ((core/map::get parsed) (quote :errors)))\n :mismatch\n (if ((core/map::get rest) (quote :mismatch))\n true\n (if (selfhost/typecheck::nil? incoming)\n false\n (if (selfhost/typecheck::nil? existing)\n false\n (if ((core/eq? incoming) existing) false true))))\n :requirements\n (if (selfhost/typecheck::nil? existing) incoming existing)})))))))\n\n(def selfhost/typecheck::select-profile-minimum\n (fn (lineage)\n (fn (offered)\n (fn (required)\n ((((selfhost/typecheck::select-profile-minimum-loop lineage) offered) required) 0)))))\n\n(def selfhost/typecheck::select-profile-minimum-loop\n (fn (lineage)\n (fn (offered)\n (fn (required)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len lineage))\n nil\n (let ((candidate ((core/vec::get lineage) i)))\n (if\n (if ((core/sym::eq? candidate) required)\n true\n false)\n (selfhost/typecheck::select-profile-offered-at-or-after\n lineage offered i)\n ((((selfhost/typecheck::select-profile-minimum-loop lineage) offered)\n required)\n ((core/int::add i) 1))))))))))\n\n(def selfhost/typecheck::select-profile-offered-at-or-after\n (fn (lineage)\n (fn (offered)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len lineage))\n nil\n (let ((candidate ((core/vec::get lineage) i)))\n (if ((selfhost/typecheck::vec-contains? offered) candidate)\n candidate\n (((selfhost/typecheck::select-profile-offered-at-or-after lineage) offered)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::select-profile\n (fn (family)\n (fn (requirement)\n (let\n ((mode ((core/map::get requirement) (quote :mode)))\n (required ((core/map::get requirement) (quote :profile)))\n (lineage ((core/map::get selfhost/typecheck::profile-lineages) family))\n (offered ((core/map::get selfhost/typecheck::core-profile-offer) family)))\n (let\n ((selected\n (if ((core/sym::eq? mode) (quote exact))\n (if ((selfhost/typecheck::vec-contains? offered) required) required nil)\n (((selfhost/typecheck::select-profile-minimum lineage) offered) required))))\n (if (selfhost/typecheck::nil? selected)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str4 \"unsupported \"\n (selfhost/typecheck::symbol-str mode))\n \" profile requirement \"\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str required))\n \" in family \"\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str family))\n ((selfhost/typecheck::str2 \"; offered [\")\n ((selfhost/typecheck::str2\n ((core/str::join\n (selfhost/typecheck::vec-map\n offered selfhost/typecheck::symbol-str))\n \", \"))\n \"]\"))))))\n (selfhost/typecheck::ok selected)))))))\n\n(def selfhost/typecheck::select-package-profiles\n (fn (requirements)\n (((selfhost/typecheck::select-package-profiles-loop requirements)\n (core/vec::len selfhost/typecheck::profile-families))\n 0)))\n\n(def selfhost/typecheck::select-package-profiles-loop\n (fn (requirements)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:errors [] :selected {}}\n (let\n ((family ((core/vec::get selfhost/typecheck::profile-families) i))\n (rest\n (((selfhost/typecheck::select-package-profiles-loop requirements) n)\n ((core/int::add i) 1))))\n (let\n ((selected\n ((selfhost/typecheck::select-profile family)\n ((core/map::get requirements) family))))\n (if (selfhost/typecheck::result-ok? selected)\n {:errors ((core/map::get rest) (quote :errors))\n :selected\n (((core/map::put ((core/map::get rest) (quote :selected))) family)\n ((core/map::get selected) (quote :value)))}\n {:errors\n ((core/vec::push ((core/map::get rest) (quote :errors)))\n ((core/map::get selected) (quote :error)))\n :selected ((core/map::get rest) (quote :selected))}))))))))\n\n(def selfhost/typecheck::caps-profile-result\n (fn (meta)\n (if (selfhost/typecheck::map? meta)\n (let ((caps ((core/map::get meta) (quote :caps))))\n (if (selfhost/typecheck::vec? caps)\n (((selfhost/typecheck::caps-profile-loop caps) (core/vec::len caps)) 0)\n (selfhost/typecheck::err \"profile negotiation requires :caps to be a symbol vector\")))\n (selfhost/typecheck::err \"profile negotiation requires map-shaped ::meta\"))))\n\n(def selfhost/typecheck::caps-profile-loop\n (fn (caps)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n (selfhost/typecheck::ok {})\n (let\n ((cap ((core/vec::get caps) i))\n (rest (((selfhost/typecheck::caps-profile-loop caps) n) ((core/int::add i) 1))))\n (if (selfhost/typecheck::sym? cap)\n (if (selfhost/typecheck::result-ok? rest)\n (let ((set ((core/map::get rest) (quote :value))))\n (if ((selfhost/typecheck::set-has? set) cap)\n (selfhost/typecheck::err\n ((selfhost/typecheck::str2 \"duplicate :caps entry \")\n (selfhost/typecheck::symbol-str cap)))\n (selfhost/typecheck::ok ((selfhost/typecheck::set-add set) cap))))\n rest)\n (selfhost/typecheck::err \":caps entries to be symbols\"))))))))\n\n(def selfhost/typecheck::validate-selected-capabilities\n (fn (modules)\n (fn (selected)\n (fn (errors)\n (((((selfhost/typecheck::validate-selected-capabilities-loop modules) selected)\n (core/vec::len modules))\n 0)\n errors)))))\n\n(def selfhost/typecheck::validate-selected-capabilities-loop\n (fn (modules)\n (fn (selected)\n (fn (n)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) n)\n errors\n (let\n ((module ((core/vec::get modules) i))\n (profile\n ((core/map::get selected)\n (quote genesis/profile-family/capability))))\n (let\n ((caps\n (selfhost/typecheck::caps-profile-result\n ((core/map::get module) (quote :meta))))\n (path ((core/map::get module) (quote :path))))\n (((((selfhost/typecheck::validate-selected-capabilities-loop modules)\n selected)\n n)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::result-ok? caps)\n (if\n (if\n ((core/sym::eq? profile)\n (quote genesis/capability-profile/pure-v0.1))\n ((core/int::lt? 0)\n (core/map::len ((core/map::get caps) (quote :value))))\n false)\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str3\n \"capability profile genesis/capability-profile/pure-v0.1 requires :caps [], got [\")\n ((core/str::join\n (selfhost/typecheck::vec-map\n (selfhost/typecheck::set-keys\n ((core/map::get caps) (quote :value)))\n selfhost/typecheck::symbol-str))\n \", \")\n \"]\"))\n errors)\n (((selfhost/typecheck::module-error-add errors) path)\n ((core/map::get caps) (quote :error))))))))))))))\n\n(def selfhost/typecheck::profile-negotiation-identity\n (fn (resolution-identity)\n (fn (requirements)\n (fn (selected)\n (core/bytes::from-hex\n (selfhost/hash::hash-term\n {:kind selfhost/typecheck::profile-negotiation-id\n :requirements requirements\n :resolution-h resolution-identity\n :selected selected}))))))\n\n(def selfhost/typecheck::profile-error-all-messages\n (fn (modules)\n (fn (errors)\n (fn (messages)\n ((((selfhost/typecheck::profile-error-all-messages-loop modules) messages) 0)\n errors)))))\n\n(def selfhost/typecheck::profile-error-all-messages-loop\n (fn (modules)\n (fn (messages)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len messages))\n errors\n ((((selfhost/typecheck::profile-error-all-messages-loop modules) messages)\n ((core/int::add i) 1))\n (((selfhost/typecheck::profile-error-all modules) errors)\n ((core/vec::get messages) i)))))))))\n\n(def selfhost/typecheck::active-profile-negotiation\n (fn (modules)\n (fn (resolution)\n (let ((collected (selfhost/typecheck::collect-profile-requirements modules)))\n (let\n ((requirements ((core/map::get collected) (quote :requirements)))\n (errors0\n (if\n (if ((core/map::get resolution) (quote :active))\n ((core/map::get resolution) (quote :ok))\n false)\n ((core/map::get collected) (quote :errors))\n (((selfhost/typecheck::profile-error-all modules)\n ((core/map::get collected) (quote :errors)))\n \"genesis/profile-negotiation-v0.1 requires successful module resolution\"))))\n (let\n ((errors1\n (if ((core/map::get collected) (quote :mismatch))\n (((selfhost/typecheck::profile-error-all modules) errors0)\n \"package modules declare different :package-profile-requirements\")\n errors0))\n (selection\n (if (selfhost/typecheck::map? requirements)\n (if\n ((core/int::eq? (core/map::len requirements))\n (core/vec::len selfhost/typecheck::profile-families))\n (selfhost/typecheck::select-package-profiles requirements)\n {:errors [] :selected {}})\n {:errors [] :selected {}})))\n (let\n ((selected ((core/map::get selection) (quote :selected)))\n (errors2\n (((selfhost/typecheck::profile-error-all-messages modules) errors1)\n ((core/map::get selection) (quote :errors)))))\n (let\n ((errors3\n (((selfhost/typecheck::validate-selected-capabilities modules) selected)\n errors2)))\n (let\n ((ok\n (if ((core/int::eq? (core/map::len errors3)) 0)\n (if (selfhost/typecheck::map? requirements)\n (if ((core/int::eq? (core/map::len requirements)) 4)\n ((core/int::eq? (core/map::len selected)) 4)\n false)\n false)\n false)))\n {:active true\n :errors (selfhost/typecheck::module-errors-to-vectors errors3)\n :identity\n (if ok\n (((selfhost/typecheck::profile-negotiation-identity\n ((core/map::get resolution) (quote :identity)))\n requirements)\n selected)\n nil)\n :kind selfhost/typecheck::profile-negotiation-id\n :ok ok\n :requirements\n (if (selfhost/typecheck::map? requirements) requirements {})\n :selected selected})))))))))\n\n(def selfhost/typecheck::negotiate-package-profiles\n (fn (modules)\n (fn (resolution)\n (if (selfhost/typecheck::profile-negotiation-active? modules)\n ((selfhost/typecheck::active-profile-negotiation modules) resolution)\n {:active false\n :errors {}\n :identity nil\n :kind selfhost/typecheck::profile-negotiation-id\n :ok true\n :requirements {}\n :selected {}}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b")i\x1F\x01\n\xC8\xF0,\x1E\xE9\xC4\x11\x1B\xEAi\x03\x19\x87TY\x99\xD4\xF11h\xBCMEf\xD8\xC2\x9D" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::contract-composition-profile (quote genesis/contract-composition-profile-v0.1)) (def selfhost/typecheck::contract-profile-active? (fn (modules) (((selfhost/typecheck::contract-profile-active-loop modules) (core/vec::len modules)) 0))) (def selfhost/typecheck::contract-profile-active-loop (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta)))) (if (if (selfhost/typecheck::map? meta) ((selfhost/typecheck::map-has-key? meta) (quote :contract-composition-profile)) false) true (((selfhost/typecheck::contract-profile-active-loop modules) n) ((core/int::add i) 1))))))))) (def selfhost/typecheck::contract-require-profiles (fn (meta) (fn (path) (fn (errors) (let ((errors1 (if ((selfhost/typecheck::map-has-key? meta) (quote :contract-composition-profile)) (let ((profile ((core/map::get meta) (quote :contract-composition-profile)))) (if (if (selfhost/typecheck::sym? profile) ((core/sym::eq? profile) selfhost/typecheck::contract-composition-profile) false) errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=boundary] :contract-composition-profile must be exact symbol genesis/contract-composition-profile-v0.1, got ") (selfhost/typecheck::term-str profile)) "") "")))) (((selfhost/typecheck::module-error-add errors) path) "[blame=boundary] every module in the contract closure must declare :contract-composition-profile genesis/contract-composition-profile-v0.1")))) (let ((module-profile ((core/map::get meta) (quote :module-profile)))) (if (if (selfhost/typecheck::sym? module-profile) ((core/sym::eq? module-profile) selfhost/typecheck::module-resolution-profile) false) errors1 (((selfhost/typecheck::module-error-add errors1) path) "[blame=boundary] genesis/contract-composition-profile-v0.1 requires :module-profile genesis/module-resolution-profile-v0.1")))))))) (def selfhost/typecheck::contract-require-true (fn (meta) (fn (field) (fn (path) (fn (errors) (let ((value ((core/map::get meta) field))) (if (if (selfhost/typecheck::bool? value) value false) errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=boundary] contract-composition profile requires ") (selfhost/typecheck::symbol-str field)) " true") ""))))))))) (def selfhost/typecheck::contract-parse-exports (fn (meta) (fn (path) (fn (errors) (let ((value ((core/map::get meta) (quote :exports)))) (if (selfhost/typecheck::vec? value) (((selfhost/typecheck::contract-parse-exports-loop value) path) {:errors errors :exports {}}) {:errors (((selfhost/typecheck::module-error-add errors) path) "[blame=boundary] contract-composition profile requires :exports symbol vector") :exports {}})))))) (def selfhost/typecheck::contract-parse-exports-loop (fn (items) (fn (path) (fn (state) ((((selfhost/typecheck::contract-parse-exports-items items) path) 0) state))))) (def selfhost/typecheck::contract-parse-exports-items (fn (items) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len items)) state (let ((item ((core/vec::get items) i))) (let ((state2 (if (selfhost/typecheck::sym? item) (let ((errors1 (if (selfhost/typecheck::qualified-symbol-loose? item) ((core/map::get state) (quote :errors)) (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) (((selfhost/typecheck::str3 "[blame=boundary] contract export ") (selfhost/typecheck::symbol-str item)) " must be qualified")))) (duplicate ((selfhost/typecheck::set-has? ((core/map::get state) (quote :exports))) item))) {:errors (if duplicate (((selfhost/typecheck::module-error-add errors1) path) (((selfhost/typecheck::str3 "[blame=boundary] duplicate :exports entry ") (selfhost/typecheck::symbol-str item)) "")) errors1) :exports ((selfhost/typecheck::set-add ((core/map::get state) (quote :exports))) item)}) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) (((selfhost/typecheck::str3 "[blame=boundary] :exports entry must be symbol, got ") (selfhost/typecheck::term-str item)) "")) :exports ((core/map::get state) (quote :exports))}))) ((((selfhost/typecheck::contract-parse-exports-items items) path) ((core/int::add i) 1)) state2))))))))) (def selfhost/typecheck::qualified-symbol-loose? (fn (symbol) (let ((scan (selfhost/typecheck::double-colon-scan (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol))))) ((core/int::lt? 0) ((core/map::get scan) (quote :count)))))) (def selfhost/typecheck::contract-parse-symbol-map (fn (meta) (fn (field) (fn (path) (fn (errors) (let ((value ((core/map::get meta) field))) (if (selfhost/typecheck::map? value) ((((selfhost/typecheck::contract-parse-symbol-map-loop (core/map::entries value)) field) path) {:errors errors :values {}}) {:errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=boundary] contract-composition profile requires ") (selfhost/typecheck::symbol-str field)) " map") "")) :values {}}))))))) (def selfhost/typecheck::contract-parse-symbol-map-loop (fn (entries) (fn (field) (fn (path) (fn (state) (((((selfhost/typecheck::contract-parse-symbol-map-items entries) field) path) 0) state)))))) (def selfhost/typecheck::contract-parse-symbol-map-items (fn (entries) (fn (field) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len entries)) state (let ((entry ((core/vec::get entries) i))) (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (((((selfhost/typecheck::contract-parse-symbol-map-items entries) field) path) ((core/int::add i) 1)) (if (selfhost/typecheck::sym? key) {:errors ((core/map::get state) (quote :errors)) :values (((core/map::put ((core/map::get state) (quote :values))) key) value)} {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((((selfhost/typecheck::str4 "[blame=boundary] ") (selfhost/typecheck::symbol-str field)) " key must be symbol, got ") (selfhost/typecheck::term-str key))) :values ((core/map::get state) (quote :values))}))))))))))) (def selfhost/typecheck::contract-parse-refinements (fn (meta) (fn (path) (fn (errors) (let ((raw ((((selfhost/typecheck::contract-parse-symbol-map meta) (quote :refinements)) path) errors))) (((selfhost/typecheck::contract-parse-refinement-entries (core/map::entries ((core/map::get raw) (quote :values)))) path) {:errors ((core/map::get raw) (quote :errors)) :refinements {}})))))) (def selfhost/typecheck::contract-parse-refinement-entries (fn (entries) (fn (path) (fn (state) ((((selfhost/typecheck::contract-parse-refinement-items entries) path) 0) state))))) (def selfhost/typecheck::contract-parse-refinement-items (fn (entries) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len entries)) state (let ((entry ((core/vec::get entries) i))) (let ((symbol ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (let ((parsed (if (selfhost/typecheck::vec? value) ((((selfhost/typecheck::contract-parse-refinement-vector value) symbol) path) ((core/map::get state) (quote :errors))) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) (((selfhost/typecheck::str3 "[blame=boundary] refinement set for ") (selfhost/typecheck::symbol-str symbol)) " must be a symbol vector")) :set {}}))) ((((selfhost/typecheck::contract-parse-refinement-items entries) path) ((core/int::add i) 1)) {:errors ((core/map::get parsed) (quote :errors)) :refinements (((core/map::put ((core/map::get state) (quote :refinements))) symbol) ((core/map::get parsed) (quote :set)))})))))))))) (def selfhost/typecheck::contract-parse-refinement-vector (fn (items) (fn (symbol) (fn (path) (fn (errors) (((((selfhost/typecheck::contract-parse-refinement-vector-loop items) symbol) path) 0) {:errors errors :set {}})))))) (def selfhost/typecheck::contract-parse-refinement-vector-loop (fn (items) (fn (symbol) (fn (path) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len items)) state (let ((item ((core/vec::get items) i))) (let ((state2 (if (selfhost/typecheck::sym? item) (let ((errors1 (if (selfhost/typecheck::qualified-symbol-loose? item) ((core/map::get state) (quote :errors)) (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((((selfhost/typecheck::str4 "[blame=boundary] refinement ") (selfhost/typecheck::symbol-str item)) ((selfhost/typecheck::str2 " for ") (selfhost/typecheck::symbol-str symbol))) " must be qualified")))) (duplicate ((selfhost/typecheck::set-has? ((core/map::get state) (quote :set))) item))) {:errors (if duplicate (((selfhost/typecheck::module-error-add errors1) path) ((((selfhost/typecheck::str4 "[blame=boundary] duplicate refinement ") (selfhost/typecheck::symbol-str item)) ((selfhost/typecheck::str2 " for ") (selfhost/typecheck::symbol-str symbol))) "")) errors1) :set ((selfhost/typecheck::set-add ((core/map::get state) (quote :set))) item)}) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) (((selfhost/typecheck::str3 "[blame=boundary] refinement for ") (selfhost/typecheck::symbol-str symbol)) " must be a symbol")) :set ((core/map::get state) (quote :set))}))) (((((selfhost/typecheck::contract-parse-refinement-vector-loop items) symbol) path) ((core/int::add i) 1)) state2)))))))))) (def selfhost/typecheck::contract-check-exact-keys (fn (expected) (fn (actual) (fn (field) (fn (path) (fn (errors) (let ((with-missing (((((selfhost/typecheck::contract-key-errors (selfhost/typecheck::set-keys ((selfhost/typecheck::set-difference expected) actual))) field) ((selfhost/typecheck::str2 "[blame=boundary] ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str field)) " missing export "))) path) errors))) (((((selfhost/typecheck::contract-key-errors (selfhost/typecheck::set-keys ((selfhost/typecheck::set-difference actual) expected))) field) ((selfhost/typecheck::str2 "[blame=boundary] ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str field)) " contains non-export "))) path) with-missing)))))))) (def selfhost/typecheck::contract-key-errors (fn (symbols) (fn (field) (fn (prefix) (fn (path) (fn (errors) (((((selfhost/typecheck::contract-key-errors-loop symbols) prefix) path) 0) errors))))))) (def selfhost/typecheck::contract-key-errors-loop (fn (symbols) (fn (prefix) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len symbols)) errors (((((selfhost/typecheck::contract-key-errors-loop symbols) prefix) path) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) ((selfhost/typecheck::str2 prefix) (selfhost/typecheck::symbol-str ((core/vec::get symbols) i)))))))))))) (def selfhost/typecheck::type-contains-gradual? (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :any)) true (if ((core/sym::eq? tag) (quote :msg)) (selfhost/typecheck::type-contains-gradual? ((core/map::get ty) (quote :payload))) (if ((core/sym::eq? tag) (quote :fn)) (if (selfhost/typecheck::type-contains-gradual? ((core/map::get ty) (quote :param))) true (selfhost/typecheck::type-contains-gradual? ((core/map::get ty) (quote :ret)))) (if ((core/sym::eq? tag) (quote :prog)) (selfhost/typecheck::type-contains-gradual? ((core/map::get ty) (quote :ret))) (if ((core/sym::eq? tag) (quote :rec)) ((selfhost/typecheck::type-map-any? ((core/map::get ty) (quote :fields))) selfhost/typecheck::type-contains-gradual?) (if ((core/sym::eq? tag) (quote :contract)) ((selfhost/typecheck::type-map-any? ((core/map::get ty) (quote :methods))) selfhost/typecheck::type-contains-gradual?) false))))))))) (def selfhost/typecheck::type-map-any? (fn (mapping) (fn (predicate) (((selfhost/typecheck::type-map-any-loop (core/map::entries mapping)) predicate) 0)))) (def selfhost/typecheck::type-map-any-loop (fn (entries) (fn (predicate) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) false (if (predicate ((core/vec::get ((core/vec::get entries) i)) 1)) true (((selfhost/typecheck::type-map-any-loop entries) predicate) ((core/int::add i) 1)))))))) (def selfhost/typecheck::type-contains-anonymous-row? (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :msg)) (selfhost/typecheck::type-contains-anonymous-row? ((core/map::get ty) (quote :payload))) (if ((core/sym::eq? tag) (quote :fn)) (if ((core/sym::eq? ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail))) (quote :any)) true (if (selfhost/typecheck::type-contains-anonymous-row? ((core/map::get ty) (quote :param))) true (selfhost/typecheck::type-contains-anonymous-row? ((core/map::get ty) (quote :ret))))) (if ((core/sym::eq? tag) (quote :prog)) (if ((core/sym::eq? ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail))) (quote :any)) true (selfhost/typecheck::type-contains-anonymous-row? ((core/map::get ty) (quote :ret)))) (if ((core/sym::eq? tag) (quote :rec)) (if ((core/sym::eq? ((core/map::get ty) (quote :tail))) (quote :any)) true ((selfhost/typecheck::type-map-any? ((core/map::get ty) (quote :fields))) selfhost/typecheck::type-contains-anonymous-row?)) (if ((core/sym::eq? tag) (quote :contract)) (if ((core/sym::eq? ((core/map::get ty) (quote :tail))) (quote :any)) true ((selfhost/typecheck::type-map-any? ((core/map::get ty) (quote :methods))) selfhost/typecheck::type-contains-anonymous-row?)) false)))))))) (def selfhost/typecheck::validate-contract-methods (fn (ty) (fn (export) (fn (path) (fn (errors) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :contract)) (((((selfhost/typecheck::validate-contract-method-entries (core/map::entries ((core/map::get ty) (quote :methods)))) export) path) 0) errors) (if ((core/sym::eq? tag) (quote :fn)) ((((selfhost/typecheck::validate-contract-methods ((core/map::get ty) (quote :ret))) export) path) ((((selfhost/typecheck::validate-contract-methods ((core/map::get ty) (quote :param))) export) path) errors)) (if ((core/sym::eq? tag) (quote :prog)) ((((selfhost/typecheck::validate-contract-methods ((core/map::get ty) (quote :ret))) export) path) errors) (if ((core/sym::eq? tag) (quote :msg)) ((((selfhost/typecheck::validate-contract-methods ((core/map::get ty) (quote :payload))) export) path) errors) (if ((core/sym::eq? tag) (quote :rec)) (((((selfhost/typecheck::validate-contract-method-entries (core/map::entries ((core/map::get ty) (quote :fields)))) export) path) 0) errors) errors))))))))))) (def selfhost/typecheck::validate-contract-method-entries (fn (entries) (fn (export) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((operation ((core/vec::get entry) 0)) (method ((core/vec::get entry) 1))) (let ((errors1 (if ((core/sym::eq? (selfhost/typecheck::ty-tag method)) (quote :fn)) errors (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=provider] ") (selfhost/typecheck::symbol-str export)) ((selfhost/typecheck::str2 " contract method ") (selfhost/typecheck::symbol-str operation))) " must have Fn type"))))) (((((selfhost/typecheck::validate-contract-method-entries entries) export) path) ((core/int::add i) 1)) ((((selfhost/typecheck::validate-contract-methods method) export) path) errors1))))))))))))] :module-h b"\x95\x87\x14!\xC7\x96\x8Eo\x81\xE4\xF3\t\xD4\"\xDCl\xADF\xB44\xA3M\xA3\xA1\xA3\xB6\xB3o\x88l\xAC\xE5" :path "selfhost/typecheck_contract_profile_v1.gc" :source "(def selfhost/typecheck::contract-composition-profile\n (quote genesis/contract-composition-profile-v0.1))\n\n(def selfhost/typecheck::contract-profile-active?\n (fn (modules)\n (((selfhost/typecheck::contract-profile-active-loop modules)\n (core/vec::len modules))\n 0)))\n\n(def selfhost/typecheck::contract-profile-active-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (let ((meta ((core/map::get ((core/vec::get modules) i)) (quote :meta))))\n (if\n (if (selfhost/typecheck::map? meta)\n ((selfhost/typecheck::map-has-key? meta)\n (quote :contract-composition-profile))\n false)\n true\n (((selfhost/typecheck::contract-profile-active-loop modules) n)\n ((core/int::add i) 1)))))))))\n\n(def selfhost/typecheck::contract-require-profiles\n (fn (meta)\n (fn (path)\n (fn (errors)\n (let\n ((errors1\n (if\n ((selfhost/typecheck::map-has-key? meta)\n (quote :contract-composition-profile))\n (let\n ((profile\n ((core/map::get meta) (quote :contract-composition-profile))))\n (if\n (if (selfhost/typecheck::sym? profile)\n ((core/sym::eq? profile)\n selfhost/typecheck::contract-composition-profile)\n false)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] :contract-composition-profile must be exact symbol genesis/contract-composition-profile-v0.1, got \"\n (selfhost/typecheck::term-str profile))\n \"\"\n \"\"))))\n (((selfhost/typecheck::module-error-add errors) path)\n \"[blame=boundary] every module in the contract closure must declare :contract-composition-profile genesis/contract-composition-profile-v0.1\"))))\n (let ((module-profile ((core/map::get meta) (quote :module-profile))))\n (if\n (if (selfhost/typecheck::sym? module-profile)\n ((core/sym::eq? module-profile)\n selfhost/typecheck::module-resolution-profile)\n false)\n errors1\n (((selfhost/typecheck::module-error-add errors1) path)\n \"[blame=boundary] genesis/contract-composition-profile-v0.1 requires :module-profile genesis/module-resolution-profile-v0.1\"))))))))\n\n(def selfhost/typecheck::contract-require-true\n (fn (meta)\n (fn (field)\n (fn (path)\n (fn (errors)\n (let ((value ((core/map::get meta) field)))\n (if\n (if (selfhost/typecheck::bool? value) value false)\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] contract-composition profile requires \"\n (selfhost/typecheck::symbol-str field))\n \" true\"\n \"\")))))))))\n\n(def selfhost/typecheck::contract-parse-exports\n (fn (meta)\n (fn (path)\n (fn (errors)\n (let ((value ((core/map::get meta) (quote :exports))))\n (if (selfhost/typecheck::vec? value)\n (((selfhost/typecheck::contract-parse-exports-loop value) path)\n {:errors errors :exports {}})\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n \"[blame=boundary] contract-composition profile requires :exports symbol vector\")\n :exports {}}))))))\n\n(def selfhost/typecheck::contract-parse-exports-loop\n (fn (items)\n (fn (path)\n (fn (state)\n ((((selfhost/typecheck::contract-parse-exports-items items) path) 0) state)))))\n\n(def selfhost/typecheck::contract-parse-exports-items\n (fn (items)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len items))\n state\n (let ((item ((core/vec::get items) i)))\n (let\n ((state2\n (if (selfhost/typecheck::sym? item)\n (let\n ((errors1\n (if (selfhost/typecheck::qualified-symbol-loose? item)\n ((core/map::get state) (quote :errors))\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] contract export \"\n (selfhost/typecheck::symbol-str item))\n \" must be qualified\"))))\n (duplicate\n ((selfhost/typecheck::set-has?\n ((core/map::get state) (quote :exports)))\n item)))\n {:errors\n (if duplicate\n (((selfhost/typecheck::module-error-add errors1) path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] duplicate :exports entry \"\n (selfhost/typecheck::symbol-str item))\n \"\"))\n errors1)\n :exports\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :exports)))\n item)})\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] :exports entry must be symbol, got \"\n (selfhost/typecheck::term-str item))\n \"\"))\n :exports ((core/map::get state) (quote :exports))})))\n ((((selfhost/typecheck::contract-parse-exports-items items) path)\n ((core/int::add i) 1))\n state2)))))))))\n\n(def selfhost/typecheck::qualified-symbol-loose?\n (fn (symbol)\n (let\n ((scan\n (selfhost/typecheck::double-colon-scan\n (core/str::to-utf8 (selfhost/typecheck::symbol-str symbol)))))\n ((core/int::lt? 0) ((core/map::get scan) (quote :count))))))\n\n(def selfhost/typecheck::contract-parse-symbol-map\n (fn (meta)\n (fn (field)\n (fn (path)\n (fn (errors)\n (let ((value ((core/map::get meta) field)))\n (if (selfhost/typecheck::map? value)\n ((((selfhost/typecheck::contract-parse-symbol-map-loop\n (core/map::entries value))\n field)\n path)\n {:errors errors :values {}})\n {:errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] contract-composition profile requires \"\n (selfhost/typecheck::symbol-str field))\n \" map\"\n \"\"))\n :values {}})))))))\n\n(def selfhost/typecheck::contract-parse-symbol-map-loop\n (fn (entries)\n (fn (field)\n (fn (path)\n (fn (state)\n (((((selfhost/typecheck::contract-parse-symbol-map-items entries) field) path)\n 0)\n state))))))\n\n(def selfhost/typecheck::contract-parse-symbol-map-items\n (fn (entries)\n (fn (field)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len entries))\n state\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((key ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (((((selfhost/typecheck::contract-parse-symbol-map-items entries) field)\n path)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::sym? key)\n {:errors ((core/map::get state) (quote :errors))\n :values\n (((core/map::put ((core/map::get state) (quote :values))) key)\n value)}\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str4 \"[blame=boundary] \"\n (selfhost/typecheck::symbol-str field))\n \" key must be symbol, got \"\n (selfhost/typecheck::term-str key)))\n :values ((core/map::get state) (quote :values))})))))))))))\n\n(def selfhost/typecheck::contract-parse-refinements\n (fn (meta)\n (fn (path)\n (fn (errors)\n (let\n ((raw\n ((((selfhost/typecheck::contract-parse-symbol-map meta)\n (quote :refinements))\n path)\n errors)))\n (((selfhost/typecheck::contract-parse-refinement-entries\n (core/map::entries ((core/map::get raw) (quote :values))))\n path)\n {:errors ((core/map::get raw) (quote :errors)) :refinements {}}))))))\n\n(def selfhost/typecheck::contract-parse-refinement-entries\n (fn (entries)\n (fn (path)\n (fn (state)\n ((((selfhost/typecheck::contract-parse-refinement-items entries) path) 0)\n state)))))\n\n(def selfhost/typecheck::contract-parse-refinement-items\n (fn (entries)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len entries))\n state\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((symbol ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (let\n ((parsed\n (if (selfhost/typecheck::vec? value)\n (((selfhost/typecheck::contract-parse-refinement-vector value)\n symbol)\n path\n ((core/map::get state) (quote :errors)))\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] refinement set for \"\n (selfhost/typecheck::symbol-str symbol))\n \" must be a symbol vector\"))\n :set {}})))\n (((selfhost/typecheck::contract-parse-refinement-items entries) path)\n ((core/int::add i) 1)\n {:errors ((core/map::get parsed) (quote :errors))\n :refinements\n (((core/map::put\n ((core/map::get state) (quote :refinements)))\n symbol)\n ((core/map::get parsed) (quote :set)))}))))))))))\n\n(def selfhost/typecheck::contract-parse-refinement-vector\n (fn (items)\n (fn (symbol)\n (fn (path)\n (fn (errors)\n (((((selfhost/typecheck::contract-parse-refinement-vector-loop items) symbol)\n path)\n 0)\n {:errors errors :set {}}))))))\n\n(def selfhost/typecheck::contract-parse-refinement-vector-loop\n (fn (items)\n (fn (symbol)\n (fn (path)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len items))\n state\n (let ((item ((core/vec::get items) i)))\n (let\n ((state2\n (if (selfhost/typecheck::sym? item)\n (let\n ((errors1\n (if (selfhost/typecheck::qualified-symbol-loose? item)\n ((core/map::get state) (quote :errors))\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] refinement \"\n (selfhost/typecheck::symbol-str item))\n ((selfhost/typecheck::str2 \" for \")\n (selfhost/typecheck::symbol-str symbol))\n \" must be qualified\"))))\n (duplicate\n ((selfhost/typecheck::set-has?\n ((core/map::get state) (quote :set)))\n item)))\n {:errors\n (if duplicate\n (((selfhost/typecheck::module-error-add errors1) path)\n ((selfhost/typecheck::str4\n \"[blame=boundary] duplicate refinement \"\n (selfhost/typecheck::symbol-str item))\n ((selfhost/typecheck::str2 \" for \")\n (selfhost/typecheck::symbol-str symbol))\n \"\"))\n errors1)\n :set\n ((selfhost/typecheck::set-add\n ((core/map::get state) (quote :set)))\n item)})\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str3\n \"[blame=boundary] refinement for \"\n (selfhost/typecheck::symbol-str symbol))\n \" must be a symbol\"))\n :set ((core/map::get state) (quote :set))})))\n (((((selfhost/typecheck::contract-parse-refinement-vector-loop items)\n symbol)\n path)\n ((core/int::add i) 1))\n state2))))))))))\n\n(def selfhost/typecheck::contract-check-exact-keys\n (fn (expected)\n (fn (actual)\n (fn (field)\n (fn (path)\n (fn (errors)\n (let\n ((with-missing\n (((((selfhost/typecheck::contract-key-errors\n (selfhost/typecheck::set-keys\n ((selfhost/typecheck::set-difference expected) actual)))\n field)\n ((selfhost/typecheck::str2 \"[blame=boundary] \")\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str field))\n \" missing export \")))\n path)\n errors)))\n (((((selfhost/typecheck::contract-key-errors\n (selfhost/typecheck::set-keys\n ((selfhost/typecheck::set-difference actual) expected)))\n field)\n ((selfhost/typecheck::str2 \"[blame=boundary] \")\n ((selfhost/typecheck::str2\n (selfhost/typecheck::symbol-str field))\n \" contains non-export \")))\n path)\n with-missing))))))))\n\n(def selfhost/typecheck::contract-key-errors\n (fn (symbols)\n (fn (field)\n (fn (prefix)\n (fn (path)\n (fn (errors)\n (((((selfhost/typecheck::contract-key-errors-loop symbols) prefix) path) 0)\n errors)))))))\n\n(def selfhost/typecheck::contract-key-errors-loop\n (fn (symbols)\n (fn (prefix)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len symbols))\n errors\n (((((selfhost/typecheck::contract-key-errors-loop symbols) prefix) path)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str2 prefix)\n (selfhost/typecheck::symbol-str ((core/vec::get symbols) i))))))))))))\n\n(def selfhost/typecheck::type-contains-gradual?\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :any))\n true\n (if ((core/sym::eq? tag) (quote :msg))\n (selfhost/typecheck::type-contains-gradual?\n ((core/map::get ty) (quote :payload)))\n (if ((core/sym::eq? tag) (quote :fn))\n (if\n (selfhost/typecheck::type-contains-gradual?\n ((core/map::get ty) (quote :param)))\n true\n (selfhost/typecheck::type-contains-gradual?\n ((core/map::get ty) (quote :ret))))\n (if ((core/sym::eq? tag) (quote :prog))\n (selfhost/typecheck::type-contains-gradual?\n ((core/map::get ty) (quote :ret)))\n (if ((core/sym::eq? tag) (quote :rec))\n (selfhost/typecheck::type-map-any?\n ((core/map::get ty) (quote :fields))\n selfhost/typecheck::type-contains-gradual?)\n (if ((core/sym::eq? tag) (quote :contract))\n (selfhost/typecheck::type-map-any?\n ((core/map::get ty) (quote :methods))\n selfhost/typecheck::type-contains-gradual?)\n false)))))))))\n\n(def selfhost/typecheck::type-map-any?\n (fn (mapping)\n (fn (predicate)\n (((selfhost/typecheck::type-map-any-loop (core/map::entries mapping)) predicate) 0))))\n\n(def selfhost/typecheck::type-map-any-loop\n (fn (entries)\n (fn (predicate)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n false\n (if (predicate ((core/vec::get ((core/vec::get entries) i)) 1))\n true\n (((selfhost/typecheck::type-map-any-loop entries) predicate)\n ((core/int::add i) 1))))))))\n\n(def selfhost/typecheck::type-contains-anonymous-row?\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :msg))\n (selfhost/typecheck::type-contains-anonymous-row?\n ((core/map::get ty) (quote :payload)))\n (if ((core/sym::eq? tag) (quote :fn))\n (if\n ((core/sym::eq?\n ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail)))\n (quote :any))\n true\n (if\n (selfhost/typecheck::type-contains-anonymous-row?\n ((core/map::get ty) (quote :param)))\n true\n (selfhost/typecheck::type-contains-anonymous-row?\n ((core/map::get ty) (quote :ret)))))\n (if ((core/sym::eq? tag) (quote :prog))\n (if\n ((core/sym::eq?\n ((core/map::get ((core/map::get ty) (quote :eff))) (quote :tail)))\n (quote :any))\n true\n (selfhost/typecheck::type-contains-anonymous-row?\n ((core/map::get ty) (quote :ret))))\n (if ((core/sym::eq? tag) (quote :rec))\n (if ((core/sym::eq? ((core/map::get ty) (quote :tail))) (quote :any))\n true\n (selfhost/typecheck::type-map-any?\n ((core/map::get ty) (quote :fields))\n selfhost/typecheck::type-contains-anonymous-row?))\n (if ((core/sym::eq? tag) (quote :contract))\n (if ((core/sym::eq? ((core/map::get ty) (quote :tail))) (quote :any))\n true\n (selfhost/typecheck::type-map-any?\n ((core/map::get ty) (quote :methods))\n selfhost/typecheck::type-contains-anonymous-row?))\n false))))))))\n\n(def selfhost/typecheck::validate-contract-methods\n (fn (ty)\n (fn (export)\n (fn (path)\n (fn (errors)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :contract))\n (((((selfhost/typecheck::validate-contract-method-entries\n (core/map::entries ((core/map::get ty) (quote :methods))))\n export)\n path)\n 0)\n errors)\n (if ((core/sym::eq? tag) (quote :fn))\n ((((selfhost/typecheck::validate-contract-methods\n ((core/map::get ty) (quote :ret)))\n export)\n path)\n ((((selfhost/typecheck::validate-contract-methods\n ((core/map::get ty) (quote :param)))\n export)\n path)\n errors))\n (if ((core/sym::eq? tag) (quote :prog))\n ((((selfhost/typecheck::validate-contract-methods\n ((core/map::get ty) (quote :ret)))\n export)\n path)\n errors)\n (if ((core/sym::eq? tag) (quote :msg))\n ((((selfhost/typecheck::validate-contract-methods\n ((core/map::get ty) (quote :payload)))\n export)\n path)\n errors)\n (if ((core/sym::eq? tag) (quote :rec))\n (((((selfhost/typecheck::validate-contract-method-entries\n (core/map::entries ((core/map::get ty) (quote :fields))))\n export)\n path)\n 0)\n errors)\n errors)))))))))))\n\n(def selfhost/typecheck::validate-contract-method-entries\n (fn (entries)\n (fn (export)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((operation ((core/vec::get entry) 0))\n (method ((core/vec::get entry) 1)))\n (let\n ((errors1\n (if\n ((core/sym::eq? (selfhost/typecheck::ty-tag method)) (quote :fn))\n errors\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"[blame=provider] \"\n (selfhost/typecheck::symbol-str export))\n ((selfhost/typecheck::str2 \" contract method \")\n (selfhost/typecheck::symbol-str operation))\n \" must have Fn type\")))))\n (((((selfhost/typecheck::validate-contract-method-entries entries) export)\n path)\n ((core/int::add i) 1))\n ((((selfhost/typecheck::validate-contract-methods method) export) path)\n errors1))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"sHL\xC8\xFC\x98\xF8\xC2\x07\xC9KyU\xB7S\xDEW;\xFC]%\xA2ST\x1B-\xE4\x0F\x9CP\xEB\xBA" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 43 :stage2-wasm-h b"\xF5\xFC\xB1\xC3$\xBA\xF2\xFC8#\xB8\xCCVL\x06\xC3\x16}w\xAB\xD3\x1AJ\xBA`\x9F\xE7\"\x8F\xF3r\xAA"} {:forms [(def selfhost/typecheck::compose-contract-profile (fn (modules) (if (selfhost/typecheck::contract-profile-active? modules) (let ((state (((selfhost/typecheck::compose-contract-modules modules) (core/vec::len modules)) 0))) (let ((errors ((selfhost/typecheck::contract-duplicate-owner-errors ((core/map::get state) (quote :owners))) ((core/map::get state) (quote :errors))))) {:active true :errors (selfhost/typecheck::module-errors-to-vectors errors) :ok ((core/int::eq? (core/map::len errors)) 0)})) {:active false :errors {} :ok true}))) (def selfhost/typecheck::compose-contract-modules (fn (modules) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:errors {} :owners {}} (let ((rest (((selfhost/typecheck::compose-contract-modules modules) n) ((core/int::add i) 1)))) ((selfhost/typecheck::compose-contract-module ((core/vec::get modules) i)) rest))))))) (def selfhost/typecheck::compose-contract-module (fn (module) (fn (state) (let ((path ((core/map::get module) (quote :path))) (meta ((core/map::get module) (quote :meta)))) (if (selfhost/typecheck::map? meta) (let ((errors0 ((((selfhost/typecheck::contract-require-true meta) (quote :strict-effects)) path) ((((selfhost/typecheck::contract-require-true meta) (quote :strict-shapes)) path) (((selfhost/typecheck::contract-require-profiles meta) path) ((core/map::get state) (quote :errors))))))) (let ((exports (((selfhost/typecheck::contract-parse-exports meta) path) errors0))) (let ((types ((((selfhost/typecheck::contract-parse-symbol-map meta) (quote :types)) path) ((core/map::get exports) (quote :errors))))) (let ((refinements (((selfhost/typecheck::contract-parse-refinements meta) path) ((core/map::get types) (quote :errors))))) (let ((export-set ((core/map::get exports) (quote :exports))) (type-set (selfhost/typecheck::entries-key-set ((core/map::get types) (quote :values)))) (refinement-set (selfhost/typecheck::entries-key-set ((core/map::get refinements) (quote :refinements))))) (let ((errors1 (((((selfhost/typecheck::contract-check-exact-keys export-set) type-set) (quote :types)) path) ((core/map::get refinements) (quote :errors))))) (let ((errors2 (((((selfhost/typecheck::contract-check-exact-keys export-set) refinement-set) (quote :refinements)) path) errors1))) (((((selfhost/typecheck::compose-contract-exports (selfhost/typecheck::set-keys export-set)) path) ((core/map::get types) (quote :values))) ((core/map::get refinements) (quote :refinements))) {:errors errors2 :owners ((core/map::get state) (quote :owners))})))))))) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) "[blame=boundary] contract-composition profile requires map-shaped ::meta") :owners ((core/map::get state) (quote :owners))}))))) (def selfhost/typecheck::entries-key-set (fn (mapping) ((selfhost/typecheck::entries-key-set-loop (core/map::entries mapping)) 0))) (def selfhost/typecheck::entries-key-set-loop (fn (entries) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) {} ((selfhost/typecheck::set-add ((selfhost/typecheck::entries-key-set-loop entries) ((core/int::add i) 1))) ((core/vec::get ((core/vec::get entries) i)) 0)))))) (def selfhost/typecheck::compose-contract-exports (fn (exports) (fn (path) (fn (types) (fn (refinements) (fn (state) ((((((selfhost/typecheck::compose-contract-exports-loop exports) path) types) refinements) 0) state))))))) (def selfhost/typecheck::compose-contract-exports-loop (fn (exports) (fn (path) (fn (types) (fn (refinements) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len exports)) state (let ((symbol ((core/vec::get exports) i)) (type-term ((core/map::get types) ((core/vec::get exports) i)))) (let ((state2 {:errors ((core/map::get state) (quote :errors)) :owners (((selfhost/typecheck::map-set-add ((core/map::get state) (quote :owners))) symbol) path)})) ((((((selfhost/typecheck::compose-contract-exports-loop exports) path) types) refinements) ((core/int::add i) 1)) (if (selfhost/typecheck::nil? type-term) state2 (((((selfhost/typecheck::validate-contract-export symbol) path) type-term) ((core/map::get refinements) symbol)) state2))))))))))))) (def selfhost/typecheck::map-set-add (fn (mapping) (fn (key) (fn (value) (let ((current ((core/map::get mapping) key))) (((core/map::put mapping) key) ((selfhost/typecheck::set-add (if (selfhost/typecheck::map? current) current {})) value))))))) (def selfhost/typecheck::validate-contract-export (fn (symbol) (fn (path) (fn (type-term) (fn (refinements) (fn (state) (let ((parsed (selfhost/typecheck::parse-type type-term))) (if (selfhost/typecheck::result-ok? parsed) (((((selfhost/typecheck::validate-contract-export-type symbol) path) ((core/map::get parsed) (quote :value))) (if (selfhost/typecheck::map? refinements) refinements {})) state) {:errors (((selfhost/typecheck::module-error-add ((core/map::get state) (quote :errors))) path) ((((selfhost/typecheck::str4 "[blame=boundary] ") (selfhost/typecheck::symbol-str symbol)) " has invalid contract type: ") ((core/map::get parsed) (quote :error)))) :owners ((core/map::get state) (quote :owners))})))))))) (def selfhost/typecheck::validate-contract-export-type (fn (symbol) (fn (path) (fn (ty) (fn (refinements) (fn (state) (let ((errors0 ((core/map::get state) (quote :errors)))) (let ((errors1 (if (selfhost/typecheck::type-contains-gradual? ty) (((selfhost/typecheck::module-error-add errors0) path) (((selfhost/typecheck::str3 "[blame=provider] ") (selfhost/typecheck::symbol-str symbol)) " contract type contains unsupported gradual `?`")) errors0))) (let ((errors2 (if (selfhost/typecheck::type-contains-anonymous-row? ty) (((selfhost/typecheck::module-error-add errors1) path) (((selfhost/typecheck::str3 "[blame=provider] ") (selfhost/typecheck::symbol-str symbol)) " contract type contains unsupported anonymous row tail")) errors1)) (effect-validation ((selfhost/typecheck::validate-effect-row-declaration ty) true))) (let ((errors3 (if (selfhost/typecheck::result-ok? effect-validation) errors2 (((selfhost/typecheck::module-error-add errors2) path) ((((selfhost/typecheck::str4 "[blame=provider] ") (selfhost/typecheck::symbol-str symbol)) ": ") ((core/map::get effect-validation) (quote :error))))))) (let ((errors4 ((((selfhost/typecheck::validate-contract-methods ty) symbol) path) errors3))) {:errors ((((selfhost/typecheck::unsupported-refinement-errors (selfhost/typecheck::set-keys refinements)) symbol) path) errors4) :owners ((core/map::get state) (quote :owners))}))))))))))) (def selfhost/typecheck::unsupported-refinement-errors (fn (refinements) (fn (symbol) (fn (path) (fn (errors) (((((selfhost/typecheck::unsupported-refinement-errors-loop refinements) symbol) path) 0) errors)))))) (def selfhost/typecheck::unsupported-refinement-errors-loop (fn (refinements) (fn (symbol) (fn (path) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len refinements)) errors (((((selfhost/typecheck::unsupported-refinement-errors-loop refinements) symbol) path) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) path) ((((selfhost/typecheck::str4 "[blame=boundary] ") (selfhost/typecheck::symbol-str symbol)) ((selfhost/typecheck::str2 " refinement ") (selfhost/typecheck::symbol-str ((core/vec::get refinements) i)))) " is unsupported in genesis/contract-composition-profile-v0.1")))))))))) (def selfhost/typecheck::contract-duplicate-owner-errors (fn (owners) (fn (errors) (((selfhost/typecheck::contract-duplicate-owner-entries (core/map::entries owners)) 0) errors)))) (def selfhost/typecheck::contract-duplicate-owner-entries (fn (entries) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((symbol ((core/vec::get entry) 0)) (paths (selfhost/typecheck::set-keys ((core/vec::get entry) 1)))) (((selfhost/typecheck::contract-duplicate-owner-entries entries) ((core/int::add i) 1)) (if ((core/int::lt? 1) (core/vec::len paths)) (((selfhost/typecheck::contract-owner-errors paths) ((((selfhost/typecheck::str4 "[blame=boundary] duplicate contract export ") (selfhost/typecheck::symbol-str symbol)) " is owned by modules [") ((selfhost/typecheck::str2 ((core/str::join paths) ", ")) "]"))) errors) errors))))))))) (def selfhost/typecheck::contract-owner-errors (fn (paths) (fn (message) (fn (errors) ((((selfhost/typecheck::contract-owner-errors-loop paths) message) 0) errors))))) (def selfhost/typecheck::contract-owner-errors-loop (fn (paths) (fn (message) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len paths)) errors ((((selfhost/typecheck::contract-owner-errors-loop paths) message) ((core/int::add i) 1)) (((selfhost/typecheck::module-error-add errors) ((core/vec::get paths) i)) message))))))))] :module-h b"\xAA\xE8\xD6W\x925<7\xBD\x12\xE6%\xC9|\x92c\xC2\xB7k/q\xBD)bG+H\x89\xCC\xC2\xCEP" :path "selfhost/typecheck_contract_profile_compose_v1.gc" :source "(def selfhost/typecheck::compose-contract-profile\n (fn (modules)\n (if (selfhost/typecheck::contract-profile-active? modules)\n (let\n ((state\n (((selfhost/typecheck::compose-contract-modules modules)\n (core/vec::len modules))\n 0)))\n (let\n ((errors\n ((selfhost/typecheck::contract-duplicate-owner-errors\n ((core/map::get state) (quote :owners)))\n ((core/map::get state) (quote :errors)))))\n {:active true\n :errors (selfhost/typecheck::module-errors-to-vectors errors)\n :ok ((core/int::eq? (core/map::len errors)) 0)}))\n {:active false :errors {} :ok true})))\n\n(def selfhost/typecheck::compose-contract-modules\n (fn (modules)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:errors {} :owners {}}\n (let\n ((rest\n (((selfhost/typecheck::compose-contract-modules modules) n)\n ((core/int::add i) 1))))\n ((selfhost/typecheck::compose-contract-module ((core/vec::get modules) i)) rest)))))))\n\n(def selfhost/typecheck::compose-contract-module\n (fn (module)\n (fn (state)\n (let\n ((path ((core/map::get module) (quote :path)))\n (meta ((core/map::get module) (quote :meta))))\n (if (selfhost/typecheck::map? meta)\n (let\n ((errors0\n ((((selfhost/typecheck::contract-require-true meta)\n (quote :strict-effects))\n path)\n ((((selfhost/typecheck::contract-require-true meta)\n (quote :strict-shapes))\n path)\n (((selfhost/typecheck::contract-require-profiles meta) path)\n ((core/map::get state) (quote :errors)))))))\n (let\n ((exports ((selfhost/typecheck::contract-parse-exports meta) path errors0)))\n (let\n ((types\n ((((selfhost/typecheck::contract-parse-symbol-map meta) (quote :types))\n path)\n ((core/map::get exports) (quote :errors)))))\n (let\n ((refinements\n (((selfhost/typecheck::contract-parse-refinements meta) path)\n ((core/map::get types) (quote :errors)))))\n (let\n ((export-set ((core/map::get exports) (quote :exports)))\n (type-set\n (selfhost/typecheck::entries-key-set\n ((core/map::get types) (quote :values))))\n (refinement-set\n (selfhost/typecheck::entries-key-set\n ((core/map::get refinements) (quote :refinements)))))\n (let\n ((errors1\n (((((selfhost/typecheck::contract-check-exact-keys export-set)\n type-set)\n (quote :types))\n path)\n ((core/map::get refinements) (quote :errors)))))\n (let\n ((errors2\n (((((selfhost/typecheck::contract-check-exact-keys export-set)\n refinement-set)\n (quote :refinements))\n path)\n errors1)))\n (((((selfhost/typecheck::compose-contract-exports\n (selfhost/typecheck::set-keys export-set))\n path)\n ((core/map::get types) (quote :values)))\n ((core/map::get refinements) (quote :refinements)))\n {:errors errors2\n :owners ((core/map::get state) (quote :owners))}))))))))\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n \"[blame=boundary] contract-composition profile requires map-shaped ::meta\")\n :owners ((core/map::get state) (quote :owners))})))))\n\n(def selfhost/typecheck::entries-key-set\n (fn (mapping)\n (((selfhost/typecheck::entries-key-set-loop (core/map::entries mapping)) 0))))\n\n(def selfhost/typecheck::entries-key-set-loop\n (fn (entries)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n {}\n ((selfhost/typecheck::set-add\n ((selfhost/typecheck::entries-key-set-loop entries)\n ((core/int::add i) 1)))\n ((core/vec::get ((core/vec::get entries) i)) 0))))))\n\n(def selfhost/typecheck::compose-contract-exports\n (fn (exports)\n (fn (path)\n (fn (types)\n (fn (refinements)\n (fn (state)\n ((((((selfhost/typecheck::compose-contract-exports-loop exports) path) types)\n refinements)\n 0)\n state)))))))\n\n(def selfhost/typecheck::compose-contract-exports-loop\n (fn (exports)\n (fn (path)\n (fn (types)\n (fn (refinements)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len exports))\n state\n (let\n ((symbol ((core/vec::get exports) i))\n (type-term ((core/map::get types) ((core/vec::get exports) i))))\n (let\n ((state2\n {:errors ((core/map::get state) (quote :errors))\n :owners\n (((selfhost/typecheck::map-set-add\n ((core/map::get state) (quote :owners)))\n symbol)\n path)}))\n ((((((selfhost/typecheck::compose-contract-exports-loop exports) path)\n types)\n refinements)\n ((core/int::add i) 1))\n (if (selfhost/typecheck::nil? type-term)\n state2\n ((((selfhost/typecheck::validate-contract-export symbol) path)\n type-term)\n ((core/map::get refinements) symbol)\n state2)))))))))))))\n\n(def selfhost/typecheck::map-set-add\n (fn (mapping)\n (fn (key)\n (fn (value)\n (let ((current ((core/map::get mapping) key)))\n (((core/map::put mapping) key)\n ((selfhost/typecheck::set-add\n (if (selfhost/typecheck::map? current) current {}))\n value)))))))\n\n(def selfhost/typecheck::validate-contract-export\n (fn (symbol)\n (fn (path)\n (fn (type-term)\n (fn (refinements)\n (fn (state)\n (let ((parsed (selfhost/typecheck::parse-type type-term)))\n (if (selfhost/typecheck::result-ok? parsed)\n (((selfhost/typecheck::validate-contract-export-type symbol) path)\n ((core/map::get parsed) (quote :value))\n (if (selfhost/typecheck::map? refinements) refinements {})\n state)\n {:errors\n (((selfhost/typecheck::module-error-add\n ((core/map::get state) (quote :errors)))\n path)\n ((selfhost/typecheck::str4 \"[blame=boundary] \"\n (selfhost/typecheck::symbol-str symbol))\n \" has invalid contract type: \"\n ((core/map::get parsed) (quote :error))))\n :owners ((core/map::get state) (quote :owners))}))))))))\n\n(def selfhost/typecheck::validate-contract-export-type\n (fn (symbol)\n (fn (path)\n (fn (ty)\n (fn (refinements)\n (fn (state)\n (let\n ((errors0 ((core/map::get state) (quote :errors))))\n (let\n ((errors1\n (if (selfhost/typecheck::type-contains-gradual? ty)\n (((selfhost/typecheck::module-error-add errors0) path)\n ((selfhost/typecheck::str3 \"[blame=provider] \"\n (selfhost/typecheck::symbol-str symbol))\n \" contract type contains unsupported gradual `?`\"))\n errors0)))\n (let\n ((errors2\n (if (selfhost/typecheck::type-contains-anonymous-row? ty)\n (((selfhost/typecheck::module-error-add errors1) path)\n ((selfhost/typecheck::str3 \"[blame=provider] \"\n (selfhost/typecheck::symbol-str symbol))\n \" contract type contains unsupported anonymous row tail\"))\n errors1))\n (effect-validation\n ((selfhost/typecheck::validate-effect-row-declaration ty) true)))\n (let\n ((errors3\n (if (selfhost/typecheck::result-ok? effect-validation)\n errors2\n (((selfhost/typecheck::module-error-add errors2) path)\n ((selfhost/typecheck::str4 \"[blame=provider] \"\n (selfhost/typecheck::symbol-str symbol))\n \": \"\n ((core/map::get effect-validation) (quote :error)))))))\n (let\n ((errors4\n ((((selfhost/typecheck::validate-contract-methods ty) symbol) path)\n errors3)))\n {:errors\n ((((selfhost/typecheck::unsupported-refinement-errors\n (selfhost/typecheck::set-keys refinements))\n symbol)\n path)\n errors4)\n :owners ((core/map::get state) (quote :owners))})))))))))))\n\n(def selfhost/typecheck::unsupported-refinement-errors\n (fn (refinements)\n (fn (symbol)\n (fn (path)\n (fn (errors)\n (((((selfhost/typecheck::unsupported-refinement-errors-loop refinements) symbol)\n path)\n 0)\n errors))))))\n\n(def selfhost/typecheck::unsupported-refinement-errors-loop\n (fn (refinements)\n (fn (symbol)\n (fn (path)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len refinements))\n errors\n (((((selfhost/typecheck::unsupported-refinement-errors-loop refinements)\n symbol)\n path)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) path)\n ((selfhost/typecheck::str4 \"[blame=boundary] \"\n (selfhost/typecheck::symbol-str symbol))\n ((selfhost/typecheck::str2 \" refinement \")\n (selfhost/typecheck::symbol-str ((core/vec::get refinements) i)))\n \" is unsupported in genesis/contract-composition-profile-v0.1\"))))))))))\n\n(def selfhost/typecheck::contract-duplicate-owner-errors\n (fn (owners)\n (fn (errors)\n (((selfhost/typecheck::contract-duplicate-owner-entries\n (core/map::entries owners))\n 0)\n errors))))\n\n(def selfhost/typecheck::contract-duplicate-owner-entries\n (fn (entries)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((symbol ((core/vec::get entry) 0))\n (paths (selfhost/typecheck::set-keys ((core/vec::get entry) 1))))\n (((selfhost/typecheck::contract-duplicate-owner-entries entries)\n ((core/int::add i) 1))\n (if ((core/int::lt? 1) (core/vec::len paths))\n (((selfhost/typecheck::contract-owner-errors paths)\n ((selfhost/typecheck::str4\n \"[blame=boundary] duplicate contract export \"\n (selfhost/typecheck::symbol-str symbol))\n \" is owned by modules [\"\n ((selfhost/typecheck::str2 ((core/str::join paths) \", \")) \"]\")))\n errors)\n errors)))))))))\n\n(def selfhost/typecheck::contract-owner-errors\n (fn (paths)\n (fn (message)\n (fn (errors)\n ((((selfhost/typecheck::contract-owner-errors-loop paths) message) 0) errors)))))\n\n(def selfhost/typecheck::contract-owner-errors-loop\n (fn (paths)\n (fn (message)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len paths))\n errors\n ((((selfhost/typecheck::contract-owner-errors-loop paths) message)\n ((core/int::add i) 1))\n (((selfhost/typecheck::module-error-add errors) ((core/vec::get paths) i))\n message))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xAA\xE8\xD6W\x925<7\xBD\x12\xE6%\xC9|\x92c\xC2\xB7k/q\xBD)bG+H\x89\xCC\xC2\xCEP" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::package-context-empty {:declarations {} :errors {} :owners {} :parsed {}}) (def selfhost/typecheck::package-error-add (fn (errors) (fn (path) (fn (message) (((selfhost/typecheck::map-vec-push errors) path) message))))) (def selfhost/typecheck::collect-package-context (fn (modules) (let ((collected ((((selfhost/typecheck::collect-package-context-loop modules) (core/vec::len modules)) 0) selfhost/typecheck::package-context-empty))) (selfhost/typecheck::finalize-package-context collected)))) (def selfhost/typecheck::collect-package-context-loop (fn (modules) (fn (n) (fn (i) (fn (context) (if ((core/int::eq? i) n) context (let ((module ((core/vec::get modules) i))) ((((selfhost/typecheck::collect-package-context-loop modules) n) ((core/int::add i) 1)) ((selfhost/typecheck::collect-module-context module) context))))))))) (def selfhost/typecheck::collect-module-context (fn (module) (fn (context) (let ((meta ((core/map::get module) (quote :meta))) (path ((core/map::get module) (quote :path)))) (if (selfhost/typecheck::map? meta) (let ((exports (selfhost/typecheck::meta-exports meta)) (types-result (selfhost/typecheck::meta-types-result meta)) (caps-result (selfhost/typecheck::meta-caps-result meta)) (strict-result (selfhost/typecheck::meta-strict-effects-result meta))) (let ((types (if (selfhost/typecheck::result-ok? types-result) ((core/map::get types-result) (quote :value)) {})) (caps (if (selfhost/typecheck::result-ok? caps-result) ((core/map::get caps-result) (quote :value)) [])) (strict (if (selfhost/typecheck::result-ok? strict-result) ((core/map::get strict-result) (quote :value)) false))) (((((selfhost/typecheck::collect-export-context-loop exports) (core/vec::len exports)) 0) {:caps caps :path path :strict strict :types types}) context))) context))))) (def selfhost/typecheck::collect-export-context-loop (fn (exports) (fn (n) (fn (i) (fn (module-state) (fn (context) (if ((core/int::eq? i) n) context (let ((export ((core/vec::get exports) i))) (((((selfhost/typecheck::collect-export-context-loop exports) n) ((core/int::add i) 1)) module-state) (((selfhost/typecheck::collect-export-context export) module-state) context)))))))))) (def selfhost/typecheck::collect-export-context (fn (export) (fn (module-state) (fn (context) (let ((path ((core/map::get module-state) (quote :path))) (types ((core/map::get module-state) (quote :types)))) (let ((owners ((core/map::get context) (quote :owners))) (parsed ((core/map::get context) (quote :parsed)))) (let ((owner-set ((core/map::get owners) export)) (term ((core/map::get types) export))) (let ((owners2 (((core/map::put owners) export) ((selfhost/typecheck::set-add (if (selfhost/typecheck::map? owner-set) owner-set {})) path))) (parsed-result (if (selfhost/typecheck::nil? term) (selfhost/typecheck::err "missing") (if (if (selfhost/typecheck::sym? term) ((core/sym::eq? term) (quote ?)) false) (selfhost/typecheck::ok selfhost/typecheck::ty-any) (selfhost/typecheck::parse-type term))))) (let ((parsed2 (if (selfhost/typecheck::result-ok? parsed-result) (let ((ty ((core/map::get parsed-result) (quote :value))) (valid ((selfhost/typecheck::validate-effect-row-declaration ((core/map::get parsed-result) (quote :value))) (if ((core/map::get module-state) (quote :strict)) true (selfhost/typecheck::caps-enable-strict? ((core/map::get module-state) (quote :caps))))))) (if (selfhost/typecheck::result-ok? valid) (((core/map::put parsed) ((core/vec::push ((core/vec::push []) path)) export)) ty) parsed)) parsed))) (((core/map::put (((core/map::put context) (quote :owners)) owners2)) (quote :parsed)) parsed2)))))))))) (def selfhost/typecheck::finalize-package-context (fn (context) (let ((entries (core/map::entries ((core/map::get context) (quote :owners))))) ((((selfhost/typecheck::finalize-package-context-loop entries) (core/vec::len entries)) 0) context)))) (def selfhost/typecheck::finalize-package-context-loop (fn (entries) (fn (n) (fn (i) (fn (context) (if ((core/int::eq? i) n) context (let ((entry ((core/vec::get entries) i)) (export ((core/vec::get ((core/vec::get entries) i)) 0)) (owners ((core/vec::get ((core/vec::get entries) i)) 1))) ((((selfhost/typecheck::finalize-package-context-loop entries) n) ((core/int::add i) 1)) (((selfhost/typecheck::finalize-package-export export) owners) context))))))))) (def selfhost/typecheck::finalize-package-export (fn (export) (fn (owners) (fn (context) (let ((paths (selfhost/typecheck::set-keys owners))) (if ((core/int::eq? (core/vec::len paths)) 1) (let ((path ((core/vec::get paths) 0)) (parsed ((core/map::get ((core/map::get context) (quote :parsed))) ((core/vec::push ((core/vec::push []) ((core/vec::get paths) 0))) export)))) (if (selfhost/typecheck::nil? parsed) context (((core/map::put context) (quote :declarations)) (((core/map::put ((core/map::get context) (quote :declarations))) export) parsed)))) (let ((message ((((selfhost/typecheck::str4 "duplicate export ") (selfhost/typecheck::symbol-str export)) " is owned by modules [") ((selfhost/typecheck::str2 ((core/str::join paths) ", ")) "]")))) (((selfhost/typecheck::add-package-error-for-paths paths) message) context)))))))) (def selfhost/typecheck::add-package-error-for-paths (fn (paths) (fn (message) (fn (context) (((((selfhost/typecheck::add-package-error-for-paths-loop paths) (core/vec::len paths)) 0) message) context))))) (def selfhost/typecheck::add-package-error-for-paths-loop (fn (paths) (fn (n) (fn (i) (fn (message) (fn (context) (if ((core/int::eq? i) n) context (let ((errors2 (((selfhost/typecheck::package-error-add ((core/map::get context) (quote :errors))) ((core/vec::get paths) i)) message))) (((((selfhost/typecheck::add-package-error-for-paths-loop paths) n) ((core/int::add i) 1)) message) (((core/map::put context) (quote :errors)) errors2))))))))))] :module-h b"\xE4/;C&\xED(\xA3b\x18\xDEz\x80j\x14kO\xFE<\x1B{\xFB\x89!\x85\xC6\xC8\x15\x8AV\xE2\xD2" :path "selfhost/typecheck_package_context_v1.gc" :source "(def selfhost/typecheck::package-context-empty\n {:declarations {} :errors {} :owners {} :parsed {}})\n\n(def selfhost/typecheck::package-error-add\n (fn (errors)\n (fn (path)\n (fn (message) (((selfhost/typecheck::map-vec-push errors) path) message)))))\n\n(def selfhost/typecheck::collect-package-context\n (fn (modules)\n (let\n ((collected\n ((((selfhost/typecheck::collect-package-context-loop modules)\n (core/vec::len modules))\n 0)\n selfhost/typecheck::package-context-empty)))\n (selfhost/typecheck::finalize-package-context collected))))\n\n(def selfhost/typecheck::collect-package-context-loop\n (fn (modules)\n (fn (n)\n (fn (i)\n (fn (context)\n (if ((core/int::eq? i) n)\n context\n (let ((module ((core/vec::get modules) i)))\n ((((selfhost/typecheck::collect-package-context-loop modules) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::collect-module-context module) context)))))))))\n\n(def selfhost/typecheck::collect-module-context\n (fn (module)\n (fn (context)\n (let\n ((meta ((core/map::get module) (quote :meta)))\n (path ((core/map::get module) (quote :path))))\n (if (selfhost/typecheck::map? meta)\n (let\n ((exports (selfhost/typecheck::meta-exports meta))\n (types-result (selfhost/typecheck::meta-types-result meta))\n (caps-result (selfhost/typecheck::meta-caps-result meta))\n (strict-result (selfhost/typecheck::meta-strict-effects-result meta)))\n (let\n ((types\n (if (selfhost/typecheck::result-ok? types-result)\n ((core/map::get types-result) (quote :value))\n {}))\n (caps\n (if (selfhost/typecheck::result-ok? caps-result)\n ((core/map::get caps-result) (quote :value))\n []))\n (strict\n (if (selfhost/typecheck::result-ok? strict-result)\n ((core/map::get strict-result) (quote :value))\n false)))\n (((((selfhost/typecheck::collect-export-context-loop exports)\n (core/vec::len exports))\n 0)\n {:caps caps :path path :strict strict :types types})\n context)))\n context)))))\n\n(def selfhost/typecheck::collect-export-context-loop\n (fn (exports)\n (fn (n)\n (fn (i)\n (fn (module-state)\n (fn (context)\n (if ((core/int::eq? i) n)\n context\n (let ((export ((core/vec::get exports) i)))\n (((((selfhost/typecheck::collect-export-context-loop exports) n)\n ((core/int::add i) 1))\n module-state)\n (((selfhost/typecheck::collect-export-context export) module-state)\n context))))))))))\n\n(def selfhost/typecheck::collect-export-context\n (fn (export)\n (fn (module-state)\n (fn (context)\n (let\n ((path ((core/map::get module-state) (quote :path)))\n (types ((core/map::get module-state) (quote :types))))\n (let\n ((owners ((core/map::get context) (quote :owners)))\n (parsed ((core/map::get context) (quote :parsed))))\n (let\n ((owner-set ((core/map::get owners) export))\n (term ((core/map::get types) export)))\n (let\n ((owners2\n (((core/map::put owners) export)\n ((selfhost/typecheck::set-add\n (if (selfhost/typecheck::map? owner-set) owner-set {}))\n path)))\n (parsed-result\n (if (selfhost/typecheck::nil? term)\n (selfhost/typecheck::err \"missing\")\n (if\n (if (selfhost/typecheck::sym? term)\n ((core/sym::eq? term) (quote ?))\n false)\n (selfhost/typecheck::ok selfhost/typecheck::ty-any)\n (selfhost/typecheck::parse-type term)))))\n (let\n ((parsed2\n (if (selfhost/typecheck::result-ok? parsed-result)\n (let\n ((ty ((core/map::get parsed-result) (quote :value)))\n (valid\n ((selfhost/typecheck::validate-effect-row-declaration\n ((core/map::get parsed-result) (quote :value)))\n (if ((core/map::get module-state) (quote :strict))\n true\n (selfhost/typecheck::caps-enable-strict?\n ((core/map::get module-state) (quote :caps)))))))\n (if (selfhost/typecheck::result-ok? valid)\n (((core/map::put parsed)\n ((core/vec::push ((core/vec::push []) path)) export))\n ty)\n parsed))\n parsed)))\n (((core/map::put\n (((core/map::put context) (quote :owners)) owners2))\n (quote :parsed))\n parsed2))))))))))\n\n(def selfhost/typecheck::finalize-package-context\n (fn (context)\n (let ((entries (core/map::entries ((core/map::get context) (quote :owners)))))\n ((((selfhost/typecheck::finalize-package-context-loop entries)\n (core/vec::len entries))\n 0)\n context))))\n\n(def selfhost/typecheck::finalize-package-context-loop\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (context)\n (if ((core/int::eq? i) n)\n context\n (let\n ((entry ((core/vec::get entries) i))\n (export ((core/vec::get ((core/vec::get entries) i)) 0))\n (owners ((core/vec::get ((core/vec::get entries) i)) 1)))\n ((((selfhost/typecheck::finalize-package-context-loop entries) n)\n ((core/int::add i) 1))\n (((selfhost/typecheck::finalize-package-export export) owners) context)))))))))\n\n(def selfhost/typecheck::finalize-package-export\n (fn (export)\n (fn (owners)\n (fn (context)\n (let ((paths (selfhost/typecheck::set-keys owners)))\n (if ((core/int::eq? (core/vec::len paths)) 1)\n (let\n ((path ((core/vec::get paths) 0))\n (parsed\n ((core/map::get ((core/map::get context) (quote :parsed)))\n ((core/vec::push\n ((core/vec::push []) ((core/vec::get paths) 0)))\n export))))\n (if (selfhost/typecheck::nil? parsed)\n context\n (((core/map::put context) (quote :declarations))\n (((core/map::put ((core/map::get context) (quote :declarations))) export)\n parsed))))\n (let\n ((message\n ((selfhost/typecheck::str4 \"duplicate export \"\n (selfhost/typecheck::symbol-str export))\n \" is owned by modules [\"\n ((selfhost/typecheck::str2 ((core/str::join paths) \", \")) \"]\"))))\n (((selfhost/typecheck::add-package-error-for-paths paths) message) context))))))))\n\n(def selfhost/typecheck::add-package-error-for-paths\n (fn (paths)\n (fn (message)\n (fn (context)\n (((((selfhost/typecheck::add-package-error-for-paths-loop paths)\n (core/vec::len paths))\n 0)\n message)\n context)))))\n\n(def selfhost/typecheck::add-package-error-for-paths-loop\n (fn (paths)\n (fn (n)\n (fn (i)\n (fn (message)\n (fn (context)\n (if ((core/int::eq? i) n)\n context\n (let\n ((errors2\n (((selfhost/typecheck::package-error-add\n ((core/map::get context) (quote :errors)))\n ((core/vec::get paths) i))\n message)))\n (((((selfhost/typecheck::add-package-error-for-paths-loop paths) n)\n ((core/int::add i) 1))\n message)\n (((core/map::put context) (quote :errors)) errors2))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE4/;C&\xED(\xA3b\x18\xDEz\x80j\x14kO\xFE<\x1B{\xFB\x89!\x85\xC6\xC8\x15\x8AV\xE2\xD2" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::state-error (fn (state) (fn (message) (((core/map::put (((core/map::put state) (quote :errors)) ((core/vec::push ((core/map::get state) (quote :errors))) message))) (quote :ok)) false)))) (def selfhost/typecheck::state-warning (fn (state) (fn (message) (((core/map::put state) (quote :warnings)) ((core/vec::push ((core/map::get state) (quote :warnings))) message))))) (def selfhost/typecheck::state-path-error (fn (state) (fn (message) ((selfhost/typecheck::state-error state) ((selfhost/typecheck::path-message ((core/map::get state) (quote :path))) message))))) (def selfhost/typecheck::state-path-warning (fn (state) (fn (message) ((selfhost/typecheck::state-warning state) ((selfhost/typecheck::path-message ((core/map::get state) (quote :path))) message))))) (def selfhost/typecheck::module-report-base (fn (path) (fn (syntax-effects) {:errors [] :export-effects [] :export-types [] :inferred-effects syntax-effects :ok true :path path :warnings []}))) (def selfhost/typecheck::prefix-package-errors (fn (state) (fn (errors) ((((selfhost/typecheck::prefix-package-errors-loop errors) (core/vec::len errors)) 0) state)))) (def selfhost/typecheck::prefix-package-errors-loop (fn (errors) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state ((((selfhost/typecheck::prefix-package-errors-loop errors) n) ((core/int::add i) 1)) ((selfhost/typecheck::state-path-error state) ((core/vec::get errors) i))))))))) (def selfhost/typecheck::typecheck-module (fn (module) (fn (context) (let ((path ((core/map::get module) (quote :path))) (forms ((core/map::get module) (quote :forms))) (meta ((core/map::get module) (quote :meta)))) (let ((syntax-effects (selfhost/typecheck::syntax-effects-forms forms)) (package-errors ((core/map::get ((core/map::get context) (quote :errors))) path))) (let ((state0 ((selfhost/typecheck::prefix-package-errors ((selfhost/typecheck::module-report-base path) syntax-effects)) (if (selfhost/typecheck::vec? package-errors) package-errors [])))) (if (selfhost/typecheck::nil? meta) ((selfhost/typecheck::state-path-error state0) "missing ::meta") (if (selfhost/typecheck::map? meta) (((selfhost/typecheck::typecheck-module-map module) context) state0) ((selfhost/typecheck::state-path-error state0) ((selfhost/typecheck::str2 "::meta must be a map datum, got ") (selfhost/typecheck::term-str meta))))))))))) (def selfhost/typecheck::typecheck-module-map (fn (module) (fn (context) (fn (state0) (let ((path ((core/map::get module) (quote :path))) (forms ((core/map::get module) (quote :forms))) (meta ((core/map::get module) (quote :meta)))) (let ((exports (selfhost/typecheck::meta-exports meta)) (caps-result (selfhost/typecheck::meta-caps-result meta)) (types-result (selfhost/typecheck::meta-types-result meta)) (strict-effects-result (selfhost/typecheck::meta-strict-effects-result meta)) (strict-shapes-result (selfhost/typecheck::meta-strict-shapes-result meta))) (let ((state1 (if ((core/int::eq? (core/vec::len exports)) 0) ((selfhost/typecheck::state-path-warning state0) "::meta :exports is empty") state0)) (caps (if (selfhost/typecheck::result-ok? caps-result) ((core/map::get caps-result) (quote :value)) [])) (types (if (selfhost/typecheck::result-ok? types-result) ((core/map::get types-result) (quote :value)) {}))) (let ((state2 ((selfhost/typecheck::apply-meta-result-errors ((selfhost/typecheck::apply-meta-result-errors ((selfhost/typecheck::apply-meta-result-errors ((selfhost/typecheck::apply-meta-result-errors state1) caps-result)) types-result)) strict-effects-result)) strict-shapes-result)) (strict-effects (if (selfhost/typecheck::result-ok? strict-effects-result) (if ((core/map::get strict-effects-result) (quote :value)) true (selfhost/typecheck::caps-enable-strict? caps)) (selfhost/typecheck::caps-enable-strict? caps))) (strict-shapes (if (selfhost/typecheck::result-ok? strict-shapes-result) ((core/map::get strict-shapes-result) (quote :value)) false))) (let ((inferred ((selfhost/typecheck::infer-module-types forms) ((core/map::get context) (quote :declarations))))) (let ((state3 ((selfhost/typecheck::merge-infer-session state2) ((core/map::get inferred) (quote :session)))) (env ((core/map::get inferred) (quote :env))) (defs ((core/map::get inferred) (quote :defs)))) (let ((effects ((selfhost/typecheck::effects-in-forms-with-env forms) env))) (((selfhost/typecheck::check-module-exports (((core/map::put state3) (quote :inferred-effects)) effects)) {:caps caps :caps-set (selfhost/typecheck::effects-vec-to-set caps) :defs (selfhost/typecheck::defs-map forms) :env env :exports exports :inferred-defs defs :package-declarations ((core/map::get context) (quote :declarations)) :path path :strict-effects strict-effects :strict-shapes strict-shapes :types types}) context)))))))))))) (def selfhost/typecheck::apply-meta-result-errors (fn (state) (fn (result) (if (selfhost/typecheck::result-ok? result) state ((selfhost/typecheck::state-path-error state) ((core/map::get result) (quote :error))))))) (def selfhost/typecheck::merge-infer-session (fn (state) (fn (session) (let ((errors ((core/map::get session) (quote :errors))) (warnings ((core/map::get session) (quote :warnings)))) ((selfhost/typecheck::merge-infer-warnings ((selfhost/typecheck::merge-infer-errors state) errors)) warnings))))) (def selfhost/typecheck::merge-infer-errors (fn (state) (fn (errors) ((((selfhost/typecheck::merge-infer-errors-loop errors) (core/vec::len errors)) 0) state)))) (def selfhost/typecheck::merge-infer-errors-loop (fn (errors) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state ((((selfhost/typecheck::merge-infer-errors-loop errors) n) ((core/int::add i) 1)) ((selfhost/typecheck::state-path-error state) ((core/vec::get errors) i))))))))) (def selfhost/typecheck::merge-infer-warnings (fn (state) (fn (warnings) ((((selfhost/typecheck::merge-infer-warnings-loop warnings) (core/vec::len warnings)) 0) state)))) (def selfhost/typecheck::merge-infer-warnings-loop (fn (warnings) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state ((((selfhost/typecheck::merge-infer-warnings-loop warnings) n) ((core/int::add i) 1)) ((selfhost/typecheck::state-path-warning state) ((core/vec::get warnings) i)))))))))] :module-h b"m\xC5\xBFK\x1D(\xEF\x07CV\x80\\\x8A&z\xB4^\x08\xBD\xA0\xDB^CMp\x89\\\\\xAEm\x13\x07" :path "selfhost/typecheck_package_module_v1.gc" :source "(def selfhost/typecheck::state-error\n (fn (state)\n (fn (message)\n (((core/map::put\n (((core/map::put state) (quote :errors))\n ((core/vec::push ((core/map::get state) (quote :errors))) message)))\n (quote :ok))\n false))))\n\n(def selfhost/typecheck::state-warning\n (fn (state)\n (fn (message)\n (((core/map::put state) (quote :warnings))\n ((core/vec::push ((core/map::get state) (quote :warnings))) message)))))\n\n(def selfhost/typecheck::state-path-error\n (fn (state)\n (fn (message)\n ((selfhost/typecheck::state-error state)\n ((selfhost/typecheck::path-message ((core/map::get state) (quote :path))) message)))))\n\n(def selfhost/typecheck::state-path-warning\n (fn (state)\n (fn (message)\n ((selfhost/typecheck::state-warning state)\n ((selfhost/typecheck::path-message ((core/map::get state) (quote :path))) message)))))\n\n(def selfhost/typecheck::module-report-base\n (fn (path)\n (fn (syntax-effects)\n {:errors []\n :export-effects []\n :export-types []\n :inferred-effects syntax-effects\n :ok true\n :path path\n :warnings []})))\n\n(def selfhost/typecheck::prefix-package-errors\n (fn (state)\n (fn (errors)\n ((((selfhost/typecheck::prefix-package-errors-loop errors)\n (core/vec::len errors))\n 0)\n state))))\n\n(def selfhost/typecheck::prefix-package-errors-loop\n (fn (errors)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n ((((selfhost/typecheck::prefix-package-errors-loop errors) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::state-path-error state)\n ((core/vec::get errors) i)))))))))\n\n(def selfhost/typecheck::typecheck-module\n (fn (module)\n (fn (context)\n (let\n ((path ((core/map::get module) (quote :path)))\n (forms ((core/map::get module) (quote :forms)))\n (meta ((core/map::get module) (quote :meta))))\n (let\n ((syntax-effects (selfhost/typecheck::syntax-effects-forms forms))\n (package-errors\n ((core/map::get ((core/map::get context) (quote :errors))) path)))\n (let\n ((state0\n ((selfhost/typecheck::prefix-package-errors\n ((selfhost/typecheck::module-report-base path) syntax-effects))\n (if (selfhost/typecheck::vec? package-errors) package-errors []))))\n (if (selfhost/typecheck::nil? meta)\n ((selfhost/typecheck::state-path-error state0) \"missing ::meta\")\n (if (selfhost/typecheck::map? meta)\n (((selfhost/typecheck::typecheck-module-map module) context) state0)\n ((selfhost/typecheck::state-path-error state0)\n ((selfhost/typecheck::str2 \"::meta must be a map datum, got \")\n (selfhost/typecheck::term-str meta)))))))))))\n\n(def selfhost/typecheck::typecheck-module-map\n (fn (module)\n (fn (context)\n (fn (state0)\n (let\n ((path ((core/map::get module) (quote :path)))\n (forms ((core/map::get module) (quote :forms)))\n (meta ((core/map::get module) (quote :meta))))\n (let\n ((exports (selfhost/typecheck::meta-exports meta))\n (caps-result (selfhost/typecheck::meta-caps-result meta))\n (types-result (selfhost/typecheck::meta-types-result meta))\n (strict-effects-result (selfhost/typecheck::meta-strict-effects-result meta))\n (strict-shapes-result (selfhost/typecheck::meta-strict-shapes-result meta)))\n (let\n ((state1\n (if ((core/int::eq? (core/vec::len exports)) 0)\n ((selfhost/typecheck::state-path-warning state0)\n \"::meta :exports is empty\")\n state0))\n (caps\n (if (selfhost/typecheck::result-ok? caps-result)\n ((core/map::get caps-result) (quote :value))\n []))\n (types\n (if (selfhost/typecheck::result-ok? types-result)\n ((core/map::get types-result) (quote :value))\n {})))\n (let\n ((state2\n ((selfhost/typecheck::apply-meta-result-errors\n ((selfhost/typecheck::apply-meta-result-errors\n ((selfhost/typecheck::apply-meta-result-errors\n ((selfhost/typecheck::apply-meta-result-errors state1) caps-result))\n types-result))\n strict-effects-result))\n strict-shapes-result))\n (strict-effects\n (if (selfhost/typecheck::result-ok? strict-effects-result)\n (if ((core/map::get strict-effects-result) (quote :value))\n true\n (selfhost/typecheck::caps-enable-strict? caps))\n (selfhost/typecheck::caps-enable-strict? caps)))\n (strict-shapes\n (if (selfhost/typecheck::result-ok? strict-shapes-result)\n ((core/map::get strict-shapes-result) (quote :value))\n false)))\n (let\n ((inferred\n ((selfhost/typecheck::infer-module-types forms)\n ((core/map::get context) (quote :declarations)))))\n (let\n ((state3\n ((selfhost/typecheck::merge-infer-session state2)\n ((core/map::get inferred) (quote :session))))\n (env ((core/map::get inferred) (quote :env)))\n (defs ((core/map::get inferred) (quote :defs))))\n (let\n ((effects ((selfhost/typecheck::effects-in-forms-with-env forms) env)))\n (((selfhost/typecheck::check-module-exports\n (((core/map::put state3) (quote :inferred-effects)) effects))\n {:caps caps\n :caps-set (selfhost/typecheck::effects-vec-to-set caps)\n :defs (selfhost/typecheck::defs-map forms)\n :env env\n :exports exports\n :inferred-defs defs\n :package-declarations\n ((core/map::get context) (quote :declarations))\n :path path\n :strict-effects strict-effects\n :strict-shapes strict-shapes\n :types types})\n context))))))))))))\n\n(def selfhost/typecheck::apply-meta-result-errors\n (fn (state)\n (fn (result)\n (if (selfhost/typecheck::result-ok? result)\n state\n ((selfhost/typecheck::state-path-error state)\n ((core/map::get result) (quote :error)))))))\n\n(def selfhost/typecheck::merge-infer-session\n (fn (state)\n (fn (session)\n (let\n ((errors ((core/map::get session) (quote :errors)))\n (warnings ((core/map::get session) (quote :warnings))))\n ((selfhost/typecheck::merge-infer-warnings\n ((selfhost/typecheck::merge-infer-errors state) errors))\n warnings)))))\n\n(def selfhost/typecheck::merge-infer-errors\n (fn (state)\n (fn (errors)\n ((((selfhost/typecheck::merge-infer-errors-loop errors) (core/vec::len errors)) 0)\n state))))\n\n(def selfhost/typecheck::merge-infer-errors-loop\n (fn (errors)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n ((((selfhost/typecheck::merge-infer-errors-loop errors) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::state-path-error state) ((core/vec::get errors) i)))))))))\n\n(def selfhost/typecheck::merge-infer-warnings\n (fn (state)\n (fn (warnings)\n ((((selfhost/typecheck::merge-infer-warnings-loop warnings) (core/vec::len warnings)) 0)\n state))))\n\n(def selfhost/typecheck::merge-infer-warnings-loop\n (fn (warnings)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n ((((selfhost/typecheck::merge-infer-warnings-loop warnings) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::state-path-warning state) ((core/vec::get warnings) i)))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"m\xC5\xBFK\x1D(\xEF\x07CV\x80\\\x8A&z\xB4^\x08\xBD\xA0\xDB^CMp\x89\\\\\xAEm\x13\x07" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::check-module-exports (fn (state) (fn (module-state) (fn (context) (let ((exports ((core/map::get module-state) (quote :exports)))) (let ((with-effects (((((selfhost/typecheck::check-export-effects-loop exports) (core/vec::len exports)) 0) module-state) state))) (((((selfhost/typecheck::check-export-types-loop exports) (core/vec::len exports)) 0) module-state) with-effects))))))) (def selfhost/typecheck::check-export-effects-loop (fn (exports) (fn (n) (fn (i) (fn (module-state) (fn (state) (if ((core/int::eq? i) n) state (((((selfhost/typecheck::check-export-effects-loop exports) n) ((core/int::add i) 1)) module-state) (((selfhost/typecheck::check-export-effects ((core/vec::get exports) i)) module-state) state))))))))) (def selfhost/typecheck::check-export-effects (fn (export) (fn (module-state) (fn (state) (let ((expr ((core/map::get ((core/map::get module-state) (quote :defs))) export))) (if (selfhost/typecheck::nil? expr) (let ((state2 ((selfhost/typecheck::state-path-error state) ((((selfhost/typecheck::str4 "exported symbol ") (selfhost/typecheck::symbol-str export)) " has no (def ") ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) ") in module"))))) (((core/map::put state2) (quote :export-effects)) ((core/vec::push ((core/map::get state2) (quote :export-effects))) {:name export :ops [] :unknown false}))) (let ((effects0 (((selfhost/typecheck::effects-in-term-with-expected expr) ((core/map::get module-state) (quote :env))) ((core/map::get ((core/map::get module-state) (quote :inferred-defs))) export))) (unknown-calls ((selfhost/typecheck::unknown-signature-symbols expr) ((core/map::get module-state) (quote :env)))) (unknown-signatures ((selfhost/typecheck::unknown-signature-symbols expr) ((core/map::get module-state) (quote :package-declarations))))) (let ((effects (if ((core/int::lt? 0) (core/map::len unknown-calls)) (selfhost/typecheck::effects-with-unknown effects0) effects0))) (let ((state2 (((((selfhost/typecheck::validate-export-effects export) module-state) effects) unknown-signatures) state))) (((core/map::put state2) (quote :export-effects)) ((core/vec::push ((core/map::get state2) (quote :export-effects))) {:name export :ops (selfhost/typecheck::set-keys ((core/map::get effects) (quote :ops))) :unknown ((core/map::get effects) (quote :unknown))}))))))))))) (def selfhost/typecheck::validate-export-effects (fn (export) (fn (module-state) (fn (effects) (fn (unknown-signatures) (fn (state) (let ((unknown ((core/map::get effects) (quote :unknown))) (caps ((core/map::get module-state) (quote :caps))) (strict ((core/map::get module-state) (quote :strict-effects))) (unknown-signatures-text (selfhost/typecheck::symbol-set-joined unknown-signatures))) (let ((state1 (if ((core/int::lt? 0) (core/map::len unknown-signatures)) ((selfhost/typecheck::state-path-warning state) ((((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str export)) " has unknown imported effect signature(s): ") unknown-signatures-text) "")) state)) (state2 (if unknown ((selfhost/typecheck::state-path-warning state1) (((selfhost/typecheck::str3 (selfhost/typecheck::symbol-str export)) " effect ops could not be fully inferred ") "(non-literal op, open row, unknown imported signature, or unknown task wrapper arity)")) state1)) (state3 (if (if unknown ((core/int::eq? (core/vec::len caps)) 0) false) ((selfhost/typecheck::state-path-error state2) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) " declares :caps [] but has unknown effect ops")) state2))) (let ((state4 (if (if unknown strict false) ((selfhost/typecheck::state-path-error state3) (if ((core/int::eq? (core/map::len unknown-signatures)) 0) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) " strict effect mode forbids unknown effect ops; use literal op symbols and soundly bound effect rows") ((((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str export)) " strict effect mode forbids unknown imported effect signature(s): ") unknown-signatures-text) ""))) state3))) (((((selfhost/typecheck::validate-effect-caps-loop (selfhost/typecheck::set-keys ((core/map::get effects) (quote :ops)))) (core/map::get module-state)) export) 0) state4)))))))))) (def selfhost/typecheck::validate-effect-caps-loop (fn (ops) (fn (module-state) (fn (export) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len ops)) state (let ((op ((core/vec::get ops) i))) (((((selfhost/typecheck::validate-effect-caps-loop ops) module-state) export) ((core/int::add i) 1)) (if ((selfhost/typecheck::set-has? ((core/map::get module-state) (quote :caps-set))) op) state ((selfhost/typecheck::state-path-error state) ((((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str export)) " inferred effect op ") (selfhost/typecheck::symbol-str op)) " not present in ::meta :caps")))))))))))) (def selfhost/typecheck::check-export-types-loop (fn (exports) (fn (n) (fn (i) (fn (module-state) (fn (state) (if ((core/int::eq? i) n) state (((((selfhost/typecheck::check-export-types-loop exports) n) ((core/int::add i) 1)) module-state) (((selfhost/typecheck::check-export-type ((core/vec::get exports) i)) module-state) state))))))))) (def selfhost/typecheck::check-export-type (fn (export) (fn (module-state) (fn (state) (let ((term ((core/map::get ((core/map::get module-state) (quote :types))) export)) (inferred (let ((found ((core/map::get ((core/map::get module-state) (quote :inferred-defs))) export))) (if (selfhost/typecheck::nil? found) selfhost/typecheck::ty-any found)))) (if (selfhost/typecheck::nil? term) (let ((message (((selfhost/typecheck::str3 "exported symbol ") (selfhost/typecheck::symbol-str export)) " has no type in ::meta :types"))) (let ((state2 ((selfhost/typecheck::state-path-error state) message))) (((core/map::put state2) (quote :export-types)) ((core/vec::push ((core/map::get state2) (quote :export-types))) {:declared nil :errors ["missing declared type"] :inferred (selfhost/typecheck::type-to-term inferred) :name export :ok false :warnings []})))) (((((selfhost/typecheck::check-declared-export-type export) (((core/map::put module-state) (quote :current-export-effects)) ((selfhost/typecheck::find-export-effects ((core/map::get state) (quote :export-effects))) export))) inferred) term) state))))))) (def selfhost/typecheck::find-export-effects (fn (reports) (fn (export) ((((selfhost/typecheck::find-export-effects-loop reports) export) (core/vec::len reports)) 0)))) (def selfhost/typecheck::find-export-effects-loop (fn (reports) (fn (export) (fn (n) (fn (i) (if ((core/int::eq? i) n) {:name export :ops [] :unknown false} (let ((report ((core/vec::get reports) i))) (if ((core/eq? ((core/map::get report) (quote :name))) export) report ((((selfhost/typecheck::find-export-effects-loop reports) export) n) ((core/int::add i) 1)))))))))) (def selfhost/typecheck::check-declared-export-type (fn (export) (fn (module-state) (fn (inferred) (fn (term) (fn (state) (let ((gradual (if (selfhost/typecheck::sym? term) ((core/sym::eq? term) (quote ?)) false))) (let ((state2 (if gradual ((selfhost/typecheck::state-path-warning state) (((selfhost/typecheck::str3 "export ") (selfhost/typecheck::symbol-str export)) " has type ?")) state)) (checked (if gradual {:errors [] :ok true :warnings (if ((core/sym::eq? (selfhost/typecheck::ty-tag inferred)) (quote :any)) ["inferred type is ?"] [])} ((((selfhost/typecheck::validate-declared-type export) module-state) inferred) term)))) (let ((state3 (((selfhost/typecheck::merge-export-type-errors state2) ((core/map::get checked) (quote :errors))) ((core/map::get module-state) (quote :path))))) (let ((report {:declared term :errors ((core/map::get checked) (quote :errors)) :inferred (selfhost/typecheck::type-to-term inferred) :name export :ok ((core/map::get checked) (quote :ok)) :warnings ((core/map::get checked) (quote :warnings))})) (((core/map::put state3) (quote :export-types)) ((core/vec::push ((core/map::get state3) (quote :export-types))) report)))))))))))) (def selfhost/typecheck::merge-export-type-errors (fn (state) (fn (errors) (fn (path) (((((selfhost/typecheck::merge-export-type-errors-loop errors) (core/vec::len errors)) 0) path) state))))) (def selfhost/typecheck::merge-export-type-errors-loop (fn (errors) (fn (n) (fn (i) (fn (path) (fn (state) (if ((core/int::eq? i) n) state (((((selfhost/typecheck::merge-export-type-errors-loop errors) n) ((core/int::add i) 1)) path) ((selfhost/typecheck::state-error state) ((selfhost/typecheck::path-message path) ((core/vec::get errors) i))))))))))) (def selfhost/typecheck::declared-eff-row (fn (ty) (let ((tag (selfhost/typecheck::ty-tag ty))) (if ((core/sym::eq? tag) (quote :fn)) ((core/map::get ty) (quote :eff)) (if ((core/sym::eq? tag) (quote :prog)) ((core/map::get ty) (quote :eff)) nil))))) (def selfhost/typecheck::validate-declared-type (fn (export) (fn (module-state) (fn (inferred) (fn (term) (let ((parsed (selfhost/typecheck::parse-type term))) (if (selfhost/typecheck::result-ok? parsed) ((((selfhost/typecheck::validate-parsed-declared-type export) module-state) inferred) ((core/map::get parsed) (quote :value))) {:errors [((selfhost/typecheck::str4 "type parse error for " (selfhost/typecheck::symbol-str export)) ": " ((core/map::get parsed) (quote :error)))] :ok false :warnings []}))))))) (def selfhost/typecheck::validate-parsed-declared-type (fn (export) (fn (module-state) (fn (inferred) (fn (parsed) (let ((validation ((selfhost/typecheck::validate-effect-row-declaration parsed) ((core/map::get module-state) (quote :strict-effects)))) (compatible (((selfhost/typecheck::type-compatible? inferred) parsed) ((core/map::get module-state) (quote :strict-shapes))))) (let ((errors0 (if (selfhost/typecheck::result-ok? validation) [] ((core/vec::push []) (((selfhost/typecheck::str3 (selfhost/typecheck::symbol-str export)) ": ") ((core/map::get validation) (quote :error)))))) (errors1 (if compatible [] ((core/vec::push []) ((((selfhost/typecheck::str4 "declared type mismatch for ") (selfhost/typecheck::symbol-str export)) ": declared ") (((selfhost/typecheck::str3 (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term parsed))) ", inferred ") (selfhost/typecheck::term-str (selfhost/typecheck::type-to-term inferred)))))))) (let ((errors2 ((core/vec::append errors0) errors1))) (let ((errors3 ((((selfhost/typecheck::validate-declared-effect-evidence export) parsed) ((core/map::get module-state) (quote :current-export-effects))) errors2)) (errors4 (if (if ((core/map::get module-state) (quote :strict-shapes)) (selfhost/typecheck::has-unresolved-contract-ops? inferred) false) ((core/vec::push errors3) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) ": strict shape mode forbids unresolved contract op signatures")) errors3))) {:errors errors4 :ok ((core/int::eq? (core/vec::len errors4)) 0) :warnings []}))))))))) (def selfhost/typecheck::validate-declared-effect-evidence (fn (export) (fn (declared) (fn (effects) (fn (errors) (let ((row (selfhost/typecheck::declared-eff-row declared))) (if (selfhost/typecheck::nil? row) errors (let ((errors2 (if (if ((core/map::get effects) (quote :unknown)) (selfhost/typecheck::tail-closed? ((core/map::get row) (quote :tail))) false) ((core/vec::push errors) ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export)) ": inferred unknown effect ops but declared effect row is closed")) errors))) (((((selfhost/typecheck::validate-declared-effect-ops-loop ((core/map::get effects) (quote :ops))) row) export) 0) errors2))))))))) (def selfhost/typecheck::validate-declared-effect-ops-loop (fn (ops) (fn (row) (fn (export) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len ops)) errors (let ((op ((core/vec::get ops) i))) (((((selfhost/typecheck::validate-declared-effect-ops-loop ops) row) export) ((core/int::add i) 1)) (if (if (selfhost/typecheck::tail-closed? ((core/map::get row) (quote :tail))) (if ((selfhost/typecheck::set-has? ((core/map::get row) (quote :ops))) op) false true) false) ((core/vec::push errors) ((((selfhost/typecheck::str4 (selfhost/typecheck::symbol-str export)) ": inferred effect op ") (selfhost/typecheck::symbol-str op)) " not present in declared effect row")) errors))))))))))] :module-h b"\xAC\xF9.?g)X\x1F\x7F\x13\xC7'\xD0\xB9p%\xD0\x7Fq\xCCs\xC5'\x87\xAA\x9E\xF4\xAB\x0C\x86\xD7K" :path "selfhost/typecheck_package_exports_v1.gc" :source "(def selfhost/typecheck::check-module-exports\n (fn (state)\n (fn (module-state)\n (fn (context)\n (let ((exports ((core/map::get module-state) (quote :exports))))\n (let\n ((with-effects\n (((((selfhost/typecheck::check-export-effects-loop exports)\n (core/vec::len exports))\n 0)\n module-state)\n state)))\n (((((selfhost/typecheck::check-export-types-loop exports)\n (core/vec::len exports))\n 0)\n module-state)\n with-effects)))))))\n\n(def selfhost/typecheck::check-export-effects-loop\n (fn (exports)\n (fn (n)\n (fn (i)\n (fn (module-state)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (((((selfhost/typecheck::check-export-effects-loop exports) n)\n ((core/int::add i) 1))\n module-state)\n (((selfhost/typecheck::check-export-effects\n ((core/vec::get exports) i))\n module-state)\n state)))))))))\n\n(def selfhost/typecheck::check-export-effects\n (fn (export)\n (fn (module-state)\n (fn (state)\n (let ((expr ((core/map::get ((core/map::get module-state) (quote :defs))) export)))\n (if (selfhost/typecheck::nil? expr)\n (let\n ((state2\n ((selfhost/typecheck::state-path-error state)\n ((((selfhost/typecheck::str4 \"exported symbol \")\n (selfhost/typecheck::symbol-str export))\n \" has no (def \")\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \") in module\")))))\n (((core/map::put state2) (quote :export-effects))\n ((core/vec::push ((core/map::get state2) (quote :export-effects)))\n {:name export :ops [] :unknown false})))\n (let\n ((effects0\n (((selfhost/typecheck::effects-in-term-with-expected expr)\n ((core/map::get module-state) (quote :env)))\n ((core/map::get\n ((core/map::get module-state) (quote :inferred-defs)))\n export)))\n (unknown-calls\n ((selfhost/typecheck::unknown-signature-symbols expr)\n ((core/map::get module-state) (quote :env))))\n (unknown-signatures\n ((selfhost/typecheck::unknown-signature-symbols expr)\n ((core/map::get module-state) (quote :package-declarations)))))\n (let\n ((effects\n (if ((core/int::lt? 0) (core/map::len unknown-calls))\n (selfhost/typecheck::effects-with-unknown effects0)\n effects0)))\n (let\n ((state2\n (((((selfhost/typecheck::validate-export-effects export) module-state)\n effects)\n unknown-signatures)\n state)))\n (((core/map::put state2) (quote :export-effects))\n ((core/vec::push ((core/map::get state2) (quote :export-effects)))\n {:name export\n :ops (selfhost/typecheck::set-keys\n ((core/map::get effects) (quote :ops)))\n :unknown ((core/map::get effects) (quote :unknown))})))))))))))\n\n(def selfhost/typecheck::validate-export-effects\n (fn (export)\n (fn (module-state)\n (fn (effects)\n (fn (unknown-signatures)\n (fn (state)\n (let\n ((unknown ((core/map::get effects) (quote :unknown)))\n (caps ((core/map::get module-state) (quote :caps)))\n (strict ((core/map::get module-state) (quote :strict-effects)))\n (unknown-signatures-text\n (selfhost/typecheck::symbol-set-joined unknown-signatures)))\n (let\n ((state1\n (if ((core/int::lt? 0) (core/map::len unknown-signatures))\n ((selfhost/typecheck::state-path-warning state)\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str export)\n \" has unknown imported effect signature(s): \")\n unknown-signatures-text\n \"\"))\n state))\n (state2\n (if unknown\n ((selfhost/typecheck::state-path-warning state1)\n ((selfhost/typecheck::str3\n (selfhost/typecheck::symbol-str export)\n \" effect ops could not be fully inferred \")\n \"(non-literal op, open row, unknown imported signature, or unknown task wrapper arity)\"))\n state1))\n (state3\n (if\n (if unknown ((core/int::eq? (core/vec::len caps)) 0) false)\n ((selfhost/typecheck::state-path-error state2)\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \" declares :caps [] but has unknown effect ops\"))\n state2)))\n (let\n ((state4\n (if (if unknown strict false)\n ((selfhost/typecheck::state-path-error state3)\n (if ((core/int::eq? (core/map::len unknown-signatures)) 0)\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \" strict effect mode forbids unknown effect ops; use literal op symbols and soundly bound effect rows\")\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str export)\n \" strict effect mode forbids unknown imported effect signature(s): \")\n unknown-signatures-text\n \"\")))\n state3)))\n (((((selfhost/typecheck::validate-effect-caps-loop\n (selfhost/typecheck::set-keys\n ((core/map::get effects) (quote :ops))))\n (core/map::get module-state))\n export)\n 0)\n state4))))))))))\n\n(def selfhost/typecheck::validate-effect-caps-loop\n (fn (ops)\n (fn (module-state)\n (fn (export)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len ops))\n state\n (let ((op ((core/vec::get ops) i)))\n (((((selfhost/typecheck::validate-effect-caps-loop ops) module-state) export)\n ((core/int::add i) 1))\n (if\n (selfhost/typecheck::set-has?\n ((core/map::get module-state) (quote :caps-set))\n op)\n state\n ((selfhost/typecheck::state-path-error state)\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str export)\n \" inferred effect op \")\n (selfhost/typecheck::symbol-str op)\n \" not present in ::meta :caps\"))))))))))))\n\n(def selfhost/typecheck::check-export-types-loop\n (fn (exports)\n (fn (n)\n (fn (i)\n (fn (module-state)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (((((selfhost/typecheck::check-export-types-loop exports) n)\n ((core/int::add i) 1))\n module-state)\n (((selfhost/typecheck::check-export-type ((core/vec::get exports) i))\n module-state)\n state)))))))))\n\n(def selfhost/typecheck::check-export-type\n (fn (export)\n (fn (module-state)\n (fn (state)\n (let\n ((term ((core/map::get ((core/map::get module-state) (quote :types))) export))\n (inferred\n (let\n ((found\n ((core/map::get ((core/map::get module-state) (quote :inferred-defs))) export)))\n (if (selfhost/typecheck::nil? found) selfhost/typecheck::ty-any found))))\n (if (selfhost/typecheck::nil? term)\n (let\n ((message\n ((selfhost/typecheck::str3 \"exported symbol \"\n (selfhost/typecheck::symbol-str export))\n \" has no type in ::meta :types\")))\n (let ((state2 ((selfhost/typecheck::state-path-error state) message)))\n (((core/map::put state2) (quote :export-types))\n ((core/vec::push ((core/map::get state2) (quote :export-types)))\n {:declared nil\n :errors [\"missing declared type\"]\n :inferred (selfhost/typecheck::type-to-term inferred)\n :name export\n :ok false\n :warnings []}))))\n (((((selfhost/typecheck::check-declared-export-type export)\n (((core/map::put module-state) (quote :current-export-effects))\n ((selfhost/typecheck::find-export-effects\n ((core/map::get state) (quote :export-effects)))\n export)))\n inferred)\n term)\n state)))))))\n\n(def selfhost/typecheck::find-export-effects\n (fn (reports)\n (fn (export)\n ((((selfhost/typecheck::find-export-effects-loop reports) export)\n (core/vec::len reports))\n 0))))\n\n(def selfhost/typecheck::find-export-effects-loop\n (fn (reports)\n (fn (export)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n {:name export :ops [] :unknown false}\n (let ((report ((core/vec::get reports) i)))\n (if ((core/eq? ((core/map::get report) (quote :name))) export)\n report\n ((((selfhost/typecheck::find-export-effects-loop reports) export) n)\n ((core/int::add i) 1))))))))))\n\n(def selfhost/typecheck::check-declared-export-type\n (fn (export)\n (fn (module-state)\n (fn (inferred)\n (fn (term)\n (fn (state)\n (let\n ((gradual\n (if (selfhost/typecheck::sym? term)\n ((core/sym::eq? term) (quote ?))\n false)))\n (let\n ((state2\n (if gradual\n ((selfhost/typecheck::state-path-warning state)\n ((selfhost/typecheck::str3 \"export \"\n (selfhost/typecheck::symbol-str export))\n \" has type ?\"))\n state))\n (checked\n (if gradual\n {:errors []\n :ok true\n :warnings\n (if ((core/sym::eq? (selfhost/typecheck::ty-tag inferred)) (quote :any))\n [\"inferred type is ?\"]\n [])}\n ((((selfhost/typecheck::validate-declared-type export) module-state)\n inferred)\n term))))\n (let\n ((state3\n (((selfhost/typecheck::merge-export-type-errors state2)\n ((core/map::get checked) (quote :errors)))\n ((core/map::get module-state) (quote :path)))))\n (let\n ((report\n {:declared term\n :errors ((core/map::get checked) (quote :errors))\n :inferred (selfhost/typecheck::type-to-term inferred)\n :name export\n :ok ((core/map::get checked) (quote :ok))\n :warnings ((core/map::get checked) (quote :warnings))}))\n (((core/map::put state3) (quote :export-types))\n ((core/vec::push ((core/map::get state3) (quote :export-types))) report))))))))))))\n\n(def selfhost/typecheck::merge-export-type-errors\n (fn (state)\n (fn (errors)\n (fn (path)\n (((((selfhost/typecheck::merge-export-type-errors-loop errors)\n (core/vec::len errors))\n 0)\n path)\n state)))))\n\n(def selfhost/typecheck::merge-export-type-errors-loop\n (fn (errors)\n (fn (n)\n (fn (i)\n (fn (path)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (((((selfhost/typecheck::merge-export-type-errors-loop errors) n)\n ((core/int::add i) 1))\n path)\n ((selfhost/typecheck::state-error state)\n ((selfhost/typecheck::path-message path) ((core/vec::get errors) i)))))))))))\n\n(def selfhost/typecheck::declared-eff-row\n (fn (ty)\n (let ((tag (selfhost/typecheck::ty-tag ty)))\n (if ((core/sym::eq? tag) (quote :fn))\n ((core/map::get ty) (quote :eff))\n (if ((core/sym::eq? tag) (quote :prog))\n ((core/map::get ty) (quote :eff))\n nil)))))\n\n(def selfhost/typecheck::validate-declared-type\n (fn (export)\n (fn (module-state)\n (fn (inferred)\n (fn (term)\n (let ((parsed (selfhost/typecheck::parse-type term)))\n (if (selfhost/typecheck::result-ok? parsed)\n ((((selfhost/typecheck::validate-parsed-declared-type export) module-state)\n inferred)\n ((core/map::get parsed) (quote :value)))\n {:errors\n [((selfhost/typecheck::str4 \"type parse error for \"\n (selfhost/typecheck::symbol-str export))\n \": \"\n ((core/map::get parsed) (quote :error)))]\n :ok false\n :warnings []})))))))\n\n(def selfhost/typecheck::validate-parsed-declared-type\n (fn (export)\n (fn (module-state)\n (fn (inferred)\n (fn (parsed)\n (let\n ((validation\n ((selfhost/typecheck::validate-effect-row-declaration parsed)\n ((core/map::get module-state) (quote :strict-effects))))\n (compatible\n (((selfhost/typecheck::type-compatible? inferred) parsed)\n ((core/map::get module-state) (quote :strict-shapes)))))\n (let\n ((errors0\n (if (selfhost/typecheck::result-ok? validation)\n []\n ((core/vec::push [])\n (((selfhost/typecheck::str3\n (selfhost/typecheck::symbol-str export))\n \": \")\n ((core/map::get validation) (quote :error))))))\n (errors1\n (if compatible\n []\n ((core/vec::push [])\n ((((selfhost/typecheck::str4 \"declared type mismatch for \")\n (selfhost/typecheck::symbol-str export))\n \": declared \")\n (((selfhost/typecheck::str3\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term parsed)))\n \", inferred \")\n (selfhost/typecheck::term-str\n (selfhost/typecheck::type-to-term inferred))))))))\n (let\n ((errors2\n ((core/vec::append errors0) errors1)))\n (let\n ((errors3\n ((((selfhost/typecheck::validate-declared-effect-evidence export)\n parsed)\n ((core/map::get module-state) (quote :current-export-effects)))\n errors2))\n (errors4\n (if\n (if ((core/map::get module-state) (quote :strict-shapes))\n (selfhost/typecheck::has-unresolved-contract-ops? inferred)\n false)\n ((core/vec::push errors3)\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \": strict shape mode forbids unresolved contract op signatures\"))\n errors3)))\n {:errors errors4\n :ok ((core/int::eq? (core/vec::len errors4)) 0)\n :warnings []})))))))))\n\n(def selfhost/typecheck::validate-declared-effect-evidence\n (fn (export)\n (fn (declared)\n (fn (effects)\n (fn (errors)\n (let ((row (selfhost/typecheck::declared-eff-row declared)))\n (if (selfhost/typecheck::nil? row)\n errors\n (let\n ((errors2\n (if\n (if ((core/map::get effects) (quote :unknown))\n (selfhost/typecheck::tail-closed?\n ((core/map::get row) (quote :tail)))\n false)\n ((core/vec::push errors)\n ((selfhost/typecheck::str2 (selfhost/typecheck::symbol-str export))\n \": inferred unknown effect ops but declared effect row is closed\"))\n errors)))\n (((((selfhost/typecheck::validate-declared-effect-ops-loop\n ((core/map::get effects) (quote :ops)))\n row)\n export)\n 0)\n errors2)))))))))\n\n(def selfhost/typecheck::validate-declared-effect-ops-loop\n (fn (ops)\n (fn (row)\n (fn (export)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len ops))\n errors\n (let ((op ((core/vec::get ops) i)))\n (((((selfhost/typecheck::validate-declared-effect-ops-loop ops) row) export)\n ((core/int::add i) 1))\n (if\n (if\n (selfhost/typecheck::tail-closed?\n ((core/map::get row) (quote :tail)))\n (if\n (selfhost/typecheck::set-has?\n ((core/map::get row) (quote :ops))\n op)\n false\n true)\n false)\n ((core/vec::push errors)\n ((selfhost/typecheck::str4\n (selfhost/typecheck::symbol-str export)\n \": inferred effect op \")\n (selfhost/typecheck::symbol-str op)\n \" not present in declared effect row\"))\n errors))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"f\xE5\x15/\x06e\x8F\x81\xE1s$\xEB\xC1\x9E\xE1\xA3|yt\x0FJm7\x93\xBE\xCA\xD9\x11\xF58-A" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/typecheck::module-state-to-report (fn (state) (let ((effects ((core/map::get state) (quote :inferred-effects)))) {:errors ((core/map::get state) (quote :errors)) :exports ((core/map::get state) (quote :export-effects)) :inferred-ops (selfhost/typecheck::set-keys ((core/map::get effects) (quote :ops))) :ok ((core/map::get state) (quote :ok)) :path ((core/map::get state) (quote :path)) :types ((core/map::get state) (quote :export-types)) :unknown-ops ((core/map::get effects) (quote :unknown)) :warnings ((core/map::get state) (quote :warnings))}))) (def selfhost/typecheck::merge-context-errors (fn (context) (fn (incoming) (let ((merged (((selfhost/typecheck::merge-context-errors-loop (core/map::entries incoming)) 0) ((core/map::get context) (quote :errors))))) (((core/map::put context) (quote :errors)) merged))))) (def selfhost/typecheck::merge-context-errors-loop (fn (entries) (fn (i) (fn (errors) (if ((core/int::eq? i) (core/vec::len entries)) errors (let ((entry ((core/vec::get entries) i))) (let ((path ((core/vec::get entry) 0)) (messages ((core/vec::get entry) 1)) (existing ((core/map::get errors) ((core/vec::get entry) 0)))) (((selfhost/typecheck::merge-context-errors-loop entries) ((core/int::add i) 1)) (((core/map::put errors) path) ((core/vec::append (if (selfhost/typecheck::vec? existing) existing [])) messages)))))))))) (def selfhost/typecheck::typecheck-package-modules (fn (modules) (fn (context) (((((selfhost/typecheck::typecheck-package-modules-loop modules) context) (core/vec::len modules)) 0) {:diagnostics [] :errors [] :modules [] :ok true :warnings []})))) (def selfhost/typecheck::typecheck-package-modules-loop (fn (modules) (fn (context) (fn (n) (fn (i) (fn (state) (if ((core/int::eq? i) n) state (let ((module-state ((selfhost/typecheck::typecheck-module ((core/vec::get modules) i)) context))) (((((selfhost/typecheck::typecheck-package-modules-loop modules) context) n) ((core/int::add i) 1)) ((selfhost/typecheck::merge-module-report state) module-state)))))))))) (def selfhost/typecheck::merge-module-report (fn (state) (fn (module-state) (let ((path ((core/map::get module-state) (quote :path))) (errors ((core/map::get module-state) (quote :errors))) (warnings ((core/map::get module-state) (quote :warnings)))) {:diagnostics ((core/vec::append ((core/map::get state) (quote :diagnostics))) (((selfhost/typecheck::module-diagnostics path) errors) warnings)) :errors ((core/vec::append ((core/map::get state) (quote :errors))) errors) :modules ((core/vec::push ((core/map::get state) (quote :modules))) (selfhost/typecheck::module-state-to-report module-state)) :ok (if ((core/map::get state) (quote :ok)) ((core/map::get module-state) (quote :ok)) false) :warnings ((core/vec::append ((core/map::get state) (quote :warnings))) warnings)})))) (def selfhost/typecheck::module-diagnostics (fn (path) (fn (errors) (fn (warnings) (let ((error-diagnostics ((((((selfhost/typecheck::diagnostics-loop errors) path) (quote :error)) (core/vec::len errors)) 0) []))) (let ((warning-diagnostics ((((((selfhost/typecheck::diagnostics-loop warnings) path) (quote :warning)) (core/vec::len warnings)) 0) []))) ((core/vec::append error-diagnostics) warning-diagnostics))))))) (def selfhost/typecheck::diagnostics-loop (fn (messages) (fn (path) (fn (severity) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out ((((((selfhost/typecheck::diagnostics-loop messages) path) severity) n) ((core/int::add i) 1)) ((core/vec::push out) ((((selfhost/typecheck::diagnostic-term path) severity) i) ((core/vec::get messages) i)))))))))))) (def selfhost/typecheck::diagnostic-term (fn (path) (fn (severity) (fn (ordinal) (fn (message) (let ((label (if ((core/sym::eq? severity) (quote :error)) "error" "warning")) (code (if ((core/sym::eq? severity) (quote :error)) (quote typecheck/error) (quote typecheck/warning)))) {:code code :domain (quote typechecker) :id ((((selfhost/typecheck::str4 path) "#") label) ((selfhost/typecheck::str2 "#") (selfhost/typecheck::int-str ordinal))) :message message :module path :ordinal ordinal :severity (if ((core/sym::eq? severity) (quote :error)) (quote error) (quote warning))})))))) (def selfhost/typecheck::typecheck-package-report (fn (modules) (let ((resolution (selfhost/typecheck::resolve-module-profile modules)) (context0 (selfhost/typecheck::collect-package-context modules))) (let ((negotiation ((selfhost/typecheck::negotiate-package-profiles modules) resolution)) (context1 ((selfhost/typecheck::merge-context-errors context0) ((core/map::get resolution) (quote :errors))))) (let ((context ((selfhost/typecheck::merge-context-errors context1) ((core/map::get negotiation) (quote :errors))))) (let ((state ((selfhost/typecheck::typecheck-package-modules modules) context))) {:diagnostics ((core/map::get state) (quote :diagnostics)) :errors ((core/map::get state) (quote :errors)) :kind "genesis/typecheck-v0.2" :modules ((core/map::get state) (quote :modules)) :ok ((core/map::get state) (quote :ok)) :profile-negotiation negotiation :warnings ((core/map::get state) (quote :warnings))})))))) (def core/cli::typecheck-package (fn (request) (let ((validated (selfhost/typecheck::validate-typecheck-request request))) (if (selfhost/typecheck::result-ok? validated) (selfhost/typecheck::typecheck-package-report ((core/map::get validated) (quote :value))) ((core/error::make2 "core/type-error") ((core/map::get validated) (quote :error)))))))] :module-h b"\xC7[\x0E\xA8d\xBB\x04\xAC\xD1\xFA\xDDIrd\x7F\x97+[\x8C\xB8(\xD0\x11&\xAE\xCB{J\\\x0E\xF4q" :path "selfhost/typecheck_package_report_v1.gc" :source "(def selfhost/typecheck::module-state-to-report\n (fn (state)\n (let ((effects ((core/map::get state) (quote :inferred-effects))))\n {:errors ((core/map::get state) (quote :errors))\n :exports ((core/map::get state) (quote :export-effects))\n :inferred-ops (selfhost/typecheck::set-keys ((core/map::get effects) (quote :ops)))\n :ok ((core/map::get state) (quote :ok))\n :path ((core/map::get state) (quote :path))\n :types ((core/map::get state) (quote :export-types))\n :unknown-ops ((core/map::get effects) (quote :unknown))\n :warnings ((core/map::get state) (quote :warnings))})))\n\n(def selfhost/typecheck::merge-context-errors\n (fn (context)\n (fn (incoming)\n (let\n ((merged\n (((selfhost/typecheck::merge-context-errors-loop\n (core/map::entries incoming))\n 0)\n ((core/map::get context) (quote :errors)))))\n (((core/map::put context) (quote :errors)) merged)))))\n\n(def selfhost/typecheck::merge-context-errors-loop\n (fn (entries)\n (fn (i)\n (fn (errors)\n (if ((core/int::eq? i) (core/vec::len entries))\n errors\n (let ((entry ((core/vec::get entries) i)))\n (let\n ((path ((core/vec::get entry) 0))\n (messages ((core/vec::get entry) 1))\n (existing ((core/map::get errors) ((core/vec::get entry) 0))))\n (((selfhost/typecheck::merge-context-errors-loop entries)\n ((core/int::add i) 1))\n (((core/map::put errors) path)\n ((core/vec::append\n (if (selfhost/typecheck::vec? existing) existing []))\n messages))))))))))\n\n(def selfhost/typecheck::typecheck-package-modules\n (fn (modules)\n (fn (context)\n (((((selfhost/typecheck::typecheck-package-modules-loop modules) context)\n (core/vec::len modules))\n 0)\n {:diagnostics [] :errors [] :modules [] :ok true :warnings []}))))\n\n(def selfhost/typecheck::typecheck-package-modules-loop\n (fn (modules)\n (fn (context)\n (fn (n)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) n)\n state\n (let\n ((module-state\n ((selfhost/typecheck::typecheck-module ((core/vec::get modules) i))\n context)))\n (((((selfhost/typecheck::typecheck-package-modules-loop modules) context) n)\n ((core/int::add i) 1))\n ((selfhost/typecheck::merge-module-report state) module-state))))))))))\n\n(def selfhost/typecheck::merge-module-report\n (fn (state)\n (fn (module-state)\n (let\n ((path ((core/map::get module-state) (quote :path)))\n (errors ((core/map::get module-state) (quote :errors)))\n (warnings ((core/map::get module-state) (quote :warnings))))\n {:diagnostics\n ((core/vec::append ((core/map::get state) (quote :diagnostics)))\n (((selfhost/typecheck::module-diagnostics path) errors) warnings))\n :errors ((core/vec::append ((core/map::get state) (quote :errors))) errors)\n :modules\n ((core/vec::push ((core/map::get state) (quote :modules)))\n (selfhost/typecheck::module-state-to-report module-state))\n :ok\n (if ((core/map::get state) (quote :ok))\n ((core/map::get module-state) (quote :ok))\n false)\n :warnings ((core/vec::append ((core/map::get state) (quote :warnings))) warnings)}))))\n\n(def selfhost/typecheck::module-diagnostics\n (fn (path)\n (fn (errors)\n (fn (warnings)\n (let\n ((error-diagnostics\n ((((((selfhost/typecheck::diagnostics-loop errors) path) (quote :error))\n (core/vec::len errors))\n 0)\n [])))\n (let\n ((warning-diagnostics\n ((((((selfhost/typecheck::diagnostics-loop warnings) path) (quote :warning))\n (core/vec::len warnings))\n 0)\n [])))\n ((core/vec::append error-diagnostics) warning-diagnostics)))))))\n\n(def selfhost/typecheck::diagnostics-loop\n (fn (messages)\n (fn (path)\n (fn (severity)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n ((((((selfhost/typecheck::diagnostics-loop messages) path) severity) n)\n ((core/int::add i) 1))\n ((core/vec::push out)\n ((((selfhost/typecheck::diagnostic-term path) severity) i)\n ((core/vec::get messages) i))))))))))))\n\n(def selfhost/typecheck::diagnostic-term\n (fn (path)\n (fn (severity)\n (fn (ordinal)\n (fn (message)\n (let\n ((label\n (if ((core/sym::eq? severity) (quote :error)) \"error\" \"warning\"))\n (code\n (if ((core/sym::eq? severity) (quote :error))\n (quote typecheck/error)\n (quote typecheck/warning))))\n {:code code\n :domain (quote typechecker)\n :id\n ((selfhost/typecheck::str4 path \"#\")\n label\n ((selfhost/typecheck::str2 \"#\")\n (selfhost/typecheck::int-str ordinal)))\n :message message\n :module path\n :ordinal ordinal\n :severity\n (if ((core/sym::eq? severity) (quote :error))\n (quote error)\n (quote warning))}))))))\n\n(def selfhost/typecheck::typecheck-package-report\n (fn (modules)\n (let\n ((resolution (selfhost/typecheck::resolve-module-profile modules))\n (context0 (selfhost/typecheck::collect-package-context modules)))\n (let\n ((negotiation\n ((selfhost/typecheck::negotiate-package-profiles modules) resolution))\n (context1\n ((selfhost/typecheck::merge-context-errors context0)\n ((core/map::get resolution) (quote :errors)))))\n (let\n ((context\n ((selfhost/typecheck::merge-context-errors context1)\n ((core/map::get negotiation) (quote :errors)))))\n (let ((state ((selfhost/typecheck::typecheck-package-modules modules) context)))\n {:diagnostics ((core/map::get state) (quote :diagnostics))\n :errors ((core/map::get state) (quote :errors))\n :kind \"genesis/typecheck-v0.2\"\n :modules ((core/map::get state) (quote :modules))\n :ok ((core/map::get state) (quote :ok))\n :profile-negotiation negotiation\n :warnings ((core/map::get state) (quote :warnings))}))))))\n\n(def core/cli::typecheck-package\n (fn (request)\n (let ((validated (selfhost/typecheck::validate-typecheck-request request)))\n (if (selfhost/typecheck::result-ok? validated)\n (selfhost/typecheck::typecheck-package-report\n ((core/map::get validated) (quote :value)))\n ((core/error::make2 \"core/type-error\")\n ((core/map::get validated) (quote :error)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC7[\x0E\xA8d\xBB\x04\xAC\xD1\xFA\xDDIrd\x7F\x97+[\x8C\xB8(\xD0\x11&\xAE\xCB{J\\\x0E\xF4q" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_schema::is-int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int)))) (def selfhost/patch_schema::is-str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str)))) (def selfhost/patch_schema::is-sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym)))) (def selfhost/patch_schema::is-sym-or-str? (fn (x) (if (selfhost/patch_schema::is-sym? x) true (selfhost/patch_schema::is-str? x)))) (def selfhost/patch_schema::is-vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec)))) (def selfhost/patch_schema::is-map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map)))) (def selfhost/patch_schema::err (fn (msg) ((core/error::make2 "core/patch-schema") msg))) (def selfhost/patch_schema::require (fn (cond) (fn (msg) (if cond true (selfhost/patch_schema::err msg))))) (def selfhost/patch_schema::require-key (fn (m) (fn (k) (fn (msg) (let ((v ((core/map::get m) k))) (if (core/list::is-nil? v) (selfhost/patch_schema::err msg) v)))))) (def selfhost/patch_schema::validate-path-step (fn (step) (if (selfhost/patch_schema::is-vec? step) (let ((n (core/vec::len step))) (if ((core/int::eq? n) 0) (selfhost/patch_schema::err "empty path step") (let ((tag ((core/vec::get step) 0))) (if (selfhost/patch_schema::is-sym? tag) (if ((core/sym::eq? tag) (quote :form)) (if ((core/int::eq? n) 2) (let ((i ((core/vec::get step) 1))) (if (selfhost/patch_schema::is-int? i) true (selfhost/patch_schema::err ":form expects int index"))) (selfhost/patch_schema::err ":form expects 1 arg")) (if ((core/sym::eq? tag) (quote :pair-car)) (if ((core/int::eq? n) 1) true (selfhost/patch_schema::err ":pair-car expects 0 args")) (if ((core/sym::eq? tag) (quote :pair-cdr)) (if ((core/int::eq? n) 1) true (selfhost/patch_schema::err ":pair-cdr expects 0 args")) (if ((core/sym::eq? tag) (quote :vec)) (if ((core/int::eq? n) 2) (let ((i ((core/vec::get step) 1))) (if (selfhost/patch_schema::is-int? i) true (selfhost/patch_schema::err ":vec expects int index"))) (selfhost/patch_schema::err ":vec expects 1 arg")) (if ((core/sym::eq? tag) (quote :map)) (if ((core/int::eq? n) 2) true (selfhost/patch_schema::err ":map expects 1 arg")) (selfhost/patch_schema::err "unknown path step tag")))))) (selfhost/patch_schema::err "path step tag must be symbol"))))) (selfhost/patch_schema::err ":path step must be vector")))) (def selfhost/patch_schema::validate-path (fn (path) (if (selfhost/patch_schema::is-vec? path) (let ((len (core/vec::len path))) (((selfhost/patch_schema::validate-path-loop path) len) 0)) (selfhost/patch_schema::err ":path must be vector")))) (def selfhost/patch_schema::validate-path-loop (fn (path) (fn (len) (fn (i) (if ((core/int::eq? i) len) true (let ((step ((core/vec::get path) i))) (let ((r (selfhost/patch_schema::validate-path-step step))) (if (core/error::is? r) r (((selfhost/patch_schema::validate-path-loop path) len) ((core/int::add i) 1)))))))))) (def selfhost/patch_schema::validate-sym-or-str-vec (fn (v) (fn (msg) (if (selfhost/patch_schema::is-vec? v) (let ((len (core/vec::len v))) ((((selfhost/patch_schema::validate-sym-or-str-vec2 v) len) 0) msg)) (selfhost/patch_schema::err msg))))) (def selfhost/patch_schema::validate-sym-or-str-vec2 (fn (v) (fn (len) (fn (i) (fn (msg) (if ((core/int::eq? i) len) true (let ((x ((core/vec::get v) i))) (if (selfhost/patch_schema::is-sym-or-str? x) ((((selfhost/patch_schema::validate-sym-or-str-vec2 v) len) ((core/int::add i) 1)) msg) (selfhost/patch_schema::err msg))))))))) (def selfhost/patch_schema::validate-op-replace-node (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "replace-node missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((path (((selfhost/patch_schema::require-key opm) (quote :path)) "replace-node missing :path"))) (if (core/error::is? path) path (let ((r (selfhost/patch_schema::validate-path path))) (if (core/error::is? r) r (let ((newv (((selfhost/patch_schema::require-key opm) (quote :new)) "replace-node missing :new"))) (if (core/error::is? newv) newv true)))))) (selfhost/patch_schema::err "replace-node :module-path must be string")))))) (def selfhost/patch_schema::validate-op-replace-node-id (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "replace-node-id missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((node-id (((selfhost/patch_schema::require-key opm) (quote :node-id)) "replace-node-id missing :node-id"))) (if (core/error::is? node-id) node-id (if (selfhost/patch_schema::is-str? node-id) (let ((newv (((selfhost/patch_schema::require-key opm) (quote :new)) "replace-node-id missing :new"))) (if (core/error::is? newv) newv true)) (selfhost/patch_schema::err "replace-node-id :node-id must be string")))) (selfhost/patch_schema::err "replace-node-id :module-path must be string")))))) (def selfhost/patch_schema::validate-op-add-module (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "add-module missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((content (((selfhost/patch_schema::require-key opm) (quote :content)) "add-module missing :content"))) (if (core/error::is? content) content (if (selfhost/patch_schema::is-str? content) true (if (selfhost/patch_schema::is-vec? content) true (selfhost/patch_schema::err "add-module :content must be string or vector"))))) (selfhost/patch_schema::err "add-module :module-path must be string")))))) (def selfhost/patch_schema::validate-op-remove-module (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "remove-module missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) true (selfhost/patch_schema::err "remove-module :module-path must be string")))))) (def selfhost/patch_schema::validate-op-update-manifest (fn (opm) (let ((setv ((core/map::get opm) (quote :set)))) (if (core/list::is-nil? setv) true (if (selfhost/patch_schema::is-map? setv) true (selfhost/patch_schema::err ":set must be a map")))))) (def selfhost/patch_schema::validate-op-rename-symbol (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "rename-symbol missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((fromv (((selfhost/patch_schema::require-key opm) (quote :from)) "rename-symbol missing :from"))) (if (core/error::is? fromv) fromv (if (selfhost/patch_schema::is-sym-or-str? fromv) (let ((tov (((selfhost/patch_schema::require-key opm) (quote :to)) "rename-symbol missing :to"))) (if (core/error::is? tov) tov (if (selfhost/patch_schema::is-sym-or-str? tov) true (selfhost/patch_schema::err "rename-symbol :to must be symbol|string")))) (selfhost/patch_schema::err "rename-symbol :from must be symbol|string")))) (selfhost/patch_schema::err "rename-symbol :module-path must be string")))))) (def selfhost/patch_schema::validate-op-move-module (fn (opm) (let ((fromp (((selfhost/patch_schema::require-key opm) (quote :from-module-path)) "move-module missing :from-module-path"))) (if (core/error::is? fromp) fromp (if (selfhost/patch_schema::is-str? fromp) (let ((top (((selfhost/patch_schema::require-key opm) (quote :to-module-path)) "move-module missing :to-module-path"))) (if (core/error::is? top) top (if (selfhost/patch_schema::is-str? top) true (selfhost/patch_schema::err "move-module :to-module-path must be string")))) (selfhost/patch_schema::err "move-module :from-module-path must be string")))))) (def selfhost/patch_schema::validate-op-split-module (fn (opm) (let ((fromp (((selfhost/patch_schema::require-key opm) (quote :from-module-path)) "split-module missing :from-module-path"))) (if (core/error::is? fromp) fromp (if (selfhost/patch_schema::is-str? fromp) (let ((top (((selfhost/patch_schema::require-key opm) (quote :to-module-path)) "split-module missing :to-module-path"))) (if (core/error::is? top) top (if (selfhost/patch_schema::is-str? top) (let ((syms (((selfhost/patch_schema::require-key opm) (quote :symbols)) "split-module missing :symbols"))) (if (core/error::is? syms) syms (if (selfhost/patch_schema::is-vec? syms) (if ((core/int::lt? 0) (core/vec::len syms)) ((selfhost/patch_schema::validate-sym-or-str-vec syms) "split-module :symbols entries must be symbol|string") (selfhost/patch_schema::err "split-module :symbols must be non-empty")) (selfhost/patch_schema::err "split-module :symbols must be vector")))) (selfhost/patch_schema::err "split-module :to-module-path must be string")))) (selfhost/patch_schema::err "split-module :from-module-path must be string")))))) (def selfhost/patch_schema::validate-op-rewrite-meta-list (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "rewrite-meta missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((addv ((core/map::get opm) (quote :add)))) (let ((addr (if (core/list::is-nil? addv) true ((selfhost/patch_schema::validate-sym-or-str-vec addv) "rewrite-meta :add entries must be symbol|string")))) (if (core/error::is? addr) addr (let ((removev ((core/map::get opm) (quote :remove)))) (let ((remr (if (core/list::is-nil? removev) true ((selfhost/patch_schema::validate-sym-or-str-vec removev) "rewrite-meta :remove entries must be symbol|string")))) (if (core/error::is? remr) remr (let ((replacev ((core/map::get opm) (quote :replace)))) (if (core/list::is-nil? replacev) true ((selfhost/patch_schema::validate-sym-or-str-vec replacev) "rewrite-meta :replace entries must be symbol|string"))))))))) (selfhost/patch_schema::err "rewrite-meta :module-path must be string")))))) (def selfhost/patch_schema::validate-op-migrate-contract-signature (fn (opm) (let ((mp (((selfhost/patch_schema::require-key opm) (quote :module-path)) "migrate-contract-signature missing :module-path"))) (if (core/error::is? mp) mp (if (selfhost/patch_schema::is-str? mp) (let ((cs (((selfhost/patch_schema::require-key opm) (quote :contract-symbol)) "migrate-contract-signature missing :contract-symbol"))) (if (core/error::is? cs) cs (if (selfhost/patch_schema::is-sym-or-str? cs) (let ((fromp (((selfhost/patch_schema::require-key opm) (quote :from-param)) "migrate-contract-signature missing :from-param"))) (if (core/error::is? fromp) fromp (if (selfhost/patch_schema::is-sym-or-str? fromp) (let ((top (((selfhost/patch_schema::require-key opm) (quote :to-param)) "migrate-contract-signature missing :to-param"))) (if (core/error::is? top) top (if (selfhost/patch_schema::is-sym-or-str? top) true (selfhost/patch_schema::err "migrate-contract-signature :to-param must be symbol|string")))) (selfhost/patch_schema::err "migrate-contract-signature :from-param must be symbol|string")))) (selfhost/patch_schema::err "migrate-contract-signature :contract-symbol must be symbol|string")))) (selfhost/patch_schema::err "migrate-contract-signature :module-path must be string")))))) (def selfhost/patch_schema::validate-op-known (fn (op-sym) (fn (op) (if ((core/sym::eq? op-sym) (quote :replace-node)) (selfhost/patch_schema::validate-op-replace-node op) (if ((core/sym::eq? op-sym) (quote :replace-node-id)) (selfhost/patch_schema::validate-op-replace-node-id op) (if ((core/sym::eq? op-sym) (quote :add-module)) (selfhost/patch_schema::validate-op-add-module op) (if ((core/sym::eq? op-sym) (quote :remove-module)) (selfhost/patch_schema::validate-op-remove-module op) (if ((core/sym::eq? op-sym) (quote :update-manifest)) (selfhost/patch_schema::validate-op-update-manifest op) (if ((core/sym::eq? op-sym) (quote :rename-symbol)) (selfhost/patch_schema::validate-op-rename-symbol op) (if ((core/sym::eq? op-sym) (quote :move-module)) (selfhost/patch_schema::validate-op-move-module op) (if ((core/sym::eq? op-sym) (quote :split-module)) (selfhost/patch_schema::validate-op-split-module op) (if ((core/sym::eq? op-sym) (quote :rewrite-imports)) (selfhost/patch_schema::validate-op-rewrite-meta-list op) (if ((core/sym::eq? op-sym) (quote :rewrite-exports)) (selfhost/patch_schema::validate-op-rewrite-meta-list op) (if ((core/sym::eq? op-sym) (quote :migrate-contract-signature)) (selfhost/patch_schema::validate-op-migrate-contract-signature op) (selfhost/patch_schema::err "unknown :op"))))))))))))))) (def selfhost/patch_schema::validate-op (fn (op) (if (selfhost/patch_schema::is-map? op) (let ((op-sym ((core/map::get op) (quote :op)))) (if (core/list::is-nil? op-sym) (selfhost/patch_schema::err "missing :op") (if (selfhost/patch_schema::is-sym? op-sym) ((selfhost/patch_schema::validate-op-known op-sym) op) (selfhost/patch_schema::err ":op must be a symbol")))) (selfhost/patch_schema::err "op must be a map")))) (def selfhost/patch_schema::validate-ops (fn (ops) (if (selfhost/patch_schema::is-vec? ops) (let ((len (core/vec::len ops))) (((selfhost/patch_schema::validate-ops-loop ops) len) 0)) (selfhost/patch_schema::err ":ops must be a vector")))) (def selfhost/patch_schema::validate-ops-loop (fn (ops) (fn (len) (fn (i) (if ((core/int::eq? i) len) true (let ((op ((core/vec::get ops) i))) (let ((r (selfhost/patch_schema::validate-op op))) (if (core/error::is? r) r (((selfhost/patch_schema::validate-ops-loop ops) len) ((core/int::add i) 1)))))))))) (def selfhost/patch_schema::is-pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair)))) (def selfhost/patch_schema::vec-drop (fn (v) (fn (start) (let ((len (core/vec::len v))) (((((selfhost/patch_schema::vec-drop-loop v) len) start) 0) (core/pair::as-proper-list nil)))))) (def selfhost/patch_schema::vec-drop-loop (fn (v) (fn (len) (fn (start) (fn (i) (fn (out) (if ((core/int::eq? i) len) out (if ((core/int::lt? i) start) (((((selfhost/patch_schema::vec-drop-loop v) len) start) ((core/int::add i) 1)) out) (let ((x ((core/vec::get v) i))) (((((selfhost/patch_schema::vec-drop-loop v) len) start) ((core/int::add i) 1)) ((core/vec::push out) x))))))))))) (def selfhost/patch_schema::vec-replace (fn (v) (fn (idx) (fn (x) (let ((len (core/vec::len v))) ((((((selfhost/patch_schema::vec-replace-loop v) len) idx) x) 0) (core/pair::as-proper-list nil)))))))] :module-h b"\x9AY=\xEBC\xFA\xFAT\xCFC\x0E\xE85\xED\xED\x1C\x19\x12\xCAiY\xB2$\x19=\xE2.W146|" :path "selfhost/patch_schema_v1.gc" :source "(def selfhost/patch_schema::is-int?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int))))\n\n(def selfhost/patch_schema::is-str?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str))))\n\n(def selfhost/patch_schema::is-sym?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym))))\n\n(def selfhost/patch_schema::is-sym-or-str?\n (fn (x)\n (if (selfhost/patch_schema::is-sym? x)\n true\n (selfhost/patch_schema::is-str? x))))\n\n(def selfhost/patch_schema::is-vec?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec))))\n\n(def selfhost/patch_schema::is-map?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map))))\n\n(def selfhost/patch_schema::err\n (fn (msg) ((core/error::make2 \"core/patch-schema\") msg)))\n\n(def selfhost/patch_schema::require\n (fn (cond msg) (if cond true (selfhost/patch_schema::err msg))))\n\n(def selfhost/patch_schema::require-key\n (fn (m k msg)\n (let ((v ((core/map::get m) k)))\n (if (core/list::is-nil? v) (selfhost/patch_schema::err msg) v))))\n\n(def selfhost/patch_schema::validate-path-step\n (fn (step)\n (if (selfhost/patch_schema::is-vec? step)\n (let ((n (core/vec::len step)))\n (if ((core/int::eq? n) 0)\n (selfhost/patch_schema::err \"empty path step\")\n (let ((tag ((core/vec::get step) 0)))\n (if (selfhost/patch_schema::is-sym? tag)\n (if ((core/sym::eq? tag) (quote :form))\n (if ((core/int::eq? n) 2)\n (let ((i ((core/vec::get step) 1)))\n (if (selfhost/patch_schema::is-int? i)\n true\n (selfhost/patch_schema::err \":form expects int index\")))\n (selfhost/patch_schema::err \":form expects 1 arg\"))\n (if ((core/sym::eq? tag) (quote :pair-car))\n (if ((core/int::eq? n) 1)\n true\n (selfhost/patch_schema::err \":pair-car expects 0 args\"))\n (if ((core/sym::eq? tag) (quote :pair-cdr))\n (if ((core/int::eq? n) 1)\n true\n (selfhost/patch_schema::err \":pair-cdr expects 0 args\"))\n (if ((core/sym::eq? tag) (quote :vec))\n (if ((core/int::eq? n) 2)\n (let ((i ((core/vec::get step) 1)))\n (if (selfhost/patch_schema::is-int? i)\n true\n (selfhost/patch_schema::err \":vec expects int index\")))\n (selfhost/patch_schema::err \":vec expects 1 arg\"))\n (if ((core/sym::eq? tag) (quote :map))\n (if ((core/int::eq? n) 2)\n true\n (selfhost/patch_schema::err \":map expects 1 arg\"))\n (selfhost/patch_schema::err \"unknown path step tag\"))))))\n (selfhost/patch_schema::err \"path step tag must be symbol\")))))\n (selfhost/patch_schema::err \":path step must be vector\"))))\n\n(def selfhost/patch_schema::validate-path\n (fn (path)\n (if (selfhost/patch_schema::is-vec? path)\n (let ((len (core/vec::len path)))\n ((selfhost/patch_schema::validate-path-loop path len) 0))\n (selfhost/patch_schema::err \":path must be vector\"))))\n\n(def selfhost/patch_schema::validate-path-loop\n (fn (path len)\n (fn (i)\n (if ((core/int::eq? i) len)\n true\n (let ((step ((core/vec::get path) i)))\n (let ((r (selfhost/patch_schema::validate-path-step step)))\n (if (core/error::is? r)\n r\n ((selfhost/patch_schema::validate-path-loop path len) ((core/int::add i) 1)))))))))\n\n(def selfhost/patch_schema::validate-sym-or-str-vec\n (fn (v)\n (fn (msg)\n (if (selfhost/patch_schema::is-vec? v)\n (let ((len (core/vec::len v)))\n ((((selfhost/patch_schema::validate-sym-or-str-vec2 v) len) 0) msg))\n (selfhost/patch_schema::err msg)))))\n\n(def selfhost/patch_schema::validate-sym-or-str-vec2\n (fn (v len)\n (fn (i)\n (fn (msg)\n (if ((core/int::eq? i) len)\n true\n (let ((x ((core/vec::get v) i)))\n (if (selfhost/patch_schema::is-sym-or-str? x)\n ((((selfhost/patch_schema::validate-sym-or-str-vec2 v) len) ((core/int::add i) 1)) msg)\n (selfhost/patch_schema::err msg))))))))\n\n(def selfhost/patch_schema::validate-op-replace-node\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"replace-node missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((path (selfhost/patch_schema::require-key opm (quote :path) \"replace-node missing :path\")))\n (if (core/error::is? path)\n path\n (let ((r (selfhost/patch_schema::validate-path path)))\n (if (core/error::is? r)\n r\n (let ((newv (selfhost/patch_schema::require-key opm (quote :new) \"replace-node missing :new\")))\n (if (core/error::is? newv) newv true))))))\n (selfhost/patch_schema::err \"replace-node :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-replace-node-id\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"replace-node-id missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((node-id (selfhost/patch_schema::require-key opm (quote :node-id) \"replace-node-id missing :node-id\")))\n (if (core/error::is? node-id)\n node-id\n (if (selfhost/patch_schema::is-str? node-id)\n (let ((newv (selfhost/patch_schema::require-key opm (quote :new) \"replace-node-id missing :new\")))\n (if (core/error::is? newv) newv true))\n (selfhost/patch_schema::err \"replace-node-id :node-id must be string\"))))\n (selfhost/patch_schema::err \"replace-node-id :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-add-module\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"add-module missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((content (selfhost/patch_schema::require-key opm (quote :content) \"add-module missing :content\")))\n (if (core/error::is? content)\n content\n (if (selfhost/patch_schema::is-str? content)\n true\n (if (selfhost/patch_schema::is-vec? content)\n true\n (selfhost/patch_schema::err \"add-module :content must be string or vector\")))))\n (selfhost/patch_schema::err \"add-module :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-remove-module\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"remove-module missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n true\n (selfhost/patch_schema::err \"remove-module :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-update-manifest\n (fn (opm)\n ; `:update-manifest` is intentionally conservative: validate only basic shape and a small set of known fields.\n (let ((setv ((core/map::get opm) (quote :set))))\n (if (core/list::is-nil? setv)\n true\n (if (selfhost/patch_schema::is-map? setv)\n true\n (selfhost/patch_schema::err \":set must be a map\"))))))\n\n(def selfhost/patch_schema::validate-op-rename-symbol\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"rename-symbol missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((fromv (selfhost/patch_schema::require-key opm (quote :from) \"rename-symbol missing :from\")))\n (if (core/error::is? fromv)\n fromv\n (if (selfhost/patch_schema::is-sym-or-str? fromv)\n (let ((tov (selfhost/patch_schema::require-key opm (quote :to) \"rename-symbol missing :to\")))\n (if (core/error::is? tov)\n tov\n (if (selfhost/patch_schema::is-sym-or-str? tov)\n true\n (selfhost/patch_schema::err \"rename-symbol :to must be symbol|string\"))))\n (selfhost/patch_schema::err \"rename-symbol :from must be symbol|string\"))))\n (selfhost/patch_schema::err \"rename-symbol :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-move-module\n (fn (opm)\n (let ((fromp (selfhost/patch_schema::require-key opm (quote :from-module-path) \"move-module missing :from-module-path\")))\n (if (core/error::is? fromp)\n fromp\n (if (selfhost/patch_schema::is-str? fromp)\n (let ((top (selfhost/patch_schema::require-key opm (quote :to-module-path) \"move-module missing :to-module-path\")))\n (if (core/error::is? top)\n top\n (if (selfhost/patch_schema::is-str? top)\n true\n (selfhost/patch_schema::err \"move-module :to-module-path must be string\"))))\n (selfhost/patch_schema::err \"move-module :from-module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-split-module\n (fn (opm)\n (let ((fromp (selfhost/patch_schema::require-key opm (quote :from-module-path) \"split-module missing :from-module-path\")))\n (if (core/error::is? fromp)\n fromp\n (if (selfhost/patch_schema::is-str? fromp)\n (let ((top (selfhost/patch_schema::require-key opm (quote :to-module-path) \"split-module missing :to-module-path\")))\n (if (core/error::is? top)\n top\n (if (selfhost/patch_schema::is-str? top)\n (let ((syms (selfhost/patch_schema::require-key opm (quote :symbols) \"split-module missing :symbols\")))\n (if (core/error::is? syms)\n syms\n (if (selfhost/patch_schema::is-vec? syms)\n (if ((core/int::lt? 0) (core/vec::len syms))\n ((selfhost/patch_schema::validate-sym-or-str-vec syms) \"split-module :symbols entries must be symbol|string\")\n (selfhost/patch_schema::err \"split-module :symbols must be non-empty\"))\n (selfhost/patch_schema::err \"split-module :symbols must be vector\"))))\n (selfhost/patch_schema::err \"split-module :to-module-path must be string\"))))\n (selfhost/patch_schema::err \"split-module :from-module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-rewrite-meta-list\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"rewrite-meta missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((addv ((core/map::get opm) (quote :add))))\n (let ((addr (if (core/list::is-nil? addv) true ((selfhost/patch_schema::validate-sym-or-str-vec addv) \"rewrite-meta :add entries must be symbol|string\"))))\n (if (core/error::is? addr)\n addr\n (let ((removev ((core/map::get opm) (quote :remove))))\n (let ((remr (if (core/list::is-nil? removev) true ((selfhost/patch_schema::validate-sym-or-str-vec removev) \"rewrite-meta :remove entries must be symbol|string\"))))\n (if (core/error::is? remr)\n remr\n (let ((replacev ((core/map::get opm) (quote :replace))))\n (if (core/list::is-nil? replacev)\n true\n ((selfhost/patch_schema::validate-sym-or-str-vec replacev) \"rewrite-meta :replace entries must be symbol|string\")))))))))\n (selfhost/patch_schema::err \"rewrite-meta :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-migrate-contract-signature\n (fn (opm)\n (let ((mp (selfhost/patch_schema::require-key opm (quote :module-path) \"migrate-contract-signature missing :module-path\")))\n (if (core/error::is? mp)\n mp\n (if (selfhost/patch_schema::is-str? mp)\n (let ((cs (selfhost/patch_schema::require-key opm (quote :contract-symbol) \"migrate-contract-signature missing :contract-symbol\")))\n (if (core/error::is? cs)\n cs\n (if (selfhost/patch_schema::is-sym-or-str? cs)\n (let ((fromp (selfhost/patch_schema::require-key opm (quote :from-param) \"migrate-contract-signature missing :from-param\")))\n (if (core/error::is? fromp)\n fromp\n (if (selfhost/patch_schema::is-sym-or-str? fromp)\n (let ((top (selfhost/patch_schema::require-key opm (quote :to-param) \"migrate-contract-signature missing :to-param\")))\n (if (core/error::is? top)\n top\n (if (selfhost/patch_schema::is-sym-or-str? top)\n true\n (selfhost/patch_schema::err \"migrate-contract-signature :to-param must be symbol|string\"))))\n (selfhost/patch_schema::err \"migrate-contract-signature :from-param must be symbol|string\"))))\n (selfhost/patch_schema::err \"migrate-contract-signature :contract-symbol must be symbol|string\"))))\n (selfhost/patch_schema::err \"migrate-contract-signature :module-path must be string\"))))))\n\n(def selfhost/patch_schema::validate-op-known\n (fn (op-sym)\n (fn (op)\n (if ((core/sym::eq? op-sym) (quote :replace-node))\n (selfhost/patch_schema::validate-op-replace-node op)\n (if ((core/sym::eq? op-sym) (quote :replace-node-id))\n (selfhost/patch_schema::validate-op-replace-node-id op)\n (if ((core/sym::eq? op-sym) (quote :add-module))\n (selfhost/patch_schema::validate-op-add-module op)\n (if ((core/sym::eq? op-sym) (quote :remove-module))\n (selfhost/patch_schema::validate-op-remove-module op)\n (if ((core/sym::eq? op-sym) (quote :update-manifest))\n (selfhost/patch_schema::validate-op-update-manifest op)\n (if ((core/sym::eq? op-sym) (quote :rename-symbol))\n (selfhost/patch_schema::validate-op-rename-symbol op)\n (if ((core/sym::eq? op-sym) (quote :move-module))\n (selfhost/patch_schema::validate-op-move-module op)\n (if ((core/sym::eq? op-sym) (quote :split-module))\n (selfhost/patch_schema::validate-op-split-module op)\n (if ((core/sym::eq? op-sym) (quote :rewrite-imports))\n (selfhost/patch_schema::validate-op-rewrite-meta-list op)\n (if ((core/sym::eq? op-sym) (quote :rewrite-exports))\n (selfhost/patch_schema::validate-op-rewrite-meta-list op)\n (if ((core/sym::eq? op-sym) (quote :migrate-contract-signature))\n (selfhost/patch_schema::validate-op-migrate-contract-signature op)\n (selfhost/patch_schema::err \"unknown :op\")))))))))))))))\n\n(def selfhost/patch_schema::validate-op\n (fn (op)\n (if (selfhost/patch_schema::is-map? op)\n (let ((op-sym ((core/map::get op) (quote :op))))\n (if (core/list::is-nil? op-sym)\n (selfhost/patch_schema::err \"missing :op\")\n (if (selfhost/patch_schema::is-sym? op-sym)\n ((selfhost/patch_schema::validate-op-known op-sym) op)\n (selfhost/patch_schema::err \":op must be a symbol\"))))\n (selfhost/patch_schema::err \"op must be a map\"))))\n\n(def selfhost/patch_schema::validate-ops\n (fn (ops)\n (if (selfhost/patch_schema::is-vec? ops)\n (let ((len (core/vec::len ops)))\n ((selfhost/patch_schema::validate-ops-loop ops len) 0))\n (selfhost/patch_schema::err \":ops must be a vector\"))))\n\n(def selfhost/patch_schema::validate-ops-loop\n (fn (ops len)\n (fn (i)\n (if ((core/int::eq? i) len)\n true\n (let ((op ((core/vec::get ops) i)))\n (let ((r (selfhost/patch_schema::validate-op op)))\n (if (core/error::is? r)\n r\n ((selfhost/patch_schema::validate-ops-loop ops len) ((core/int::add i) 1)))))))))\n\n(def selfhost/patch_schema::is-pair?\n (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair))))\n\n(def selfhost/patch_schema::vec-drop\n (fn (v)\n (fn (start)\n (let ((len (core/vec::len v)))\n (((selfhost/patch_schema::vec-drop-loop v len start) 0)\n (core/pair::as-proper-list nil))))))\n\n(def selfhost/patch_schema::vec-drop-loop\n (fn (v len start)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) len)\n out\n (if ((core/int::lt? i) start)\n (((selfhost/patch_schema::vec-drop-loop v len start) ((core/int::add i) 1)) out)\n (let ((x ((core/vec::get v) i)))\n (((selfhost/patch_schema::vec-drop-loop v len start) ((core/int::add i) 1))\n ((core/vec::push out) x)))))))))\n\n(def selfhost/patch_schema::vec-replace\n (fn (v)\n (fn (idx)\n (fn (x)\n (let ((len (core/vec::len v)))\n (((selfhost/patch_schema::vec-replace-loop v len idx x) 0)\n (core/pair::as-proper-list nil)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"Y\xA6\xE7\xC0\x82\x02\xC5\x17\x1E+\xB5a\xE9\x9D\xA1\xEE^\xFEn\x9AG\xFE%\xB0\xF1o\xB8F\xBF\xB4\x8F\x07" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_schema::vec-replace-loop (fn (v) (fn (len) (fn (idx) (fn (x) (fn (i) (fn (out) (if ((core/int::eq? i) len) out (let ((cur ((core/vec::get v) i))) (let ((next (if ((core/int::eq? i) idx) x cur))) ((((((selfhost/patch_schema::vec-replace-loop v) len) idx) x) ((core/int::add i) 1)) ((core/vec::push out) next)))))))))))) (def selfhost/patch_schema::step-tag (fn (step) (if (selfhost/patch_schema::is-vec? step) (if ((core/int::eq? (core/vec::len step)) 0) nil ((core/vec::get step) 0)) nil))) (def selfhost/patch_schema::apply-replace-step-sym (fn (t) (fn (tag) (fn (step) (fn (rest) (fn (new) (if ((core/sym::eq? tag) (quote :pair-car)) (if (selfhost/patch_schema::is-pair? t) (let ((a (core/pair::car t)) (d (core/pair::cdr t))) (let ((na (((selfhost/patch_schema::apply-replace-term a) rest) new))) (if (core/error::is? na) na ((core/pair::cons na) d)))) (selfhost/patch_schema::err "expected pair for :pair-car")) (if ((core/sym::eq? tag) (quote :pair-cdr)) (if (selfhost/patch_schema::is-pair? t) (let ((a (core/pair::car t)) (d (core/pair::cdr t))) (let ((nd (((selfhost/patch_schema::apply-replace-term d) rest) new))) (if (core/error::is? nd) nd ((core/pair::cons a) nd)))) (selfhost/patch_schema::err "expected pair for :pair-cdr")) (if ((core/sym::eq? tag) (quote :vec)) (if (selfhost/patch_schema::is-vec? t) (if ((core/int::eq? (core/vec::len step)) 2) (let ((idx ((core/vec::get step) 1))) (if (selfhost/patch_schema::is-int? idx) (if ((core/int::lt? idx) (core/vec::len t)) (let ((cur ((core/vec::get t) idx))) (let ((nx (((selfhost/patch_schema::apply-replace-term cur) rest) new))) (if (core/error::is? nx) nx (((selfhost/patch_schema::vec-replace t) idx) nx)))) (selfhost/patch_schema::err "vector index out of range")) (selfhost/patch_schema::err ":vec expects int index"))) (selfhost/patch_schema::err ":vec expects 1 arg")) (selfhost/patch_schema::err "expected vector for :vec")) (if ((core/sym::eq? tag) (quote :map)) (if (selfhost/patch_schema::is-map? t) (if ((core/int::eq? (core/vec::len step)) 2) (let ((k ((core/vec::get step) 1))) (let ((cur ((core/map::get t) k))) (if (core/list::is-nil? cur) (selfhost/patch_schema::err "missing map key for :map") (let ((nv (((selfhost/patch_schema::apply-replace-term cur) rest) new))) (if (core/error::is? nv) nv (((core/map::put t) k) nv)))))) (selfhost/patch_schema::err ":map expects 1 arg")) (selfhost/patch_schema::err "expected map for :map")) (if ((core/sym::eq? tag) (quote :form)) (selfhost/patch_schema::err "unexpected :form step") (selfhost/patch_schema::err "unknown path step tag")))))))))))) (def selfhost/patch_schema::apply-replace-step (fn (t) (fn (step) (fn (rest) (fn (new) (let ((tag (selfhost/patch_schema::step-tag step))) (if (selfhost/patch_schema::is-sym? tag) (((((selfhost/patch_schema::apply-replace-step-sym t) tag) step) rest) new) (selfhost/patch_schema::err "path step tag must be symbol")))))))) (def selfhost/patch_schema::apply-replace-term (fn (t) (fn (steps) (fn (new) (if ((core/int::eq? (core/vec::len steps)) 0) new (let ((step ((core/vec::get steps) 0))) (let ((rest ((selfhost/patch_schema::vec-drop steps) 1))) ((((selfhost/patch_schema::apply-replace-step t) step) rest) new)))))))) (def core/cli::apply-replace-node (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (path ((core/map::get req) (quote :path))) (newv ((core/map::get req) (quote :new)))) (if (selfhost/patch_schema::is-vec? forms) (if (selfhost/patch_schema::is-vec? path) (if ((core/int::lt? 0) (core/vec::len path)) (let ((step0 ((core/vec::get path) 0))) (if (selfhost/patch_schema::is-vec? step0) (let ((tag0 (selfhost/patch_schema::step-tag step0))) (if (selfhost/patch_schema::is-sym? tag0) (if ((core/sym::eq? tag0) (quote :form)) (if ((core/int::eq? (core/vec::len step0)) 2) (let ((idx ((core/vec::get step0) 1))) (if (selfhost/patch_schema::is-int? idx) (if ((core/int::lt? idx) (core/vec::len forms)) (let ((form ((core/vec::get forms) idx))) (let ((rest ((selfhost/patch_schema::vec-drop path) 1))) (let ((nf (((selfhost/patch_schema::apply-replace-term form) rest) newv))) (if (core/error::is? nf) nf (let ((next_forms (((selfhost/patch_schema::vec-replace forms) idx) nf))) (let ((canon (selfhost/canon::canonicalize-module next_forms))) (if (core/error::is? canon) canon canon))))))) (selfhost/patch_schema::err "form index out of range")) (selfhost/patch_schema::err ":form expects int index"))) (selfhost/patch_schema::err ":form expects 1 arg")) (selfhost/patch_schema::err "first path step must be :form")) (selfhost/patch_schema::err "path step tag must be symbol"))) (selfhost/patch_schema::err "path step must be vector"))) (selfhost/patch_schema::err "empty :path")) (selfhost/patch_schema::err ":path must be vector")) (selfhost/patch_schema::err ":forms must be vector"))) (selfhost/patch_schema::err "apply-replace-node expects map")))) (def core/cli::print-module-forms (fn (forms) (if (selfhost/patch_schema::is-vec? forms) (selfhost/printer::print-module forms) ((core/error::make2 "core/type-error") "core/cli::print-module-forms expects vector of forms")))) (def core/cli::canonicalize-module-content (fn (content) (if (selfhost/patch_schema::is-str? content) (core/cli::canonicalize-module-src content) (if (selfhost/patch_schema::is-vec? content) (selfhost/canon::canonicalize-module content) ((core/error::make2 "core/type-error") "core/cli::canonicalize-module-content expects string or vector"))))) (def core/cli::print-module-from-content (fn (content) (let ((forms (core/cli::canonicalize-module-content content))) (if (core/error::is? forms) forms (core/cli::print-module-forms forms))))) (def core/cli::validate-patch (fn (t) (if (selfhost/patch_schema::is-map? t) (let ((v ((core/map::get t) (quote :version)))) (if (selfhost/patch_schema::is-int? v) (if ((core/int::eq? v) 1) (let ((intent ((core/map::get t) (quote :intent)))) (if (selfhost/patch_schema::is-str? intent) (let ((prov ((core/map::get t) (quote :provenance)))) (if (selfhost/patch_schema::is-map? prov) (selfhost/patch_schema::validate-ops ((core/map::get t) (quote :ops))) (selfhost/patch_schema::err ":provenance must be a map"))) (selfhost/patch_schema::err ":intent must be a string"))) (selfhost/patch_schema::err ":version must be 1")) (selfhost/patch_schema::err ":version must be an int"))) (selfhost/patch_schema::err "patch must be a map"))))] :module-h b"=\xCAv3 O<\x01c\x87\x02c\x1B}z\x7F\xD9\xF5\xE2w\x13\xC0S{\x9A:\nC*\x9B\xA6\xF7" :path "selfhost/patch_schema_apply_v1.gc" :source "(def selfhost/patch_schema::vec-replace-loop\n (fn (v len idx x)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) len)\n out\n (let ((cur ((core/vec::get v) i)))\n (let ((next (if ((core/int::eq? i) idx) x cur)))\n (((selfhost/patch_schema::vec-replace-loop v len idx x) ((core/int::add i) 1))\n ((core/vec::push out) next)))))))))\n\n(def selfhost/patch_schema::step-tag\n (fn (step)\n (if (selfhost/patch_schema::is-vec? step)\n (if ((core/int::eq? (core/vec::len step)) 0)\n nil\n ((core/vec::get step) 0))\n nil)))\n\n(def selfhost/patch_schema::apply-replace-step-sym\n (fn (t)\n (fn (tag)\n (fn (step)\n (fn (rest)\n (fn (new)\n (if ((core/sym::eq? tag) (quote :pair-car))\n (if (selfhost/patch_schema::is-pair? t)\n (let ((a (core/pair::car t)) (d (core/pair::cdr t)))\n (let ((na (((selfhost/patch_schema::apply-replace-term a) rest) new)))\n (if (core/error::is? na) na ((core/pair::cons na) d))))\n (selfhost/patch_schema::err \"expected pair for :pair-car\"))\n (if ((core/sym::eq? tag) (quote :pair-cdr))\n (if (selfhost/patch_schema::is-pair? t)\n (let ((a (core/pair::car t)) (d (core/pair::cdr t)))\n (let ((nd (((selfhost/patch_schema::apply-replace-term d) rest) new)))\n (if (core/error::is? nd) nd ((core/pair::cons a) nd))))\n (selfhost/patch_schema::err \"expected pair for :pair-cdr\"))\n (if ((core/sym::eq? tag) (quote :vec))\n (if (selfhost/patch_schema::is-vec? t)\n (if ((core/int::eq? (core/vec::len step)) 2)\n (let ((idx ((core/vec::get step) 1)))\n (if (selfhost/patch_schema::is-int? idx)\n (if ((core/int::lt? idx) (core/vec::len t))\n (let ((cur ((core/vec::get t) idx)))\n (let ((nx (((selfhost/patch_schema::apply-replace-term cur) rest) new)))\n (if (core/error::is? nx)\n nx\n (((selfhost/patch_schema::vec-replace t) idx) nx))))\n (selfhost/patch_schema::err \"vector index out of range\"))\n (selfhost/patch_schema::err \":vec expects int index\")))\n (selfhost/patch_schema::err \":vec expects 1 arg\"))\n (selfhost/patch_schema::err \"expected vector for :vec\"))\n (if ((core/sym::eq? tag) (quote :map))\n (if (selfhost/patch_schema::is-map? t)\n (if ((core/int::eq? (core/vec::len step)) 2)\n (let ((k ((core/vec::get step) 1)))\n (let ((cur ((core/map::get t) k)))\n (if (core/list::is-nil? cur)\n (selfhost/patch_schema::err \"missing map key for :map\")\n (let ((nv (((selfhost/patch_schema::apply-replace-term cur) rest) new)))\n (if (core/error::is? nv)\n nv\n (((core/map::put t) k) nv))))))\n (selfhost/patch_schema::err \":map expects 1 arg\"))\n (selfhost/patch_schema::err \"expected map for :map\"))\n (if ((core/sym::eq? tag) (quote :form))\n (selfhost/patch_schema::err \"unexpected :form step\")\n (selfhost/patch_schema::err \"unknown path step tag\"))))))))))))\n\n(def selfhost/patch_schema::apply-replace-step\n (fn (t)\n (fn (step)\n (fn (rest)\n (fn (new)\n (let ((tag (selfhost/patch_schema::step-tag step)))\n (if (selfhost/patch_schema::is-sym? tag)\n (((((selfhost/patch_schema::apply-replace-step-sym t) tag) step) rest) new)\n (selfhost/patch_schema::err \"path step tag must be symbol\"))))))))\n\n(def selfhost/patch_schema::apply-replace-term\n (fn (t)\n (fn (steps)\n (fn (new)\n (if ((core/int::eq? (core/vec::len steps)) 0)\n new\n (let ((step ((core/vec::get steps) 0)))\n (let ((rest ((selfhost/patch_schema::vec-drop steps) 1)))\n ((((selfhost/patch_schema::apply-replace-step t) step) rest) new))))))))\n\n(def core/cli::apply-replace-node\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let ((forms ((core/map::get req) (quote :forms)))\n (path ((core/map::get req) (quote :path)))\n (newv ((core/map::get req) (quote :new))))\n (if (selfhost/patch_schema::is-vec? forms)\n (if (selfhost/patch_schema::is-vec? path)\n (if ((core/int::lt? 0) (core/vec::len path))\n (let ((step0 ((core/vec::get path) 0)))\n (if (selfhost/patch_schema::is-vec? step0)\n (let ((tag0 (selfhost/patch_schema::step-tag step0)))\n (if (selfhost/patch_schema::is-sym? tag0)\n (if ((core/sym::eq? tag0) (quote :form))\n (if ((core/int::eq? (core/vec::len step0)) 2)\n (let ((idx ((core/vec::get step0) 1)))\n (if (selfhost/patch_schema::is-int? idx)\n (if ((core/int::lt? idx) (core/vec::len forms))\n (let ((form ((core/vec::get forms) idx)))\n (let ((rest ((selfhost/patch_schema::vec-drop path) 1)))\n (let ((nf (((selfhost/patch_schema::apply-replace-term form) rest) newv)))\n (if (core/error::is? nf)\n nf\n (let ((next_forms (((selfhost/patch_schema::vec-replace forms) idx) nf)))\n (let ((canon (selfhost/canon::canonicalize-module next_forms)))\n (if (core/error::is? canon) canon canon)))))))\n (selfhost/patch_schema::err \"form index out of range\"))\n (selfhost/patch_schema::err \":form expects int index\")))\n (selfhost/patch_schema::err \":form expects 1 arg\"))\n (selfhost/patch_schema::err \"first path step must be :form\"))\n (selfhost/patch_schema::err \"path step tag must be symbol\")))\n (selfhost/patch_schema::err \"path step must be vector\")))\n (selfhost/patch_schema::err \"empty :path\"))\n (selfhost/patch_schema::err \":path must be vector\"))\n (selfhost/patch_schema::err \":forms must be vector\")))\n (selfhost/patch_schema::err \"apply-replace-node expects map\"))))\n\n(def core/cli::print-module-forms\n (fn (forms)\n (if (selfhost/patch_schema::is-vec? forms)\n (selfhost/printer::print-module forms)\n ((core/error::make2 \"core/type-error\") \"core/cli::print-module-forms expects vector of forms\"))))\n\n(def core/cli::canonicalize-module-content\n (fn (content)\n (if (selfhost/patch_schema::is-str? content)\n (core/cli::canonicalize-module-src content)\n (if (selfhost/patch_schema::is-vec? content)\n (selfhost/canon::canonicalize-module content)\n ((core/error::make2 \"core/type-error\") \"core/cli::canonicalize-module-content expects string or vector\")))))\n\n(def core/cli::print-module-from-content\n (fn (content)\n (let ((forms (core/cli::canonicalize-module-content content)))\n (if (core/error::is? forms)\n forms\n (core/cli::print-module-forms forms)))))\n\n(def core/cli::validate-patch\n (fn (t)\n (if (selfhost/patch_schema::is-map? t)\n (let ((v ((core/map::get t) (quote :version))))\n (if (selfhost/patch_schema::is-int? v)\n (if ((core/int::eq? v) 1)\n (let ((intent ((core/map::get t) (quote :intent))))\n (if (selfhost/patch_schema::is-str? intent)\n (let ((prov ((core/map::get t) (quote :provenance))))\n (if (selfhost/patch_schema::is-map? prov)\n (selfhost/patch_schema::validate-ops ((core/map::get t) (quote :ops)))\n (selfhost/patch_schema::err \":provenance must be a map\")))\n (selfhost/patch_schema::err \":intent must be a string\")))\n (selfhost/patch_schema::err \":version must be 1\"))\n (selfhost/patch_schema::err \":version must be an int\")))\n (selfhost/patch_schema::err \"patch must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"=\xCAv3 O<\x01c\x87\x02c\x1B}z\x7F\xD9\xF5\xE2w\x13\xC0S{\x9A:\nC*\x9B\xA6\xF7" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_schema::empty-vec (core/pair::as-proper-list nil)) (def selfhost/patch_schema_manifest::err (fn (msg) ((core/error::make2 "core/patch-schema") msg))) (def selfhost/patch_schema::str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str)))) (def selfhost/patch_schema::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym)))) (def selfhost/patch_schema::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec)))) (def selfhost/patch_schema::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map)))) (def selfhost/patch_schema::key->str (fn (k) (if (selfhost/patch_schema::sym? k) (let ((s (core/sym::to-str k))) (let ((b (core/str::to-utf8 s))) (let ((n (core/bytes::len b))) (if ((core/int::lt? 0) n) (if ((core/int::eq? ((core/bytes::get b) 0)) 58) (core/str::from-utf8 (((core/bytes::slice b) 1) ((core/int::sub n) 1))) s) s)))) (if (selfhost/patch_schema::str? k) k ((core/error::make2 "core/type-error") "manifest keys must be sym or str"))))) (def selfhost/patch_schema::require-map-field (fn (m) (fn (k) (fn (msg) (let ((v ((core/map::get m) k))) (if (core/list::is-nil? v) (selfhost/patch_schema_manifest::err msg) v)))))) (def selfhost/patch_schema::vec-filter-modules-by-path (fn (mods) (fn (drop-path) (let ((n (core/vec::len mods))) (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) 0) selfhost/patch_schema::empty-vec))))) (def selfhost/patch_schema::vec-filter-modules-by-path2 (fn (mods) (fn (drop-path) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((m ((core/vec::get mods) i))) (if (selfhost/patch_schema::map? m) (let ((p ((core/map::get m) "path"))) (if (if (selfhost/patch_schema::str? p) ((core/eq? p) drop-path) false) (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1)) out) (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1)) ((core/vec::push out) m)))) (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1)) ((core/vec::push out) m))))))))))) (def selfhost/patch_schema::vec-str-set (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_schema::vec-str-set2 xs) n) 0) {})))) (def selfhost/patch_schema::vec-str-set2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (if (selfhost/patch_schema::str? x) ((((selfhost/patch_schema::vec-str-set2 xs) n) ((core/int::add i) 1)) (((core/map::put out) x) true)) ((((selfhost/patch_schema::vec-str-set2 xs) n) ((core/int::add i) 1)) out))))))))) (def selfhost/patch_schema::set-add-strings (fn (set) (fn (xs) (let ((n (core/vec::len xs))) (((((selfhost/patch_schema::set-add-strings2 set) xs) n) 0) set))))) (def selfhost/patch_schema::set-add-strings2 (fn (set) (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (if (selfhost/patch_schema::str? x) (((((selfhost/patch_schema::set-add-strings2 set) xs) n) ((core/int::add i) 1)) (((core/map::put out) x) true)) (((((selfhost/patch_schema::set-add-strings2 set) xs) n) ((core/int::add i) 1)) out)))))))))) (def selfhost/patch_schema::sym-or-str->str (fn (x) (if (selfhost/patch_schema::str? x) x (if (selfhost/patch_schema::sym? x) (core/sym::to-str x) ((core/error::make2 "core/type-error") "expected sym or str"))))) (def selfhost/patch_schema::vec-sym-or-str->vec-str (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_schema::vec-sym-or-str->vec-str2 xs) n) 0) selfhost/patch_schema::empty-vec)))) (def selfhost/patch_schema::vec-sym-or-str->vec-str2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (let ((s (selfhost/patch_schema::sym-or-str->str x))) (if (core/error::is? s) s ((((selfhost/patch_schema::vec-sym-or-str->vec-str2 xs) n) ((core/int::add i) 1)) ((core/vec::push out) s))))))))))) (def selfhost/patch_schema::set-keys->vec (fn (m) (let ((entries (core/map::entries m))) (let ((n (core/vec::len entries))) ((((selfhost/patch_schema::set-keys->vec2 entries) n) 0) selfhost/patch_schema::empty-vec))))) (def selfhost/patch_schema::set-keys->vec2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) ((((selfhost/patch_schema::set-keys->vec2 entries) n) ((core/int::add i) 1)) ((core/vec::push out) k)))))))))) (def core/cli::manifest-apply-add-module (fn (manifest) (fn (module-path) (if (selfhost/patch_schema::map? manifest) (if (selfhost/patch_schema::str? module-path) (let ((mods ((core/map::get manifest) "modules"))) (if (selfhost/patch_schema::vec? mods) (let ((entry {"hash" "" "path" module-path})) (((core/map::put manifest) "modules") ((core/vec::push mods) entry))) (selfhost/patch_schema_manifest::err "manifest missing modules array"))) (selfhost/patch_schema_manifest::err "module-path must be string")) (selfhost/patch_schema_manifest::err "manifest must be a map"))))) (def core/cli::manifest-apply-remove-module (fn (manifest) (fn (module-path) (if (selfhost/patch_schema::map? manifest) (if (selfhost/patch_schema::str? module-path) (let ((mods ((core/map::get manifest) "modules"))) (if (selfhost/patch_schema::vec? mods) (let ((mods2 ((selfhost/patch_schema::vec-filter-modules-by-path mods) module-path))) (((core/map::put manifest) "modules") mods2)) (selfhost/patch_schema_manifest::err "manifest missing modules array"))) (selfhost/patch_schema_manifest::err "module-path must be string")) (selfhost/patch_schema_manifest::err "manifest must be a map"))))) (def selfhost/patch_schema::vec-has-module-path (fn (mods) (fn (path) (let ((n (core/vec::len mods))) ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) 0))))) (def selfhost/patch_schema::vec-has-module-path2 (fn (mods) (fn (path) (fn (n) (fn (i) (if ((core/int::eq? i) n) false (let ((m ((core/vec::get mods) i))) (if (selfhost/patch_schema::map? m) (let ((p ((core/map::get m) "path"))) (if (if (selfhost/patch_schema::str? p) ((core/eq? p) path) false) true ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) ((core/int::add i) 1)))) ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) ((core/int::add i) 1)))))))))) (def selfhost/patch_schema::vec-rewrite-module-path (fn (mods) (fn (from-path) (fn (to-path) (let ((n (core/vec::len mods))) ((((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n) 0) selfhost/patch_schema::empty-vec)))))) (def selfhost/patch_schema::vec-rewrite-module-path2 (fn (mods) (fn (from-path) (fn (to-path) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((m ((core/vec::get mods) i))) (if (selfhost/patch_schema::map? m) (let ((p ((core/map::get m) "path"))) (let ((next-m (if (if (selfhost/patch_schema::str? p) ((core/eq? p) from-path) false) (((core/map::put m) "path") to-path) m))) ((((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n) ((core/int::add i) 1)) ((core/vec::push out) next-m)))) ((((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n) ((core/int::add i) 1)) ((core/vec::push out) m)))))))))))) (def core/cli::manifest-apply-move-module (fn (manifest) (fn (from-module-path) (fn (to-module-path) (if (selfhost/patch_schema::map? manifest) (if (selfhost/patch_schema::str? from-module-path) (if (selfhost/patch_schema::str? to-module-path) (let ((mods ((core/map::get manifest) "modules"))) (if (selfhost/patch_schema::vec? mods) (if ((selfhost/patch_schema::vec-has-module-path mods) to-module-path) (selfhost/patch_schema_manifest::err "manifest already contains destination module path") (if ((selfhost/patch_schema::vec-has-module-path mods) from-module-path) (let ((mods2 (((selfhost/patch_schema::vec-rewrite-module-path mods) from-module-path) to-module-path))) (((core/map::put manifest) "modules") mods2)) (selfhost/patch_schema_manifest::err "manifest missing source module path"))) (selfhost/patch_schema_manifest::err "manifest missing modules array"))) (selfhost/patch_schema_manifest::err "to-module-path must be string")) (selfhost/patch_schema_manifest::err "from-module-path must be string")) (selfhost/patch_schema_manifest::err "manifest must be a map")))))) (def selfhost/patch_schema::manifest-patch-string-vec-field (fn (manifest) (fn (field) (fn (add) (fn (remove) (let ((cur ((core/map::get manifest) field))) (let ((curv (if (selfhost/patch_schema::vec? cur) cur selfhost/patch_schema::empty-vec))) (let ((set0 (selfhost/patch_schema::vec-str-set curv))) (let ((removev (selfhost/patch_schema::vec-sym-or-str->vec-str remove))) (if (core/error::is? removev) removev (let ((addv (selfhost/patch_schema::vec-sym-or-str->vec-str add))) (if (core/error::is? addv) addv (let ((set1 (selfhost/patch_schema::vec-str-set addv))) (let ((cur_entries (core/map::entries set0))) (let ((n (core/vec::len cur_entries))) (let ((keep (((((selfhost/patch_schema::manifest-patch-string-vec-field2 cur_entries) n) removev) 0) {}))) (let ((merged ((core/map::merge keep) set1))) (((core/map::put manifest) field) (selfhost/patch_schema::set-keys->vec merged))))))))))))))))))) (def selfhost/patch_schema::manifest-patch-string-vec-field2 (fn (entries) (fn (n) (fn (removev) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((drop? ((selfhost/patch_schema::vec-contains-str removev) k))) (if (core/error::is? drop?) drop? (if drop? (((((selfhost/patch_schema::manifest-patch-string-vec-field2 entries) n) removev) ((core/int::add i) 1)) out) (((((selfhost/patch_schema::manifest-patch-string-vec-field2 entries) n) removev) ((core/int::add i) 1)) (((core/map::put out) k) true)))))))))))))) (def selfhost/patch_schema::vec-contains-str (fn (xs) (fn (needle) (let ((n (core/vec::len xs))) (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) 0) false))))) (def selfhost/patch_schema::vec-contains-str2 (fn (xs) (fn (needle) (fn (n) (fn (i) (fn (found) (if found true (if ((core/int::eq? i) n) false (let ((x ((core/vec::get xs) i))) (if (selfhost/patch_schema::str? x) (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) ((core/int::add i) 1)) ((core/eq? x) needle)) (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) ((core/int::add i) 1)) false))))))))))) (def core/cli::manifest-apply-update-manifest-op (fn (manifest) (fn (op) (if (selfhost/patch_schema::map? manifest) (if (selfhost/patch_schema::map? op) (let ((setv ((core/map::get op) (quote :set)))) (let ((manifest2 (if (core/list::is-nil? setv) manifest (if (selfhost/patch_schema::map? setv) ((selfhost/patch_schema::manifest-apply-set manifest) setv) (selfhost/patch_schema_manifest::err ":set must be a map"))))) (if (core/error::is? manifest2) manifest2 (let ((ob_add ((core/map::get op) (quote :obligations-add))) (ob_rm ((core/map::get op) (quote :obligations-remove))) (t_add ((core/map::get op) (quote :tests-add))) (t_rm ((core/map::get op) (quote :tests-remove))) (caps_policy ((core/map::get op) (quote :caps-policy)))) (let ((ob_addv (if (selfhost/patch_schema::vec? ob_add) ob_add selfhost/patch_schema::empty-vec)) (ob_rmv (if (selfhost/patch_schema::vec? ob_rm) ob_rm selfhost/patch_schema::empty-vec)) (t_addv (if (selfhost/patch_schema::vec? t_add) t_add selfhost/patch_schema::empty-vec)) (t_rmv (if (selfhost/patch_schema::vec? t_rm) t_rm selfhost/patch_schema::empty-vec))) (let ((m3 (if (if ((core/int::eq? (core/vec::len ob_addv)) 0) ((core/int::eq? (core/vec::len ob_rmv)) 0) false) manifest2 ((((selfhost/patch_schema::manifest-patch-string-vec-field manifest2) "obligations") ob_addv) ob_rmv)))) (if (core/error::is? m3) m3 (let ((m4 (if (if ((core/int::eq? (core/vec::len t_addv)) 0) ((core/int::eq? (core/vec::len t_rmv)) 0) false) m3 ((((selfhost/patch_schema::manifest-patch-string-vec-field m3) "tests") t_addv) t_rmv)))) (if (core/error::is? m4) m4 (if (core/list::is-nil? caps_policy) m4 (if (selfhost/patch_schema::str? caps_policy) (((core/map::put m4) "caps_policy") caps_policy) (selfhost/patch_schema_manifest::err ":caps-policy must be string")))))))))))) (selfhost/patch_schema_manifest::err "update-manifest op must be a map")) (selfhost/patch_schema_manifest::err "manifest must be a map"))))) (def selfhost/patch_schema::manifest-apply-set (fn (manifest) (fn (setm) (let ((entries (core/map::entries setm))) (let ((n (core/vec::len entries))) ((((selfhost/patch_schema::manifest-apply-set2 entries) n) 0) manifest)))))) (def selfhost/patch_schema::manifest-apply-set2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1))) (let ((ks (selfhost/patch_schema::key->str k))) (if (core/error::is? ks) ks ((((selfhost/patch_schema::manifest-apply-set2 entries) n) ((core/int::add i) 1)) (((core/map::put out) ks) v))))))))))))] :module-h b"G\xE3\\\xE3Lx\xA896\xA7mhS\x11\xF7\x1D\xC8z{\x8C\x10\x9E\xFB\x04i\xDECY\xBF\x97J\xE9" :path "selfhost/patch_schema_manifest_v1.gc" :source "(def selfhost/patch_schema::empty-vec (core/pair::as-proper-list nil))\n\n(def selfhost/patch_schema_manifest::err (fn (msg) ((core/error::make2 \"core/patch-schema\") msg)))\n\n(def selfhost/patch_schema::str? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :str))))\n\n(def selfhost/patch_schema::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym))))\n\n(def selfhost/patch_schema::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec))))\n\n(def selfhost/patch_schema::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map))))\n\n(def selfhost/patch_schema::key->str\n (fn (k)\n (if (selfhost/patch_schema::sym? k)\n (let ((s (core/sym::to-str k)))\n (let ((b (core/str::to-utf8 s)))\n (let ((n (core/bytes::len b)))\n (if ((core/int::lt? 0) n)\n (if ((core/int::eq? ((core/bytes::get b) 0)) 58)\n (core/str::from-utf8 (((core/bytes::slice b) 1) ((core/int::sub n) 1)))\n s)\n s))))\n (if (selfhost/patch_schema::str? k)\n k\n ((core/error::make2 \"core/type-error\") \"manifest keys must be sym or str\")))))\n\n(def selfhost/patch_schema::require-map-field\n (fn (m)\n (fn (k)\n (fn (msg)\n (let ((v ((core/map::get m) k)))\n (if (core/list::is-nil? v) (selfhost/patch_schema_manifest::err msg) v))))))\n\n(def selfhost/patch_schema::vec-filter-modules-by-path\n (fn (mods)\n (fn (drop-path)\n (let ((n (core/vec::len mods)))\n (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) 0)\n selfhost/patch_schema::empty-vec)))))\n\n(def selfhost/patch_schema::vec-filter-modules-by-path2\n (fn (mods)\n (fn (drop-path)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((m ((core/vec::get mods) i)))\n (if (selfhost/patch_schema::map? m)\n (let ((p ((core/map::get m) \"path\")))\n (if (if (selfhost/patch_schema::str? p) ((core/eq? p) drop-path) false)\n (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1))\n out)\n (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1))\n ((core/vec::push out) m))))\n (((((selfhost/patch_schema::vec-filter-modules-by-path2 mods) drop-path) n) ((core/int::add i) 1))\n ((core/vec::push out) m)))))))))))\n\n(def selfhost/patch_schema::vec-str-set\n (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_schema::vec-str-set2 xs) n) 0) {}))))\n\n(def selfhost/patch_schema::vec-str-set2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (if (selfhost/patch_schema::str? x)\n ((((selfhost/patch_schema::vec-str-set2 xs) n) ((core/int::add i) 1))\n (((core/map::put out) x) true))\n ((((selfhost/patch_schema::vec-str-set2 xs) n) ((core/int::add i) 1)) out)))))))))\n\n(def selfhost/patch_schema::set-add-strings\n (fn (set)\n (fn (xs)\n (let ((n (core/vec::len xs)))\n (((((selfhost/patch_schema::set-add-strings2 set) xs) n) 0) set)))))\n\n(def selfhost/patch_schema::set-add-strings2\n (fn (set)\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (if (selfhost/patch_schema::str? x)\n (((((selfhost/patch_schema::set-add-strings2 set) xs) n) ((core/int::add i) 1))\n (((core/map::put out) x) true))\n (((((selfhost/patch_schema::set-add-strings2 set) xs) n) ((core/int::add i) 1))\n out))))))))))\n\n(def selfhost/patch_schema::sym-or-str->str\n (fn (x)\n (if (selfhost/patch_schema::str? x)\n x\n (if (selfhost/patch_schema::sym? x)\n (core/sym::to-str x)\n ((core/error::make2 \"core/type-error\") \"expected sym or str\")))))\n\n(def selfhost/patch_schema::vec-sym-or-str->vec-str\n (fn (xs)\n (let ((n (core/vec::len xs)))\n ((((selfhost/patch_schema::vec-sym-or-str->vec-str2 xs) n) 0) selfhost/patch_schema::empty-vec))))\n\n(def selfhost/patch_schema::vec-sym-or-str->vec-str2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (let ((s (selfhost/patch_schema::sym-or-str->str x)))\n (if (core/error::is? s)\n s\n ((((selfhost/patch_schema::vec-sym-or-str->vec-str2 xs) n) ((core/int::add i) 1))\n ((core/vec::push out) s)))))))))))\n\n(def selfhost/patch_schema::set-keys->vec\n (fn (m)\n (let ((entries (core/map::entries m)))\n (let ((n (core/vec::len entries)))\n ((((selfhost/patch_schema::set-keys->vec2 entries) n) 0) selfhost/patch_schema::empty-vec)))))\n\n(def selfhost/patch_schema::set-keys->vec2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n ((((selfhost/patch_schema::set-keys->vec2 entries) n) ((core/int::add i) 1))\n ((core/vec::push out) k))))))))))\n\n(def core/cli::manifest-apply-add-module\n (fn (manifest)\n (fn (module-path)\n (if (selfhost/patch_schema::map? manifest)\n (if (selfhost/patch_schema::str? module-path)\n (let ((mods ((core/map::get manifest) \"modules\")))\n (if (selfhost/patch_schema::vec? mods)\n (let ((entry {\"hash\" \"\" \"path\" module-path}))\n (((core/map::put manifest) \"modules\") ((core/vec::push mods) entry)))\n (selfhost/patch_schema_manifest::err \"manifest missing modules array\")))\n (selfhost/patch_schema_manifest::err \"module-path must be string\"))\n (selfhost/patch_schema_manifest::err \"manifest must be a map\")))))\n\n(def core/cli::manifest-apply-remove-module\n (fn (manifest)\n (fn (module-path)\n (if (selfhost/patch_schema::map? manifest)\n (if (selfhost/patch_schema::str? module-path)\n (let ((mods ((core/map::get manifest) \"modules\")))\n (if (selfhost/patch_schema::vec? mods)\n (let ((mods2 ((selfhost/patch_schema::vec-filter-modules-by-path mods) module-path)))\n (((core/map::put manifest) \"modules\") mods2))\n (selfhost/patch_schema_manifest::err \"manifest missing modules array\")))\n (selfhost/patch_schema_manifest::err \"module-path must be string\"))\n (selfhost/patch_schema_manifest::err \"manifest must be a map\")))))\n\n(def selfhost/patch_schema::vec-has-module-path\n (fn (mods)\n (fn (path)\n (let ((n (core/vec::len mods)))\n ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) 0)))))\n\n(def selfhost/patch_schema::vec-has-module-path2\n (fn (mods)\n (fn (path)\n (fn (n)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (let ((m ((core/vec::get mods) i)))\n (if (selfhost/patch_schema::map? m)\n (let ((p ((core/map::get m) \"path\")))\n (if (if (selfhost/patch_schema::str? p) ((core/eq? p) path) false)\n true\n ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n)\n ((core/int::add i) 1))))\n ((((selfhost/patch_schema::vec-has-module-path2 mods) path) n) ((core/int::add i) 1))))))))))\n\n(def selfhost/patch_schema::vec-rewrite-module-path\n (fn (mods)\n (fn (from-path)\n (fn (to-path)\n (let ((n (core/vec::len mods)))\n ((((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n) 0)\n selfhost/patch_schema::empty-vec))))))\n\n(def selfhost/patch_schema::vec-rewrite-module-path2\n (fn (mods)\n (fn (from-path)\n (fn (to-path)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((m ((core/vec::get mods) i)))\n (if (selfhost/patch_schema::map? m)\n (let ((p ((core/map::get m) \"path\")))\n (let\n (\n (next-m\n (if (if (selfhost/patch_schema::str? p) ((core/eq? p) from-path) false)\n (((core/map::put m) \"path\") to-path)\n m)))\n (\n (((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n)\n ((core/int::add i) 1))\n ((core/vec::push out) next-m))))\n (\n (((((selfhost/patch_schema::vec-rewrite-module-path2 mods) from-path) to-path) n)\n ((core/int::add i) 1))\n ((core/vec::push out) m))))))))))))\n\n(def core/cli::manifest-apply-move-module\n (fn (manifest)\n (fn (from-module-path)\n (fn (to-module-path)\n (if (selfhost/patch_schema::map? manifest)\n (if (selfhost/patch_schema::str? from-module-path)\n (if (selfhost/patch_schema::str? to-module-path)\n (let ((mods ((core/map::get manifest) \"modules\")))\n (if (selfhost/patch_schema::vec? mods)\n (if ((selfhost/patch_schema::vec-has-module-path mods) to-module-path)\n (selfhost/patch_schema_manifest::err\n \"manifest already contains destination module path\")\n (if ((selfhost/patch_schema::vec-has-module-path mods) from-module-path)\n (let\n ((mods2 (((selfhost/patch_schema::vec-rewrite-module-path mods) from-module-path) to-module-path)))\n (((core/map::put manifest) \"modules\") mods2))\n (selfhost/patch_schema_manifest::err \"manifest missing source module path\")))\n (selfhost/patch_schema_manifest::err \"manifest missing modules array\")))\n (selfhost/patch_schema_manifest::err \"to-module-path must be string\"))\n (selfhost/patch_schema_manifest::err \"from-module-path must be string\"))\n (selfhost/patch_schema_manifest::err \"manifest must be a map\"))))))\n\n(def selfhost/patch_schema::manifest-patch-string-vec-field\n (fn (manifest)\n (fn (field)\n (fn (add)\n (fn (remove)\n (let ((cur ((core/map::get manifest) field)))\n (let\n ((curv (if (selfhost/patch_schema::vec? cur) cur selfhost/patch_schema::empty-vec)))\n (let ((set0 (selfhost/patch_schema::vec-str-set curv)))\n (let ((removev (selfhost/patch_schema::vec-sym-or-str->vec-str remove)))\n (if (core/error::is? removev)\n removev\n (let ((addv (selfhost/patch_schema::vec-sym-or-str->vec-str add)))\n (if (core/error::is? addv)\n addv\n (let ((set1 (selfhost/patch_schema::vec-str-set addv)))\n (let ((cur_entries (core/map::entries set0)))\n (let ((n (core/vec::len cur_entries)))\n (let\n ((keep (((((selfhost/patch_schema::manifest-patch-string-vec-field2 cur_entries) n) removev) 0) {})))\n (let ((merged ((core/map::merge keep) set1)))\n (((core/map::put manifest) field)\n (selfhost/patch_schema::set-keys->vec merged)))))))))))))))))))\n\n(def selfhost/patch_schema::manifest-patch-string-vec-field2\n (fn (entries)\n (fn (n)\n (fn (removev)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((drop? ((selfhost/patch_schema::vec-contains-str removev) k)))\n (if (core/error::is? drop?)\n drop?\n (if drop?\n (\n ((((selfhost/patch_schema::manifest-patch-string-vec-field2 entries) n) removev)\n ((core/int::add i) 1))\n out)\n (\n ((((selfhost/patch_schema::manifest-patch-string-vec-field2 entries) n) removev)\n ((core/int::add i) 1))\n (((core/map::put out) k) true))))))))))))))\n\n(def selfhost/patch_schema::vec-contains-str\n (fn (xs)\n (fn (needle)\n (let ((n (core/vec::len xs)))\n (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) 0) false)))))\n\n(def selfhost/patch_schema::vec-contains-str2\n (fn (xs)\n (fn (needle)\n (fn (n)\n (fn (i)\n (fn (found)\n (if found\n true\n (if ((core/int::eq? i) n)\n false\n (let ((x ((core/vec::get xs) i)))\n (if (selfhost/patch_schema::str? x)\n (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) ((core/int::add i) 1))\n ((core/eq? x) needle))\n (((((selfhost/patch_schema::vec-contains-str2 xs) needle) n) ((core/int::add i) 1))\n false)))))))))))\n\n(def core/cli::manifest-apply-update-manifest-op\n (fn (manifest)\n (fn (op)\n (if (selfhost/patch_schema::map? manifest)\n (if (selfhost/patch_schema::map? op)\n (let ((setv ((core/map::get op) (quote :set))))\n (let\n (\n (manifest2\n (if (core/list::is-nil? setv)\n manifest\n (if (selfhost/patch_schema::map? setv)\n ((selfhost/patch_schema::manifest-apply-set manifest) setv)\n (selfhost/patch_schema_manifest::err \":set must be a map\")))))\n (if (core/error::is? manifest2)\n manifest2\n (let\n ((ob_add ((core/map::get op) (quote :obligations-add)))\n (ob_rm ((core/map::get op) (quote :obligations-remove)))\n (t_add ((core/map::get op) (quote :tests-add)))\n (t_rm ((core/map::get op) (quote :tests-remove)))\n (caps_policy ((core/map::get op) (quote :caps-policy))))\n (let\n ((ob_addv (if (selfhost/patch_schema::vec? ob_add) ob_add selfhost/patch_schema::empty-vec))\n (ob_rmv\n (if (selfhost/patch_schema::vec? ob_rm)\n ob_rm\n selfhost/patch_schema::empty-vec))\n (t_addv\n (if (selfhost/patch_schema::vec? t_add)\n t_add\n selfhost/patch_schema::empty-vec))\n (t_rmv\n (if (selfhost/patch_schema::vec? t_rm)\n t_rm\n selfhost/patch_schema::empty-vec)))\n (let\n (\n (m3\n (if\n (if ((core/int::eq? (core/vec::len ob_addv)) 0)\n ((core/int::eq? (core/vec::len ob_rmv)) 0)\n false)\n manifest2\n ((((selfhost/patch_schema::manifest-patch-string-vec-field manifest2) \"obligations\") ob_addv)\n ob_rmv))))\n (if (core/error::is? m3)\n m3\n (let\n (\n (m4\n (if\n (if ((core/int::eq? (core/vec::len t_addv)) 0)\n ((core/int::eq? (core/vec::len t_rmv)) 0)\n false)\n m3\n ((((selfhost/patch_schema::manifest-patch-string-vec-field m3) \"tests\") t_addv)\n t_rmv))))\n (if (core/error::is? m4)\n m4\n (if (core/list::is-nil? caps_policy)\n m4\n (if (selfhost/patch_schema::str? caps_policy)\n (((core/map::put m4) \"caps_policy\") caps_policy)\n (selfhost/patch_schema_manifest::err \":caps-policy must be string\"))))))))))))\n (selfhost/patch_schema_manifest::err \"update-manifest op must be a map\"))\n (selfhost/patch_schema_manifest::err \"manifest must be a map\")))))\n\n(def selfhost/patch_schema::manifest-apply-set\n (fn (manifest)\n (fn (setm)\n (let ((entries (core/map::entries setm)))\n (let ((n (core/vec::len entries)))\n ((((selfhost/patch_schema::manifest-apply-set2 entries) n) 0) manifest))))))\n\n(def selfhost/patch_schema::manifest-apply-set2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1)))\n (let ((ks (selfhost/patch_schema::key->str k)))\n (if (core/error::is? ks)\n ks\n ((((selfhost/patch_schema::manifest-apply-set2 entries) n) ((core/int::add i) 1))\n (((core/map::put out) ks) v))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"%\xDA\xFD\xB1{\x04\n\x02U\x0C\xEA\xCC\xDB\xBC\xD1\xBF\xB1\xFC\xA7\xD5\xB5D\xDF\xCA@\x0E\xCA\x9E\xB7\x1A\x8F\x1F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_refactor::is-error core/error::is?) (def selfhost/patch_refactor::err (fn (msg) ((core/error::make2 "core/patch-schema") msg))) (def selfhost/patch_refactor::empty-vec (quote [])) (def selfhost/patch_refactor::vec2 (fn (a) (fn (b) ((core/vec::push ((core/vec::push selfhost/patch_refactor::empty-vec) a)) b)))) (def selfhost/patch_refactor::res (fn (term) (fn (count) ((selfhost/patch_refactor::vec2 term) count)))) (def selfhost/patch_refactor::res-term (fn (r) ((core/vec::get r) 0))) (def selfhost/patch_refactor::res-count (fn (r) ((core/vec::get r) 1))) (def selfhost/patch_refactor::rename-result (fn (forms) (fn (count) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :forms)) forms))) (((core/map::put m1) (quote :rewrite-count)) count)))))) (def selfhost/patch_refactor::split-result (fn (keep) (fn (extracted) (fn (moved) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :keep)) keep))) (let ((m2 (((core/map::put m1) (quote :extracted)) extracted))) (((core/map::put m2) (quote :moved-def-count)) moved)))))))) (def selfhost/patch_refactor::sym-or-str->str (fn (x) (if (selfhost/patch_schema::is-str? x) x (if (selfhost/patch_schema::is-sym? x) (core/sym::to-str x) (selfhost/patch_refactor::err "expected symbol|string"))))) (def selfhost/patch_refactor::rename-term (fn (t) (fn (from) (fn (to) (let ((tg (core/data::tag t))) (if ((core/sym::eq? tg) (quote :sym)) (let ((s (core/sym::to-str t))) (if ((core/eq? s) from) ((selfhost/patch_refactor::res (core/sym::from-str to)) 1) ((selfhost/patch_refactor::res t) 0))) (if ((core/sym::eq? tg) (quote :pair)) (let ((a (core/pair::car t)) (d (core/pair::cdr t))) (let ((ra (((selfhost/patch_refactor::rename-term a) from) to))) (if (selfhost/patch_refactor::is-error ra) ra (let ((rd (((selfhost/patch_refactor::rename-term d) from) to))) (if (selfhost/patch_refactor::is-error rd) rd (let ((na (selfhost/patch_refactor::res-term ra)) (nd (selfhost/patch_refactor::res-term rd)) (ca (selfhost/patch_refactor::res-count ra)) (cd (selfhost/patch_refactor::res-count rd))) ((selfhost/patch_refactor::res ((core/pair::cons na) nd)) ((core/int::add ca) cd)))))))) (if ((core/sym::eq? tg) (quote :vec)) (let ((n (core/vec::len t))) (((((((selfhost/patch_refactor::rename-vec-loop t) from) to) n) 0) selfhost/patch_refactor::empty-vec) 0)) (if ((core/sym::eq? tg) (quote :map)) (let ((entries (core/map::entries t))) (let ((n (core/vec::len entries))) (((((((selfhost/patch_refactor::rename-map-entries-loop entries) from) to) n) 0) selfhost/patch_refactor::empty-vec) 0))) ((selfhost/patch_refactor::res t) 0)))))))))) (def selfhost/patch_refactor::rename-vec-loop (fn (v) (fn (from) (fn (to) (fn (n) (fn (i) (fn (out) (fn (count) (if ((core/int::eq? i) n) ((selfhost/patch_refactor::res out) count) (if (selfhost/patch_schema::is-vec? out) (let ((x ((core/vec::get v) i))) (let ((rx (((selfhost/patch_refactor::rename-term x) from) to))) (if (selfhost/patch_refactor::is-error rx) rx (let ((pushed ((core/vec::push out) (selfhost/patch_refactor::res-term rx)))) (if (selfhost/patch_refactor::is-error pushed) pushed (((((((selfhost/patch_refactor::rename-vec-loop v) from) to) n) ((core/int::add i) 1)) pushed) ((core/int::add count) (selfhost/patch_refactor::res-count rx)))))))) (selfhost/patch_refactor::err "rename-vec-loop internal: out is not vector"))))))))))) (def selfhost/patch_refactor::rename-map-entries-loop (fn (entries) (fn (from) (fn (to) (fn (n) (fn (i) (fn (out) (fn (count) (if ((core/int::eq? i) n) (if (selfhost/patch_schema::is-vec? out) (let ((m (core/map::from-entries out))) (if (selfhost/patch_refactor::is-error m) m ((selfhost/patch_refactor::res m) count))) (selfhost/patch_refactor::err "rename-map-loop internal: out is not vector")) (if (selfhost/patch_schema::is-vec? out) (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1))) (let ((rk (((selfhost/patch_refactor::rename-term k) from) to))) (if (selfhost/patch_refactor::is-error rk) rk (let ((rv (((selfhost/patch_refactor::rename-term v) from) to))) (if (selfhost/patch_refactor::is-error rv) rv (let ((nk (selfhost/patch_refactor::res-term rk)) (nv (selfhost/patch_refactor::res-term rv)) (ck (selfhost/patch_refactor::res-count rk)) (cv (selfhost/patch_refactor::res-count rv))) (let ((entry ((selfhost/patch_refactor::vec2 nk) nv))) (let ((pushed ((core/vec::push out) entry))) (if (selfhost/patch_refactor::is-error pushed) pushed (((((((selfhost/patch_refactor::rename-map-entries-loop entries) from) to) n) ((core/int::add i) 1)) pushed) ((core/int::add count) ((core/int::add ck) cv))))))))))))) (selfhost/patch_refactor::err "rename-map-loop internal: out is not vector"))))))))))) (def selfhost/patch_refactor::rename-forms-loop (fn (forms) (fn (from) (fn (to) (fn (n) (fn (i) (fn (out) (fn (count) (if ((core/int::eq? i) n) ((selfhost/patch_refactor::res out) count) (if (selfhost/patch_schema::is-vec? out) (let ((f ((core/vec::get forms) i))) (let ((rf (((selfhost/patch_refactor::rename-term f) from) to))) (if (selfhost/patch_refactor::is-error rf) rf (let ((pushed ((core/vec::push out) (selfhost/patch_refactor::res-term rf)))) (if (selfhost/patch_refactor::is-error pushed) pushed (((((((selfhost/patch_refactor::rename-forms-loop forms) from) to) n) ((core/int::add i) 1)) pushed) ((core/int::add count) (selfhost/patch_refactor::res-count rf)))))))) (selfhost/patch_refactor::err "rename-forms-loop internal: out is not vector"))))))))))) (def selfhost/patch_refactor::rename-symbol-forms-core (fn (forms) (fn (from) (fn (to) (if ((core/eq? from) to) ((selfhost/patch_refactor::rename-result forms) 0) (let ((n (core/vec::len forms))) (let ((rr (((((((selfhost/patch_refactor::rename-forms-loop forms) from) to) n) 0) selfhost/patch_refactor::empty-vec) 0))) (if (selfhost/patch_refactor::is-error rr) rr (let ((next (selfhost/patch_refactor::res-term rr)) (count (selfhost/patch_refactor::res-count rr))) ((selfhost/patch_refactor::rename-result next) count)))))))))) (def core/cli::rename-symbol-forms (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (fromv ((core/map::get req) (quote :from))) (tov ((core/map::get req) (quote :to)))) (if (selfhost/patch_schema::is-vec? forms) (let ((from (selfhost/patch_refactor::sym-or-str->str fromv))) (if (selfhost/patch_refactor::is-error from) from (let ((to (selfhost/patch_refactor::sym-or-str->str tov))) (if (selfhost/patch_refactor::is-error to) to (((selfhost/patch_refactor::rename-symbol-forms-core forms) from) to))))) (selfhost/patch_refactor::err "rename-symbol-forms :forms must be vector"))) (selfhost/patch_refactor::err "rename-symbol-forms expects map request")))) (def selfhost/patch_refactor::vec-sym-or-str-set (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_refactor::vec-sym-or-str-set2 xs) n) 0) {})))) (def selfhost/patch_refactor::vec-sym-or-str-set2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (let ((s (selfhost/patch_refactor::sym-or-str->str x))) (if (selfhost/patch_refactor::is-error s) s (let ((next-out (((core/map::put out) s) true))) (let ((loop0 (selfhost/patch_refactor::vec-sym-or-str-set2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out)))))))))))))) (def selfhost/patch_refactor::top-level-def-name (fn (form) (if (selfhost/patch_schema::is-pair? form) (let ((items (core/pair::as-proper-list form))) (if (selfhost/patch_schema::is-vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1))) (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote def)) false) (if (selfhost/patch_schema::is-sym? n) (core/sym::to-str n) nil) nil)) nil) nil)) nil))) (def selfhost/patch_refactor::split-forms-loop (fn (forms) (fn (symset) (fn (n) (fn (i) (fn (keep) (fn (extracted) (fn (moved) (if ((core/int::eq? i) n) (((selfhost/patch_refactor::split-result keep) extracted) moved) (let ((f ((core/vec::get forms) i))) (let ((name (selfhost/patch_refactor::top-level-def-name f))) (let ((take? (if (core/list::is-nil? name) false (if (core/list::is-nil? ((core/map::get symset) name)) false true)))) (if take? (((((((selfhost/patch_refactor::split-forms-loop forms) symset) n) ((core/int::add i) 1)) keep) ((core/vec::push extracted) f)) ((core/int::add moved) 1)) (((((((selfhost/patch_refactor::split-forms-loop forms) symset) n) ((core/int::add i) 1)) ((core/vec::push keep) f)) extracted) moved)))))))))))))) (def selfhost/patch_refactor::split-module-forms-core (fn (forms) (fn (symset) (let ((n (core/vec::len forms))) (let ((split (((((((selfhost/patch_refactor::split-forms-loop forms) symset) n) 0) selfhost/patch_refactor::empty-vec) selfhost/patch_refactor::empty-vec) 0))) (if (selfhost/patch_refactor::is-error split) split (let ((moved ((core/map::get split) (quote :moved-def-count)))) (if ((core/int::eq? moved) 0) (selfhost/patch_refactor::err "split-module found no matching top-level definitions") (let ((keep ((core/map::get split) (quote :keep))) (extracted ((core/map::get split) (quote :extracted)))) (((selfhost/patch_refactor::split-result keep) extracted) moved)))))))))) (def core/cli::split-module-forms (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (symbols ((core/map::get req) (quote :symbols)))) (if (selfhost/patch_schema::is-vec? forms) (if (selfhost/patch_schema::is-vec? symbols) (if ((core/int::lt? 0) (core/vec::len symbols)) (let ((symset (selfhost/patch_refactor::vec-sym-or-str-set symbols))) (if (selfhost/patch_refactor::is-error symset) symset ((selfhost/patch_refactor::split-module-forms-core forms) symset))) (selfhost/patch_refactor::err "split-module :symbols must be non-empty")) (selfhost/patch_refactor::err "split-module :symbols must be vector")) (selfhost/patch_refactor::err "split-module :forms must be vector"))) (selfhost/patch_refactor::err "split-module expects map request")))) (def selfhost/patch_refactor::list2 (fn (a) (fn (b) ((core/pair::cons a) ((core/pair::cons b) nil))))) (def selfhost/patch_refactor::list3 (fn (a) (fn (b) (fn (c) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil))))))) (def selfhost/patch_refactor::vec->list (fn (v) (((selfhost/patch_refactor::vec->list2 v) (core/vec::len v)) nil))) (def selfhost/patch_refactor::vec->list2 (fn (v) (fn (n) (fn (acc) (if ((core/int::eq? n) 0) acc (let ((i ((core/int::sub n) 1))) (((selfhost/patch_refactor::vec->list2 v) i) ((core/pair::cons ((core/vec::get v) i)) acc)))))))) (def selfhost/patch_refactor::vec-append (fn (a) (fn (b) (let ((n (core/vec::len b))) ((((selfhost/patch_refactor::vec-append2 b) n) 0) a))))) (def selfhost/patch_refactor::vec-append2 (fn (b) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get b) i))) ((((selfhost/patch_refactor::vec-append2 b) n) ((core/int::add i) 1)) ((core/vec::push out) x))))))))) (def selfhost/patch_refactor::rewrite-result (fn (forms) (fn (changed) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :forms)) forms))) (((core/map::put m1) (quote :changed-entries)) changed)))))) (def selfhost/patch_refactor::migrate-result selfhost/patch_refactor::rewrite-result) (def selfhost/patch_refactor::top-level-def-rhs (fn (form) (if (selfhost/patch_schema::is-pair? form) (let ((items (core/pair::as-proper-list form))) (if (selfhost/patch_schema::is-vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((h ((core/vec::get items) 0)) (rhs ((core/vec::get items) 2))) (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote def)) false) rhs nil)) nil) nil)) nil))) (def selfhost/patch_refactor::str-set->sym-vec (fn (setm) (let ((entries (core/map::entries setm))) (let ((n (core/vec::len entries))) ((((selfhost/patch_refactor::str-set->sym-vec2 entries) n) 0) selfhost/patch_refactor::empty-vec))))) (def selfhost/patch_refactor::str-set->sym-vec2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) ((((selfhost/patch_refactor::str-set->sym-vec2 entries) n) ((core/int::add i) 1)) ((core/vec::push out) (core/sym::from-str k))))))))))) (def selfhost/patch_refactor::set-subtract (fn (setm) (fn (remove-set) (let ((entries (core/map::entries setm))) (let ((n (core/vec::len entries))) (((((selfhost/patch_refactor::set-subtract2 entries) n) remove-set) 0) {})))))) (def selfhost/patch_refactor::set-subtract2 (fn (entries) (fn (n) (fn (remove-set) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((next-out (if ((core/eq? ((core/map::get remove-set) k)) true) out (((core/map::put out) k) true)))) (let ((loop0 (selfhost/patch_refactor::set-subtract2 entries))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 remove-set))) (let ((loop3 (loop2 ((core/int::add i) 1)))) (loop3 next-out))))))))))))))) (def selfhost/patch_refactor::set-add-all (fn (base-set) (fn (add-set) (let ((entries (core/map::entries add-set))) (let ((n (core/vec::len entries))) ((((selfhost/patch_refactor::set-add-all2 entries) n) 0) base-set)))))) (def selfhost/patch_refactor::set-add-all2 (fn (entries) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((e ((core/vec::get entries) i))) (let ((k ((core/vec::get e) 0))) (let ((next-out (((core/map::put out) k) true))) (let ((loop0 (selfhost/patch_refactor::set-add-all2 entries))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))) (def selfhost/patch_refactor::meta-extract (fn (rhs) (if (selfhost/patch_schema::is-map? rhs) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :map)) rhs))) (((core/map::put m1) (quote :quoted)) false))) (if (selfhost/patch_schema::is-pair? rhs) (let ((items (core/pair::as-proper-list rhs))) (if (selfhost/patch_schema::is-vec? items) (if ((core/int::eq? (core/vec::len items)) 2) (let ((h ((core/vec::get items) 0)) (payload ((core/vec::get items) 1))) (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote quote)) false) (if (selfhost/patch_schema::is-map? payload) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :map)) payload))) (((core/map::put m1) (quote :quoted)) true))) (selfhost/patch_refactor::err "::meta quoted payload must be a map")) (selfhost/patch_refactor::err "::meta definition must be a map or (quote )"))) (selfhost/patch_refactor::err "::meta quote form must have exactly one payload")) (selfhost/patch_refactor::err "::meta definition must be a map or (quote )"))) (selfhost/patch_refactor::err "::meta definition must be a map or (quote )"))))) (def selfhost/patch_refactor::rewrite-op-symbol (fn (field-s) (if ((core/eq? field-s) ":imports") ":rewrite-imports" (if ((core/eq? field-s) ":exports") ":rewrite-exports" nil)))) (def selfhost/patch_refactor::rewrite-field-symbol (fn (fieldv) (let ((field-s (selfhost/patch_refactor::sym-or-str->str fieldv))) (if (selfhost/patch_refactor::is-error field-s) field-s (if (core/list::is-nil? (selfhost/patch_refactor::rewrite-op-symbol field-s)) (selfhost/patch_refactor::err "rewrite-meta-list :field must be :imports or :exports") (core/sym::from-str field-s)))))) (def selfhost/patch_refactor::vec-normalize-syms (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_refactor::vec-normalize-syms2 xs) n) 0) selfhost/patch_refactor::empty-vec)))) (def selfhost/patch_refactor::vec-normalize-syms2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get xs) i))) (let ((s (selfhost/patch_refactor::sym-or-str->str x))) (if (selfhost/patch_refactor::is-error s) s (let ((next-out ((core/vec::push out) s))) (let ((loop0 (selfhost/patch_refactor::vec-normalize-syms2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out)))))))))))))) (def selfhost/patch_refactor::vec-str-contains (fn (xs) (fn (target) ((((selfhost/patch_refactor::vec-str-contains2 xs) (core/vec::len xs)) target) 0)))) (def selfhost/patch_refactor::vec-str-contains2 (fn (xs) (fn (n) (fn (target) (fn (i) (if ((core/int::eq? i) n) false (if ((core/eq? ((core/vec::get xs) i)) target) true (let ((loop0 (selfhost/patch_refactor::vec-str-contains2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 target))) (loop2 ((core/int::add i) 1)))))))))))) (def selfhost/patch_refactor::vec-append-unique (fn (out) (fn (src) (let ((n (core/vec::len src))) ((((selfhost/patch_refactor::vec-append-unique2 src) n) 0) out))))) (def selfhost/patch_refactor::vec-append-unique2 (fn (src) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((s ((core/vec::get src) i))) (let ((next-out (if ((selfhost/patch_refactor::vec-str-contains out) s) out ((core/vec::push out) s)))) (let ((loop0 (selfhost/patch_refactor::vec-append-unique2 src))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))] :module-h b"j\x9F$\xE9\xA4\x87\x90\xBB%\xF0(\xCE6\tr\x19\x92\x8C\xD4\xA5i\xDF\xB6\x1E\xE2\xD9\x83\xE9D`#\xE1" :path "selfhost/patch_schema_refactor_v1.gc" :source "(def selfhost/patch_refactor::is-error core/error::is?)\n\n(def selfhost/patch_refactor::err (fn (msg) ((core/error::make2 \"core/patch-schema\") msg)))\n\n(def selfhost/patch_refactor::empty-vec (quote []))\n\n(def selfhost/patch_refactor::vec2\n (fn (a) (fn (b) ((core/vec::push ((core/vec::push selfhost/patch_refactor::empty-vec) a)) b))))\n\n(def selfhost/patch_refactor::res\n (fn (term) (fn (count) ((selfhost/patch_refactor::vec2 term) count))))\n\n(def selfhost/patch_refactor::res-term (fn (r) ((core/vec::get r) 0)))\n\n(def selfhost/patch_refactor::res-count (fn (r) ((core/vec::get r) 1)))\n\n(def selfhost/patch_refactor::rename-result\n (fn (forms)\n (fn (count)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :forms)) forms)))\n (((core/map::put m1) (quote :rewrite-count)) count))))))\n\n(def selfhost/patch_refactor::split-result\n (fn (keep)\n (fn (extracted)\n (fn (moved)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :keep)) keep)))\n (let ((m2 (((core/map::put m1) (quote :extracted)) extracted)))\n (((core/map::put m2) (quote :moved-def-count)) moved))))))))\n\n(def selfhost/patch_refactor::sym-or-str->str\n (fn (x)\n (if (selfhost/patch_schema::is-str? x)\n x\n (if (selfhost/patch_schema::is-sym? x)\n (core/sym::to-str x)\n (selfhost/patch_refactor::err \"expected symbol|string\")))))\n\n(def selfhost/patch_refactor::rename-term\n (fn (t)\n (fn (from)\n (fn (to)\n (let ((tg (core/data::tag t)))\n (if ((core/sym::eq? tg) (quote :sym))\n (let ((s (core/sym::to-str t)))\n (if ((core/eq? s) from)\n ((selfhost/patch_refactor::res (core/sym::from-str to)) 1)\n ((selfhost/patch_refactor::res t) 0)))\n (if ((core/sym::eq? tg) (quote :pair))\n (let ((a (core/pair::car t)) (d (core/pair::cdr t)))\n (let ((ra (((selfhost/patch_refactor::rename-term a) from) to)))\n (if (selfhost/patch_refactor::is-error ra)\n ra\n (let ((rd (((selfhost/patch_refactor::rename-term d) from) to)))\n (if (selfhost/patch_refactor::is-error rd)\n rd\n (let\n ((na (selfhost/patch_refactor::res-term ra))\n (nd (selfhost/patch_refactor::res-term rd))\n (ca (selfhost/patch_refactor::res-count ra))\n (cd (selfhost/patch_refactor::res-count rd)))\n ((selfhost/patch_refactor::res ((core/pair::cons na) nd))\n ((core/int::add ca) cd))))))))\n (if ((core/sym::eq? tg) (quote :vec))\n (let ((n (core/vec::len t)))\n (\n ((((((selfhost/patch_refactor::rename-vec-loop t) from) to) n) 0)\n selfhost/patch_refactor::empty-vec)\n 0))\n (if ((core/sym::eq? tg) (quote :map))\n (let ((entries (core/map::entries t)))\n (let ((n (core/vec::len entries)))\n (\n ((((((selfhost/patch_refactor::rename-map-entries-loop entries) from) to) n) 0)\n selfhost/patch_refactor::empty-vec)\n 0)))\n ((selfhost/patch_refactor::res t) 0))))))))))\n\n(def selfhost/patch_refactor::rename-vec-loop\n (fn (v)\n (fn (from)\n (fn (to)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (count)\n (if ((core/int::eq? i) n)\n ((selfhost/patch_refactor::res out) count)\n (if (selfhost/patch_schema::is-vec? out)\n (let ((x ((core/vec::get v) i)))\n (let ((rx (((selfhost/patch_refactor::rename-term x) from) to)))\n (if (selfhost/patch_refactor::is-error rx)\n rx\n (let\n ((pushed ((core/vec::push out) (selfhost/patch_refactor::res-term rx))))\n (if (selfhost/patch_refactor::is-error pushed)\n pushed\n (((((((selfhost/patch_refactor::rename-vec-loop v) from) to) n) ((core/int::add i) 1)) pushed)\n ((core/int::add count) (selfhost/patch_refactor::res-count rx))))))))\n (selfhost/patch_refactor::err \"rename-vec-loop internal: out is not vector\")))))))))))\n\n(def selfhost/patch_refactor::rename-map-entries-loop\n (fn (entries)\n (fn (from)\n (fn (to)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (count)\n (if ((core/int::eq? i) n)\n (if (selfhost/patch_schema::is-vec? out)\n (let ((m (core/map::from-entries out)))\n (if (selfhost/patch_refactor::is-error m)\n m\n ((selfhost/patch_refactor::res m) count)))\n (selfhost/patch_refactor::err \"rename-map-loop internal: out is not vector\"))\n (if (selfhost/patch_schema::is-vec? out)\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1)))\n (let ((rk (((selfhost/patch_refactor::rename-term k) from) to)))\n (if (selfhost/patch_refactor::is-error rk)\n rk\n (let ((rv (((selfhost/patch_refactor::rename-term v) from) to)))\n (if (selfhost/patch_refactor::is-error rv)\n rv\n (let\n ((nk (selfhost/patch_refactor::res-term rk))\n (nv (selfhost/patch_refactor::res-term rv))\n (ck (selfhost/patch_refactor::res-count rk))\n (cv (selfhost/patch_refactor::res-count rv)))\n (let ((entry ((selfhost/patch_refactor::vec2 nk) nv)))\n (let ((pushed ((core/vec::push out) entry)))\n (if (selfhost/patch_refactor::is-error pushed)\n pushed\n (\n ((((((selfhost/patch_refactor::rename-map-entries-loop entries) from) to) n) ((core/int::add i) 1))\n pushed)\n ((core/int::add count) ((core/int::add ck) cv)))))))))))))\n (selfhost/patch_refactor::err \"rename-map-loop internal: out is not vector\")))))))))))\n\n(def selfhost/patch_refactor::rename-forms-loop\n (fn (forms)\n (fn (from)\n (fn (to)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (count)\n (if ((core/int::eq? i) n)\n ((selfhost/patch_refactor::res out) count)\n (if (selfhost/patch_schema::is-vec? out)\n (let ((f ((core/vec::get forms) i)))\n (let ((rf (((selfhost/patch_refactor::rename-term f) from) to)))\n (if (selfhost/patch_refactor::is-error rf)\n rf\n (let\n ((pushed ((core/vec::push out) (selfhost/patch_refactor::res-term rf))))\n (if (selfhost/patch_refactor::is-error pushed)\n pushed\n (((((((selfhost/patch_refactor::rename-forms-loop forms) from) to) n) ((core/int::add i) 1)) pushed)\n ((core/int::add count) (selfhost/patch_refactor::res-count rf))))))))\n (selfhost/patch_refactor::err \"rename-forms-loop internal: out is not vector\")))))))))))\n\n(def selfhost/patch_refactor::rename-symbol-forms-core\n (fn (forms)\n (fn (from)\n (fn (to)\n (if ((core/eq? from) to)\n ((selfhost/patch_refactor::rename-result forms) 0)\n (let ((n (core/vec::len forms)))\n (let\n (\n (rr\n (\n ((((((selfhost/patch_refactor::rename-forms-loop forms) from) to) n) 0)\n selfhost/patch_refactor::empty-vec)\n 0)))\n (if (selfhost/patch_refactor::is-error rr)\n rr\n (let\n ((next (selfhost/patch_refactor::res-term rr))\n (count (selfhost/patch_refactor::res-count rr)))\n ((selfhost/patch_refactor::rename-result next) count))))))))))\n\n(def core/cli::rename-symbol-forms\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let\n ((forms ((core/map::get req) (quote :forms))) (fromv ((core/map::get req) (quote :from)))\n (tov ((core/map::get req) (quote :to))))\n (if (selfhost/patch_schema::is-vec? forms)\n (let ((from (selfhost/patch_refactor::sym-or-str->str fromv)))\n (if (selfhost/patch_refactor::is-error from)\n from\n (let ((to (selfhost/patch_refactor::sym-or-str->str tov)))\n (if (selfhost/patch_refactor::is-error to)\n to\n (((selfhost/patch_refactor::rename-symbol-forms-core forms) from) to)))))\n (selfhost/patch_refactor::err \"rename-symbol-forms :forms must be vector\")))\n (selfhost/patch_refactor::err \"rename-symbol-forms expects map request\"))))\n\n(def selfhost/patch_refactor::vec-sym-or-str-set\n (fn (xs)\n (let ((n (core/vec::len xs))) ((((selfhost/patch_refactor::vec-sym-or-str-set2 xs) n) 0) {}))))\n\n(def selfhost/patch_refactor::vec-sym-or-str-set2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (let ((s (selfhost/patch_refactor::sym-or-str->str x)))\n (if (selfhost/patch_refactor::is-error s)\n s\n (let ((next-out (((core/map::put out) s) true)))\n (let ((loop0 (selfhost/patch_refactor::vec-sym-or-str-set2 xs)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))))\n\n(def selfhost/patch_refactor::top-level-def-name\n (fn (form)\n (if (selfhost/patch_schema::is-pair? form)\n (let ((items (core/pair::as-proper-list form)))\n (if (selfhost/patch_schema::is-vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1)))\n (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote def)) false)\n (if (selfhost/patch_schema::is-sym? n) (core/sym::to-str n) nil)\n nil))\n nil)\n nil))\n nil)))\n\n(def selfhost/patch_refactor::split-forms-loop\n (fn (forms)\n (fn (symset)\n (fn (n)\n (fn (i)\n (fn (keep)\n (fn (extracted)\n (fn (moved)\n (if ((core/int::eq? i) n)\n (((selfhost/patch_refactor::split-result keep) extracted) moved)\n (let ((f ((core/vec::get forms) i)))\n (let ((name (selfhost/patch_refactor::top-level-def-name f)))\n (let\n (\n (take?\n (if (core/list::is-nil? name)\n false\n (if (core/list::is-nil? ((core/map::get symset) name)) false true))))\n (if take?\n (\n ((((((selfhost/patch_refactor::split-forms-loop forms) symset) n) ((core/int::add i) 1)) keep)\n ((core/vec::push extracted) f))\n ((core/int::add moved) 1))\n (\n (\n (((((selfhost/patch_refactor::split-forms-loop forms) symset) n) ((core/int::add i) 1))\n ((core/vec::push keep) f))\n extracted)\n moved))))))))))))))\n\n(def selfhost/patch_refactor::split-module-forms-core\n (fn (forms)\n (fn (symset)\n (let ((n (core/vec::len forms)))\n (let\n (\n (split\n (\n (\n (((((selfhost/patch_refactor::split-forms-loop forms) symset) n) 0)\n selfhost/patch_refactor::empty-vec)\n selfhost/patch_refactor::empty-vec)\n 0)))\n (if (selfhost/patch_refactor::is-error split)\n split\n (let ((moved ((core/map::get split) (quote :moved-def-count))))\n (if ((core/int::eq? moved) 0)\n (selfhost/patch_refactor::err \"split-module found no matching top-level definitions\")\n (let\n ((keep ((core/map::get split) (quote :keep)))\n (extracted ((core/map::get split) (quote :extracted))))\n (((selfhost/patch_refactor::split-result keep) extracted) moved))))))))))\n\n(def core/cli::split-module-forms\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let\n ((forms ((core/map::get req) (quote :forms)))\n (symbols ((core/map::get req) (quote :symbols))))\n (if (selfhost/patch_schema::is-vec? forms)\n (if (selfhost/patch_schema::is-vec? symbols)\n (if ((core/int::lt? 0) (core/vec::len symbols))\n (let ((symset (selfhost/patch_refactor::vec-sym-or-str-set symbols)))\n (if (selfhost/patch_refactor::is-error symset)\n symset\n ((selfhost/patch_refactor::split-module-forms-core forms) symset)))\n (selfhost/patch_refactor::err \"split-module :symbols must be non-empty\"))\n (selfhost/patch_refactor::err \"split-module :symbols must be vector\"))\n (selfhost/patch_refactor::err \"split-module :forms must be vector\")))\n (selfhost/patch_refactor::err \"split-module expects map request\"))))\n\n(def selfhost/patch_refactor::list2\n (fn (a) (fn (b) ((core/pair::cons a) ((core/pair::cons b) nil)))))\n\n(def selfhost/patch_refactor::list3\n (fn (a) (fn (b) (fn (c) ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil)))))))\n\n(def selfhost/patch_refactor::vec->list\n (fn (v) (((selfhost/patch_refactor::vec->list2 v) (core/vec::len v)) nil)))\n\n(def selfhost/patch_refactor::vec->list2\n (fn (v)\n (fn (n)\n (fn (acc)\n (if ((core/int::eq? n) 0)\n acc\n (let ((i ((core/int::sub n) 1)))\n (((selfhost/patch_refactor::vec->list2 v) i)\n ((core/pair::cons ((core/vec::get v) i)) acc))))))))\n\n(def selfhost/patch_refactor::vec-append\n (fn (a)\n (fn (b) (let ((n (core/vec::len b))) ((((selfhost/patch_refactor::vec-append2 b) n) 0) a)))))\n\n(def selfhost/patch_refactor::vec-append2\n (fn (b)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get b) i)))\n ((((selfhost/patch_refactor::vec-append2 b) n) ((core/int::add i) 1))\n ((core/vec::push out) x)))))))))\n\n(def selfhost/patch_refactor::rewrite-result\n (fn (forms)\n (fn (changed)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :forms)) forms)))\n (((core/map::put m1) (quote :changed-entries)) changed))))))\n\n(def selfhost/patch_refactor::migrate-result selfhost/patch_refactor::rewrite-result)\n\n(def selfhost/patch_refactor::top-level-def-rhs\n (fn (form)\n (if (selfhost/patch_schema::is-pair? form)\n (let ((items (core/pair::as-proper-list form)))\n (if (selfhost/patch_schema::is-vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let ((h ((core/vec::get items) 0)) (rhs ((core/vec::get items) 2)))\n (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote def)) false)\n rhs\n nil))\n nil)\n nil))\n nil)))\n\n(def selfhost/patch_refactor::str-set->sym-vec\n (fn (setm)\n (let ((entries (core/map::entries setm)))\n (let ((n (core/vec::len entries)))\n ((((selfhost/patch_refactor::str-set->sym-vec2 entries) n) 0)\n selfhost/patch_refactor::empty-vec)))))\n\n(def selfhost/patch_refactor::str-set->sym-vec2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n ((((selfhost/patch_refactor::str-set->sym-vec2 entries) n) ((core/int::add i) 1))\n ((core/vec::push out) (core/sym::from-str k)))))))))))\n\n(def selfhost/patch_refactor::set-subtract\n (fn (setm)\n (fn (remove-set)\n (let ((entries (core/map::entries setm)))\n (let ((n (core/vec::len entries)))\n (((((selfhost/patch_refactor::set-subtract2 entries) n) remove-set) 0) {}))))))\n\n(def selfhost/patch_refactor::set-subtract2\n (fn (entries)\n (fn (n)\n (fn (remove-set)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let\n ((next-out (if ((core/eq? ((core/map::get remove-set) k)) true) out (((core/map::put out) k) true))))\n (let ((loop0 (selfhost/patch_refactor::set-subtract2 entries)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 remove-set)))\n (let ((loop3 (loop2 ((core/int::add i) 1)))) (loop3 next-out)))))))))))))))\n\n(def selfhost/patch_refactor::set-add-all\n (fn (base-set)\n (fn (add-set)\n (let ((entries (core/map::entries add-set)))\n (let ((n (core/vec::len entries)))\n ((((selfhost/patch_refactor::set-add-all2 entries) n) 0) base-set))))))\n\n(def selfhost/patch_refactor::set-add-all2\n (fn (entries)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((e ((core/vec::get entries) i)))\n (let ((k ((core/vec::get e) 0)))\n (let ((next-out (((core/map::put out) k) true)))\n (let ((loop0 (selfhost/patch_refactor::set-add-all2 entries)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out)))))))))))))\n\n(def selfhost/patch_refactor::meta-extract\n (fn (rhs)\n (if (selfhost/patch_schema::is-map? rhs)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :map)) rhs)))\n (((core/map::put m1) (quote :quoted)) false)))\n (if (selfhost/patch_schema::is-pair? rhs)\n (let ((items (core/pair::as-proper-list rhs)))\n (if (selfhost/patch_schema::is-vec? items)\n (if ((core/int::eq? (core/vec::len items)) 2)\n (let ((h ((core/vec::get items) 0)) (payload ((core/vec::get items) 1)))\n (if (if (selfhost/patch_schema::is-sym? h) ((core/sym::eq? h) (quote quote)) false)\n (if (selfhost/patch_schema::is-map? payload)\n (let ((m0 (quote {})))\n (let ((m1 (((core/map::put m0) (quote :map)) payload)))\n (((core/map::put m1) (quote :quoted)) true)))\n (selfhost/patch_refactor::err \"::meta quoted payload must be a map\"))\n (selfhost/patch_refactor::err \"::meta definition must be a map or (quote )\")))\n (selfhost/patch_refactor::err \"::meta quote form must have exactly one payload\"))\n (selfhost/patch_refactor::err \"::meta definition must be a map or (quote )\")))\n (selfhost/patch_refactor::err \"::meta definition must be a map or (quote )\")))))\n\n(def selfhost/patch_refactor::rewrite-op-symbol\n (fn (field-s)\n (if ((core/eq? field-s) \":imports\")\n \":rewrite-imports\"\n (if ((core/eq? field-s) \":exports\") \":rewrite-exports\" nil))))\n\n(def selfhost/patch_refactor::rewrite-field-symbol\n (fn (fieldv)\n (let ((field-s (selfhost/patch_refactor::sym-or-str->str fieldv)))\n (if (selfhost/patch_refactor::is-error field-s)\n field-s\n (if (core/list::is-nil? (selfhost/patch_refactor::rewrite-op-symbol field-s))\n (selfhost/patch_refactor::err \"rewrite-meta-list :field must be :imports or :exports\")\n (core/sym::from-str field-s))))))\n\n(def selfhost/patch_refactor::vec-normalize-syms\n (fn (xs)\n (let ((n (core/vec::len xs)))\n ((((selfhost/patch_refactor::vec-normalize-syms2 xs) n) 0) selfhost/patch_refactor::empty-vec))))\n\n(def selfhost/patch_refactor::vec-normalize-syms2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get xs) i)))\n (let ((s (selfhost/patch_refactor::sym-or-str->str x)))\n (if (selfhost/patch_refactor::is-error s)\n s\n (let ((next-out ((core/vec::push out) s)))\n (let ((loop0 (selfhost/patch_refactor::vec-normalize-syms2 xs)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))))\n\n(def selfhost/patch_refactor::vec-str-contains\n (fn (xs)\n (fn (target) ((((selfhost/patch_refactor::vec-str-contains2 xs) (core/vec::len xs)) target) 0))))\n\n(def selfhost/patch_refactor::vec-str-contains2\n (fn (xs)\n (fn (n)\n (fn (target)\n (fn (i)\n (if ((core/int::eq? i) n)\n false\n (if ((core/eq? ((core/vec::get xs) i)) target)\n true\n (let ((loop0 (selfhost/patch_refactor::vec-str-contains2 xs)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 target))) (loop2 ((core/int::add i) 1))))))))))))\n\n(def selfhost/patch_refactor::vec-append-unique\n (fn (out)\n (fn (src)\n (let ((n (core/vec::len src)))\n ((((selfhost/patch_refactor::vec-append-unique2 src) n) 0) out)))))\n\n(def selfhost/patch_refactor::vec-append-unique2\n (fn (src)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((s ((core/vec::get src) i)))\n (let\n ((next-out (if ((selfhost/patch_refactor::vec-str-contains out) s) out ((core/vec::push out) s))))\n (let ((loop0 (selfhost/patch_refactor::vec-append-unique2 src)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xF0\x96~\x9B\x12Fx\xB1\xB8\x8A\xAEA\xD0\x1FW;\x05\x82Y\xF4~\xD9_X\xE9\x89\xBDhZ3<)" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_refactor::vec-filter-remove (fn (xs) (fn (remove-strs) (let ((n (core/vec::len xs))) (((((selfhost/patch_refactor::vec-filter-remove2 xs) n) remove-strs) 0) selfhost/patch_refactor::empty-vec))))) (def selfhost/patch_refactor::vec-filter-remove2 (fn (xs) (fn (n) (fn (remove-strs) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((s ((core/vec::get xs) i))) (let ((next-out (if ((selfhost/patch_refactor::vec-str-contains remove-strs) s) out ((core/vec::push out) s)))) (let ((loop0 (selfhost/patch_refactor::vec-filter-remove2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 remove-strs))) (let ((loop3 (loop2 ((core/int::add i) 1)))) (loop3 next-out)))))))))))))) (def selfhost/patch_refactor::vec-str->sym-vec (fn (xs) (let ((n (core/vec::len xs))) ((((selfhost/patch_refactor::vec-str->sym-vec2 xs) n) 0) selfhost/patch_refactor::empty-vec)))) (def selfhost/patch_refactor::vec-str->sym-vec2 (fn (xs) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((s ((core/vec::get xs) i))) (let ((next-out ((core/vec::push out) (core/sym::from-str s)))) (let ((loop0 (selfhost/patch_refactor::vec-str->sym-vec2 xs))) (let ((loop1 (loop0 n))) (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out)))))))))))) (def selfhost/patch_refactor::rewrite-meta-field (fn (meta-map) (fn (field-sym) (fn (addv) (fn (removev) (fn (replacev) (fn (replace-present) (let ((current ((core/map::get meta-map) field-sym))) (let ((cur-strs (if (core/list::is-nil? current) selfhost/patch_refactor::empty-vec (if (selfhost/patch_schema::is-vec? current) (selfhost/patch_refactor::vec-normalize-syms current) (selfhost/patch_refactor::err "meta field must be vector"))))) (if (selfhost/patch_refactor::is-error cur-strs) cur-strs (let ((add-strs (selfhost/patch_refactor::vec-normalize-syms addv))) (if (selfhost/patch_refactor::is-error add-strs) add-strs (let ((remove-strs (selfhost/patch_refactor::vec-normalize-syms removev))) (if (selfhost/patch_refactor::is-error remove-strs) remove-strs (let ((base-strs (if replace-present (selfhost/patch_refactor::vec-normalize-syms replacev) cur-strs))) (if (selfhost/patch_refactor::is-error base-strs) base-strs (let ((uniq-base ((selfhost/patch_refactor::vec-append-unique selfhost/patch_refactor::empty-vec) base-strs))) (let ((merged ((selfhost/patch_refactor::vec-append-unique uniq-base) add-strs))) (let ((final-strs ((selfhost/patch_refactor::vec-filter-remove merged) remove-strs))) (let ((next-vec (selfhost/patch_refactor::vec-str->sym-vec final-strs))) (let ((updated (if (core/list::is-nil? current) (if replace-present true ((core/int::lt? 0) (core/vec::len next-vec))) (if ((core/eq? current) next-vec) false true)))) (let ((next-map (if updated (((core/map::put meta-map) field-sym) next-vec) meta-map))) (let ((m0 (quote {}))) (let ((m1 (((core/map::put m0) (quote :map)) next-map))) (((core/map::put m1) (quote :updated)) updated))))))))))))))))))))))))) (def selfhost/patch_refactor::rewrite-meta-forms-loop (fn (forms) (fn (field-sym) (fn (field-s) (fn (addv) (fn (removev) (fn (replacev) (fn (replace-present) (fn (n) (fn (i) (fn (out) (fn (changed) (if ((core/int::eq? i) n) (if changed ((selfhost/patch_refactor::rewrite-result out) 1) (let ((op-s (selfhost/patch_refactor::rewrite-op-symbol field-s))) (selfhost/patch_refactor::err ((core/str::concat op-s) " produced no module changes")))) (let ((f ((core/vec::get forms) i))) (if ((core/eq? (selfhost/patch_refactor::top-level-def-name f)) "::meta") (let ((rhs (selfhost/patch_refactor::top-level-def-rhs f))) (if (core/list::is-nil? rhs) (selfhost/patch_refactor::err "::meta definition must have a value") (let ((ex (selfhost/patch_refactor::meta-extract rhs))) (if (selfhost/patch_refactor::is-error ex) ex (let ((meta-map ((core/map::get ex) (quote :map))) (quoted ((core/map::get ex) (quote :quoted)))) (let ((rw ((((((selfhost/patch_refactor::rewrite-meta-field meta-map) field-sym) addv) removev) replacev) replace-present))) (if (selfhost/patch_refactor::is-error rw) rw (let ((next-map ((core/map::get rw) (quote :map))) (updated ((core/map::get rw) (quote :updated)))) (let ((next-rhs (if quoted ((selfhost/patch_refactor::list2 (quote quote)) next-map) next-map))) (let ((next-form (((selfhost/patch_refactor::list3 (quote def)) (quote ::meta)) next-rhs))) (let ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms))) (let ((loop1 (loop0 field-sym))) (let ((loop2 (loop1 field-s))) (let ((loop3 (loop2 addv))) (let ((loop4 (loop3 removev))) (let ((loop5 (loop4 replacev))) (let ((loop6 (loop5 replace-present))) (let ((loop7 (loop6 n))) (let ((loop8 (loop7 ((core/int::add i) 1)))) ((loop8 ((core/vec::push out) next-form)) (if updated true changed))))))))))))))))))))) (let ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms))) (let ((loop1 (loop0 field-sym))) (let ((loop2 (loop1 field-s))) (let ((loop3 (loop2 addv))) (let ((loop4 (loop3 removev))) (let ((loop5 (loop4 replacev))) (let ((loop6 (loop5 replace-present))) (let ((loop7 (loop6 n))) (let ((loop8 (loop7 ((core/int::add i) 1)))) ((loop8 ((core/vec::push out) f)) changed))))))))))))))))))))))))) (def selfhost/patch_refactor::rewrite-meta-list-apply (fn (forms) (fn (field-sym) (fn (field-s) (fn (addv) (fn (removev) (fn (replacev) (fn (replace-present) (let ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms))) (let ((loop1 (loop0 field-sym))) (let ((loop2 (loop1 field-s))) (let ((loop3 (loop2 addv))) (let ((loop4 (loop3 removev))) (let ((loop5 (loop4 replacev))) (let ((loop6 (loop5 replace-present))) (let ((loop7 (loop6 (core/vec::len forms)))) (let ((loop8 (loop7 0))) (let ((loop9 (loop8 selfhost/patch_refactor::empty-vec))) (loop9 false))))))))))))))))))) (def core/cli::rewrite-meta-list-forms (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (fieldv ((core/map::get req) (quote :field))) (add0 ((core/map::get req) (quote :add))) (remove0 ((core/map::get req) (quote :remove))) (replace0 ((core/map::get req) (quote :replace)))) (if (selfhost/patch_schema::is-vec? forms) (let ((field-sym (selfhost/patch_refactor::rewrite-field-symbol fieldv))) (if (selfhost/patch_refactor::is-error field-sym) field-sym (let ((field-s (core/sym::to-str field-sym))) (let ((addv (if (core/list::is-nil? add0) selfhost/patch_refactor::empty-vec add0))) (let ((removev (if (core/list::is-nil? remove0) selfhost/patch_refactor::empty-vec remove0))) (let ((replace-present (if (core/list::is-nil? replace0) false true))) (let ((replacev (if replace-present replace0 selfhost/patch_refactor::empty-vec))) (((((((selfhost/patch_refactor::rewrite-meta-list-apply forms) field-sym) field-s) addv) removev) replacev) replace-present)))))))) (selfhost/patch_refactor::err "rewrite-meta-list :forms must be vector"))) (selfhost/patch_refactor::err "rewrite-meta-list expects map request")))) (def selfhost/patch_refactor::non-empty-str? (fn (s) ((core/int::lt? 0) (core/bytes::len (core/str::to-utf8 s))))) (def selfhost/patch_refactor::migrate-copy-params-loop (fn (params) (fn (to-param) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((p ((core/vec::get params) i))) (if (selfhost/patch_schema::is-sym? p) (let ((ps (core/sym::to-str p))) (if ((core/eq? ps) to-param) (selfhost/patch_refactor::err ((core/str::concat "migrate-contract-signature :to-param `") ((core/str::concat to-param) "` already exists in param list"))) (((((selfhost/patch_refactor::migrate-copy-params-loop params) to-param) n) ((core/int::add i) 1)) ((core/vec::push out) p)))) (selfhost/patch_refactor::err "migrate-contract-signature params must be symbols")))))))))) (def selfhost/patch_refactor::migrate-next-params (fn (params) (fn (from-param) (fn (to-param) (let ((n (core/vec::len params))) (if ((core/int::lt? 0) n) (let ((p0 ((core/vec::get params) 0))) (if (selfhost/patch_schema::is-sym? p0) (let ((p0s (core/sym::to-str p0))) (if ((core/eq? p0s) from-param) (let ((out0 ((core/vec::push selfhost/patch_refactor::empty-vec) (core/sym::from-str to-param)))) (((((selfhost/patch_refactor::migrate-copy-params-loop params) to-param) n) 1) out0)) (selfhost/patch_refactor::err ((core/str::concat "migrate-contract-signature expected first param `") ((core/str::concat from-param) ((core/str::concat "`, got `") ((core/str::concat p0s) "`"))))))) (selfhost/patch_refactor::err "migrate-contract-signature params must be symbols"))) (selfhost/patch_refactor::err "migrate-contract-signature fn params must be non-empty"))))))) (def selfhost/patch_refactor::migrate-rename-bodies-loop (fn (fn-items) (fn (from-param) (fn (to-param) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((body ((core/vec::get fn-items) i))) (let ((rb (((selfhost/patch_refactor::rename-term body) from-param) to-param))) (if (selfhost/patch_refactor::is-error rb) rb ((((((selfhost/patch_refactor::migrate-rename-bodies-loop fn-items) from-param) to-param) n) ((core/int::add i) 1)) ((core/vec::push out) (selfhost/patch_refactor::res-term rb)))))))))))))) (def selfhost/patch_refactor::migrate-contract-signature-rhs (fn (rhs) (fn (from-param) (fn (to-param) (let ((fn-items (core/pair::as-proper-list rhs))) (if (selfhost/patch_schema::is-vec? fn-items) (if ((core/int::lt? 2) (core/vec::len fn-items)) (let ((head ((core/vec::get fn-items) 0))) (if (if (selfhost/patch_schema::is-sym? head) ((core/sym::eq? head) (quote fn)) false) (let ((params0 ((core/vec::get fn-items) 1))) (let ((params (core/pair::as-proper-list params0))) (if (selfhost/patch_schema::is-vec? params) (let ((next-params (((selfhost/patch_refactor::migrate-next-params params) from-param) to-param))) (if (selfhost/patch_refactor::is-error next-params) next-params (let ((out0 ((core/vec::push ((core/vec::push selfhost/patch_refactor::empty-vec) (quote fn))) (selfhost/patch_refactor::vec->list next-params)))) (let ((out1 ((((((selfhost/patch_refactor::migrate-rename-bodies-loop fn-items) from-param) to-param) (core/vec::len fn-items)) 2) out0))) (if (selfhost/patch_refactor::is-error out1) out1 (selfhost/patch_refactor::vec->list out1)))))) (selfhost/patch_refactor::err "migrate-contract-signature fn params must be a proper list")))) (selfhost/patch_refactor::err "migrate-contract-signature target rhs must be (fn ...)"))) (selfhost/patch_refactor::err "migrate-contract-signature target fn must have params and body")) (selfhost/patch_refactor::err "migrate-contract-signature target rhs must be (fn ...)"))))))) (def selfhost/patch_refactor::migrate-contract-signature-loop (fn (forms) (fn (contract-symbol) (fn (from-param) (fn (to-param) (fn (n) (fn (i) (fn (out) (fn (updated) (if ((core/int::eq? i) n) (if updated ((selfhost/patch_refactor::migrate-result out) 1) (selfhost/patch_refactor::err ((core/str::concat "migrate-contract-signature target `") ((core/str::concat contract-symbol) "` not found")))) (let ((f ((core/vec::get forms) i))) (let ((name (selfhost/patch_refactor::top-level-def-name f))) (if (if (core/list::is-nil? name) false ((core/eq? name) contract-symbol)) (let ((rhs (selfhost/patch_refactor::top-level-def-rhs f))) (if (core/list::is-nil? rhs) (selfhost/patch_refactor::err "migrate-contract-signature target definition is missing rhs") (let ((next-rhs (((selfhost/patch_refactor::migrate-contract-signature-rhs rhs) from-param) to-param))) (if (selfhost/patch_refactor::is-error next-rhs) next-rhs (let ((next-form (((selfhost/patch_refactor::list3 (quote def)) (core/sym::from-str contract-symbol)) next-rhs))) ((((((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param) to-param) n) ((core/int::add i) 1)) ((core/vec::push out) next-form)) true)))))) ((((((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param) to-param) n) ((core/int::add i) 1)) ((core/vec::push out) f)) updated)))))))))))))) (def core/cli::migrate-contract-signature-forms (fn (req) (if (selfhost/patch_schema::is-map? req) (let ((forms ((core/map::get req) (quote :forms))) (contractv ((core/map::get req) (quote :contract-symbol))) (fromv ((core/map::get req) (quote :from-param))) (tov ((core/map::get req) (quote :to-param)))) (if (selfhost/patch_schema::is-vec? forms) (let ((contract-symbol (selfhost/patch_refactor::sym-or-str->str contractv))) (if (selfhost/patch_refactor::is-error contract-symbol) contract-symbol (let ((from-param (selfhost/patch_refactor::sym-or-str->str fromv))) (if (selfhost/patch_refactor::is-error from-param) from-param (let ((to-param (selfhost/patch_refactor::sym-or-str->str tov))) (if (selfhost/patch_refactor::is-error to-param) to-param (if (if (selfhost/patch_refactor::non-empty-str? contract-symbol) (if (selfhost/patch_refactor::non-empty-str? from-param) (selfhost/patch_refactor::non-empty-str? to-param) false) false) (if ((core/eq? from-param) to-param) (selfhost/patch_refactor::err "migrate-contract-signature :from-param and :to-param must differ") ((((((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param) to-param) (core/vec::len forms)) 0) selfhost/patch_refactor::empty-vec) false)) (selfhost/patch_refactor::err "migrate-contract-signature requires non-empty symbol/param values")))))))) (selfhost/patch_refactor::err "migrate-contract-signature :forms must be vector"))) (selfhost/patch_refactor::err "migrate-contract-signature expects map request"))))] :module-h b"42\xAA;\xC0 \xB4J|vsym-vec\n (fn (xs)\n (let ((n (core/vec::len xs)))\n ((((selfhost/patch_refactor::vec-str->sym-vec2 xs) n) 0) selfhost/patch_refactor::empty-vec))))\n\n(def selfhost/patch_refactor::vec-str->sym-vec2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((s ((core/vec::get xs) i)))\n (let ((next-out ((core/vec::push out) (core/sym::from-str s))))\n (let ((loop0 (selfhost/patch_refactor::vec-str->sym-vec2 xs)))\n (let ((loop1 (loop0 n)))\n (let ((loop2 (loop1 ((core/int::add i) 1)))) (loop2 next-out))))))))))))\n\n(def selfhost/patch_refactor::rewrite-meta-field\n (fn (meta-map)\n (fn (field-sym)\n (fn (addv)\n (fn (removev)\n (fn (replacev)\n (fn (replace-present)\n (let ((current ((core/map::get meta-map) field-sym)))\n (let\n (\n (cur-strs\n (if (core/list::is-nil? current)\n selfhost/patch_refactor::empty-vec\n (if (selfhost/patch_schema::is-vec? current)\n (selfhost/patch_refactor::vec-normalize-syms current)\n (selfhost/patch_refactor::err \"meta field must be vector\")))))\n (if (selfhost/patch_refactor::is-error cur-strs)\n cur-strs\n (let ((add-strs (selfhost/patch_refactor::vec-normalize-syms addv)))\n (if (selfhost/patch_refactor::is-error add-strs)\n add-strs\n (let ((remove-strs (selfhost/patch_refactor::vec-normalize-syms removev)))\n (if (selfhost/patch_refactor::is-error remove-strs)\n remove-strs\n (let\n ((base-strs (if replace-present (selfhost/patch_refactor::vec-normalize-syms replacev) cur-strs)))\n (if (selfhost/patch_refactor::is-error base-strs)\n base-strs\n (let\n (\n (uniq-base\n ((selfhost/patch_refactor::vec-append-unique selfhost/patch_refactor::empty-vec)\n base-strs)))\n (let\n ((merged ((selfhost/patch_refactor::vec-append-unique uniq-base) add-strs)))\n (let\n ((final-strs ((selfhost/patch_refactor::vec-filter-remove merged) remove-strs)))\n (let\n ((next-vec (selfhost/patch_refactor::vec-str->sym-vec final-strs)))\n (let\n (\n (updated\n (if (core/list::is-nil? current)\n (if replace-present\n true\n ((core/int::lt? 0) (core/vec::len next-vec)))\n (if ((core/eq? current) next-vec) false true))))\n (let\n ((next-map (if updated (((core/map::put meta-map) field-sym) next-vec) meta-map)))\n (let ((m0 (quote {})))\n (let\n ((m1 (((core/map::put m0) (quote :map)) next-map)))\n (((core/map::put m1) (quote :updated)) updated)))))))))))))))))))))))))\n\n(def selfhost/patch_refactor::rewrite-meta-forms-loop\n (fn (forms)\n (fn (field-sym)\n (fn (field-s)\n (fn (addv)\n (fn (removev)\n (fn (replacev)\n (fn (replace-present)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (changed)\n (if ((core/int::eq? i) n)\n (if changed\n ((selfhost/patch_refactor::rewrite-result out) 1)\n (let ((op-s (selfhost/patch_refactor::rewrite-op-symbol field-s)))\n (selfhost/patch_refactor::err\n ((core/str::concat op-s) \" produced no module changes\"))))\n (let ((f ((core/vec::get forms) i)))\n (if\n ((core/eq? (selfhost/patch_refactor::top-level-def-name f)) \"::meta\")\n (let ((rhs (selfhost/patch_refactor::top-level-def-rhs f)))\n (if (core/list::is-nil? rhs)\n (selfhost/patch_refactor::err\n \"::meta definition must have a value\")\n (let ((ex (selfhost/patch_refactor::meta-extract rhs)))\n (if (selfhost/patch_refactor::is-error ex)\n ex\n (let\n ((meta-map ((core/map::get ex) (quote :map)))\n (quoted ((core/map::get ex) (quote :quoted))))\n (let\n (\n (rw\n ((((((selfhost/patch_refactor::rewrite-meta-field meta-map) field-sym) addv) removev) replacev)\n replace-present)))\n (if (selfhost/patch_refactor::is-error rw)\n rw\n (let\n ((next-map ((core/map::get rw) (quote :map)))\n (updated ((core/map::get rw) (quote :updated))))\n (let\n ((next-rhs (if quoted ((selfhost/patch_refactor::list2 (quote quote)) next-map) next-map)))\n (let\n ((next-form (((selfhost/patch_refactor::list3 (quote def)) (quote ::meta)) next-rhs)))\n (let\n ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms)))\n (let ((loop1 (loop0 field-sym)))\n (let ((loop2 (loop1 field-s)))\n (let ((loop3 (loop2 addv)))\n (let ((loop4 (loop3 removev)))\n (let ((loop5 (loop4 replacev)))\n (let ((loop6 (loop5 replace-present)))\n (let ((loop7 (loop6 n)))\n (let\n ((loop8 (loop7 ((core/int::add i) 1))))\n ((loop8 ((core/vec::push out) next-form))\n (if updated true changed)))))))))))))))))))))\n (let\n ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms)))\n (let ((loop1 (loop0 field-sym)))\n (let ((loop2 (loop1 field-s)))\n (let ((loop3 (loop2 addv)))\n (let ((loop4 (loop3 removev)))\n (let ((loop5 (loop4 replacev)))\n (let ((loop6 (loop5 replace-present)))\n (let ((loop7 (loop6 n)))\n (let ((loop8 (loop7 ((core/int::add i) 1))))\n ((loop8 ((core/vec::push out) f)) changed)))))))))))))))))))))))))\n\n(def selfhost/patch_refactor::rewrite-meta-list-apply\n (fn (forms)\n (fn (field-sym)\n (fn (field-s)\n (fn (addv)\n (fn (removev)\n (fn (replacev)\n (fn (replace-present)\n (let ((loop0 (selfhost/patch_refactor::rewrite-meta-forms-loop forms)))\n (let ((loop1 (loop0 field-sym)))\n (let ((loop2 (loop1 field-s)))\n (let ((loop3 (loop2 addv)))\n (let ((loop4 (loop3 removev)))\n (let ((loop5 (loop4 replacev)))\n (let ((loop6 (loop5 replace-present)))\n (let ((loop7 (loop6 (core/vec::len forms))))\n (let ((loop8 (loop7 0)))\n (let ((loop9 (loop8 selfhost/patch_refactor::empty-vec)))\n (loop9 false)))))))))))))))))))\n\n(def core/cli::rewrite-meta-list-forms\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let\n ((forms ((core/map::get req) (quote :forms))) (fieldv ((core/map::get req) (quote :field)))\n (add0 ((core/map::get req) (quote :add)))\n (remove0 ((core/map::get req) (quote :remove)))\n (replace0 ((core/map::get req) (quote :replace))))\n (if (selfhost/patch_schema::is-vec? forms)\n (let ((field-sym (selfhost/patch_refactor::rewrite-field-symbol fieldv)))\n (if (selfhost/patch_refactor::is-error field-sym)\n field-sym\n (let ((field-s (core/sym::to-str field-sym)))\n (let ((addv (if (core/list::is-nil? add0) selfhost/patch_refactor::empty-vec add0)))\n (let\n ((removev (if (core/list::is-nil? remove0) selfhost/patch_refactor::empty-vec remove0)))\n (let ((replace-present (if (core/list::is-nil? replace0) false true)))\n (let\n ((replacev (if replace-present replace0 selfhost/patch_refactor::empty-vec)))\n (\n ((((((selfhost/patch_refactor::rewrite-meta-list-apply forms) field-sym) field-s) addv) removev)\n replacev)\n replace-present))))))))\n (selfhost/patch_refactor::err \"rewrite-meta-list :forms must be vector\")))\n (selfhost/patch_refactor::err \"rewrite-meta-list expects map request\"))))\n\n(def selfhost/patch_refactor::non-empty-str?\n (fn (s) ((core/int::lt? 0) (core/bytes::len (core/str::to-utf8 s)))))\n\n(def selfhost/patch_refactor::migrate-copy-params-loop\n (fn (params)\n (fn (to-param)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((p ((core/vec::get params) i)))\n (if (selfhost/patch_schema::is-sym? p)\n (let ((ps (core/sym::to-str p)))\n (if ((core/eq? ps) to-param)\n (selfhost/patch_refactor::err\n ((core/str::concat \"migrate-contract-signature :to-param `\")\n ((core/str::concat to-param) \"` already exists in param list\")))\n (((((selfhost/patch_refactor::migrate-copy-params-loop params) to-param) n) ((core/int::add i) 1))\n ((core/vec::push out) p))))\n (selfhost/patch_refactor::err \"migrate-contract-signature params must be symbols\"))))))))))\n\n(def selfhost/patch_refactor::migrate-next-params\n (fn (params)\n (fn (from-param)\n (fn (to-param)\n (let ((n (core/vec::len params)))\n (if ((core/int::lt? 0) n)\n (let ((p0 ((core/vec::get params) 0)))\n (if (selfhost/patch_schema::is-sym? p0)\n (let ((p0s (core/sym::to-str p0)))\n (if ((core/eq? p0s) from-param)\n (let\n ((out0 ((core/vec::push selfhost/patch_refactor::empty-vec) (core/sym::from-str to-param))))\n (((((selfhost/patch_refactor::migrate-copy-params-loop params) to-param) n) 1)\n out0))\n (selfhost/patch_refactor::err\n ((core/str::concat \"migrate-contract-signature expected first param `\")\n ((core/str::concat from-param)\n ((core/str::concat \"`, got `\") ((core/str::concat p0s) \"`\")))))))\n (selfhost/patch_refactor::err \"migrate-contract-signature params must be symbols\")))\n (selfhost/patch_refactor::err \"migrate-contract-signature fn params must be non-empty\")))))))\n\n(def selfhost/patch_refactor::migrate-rename-bodies-loop\n (fn (fn-items)\n (fn (from-param)\n (fn (to-param)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((body ((core/vec::get fn-items) i)))\n (let ((rb (((selfhost/patch_refactor::rename-term body) from-param) to-param)))\n (if (selfhost/patch_refactor::is-error rb)\n rb\n (\n (((((selfhost/patch_refactor::migrate-rename-bodies-loop fn-items) from-param) to-param) n)\n ((core/int::add i) 1))\n ((core/vec::push out) (selfhost/patch_refactor::res-term rb))))))))))))))\n\n(def selfhost/patch_refactor::migrate-contract-signature-rhs\n (fn (rhs)\n (fn (from-param)\n (fn (to-param)\n (let ((fn-items (core/pair::as-proper-list rhs)))\n (if (selfhost/patch_schema::is-vec? fn-items)\n (if ((core/int::lt? 2) (core/vec::len fn-items))\n (let ((head ((core/vec::get fn-items) 0)))\n (if\n (if (selfhost/patch_schema::is-sym? head) ((core/sym::eq? head) (quote fn)) false)\n (let ((params0 ((core/vec::get fn-items) 1)))\n (let ((params (core/pair::as-proper-list params0)))\n (if (selfhost/patch_schema::is-vec? params)\n (let\n ((next-params (((selfhost/patch_refactor::migrate-next-params params) from-param) to-param)))\n (if (selfhost/patch_refactor::is-error next-params)\n next-params\n (let\n (\n (out0\n ((core/vec::push ((core/vec::push selfhost/patch_refactor::empty-vec) (quote fn)))\n (selfhost/patch_refactor::vec->list next-params))))\n (let\n (\n (out1\n (\n (\n ((((selfhost/patch_refactor::migrate-rename-bodies-loop fn-items) from-param) to-param)\n (core/vec::len fn-items))\n 2)\n out0)))\n (if (selfhost/patch_refactor::is-error out1)\n out1\n (selfhost/patch_refactor::vec->list out1))))))\n (selfhost/patch_refactor::err\n \"migrate-contract-signature fn params must be a proper list\"))))\n (selfhost/patch_refactor::err\n \"migrate-contract-signature target rhs must be (fn ...)\")))\n (selfhost/patch_refactor::err\n \"migrate-contract-signature target fn must have params and body\"))\n (selfhost/patch_refactor::err \"migrate-contract-signature target rhs must be (fn ...)\")))))))\n\n(def selfhost/patch_refactor::migrate-contract-signature-loop\n (fn (forms)\n (fn (contract-symbol)\n (fn (from-param)\n (fn (to-param)\n (fn (n)\n (fn (i)\n (fn (out)\n (fn (updated)\n (if ((core/int::eq? i) n)\n (if updated\n ((selfhost/patch_refactor::migrate-result out) 1)\n (selfhost/patch_refactor::err\n ((core/str::concat \"migrate-contract-signature target `\")\n ((core/str::concat contract-symbol) \"` not found\"))))\n (let ((f ((core/vec::get forms) i)))\n (let ((name (selfhost/patch_refactor::top-level-def-name f)))\n (if (if (core/list::is-nil? name) false ((core/eq? name) contract-symbol))\n (let ((rhs (selfhost/patch_refactor::top-level-def-rhs f)))\n (if (core/list::is-nil? rhs)\n (selfhost/patch_refactor::err\n \"migrate-contract-signature target definition is missing rhs\")\n (let\n ((next-rhs (((selfhost/patch_refactor::migrate-contract-signature-rhs rhs) from-param) to-param)))\n (if (selfhost/patch_refactor::is-error next-rhs)\n next-rhs\n (let\n (\n (next-form\n (((selfhost/patch_refactor::list3 (quote def)) (core/sym::from-str contract-symbol))\n next-rhs)))\n (\n (\n (\n (\n ((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param)\n to-param)\n n)\n ((core/int::add i) 1))\n ((core/vec::push out) next-form))\n true))))))\n (\n (\n (\n (\n ((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param)\n to-param)\n n)\n ((core/int::add i) 1))\n ((core/vec::push out) f))\n updated))))))))))))))\n\n(def core/cli::migrate-contract-signature-forms\n (fn (req)\n (if (selfhost/patch_schema::is-map? req)\n (let\n ((forms ((core/map::get req) (quote :forms)))\n (contractv ((core/map::get req) (quote :contract-symbol)))\n (fromv ((core/map::get req) (quote :from-param)))\n (tov ((core/map::get req) (quote :to-param))))\n (if (selfhost/patch_schema::is-vec? forms)\n (let ((contract-symbol (selfhost/patch_refactor::sym-or-str->str contractv)))\n (if (selfhost/patch_refactor::is-error contract-symbol)\n contract-symbol\n (let ((from-param (selfhost/patch_refactor::sym-or-str->str fromv)))\n (if (selfhost/patch_refactor::is-error from-param)\n from-param\n (let ((to-param (selfhost/patch_refactor::sym-or-str->str tov)))\n (if (selfhost/patch_refactor::is-error to-param)\n to-param\n (if\n (if (selfhost/patch_refactor::non-empty-str? contract-symbol)\n (if (selfhost/patch_refactor::non-empty-str? from-param)\n (selfhost/patch_refactor::non-empty-str? to-param)\n false)\n false)\n (if ((core/eq? from-param) to-param)\n (selfhost/patch_refactor::err\n \"migrate-contract-signature :from-param and :to-param must differ\")\n (\n (\n (\n (\n ((((selfhost/patch_refactor::migrate-contract-signature-loop forms) contract-symbol) from-param)\n to-param)\n (core/vec::len forms))\n 0)\n selfhost/patch_refactor::empty-vec)\n false))\n (selfhost/patch_refactor::err\n \"migrate-contract-signature requires non-empty symbol/param values\"))))))))\n (selfhost/patch_refactor::err \"migrate-contract-signature :forms must be vector\")))\n (selfhost/patch_refactor::err \"migrate-contract-signature expects map request\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"=X\x06dp\xCD\xF6?VW~\xB9e\xF4\xDD\x08\x0E\x8D!F\x89\xDFa\xE3\x96\x05\xAB\"\x13-\xB0r" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/patch_authority::PROFILE "genesis/patch-authority-v0.1") (def selfhost/patch_authority::REQUEST_KIND "genesis/patch-node-index-request-v0.1") (def selfhost/patch_authority::REPORT_KIND "genesis/patch-node-index-v0.1") (def selfhost/patch_authority::NODE_ID_PREFIX b"GCv0.2\x00semantic-node-id\x00") (def selfhost/patch_authority::err (fn (message) ((core/error::make2 "core/patch-authority") message))) (def selfhost/patch_authority::vec1 (fn (a) ((core/vec::push []) a))) (def selfhost/patch_authority::vec2 (fn (a) (fn (b) ((core/vec::push ((core/vec::push []) a)) b)))) (def selfhost/patch_authority::vec4 (fn (a) (fn (b) (fn (c) (fn (d) ((core/vec::push ((core/vec::push ((core/vec::push ((core/vec::push []) a)) b)) c)) d)))))) (def selfhost/patch_authority::tag-name (fn (term) (let ((tag (core/data::tag term))) (if ((core/sym::eq? tag) (quote :nil)) "nil" (if ((core/sym::eq? tag) (quote :bool)) "bool" (if ((core/sym::eq? tag) (quote :int)) "int" (if ((core/sym::eq? tag) (quote :str)) "str" (if ((core/sym::eq? tag) (quote :bytes)) "bytes" (if ((core/sym::eq? tag) (quote :sym)) "sym" (if ((core/sym::eq? tag) (quote :pair)) "pair" (if ((core/sym::eq? tag) (quote :vec)) "vec" (if ((core/sym::eq? tag) (quote :map)) "map" (selfhost/patch_authority::err "unsupported term tag"))))))))))))) (def selfhost/patch_authority::node-id (fn (module-path) (fn (path-repr) (let ((parts ((((selfhost/patch_authority::vec4 selfhost/patch_authority::NODE_ID_PREFIX) (core/str::to-utf8 module-path)) b"\x00") (core/str::to-utf8 path-repr)))) (let ((message (core/bytes::join parts))) (if (core/error::is? message) message (let ((digest (core/crypto::blake3 message))) (if (core/error::is? digest) digest (core/bytes::to-hex digest))))))))) (def selfhost/patch_authority::node-record (fn (module-path) (fn (path) (fn (term) (let ((path-repr (selfhost/printer::print-term path)) (term-tag (selfhost/patch_authority::tag-name term)) (term-h (selfhost/hash::hash-term term)) (node-id ((selfhost/patch_authority::node-id module-path) path-repr))) (if (core/error::is? path-repr) path-repr (if (core/error::is? term-tag) term-tag (if (core/error::is? term-h) term-h (if (core/error::is? node-id) node-id {:module-path module-path :node-id node-id :path path :path-repr path-repr :term-h term-h :term-tag term-tag}))))))))) (def selfhost/patch_authority::collect-vector (fn (module-path) (fn (path) (fn (values) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len values)) out (let ((child-path ((core/vec::push path) ((selfhost/patch_authority::vec2 (quote :vec)) i)))) (let ((next ((((selfhost/patch_authority::collect-term module-path) child-path) ((core/vec::get values) i)) out))) (if (core/error::is? next) next (((((selfhost/patch_authority::collect-vector module-path) path) values) ((core/int::add i) 1)) next))))))))))) (def selfhost/patch_authority::collect-map (fn (module-path) (fn (path) (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (let ((child-path ((core/vec::push path) ((selfhost/patch_authority::vec2 (quote :map)) ((core/vec::get entry) 0))))) (let ((next ((((selfhost/patch_authority::collect-term module-path) child-path) ((core/vec::get entry) 1)) out))) (if (core/error::is? next) next (((((selfhost/patch_authority::collect-map module-path) path) entries) ((core/int::add i) 1)) next)))))))))))) (def selfhost/patch_authority::collect-term (fn (module-path) (fn (path) (fn (term) (fn (out) (let ((record (((selfhost/patch_authority::node-record module-path) path) term))) (if (core/error::is? record) record (let ((with-record ((core/vec::push out) record)) (tag (core/data::tag term))) (if ((core/sym::eq? tag) (quote :pair)) (let ((with-car ((((selfhost/patch_authority::collect-term module-path) ((core/vec::push path) (selfhost/patch_authority::vec1 (quote :pair-car)))) (core/pair::car term)) with-record))) (if (core/error::is? with-car) with-car ((((selfhost/patch_authority::collect-term module-path) ((core/vec::push path) (selfhost/patch_authority::vec1 (quote :pair-cdr)))) (core/pair::cdr term)) with-car))) (if ((core/sym::eq? tag) (quote :vec)) (((((selfhost/patch_authority::collect-vector module-path) path) term) 0) with-record) (if ((core/sym::eq? tag) (quote :map)) (((((selfhost/patch_authority::collect-map module-path) path) (core/map::entries term)) 0) with-record) with-record))))))))))) (def selfhost/patch_authority::collect-forms (fn (module-path) (fn (forms) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len forms)) out (let ((next ((((selfhost/patch_authority::collect-term module-path) (selfhost/patch_authority::vec1 ((selfhost/patch_authority::vec2 (quote :form)) i))) ((core/vec::get forms) i)) out))) (if (core/error::is? next) next ((((selfhost/patch_authority::collect-forms module-path) forms) ((core/int::add i) 1)) next))))))))) (def core/cli::patch-semantic-node-index (fn (request) (if (core/cli::map? request) (if ((core/int::eq? (core/map::len request)) 5) (let ((kind ((core/map::get request) (quote :kind))) (profile ((core/map::get request) (quote :profile))) (module-path ((core/map::get request) (quote :module-path))) (forms ((core/map::get request) (quote :forms))) (version ((core/map::get request) (quote :v)))) (if (if (core/cli::str? kind) ((core/eq? kind) selfhost/patch_authority::REQUEST_KIND) false) (if (if (core/cli::str? profile) ((core/eq? profile) selfhost/patch_authority::PROFILE) false) (if (if (core/cli::str? module-path) ((core/int::lt? 0) (core/str::len module-path)) false) (if (core/cli::vec? forms) (if (if (core/cli::int? version) ((core/int::eq? version) 1) false) (let ((nodes ((((selfhost/patch_authority::collect-forms module-path) forms) 0) [])) (module-h (selfhost/hash::hash-module forms))) (if (core/error::is? nodes) nodes (if (core/error::is? module-h) module-h {:kind selfhost/patch_authority::REPORT_KIND :module-h module-h :module-path module-path :nodes nodes :ok true :profile selfhost/patch_authority::PROFILE :v 1}))) (selfhost/patch_authority::err "request :v must equal 1")) (selfhost/patch_authority::err "request :forms must be a vector")) (selfhost/patch_authority::err "request :module-path must be a non-empty string")) (selfhost/patch_authority::err "request :profile mismatch")) (selfhost/patch_authority::err "request :kind mismatch"))) (selfhost/patch_authority::err "request must contain exactly five fields")) (selfhost/patch_authority::err "request must be a map"))))] :module-h b"e\x05%,y\xB3\xAA\x08\xFC\x88\x8E\xF8\x0BF\x0FC:\x1A\xA5`\xCC^\xD7\x06\x94G\x97\xA8U\xA9\n0" :path "selfhost/patch_authority_identity_v1.gc" :source "(def selfhost/patch_authority::PROFILE \"genesis/patch-authority-v0.1\")\n(def selfhost/patch_authority::REQUEST_KIND \"genesis/patch-node-index-request-v0.1\")\n(def selfhost/patch_authority::REPORT_KIND \"genesis/patch-node-index-v0.1\")\n(def selfhost/patch_authority::NODE_ID_PREFIX b\"GCv0.2\\x00semantic-node-id\\x00\")\n\n(def selfhost/patch_authority::err\n (fn (message) ((core/error::make2 \"core/patch-authority\") message)))\n\n(def selfhost/patch_authority::vec1 (fn (a) ((core/vec::push []) a)))\n(def selfhost/patch_authority::vec2\n (fn (a) (fn (b) ((core/vec::push ((core/vec::push []) a)) b))))\n(def selfhost/patch_authority::vec4\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n ((core/vec::push\n ((core/vec::push ((core/vec::push ((core/vec::push []) a)) b)) c))\n d))))))\n\n(def selfhost/patch_authority::tag-name\n (fn (term)\n (let ((tag (core/data::tag term)))\n (if ((core/sym::eq? tag) (quote :nil))\n \"nil\"\n (if ((core/sym::eq? tag) (quote :bool))\n \"bool\"\n (if ((core/sym::eq? tag) (quote :int))\n \"int\"\n (if ((core/sym::eq? tag) (quote :str))\n \"str\"\n (if ((core/sym::eq? tag) (quote :bytes))\n \"bytes\"\n (if ((core/sym::eq? tag) (quote :sym))\n \"sym\"\n (if ((core/sym::eq? tag) (quote :pair))\n \"pair\"\n (if ((core/sym::eq? tag) (quote :vec))\n \"vec\"\n (if ((core/sym::eq? tag) (quote :map))\n \"map\"\n (selfhost/patch_authority::err \"unsupported term tag\")))))))))))))\n\n(def selfhost/patch_authority::node-id\n (fn (module-path)\n (fn (path-repr)\n (let\n ((parts\n ((((selfhost/patch_authority::vec4 selfhost/patch_authority::NODE_ID_PREFIX)\n (core/str::to-utf8 module-path))\n b\"\\x00\")\n (core/str::to-utf8 path-repr))))\n (let ((message (core/bytes::join parts)))\n (if (core/error::is? message)\n message\n (let ((digest (core/crypto::blake3 message)))\n (if (core/error::is? digest) digest (core/bytes::to-hex digest)))))))))\n\n(def selfhost/patch_authority::node-record\n (fn (module-path)\n (fn (path)\n (fn (term)\n (let\n ((path-repr (selfhost/printer::print-term path))\n (term-tag (selfhost/patch_authority::tag-name term))\n (term-h (selfhost/hash::hash-term term))\n (node-id ((selfhost/patch_authority::node-id module-path) path-repr)))\n (if (core/error::is? path-repr)\n path-repr\n (if (core/error::is? term-tag)\n term-tag\n (if (core/error::is? term-h)\n term-h\n (if (core/error::is? node-id)\n node-id\n {:module-path module-path\n :node-id node-id\n :path path\n :path-repr path-repr\n :term-h term-h\n :term-tag term-tag})))))))))\n\n(def selfhost/patch_authority::collect-vector\n (fn (module-path)\n (fn (path)\n (fn (values)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len values))\n out\n (let\n ((child-path\n ((core/vec::push path)\n ((selfhost/patch_authority::vec2 (quote :vec)) i))))\n (let\n ((next\n ((((selfhost/patch_authority::collect-term module-path) child-path)\n ((core/vec::get values) i))\n out)))\n (if (core/error::is? next)\n next\n (((((selfhost/patch_authority::collect-vector module-path) path) values)\n ((core/int::add i) 1))\n next)))))))))))\n\n(def selfhost/patch_authority::collect-map\n (fn (module-path)\n (fn (path)\n (fn (entries)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let\n ((entry ((core/vec::get entries) i)))\n (let\n ((child-path\n ((core/vec::push path)\n ((selfhost/patch_authority::vec2 (quote :map))\n ((core/vec::get entry) 0)))))\n (let\n ((next\n ((((selfhost/patch_authority::collect-term module-path) child-path)\n ((core/vec::get entry) 1))\n out)))\n (if (core/error::is? next)\n next\n (((((selfhost/patch_authority::collect-map module-path) path) entries)\n ((core/int::add i) 1))\n next))))))))))))\n\n(def selfhost/patch_authority::collect-term\n (fn (module-path)\n (fn (path)\n (fn (term)\n (fn (out)\n (let\n ((record (((selfhost/patch_authority::node-record module-path) path) term)))\n (if (core/error::is? record)\n record\n (let ((with-record ((core/vec::push out) record)) (tag (core/data::tag term)))\n (if ((core/sym::eq? tag) (quote :pair))\n (let\n ((with-car\n ((((selfhost/patch_authority::collect-term module-path)\n ((core/vec::push path)\n (selfhost/patch_authority::vec1 (quote :pair-car))))\n (core/pair::car term))\n with-record)))\n (if (core/error::is? with-car)\n with-car\n ((((selfhost/patch_authority::collect-term module-path)\n ((core/vec::push path)\n (selfhost/patch_authority::vec1 (quote :pair-cdr))))\n (core/pair::cdr term))\n with-car)))\n (if ((core/sym::eq? tag) (quote :vec))\n (((((selfhost/patch_authority::collect-vector module-path) path) term) 0)\n with-record)\n (if ((core/sym::eq? tag) (quote :map))\n (((((selfhost/patch_authority::collect-map module-path) path)\n (core/map::entries term))\n 0)\n with-record)\n with-record)))))))))))\n\n(def selfhost/patch_authority::collect-forms\n (fn (module-path)\n (fn (forms)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len forms))\n out\n (let\n ((next\n ((((selfhost/patch_authority::collect-term module-path)\n (selfhost/patch_authority::vec1\n ((selfhost/patch_authority::vec2 (quote :form)) i)))\n ((core/vec::get forms) i))\n out)))\n (if (core/error::is? next)\n next\n ((((selfhost/patch_authority::collect-forms module-path) forms)\n ((core/int::add i) 1))\n next)))))))))\n\n(def core/cli::patch-semantic-node-index\n (fn (request)\n (if (core/cli::map? request)\n (if ((core/int::eq? (core/map::len request)) 5)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (profile ((core/map::get request) (quote :profile)))\n (module-path ((core/map::get request) (quote :module-path)))\n (forms ((core/map::get request) (quote :forms)))\n (version ((core/map::get request) (quote :v))))\n (if (if (core/cli::str? kind) ((core/eq? kind) selfhost/patch_authority::REQUEST_KIND) false)\n (if (if (core/cli::str? profile) ((core/eq? profile) selfhost/patch_authority::PROFILE) false)\n (if\n (if (core/cli::str? module-path) ((core/int::lt? 0) (core/str::len module-path)) false)\n (if (core/cli::vec? forms)\n (if (if (core/cli::int? version) ((core/int::eq? version) 1) false)\n (let\n ((nodes ((((selfhost/patch_authority::collect-forms module-path) forms) 0) []))\n (module-h (selfhost/hash::hash-module forms)))\n (if (core/error::is? nodes)\n nodes\n (if (core/error::is? module-h)\n module-h\n {:kind selfhost/patch_authority::REPORT_KIND\n :module-h module-h\n :module-path module-path\n :nodes nodes\n :ok true\n :profile selfhost/patch_authority::PROFILE\n :v 1})))\n (selfhost/patch_authority::err \"request :v must equal 1\"))\n (selfhost/patch_authority::err \"request :forms must be a vector\"))\n (selfhost/patch_authority::err \"request :module-path must be a non-empty string\"))\n (selfhost/patch_authority::err \"request :profile mismatch\"))\n (selfhost/patch_authority::err \"request :kind mismatch\")))\n (selfhost/patch_authority::err \"request must contain exactly five fields\"))\n (selfhost/patch_authority::err \"request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"e\x05%,y\xB3\xAA\x08\xFC\x88\x8E\xF8\x0BF\x0FC:\x1A\xA5`\xCC^\xD7\x06\x94G\x97\xA8U\xA9\n0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 61 :stage2-wasm-h b"P\"}\xD6\xE5\xB1\xC8\xDCh\\7\xDB4\x8A\x0E\x9C+D\xB7\xC0\x01\xE8\xF1\x07\x9B\xF26\xB2\xDBp\x88\x8B"} {:forms [(def selfhost/patch_normalize::REQUEST_KIND "genesis/patch-normalize-request-v0.1") (def selfhost/patch_normalize::REPORT_KIND "genesis/patch-normalize-v0.1") (def selfhost/patch_normalize::err (fn (message) ((core/error::make2 "core/patch-authority") message))) (def selfhost/patch_normalize::has-key-loop (fn (entries) (fn (key) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key) true (((selfhost/patch_normalize::has-key-loop entries) key) ((core/int::add i) 1)))))))) (def selfhost/patch_normalize::has-key (fn (map) (fn (key) (((selfhost/patch_normalize::has-key-loop (core/map::entries map)) key) 0)))) (def selfhost/patch_normalize::vec-has (fn (values) (fn (needle) (fn (i) (if ((core/int::eq? i) (core/vec::len values)) false (if ((core/eq? ((core/vec::get values) i)) needle) true (((selfhost/patch_normalize::vec-has values) needle) ((core/int::add i) 1)))))))) (def selfhost/patch_normalize::keys-allowed-loop (fn (entries) (fn (allowed) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) true (let ((key ((core/vec::get ((core/vec::get entries) i)) 0))) (if (selfhost/patch_schema::is-sym? key) (if (((selfhost/patch_normalize::vec-has allowed) key) 0) (((selfhost/patch_normalize::keys-allowed-loop entries) allowed) ((core/int::add i) 1)) (selfhost/patch_normalize::err "operation contains an unknown field")) (selfhost/patch_normalize::err "operation keys must be symbols")))))))) (def selfhost/patch_normalize::keys-required-loop (fn (map) (fn (required) (fn (i) (if ((core/int::eq? i) (core/vec::len required)) true (if ((selfhost/patch_normalize::has-key map) ((core/vec::get required) i)) (((selfhost/patch_normalize::keys-required-loop map) required) ((core/int::add i) 1)) (selfhost/patch_normalize::err "operation is missing a required field"))))))) (def selfhost/patch_normalize::shape (fn (map) (fn (allowed) (fn (required) (if (selfhost/patch_schema::is-map? map) (let ((allowed-result (((selfhost/patch_normalize::keys-allowed-loop (core/map::entries map)) allowed) 0))) (if (core/error::is? allowed-result) allowed-result (((selfhost/patch_normalize::keys-required-loop map) required) 0))) (selfhost/patch_normalize::err "operation must be a map")))))) (def selfhost/patch_normalize::nonempty-str? (fn (value) (if (selfhost/patch_schema::is-str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/patch_normalize::portable-module-path? (fn (value) (if (selfhost/patch_normalize::nonempty-str? value) (let ((result (selfhost/typecheck::validate-portable-module-path value))) (if (selfhost/patch_schema::is-map? result) (let ((ok ((core/map::get result) (quote :ok)))) (if (core/cli::bool? ok) ok false)) false)) false))) (def selfhost/patch_normalize::sym-or-str (fn (value) (if (selfhost/patch_schema::is-str? value) (if ((core/int::lt? 0) (core/str::len value)) value (selfhost/patch_normalize::err "symbol-or-string field must be non-empty")) (if (selfhost/patch_schema::is-sym? value) (core/sym::to-str value) (selfhost/patch_normalize::err "field must be a symbol or string"))))) (def selfhost/patch_normalize::strings-set-loop (fn (values) (fn (i) (fn (set) (if ((core/int::eq? i) (core/vec::len values)) set (let ((value (selfhost/patch_normalize::sym-or-str ((core/vec::get values) i)))) (if (core/error::is? value) value (((selfhost/patch_normalize::strings-set-loop values) ((core/int::add i) 1)) (((core/map::put set) value) true))))))))) (def selfhost/patch_normalize::set-keys-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (((selfhost/patch_normalize::set-keys-loop entries) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get ((core/vec::get entries) i)) 0)))))))) (def selfhost/patch_normalize::strings (fn (value) (if (selfhost/patch_schema::is-vec? value) (let ((set (((selfhost/patch_normalize::strings-set-loop value) 0) {}))) (if (core/error::is? set) set (((selfhost/patch_normalize::set-keys-loop (core/map::entries set)) 0) []))) (selfhost/patch_normalize::err "field must be a vector of symbols or strings")))) (def selfhost/patch_normalize::optional-strings (fn (map) (fn (key) (if ((selfhost/patch_normalize::has-key map) key) (selfhost/patch_normalize::strings ((core/map::get map) key)) [])))) (def selfhost/patch_normalize::normalize-replace-node (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :path :new]) [:op :module-path :path :new]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (path ((core/map::get op) (quote :path)))) (if (selfhost/patch_normalize::portable-module-path? module-path) (let ((valid-path (selfhost/patch_schema::validate-path path))) (if (core/error::is? valid-path) valid-path {:module-path module-path :new ((core/map::get op) (quote :new)) :op (quote :replace-node) :path path})) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-replace-node-id (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :node-id :new]) [:op :module-path :node-id :new]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (node-id ((core/map::get op) (quote :node-id)))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (if (selfhost/patch_normalize::nonempty-str? node-id) ((core/int::eq? (core/str::len node-id)) 64) false) {:module-path module-path :new ((core/map::get op) (quote :new)) :node-id node-id :op (quote :replace-node-id)} (selfhost/patch_normalize::err ":node-id must be a non-empty hex64 string")) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-add-module (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :content]) [:op :module-path :content]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (content ((core/map::get op) (quote :content)))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (if (selfhost/patch_schema::is-str? content) true (selfhost/patch_schema::is-vec? content)) {:content content :module-path module-path :op (quote :add-module)} (selfhost/patch_normalize::err ":content must be a string or vector")) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-remove-module (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path]) [:op :module-path]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path)))) (if (selfhost/patch_normalize::portable-module-path? module-path) {:module-path module-path :op (quote :remove-module)} (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-update-manifest (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :set :obligations-add :obligations-remove :tests-add :tests-remove :caps-policy]) [:op]))) (if (core/error::is? shape) shape (let ((set-value (if ((selfhost/patch_normalize::has-key op) (quote :set)) ((core/map::get op) (quote :set)) nil)) (obligations-add ((selfhost/patch_normalize::optional-strings op) (quote :obligations-add))) (obligations-remove ((selfhost/patch_normalize::optional-strings op) (quote :obligations-remove))) (tests-add ((selfhost/patch_normalize::optional-strings op) (quote :tests-add))) (tests-remove ((selfhost/patch_normalize::optional-strings op) (quote :tests-remove))) (caps-policy (if ((selfhost/patch_normalize::has-key op) (quote :caps-policy)) ((core/map::get op) (quote :caps-policy)) nil))) (if (if (core/list::is-nil? set-value) true (selfhost/patch_schema::is-map? set-value)) (if (if (core/list::is-nil? caps-policy) true (selfhost/patch_normalize::nonempty-str? caps-policy)) (if (core/error::is? obligations-add) obligations-add (if (core/error::is? obligations-remove) obligations-remove (if (core/error::is? tests-add) tests-add (if (core/error::is? tests-remove) tests-remove {:caps-policy caps-policy :obligations-add obligations-add :obligations-remove obligations-remove :op (quote :update-manifest) :set set-value :tests-add tests-add :tests-remove tests-remove})))) (selfhost/patch_normalize::err ":caps-policy must be nil or a non-empty string")) (selfhost/patch_normalize::err ":set must be nil or a map"))))))) (def selfhost/patch_normalize::normalize-rename-symbol (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :from :to]) [:op :module-path :from :to]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (from (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :from)))) (to (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :to))))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (core/error::is? from) from (if (core/error::is? to) to {:from from :module-path module-path :op (quote :rename-symbol) :to to})) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-move-module (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :from-module-path :to-module-path]) [:op :from-module-path :to-module-path]))) (if (core/error::is? shape) shape (let ((from-path ((core/map::get op) (quote :from-module-path))) (to-path ((core/map::get op) (quote :to-module-path)))) (if (if (selfhost/patch_normalize::portable-module-path? from-path) (selfhost/patch_normalize::portable-module-path? to-path) false) {:from-module-path from-path :op (quote :move-module) :to-module-path to-path} (selfhost/patch_normalize::err "module paths must be portable package-relative paths"))))))) (def selfhost/patch_normalize::normalize-split-module (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :from-module-path :to-module-path :symbols]) [:op :from-module-path :to-module-path :symbols]))) (if (core/error::is? shape) shape (let ((from-path ((core/map::get op) (quote :from-module-path))) (to-path ((core/map::get op) (quote :to-module-path))) (symbols (selfhost/patch_normalize::strings ((core/map::get op) (quote :symbols))))) (if (if (selfhost/patch_normalize::portable-module-path? from-path) (selfhost/patch_normalize::portable-module-path? to-path) false) (if (core/error::is? symbols) symbols (if ((core/int::lt? 0) (core/vec::len symbols)) {:from-module-path from-path :op (quote :split-module) :symbols symbols :to-module-path to-path} (selfhost/patch_normalize::err ":symbols must be non-empty"))) (selfhost/patch_normalize::err "module paths must be portable package-relative paths"))))))) (def selfhost/patch_normalize::normalize-rewrite-meta (fn (op) (fn (op-symbol) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :add :remove :replace]) [:op :module-path]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (add ((selfhost/patch_normalize::optional-strings op) (quote :add))) (remove ((selfhost/patch_normalize::optional-strings op) (quote :remove))) (replace (if ((selfhost/patch_normalize::has-key op) (quote :replace)) (let ((value ((core/map::get op) (quote :replace)))) (if (core/list::is-nil? value) nil (selfhost/patch_normalize::strings value))) nil))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (core/error::is? add) add (if (core/error::is? remove) remove (if (core/error::is? replace) replace {:add add :module-path module-path :op op-symbol :remove remove :replace replace}))) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path")))))))) (def selfhost/patch_normalize::normalize-migrate-contract (fn (op) (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :contract-symbol :from-param :to-param]) [:op :module-path :contract-symbol :from-param :to-param]))) (if (core/error::is? shape) shape (let ((module-path ((core/map::get op) (quote :module-path))) (contract-symbol (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :contract-symbol)))) (from-param (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :from-param)))) (to-param (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :to-param))))) (if (selfhost/patch_normalize::portable-module-path? module-path) (if (core/error::is? contract-symbol) contract-symbol (if (core/error::is? from-param) from-param (if (core/error::is? to-param) to-param {:contract-symbol contract-symbol :from-param from-param :module-path module-path :op (quote :migrate-contract-signature) :to-param to-param}))) (selfhost/patch_normalize::err ":module-path must be a portable package-relative path"))))))) (def selfhost/patch_normalize::normalize-op (fn (op) (if (selfhost/patch_schema::is-map? op) (let ((op-symbol ((core/map::get op) (quote :op)))) (if (selfhost/patch_schema::is-sym? op-symbol) (if ((core/sym::eq? op-symbol) (quote :replace-node)) (selfhost/patch_normalize::normalize-replace-node op) (if ((core/sym::eq? op-symbol) (quote :replace-node-id)) (selfhost/patch_normalize::normalize-replace-node-id op) (if ((core/sym::eq? op-symbol) (quote :add-module)) (selfhost/patch_normalize::normalize-add-module op) (if ((core/sym::eq? op-symbol) (quote :remove-module)) (selfhost/patch_normalize::normalize-remove-module op) (if ((core/sym::eq? op-symbol) (quote :update-manifest)) (selfhost/patch_normalize::normalize-update-manifest op) (if ((core/sym::eq? op-symbol) (quote :rename-symbol)) (selfhost/patch_normalize::normalize-rename-symbol op) (if ((core/sym::eq? op-symbol) (quote :move-module)) (selfhost/patch_normalize::normalize-move-module op) (if ((core/sym::eq? op-symbol) (quote :split-module)) (selfhost/patch_normalize::normalize-split-module op) (if ((core/sym::eq? op-symbol) (quote :rewrite-imports)) ((selfhost/patch_normalize::normalize-rewrite-meta op) (quote :rewrite-imports)) (if ((core/sym::eq? op-symbol) (quote :rewrite-exports)) ((selfhost/patch_normalize::normalize-rewrite-meta op) (quote :rewrite-exports)) (if ((core/sym::eq? op-symbol) (quote :migrate-contract-signature)) (selfhost/patch_normalize::normalize-migrate-contract op) (selfhost/patch_normalize::err "unknown :op")))))))))))) (selfhost/patch_normalize::err ":op must be a symbol"))) (selfhost/patch_normalize::err "operation must be a map")))) (def selfhost/patch_normalize::normalize-ops-loop (fn (ops) (fn (i) (fn (normalized) (fn (identities) (if ((core/int::eq? i) (core/vec::len ops)) {:identities identities :ops normalized} (let ((op (selfhost/patch_normalize::normalize-op ((core/vec::get ops) i)))) (if (core/error::is? op) op (let ((op-h (selfhost/hash::hash-term op))) (if (core/error::is? op-h) op-h ((((selfhost/patch_normalize::normalize-ops-loop ops) ((core/int::add i) 1)) ((core/vec::push normalized) op)) ((core/vec::push identities) {:op-h op-h :ordinal i})))))))))))) (def selfhost/patch_normalize::normalize-patch (fn (patch) (if (selfhost/patch_schema::is-map? patch) (let ((shape (((selfhost/patch_normalize::shape patch) [:version :intent :provenance :ops]) [:version :intent :provenance :ops]))) (if (core/error::is? shape) shape (let ((version ((core/map::get patch) (quote :version))) (intent ((core/map::get patch) (quote :intent))) (provenance ((core/map::get patch) (quote :provenance))) (ops ((core/map::get patch) (quote :ops)))) (if (if (selfhost/patch_schema::is-int? version) ((core/int::eq? version) 1) false) (if (selfhost/patch_schema::is-str? intent) (if (selfhost/patch_schema::is-map? provenance) (if (selfhost/patch_schema::is-vec? ops) (let ((result ((((selfhost/patch_normalize::normalize-ops-loop ops) 0) []) []))) (if (core/error::is? result) result {:identities ((core/map::get result) (quote :identities)) :patch {:intent intent :ops ((core/map::get result) (quote :ops)) :provenance provenance :version 1}})) (selfhost/patch_normalize::err ":ops must be a vector")) (selfhost/patch_normalize::err ":provenance must be a map")) (selfhost/patch_normalize::err ":intent must be a string")) (selfhost/patch_normalize::err ":version must equal 1"))))) (selfhost/patch_normalize::err "patch must be a map")))) (def core/cli::patch-normalize (fn (request) (if (selfhost/patch_schema::is-map? request) (let ((shape (((selfhost/patch_normalize::shape request) [:kind :profile :patch :v]) [:kind :profile :patch :v]))) (if (core/error::is? shape) shape (let ((kind ((core/map::get request) (quote :kind))) (profile ((core/map::get request) (quote :profile))) (patch ((core/map::get request) (quote :patch))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/patch_schema::is-str? kind) ((core/eq? kind) selfhost/patch_normalize::REQUEST_KIND) false) (if (if (selfhost/patch_schema::is-str? profile) ((core/eq? profile) selfhost/patch_authority::PROFILE) false) (if (if (selfhost/patch_schema::is-int? version) ((core/int::eq? version) 1) false) (let ((normalized (selfhost/patch_normalize::normalize-patch patch))) (if (core/error::is? normalized) normalized (let ((normalized-patch ((core/map::get normalized) (quote :patch))) (source-patch-h (selfhost/hash::hash-term patch))) (let ((patch-h (selfhost/hash::hash-term normalized-patch))) (if (core/error::is? source-patch-h) source-patch-h (if (core/error::is? patch-h) patch-h {:kind selfhost/patch_normalize::REPORT_KIND :normalized-patch normalized-patch :ok true :op-identities ((core/map::get normalized) (quote :identities)) :patch-h patch-h :profile selfhost/patch_authority::PROFILE :source-patch-h source-patch-h :v 1})))))) (selfhost/patch_normalize::err "request :v must equal 1")) (selfhost/patch_normalize::err "request :profile mismatch")) (selfhost/patch_normalize::err "request :kind mismatch"))))) (selfhost/patch_normalize::err "request must be a map"))))] :module-h b"g\x1Df\x0Fs\x9Fj\x0B\x08\x12\x8C\xE3^\x8F\xBC\xC3\xE1N\x0C\x9307\xE8\xE6c\xA47\xEC^\x13 \x1F" :path "selfhost/patch_authority_normalize_v1.gc" :source "(def selfhost/patch_normalize::REQUEST_KIND \"genesis/patch-normalize-request-v0.1\")\n(def selfhost/patch_normalize::REPORT_KIND \"genesis/patch-normalize-v0.1\")\n\n(def selfhost/patch_normalize::err\n (fn (message) ((core/error::make2 \"core/patch-authority\") message)))\n\n(def selfhost/patch_normalize::has-key-loop\n (fn (entries)\n (fn (key)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key)\n true\n (((selfhost/patch_normalize::has-key-loop entries) key)\n ((core/int::add i) 1))))))))\n\n(def selfhost/patch_normalize::has-key\n (fn (map)\n (fn (key) (((selfhost/patch_normalize::has-key-loop (core/map::entries map)) key) 0))))\n\n(def selfhost/patch_normalize::vec-has\n (fn (values)\n (fn (needle)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len values))\n false\n (if ((core/eq? ((core/vec::get values) i)) needle)\n true\n (((selfhost/patch_normalize::vec-has values) needle)\n ((core/int::add i) 1))))))))\n\n(def selfhost/patch_normalize::keys-allowed-loop\n (fn (entries)\n (fn (allowed)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len entries))\n true\n (let ((key ((core/vec::get ((core/vec::get entries) i)) 0)))\n (if (selfhost/patch_schema::is-sym? key)\n (if (((selfhost/patch_normalize::vec-has allowed) key) 0)\n (((selfhost/patch_normalize::keys-allowed-loop entries) allowed)\n ((core/int::add i) 1))\n (selfhost/patch_normalize::err \"operation contains an unknown field\"))\n (selfhost/patch_normalize::err \"operation keys must be symbols\"))))))))\n\n(def selfhost/patch_normalize::keys-required-loop\n (fn (map)\n (fn (required)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len required))\n true\n (if ((selfhost/patch_normalize::has-key map) ((core/vec::get required) i))\n (((selfhost/patch_normalize::keys-required-loop map) required)\n ((core/int::add i) 1))\n (selfhost/patch_normalize::err \"operation is missing a required field\")))))))\n\n(def selfhost/patch_normalize::shape\n (fn (map)\n (fn (allowed)\n (fn (required)\n (if (selfhost/patch_schema::is-map? map)\n (let\n ((allowed-result\n (((selfhost/patch_normalize::keys-allowed-loop (core/map::entries map)) allowed)\n 0)))\n (if (core/error::is? allowed-result)\n allowed-result\n (((selfhost/patch_normalize::keys-required-loop map) required) 0)))\n (selfhost/patch_normalize::err \"operation must be a map\"))))))\n\n(def selfhost/patch_normalize::nonempty-str?\n (fn (value)\n (if (selfhost/patch_schema::is-str? value)\n ((core/int::lt? 0) (core/str::len value))\n false)))\n\n(def selfhost/patch_normalize::portable-module-path?\n (fn (value)\n (if (selfhost/patch_normalize::nonempty-str? value)\n (let ((result (selfhost/typecheck::validate-portable-module-path value)))\n (if (selfhost/patch_schema::is-map? result)\n (let ((ok ((core/map::get result) (quote :ok))))\n (if (core/cli::bool? ok) ok false))\n false))\n false)))\n\n(def selfhost/patch_normalize::sym-or-str\n (fn (value)\n (if (selfhost/patch_schema::is-str? value)\n (if ((core/int::lt? 0) (core/str::len value))\n value\n (selfhost/patch_normalize::err \"symbol-or-string field must be non-empty\"))\n (if (selfhost/patch_schema::is-sym? value)\n (core/sym::to-str value)\n (selfhost/patch_normalize::err \"field must be a symbol or string\")))))\n\n(def selfhost/patch_normalize::strings-set-loop\n (fn (values)\n (fn (i)\n (fn (set)\n (if ((core/int::eq? i) (core/vec::len values))\n set\n (let ((value (selfhost/patch_normalize::sym-or-str ((core/vec::get values) i))))\n (if (core/error::is? value)\n value\n ((((selfhost/patch_normalize::strings-set-loop values)\n ((core/int::add i) 1))\n (((core/map::put set) value) true))))))))))\n\n(def selfhost/patch_normalize::set-keys-loop\n (fn (entries)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n ((((selfhost/patch_normalize::set-keys-loop entries)\n ((core/int::add i) 1))\n ((core/vec::push out) ((core/vec::get ((core/vec::get entries) i)) 0)))))))))\n\n(def selfhost/patch_normalize::strings\n (fn (value)\n (if (selfhost/patch_schema::is-vec? value)\n (let ((set (((selfhost/patch_normalize::strings-set-loop value) 0) {})))\n (if (core/error::is? set)\n set\n (((selfhost/patch_normalize::set-keys-loop (core/map::entries set)) 0) [])))\n (selfhost/patch_normalize::err \"field must be a vector of symbols or strings\"))))\n\n(def selfhost/patch_normalize::optional-strings\n (fn (map)\n (fn (key)\n (if ((selfhost/patch_normalize::has-key map) key)\n (selfhost/patch_normalize::strings ((core/map::get map) key))\n []))))\n\n(def selfhost/patch_normalize::normalize-replace-node\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op)\n [:op :module-path :path :new])\n [:op :module-path :path :new])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (path ((core/map::get op) (quote :path))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (let ((valid-path (selfhost/patch_schema::validate-path path)))\n (if (core/error::is? valid-path)\n valid-path\n {:module-path module-path\n :new ((core/map::get op) (quote :new))\n :op (quote :replace-node)\n :path path}))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-replace-node-id\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op)\n [:op :module-path :node-id :new])\n [:op :module-path :node-id :new])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (node-id ((core/map::get op) (quote :node-id))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if\n (if (selfhost/patch_normalize::nonempty-str? node-id)\n ((core/int::eq? (core/str::len node-id)) 64)\n false)\n {:module-path module-path\n :new ((core/map::get op) (quote :new))\n :node-id node-id\n :op (quote :replace-node-id)}\n (selfhost/patch_normalize::err \":node-id must be a non-empty hex64 string\"))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-add-module\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :content])\n [:op :module-path :content])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (content ((core/map::get op) (quote :content))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if\n (if (selfhost/patch_schema::is-str? content)\n true\n (selfhost/patch_schema::is-vec? content))\n {:content content :module-path module-path :op (quote :add-module)}\n (selfhost/patch_normalize::err \":content must be a string or vector\"))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-remove-module\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path])\n [:op :module-path])))\n (if (core/error::is? shape)\n shape\n (let ((module-path ((core/map::get op) (quote :module-path))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n {:module-path module-path :op (quote :remove-module)}\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-update-manifest\n (fn (op)\n (let\n ((shape\n (((selfhost/patch_normalize::shape op)\n [:op :set :obligations-add :obligations-remove :tests-add :tests-remove :caps-policy])\n [:op])))\n (if (core/error::is? shape)\n shape\n (let\n ((set-value\n (if ((selfhost/patch_normalize::has-key op) (quote :set))\n ((core/map::get op) (quote :set))\n nil))\n (obligations-add\n ((selfhost/patch_normalize::optional-strings op) (quote :obligations-add)))\n (obligations-remove\n ((selfhost/patch_normalize::optional-strings op) (quote :obligations-remove)))\n (tests-add ((selfhost/patch_normalize::optional-strings op) (quote :tests-add)))\n (tests-remove\n ((selfhost/patch_normalize::optional-strings op) (quote :tests-remove)))\n (caps-policy\n (if ((selfhost/patch_normalize::has-key op) (quote :caps-policy))\n ((core/map::get op) (quote :caps-policy))\n nil)))\n (if\n (if (core/list::is-nil? set-value)\n true\n (selfhost/patch_schema::is-map? set-value))\n (if\n (if (core/list::is-nil? caps-policy)\n true\n (selfhost/patch_normalize::nonempty-str? caps-policy))\n (if (core/error::is? obligations-add)\n obligations-add\n (if (core/error::is? obligations-remove)\n obligations-remove\n (if (core/error::is? tests-add)\n tests-add\n (if (core/error::is? tests-remove)\n tests-remove\n {:caps-policy caps-policy\n :obligations-add obligations-add\n :obligations-remove obligations-remove\n :op (quote :update-manifest)\n :set set-value\n :tests-add tests-add\n :tests-remove tests-remove}))))\n (selfhost/patch_normalize::err \":caps-policy must be nil or a non-empty string\"))\n (selfhost/patch_normalize::err \":set must be nil or a map\")))))))\n\n(def selfhost/patch_normalize::normalize-rename-symbol\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op) [:op :module-path :from :to])\n [:op :module-path :from :to])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (from (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :from))))\n (to (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :to)))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if (core/error::is? from)\n from\n (if (core/error::is? to)\n to\n {:from from :module-path module-path :op (quote :rename-symbol) :to to}))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-move-module\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op)\n [:op :from-module-path :to-module-path])\n [:op :from-module-path :to-module-path])))\n (if (core/error::is? shape)\n shape\n (let\n ((from-path ((core/map::get op) (quote :from-module-path)))\n (to-path ((core/map::get op) (quote :to-module-path))))\n (if\n (if (selfhost/patch_normalize::portable-module-path? from-path)\n (selfhost/patch_normalize::portable-module-path? to-path)\n false)\n {:from-module-path from-path :op (quote :move-module) :to-module-path to-path}\n (selfhost/patch_normalize::err \"module paths must be portable package-relative paths\")))))))\n\n(def selfhost/patch_normalize::normalize-split-module\n (fn (op)\n (let ((shape (((selfhost/patch_normalize::shape op)\n [:op :from-module-path :to-module-path :symbols])\n [:op :from-module-path :to-module-path :symbols])))\n (if (core/error::is? shape)\n shape\n (let\n ((from-path ((core/map::get op) (quote :from-module-path)))\n (to-path ((core/map::get op) (quote :to-module-path)))\n (symbols (selfhost/patch_normalize::strings ((core/map::get op) (quote :symbols)))))\n (if\n (if (selfhost/patch_normalize::portable-module-path? from-path)\n (selfhost/patch_normalize::portable-module-path? to-path)\n false)\n (if (core/error::is? symbols)\n symbols\n (if ((core/int::lt? 0) (core/vec::len symbols))\n {:from-module-path from-path\n :op (quote :split-module)\n :symbols symbols\n :to-module-path to-path}\n (selfhost/patch_normalize::err \":symbols must be non-empty\")))\n (selfhost/patch_normalize::err \"module paths must be portable package-relative paths\")))))))\n\n(def selfhost/patch_normalize::normalize-rewrite-meta\n (fn (op)\n (fn (op-symbol)\n (let\n ((shape\n (((selfhost/patch_normalize::shape op)\n [:op :module-path :add :remove :replace])\n [:op :module-path])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (add ((selfhost/patch_normalize::optional-strings op) (quote :add)))\n (remove ((selfhost/patch_normalize::optional-strings op) (quote :remove)))\n (replace\n (if ((selfhost/patch_normalize::has-key op) (quote :replace))\n (let ((value ((core/map::get op) (quote :replace))))\n (if (core/list::is-nil? value)\n nil\n (selfhost/patch_normalize::strings value)))\n nil)))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if (core/error::is? add)\n add\n (if (core/error::is? remove)\n remove\n (if (core/error::is? replace)\n replace\n {:add add\n :module-path module-path\n :op op-symbol\n :remove remove\n :replace replace})))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\"))))))))\n\n(def selfhost/patch_normalize::normalize-migrate-contract\n (fn (op)\n (let\n ((shape\n (((selfhost/patch_normalize::shape op)\n [:op :module-path :contract-symbol :from-param :to-param])\n [:op :module-path :contract-symbol :from-param :to-param])))\n (if (core/error::is? shape)\n shape\n (let\n ((module-path ((core/map::get op) (quote :module-path)))\n (contract-symbol\n (selfhost/patch_normalize::sym-or-str\n ((core/map::get op) (quote :contract-symbol))))\n (from-param\n (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :from-param))))\n (to-param\n (selfhost/patch_normalize::sym-or-str ((core/map::get op) (quote :to-param)))))\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (if (core/error::is? contract-symbol)\n contract-symbol\n (if (core/error::is? from-param)\n from-param\n (if (core/error::is? to-param)\n to-param\n {:contract-symbol contract-symbol\n :from-param from-param\n :module-path module-path\n :op (quote :migrate-contract-signature)\n :to-param to-param})))\n (selfhost/patch_normalize::err \":module-path must be a portable package-relative path\")))))))\n\n(def selfhost/patch_normalize::normalize-op\n (fn (op)\n (if (selfhost/patch_schema::is-map? op)\n (let ((op-symbol ((core/map::get op) (quote :op))))\n (if (selfhost/patch_schema::is-sym? op-symbol)\n (if ((core/sym::eq? op-symbol) (quote :replace-node))\n (selfhost/patch_normalize::normalize-replace-node op)\n (if ((core/sym::eq? op-symbol) (quote :replace-node-id))\n (selfhost/patch_normalize::normalize-replace-node-id op)\n (if ((core/sym::eq? op-symbol) (quote :add-module))\n (selfhost/patch_normalize::normalize-add-module op)\n (if ((core/sym::eq? op-symbol) (quote :remove-module))\n (selfhost/patch_normalize::normalize-remove-module op)\n (if ((core/sym::eq? op-symbol) (quote :update-manifest))\n (selfhost/patch_normalize::normalize-update-manifest op)\n (if ((core/sym::eq? op-symbol) (quote :rename-symbol))\n (selfhost/patch_normalize::normalize-rename-symbol op)\n (if ((core/sym::eq? op-symbol) (quote :move-module))\n (selfhost/patch_normalize::normalize-move-module op)\n (if ((core/sym::eq? op-symbol) (quote :split-module))\n (selfhost/patch_normalize::normalize-split-module op)\n (if ((core/sym::eq? op-symbol) (quote :rewrite-imports))\n ((selfhost/patch_normalize::normalize-rewrite-meta op)\n (quote :rewrite-imports))\n (if ((core/sym::eq? op-symbol) (quote :rewrite-exports))\n ((selfhost/patch_normalize::normalize-rewrite-meta op)\n (quote :rewrite-exports))\n (if\n ((core/sym::eq? op-symbol)\n (quote :migrate-contract-signature))\n (selfhost/patch_normalize::normalize-migrate-contract op)\n (selfhost/patch_normalize::err \"unknown :op\"))))))))))))\n (selfhost/patch_normalize::err \":op must be a symbol\")))\n (selfhost/patch_normalize::err \"operation must be a map\"))))\n\n(def selfhost/patch_normalize::normalize-ops-loop\n (fn (ops)\n (fn (i)\n (fn (normalized)\n (fn (identities)\n (if ((core/int::eq? i) (core/vec::len ops))\n {:identities identities :ops normalized}\n (let ((op (selfhost/patch_normalize::normalize-op ((core/vec::get ops) i))))\n (if (core/error::is? op)\n op\n (let ((op-h (selfhost/hash::hash-term op)))\n (if (core/error::is? op-h)\n op-h\n (((((selfhost/patch_normalize::normalize-ops-loop ops)\n ((core/int::add i) 1))\n ((core/vec::push normalized) op))\n ((core/vec::push identities) {:op-h op-h :ordinal i})))))))))))))\n\n(def selfhost/patch_normalize::normalize-patch\n (fn (patch)\n (if (selfhost/patch_schema::is-map? patch)\n (let\n ((shape\n (((selfhost/patch_normalize::shape patch)\n [:version :intent :provenance :ops])\n [:version :intent :provenance :ops])))\n (if (core/error::is? shape)\n shape\n (let\n ((version ((core/map::get patch) (quote :version)))\n (intent ((core/map::get patch) (quote :intent)))\n (provenance ((core/map::get patch) (quote :provenance)))\n (ops ((core/map::get patch) (quote :ops))))\n (if\n (if (selfhost/patch_schema::is-int? version)\n ((core/int::eq? version) 1)\n false)\n (if (selfhost/patch_schema::is-str? intent)\n (if (selfhost/patch_schema::is-map? provenance)\n (if (selfhost/patch_schema::is-vec? ops)\n (let ((result ((((selfhost/patch_normalize::normalize-ops-loop ops) 0) []) [])))\n (if (core/error::is? result)\n result\n {:identities ((core/map::get result) (quote :identities))\n :patch\n {:intent intent\n :ops ((core/map::get result) (quote :ops))\n :provenance provenance\n :version 1}}))\n (selfhost/patch_normalize::err \":ops must be a vector\"))\n (selfhost/patch_normalize::err \":provenance must be a map\"))\n (selfhost/patch_normalize::err \":intent must be a string\"))\n (selfhost/patch_normalize::err \":version must equal 1\")))))\n (selfhost/patch_normalize::err \"patch must be a map\"))))\n\n(def core/cli::patch-normalize\n (fn (request)\n (if (selfhost/patch_schema::is-map? request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request) [:kind :profile :patch :v])\n [:kind :profile :patch :v])))\n (if (core/error::is? shape)\n shape\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (profile ((core/map::get request) (quote :profile)))\n (patch ((core/map::get request) (quote :patch)))\n (version ((core/map::get request) (quote :v))))\n (if (if (selfhost/patch_schema::is-str? kind)\n ((core/eq? kind) selfhost/patch_normalize::REQUEST_KIND)\n false)\n (if (if (selfhost/patch_schema::is-str? profile)\n ((core/eq? profile) selfhost/patch_authority::PROFILE)\n false)\n (if (if (selfhost/patch_schema::is-int? version)\n ((core/int::eq? version) 1)\n false)\n (let ((normalized (selfhost/patch_normalize::normalize-patch patch)))\n (if (core/error::is? normalized)\n normalized\n (let\n ((normalized-patch ((core/map::get normalized) (quote :patch)))\n (source-patch-h (selfhost/hash::hash-term patch)))\n (let ((patch-h (selfhost/hash::hash-term normalized-patch)))\n (if (core/error::is? source-patch-h)\n source-patch-h\n (if (core/error::is? patch-h)\n patch-h\n {:kind selfhost/patch_normalize::REPORT_KIND\n :normalized-patch normalized-patch\n :ok true\n :op-identities\n ((core/map::get normalized) (quote :identities))\n :patch-h patch-h\n :profile selfhost/patch_authority::PROFILE\n :source-patch-h source-patch-h\n :v 1}))))))\n (selfhost/patch_normalize::err \"request :v must equal 1\"))\n (selfhost/patch_normalize::err \"request :profile mismatch\"))\n (selfhost/patch_normalize::err \"request :kind mismatch\")))))\n (selfhost/patch_normalize::err \"request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"g\x1Df\x0Fs\x9Fj\x0B\x08\x12\x8C\xE3^\x8F\xBC\xC3\xE1N\x0C\x9307\xE8\xE6c\xA47\xEC^\x13 \x1F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/patch_preflight::REQUEST_KIND "genesis/patch-preflight-request-v0.1") (def selfhost/patch_preflight::REPORT_KIND "genesis/patch-preflight-v0.1") (def selfhost/patch_preflight::err (fn (message) ((core/error::make2 "core/patch-authority") message))) (def selfhost/patch_preflight::valid-state? (fn (state) (if (selfhost/patch_schema::is-str? state) (if ((core/eq? state) "absent") true (if ((core/eq? state) "file") true ((core/eq? state) "other"))) false))) (def selfhost/patch_preflight::state-record (fn (path) (fn (state) {:path path :state state}))) (def selfhost/patch_preflight::build-state (fn (records) (fn (i) (fn (state) (if ((core/int::eq? i) (core/vec::len records)) state (let ((record ((core/vec::get records) i))) (let ((shape (((selfhost/patch_normalize::shape record) [:path :state]) [:path :state]))) (if (core/error::is? shape) shape (let ((path ((core/map::get record) (quote :path))) (path-state ((core/map::get record) (quote :state)))) (if (selfhost/patch_normalize::portable-module-path? path) (if (selfhost/patch_preflight::valid-state? path-state) (if (core/list::is-nil? ((core/map::get state) path)) (((selfhost/patch_preflight::build-state records) ((core/int::add i) 1)) (((core/map::put state) path) path-state)) (selfhost/patch_preflight::err "path states must not contain duplicate paths")) (selfhost/patch_preflight::err "path state must be absent, file, or other")) (selfhost/patch_preflight::err "path state path must be a portable package-relative path"))))))))))) (def selfhost/patch_preflight::state-records-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (((selfhost/patch_preflight::state-records-loop entries) ((core/int::add i) 1)) ((core/vec::push out) ((selfhost/patch_preflight::state-record ((core/vec::get entry) 0)) ((core/vec::get entry) 1)))))))))) (def selfhost/patch_preflight::state-records (fn (state) (((selfhost/patch_preflight::state-records-loop (core/map::entries state)) 0) []))) (def selfhost/patch_preflight::check-record (fn (ordinal) (fn (op) (fn (path) (fn (expected) (fn (actual) {:actual actual :expected expected :op op :ordinal ordinal :path path})))))) (def selfhost/patch_preflight::conflict-record (fn (ordinal) (fn (op) (fn (path) (fn (expected) (fn (actual) {:actual actual :code "patch/path-state-conflict" :expected expected :op op :ordinal ordinal :path path})))))) (def selfhost/patch_preflight::require-state (fn (state) (fn (checks) (fn (ordinal) (fn (op) (fn (path) (fn (expected) (let ((actual0 ((core/map::get state) path))) (let ((actual (if (core/list::is-nil? actual0) "unbound" actual0))) (if ((core/eq? actual) expected) {:checks ((core/vec::push checks) (((((selfhost/patch_preflight::check-record ordinal) op) path) expected) actual)) :conflict nil :ok true :state state} {:checks checks :conflict (((((selfhost/patch_preflight::conflict-record ordinal) op) path) expected) actual) :ok false :state state})))))))))) (def selfhost/patch_preflight::transition (fn (result) (fn (path) (fn (next-state) (if ((core/map::get result) (quote :ok)) (((core/map::put result) (quote :state)) (((core/map::put ((core/map::get result) (quote :state))) path) next-state)) result))))) (def selfhost/patch_preflight::require-one (fn (state) (fn (checks) (fn (ordinal) (fn (op) (fn (path) ((((((selfhost/patch_preflight::require-state state) checks) ordinal) op) path) "file"))))))) (def selfhost/patch_preflight::add-module (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((path ((core/map::get op) (quote :module-path)))) (((selfhost/patch_preflight::transition ((((((selfhost/patch_preflight::require-state state) checks) ordinal) (quote :add-module)) path) "absent")) path) "file"))))))) (def selfhost/patch_preflight::remove-module (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((path ((core/map::get op) (quote :module-path)))) (((selfhost/patch_preflight::transition ((((((selfhost/patch_preflight::require-state state) checks) ordinal) (quote :remove-module)) path) "file")) path) "absent"))))))) (def selfhost/patch_preflight::move-module (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((from-path ((core/map::get op) (quote :from-module-path))) (to-path ((core/map::get op) (quote :to-module-path)))) (let ((source ((((((selfhost/patch_preflight::require-state state) checks) ordinal) (quote :move-module)) from-path) "file"))) (if ((core/map::get source) (quote :ok)) (let ((target ((((((selfhost/patch_preflight::require-state ((core/map::get source) (quote :state))) ((core/map::get source) (quote :checks))) ordinal) (quote :move-module)) to-path) "absent"))) (if ((core/map::get target) (quote :ok)) (((selfhost/patch_preflight::transition (((selfhost/patch_preflight::transition target) from-path) "absent")) to-path) "file") target)) source)))))))) (def selfhost/patch_preflight::split-module (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((from-path ((core/map::get op) (quote :from-module-path))) (to-path ((core/map::get op) (quote :to-module-path)))) (let ((source ((((((selfhost/patch_preflight::require-state state) checks) ordinal) (quote :split-module)) from-path) "file"))) (if ((core/map::get source) (quote :ok)) (let ((target ((((((selfhost/patch_preflight::require-state ((core/map::get source) (quote :state))) ((core/map::get source) (quote :checks))) ordinal) (quote :split-module)) to-path) "absent"))) (if ((core/map::get target) (quote :ok)) (((selfhost/patch_preflight::transition target) to-path) "file") target)) source)))))))) (def selfhost/patch_preflight::module-op (fn (state) (fn (checks) (fn (ordinal) (fn (op) (((((selfhost/patch_preflight::require-one state) checks) ordinal) ((core/map::get op) (quote :op))) ((core/map::get op) (quote :module-path)))))))) (def selfhost/patch_preflight::module-op? (fn (op-symbol) (if ((core/sym::eq? op-symbol) (quote :replace-node)) true (if ((core/sym::eq? op-symbol) (quote :replace-node-id)) true (if ((core/sym::eq? op-symbol) (quote :rename-symbol)) true (if ((core/sym::eq? op-symbol) (quote :rewrite-imports)) true (if ((core/sym::eq? op-symbol) (quote :rewrite-exports)) true ((core/sym::eq? op-symbol) (quote :migrate-contract-signature))))))))) (def selfhost/patch_preflight::step (fn (state) (fn (checks) (fn (ordinal) (fn (op) (let ((op-symbol ((core/map::get op) (quote :op)))) (if ((core/sym::eq? op-symbol) (quote :update-manifest)) {:checks checks :conflict nil :ok true :state state} (if ((core/sym::eq? op-symbol) (quote :add-module)) ((((selfhost/patch_preflight::add-module state) checks) ordinal) op) (if ((core/sym::eq? op-symbol) (quote :remove-module)) ((((selfhost/patch_preflight::remove-module state) checks) ordinal) op) (if ((core/sym::eq? op-symbol) (quote :move-module)) ((((selfhost/patch_preflight::move-module state) checks) ordinal) op) (if ((core/sym::eq? op-symbol) (quote :split-module)) ((((selfhost/patch_preflight::split-module state) checks) ordinal) op) (if (selfhost/patch_preflight::module-op? op-symbol) ((((selfhost/patch_preflight::module-op state) checks) ordinal) op) (selfhost/patch_preflight::err "preflight received unknown operation"))))))))))))) (def selfhost/patch_preflight::run-loop (fn (ops) (fn (i) (fn (state) (fn (checks) (if ((core/int::eq? i) (core/vec::len ops)) {:checks checks :conflict nil :ok true :state state} (let ((result ((((selfhost/patch_preflight::step state) checks) i) ((core/vec::get ops) i)))) (if (core/error::is? result) result (if ((core/map::get result) (quote :ok)) ((((selfhost/patch_preflight::run-loop ops) ((core/int::add i) 1)) ((core/map::get result) (quote :state))) ((core/map::get result) (quote :checks))) result))))))))) (def selfhost/patch_preflight::execute (fn (patch) (fn (path-states) (let ((valid (core/cli::validate-patch patch))) (if (core/error::is? valid) valid (let ((state (((selfhost/patch_preflight::build-state path-states) 0) {}))) (if (core/error::is? state) state (let ((normalized-patch patch) (path-states-h (selfhost/hash::hash-term path-states))) (if (core/error::is? path-states-h) path-states-h (let ((patch-h (selfhost/hash::hash-term normalized-patch))) (if (core/error::is? patch-h) patch-h (let ((result ((((selfhost/patch_preflight::run-loop ((core/map::get normalized-patch) (quote :ops))) 0) state) []))) (if (core/error::is? result) result {:checks ((core/map::get result) (quote :checks)) :conflict ((core/map::get result) (quote :conflict)) :final-path-states (selfhost/patch_preflight::state-records ((core/map::get result) (quote :state))) :kind selfhost/patch_preflight::REPORT_KIND :ok ((core/map::get result) (quote :ok)) :patch-h patch-h :path-states-h path-states-h :profile selfhost/patch_authority::PROFILE :v 1}))))))))))))) (def core/cli::patch-preflight (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:kind :patch :path-states :profile :v]) [:kind :patch :path-states :profile :v]))) (if (core/error::is? shape) shape (let ((kind ((core/map::get request) (quote :kind))) (profile ((core/map::get request) (quote :profile))) (patch ((core/map::get request) (quote :patch))) (path-states ((core/map::get request) (quote :path-states))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/patch_schema::is-str? kind) ((core/eq? kind) selfhost/patch_preflight::REQUEST_KIND) false) (if (if (selfhost/patch_schema::is-str? profile) ((core/eq? profile) selfhost/patch_authority::PROFILE) false) (if (if (selfhost/patch_schema::is-int? version) ((core/int::eq? version) 1) false) (if (selfhost/patch_schema::is-vec? path-states) ((selfhost/patch_preflight::execute patch) path-states) (selfhost/patch_preflight::err "request :path-states must be a vector")) (selfhost/patch_preflight::err "request :v must equal 1")) (selfhost/patch_preflight::err "request :profile mismatch")) (selfhost/patch_preflight::err "request :kind mismatch")))))))] :module-h b"Y\xE9.\x85\xD3}N\xD9#\xE8\x97\x00\xE6,D#\x93\xFB>\x19\xCE\x07:\xB9\x12\\\xE0\x85\xD9\x1C\xC5\x1F" :path "selfhost/patch_authority_preflight_v1.gc" :source "(def selfhost/patch_preflight::REQUEST_KIND \"genesis/patch-preflight-request-v0.1\")\n(def selfhost/patch_preflight::REPORT_KIND \"genesis/patch-preflight-v0.1\")\n\n(def selfhost/patch_preflight::err\n (fn (message) ((core/error::make2 \"core/patch-authority\") message)))\n\n(def selfhost/patch_preflight::valid-state?\n (fn (state)\n (if (selfhost/patch_schema::is-str? state)\n (if ((core/eq? state) \"absent\")\n true\n (if ((core/eq? state) \"file\") true ((core/eq? state) \"other\")))\n false)))\n\n(def selfhost/patch_preflight::state-record\n (fn (path) (fn (state) {:path path :state state})))\n\n(def selfhost/patch_preflight::build-state\n (fn (records)\n (fn (i)\n (fn (state)\n (if ((core/int::eq? i) (core/vec::len records))\n state\n (let ((record ((core/vec::get records) i)))\n (let\n ((shape\n (((selfhost/patch_normalize::shape record) [:path :state])\n [:path :state])))\n (if (core/error::is? shape)\n shape\n (let\n ((path ((core/map::get record) (quote :path)))\n (path-state ((core/map::get record) (quote :state))))\n (if (selfhost/patch_normalize::portable-module-path? path)\n (if (selfhost/patch_preflight::valid-state? path-state)\n (if (core/list::is-nil? ((core/map::get state) path))\n (((selfhost/patch_preflight::build-state records)\n ((core/int::add i) 1))\n (((core/map::put state) path) path-state))\n (selfhost/patch_preflight::err\n \"path states must not contain duplicate paths\"))\n (selfhost/patch_preflight::err\n \"path state must be absent, file, or other\"))\n (selfhost/patch_preflight::err\n \"path state path must be a portable package-relative path\")))))))))))\n\n(def selfhost/patch_preflight::state-records-loop\n (fn (entries)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) i)))\n (((selfhost/patch_preflight::state-records-loop entries)\n ((core/int::add i) 1))\n ((core/vec::push out)\n ((selfhost/patch_preflight::state-record\n ((core/vec::get entry) 0))\n ((core/vec::get entry) 1))))))))))\n\n(def selfhost/patch_preflight::state-records\n (fn (state)\n (((selfhost/patch_preflight::state-records-loop (core/map::entries state)) 0) [])))\n\n(def selfhost/patch_preflight::check-record\n (fn (ordinal)\n (fn (op)\n (fn (path)\n (fn (expected)\n (fn (actual)\n {:actual actual :expected expected :op op :ordinal ordinal :path path}))))))\n\n(def selfhost/patch_preflight::conflict-record\n (fn (ordinal)\n (fn (op)\n (fn (path)\n (fn (expected)\n (fn (actual)\n {:actual actual\n :code \"patch/path-state-conflict\"\n :expected expected\n :op op\n :ordinal ordinal\n :path path}))))))\n\n(def selfhost/patch_preflight::require-state\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (fn (path)\n (fn (expected)\n (let ((actual0 ((core/map::get state) path)))\n (let\n ((actual (if (core/list::is-nil? actual0) \"unbound\" actual0)))\n (if ((core/eq? actual) expected)\n {:checks\n ((core/vec::push checks)\n (((((selfhost/patch_preflight::check-record ordinal) op) path)\n expected)\n actual))\n :conflict nil\n :ok true\n :state state}\n {:checks checks\n :conflict\n (((((selfhost/patch_preflight::conflict-record ordinal) op) path)\n expected)\n actual)\n :ok false\n :state state}))))))))))\n\n(def selfhost/patch_preflight::transition\n (fn (result)\n (fn (path)\n (fn (next-state)\n (if ((core/map::get result) (quote :ok))\n (((core/map::put result) (quote :state))\n (((core/map::put ((core/map::get result) (quote :state))) path) next-state))\n result)))))\n\n(def selfhost/patch_preflight::require-one\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (fn (path)\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal) op) path)\n \"file\")))))))\n\n(def selfhost/patch_preflight::add-module\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let ((path ((core/map::get op) (quote :module-path))))\n (((selfhost/patch_preflight::transition\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal)\n (quote :add-module))\n path)\n \"absent\"))\n path)\n \"file\")))))))\n\n(def selfhost/patch_preflight::remove-module\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let ((path ((core/map::get op) (quote :module-path))))\n (((selfhost/patch_preflight::transition\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal)\n (quote :remove-module))\n path)\n \"file\"))\n path)\n \"absent\")))))))\n\n(def selfhost/patch_preflight::move-module\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let\n ((from-path ((core/map::get op) (quote :from-module-path)))\n (to-path ((core/map::get op) (quote :to-module-path))))\n (let\n ((source\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal)\n (quote :move-module))\n from-path)\n \"file\")))\n (if ((core/map::get source) (quote :ok))\n (let\n ((target\n ((((((selfhost/patch_preflight::require-state\n ((core/map::get source) (quote :state)))\n ((core/map::get source) (quote :checks)))\n ordinal)\n (quote :move-module))\n to-path)\n \"absent\")))\n (if ((core/map::get target) (quote :ok))\n (((selfhost/patch_preflight::transition\n (((selfhost/patch_preflight::transition target) from-path) \"absent\"))\n to-path)\n \"file\")\n target))\n source))))))))\n\n(def selfhost/patch_preflight::split-module\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let\n ((from-path ((core/map::get op) (quote :from-module-path)))\n (to-path ((core/map::get op) (quote :to-module-path))))\n (let\n ((source\n ((((((selfhost/patch_preflight::require-state state) checks) ordinal)\n (quote :split-module))\n from-path)\n \"file\")))\n (if ((core/map::get source) (quote :ok))\n (let\n ((target\n ((((((selfhost/patch_preflight::require-state\n ((core/map::get source) (quote :state)))\n ((core/map::get source) (quote :checks)))\n ordinal)\n (quote :split-module))\n to-path)\n \"absent\")))\n (if ((core/map::get target) (quote :ok))\n (((selfhost/patch_preflight::transition target) to-path) \"file\")\n target))\n source))))))))\n\n(def selfhost/patch_preflight::module-op\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (((((selfhost/patch_preflight::require-one state) checks) ordinal)\n ((core/map::get op) (quote :op)))\n ((core/map::get op) (quote :module-path))))))))\n\n(def selfhost/patch_preflight::module-op?\n (fn (op-symbol)\n (if ((core/sym::eq? op-symbol) (quote :replace-node))\n true\n (if ((core/sym::eq? op-symbol) (quote :replace-node-id))\n true\n (if ((core/sym::eq? op-symbol) (quote :rename-symbol))\n true\n (if ((core/sym::eq? op-symbol) (quote :rewrite-imports))\n true\n (if ((core/sym::eq? op-symbol) (quote :rewrite-exports))\n true\n ((core/sym::eq? op-symbol) (quote :migrate-contract-signature)))))))))\n\n(def selfhost/patch_preflight::step\n (fn (state)\n (fn (checks)\n (fn (ordinal)\n (fn (op)\n (let ((op-symbol ((core/map::get op) (quote :op))))\n (if ((core/sym::eq? op-symbol) (quote :update-manifest))\n {:checks checks :conflict nil :ok true :state state}\n (if ((core/sym::eq? op-symbol) (quote :add-module))\n ((((selfhost/patch_preflight::add-module state) checks) ordinal) op)\n (if ((core/sym::eq? op-symbol) (quote :remove-module))\n ((((selfhost/patch_preflight::remove-module state) checks) ordinal) op)\n (if ((core/sym::eq? op-symbol) (quote :move-module))\n ((((selfhost/patch_preflight::move-module state) checks) ordinal) op)\n (if ((core/sym::eq? op-symbol) (quote :split-module))\n ((((selfhost/patch_preflight::split-module state) checks) ordinal) op)\n (if (selfhost/patch_preflight::module-op? op-symbol)\n ((((selfhost/patch_preflight::module-op state) checks) ordinal) op)\n (selfhost/patch_preflight::err \"preflight received unknown operation\")))))))))))))\n\n(def selfhost/patch_preflight::run-loop\n (fn (ops)\n (fn (i)\n (fn (state)\n (fn (checks)\n (if ((core/int::eq? i) (core/vec::len ops))\n {:checks checks :conflict nil :ok true :state state}\n (let\n ((result\n ((((selfhost/patch_preflight::step state) checks) i)\n ((core/vec::get ops) i))))\n (if (core/error::is? result)\n result\n (if ((core/map::get result) (quote :ok))\n (((((selfhost/patch_preflight::run-loop ops) ((core/int::add i) 1))\n ((core/map::get result) (quote :state)))\n ((core/map::get result) (quote :checks))))\n result)))))))))\n\n(def selfhost/patch_preflight::execute\n (fn (patch)\n (fn (path-states)\n (let ((valid (core/cli::validate-patch patch)))\n (if (core/error::is? valid)\n valid\n (let ((state (((selfhost/patch_preflight::build-state path-states) 0) {})))\n (if (core/error::is? state)\n state\n (let\n ((normalized-patch patch)\n (path-states-h (selfhost/hash::hash-term path-states)))\n (if (core/error::is? path-states-h)\n path-states-h\n (let ((patch-h (selfhost/hash::hash-term normalized-patch)))\n (if (core/error::is? patch-h)\n patch-h\n (let\n ((result\n ((((selfhost/patch_preflight::run-loop\n ((core/map::get normalized-patch) (quote :ops)))\n 0)\n state)\n [])))\n (if (core/error::is? result)\n result\n {:checks ((core/map::get result) (quote :checks))\n :conflict ((core/map::get result) (quote :conflict))\n :final-path-states\n (selfhost/patch_preflight::state-records\n ((core/map::get result) (quote :state)))\n :kind selfhost/patch_preflight::REPORT_KIND\n :ok ((core/map::get result) (quote :ok))\n :patch-h patch-h\n :path-states-h path-states-h\n :profile selfhost/patch_authority::PROFILE\n :v 1})))))))))))))\n\n(def core/cli::patch-preflight\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:kind :patch :path-states :profile :v])\n [:kind :patch :path-states :profile :v])))\n (if (core/error::is? shape)\n shape\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (profile ((core/map::get request) (quote :profile)))\n (patch ((core/map::get request) (quote :patch)))\n (path-states ((core/map::get request) (quote :path-states)))\n (version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/patch_schema::is-str? kind)\n ((core/eq? kind) selfhost/patch_preflight::REQUEST_KIND)\n false)\n (if\n (if (selfhost/patch_schema::is-str? profile)\n ((core/eq? profile) selfhost/patch_authority::PROFILE)\n false)\n (if\n (if (selfhost/patch_schema::is-int? version)\n ((core/int::eq? version) 1)\n false)\n (if (selfhost/patch_schema::is-vec? path-states)\n ((selfhost/patch_preflight::execute patch) path-states)\n (selfhost/patch_preflight::err\n \"request :path-states must be a vector\"))\n (selfhost/patch_preflight::err \"request :v must equal 1\"))\n (selfhost/patch_preflight::err \"request :profile mismatch\"))\n (selfhost/patch_preflight::err \"request :kind mismatch\")))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"Y\xE9.\x85\xD3}N\xD9#\xE8\x97\x00\xE6,D#\x93\xFB>\x19\xCE\x07:\xB9\x12\\\xE0\x85\xD9\x1C\xC5\x1F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/refactor_plan::REQUEST_KIND "genesis/refactor-plan-request-v0.1") (def selfhost/refactor_plan::REPORT_KIND "genesis/refactor-plan-v0.1") (def selfhost/refactor_plan::PROFILE "genesis/patch-authority-v0.1") (def selfhost/refactor_plan::err (fn (msg) ((core/error::make2 "core/refactor-plan") msg))) (def selfhost/refactor_plan::conflict (fn (code) (fn (message) (fn (module-path) (fn (path-repr) {:code code :message message :module-path module-path :path-repr path-repr}))))) (def selfhost/refactor_plan::push-conflict (fn (conflicts) (fn (condition) (fn (code) (fn (message) (if condition ((core/vec::push conflicts) ((((selfhost/refactor_plan::conflict code) message) "") "")) conflicts)))))) (def selfhost/refactor_plan::kind-valid? (fn (kind) (if ((core/eq? kind) "rename") true (if ((core/eq? kind) "move") true ((core/eq? kind) "extract"))))) (def selfhost/refactor_plan::move-kind? (fn (kind) (if ((core/eq? kind) "move") true ((core/eq? kind) "extract")))) (def selfhost/refactor_plan::module-shape (fn (module) (((selfhost/patch_normalize::shape module) [:forms :module-path]) [:forms :module-path]))) (def selfhost/refactor_plan::validate-modules (fn (modules) (fn (i) (fn (seen) (if ((core/int::eq? i) (core/vec::len modules)) true (let ((module ((core/vec::get modules) i))) (let ((shape (selfhost/refactor_plan::module-shape module))) (if (core/error::is? shape) shape (let ((path ((core/map::get module) (quote :module-path))) (forms ((core/map::get module) (quote :forms)))) (if (selfhost/patch_schema::is-str? path) (if (selfhost/patch_normalize::portable-module-path? path) (if (selfhost/patch_schema::is-vec? forms) (if (core/list::is-nil? ((core/map::get seen) path)) (((selfhost/refactor_plan::validate-modules modules) ((core/int::add i) 1)) (((core/map::put seen) path) true)) (selfhost/refactor_plan::err "duplicate workspace module path")) (selfhost/refactor_plan::err "module :forms must be a vector")) (selfhost/refactor_plan::err "module path must be a portable package-relative path")) (selfhost/refactor_plan::err "module :module-path must be a string"))))))))))) (def selfhost/refactor_plan::collect-defs (fn (modules) (fn (module-index) (fn (form-index) (fn (out) (if ((core/int::eq? module-index) (core/vec::len modules)) out (let ((module ((core/vec::get modules) module-index))) (let ((forms ((core/map::get module) (quote :forms))) (module-path ((core/map::get module) (quote :module-path)))) (if ((core/int::eq? form-index) (core/vec::len forms)) ((((selfhost/refactor_plan::collect-defs modules) ((core/int::add module-index) 1)) 0) out) (let ((form ((core/vec::get forms) form-index))) (let ((name (selfhost/patch_refactor::top-level-def-name form))) (let ((next (if (core/list::is-nil? name) out ((core/vec::push out) {:expr (selfhost/patch_refactor::top-level-def-rhs form) :form-index form-index :module-index module-index :module-path module-path :name name})))) ((((selfhost/refactor_plan::collect-defs modules) module-index) ((core/int::add form-index) 1)) next))))))))))))) (def selfhost/refactor_plan::defs-named (fn (defs) (fn (name) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len defs)) out (let ((record ((core/vec::get defs) i))) ((((selfhost/refactor_plan::defs-named defs) name) ((core/int::add i) 1)) (if ((core/eq? ((core/map::get record) (quote :name))) name) ((core/vec::push out) record) out))))))))) (def selfhost/refactor_plan::affected-modules (fn (modules) (fn (from) (fn (to) (fn (i) (fn (out) (fn (rewrite-count) (if ((core/int::eq? i) (core/vec::len modules)) {:modules out :rewrite-count rewrite-count} (let ((module ((core/vec::get modules) i))) (let ((renamed (((selfhost/patch_refactor::rename-symbol-forms-core ((core/map::get module) (quote :forms))) from) to))) (if (core/error::is? renamed) renamed (let ((count ((core/map::get renamed) (quote :rewrite-count)))) ((((((selfhost/refactor_plan::affected-modules modules) from) to) ((core/int::add i) 1)) (if ((core/int::lt? 0) count) ((core/vec::push out) module) out)) ((core/int::add rewrite-count) count)))))))))))))) (def selfhost/refactor_plan::rename-ops (fn (affected) (fn (from) (fn (to) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len affected)) out (let ((module ((core/vec::get affected) i))) (((((selfhost/refactor_plan::rename-ops affected) from) to) ((core/int::add i) 1)) ((core/vec::push out) {:from from :module-path ((core/map::get module) (quote :module-path)) :op (quote :rename-symbol) :to to})))))))))) (def selfhost/refactor_plan::late-dependency (fn (defs) (fn (expr) (fn (source-index) (fn (i) (if ((core/int::eq? i) (core/vec::len defs)) nil (let ((record ((core/vec::get defs) i))) (let ((module-index ((core/map::get record) (quote :module-index))) (name ((core/map::get record) (quote :name)))) (if ((core/int::lt? module-index) source-index) ((((selfhost/refactor_plan::late-dependency defs) expr) source-index) ((core/int::add i) 1)) (let ((renamed (((selfhost/patch_refactor::rename-term expr) name) name))) (if (core/error::is? renamed) renamed (if ((core/int::lt? 0) (selfhost/patch_refactor::res-count renamed)) record ((((selfhost/refactor_plan::late-dependency defs) expr) source-index) ((core/int::add i) 1)))))))))))))) (def selfhost/refactor_plan::manifest-modules (fn (modules) (fn (target-path) (fn (source-path) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len modules)) out (let ((path ((core/map::get ((core/vec::get modules) i)) (quote :module-path)))) (let ((with-target (if ((core/eq? path) source-path) ((core/vec::push out) {"hash" "" "path" target-path}) out))) (((((selfhost/refactor_plan::manifest-modules modules) target-path) source-path) ((core/int::add i) 1)) ((core/vec::push with-target) {"hash" "" "path" path}))))))))))) (def selfhost/refactor_plan::base-conflicts (fn (kind) (fn (from) (fn (to) (fn (from-defs) (fn (to-defs) (let ((c0 ((((selfhost/refactor_plan::push-conflict []) (if (selfhost/patch_schema::is-str? kind) (if (selfhost/refactor_plan::kind-valid? kind) false true) true)) "refactor/kind-invalid") "refactor kind must be rename, move, or extract"))) (let ((c1 ((((selfhost/refactor_plan::push-conflict c0) (if (selfhost/patch_schema::is-str? from) ((core/int::eq? (core/str::len from)) 0) true)) "refactor/source-symbol-invalid") "source symbol must be a non-empty string"))) (let ((c2 ((((selfhost/refactor_plan::push-conflict c1) (if (selfhost/patch_schema::is-str? to) ((core/int::eq? (core/str::len to)) 0) true)) "refactor/destination-symbol-invalid") "destination symbol must be a non-empty string"))) (let ((c3 ((((selfhost/refactor_plan::push-conflict c2) (if (if (selfhost/patch_schema::is-str? from) (selfhost/patch_schema::is-str? to) false) ((core/eq? from) to) false)) "refactor/no-op") "source and destination symbols must differ"))) (let ((c4 ((((selfhost/refactor_plan::push-conflict c3) ((core/int::eq? (core/vec::len from-defs)) 0)) "refactor/source-symbol-missing") "source symbol has no workspace definition"))) (let ((c5 ((((selfhost/refactor_plan::push-conflict c4) ((core/int::lt? 1) (core/vec::len from-defs))) "refactor/source-symbol-ambiguous") "source symbol has multiple workspace definitions"))) ((((selfhost/refactor_plan::push-conflict c5) ((core/int::lt? 0) (core/vec::len to-defs))) "refactor/destination-symbol-exists") "destination symbol already has a workspace definition"))))))))))))) (def selfhost/refactor_plan::target-conflicts (fn (conflicts) (fn (kind) (fn (target) (fn (modules) (if (selfhost/refactor_plan::move-kind? kind) (let ((missing? (if (selfhost/patch_schema::is-str? target) ((core/int::eq? (core/str::len target)) 0) true))) (let ((c1 ((((selfhost/refactor_plan::push-conflict conflicts) missing?) "refactor/target-module-required") "move and extract require a target module path"))) (let ((invalid? (if missing? false (if (selfhost/patch_schema::is-str? target) (if (selfhost/patch_normalize::portable-module-path? target) false true) true)))) (let ((c2 ((((selfhost/refactor_plan::push-conflict c1) invalid?) "refactor/target-module-invalid") "target module path must be portable and package-relative"))) (let ((exists? (if (if missing? false (if invalid? false true)) (((selfhost/refactor_plan::module-path-exists? modules) target) 0) false))) ((((selfhost/refactor_plan::push-conflict c2) exists?) "refactor/target-module-exists") "target module path already exists")))))) conflicts)))))) (def selfhost/refactor_plan::module-path-exists? (fn (modules) (fn (target) (fn (i) (if ((core/int::eq? i) (core/vec::len modules)) false (if ((core/eq? ((core/map::get ((core/vec::get modules) i)) (quote :module-path))) target) true (((selfhost/refactor_plan::module-path-exists? modules) target) ((core/int::add i) 1)))))))) (def selfhost/refactor_plan::patch (fn (kind) (fn (from) (fn (to) (fn (target) (fn (modules) (fn (defs) (fn (source) (fn (affected) (let ((rename-ops (((((selfhost/refactor_plan::rename-ops affected) from) to) 0) []))) (if ((core/eq? kind) "rename") {:intent "semantic-refactor/rename" :ops rename-ops :provenance {:from from :kind (quote :rename) :to to :tool "genesis semantic-edit refactor-plan"} :version 1} (let ((source-path ((core/map::get source) (quote :module-path))) (ordered (((((selfhost/refactor_plan::manifest-modules modules) target) ((core/map::get source) (quote :module-path))) 0) []))) (let ((split-op {:from-module-path source-path :op (quote :split-module) :symbols ((core/vec::push []) to) :to-module-path target})) (let ((ops1 ((core/vec::push rename-ops) split-op))) (let ((ops2 ((core/vec::push ops1) {:op (quote :update-manifest) :set {:modules ordered}}))) {:intent ((core/str::concat "semantic-refactor/") kind) :ops ops2 :provenance {:from from :kind (core/sym::from-str ((core/str::concat ":") kind)) :to to :tool "genesis semantic-edit refactor-plan"} :version 1}))))))))))))))) (def selfhost/refactor_plan::report-conflicts (fn (request) (fn (modules) (fn (conflicts) {:conflicts conflicts :kind selfhost/refactor_plan::REPORT_KIND :module-count (core/vec::len modules) :ok false :op-count 0 :op-identities [] :patch nil :patch-h "" :profile selfhost/refactor_plan::PROFILE :replacement-count 0 :request-h (selfhost/hash::hash-term request) :safe-to-apply false :v 1})))) (def selfhost/refactor_plan::report-patch (fn (request) (fn (modules) (fn (rewrite-count) (fn (patch) (let ((normalized (core/cli::patch-normalize {:kind "genesis/patch-normalize-request-v0.1" :patch patch :profile selfhost/refactor_plan::PROFILE :v 1}))) (if (core/error::is? normalized) normalized {:conflicts [] :kind selfhost/refactor_plan::REPORT_KIND :module-count (core/vec::len modules) :ok true :op-count (core/vec::len ((core/map::get ((core/map::get normalized) (quote :normalized-patch))) (quote :ops))) :op-identities ((core/map::get normalized) (quote :op-identities)) :patch ((core/map::get normalized) (quote :normalized-patch)) :patch-h ((core/map::get normalized) (quote :patch-h)) :profile selfhost/refactor_plan::PROFILE :replacement-count rewrite-count :request-h (selfhost/hash::hash-term request) :safe-to-apply true :v 1}))))))) (def selfhost/refactor_plan::execute (fn (request) (let ((modules ((core/map::get request) (quote :modules))) (kind ((core/map::get request) (quote :refactor-kind))) (from ((core/map::get request) (quote :from-symbol))) (to ((core/map::get request) (quote :to-symbol))) (target ((core/map::get request) (quote :target-module-path)))) (if (selfhost/patch_schema::is-vec? modules) (let ((valid (((selfhost/refactor_plan::validate-modules modules) 0) {}))) (if (core/error::is? valid) valid (let ((defs ((((selfhost/refactor_plan::collect-defs modules) 0) 0) []))) (let ((from-defs ((((selfhost/refactor_plan::defs-named defs) from) 0) [])) (to-defs ((((selfhost/refactor_plan::defs-named defs) to) 0) []))) (let ((base (((((selfhost/refactor_plan::base-conflicts kind) from) to) from-defs) to-defs))) (let ((conflicts ((((selfhost/refactor_plan::target-conflicts base) kind) target) modules))) (if ((core/int::lt? 0) (core/vec::len conflicts)) (((selfhost/refactor_plan::report-conflicts request) modules) conflicts) (let ((source ((core/vec::get from-defs) 0))) (let ((late ((((selfhost/refactor_plan::late-dependency defs) ((core/map::get source) (quote :expr))) ((core/map::get source) (quote :module-index))) 0))) (if (core/error::is? late) late (if (if (selfhost/refactor_plan::move-kind? kind) (if (core/list::is-nil? late) false true) false) (((selfhost/refactor_plan::report-conflicts request) modules) ((core/vec::push []) ((((selfhost/refactor_plan::conflict "refactor/target-order-dependency") "moved definition depends on a definition unavailable before the source module") ((core/map::get late) (quote :module-path))) ""))) (let ((affected ((((((selfhost/refactor_plan::affected-modules modules) from) to) 0) []) 0))) (if (core/error::is? affected) affected (let ((patch ((((((((selfhost/refactor_plan::patch kind) from) to) target) modules) defs) source) ((core/map::get affected) (quote :modules))))) (if (core/error::is? patch) patch ((((selfhost/refactor_plan::report-patch request) modules) ((core/map::get affected) (quote :rewrite-count))) patch)))))))))))))))) (selfhost/refactor_plan::err "request :modules must be a vector"))))) (def core/cli::refactor-plan (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:from-symbol :kind :modules :profile :refactor-kind :target-module-path :to-symbol :v]) [:from-symbol :kind :modules :profile :refactor-kind :target-module-path :to-symbol :v]))) (if (core/error::is? shape) shape (let ((kind ((core/map::get request) (quote :kind))) (profile ((core/map::get request) (quote :profile))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/patch_schema::is-str? kind) ((core/eq? kind) selfhost/refactor_plan::REQUEST_KIND) false) (if (if (selfhost/patch_schema::is-str? profile) ((core/eq? profile) selfhost/refactor_plan::PROFILE) false) (if (if (selfhost/patch_schema::is-int? version) ((core/int::eq? version) 1) false) (selfhost/refactor_plan::execute request) (selfhost/refactor_plan::err "request :v must equal 1")) (selfhost/refactor_plan::err "request :profile mismatch")) (selfhost/refactor_plan::err "request :kind mismatch")))))))] :module-h b"/{\xED\x08\x1F\xC7`T \xD9\xAC\x02\x1DJ/\xAD\xBBo\x83J\x9F\x92~C'\xCEIM\xB9C\x8D\xD2" :path "selfhost/patch_authority_refactor_plan_v1.gc" :source "(def selfhost/refactor_plan::REQUEST_KIND \"genesis/refactor-plan-request-v0.1\")\n(def selfhost/refactor_plan::REPORT_KIND \"genesis/refactor-plan-v0.1\")\n(def selfhost/refactor_plan::PROFILE \"genesis/patch-authority-v0.1\")\n\n(def selfhost/refactor_plan::err\n (fn (msg) ((core/error::make2 \"core/refactor-plan\") msg)))\n\n(def selfhost/refactor_plan::conflict\n (fn (code)\n (fn (message)\n (fn (module-path)\n (fn (path-repr)\n {:code code :message message :module-path module-path :path-repr path-repr})))))\n\n(def selfhost/refactor_plan::push-conflict\n (fn (conflicts)\n (fn (condition)\n (fn (code)\n (fn (message)\n (if condition\n ((core/vec::push conflicts)\n ((((selfhost/refactor_plan::conflict code) message) \"\") \"\"))\n conflicts))))))\n\n(def selfhost/refactor_plan::kind-valid?\n (fn (kind)\n (if ((core/eq? kind) \"rename\")\n true\n (if ((core/eq? kind) \"move\") true ((core/eq? kind) \"extract\")))))\n\n(def selfhost/refactor_plan::move-kind?\n (fn (kind) (if ((core/eq? kind) \"move\") true ((core/eq? kind) \"extract\"))))\n\n(def selfhost/refactor_plan::module-shape\n (fn (module)\n (((selfhost/patch_normalize::shape module) [:forms :module-path]) [:forms :module-path])))\n\n(def selfhost/refactor_plan::validate-modules\n (fn (modules)\n (fn (i)\n (fn (seen)\n (if ((core/int::eq? i) (core/vec::len modules))\n true\n (let ((module ((core/vec::get modules) i)))\n (let ((shape (selfhost/refactor_plan::module-shape module)))\n (if (core/error::is? shape)\n shape\n (let\n ((path ((core/map::get module) (quote :module-path)))\n (forms ((core/map::get module) (quote :forms))))\n (if (selfhost/patch_schema::is-str? path)\n (if (selfhost/patch_normalize::portable-module-path? path)\n (if (selfhost/patch_schema::is-vec? forms)\n (if (core/list::is-nil? ((core/map::get seen) path))\n (((selfhost/refactor_plan::validate-modules modules)\n ((core/int::add i) 1))\n (((core/map::put seen) path) true))\n (selfhost/refactor_plan::err \"duplicate workspace module path\"))\n (selfhost/refactor_plan::err \"module :forms must be a vector\"))\n (selfhost/refactor_plan::err\n \"module path must be a portable package-relative path\"))\n (selfhost/refactor_plan::err \"module :module-path must be a string\")))))))))))\n\n(def selfhost/refactor_plan::collect-defs\n (fn (modules)\n (fn (module-index)\n (fn (form-index)\n (fn (out)\n (if ((core/int::eq? module-index) (core/vec::len modules))\n out\n (let ((module ((core/vec::get modules) module-index)))\n (let\n ((forms ((core/map::get module) (quote :forms)))\n (module-path ((core/map::get module) (quote :module-path))))\n (if ((core/int::eq? form-index) (core/vec::len forms))\n ((((selfhost/refactor_plan::collect-defs modules)\n ((core/int::add module-index) 1))\n 0)\n out)\n (let ((form ((core/vec::get forms) form-index)))\n (let ((name (selfhost/patch_refactor::top-level-def-name form)))\n (let\n ((next\n (if (core/list::is-nil? name)\n out\n ((core/vec::push out)\n {:expr (selfhost/patch_refactor::top-level-def-rhs form)\n :form-index form-index\n :module-index module-index\n :module-path module-path\n :name name}))))\n ((((selfhost/refactor_plan::collect-defs modules) module-index)\n ((core/int::add form-index) 1))\n next)))))))))))))\n\n(def selfhost/refactor_plan::defs-named\n (fn (defs)\n (fn (name)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len defs))\n out\n (let ((record ((core/vec::get defs) i)))\n ((((selfhost/refactor_plan::defs-named defs) name) ((core/int::add i) 1))\n (if ((core/eq? ((core/map::get record) (quote :name))) name)\n ((core/vec::push out) record)\n out)))))))))\n\n(def selfhost/refactor_plan::affected-modules\n (fn (modules)\n (fn (from)\n (fn (to)\n (fn (i)\n (fn (out)\n (fn (rewrite-count)\n (if ((core/int::eq? i) (core/vec::len modules))\n {:modules out :rewrite-count rewrite-count}\n (let ((module ((core/vec::get modules) i)))\n (let\n ((renamed\n (((selfhost/patch_refactor::rename-symbol-forms-core\n ((core/map::get module) (quote :forms)))\n from)\n to)))\n (if (core/error::is? renamed)\n renamed\n (let ((count ((core/map::get renamed) (quote :rewrite-count))))\n ((((((selfhost/refactor_plan::affected-modules modules) from) to)\n ((core/int::add i) 1))\n (if ((core/int::lt? 0) count)\n ((core/vec::push out) module)\n out))\n ((core/int::add rewrite-count) count))))))))))))))\n\n(def selfhost/refactor_plan::rename-ops\n (fn (affected)\n (fn (from)\n (fn (to)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len affected))\n out\n (let ((module ((core/vec::get affected) i)))\n (((((selfhost/refactor_plan::rename-ops affected) from) to)\n ((core/int::add i) 1))\n ((core/vec::push out)\n {:from from\n :module-path ((core/map::get module) (quote :module-path))\n :op (quote :rename-symbol)\n :to to}))))))))))\n\n(def selfhost/refactor_plan::late-dependency\n (fn (defs)\n (fn (expr)\n (fn (source-index)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len defs))\n nil\n (let ((record ((core/vec::get defs) i)))\n (let\n ((module-index ((core/map::get record) (quote :module-index)))\n (name ((core/map::get record) (quote :name))))\n (if ((core/int::lt? module-index) source-index)\n ((((selfhost/refactor_plan::late-dependency defs) expr) source-index)\n ((core/int::add i) 1))\n (let ((renamed (((selfhost/patch_refactor::rename-term expr) name) name)))\n (if (core/error::is? renamed)\n renamed\n (if\n ((core/int::lt? 0)\n (selfhost/patch_refactor::res-count renamed))\n record\n ((((selfhost/refactor_plan::late-dependency defs) expr)\n source-index)\n ((core/int::add i) 1))))))))))))))\n\n(def selfhost/refactor_plan::manifest-modules\n (fn (modules)\n (fn (target-path)\n (fn (source-path)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) (core/vec::len modules))\n out\n (let ((path ((core/map::get ((core/vec::get modules) i)) (quote :module-path))))\n (let\n ((with-target\n (if ((core/eq? path) source-path)\n ((core/vec::push out) {\"hash\" \"\" \"path\" target-path})\n out)))\n (((((selfhost/refactor_plan::manifest-modules modules) target-path)\n source-path)\n ((core/int::add i) 1))\n ((core/vec::push with-target) {\"hash\" \"\" \"path\" path})))))))))))\n\n(def selfhost/refactor_plan::base-conflicts\n (fn (kind)\n (fn (from)\n (fn (to)\n (fn (from-defs)\n (fn (to-defs)\n (let\n ((c0\n ((((selfhost/refactor_plan::push-conflict [])\n (if (selfhost/patch_schema::is-str? kind)\n (if (selfhost/refactor_plan::kind-valid? kind) false true)\n true))\n \"refactor/kind-invalid\")\n \"refactor kind must be rename, move, or extract\")))\n (let\n ((c1\n ((((selfhost/refactor_plan::push-conflict c0)\n (if (selfhost/patch_schema::is-str? from)\n ((core/int::eq? (core/str::len from)) 0)\n true))\n \"refactor/source-symbol-invalid\")\n \"source symbol must be a non-empty string\")))\n (let\n ((c2\n ((((selfhost/refactor_plan::push-conflict c1)\n (if (selfhost/patch_schema::is-str? to)\n ((core/int::eq? (core/str::len to)) 0)\n true))\n \"refactor/destination-symbol-invalid\")\n \"destination symbol must be a non-empty string\")))\n (let\n ((c3\n ((((selfhost/refactor_plan::push-conflict c2)\n (if (if (selfhost/patch_schema::is-str? from)\n (selfhost/patch_schema::is-str? to)\n false)\n ((core/eq? from) to)\n false))\n \"refactor/no-op\")\n \"source and destination symbols must differ\")))\n (let\n ((c4\n ((((selfhost/refactor_plan::push-conflict c3)\n ((core/int::eq? (core/vec::len from-defs)) 0))\n \"refactor/source-symbol-missing\")\n \"source symbol has no workspace definition\")))\n (let\n ((c5\n ((((selfhost/refactor_plan::push-conflict c4)\n ((core/int::lt? 1) (core/vec::len from-defs)))\n \"refactor/source-symbol-ambiguous\")\n \"source symbol has multiple workspace definitions\")))\n ((((selfhost/refactor_plan::push-conflict c5)\n ((core/int::lt? 0) (core/vec::len to-defs)))\n \"refactor/destination-symbol-exists\")\n \"destination symbol already has a workspace definition\")))))))))))))\n\n(def selfhost/refactor_plan::target-conflicts\n (fn (conflicts)\n (fn (kind)\n (fn (target)\n (fn (modules)\n (if (selfhost/refactor_plan::move-kind? kind)\n (let\n ((missing?\n (if (selfhost/patch_schema::is-str? target)\n ((core/int::eq? (core/str::len target)) 0)\n true)))\n (let\n ((c1\n ((((selfhost/refactor_plan::push-conflict conflicts) missing?)\n \"refactor/target-module-required\")\n \"move and extract require a target module path\")))\n (let\n ((invalid?\n (if missing?\n false\n (if (selfhost/patch_schema::is-str? target)\n (if (selfhost/patch_normalize::portable-module-path? target)\n false\n true)\n true))))\n (let\n ((c2\n ((((selfhost/refactor_plan::push-conflict c1) invalid?)\n \"refactor/target-module-invalid\")\n \"target module path must be portable and package-relative\")))\n (let\n ((exists?\n (if (if missing? false (if invalid? false true))\n (selfhost/refactor_plan::module-path-exists? modules target 0)\n false)))\n ((((selfhost/refactor_plan::push-conflict c2) exists?)\n \"refactor/target-module-exists\")\n \"target module path already exists\"))))))\n conflicts))))))\n\n(def selfhost/refactor_plan::module-path-exists?\n (fn (modules)\n (fn (target)\n (fn (i)\n (if ((core/int::eq? i) (core/vec::len modules))\n false\n (if\n ((core/eq?\n ((core/map::get ((core/vec::get modules) i)) (quote :module-path)))\n target)\n true\n (((selfhost/refactor_plan::module-path-exists? modules) target)\n ((core/int::add i) 1))))))))\n\n(def selfhost/refactor_plan::patch\n (fn (kind)\n (fn (from)\n (fn (to)\n (fn (target)\n (fn (modules)\n (fn (defs)\n (fn (source)\n (fn (affected)\n (let\n ((rename-ops\n ((((selfhost/refactor_plan::rename-ops affected) from) to) 0 [])))\n (if ((core/eq? kind) \"rename\")\n {:intent \"semantic-refactor/rename\"\n :ops rename-ops\n :provenance\n {:from from\n :kind (quote :rename)\n :to to\n :tool \"genesis semantic-edit refactor-plan\"}\n :version 1}\n (let\n ((source-path ((core/map::get source) (quote :module-path)))\n (ordered\n (((((selfhost/refactor_plan::manifest-modules modules)\n target)\n ((core/map::get source) (quote :module-path)))\n 0)\n [])))\n (let\n ((split-op\n {:from-module-path source-path\n :op (quote :split-module)\n :symbols ((core/vec::push []) to)\n :to-module-path target}))\n (let ((ops1 ((core/vec::push rename-ops) split-op)))\n (let\n ((ops2\n ((core/vec::push ops1)\n {:op (quote :update-manifest)\n :set {:modules ordered}})))\n {:intent ((core/str::concat \"semantic-refactor/\") kind)\n :ops ops2\n :provenance\n {:from from\n :kind\n (core/sym::from-str\n ((core/str::concat \":\") kind))\n :to to\n :tool \"genesis semantic-edit refactor-plan\"}\n :version 1})))))))))))))))\n\n(def selfhost/refactor_plan::report-conflicts\n (fn (request)\n (fn (modules)\n (fn (conflicts)\n {:conflicts conflicts\n :kind selfhost/refactor_plan::REPORT_KIND\n :module-count (core/vec::len modules)\n :ok false\n :op-count 0\n :op-identities []\n :patch nil\n :patch-h \"\"\n :profile selfhost/refactor_plan::PROFILE\n :replacement-count 0\n :request-h (selfhost/hash::hash-term request)\n :safe-to-apply false\n :v 1}))))\n\n(def selfhost/refactor_plan::report-patch\n (fn (request)\n (fn (modules)\n (fn (rewrite-count)\n (fn (patch)\n (let\n ((normalized\n (core/cli::patch-normalize\n {:kind \"genesis/patch-normalize-request-v0.1\"\n :patch patch\n :profile selfhost/refactor_plan::PROFILE\n :v 1})))\n (if (core/error::is? normalized)\n normalized\n {:conflicts []\n :kind selfhost/refactor_plan::REPORT_KIND\n :module-count (core/vec::len modules)\n :ok true\n :op-count\n (core/vec::len\n ((core/map::get\n ((core/map::get normalized) (quote :normalized-patch)))\n (quote :ops)))\n :op-identities ((core/map::get normalized) (quote :op-identities))\n :patch ((core/map::get normalized) (quote :normalized-patch))\n :patch-h ((core/map::get normalized) (quote :patch-h))\n :profile selfhost/refactor_plan::PROFILE\n :replacement-count rewrite-count\n :request-h (selfhost/hash::hash-term request)\n :safe-to-apply true\n :v 1})))))))\n\n(def selfhost/refactor_plan::execute\n (fn (request)\n (let\n ((modules ((core/map::get request) (quote :modules)))\n (kind ((core/map::get request) (quote :refactor-kind)))\n (from ((core/map::get request) (quote :from-symbol)))\n (to ((core/map::get request) (quote :to-symbol)))\n (target ((core/map::get request) (quote :target-module-path))))\n (if (selfhost/patch_schema::is-vec? modules)\n (let ((valid ((((selfhost/refactor_plan::validate-modules modules) 0) {}))))\n (if (core/error::is? valid)\n valid\n (let ((defs ((((selfhost/refactor_plan::collect-defs modules) 0) 0) [])))\n (let\n ((from-defs ((((selfhost/refactor_plan::defs-named defs) from) 0) []))\n (to-defs ((((selfhost/refactor_plan::defs-named defs) to) 0) [])))\n (let\n ((base\n (((((selfhost/refactor_plan::base-conflicts kind) from) to)\n from-defs)\n to-defs)))\n (let\n ((conflicts\n ((((selfhost/refactor_plan::target-conflicts base) kind) target)\n modules)))\n (if ((core/int::lt? 0) (core/vec::len conflicts))\n (((selfhost/refactor_plan::report-conflicts request) modules) conflicts)\n (let ((source ((core/vec::get from-defs) 0)))\n (let\n ((late\n ((((selfhost/refactor_plan::late-dependency defs)\n ((core/map::get source) (quote :expr)))\n ((core/map::get source) (quote :module-index)))\n 0)))\n (if (core/error::is? late)\n late\n (if\n (if (selfhost/refactor_plan::move-kind? kind)\n (if (core/list::is-nil? late) false true)\n false)\n (((selfhost/refactor_plan::report-conflicts request) modules)\n ((core/vec::push [])\n ((((selfhost/refactor_plan::conflict\n \"refactor/target-order-dependency\")\n \"moved definition depends on a definition unavailable before the source module\")\n ((core/map::get late) (quote :module-path)))\n \"\")))\n (let\n ((affected\n ((((((selfhost/refactor_plan::affected-modules modules)\n from)\n to)\n 0)\n [])\n 0)))\n (if (core/error::is? affected)\n affected\n (let\n ((patch\n ((((((((selfhost/refactor_plan::patch kind) from) to)\n target)\n modules)\n defs)\n source)\n ((core/map::get affected) (quote :modules)))))\n (if (core/error::is? patch)\n patch\n ((((selfhost/refactor_plan::report-patch request)\n modules)\n ((core/map::get affected)\n (quote :rewrite-count)))\n patch))))))))))))))))\n (selfhost/refactor_plan::err \"request :modules must be a vector\")))))\n\n(def core/cli::refactor-plan\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:from-symbol :kind :modules :profile :refactor-kind :target-module-path :to-symbol :v])\n [:from-symbol :kind :modules :profile :refactor-kind :target-module-path :to-symbol :v])))\n (if (core/error::is? shape)\n shape\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (profile ((core/map::get request) (quote :profile)))\n (version ((core/map::get request) (quote :v))))\n (if (if (selfhost/patch_schema::is-str? kind)\n ((core/eq? kind) selfhost/refactor_plan::REQUEST_KIND)\n false)\n (if (if (selfhost/patch_schema::is-str? profile)\n ((core/eq? profile) selfhost/refactor_plan::PROFILE)\n false)\n (if (if (selfhost/patch_schema::is-int? version)\n ((core/int::eq? version) 1)\n false)\n (selfhost/refactor_plan::execute request)\n (selfhost/refactor_plan::err \"request :v must equal 1\"))\n (selfhost/refactor_plan::err \"request :profile mismatch\"))\n (selfhost/refactor_plan::err \"request :kind mismatch\")))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xACJ\xF1\xC6mWD9\x03\xC11_@\xA3\xFD\x02\xB8F\x0B\xE3\xD7\xC5x\xF5\xAD\x8Fp\xB4\x9B<\x01\x1C" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/patch_diff::REQUEST_KIND "genesis/patch-diff-request-v0.1") (def selfhost/patch_diff::REPORT_KIND "genesis/patch-diff-v0.1") (def selfhost/patch_diff::PROFILE "genesis/patch-authority-v0.1") (def selfhost/patch_diff::err (fn (message) ((core/error::make2 "core/patch-diff") message))) (def selfhost/patch_diff::has-key-loop (fn (entries) (fn (key) (fn (i) (if ((core/int::eq? i) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key) true (((selfhost/patch_diff::has-key-loop entries) key) ((core/int::add i) 1)))))))) (def selfhost/patch_diff::has-key (fn (map) (fn (key) (((selfhost/patch_diff::has-key-loop (core/map::entries map)) key) 0)))) (def selfhost/patch_diff::workspace-map-loop (fn (modules) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len modules)) out (let ((module ((core/vec::get modules) i))) (let ((shape (((selfhost/patch_normalize::shape module) [:forms :module-path]) [:forms :module-path]))) (if (core/error::is? shape) shape (let ((path ((core/map::get module) (quote :module-path))) (forms ((core/map::get module) (quote :forms)))) (if (selfhost/patch_normalize::portable-module-path? path) (if (selfhost/patch_schema::is-vec? forms) (if ((selfhost/patch_diff::has-key out) path) (selfhost/patch_diff::err "workspace contains duplicate module path") (((selfhost/patch_diff::workspace-map-loop modules) ((core/int::add i) 1)) (((core/map::put out) path) forms))) (selfhost/patch_diff::err "workspace module :forms must be a vector")) (selfhost/patch_diff::err "workspace module path must be portable and package-relative"))))))))))) (def selfhost/patch_diff::workspace-map (fn (modules) (if (selfhost/patch_schema::is-vec? modules) (((selfhost/patch_diff::workspace-map-loop modules) 0) {}) (selfhost/patch_diff::err "workspace must be a vector of modules")))) (def selfhost/patch_diff::workspace-vector-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) i))) (((selfhost/patch_diff::workspace-vector-loop entries) ((core/int::add i) 1)) ((core/vec::push out) {:forms ((core/vec::get entry) 1) :module-path ((core/vec::get entry) 0)})))))))) (def selfhost/patch_diff::workspace-vector (fn (workspace) (((selfhost/patch_diff::workspace-vector-loop (core/map::entries workspace)) 0) []))) (def selfhost/patch_diff::path-set-loop (fn (entries) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (((selfhost/patch_diff::path-set-loop entries) ((core/int::add i) 1)) (((core/map::put out) ((core/vec::get ((core/vec::get entries) i)) 0)) true))))))) (def selfhost/patch_diff::path-set (fn (base) (fn (target) (let ((with-base (((selfhost/patch_diff::path-set-loop (core/map::entries base)) 0) {}))) (((selfhost/patch_diff::path-set-loop (core/map::entries target)) 0) with-base))))) (def selfhost/patch_diff::append-loop (fn (values) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len values)) out (((selfhost/patch_diff::append-loop values) ((core/int::add i) 1)) ((core/vec::push out) ((core/vec::get values) i)))))))) (def selfhost/patch_diff::append (fn (left) (fn (right) (((selfhost/patch_diff::append-loop right) 0) left)))) (def selfhost/patch_diff::replace-form-op (fn (module-path) (fn (index) (fn (new-form) (let ((step ((core/vec::push ((core/vec::push []) (quote :form))) index))) {:module-path module-path :new new-form :op (quote :replace-node) :path ((core/vec::push []) step)}))))) (def selfhost/patch_diff::replace-form-ops-loop (fn (module-path) (fn (base) (fn (target) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len base)) out (let ((before ((core/vec::get base) i)) (after ((core/vec::get target) i))) (((((selfhost/patch_diff::replace-form-ops-loop module-path) base) target) ((core/int::add i) 1)) (if ((core/eq? before) after) out ((core/vec::push out) (((selfhost/patch_diff::replace-form-op module-path) i) after)))))))))))) (def selfhost/patch_diff::module-ops (fn (module-path) (fn (base) (fn (target) (if ((core/int::eq? (core/vec::len base)) (core/vec::len target)) (((((selfhost/patch_diff::replace-form-ops-loop module-path) base) target) 0) []) (let ((remove {:module-path module-path :op (quote :remove-module)}) (add {:content target :module-path module-path :op (quote :add-module)})) ((core/vec::push ((core/vec::push []) remove)) add))))))) (def selfhost/patch_diff::diff-loop (fn (entries) (fn (base) (fn (target) (fn (i) (fn (out) (if ((core/int::eq? i) (core/vec::len entries)) out (let ((path ((core/vec::get ((core/vec::get entries) i)) 0))) (let ((base-has ((selfhost/patch_diff::has-key base) path)) (target-has ((selfhost/patch_diff::has-key target) path))) (let ((next (if base-has (if target-has (let ((before ((core/map::get base) path)) (after ((core/map::get target) path))) (if ((core/eq? before) after) out ((selfhost/patch_diff::append out) (((selfhost/patch_diff::module-ops path) before) after)))) ((core/vec::push out) {:module-path path :op (quote :remove-module)})) ((core/vec::push out) {:content ((core/map::get target) path) :module-path path :op (quote :add-module)})))) (((((selfhost/patch_diff::diff-loop entries) base) target) ((core/int::add i) 1)) next))))))))))) (def selfhost/patch_diff::diff-ops (fn (base) (fn (target) (((((selfhost/patch_diff::diff-loop (core/map::entries ((selfhost/patch_diff::path-set base) target))) base) target) 0) [])))) (def selfhost/patch_diff::count-ops-loop (fn (ops) (fn (i) (fn (replacements) (fn (additions) (fn (removals) (if ((core/int::eq? i) (core/vec::len ops)) {:additions additions :removals removals :replacements replacements} (let ((op ((core/map::get ((core/vec::get ops) i)) (quote :op)))) (if ((core/sym::eq? op) (quote :replace-node)) (((((selfhost/patch_diff::count-ops-loop ops) ((core/int::add i) 1)) ((core/int::add replacements) 1)) additions) removals) (if ((core/sym::eq? op) (quote :add-module)) (((((selfhost/patch_diff::count-ops-loop ops) ((core/int::add i) 1)) replacements) ((core/int::add additions) 1)) removals) (((((selfhost/patch_diff::count-ops-loop ops) ((core/int::add i) 1)) replacements) additions) ((core/int::add removals) 1)))))))))))) (def selfhost/patch_diff::request-identity-valid? (fn (request) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/patch_diff::REQUEST_KIND) (if ((core/eq? ((core/map::get request) (quote :profile))) selfhost/patch_diff::PROFILE) ((core/eq? ((core/map::get request) (quote :v))) 1) false) false))) (def selfhost/patch_diff::report (fn (request) (fn (intent) (fn (provenance) (fn (base) (fn (target) (let ((ops ((selfhost/patch_diff::diff-ops base) target))) (let ((source-patch {:intent intent :ops ops :provenance provenance :version 1})) (let ((normalized (core/cli::patch-normalize {:kind "genesis/patch-normalize-request-v0.1" :patch source-patch :profile "genesis/patch-authority-v0.1" :v 1}))) (if (core/error::is? normalized) normalized (let ((stats (((((selfhost/patch_diff::count-ops-loop ops) 0) 0) 0) 0))) {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base)) :kind selfhost/patch_diff::REPORT_KIND :ok true :op-count (core/vec::len ops) :op-identities ((core/map::get normalized) (quote :op-identities)) :patch ((core/map::get normalized) (quote :normalized-patch)) :patch-h ((core/map::get normalized) (quote :patch-h)) :profile selfhost/patch_diff::PROFILE :request-h (selfhost/hash::hash-term request) :stats stats :target-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector target)) :v 1}))))))))))) (def core/cli::patch-diff (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:base :intent :kind :profile :provenance :target :v]) [:base :intent :kind :profile :provenance :target :v]))) (if (core/error::is? shape) shape (if (selfhost/patch_diff::request-identity-valid? request) (let ((intent ((core/map::get request) (quote :intent))) (provenance ((core/map::get request) (quote :provenance))) (base0 ((core/map::get request) (quote :base))) (target0 ((core/map::get request) (quote :target)))) (if (selfhost/patch_schema::is-str? intent) (if (selfhost/patch_schema::is-map? provenance) (let ((base (selfhost/patch_diff::workspace-map base0))) (if (core/error::is? base) base (let ((target (selfhost/patch_diff::workspace-map target0))) (if (core/error::is? target) target (((((selfhost/patch_diff::report request) intent) provenance) base) target))))) (selfhost/patch_diff::err ":provenance must be a map")) (selfhost/patch_diff::err ":intent must be a string"))) (selfhost/patch_diff::err "request kind/profile/version mismatch"))))))] :module-h b"\x01\xDF\xAA\x12j\xB6u`\xAD\xE0\xDA\x9BXv\xFE\xE1CVR\x08\x9E\xD2\xC0\x968\xACG\xC3R`\x94g" :path "selfhost/patch_authority_diff_v1.gc" :source "(def selfhost/patch_diff::REQUEST_KIND \"genesis/patch-diff-request-v0.1\")\n(def selfhost/patch_diff::REPORT_KIND \"genesis/patch-diff-v0.1\")\n(def selfhost/patch_diff::PROFILE \"genesis/patch-authority-v0.1\")\n\n(def selfhost/patch_diff::err\n (fn (message) ((core/error::make2 \"core/patch-diff\") message)))\n\n(def selfhost/patch_diff::has-key-loop\n (fn (entries key i)\n (if ((core/int::eq? i) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) i)) 0)) key)\n true\n (selfhost/patch_diff::has-key-loop entries key ((core/int::add i) 1))))))\n\n(def selfhost/patch_diff::has-key\n (fn (map key) (selfhost/patch_diff::has-key-loop (core/map::entries map) key 0)))\n\n(def selfhost/patch_diff::workspace-map-loop\n (fn (modules i out)\n (if ((core/int::eq? i) (core/vec::len modules))\n out\n (let ((module ((core/vec::get modules) i)))\n (let ((shape (((selfhost/patch_normalize::shape module) [:forms :module-path])\n [:forms :module-path])))\n (if (core/error::is? shape)\n shape\n (let\n ((path ((core/map::get module) (quote :module-path)))\n (forms ((core/map::get module) (quote :forms))))\n (if (selfhost/patch_normalize::portable-module-path? path)\n (if (selfhost/patch_schema::is-vec? forms)\n (if (selfhost/patch_diff::has-key out path)\n (selfhost/patch_diff::err \"workspace contains duplicate module path\")\n (selfhost/patch_diff::workspace-map-loop\n modules\n ((core/int::add i) 1)\n (((core/map::put out) path) forms)))\n (selfhost/patch_diff::err \"workspace module :forms must be a vector\"))\n (selfhost/patch_diff::err\n \"workspace module path must be portable and package-relative\")))))))))\n\n(def selfhost/patch_diff::workspace-map\n (fn (modules)\n (if (selfhost/patch_schema::is-vec? modules)\n (selfhost/patch_diff::workspace-map-loop modules 0 {})\n (selfhost/patch_diff::err \"workspace must be a vector of modules\"))))\n\n(def selfhost/patch_diff::workspace-vector-loop\n (fn (entries i out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) i)))\n (selfhost/patch_diff::workspace-vector-loop\n entries\n ((core/int::add i) 1)\n ((core/vec::push out)\n {:forms ((core/vec::get entry) 1)\n :module-path ((core/vec::get entry) 0)}))))))\n\n(def selfhost/patch_diff::workspace-vector\n (fn (workspace)\n (selfhost/patch_diff::workspace-vector-loop (core/map::entries workspace) 0 [])))\n\n(def selfhost/patch_diff::path-set-loop\n (fn (entries i out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (selfhost/patch_diff::path-set-loop\n entries\n ((core/int::add i) 1)\n (((core/map::put out) ((core/vec::get ((core/vec::get entries) i)) 0)) true)))))\n\n(def selfhost/patch_diff::path-set\n (fn (base target)\n (let ((with-base (selfhost/patch_diff::path-set-loop (core/map::entries base) 0 {})))\n (selfhost/patch_diff::path-set-loop (core/map::entries target) 0 with-base))))\n\n(def selfhost/patch_diff::append-loop\n (fn (values i out)\n (if ((core/int::eq? i) (core/vec::len values))\n out\n (selfhost/patch_diff::append-loop\n values\n ((core/int::add i) 1)\n ((core/vec::push out) ((core/vec::get values) i))))))\n\n(def selfhost/patch_diff::append\n (fn (left right) (selfhost/patch_diff::append-loop right 0 left)))\n\n(def selfhost/patch_diff::replace-form-op\n (fn (module-path index new-form)\n (let ((step ((core/vec::push ((core/vec::push []) (quote :form))) index)))\n {:module-path module-path\n :new new-form\n :op (quote :replace-node)\n :path ((core/vec::push []) step)})))\n\n(def selfhost/patch_diff::replace-form-ops-loop\n (fn (module-path base target i out)\n (if ((core/int::eq? i) (core/vec::len base))\n out\n (let\n ((before ((core/vec::get base) i))\n (after ((core/vec::get target) i)))\n (selfhost/patch_diff::replace-form-ops-loop\n module-path\n base\n target\n ((core/int::add i) 1)\n (if ((core/eq? before) after)\n out\n ((core/vec::push out)\n (selfhost/patch_diff::replace-form-op module-path i after))))))))\n\n(def selfhost/patch_diff::module-ops\n (fn (module-path base target)\n (if ((core/int::eq? (core/vec::len base)) (core/vec::len target))\n (selfhost/patch_diff::replace-form-ops-loop module-path base target 0 [])\n (let\n ((remove {:module-path module-path :op (quote :remove-module)})\n (add {:content target :module-path module-path :op (quote :add-module)}))\n ((core/vec::push ((core/vec::push []) remove)) add)))))\n\n(def selfhost/patch_diff::diff-loop\n (fn (entries base target i out)\n (if ((core/int::eq? i) (core/vec::len entries))\n out\n (let ((path ((core/vec::get ((core/vec::get entries) i)) 0)))\n (let\n ((base-has (selfhost/patch_diff::has-key base path))\n (target-has (selfhost/patch_diff::has-key target path)))\n (let\n ((next\n (if base-has\n (if target-has\n (let\n ((before ((core/map::get base) path))\n (after ((core/map::get target) path)))\n (if ((core/eq? before) after)\n out\n (selfhost/patch_diff::append\n out\n (selfhost/patch_diff::module-ops path before after))))\n ((core/vec::push out)\n {:module-path path :op (quote :remove-module)}))\n ((core/vec::push out)\n {:content ((core/map::get target) path)\n :module-path path\n :op (quote :add-module)}))))\n (selfhost/patch_diff::diff-loop\n entries\n base\n target\n ((core/int::add i) 1)\n next)))))))\n\n(def selfhost/patch_diff::diff-ops\n (fn (base target)\n (selfhost/patch_diff::diff-loop\n (core/map::entries (selfhost/patch_diff::path-set base target))\n base\n target\n 0\n [])))\n\n(def selfhost/patch_diff::count-ops-loop\n (fn (ops i replacements additions removals)\n (if ((core/int::eq? i) (core/vec::len ops))\n {:additions additions :removals removals :replacements replacements}\n (let ((op ((core/map::get ((core/vec::get ops) i)) (quote :op))))\n (if ((core/sym::eq? op) (quote :replace-node))\n (selfhost/patch_diff::count-ops-loop\n ops ((core/int::add i) 1) ((core/int::add replacements) 1) additions removals)\n (if ((core/sym::eq? op) (quote :add-module))\n (selfhost/patch_diff::count-ops-loop\n ops ((core/int::add i) 1) replacements ((core/int::add additions) 1) removals)\n (selfhost/patch_diff::count-ops-loop\n ops ((core/int::add i) 1) replacements additions ((core/int::add removals) 1))))))))\n\n(def selfhost/patch_diff::request-identity-valid?\n (fn (request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/patch_diff::REQUEST_KIND)\n (if ((core/eq? ((core/map::get request) (quote :profile)))\n selfhost/patch_diff::PROFILE)\n ((core/eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)))\n\n(def selfhost/patch_diff::report\n (fn (request intent provenance base target)\n (let ((ops (selfhost/patch_diff::diff-ops base target)))\n (let ((source-patch {:intent intent :ops ops :provenance provenance :version 1}))\n (let\n ((normalized\n (core/cli::patch-normalize\n {:kind \"genesis/patch-normalize-request-v0.1\"\n :patch source-patch\n :profile \"genesis/patch-authority-v0.1\"\n :v 1})))\n (if (core/error::is? normalized)\n normalized\n (let ((stats (selfhost/patch_diff::count-ops-loop ops 0 0 0 0)))\n {:base-h\n (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base))\n :kind selfhost/patch_diff::REPORT_KIND\n :ok true\n :op-count (core/vec::len ops)\n :op-identities ((core/map::get normalized) (quote :op-identities))\n :patch ((core/map::get normalized) (quote :normalized-patch))\n :patch-h ((core/map::get normalized) (quote :patch-h))\n :profile selfhost/patch_diff::PROFILE\n :request-h (selfhost/hash::hash-term request)\n :stats stats\n :target-h\n (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector target))\n :v 1})))))))\n\n(def core/cli::patch-diff\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:base :intent :kind :profile :provenance :target :v])\n [:base :intent :kind :profile :provenance :target :v])))\n (if (core/error::is? shape)\n shape\n (if (selfhost/patch_diff::request-identity-valid? request)\n (let\n ((intent ((core/map::get request) (quote :intent)))\n (provenance ((core/map::get request) (quote :provenance)))\n (base0 ((core/map::get request) (quote :base)))\n (target0 ((core/map::get request) (quote :target))))\n (if (selfhost/patch_schema::is-str? intent)\n (if (selfhost/patch_schema::is-map? provenance)\n (let ((base (selfhost/patch_diff::workspace-map base0)))\n (if (core/error::is? base)\n base\n (let ((target (selfhost/patch_diff::workspace-map target0)))\n (if (core/error::is? target)\n target\n (selfhost/patch_diff::report\n request intent provenance base target)))))\n (selfhost/patch_diff::err \":provenance must be a map\"))\n (selfhost/patch_diff::err \":intent must be a string\")))\n (selfhost/patch_diff::err \"request kind/profile/version mismatch\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xAA\x03z\x84e\xD9\xB6\x9A+M\x11\xC7\xCFz\xA2(\x0B\x1E\xCAam\x96-c\xB2&\x93Ls\xE8\xD4\x93" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/patch_merge::REQUEST_KIND "genesis/patch-merge-request-v0.1") (def selfhost/patch_merge::REPORT_KIND "genesis/patch-merge-v0.1") (def selfhost/patch_merge::PROFILE "genesis/patch-authority-v0.1") (def selfhost/patch_merge::err (fn (message) ((core/error::make2 "core/patch-merge") message))) (def selfhost/patch_merge::optional-eq? (fn (left-has) (fn (left) (fn (right-has) (fn (right) (if left-has (if right-has ((core/eq? left) right) false) (if right-has false true))))))) (def selfhost/patch_merge::optional-term (fn (present) (fn (value) (if present value nil)))) (def selfhost/patch_merge::conflict-core (fn (code) (fn (explanation) (fn (module-path) (fn (form-index) (fn (base) (fn (left) (fn (right) {:base-h (selfhost/hash::hash-term base) :code code :explanation explanation :form-index form-index :left-h (selfhost/hash::hash-term left) :module-path module-path :right-h (selfhost/hash::hash-term right)})))))))) (def selfhost/patch_merge::conflict (fn (code) (fn (explanation) (fn (module-path) (fn (form-index) (fn (base) (fn (left) (fn (right) (let ((core (((((((selfhost/patch_merge::conflict-core code) explanation) module-path) form-index) base) left) right))) (((core/map::put core) (quote :conflict-h)) (selfhost/hash::hash-term core))))))))))) (def selfhost/patch_merge::form-choice (fn (module-path) (fn (index) (fn (base) (fn (left) (fn (right) (if ((core/eq? left) right) {:conflict nil :form left} (if ((core/eq? left) base) {:conflict nil :form right} (if ((core/eq? right) base) {:conflict nil :form left} {:conflict (((((((selfhost/patch_merge::conflict "form/divergent-edit") "both branches changed the same top-level form differently") module-path) index) base) left) right) :form base}))))))))) (def selfhost/patch_merge::form-merge-loop (fn (module-path) (fn (base) (fn (left) (fn (right) (fn (i) (fn (forms) (fn (conflicts) (if ((core/int::eq? i) (core/vec::len base)) {:conflicts conflicts :forms forms} (let ((choice (((((selfhost/patch_merge::form-choice module-path) i) ((core/vec::get base) i)) ((core/vec::get left) i)) ((core/vec::get right) i)))) (let ((conflict ((core/map::get choice) (quote :conflict)))) (((((((selfhost/patch_merge::form-merge-loop module-path) base) left) right) ((core/int::add i) 1)) ((core/vec::push forms) ((core/map::get choice) (quote :form)))) (if (core/list::is-nil? conflict) conflicts ((core/vec::push conflicts) conflict)))))))))))))) (def selfhost/patch_merge::conflict-result (fn (conflict) {:conflicts ((core/vec::push []) conflict) :forms nil :present false})) (def selfhost/patch_merge::module-merge (fn (module-path) (fn (base) (fn (left) (fn (right) (if ((core/int::eq? (core/vec::len base)) (core/vec::len left)) (if ((core/int::eq? (core/vec::len base)) (core/vec::len right)) (let ((result (((((((selfhost/patch_merge::form-merge-loop module-path) base) left) right) 0) []) []))) {:conflicts ((core/map::get result) (quote :conflicts)) :forms ((core/map::get result) (quote :forms)) :present true}) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/structural-divergence") "both branches changed module structure incompatibly") module-path) nil) base) left) right))) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/structural-divergence") "both branches changed module structure incompatibly") module-path) nil) base) left) right)))))))) (def selfhost/patch_merge::choice (fn (present) (fn (forms) {:conflicts [] :forms forms :present present}))) (def selfhost/patch_merge::path-merge (fn (module-path) (fn (base-has) (fn (base) (fn (left-has) (fn (left) (fn (right-has) (fn (right) (if ((((selfhost/patch_merge::optional-eq? left-has) left) right-has) right) ((selfhost/patch_merge::choice left-has) left) (if ((((selfhost/patch_merge::optional-eq? left-has) left) base-has) base) ((selfhost/patch_merge::choice right-has) right) (if ((((selfhost/patch_merge::optional-eq? right-has) right) base-has) base) ((selfhost/patch_merge::choice left-has) left) (if base-has (if left-has (if right-has ((((selfhost/patch_merge::module-merge module-path) base) left) right) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/delete-modify") "one branch deleted a module changed by the other branch") module-path) nil) base) left) nil))) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/delete-modify") "one branch deleted a module changed by the other branch") module-path) nil) base) nil) right))) (selfhost/patch_merge::conflict-result (((((((selfhost/patch_merge::conflict "module/divergent-add") "both branches added the same module path differently") module-path) nil) nil) left) right)))))))))))))) (def selfhost/patch_merge::merge-loop (fn (entries) (fn (base) (fn (left) (fn (right) (fn (i) (fn (merged) (fn (conflicts) (if ((core/int::eq? i) (core/vec::len entries)) {:conflicts conflicts :merged merged} (let ((module-path ((core/vec::get ((core/vec::get entries) i)) 0))) (let ((base-has ((selfhost/patch_diff::has-key base) module-path)) (left-has ((selfhost/patch_diff::has-key left) module-path)) (right-has ((selfhost/patch_diff::has-key right) module-path))) (let ((base-value ((selfhost/patch_merge::optional-term base-has) (if base-has ((core/map::get base) module-path) nil))) (left-value ((selfhost/patch_merge::optional-term left-has) (if left-has ((core/map::get left) module-path) nil))) (right-value ((selfhost/patch_merge::optional-term right-has) (if right-has ((core/map::get right) module-path) nil)))) (let ((result (((((((selfhost/patch_merge::path-merge module-path) base-has) base-value) left-has) left-value) right-has) right-value))) (let ((present ((core/map::get result) (quote :present))) (forms ((core/map::get result) (quote :forms))) (next-conflicts ((selfhost/patch_diff::append conflicts) ((core/map::get result) (quote :conflicts))))) (((((((selfhost/patch_merge::merge-loop entries) base) left) right) ((core/int::add i) 1)) (if present (((core/map::put merged) module-path) forms) merged)) next-conflicts))))))))))))))) (def selfhost/patch_merge::merge-workspaces (fn (base) (fn (left) (fn (right) (let ((paths ((selfhost/patch_diff::path-set ((selfhost/patch_diff::path-set base) left)) right))) (((((((selfhost/patch_merge::merge-loop (core/map::entries paths)) base) left) right) 0) {}) [])))))) (def selfhost/patch_merge::request-identity-valid? (fn (request) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/patch_merge::REQUEST_KIND) (if ((core/eq? ((core/map::get request) (quote :profile))) selfhost/patch_merge::PROFILE) ((core/eq? ((core/map::get request) (quote :v))) 1) false) false))) (def selfhost/patch_merge::conflict-report (fn (request) (fn (base) (fn (left) (fn (right) (fn (conflicts) {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base)) :conflict-count (core/vec::len conflicts) :conflicts conflicts :diff nil :kind selfhost/patch_merge::REPORT_KIND :left-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector left)) :merged nil :merged-h nil :ok false :profile selfhost/patch_merge::PROFILE :request-h (selfhost/hash::hash-term request) :right-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector right)) :v 1})))))) (def selfhost/patch_merge::success-report (fn (request) (fn (intent) (fn (provenance) (fn (base) (fn (left) (fn (right) (fn (merged) (let ((merged-vector (selfhost/patch_diff::workspace-vector merged))) (let ((diff (core/cli::patch-diff {:base (selfhost/patch_diff::workspace-vector base) :intent intent :kind "genesis/patch-diff-request-v0.1" :profile "genesis/patch-authority-v0.1" :provenance provenance :target merged-vector :v 1}))) (if (core/error::is? diff) diff {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base)) :conflict-count 0 :conflicts [] :diff diff :kind selfhost/patch_merge::REPORT_KIND :left-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector left)) :merged merged-vector :merged-h (selfhost/hash::hash-term merged-vector) :ok true :profile selfhost/patch_merge::PROFILE :request-h (selfhost/hash::hash-term request) :right-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector right)) :v 1}))))))))))) (def selfhost/patch_merge::report (fn (request) (fn (intent) (fn (provenance) (fn (base) (fn (left) (fn (right) (let ((result (((selfhost/patch_merge::merge-workspaces base) left) right))) (let ((conflicts ((core/map::get result) (quote :conflicts)))) (if ((core/int::eq? (core/vec::len conflicts)) 0) (((((((selfhost/patch_merge::success-report request) intent) provenance) base) left) right) ((core/map::get result) (quote :merged))) (((((selfhost/patch_merge::conflict-report request) base) left) right) conflicts))))))))))) (def core/cli::patch-merge (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:base :intent :kind :left :profile :provenance :right :v]) [:base :intent :kind :left :profile :provenance :right :v]))) (if (core/error::is? shape) shape (if (selfhost/patch_merge::request-identity-valid? request) (let ((intent ((core/map::get request) (quote :intent))) (provenance ((core/map::get request) (quote :provenance)))) (if (selfhost/patch_schema::is-str? intent) (if (selfhost/patch_schema::is-map? provenance) (let ((base (selfhost/patch_diff::workspace-map ((core/map::get request) (quote :base))))) (if (core/error::is? base) base (let ((left (selfhost/patch_diff::workspace-map ((core/map::get request) (quote :left))))) (if (core/error::is? left) left (let ((right (selfhost/patch_diff::workspace-map ((core/map::get request) (quote :right))))) (if (core/error::is? right) right ((((((selfhost/patch_merge::report request) intent) provenance) base) left) right))))))) (selfhost/patch_merge::err ":provenance must be a map")) (selfhost/patch_merge::err ":intent must be a string"))) (selfhost/patch_merge::err "request kind/profile/version mismatch"))))))] :module-h b"\xD8\xF3\xD7\xBE\x10M\x06\xB2\xCE(\xBC\xF7\xFA\xE2\xB9I\xCD\xEBU\x82\xD4\xB2\xDB\xA2/\xF1{\xAB\xE4H\xEF\x90" :path "selfhost/patch_authority_merge_v1.gc" :source "(def selfhost/patch_merge::REQUEST_KIND \"genesis/patch-merge-request-v0.1\")\n(def selfhost/patch_merge::REPORT_KIND \"genesis/patch-merge-v0.1\")\n(def selfhost/patch_merge::PROFILE \"genesis/patch-authority-v0.1\")\n\n(def selfhost/patch_merge::err\n (fn (message) ((core/error::make2 \"core/patch-merge\") message)))\n\n(def selfhost/patch_merge::optional-eq?\n (fn (left-has left right-has right)\n (if left-has\n (if right-has ((core/eq? left) right) false)\n (if right-has false true))))\n\n(def selfhost/patch_merge::optional-term\n (fn (present value) (if present value nil)))\n\n(def selfhost/patch_merge::conflict-core\n (fn (code explanation module-path form-index base left right)\n {:base-h (selfhost/hash::hash-term base)\n :code code\n :explanation explanation\n :form-index form-index\n :left-h (selfhost/hash::hash-term left)\n :module-path module-path\n :right-h (selfhost/hash::hash-term right)}))\n\n(def selfhost/patch_merge::conflict\n (fn (code explanation module-path form-index base left right)\n (let\n ((core\n (selfhost/patch_merge::conflict-core\n code explanation module-path form-index base left right)))\n (((core/map::put core) (quote :conflict-h))\n (selfhost/hash::hash-term core)))))\n\n(def selfhost/patch_merge::form-choice\n (fn (module-path index base left right)\n (if ((core/eq? left) right)\n {:conflict nil :form left}\n (if ((core/eq? left) base)\n {:conflict nil :form right}\n (if ((core/eq? right) base)\n {:conflict nil :form left}\n {:conflict\n (selfhost/patch_merge::conflict\n \"form/divergent-edit\"\n \"both branches changed the same top-level form differently\"\n module-path index base left right)\n :form base})))))\n\n(def selfhost/patch_merge::form-merge-loop\n (fn (module-path base left right i forms conflicts)\n (if ((core/int::eq? i) (core/vec::len base))\n {:conflicts conflicts :forms forms}\n (let\n ((choice\n (selfhost/patch_merge::form-choice\n module-path i\n ((core/vec::get base) i)\n ((core/vec::get left) i)\n ((core/vec::get right) i))))\n (let ((conflict ((core/map::get choice) (quote :conflict))))\n (selfhost/patch_merge::form-merge-loop\n module-path base left right ((core/int::add i) 1)\n ((core/vec::push forms) ((core/map::get choice) (quote :form)))\n (if (core/list::is-nil? conflict)\n conflicts\n ((core/vec::push conflicts) conflict))))))))\n\n(def selfhost/patch_merge::conflict-result\n (fn (conflict)\n {:conflicts ((core/vec::push []) conflict) :forms nil :present false}))\n\n(def selfhost/patch_merge::module-merge\n (fn (module-path base left right)\n (if ((core/int::eq? (core/vec::len base)) (core/vec::len left))\n (if ((core/int::eq? (core/vec::len base)) (core/vec::len right))\n (let ((result\n (selfhost/patch_merge::form-merge-loop\n module-path base left right 0 [] [])))\n {:conflicts ((core/map::get result) (quote :conflicts))\n :forms ((core/map::get result) (quote :forms))\n :present true})\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/structural-divergence\"\n \"both branches changed module structure incompatibly\"\n module-path nil base left right)))\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/structural-divergence\"\n \"both branches changed module structure incompatibly\"\n module-path nil base left right)))))\n\n(def selfhost/patch_merge::choice\n (fn (present forms) {:conflicts [] :forms forms :present present}))\n\n(def selfhost/patch_merge::path-merge\n (fn (module-path base-has base left-has left right-has right)\n (if (selfhost/patch_merge::optional-eq? left-has left right-has right)\n (selfhost/patch_merge::choice left-has left)\n (if (selfhost/patch_merge::optional-eq? left-has left base-has base)\n (selfhost/patch_merge::choice right-has right)\n (if (selfhost/patch_merge::optional-eq? right-has right base-has base)\n (selfhost/patch_merge::choice left-has left)\n (if base-has\n (if left-has\n (if right-has\n (selfhost/patch_merge::module-merge module-path base left right)\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/delete-modify\"\n \"one branch deleted a module changed by the other branch\"\n module-path nil base left nil)))\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/delete-modify\"\n \"one branch deleted a module changed by the other branch\"\n module-path nil base nil right)))\n (selfhost/patch_merge::conflict-result\n (selfhost/patch_merge::conflict\n \"module/divergent-add\"\n \"both branches added the same module path differently\"\n module-path nil nil left right))))))))\n\n(def selfhost/patch_merge::merge-loop\n (fn (entries base left right i merged conflicts)\n (if ((core/int::eq? i) (core/vec::len entries))\n {:conflicts conflicts :merged merged}\n (let ((module-path ((core/vec::get ((core/vec::get entries) i)) 0)))\n (let\n ((base-has (selfhost/patch_diff::has-key base module-path))\n (left-has (selfhost/patch_diff::has-key left module-path))\n (right-has (selfhost/patch_diff::has-key right module-path)))\n (let\n ((base-value\n (selfhost/patch_merge::optional-term\n base-has (if base-has ((core/map::get base) module-path) nil)))\n (left-value\n (selfhost/patch_merge::optional-term\n left-has (if left-has ((core/map::get left) module-path) nil)))\n (right-value\n (selfhost/patch_merge::optional-term\n right-has (if right-has ((core/map::get right) module-path) nil))))\n (let\n ((result\n (selfhost/patch_merge::path-merge\n module-path\n base-has base-value left-has left-value right-has right-value)))\n (let\n ((present ((core/map::get result) (quote :present)))\n (forms ((core/map::get result) (quote :forms)))\n (next-conflicts\n (selfhost/patch_diff::append\n conflicts\n ((core/map::get result) (quote :conflicts)))))\n (selfhost/patch_merge::merge-loop\n entries base left right ((core/int::add i) 1)\n (if present (((core/map::put merged) module-path) forms) merged)\n next-conflicts)))))))))\n\n(def selfhost/patch_merge::merge-workspaces\n (fn (base left right)\n (let\n ((paths\n (selfhost/patch_diff::path-set\n (selfhost/patch_diff::path-set base left)\n right)))\n (selfhost/patch_merge::merge-loop\n (core/map::entries paths) base left right 0 {} []))))\n\n(def selfhost/patch_merge::request-identity-valid?\n (fn (request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/patch_merge::REQUEST_KIND)\n (if ((core/eq? ((core/map::get request) (quote :profile)))\n selfhost/patch_merge::PROFILE)\n ((core/eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)))\n\n(def selfhost/patch_merge::conflict-report\n (fn (request base left right conflicts)\n {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base))\n :conflict-count (core/vec::len conflicts)\n :conflicts conflicts\n :diff nil\n :kind selfhost/patch_merge::REPORT_KIND\n :left-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector left))\n :merged nil\n :merged-h nil\n :ok false\n :profile selfhost/patch_merge::PROFILE\n :request-h (selfhost/hash::hash-term request)\n :right-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector right))\n :v 1}))\n\n(def selfhost/patch_merge::success-report\n (fn (request intent provenance base left right merged)\n (let ((merged-vector (selfhost/patch_diff::workspace-vector merged)))\n (let\n ((diff\n (core/cli::patch-diff\n {:base (selfhost/patch_diff::workspace-vector base)\n :intent intent\n :kind \"genesis/patch-diff-request-v0.1\"\n :profile \"genesis/patch-authority-v0.1\"\n :provenance provenance\n :target merged-vector\n :v 1})))\n (if (core/error::is? diff)\n diff\n {:base-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector base))\n :conflict-count 0\n :conflicts []\n :diff diff\n :kind selfhost/patch_merge::REPORT_KIND\n :left-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector left))\n :merged merged-vector\n :merged-h (selfhost/hash::hash-term merged-vector)\n :ok true\n :profile selfhost/patch_merge::PROFILE\n :request-h (selfhost/hash::hash-term request)\n :right-h (selfhost/hash::hash-term (selfhost/patch_diff::workspace-vector right))\n :v 1})))))\n\n(def selfhost/patch_merge::report\n (fn (request intent provenance base left right)\n (let ((result (selfhost/patch_merge::merge-workspaces base left right)))\n (let ((conflicts ((core/map::get result) (quote :conflicts))))\n (if ((core/int::eq? (core/vec::len conflicts)) 0)\n (selfhost/patch_merge::success-report\n request intent provenance base left right\n ((core/map::get result) (quote :merged)))\n (selfhost/patch_merge::conflict-report\n request base left right conflicts))))))\n\n(def core/cli::patch-merge\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:base :intent :kind :left :profile :provenance :right :v])\n [:base :intent :kind :left :profile :provenance :right :v])))\n (if (core/error::is? shape)\n shape\n (if (selfhost/patch_merge::request-identity-valid? request)\n (let\n ((intent ((core/map::get request) (quote :intent)))\n (provenance ((core/map::get request) (quote :provenance))))\n (if (selfhost/patch_schema::is-str? intent)\n (if (selfhost/patch_schema::is-map? provenance)\n (let\n ((base\n (selfhost/patch_diff::workspace-map\n ((core/map::get request) (quote :base)))))\n (if (core/error::is? base)\n base\n (let\n ((left\n (selfhost/patch_diff::workspace-map\n ((core/map::get request) (quote :left)))))\n (if (core/error::is? left)\n left\n (let\n ((right\n (selfhost/patch_diff::workspace-map\n ((core/map::get request) (quote :right)))))\n (if (core/error::is? right)\n right\n (selfhost/patch_merge::report\n request intent provenance base left right)))))))\n (selfhost/patch_merge::err \":provenance must be a map\"))\n (selfhost/patch_merge::err \":intent must be a string\")))\n (selfhost/patch_merge::err \"request kind/profile/version mismatch\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"y:\xA5\xBDh\xD8\x11:nT\x1E\xB6\xBA\xA9\x08\x13\x1BA(\xA6\xA9'6\xB2\xECX\xC2\xCF\x80\xEE8\x05" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/patch_apply_report::REQUEST_KIND "genesis/patch-apply-report-request-v0.1") (def selfhost/patch_apply_report::REPORT_KIND "genesis/patch-apply-v0.3") (def selfhost/patch_apply_report::PROFILE "genesis/patch-authority-v0.1") (def selfhost/patch_apply_report::err (fn (message) ((core/error::make2 "core/patch-apply-report") message))) (def selfhost/patch_apply_report::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/patch_apply_report::hash? (fn (value) (if (selfhost/patch_schema::is-str? value) (if ((core/int::eq? (core/str::len value)) 64) (let ((bytes (core/bytes::from-hex value))) (if (core/error::is? bytes) false ((core/int::eq? (core/bytes::len bytes)) 32))) false) false))) (def selfhost/patch_apply_report::edits-valid-loop (fn (edits) (fn (i) (if ((core/int::eq? i) (core/vec::len edits)) true (let ((edit ((core/vec::get edits) i))) (if (selfhost/patch_schema::is-map? edit) (let ((op ((core/map::get edit) (quote :op))) (module-path ((core/map::get edit) (quote :module-path)))) (if (selfhost/patch_schema::is-sym? op) (if (selfhost/patch_normalize::portable-module-path? module-path) ((selfhost/patch_apply_report::edits-valid-loop edits) ((core/int::add i) 1)) false) false)) false)))))) (def selfhost/patch_apply_report::edits-valid? (fn (edits) (if (selfhost/patch_schema::is-vec? edits) ((selfhost/patch_apply_report::edits-valid-loop edits) 0) false))) (def selfhost/patch_apply_report::request-identity-valid? (fn (request) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/patch_apply_report::REQUEST_KIND) (if ((core/eq? ((core/map::get request) (quote :profile))) selfhost/patch_apply_report::PROFILE) ((core/eq? ((core/map::get request) (quote :v))) 1) false) false))) (def selfhost/patch_apply_report::acceptance-valid? (fn (acceptance) (if (selfhost/patch_schema::is-map? acceptance) (if ((core/eq? ((core/map::get acceptance) (quote :kind))) "genesis/acceptance-v0.2") (selfhost/patch_apply_report::bool? ((core/map::get acceptance) (quote :ok))) false) false))) (def selfhost/patch_apply_report::report (fn (request) (fn (normalized) (fn (package-h) (fn (acceptance-h) (fn (acceptance) (fn (semantic-edits) (fn (source-h) (let ((patch ((core/map::get normalized) (quote :normalized-patch)))) (let ((intent ((core/map::get patch) (quote :intent))) (ops ((core/map::get patch) (quote :ops))) (provenance ((core/map::get patch) (quote :provenance)))) {:acceptance-artifact acceptance-h :intent intent :kind selfhost/patch_apply_report::REPORT_KIND :ok ((core/map::get acceptance) (quote :ok)) :op-identities ((core/map::get normalized) (quote :op-identities)) :ops-count (core/vec::len ops) :package-artifact package-h :patch-h ((core/map::get normalized) (quote :patch-h)) :profile selfhost/patch_apply_report::PROFILE :provenance provenance :request-h (selfhost/hash::hash-term request) :semantic-edits semantic-edits :source-patch-h source-h :v 1})))))))))) (def core/cli::patch-apply-report (fn (request) (let ((shape (((selfhost/patch_normalize::shape request) [:acceptance :acceptance-artifact :kind :package-artifact :patch :profile :semantic-edits :source-patch-h :v]) [:acceptance :acceptance-artifact :kind :package-artifact :patch :profile :semantic-edits :source-patch-h :v]))) (if (core/error::is? shape) shape (if (selfhost/patch_apply_report::request-identity-valid? request) (let ((acceptance ((core/map::get request) (quote :acceptance))) (acceptance-h ((core/map::get request) (quote :acceptance-artifact))) (package-h ((core/map::get request) (quote :package-artifact))) (patch ((core/map::get request) (quote :patch))) (semantic-edits ((core/map::get request) (quote :semantic-edits))) (source-h ((core/map::get request) (quote :source-patch-h)))) (if (selfhost/patch_apply_report::hash? acceptance-h) (if (selfhost/patch_apply_report::hash? package-h) (if (selfhost/patch_apply_report::hash? source-h) (if (selfhost/patch_apply_report::acceptance-valid? acceptance) (if (selfhost/patch_apply_report::edits-valid? semantic-edits) (let ((normalized (core/cli::patch-normalize {:kind "genesis/patch-normalize-request-v0.1" :patch patch :profile "genesis/patch-authority-v0.1" :v 1}))) (if (core/error::is? normalized) normalized (((((((selfhost/patch_apply_report::report request) normalized) package-h) acceptance-h) acceptance) semantic-edits) source-h))) (selfhost/patch_apply_report::err ":semantic-edits must contain valid edit observations")) (selfhost/patch_apply_report::err ":acceptance must be a genesis/acceptance-v0.2 map with bool :ok")) (selfhost/patch_apply_report::err ":source-patch-h must be lowercase hex64")) (selfhost/patch_apply_report::err ":package-artifact must be lowercase hex64")) (selfhost/patch_apply_report::err ":acceptance-artifact must be lowercase hex64"))) (selfhost/patch_apply_report::err "request kind/profile/version mismatch"))))))] :module-h b"b\x94\n\xA9\xB9\xCD\xB7 _\xA9\x9FrJr9\xA9\xEF\xFD\xF7\x11\xF0\xF8\x10A\xB5\x84\x81\xD7\xF7Mi\xA3" :path "selfhost/patch_authority_apply_report_v1.gc" :source "(def selfhost/patch_apply_report::REQUEST_KIND\n \"genesis/patch-apply-report-request-v0.1\")\n(def selfhost/patch_apply_report::REPORT_KIND \"genesis/patch-apply-v0.3\")\n(def selfhost/patch_apply_report::PROFILE \"genesis/patch-authority-v0.1\")\n\n(def selfhost/patch_apply_report::err\n (fn (message) ((core/error::make2 \"core/patch-apply-report\") message)))\n\n(def selfhost/patch_apply_report::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/patch_apply_report::hash?\n (fn (value)\n (if (selfhost/patch_schema::is-str? value)\n (if ((core/int::eq? (core/str::len value)) 64)\n (let ((bytes (core/bytes::from-hex value)))\n (if (core/error::is? bytes)\n false\n ((core/int::eq? (core/bytes::len bytes)) 32)))\n false)\n false)))\n\n(def selfhost/patch_apply_report::edits-valid-loop\n (fn (edits i)\n (if ((core/int::eq? i) (core/vec::len edits))\n true\n (let ((edit ((core/vec::get edits) i)))\n (if (selfhost/patch_schema::is-map? edit)\n (let\n ((op ((core/map::get edit) (quote :op)))\n (module-path ((core/map::get edit) (quote :module-path))))\n (if (selfhost/patch_schema::is-sym? op)\n (if (selfhost/patch_normalize::portable-module-path? module-path)\n (selfhost/patch_apply_report::edits-valid-loop\n edits ((core/int::add i) 1))\n false)\n false))\n false)))))\n\n(def selfhost/patch_apply_report::edits-valid?\n (fn (edits)\n (if (selfhost/patch_schema::is-vec? edits)\n (selfhost/patch_apply_report::edits-valid-loop edits 0)\n false)))\n\n(def selfhost/patch_apply_report::request-identity-valid?\n (fn (request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/patch_apply_report::REQUEST_KIND)\n (if ((core/eq? ((core/map::get request) (quote :profile)))\n selfhost/patch_apply_report::PROFILE)\n ((core/eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)))\n\n(def selfhost/patch_apply_report::acceptance-valid?\n (fn (acceptance)\n (if (selfhost/patch_schema::is-map? acceptance)\n (if ((core/eq? ((core/map::get acceptance) (quote :kind)))\n \"genesis/acceptance-v0.2\")\n (selfhost/patch_apply_report::bool?\n ((core/map::get acceptance) (quote :ok)))\n false)\n false)))\n\n(def selfhost/patch_apply_report::report\n (fn (request normalized package-h acceptance-h acceptance semantic-edits source-h)\n (let ((patch ((core/map::get normalized) (quote :normalized-patch))))\n (let\n ((intent ((core/map::get patch) (quote :intent)))\n (ops ((core/map::get patch) (quote :ops)))\n (provenance ((core/map::get patch) (quote :provenance))))\n {:acceptance-artifact acceptance-h\n :intent intent\n :kind selfhost/patch_apply_report::REPORT_KIND\n :ok ((core/map::get acceptance) (quote :ok))\n :op-identities ((core/map::get normalized) (quote :op-identities))\n :ops-count (core/vec::len ops)\n :package-artifact package-h\n :patch-h ((core/map::get normalized) (quote :patch-h))\n :profile selfhost/patch_apply_report::PROFILE\n :provenance provenance\n :request-h (selfhost/hash::hash-term request)\n :semantic-edits semantic-edits\n :source-patch-h source-h\n :v 1}))))\n\n(def core/cli::patch-apply-report\n (fn (request)\n (let\n ((shape\n (((selfhost/patch_normalize::shape request)\n [:acceptance :acceptance-artifact :kind :package-artifact :patch :profile\n :semantic-edits :source-patch-h :v])\n [:acceptance :acceptance-artifact :kind :package-artifact :patch :profile\n :semantic-edits :source-patch-h :v])))\n (if (core/error::is? shape)\n shape\n (if (selfhost/patch_apply_report::request-identity-valid? request)\n (let\n ((acceptance ((core/map::get request) (quote :acceptance)))\n (acceptance-h\n ((core/map::get request) (quote :acceptance-artifact)))\n (package-h ((core/map::get request) (quote :package-artifact)))\n (patch ((core/map::get request) (quote :patch)))\n (semantic-edits ((core/map::get request) (quote :semantic-edits)))\n (source-h ((core/map::get request) (quote :source-patch-h))))\n (if (selfhost/patch_apply_report::hash? acceptance-h)\n (if (selfhost/patch_apply_report::hash? package-h)\n (if (selfhost/patch_apply_report::hash? source-h)\n (if (selfhost/patch_apply_report::acceptance-valid? acceptance)\n (if (selfhost/patch_apply_report::edits-valid? semantic-edits)\n (let\n ((normalized\n (core/cli::patch-normalize\n {:kind \"genesis/patch-normalize-request-v0.1\"\n :patch patch\n :profile \"genesis/patch-authority-v0.1\"\n :v 1})))\n (if (core/error::is? normalized)\n normalized\n (selfhost/patch_apply_report::report\n request normalized package-h acceptance-h acceptance\n semantic-edits source-h)))\n (selfhost/patch_apply_report::err\n \":semantic-edits must contain valid edit observations\"))\n (selfhost/patch_apply_report::err\n \":acceptance must be a genesis/acceptance-v0.2 map with bool :ok\"))\n (selfhost/patch_apply_report::err\n \":source-patch-h must be lowercase hex64\"))\n (selfhost/patch_apply_report::err\n \":package-artifact must be lowercase hex64\"))\n (selfhost/patch_apply_report::err\n \":acceptance-artifact must be lowercase hex64\")))\n (selfhost/patch_apply_report::err\n \"request kind/profile/version mismatch\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"b\x94\n\xA9\xB9\xCD\xB7 _\xA9\x9FrJr9\xA9\xEF\xFD\xF7\x11\xF0\xF8\x10A\xB5\x84\x81\xD7\xF7Mi\xA3" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/policy::error (fn (message) ((core/error::make2 "core/policy/authority") message))) (def selfhost/policy::failure (fn (operation) (fn (code) (fn (error) (let ((payload (core/error::payload error))) {:error-code code :error-message ((core/map::get payload) (quote :error/message)) :kind "genesis/policy-authority-result-v0.1" :ok false :operation operation :v 1}))))) (def selfhost/policy::map? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :map)))) (def selfhost/policy::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/policy::str? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :str)))) (def selfhost/policy::sym? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym)))) (def selfhost/policy::int? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :int)))) (def selfhost/policy::nil? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :nil)))) (def selfhost/policy::operation? (fn (value) (if ((core/sym::eq? value) (quote :list)) true (if ((core/sym::eq? value) (quote :resolve)) true ((core/sym::eq? value) (quote :set-default)))))) (def selfhost/policy::non-empty-str? (fn (value) (if (selfhost/policy::str? value) ((core/int::lt? 0) (core/bytes::len (core/str::to-utf8 value))) false))) (def selfhost/policy::ascii-whitespace? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 9) true (if ((core/int::eq? byte) 10) true (if ((core/int::eq? byte) 11) true (if ((core/int::eq? byte) 12) true ((core/int::eq? byte) 13)))))))) (def selfhost/policy::three-byte-whitespace? (fn (b0) (fn (b1) (fn (b2) (if ((core/int::eq? b0) 225) (if ((core/int::eq? b1) 154) ((core/int::eq? b2) 128) false) (if ((core/int::eq? b0) 226) (if ((core/int::eq? b1) 128) (if (if ((core/int::lt? 127) b2) ((core/int::lt? b2) 139) false) true (if ((core/int::eq? b2) 168) true (if ((core/int::eq? b2) 169) true ((core/int::eq? b2) 175)))) (if ((core/int::eq? b1) 129) ((core/int::eq? b2) 159) false)) (if ((core/int::eq? b0) 227) (if ((core/int::eq? b1) 128) ((core/int::eq? b2) 128) false) false))))))) (def selfhost/policy::whitespace-width-at (fn (bytes) (fn (index) (let ((b0 ((core/bytes::get bytes) index))) (if (selfhost/policy::ascii-whitespace? b0) 1 (let ((remaining ((core/int::sub (core/bytes::len bytes)) index))) (if ((core/int::lt? remaining) 2) 0 (let ((b1 ((core/bytes::get bytes) ((core/int::add index) 1)))) (if ((core/int::eq? b0) 194) (if (if ((core/int::eq? b1) 133) true ((core/int::eq? b1) 160)) 2 0) (if ((core/int::lt? remaining) 3) 0 (let ((b2 ((core/bytes::get bytes) ((core/int::add index) 2)))) (if (((selfhost/policy::three-byte-whitespace? b0) b1) b2) 3 0)))))))))))) (def selfhost/policy::trim-start (fn (bytes) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) index (let ((width ((selfhost/policy::whitespace-width-at bytes) index))) (if ((core/int::eq? width) 0) index ((selfhost/policy::trim-start bytes) ((core/int::add index) width)))))))) (def selfhost/policy::trim-end (fn (bytes) (fn (index) (fn (content-end) (if ((core/int::eq? index) (core/bytes::len bytes)) content-end (let ((width ((selfhost/policy::whitespace-width-at bytes) index))) (if ((core/int::eq? width) 0) (((selfhost/policy::trim-end bytes) ((core/int::add index) 1)) ((core/int::add index) 1)) (((selfhost/policy::trim-end bytes) ((core/int::add index) width)) content-end)))))))) (def selfhost/policy::trim (fn (value) (let ((bytes (core/str::to-utf8 value))) (let ((start ((selfhost/policy::trim-start bytes) 0))) (let ((end (((selfhost/policy::trim-end bytes) start) start))) (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start)))))))) (def selfhost/policy::normalize-hash (fn (value) (if (selfhost/policy::str? value) (let ((decoded (core/bytes::from-hex value))) (if (core/error::is? decoded) nil (if ((core/int::eq? (core/bytes::len decoded)) 32) (core/bytes::to-hex decoded) nil))) nil))) (def selfhost/policy::alias-name-at (fn (aliases) (fn (index) ((core/map::get ((core/vec::get aliases) index)) (quote :name))))) (def selfhost/policy::alias-hash-at (fn (aliases) (fn (index) ((core/map::get ((core/vec::get aliases) index)) (quote :hash))))) (def selfhost/policy::find-alias (fn (aliases) (fn (name) ((((selfhost/policy::find-alias-loop aliases) name) (core/vec::len aliases)) 0)))) (def selfhost/policy::find-alias-loop (fn (aliases) (fn (name) (fn (count) (fn (index) (if ((core/int::eq? index) count) nil (if ((core/eq? ((selfhost/policy::alias-name-at aliases) index)) name) ((selfhost/policy::alias-hash-at aliases) index) ((((selfhost/policy::find-alias-loop aliases) name) count) ((core/int::add index) 1))))))))) (def selfhost/policy::normalize-aliases (fn (aliases) (if (selfhost/policy::vec? aliases) ((((selfhost/policy::normalize-aliases-loop aliases) (core/vec::len aliases)) 0) []) (selfhost/policy::error ":aliases must be a vector")))) (def selfhost/policy::normalize-aliases-loop (fn (aliases) (fn (count) (fn (index) (fn (out) (if ((core/int::eq? index) count) out (let ((entry ((core/vec::get aliases) index))) (if (selfhost/policy::map? entry) (if ((core/int::eq? (core/map::len entry)) 2) (let ((name0 ((core/map::get entry) (quote :name))) (hash0 ((core/map::get entry) (quote :hash)))) (if (if (selfhost/policy::str? name0) (selfhost/policy::str? hash0) false) (let ((name (selfhost/policy::trim name0))) (let ((hash (selfhost/policy::normalize-hash (selfhost/policy::trim hash0)))) (if (selfhost/policy::nil? hash) (selfhost/policy::error "policy alias hash must be 64-hex") (if (selfhost/policy::non-empty-str? name) (if (selfhost/policy::nil? ((selfhost/policy::find-alias out) name)) ((((selfhost/policy::normalize-aliases-loop aliases) count) ((core/int::add index) 1)) ((core/vec::push out) {:hash hash :name name})) (selfhost/policy::error "duplicate policy alias")) (selfhost/policy::error "policy alias name must be non-empty"))))) (selfhost/policy::error "policy alias name and hash must be strings"))) (selfhost/policy::error "policy alias entry must contain exactly :name and :hash")) (selfhost/policy::error "policy alias entry must be a map"))))))))) (def selfhost/policy::normalize-default (fn (selector) (if (selfhost/policy::nil? selector) nil (if (selfhost/policy::str? selector) (let ((trimmed (selfhost/policy::trim selector))) (if (selfhost/policy::non-empty-str? trimmed) (let ((hash (selfhost/policy::normalize-hash trimmed))) (if (selfhost/policy::nil? hash) trimmed hash)) (selfhost/policy::error "default policy selector must be a non-empty string or nil"))) (selfhost/policy::error "default policy selector must be a non-empty string or nil"))))) (def selfhost/policy::normalize-config (fn (config) (if (selfhost/policy::map? config) (if ((core/int::eq? (core/map::len config)) 3) (let ((version ((core/map::get config) (quote :version))) (default0 ((core/map::get config) (quote :default))) (aliases0 ((core/map::get config) (quote :aliases)))) (if (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false) (let ((default (selfhost/policy::normalize-default default0))) (if (core/error::is? default) default (let ((aliases (selfhost/policy::normalize-aliases aliases0))) (if (core/error::is? aliases) aliases {:aliases aliases :default default :version 1})))) (selfhost/policy::error "unsupported policies config version"))) (selfhost/policy::error "policy config must contain exactly :version, :default, and :aliases")) (selfhost/policy::error "policy config must be a map")))) (def selfhost/policy::resolve (fn (config) (fn (selector0) (if (selfhost/policy::str? selector0) (let ((selector1 (selfhost/policy::trim selector0))) (if (selfhost/policy::non-empty-str? selector1) (let ((aliases ((core/map::get config) (quote :aliases))) (default ((core/map::get config) (quote :default)))) (let ((selector (if ((core/eq? selector1) "default") default selector1))) (if (selfhost/policy::non-empty-str? selector) (if ((core/eq? selector) "default") (selfhost/policy::error "default policy selector cannot resolve to itself") (let ((hash (selfhost/policy::normalize-hash selector))) (if (selfhost/policy::nil? hash) (let ((alias-hash ((selfhost/policy::find-alias aliases) selector))) (if (selfhost/policy::nil? alias-hash) (selfhost/policy::error "unknown policy alias") {:hash alias-hash :resolved selector})) {:hash hash :resolved hash}))) (selfhost/policy::error "no default policy configured")))) (selfhost/policy::error "policy selector must be non-empty"))) (selfhost/policy::error "policy selector must be non-empty"))))) (def selfhost/policy::list-result (fn (config) (let ((default ((core/map::get config) (quote :default)))) (let ((resolved (if (selfhost/policy::nil? default) nil (let ((result ((selfhost/policy::resolve config) "default"))) (if (core/error::is? result) nil ((core/map::get result) (quote :hash))))))) {:aliases ((core/map::get config) (quote :aliases)) :default default :default-resolved resolved :kind "genesis/policy-authority-result-v0.1" :ok true :operation (quote :list) :v 1})))) (def selfhost/policy::resolve-result (fn (config) (fn (selector) (let ((resolved ((selfhost/policy::resolve config) selector))) (if (core/error::is? resolved) (((selfhost/policy::failure (quote :resolve)) "policy/resolve") resolved) {:aliases ((core/map::get config) (quote :aliases)) :default ((core/map::get config) (quote :default)) :hash ((core/map::get resolved) (quote :hash)) :kind "genesis/policy-authority-result-v0.1" :ok true :operation (quote :resolve) :resolved ((core/map::get resolved) (quote :resolved)) :v 1}))))) (def selfhost/policy::set-default-result (fn (config) (fn (selector0) (if (selfhost/policy::str? selector0) (let ((selector1 (selfhost/policy::trim selector0))) (if (selfhost/policy::non-empty-str? selector1) (if ((core/eq? selector1) "default") (((selfhost/policy::failure (quote :set-default)) "policy/set-default") (selfhost/policy::error "default policy selector cannot resolve to itself")) (let ((hash (selfhost/policy::normalize-hash selector1))) (let ((selector (if (selfhost/policy::nil? hash) selector1 hash))) (let ((resolved ((selfhost/policy::resolve config) selector))) (if (core/error::is? resolved) (((selfhost/policy::failure (quote :set-default)) "policy/set-default") resolved) {:aliases ((core/map::get config) (quote :aliases)) :default selector :default-resolved ((core/map::get resolved) (quote :hash)) :kind "genesis/policy-authority-result-v0.1" :ok true :operation (quote :set-default) :v 1}))))) (((selfhost/policy::failure (quote :set-default)) "policy/parse") (selfhost/policy::error "policy selector must be non-empty")))) (((selfhost/policy::failure (quote :set-default)) "policy/parse") (selfhost/policy::error "policy selector must be non-empty")))))) (def core/cli::policy-authority (fn (request) (if (selfhost/policy::map? request) (if ((core/int::eq? (core/map::len request)) 5) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (operation ((core/map::get request) (quote :operation))) (config0 ((core/map::get request) (quote :config))) (selector ((core/map::get request) (quote :selector)))) (if (if ((core/eq? kind) "genesis/policy-authority-request-v0.1") (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false) false) (if (selfhost/policy::operation? operation) (let ((config (selfhost/policy::normalize-config config0))) (if (core/error::is? config) (((selfhost/policy::failure operation) "policy/parse") config) (if ((core/sym::eq? operation) (quote :list)) (if (selfhost/policy::nil? selector) (selfhost/policy::list-result config) (selfhost/policy::error ":list requires nil :selector")) (if ((core/sym::eq? operation) (quote :resolve)) ((selfhost/policy::resolve-result config) selector) ((selfhost/policy::set-default-result config) selector))))) (selfhost/policy::error "unknown policy authority operation")) (selfhost/policy::error "policy authority request identity mismatch"))) (selfhost/policy::error "policy authority request must contain exactly five fields")) (selfhost/policy::error "policy authority request must be a map"))))] :module-h b"\xEB\xBC\x96@\x98\xFD\x07\xE3\x90\x9Ap\x8Ed\xA6\xDA\xD2^\xBE=V\xC9\x84\xDEeD\xA4g1\x9Dm\x8C&" :path "selfhost/policy_authority_v1.gc" :source "(def selfhost/policy::error\n (fn (message) ((core/error::make2 \"core/policy/authority\") message)))\n\n(def selfhost/policy::failure\n (fn (operation)\n (fn (code)\n (fn (error)\n (let ((payload (core/error::payload error)))\n {\n :error-code code\n :error-message ((core/map::get payload) (quote :error/message))\n :kind \"genesis/policy-authority-result-v0.1\"\n :ok false\n :operation operation\n :v 1})))))\n\n(def selfhost/policy::map?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :map))))\n\n(def selfhost/policy::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/policy::str?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :str))))\n\n(def selfhost/policy::sym?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym))))\n\n(def selfhost/policy::int?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :int))))\n\n(def selfhost/policy::nil?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :nil))))\n\n(def selfhost/policy::operation?\n (fn (value)\n (if ((core/sym::eq? value) (quote :list))\n true\n (if ((core/sym::eq? value) (quote :resolve))\n true\n ((core/sym::eq? value) (quote :set-default))))))\n\n(def selfhost/policy::non-empty-str?\n (fn (value)\n (if (selfhost/policy::str? value)\n ((core/int::lt? 0) (core/bytes::len (core/str::to-utf8 value)))\n false)))\n\n; Unicode White_Space under the frozen text profile, encoded as UTF-8 widths.\n(def selfhost/policy::ascii-whitespace?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 9)\n true\n (if ((core/int::eq? byte) 10)\n true\n (if ((core/int::eq? byte) 11)\n true\n (if ((core/int::eq? byte) 12) true ((core/int::eq? byte) 13))))))))\n\n(def selfhost/policy::three-byte-whitespace?\n (fn (b0)\n (fn (b1)\n (fn (b2)\n (if ((core/int::eq? b0) 225)\n (if ((core/int::eq? b1) 154) ((core/int::eq? b2) 128) false)\n (if ((core/int::eq? b0) 226)\n (if ((core/int::eq? b1) 128)\n (if (if ((core/int::lt? 127) b2) ((core/int::lt? b2) 139) false)\n true\n (if ((core/int::eq? b2) 168)\n true\n (if ((core/int::eq? b2) 169) true ((core/int::eq? b2) 175))))\n (if ((core/int::eq? b1) 129) ((core/int::eq? b2) 159) false))\n (if ((core/int::eq? b0) 227)\n (if ((core/int::eq? b1) 128) ((core/int::eq? b2) 128) false)\n false)))))))\n\n(def selfhost/policy::whitespace-width-at\n (fn (bytes)\n (fn (index)\n (let ((b0 ((core/bytes::get bytes) index)))\n (if (selfhost/policy::ascii-whitespace? b0)\n 1\n (let ((remaining ((core/int::sub (core/bytes::len bytes)) index)))\n (if ((core/int::lt? remaining) 2)\n 0\n (let ((b1 ((core/bytes::get bytes) ((core/int::add index) 1))))\n (if ((core/int::eq? b0) 194)\n (if (if ((core/int::eq? b1) 133) true ((core/int::eq? b1) 160)) 2 0)\n (if ((core/int::lt? remaining) 3)\n 0\n (let ((b2 ((core/bytes::get bytes) ((core/int::add index) 2))))\n (if (((selfhost/policy::three-byte-whitespace? b0) b1) b2) 3 0))))))))))))\n\n(def selfhost/policy::trim-start\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n index\n (let ((width ((selfhost/policy::whitespace-width-at bytes) index)))\n (if ((core/int::eq? width) 0)\n index\n ((selfhost/policy::trim-start bytes) ((core/int::add index) width))))))))\n\n(def selfhost/policy::trim-end\n (fn (bytes)\n (fn (index)\n (fn (content-end)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n content-end\n (let ((width ((selfhost/policy::whitespace-width-at bytes) index)))\n (if ((core/int::eq? width) 0)\n (((selfhost/policy::trim-end bytes) ((core/int::add index) 1))\n ((core/int::add index) 1))\n (((selfhost/policy::trim-end bytes) ((core/int::add index) width)) content-end))))))))\n\n(def selfhost/policy::trim\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((start ((selfhost/policy::trim-start bytes) 0)))\n (let ((end (((selfhost/policy::trim-end bytes) start) start)))\n (core/str::from-utf8\n (((core/bytes::slice bytes) start) ((core/int::sub end) start))))))))\n\n; Decode any case-insensitive 64-hex selector and emit its canonical lowercase form.\n(def selfhost/policy::normalize-hash\n (fn (value)\n (if (selfhost/policy::str? value)\n (let ((decoded (core/bytes::from-hex value)))\n (if (core/error::is? decoded)\n nil\n (if ((core/int::eq? (core/bytes::len decoded)) 32)\n (core/bytes::to-hex decoded)\n nil)))\n nil)))\n\n(def selfhost/policy::alias-name-at\n (fn (aliases)\n (fn (index)\n ((core/map::get ((core/vec::get aliases) index)) (quote :name)))))\n\n(def selfhost/policy::alias-hash-at\n (fn (aliases)\n (fn (index)\n ((core/map::get ((core/vec::get aliases) index)) (quote :hash)))))\n\n(def selfhost/policy::find-alias\n (fn (aliases)\n (fn (name)\n ((((selfhost/policy::find-alias-loop aliases) name) (core/vec::len aliases)) 0))))\n\n(def selfhost/policy::find-alias-loop\n (fn (aliases)\n (fn (name)\n (fn (count)\n (fn (index)\n (if ((core/int::eq? index) count)\n nil\n (if ((core/eq? ((selfhost/policy::alias-name-at aliases) index)) name)\n ((selfhost/policy::alias-hash-at aliases) index)\n ((((selfhost/policy::find-alias-loop aliases) name) count)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/policy::normalize-aliases\n (fn (aliases)\n (if (selfhost/policy::vec? aliases)\n ((((selfhost/policy::normalize-aliases-loop aliases) (core/vec::len aliases)) 0) [])\n (selfhost/policy::error \":aliases must be a vector\"))))\n\n(def selfhost/policy::normalize-aliases-loop\n (fn (aliases)\n (fn (count)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) count)\n out\n (let ((entry ((core/vec::get aliases) index)))\n (if (selfhost/policy::map? entry)\n (if ((core/int::eq? (core/map::len entry)) 2)\n (let\n ((name0 ((core/map::get entry) (quote :name)))\n (hash0 ((core/map::get entry) (quote :hash))))\n (if (if (selfhost/policy::str? name0) (selfhost/policy::str? hash0) false)\n (let ((name (selfhost/policy::trim name0)))\n (let ((hash (selfhost/policy::normalize-hash (selfhost/policy::trim hash0))))\n (if (selfhost/policy::nil? hash)\n (selfhost/policy::error \"policy alias hash must be 64-hex\")\n (if (selfhost/policy::non-empty-str? name)\n (if (selfhost/policy::nil? ((selfhost/policy::find-alias out) name))\n ((((selfhost/policy::normalize-aliases-loop aliases) count)\n ((core/int::add index) 1))\n ((core/vec::push out) {:hash hash :name name}))\n (selfhost/policy::error \"duplicate policy alias\"))\n (selfhost/policy::error \"policy alias name must be non-empty\")))))\n (selfhost/policy::error \"policy alias name and hash must be strings\")))\n (selfhost/policy::error \"policy alias entry must contain exactly :name and :hash\"))\n (selfhost/policy::error \"policy alias entry must be a map\")))))))))\n\n(def selfhost/policy::normalize-default\n (fn (selector)\n (if (selfhost/policy::nil? selector)\n nil\n (if (selfhost/policy::str? selector)\n (let ((trimmed (selfhost/policy::trim selector)))\n (if (selfhost/policy::non-empty-str? trimmed)\n (let ((hash (selfhost/policy::normalize-hash trimmed)))\n (if (selfhost/policy::nil? hash) trimmed hash))\n (selfhost/policy::error \"default policy selector must be a non-empty string or nil\")))\n (selfhost/policy::error \"default policy selector must be a non-empty string or nil\")))))\n\n(def selfhost/policy::normalize-config\n (fn (config)\n (if (selfhost/policy::map? config)\n (if ((core/int::eq? (core/map::len config)) 3)\n (let\n ((version ((core/map::get config) (quote :version)))\n (default0 ((core/map::get config) (quote :default)))\n (aliases0 ((core/map::get config) (quote :aliases))))\n (if (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false)\n (let ((default (selfhost/policy::normalize-default default0)))\n (if (core/error::is? default)\n default\n (let ((aliases (selfhost/policy::normalize-aliases aliases0)))\n (if (core/error::is? aliases)\n aliases\n {:aliases aliases :default default :version 1}))))\n (selfhost/policy::error \"unsupported policies config version\")))\n (selfhost/policy::error \"policy config must contain exactly :version, :default, and :aliases\"))\n (selfhost/policy::error \"policy config must be a map\"))))\n\n(def selfhost/policy::resolve\n (fn (config)\n (fn (selector0)\n (if (selfhost/policy::str? selector0)\n (let ((selector1 (selfhost/policy::trim selector0)))\n (if (selfhost/policy::non-empty-str? selector1)\n (let\n ((aliases ((core/map::get config) (quote :aliases)))\n (default ((core/map::get config) (quote :default))))\n (let ((selector (if ((core/eq? selector1) \"default\") default selector1)))\n (if (selfhost/policy::non-empty-str? selector)\n (if ((core/eq? selector) \"default\")\n (selfhost/policy::error \"default policy selector cannot resolve to itself\")\n (let ((hash (selfhost/policy::normalize-hash selector)))\n (if (selfhost/policy::nil? hash)\n (let ((alias-hash ((selfhost/policy::find-alias aliases) selector)))\n (if (selfhost/policy::nil? alias-hash)\n (selfhost/policy::error \"unknown policy alias\")\n {:hash alias-hash :resolved selector}))\n {:hash hash :resolved hash})))\n (selfhost/policy::error \"no default policy configured\"))))\n (selfhost/policy::error \"policy selector must be non-empty\")))\n (selfhost/policy::error \"policy selector must be non-empty\")))))\n\n(def selfhost/policy::list-result\n (fn (config)\n (let ((default ((core/map::get config) (quote :default))))\n (let\n ((resolved\n (if (selfhost/policy::nil? default)\n nil\n (let ((result ((selfhost/policy::resolve config) \"default\")))\n (if (core/error::is? result) nil ((core/map::get result) (quote :hash)))))))\n {\n :aliases ((core/map::get config) (quote :aliases))\n :default default\n :default-resolved resolved\n :kind \"genesis/policy-authority-result-v0.1\"\n :ok true\n :operation (quote :list)\n :v 1}))))\n\n(def selfhost/policy::resolve-result\n (fn (config)\n (fn (selector)\n (let ((resolved ((selfhost/policy::resolve config) selector)))\n (if (core/error::is? resolved)\n (((selfhost/policy::failure (quote :resolve)) \"policy/resolve\") resolved)\n {\n :aliases ((core/map::get config) (quote :aliases))\n :default ((core/map::get config) (quote :default))\n :hash ((core/map::get resolved) (quote :hash))\n :kind \"genesis/policy-authority-result-v0.1\"\n :ok true\n :operation (quote :resolve)\n :resolved ((core/map::get resolved) (quote :resolved))\n :v 1})))))\n\n(def selfhost/policy::set-default-result\n (fn (config)\n (fn (selector0)\n (if (selfhost/policy::str? selector0)\n (let ((selector1 (selfhost/policy::trim selector0)))\n (if (selfhost/policy::non-empty-str? selector1)\n (if ((core/eq? selector1) \"default\")\n (((selfhost/policy::failure (quote :set-default)) \"policy/set-default\")\n (selfhost/policy::error \"default policy selector cannot resolve to itself\"))\n (let ((hash (selfhost/policy::normalize-hash selector1)))\n (let ((selector (if (selfhost/policy::nil? hash) selector1 hash)))\n (let ((resolved ((selfhost/policy::resolve config) selector)))\n (if (core/error::is? resolved)\n (((selfhost/policy::failure (quote :set-default)) \"policy/set-default\") resolved)\n {\n :aliases ((core/map::get config) (quote :aliases))\n :default selector\n :default-resolved ((core/map::get resolved) (quote :hash))\n :kind \"genesis/policy-authority-result-v0.1\"\n :ok true\n :operation (quote :set-default)\n :v 1})))))\n (((selfhost/policy::failure (quote :set-default)) \"policy/parse\")\n (selfhost/policy::error \"policy selector must be non-empty\"))))\n (((selfhost/policy::failure (quote :set-default)) \"policy/parse\")\n (selfhost/policy::error \"policy selector must be non-empty\"))))))\n\n(def core/cli::policy-authority\n (fn (request)\n (if (selfhost/policy::map? request)\n (if ((core/int::eq? (core/map::len request)) 5)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (operation ((core/map::get request) (quote :operation)))\n (config0 ((core/map::get request) (quote :config)))\n (selector ((core/map::get request) (quote :selector))))\n (if (if ((core/eq? kind) \"genesis/policy-authority-request-v0.1\")\n (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false)\n false)\n (if (selfhost/policy::operation? operation)\n (let ((config (selfhost/policy::normalize-config config0)))\n (if (core/error::is? config)\n (((selfhost/policy::failure operation) \"policy/parse\") config)\n (if ((core/sym::eq? operation) (quote :list))\n (if (selfhost/policy::nil? selector)\n (selfhost/policy::list-result config)\n (selfhost/policy::error \":list requires nil :selector\"))\n (if ((core/sym::eq? operation) (quote :resolve))\n ((selfhost/policy::resolve-result config) selector)\n ((selfhost/policy::set-default-result config) selector)))))\n (selfhost/policy::error \"unknown policy authority operation\"))\n (selfhost/policy::error \"policy authority request identity mismatch\")))\n (selfhost/policy::error \"policy authority request must contain exactly five fields\"))\n (selfhost/policy::error \"policy authority request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xEB\xBC\x96@\x98\xFD\x07\xE3\x90\x9Ap\x8Ed\xA6\xDA\xD2^\xBE=V\xC9\x84\xDEeD\xA4g1\x9Dm\x8C&" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-crypto::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/effect-crypto::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/effect-crypto::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/effect-crypto::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/effect-crypto::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-crypto::exact-map? (fn (value) (fn (keys) (if (selfhost/policy::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/effect-crypto::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/effect-crypto::invalid-type? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))) (def selfhost/effect-crypto::invalid-entry? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-entry)) false))) (def selfhost/effect-crypto::list-input-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) ((selfhost/effect-crypto::list-input-loop? values) ((core/int::add index) 1)) (selfhost/effect-crypto::invalid-entry? value))))))) (def selfhost/effect-crypto::list-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-crypto::list-input-loop? value) 0) (selfhost/effect-crypto::invalid-type? value))))) (def selfhost/effect-crypto::limit-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::int? value) true (selfhost/effect-crypto::invalid-type? value))))) (def selfhost/effect-crypto::limit-input-fields-valid? (fn (value) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (selfhost/effect-crypto::limit-input? ((core/map::get value) ((core/vec::get keys) index))) (((selfhost/effect-crypto::limit-input-fields-valid? value) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-crypto::fields [:algorithms :key-ids :max-aad-bytes :max-ciphertext-bytes :max-context-bytes :max-info-bytes :max-input-bytes :max-message-bytes :max-nonce-bytes :max-output-bytes :max-plaintext-bytes :max-salt-bytes :max-signature-bytes :max-tag-bytes]) (def selfhost/effect-crypto::limit-fields [:max-aad-bytes :max-ciphertext-bytes :max-context-bytes :max-info-bytes :max-input-bytes :max-message-bytes :max-nonce-bytes :max-output-bytes :max-plaintext-bytes :max-salt-bytes :max-signature-bytes :max-tag-bytes]) (def selfhost/effect-crypto::input-valid? (fn (value) (if ((selfhost/effect-crypto::exact-map? value) selfhost/effect-crypto::fields) (if (selfhost/effect-crypto::list-input? ((core/map::get value) (quote :algorithms))) (if (selfhost/effect-crypto::list-input? ((core/map::get value) (quote :key-ids))) (((selfhost/effect-crypto::limit-input-fields-valid? value) selfhost/effect-crypto::limit-fields) 0) false) false) false))) (def selfhost/effect-crypto::ascii-upper-byte? (fn (byte) (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 91) false))) (def selfhost/effect-crypto::ascii-lower-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (let ((byte ((core/bytes::get bytes) index))) (((selfhost/effect-crypto::ascii-lower-loop bytes) ((core/int::add index) 1)) ((core/vec::push parts) (if (selfhost/effect-crypto::ascii-upper-byte? byte) (core/utf8::encode-codepoint ((core/int::add byte) 32)) (((core/bytes::slice bytes) index) 1)))))))))) (def selfhost/effect-crypto::ascii-lower (fn (value) (((selfhost/effect-crypto::ascii-lower-loop (core/str::to-utf8 value)) 0) []))) (def selfhost/effect-crypto::list-policy-loop (fn (values) (fn (index) (fn (lowercase) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) {:status (quote :empty) :values nil} {:status (quote :valid) :values out}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) ((((selfhost/effect-crypto::list-policy-loop values) ((core/int::add index) 1)) lowercase) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) (if lowercase (selfhost/effect-crypto::ascii-lower trimmed) trimmed)) out))) {:status (quote :invalid-entry) :values nil})))))))) (def selfhost/effect-crypto::list-policy (fn (raw) (fn (lowercase) (if (selfhost/policy::nil? raw) {:status (quote :absent) :values nil} (if (selfhost/policy::vec? raw) ((((selfhost/effect-crypto::list-policy-loop raw) 0) lowercase) []) {:status (quote :invalid-type) :values nil}))))) (def selfhost/effect-crypto::positive-limit-policy (fn (raw) (fn (platform-max) (if (selfhost/policy::nil? raw) {:limit nil :status (quote :absent)} (if (selfhost/effect-crypto::invalid-type? raw) {:limit nil :status (quote :invalid-type)} (if ((core/int::lt? raw) 1) {:limit nil :status (quote :nonpositive)} (if ((core/int::lt? platform-max) raw) {:limit nil :status (quote :platform-overflow)} {:limit raw :status (quote :valid)}))))))) (def selfhost/effect-crypto::empty-input {:algorithms nil :key-ids nil :max-aad-bytes nil :max-ciphertext-bytes nil :max-context-bytes nil :max-info-bytes nil :max-input-bytes nil :max-message-bytes nil :max-nonce-bytes nil :max-output-bytes nil :max-plaintext-bytes nil :max-salt-bytes nil :max-signature-bytes nil :max-tag-bytes nil}) (def selfhost/effect-crypto::policy (fn (override) (fn (platform-max) (let ((crypto (if (selfhost/policy::nil? override) selfhost/effect-crypto::empty-input ((core/map::get override) (quote :crypto-policy))))) {:algorithms ((selfhost/effect-crypto::list-policy ((core/map::get crypto) (quote :algorithms))) true) :key-ids ((selfhost/effect-crypto::list-policy ((core/map::get crypto) (quote :key-ids))) false) :max-aad-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-aad-bytes))) platform-max) :max-ciphertext-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-ciphertext-bytes))) platform-max) :max-context-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-context-bytes))) platform-max) :max-info-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-info-bytes))) platform-max) :max-input-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-input-bytes))) platform-max) :max-message-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-message-bytes))) platform-max) :max-nonce-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-nonce-bytes))) platform-max) :max-output-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-output-bytes))) platform-max) :max-plaintext-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-plaintext-bytes))) platform-max) :max-salt-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-salt-bytes))) platform-max) :max-signature-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-signature-bytes))) platform-max) :max-tag-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get crypto) (quote :max-tag-bytes))) platform-max)}))))] :module-h b"\xF8\xFE\tY\x88\xFDW&\xA4w\xA3\x8D\xAA\xE0\xA8o\xA7%\x98\x08\xB5\xAE\xC3\x9D\x0F3\x8D$\xA3\x8DZ!" :path "selfhost/effect_policy_crypto_v1.gc" :source "(def selfhost/effect-crypto::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/effect-crypto::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/effect-crypto::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/effect-crypto::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/effect-crypto::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-crypto::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/policy::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/effect-crypto::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/effect-crypto::invalid-type?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))\n\n(def selfhost/effect-crypto::invalid-entry?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-entry))\n false)))\n\n(def selfhost/effect-crypto::list-input-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-crypto::list-input-loop? values) ((core/int::add index) 1))\n (selfhost/effect-crypto::invalid-entry? value)))))))\n\n(def selfhost/effect-crypto::list-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-crypto::list-input-loop? value) 0)\n (selfhost/effect-crypto::invalid-type? value)))))\n\n(def selfhost/effect-crypto::limit-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::int? value)\n true\n (selfhost/effect-crypto::invalid-type? value)))))\n\n(def selfhost/effect-crypto::limit-input-fields-valid?\n (fn (value)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (selfhost/effect-crypto::limit-input?\n ((core/map::get value) ((core/vec::get keys) index)))\n (((selfhost/effect-crypto::limit-input-fields-valid? value) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-crypto::fields\n [\n :algorithms\n :key-ids\n :max-aad-bytes\n :max-ciphertext-bytes\n :max-context-bytes\n :max-info-bytes\n :max-input-bytes\n :max-message-bytes\n :max-nonce-bytes\n :max-output-bytes\n :max-plaintext-bytes\n :max-salt-bytes\n :max-signature-bytes\n :max-tag-bytes])\n\n(def selfhost/effect-crypto::limit-fields\n [\n :max-aad-bytes\n :max-ciphertext-bytes\n :max-context-bytes\n :max-info-bytes\n :max-input-bytes\n :max-message-bytes\n :max-nonce-bytes\n :max-output-bytes\n :max-plaintext-bytes\n :max-salt-bytes\n :max-signature-bytes\n :max-tag-bytes])\n\n(def selfhost/effect-crypto::input-valid?\n (fn (value)\n (if ((selfhost/effect-crypto::exact-map? value) selfhost/effect-crypto::fields)\n (if (selfhost/effect-crypto::list-input?\n ((core/map::get value) (quote :algorithms)))\n (if (selfhost/effect-crypto::list-input?\n ((core/map::get value) (quote :key-ids)))\n (((selfhost/effect-crypto::limit-input-fields-valid? value)\n selfhost/effect-crypto::limit-fields) 0)\n false)\n false)\n false)))\n\n(def selfhost/effect-crypto::ascii-upper-byte?\n (fn (byte)\n (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 91) false)))\n\n(def selfhost/effect-crypto::ascii-lower-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (let ((byte ((core/bytes::get bytes) index)))\n (((selfhost/effect-crypto::ascii-lower-loop bytes)\n ((core/int::add index) 1))\n ((core/vec::push parts)\n (if (selfhost/effect-crypto::ascii-upper-byte? byte)\n (core/utf8::encode-codepoint ((core/int::add byte) 32))\n (((core/bytes::slice bytes) index) 1))))))))))\n\n(def selfhost/effect-crypto::ascii-lower\n (fn (value)\n (((selfhost/effect-crypto::ascii-lower-loop (core/str::to-utf8 value)) 0) [])))\n\n(def selfhost/effect-crypto::list-policy-loop\n (fn (values)\n (fn (index)\n (fn (lowercase)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0)\n {:status (quote :empty) :values nil}\n {:status (quote :valid) :values out})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((((selfhost/effect-crypto::list-policy-loop values)\n ((core/int::add index) 1)) lowercase)\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out)\n (if lowercase\n (selfhost/effect-crypto::ascii-lower trimmed)\n trimmed))\n out))))\n {:status (quote :invalid-entry) :values nil}))))))))\n\n(def selfhost/effect-crypto::list-policy\n (fn (raw)\n (fn (lowercase)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :values nil}\n (if (selfhost/policy::vec? raw)\n ((((selfhost/effect-crypto::list-policy-loop raw) 0) lowercase) [])\n {:status (quote :invalid-type) :values nil})))))\n\n(def selfhost/effect-crypto::positive-limit-policy\n (fn (raw)\n (fn (platform-max)\n (if (selfhost/policy::nil? raw)\n {:limit nil :status (quote :absent)}\n (if (selfhost/effect-crypto::invalid-type? raw)\n {:limit nil :status (quote :invalid-type)}\n (if ((core/int::lt? raw) 1)\n {:limit nil :status (quote :nonpositive)}\n (if ((core/int::lt? platform-max) raw)\n {:limit nil :status (quote :platform-overflow)}\n {:limit raw :status (quote :valid)})))))))\n\n(def selfhost/effect-crypto::empty-input\n {\n :algorithms nil\n :key-ids nil\n :max-aad-bytes nil\n :max-ciphertext-bytes nil\n :max-context-bytes nil\n :max-info-bytes nil\n :max-input-bytes nil\n :max-message-bytes nil\n :max-nonce-bytes nil\n :max-output-bytes nil\n :max-plaintext-bytes nil\n :max-salt-bytes nil\n :max-signature-bytes nil\n :max-tag-bytes nil})\n\n(def selfhost/effect-crypto::policy\n (fn (override)\n (fn (platform-max)\n (let ((crypto\n (if (selfhost/policy::nil? override)\n selfhost/effect-crypto::empty-input\n ((core/map::get override) (quote :crypto-policy)))))\n {\n :algorithms\n ((selfhost/effect-crypto::list-policy\n ((core/map::get crypto) (quote :algorithms))) true)\n :key-ids\n ((selfhost/effect-crypto::list-policy\n ((core/map::get crypto) (quote :key-ids))) false)\n :max-aad-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-aad-bytes))) platform-max)\n :max-ciphertext-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-ciphertext-bytes))) platform-max)\n :max-context-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-context-bytes))) platform-max)\n :max-info-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-info-bytes))) platform-max)\n :max-input-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-input-bytes))) platform-max)\n :max-message-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-message-bytes))) platform-max)\n :max-nonce-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-nonce-bytes))) platform-max)\n :max-output-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-output-bytes))) platform-max)\n :max-plaintext-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-plaintext-bytes))) platform-max)\n :max-salt-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-salt-bytes))) platform-max)\n :max-signature-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-signature-bytes))) platform-max)\n :max-tag-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get crypto) (quote :max-tag-bytes))) platform-max)}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_t|Yn8#\x8B:\x9E7*\x90\xB3\x8B\x04\x11\xDA\x8A\x01\x88\xB2\x03\x0B\x10@L]\xF6\x8A\xBAJ" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-network::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/effect-network::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/effect-network::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/effect-network::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/effect-network::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-network::exact-map? (fn (value) (fn (keys) (if (selfhost/policy::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/effect-network::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/effect-network::invalid-type? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))) (def selfhost/effect-network::invalid-entry? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-entry)) false))) (def selfhost/effect-network::list-input-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) ((selfhost/effect-network::list-input-loop? values) ((core/int::add index) 1)) (selfhost/effect-network::invalid-entry? value))))))) (def selfhost/effect-network::list-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-network::list-input-loop? value) 0) (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::optional-bool-input? (fn (value) (if (selfhost/policy::nil? value) true (if ((core/sym::eq? (core/data::tag value)) (quote :bool)) true (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::optional-string-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::str? value) true (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::limit-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::int? value) true (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::bind-port-input-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::int? value) ((selfhost/effect-network::bind-port-input-loop? values) ((core/int::add index) 1)) (if (selfhost/policy::str? value) ((selfhost/effect-network::bind-port-input-loop? values) ((core/int::add index) 1)) (selfhost/effect-network::invalid-entry? value)))))))) (def selfhost/effect-network::bind-port-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-network::bind-port-input-loop? value) 0) (selfhost/effect-network::invalid-type? value))))) (def selfhost/effect-network::input-valid? (fn (value) (if ((selfhost/effect-network::exact-map? value) [:allow-http :bind-hosts :bind-ports :max-request-bytes :remote-allow :url-allow :wasi-network-profile]) (if (selfhost/effect-network::optional-bool-input? ((core/map::get value) (quote :allow-http))) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :bind-hosts))) (if (selfhost/effect-network::bind-port-input? ((core/map::get value) (quote :bind-ports))) (if (selfhost/effect-network::limit-input? ((core/map::get value) (quote :max-request-bytes))) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :remote-allow))) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :url-allow))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :wasi-network-profile))) false) false) false) false) false) false) false))) (def selfhost/effect-network::list-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) {:status (quote :empty) :values nil} {:status (quote :valid) :values out}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) (((selfhost/effect-network::list-policy-loop values) ((core/int::add index) 1)) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) trimmed) out))) {:status (quote :invalid-entry) :values nil}))))))) (def selfhost/effect-network::list-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :values nil} (if (selfhost/policy::vec? raw) (((selfhost/effect-network::list-policy-loop raw) 0) []) {:status (quote :invalid-type) :values nil})))) (def selfhost/effect-network::bool-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :value nil} (if (selfhost/effect-network::invalid-type? raw) {:status (quote :invalid-type) :value nil} {:status (quote :valid) :value raw})))) (def selfhost/effect-network::string-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :value nil} (if (selfhost/effect-network::invalid-type? raw) {:status (quote :invalid-type) :value nil} (let ((trimmed (selfhost/policy::trim raw))) (if (selfhost/policy::non-empty-str? trimmed) {:status (quote :valid) :value trimmed} {:status (quote :empty) :value nil})))))) (def selfhost/effect-network::positive-limit-policy (fn (raw) (fn (platform-max) (if (selfhost/policy::nil? raw) {:limit nil :status (quote :absent)} (if (selfhost/effect-network::invalid-type? raw) {:limit nil :status (quote :invalid-type)} (if ((core/int::lt? raw) 1) {:limit nil :status (quote :nonpositive)} (if ((core/int::lt? platform-max) raw) {:limit nil :status (quote :platform-overflow)} {:limit raw :status (quote :valid)}))))))) (def selfhost/effect-network::bind-port-policy-loop (fn (values) (fn (index) (fn (any) (fn (ports) (if ((core/int::eq? index) (core/vec::len values)) (if (if any true ((core/int::lt? 0) (core/vec::len ports))) {:any any :ports ports :status (quote :valid)} {:any nil :ports nil :status (quote :empty)}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::int? value) (if (if ((core/int::lt? value) 1) true ((core/int::lt? 65535) value)) {:any nil :ports nil :status (quote :out-of-range)} ((((selfhost/effect-network::bind-port-policy-loop values) ((core/int::add index) 1)) any) ((core/vec::push ports) value))) (if (selfhost/policy::str? value) (if ((core/eq? (selfhost/policy::trim value)) "*") ((((selfhost/effect-network::bind-port-policy-loop values) ((core/int::add index) 1)) true) ports) {:any nil :ports nil :status (quote :invalid-entry)}) {:any nil :ports nil :status (quote :invalid-entry)}))))))))) (def selfhost/effect-network::bind-port-policy (fn (raw) (if (selfhost/policy::nil? raw) {:any nil :ports nil :status (quote :absent)} (if (selfhost/policy::vec? raw) ((((selfhost/effect-network::bind-port-policy-loop raw) 0) false) []) {:any nil :ports nil :status (quote :invalid-type)})))) (def selfhost/effect-network::policy (fn (override) (fn (platform-max) (let ((network (if (selfhost/policy::nil? override) {:allow-http nil :bind-hosts nil :bind-ports nil :max-request-bytes nil :remote-allow nil :url-allow nil :wasi-network-profile nil} ((core/map::get override) (quote :network-policy))))) {:allow-http (selfhost/effect-network::bool-policy ((core/map::get network) (quote :allow-http))) :bind-hosts (selfhost/effect-network::list-policy ((core/map::get network) (quote :bind-hosts))) :bind-ports (selfhost/effect-network::bind-port-policy ((core/map::get network) (quote :bind-ports))) :max-request-bytes ((selfhost/effect-network::positive-limit-policy ((core/map::get network) (quote :max-request-bytes))) platform-max) :remote-allow (selfhost/effect-network::list-policy ((core/map::get network) (quote :remote-allow))) :url-allow (selfhost/effect-network::list-policy ((core/map::get network) (quote :url-allow))) :wasi-network-profile (selfhost/effect-network::string-policy ((core/map::get network) (quote :wasi-network-profile)))}))))] :module-h b"h\x7F\xC4\xAA\x8D\x05\xF6\x10\x1C\xB2\x18\xA6+\x9A+\x1F\xD8\xA0\x87\x82\xB9\xB6m\x93G2\xBC`\x94\xE5\xADe" :path "selfhost/effect_policy_network_v1.gc" :source "(def selfhost/effect-network::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/effect-network::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/effect-network::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/effect-network::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/effect-network::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-network::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/policy::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/effect-network::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/effect-network::invalid-type?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))\n\n(def selfhost/effect-network::invalid-entry?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-entry))\n false)))\n\n(def selfhost/effect-network::list-input-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-network::list-input-loop? values) ((core/int::add index) 1))\n (selfhost/effect-network::invalid-entry? value)))))))\n\n(def selfhost/effect-network::list-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-network::list-input-loop? value) 0)\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::optional-bool-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if ((core/sym::eq? (core/data::tag value)) (quote :bool))\n true\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::optional-string-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::str? value)\n true\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::limit-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::int? value)\n true\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::bind-port-input-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::int? value)\n ((selfhost/effect-network::bind-port-input-loop? values)\n ((core/int::add index) 1))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-network::bind-port-input-loop? values)\n ((core/int::add index) 1))\n (selfhost/effect-network::invalid-entry? value))))))))\n\n(def selfhost/effect-network::bind-port-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-network::bind-port-input-loop? value) 0)\n (selfhost/effect-network::invalid-type? value)))))\n\n(def selfhost/effect-network::input-valid?\n (fn (value)\n (if ((selfhost/effect-network::exact-map? value)\n [:allow-http\n :bind-hosts\n :bind-ports\n :max-request-bytes\n :remote-allow\n :url-allow\n :wasi-network-profile])\n (if (selfhost/effect-network::optional-bool-input?\n ((core/map::get value) (quote :allow-http)))\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :bind-hosts)))\n (if (selfhost/effect-network::bind-port-input?\n ((core/map::get value) (quote :bind-ports)))\n (if (selfhost/effect-network::limit-input?\n ((core/map::get value) (quote :max-request-bytes)))\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :remote-allow)))\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :url-allow)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :wasi-network-profile)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-network::list-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0)\n {:status (quote :empty) :values nil}\n {:status (quote :valid) :values out})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((selfhost/effect-network::list-policy-loop values)\n ((core/int::add index) 1))\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out) trimmed)\n out)))\n {:status (quote :invalid-entry) :values nil})))))))\n\n(def selfhost/effect-network::list-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :values nil}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-network::list-policy-loop raw) 0) [])\n {:status (quote :invalid-type) :values nil}))))\n\n(def selfhost/effect-network::bool-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :value nil}\n (if (selfhost/effect-network::invalid-type? raw)\n {:status (quote :invalid-type) :value nil}\n {:status (quote :valid) :value raw}))))\n\n(def selfhost/effect-network::string-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :value nil}\n (if (selfhost/effect-network::invalid-type? raw)\n {:status (quote :invalid-type) :value nil}\n (let ((trimmed (selfhost/policy::trim raw)))\n (if (selfhost/policy::non-empty-str? trimmed)\n {:status (quote :valid) :value trimmed}\n {:status (quote :empty) :value nil}))))))\n\n(def selfhost/effect-network::positive-limit-policy\n (fn (raw)\n (fn (platform-max)\n (if (selfhost/policy::nil? raw)\n {:limit nil :status (quote :absent)}\n (if (selfhost/effect-network::invalid-type? raw)\n {:limit nil :status (quote :invalid-type)}\n (if ((core/int::lt? raw) 1)\n {:limit nil :status (quote :nonpositive)}\n (if ((core/int::lt? platform-max) raw)\n {:limit nil :status (quote :platform-overflow)}\n {:limit raw :status (quote :valid)})))))))\n\n(def selfhost/effect-network::bind-port-policy-loop\n (fn (values)\n (fn (index)\n (fn (any)\n (fn (ports)\n (if ((core/int::eq? index) (core/vec::len values))\n (if (if any true ((core/int::lt? 0) (core/vec::len ports)))\n {:any any :ports ports :status (quote :valid)}\n {:any nil :ports nil :status (quote :empty)})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::int? value)\n (if (if ((core/int::lt? value) 1) true ((core/int::lt? 65535) value))\n {:any nil :ports nil :status (quote :out-of-range)}\n ((((selfhost/effect-network::bind-port-policy-loop values)\n ((core/int::add index) 1)) any)\n ((core/vec::push ports) value)))\n (if (selfhost/policy::str? value)\n (if ((core/eq? (selfhost/policy::trim value)) \"*\")\n ((((selfhost/effect-network::bind-port-policy-loop values)\n ((core/int::add index) 1)) true) ports)\n {:any nil :ports nil :status (quote :invalid-entry)})\n {:any nil :ports nil :status (quote :invalid-entry)})))))))))\n\n(def selfhost/effect-network::bind-port-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:any nil :ports nil :status (quote :absent)}\n (if (selfhost/policy::vec? raw)\n ((((selfhost/effect-network::bind-port-policy-loop raw) 0) false) [])\n {:any nil :ports nil :status (quote :invalid-type)}))))\n\n(def selfhost/effect-network::policy\n (fn (override)\n (fn (platform-max)\n (let ((network\n (if (selfhost/policy::nil? override)\n {\n :allow-http nil\n :bind-hosts nil\n :bind-ports nil\n :max-request-bytes nil\n :remote-allow nil\n :url-allow nil\n :wasi-network-profile nil}\n ((core/map::get override) (quote :network-policy)))))\n {\n :allow-http\n (selfhost/effect-network::bool-policy\n ((core/map::get network) (quote :allow-http)))\n :bind-hosts\n (selfhost/effect-network::list-policy\n ((core/map::get network) (quote :bind-hosts)))\n :bind-ports\n (selfhost/effect-network::bind-port-policy\n ((core/map::get network) (quote :bind-ports)))\n :max-request-bytes\n ((selfhost/effect-network::positive-limit-policy\n ((core/map::get network) (quote :max-request-bytes))) platform-max)\n :remote-allow\n (selfhost/effect-network::list-policy\n ((core/map::get network) (quote :remote-allow)))\n :url-allow\n (selfhost/effect-network::list-policy\n ((core/map::get network) (quote :url-allow)))\n :wasi-network-profile\n (selfhost/effect-network::string-policy\n ((core/map::get network) (quote :wasi-network-profile)))}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC3\x9B\xD5R\xDC\x85\xEA'\x15\xA7y\xE7E\xE2b\xAA\xCD\x18\x0C\xA4\x97Z\x9F\xA1\xBB\xD6\xBC\xB6sr\x9E`" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-plugin::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/effect-plugin::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/effect-plugin::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/effect-plugin::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/effect-plugin::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-plugin::exact-map? (fn (value) (fn (keys) (if (selfhost/policy::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/effect-plugin::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/effect-plugin::invalid-type? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))) (def selfhost/effect-plugin::invalid-entry? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-entry)) false))) (def selfhost/effect-plugin::list-input-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) ((selfhost/effect-plugin::list-input-loop? values) ((core/int::add index) 1)) (selfhost/effect-plugin::invalid-entry? value))))))) (def selfhost/effect-plugin::list-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-plugin::list-input-loop? value) 0) (selfhost/effect-plugin::invalid-type? value))))) (def selfhost/effect-plugin::input-valid? (fn (value) (if ((selfhost/effect-plugin::exact-map? value) [:commands :plugins :schema-ids]) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :commands))) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :plugins))) (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :schema-ids))) false) false) false))) (def selfhost/effect-plugin::list-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) {:status (quote :empty) :values nil} {:status (quote :valid) :values out}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) (((selfhost/effect-plugin::list-policy-loop values) ((core/int::add index) 1)) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) trimmed) out))) {:status (quote :invalid-entry) :values nil}))))))) (def selfhost/effect-plugin::list-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :values nil} (if (selfhost/policy::vec? raw) (((selfhost/effect-plugin::list-policy-loop raw) 0) []) {:status (quote :invalid-type) :values nil})))) (def selfhost/effect-plugin::empty-input {:commands nil :plugins nil :schema-ids nil}) (def selfhost/effect-plugin::policy (fn (override) (let ((plugin (if (selfhost/policy::nil? override) selfhost/effect-plugin::empty-input ((core/map::get override) (quote :plugin-policy))))) {:commands (selfhost/effect-plugin::list-policy ((core/map::get plugin) (quote :commands))) :plugins (selfhost/effect-plugin::list-policy ((core/map::get plugin) (quote :plugins))) :schema-ids (selfhost/effect-plugin::list-policy ((core/map::get plugin) (quote :schema-ids)))})))] :module-h b"\xAF\xC0r.\xC2}\xC0\xEF\xEC\xA5\xE8ve\xD9V0\xB6U\xDE\x9F\xEE\x82\xF7]Mb\x99\xCD\x1E\xC8\xC2\xEE" :path "selfhost/effect_policy_plugin_v1.gc" :source "(def selfhost/effect-plugin::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/effect-plugin::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/effect-plugin::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/effect-plugin::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/effect-plugin::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-plugin::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/policy::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/effect-plugin::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/effect-plugin::invalid-type?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))\n\n(def selfhost/effect-plugin::invalid-entry?\n (fn (value)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-entry))\n false)))\n\n(def selfhost/effect-plugin::list-input-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-plugin::list-input-loop? values) ((core/int::add index) 1))\n (selfhost/effect-plugin::invalid-entry? value)))))))\n\n(def selfhost/effect-plugin::list-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-plugin::list-input-loop? value) 0)\n (selfhost/effect-plugin::invalid-type? value)))))\n\n(def selfhost/effect-plugin::input-valid?\n (fn (value)\n (if ((selfhost/effect-plugin::exact-map? value) [:commands :plugins :schema-ids])\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :commands)))\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :plugins)))\n (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :schema-ids)))\n false)\n false)\n false)))\n\n(def selfhost/effect-plugin::list-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0)\n {:status (quote :empty) :values nil}\n {:status (quote :valid) :values out})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((selfhost/effect-plugin::list-policy-loop values)\n ((core/int::add index) 1))\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out) trimmed)\n out)))\n {:status (quote :invalid-entry) :values nil})))))))\n\n(def selfhost/effect-plugin::list-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :values nil}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-plugin::list-policy-loop raw) 0) [])\n {:status (quote :invalid-type) :values nil}))))\n\n(def selfhost/effect-plugin::empty-input\n {:commands nil :plugins nil :schema-ids nil})\n\n(def selfhost/effect-plugin::policy\n (fn (override)\n (let ((plugin\n (if (selfhost/policy::nil? override)\n selfhost/effect-plugin::empty-input\n ((core/map::get override) (quote :plugin-policy)))))\n {\n :commands\n (selfhost/effect-plugin::list-policy\n ((core/map::get plugin) (quote :commands)))\n :plugins\n (selfhost/effect-plugin::list-policy\n ((core/map::get plugin) (quote :plugins)))\n :schema-ids\n (selfhost/effect-plugin::list-policy\n ((core/map::get plugin) (quote :schema-ids)))})))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xAF\xC0r.\xC2}\xC0\xEF\xEC\xA5\xE8ve\xD9V0\xB6U\xDE\x9F\xEE\x82\xF7]Mb\x99\xCD\x1E\xC8\xC2\xEE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-ffi::fields [:abi-ids :evidence-mode :libraries :max-buffer-bytes :max-call-payload-bytes :policy-artifact-h :policy-key-id :policy-signature-h :schema-ids :signed-policy-required :symbols]) (def selfhost/effect-ffi::input-valid? (fn (value) (if ((selfhost/effect-plugin::exact-map? value) selfhost/effect-ffi::fields) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :abi-ids))) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :libraries))) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :schema-ids))) (if (selfhost/effect-plugin::list-input? ((core/map::get value) (quote :symbols))) (if (selfhost/effect-crypto::limit-input? ((core/map::get value) (quote :max-buffer-bytes))) (if (selfhost/effect-crypto::limit-input? ((core/map::get value) (quote :max-call-payload-bytes))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :policy-artifact-h))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :policy-signature-h))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :policy-key-id))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :evidence-mode))) ((core/sym::eq? (core/data::tag ((core/map::get value) (quote :signed-policy-required)))) (quote :bool)) false) false) false) false) false) false) false) false) false) false) false))) (def selfhost/effect-ffi::empty-input {:abi-ids nil :evidence-mode nil :libraries nil :max-buffer-bytes nil :max-call-payload-bytes nil :policy-artifact-h nil :policy-key-id nil :policy-signature-h nil :schema-ids nil :signed-policy-required false :symbols nil}) (def selfhost/effect-ffi::signed-error (fn (status) {:evidence-mode nil :policy-artifact-h nil :policy-key-id nil :policy-signature-h nil :status status})) (def selfhost/effect-ffi::signed-valid (fn (artifact) (fn (signature) (fn (key-id) (fn (evidence-mode) {:evidence-mode evidence-mode :policy-artifact-h artifact :policy-key-id key-id :policy-signature-h signature :status (quote :valid)}))))) (def selfhost/effect-ffi::state-status? (fn (state) (fn (status) ((core/sym::eq? ((core/map::get state) (quote :status))) status)))) (def selfhost/effect-ffi::hex64? (fn (value) (if (selfhost/policy::str? value) (let ((decoded (core/bytes::from-hex value))) (if (core/error::is? decoded) false ((core/int::eq? (core/bytes::len decoded)) 32))) false))) (def selfhost/effect-ffi::signed-policy (fn (ffi) (let ((required ((core/map::get ffi) (quote :signed-policy-required)))) (if (selfhost/effect-network::invalid-type? required) (selfhost/effect-ffi::signed-error (quote :invalid-required-type)) (if required (let ((artifact-state (selfhost/effect-network::string-policy ((core/map::get ffi) (quote :policy-artifact-h))))) (if (if ((selfhost/effect-ffi::state-status? artifact-state) (quote :absent)) true ((selfhost/effect-ffi::state-status? artifact-state) (quote :invalid-type))) (selfhost/effect-ffi::signed-error (quote :missing-artifact-h)) (if ((selfhost/effect-ffi::state-status? artifact-state) (quote :empty)) (selfhost/effect-ffi::signed-error (quote :empty-artifact-h)) (let ((artifact ((core/map::get artifact-state) (quote :value)))) (if (selfhost/effect-ffi::hex64? artifact) (let ((signature-state (selfhost/effect-network::string-policy ((core/map::get ffi) (quote :policy-signature-h))))) (if (if ((selfhost/effect-ffi::state-status? signature-state) (quote :absent)) true ((selfhost/effect-ffi::state-status? signature-state) (quote :invalid-type))) (selfhost/effect-ffi::signed-error (quote :missing-signature-h)) (if ((selfhost/effect-ffi::state-status? signature-state) (quote :empty)) (selfhost/effect-ffi::signed-error (quote :empty-signature-h)) (let ((signature ((core/map::get signature-state) (quote :value)))) (if (selfhost/effect-ffi::hex64? signature) (let ((key-state (selfhost/effect-network::string-policy ((core/map::get ffi) (quote :policy-key-id))))) (if (if ((selfhost/effect-ffi::state-status? key-state) (quote :absent)) true ((selfhost/effect-ffi::state-status? key-state) (quote :invalid-type))) (selfhost/effect-ffi::signed-error (quote :missing-key-id)) (if ((selfhost/effect-ffi::state-status? key-state) (quote :empty)) (selfhost/effect-ffi::signed-error (quote :empty-key-id)) (let ((evidence-state (selfhost/effect-network::string-policy ((core/map::get ffi) (quote :evidence-mode))))) (if (if ((selfhost/effect-ffi::state-status? evidence-state) (quote :absent)) true ((selfhost/effect-ffi::state-status? evidence-state) (quote :invalid-type))) (selfhost/effect-ffi::signed-error (quote :missing-evidence-mode)) (if ((selfhost/effect-ffi::state-status? evidence-state) (quote :empty)) (selfhost/effect-ffi::signed-error (quote :empty-evidence-mode)) (let ((evidence ((core/map::get evidence-state) (quote :value)))) (if ((core/eq? evidence) "deterministic") ((((selfhost/effect-ffi::signed-valid artifact) signature) ((core/map::get key-state) (quote :value))) evidence) (selfhost/effect-ffi::signed-error (quote :invalid-evidence-mode)))))))))) (selfhost/effect-ffi::signed-error (quote :invalid-signature-h))))))) (selfhost/effect-ffi::signed-error (quote :invalid-artifact-h))))))) (selfhost/effect-ffi::signed-error (quote :disabled))))))) (def selfhost/effect-ffi::policy (fn (override) (fn (platform-max) (let ((ffi (if (selfhost/policy::nil? override) selfhost/effect-ffi::empty-input ((core/map::get override) (quote :ffi-policy))))) {:abi-ids (selfhost/effect-plugin::list-policy ((core/map::get ffi) (quote :abi-ids))) :libraries (selfhost/effect-plugin::list-policy ((core/map::get ffi) (quote :libraries))) :max-buffer-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get ffi) (quote :max-buffer-bytes))) platform-max) :max-call-payload-bytes ((selfhost/effect-crypto::positive-limit-policy ((core/map::get ffi) (quote :max-call-payload-bytes))) platform-max) :schema-ids (selfhost/effect-plugin::list-policy ((core/map::get ffi) (quote :schema-ids))) :signed-policy (selfhost/effect-ffi::signed-policy ffi) :symbols (selfhost/effect-plugin::list-policy ((core/map::get ffi) (quote :symbols)))}))))] :module-h b"1C[\xAB\x16%\xBA\x99Z\xEE\xBE\xFA\xBD*7\x9C\xC8\xD4Is\xBA\xD6\xE6\x1Dl\xB7\x1A\xBAB\xFF\n\x9D" :path "selfhost/effect_policy_ffi_v1.gc" :source "(def selfhost/effect-ffi::fields\n [\n :abi-ids\n :evidence-mode\n :libraries\n :max-buffer-bytes\n :max-call-payload-bytes\n :policy-artifact-h\n :policy-key-id\n :policy-signature-h\n :schema-ids\n :signed-policy-required\n :symbols])\n\n(def selfhost/effect-ffi::input-valid?\n (fn (value)\n (if ((selfhost/effect-plugin::exact-map? value) selfhost/effect-ffi::fields)\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :abi-ids)))\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :libraries)))\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :schema-ids)))\n (if (selfhost/effect-plugin::list-input?\n ((core/map::get value) (quote :symbols)))\n (if (selfhost/effect-crypto::limit-input?\n ((core/map::get value) (quote :max-buffer-bytes)))\n (if (selfhost/effect-crypto::limit-input?\n ((core/map::get value) (quote :max-call-payload-bytes)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :policy-artifact-h)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :policy-signature-h)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :policy-key-id)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :evidence-mode)))\n ((core/sym::eq?\n (core/data::tag\n ((core/map::get value)\n (quote :signed-policy-required))))\n (quote :bool))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-ffi::empty-input\n {\n :abi-ids nil\n :evidence-mode nil\n :libraries nil\n :max-buffer-bytes nil\n :max-call-payload-bytes nil\n :policy-artifact-h nil\n :policy-key-id nil\n :policy-signature-h nil\n :schema-ids nil\n :signed-policy-required false\n :symbols nil})\n\n(def selfhost/effect-ffi::signed-error\n (fn (status)\n {\n :evidence-mode nil\n :policy-artifact-h nil\n :policy-key-id nil\n :policy-signature-h nil\n :status status}))\n\n(def selfhost/effect-ffi::signed-valid\n (fn (artifact)\n (fn (signature)\n (fn (key-id)\n (fn (evidence-mode)\n {\n :evidence-mode evidence-mode\n :policy-artifact-h artifact\n :policy-key-id key-id\n :policy-signature-h signature\n :status (quote :valid)})))))\n\n(def selfhost/effect-ffi::state-status?\n (fn (state)\n (fn (status)\n ((core/sym::eq? ((core/map::get state) (quote :status))) status))))\n\n(def selfhost/effect-ffi::hex64?\n (fn (value)\n (if (selfhost/policy::str? value)\n (let ((decoded (core/bytes::from-hex value)))\n (if (core/error::is? decoded)\n false\n ((core/int::eq? (core/bytes::len decoded)) 32)))\n false)))\n\n(def selfhost/effect-ffi::signed-policy\n (fn (ffi)\n (let ((required ((core/map::get ffi) (quote :signed-policy-required))))\n (if (selfhost/effect-network::invalid-type? required)\n (selfhost/effect-ffi::signed-error (quote :invalid-required-type))\n (if required\n (let ((artifact-state\n (selfhost/effect-network::string-policy\n ((core/map::get ffi) (quote :policy-artifact-h)))))\n (if\n (if\n ((selfhost/effect-ffi::state-status? artifact-state) (quote :absent))\n true\n ((selfhost/effect-ffi::state-status? artifact-state)\n (quote :invalid-type)))\n (selfhost/effect-ffi::signed-error (quote :missing-artifact-h))\n (if\n ((selfhost/effect-ffi::state-status? artifact-state) (quote :empty))\n (selfhost/effect-ffi::signed-error (quote :empty-artifact-h))\n (let ((artifact ((core/map::get artifact-state) (quote :value))))\n (if (selfhost/effect-ffi::hex64? artifact)\n (let ((signature-state\n (selfhost/effect-network::string-policy\n ((core/map::get ffi) (quote :policy-signature-h)))))\n (if\n (if\n ((selfhost/effect-ffi::state-status? signature-state)\n (quote :absent))\n true\n ((selfhost/effect-ffi::state-status? signature-state)\n (quote :invalid-type)))\n (selfhost/effect-ffi::signed-error (quote :missing-signature-h))\n (if\n ((selfhost/effect-ffi::state-status? signature-state) (quote :empty))\n (selfhost/effect-ffi::signed-error (quote :empty-signature-h))\n (let ((signature\n ((core/map::get signature-state) (quote :value))))\n (if (selfhost/effect-ffi::hex64? signature)\n (let ((key-state\n (selfhost/effect-network::string-policy\n ((core/map::get ffi) (quote :policy-key-id)))))\n (if\n (if\n ((selfhost/effect-ffi::state-status? key-state)\n (quote :absent))\n true\n ((selfhost/effect-ffi::state-status? key-state)\n (quote :invalid-type)))\n (selfhost/effect-ffi::signed-error (quote :missing-key-id))\n (if\n ((selfhost/effect-ffi::state-status? key-state) (quote :empty))\n (selfhost/effect-ffi::signed-error (quote :empty-key-id))\n (let ((evidence-state\n (selfhost/effect-network::string-policy\n ((core/map::get ffi) (quote :evidence-mode)))))\n (if\n (if\n ((selfhost/effect-ffi::state-status? evidence-state)\n (quote :absent))\n true\n ((selfhost/effect-ffi::state-status? evidence-state)\n (quote :invalid-type)))\n (selfhost/effect-ffi::signed-error\n (quote :missing-evidence-mode))\n (if\n ((selfhost/effect-ffi::state-status? evidence-state)\n (quote :empty))\n (selfhost/effect-ffi::signed-error\n (quote :empty-evidence-mode))\n (let ((evidence\n ((core/map::get evidence-state) (quote :value))))\n (if ((core/eq? evidence) \"deterministic\")\n ((((selfhost/effect-ffi::signed-valid artifact)\n signature)\n ((core/map::get key-state) (quote :value)))\n evidence)\n (selfhost/effect-ffi::signed-error\n (quote :invalid-evidence-mode))))))))))\n (selfhost/effect-ffi::signed-error\n (quote :invalid-signature-h)))))))\n (selfhost/effect-ffi::signed-error (quote :invalid-artifact-h)))))))\n (selfhost/effect-ffi::signed-error (quote :disabled)))))))\n\n(def selfhost/effect-ffi::policy\n (fn (override)\n (fn (platform-max)\n (let ((ffi\n (if (selfhost/policy::nil? override)\n selfhost/effect-ffi::empty-input\n ((core/map::get override) (quote :ffi-policy)))))\n {\n :abi-ids\n (selfhost/effect-plugin::list-policy\n ((core/map::get ffi) (quote :abi-ids)))\n :libraries\n (selfhost/effect-plugin::list-policy\n ((core/map::get ffi) (quote :libraries)))\n :max-buffer-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get ffi) (quote :max-buffer-bytes))) platform-max)\n :max-call-payload-bytes\n ((selfhost/effect-crypto::positive-limit-policy\n ((core/map::get ffi) (quote :max-call-payload-bytes))) platform-max)\n :schema-ids\n (selfhost/effect-plugin::list-policy\n ((core/map::get ffi) (quote :schema-ids)))\n :signed-policy (selfhost/effect-ffi::signed-policy ffi)\n :symbols\n (selfhost/effect-plugin::list-policy\n ((core/map::get ffi) (quote :symbols)))}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x00HL\x85\xAF\x9B\x96};\x03n\xAB\xDD\xF0\xAE\x0EV,[+N\x04\x19an[\x96(\xEErvE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-bridge::starts-with? (fn (value) (fn (prefix) (let ((value-bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((value-len (core/bytes::len value-bytes))) (let ((prefix-len (core/bytes::len prefix-bytes))) (if ((core/int::lt? value-len) prefix-len) false ((core/eq? (((core/bytes::slice value-bytes) 0) prefix-len)) prefix-bytes))))))))) (def selfhost/effect-bridge::strip-digest-prefix (fn (value) (if (if ((selfhost/effect-bridge::starts-with? value) "sha256:") true ((selfhost/effect-bridge::starts-with? value) "SHA256:")) (let ((bytes (core/str::to-utf8 value))) (core/str::from-utf8 (((core/bytes::slice bytes) 7) ((core/int::sub (core/bytes::len bytes)) 7)))) value))) (def selfhost/effect-bridge::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:allowlist :args :command :digest :transport :wasi-profile :wasi-response :wasi-response-file]) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :allowlist))) (if (selfhost/effect-network::list-input? ((core/map::get value) (quote :args))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :command))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :digest))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :transport))) (if (selfhost/effect-network::optional-bool-input? ((core/map::get value) (quote :wasi-profile))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :wasi-response))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :wasi-response-file))) false) false) false) false) false) false) false) false))) (def selfhost/effect-bridge::allowlist-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) {:status (quote :valid) :values out} (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) (if (selfhost/policy::non-empty-str? trimmed) (((selfhost/effect-bridge::allowlist-policy-loop values) ((core/int::add index) 1)) ((core/vec::push out) trimmed)) {:status (quote :empty-entry) :values nil})) {:status (quote :invalid-entry) :values nil}))))))) (def selfhost/effect-bridge::allowlist-policy (fn (raw) (if (selfhost/policy::nil? raw) {:status (quote :absent) :values nil} (if (selfhost/policy::vec? raw) (((selfhost/effect-bridge::allowlist-policy-loop raw) 0) []) {:status (quote :invalid-type) :values nil})))) (def selfhost/effect-bridge::args-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((value ((core/vec::get values) index))) (((selfhost/effect-bridge::args-policy-loop values) ((core/int::add index) 1)) (if (selfhost/policy::str? value) ((core/vec::push out) value) out)))))))) (def selfhost/effect-bridge::args-policy (fn (raw) (if (selfhost/policy::vec? raw) (((selfhost/effect-bridge::args-policy-loop raw) 0) []) []))) (def selfhost/effect-bridge::command-policy (fn (raw) (if (selfhost/policy::str? raw) raw nil))) (def selfhost/effect-bridge::transport-policy (fn (raw) (if (selfhost/policy::str? raw) (let ((value (selfhost/policy::trim raw))) (if (selfhost/policy::non-empty-str? value) (if ((core/eq? value) "spawn-per-op") {:status (quote :spawn-per-op) :value nil} (if ((core/eq? value) "persistent-stdio") {:status (quote :persistent-stdio) :value nil} {:status (quote :invalid) :value value})) {:status (quote :spawn-per-op) :value nil})) {:status (quote :spawn-per-op) :value nil}))) (def selfhost/effect-bridge::wasi-profile-policy (fn (raw) (if ((core/sym::eq? (core/data::tag raw)) (quote :bool)) raw false))) (def selfhost/effect-bridge::nonempty-string? (fn (raw) (if (selfhost/policy::str? raw) (selfhost/policy::non-empty-str? (selfhost/policy::trim raw)) false))) (def selfhost/effect-bridge::active? (fn (bridge) (if (selfhost/effect-bridge::nonempty-string? ((core/map::get bridge) (quote :command))) true (if (selfhost/effect-bridge::nonempty-string? ((core/map::get bridge) (quote :wasi-response))) true (if (selfhost/effect-bridge::nonempty-string? ((core/map::get bridge) (quote :wasi-response-file))) true (selfhost/effect-bridge::wasi-profile-policy ((core/map::get bridge) (quote :wasi-profile)))))))) (def selfhost/effect-bridge::family-requires-pin? (fn (op) (if ((selfhost/effect-bridge::starts-with? op) "host/plugin::") true (if ((selfhost/effect-bridge::starts-with? op) "host/ffi::") true ((selfhost/effect-bridge::starts-with? op) "editor/"))))) (def selfhost/effect-bridge::state-status? (fn (state) (fn (status) ((core/sym::eq? ((core/map::get state) (quote :status))) status)))) (def selfhost/effect-bridge::digest-policy (fn (raw) (let ((state (selfhost/effect-network::string-policy raw))) (if ((selfhost/effect-bridge::state-status? state) (quote :valid)) (let ((digest (selfhost/effect-bridge::strip-digest-prefix ((core/map::get state) (quote :value))))) (if (selfhost/effect-ffi::hex64? digest) {:status (quote :valid) :value (selfhost/effect-crypto::ascii-lower digest)} {:status (quote :invalid-digest) :value nil})) state)))) (def selfhost/effect-bridge::pin-required? (fn (op) (fn (bridge) (if (selfhost/effect-bridge::family-requires-pin? op) (let ((command (selfhost/effect-network::string-policy ((core/map::get bridge) (quote :command)))) (wasi (selfhost/effect-network::bool-policy ((core/map::get bridge) (quote :wasi-profile))))) (if ((selfhost/effect-bridge::state-status? command) (quote :valid)) (if ((selfhost/effect-bridge::state-status? wasi) (quote :valid)) (if ((core/map::get wasi) (quote :value)) false true) true) false)) false)))) (def selfhost/effect-bridge::policy (fn (op) (fn (override) (let ((bridge (if (selfhost/policy::nil? override) {:allowlist nil :args nil :command nil :digest nil :transport nil :wasi-profile nil :wasi-response nil :wasi-response-file nil} ((core/map::get override) (quote :bridge-identity-policy))))) {:active (selfhost/effect-bridge::active? bridge) :allowlist (selfhost/effect-bridge::allowlist-policy ((core/map::get bridge) (quote :allowlist))) :args (selfhost/effect-bridge::args-policy ((core/map::get bridge) (quote :args))) :command (selfhost/effect-bridge::command-policy ((core/map::get bridge) (quote :command))) :digest (selfhost/effect-bridge::digest-policy ((core/map::get bridge) (quote :digest))) :pin-required ((selfhost/effect-bridge::pin-required? op) bridge) :transport (selfhost/effect-bridge::transport-policy ((core/map::get bridge) (quote :transport))) :wasi-profile (selfhost/effect-bridge::wasi-profile-policy ((core/map::get bridge) (quote :wasi-profile)))}))))] :module-h b"\xD2\xDDoA\x9DU\x8C\x03\xEE\xA0f\xB8\x02B@\xFF\xE5\x91,\x9E\x08\x82\xA5\x1DE\x19\x01{\xDF;\x1E\xF1" :path "selfhost/effect_policy_bridge_v1.gc" :source "(def selfhost/effect-bridge::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((value-bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((value-len (core/bytes::len value-bytes)))\n (let ((prefix-len (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? value-len) prefix-len)\n false\n ((core/eq? (((core/bytes::slice value-bytes) 0) prefix-len))\n prefix-bytes)))))))))\n\n(def selfhost/effect-bridge::strip-digest-prefix\n (fn (value)\n (if\n (if ((selfhost/effect-bridge::starts-with? value) \"sha256:\")\n true\n ((selfhost/effect-bridge::starts-with? value) \"SHA256:\"))\n (let ((bytes (core/str::to-utf8 value)))\n (core/str::from-utf8\n (((core/bytes::slice bytes) 7) ((core/int::sub (core/bytes::len bytes)) 7))))\n value)))\n\n(def selfhost/effect-bridge::input-valid?\n (fn (value)\n (if\n ((selfhost/effect-policy::exact-map? value)\n [:allowlist :args :command :digest :transport :wasi-profile :wasi-response :wasi-response-file])\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :allowlist)))\n (if (selfhost/effect-network::list-input?\n ((core/map::get value) (quote :args)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :command)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :digest)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :transport)))\n (if (selfhost/effect-network::optional-bool-input?\n ((core/map::get value) (quote :wasi-profile)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :wasi-response)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :wasi-response-file)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-bridge::allowlist-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n {:status (quote :valid) :values out}\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (if (selfhost/policy::non-empty-str? trimmed)\n (((selfhost/effect-bridge::allowlist-policy-loop values)\n ((core/int::add index) 1))\n ((core/vec::push out) trimmed))\n {:status (quote :empty-entry) :values nil}))\n {:status (quote :invalid-entry) :values nil})))))))\n\n(def selfhost/effect-bridge::allowlist-policy\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n {:status (quote :absent) :values nil}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-bridge::allowlist-policy-loop raw) 0) [])\n {:status (quote :invalid-type) :values nil}))))\n\n(def selfhost/effect-bridge::args-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let ((value ((core/vec::get values) index)))\n (((selfhost/effect-bridge::args-policy-loop values)\n ((core/int::add index) 1))\n (if (selfhost/policy::str? value) ((core/vec::push out) value) out))))))))\n\n(def selfhost/effect-bridge::args-policy\n (fn (raw)\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-bridge::args-policy-loop raw) 0) [])\n [])))\n\n(def selfhost/effect-bridge::command-policy\n (fn (raw) (if (selfhost/policy::str? raw) raw nil)))\n\n(def selfhost/effect-bridge::transport-policy\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (let ((value (selfhost/policy::trim raw)))\n (if (selfhost/policy::non-empty-str? value)\n (if ((core/eq? value) \"spawn-per-op\")\n {:status (quote :spawn-per-op) :value nil}\n (if ((core/eq? value) \"persistent-stdio\")\n {:status (quote :persistent-stdio) :value nil}\n {:status (quote :invalid) :value value}))\n {:status (quote :spawn-per-op) :value nil}))\n {:status (quote :spawn-per-op) :value nil})))\n\n(def selfhost/effect-bridge::wasi-profile-policy\n (fn (raw)\n (if ((core/sym::eq? (core/data::tag raw)) (quote :bool)) raw false)))\n\n(def selfhost/effect-bridge::nonempty-string?\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (selfhost/policy::non-empty-str? (selfhost/policy::trim raw))\n false)))\n\n(def selfhost/effect-bridge::active?\n (fn (bridge)\n (if (selfhost/effect-bridge::nonempty-string?\n ((core/map::get bridge) (quote :command)))\n true\n (if (selfhost/effect-bridge::nonempty-string?\n ((core/map::get bridge) (quote :wasi-response)))\n true\n (if (selfhost/effect-bridge::nonempty-string?\n ((core/map::get bridge) (quote :wasi-response-file)))\n true\n (selfhost/effect-bridge::wasi-profile-policy\n ((core/map::get bridge) (quote :wasi-profile))))))))\n\n(def selfhost/effect-bridge::family-requires-pin?\n (fn (op)\n (if ((selfhost/effect-bridge::starts-with? op) \"host/plugin::\")\n true\n (if ((selfhost/effect-bridge::starts-with? op) \"host/ffi::\")\n true\n ((selfhost/effect-bridge::starts-with? op) \"editor/\")))))\n\n(def selfhost/effect-bridge::state-status?\n (fn (state)\n (fn (status)\n ((core/sym::eq? ((core/map::get state) (quote :status))) status))))\n\n(def selfhost/effect-bridge::digest-policy\n (fn (raw)\n (let ((state (selfhost/effect-network::string-policy raw)))\n (if ((selfhost/effect-bridge::state-status? state) (quote :valid))\n (let\n ((digest\n (selfhost/effect-bridge::strip-digest-prefix\n ((core/map::get state) (quote :value)))))\n (if (selfhost/effect-ffi::hex64? digest)\n {\n :status (quote :valid)\n :value (selfhost/effect-crypto::ascii-lower digest)}\n {:status (quote :invalid-digest) :value nil}))\n state))))\n\n(def selfhost/effect-bridge::pin-required?\n (fn (op)\n (fn (bridge)\n (if (selfhost/effect-bridge::family-requires-pin? op)\n (let\n ((command\n (selfhost/effect-network::string-policy\n ((core/map::get bridge) (quote :command))))\n (wasi\n (selfhost/effect-network::bool-policy\n ((core/map::get bridge) (quote :wasi-profile)))))\n (if ((selfhost/effect-bridge::state-status? command) (quote :valid))\n (if ((selfhost/effect-bridge::state-status? wasi) (quote :valid))\n (if ((core/map::get wasi) (quote :value)) false true)\n true)\n false))\n false))))\n\n(def selfhost/effect-bridge::policy\n (fn (op)\n (fn (override)\n (let\n ((bridge\n (if (selfhost/policy::nil? override)\n {:allowlist nil :args nil :command nil :digest nil :transport nil :wasi-profile nil :wasi-response nil :wasi-response-file nil}\n ((core/map::get override) (quote :bridge-identity-policy)))))\n {\n :active (selfhost/effect-bridge::active? bridge)\n :allowlist\n (selfhost/effect-bridge::allowlist-policy\n ((core/map::get bridge) (quote :allowlist)))\n :args\n (selfhost/effect-bridge::args-policy\n ((core/map::get bridge) (quote :args)))\n :command\n (selfhost/effect-bridge::command-policy\n ((core/map::get bridge) (quote :command)))\n :digest\n (selfhost/effect-bridge::digest-policy\n ((core/map::get bridge) (quote :digest)))\n :pin-required ((selfhost/effect-bridge::pin-required? op) bridge)\n :transport\n (selfhost/effect-bridge::transport-policy\n ((core/map::get bridge) (quote :transport)))\n :wasi-profile\n (selfhost/effect-bridge::wasi-profile-policy\n ((core/map::get bridge) (quote :wasi-profile)))}))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xD2\xDDoA\x9DU\x8C\x03\xEE\xA0f\xB8\x02B@\xFF\xE5\x91,\x9E\x08\x82\xA5\x1DE\x19\x01{\xDF;\x1E\xF1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-gpu::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:backend :fallback-default :fallback-override]) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :backend))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :fallback-default))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :fallback-override))) false) false) false))) (def selfhost/effect-gpu::normalized-string (fn (raw) (if (selfhost/policy::str? raw) (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)) ""))) (def selfhost/effect-gpu::backend-policy (fn (raw) (let ((normalized (selfhost/effect-gpu::normalized-string raw))) (if ((core/eq? normalized) "device-runtime") (quote :device-runtime) (if ((core/eq? normalized) "device-runtime-full") (quote :device-runtime-full) (quote :first-party-runtime)))))) (def selfhost/effect-gpu::fallback-policy (fn (raw) (if ((core/eq? (selfhost/effect-gpu::normalized-string raw)) "require-device") (quote :require-device) (quote :allow-fallback)))) (def selfhost/effect-gpu::policy (fn (input) (let ((fallback-override ((core/map::get input) (quote :fallback-override)))) {:backend (selfhost/effect-gpu::backend-policy ((core/map::get input) (quote :backend))) :fallback (selfhost/effect-gpu::fallback-policy (if (selfhost/policy::str? fallback-override) fallback-override ((core/map::get input) (quote :fallback-default))))})))] :module-h b"\xE4\xABf\x1Fd\xD0D\xA7i\x8Fc a\x9D\x0F\xD2\xDB\x1D`\xCA(V\xAB\xC9H\xFF\xFC\xC5`\xE8\xF3\xB7" :path "selfhost/effect_policy_gpu_v1.gc" :source "(def selfhost/effect-gpu::input-valid?\n (fn (value)\n (if\n ((selfhost/effect-policy::exact-map? value)\n [:backend :fallback-default :fallback-override])\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :backend)))\n (if (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :fallback-default)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :fallback-override)))\n false)\n false)\n false)))\n\n(def selfhost/effect-gpu::normalized-string\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))\n \"\")))\n\n(def selfhost/effect-gpu::backend-policy\n (fn (raw)\n (let ((normalized (selfhost/effect-gpu::normalized-string raw)))\n (if ((core/eq? normalized) \"device-runtime\")\n (quote :device-runtime)\n (if ((core/eq? normalized) \"device-runtime-full\")\n (quote :device-runtime-full)\n (quote :first-party-runtime))))))\n\n(def selfhost/effect-gpu::fallback-policy\n (fn (raw)\n (if ((core/eq? (selfhost/effect-gpu::normalized-string raw)) \"require-device\")\n (quote :require-device)\n (quote :allow-fallback))))\n\n(def selfhost/effect-gpu::policy\n (fn (input)\n (let\n ((fallback-override ((core/map::get input) (quote :fallback-override))))\n {\n :backend\n (selfhost/effect-gpu::backend-policy\n ((core/map::get input) (quote :backend)))\n :fallback\n (selfhost/effect-gpu::fallback-policy\n (if (selfhost/policy::str? fallback-override)\n fallback-override\n ((core/map::get input) (quote :fallback-default))))})))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE4\xABf\x1Fd\xD0D\xA7i\x8Fc a\x9D\x0F\xD2\xDB\x1D`\xCA(V\xAB\xC9H\xFF\xFC\xC5`\xE8\xF3\xB7" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-gfx::profile? (fn (value) (if ((core/eq? value) (quote :headless)) true (if ((core/eq? value) (quote :interactive)) true (if ((core/eq? value) (quote :desktop)) true ((core/eq? value) (quote :browser))))))) (def selfhost/effect-gfx::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:production-default :profile :profile-alias :runtime-profile :runtime-profile-alias]) (if (selfhost/effect-gfx::profile? ((core/map::get value) (quote :production-default))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :profile))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :profile-alias))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :runtime-profile))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :runtime-profile-alias))) false) false) false) false) false))) (def selfhost/effect-gfx::selected (fn (primary) (fn (alias) (if (selfhost/policy::nil? primary) alias primary)))) (def selfhost/effect-gfx::normalized-string (fn (raw) (if (selfhost/policy::str? raw) (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)) ""))) (def selfhost/effect-gfx::production-runtime? (fn (raw) (if (selfhost/policy::str? raw) (let ((normalized (selfhost/effect-gfx::normalized-string raw))) (if ((core/eq? normalized) "production") true (if ((core/eq? normalized) "prod") true ((core/eq? normalized) "release")))) false))) (def selfhost/effect-gfx::explicit-profile (fn (raw) (fn (production-default) (let ((normalized (selfhost/effect-gfx::normalized-string raw))) (if ((core/eq? normalized) "interactive") (quote :interactive) (if ((core/eq? normalized) "desktop") (quote :desktop) (if ((core/eq? normalized) "browser") (quote :browser) (if ((core/eq? normalized) "headless") (quote :headless) (if (if ((core/eq? normalized) "production") true ((core/eq? normalized) "prod")) production-default (quote :headless)))))))))) (def selfhost/effect-gfx::policy (fn (input) (let ((production-default ((core/map::get input) (quote :production-default))) (profile ((selfhost/effect-gfx::selected ((core/map::get input) (quote :profile))) ((core/map::get input) (quote :profile-alias)))) (runtime-profile ((selfhost/effect-gfx::selected ((core/map::get input) (quote :runtime-profile))) ((core/map::get input) (quote :runtime-profile-alias))))) (if (selfhost/policy::str? profile) ((selfhost/effect-gfx::explicit-profile profile) production-default) (if (selfhost/effect-gfx::production-runtime? runtime-profile) production-default (quote :headless))))))] :module-h b";Y=\xC3tA\xA1\x80\xCFuG\xCAI\xB8B5po\xEE\xA4\x01\xE0\xDD\xC6\xB2\x15\x18h-\x8D$\xFB" :path "selfhost/effect_policy_gfx_v1.gc" :source "(def selfhost/effect-gfx::profile?\n (fn (value)\n (if ((core/eq? value) (quote :headless)) true\n (if ((core/eq? value) (quote :interactive)) true\n (if ((core/eq? value) (quote :desktop)) true\n ((core/eq? value) (quote :browser)))))))\n\n(def selfhost/effect-gfx::input-valid?\n (fn (value)\n (if\n ((selfhost/effect-policy::exact-map? value)\n [:production-default :profile :profile-alias\n :runtime-profile :runtime-profile-alias])\n (if\n (selfhost/effect-gfx::profile?\n ((core/map::get value) (quote :production-default)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :profile)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :profile-alias)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :runtime-profile)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :runtime-profile-alias)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-gfx::selected\n (fn (primary alias)\n (if (selfhost/policy::nil? primary) alias primary)))\n\n(def selfhost/effect-gfx::normalized-string\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))\n \"\")))\n\n(def selfhost/effect-gfx::production-runtime?\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (let ((normalized (selfhost/effect-gfx::normalized-string raw)))\n (if ((core/eq? normalized) \"production\") true\n (if ((core/eq? normalized) \"prod\") true\n ((core/eq? normalized) \"release\"))))\n false)))\n\n(def selfhost/effect-gfx::explicit-profile\n (fn (raw production-default)\n (let ((normalized (selfhost/effect-gfx::normalized-string raw)))\n (if ((core/eq? normalized) \"interactive\") (quote :interactive)\n (if ((core/eq? normalized) \"desktop\") (quote :desktop)\n (if ((core/eq? normalized) \"browser\") (quote :browser)\n (if ((core/eq? normalized) \"headless\") (quote :headless)\n (if\n (if ((core/eq? normalized) \"production\") true\n ((core/eq? normalized) \"prod\"))\n production-default\n (quote :headless)))))))))\n\n(def selfhost/effect-gfx::policy\n (fn (input)\n (let\n ((production-default\n ((core/map::get input) (quote :production-default)))\n (profile\n ((selfhost/effect-gfx::selected\n ((core/map::get input) (quote :profile)))\n ((core/map::get input) (quote :profile-alias))))\n (runtime-profile\n ((selfhost/effect-gfx::selected\n ((core/map::get input) (quote :runtime-profile)))\n ((core/map::get input) (quote :runtime-profile-alias)))))\n (if (selfhost/policy::str? profile)\n ((selfhost/effect-gfx::explicit-profile profile) production-default)\n (if (selfhost/effect-gfx::production-runtime? runtime-profile)\n production-default\n (quote :headless))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b";Y=\xC3tA\xA1\x80\xCFuG\xCAI\xB8B5po\xEE\xA4\x01\xE0\xDD\xC6\xB2\x15\x18h-\x8D$\xFB" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-xr::identity-input-valid? (fn (value) (if (selfhost/effect-network::optional-string-input? ((core/vec::get value) 6)) (if (selfhost/effect-network::optional-string-input? ((core/vec::get value) 16)) (selfhost/effect-network::optional-string-input? ((core/vec::get value) 17)) false) false))) (def selfhost/effect-xr::list-input-valid? (fn (value) (if (selfhost/effect-network::list-input? ((core/vec::get value) 0)) (if (selfhost/effect-network::list-input? ((core/vec::get value) 2)) (selfhost/effect-network::list-input? ((core/vec::get value) 4)) false) false))) (def selfhost/effect-xr::bool-input-valid? (fn (value) (if (selfhost/effect-network::optional-bool-input? ((core/vec::get value) 1)) (if (selfhost/effect-network::optional-bool-input? ((core/vec::get value) 3)) (selfhost/effect-network::optional-bool-input? ((core/vec::get value) 5)) false) false))) (def selfhost/effect-xr::limit-input-valid? (fn (value) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 7)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 8)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 9)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 10)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 11)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 12)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 13)) (if (selfhost/effect-network::limit-input? ((core/vec::get value) 14)) (selfhost/effect-network::limit-input? ((core/vec::get value) 15)) false) false) false) false) false) false) false) false))) (def selfhost/effect-xr::input-valid? (fn (value) (if (if (selfhost/policy::vec? value) ((core/int::eq? (core/vec::len value)) 18) false) (if (selfhost/effect-xr::identity-input-valid? value) (if (selfhost/effect-xr::list-input-valid? value) (if (selfhost/effect-xr::bool-input-valid? value) (selfhost/effect-xr::limit-input-valid? value) false) false) false) false))) (def selfhost/effect-xr::selected (fn (primary) (fn (alias) (if (selfhost/policy::nil? primary) alias primary)))) (def selfhost/effect-xr::normalized-string (fn (raw) (if (selfhost/policy::str? raw) (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)) ""))) (def selfhost/effect-xr::production? (fn (raw) (if (selfhost/policy::str? raw) (let ((normalized (selfhost/effect-xr::normalized-string raw))) (if ((core/eq? normalized) "production") true (if ((core/eq? normalized) "prod") true ((core/eq? normalized) "release")))) false))) (def selfhost/effect-xr::backend-decision (fn (backend) (fn (invalid-value) {:backend backend :invalid-value invalid-value}))) (def selfhost/effect-xr::production-decision (fn (bridge-active) (if bridge-active ((selfhost/effect-xr::backend-decision (quote :webxr-device)) nil) ((selfhost/effect-xr::backend-decision (quote :production-requires-bridge)) nil)))) (def selfhost/effect-xr::explicit-decision (fn (raw) (fn (bridge-active) (let ((normalized (selfhost/effect-xr::normalized-string raw))) (if (if ((core/eq? normalized) "") true (if ((core/eq? normalized) "first-party") true (if ((core/eq? normalized) "first-party-runtime") true (if ((core/eq? normalized) "headless-sim") true ((core/eq? normalized) "xr-headless-sim"))))) ((selfhost/effect-xr::backend-decision (quote :first-party-runtime)) nil) (if (selfhost/effect-xr::production? normalized) (selfhost/effect-xr::production-decision bridge-active) (if (if ((core/eq? normalized) "webxr-device") true (if ((core/eq? normalized) "device-runtime") true ((core/eq? normalized) "browser-device"))) ((selfhost/effect-xr::backend-decision (quote :webxr-device)) nil) ((selfhost/effect-xr::backend-decision (quote :invalid)) normalized)))))))) (def selfhost/effect-xr::positive-decision (fn (raw) (fn (maximum) (if (selfhost/policy::nil? raw) nil (if (selfhost/effect-network::invalid-type? raw) (quote :invalid-type) (if ((core/int::lt? raw) 1) (quote :nonpositive) (if (if (selfhost/policy::nil? maximum) false ((core/int::lt? maximum) raw)) (quote :out-of-range) raw))))))) (def selfhost/effect-xr::bool-decision (fn (raw) (if (selfhost/policy::nil? raw) nil (if (selfhost/effect-network::invalid-type? raw) (quote :invalid-type) raw)))) (def selfhost/effect-xr::list-decision-loop (fn (values) (fn (index) (fn (lowercase) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) (quote :empty) out) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) ((((selfhost/effect-xr::list-decision-loop values) ((core/int::add index) 1)) lowercase) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) (if lowercase (selfhost/effect-crypto::ascii-lower trimmed) trimmed)) out))) (quote :invalid-entry))))))))) (def selfhost/effect-xr::list-decision (fn (raw) (fn (lowercase) (if (selfhost/policy::nil? raw) nil (if (selfhost/effect-network::invalid-type? raw) (quote :invalid-type) ((((selfhost/effect-xr::list-decision-loop raw) 0) lowercase) [])))))) (def selfhost/effect-xr::backend-policy (fn (input) (fn (bridge-active) (let ((backend ((core/vec::get input) 6)) (runtime-profile ((selfhost/effect-xr::selected ((core/vec::get input) 16)) ((core/vec::get input) 17)))) (if (selfhost/policy::str? backend) ((selfhost/effect-xr::explicit-decision backend) bridge-active) (if (selfhost/effect-xr::production? runtime-profile) (selfhost/effect-xr::production-decision bridge-active) ((selfhost/effect-xr::backend-decision (quote :first-party-runtime)) nil))))))) (def selfhost/effect-xr::policy (fn (input) (fn (bridge-active) (let ((backend ((selfhost/effect-xr::backend-policy input) bridge-active))) {:allow-anchor-spaces ((selfhost/effect-xr::list-decision ((core/vec::get input) 0)) true) :allow-hand-tracking (selfhost/effect-xr::bool-decision ((core/vec::get input) 1)) :allow-haptics-inputs ((selfhost/effect-xr::list-decision ((core/vec::get input) 2)) false) :allow-hit-test (selfhost/effect-xr::bool-decision ((core/vec::get input) 3)) :allow-layer-types ((selfhost/effect-xr::list-decision ((core/vec::get input) 4)) true) :allow-spatial-mesh (selfhost/effect-xr::bool-decision ((core/vec::get input) 5)) :backend ((core/map::get backend) (quote :backend)) :invalid-value ((core/map::get backend) (quote :invalid-value)) :max-anchors ((selfhost/effect-xr::positive-decision ((core/vec::get input) 7)) nil) :max-hand-joints ((selfhost/effect-xr::positive-decision ((core/vec::get input) 8)) nil) :max-haptics-amplitude ((selfhost/effect-xr::positive-decision ((core/vec::get input) 9)) 1000) :max-haptics-duration-ms ((selfhost/effect-xr::positive-decision ((core/vec::get input) 10)) nil) :max-hit-results ((selfhost/effect-xr::positive-decision ((core/vec::get input) 11)) nil) :max-layer-opacity ((selfhost/effect-xr::positive-decision ((core/vec::get input) 12)) nil) :max-layers ((selfhost/effect-xr::positive-decision ((core/vec::get input) 13)) nil) :max-mesh-vertices ((selfhost/effect-xr::positive-decision ((core/vec::get input) 14)) nil) :max-meshes ((selfhost/effect-xr::positive-decision ((core/vec::get input) 15)) nil)}))))] :module-h b"`\n\xD89\xBE\xA5\x90_]\xDC\xDB\x81\x9B<\x96\x82T\x8F\xF6\xEB,\x04\xB7\xF2\x03Qv\xC6\x06P{*" :path "selfhost/effect_policy_xr_v1.gc" :source "(def selfhost/effect-xr::identity-input-valid?\n (fn (value)\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/vec::get value) 6))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/vec::get value) 16))\n (selfhost/effect-network::optional-string-input?\n ((core/vec::get value) 17))\n false)\n false)))\n\n(def selfhost/effect-xr::list-input-valid?\n (fn (value)\n (if\n (selfhost/effect-network::list-input?\n ((core/vec::get value) 0))\n (if\n (selfhost/effect-network::list-input?\n ((core/vec::get value) 2))\n (selfhost/effect-network::list-input?\n ((core/vec::get value) 4))\n false)\n false)))\n\n(def selfhost/effect-xr::bool-input-valid?\n (fn (value)\n (if\n (selfhost/effect-network::optional-bool-input?\n ((core/vec::get value) 1))\n (if\n (selfhost/effect-network::optional-bool-input?\n ((core/vec::get value) 3))\n (selfhost/effect-network::optional-bool-input?\n ((core/vec::get value) 5))\n false)\n false)))\n\n(def selfhost/effect-xr::limit-input-valid?\n (fn (value)\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 7))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 8))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 9))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 10))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 11))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 12))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 13))\n (if\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 14))\n (selfhost/effect-network::limit-input?\n ((core/vec::get value) 15))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-xr::input-valid?\n (fn (value)\n (if\n (if (selfhost/policy::vec? value)\n ((core/int::eq? (core/vec::len value)) 18)\n false)\n (if (selfhost/effect-xr::identity-input-valid? value)\n (if (selfhost/effect-xr::list-input-valid? value)\n (if (selfhost/effect-xr::bool-input-valid? value)\n (selfhost/effect-xr::limit-input-valid? value)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-xr::selected\n (fn (primary alias)\n (if (selfhost/policy::nil? primary) alias primary)))\n\n(def selfhost/effect-xr::normalized-string\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))\n \"\")))\n\n(def selfhost/effect-xr::production?\n (fn (raw)\n (if (selfhost/policy::str? raw)\n (let ((normalized (selfhost/effect-xr::normalized-string raw)))\n (if ((core/eq? normalized) \"production\") true\n (if ((core/eq? normalized) \"prod\") true\n ((core/eq? normalized) \"release\"))))\n false)))\n\n(def selfhost/effect-xr::backend-decision\n (fn (backend invalid-value)\n {:backend backend :invalid-value invalid-value}))\n\n(def selfhost/effect-xr::production-decision\n (fn (bridge-active)\n (if bridge-active\n ((selfhost/effect-xr::backend-decision (quote :webxr-device)) nil)\n ((selfhost/effect-xr::backend-decision (quote :production-requires-bridge)) nil))))\n\n(def selfhost/effect-xr::explicit-decision\n (fn (raw bridge-active)\n (let ((normalized (selfhost/effect-xr::normalized-string raw)))\n (if\n (if ((core/eq? normalized) \"\") true\n (if ((core/eq? normalized) \"first-party\") true\n (if ((core/eq? normalized) \"first-party-runtime\") true\n (if ((core/eq? normalized) \"headless-sim\") true\n ((core/eq? normalized) \"xr-headless-sim\")))))\n ((selfhost/effect-xr::backend-decision (quote :first-party-runtime)) nil)\n (if (selfhost/effect-xr::production? normalized)\n (selfhost/effect-xr::production-decision bridge-active)\n (if\n (if ((core/eq? normalized) \"webxr-device\") true\n (if ((core/eq? normalized) \"device-runtime\") true\n ((core/eq? normalized) \"browser-device\")))\n ((selfhost/effect-xr::backend-decision (quote :webxr-device)) nil)\n ((selfhost/effect-xr::backend-decision (quote :invalid)) normalized)))))))\n\n(def selfhost/effect-xr::positive-decision\n (fn (raw maximum)\n (if (selfhost/policy::nil? raw)\n nil\n (if (selfhost/effect-network::invalid-type? raw)\n (quote :invalid-type)\n (if ((core/int::lt? raw) 1)\n (quote :nonpositive)\n (if\n (if (selfhost/policy::nil? maximum)\n false\n ((core/int::lt? maximum) raw))\n (quote :out-of-range)\n raw))))))\n\n(def selfhost/effect-xr::bool-decision\n (fn (raw)\n (if (selfhost/policy::nil? raw)\n nil\n (if (selfhost/effect-network::invalid-type? raw)\n (quote :invalid-type)\n raw))))\n\n(def selfhost/effect-xr::list-decision-loop\n (fn (values)\n (fn (index)\n (fn (lowercase)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0) (quote :empty) out)\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((((selfhost/effect-xr::list-decision-loop values)\n ((core/int::add index) 1)) lowercase)\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out)\n (if lowercase\n (selfhost/effect-crypto::ascii-lower trimmed)\n trimmed))\n out))))\n (quote :invalid-entry)))))))))\n\n(def selfhost/effect-xr::list-decision\n (fn (raw lowercase)\n (if (selfhost/policy::nil? raw)\n nil\n (if (selfhost/effect-network::invalid-type? raw)\n (quote :invalid-type)\n ((((selfhost/effect-xr::list-decision-loop raw) 0) lowercase) [])))))\n\n(def selfhost/effect-xr::backend-policy\n (fn (input bridge-active)\n (let\n ((backend ((core/vec::get input) 6))\n (runtime-profile\n ((selfhost/effect-xr::selected\n ((core/vec::get input) 16))\n ((core/vec::get input) 17))))\n (if (selfhost/policy::str? backend)\n ((selfhost/effect-xr::explicit-decision backend) bridge-active)\n (if (selfhost/effect-xr::production? runtime-profile)\n (selfhost/effect-xr::production-decision bridge-active)\n ((selfhost/effect-xr::backend-decision (quote :first-party-runtime)) nil))))))\n\n(def selfhost/effect-xr::policy\n (fn (input bridge-active)\n (let ((backend ((selfhost/effect-xr::backend-policy input) bridge-active)))\n {\n :allow-anchor-spaces\n ((selfhost/effect-xr::list-decision\n ((core/vec::get input) 0)) true)\n :allow-hand-tracking\n (selfhost/effect-xr::bool-decision\n ((core/vec::get input) 1))\n :allow-haptics-inputs\n ((selfhost/effect-xr::list-decision\n ((core/vec::get input) 2)) false)\n :allow-hit-test\n (selfhost/effect-xr::bool-decision\n ((core/vec::get input) 3))\n :allow-layer-types\n ((selfhost/effect-xr::list-decision\n ((core/vec::get input) 4)) true)\n :allow-spatial-mesh\n (selfhost/effect-xr::bool-decision\n ((core/vec::get input) 5))\n :backend ((core/map::get backend) (quote :backend))\n :invalid-value ((core/map::get backend) (quote :invalid-value))\n :max-anchors\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 7)) nil)\n :max-hand-joints\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 8)) nil)\n :max-haptics-amplitude\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 9)) 1000)\n :max-haptics-duration-ms\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 10)) nil)\n :max-hit-results\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 11)) nil)\n :max-layer-opacity\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 12)) nil)\n :max-layers\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 13)) nil)\n :max-mesh-vertices\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 14)) nil)\n :max-meshes\n ((selfhost/effect-xr::positive-decision\n ((core/vec::get input) 15)) nil)\n })))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xA3n^::8\xF7/b J\xB9\xE3[\xF6\xE0\xB6\xCFo{\t_\xFEI,\xF2\xA2\xE5q\xD6\xC8\xE4" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-policy::optional-bool? (fn (value) (if (selfhost/policy::nil? value) true ((core/sym::eq? (core/data::tag value)) (quote :bool))))) (def selfhost/effect-policy::optional-int? (fn (value) (if (selfhost/policy::nil? value) true (selfhost/policy::int? value)))) (def selfhost/effect-policy::optional-str? (fn (value) (if (selfhost/policy::nil? value) true (selfhost/policy::str? value)))) (def selfhost/effect-policy::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/effect-policy::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/effect-policy::map-has-key? (fn (map) (fn (key) (((selfhost/effect-policy::map-has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/effect-policy::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/effect-policy::map-has-key? map) ((core/vec::get keys) index)) (((selfhost/effect-policy::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/effect-policy::exact-map? (fn (value) (fn (keys) (if (selfhost/policy::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/effect-policy::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/effect-policy::optional-nonnegative-int? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::int? value) (if ((core/int::lt? value) 0) false true) false)))) (def selfhost/effect-policy::positive-int? (fn (value) (if (selfhost/policy::int? value) ((core/int::lt? 0) value) false))) (def selfhost/effect-policy::normalize-positive-optional (fn (value) (if (selfhost/policy::nil? value) nil (if ((core/int::lt? 0) value) value nil)))) (def selfhost/effect-policy::log-resource-policy-valid? (fn (log) (if ((selfhost/effect-policy::exact-map? log) [:inline-max-bytes :max-artifact-bytes-per-run :store-dir]) (if (selfhost/effect-policy::optional-int? ((core/map::get log) (quote :inline-max-bytes))) (if (selfhost/effect-policy::optional-int? ((core/map::get log) (quote :max-artifact-bytes-per-run))) (selfhost/effect-policy::optional-str? ((core/map::get log) (quote :store-dir))) false) false) false))) (def selfhost/effect-policy::store-resource-policy-valid? (fn (store) (if ((selfhost/effect-policy::exact-map? store) [:credential-policy :dir :max-run-bytes :remote-policy]) (if (selfhost/effect-policy::optional-str? ((core/map::get store) (quote :dir))) (if (selfhost/effect-policy::optional-int? ((core/map::get store) (quote :max-run-bytes))) (if (selfhost/effect-store-credential::input-valid? ((core/map::get store) (quote :credential-policy))) (selfhost/effect-store-remote::input-valid? ((core/map::get store) (quote :remote-policy))) false) false) false) false))) (def selfhost/effect-store-remote::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:allow-http :remote :remote-allow]) (if (selfhost/effect-network::optional-bool-input? ((core/map::get value) (quote :allow-http))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :remote))) (selfhost/effect-network::list-input? ((core/map::get value) (quote :remote-allow))) false) false) false))) (def selfhost/effect-store-remote::policy (fn (value) {:allow-http (selfhost/effect-network::bool-policy ((core/map::get value) (quote :allow-http))) :remote (selfhost/effect-network::string-policy ((core/map::get value) (quote :remote))) :remote-allow (selfhost/effect-network::list-policy ((core/map::get value) (quote :remote-allow)))})) (def selfhost/effect-store-credential::secret-input? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::sym? value) (if ((core/sym::eq? value) (quote :present)) true ((core/sym::eq? value) (quote :invalid-type))) false)))) (def selfhost/effect-store-credential::present? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :present)) false))) (def selfhost/effect-store-credential::invalid-type? (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))) (def selfhost/effect-store-credential::input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:auth-token :auth-token-env :basic-password :basic-password-env :basic-username :mtls-ca-pem :mtls-identity-pem]) (if (selfhost/effect-store-credential::secret-input? ((core/map::get value) (quote :auth-token))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :auth-token-env))) (if (selfhost/effect-store-credential::secret-input? ((core/map::get value) (quote :basic-password))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :basic-password-env))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :basic-username))) (if (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :mtls-ca-pem))) (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :mtls-identity-pem))) false) false) false) false) false) false) false))) (def selfhost/effect-store-credential::invalid (fn (status) {:basic-password-env nil :basic-password-source nil :basic-username nil :bearer-env nil :bearer-source nil :mtls-ca-pem nil :mtls-identity-pem nil :status status})) (def selfhost/effect-store-credential::valid (fn (auth-token) (fn (auth-token-env) (fn (basic-password) (fn (basic-password-env) (fn (basic-username) (fn (mtls-ca-pem) (fn (mtls-identity-pem) {:basic-password-env (if (selfhost/policy::str? basic-password-env) basic-password-env nil) :basic-password-source (if (selfhost/policy::str? basic-username) (if (selfhost/effect-store-credential::present? basic-password) (quote :inline) (if (selfhost/policy::str? basic-password-env) (quote :environment) (quote :implicit-empty))) (quote :none)) :basic-username basic-username :bearer-env (if (selfhost/policy::str? auth-token-env) auth-token-env nil) :bearer-source (if (selfhost/effect-store-credential::present? auth-token) (quote :inline) (if (selfhost/policy::str? auth-token-env) (quote :environment) (quote :none))) :mtls-ca-pem mtls-ca-pem :mtls-identity-pem mtls-identity-pem :status (quote :valid)})))))))) (def selfhost/effect-store-credential::policy (fn (value) (let ((auth-token ((core/map::get value) (quote :auth-token))) (auth-token-env ((core/map::get value) (quote :auth-token-env))) (basic-password ((core/map::get value) (quote :basic-password))) (basic-password-env ((core/map::get value) (quote :basic-password-env))) (basic-username ((core/map::get value) (quote :basic-username))) (mtls-ca-pem ((core/map::get value) (quote :mtls-ca-pem))) (mtls-identity-pem ((core/map::get value) (quote :mtls-identity-pem)))) (if (selfhost/effect-store-credential::invalid-type? auth-token) (selfhost/effect-store-credential::invalid (quote :auth-token-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? auth-token-env) (selfhost/effect-store-credential::invalid (quote :auth-token-env-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? basic-username) (selfhost/effect-store-credential::invalid (quote :basic-username-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? basic-password) (selfhost/effect-store-credential::invalid (quote :basic-password-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? basic-password-env) (selfhost/effect-store-credential::invalid (quote :basic-password-env-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? mtls-ca-pem) (selfhost/effect-store-credential::invalid (quote :mtls-ca-pem-invalid-type)) (if (selfhost/effect-store-credential::invalid-type? mtls-identity-pem) (selfhost/effect-store-credential::invalid (quote :mtls-identity-pem-invalid-type)) (if (if (selfhost/effect-store-credential::present? auth-token) (selfhost/policy::str? auth-token-env) false) (selfhost/effect-store-credential::invalid (quote :auth-token-source-conflict)) (if (if (selfhost/effect-store-credential::present? basic-password) (selfhost/policy::str? basic-password-env) false) (selfhost/effect-store-credential::invalid (quote :basic-password-source-conflict)) (if (if (if (selfhost/effect-store-credential::present? auth-token) true (selfhost/policy::str? auth-token-env)) (selfhost/policy::str? basic-username) false) (selfhost/effect-store-credential::invalid (quote :bearer-basic-conflict)) (if (if (selfhost/policy::str? basic-username) false (if (selfhost/effect-store-credential::present? basic-password) true (selfhost/policy::str? basic-password-env))) (selfhost/effect-store-credential::invalid (quote :password-without-username)) (((((((selfhost/effect-store-credential::valid auth-token) auth-token-env) basic-password) basic-password-env) basic-username) mtls-ca-pem) mtls-identity-pem))))))))))))))) (def selfhost/effect-policy::refs-resource-policy-valid? (fn (refs) (if ((selfhost/effect-policy::exact-map? refs) [:path]) (selfhost/effect-policy::optional-str? ((core/map::get refs) (quote :path))) false))) (def selfhost/effect-policy::runtime-resource-policy-valid? (fn (runtime) (if ((selfhost/effect-policy::exact-map? runtime) [:max-effect-ops :max-payload-bytes-per-op :max-payload-bytes-per-run :max-response-bytes-per-op :max-response-bytes-per-run]) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-effect-ops))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-payload-bytes-per-op))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-payload-bytes-per-run))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-response-bytes-per-op))) (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get runtime) (quote :max-response-bytes-per-run))) false) false) false) false) false))) (def selfhost/effect-policy::task-resource-policy-valid? (fn (task) (if ((selfhost/effect-policy::exact-map? task) [:default-workers :max-queue :max-steps-per-task :max-tasks :max-time-ms-per-task :max-workers]) (let ((default-workers ((core/map::get task) (quote :default-workers)))) (if (if (selfhost/policy::nil? default-workers) true (selfhost/effect-policy::positive-int? default-workers)) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-queue))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-steps-per-task))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-tasks))) (if (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-time-ms-per-task))) (selfhost/effect-policy::optional-nonnegative-int? ((core/map::get task) (quote :max-workers))) false) false) false) false) false)) false))) (def core/effects::resource-policy-authority (fn (request) (if ((selfhost/effect-policy::exact-map? request) [:available-workers :kind :log :refs :runtime :store :task :v]) (let ((available-workers ((core/map::get request) (quote :available-workers))) (kind ((core/map::get request) (quote :kind))) (log ((core/map::get request) (quote :log))) (refs ((core/map::get request) (quote :refs))) (runtime ((core/map::get request) (quote :runtime))) (store ((core/map::get request) (quote :store))) (task ((core/map::get request) (quote :task))) (version ((core/map::get request) (quote :v)))) (if (if ((core/eq? kind) "genesis/effect-resource-policy-request-v0.5") (if (selfhost/policy::int? version) ((core/int::eq? version) 5) false) false) (if (selfhost/effect-policy::positive-int? available-workers) (if (selfhost/effect-policy::log-resource-policy-valid? log) (if (selfhost/effect-policy::refs-resource-policy-valid? refs) (if (selfhost/effect-policy::runtime-resource-policy-valid? runtime) (if (selfhost/effect-policy::store-resource-policy-valid? store) (if (selfhost/effect-policy::task-resource-policy-valid? task) (let ((configured-default ((core/map::get task) (quote :default-workers))) (configured-log-store ((core/map::get log) (quote :store-dir))) (configured-refs ((core/map::get refs) (quote :path))) (configured-store ((core/map::get store) (quote :dir))) (normalized-inline (selfhost/effect-policy::normalize-positive-optional ((core/map::get log) (quote :inline-max-bytes))))) {:kind "genesis/effect-resource-policy-result-v0.5" :log {:inline-max-bytes normalized-inline :max-artifact-bytes-per-run (selfhost/effect-policy::normalize-positive-optional ((core/map::get log) (quote :max-artifact-bytes-per-run))) :store-dir (if (selfhost/policy::nil? configured-log-store) (if (selfhost/policy::nil? normalized-inline) nil ".genesis/store") configured-log-store)} :refs {:path (if (selfhost/policy::nil? configured-refs) ".genesis/refs.gc" configured-refs)} :request-h (selfhost/hash::hash-term request) :runtime runtime :store {:credential-policy (selfhost/effect-store-credential::policy ((core/map::get store) (quote :credential-policy))) :dir (if (selfhost/policy::nil? configured-store) ".genesis/store" configured-store) :max-run-bytes (selfhost/effect-policy::normalize-positive-optional ((core/map::get store) (quote :max-run-bytes))) :remote-policy (selfhost/effect-store-remote::policy ((core/map::get store) (quote :remote-policy)))} :task {:default-workers (if (selfhost/policy::nil? configured-default) available-workers configured-default) :max-queue ((core/map::get task) (quote :max-queue)) :max-steps-per-task ((core/map::get task) (quote :max-steps-per-task)) :max-tasks ((core/map::get task) (quote :max-tasks)) :max-time-ms-per-task ((core/map::get task) (quote :max-time-ms-per-task)) :max-workers ((core/map::get task) (quote :max-workers))} :v 5}) ((core/error::make2 "core/policy/authority") "effect task resource policy must contain exact nonnegative limits")) ((core/error::make2 "core/policy/authority") "effect store resource policy must contain exact typed fields")) ((core/error::make2 "core/policy/authority") "effect runtime resource policy must contain exact nonnegative limits")) ((core/error::make2 "core/policy/authority") "effect refs resource policy must contain an exact optional path")) ((core/error::make2 "core/policy/authority") "effect log resource policy must contain exact typed fields")) ((core/error::make2 "core/policy/authority") "effect resource policy available-workers must be a positive integer")) ((core/error::make2 "core/policy/authority") "effect resource policy request identity mismatch"))) ((core/error::make2 "core/policy/authority") "effect resource policy request field set mismatch"))))] :module-h b"m\x97\x14\x944\x19\xA0t G\xD0'v4\x12c\x804\xD3\x8F\x81\xA3\x12\xC8\x04\x04\xDBp+p>\x03" :path "selfhost/effect_policy_resource_authority_v1.gc" :source "(def selfhost/effect-policy::optional-bool?\n (fn (value)\n (if (selfhost/policy::nil? value) true ((core/sym::eq? (core/data::tag value)) (quote :bool)))))\n\n(def selfhost/effect-policy::optional-int?\n (fn (value) (if (selfhost/policy::nil? value) true (selfhost/policy::int? value))))\n\n(def selfhost/effect-policy::optional-str?\n (fn (value) (if (selfhost/policy::nil? value) true (selfhost/policy::str? value))))\n\n(def selfhost/effect-policy::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/effect-policy::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))))\n\n(def selfhost/effect-policy::map-has-key?\n (fn (map)\n (fn (key) (((selfhost/effect-policy::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/effect-policy::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/effect-policy::map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/effect-policy::map-has-keys-loop? map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/effect-policy::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/policy::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/effect-policy::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/effect-policy::optional-nonnegative-int?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::int? value) (if ((core/int::lt? value) 0) false true) false))))\n\n(def selfhost/effect-policy::positive-int?\n (fn (value) (if (selfhost/policy::int? value) ((core/int::lt? 0) value) false)))\n\n(def selfhost/effect-policy::normalize-positive-optional\n (fn (value) (if (selfhost/policy::nil? value) nil (if ((core/int::lt? 0) value) value nil))))\n\n(def selfhost/effect-policy::log-resource-policy-valid?\n (fn (log)\n (if\n ((selfhost/effect-policy::exact-map? log)\n [:inline-max-bytes :max-artifact-bytes-per-run :store-dir])\n (if (selfhost/effect-policy::optional-int? ((core/map::get log) (quote :inline-max-bytes)))\n (if\n (selfhost/effect-policy::optional-int?\n ((core/map::get log) (quote :max-artifact-bytes-per-run)))\n (selfhost/effect-policy::optional-str? ((core/map::get log) (quote :store-dir)))\n false)\n false)\n false)))\n\n(def selfhost/effect-policy::store-resource-policy-valid?\n (fn (store)\n (if\n ((selfhost/effect-policy::exact-map? store)\n [\n :credential-policy\n :dir\n :max-run-bytes\n :remote-policy])\n (if (selfhost/effect-policy::optional-str? ((core/map::get store) (quote :dir)))\n (if (selfhost/effect-policy::optional-int? ((core/map::get store) (quote :max-run-bytes)))\n (if\n (selfhost/effect-store-credential::input-valid?\n ((core/map::get store) (quote :credential-policy)))\n (selfhost/effect-store-remote::input-valid?\n ((core/map::get store) (quote :remote-policy)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-store-remote::input-valid?\n (fn (value)\n (if ((selfhost/effect-policy::exact-map? value) [:allow-http :remote :remote-allow])\n (if\n (selfhost/effect-network::optional-bool-input? ((core/map::get value) (quote :allow-http)))\n (if\n (selfhost/effect-network::optional-string-input? ((core/map::get value) (quote :remote)))\n (selfhost/effect-network::list-input? ((core/map::get value) (quote :remote-allow)))\n false)\n false)\n false)))\n\n(def selfhost/effect-store-remote::policy\n (fn (value)\n {\n :allow-http (selfhost/effect-network::bool-policy ((core/map::get value) (quote :allow-http)))\n :remote (selfhost/effect-network::string-policy ((core/map::get value) (quote :remote)))\n :remote-allow\n (selfhost/effect-network::list-policy ((core/map::get value) (quote :remote-allow)))}))\n\n(def selfhost/effect-store-credential::secret-input?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::sym? value)\n (if ((core/sym::eq? value) (quote :present))\n true\n ((core/sym::eq? value) (quote :invalid-type)))\n false))))\n\n(def selfhost/effect-store-credential::present?\n (fn (value) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :present)) false)))\n\n(def selfhost/effect-store-credential::invalid-type?\n (fn (value)\n (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false)))\n\n(def selfhost/effect-store-credential::input-valid?\n (fn (value)\n (if\n ((selfhost/effect-policy::exact-map? value)\n [\n :auth-token\n :auth-token-env\n :basic-password\n :basic-password-env\n :basic-username\n :mtls-ca-pem\n :mtls-identity-pem])\n (if\n (selfhost/effect-store-credential::secret-input? ((core/map::get value) (quote :auth-token)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :auth-token-env)))\n (if\n (selfhost/effect-store-credential::secret-input?\n ((core/map::get value) (quote :basic-password)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :basic-password-env)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :basic-username)))\n (if\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :mtls-ca-pem)))\n (selfhost/effect-network::optional-string-input?\n ((core/map::get value) (quote :mtls-identity-pem)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-store-credential::invalid\n (fn (status)\n {\n :basic-password-env nil\n :basic-password-source nil\n :basic-username nil\n :bearer-env nil\n :bearer-source nil\n :mtls-ca-pem nil\n :mtls-identity-pem nil\n :status status}))\n\n(def selfhost/effect-store-credential::valid\n (fn (auth-token)\n (fn (auth-token-env)\n (fn (basic-password)\n (fn (basic-password-env)\n (fn (basic-username)\n (fn (mtls-ca-pem)\n (fn (mtls-identity-pem)\n {\n :basic-password-env\n (if (selfhost/policy::str? basic-password-env) basic-password-env nil)\n :basic-password-source\n (if (selfhost/policy::str? basic-username)\n (if (selfhost/effect-store-credential::present? basic-password)\n (quote :inline)\n (if (selfhost/policy::str? basic-password-env)\n (quote :environment)\n (quote :implicit-empty)))\n (quote :none))\n :basic-username basic-username\n :bearer-env (if (selfhost/policy::str? auth-token-env) auth-token-env nil)\n :bearer-source\n (if (selfhost/effect-store-credential::present? auth-token)\n (quote :inline)\n (if (selfhost/policy::str? auth-token-env) (quote :environment) (quote :none)))\n :mtls-ca-pem mtls-ca-pem\n :mtls-identity-pem mtls-identity-pem\n :status (quote :valid)}))))))))\n\n(def selfhost/effect-store-credential::policy\n (fn (value)\n (let\n ((auth-token ((core/map::get value) (quote :auth-token)))\n (auth-token-env ((core/map::get value) (quote :auth-token-env)))\n (basic-password ((core/map::get value) (quote :basic-password)))\n (basic-password-env ((core/map::get value) (quote :basic-password-env)))\n (basic-username ((core/map::get value) (quote :basic-username)))\n (mtls-ca-pem ((core/map::get value) (quote :mtls-ca-pem)))\n (mtls-identity-pem ((core/map::get value) (quote :mtls-identity-pem))))\n (if (selfhost/effect-store-credential::invalid-type? auth-token)\n (selfhost/effect-store-credential::invalid (quote :auth-token-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? auth-token-env)\n (selfhost/effect-store-credential::invalid (quote :auth-token-env-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? basic-username)\n (selfhost/effect-store-credential::invalid (quote :basic-username-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? basic-password)\n (selfhost/effect-store-credential::invalid (quote :basic-password-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? basic-password-env)\n (selfhost/effect-store-credential::invalid (quote :basic-password-env-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? mtls-ca-pem)\n (selfhost/effect-store-credential::invalid (quote :mtls-ca-pem-invalid-type))\n (if (selfhost/effect-store-credential::invalid-type? mtls-identity-pem)\n (selfhost/effect-store-credential::invalid\n (quote :mtls-identity-pem-invalid-type))\n (if\n (if (selfhost/effect-store-credential::present? auth-token)\n (selfhost/policy::str? auth-token-env)\n false)\n (selfhost/effect-store-credential::invalid (quote :auth-token-source-conflict))\n (if\n (if (selfhost/effect-store-credential::present? basic-password)\n (selfhost/policy::str? basic-password-env)\n false)\n (selfhost/effect-store-credential::invalid\n (quote :basic-password-source-conflict))\n (if\n (if\n (if (selfhost/effect-store-credential::present? auth-token)\n true\n (selfhost/policy::str? auth-token-env))\n (selfhost/policy::str? basic-username)\n false)\n (selfhost/effect-store-credential::invalid (quote :bearer-basic-conflict))\n (if\n (if (selfhost/policy::str? basic-username)\n false\n (if (selfhost/effect-store-credential::present? basic-password)\n true\n (selfhost/policy::str? basic-password-env)))\n (selfhost/effect-store-credential::invalid\n (quote :password-without-username))\n (\n (\n (\n ((((selfhost/effect-store-credential::valid auth-token) auth-token-env) basic-password)\n basic-password-env)\n basic-username)\n mtls-ca-pem)\n mtls-identity-pem)))))))))))))))\n\n(def selfhost/effect-policy::refs-resource-policy-valid?\n (fn (refs)\n (if ((selfhost/effect-policy::exact-map? refs) [:path])\n (selfhost/effect-policy::optional-str? ((core/map::get refs) (quote :path)))\n false)))\n\n(def selfhost/effect-policy::runtime-resource-policy-valid?\n (fn (runtime)\n (if\n ((selfhost/effect-policy::exact-map? runtime)\n [\n :max-effect-ops\n :max-payload-bytes-per-op\n :max-payload-bytes-per-run\n :max-response-bytes-per-op\n :max-response-bytes-per-run])\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-effect-ops)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-payload-bytes-per-op)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-payload-bytes-per-run)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-response-bytes-per-op)))\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get runtime) (quote :max-response-bytes-per-run)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-policy::task-resource-policy-valid?\n (fn (task)\n (if\n ((selfhost/effect-policy::exact-map? task)\n [\n :default-workers\n :max-queue\n :max-steps-per-task\n :max-tasks\n :max-time-ms-per-task\n :max-workers])\n (let ((default-workers ((core/map::get task) (quote :default-workers))))\n (if\n (if (selfhost/policy::nil? default-workers)\n true\n (selfhost/effect-policy::positive-int? default-workers))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-queue)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-steps-per-task)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-tasks)))\n (if\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-time-ms-per-task)))\n (selfhost/effect-policy::optional-nonnegative-int?\n ((core/map::get task) (quote :max-workers)))\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def core/effects::resource-policy-authority\n (fn (request)\n (if\n ((selfhost/effect-policy::exact-map? request)\n [\n :available-workers\n :kind\n :log\n :refs\n :runtime\n :store\n :task\n :v])\n (let\n ((available-workers ((core/map::get request) (quote :available-workers)))\n (kind ((core/map::get request) (quote :kind)))\n (log ((core/map::get request) (quote :log)))\n (refs ((core/map::get request) (quote :refs)))\n (runtime ((core/map::get request) (quote :runtime)))\n (store ((core/map::get request) (quote :store)))\n (task ((core/map::get request) (quote :task)))\n (version ((core/map::get request) (quote :v))))\n (if\n (if ((core/eq? kind) \"genesis/effect-resource-policy-request-v0.5\")\n (if (selfhost/policy::int? version) ((core/int::eq? version) 5) false)\n false)\n (if (selfhost/effect-policy::positive-int? available-workers)\n (if (selfhost/effect-policy::log-resource-policy-valid? log)\n (if (selfhost/effect-policy::refs-resource-policy-valid? refs)\n (if (selfhost/effect-policy::runtime-resource-policy-valid? runtime)\n (if (selfhost/effect-policy::store-resource-policy-valid? store)\n (if (selfhost/effect-policy::task-resource-policy-valid? task)\n (let\n ((configured-default ((core/map::get task) (quote :default-workers)))\n (configured-log-store ((core/map::get log) (quote :store-dir)))\n (configured-refs ((core/map::get refs) (quote :path)))\n (configured-store ((core/map::get store) (quote :dir)))\n (normalized-inline\n (selfhost/effect-policy::normalize-positive-optional\n ((core/map::get log) (quote :inline-max-bytes)))))\n {\n :kind \"genesis/effect-resource-policy-result-v0.5\"\n :log\n {\n :inline-max-bytes normalized-inline\n :max-artifact-bytes-per-run\n (selfhost/effect-policy::normalize-positive-optional\n ((core/map::get log) (quote :max-artifact-bytes-per-run)))\n :store-dir\n (if (selfhost/policy::nil? configured-log-store)\n (if (selfhost/policy::nil? normalized-inline)\n nil\n \".genesis/store\")\n configured-log-store)}\n :refs\n {\n :path\n (if (selfhost/policy::nil? configured-refs)\n \".genesis/refs.gc\"\n configured-refs)}\n :request-h (selfhost/hash::hash-term request)\n :runtime runtime\n :store\n {\n :credential-policy\n (selfhost/effect-store-credential::policy\n ((core/map::get store) (quote :credential-policy)))\n :dir\n (if (selfhost/policy::nil? configured-store)\n \".genesis/store\"\n configured-store)\n :max-run-bytes\n (selfhost/effect-policy::normalize-positive-optional\n ((core/map::get store) (quote :max-run-bytes)))\n :remote-policy\n (selfhost/effect-store-remote::policy\n ((core/map::get store) (quote :remote-policy)))}\n :task\n {\n :default-workers\n (if (selfhost/policy::nil? configured-default)\n available-workers\n configured-default)\n :max-queue ((core/map::get task) (quote :max-queue))\n :max-steps-per-task ((core/map::get task) (quote :max-steps-per-task))\n :max-tasks ((core/map::get task) (quote :max-tasks))\n :max-time-ms-per-task\n ((core/map::get task) (quote :max-time-ms-per-task))\n :max-workers ((core/map::get task) (quote :max-workers))}\n :v 5})\n ((core/error::make2 \"core/policy/authority\")\n \"effect task resource policy must contain exact nonnegative limits\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect store resource policy must contain exact typed fields\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect runtime resource policy must contain exact nonnegative limits\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect refs resource policy must contain an exact optional path\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect log resource policy must contain exact typed fields\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect resource policy available-workers must be a positive integer\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect resource policy request identity mismatch\")))\n ((core/error::make2 \"core/policy/authority\")\n \"effect resource policy request field set mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"m\x97\x14\x944\x19\xA0t G\xD0'v4\x12c\x804\xD3\x8F\x81\xA3\x12\xC8\x04\x04\xDBp+p>\x03" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/effect-policy::baseline-contains-loop? (fn (baseline) (fn (op) (fn (count) (fn (index) (if ((core/int::eq? index) count) false (let ((candidate ((core/vec::get baseline) index))) (if (selfhost/policy::str? candidate) (if ((core/eq? candidate) op) true ((((selfhost/effect-policy::baseline-contains-loop? baseline) op) count) ((core/int::add index) 1))) ((core/error::make2 "core/policy/authority") "effect-policy baseline entries must be strings"))))))))) (def selfhost/effect-policy::baseline-contains? (fn (baseline) (fn (op) ((((selfhost/effect-policy::baseline-contains-loop? baseline) op) (core/vec::len baseline)) 0)))) (def selfhost/effect-policy::inventory-add-loop (fn (ops) (fn (index) (fn (set) (if ((core/int::eq? index) (core/vec::len ops)) set (let ((op ((core/vec::get ops) index))) (if (selfhost/policy::str? op) (((selfhost/effect-policy::inventory-add-loop ops) ((core/int::add index) 1)) (((core/map::put set) op) true)) ((core/error::make2 "core/policy/authority") "effect-policy inventory entries must be strings")))))))) (def selfhost/effect-policy::inventory-add (fn (set) (fn (ops) (((selfhost/effect-policy::inventory-add-loop ops) 0) set)))) (def selfhost/effect-policy::inventory-keys-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (((selfhost/effect-policy::inventory-keys-loop entries) ((core/int::add index) 1)) ((core/vec::push out) ((core/vec::get entry) 0))))))))) (def selfhost/effect-policy::inventory-keys (fn (set) (((selfhost/effect-policy::inventory-keys-loop (core/map::entries set)) 0) []))) (def core/effects::policy-inventory-authority (fn (request) (if (selfhost/policy::map? request) (if ((core/int::eq? (core/map::len request)) 4) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (baseline ((core/map::get request) (quote :baseline))) (override-ops ((core/map::get request) (quote :override-ops)))) (if (if ((core/eq? kind) "genesis/effect-policy-inventory-request-v0.1") (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false) false) (if (if (selfhost/policy::vec? baseline) (selfhost/policy::vec? override-ops) false) (let ((baseline-set ((selfhost/effect-policy::inventory-add {}) baseline))) (if (core/error::is? baseline-set) baseline-set (let ((all-set ((selfhost/effect-policy::inventory-add baseline-set) override-ops))) (if (core/error::is? all-set) all-set {:candidate-ops (selfhost/effect-policy::inventory-keys all-set) :kind "genesis/effect-policy-inventory-result-v0.1" :request-h (selfhost/hash::hash-term request) :v 1})))) ((core/error::make2 "core/policy/authority") "effect-policy inventory vectors are required")) ((core/error::make2 "core/policy/authority") "effect-policy inventory request identity mismatch"))) ((core/error::make2 "core/policy/authority") "effect-policy inventory request must contain exactly four fields")) ((core/error::make2 "core/policy/authority") "effect-policy inventory request must be a map")))) (def selfhost/effect-policy::all-true-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if ((core/vec::get values) index) ((selfhost/effect-policy::all-true-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/effect-policy::credential-operation? (fn (op) (if ((core/eq? op) "core/sync::pull") true (if ((core/eq? op) "core/sync::push") true ((core/eq? op) "core/pkg-low::publish"))))) (def selfhost/effect-policy::override-valid? (fn (op) (fn (override) (if (selfhost/policy::nil? override) true (if ((selfhost/effect-policy::exact-map? override) [:allow :base-dir :bridge-identity-policy :create-dirs :crypto-policy :credential-policy :database-policy :ffi-policy :log-inline-max-bytes :max-bytes :network-policy :plugin-policy :process-programs :timeout-ms]) ((selfhost/effect-policy::all-true-loop? [(selfhost/effect-policy::optional-bool? ((core/map::get override) (quote :allow))) (selfhost/effect-policy::optional-str? ((core/map::get override) (quote :base-dir))) (selfhost/effect-bridge::input-valid? ((core/map::get override) (quote :bridge-identity-policy))) (selfhost/effect-policy::optional-bool? ((core/map::get override) (quote :create-dirs))) (selfhost/effect-crypto::input-valid? ((core/map::get override) (quote :crypto-policy))) (if (selfhost/effect-policy::credential-operation? op) (selfhost/effect-store-credential::input-valid? ((core/map::get override) (quote :credential-policy))) (selfhost/policy::nil? ((core/map::get override) (quote :credential-policy)))) (selfhost/effect-policy::database-input-valid? ((core/map::get override) (quote :database-policy))) (selfhost/effect-ffi::input-valid? ((core/map::get override) (quote :ffi-policy))) (selfhost/effect-policy::optional-int? ((core/map::get override) (quote :log-inline-max-bytes))) (selfhost/effect-policy::limit-input-valid? ((core/map::get override) (quote :max-bytes))) (selfhost/effect-network::input-valid? ((core/map::get override) (quote :network-policy))) (selfhost/effect-plugin::input-valid? ((core/map::get override) (quote :plugin-policy))) (selfhost/effect-policy::process-program-input-valid? ((core/map::get override) (quote :process-programs))) (selfhost/effect-policy::optional-int? ((core/map::get override) (quote :timeout-ms)))]) 0) false))))) (def selfhost/effect-policy::process-program-input-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) ((selfhost/effect-policy::process-program-input-valid-loop? values) ((core/int::add index) 1)) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-entry)) false))))))) (def selfhost/effect-policy::process-program-input-valid? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::vec? value) ((selfhost/effect-policy::process-program-input-valid-loop? value) 0) (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))))) (def selfhost/effect-policy::limit-input-valid? (fn (value) (if (selfhost/policy::nil? value) true (if (selfhost/policy::int? value) true (if (selfhost/policy::sym? value) ((core/sym::eq? value) (quote :invalid-type)) false))))) (def selfhost/effect-policy::database-input-valid? (fn (value) (if ((selfhost/effect-policy::exact-map? value) [:max-result-bytes :max-row-count :max-value-bytes :query-classes :target-allow]) (if (selfhost/effect-policy::limit-input-valid? ((core/map::get value) (quote :max-result-bytes))) (if (selfhost/effect-policy::limit-input-valid? ((core/map::get value) (quote :max-row-count))) (if (selfhost/effect-policy::limit-input-valid? ((core/map::get value) (quote :max-value-bytes))) (if (selfhost/effect-policy::process-program-input-valid? ((core/map::get value) (quote :query-classes))) (selfhost/effect-policy::process-program-input-valid? ((core/map::get value) (quote :target-allow))) false) false) false) false) false))) (def selfhost/effect-policy::process-program-policy-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (if ((core/int::eq? (core/vec::len out)) 0) {:programs nil :status (quote :empty)} {:programs out :status (quote :valid)}) (let ((value ((core/vec::get values) index))) (if (selfhost/policy::str? value) (let ((trimmed (selfhost/policy::trim value))) (((selfhost/effect-policy::process-program-policy-loop values) ((core/int::add index) 1)) (if (selfhost/policy::non-empty-str? trimmed) ((core/vec::push out) trimmed) out))) {:programs nil :status (quote :invalid-entry)}))))))) (def selfhost/effect-policy::process-program-policy (fn (override) (let ((raw (if (selfhost/policy::nil? override) nil ((core/map::get override) (quote :process-programs))))) (if (selfhost/policy::nil? raw) {:programs nil :status (quote :absent)} (if (selfhost/policy::vec? raw) (((selfhost/effect-policy::process-program-policy-loop raw) 0) []) {:programs nil :status (quote :invalid-type)}))))) (def selfhost/effect-policy::max-bytes-policy (fn (override) (fn (platform-max) ((selfhost/effect-policy::positive-limit-policy (if (selfhost/policy::nil? override) nil ((core/map::get override) (quote :max-bytes)))) platform-max)))) (def selfhost/effect-policy::credential-policy (fn (op) (fn (override) (if (selfhost/effect-policy::credential-operation? op) (selfhost/effect-store-credential::policy (if (selfhost/policy::nil? override) {:auth-token nil :auth-token-env nil :basic-password nil :basic-password-env nil :basic-username nil :mtls-ca-pem nil :mtls-identity-pem nil} ((core/map::get override) (quote :credential-policy)))) nil)))) (def selfhost/effect-policy::positive-limit-policy (fn (raw) (fn (platform-max) (if (selfhost/policy::nil? raw) {:limit nil :status (quote :absent)} (if (selfhost/policy::sym? raw) {:limit nil :status (quote :invalid-type)} (if ((core/int::lt? raw) 1) {:limit nil :status (quote :nonpositive)} (if ((core/int::lt? platform-max) raw) {:limit nil :status (quote :platform-overflow)} {:limit raw :status (quote :valid)}))))))) (def selfhost/effect-policy::string-list-policy (fn (raw) (let ((decision (if (selfhost/policy::nil? raw) {:programs nil :status (quote :absent)} (if (selfhost/policy::vec? raw) (((selfhost/effect-policy::process-program-policy-loop raw) 0) []) {:programs nil :status (quote :invalid-type)})))) {:status ((core/map::get decision) (quote :status)) :values ((core/map::get decision) (quote :programs))}))) (def selfhost/effect-policy::database-policy (fn (override) (fn (platform-max) (let ((database (if (selfhost/policy::nil? override) {:max-result-bytes nil :max-row-count nil :max-value-bytes nil :query-classes nil :target-allow nil} ((core/map::get override) (quote :database-policy))))) {:max-result-bytes ((selfhost/effect-policy::positive-limit-policy ((core/map::get database) (quote :max-result-bytes))) platform-max) :max-row-count ((selfhost/effect-policy::positive-limit-policy ((core/map::get database) (quote :max-row-count))) platform-max) :max-value-bytes ((selfhost/effect-policy::positive-limit-policy ((core/map::get database) (quote :max-value-bytes))) platform-max) :query-classes (selfhost/effect-policy::string-list-policy ((core/map::get database) (quote :query-classes))) :target-allow (selfhost/effect-policy::string-list-policy ((core/map::get database) (quote :target-allow)))})))) (def selfhost/effect-policy::allowed? (fn (baseline) (fn (op) (fn (override) (if (selfhost/policy::nil? override) ((selfhost/effect-policy::baseline-contains? baseline) op) (let ((allow ((core/map::get override) (quote :allow)))) (if (selfhost/policy::nil? allow) true allow))))))) (def selfhost/effect-policy::cap (fn (op) (fn (override) (let ((base {:op (core/sym::from-str op)})) (if (selfhost/policy::nil? override) base (let ((create-dirs ((core/map::get override) (quote :create-dirs))) (timeout ((core/map::get override) (quote :timeout-ms))) (inline ((core/map::get override) (quote :log-inline-max-bytes)))) (let ((with-create (if (if (selfhost/policy::nil? create-dirs) false create-dirs) (((core/map::put base) (quote :create-dirs)) true) base))) (let ((with-timeout (if (selfhost/policy::nil? timeout) with-create (((core/map::put with-create) (quote :timeout-ms)) (if ((core/int::lt? timeout) 0) 0 timeout))))) (if (if (selfhost/policy::nil? inline) true ((core/int::lt? inline) 1)) with-timeout (((core/map::put with-timeout) (quote :log-inline-max-bytes)) inline)))))))))) (def core/effects::policy-authority (fn (request) (if (selfhost/policy::map? request) (if ((core/int::eq? (core/map::len request)) 9) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (baseline ((core/map::get request) (quote :baseline))) (gfx-policy ((core/map::get request) (quote :gfx-policy))) (gpu-policy ((core/map::get request) (quote :gpu-policy))) (op ((core/map::get request) (quote :op))) (override ((core/map::get request) (quote :override))) (platform-max ((core/map::get request) (quote :platform-max-bytes))) (xr-policy ((core/map::get request) (quote :xr-policy)))) (if (if ((core/eq? kind) "genesis/effect-policy-authority-request-v0.20") (if (selfhost/policy::int? version) ((core/int::eq? version) 20) false) false) (if (if (selfhost/policy::vec? baseline) (if (selfhost/policy::str? op) (if (selfhost/policy::int? platform-max) ((core/int::lt? 0) platform-max) false) false) false) (if (if ((selfhost/effect-policy::override-valid? op) override) (if (selfhost/effect-gpu::input-valid? gpu-policy) (if (selfhost/effect-gfx::input-valid? gfx-policy) (selfhost/effect-xr::input-valid? xr-policy) false) false) false) (let ((allowed (((selfhost/effect-policy::allowed? baseline) op) override))) (if (core/error::is? allowed) allowed (let ((bridge-policy (if allowed ((selfhost/effect-bridge::policy op) override) nil))) {:allowed allowed :base-dir (if allowed (if (selfhost/policy::nil? override) nil ((core/map::get override) (quote :base-dir))) nil) :bridge-identity-policy bridge-policy :cap (if allowed ((selfhost/effect-policy::cap op) override) nil) :credential-policy (if allowed ((selfhost/effect-policy::credential-policy op) override) nil) :crypto-policy (if allowed ((selfhost/effect-crypto::policy override) platform-max) nil) :database-policy (if allowed ((selfhost/effect-policy::database-policy override) platform-max) nil) :ffi-policy (if allowed ((selfhost/effect-ffi::policy override) platform-max) nil) :gfx-policy (if allowed (selfhost/effect-gfx::policy gfx-policy) nil) :gpu-policy (if allowed (selfhost/effect-gpu::policy gpu-policy) nil) :kind "genesis/effect-policy-authority-result-v0.20" :max-bytes-policy (if allowed ((selfhost/effect-policy::max-bytes-policy override) platform-max) nil) :network-policy (if allowed ((selfhost/effect-network::policy override) platform-max) nil) :op op :plugin-policy (if allowed (selfhost/effect-plugin::policy override) nil) :process-program-policy (if allowed (selfhost/effect-policy::process-program-policy override) nil) :request-h (selfhost/hash::hash-term request) :v 20 :xr-policy (if allowed ((selfhost/effect-xr::policy xr-policy) ((core/map::get bridge-policy) (quote :active))) nil)}))) ((core/error::make2 "core/policy/authority") "effect-policy override must contain exactly the closed typed policy fields")) ((core/error::make2 "core/policy/authority") "effect-policy baseline/op/platform inputs are invalid")) ((core/error::make2 "core/policy/authority") "effect-policy authority request identity mismatch"))) ((core/error::make2 "core/policy/authority") "effect-policy authority request must contain exactly nine fields")) ((core/error::make2 "core/policy/authority") "effect-policy authority request must be a map"))))] :module-h b"\xE5S\xC5\x9E\x1C\xF19\x8F2\x19\x9A*N\x94\xA0\xAE\x88\xE1\x80\xB7\xE7\xB7\xD9\\\xC5\x91@3\xD4\xF7\xDA\x9C" :path "selfhost/effect_policy_authority_v1.gc" :source "(def selfhost/effect-policy::baseline-contains-loop?\n (fn (baseline)\n (fn (op)\n (fn (count)\n (fn (index)\n (if ((core/int::eq? index) count)\n false\n (let ((candidate ((core/vec::get baseline) index)))\n (if (selfhost/policy::str? candidate)\n (if ((core/eq? candidate) op)\n true\n ((((selfhost/effect-policy::baseline-contains-loop? baseline) op) count)\n ((core/int::add index) 1)))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy baseline entries must be strings\")))))))))\n\n(def selfhost/effect-policy::baseline-contains?\n (fn (baseline)\n (fn (op)\n ((((selfhost/effect-policy::baseline-contains-loop? baseline) op) (core/vec::len baseline)) 0))))\n\n(def selfhost/effect-policy::inventory-add-loop\n (fn (ops)\n (fn (index)\n (fn (set)\n (if ((core/int::eq? index) (core/vec::len ops))\n set\n (let ((op ((core/vec::get ops) index)))\n (if (selfhost/policy::str? op)\n (((selfhost/effect-policy::inventory-add-loop ops) ((core/int::add index) 1))\n (((core/map::put set) op) true))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory entries must be strings\"))))))))\n\n(def selfhost/effect-policy::inventory-add\n (fn (set)\n (fn (ops) (((selfhost/effect-policy::inventory-add-loop ops) 0) set))))\n\n(def selfhost/effect-policy::inventory-keys-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (((selfhost/effect-policy::inventory-keys-loop entries) ((core/int::add index) 1))\n ((core/vec::push out) ((core/vec::get entry) 0)))))))))\n\n(def selfhost/effect-policy::inventory-keys\n (fn (set)\n (((selfhost/effect-policy::inventory-keys-loop (core/map::entries set)) 0) [])))\n\n(def core/effects::policy-inventory-authority\n (fn (request)\n (if (selfhost/policy::map? request)\n (if ((core/int::eq? (core/map::len request)) 4)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (baseline ((core/map::get request) (quote :baseline)))\n (override-ops ((core/map::get request) (quote :override-ops))))\n (if\n (if ((core/eq? kind) \"genesis/effect-policy-inventory-request-v0.1\")\n (if (selfhost/policy::int? version) ((core/int::eq? version) 1) false)\n false)\n (if\n (if (selfhost/policy::vec? baseline)\n (selfhost/policy::vec? override-ops)\n false)\n (let ((baseline-set ((selfhost/effect-policy::inventory-add {}) baseline)))\n (if (core/error::is? baseline-set)\n baseline-set\n (let ((all-set ((selfhost/effect-policy::inventory-add baseline-set) override-ops)))\n (if (core/error::is? all-set)\n all-set\n {\n :candidate-ops (selfhost/effect-policy::inventory-keys all-set)\n :kind \"genesis/effect-policy-inventory-result-v0.1\"\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory vectors are required\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory request identity mismatch\")))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory request must contain exactly four fields\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy inventory request must be a map\"))))\n\n(def selfhost/effect-policy::all-true-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if ((core/vec::get values) index)\n ((selfhost/effect-policy::all-true-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/effect-policy::credential-operation?\n (fn (op)\n (if ((core/eq? op) \"core/sync::pull\")\n true\n (if ((core/eq? op) \"core/sync::push\")\n true\n ((core/eq? op) \"core/pkg-low::publish\")))))\n\n(def selfhost/effect-policy::override-valid?\n (fn (op)\n (fn (override)\n (if (selfhost/policy::nil? override)\n true\n (if\n ((selfhost/effect-policy::exact-map? override)\n [\n :allow\n :base-dir\n :bridge-identity-policy\n :create-dirs\n :crypto-policy\n :credential-policy\n :database-policy\n :ffi-policy\n :log-inline-max-bytes\n :max-bytes\n :network-policy\n :plugin-policy\n :process-programs\n :timeout-ms])\n ((selfhost/effect-policy::all-true-loop?\n [\n (selfhost/effect-policy::optional-bool?\n ((core/map::get override) (quote :allow)))\n (selfhost/effect-policy::optional-str?\n ((core/map::get override) (quote :base-dir)))\n (selfhost/effect-bridge::input-valid?\n ((core/map::get override) (quote :bridge-identity-policy)))\n (selfhost/effect-policy::optional-bool?\n ((core/map::get override) (quote :create-dirs)))\n (selfhost/effect-crypto::input-valid?\n ((core/map::get override) (quote :crypto-policy)))\n (if (selfhost/effect-policy::credential-operation? op)\n (selfhost/effect-store-credential::input-valid?\n ((core/map::get override) (quote :credential-policy)))\n (selfhost/policy::nil?\n ((core/map::get override) (quote :credential-policy))))\n (selfhost/effect-policy::database-input-valid?\n ((core/map::get override) (quote :database-policy)))\n (selfhost/effect-ffi::input-valid?\n ((core/map::get override) (quote :ffi-policy)))\n (selfhost/effect-policy::optional-int?\n ((core/map::get override) (quote :log-inline-max-bytes)))\n (selfhost/effect-policy::limit-input-valid?\n ((core/map::get override) (quote :max-bytes)))\n (selfhost/effect-network::input-valid?\n ((core/map::get override) (quote :network-policy)))\n (selfhost/effect-plugin::input-valid?\n ((core/map::get override) (quote :plugin-policy)))\n (selfhost/effect-policy::process-program-input-valid?\n ((core/map::get override) (quote :process-programs)))\n (selfhost/effect-policy::optional-int?\n ((core/map::get override) (quote :timeout-ms)))]) 0)\n false)))))\n\n(def selfhost/effect-policy::process-program-input-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n ((selfhost/effect-policy::process-program-input-valid-loop? values)\n ((core/int::add index) 1))\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-entry))\n false)))))))\n\n(def selfhost/effect-policy::process-program-input-valid?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::vec? value)\n ((selfhost/effect-policy::process-program-input-valid-loop? value) 0)\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))))\n\n(def selfhost/effect-policy::limit-input-valid?\n (fn (value)\n (if (selfhost/policy::nil? value)\n true\n (if (selfhost/policy::int? value)\n true\n (if (selfhost/policy::sym? value)\n ((core/sym::eq? value) (quote :invalid-type))\n false)))))\n\n(def selfhost/effect-policy::database-input-valid?\n (fn (value)\n (if ((selfhost/effect-policy::exact-map? value)\n [:max-result-bytes :max-row-count :max-value-bytes :query-classes :target-allow])\n (if (selfhost/effect-policy::limit-input-valid?\n ((core/map::get value) (quote :max-result-bytes)))\n (if (selfhost/effect-policy::limit-input-valid?\n ((core/map::get value) (quote :max-row-count)))\n (if (selfhost/effect-policy::limit-input-valid?\n ((core/map::get value) (quote :max-value-bytes)))\n (if (selfhost/effect-policy::process-program-input-valid?\n ((core/map::get value) (quote :query-classes)))\n (selfhost/effect-policy::process-program-input-valid?\n ((core/map::get value) (quote :target-allow)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/effect-policy::process-program-policy-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (if ((core/int::eq? (core/vec::len out)) 0)\n {:programs nil :status (quote :empty)}\n {:programs out :status (quote :valid)})\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/policy::str? value)\n (let ((trimmed (selfhost/policy::trim value)))\n (((selfhost/effect-policy::process-program-policy-loop values)\n ((core/int::add index) 1))\n (if (selfhost/policy::non-empty-str? trimmed)\n ((core/vec::push out) trimmed)\n out)))\n {:programs nil :status (quote :invalid-entry)})))))))\n\n(def selfhost/effect-policy::process-program-policy\n (fn (override)\n (let\n ((raw\n (if (selfhost/policy::nil? override)\n nil\n ((core/map::get override) (quote :process-programs)))))\n (if (selfhost/policy::nil? raw)\n {:programs nil :status (quote :absent)}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-policy::process-program-policy-loop raw) 0) [])\n {:programs nil :status (quote :invalid-type)})))))\n\n(def selfhost/effect-policy::max-bytes-policy\n (fn (override)\n (fn (platform-max)\n ((selfhost/effect-policy::positive-limit-policy\n (if (selfhost/policy::nil? override)\n nil\n ((core/map::get override) (quote :max-bytes))))\n platform-max))))\n\n(def selfhost/effect-policy::credential-policy\n (fn (op)\n (fn (override)\n (if (selfhost/effect-policy::credential-operation? op)\n (selfhost/effect-store-credential::policy\n (if (selfhost/policy::nil? override)\n {\n :auth-token nil\n :auth-token-env nil\n :basic-password nil\n :basic-password-env nil\n :basic-username nil\n :mtls-ca-pem nil\n :mtls-identity-pem nil}\n ((core/map::get override) (quote :credential-policy))))\n nil))))\n\n(def selfhost/effect-policy::positive-limit-policy\n (fn (raw)\n (fn (platform-max)\n (if (selfhost/policy::nil? raw)\n {:limit nil :status (quote :absent)}\n (if (selfhost/policy::sym? raw)\n {:limit nil :status (quote :invalid-type)}\n (if ((core/int::lt? raw) 1)\n {:limit nil :status (quote :nonpositive)}\n (if ((core/int::lt? platform-max) raw)\n {:limit nil :status (quote :platform-overflow)}\n {:limit raw :status (quote :valid)})))))))\n\n(def selfhost/effect-policy::string-list-policy\n (fn (raw)\n (let ((decision\n (if (selfhost/policy::nil? raw)\n {:programs nil :status (quote :absent)}\n (if (selfhost/policy::vec? raw)\n (((selfhost/effect-policy::process-program-policy-loop raw) 0) [])\n {:programs nil :status (quote :invalid-type)}))))\n {\n :status ((core/map::get decision) (quote :status))\n :values ((core/map::get decision) (quote :programs))})))\n\n(def selfhost/effect-policy::database-policy\n (fn (override)\n (fn (platform-max)\n (let ((database\n (if (selfhost/policy::nil? override)\n {\n :max-result-bytes nil\n :max-row-count nil\n :max-value-bytes nil\n :query-classes nil\n :target-allow nil}\n ((core/map::get override) (quote :database-policy)))))\n {\n :max-result-bytes\n ((selfhost/effect-policy::positive-limit-policy\n ((core/map::get database) (quote :max-result-bytes))) platform-max)\n :max-row-count\n ((selfhost/effect-policy::positive-limit-policy\n ((core/map::get database) (quote :max-row-count))) platform-max)\n :max-value-bytes\n ((selfhost/effect-policy::positive-limit-policy\n ((core/map::get database) (quote :max-value-bytes))) platform-max)\n :query-classes\n (selfhost/effect-policy::string-list-policy\n ((core/map::get database) (quote :query-classes)))\n :target-allow\n (selfhost/effect-policy::string-list-policy\n ((core/map::get database) (quote :target-allow)))}))))\n\n(def selfhost/effect-policy::allowed?\n (fn (baseline)\n (fn (op)\n (fn (override)\n (if (selfhost/policy::nil? override)\n ((selfhost/effect-policy::baseline-contains? baseline) op)\n (let ((allow ((core/map::get override) (quote :allow))))\n (if (selfhost/policy::nil? allow) true allow)))))))\n\n(def selfhost/effect-policy::cap\n (fn (op)\n (fn (override)\n (let\n (\n (base\n {\n :op (core/sym::from-str op)}))\n (if (selfhost/policy::nil? override)\n base\n (let\n ((create-dirs ((core/map::get override) (quote :create-dirs)))\n (timeout ((core/map::get override) (quote :timeout-ms)))\n (inline ((core/map::get override) (quote :log-inline-max-bytes))))\n (let\n (\n (with-create\n (if (if (selfhost/policy::nil? create-dirs) false create-dirs)\n (((core/map::put base) (quote :create-dirs)) true)\n base)))\n (let\n (\n (with-timeout\n (if (selfhost/policy::nil? timeout)\n with-create\n (((core/map::put with-create) (quote :timeout-ms))\n (if ((core/int::lt? timeout) 0) 0 timeout)))))\n (if (if (selfhost/policy::nil? inline) true ((core/int::lt? inline) 1))\n with-timeout\n (((core/map::put with-timeout) (quote :log-inline-max-bytes)) inline))))))))))\n\n(def core/effects::policy-authority\n (fn (request)\n (if (selfhost/policy::map? request)\n (if ((core/int::eq? (core/map::len request)) 9)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (baseline ((core/map::get request) (quote :baseline)))\n (gfx-policy ((core/map::get request) (quote :gfx-policy)))\n (gpu-policy ((core/map::get request) (quote :gpu-policy)))\n (op ((core/map::get request) (quote :op)))\n (override ((core/map::get request) (quote :override)))\n (platform-max ((core/map::get request) (quote :platform-max-bytes)))\n (xr-policy ((core/map::get request) (quote :xr-policy))))\n (if\n (if ((core/eq? kind) \"genesis/effect-policy-authority-request-v0.20\")\n (if (selfhost/policy::int? version) ((core/int::eq? version) 20) false)\n false)\n (if\n (if (selfhost/policy::vec? baseline)\n (if (selfhost/policy::str? op)\n (if (selfhost/policy::int? platform-max)\n ((core/int::lt? 0) platform-max)\n false)\n false)\n false)\n (if\n (if ((selfhost/effect-policy::override-valid? op) override)\n (if (selfhost/effect-gpu::input-valid? gpu-policy)\n (if (selfhost/effect-gfx::input-valid? gfx-policy)\n (selfhost/effect-xr::input-valid? xr-policy)\n false)\n false)\n false)\n (let ((allowed (((selfhost/effect-policy::allowed? baseline) op) override)))\n (if (core/error::is? allowed)\n allowed\n (let\n ((bridge-policy\n (if allowed\n ((selfhost/effect-bridge::policy op) override)\n nil)))\n {\n :allowed allowed\n :base-dir\n (if allowed\n (if (selfhost/policy::nil? override)\n nil\n ((core/map::get override) (quote :base-dir)))\n nil)\n :bridge-identity-policy\n bridge-policy\n :cap (if allowed ((selfhost/effect-policy::cap op) override) nil)\n :crypto-policy\n (if allowed\n ((selfhost/effect-crypto::policy override) platform-max)\n nil)\n :credential-policy\n (if allowed\n ((selfhost/effect-policy::credential-policy op) override)\n nil)\n :database-policy\n (if allowed\n ((selfhost/effect-policy::database-policy override) platform-max)\n nil)\n :ffi-policy\n (if allowed\n ((selfhost/effect-ffi::policy override) platform-max)\n nil)\n :gfx-policy\n (if allowed\n (selfhost/effect-gfx::policy gfx-policy)\n nil)\n :gpu-policy\n (if allowed\n (selfhost/effect-gpu::policy gpu-policy)\n nil)\n :kind \"genesis/effect-policy-authority-result-v0.20\"\n :max-bytes-policy\n (if allowed\n ((selfhost/effect-policy::max-bytes-policy override) platform-max)\n nil)\n :network-policy\n (if allowed\n ((selfhost/effect-network::policy override) platform-max)\n nil)\n :op op\n :plugin-policy\n (if allowed\n (selfhost/effect-plugin::policy override)\n nil)\n :process-program-policy\n (if allowed\n (selfhost/effect-policy::process-program-policy override)\n nil)\n :request-h (selfhost/hash::hash-term request)\n :v 20\n :xr-policy\n (if allowed\n ((selfhost/effect-xr::policy xr-policy)\n ((core/map::get bridge-policy) (quote :active)))\n nil)})))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy override must contain exactly the closed typed policy fields\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy baseline/op/platform inputs are invalid\"))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy authority request identity mismatch\")))\n ((core/error::make2 \"core/policy/authority\")\n \"effect-policy authority request must contain exactly nine fields\"))\n ((core/error::make2 \"core/policy/authority\") \"effect-policy authority request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"8\x8B\xA7\xC8\xA2*\xA2%|\x10\xA8\x12\xE5\xBA\x03\xE0\xDB\xFC\x18?\xC6\xB4\xB9\xD3\xB0~D\xE8\xF9[\x8C\xDC" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/replay::tag core/data::tag) (def selfhost/replay::nil? core/list::is-nil?) (def selfhost/replay::not (fn (value) (if value false true))) (def selfhost/replay::map? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :map)))) (def selfhost/replay::int? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :int)))) (def selfhost/replay::str? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :str)))) (def selfhost/replay::sym? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :sym)))) (def selfhost/replay::bytes? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :bytes)))) (def selfhost/replay::field (fn (map) (fn (key) (if (selfhost/replay::map? map) ((core/map::get map) key) nil)))) (def selfhost/replay::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/replay::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/replay::map-has-key? (fn (map) (fn (key) (((selfhost/replay::map-has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/replay::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/replay::map-has-key? map) ((core/vec::get keys) index)) (((selfhost/replay::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/replay::exact-map? (fn (value) (fn (keys) (if (selfhost/replay::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/replay::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/replay::nonnegative-int? (fn (value) (if (selfhost/replay::int? value) (selfhost/replay::not ((core/int::lt? value) 0)) false))) (def selfhost/replay::optional-str? (fn (value) (if (selfhost/replay::nil? value) true (selfhost/replay::str? value)))) (def selfhost/replay::optional-nonnegative-int? (fn (value) (if (selfhost/replay::nil? value) true (selfhost/replay::nonnegative-int? value)))) (def selfhost/replay::hash32? (fn (value) (if (selfhost/replay::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false))) (def selfhost/replay::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/replay::task-like? (fn (op) (let ((text (core/sym::to-str op))) (if ((selfhost/replay::starts-with? text) "core/task::") true ((selfhost/replay::starts-with? text) "editor/task::"))))) (def selfhost/replay::first-present (fn (primary) (fn (fallback) (if (selfhost/replay::nil? primary) fallback primary)))) (def selfhost/replay::expected-schedule (fn (index) (fn (op) (fn (payload) (fn (response) (let ((schedule-step (if (selfhost/replay::task-like? op) index nil))) (if ((core/sym::eq? op) (quote core/task::spawn)) {:await-edge nil :parent-task ((selfhost/replay::first-present ((selfhost/replay::field payload) (quote :parent-task))) ((selfhost/replay::field payload) (quote :scope))) :schedule-step schedule-step :task-id ((selfhost/replay::field response) (quote :task-id))} (if ((core/sym::eq? op) (quote editor/task::spawn)) {:await-edge nil :parent-task ((selfhost/replay::first-present ((selfhost/replay::field payload) (quote :parent-task))) ((selfhost/replay::field payload) (quote :scope))) :schedule-step schedule-step :task-id ((selfhost/replay::field response) (quote :task-id))} (if ((core/sym::eq? op) (quote core/task::channel-open)) {:await-edge nil :parent-task nil :schedule-step schedule-step :task-id ((selfhost/replay::field response) (quote :channel-id))} (if ((core/sym::eq? op) (quote core/task::await)) (let ((task-id ((selfhost/replay::field payload) (quote :task-id)))) {:await-edge task-id :parent-task nil :schedule-step schedule-step :task-id task-id}) (if ((core/sym::eq? op) (quote core/task::scope)) {:await-edge nil :parent-task ((selfhost/replay::field payload) (quote :scope)) :schedule-step schedule-step :task-id nil} (if (selfhost/replay::channel-target-op? op) {:await-edge nil :parent-task nil :schedule-step schedule-step :task-id ((selfhost/replay::field payload) (quote :channel-id))} (if (selfhost/replay::task-target-op? op) {:await-edge nil :parent-task nil :schedule-step schedule-step :task-id ((selfhost/replay::field payload) (quote :task-id))} {:await-edge nil :parent-task nil :schedule-step schedule-step :task-id nil}))))))))))))) (def selfhost/replay::channel-target-op? (fn (op) (if ((core/sym::eq? op) (quote core/task::channel-send)) true (if ((core/sym::eq? op) (quote core/task::channel-recv)) true (if ((core/sym::eq? op) (quote core/task::channel-close)) true ((core/sym::eq? op) (quote core/task::channel-status))))))) (def selfhost/replay::task-target-op? (fn (op) (if ((core/sym::eq? op) (quote core/task::cancel)) true (if ((core/sym::eq? op) (quote core/task::status)) true (if ((core/sym::eq? op) (quote editor/task::poll)) true ((core/sym::eq? op) (quote editor/task::cancel))))))) (def selfhost/replay::header-request-valid? (fn (request) (if ((selfhost/replay::exact-map? request) [:expected-program-h :kind :logged-program-h :phase :v]) (if (selfhost/replay::hash32? ((selfhost/replay::field request) (quote :expected-program-h))) (selfhost/replay::hash32? ((selfhost/replay::field request) (quote :logged-program-h))) false) false))) (def selfhost/replay::pure-request-valid? (fn (request) (if ((selfhost/replay::exact-map? request) [:entry-count :index :kind :phase :v]) (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :index))) (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :entry-count))) false) false))) (def selfhost/replay::expected-valid? (fn (expected) (if ((selfhost/replay::exact-map? expected) [:cont-h :op :payload :payload-h :req-h :resp-h :response :response-error :response-status]) (if (selfhost/replay::sym? ((selfhost/replay::field expected) (quote :op))) (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :payload-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :cont-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :req-h))) (let ((status ((selfhost/replay::field expected) (quote :response-status)))) (if ((core/sym::eq? status) (quote :loaded)) (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :resp-h))) (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :response-error))) false) (if ((core/sym::eq? status) (quote :load-error)) (if (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :resp-h))) (selfhost/replay::str? ((selfhost/replay::field expected) (quote :response-error))) false) (if ((core/sym::eq? status) (quote :unavailable)) (if (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :resp-h))) (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :response-error))) false) false)))) false) false) false) false) false))) (def selfhost/replay::logged-valid? (fn (logged) (if ((selfhost/replay::exact-map? logged) [:await-edge :cap :cont-h :decision :i :op :parent-task :payload-h :req-h :resp-h :schedule-step :task-id]) (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field logged) (quote :i))) (if (selfhost/replay::sym? ((selfhost/replay::field logged) (quote :op))) (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :payload-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :cont-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :req-h))) (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :resp-h))) (if (if ((core/sym::eq? ((selfhost/replay::field logged) (quote :decision))) (quote :allow)) true ((core/sym::eq? ((selfhost/replay::field logged) (quote :decision))) (quote :deny))) (if (selfhost/replay::optional-str? ((selfhost/replay::field logged) (quote :task-id))) (if (selfhost/replay::optional-str? ((selfhost/replay::field logged) (quote :parent-task))) (if (selfhost/replay::optional-nonnegative-int? ((selfhost/replay::field logged) (quote :schedule-step))) (selfhost/replay::optional-str? ((selfhost/replay::field logged) (quote :await-edge))) false) false) false) false) false) false) false) false) false) false) false))) (def selfhost/replay::perform-request-valid? (fn (request) (if ((selfhost/replay::exact-map? request) [:expected :index :kind :log-version :logged :phase :v]) (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :index))) (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :log-version))) (if (selfhost/replay::expected-valid? ((selfhost/replay::field request) (quote :expected))) (let ((logged ((selfhost/replay::field request) (quote :logged)))) (if (selfhost/replay::nil? logged) true (selfhost/replay::logged-valid? logged))) false) false) false) false))) (def selfhost/replay::result (fn (request) (fn (ok) (fn (code) (fn (message) {:code code :kind "genesis/effect-replay-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1}))))) (def selfhost/replay::accept (fn (request) ((((selfhost/replay::result request) true) nil) nil))) (def selfhost/replay::reject (fn (request) (fn (code) (fn (message) ((((selfhost/replay::result request) false) code) message))))) (def selfhost/replay::cap-error (fn (version) (fn (op) (fn (decision) (fn (cap) (if ((core/sym::eq? decision) (quote :deny)) (if (selfhost/replay::nil? cap) nil ":cap mismatch: deny decisions must carry nil cap") (if ((core/sym::eq? decision) (quote :allow)) (if (if ((core/int::lt? version) 3) (selfhost/replay::nil? cap) false) nil (if (selfhost/replay::map? cap) (if ((core/eq? ((selfhost/replay::field cap) (quote :op))) op) nil ":cap mismatch: allow cap must carry the replayed operation") ":cap mismatch: allow decisions must carry a cap map")) ":decision mismatch: expected :allow or :deny"))))))) (def selfhost/replay::perform-error (fn (request) (let ((index ((selfhost/replay::field request) (quote :index)))) (let ((version ((selfhost/replay::field request) (quote :log-version)))) (let ((expected ((selfhost/replay::field request) (quote :expected)))) (let ((logged ((selfhost/replay::field request) (quote :logged)))) (if (selfhost/replay::nil? logged) "log ended before program finished" (if ((core/sym::eq? ((selfhost/replay::field expected) (quote :response-status))) (quote :load-error)) ((selfhost/replay::field expected) (quote :response-error)) (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :i))) index)) "entry index mismatch" (let ((op ((selfhost/replay::field expected) (quote :op)))) (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :op))) op)) "op mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :payload-h))) ((selfhost/replay::field expected) (quote :payload-h)))) "payload hash mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :cont-h))) ((selfhost/replay::field expected) (quote :cont-h)))) "continuation hash mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :req-h))) ((selfhost/replay::field expected) (quote :req-h)))) "request hash mismatch" (let ((cap-error ((((selfhost/replay::cap-error version) op) ((selfhost/replay::field logged) (quote :decision))) ((selfhost/replay::field logged) (quote :cap))))) (if (selfhost/replay::not (selfhost/replay::nil? cap-error)) cap-error (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :resp-h))) ((selfhost/replay::field expected) (quote :resp-h)))) "response hash mismatch" (if ((core/int::lt? version) 3) nil (let ((schedule ((((selfhost/replay::expected-schedule index) op) ((selfhost/replay::field expected) (quote :payload))) ((selfhost/replay::field expected) (quote :response))))) (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :schedule-step))) ((selfhost/replay::field schedule) (quote :schedule-step)))) "schedule-step mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :task-id))) ((selfhost/replay::field schedule) (quote :task-id)))) "task-id mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :parent-task))) ((selfhost/replay::field schedule) (quote :parent-task)))) "parent-task mismatch" (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field logged) (quote :await-edge))) ((selfhost/replay::field schedule) (quote :await-edge)))) "await-edge mismatch" nil))))))))))))))))))))))) (def core/effects::replay-authority (fn (request) (if (selfhost/replay::not (selfhost/replay::map? request)) (((selfhost/replay::reject request) "replay/request") "replay authority request must be a map") (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field request) (quote :kind))) "genesis/effect-replay-authority-request-v0.1")) (((selfhost/replay::reject request) "replay/request") "replay authority request kind mismatch") (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field request) (quote :v))) 1)) (((selfhost/replay::reject request) "replay/request") "replay authority request version mismatch") (let ((phase ((selfhost/replay::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :header)) (if (selfhost/replay::header-request-valid? request) (if ((core/eq? ((selfhost/replay::field request) (quote :expected-program-h))) ((selfhost/replay::field request) (quote :logged-program-h))) (selfhost/replay::accept request) (((selfhost/replay::reject request) "replay/program-hash-mismatch") "program hash mismatch: log is for different program")) (((selfhost/replay::reject request) "replay/request") "replay header request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :pure)) (if (selfhost/replay::pure-request-valid? request) (if ((core/int::eq? ((selfhost/replay::field request) (quote :index))) ((selfhost/replay::field request) (quote :entry-count))) (selfhost/replay::accept request) (((selfhost/replay::reject request) "replay/remaining-entries") "program finished with remaining log entries")) (((selfhost/replay::reject request) "replay/request") "replay pure request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :perform)) (if (selfhost/replay::perform-request-valid? request) (let ((error (selfhost/replay::perform-error request))) (if (selfhost/replay::nil? error) (selfhost/replay::accept request) (((selfhost/replay::reject request) "replay/mismatch") error))) (((selfhost/replay::reject request) "replay/request") "replay perform request field set or types mismatch")) (((selfhost/replay::reject request) "replay/request") "unknown replay authority phase"))))))))))] :module-h b"\t\x8C\x90\x1Clb\xF0\x85\xF2\xC5\xB0\xF2\x91\xF1\x9F\xF6kfm\xC7qv\\s\x17\"#{\xC9l}\xC0" :path "selfhost/effect_replay_authority_v1.gc" :source "(def selfhost/replay::tag core/data::tag)\n\n(def selfhost/replay::nil? core/list::is-nil?)\n\n(def selfhost/replay::not (fn (value) (if value false true)))\n\n(def selfhost/replay::map? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :map))))\n\n(def selfhost/replay::int? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :int))))\n\n(def selfhost/replay::str? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :str))))\n\n(def selfhost/replay::sym? (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :sym))))\n\n(def selfhost/replay::bytes?\n (fn (value) ((core/sym::eq? (selfhost/replay::tag value)) (quote :bytes))))\n\n(def selfhost/replay::field\n (fn (map) (fn (key) (if (selfhost/replay::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/replay::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/replay::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))))\n\n(def selfhost/replay::map-has-key?\n (fn (map) (fn (key) (((selfhost/replay::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/replay::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/replay::map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/replay::map-has-keys-loop? map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/replay::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/replay::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/replay::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/replay::nonnegative-int?\n (fn (value)\n (if (selfhost/replay::int? value) (selfhost/replay::not ((core/int::lt? value) 0)) false)))\n\n(def selfhost/replay::optional-str?\n (fn (value) (if (selfhost/replay::nil? value) true (selfhost/replay::str? value))))\n\n(def selfhost/replay::optional-nonnegative-int?\n (fn (value) (if (selfhost/replay::nil? value) true (selfhost/replay::nonnegative-int? value))))\n\n(def selfhost/replay::hash32?\n (fn (value)\n (if (selfhost/replay::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false)))\n\n(def selfhost/replay::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/replay::task-like?\n (fn (op)\n (let ((text (core/sym::to-str op)))\n (if ((selfhost/replay::starts-with? text) \"core/task::\")\n true\n ((selfhost/replay::starts-with? text) \"editor/task::\")))))\n\n(def selfhost/replay::first-present\n (fn (primary) (fn (fallback) (if (selfhost/replay::nil? primary) fallback primary))))\n\n(def selfhost/replay::expected-schedule\n (fn (index)\n (fn (op)\n (fn (payload)\n (fn (response)\n (let ((schedule-step (if (selfhost/replay::task-like? op) index nil)))\n (if ((core/sym::eq? op) (quote core/task::spawn))\n {\n :await-edge nil\n :parent-task\n ((selfhost/replay::first-present ((selfhost/replay::field payload) (quote :parent-task)))\n ((selfhost/replay::field payload) (quote :scope)))\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field response) (quote :task-id))}\n (if ((core/sym::eq? op) (quote editor/task::spawn))\n {\n :await-edge nil\n :parent-task\n ((selfhost/replay::first-present ((selfhost/replay::field payload) (quote :parent-task)))\n ((selfhost/replay::field payload) (quote :scope)))\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field response) (quote :task-id))}\n (if ((core/sym::eq? op) (quote core/task::channel-open))\n {\n :await-edge nil\n :parent-task nil\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field response) (quote :channel-id))}\n (if ((core/sym::eq? op) (quote core/task::await))\n (let ((task-id ((selfhost/replay::field payload) (quote :task-id))))\n {\n :await-edge task-id\n :parent-task nil\n :schedule-step schedule-step\n :task-id task-id})\n (if ((core/sym::eq? op) (quote core/task::scope))\n {\n :await-edge nil\n :parent-task ((selfhost/replay::field payload) (quote :scope))\n :schedule-step schedule-step\n :task-id nil}\n (if (selfhost/replay::channel-target-op? op)\n {\n :await-edge nil\n :parent-task nil\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field payload) (quote :channel-id))}\n (if (selfhost/replay::task-target-op? op)\n {\n :await-edge nil\n :parent-task nil\n :schedule-step schedule-step\n :task-id ((selfhost/replay::field payload) (quote :task-id))}\n {\n :await-edge nil\n :parent-task nil\n :schedule-step schedule-step\n :task-id nil})))))))))))))\n\n(def selfhost/replay::channel-target-op?\n (fn (op)\n (if ((core/sym::eq? op) (quote core/task::channel-send))\n true\n (if ((core/sym::eq? op) (quote core/task::channel-recv))\n true\n (if ((core/sym::eq? op) (quote core/task::channel-close))\n true\n ((core/sym::eq? op) (quote core/task::channel-status)))))))\n\n(def selfhost/replay::task-target-op?\n (fn (op)\n (if ((core/sym::eq? op) (quote core/task::cancel))\n true\n (if ((core/sym::eq? op) (quote core/task::status))\n true\n (if ((core/sym::eq? op) (quote editor/task::poll))\n true\n ((core/sym::eq? op) (quote editor/task::cancel)))))))\n\n(def selfhost/replay::header-request-valid?\n (fn (request)\n (if\n ((selfhost/replay::exact-map? request)\n [\n :expected-program-h\n :kind\n :logged-program-h\n :phase\n :v])\n (if (selfhost/replay::hash32? ((selfhost/replay::field request) (quote :expected-program-h)))\n (selfhost/replay::hash32? ((selfhost/replay::field request) (quote :logged-program-h)))\n false)\n false)))\n\n(def selfhost/replay::pure-request-valid?\n (fn (request)\n (if\n ((selfhost/replay::exact-map? request)\n [\n :entry-count\n :index\n :kind\n :phase\n :v])\n (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :index)))\n (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :entry-count)))\n false)\n false)))\n\n(def selfhost/replay::expected-valid?\n (fn (expected)\n (if\n ((selfhost/replay::exact-map? expected)\n [\n :cont-h\n :op\n :payload\n :payload-h\n :req-h\n :resp-h\n :response\n :response-error\n :response-status])\n (if (selfhost/replay::sym? ((selfhost/replay::field expected) (quote :op)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :payload-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :cont-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :req-h)))\n (let ((status ((selfhost/replay::field expected) (quote :response-status))))\n (if ((core/sym::eq? status) (quote :loaded))\n (if (selfhost/replay::hash32? ((selfhost/replay::field expected) (quote :resp-h)))\n (selfhost/replay::nil?\n ((selfhost/replay::field expected) (quote :response-error)))\n false)\n (if ((core/sym::eq? status) (quote :load-error))\n (if (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :resp-h)))\n (selfhost/replay::str?\n ((selfhost/replay::field expected) (quote :response-error)))\n false)\n (if ((core/sym::eq? status) (quote :unavailable))\n (if\n (selfhost/replay::nil? ((selfhost/replay::field expected) (quote :resp-h)))\n (selfhost/replay::nil?\n ((selfhost/replay::field expected) (quote :response-error)))\n false)\n false))))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/replay::logged-valid?\n (fn (logged)\n (if\n ((selfhost/replay::exact-map? logged)\n [\n :await-edge\n :cap\n :cont-h\n :decision\n :i\n :op\n :parent-task\n :payload-h\n :req-h\n :resp-h\n :schedule-step\n :task-id])\n (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field logged) (quote :i)))\n (if (selfhost/replay::sym? ((selfhost/replay::field logged) (quote :op)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :payload-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :cont-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :req-h)))\n (if (selfhost/replay::hash32? ((selfhost/replay::field logged) (quote :resp-h)))\n (if\n (if\n ((core/sym::eq? ((selfhost/replay::field logged) (quote :decision)))\n (quote :allow))\n true\n ((core/sym::eq? ((selfhost/replay::field logged) (quote :decision)))\n (quote :deny)))\n (if\n (selfhost/replay::optional-str?\n ((selfhost/replay::field logged) (quote :task-id)))\n (if\n (selfhost/replay::optional-str?\n ((selfhost/replay::field logged) (quote :parent-task)))\n (if\n (selfhost/replay::optional-nonnegative-int?\n ((selfhost/replay::field logged) (quote :schedule-step)))\n (selfhost/replay::optional-str?\n ((selfhost/replay::field logged) (quote :await-edge)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/replay::perform-request-valid?\n (fn (request)\n (if\n ((selfhost/replay::exact-map? request)\n [\n :expected\n :index\n :kind\n :log-version\n :logged\n :phase\n :v])\n (if (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :index)))\n (if\n (selfhost/replay::nonnegative-int? ((selfhost/replay::field request) (quote :log-version)))\n (if\n (selfhost/replay::expected-valid? ((selfhost/replay::field request) (quote :expected)))\n (let ((logged ((selfhost/replay::field request) (quote :logged))))\n (if (selfhost/replay::nil? logged) true (selfhost/replay::logged-valid? logged)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/replay::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n {\n :code code\n :kind \"genesis/effect-replay-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1})))))\n\n(def selfhost/replay::accept (fn (request) ((((selfhost/replay::result request) true) nil) nil)))\n\n(def selfhost/replay::reject\n (fn (request)\n (fn (code) (fn (message) ((((selfhost/replay::result request) false) code) message)))))\n\n(def selfhost/replay::cap-error\n (fn (version)\n (fn (op)\n (fn (decision)\n (fn (cap)\n (if ((core/sym::eq? decision) (quote :deny))\n (if (selfhost/replay::nil? cap) nil \":cap mismatch: deny decisions must carry nil cap\")\n (if ((core/sym::eq? decision) (quote :allow))\n (if (if ((core/int::lt? version) 3) (selfhost/replay::nil? cap) false)\n nil\n (if (selfhost/replay::map? cap)\n (if ((core/eq? ((selfhost/replay::field cap) (quote :op))) op)\n nil\n \":cap mismatch: allow cap must carry the replayed operation\")\n \":cap mismatch: allow decisions must carry a cap map\"))\n \":decision mismatch: expected :allow or :deny\")))))))\n\n(def selfhost/replay::perform-error\n (fn (request)\n (let ((index ((selfhost/replay::field request) (quote :index))))\n (let ((version ((selfhost/replay::field request) (quote :log-version))))\n (let ((expected ((selfhost/replay::field request) (quote :expected))))\n (let ((logged ((selfhost/replay::field request) (quote :logged))))\n (if (selfhost/replay::nil? logged)\n \"log ended before program finished\"\n (if\n ((core/sym::eq? ((selfhost/replay::field expected) (quote :response-status)))\n (quote :load-error))\n ((selfhost/replay::field expected) (quote :response-error))\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :i))) index))\n \"entry index mismatch\"\n (let ((op ((selfhost/replay::field expected) (quote :op))))\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :op))) op))\n \"op mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :payload-h)))\n ((selfhost/replay::field expected) (quote :payload-h))))\n \"payload hash mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :cont-h)))\n ((selfhost/replay::field expected) (quote :cont-h))))\n \"continuation hash mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :req-h)))\n ((selfhost/replay::field expected) (quote :req-h))))\n \"request hash mismatch\"\n (let\n (\n (cap-error\n ((((selfhost/replay::cap-error version) op) ((selfhost/replay::field logged) (quote :decision)))\n ((selfhost/replay::field logged) (quote :cap)))))\n (if (selfhost/replay::not (selfhost/replay::nil? cap-error))\n cap-error\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :resp-h)))\n ((selfhost/replay::field expected) (quote :resp-h))))\n \"response hash mismatch\"\n (if ((core/int::lt? version) 3)\n nil\n (let\n (\n (schedule\n (\n (((selfhost/replay::expected-schedule index) op)\n ((selfhost/replay::field expected) (quote :payload)))\n ((selfhost/replay::field expected) (quote :response)))))\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :schedule-step)))\n ((selfhost/replay::field schedule)\n (quote :schedule-step))))\n \"schedule-step mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :task-id)))\n ((selfhost/replay::field schedule) (quote :task-id))))\n \"task-id mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :parent-task)))\n ((selfhost/replay::field schedule)\n (quote :parent-task))))\n \"parent-task mismatch\"\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field logged) (quote :await-edge)))\n ((selfhost/replay::field schedule)\n (quote :await-edge))))\n \"await-edge mismatch\"\n nil)))))))))))))))))))))))\n\n(def core/effects::replay-authority\n (fn (request)\n (if (selfhost/replay::not (selfhost/replay::map? request))\n (((selfhost/replay::reject request) \"replay/request\") \"replay authority request must be a map\")\n (if\n (selfhost/replay::not\n ((core/eq? ((selfhost/replay::field request) (quote :kind)))\n \"genesis/effect-replay-authority-request-v0.1\"))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay authority request kind mismatch\")\n (if (selfhost/replay::not ((core/eq? ((selfhost/replay::field request) (quote :v))) 1))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay authority request version mismatch\")\n (let ((phase ((selfhost/replay::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :header))\n (if (selfhost/replay::header-request-valid? request)\n (if\n ((core/eq? ((selfhost/replay::field request) (quote :expected-program-h)))\n ((selfhost/replay::field request) (quote :logged-program-h)))\n (selfhost/replay::accept request)\n (((selfhost/replay::reject request) \"replay/program-hash-mismatch\")\n \"program hash mismatch: log is for different program\"))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay header request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :pure))\n (if (selfhost/replay::pure-request-valid? request)\n (if\n ((core/int::eq? ((selfhost/replay::field request) (quote :index)))\n ((selfhost/replay::field request) (quote :entry-count)))\n (selfhost/replay::accept request)\n (((selfhost/replay::reject request) \"replay/remaining-entries\")\n \"program finished with remaining log entries\"))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay pure request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :perform))\n (if (selfhost/replay::perform-request-valid? request)\n (let ((error (selfhost/replay::perform-error request)))\n (if (selfhost/replay::nil? error)\n (selfhost/replay::accept request)\n (((selfhost/replay::reject request) \"replay/mismatch\") error)))\n (((selfhost/replay::reject request) \"replay/request\")\n \"replay perform request field set or types mismatch\"))\n (((selfhost/replay::reject request) \"replay/request\")\n \"unknown replay authority phase\"))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\t\x8C\x90\x1Clb\xF0\x85\xF2\xC5\xB0\xF2\x91\xF1\x9F\xF6kfm\xC7qv\\s\x17\"#{\xC9l}\xC0" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/store-authority::tag core/data::tag) (def selfhost/store-authority::nil? core/list::is-nil?) (def selfhost/store-authority::map? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :map)))) (def selfhost/store-authority::int? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :int)))) (def selfhost/store-authority::str? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :str)))) (def selfhost/store-authority::bool? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :bool)))) (def selfhost/store-authority::bytes? (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :bytes)))) (def selfhost/store-authority::field (fn (map) (fn (key) (if (selfhost/store-authority::map? map) ((core/map::get map) key) nil)))) (def selfhost/store-authority::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key) true (((selfhost/store-authority::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))) (def selfhost/store-authority::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/store-authority::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/store-authority::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/store-authority::exact-map? (fn (value) (fn (keys) (if (selfhost/store-authority::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/store-authority::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/store-authority::nonnegative-int? (fn (value) (if (selfhost/store-authority::int? value) (if ((core/int::lt? value) 0) false true) false))) (def selfhost/store-authority::optional-nonnegative-int? (fn (value) (if (selfhost/store-authority::nil? value) true (selfhost/store-authority::nonnegative-int? value)))) (def selfhost/store-authority::result (fn (request) (fn (ok) (fn (action) (fn (code) (fn (message) (fn (bytes) (fn (hash) (fn (written-bytes) {:action action :bytes bytes :code code :hash hash :kind "genesis/store-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1 :written-bytes written-bytes}))))))))) (def selfhost/store-authority::protocol-reject (fn (request) (fn (message) ((((((((selfhost/store-authority::result request) false) (quote :reject)) "store/authority-request") message) nil) nil) nil)))) (def selfhost/store-authority::semantic-error (fn (request) (fn (code) (fn (message) ((((((((selfhost/store-authority::result request) true) (quote :error)) code) message) nil) nil) nil))))) (def selfhost/store-authority::write (fn (request) (fn (bytes) (fn (hash) (fn (written-bytes) ((((((((selfhost/store-authority::result request) true) (quote :write)) nil) nil) bytes) hash) written-bytes)))))) (def selfhost/store-authority::put (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (budget-used ((selfhost/store-authority::field request) (quote :budget-used))) (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit)))) (if ((selfhost/store-authority::exact-map? payload) [:artifact]) (if (selfhost/store-authority::nonnegative-int? max-bytes) (if (selfhost/store-authority::nonnegative-int? budget-used) (if (selfhost/store-authority::optional-nonnegative-int? budget-limit) (let ((printed (selfhost/printer::print-term ((selfhost/store-authority::field payload) (quote :artifact))))) (if (core/error::is? printed) (((selfhost/store-authority::semantic-error request) "core/store/bad-artifact") "artifact cannot be printed canonically") (let ((bytes (core/str::to-utf8 printed))) (if (core/error::is? bytes) (((selfhost/store-authority::semantic-error request) "core/store/bad-artifact") "canonical artifact is not valid utf-8") (let ((size (core/bytes::len bytes))) (if ((core/int::lt? max-bytes) size) (((selfhost/store-authority::semantic-error request) "core/caps/resource-limit") "store put exceeds max_bytes") (let ((next-used ((core/int::add budget-used) size))) (if (if (selfhost/store-authority::nil? budget-limit) false ((core/int::lt? budget-limit) next-used)) (((selfhost/store-authority::semantic-error request) "core/caps/resource-limit") "store put exceeds max_run_bytes") (let ((digest (core/crypto::blake3 bytes))) (if (core/error::is? digest) (((selfhost/store-authority::semantic-error request) "core/store/hash-error") "artifact hash mechanism failed") ((((selfhost/store-authority::write request) bytes) (core/bytes::to-hex digest)) size))))))))))) ((selfhost/store-authority::protocol-reject request) "put budget-limit must be nil or a nonnegative integer")) ((selfhost/store-authority::protocol-reject request) "put budget-used must be a nonnegative integer")) ((selfhost/store-authority::protocol-reject request) "put max-bytes must be a nonnegative integer")) (((selfhost/store-authority::semantic-error request) "core/store/bad-payload") "store put payload must contain exactly :artifact"))))) (def selfhost/store-authority::lower-hex-byte? (fn (byte) (if (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false) true (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false)))) (def selfhost/store-authority::lower-hex-loop? (fn (bytes) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) true (if (selfhost/store-authority::lower-hex-byte? ((core/bytes::get bytes) index)) ((selfhost/store-authority::lower-hex-loop? bytes) ((core/int::add index) 1)) false))))) (def selfhost/store-authority::hash? (fn (value) (if (selfhost/store-authority::str? value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::eq? (core/bytes::len bytes)) 64) ((selfhost/store-authority::lower-hex-loop? bytes) 0) false)) false))) (def selfhost/store-authority::hash-payload? (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:hash]) (selfhost/store-authority::hash? ((selfhost/store-authority::field payload) (quote :hash))) false))) (def selfhost/store-authority::has-result (fn (request) (fn (ok) (fn (action) (fn (code) (fn (message) (fn (hash) (fn (present) {:action action :code code :hash hash :kind "genesis/store-has-authority-result-v0.1" :message message :ok ok :present present :request-h (selfhost/hash::hash-term request) :v 1})))))))) (def selfhost/store-authority::has-reject (fn (request) (fn (message) (((((((selfhost/store-authority::has-result request) false) (quote :reject)) "store/authority-request") message) nil) nil)))) (def selfhost/store-authority::has-error (fn (request) (fn (code) (fn (message) (((((((selfhost/store-authority::has-result request) true) (quote :error)) code) message) nil) nil))))) (def selfhost/store-authority::has-return (fn (request) (fn (present) (((((((selfhost/store-authority::has-result request) true) (quote :return)) nil) nil) nil) present)))) (def selfhost/store-authority::has-fetch (fn (request) (fn (hash) (((((((selfhost/store-authority::has-result request) true) (quote :fetch-remote)) nil) nil) hash) nil)))) (def selfhost/store-authority::has-observe (fn (request) (fn (hash) (((((((selfhost/store-authority::has-result request) true) (quote :observe-local)) nil) nil) hash) nil)))) (def selfhost/store-authority::has-message-error (fn (request) (fn (message) (fn (code) (if (selfhost/store-authority::str? message) (((selfhost/store-authority::has-error request) code) message) ((selfhost/store-authority::has-reject request) "mechanism error requires string message")))))) (def selfhost/store-authority::has-decide-remote (fn (request) (fn (status) (fn (remote-present) (fn (message) (if ((core/sym::eq? status) (quote :remote-present)) (if (selfhost/store-authority::bool? remote-present) ((selfhost/store-authority::has-return request) remote-present) ((selfhost/store-authority::has-reject request) "remote-present requires bool observation")) (if ((core/sym::eq? status) (quote :remote-auth-error)) (((selfhost/store-authority::has-message-error request) message) "core/store/remote-auth") (if ((core/sym::eq? status) (quote :remote-error)) (((selfhost/store-authority::has-message-error request) message) "core/store/remote-error") ((selfhost/store-authority::has-reject request) "unsupported has observation status"))))))))) (def selfhost/store-authority::has-decide-local (fn (request) (fn (hash) (fn (status) (fn (remote-enabled) (fn (local-hash) (fn (message) (if ((core/sym::eq? status) (quote :local-present)) (if (selfhost/store-authority::hash? local-hash) (if ((core/eq? hash) local-hash) ((selfhost/store-authority::has-return request) true) (((selfhost/store-authority::has-error request) "core/store/corruption") "local bytes hash mismatch")) ((selfhost/store-authority::has-reject request) "local-present requires a lowercase observed hash")) (if ((core/sym::eq? status) (quote :local-missing)) (if (selfhost/store-authority::bool? remote-enabled) (if remote-enabled ((selfhost/store-authority::has-fetch request) hash) ((selfhost/store-authority::has-return request) false)) ((selfhost/store-authority::has-reject request) "remote-enabled must be bool")) (if ((core/sym::eq? status) (quote :local-io-error)) (((selfhost/store-authority::has-message-error request) message) "core/store/io-error") (if ((core/sym::eq? status) (quote :local-resource-limit)) (((selfhost/store-authority::has-error request) "core/caps/resource-limit") "store has exceeds bounded local observation size") ((selfhost/store-authority::has-reject request) "unsupported local has observation status")))))))))))) (def selfhost/store-authority::has-decide (fn (request) (fn (payload) (fn (status) (fn (remote-enabled) (fn (local-hash) (fn (remote-present) (fn (message) (if (selfhost/store-authority::hash-payload? payload) (let ((hash ((selfhost/store-authority::field payload) (quote :hash)))) (if ((core/sym::eq? status) (quote :plan)) ((selfhost/store-authority::has-observe request) hash) (if ((core/sym::eq? status) (quote :remote-present)) ((((selfhost/store-authority::has-decide-remote request) status) remote-present) message) (if ((core/sym::eq? status) (quote :remote-auth-error)) ((((selfhost/store-authority::has-decide-remote request) status) remote-present) message) (if ((core/sym::eq? status) (quote :remote-error)) ((((selfhost/store-authority::has-decide-remote request) status) remote-present) message) ((((((selfhost/store-authority::has-decide-local request) hash) status) remote-enabled) local-hash) message)))))) (((selfhost/store-authority::has-error request) "core/store/bad-payload") "store has payload must contain exactly one lowercase :hash")))))))))) (def selfhost/store-authority::has (fn (request) (if ((selfhost/store-authority::exact-map? request) [:kind :local-hash :mechanism-message :payload :phase :remote-enabled :remote-present :status :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/store-has-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (((((((selfhost/store-authority::has-decide request) ((selfhost/store-authority::field request) (quote :payload))) ((selfhost/store-authority::field request) (quote :status))) ((selfhost/store-authority::field request) (quote :remote-enabled))) ((selfhost/store-authority::field request) (quote :local-hash))) ((selfhost/store-authority::field request) (quote :remote-present))) ((selfhost/store-authority::field request) (quote :mechanism-message))) ((selfhost/store-authority::has-reject request) "has request version mismatch")) ((selfhost/store-authority::has-reject request) "has request kind mismatch")) ((selfhost/store-authority::has-reject request) "has request fields mismatch")))) (def selfhost/store-authority::get-result (fn (request) (fn (ok) (fn (action) (fn (artifact) (fn (bytes) (fn (code) (fn (hash) (fn (message) (fn (written-bytes) {:action action :artifact artifact :bytes bytes :code code :hash hash :kind "genesis/store-get-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1 :written-bytes written-bytes})))))))))) (def selfhost/store-authority::get-reject (fn (request) (fn (message) (((((((((selfhost/store-authority::get-result request) false) (quote :reject)) nil) nil) "store/authority-request") nil) message) nil)))) (def selfhost/store-authority::get-error (fn (request) (fn (code) (fn (message) (((((((((selfhost/store-authority::get-result request) true) (quote :error)) nil) nil) code) nil) message) nil))))) (def selfhost/store-authority::get-fetch (fn (request) (fn (hash) (((((((((selfhost/store-authority::get-result request) true) (quote :fetch-remote)) nil) nil) nil) hash) nil) nil)))) (def selfhost/store-authority::get-observe (fn (request) (fn (hash) (((((((((selfhost/store-authority::get-result request) true) (quote :observe-local)) nil) nil) nil) hash) nil) nil)))) (def selfhost/store-authority::get-return (fn (request) (fn (artifact) (fn (bytes) (fn (hash) (fn (cache) (fn (written-bytes) (((((((((selfhost/store-authority::get-result request) true) (if cache (quote :cache-return) (quote :return))) artifact) bytes) nil) hash) nil) written-bytes)))))))) (def selfhost/store-authority::get-cache-return (fn (request) (fn (artifact) (fn (bytes) (fn (hash) (fn (size) (fn (budget-used) (fn (budget-limit) (let ((next-used ((core/int::add budget-used) size))) (if (if (selfhost/store-authority::nil? budget-limit) false ((core/int::lt? budget-limit) next-used)) (((selfhost/store-authority::get-error request) "core/caps/resource-limit") "remote cache write exceeds max_run_bytes") ((((((selfhost/store-authority::get-return request) artifact) bytes) hash) true) size))))))))))) (def selfhost/store-authority::get-found (fn (request) (fn (bytes) (fn (cache) (let ((payload ((selfhost/store-authority::field request) (quote :payload))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (budget-used ((selfhost/store-authority::field request) (quote :budget-used))) (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit)))) (let ((hash ((selfhost/store-authority::field payload) (quote :hash))) (size (core/bytes::len bytes))) (if ((core/int::lt? max-bytes) size) (((selfhost/store-authority::get-error request) "core/caps/resource-limit") "store get exceeds max_bytes") (if ((core/eq? (core/bytes::to-hex (core/crypto::blake3 bytes))) hash) (let ((artifact (selfhost/parse::parse-term bytes))) (if (core/error::is? artifact) (((selfhost/store-authority::get-error request) "core/store/bad-artifact") "artifact bytes are not a valid CoreForm term") (if cache (((((((selfhost/store-authority::get-cache-return request) artifact) bytes) hash) size) budget-used) budget-limit) ((((((selfhost/store-authority::get-return request) artifact) nil) hash) false) nil)))) (((selfhost/store-authority::get-error request) (if cache "core/store/hash-mismatch" "core/store/corruption")) (if cache "remote bytes hash mismatch" "local bytes hash mismatch")))))))))) (def selfhost/store-authority::get-message-error (fn (request) (fn (message) (fn (code) (if (selfhost/store-authority::str? message) (((selfhost/store-authority::get-error request) code) message) ((selfhost/store-authority::get-reject request) "mechanism error requires string message")))))) (def selfhost/store-authority::get-decide (fn (request) (fn (payload) (fn (status) (fn (bytes) (fn (remote-enabled) (fn (message) (if ((core/sym::eq? status) (quote :plan)) ((selfhost/store-authority::get-observe request) ((selfhost/store-authority::field payload) (quote :hash))) (if ((core/sym::eq? status) (quote :local-found)) (if (selfhost/store-authority::bytes? bytes) (((selfhost/store-authority::get-found request) bytes) false) ((selfhost/store-authority::get-reject request) "local-found requires bytes")) (if ((core/sym::eq? status) (quote :local-missing)) (if (selfhost/store-authority::bool? remote-enabled) (if remote-enabled ((selfhost/store-authority::get-fetch request) ((selfhost/store-authority::field payload) (quote :hash))) (((selfhost/store-authority::get-error request) "core/store/not-found") "artifact not found")) ((selfhost/store-authority::get-reject request) "remote-enabled must be bool")) (if ((core/sym::eq? status) (quote :remote-found)) (if (selfhost/store-authority::bytes? bytes) (((selfhost/store-authority::get-found request) bytes) true) ((selfhost/store-authority::get-reject request) "remote-found requires bytes")) (if ((core/sym::eq? status) (quote :remote-not-found)) (((selfhost/store-authority::get-error request) "core/store/not-found") "artifact not found") (if ((core/sym::eq? status) (quote :remote-hash-mismatch)) (((selfhost/store-authority::get-error request) "core/store/hash-mismatch") "remote bytes hash mismatch") (if (if ((core/sym::eq? status) (quote :local-resource-limit)) true ((core/sym::eq? status) (quote :remote-resource-limit))) (((selfhost/store-authority::get-error request) "core/caps/resource-limit") "store get exceeds max_bytes") (if ((core/sym::eq? status) (quote :remote-auth-error)) (((selfhost/store-authority::get-message-error request) message) "core/store/remote-auth") (if ((core/sym::eq? status) (quote :local-io-error)) (((selfhost/store-authority::get-message-error request) message) "core/store/io-error") (if ((core/sym::eq? status) (quote :remote-error)) (((selfhost/store-authority::get-message-error request) message) "core/store/remote-error") ((selfhost/store-authority::get-reject request) "unsupported get observation status")))))))))))))))))) (def selfhost/store-authority::get-validated (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (budget-used ((selfhost/store-authority::field request) (quote :budget-used))) (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit)))) (if (selfhost/store-authority::hash-payload? payload) (if (selfhost/store-authority::nonnegative-int? max-bytes) (if (selfhost/store-authority::nonnegative-int? budget-used) (if (selfhost/store-authority::optional-nonnegative-int? budget-limit) ((((((selfhost/store-authority::get-decide request) payload) ((selfhost/store-authority::field request) (quote :status))) ((selfhost/store-authority::field request) (quote :bytes))) ((selfhost/store-authority::field request) (quote :remote-enabled))) ((selfhost/store-authority::field request) (quote :mechanism-message))) ((selfhost/store-authority::get-reject request) "get budget-limit must be nil or nonnegative int")) ((selfhost/store-authority::get-reject request) "get budget-used must be nonnegative int")) ((selfhost/store-authority::get-reject request) "get max-bytes must be nonnegative int")) (((selfhost/store-authority::get-error request) "core/store/bad-payload") "store get payload must contain exactly one lowercase :hash"))))) (def selfhost/store-authority::get (fn (request) (if ((selfhost/store-authority::exact-map? request) [:budget-limit :budget-used :bytes :kind :max-bytes :mechanism-message :payload :phase :remote-enabled :status :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/store-get-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (selfhost/store-authority::get-validated request) ((selfhost/store-authority::get-reject request) "get request version mismatch")) ((selfhost/store-authority::get-reject request) "get request kind mismatch")) ((selfhost/store-authority::get-reject request) "get request fields mismatch")))) (def selfhost/store-authority::put-request (fn (request) (if ((selfhost/store-authority::exact-map? request) [:budget-limit :budget-used :kind :max-bytes :payload :phase :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/store-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (if ((core/sym::eq? ((selfhost/store-authority::field request) (quote :phase))) (quote :put)) (selfhost/store-authority::put request) ((selfhost/store-authority::protocol-reject request) "unsupported store phase")) ((selfhost/store-authority::protocol-reject request) "store request version mismatch")) ((selfhost/store-authority::protocol-reject request) "store request kind mismatch")) ((selfhost/store-authority::protocol-reject request) "store request fields mismatch")))) (def core/store::authority (fn (request) (if (selfhost/store-authority::map? request) (let ((phase ((selfhost/store-authority::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :put)) (selfhost/store-authority::put-request request) (if ((core/sym::eq? phase) (quote :has)) (selfhost/store-authority::has request) (if ((core/sym::eq? phase) (quote :get)) (selfhost/store-authority::get request) ((selfhost/store-authority::protocol-reject request) "unsupported store phase"))))) ((selfhost/store-authority::protocol-reject request) "store request must be a map"))))] :module-h b"\xA0\x8A\xB7\xC7\x02\x04\xB4\x19\xB9TF\xA0#%\xC0\xAC\xA0\n\x10r\xD2\xF1\xDA\x91d\xC1\xF6\x84\xF63\xB2\x9C" :path "selfhost/store_authority_v1.gc" :source "(def selfhost/store-authority::tag core/data::tag)\n\n(def selfhost/store-authority::nil? core/list::is-nil?)\n\n(def selfhost/store-authority::map?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :map))))\n\n(def selfhost/store-authority::int?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :int))))\n\n(def selfhost/store-authority::str?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :str))))\n\n(def selfhost/store-authority::bool?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :bool))))\n\n(def selfhost/store-authority::bytes?\n (fn (value) ((core/sym::eq? (selfhost/store-authority::tag value)) (quote :bytes))))\n\n(def selfhost/store-authority::field\n (fn (map) (fn (key) (if (selfhost/store-authority::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/store-authority::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key)\n true\n (((selfhost/store-authority::map-has-key-loop? entries) key)\n ((core/int::add index) 1))))))))\n\n(def selfhost/store-authority::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/store-authority::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/store-authority::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/store-authority::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/store-authority::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/store-authority::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/store-authority::nonnegative-int?\n (fn (value)\n (if (selfhost/store-authority::int? value)\n (if ((core/int::lt? value) 0) false true)\n false)))\n\n(def selfhost/store-authority::optional-nonnegative-int?\n (fn (value)\n (if (selfhost/store-authority::nil? value)\n true\n (selfhost/store-authority::nonnegative-int? value))))\n\n(def selfhost/store-authority::result\n (fn (request)\n (fn (ok)\n (fn (action)\n (fn (code)\n (fn (message)\n (fn (bytes)\n (fn (hash)\n (fn (written-bytes)\n {\n :action action\n :bytes bytes\n :code code\n :hash hash\n :kind \"genesis/store-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :written-bytes written-bytes})))))))))\n\n(def selfhost/store-authority::protocol-reject\n (fn (request)\n (fn (message)\n ((((((((selfhost/store-authority::result request) false) (quote :reject))\n \"store/authority-request\") message) nil) nil) nil))))\n\n(def selfhost/store-authority::semantic-error\n (fn (request)\n (fn (code)\n (fn (message)\n ((((((((selfhost/store-authority::result request) true) (quote :error)) code) message)\n nil) nil) nil)))))\n\n(def selfhost/store-authority::write\n (fn (request)\n (fn (bytes)\n (fn (hash)\n (fn (written-bytes)\n ((((((((selfhost/store-authority::result request) true) (quote :write)) nil) nil)\n bytes) hash) written-bytes))))))\n\n(def selfhost/store-authority::put\n (fn (request)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (budget-used ((selfhost/store-authority::field request) (quote :budget-used)))\n (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit))))\n (if\n ((selfhost/store-authority::exact-map? payload) [:artifact])\n (if (selfhost/store-authority::nonnegative-int? max-bytes)\n (if (selfhost/store-authority::nonnegative-int? budget-used)\n (if (selfhost/store-authority::optional-nonnegative-int? budget-limit)\n (let\n ((printed\n (selfhost/printer::print-term\n ((selfhost/store-authority::field payload) (quote :artifact)))))\n (if (core/error::is? printed)\n (((selfhost/store-authority::semantic-error request) \"core/store/bad-artifact\")\n \"artifact cannot be printed canonically\")\n (let ((bytes (core/str::to-utf8 printed)))\n (if (core/error::is? bytes)\n (((selfhost/store-authority::semantic-error request) \"core/store/bad-artifact\")\n \"canonical artifact is not valid utf-8\")\n (let ((size (core/bytes::len bytes)))\n (if ((core/int::lt? max-bytes) size)\n (((selfhost/store-authority::semantic-error request)\n \"core/caps/resource-limit\")\n \"store put exceeds max_bytes\")\n (let ((next-used ((core/int::add budget-used) size)))\n (if\n (if (selfhost/store-authority::nil? budget-limit)\n false\n ((core/int::lt? budget-limit) next-used))\n (((selfhost/store-authority::semantic-error request)\n \"core/caps/resource-limit\")\n \"store put exceeds max_run_bytes\")\n (let ((digest (core/crypto::blake3 bytes)))\n (if (core/error::is? digest)\n (((selfhost/store-authority::semantic-error request)\n \"core/store/hash-error\")\n \"artifact hash mechanism failed\")\n ((((selfhost/store-authority::write request) bytes)\n (core/bytes::to-hex digest)) size)))))))))))\n ((selfhost/store-authority::protocol-reject request)\n \"put budget-limit must be nil or a nonnegative integer\"))\n ((selfhost/store-authority::protocol-reject request)\n \"put budget-used must be a nonnegative integer\"))\n ((selfhost/store-authority::protocol-reject request)\n \"put max-bytes must be a nonnegative integer\"))\n (((selfhost/store-authority::semantic-error request) \"core/store/bad-payload\")\n \"store put payload must contain exactly :artifact\")))))\n\n(def selfhost/store-authority::lower-hex-byte?\n (fn (byte)\n (if\n (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false)\n true\n (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false))))\n\n(def selfhost/store-authority::lower-hex-loop?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n true\n (if (selfhost/store-authority::lower-hex-byte? ((core/bytes::get bytes) index))\n ((selfhost/store-authority::lower-hex-loop? bytes) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/store-authority::hash?\n (fn (value)\n (if (selfhost/store-authority::str? value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::eq? (core/bytes::len bytes)) 64)\n ((selfhost/store-authority::lower-hex-loop? bytes) 0)\n false))\n false)))\n\n(def selfhost/store-authority::hash-payload?\n (fn (payload)\n (if ((selfhost/store-authority::exact-map? payload) [:hash])\n (selfhost/store-authority::hash?\n ((selfhost/store-authority::field payload) (quote :hash)))\n false)))\n\n(def selfhost/store-authority::has-result\n (fn (request)\n (fn (ok)\n (fn (action)\n (fn (code)\n (fn (message)\n (fn (hash)\n (fn (present)\n {\n :action action\n :code code\n :hash hash\n :kind \"genesis/store-has-authority-result-v0.1\"\n :message message\n :ok ok\n :present present\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))))))\n\n(def selfhost/store-authority::has-reject\n (fn (request)\n (fn (message)\n (((((((selfhost/store-authority::has-result request) false) (quote :reject))\n \"store/authority-request\") message) nil) nil))))\n\n(def selfhost/store-authority::has-error\n (fn (request)\n (fn (code)\n (fn (message)\n (((((((selfhost/store-authority::has-result request) true) (quote :error)) code)\n message) nil) nil)))))\n\n(def selfhost/store-authority::has-return\n (fn (request)\n (fn (present)\n (((((((selfhost/store-authority::has-result request) true) (quote :return)) nil) nil)\n nil) present))))\n\n(def selfhost/store-authority::has-fetch\n (fn (request)\n (fn (hash)\n (((((((selfhost/store-authority::has-result request) true) (quote :fetch-remote)) nil)\n nil) hash) nil))))\n\n(def selfhost/store-authority::has-observe\n (fn (request)\n (fn (hash)\n (((((((selfhost/store-authority::has-result request) true) (quote :observe-local)) nil)\n nil) hash) nil))))\n\n(def selfhost/store-authority::has-message-error\n (fn (request)\n (fn (message)\n (fn (code)\n (if (selfhost/store-authority::str? message)\n (((selfhost/store-authority::has-error request) code) message)\n ((selfhost/store-authority::has-reject request)\n \"mechanism error requires string message\"))))))\n\n(def selfhost/store-authority::has-decide-remote\n (fn (request)\n (fn (status)\n (fn (remote-present)\n (fn (message)\n (if ((core/sym::eq? status) (quote :remote-present))\n (if (selfhost/store-authority::bool? remote-present)\n ((selfhost/store-authority::has-return request) remote-present)\n ((selfhost/store-authority::has-reject request)\n \"remote-present requires bool observation\"))\n (if ((core/sym::eq? status) (quote :remote-auth-error))\n (((selfhost/store-authority::has-message-error request) message)\n \"core/store/remote-auth\")\n (if ((core/sym::eq? status) (quote :remote-error))\n (((selfhost/store-authority::has-message-error request) message)\n \"core/store/remote-error\")\n ((selfhost/store-authority::has-reject request)\n \"unsupported has observation status\")))))))))\n\n(def selfhost/store-authority::has-decide-local\n (fn (request)\n (fn (hash)\n (fn (status)\n (fn (remote-enabled)\n (fn (local-hash)\n (fn (message)\n (if ((core/sym::eq? status) (quote :local-present))\n (if (selfhost/store-authority::hash? local-hash)\n (if ((core/eq? hash) local-hash)\n ((selfhost/store-authority::has-return request) true)\n (((selfhost/store-authority::has-error request) \"core/store/corruption\")\n \"local bytes hash mismatch\"))\n ((selfhost/store-authority::has-reject request)\n \"local-present requires a lowercase observed hash\"))\n (if ((core/sym::eq? status) (quote :local-missing))\n (if (selfhost/store-authority::bool? remote-enabled)\n (if remote-enabled\n ((selfhost/store-authority::has-fetch request) hash)\n ((selfhost/store-authority::has-return request) false))\n ((selfhost/store-authority::has-reject request)\n \"remote-enabled must be bool\"))\n (if ((core/sym::eq? status) (quote :local-io-error))\n (((selfhost/store-authority::has-message-error request) message)\n \"core/store/io-error\")\n (if ((core/sym::eq? status) (quote :local-resource-limit))\n (((selfhost/store-authority::has-error request)\n \"core/caps/resource-limit\")\n \"store has exceeds bounded local observation size\")\n ((selfhost/store-authority::has-reject request)\n \"unsupported local has observation status\"))))))))))))\n\n(def selfhost/store-authority::has-decide\n (fn (request)\n (fn (payload)\n (fn (status)\n (fn (remote-enabled)\n (fn (local-hash)\n (fn (remote-present)\n (fn (message)\n (if (selfhost/store-authority::hash-payload? payload)\n (let ((hash ((selfhost/store-authority::field payload) (quote :hash))))\n (if ((core/sym::eq? status) (quote :plan))\n ((selfhost/store-authority::has-observe request) hash)\n (if ((core/sym::eq? status) (quote :remote-present))\n ((((selfhost/store-authority::has-decide-remote request) status)\n remote-present) message)\n (if ((core/sym::eq? status) (quote :remote-auth-error))\n ((((selfhost/store-authority::has-decide-remote request) status)\n remote-present) message)\n (if ((core/sym::eq? status) (quote :remote-error))\n ((((selfhost/store-authority::has-decide-remote request) status)\n remote-present) message)\n ((((((selfhost/store-authority::has-decide-local request) hash) status)\n remote-enabled) local-hash) message))))))\n (((selfhost/store-authority::has-error request) \"core/store/bad-payload\")\n \"store has payload must contain exactly one lowercase :hash\"))))))))))\n\n(def selfhost/store-authority::has\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:kind :local-hash :mechanism-message :payload :phase :remote-enabled :remote-present\n :status :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/store-has-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (((((((selfhost/store-authority::has-decide request)\n ((selfhost/store-authority::field request) (quote :payload)))\n ((selfhost/store-authority::field request) (quote :status)))\n ((selfhost/store-authority::field request) (quote :remote-enabled)))\n ((selfhost/store-authority::field request) (quote :local-hash)))\n ((selfhost/store-authority::field request) (quote :remote-present)))\n ((selfhost/store-authority::field request) (quote :mechanism-message)))\n ((selfhost/store-authority::has-reject request) \"has request version mismatch\"))\n ((selfhost/store-authority::has-reject request) \"has request kind mismatch\"))\n ((selfhost/store-authority::has-reject request) \"has request fields mismatch\"))))\n\n(def selfhost/store-authority::get-result\n (fn (request)\n (fn (ok)\n (fn (action)\n (fn (artifact)\n (fn (bytes)\n (fn (code)\n (fn (hash)\n (fn (message)\n (fn (written-bytes)\n {\n :action action\n :artifact artifact\n :bytes bytes\n :code code\n :hash hash\n :kind \"genesis/store-get-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :written-bytes written-bytes}))))))))))\n\n(def selfhost/store-authority::get-reject\n (fn (request)\n (fn (message)\n (((((((((selfhost/store-authority::get-result request) false) (quote :reject)) nil) nil)\n \"store/authority-request\") nil) message) nil))))\n\n(def selfhost/store-authority::get-error\n (fn (request)\n (fn (code)\n (fn (message)\n (((((((((selfhost/store-authority::get-result request) true) (quote :error)) nil) nil)\n code) nil) message) nil)))))\n\n(def selfhost/store-authority::get-fetch\n (fn (request)\n (fn (hash)\n (((((((((selfhost/store-authority::get-result request) true) (quote :fetch-remote)) nil)\n nil) nil) hash) nil) nil))))\n\n(def selfhost/store-authority::get-observe\n (fn (request)\n (fn (hash)\n (((((((((selfhost/store-authority::get-result request) true) (quote :observe-local)) nil)\n nil) nil) hash) nil) nil))))\n\n(def selfhost/store-authority::get-return\n (fn (request)\n (fn (artifact)\n (fn (bytes)\n (fn (hash)\n (fn (cache)\n (fn (written-bytes)\n (((((((((selfhost/store-authority::get-result request) true)\n (if cache (quote :cache-return) (quote :return))) artifact) bytes) nil)\n hash) nil) written-bytes))))))))\n\n(def selfhost/store-authority::get-cache-return\n (fn (request)\n (fn (artifact)\n (fn (bytes)\n (fn (hash)\n (fn (size)\n (fn (budget-used)\n (fn (budget-limit)\n (let ((next-used ((core/int::add budget-used) size)))\n (if\n (if (selfhost/store-authority::nil? budget-limit)\n false\n ((core/int::lt? budget-limit) next-used))\n (((selfhost/store-authority::get-error request)\n \"core/caps/resource-limit\")\n \"remote cache write exceeds max_run_bytes\")\n ((((((selfhost/store-authority::get-return request) artifact) bytes) hash)\n true) size)))))))))))\n\n(def selfhost/store-authority::get-found\n (fn (request)\n (fn (bytes)\n (fn (cache)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (budget-used ((selfhost/store-authority::field request) (quote :budget-used)))\n (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit))))\n (let\n ((hash ((selfhost/store-authority::field payload) (quote :hash)))\n (size (core/bytes::len bytes)))\n (if ((core/int::lt? max-bytes) size)\n (((selfhost/store-authority::get-error request) \"core/caps/resource-limit\")\n \"store get exceeds max_bytes\")\n (if\n ((core/eq? (core/bytes::to-hex (core/crypto::blake3 bytes))) hash)\n (let ((artifact (selfhost/parse::parse-term bytes)))\n (if (core/error::is? artifact)\n (((selfhost/store-authority::get-error request) \"core/store/bad-artifact\")\n \"artifact bytes are not a valid CoreForm term\")\n (if cache\n (((((((selfhost/store-authority::get-cache-return request) artifact) bytes)\n hash) size) budget-used) budget-limit)\n ((((((selfhost/store-authority::get-return request) artifact) nil) hash)\n false) nil))))\n (((selfhost/store-authority::get-error request)\n (if cache \"core/store/hash-mismatch\" \"core/store/corruption\"))\n (if cache\n \"remote bytes hash mismatch\"\n \"local bytes hash mismatch\"))))))))))\n\n(def selfhost/store-authority::get-message-error\n (fn (request)\n (fn (message)\n (fn (code)\n (if (selfhost/store-authority::str? message)\n (((selfhost/store-authority::get-error request) code) message)\n ((selfhost/store-authority::get-reject request)\n \"mechanism error requires string message\"))))))\n\n(def selfhost/store-authority::get-decide\n (fn (request)\n (fn (payload)\n (fn (status)\n (fn (bytes)\n (fn (remote-enabled)\n (fn (message)\n (if ((core/sym::eq? status) (quote :plan))\n ((selfhost/store-authority::get-observe request)\n ((selfhost/store-authority::field payload) (quote :hash)))\n (if ((core/sym::eq? status) (quote :local-found))\n (if (selfhost/store-authority::bytes? bytes)\n (((selfhost/store-authority::get-found request) bytes) false)\n ((selfhost/store-authority::get-reject request)\n \"local-found requires bytes\"))\n (if ((core/sym::eq? status) (quote :local-missing))\n (if (selfhost/store-authority::bool? remote-enabled)\n (if remote-enabled\n ((selfhost/store-authority::get-fetch request)\n ((selfhost/store-authority::field payload) (quote :hash)))\n (((selfhost/store-authority::get-error request) \"core/store/not-found\")\n \"artifact not found\"))\n ((selfhost/store-authority::get-reject request)\n \"remote-enabled must be bool\"))\n (if ((core/sym::eq? status) (quote :remote-found))\n (if (selfhost/store-authority::bytes? bytes)\n (((selfhost/store-authority::get-found request) bytes) true)\n ((selfhost/store-authority::get-reject request)\n \"remote-found requires bytes\"))\n (if ((core/sym::eq? status) (quote :remote-not-found))\n (((selfhost/store-authority::get-error request) \"core/store/not-found\")\n \"artifact not found\")\n (if ((core/sym::eq? status) (quote :remote-hash-mismatch))\n (((selfhost/store-authority::get-error request)\n \"core/store/hash-mismatch\") \"remote bytes hash mismatch\")\n (if\n (if ((core/sym::eq? status) (quote :local-resource-limit))\n true\n ((core/sym::eq? status) (quote :remote-resource-limit)))\n (((selfhost/store-authority::get-error request)\n \"core/caps/resource-limit\") \"store get exceeds max_bytes\")\n (if ((core/sym::eq? status) (quote :remote-auth-error))\n (((selfhost/store-authority::get-message-error request) message)\n \"core/store/remote-auth\")\n (if ((core/sym::eq? status) (quote :local-io-error))\n (((selfhost/store-authority::get-message-error request) message)\n \"core/store/io-error\")\n (if ((core/sym::eq? status) (quote :remote-error))\n (((selfhost/store-authority::get-message-error request) message)\n \"core/store/remote-error\")\n ((selfhost/store-authority::get-reject request)\n \"unsupported get observation status\"))))))))))))))))))\n\n(def selfhost/store-authority::get-validated\n (fn (request)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (budget-used ((selfhost/store-authority::field request) (quote :budget-used)))\n (budget-limit ((selfhost/store-authority::field request) (quote :budget-limit))))\n (if (selfhost/store-authority::hash-payload? payload)\n (if (selfhost/store-authority::nonnegative-int? max-bytes)\n (if (selfhost/store-authority::nonnegative-int? budget-used)\n (if (selfhost/store-authority::optional-nonnegative-int? budget-limit)\n ((((((selfhost/store-authority::get-decide request) payload)\n ((selfhost/store-authority::field request) (quote :status)))\n ((selfhost/store-authority::field request) (quote :bytes)))\n ((selfhost/store-authority::field request) (quote :remote-enabled)))\n ((selfhost/store-authority::field request) (quote :mechanism-message)))\n ((selfhost/store-authority::get-reject request)\n \"get budget-limit must be nil or nonnegative int\"))\n ((selfhost/store-authority::get-reject request)\n \"get budget-used must be nonnegative int\"))\n ((selfhost/store-authority::get-reject request)\n \"get max-bytes must be nonnegative int\"))\n (((selfhost/store-authority::get-error request) \"core/store/bad-payload\")\n \"store get payload must contain exactly one lowercase :hash\")))))\n\n(def selfhost/store-authority::get\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:budget-limit :budget-used :bytes :kind :max-bytes :mechanism-message :payload :phase\n :remote-enabled :status :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/store-get-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (selfhost/store-authority::get-validated request)\n ((selfhost/store-authority::get-reject request) \"get request version mismatch\"))\n ((selfhost/store-authority::get-reject request) \"get request kind mismatch\"))\n ((selfhost/store-authority::get-reject request) \"get request fields mismatch\"))))\n\n(def selfhost/store-authority::put-request\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:budget-limit :budget-used :kind :max-bytes :payload :phase :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/store-authority-request-v0.1\")\n (if\n ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (if\n ((core/sym::eq? ((selfhost/store-authority::field request) (quote :phase)))\n (quote :put))\n (selfhost/store-authority::put request)\n ((selfhost/store-authority::protocol-reject request) \"unsupported store phase\"))\n ((selfhost/store-authority::protocol-reject request) \"store request version mismatch\"))\n ((selfhost/store-authority::protocol-reject request) \"store request kind mismatch\"))\n ((selfhost/store-authority::protocol-reject request) \"store request fields mismatch\"))))\n\n(def core/store::authority\n (fn (request)\n (if (selfhost/store-authority::map? request)\n (let ((phase ((selfhost/store-authority::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :put))\n (selfhost/store-authority::put-request request)\n (if ((core/sym::eq? phase) (quote :has))\n (selfhost/store-authority::has request)\n (if ((core/sym::eq? phase) (quote :get))\n (selfhost/store-authority::get request)\n ((selfhost/store-authority::protocol-reject request)\n \"unsupported store phase\")))))\n ((selfhost/store-authority::protocol-reject request) \"store request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"7(\x0C4r>\xD7\xA8\xF4}\x17\xD3\x9CA\x96\xA2\x97\r8\x84\x85\xC3V\xC4\xFA\xF2\xECv\x01|\x97\xFE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/store-verify::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/store-verify::sym? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym)))) (def selfhost/store-verify::single (fn (value) ((core/vec::push (quote [])) value))) (def selfhost/store-verify::hash-vectors-equal-loop? (fn (left) (fn (right) (fn (index) (if ((core/int::eq? index) (core/vec::len left)) true (if ((core/eq? ((core/vec::get left) index)) ((core/vec::get right) index)) (((selfhost/store-verify::hash-vectors-equal-loop? left) right) ((core/int::add index) 1)) false)))))) (def selfhost/store-verify::hash-vectors-equal? (fn (left) (fn (right) (if ((core/int::eq? (core/vec::len left)) (core/vec::len right)) (((selfhost/store-verify::hash-vectors-equal-loop? left) right) 0) false)))) (def selfhost/store-verify::result (fn (request) (fn (ok) (fn (action) (fn (checked) (fn (code) (fn (hash) (fn (hashes) (fn (message) {:action action :checked checked :code code :hash hash :hashes hashes :kind "genesis/store-verify-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1}))))))))) (def selfhost/store-verify::reject (fn (request) (fn (message) ((((((((selfhost/store-verify::result request) false) (quote :reject)) nil) "store/verify-authority-request") nil) nil) message)))) (def selfhost/store-verify::error (fn (request) (fn (code) (fn (message) (fn (hash) (fn (checked) ((((((((selfhost/store-verify::result request) true) (quote :error)) checked) code) hash) nil) message))))))) (def selfhost/store-verify::observe-inventory (fn (request) ((((((((selfhost/store-verify::result request) true) (quote :observe-inventory)) nil) nil) nil) nil) nil))) (def selfhost/store-verify::observe-hashes (fn (request) (fn (hashes) ((((((((selfhost/store-verify::result request) true) (quote :observe-hashes)) nil) nil) nil) hashes) nil)))) (def selfhost/store-verify::return (fn (request) (fn (checked) (fn (hash) ((((((((selfhost/store-verify::result request) true) (quote :return)) checked) nil) hash) nil) nil))))) (def selfhost/store-verify::bytes-less-loop? (fn (left) (fn (right) (fn (index) (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right))) (if (if ((core/int::lt? index) left-len) ((core/int::lt? index) right-len) false) (let ((left-byte ((core/bytes::get left) index)) (right-byte ((core/bytes::get right) index))) (if ((core/int::lt? left-byte) right-byte) true (if ((core/int::lt? right-byte) left-byte) false (((selfhost/store-verify::bytes-less-loop? left) right) ((core/int::add index) 1))))) ((core/int::lt? left-len) right-len))))))) (def selfhost/store-verify::bytes-less? (fn (left) (fn (right) (((selfhost/store-verify::bytes-less-loop? left) right) 0)))) (def selfhost/store-verify::entry? (fn (entry) (if ((selfhost/store-authority::exact-map? entry) [:kind :name]) (if (selfhost/store-verify::sym? ((selfhost/store-authority::field entry) (quote :kind))) (selfhost/store-authority::bytes? ((selfhost/store-authority::field entry) (quote :name))) false) false))) (def selfhost/store-verify::canonical-file-hash (fn (entry) (let ((kind ((selfhost/store-authority::field entry) (quote :kind))) (name ((selfhost/store-authority::field entry) (quote :name)))) (if ((core/sym::eq? kind) (quote :file)) (if ((core/int::eq? (core/bytes::len name)) 64) (if ((selfhost/store-authority::lower-hex-loop? name) 0) (core/str::from-utf8 name) nil) nil) nil)))) (def selfhost/store-verify::select-loop (fn (entries) (fn (index) (fn (previous) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) {:hashes out :ok true} (let ((entry ((core/vec::get entries) index))) (if (selfhost/store-verify::entry? entry) (let ((name ((selfhost/store-authority::field entry) (quote :name)))) (if (if (selfhost/store-authority::nil? previous) true ((selfhost/store-verify::bytes-less? previous) name)) (let ((hash (selfhost/store-verify::canonical-file-hash entry))) ((((selfhost/store-verify::select-loop entries) ((core/int::add index) 1)) name) (if (selfhost/store-authority::nil? hash) out ((core/vec::push out) hash)))) {:hashes [] :ok false})) {:hashes [] :ok false})))))))) (def selfhost/store-verify::select-hashes (fn (entries) (fn (max-entries) (if (selfhost/store-verify::vec? entries) (if ((core/int::lt? max-entries) (core/vec::len entries)) {:hashes [] :ok false} ((((selfhost/store-verify::select-loop entries) 0) nil) [])) {:hashes [] :ok false})))) (def selfhost/store-verify::observation? (fn (observation) (if ((selfhost/store-authority::exact-map? observation) [:hash :observed-bytes :observed-hash :status]) (if (selfhost/store-authority::hash? ((selfhost/store-authority::field observation) (quote :hash))) (if (selfhost/store-verify::sym? ((selfhost/store-authority::field observation) (quote :status))) (if (selfhost/store-authority::optional-nonnegative-int? ((selfhost/store-authority::field observation) (quote :observed-bytes))) (let ((observed-hash ((selfhost/store-authority::field observation) (quote :observed-hash)))) (if (selfhost/store-authority::nil? observed-hash) true (selfhost/store-authority::hash? observed-hash))) false) false) false) false))) (def selfhost/store-verify::observed-error (fn (request) (fn (single) (fn (status) (fn (hash) (fn (checked) (if ((core/sym::eq? status) (quote :missing)) (((((selfhost/store-verify::error request) (if single "core/store/not-found" "core/store/corruption")) (if single "artifact not found" "store entry disappeared during verify")) hash) checked) (if ((core/sym::eq? status) (quote :resource-limit)) (((((selfhost/store-verify::error request) "core/caps/resource-limit") "store verify exceeded a bounded observation limit") hash) checked) (if ((core/sym::eq? status) (quote :io-error)) (((((selfhost/store-verify::error request) "core/store/io-error") "artifact store verification read failed") hash) checked) ((selfhost/store-verify::reject request) "unsupported verify observation status")))))))))) (def selfhost/store-verify::check-observations-loop (fn (request) (fn (hashes) (fn (observations) (fn (single) (fn (max-bytes) (fn (max-total) (fn (index) (fn (total) (if ((core/int::eq? index) (core/vec::len hashes)) (((selfhost/store-verify::return request) index) (if single ((core/vec::get hashes) 0) nil)) (let ((hash ((core/vec::get hashes) index)) (observation ((core/vec::get observations) index))) (if (selfhost/store-verify::observation? observation) (if ((core/eq? ((selfhost/store-authority::field observation) (quote :hash))) hash) (let ((status ((selfhost/store-authority::field observation) (quote :status))) (observed-bytes ((selfhost/store-authority::field observation) (quote :observed-bytes))) (observed-hash ((selfhost/store-authority::field observation) (quote :observed-hash)))) (if ((core/sym::eq? status) (quote :present)) (if (if (selfhost/store-authority::nonnegative-int? observed-bytes) (selfhost/store-authority::hash? observed-hash) false) (let ((next-total ((core/int::add total) observed-bytes))) (if (if ((core/int::lt? max-bytes) observed-bytes) true ((core/int::lt? max-total) next-total)) (((((selfhost/store-verify::error request) "core/caps/resource-limit") "store verify exceeded a bounded observation limit") hash) ((core/int::add index) 1)) (if ((core/eq? hash) observed-hash) ((((((((selfhost/store-verify::check-observations-loop request) hashes) observations) single) max-bytes) max-total) ((core/int::add index) 1)) next-total) (((((selfhost/store-verify::error request) "core/store/corruption") "artifact bytes hash mismatch") hash) ((core/int::add index) 1))))) ((selfhost/store-verify::reject request) "present observation requires byte count and lowercase hash")) (((((selfhost/store-verify::observed-error request) single) status) hash) ((core/int::add index) 1)))) ((selfhost/store-verify::reject request) "observation hash/order mismatch")) ((selfhost/store-verify::reject request) "verify observation fields mismatch"))))))))))))) (def selfhost/store-verify::check-observations (fn (request) (fn (hashes) (fn (single) (let ((observations ((selfhost/store-authority::field request) (quote :observations))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (max-total ((selfhost/store-authority::field request) (quote :max-total-bytes)))) (if (selfhost/store-verify::vec? observations) (if ((core/int::eq? (core/vec::len observations)) (core/vec::len hashes)) ((((((((selfhost/store-verify::check-observations-loop request) hashes) observations) single) max-bytes) max-total) 0) 0) ((selfhost/store-verify::reject request) "verify observation count mismatch")) ((selfhost/store-verify::reject request) "verify observations must be a vector"))))))) (def selfhost/store-verify::derive-hashes (fn (request) (fn (payload) (fn (status) (let ((hash ((selfhost/store-authority::field payload) (quote :hash)))) (if (selfhost/store-authority::nil? hash) (let ((selection ((selfhost/store-verify::select-hashes ((selfhost/store-authority::field request) (quote :entries))) ((selfhost/store-authority::field request) (quote :max-entries))))) (if ((core/map::get selection) (quote :ok)) ((core/map::get selection) (quote :hashes)) nil)) (if (selfhost/store-authority::hash? hash) (selfhost/store-verify::single hash) nil))))))) (def selfhost/store-verify::decide (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload))) (status ((selfhost/store-authority::field request) (quote :status))) (max-entries ((selfhost/store-authority::field request) (quote :max-entries))) (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes))) (max-total ((selfhost/store-authority::field request) (quote :max-total-bytes)))) (if ((selfhost/store-authority::exact-map? payload) [:hash]) (if (selfhost/store-authority::nonnegative-int? max-entries) (if (selfhost/store-authority::nonnegative-int? max-bytes) (if (selfhost/store-authority::nonnegative-int? max-total) (let ((hash ((selfhost/store-authority::field payload) (quote :hash)))) (if ((core/sym::eq? status) (quote :plan)) (if (selfhost/store-authority::nil? hash) (selfhost/store-verify::observe-inventory request) (if (selfhost/store-authority::hash? hash) ((selfhost/store-verify::observe-hashes request) (selfhost/store-verify::single hash)) (((((selfhost/store-verify::error request) "core/store/bad-hash") "verify hash must be lowercase hex64") nil) 0))) (if ((core/sym::eq? status) (quote :inventory)) (if (selfhost/store-authority::nil? hash) (let ((hashes (((selfhost/store-verify::derive-hashes request) payload) status))) (if (selfhost/store-authority::nil? hashes) ((selfhost/store-verify::reject request) "inventory must be bounded, well-formed, and strictly sorted") ((selfhost/store-verify::observe-hashes request) hashes))) ((selfhost/store-verify::reject request) "specific verify must not request inventory")) (if ((core/sym::eq? status) (quote :observed)) (let ((derived (((selfhost/store-verify::derive-hashes request) payload) status)) (hashes ((selfhost/store-authority::field request) (quote :hashes)))) (if (selfhost/store-verify::vec? derived) (if ((selfhost/store-verify::hash-vectors-equal? derived) hashes) (((selfhost/store-verify::check-observations request) hashes) (if (selfhost/store-authority::nil? hash) false true)) ((selfhost/store-verify::reject request) "verify selected hash inventory mismatch")) ((selfhost/store-verify::reject request) "verify inventory cannot be derived"))) (if ((core/sym::eq? status) (quote :inventory-resource-limit)) (((((selfhost/store-verify::error request) "core/caps/resource-limit") "artifact store inventory exceeds bounded limits") nil) 0) (if ((core/sym::eq? status) (quote :inventory-error)) (((((selfhost/store-verify::error request) "core/store/io-error") "artifact store inventory failed") nil) 0) ((selfhost/store-verify::reject request) "unsupported verify request status"))))))) ((selfhost/store-verify::reject request) "max-total-bytes must be nonnegative")) ((selfhost/store-verify::reject request) "max-bytes must be nonnegative")) ((selfhost/store-verify::reject request) "max-entries must be nonnegative")) (((((selfhost/store-verify::error request) "core/store/bad-payload") "store verify payload must contain exactly :hash") nil) 0))))) (def core/store::verify-authority (fn (request) (if ((selfhost/store-authority::exact-map? request) [:entries :hashes :kind :max-bytes :max-entries :max-total-bytes :observations :payload :phase :status :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/store-verify-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (if ((core/sym::eq? ((selfhost/store-authority::field request) (quote :phase))) (quote :verify)) (selfhost/store-verify::decide request) ((selfhost/store-verify::reject request) "verify phase mismatch")) ((selfhost/store-verify::reject request) "verify request version mismatch")) ((selfhost/store-verify::reject request) "verify request kind mismatch")) ((selfhost/store-verify::reject request) "verify request fields mismatch"))))] :module-h b"\xF7C\x9E\xCC\xDF\xEC\xFD\xF7\xE3\xE5:\xDF\xEAun\xC2M[\xA1\x90SO/\xF6[!\x163\xE2[y:" :path "selfhost/store_verify_authority_v1.gc" :source "(def selfhost/store-verify::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/store-verify::sym?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym))))\n\n(def selfhost/store-verify::single\n (fn (value) ((core/vec::push (quote [])) value)))\n\n(def selfhost/store-verify::hash-vectors-equal-loop?\n (fn (left)\n (fn (right)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len left))\n true\n (if ((core/eq? ((core/vec::get left) index)) ((core/vec::get right) index))\n (((selfhost/store-verify::hash-vectors-equal-loop? left) right)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/store-verify::hash-vectors-equal?\n (fn (left)\n (fn (right)\n (if ((core/int::eq? (core/vec::len left)) (core/vec::len right))\n (((selfhost/store-verify::hash-vectors-equal-loop? left) right) 0)\n false))))\n\n(def selfhost/store-verify::result\n (fn (request)\n (fn (ok)\n (fn (action)\n (fn (checked)\n (fn (code)\n (fn (hash)\n (fn (hashes)\n (fn (message)\n {\n :action action\n :checked checked\n :code code\n :hash hash\n :hashes hashes\n :kind \"genesis/store-verify-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1})))))))))\n\n(def selfhost/store-verify::reject\n (fn (request)\n (fn (message)\n ((((((((selfhost/store-verify::result request) false) (quote :reject)) nil)\n \"store/verify-authority-request\") nil) nil) message))))\n\n(def selfhost/store-verify::error\n (fn (request)\n (fn (code)\n (fn (message)\n (fn (hash)\n (fn (checked)\n ((((((((selfhost/store-verify::result request) true) (quote :error)) checked) code)\n hash) nil) message)))))))\n\n(def selfhost/store-verify::observe-inventory\n (fn (request)\n ((((((((selfhost/store-verify::result request) true) (quote :observe-inventory)) nil) nil)\n nil) nil) nil)))\n\n(def selfhost/store-verify::observe-hashes\n (fn (request)\n (fn (hashes)\n ((((((((selfhost/store-verify::result request) true) (quote :observe-hashes)) nil) nil)\n nil) hashes) nil))))\n\n(def selfhost/store-verify::return\n (fn (request)\n (fn (checked)\n (fn (hash)\n ((((((((selfhost/store-verify::result request) true) (quote :return)) checked) nil)\n hash) nil) nil)))))\n\n(def selfhost/store-verify::bytes-less-loop?\n (fn (left)\n (fn (right)\n (fn (index)\n (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right)))\n (if\n (if ((core/int::lt? index) left-len) ((core/int::lt? index) right-len) false)\n (let\n ((left-byte ((core/bytes::get left) index))\n (right-byte ((core/bytes::get right) index)))\n (if ((core/int::lt? left-byte) right-byte)\n true\n (if ((core/int::lt? right-byte) left-byte)\n false\n (((selfhost/store-verify::bytes-less-loop? left) right)\n ((core/int::add index) 1)))))\n ((core/int::lt? left-len) right-len)))))))\n\n(def selfhost/store-verify::bytes-less?\n (fn (left) (fn (right) (((selfhost/store-verify::bytes-less-loop? left) right) 0))))\n\n(def selfhost/store-verify::entry?\n (fn (entry)\n (if ((selfhost/store-authority::exact-map? entry) [:kind :name])\n (if\n (selfhost/store-verify::sym?\n ((selfhost/store-authority::field entry) (quote :kind)))\n (selfhost/store-authority::bytes?\n ((selfhost/store-authority::field entry) (quote :name)))\n false)\n false)))\n\n(def selfhost/store-verify::canonical-file-hash\n (fn (entry)\n (let\n ((kind ((selfhost/store-authority::field entry) (quote :kind)))\n (name ((selfhost/store-authority::field entry) (quote :name))))\n (if ((core/sym::eq? kind) (quote :file))\n (if ((core/int::eq? (core/bytes::len name)) 64)\n (if ((selfhost/store-authority::lower-hex-loop? name) 0)\n (core/str::from-utf8 name)\n nil)\n nil)\n nil))))\n\n(def selfhost/store-verify::select-loop\n (fn (entries)\n (fn (index)\n (fn (previous)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:hashes out :ok true}\n (let ((entry ((core/vec::get entries) index)))\n (if (selfhost/store-verify::entry? entry)\n (let ((name ((selfhost/store-authority::field entry) (quote :name))))\n (if\n (if (selfhost/store-authority::nil? previous)\n true\n ((selfhost/store-verify::bytes-less? previous) name))\n (let ((hash (selfhost/store-verify::canonical-file-hash entry)))\n (((((selfhost/store-verify::select-loop entries)\n ((core/int::add index) 1)) name)\n (if (selfhost/store-authority::nil? hash)\n out\n ((core/vec::push out) hash)))))\n {:hashes [] :ok false}))\n {:hashes [] :ok false}))))))))\n\n(def selfhost/store-verify::select-hashes\n (fn (entries)\n (fn (max-entries)\n (if (selfhost/store-verify::vec? entries)\n (if ((core/int::lt? max-entries) (core/vec::len entries))\n {:hashes [] :ok false}\n ((((selfhost/store-verify::select-loop entries) 0) nil) []))\n {:hashes [] :ok false}))))\n\n(def selfhost/store-verify::observation?\n (fn (observation)\n (if\n ((selfhost/store-authority::exact-map? observation)\n [:hash :observed-bytes :observed-hash :status])\n (if\n (selfhost/store-authority::hash?\n ((selfhost/store-authority::field observation) (quote :hash)))\n (if\n (selfhost/store-verify::sym?\n ((selfhost/store-authority::field observation) (quote :status)))\n (if\n (selfhost/store-authority::optional-nonnegative-int?\n ((selfhost/store-authority::field observation) (quote :observed-bytes)))\n (let\n ((observed-hash\n ((selfhost/store-authority::field observation) (quote :observed-hash))))\n (if (selfhost/store-authority::nil? observed-hash)\n true\n (selfhost/store-authority::hash? observed-hash)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/store-verify::observed-error\n (fn (request)\n (fn (single)\n (fn (status)\n (fn (hash)\n (fn (checked)\n (if ((core/sym::eq? status) (quote :missing))\n (((((selfhost/store-verify::error request)\n (if single \"core/store/not-found\" \"core/store/corruption\"))\n (if single \"artifact not found\" \"store entry disappeared during verify\"))\n hash) checked)\n (if ((core/sym::eq? status) (quote :resource-limit))\n (((((selfhost/store-verify::error request) \"core/caps/resource-limit\")\n \"store verify exceeded a bounded observation limit\") hash) checked)\n (if ((core/sym::eq? status) (quote :io-error))\n (((((selfhost/store-verify::error request) \"core/store/io-error\")\n \"artifact store verification read failed\") hash) checked)\n ((selfhost/store-verify::reject request)\n \"unsupported verify observation status\"))))))))))\n\n(def selfhost/store-verify::check-observations-loop\n (fn (request)\n (fn (hashes)\n (fn (observations)\n (fn (single)\n (fn (max-bytes)\n (fn (max-total)\n (fn (index)\n (fn (total)\n (if ((core/int::eq? index) (core/vec::len hashes))\n (((selfhost/store-verify::return request) index)\n (if single ((core/vec::get hashes) 0) nil))\n (let\n ((hash ((core/vec::get hashes) index))\n (observation ((core/vec::get observations) index)))\n (if (selfhost/store-verify::observation? observation)\n (if\n ((core/eq?\n ((selfhost/store-authority::field observation) (quote :hash))) hash)\n (let\n ((status\n ((selfhost/store-authority::field observation) (quote :status)))\n (observed-bytes\n ((selfhost/store-authority::field observation)\n (quote :observed-bytes)))\n (observed-hash\n ((selfhost/store-authority::field observation)\n (quote :observed-hash))))\n (if ((core/sym::eq? status) (quote :present))\n (if\n (if (selfhost/store-authority::nonnegative-int? observed-bytes)\n (selfhost/store-authority::hash? observed-hash)\n false)\n (let ((next-total ((core/int::add total) observed-bytes)))\n (if\n (if ((core/int::lt? max-bytes) observed-bytes)\n true\n ((core/int::lt? max-total) next-total))\n (((((selfhost/store-verify::error request)\n \"core/caps/resource-limit\")\n \"store verify exceeded a bounded observation limit\")\n hash) ((core/int::add index) 1))\n (if ((core/eq? hash) observed-hash)\n ((((((((selfhost/store-verify::check-observations-loop\n request) hashes) observations) single)\n max-bytes) max-total)\n ((core/int::add index) 1)) next-total)\n (((((selfhost/store-verify::error request)\n \"core/store/corruption\")\n \"artifact bytes hash mismatch\") hash)\n ((core/int::add index) 1)))))\n ((selfhost/store-verify::reject request)\n \"present observation requires byte count and lowercase hash\"))\n (((((selfhost/store-verify::observed-error request) single) status)\n hash) ((core/int::add index) 1))))\n ((selfhost/store-verify::reject request)\n \"observation hash/order mismatch\"))\n ((selfhost/store-verify::reject request)\n \"verify observation fields mismatch\")))))))))))))\n\n(def selfhost/store-verify::check-observations\n (fn (request)\n (fn (hashes)\n (fn (single)\n (let\n ((observations\n ((selfhost/store-authority::field request) (quote :observations)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (max-total ((selfhost/store-authority::field request) (quote :max-total-bytes))))\n (if (selfhost/store-verify::vec? observations)\n (if ((core/int::eq? (core/vec::len observations)) (core/vec::len hashes))\n ((((((((selfhost/store-verify::check-observations-loop request) hashes)\n observations) single) max-bytes) max-total) 0) 0)\n ((selfhost/store-verify::reject request)\n \"verify observation count mismatch\"))\n ((selfhost/store-verify::reject request)\n \"verify observations must be a vector\")))))))\n\n(def selfhost/store-verify::derive-hashes\n (fn (request)\n (fn (payload)\n (fn (status)\n (let ((hash ((selfhost/store-authority::field payload) (quote :hash))))\n (if (selfhost/store-authority::nil? hash)\n (let\n ((selection\n ((selfhost/store-verify::select-hashes\n ((selfhost/store-authority::field request) (quote :entries)))\n ((selfhost/store-authority::field request) (quote :max-entries)))))\n (if ((core/map::get selection) (quote :ok))\n ((core/map::get selection) (quote :hashes))\n nil))\n (if (selfhost/store-authority::hash? hash)\n (selfhost/store-verify::single hash)\n nil)))))))\n\n(def selfhost/store-verify::decide\n (fn (request)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload)))\n (status ((selfhost/store-authority::field request) (quote :status)))\n (max-entries ((selfhost/store-authority::field request) (quote :max-entries)))\n (max-bytes ((selfhost/store-authority::field request) (quote :max-bytes)))\n (max-total ((selfhost/store-authority::field request) (quote :max-total-bytes))))\n (if ((selfhost/store-authority::exact-map? payload) [:hash])\n (if (selfhost/store-authority::nonnegative-int? max-entries)\n (if (selfhost/store-authority::nonnegative-int? max-bytes)\n (if (selfhost/store-authority::nonnegative-int? max-total)\n (let ((hash ((selfhost/store-authority::field payload) (quote :hash))))\n (if ((core/sym::eq? status) (quote :plan))\n (if (selfhost/store-authority::nil? hash)\n (selfhost/store-verify::observe-inventory request)\n (if (selfhost/store-authority::hash? hash)\n ((selfhost/store-verify::observe-hashes request)\n (selfhost/store-verify::single hash))\n (((((selfhost/store-verify::error request) \"core/store/bad-hash\")\n \"verify hash must be lowercase hex64\") nil) 0)))\n (if ((core/sym::eq? status) (quote :inventory))\n (if (selfhost/store-authority::nil? hash)\n (let ((hashes (((selfhost/store-verify::derive-hashes request) payload) status)))\n (if (selfhost/store-authority::nil? hashes)\n ((selfhost/store-verify::reject request)\n \"inventory must be bounded, well-formed, and strictly sorted\")\n ((selfhost/store-verify::observe-hashes request) hashes)))\n ((selfhost/store-verify::reject request)\n \"specific verify must not request inventory\"))\n (if ((core/sym::eq? status) (quote :observed))\n (let\n ((derived (((selfhost/store-verify::derive-hashes request) payload) status))\n (hashes\n ((selfhost/store-authority::field request) (quote :hashes))))\n (if (selfhost/store-verify::vec? derived)\n (if ((selfhost/store-verify::hash-vectors-equal? derived) hashes)\n (((selfhost/store-verify::check-observations request) hashes)\n (if (selfhost/store-authority::nil? hash) false true))\n ((selfhost/store-verify::reject request)\n \"verify selected hash inventory mismatch\"))\n ((selfhost/store-verify::reject request)\n \"verify inventory cannot be derived\")))\n (if ((core/sym::eq? status) (quote :inventory-resource-limit))\n (((((selfhost/store-verify::error request) \"core/caps/resource-limit\")\n \"artifact store inventory exceeds bounded limits\") nil) 0)\n (if ((core/sym::eq? status) (quote :inventory-error))\n (((((selfhost/store-verify::error request) \"core/store/io-error\")\n \"artifact store inventory failed\") nil) 0)\n ((selfhost/store-verify::reject request)\n \"unsupported verify request status\")))))))\n ((selfhost/store-verify::reject request) \"max-total-bytes must be nonnegative\"))\n ((selfhost/store-verify::reject request) \"max-bytes must be nonnegative\"))\n ((selfhost/store-verify::reject request) \"max-entries must be nonnegative\"))\n (((((selfhost/store-verify::error request) \"core/store/bad-payload\")\n \"store verify payload must contain exactly :hash\") nil) 0)))))\n\n(def core/store::verify-authority\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:entries :hashes :kind :max-bytes :max-entries :max-total-bytes :observations :payload\n :phase :status :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/store-verify-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (if\n ((core/sym::eq? ((selfhost/store-authority::field request) (quote :phase)))\n (quote :verify))\n (selfhost/store-verify::decide request)\n ((selfhost/store-verify::reject request) \"verify phase mismatch\"))\n ((selfhost/store-verify::reject request) \"verify request version mismatch\"))\n ((selfhost/store-verify::reject request) \"verify request kind mismatch\"))\n ((selfhost/store-verify::reject request) \"verify request fields mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x93\xCE\xB8\xBA\xCF\xA5\x8EB?\x92S\x00D\x82,;\x18\x92\xAD\xD8?\x91E\xE0\x98\xABT\xC8\xD2G1\\" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/commit::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/commit::sym? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym)))) (def selfhost/commit::nonempty-str? (fn (value) (if (selfhost/store-authority::str? value) ((core/int::lt? 0) (core/str::len (selfhost/policy::trim value))) false))) (def selfhost/commit::optional-nonempty-str? (fn (value) (if (selfhost/store-authority::nil? value) true (selfhost/commit::nonempty-str? value)))) (def selfhost/commit::hash-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/store-authority::hash? ((core/vec::get values) index)) ((selfhost/commit::hash-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/commit::hash-vector? (fn (values) (if (selfhost/commit::vec? values) ((selfhost/commit::hash-vector-loop? values) 0) false))) (def selfhost/commit::obligation? (fn (value) (if (selfhost/commit::sym? value) true (selfhost/commit::nonempty-str? value)))) (def selfhost/commit::obligation-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/commit::obligation? ((core/vec::get values) index)) ((selfhost/commit::obligation-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/commit::obligation-vector? (fn (values) (if (selfhost/commit::vec? values) ((selfhost/commit::obligation-vector-loop? values) 0) false))) (def selfhost/commit::target-kind? (fn (value) (if (selfhost/commit::sym? value) (if ((core/sym::eq? value) (quote :package)) true (if ((core/sym::eq? value) (quote :module)) true (if ((core/sym::eq? value) (quote :contract)) true ((core/sym::eq? value) (quote :workspace))))) false))) (def selfhost/commit::target? (fn (value) (if ((selfhost/store-authority::exact-map? value) [:kind :name]) (if (selfhost/commit::target-kind? ((selfhost/store-authority::field value) (quote :kind))) (selfhost/commit::nonempty-str? ((selfhost/store-authority::field value) (quote :name))) false) false))) (def selfhost/commit::author? (fn (value) (if (selfhost/store-authority::map? value) (let ((name ((selfhost/store-authority::field value) (quote :name))) (id ((selfhost/store-authority::field value) (quote :id)))) (if ((core/int::eq? (core/map::len value)) 1) (if (selfhost/store-authority::nil? name) (selfhost/commit::nonempty-str? id) (if (selfhost/store-authority::nil? id) (selfhost/commit::nonempty-str? name) false)) (if ((core/int::eq? (core/map::len value)) 2) (if (selfhost/commit::nonempty-str? name) (selfhost/commit::nonempty-str? id) false) false))) false))) (def selfhost/commit::allowed-key? (fn (key) (if ((core/eq? key) (quote :attestations)) true (if ((core/eq? key) (quote :author)) true (if ((core/eq? key) (quote :base)) true (if ((core/eq? key) (quote :evidence)) true (if ((core/eq? key) (quote :message)) true (if ((core/eq? key) (quote :obligations)) true (if ((core/eq? key) (quote :parents)) true (if ((core/eq? key) (quote :patch)) true (if ((core/eq? key) (quote :result)) true (if ((core/eq? key) (quote :target)) true (if ((core/eq? key) (quote :type)) true (if ((core/eq? key) (quote :v)) true ((core/eq? key) (quote :why)))))))))))))))) (def selfhost/commit::allowed-fields-loop? (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (if (selfhost/commit::allowed-key? ((core/vec::get ((core/vec::get entries) index)) 0)) ((selfhost/commit::allowed-fields-loop? entries) ((core/int::add index) 1)) false))))) (def selfhost/commit::required-fields? (fn (value) (((selfhost/store-authority::map-has-keys-loop? value) [:attestations :base :evidence :message :obligations :parents :patch :result :type :v]) 0))) (def selfhost/commit::commit? (fn (value) (if (selfhost/store-authority::map? value) (let ((size (core/map::len value)) (type ((selfhost/store-authority::field value) (quote :type))) (version ((selfhost/store-authority::field value) (quote :v))) (parents ((selfhost/store-authority::field value) (quote :parents))) (base ((selfhost/store-authority::field value) (quote :base))) (patch ((selfhost/store-authority::field value) (quote :patch))) (result ((selfhost/store-authority::field value) (quote :result))) (obligations ((selfhost/store-authority::field value) (quote :obligations))) (evidence ((selfhost/store-authority::field value) (quote :evidence))) (attestations ((selfhost/store-authority::field value) (quote :attestations))) (message ((selfhost/store-authority::field value) (quote :message))) (target ((selfhost/store-authority::field value) (quote :target))) (why ((selfhost/store-authority::field value) (quote :why))) (author ((selfhost/store-authority::field value) (quote :author)))) (if (if ((core/int::lt? size) 10) false ((core/int::lt? 13) size)) false (if (selfhost/commit::required-fields? value) (if ((selfhost/commit::allowed-fields-loop? (core/map::entries value)) 0) (if (if (selfhost/commit::sym? type) ((core/sym::eq? type) (quote :vcs/commit)) false) (if (if (selfhost/store-authority::int? version) ((core/int::eq? version) 1) false) (if (selfhost/commit::hash-vector? parents) (if (if (selfhost/store-authority::nil? base) true (selfhost/store-authority::hash? base)) (if (selfhost/store-authority::hash? patch) (if (selfhost/store-authority::hash? result) (if (selfhost/commit::obligation-vector? obligations) (if (selfhost/commit::hash-vector? evidence) (if (selfhost/commit::hash-vector? attestations) (if (selfhost/store-authority::str? message) (if (if (selfhost/store-authority::nil? target) true (selfhost/commit::target? target)) (if (selfhost/commit::optional-nonempty-str? why) (if (selfhost/store-authority::nil? author) true (selfhost/commit::author? author)) false) false) false) false) false) false) false) false) false) false) false) false) false) false))) false))) (def selfhost/commit::result (fn (request) (fn (ok) (fn (artifact) (fn (code) (fn (message) {:artifact artifact :code code :kind "genesis/commit-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1})))))) (def selfhost/commit::reject (fn (request) (fn (message) (((((selfhost/commit::result request) false) nil) "core/commit/bad-request") message)))) (def selfhost/commit::bad-commit (fn (request) (fn (message) (((((selfhost/commit::result request) false) nil) "core/vcs/bad-commit") message)))) (def selfhost/commit::accept (fn (request) (fn (artifact) (((((selfhost/commit::result request) true) artifact) nil) nil)))) (def selfhost/commit::make-author-map (fn (author) (fn (sign) (if (selfhost/store-authority::nil? author) (if (selfhost/store-authority::nil? sign) nil {:id sign}) (if (selfhost/store-authority::nil? sign) {:name author} {:id sign :name author}))))) (def selfhost/commit::make (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload)))) (if ((selfhost/store-authority::exact-map? payload) [:author :base :evidence :message :obligations :parents :patch :result :sign :target-id :target-kind :why]) (let ((author ((selfhost/store-authority::field payload) (quote :author))) (base ((selfhost/store-authority::field payload) (quote :base))) (evidence ((selfhost/store-authority::field payload) (quote :evidence))) (message ((selfhost/store-authority::field payload) (quote :message))) (obligations ((selfhost/store-authority::field payload) (quote :obligations))) (parents ((selfhost/store-authority::field payload) (quote :parents))) (patch ((selfhost/store-authority::field payload) (quote :patch))) (result ((selfhost/store-authority::field payload) (quote :result))) (sign ((selfhost/store-authority::field payload) (quote :sign))) (target-id ((selfhost/store-authority::field payload) (quote :target-id))) (target-kind ((selfhost/store-authority::field payload) (quote :target-kind))) (why ((selfhost/store-authority::field payload) (quote :why)))) (if (selfhost/commit::target-kind? target-kind) (if (selfhost/commit::nonempty-str? target-id) (if (selfhost/commit::hash-vector? parents) (if (selfhost/store-authority::hash? base) (if (selfhost/store-authority::hash? patch) (if (selfhost/store-authority::hash? result) (if (selfhost/commit::obligation-vector? obligations) (if (selfhost/commit::hash-vector? evidence) (if (selfhost/commit::nonempty-str? message) (if (selfhost/commit::optional-nonempty-str? why) (if (selfhost/commit::optional-nonempty-str? author) (if (selfhost/commit::optional-nonempty-str? sign) (let ((base-artifact {:attestations [] :base base :evidence evidence :message message :obligations obligations :parents parents :patch patch :result result :target {:kind target-kind :name target-id} :type (quote :vcs/commit) :v 1}) (with-why (if (selfhost/store-authority::nil? why) base-artifact (((core/map::put base-artifact) (quote :why)) why))) (author-map ((selfhost/commit::make-author-map author) sign)) (artifact (if (selfhost/store-authority::nil? author-map) with-why (((core/map::put with-why) (quote :author)) author-map)))) (if (selfhost/commit::commit? artifact) ((selfhost/commit::accept request) artifact) ((selfhost/commit::bad-commit request) "constructed commit failed canonical validation"))) ((selfhost/commit::bad-commit request) "commit signer id must be nil or a nonempty string")) ((selfhost/commit::bad-commit request) "commit author must be nil or a nonempty string")) ((selfhost/commit::bad-commit request) "commit rationale must be nil or a nonempty string")) ((selfhost/commit::bad-commit request) "commit message must be a nonempty string")) ((selfhost/commit::bad-commit request) "commit evidence must be a vector of lowercase hashes")) ((selfhost/commit::bad-commit request) "commit obligations must be a vector of nonempty strings or symbols")) ((selfhost/commit::bad-commit request) "commit result must be lowercase hex64")) ((selfhost/commit::bad-commit request) "commit patch must be lowercase hex64")) ((selfhost/commit::bad-commit request) "commit base must be lowercase hex64")) ((selfhost/commit::bad-commit request) "commit parents must be a vector of lowercase hashes")) ((selfhost/commit::bad-commit request) "commit target id must be nonempty")) ((selfhost/commit::bad-commit request) "commit target kind is unsupported"))) ((selfhost/commit::reject request) "make payload fields mismatch"))))) (def selfhost/commit::validate (fn (request) (let ((payload ((selfhost/store-authority::field request) (quote :payload)))) (if ((selfhost/store-authority::exact-map? payload) [:artifact]) (let ((artifact ((selfhost/store-authority::field payload) (quote :artifact)))) (if (selfhost/commit::commit? artifact) ((selfhost/commit::accept request) artifact) ((selfhost/commit::bad-commit request) "commit must use the closed canonical v1 schema and lowercase identities"))) ((selfhost/commit::reject request) "validate payload fields mismatch"))))) (def core/commit::authority (fn (request) (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/commit-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (let ((op ((selfhost/store-authority::field request) (quote :op)))) (if (selfhost/commit::sym? op) (if ((core/sym::eq? op) (quote :make)) (selfhost/commit::make request) (if ((core/sym::eq? op) (quote :validate)) (selfhost/commit::validate request) ((selfhost/commit::reject request) "unsupported commit operation"))) ((selfhost/commit::reject request) "commit operation must be a symbol"))) ((selfhost/commit::reject request) "commit request version mismatch")) ((selfhost/commit::reject request) "commit request kind mismatch")) ((selfhost/commit::reject request) "commit request fields mismatch"))))] :module-h b"\x9AJ;PZ-\x99\n\x04(\xB3(\xFE\x90\x9F$\"l\xD8^\xDAH\xA5\x12\xD5\xA3\xE0\xFA\xD4\xC8\x97\x15" :path "selfhost/commit_authority_v1.gc" :source "(def selfhost/commit::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/commit::sym?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym))))\n\n(def selfhost/commit::nonempty-str?\n (fn (value)\n (if (selfhost/store-authority::str? value)\n ((core/int::lt? 0) (core/str::len (selfhost/policy::trim value)))\n false)))\n\n(def selfhost/commit::optional-nonempty-str?\n (fn (value)\n (if (selfhost/store-authority::nil? value)\n true\n (selfhost/commit::nonempty-str? value))))\n\n(def selfhost/commit::hash-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/store-authority::hash? ((core/vec::get values) index))\n ((selfhost/commit::hash-vector-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/commit::hash-vector?\n (fn (values)\n (if (selfhost/commit::vec? values)\n ((selfhost/commit::hash-vector-loop? values) 0)\n false)))\n\n(def selfhost/commit::obligation?\n (fn (value)\n (if (selfhost/commit::sym? value)\n true\n (selfhost/commit::nonempty-str? value))))\n\n(def selfhost/commit::obligation-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/commit::obligation? ((core/vec::get values) index))\n ((selfhost/commit::obligation-vector-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/commit::obligation-vector?\n (fn (values)\n (if (selfhost/commit::vec? values)\n ((selfhost/commit::obligation-vector-loop? values) 0)\n false)))\n\n(def selfhost/commit::target-kind?\n (fn (value)\n (if (selfhost/commit::sym? value)\n (if ((core/sym::eq? value) (quote :package))\n true\n (if ((core/sym::eq? value) (quote :module))\n true\n (if ((core/sym::eq? value) (quote :contract))\n true\n ((core/sym::eq? value) (quote :workspace)))))\n false)))\n\n(def selfhost/commit::target?\n (fn (value)\n (if ((selfhost/store-authority::exact-map? value) [:kind :name])\n (if\n (selfhost/commit::target-kind?\n ((selfhost/store-authority::field value) (quote :kind)))\n (selfhost/commit::nonempty-str?\n ((selfhost/store-authority::field value) (quote :name)))\n false)\n false)))\n\n(def selfhost/commit::author?\n (fn (value)\n (if (selfhost/store-authority::map? value)\n (let\n ((name ((selfhost/store-authority::field value) (quote :name)))\n (id ((selfhost/store-authority::field value) (quote :id))))\n (if ((core/int::eq? (core/map::len value)) 1)\n (if (selfhost/store-authority::nil? name)\n (selfhost/commit::nonempty-str? id)\n (if (selfhost/store-authority::nil? id)\n (selfhost/commit::nonempty-str? name)\n false))\n (if ((core/int::eq? (core/map::len value)) 2)\n (if (selfhost/commit::nonempty-str? name)\n (selfhost/commit::nonempty-str? id)\n false)\n false)))\n false)))\n\n(def selfhost/commit::allowed-key?\n (fn (key)\n (if ((core/eq? key) (quote :attestations))\n true\n (if ((core/eq? key) (quote :author))\n true\n (if ((core/eq? key) (quote :base))\n true\n (if ((core/eq? key) (quote :evidence))\n true\n (if ((core/eq? key) (quote :message))\n true\n (if ((core/eq? key) (quote :obligations))\n true\n (if ((core/eq? key) (quote :parents))\n true\n (if ((core/eq? key) (quote :patch))\n true\n (if ((core/eq? key) (quote :result))\n true\n (if ((core/eq? key) (quote :target))\n true\n (if ((core/eq? key) (quote :type))\n true\n (if ((core/eq? key) (quote :v))\n true\n ((core/eq? key) (quote :why))))))))))))))))\n\n(def selfhost/commit::allowed-fields-loop?\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (if (selfhost/commit::allowed-key? ((core/vec::get ((core/vec::get entries) index)) 0))\n ((selfhost/commit::allowed-fields-loop? entries) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/commit::required-fields?\n (fn (value)\n (((selfhost/store-authority::map-has-keys-loop? value)\n [:attestations :base :evidence :message :obligations :parents :patch :result :type :v]) 0)))\n\n(def selfhost/commit::commit?\n (fn (value)\n (if (selfhost/store-authority::map? value)\n (let\n ((size (core/map::len value))\n (type ((selfhost/store-authority::field value) (quote :type)))\n (version ((selfhost/store-authority::field value) (quote :v)))\n (parents ((selfhost/store-authority::field value) (quote :parents)))\n (base ((selfhost/store-authority::field value) (quote :base)))\n (patch ((selfhost/store-authority::field value) (quote :patch)))\n (result ((selfhost/store-authority::field value) (quote :result)))\n (obligations ((selfhost/store-authority::field value) (quote :obligations)))\n (evidence ((selfhost/store-authority::field value) (quote :evidence)))\n (attestations ((selfhost/store-authority::field value) (quote :attestations)))\n (message ((selfhost/store-authority::field value) (quote :message)))\n (target ((selfhost/store-authority::field value) (quote :target)))\n (why ((selfhost/store-authority::field value) (quote :why)))\n (author ((selfhost/store-authority::field value) (quote :author))))\n (if (if ((core/int::lt? size) 10) false ((core/int::lt? 13) size))\n false\n (if (selfhost/commit::required-fields? value)\n (if ((selfhost/commit::allowed-fields-loop? (core/map::entries value)) 0)\n (if (if (selfhost/commit::sym? type) ((core/sym::eq? type) (quote :vcs/commit)) false)\n (if (if (selfhost/store-authority::int? version) ((core/int::eq? version) 1) false)\n (if (selfhost/commit::hash-vector? parents)\n (if\n (if (selfhost/store-authority::nil? base)\n true\n (selfhost/store-authority::hash? base))\n (if (selfhost/store-authority::hash? patch)\n (if (selfhost/store-authority::hash? result)\n (if (selfhost/commit::obligation-vector? obligations)\n (if (selfhost/commit::hash-vector? evidence)\n (if (selfhost/commit::hash-vector? attestations)\n (if (selfhost/store-authority::str? message)\n (if\n (if (selfhost/store-authority::nil? target)\n true\n (selfhost/commit::target? target))\n (if (selfhost/commit::optional-nonempty-str? why)\n (if (selfhost/store-authority::nil? author)\n true\n (selfhost/commit::author? author))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n false)))\n\n(def selfhost/commit::result\n (fn (request)\n (fn (ok)\n (fn (artifact)\n (fn (code)\n (fn (message)\n {\n :artifact artifact\n :code code\n :kind \"genesis/commit-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))))\n\n(def selfhost/commit::reject\n (fn (request)\n (fn (message)\n (((((selfhost/commit::result request) false) nil) \"core/commit/bad-request\") message))))\n\n(def selfhost/commit::bad-commit\n (fn (request)\n (fn (message)\n (((((selfhost/commit::result request) false) nil) \"core/vcs/bad-commit\") message))))\n\n(def selfhost/commit::accept\n (fn (request)\n (fn (artifact)\n (((((selfhost/commit::result request) true) artifact) nil) nil))))\n\n(def selfhost/commit::make-author-map\n (fn (author)\n (fn (sign)\n (if (selfhost/store-authority::nil? author)\n (if (selfhost/store-authority::nil? sign) nil {:id sign})\n (if (selfhost/store-authority::nil? sign) {:name author} {:id sign :name author})))))\n\n(def selfhost/commit::make\n (fn (request)\n (let\n ((payload ((selfhost/store-authority::field request) (quote :payload))))\n (if\n ((selfhost/store-authority::exact-map? payload)\n [:author :base :evidence :message :obligations :parents :patch :result :sign :target-id\n :target-kind :why])\n (let\n ((author ((selfhost/store-authority::field payload) (quote :author)))\n (base ((selfhost/store-authority::field payload) (quote :base)))\n (evidence ((selfhost/store-authority::field payload) (quote :evidence)))\n (message ((selfhost/store-authority::field payload) (quote :message)))\n (obligations ((selfhost/store-authority::field payload) (quote :obligations)))\n (parents ((selfhost/store-authority::field payload) (quote :parents)))\n (patch ((selfhost/store-authority::field payload) (quote :patch)))\n (result ((selfhost/store-authority::field payload) (quote :result)))\n (sign ((selfhost/store-authority::field payload) (quote :sign)))\n (target-id ((selfhost/store-authority::field payload) (quote :target-id)))\n (target-kind ((selfhost/store-authority::field payload) (quote :target-kind)))\n (why ((selfhost/store-authority::field payload) (quote :why))))\n (if (selfhost/commit::target-kind? target-kind)\n (if (selfhost/commit::nonempty-str? target-id)\n (if (selfhost/commit::hash-vector? parents)\n (if (selfhost/store-authority::hash? base)\n (if (selfhost/store-authority::hash? patch)\n (if (selfhost/store-authority::hash? result)\n (if (selfhost/commit::obligation-vector? obligations)\n (if (selfhost/commit::hash-vector? evidence)\n (if (selfhost/commit::nonempty-str? message)\n (if (selfhost/commit::optional-nonempty-str? why)\n (if (selfhost/commit::optional-nonempty-str? author)\n (if (selfhost/commit::optional-nonempty-str? sign)\n (let\n ((base-artifact\n {\n :attestations []\n :base base\n :evidence evidence\n :message message\n :obligations obligations\n :parents parents\n :patch patch\n :result result\n :target {:kind target-kind :name target-id}\n :type (quote :vcs/commit)\n :v 1})\n (with-why\n (if (selfhost/store-authority::nil? why)\n base-artifact\n (((core/map::put base-artifact) (quote :why)) why)))\n (author-map ((selfhost/commit::make-author-map author) sign))\n (artifact\n (if (selfhost/store-authority::nil? author-map)\n with-why\n (((core/map::put with-why) (quote :author)) author-map))))\n (if (selfhost/commit::commit? artifact)\n ((selfhost/commit::accept request) artifact)\n ((selfhost/commit::bad-commit request)\n \"constructed commit failed canonical validation\")))\n ((selfhost/commit::bad-commit request)\n \"commit signer id must be nil or a nonempty string\"))\n ((selfhost/commit::bad-commit request)\n \"commit author must be nil or a nonempty string\"))\n ((selfhost/commit::bad-commit request)\n \"commit rationale must be nil or a nonempty string\"))\n ((selfhost/commit::bad-commit request)\n \"commit message must be a nonempty string\"))\n ((selfhost/commit::bad-commit request)\n \"commit evidence must be a vector of lowercase hashes\"))\n ((selfhost/commit::bad-commit request)\n \"commit obligations must be a vector of nonempty strings or symbols\"))\n ((selfhost/commit::bad-commit request) \"commit result must be lowercase hex64\"))\n ((selfhost/commit::bad-commit request) \"commit patch must be lowercase hex64\"))\n ((selfhost/commit::bad-commit request) \"commit base must be lowercase hex64\"))\n ((selfhost/commit::bad-commit request)\n \"commit parents must be a vector of lowercase hashes\"))\n ((selfhost/commit::bad-commit request) \"commit target id must be nonempty\"))\n ((selfhost/commit::bad-commit request) \"commit target kind is unsupported\")))\n ((selfhost/commit::reject request) \"make payload fields mismatch\")))))\n\n(def selfhost/commit::validate\n (fn (request)\n (let ((payload ((selfhost/store-authority::field request) (quote :payload))))\n (if ((selfhost/store-authority::exact-map? payload) [:artifact])\n (let ((artifact ((selfhost/store-authority::field payload) (quote :artifact))))\n (if (selfhost/commit::commit? artifact)\n ((selfhost/commit::accept request) artifact)\n ((selfhost/commit::bad-commit request)\n \"commit must use the closed canonical v1 schema and lowercase identities\")))\n ((selfhost/commit::reject request) \"validate payload fields mismatch\")))))\n\n(def core/commit::authority\n (fn (request)\n (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/commit-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (let ((op ((selfhost/store-authority::field request) (quote :op))))\n (if (selfhost/commit::sym? op)\n (if ((core/sym::eq? op) (quote :make))\n (selfhost/commit::make request)\n (if ((core/sym::eq? op) (quote :validate))\n (selfhost/commit::validate request)\n ((selfhost/commit::reject request) \"unsupported commit operation\")))\n ((selfhost/commit::reject request) \"commit operation must be a symbol\")))\n ((selfhost/commit::reject request) \"commit request version mismatch\"))\n ((selfhost/commit::reject request) \"commit request kind mismatch\"))\n ((selfhost/commit::reject request) \"commit request fields mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x9AJ;PZ-\x99\n\x04(\xB3(\xFE\x90\x9F$\"l\xD8^\xDAH\xA5\x12\xD5\xA3\xE0\xFA\xD4\xC8\x97\x15" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/refs::tag core/data::tag) (def selfhost/refs::nil? core/list::is-nil?) (def selfhost/refs::map? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :map)))) (def selfhost/refs::str? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :str)))) (def selfhost/refs::bool? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :bool)))) (def selfhost/refs::sym? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :sym)))) (def selfhost/refs::vec? (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :vec)))) (def selfhost/refs::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/refs::refs-loop? (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (let ((entry ((core/vec::get entries) index))) (if (selfhost/refs::str? ((core/vec::get entry) 0)) (if (selfhost/store-authority::hash? ((core/vec::get entry) 1)) ((selfhost/refs::refs-loop? entries) ((core/int::add index) 1)) false) false)))))) (def selfhost/refs::refs? (fn (value) (if (selfhost/refs::map? value) ((selfhost/refs::refs-loop? (core/map::entries value)) 0) false))) (def selfhost/refs::result (fn (request) (fn (action) (fn (current) (fn (entries) (fn (refs) (fn (value) {:action action :code nil :current current :entries entries :kind "genesis/refs-authority-result-v0.1" :message nil :ok true :refs refs :request-h (selfhost/hash::hash-term request) :v 1 :value value}))))))) (def selfhost/refs::reject (fn (request) (fn (message) {:action (quote :error) :code "core/refs/bad-authority-request" :current nil :entries [] :kind "genesis/refs-authority-result-v0.1" :message message :ok false :refs nil :request-h (selfhost/hash::hash-term request) :v 1 :value nil}))) (def selfhost/refs::get (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:name :refs]) (let ((name ((selfhost/store-authority::field payload) (quote :name))) (refs ((selfhost/store-authority::field payload) (quote :refs)))) (if (selfhost/refs::str? name) (if (selfhost/refs::refs? refs) ((((((selfhost/refs::result request) (quote :read)) nil) []) nil) ((core/map::get refs) name)) ((selfhost/refs::reject request) "refs snapshot must be a string-to-hash map")) ((selfhost/refs::reject request) "ref name must be a string"))) ((selfhost/refs::reject request) "get payload fields mismatch"))))) (def selfhost/refs::list-loop (fn (entries) (fn (prefix) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0)) (hash ((core/vec::get entry) 1))) ((((selfhost/refs::list-loop entries) prefix) ((core/int::add index) 1)) (if (if (selfhost/refs::nil? prefix) true ((selfhost/refs::starts-with? name) prefix)) ((core/vec::push out) {:hash hash :name name}) out)))))))))) (def selfhost/refs::list (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:prefix :refs]) (let ((prefix ((selfhost/store-authority::field payload) (quote :prefix))) (refs ((selfhost/store-authority::field payload) (quote :refs)))) (if (if (selfhost/refs::nil? prefix) true (selfhost/refs::str? prefix)) (if (selfhost/refs::refs? refs) ((((((selfhost/refs::result request) (quote :list)) nil) ((((selfhost/refs::list-loop (core/map::entries refs)) prefix) 0) [])) nil) nil) ((selfhost/refs::reject request) "refs snapshot must be a string-to-hash map")) ((selfhost/refs::reject request) "ref prefix must be a string or nil"))) ((selfhost/refs::reject request) "list payload fields mismatch"))))) (def selfhost/refs::remove-loop (fn (entries) (fn (name) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) ((((selfhost/refs::remove-loop entries) name) ((core/int::add index) 1)) (if ((core/eq? key) name) out (((core/map::put out) key) value))))))))))) (def selfhost/refs::expected-matches? (fn (present) (fn (expected) (fn (current) (if present ((core/eq? expected) current) true))))) (def selfhost/refs::set (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:expected-old :expected-old-present :name :new-hash :refs]) (let ((expected ((selfhost/store-authority::field payload) (quote :expected-old))) (present ((selfhost/store-authority::field payload) (quote :expected-old-present))) (name ((selfhost/store-authority::field payload) (quote :name))) (new-hash ((selfhost/store-authority::field payload) (quote :new-hash))) (refs ((selfhost/store-authority::field payload) (quote :refs)))) (if (selfhost/refs::bool? present) (if (if (selfhost/refs::nil? expected) true (selfhost/store-authority::hash? expected)) (if (selfhost/refs::str? name) (if (if (selfhost/refs::nil? new-hash) true (selfhost/store-authority::hash? new-hash)) (if (selfhost/refs::refs? refs) (let ((current ((core/map::get refs) name))) (if (((selfhost/refs::expected-matches? present) expected) current) (let ((updated (if (selfhost/refs::nil? new-hash) ((((selfhost/refs::remove-loop (core/map::entries refs)) name) 0) {}) (((core/map::put refs) name) new-hash)))) ((((((selfhost/refs::result request) (quote :write)) current) []) updated) nil)) ((((((selfhost/refs::result request) (quote :conflict)) current) []) nil) nil))) ((selfhost/refs::reject request) "refs snapshot must be a string-to-hash map")) ((selfhost/refs::reject request) "new ref hash must be lowercase hex64 or nil")) ((selfhost/refs::reject request) "ref name must be a string")) ((selfhost/refs::reject request) "expected old hash must be lowercase hex64 or nil")) ((selfhost/refs::reject request) "expected-old-present must be bool"))) ((selfhost/refs::reject request) "set payload fields mismatch"))))) (def selfhost/refs::bytes-lex-lt? (fn (left) (fn (right) (fn (index) (let ((left-length (core/bytes::len left)) (right-length (core/bytes::len right))) (if ((core/int::eq? index) left-length) ((core/int::lt? index) right-length) (if ((core/int::eq? index) right-length) false (let ((left-byte ((core/bytes::get left) index)) (right-byte ((core/bytes::get right) index))) (if ((core/int::lt? left-byte) right-byte) true (if ((core/int::eq? left-byte) right-byte) (((selfhost/refs::bytes-lex-lt? left) right) ((core/int::add index) 1)) false)))))))))) (def selfhost/refs::str-lex-lt? (fn (left) (fn (right) (((selfhost/refs::bytes-lex-lt? (core/str::to-utf8 left)) (core/str::to-utf8 right)) 0)))) (def selfhost/refs::bulk-mode? (fn (mode) (if (selfhost/refs::sym? mode) (if ((core/sym::eq? mode) (quote :cas)) true (if ((core/sym::eq? mode) (quote :same-or-absent)) true ((core/sym::eq? mode) (quote :unconditional)))) false))) (def selfhost/refs::bulk-op? (fn (mode) (fn (op) (fn (previous-name) (if ((selfhost/store-authority::exact-map? op) [:expected-old :expected-old-present :name :new-hash]) (let ((expected ((selfhost/store-authority::field op) (quote :expected-old))) (present ((selfhost/store-authority::field op) (quote :expected-old-present))) (name ((selfhost/store-authority::field op) (quote :name))) (new-hash ((selfhost/store-authority::field op) (quote :new-hash)))) (if (selfhost/refs::bool? present) (if (if (selfhost/refs::nil? expected) true (selfhost/store-authority::hash? expected)) (if (selfhost/refs::str? name) (if (if (selfhost/refs::nil? previous-name) true ((selfhost/refs::str-lex-lt? previous-name) name)) (if (if (selfhost/refs::nil? new-hash) true (selfhost/store-authority::hash? new-hash)) (if ((core/sym::eq? mode) (quote :same-or-absent)) (selfhost/store-authority::hash? new-hash) true) false) false) false) false) false)) false))))) (def selfhost/refs::bulk-ops? (fn (mode) (fn (ops) (fn (index) (fn (previous-name) (if ((core/int::eq? index) (core/vec::len ops)) true (let ((op ((core/vec::get ops) index))) (if (((selfhost/refs::bulk-op? mode) op) previous-name) ((((selfhost/refs::bulk-ops? mode) ops) ((core/int::add index) 1)) ((selfhost/store-authority::field op) (quote :name))) false)))))))) (def selfhost/refs::bulk-expected-matches? (fn (mode) (fn (op) (fn (current) (if ((core/sym::eq? mode) (quote :unconditional)) true (if ((core/sym::eq? mode) (quote :same-or-absent)) (if (selfhost/refs::nil? current) true ((core/eq? current) ((selfhost/store-authority::field op) (quote :new-hash)))) (((selfhost/refs::expected-matches? ((selfhost/store-authority::field op) (quote :expected-old-present))) ((selfhost/store-authority::field op) (quote :expected-old))) current))))))) (def selfhost/refs::bulk-conflict-loop (fn (mode) (fn (ops) (fn (refs) (fn (index) (if ((core/int::eq? index) (core/vec::len ops)) nil (let ((op ((core/vec::get ops) index))) (let ((name ((selfhost/store-authority::field op) (quote :name))) (current ((core/map::get refs) ((selfhost/store-authority::field op) (quote :name))))) (if (((selfhost/refs::bulk-expected-matches? mode) op) current) ((((selfhost/refs::bulk-conflict-loop mode) ops) refs) ((core/int::add index) 1)) {:hash current :name name}))))))))) (def selfhost/refs::bulk-apply-loop (fn (ops) (fn (index) (fn (refs) (if ((core/int::eq? index) (core/vec::len ops)) refs (let ((op ((core/vec::get ops) index))) (let ((name ((selfhost/store-authority::field op) (quote :name))) (new-hash ((selfhost/store-authority::field op) (quote :new-hash)))) (((selfhost/refs::bulk-apply-loop ops) ((core/int::add index) 1)) (if (selfhost/refs::nil? new-hash) ((((selfhost/refs::remove-loop (core/map::entries refs)) name) 0) {}) (((core/map::put refs) name) new-hash)))))))))) (def selfhost/refs::set-many (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:mode :ops :refs]) (let ((mode ((selfhost/store-authority::field payload) (quote :mode))) (ops ((selfhost/store-authority::field payload) (quote :ops))) (refs ((selfhost/store-authority::field payload) (quote :refs)))) (if (selfhost/refs::bulk-mode? mode) (if (selfhost/refs::vec? ops) (if ((core/int::lt? 4096) (core/vec::len ops)) ((selfhost/refs::reject request) "bulk ref update exceeds 4096 operations") (if ((((selfhost/refs::bulk-ops? mode) ops) 0) nil) (if (selfhost/refs::refs? refs) (let ((conflict ((((selfhost/refs::bulk-conflict-loop mode) ops) refs) 0))) (if (selfhost/refs::nil? conflict) ((((((selfhost/refs::result request) (quote :write)) nil) []) (((selfhost/refs::bulk-apply-loop ops) 0) refs)) nil) ((((((selfhost/refs::result request) (quote :conflict)) ((selfhost/store-authority::field conflict) (quote :hash))) ((core/vec::push []) conflict)) nil) nil))) ((selfhost/refs::reject request) "refs snapshot must be a string-to-hash map")) ((selfhost/refs::reject request) "bulk ref operations must be valid, strictly sorted, and unique"))) ((selfhost/refs::reject request) "bulk ref operations must be a vector")) ((selfhost/refs::reject request) "unsupported bulk ref update mode"))) ((selfhost/refs::reject request) "set-many payload fields mismatch"))))) (def core/refs::authority (fn (request) (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v]) (if ((core/eq? ((selfhost/store-authority::field request) (quote :kind))) "genesis/refs-authority-request-v0.1") (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1) (let ((op ((selfhost/store-authority::field request) (quote :op))) (payload ((selfhost/store-authority::field request) (quote :payload)))) (if (selfhost/refs::sym? op) (if ((core/sym::eq? op) (quote :get)) ((selfhost/refs::get request) payload) (if ((core/sym::eq? op) (quote :list)) ((selfhost/refs::list request) payload) (if ((core/sym::eq? op) (quote :set)) ((selfhost/refs::set request) payload) (if ((core/sym::eq? op) (quote :set-many)) ((selfhost/refs::set-many request) payload) ((selfhost/refs::reject request) "unsupported refs operation"))))) ((selfhost/refs::reject request) "refs operation must be a symbol"))) ((selfhost/refs::reject request) "refs request version mismatch")) ((selfhost/refs::reject request) "refs request kind mismatch")) ((selfhost/refs::reject request) "refs request fields mismatch"))))] :module-h b"\x08\xBB?\xCCb\xFC(:\xA1*\x01L\xF3z+\xEC:po\xAA\x1D\x88%\xF2\xDC\xECC\x06\xE7\xAE3R" :path "selfhost/refs_authority_v1.gc" :source "(def selfhost/refs::tag core/data::tag)\n\n(def selfhost/refs::nil? core/list::is-nil?)\n\n(def selfhost/refs::map?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :map))))\n\n(def selfhost/refs::str?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :str))))\n\n(def selfhost/refs::bool?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :bool))))\n\n(def selfhost/refs::sym?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :sym))))\n\n(def selfhost/refs::vec?\n (fn (value) ((core/sym::eq? (selfhost/refs::tag value)) (quote :vec))))\n\n(def selfhost/refs::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/refs::refs-loop?\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (let ((entry ((core/vec::get entries) index)))\n (if (selfhost/refs::str? ((core/vec::get entry) 0))\n (if (selfhost/store-authority::hash? ((core/vec::get entry) 1))\n ((selfhost/refs::refs-loop? entries) ((core/int::add index) 1))\n false)\n false))))))\n\n(def selfhost/refs::refs?\n (fn (value)\n (if (selfhost/refs::map? value)\n ((selfhost/refs::refs-loop? (core/map::entries value)) 0)\n false)))\n\n(def selfhost/refs::result\n (fn (request action current entries refs value)\n {\n :action action\n :code nil\n :current current\n :entries entries\n :kind \"genesis/refs-authority-result-v0.1\"\n :message nil\n :ok true\n :refs refs\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value value}))\n\n(def selfhost/refs::reject\n (fn (request message)\n {\n :action (quote :error)\n :code \"core/refs/bad-authority-request\"\n :current nil\n :entries []\n :kind \"genesis/refs-authority-result-v0.1\"\n :message message\n :ok false\n :refs nil\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value nil}))\n\n(def selfhost/refs::get\n (fn (request payload)\n (if ((selfhost/store-authority::exact-map? payload) [:name :refs])\n (let\n ((name ((selfhost/store-authority::field payload) (quote :name)))\n (refs ((selfhost/store-authority::field payload) (quote :refs))))\n (if (selfhost/refs::str? name)\n (if (selfhost/refs::refs? refs)\n (selfhost/refs::result request (quote :read) nil [] nil ((core/map::get refs) name))\n (selfhost/refs::reject request \"refs snapshot must be a string-to-hash map\"))\n (selfhost/refs::reject request \"ref name must be a string\")))\n (selfhost/refs::reject request \"get payload fields mismatch\"))))\n\n(def selfhost/refs::list-loop\n (fn (entries prefix index out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((name ((core/vec::get entry) 0))\n (hash ((core/vec::get entry) 1)))\n (selfhost/refs::list-loop entries prefix ((core/int::add index) 1)\n (if\n (if (selfhost/refs::nil? prefix)\n true\n ((selfhost/refs::starts-with? name) prefix))\n ((core/vec::push out) {:hash hash :name name})\n out)))))))\n\n(def selfhost/refs::list\n (fn (request payload)\n (if ((selfhost/store-authority::exact-map? payload) [:prefix :refs])\n (let\n ((prefix ((selfhost/store-authority::field payload) (quote :prefix)))\n (refs ((selfhost/store-authority::field payload) (quote :refs))))\n (if (if (selfhost/refs::nil? prefix) true (selfhost/refs::str? prefix))\n (if (selfhost/refs::refs? refs)\n (selfhost/refs::result request (quote :list) nil\n (selfhost/refs::list-loop (core/map::entries refs) prefix 0 []) nil nil)\n (selfhost/refs::reject request \"refs snapshot must be a string-to-hash map\"))\n (selfhost/refs::reject request \"ref prefix must be a string or nil\")))\n (selfhost/refs::reject request \"list payload fields mismatch\"))))\n\n(def selfhost/refs::remove-loop\n (fn (entries name index out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1)))\n (selfhost/refs::remove-loop entries name ((core/int::add index) 1)\n (if ((core/eq? key) name) out (((core/map::put out) key) value))))))))\n\n(def selfhost/refs::expected-matches?\n (fn (present expected current)\n (if present ((core/eq? expected) current) true)))\n\n(def selfhost/refs::set\n (fn (request payload)\n (if\n ((selfhost/store-authority::exact-map? payload)\n [:expected-old :expected-old-present :name :new-hash :refs])\n (let\n ((expected ((selfhost/store-authority::field payload) (quote :expected-old)))\n (present ((selfhost/store-authority::field payload) (quote :expected-old-present)))\n (name ((selfhost/store-authority::field payload) (quote :name)))\n (new-hash ((selfhost/store-authority::field payload) (quote :new-hash)))\n (refs ((selfhost/store-authority::field payload) (quote :refs))))\n (if (selfhost/refs::bool? present)\n (if\n (if (selfhost/refs::nil? expected)\n true\n (selfhost/store-authority::hash? expected))\n (if (selfhost/refs::str? name)\n (if\n (if (selfhost/refs::nil? new-hash)\n true\n (selfhost/store-authority::hash? new-hash))\n (if (selfhost/refs::refs? refs)\n (let ((current ((core/map::get refs) name)))\n (if ((selfhost/refs::expected-matches? present) expected current)\n (let\n ((updated\n (if (selfhost/refs::nil? new-hash)\n (selfhost/refs::remove-loop (core/map::entries refs) name 0 {})\n (((core/map::put refs) name) new-hash))))\n (selfhost/refs::result request (quote :write) current [] updated nil))\n (selfhost/refs::result request (quote :conflict) current [] nil nil)))\n (selfhost/refs::reject request \"refs snapshot must be a string-to-hash map\"))\n (selfhost/refs::reject request \"new ref hash must be lowercase hex64 or nil\"))\n (selfhost/refs::reject request \"ref name must be a string\"))\n (selfhost/refs::reject request \"expected old hash must be lowercase hex64 or nil\"))\n (selfhost/refs::reject request \"expected-old-present must be bool\")))\n (selfhost/refs::reject request \"set payload fields mismatch\"))))\n\n(def selfhost/refs::bytes-lex-lt?\n (fn (left)\n (fn (right)\n (fn (index)\n (let ((left-length (core/bytes::len left)) (right-length (core/bytes::len right)))\n (if ((core/int::eq? index) left-length)\n ((core/int::lt? index) right-length)\n (if ((core/int::eq? index) right-length)\n false\n (let\n ((left-byte ((core/bytes::get left) index))\n (right-byte ((core/bytes::get right) index)))\n (if ((core/int::lt? left-byte) right-byte)\n true\n (if ((core/int::eq? left-byte) right-byte)\n (((selfhost/refs::bytes-lex-lt? left) right) ((core/int::add index) 1))\n false))))))))))\n\n(def selfhost/refs::str-lex-lt?\n (fn (left)\n (fn (right)\n (((selfhost/refs::bytes-lex-lt? (core/str::to-utf8 left)) (core/str::to-utf8 right)) 0))))\n\n(def selfhost/refs::bulk-mode?\n (fn (mode)\n (if (selfhost/refs::sym? mode)\n (if ((core/sym::eq? mode) (quote :cas))\n true\n (if ((core/sym::eq? mode) (quote :same-or-absent))\n true\n ((core/sym::eq? mode) (quote :unconditional))))\n false)))\n\n(def selfhost/refs::bulk-op?\n (fn (mode)\n (fn (op)\n (fn (previous-name)\n (if\n ((selfhost/store-authority::exact-map? op)\n [:expected-old :expected-old-present :name :new-hash])\n (let\n ((expected ((selfhost/store-authority::field op) (quote :expected-old)))\n (present ((selfhost/store-authority::field op) (quote :expected-old-present)))\n (name ((selfhost/store-authority::field op) (quote :name)))\n (new-hash ((selfhost/store-authority::field op) (quote :new-hash))))\n (if (selfhost/refs::bool? present)\n (if\n (if (selfhost/refs::nil? expected)\n true\n (selfhost/store-authority::hash? expected))\n (if (selfhost/refs::str? name)\n (if\n (if (selfhost/refs::nil? previous-name)\n true\n ((selfhost/refs::str-lex-lt? previous-name) name))\n (if\n (if (selfhost/refs::nil? new-hash)\n true\n (selfhost/store-authority::hash? new-hash))\n (if ((core/sym::eq? mode) (quote :same-or-absent))\n (selfhost/store-authority::hash? new-hash)\n true)\n false)\n false)\n false)\n false)\n false))\n false)))))\n\n(def selfhost/refs::bulk-ops?\n (fn (mode)\n (fn (ops)\n (fn (index)\n (fn (previous-name)\n (if ((core/int::eq? index) (core/vec::len ops))\n true\n (let ((op ((core/vec::get ops) index)))\n (if (((selfhost/refs::bulk-op? mode) op) previous-name)\n ((((selfhost/refs::bulk-ops? mode) ops) ((core/int::add index) 1))\n ((selfhost/store-authority::field op) (quote :name)))\n false))))))))\n\n(def selfhost/refs::bulk-expected-matches?\n (fn (mode)\n (fn (op)\n (fn (current)\n (if ((core/sym::eq? mode) (quote :unconditional))\n true\n (if ((core/sym::eq? mode) (quote :same-or-absent))\n (if (selfhost/refs::nil? current)\n true\n ((core/eq? current)\n ((selfhost/store-authority::field op) (quote :new-hash))))\n (((selfhost/refs::expected-matches?\n ((selfhost/store-authority::field op) (quote :expected-old-present)))\n ((selfhost/store-authority::field op) (quote :expected-old)))\n current)))))))\n\n(def selfhost/refs::bulk-conflict-loop\n (fn (mode)\n (fn (ops)\n (fn (refs)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len ops))\n nil\n (let ((op ((core/vec::get ops) index)))\n (let\n ((name ((selfhost/store-authority::field op) (quote :name)))\n (current\n ((core/map::get refs)\n ((selfhost/store-authority::field op) (quote :name)))))\n (if (((selfhost/refs::bulk-expected-matches? mode) op) current)\n ((((selfhost/refs::bulk-conflict-loop mode) ops) refs)\n ((core/int::add index) 1))\n {:hash current :name name})))))))))\n\n(def selfhost/refs::bulk-apply-loop\n (fn (ops)\n (fn (index)\n (fn (refs)\n (if ((core/int::eq? index) (core/vec::len ops))\n refs\n (let ((op ((core/vec::get ops) index)))\n (let\n ((name ((selfhost/store-authority::field op) (quote :name)))\n (new-hash ((selfhost/store-authority::field op) (quote :new-hash))))\n (((selfhost/refs::bulk-apply-loop ops) ((core/int::add index) 1))\n (if (selfhost/refs::nil? new-hash)\n (selfhost/refs::remove-loop (core/map::entries refs) name 0 {})\n (((core/map::put refs) name) new-hash))))))))))\n\n(def selfhost/refs::set-many\n (fn (request payload)\n (if ((selfhost/store-authority::exact-map? payload) [:mode :ops :refs])\n (let\n ((mode ((selfhost/store-authority::field payload) (quote :mode)))\n (ops ((selfhost/store-authority::field payload) (quote :ops)))\n (refs ((selfhost/store-authority::field payload) (quote :refs))))\n (if (selfhost/refs::bulk-mode? mode)\n (if (selfhost/refs::vec? ops)\n (if ((core/int::lt? 4096) (core/vec::len ops))\n (selfhost/refs::reject request \"bulk ref update exceeds 4096 operations\")\n (if ((((selfhost/refs::bulk-ops? mode) ops) 0) nil)\n (if (selfhost/refs::refs? refs)\n (let ((conflict ((((selfhost/refs::bulk-conflict-loop mode) ops) refs) 0)))\n (if (selfhost/refs::nil? conflict)\n (selfhost/refs::result request (quote :write) nil []\n (((selfhost/refs::bulk-apply-loop ops) 0) refs) nil)\n (selfhost/refs::result request (quote :conflict)\n ((selfhost/store-authority::field conflict) (quote :hash))\n ((core/vec::push []) conflict) nil nil)))\n (selfhost/refs::reject request \"refs snapshot must be a string-to-hash map\"))\n (selfhost/refs::reject request\n \"bulk ref operations must be valid, strictly sorted, and unique\")))\n (selfhost/refs::reject request \"bulk ref operations must be a vector\"))\n (selfhost/refs::reject request \"unsupported bulk ref update mode\")))\n (selfhost/refs::reject request \"set-many payload fields mismatch\"))))\n\n(def core/refs::authority\n (fn (request)\n (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v])\n (if\n ((core/eq? ((selfhost/store-authority::field request) (quote :kind)))\n \"genesis/refs-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/store-authority::field request) (quote :v))) 1)\n (let\n ((op ((selfhost/store-authority::field request) (quote :op)))\n (payload ((selfhost/store-authority::field request) (quote :payload))))\n (if (selfhost/refs::sym? op)\n (if ((core/sym::eq? op) (quote :get))\n (selfhost/refs::get request payload)\n (if ((core/sym::eq? op) (quote :list))\n (selfhost/refs::list request payload)\n (if ((core/sym::eq? op) (quote :set))\n (selfhost/refs::set request payload)\n (if ((core/sym::eq? op) (quote :set-many))\n (selfhost/refs::set-many request payload)\n (selfhost/refs::reject request \"unsupported refs operation\")))))\n (selfhost/refs::reject request \"refs operation must be a symbol\")))\n (selfhost/refs::reject request \"refs request version mismatch\"))\n (selfhost/refs::reject request \"refs request kind mismatch\"))\n (selfhost/refs::reject request \"refs request fields mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"N\x18\x99\xA6|}\x04\xDC\xFE3\xB7&Et\x93PlS\xC6t\x91\xDC\x1F\xC5x+\xCE\x19x\x19Y " :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/gc-authority::nil? core/list::is-nil?) (def selfhost/gc-authority::tag core/data::tag) (def selfhost/gc-authority::map? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :map)))) (def selfhost/gc-authority::vec? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :vec)))) (def selfhost/gc-authority::str? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :str)))) (def selfhost/gc-authority::int? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :int)))) (def selfhost/gc-authority::bool? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :bool)))) (def selfhost/gc-authority::sym? (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :sym)))) (def selfhost/gc-authority::field (fn (value) (fn (key) (if (selfhost/gc-authority::map? value) ((core/map::get value) key) nil)))) (def selfhost/gc-authority::ok (fn (request) (fn (value) {:code nil :kind "genesis/gc-authority-result-v0.1" :message nil :ok true :request-h (selfhost/hash::hash-term request) :v 1 :value value}))) (def selfhost/gc-authority::reject (fn (request) (fn (code) (fn (message) {:code code :kind "genesis/gc-authority-result-v0.1" :message message :ok false :request-h (selfhost/hash::hash-term request) :v 1 :value nil})))) (def selfhost/gc-authority::bad (fn (request) (fn (message) (((selfhost/gc-authority::reject request) "core/gc/bad-authority-request") message)))) (def selfhost/gc-authority::bad-pins (fn (request) (fn (message) (((selfhost/gc-authority::reject request) "core/gc/bad-pins") message)))) (def selfhost/gc-authority::normalize-hash (fn (value) (if (selfhost/gc-authority::str? value) (let ((trimmed (selfhost/pkg-lock-write::trim value))) (let ((raw (if ((selfhost/pkg-lock-write::starts-with? trimmed) "h:") ((selfhost/pkg-lock-write::drop-prefix trimmed) 2) trimmed))) (let ((bytes (core/bytes::from-hex raw))) (if (core/error::is? bytes) nil (if ((core/int::eq? (core/bytes::len bytes)) 32) (core/bytes::to-hex bytes) nil))))) nil))) (def selfhost/gc-authority::hash-set-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((hash (selfhost/gc-authority::normalize-hash ((core/vec::get values) index)))) (if (selfhost/gc-authority::nil? hash) nil (((selfhost/gc-authority::hash-set-loop values) ((core/int::add index) 1)) (((core/map::put out) hash) true))))))))) (def selfhost/gc-authority::string-set-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((value ((core/vec::get values) index))) (if (selfhost/gc-authority::str? value) (((selfhost/gc-authority::string-set-loop values) ((core/int::add index) 1)) (((core/map::put out) value) true)) nil))))))) (def selfhost/gc-authority::map-keys-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (((selfhost/gc-authority::map-keys-loop entries) ((core/int::add index) 1)) ((core/vec::push out) ((core/vec::get ((core/vec::get entries) index)) 0)))))))) (def selfhost/gc-authority::map-keys (fn (value) (((selfhost/gc-authority::map-keys-loop (core/map::entries value)) 0) []))) (def selfhost/gc-authority::pins-model (fn (document) (if (selfhost/gc-authority::nil? document) {:keep [] :keep-refs []} (if (selfhost/gc-authority::map? document) (let ((version ((selfhost/gc-authority::field document) "version")) (pins ((selfhost/gc-authority::field document) "pins"))) (if (if (selfhost/gc-authority::nil? version) true (if (selfhost/gc-authority::int? version) ((core/int::eq? version) 1) false)) (if (selfhost/gc-authority::map? pins) (let ((keep0 ((selfhost/gc-authority::field pins) "keep")) (keep-refs0 ((selfhost/gc-authority::field pins) "keep_refs"))) (let ((keep (if (selfhost/gc-authority::nil? keep0) [] keep0)) (keep-refs (if (selfhost/gc-authority::nil? keep-refs0) [] keep-refs0))) (if (if (selfhost/gc-authority::vec? keep) (selfhost/gc-authority::vec? keep-refs) false) (let ((keep-set (((selfhost/gc-authority::hash-set-loop keep) 0) {})) (ref-set (((selfhost/gc-authority::string-set-loop keep-refs) 0) {}))) (if (if (selfhost/gc-authority::map? keep-set) (selfhost/gc-authority::map? ref-set) false) (let ((refs (selfhost/gc-authority::map-keys ref-set))) (if ((selfhost/gc-authority::refs-valid-loop refs) 0) {:keep (selfhost/gc-authority::map-keys keep-set) :keep-refs refs} nil)) nil)) nil))) nil) nil)) nil)))) (def selfhost/gc-authority::refs-valid-loop (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if ((selfhost/pkg-lock-write::starts-with? ((core/vec::get values) index)) "refs/") ((selfhost/gc-authority::refs-valid-loop values) ((core/int::add index) 1)) false))))) (def selfhost/gc-authority::quoted-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((quoted ((core/str::concat "\"") ((core/str::concat (core/coreform::escape-str ((core/vec::get values) index))) "\"")))) (((selfhost/gc-authority::quoted-loop values) ((core/int::add index) 1)) ((core/vec::push out) quoted)))))))) (def selfhost/gc-authority::render-pins (fn (model) (let ((keep (((selfhost/gc-authority::quoted-loop ((selfhost/gc-authority::field model) (quote :keep))) 0) [])) (refs (((selfhost/gc-authority::quoted-loop ((selfhost/gc-authority::field model) (quote :keep-refs))) 0) []))) (core/str::to-utf8 ((core/str::concat "version = 1\n\n[pins]\nkeep = [") ((core/str::concat ((core/str::join keep) ", ")) ((core/str::concat "]\nkeep_refs = [") ((core/str::concat ((core/str::join refs) ", ")) "]\n")))))))) (def selfhost/gc-authority::pins-update (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:action :document :target]) (let ((action ((selfhost/gc-authority::field payload) (quote :action))) (target ((selfhost/gc-authority::field payload) (quote :target))) (model (selfhost/gc-authority::pins-model ((selfhost/gc-authority::field payload) (quote :document))))) (if (selfhost/gc-authority::nil? model) ((selfhost/gc-authority::bad-pins request) "pins document is not canonical schema v1") (if (selfhost/gc-authority::str? target) (let ((keep-set (((selfhost/gc-authority::hash-set-loop ((selfhost/gc-authority::field model) (quote :keep))) 0) {})) (ref-set (((selfhost/gc-authority::string-set-loop ((selfhost/gc-authority::field model) (quote :keep-refs))) 0) {}))) (let ((is-ref ((selfhost/pkg-lock-write::starts-with? target) "refs/")) (hash (selfhost/gc-authority::normalize-hash target))) (if (if is-ref true (if (selfhost/gc-authority::nil? hash) false true)) (let ((next-keep (if is-ref keep-set (if ((core/sym::eq? action) (quote :pin)) (((core/map::put keep-set) hash) true) ((selfhost/gc-authority::map-remove keep-set) hash)))) (next-refs (if is-ref (if ((core/sym::eq? action) (quote :pin)) (((core/map::put ref-set) target) true) ((selfhost/gc-authority::map-remove ref-set) target)) ref-set))) (if (if ((core/sym::eq? action) (quote :pin)) true ((core/sym::eq? action) (quote :unpin))) (let ((next {:keep (selfhost/gc-authority::map-keys next-keep) :keep-refs (selfhost/gc-authority::map-keys next-refs)})) ((selfhost/gc-authority::ok request) {:body (selfhost/gc-authority::render-pins next) :keep ((selfhost/gc-authority::field next) (quote :keep)) :keep-refs ((selfhost/gc-authority::field next) (quote :keep-refs))})) ((selfhost/gc-authority::bad request) "pins action must be :pin or :unpin"))) ((selfhost/gc-authority::bad request) "pin target must be a hash or refs/...")))) ((selfhost/gc-authority::bad request) "pin target must be a string")))) ((selfhost/gc-authority::bad request) "pins-update payload fields mismatch"))))) (def selfhost/gc-authority::map-remove (fn (value) (fn (key) ((((selfhost/gc-authority::map-remove-loop (core/map::entries value)) key) 0) {})))) (def selfhost/gc-authority::map-remove-loop (fn (entries) (fn (key) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) ((((selfhost/gc-authority::map-remove-loop entries) key) ((core/int::add index) 1)) (if ((core/eq? ((core/vec::get entry) 0)) key) out (((core/map::put out) ((core/vec::get entry) 0)) ((core/vec::get entry) 1))))))))))) (def selfhost/gc-authority::refs-map-loop (fn (refs) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len refs)) out (let ((entry ((core/vec::get refs) index))) (if ((selfhost/store-authority::exact-map? entry) [:hash :name]) (let ((name ((selfhost/gc-authority::field entry) (quote :name))) (raw-hash ((selfhost/gc-authority::field entry) (quote :hash)))) (if (selfhost/gc-authority::str? name) (if (selfhost/gc-authority::nil? raw-hash) (((selfhost/gc-authority::refs-map-loop refs) ((core/int::add index) 1)) out) (let ((hash (selfhost/gc-authority::normalize-hash raw-hash))) (if (selfhost/gc-authority::nil? hash) nil (((selfhost/gc-authority::refs-map-loop refs) ((core/int::add index) 1)) (((core/map::put out) name) hash))))) nil)) nil))))))) (def selfhost/gc-authority::pin-ref-info-loop (fn (names) (fn (refs) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len names)) out (let ((name ((core/vec::get names) index)) (hash ((core/map::get refs) name))) (if (selfhost/gc-authority::nil? hash) nil ((((selfhost/gc-authority::pin-ref-info-loop names) refs) ((core/int::add index) 1)) ((core/vec::push out) {:hash hash :name name})))))))))) (def selfhost/gc-authority::root-map-loop (fn (roots) (fn (metadata) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len roots)) out (let ((hash (selfhost/gc-authority::normalize-hash ((core/vec::get roots) index)))) (if (selfhost/gc-authority::nil? hash) ((((selfhost/gc-authority::root-map-loop roots) metadata) ((core/int::add index) 1)) out) ((((selfhost/gc-authority::root-map-loop roots) metadata) ((core/int::add index) 1)) (((core/map::put out) hash) ((core/vec::get metadata) index))))))))))) (def selfhost/gc-authority::root-result-loop (fn (entries) (fn (index) (fn (roots) (fn (metadata) (if ((core/int::eq? index) (core/vec::len entries)) {:metadata metadata :roots roots} (let ((entry ((core/vec::get entries) index))) ((((selfhost/gc-authority::root-result-loop entries) ((core/int::add index) 1)) ((core/vec::push roots) ((core/vec::get entry) 0))) ((core/vec::push metadata) ((core/vec::get entry) 1)))))))))) (def selfhost/gc-authority::roots (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:include-lock :include-refs :lock :pins :refs]) (let ((include-lock ((selfhost/gc-authority::field payload) (quote :include-lock))) (include-refs ((selfhost/gc-authority::field payload) (quote :include-refs))) (refs ((selfhost/gc-authority::field payload) (quote :refs))) (pins (selfhost/gc-authority::pins-model ((selfhost/gc-authority::field payload) (quote :pins))))) (if (if (selfhost/gc-authority::bool? include-lock) (if (selfhost/gc-authority::bool? include-refs) (if (selfhost/gc-authority::vec? refs) (if (selfhost/gc-authority::nil? pins) false true) false) false) false) (let ((refs-map (((selfhost/gc-authority::refs-map-loop refs) 0) {}))) (if (selfhost/gc-authority::map? refs-map) (let ((pin-refs ((((selfhost/gc-authority::pin-ref-info-loop ((selfhost/gc-authority::field pins) (quote :keep-refs))) refs-map) 0) []))) (if (selfhost/gc-authority::vec? pin-refs) (let ((plan (((((core/gc/reach::roots-plan refs) ((selfhost/gc-authority::field payload) (quote :lock))) {:keep ((selfhost/gc-authority::field pins) (quote :keep)) :keep-refs pin-refs}) include-lock) include-refs))) (let ((roots ((selfhost/gc-authority::field plan) (quote :roots))) (metadata ((selfhost/gc-authority::field plan) (quote :roots-meta)))) (if (if (selfhost/gc-authority::vec? roots) (if (selfhost/gc-authority::vec? metadata) ((core/int::eq? (core/vec::len roots)) (core/vec::len metadata)) false) false) (let ((root-map ((((selfhost/gc-authority::root-map-loop roots) metadata) 0) {}))) ((selfhost/gc-authority::ok request) ((((selfhost/gc-authority::root-result-loop (core/map::entries root-map)) 0) []) []))) ((selfhost/gc-authority::bad request) "root planner returned an invalid shape")))) ((selfhost/gc-authority::bad-pins request) "pinned reference is not present"))) ((selfhost/gc-authority::bad request) "reference observations are malformed"))) ((selfhost/gc-authority::bad request) "roots payload is malformed"))) ((selfhost/gc-authority::bad request) "roots payload fields mismatch"))))) (def selfhost/gc-authority::canonical-hashes (fn (values) (if (selfhost/gc-authority::vec? values) (let ((set (((selfhost/gc-authority::hash-set-loop values) 0) {}))) (if (selfhost/gc-authority::map? set) (selfhost/gc-authority::map-keys set) nil)) nil))) (def selfhost/gc-authority::artifact-edges (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:artifact :include-deps :include-evidence :include-parents]) (let ((include-deps ((selfhost/gc-authority::field payload) (quote :include-deps))) (include-evidence ((selfhost/gc-authority::field payload) (quote :include-evidence))) (include-parents ((selfhost/gc-authority::field payload) (quote :include-parents)))) (if (if (selfhost/gc-authority::bool? include-deps) (if (selfhost/gc-authority::bool? include-evidence) (selfhost/gc-authority::bool? include-parents) false) false) (let ((plan ((core/vcs/reach::artifact-ref-plan ((selfhost/gc-authority::field payload) (quote :artifact))) {:include-deps include-deps :include-evidence include-evidence :include-parents include-parents}))) (let ((refs (selfhost/gc-authority::canonical-hashes ((selfhost/gc-authority::field plan) (quote :refs)))) (parents (selfhost/gc-authority::canonical-hashes ((selfhost/gc-authority::field plan) (quote :parents))))) (if (if (selfhost/gc-authority::vec? refs) (selfhost/gc-authority::vec? parents) false) ((selfhost/gc-authority::ok request) {:parents parents :refs refs}) ((selfhost/gc-authority::bad request) "artifact edge planner returned invalid hashes")))) ((selfhost/gc-authority::bad request) "artifact edge options must be bool"))) ((selfhost/gc-authority::bad request) "artifact-edges payload fields mismatch"))))) (def selfhost/gc-authority::inventory-loop (fn (inventory) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len inventory)) out (let ((entry ((core/vec::get inventory) index))) (if ((selfhost/store-authority::exact-map? entry) [:hash :value]) (let ((hash (selfhost/gc-authority::normalize-hash ((selfhost/gc-authority::field entry) (quote :hash)))) (value ((selfhost/gc-authority::field entry) (quote :value)))) (if (if (selfhost/gc-authority::nil? hash) false (if (selfhost/gc-authority::int? value) (if ((core/int::lt? value) 0) false (selfhost/gc-authority::nil? ((core/map::get out) hash))) false)) (((selfhost/gc-authority::inventory-loop inventory) ((core/int::add index) 1)) (((core/map::put out) hash) value)) nil)) nil))))))) (def selfhost/gc-authority::top-insert (fn (entry) (fn (values) ((((selfhost/gc-authority::top-insert-loop entry) values) 0) [])))) (def selfhost/gc-authority::top-insert-loop (fn (entry) (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) ((core/vec::push out) entry) (let ((current ((core/vec::get values) index))) (if ((core/int::lt? ((selfhost/gc-authority::field current) (quote :value))) ((selfhost/gc-authority::field entry) (quote :value))) (((selfhost/gc-authority::append-rest ((core/vec::push out) entry)) values) index) ((((selfhost/gc-authority::top-insert-loop entry) values) ((core/int::add index) 1)) ((core/vec::push out) current)))))))))) (def selfhost/gc-authority::append-rest (fn (out) (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) out (((selfhost/gc-authority::append-rest ((core/vec::push out) ((core/vec::get values) index))) values) ((core/int::add index) 1))))))) (def selfhost/gc-authority::take-loop (fn (values) (fn (limit) (fn (index) (fn (out) (if (if ((core/int::eq? index) (core/vec::len values)) true ((core/int::eq? index) limit)) out ((((selfhost/gc-authority::take-loop values) limit) ((core/int::add index) 1)) ((core/vec::push out) ((core/vec::get values) index))))))))) (def selfhost/gc-authority::dead-loop (fn (entries) (fn (live) (fn (index) (fn (dead) (fn (largest) (fn (total) (if ((core/int::eq? index) (core/vec::len entries)) {:dead dead :largest ((((selfhost/gc-authority::take-loop largest) 25) 0) []) :reclaim-bytes total} (let ((entry ((core/vec::get entries) index))) (let ((hash ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (if (selfhost/gc-authority::nil? ((core/map::get live) hash)) ((((((selfhost/gc-authority::dead-loop entries) live) ((core/int::add index) 1)) ((core/vec::push dead) hash)) ((selfhost/gc-authority::top-insert {:hash hash :value value}) largest)) ((core/int::add total) value)) ((((((selfhost/gc-authority::dead-loop entries) live) ((core/int::add index) 1)) dead) largest) total)))))))))))) (def selfhost/gc-authority::dead-plan (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:inventory :live]) (let ((inventory ((selfhost/gc-authority::field payload) (quote :inventory))) (live-values ((selfhost/gc-authority::field payload) (quote :live)))) (if (if (selfhost/gc-authority::vec? inventory) (selfhost/gc-authority::vec? live-values) false) (let ((inventory-map (((selfhost/gc-authority::inventory-loop inventory) 0) {})) (live (((selfhost/gc-authority::hash-set-loop live-values) 0) {}))) (if (if (selfhost/gc-authority::map? inventory-map) (selfhost/gc-authority::map? live) false) ((selfhost/gc-authority::ok request) ((((((selfhost/gc-authority::dead-loop (core/map::entries inventory-map)) live) 0) []) []) 0)) ((selfhost/gc-authority::bad request) "dead-plan observations are malformed"))) ((selfhost/gc-authority::bad request) "dead-plan observations must be vectors"))) ((selfhost/gc-authority::bad request) "dead-plan payload fields mismatch"))))) (def selfhost/gc-authority::purge-loop (fn (entries) (fn (ttl) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) ((((selfhost/gc-authority::purge-loop entries) ttl) ((core/int::add index) 1)) (if (if ((core/int::lt? ((core/vec::get entry) 1)) ttl) false true) ((core/vec::push out) ((core/vec::get entry) 0)) out))))))))) (def selfhost/gc-authority::purge-plan (fn (request) (fn (payload) (if ((selfhost/store-authority::exact-map? payload) [:inventory :ttl-seconds]) (let ((inventory ((selfhost/gc-authority::field payload) (quote :inventory))) (ttl ((selfhost/gc-authority::field payload) (quote :ttl-seconds)))) (if (if (selfhost/gc-authority::vec? inventory) (if (selfhost/gc-authority::int? ttl) (if ((core/int::lt? ttl) 0) false true) false) false) (let ((inventory-map (((selfhost/gc-authority::inventory-loop inventory) 0) {}))) (if (selfhost/gc-authority::map? inventory-map) ((selfhost/gc-authority::ok request) {:purge ((((selfhost/gc-authority::purge-loop (core/map::entries inventory-map)) ttl) 0) [])}) ((selfhost/gc-authority::bad request) "purge inventory is malformed"))) ((selfhost/gc-authority::bad request) "purge-plan payload is malformed"))) ((selfhost/gc-authority::bad request) "purge-plan payload fields mismatch"))))) (def core/gc::authority (fn (request) (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v]) (if ((core/eq? ((selfhost/gc-authority::field request) (quote :kind))) "genesis/gc-authority-request-v0.1") (if ((core/int::eq? ((selfhost/gc-authority::field request) (quote :v))) 1) (let ((op ((selfhost/gc-authority::field request) (quote :op))) (payload ((selfhost/gc-authority::field request) (quote :payload)))) (if (selfhost/gc-authority::sym? op) (if ((core/sym::eq? op) (quote :roots)) ((selfhost/gc-authority::roots request) payload) (if ((core/sym::eq? op) (quote :artifact-edges)) ((selfhost/gc-authority::artifact-edges request) payload) (if ((core/sym::eq? op) (quote :dead-plan)) ((selfhost/gc-authority::dead-plan request) payload) (if ((core/sym::eq? op) (quote :pins-update)) ((selfhost/gc-authority::pins-update request) payload) (if ((core/sym::eq? op) (quote :purge-plan)) ((selfhost/gc-authority::purge-plan request) payload) ((selfhost/gc-authority::bad request) "unsupported gc authority operation")))))) ((selfhost/gc-authority::bad request) "gc authority operation must be a symbol"))) ((selfhost/gc-authority::bad request) "gc authority request version mismatch")) ((selfhost/gc-authority::bad request) "gc authority request kind mismatch")) ((selfhost/gc-authority::bad request) "gc authority request fields mismatch"))))] :module-h b"C\xEE|/\x1E\xE4<\xCFY`\x8A\xF5\x16\xC0\\@?\x08\x8FY\xC9\x10\x92\xF1\x93\xF2\xA6\xB7pP\\f" :path "selfhost/gc_authority_v1.gc" :source "(def selfhost/gc-authority::nil? core/list::is-nil?)\n(def selfhost/gc-authority::tag core/data::tag)\n(def selfhost/gc-authority::map?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :map))))\n(def selfhost/gc-authority::vec?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :vec))))\n(def selfhost/gc-authority::str?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :str))))\n(def selfhost/gc-authority::int?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :int))))\n(def selfhost/gc-authority::bool?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :bool))))\n(def selfhost/gc-authority::sym?\n (fn (value) ((core/sym::eq? (selfhost/gc-authority::tag value)) (quote :sym))))\n\n(def selfhost/gc-authority::field\n (fn (value) (fn (key) (if (selfhost/gc-authority::map? value) ((core/map::get value) key) nil))))\n\n(def selfhost/gc-authority::ok\n (fn (request)\n (fn (value)\n {\n :code nil\n :kind \"genesis/gc-authority-result-v0.1\"\n :message nil\n :ok true\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value value})))\n\n(def selfhost/gc-authority::reject\n (fn (request)\n (fn (code)\n (fn (message)\n {\n :code code\n :kind \"genesis/gc-authority-result-v0.1\"\n :message message\n :ok false\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value nil}))))\n\n(def selfhost/gc-authority::bad\n (fn (request)\n (fn (message)\n ((selfhost/gc-authority::reject request) \"core/gc/bad-authority-request\" message))))\n\n(def selfhost/gc-authority::bad-pins\n (fn (request) (fn (message) ((selfhost/gc-authority::reject request) \"core/gc/bad-pins\" message))))\n\n(def selfhost/gc-authority::normalize-hash\n (fn (value)\n (if (selfhost/gc-authority::str? value)\n (let ((trimmed (selfhost/pkg-lock-write::trim value)))\n (let\n ((raw\n (if ((selfhost/pkg-lock-write::starts-with? trimmed) \"h:\")\n ((selfhost/pkg-lock-write::drop-prefix trimmed) 2)\n trimmed)))\n (let ((bytes (core/bytes::from-hex raw)))\n (if (core/error::is? bytes)\n nil\n (if ((core/int::eq? (core/bytes::len bytes)) 32) (core/bytes::to-hex bytes) nil)))))\n nil)))\n\n(def selfhost/gc-authority::hash-set-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let ((hash (selfhost/gc-authority::normalize-hash ((core/vec::get values) index))))\n (if (selfhost/gc-authority::nil? hash)\n nil\n (((selfhost/gc-authority::hash-set-loop values) ((core/int::add index) 1))\n (((core/map::put out) hash) true)))))))))\n\n(def selfhost/gc-authority::string-set-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/gc-authority::str? value)\n (((selfhost/gc-authority::string-set-loop values) ((core/int::add index) 1))\n (((core/map::put out) value) true))\n nil)))))))\n\n(def selfhost/gc-authority::map-keys-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (((selfhost/gc-authority::map-keys-loop entries) ((core/int::add index) 1))\n ((core/vec::push out) ((core/vec::get ((core/vec::get entries) index)) 0))))))))\n\n(def selfhost/gc-authority::map-keys\n (fn (value) (((selfhost/gc-authority::map-keys-loop (core/map::entries value)) 0) [])))\n\n(def selfhost/gc-authority::pins-model\n (fn (document)\n (if (selfhost/gc-authority::nil? document)\n {:keep [] :keep-refs []}\n (if (selfhost/gc-authority::map? document)\n (let\n ((version ((selfhost/gc-authority::field document) \"version\"))\n (pins ((selfhost/gc-authority::field document) \"pins\")))\n (if\n (if (selfhost/gc-authority::nil? version)\n true\n (if (selfhost/gc-authority::int? version) ((core/int::eq? version) 1) false))\n (if (selfhost/gc-authority::map? pins)\n (let\n ((keep0 ((selfhost/gc-authority::field pins) \"keep\"))\n (keep-refs0 ((selfhost/gc-authority::field pins) \"keep_refs\")))\n (let\n ((keep (if (selfhost/gc-authority::nil? keep0) [] keep0))\n (keep-refs (if (selfhost/gc-authority::nil? keep-refs0) [] keep-refs0)))\n (if\n (if (selfhost/gc-authority::vec? keep) (selfhost/gc-authority::vec? keep-refs) false)\n (let\n ((keep-set (((selfhost/gc-authority::hash-set-loop keep) 0) {}))\n (ref-set (((selfhost/gc-authority::string-set-loop keep-refs) 0) {})))\n (if\n (if (selfhost/gc-authority::map? keep-set) (selfhost/gc-authority::map? ref-set) false)\n (let ((refs (selfhost/gc-authority::map-keys ref-set)))\n (if\n (((selfhost/gc-authority::refs-valid-loop refs) 0))\n {:keep (selfhost/gc-authority::map-keys keep-set) :keep-refs refs}\n nil))\n nil))\n nil)))\n nil)\n nil))\n nil))))\n\n(def selfhost/gc-authority::refs-valid-loop\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n ((selfhost/pkg-lock-write::starts-with? ((core/vec::get values) index)) \"refs/\")\n ((selfhost/gc-authority::refs-valid-loop values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/gc-authority::quoted-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let\n ((quoted\n ((core/str::concat \"\\\"\")\n ((core/str::concat (core/coreform::escape-str ((core/vec::get values) index))) \"\\\"\"))))\n (((selfhost/gc-authority::quoted-loop values) ((core/int::add index) 1))\n ((core/vec::push out) quoted))))))))\n\n(def selfhost/gc-authority::render-pins\n (fn (model)\n (let\n ((keep (((selfhost/gc-authority::quoted-loop ((selfhost/gc-authority::field model) (quote :keep))) 0) []))\n (refs\n (((selfhost/gc-authority::quoted-loop ((selfhost/gc-authority::field model) (quote :keep-refs))) 0)\n [])))\n (core/str::to-utf8\n ((core/str::concat \"version = 1\\n\\n[pins]\\nkeep = [\")\n ((core/str::concat ((core/str::join keep) \", \"))\n ((core/str::concat \"]\\nkeep_refs = [\")\n ((core/str::concat ((core/str::join refs) \", \")) \"]\\n\"))))))))\n\n(def selfhost/gc-authority::pins-update\n (fn (request)\n (fn (payload)\n (if ((selfhost/store-authority::exact-map? payload) [:action :document :target])\n (let\n ((action ((selfhost/gc-authority::field payload) (quote :action)))\n (target ((selfhost/gc-authority::field payload) (quote :target)))\n (model (selfhost/gc-authority::pins-model ((selfhost/gc-authority::field payload) (quote :document)))))\n (if (selfhost/gc-authority::nil? model)\n ((selfhost/gc-authority::bad-pins request) \"pins document is not canonical schema v1\")\n (if (selfhost/gc-authority::str? target)\n (let\n ((keep-set\n (((selfhost/gc-authority::hash-set-loop\n ((selfhost/gc-authority::field model) (quote :keep))) 0) {}))\n (ref-set\n (((selfhost/gc-authority::string-set-loop\n ((selfhost/gc-authority::field model) (quote :keep-refs))) 0) {})))\n (let\n ((is-ref ((selfhost/pkg-lock-write::starts-with? target) \"refs/\"))\n (hash (selfhost/gc-authority::normalize-hash target)))\n (if (if is-ref true (if (selfhost/gc-authority::nil? hash) false true))\n (let\n ((next-keep\n (if is-ref\n keep-set\n (if ((core/sym::eq? action) (quote :pin))\n (((core/map::put keep-set) hash) true)\n ((selfhost/gc-authority::map-remove keep-set) hash))))\n (next-refs\n (if is-ref\n (if ((core/sym::eq? action) (quote :pin))\n (((core/map::put ref-set) target) true)\n ((selfhost/gc-authority::map-remove ref-set) target))\n ref-set)))\n (if\n (if ((core/sym::eq? action) (quote :pin))\n true\n ((core/sym::eq? action) (quote :unpin)))\n (let\n ((next\n {:keep (selfhost/gc-authority::map-keys next-keep)\n :keep-refs (selfhost/gc-authority::map-keys next-refs)}))\n ((selfhost/gc-authority::ok request)\n {:body (selfhost/gc-authority::render-pins next)\n :keep ((selfhost/gc-authority::field next) (quote :keep))\n :keep-refs ((selfhost/gc-authority::field next) (quote :keep-refs))}))\n ((selfhost/gc-authority::bad request) \"pins action must be :pin or :unpin\")))\n ((selfhost/gc-authority::bad request) \"pin target must be a hash or refs/...\"))))\n ((selfhost/gc-authority::bad request) \"pin target must be a string\"))))\n ((selfhost/gc-authority::bad request) \"pins-update payload fields mismatch\")))))\n\n(def selfhost/gc-authority::map-remove\n (fn (value)\n (fn (key)\n (((selfhost/gc-authority::map-remove-loop (core/map::entries value)) key) 0 {}))))\n\n(def selfhost/gc-authority::map-remove-loop\n (fn (entries)\n (fn (key)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n ((((selfhost/gc-authority::map-remove-loop entries) key) ((core/int::add index) 1))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n out\n (((core/map::put out) ((core/vec::get entry) 0)) ((core/vec::get entry) 1)))))))))))\n\n(def selfhost/gc-authority::refs-map-loop\n (fn (refs)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len refs))\n out\n (let ((entry ((core/vec::get refs) index)))\n (if ((selfhost/store-authority::exact-map? entry) [:hash :name])\n (let\n ((name ((selfhost/gc-authority::field entry) (quote :name)))\n (raw-hash ((selfhost/gc-authority::field entry) (quote :hash))))\n (if (selfhost/gc-authority::str? name)\n (if (selfhost/gc-authority::nil? raw-hash)\n (((selfhost/gc-authority::refs-map-loop refs) ((core/int::add index) 1)) out)\n (let ((hash (selfhost/gc-authority::normalize-hash raw-hash)))\n (if (selfhost/gc-authority::nil? hash)\n nil\n (((selfhost/gc-authority::refs-map-loop refs) ((core/int::add index) 1))\n (((core/map::put out) name) hash)))))\n nil))\n nil)))))))\n\n(def selfhost/gc-authority::pin-ref-info-loop\n (fn (names)\n (fn (refs)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len names))\n out\n (let\n ((name ((core/vec::get names) index)) (hash ((core/map::get refs) name)))\n (if (selfhost/gc-authority::nil? hash)\n nil\n ((((selfhost/gc-authority::pin-ref-info-loop names) refs)\n ((core/int::add index) 1))\n ((core/vec::push out) {:hash hash :name name}))))))))))\n\n(def selfhost/gc-authority::root-map-loop\n (fn (roots)\n (fn (metadata)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len roots))\n out\n (let ((hash (selfhost/gc-authority::normalize-hash ((core/vec::get roots) index))))\n (if (selfhost/gc-authority::nil? hash)\n ((((selfhost/gc-authority::root-map-loop roots) metadata)\n ((core/int::add index) 1)) out)\n ((((selfhost/gc-authority::root-map-loop roots) metadata)\n ((core/int::add index) 1))\n (((core/map::put out) hash) ((core/vec::get metadata) index)))))))))))\n\n(def selfhost/gc-authority::root-result-loop\n (fn (entries)\n (fn (index)\n (fn (roots)\n (fn (metadata)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:metadata metadata :roots roots}\n (let ((entry ((core/vec::get entries) index)))\n (((((selfhost/gc-authority::root-result-loop entries) ((core/int::add index) 1))\n ((core/vec::push roots) ((core/vec::get entry) 0)))\n ((core/vec::push metadata) ((core/vec::get entry) 1)))))))))))\n\n(def selfhost/gc-authority::roots\n (fn (request)\n (fn (payload)\n (if\n ((selfhost/store-authority::exact-map? payload)\n [:include-lock :include-refs :lock :pins :refs])\n (let\n ((include-lock ((selfhost/gc-authority::field payload) (quote :include-lock)))\n (include-refs ((selfhost/gc-authority::field payload) (quote :include-refs)))\n (refs ((selfhost/gc-authority::field payload) (quote :refs)))\n (pins (selfhost/gc-authority::pins-model ((selfhost/gc-authority::field payload) (quote :pins)))))\n (if\n (if (selfhost/gc-authority::bool? include-lock)\n (if (selfhost/gc-authority::bool? include-refs)\n (if (selfhost/gc-authority::vec? refs)\n (if (selfhost/gc-authority::nil? pins) false true)\n false)\n false)\n false)\n (let ((refs-map (((selfhost/gc-authority::refs-map-loop refs) 0) {})))\n (if (selfhost/gc-authority::map? refs-map)\n (let\n ((pin-refs\n ((((selfhost/gc-authority::pin-ref-info-loop\n ((selfhost/gc-authority::field pins) (quote :keep-refs))) refs-map) 0) [])))\n (if (selfhost/gc-authority::vec? pin-refs)\n (let\n ((plan\n (((((core/gc/reach::roots-plan refs)\n ((selfhost/gc-authority::field payload) (quote :lock)))\n {:keep ((selfhost/gc-authority::field pins) (quote :keep))\n :keep-refs pin-refs}) include-lock) include-refs)))\n (let\n ((roots ((selfhost/gc-authority::field plan) (quote :roots)))\n (metadata ((selfhost/gc-authority::field plan) (quote :roots-meta))))\n (if\n (if (selfhost/gc-authority::vec? roots)\n (if (selfhost/gc-authority::vec? metadata)\n ((core/int::eq? (core/vec::len roots)) (core/vec::len metadata))\n false)\n false)\n (let ((root-map ((((selfhost/gc-authority::root-map-loop roots) metadata) 0) {})))\n ((selfhost/gc-authority::ok request)\n ((((selfhost/gc-authority::root-result-loop (core/map::entries root-map)) 0)\n []) [])))\n ((selfhost/gc-authority::bad request) \"root planner returned an invalid shape\"))))\n ((selfhost/gc-authority::bad-pins request) \"pinned reference is not present\")))\n ((selfhost/gc-authority::bad request) \"reference observations are malformed\")))\n ((selfhost/gc-authority::bad request) \"roots payload is malformed\")))\n ((selfhost/gc-authority::bad request) \"roots payload fields mismatch\")))))\n\n(def selfhost/gc-authority::canonical-hashes\n (fn (values)\n (if (selfhost/gc-authority::vec? values)\n (let ((set (((selfhost/gc-authority::hash-set-loop values) 0) {})))\n (if (selfhost/gc-authority::map? set) (selfhost/gc-authority::map-keys set) nil))\n nil)))\n\n(def selfhost/gc-authority::artifact-edges\n (fn (request)\n (fn (payload)\n (if\n ((selfhost/store-authority::exact-map? payload)\n [:artifact :include-deps :include-evidence :include-parents])\n (let\n ((include-deps ((selfhost/gc-authority::field payload) (quote :include-deps)))\n (include-evidence ((selfhost/gc-authority::field payload) (quote :include-evidence)))\n (include-parents ((selfhost/gc-authority::field payload) (quote :include-parents))))\n (if\n (if (selfhost/gc-authority::bool? include-deps)\n (if (selfhost/gc-authority::bool? include-evidence)\n (selfhost/gc-authority::bool? include-parents)\n false)\n false)\n (let\n ((plan\n ((core/vcs/reach::artifact-ref-plan\n ((selfhost/gc-authority::field payload) (quote :artifact)))\n {:include-deps include-deps\n :include-evidence include-evidence\n :include-parents include-parents})))\n (let\n ((refs (selfhost/gc-authority::canonical-hashes\n ((selfhost/gc-authority::field plan) (quote :refs))))\n (parents (selfhost/gc-authority::canonical-hashes\n ((selfhost/gc-authority::field plan) (quote :parents)))))\n (if\n (if (selfhost/gc-authority::vec? refs) (selfhost/gc-authority::vec? parents) false)\n ((selfhost/gc-authority::ok request) {:parents parents :refs refs})\n ((selfhost/gc-authority::bad request) \"artifact edge planner returned invalid hashes\"))))\n ((selfhost/gc-authority::bad request) \"artifact edge options must be bool\")))\n ((selfhost/gc-authority::bad request) \"artifact-edges payload fields mismatch\")))))\n\n(def selfhost/gc-authority::inventory-loop\n (fn (inventory)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len inventory))\n out\n (let ((entry ((core/vec::get inventory) index)))\n (if ((selfhost/store-authority::exact-map? entry) [:hash :value])\n (let\n ((hash (selfhost/gc-authority::normalize-hash\n ((selfhost/gc-authority::field entry) (quote :hash))))\n (value ((selfhost/gc-authority::field entry) (quote :value))))\n (if\n (if (selfhost/gc-authority::nil? hash)\n false\n (if (selfhost/gc-authority::int? value)\n (if ((core/int::lt? value) 0)\n false\n (selfhost/gc-authority::nil? ((core/map::get out) hash)))\n false))\n (((selfhost/gc-authority::inventory-loop inventory) ((core/int::add index) 1))\n (((core/map::put out) hash) value))\n nil))\n nil)))))))\n\n(def selfhost/gc-authority::top-insert\n (fn (entry)\n (fn (values)\n (((selfhost/gc-authority::top-insert-loop entry) values) 0 []))))\n\n(def selfhost/gc-authority::top-insert-loop\n (fn (entry)\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n ((core/vec::push out) entry)\n (let ((current ((core/vec::get values) index)))\n (if\n ((core/int::lt? ((selfhost/gc-authority::field current) (quote :value)))\n ((selfhost/gc-authority::field entry) (quote :value)))\n (((selfhost/gc-authority::append-rest ((core/vec::push out) entry)) values) index)\n ((((selfhost/gc-authority::top-insert-loop entry) values)\n ((core/int::add index) 1)) ((core/vec::push out) current))))))))))\n\n(def selfhost/gc-authority::append-rest\n (fn (out)\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (((selfhost/gc-authority::append-rest ((core/vec::push out) ((core/vec::get values) index)))\n values) ((core/int::add index) 1)))))))\n\n(def selfhost/gc-authority::take-loop\n (fn (values)\n (fn (limit)\n (fn (index)\n (fn (out)\n (if\n (if ((core/int::eq? index) (core/vec::len values))\n true\n ((core/int::eq? index) limit))\n out\n ((((selfhost/gc-authority::take-loop values) limit) ((core/int::add index) 1))\n ((core/vec::push out) ((core/vec::get values) index)))))))))\n\n(def selfhost/gc-authority::dead-loop\n (fn (entries)\n (fn (live)\n (fn (index)\n (fn (dead)\n (fn (largest)\n (fn (total)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:dead dead\n :largest ((((selfhost/gc-authority::take-loop largest) 25) 0) [])\n :reclaim-bytes total}\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((hash ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1)))\n (if (selfhost/gc-authority::nil? ((core/map::get live) hash))\n ((((((selfhost/gc-authority::dead-loop entries) live)\n ((core/int::add index) 1)) ((core/vec::push dead) hash))\n ((selfhost/gc-authority::top-insert {:hash hash :value value}) largest))\n ((core/int::add total) value))\n ((((((selfhost/gc-authority::dead-loop entries) live)\n ((core/int::add index) 1)) dead) largest) total))))))))))))\n\n(def selfhost/gc-authority::dead-plan\n (fn (request)\n (fn (payload)\n (if ((selfhost/store-authority::exact-map? payload) [:inventory :live])\n (let\n ((inventory ((selfhost/gc-authority::field payload) (quote :inventory)))\n (live-values ((selfhost/gc-authority::field payload) (quote :live))))\n (if\n (if (selfhost/gc-authority::vec? inventory) (selfhost/gc-authority::vec? live-values) false)\n (let\n ((inventory-map (((selfhost/gc-authority::inventory-loop inventory) 0) {}))\n (live (((selfhost/gc-authority::hash-set-loop live-values) 0) {})))\n (if\n (if (selfhost/gc-authority::map? inventory-map) (selfhost/gc-authority::map? live) false)\n ((selfhost/gc-authority::ok request)\n ((((((selfhost/gc-authority::dead-loop (core/map::entries inventory-map)) live) 0) []) []) 0))\n ((selfhost/gc-authority::bad request) \"dead-plan observations are malformed\")))\n ((selfhost/gc-authority::bad request) \"dead-plan observations must be vectors\")))\n ((selfhost/gc-authority::bad request) \"dead-plan payload fields mismatch\")))))\n\n(def selfhost/gc-authority::purge-loop\n (fn (entries)\n (fn (ttl)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n ((((selfhost/gc-authority::purge-loop entries) ttl) ((core/int::add index) 1))\n (if\n (if ((core/int::lt? ((core/vec::get entry) 1)) ttl)\n false\n true)\n ((core/vec::push out) ((core/vec::get entry) 0))\n out)))))))))\n\n(def selfhost/gc-authority::purge-plan\n (fn (request)\n (fn (payload)\n (if ((selfhost/store-authority::exact-map? payload) [:inventory :ttl-seconds])\n (let\n ((inventory ((selfhost/gc-authority::field payload) (quote :inventory)))\n (ttl ((selfhost/gc-authority::field payload) (quote :ttl-seconds))))\n (if\n (if (selfhost/gc-authority::vec? inventory)\n (if (selfhost/gc-authority::int? ttl) (if ((core/int::lt? ttl) 0) false true) false)\n false)\n (let ((inventory-map (((selfhost/gc-authority::inventory-loop inventory) 0) {})))\n (if (selfhost/gc-authority::map? inventory-map)\n ((selfhost/gc-authority::ok request)\n {:purge ((((selfhost/gc-authority::purge-loop (core/map::entries inventory-map)) ttl) 0) [])})\n ((selfhost/gc-authority::bad request) \"purge inventory is malformed\")))\n ((selfhost/gc-authority::bad request) \"purge-plan payload is malformed\")))\n ((selfhost/gc-authority::bad request) \"purge-plan payload fields mismatch\")))))\n\n(def core/gc::authority\n (fn (request)\n (if ((selfhost/store-authority::exact-map? request) [:kind :op :payload :v])\n (if\n ((core/eq? ((selfhost/gc-authority::field request) (quote :kind)))\n \"genesis/gc-authority-request-v0.1\")\n (if ((core/int::eq? ((selfhost/gc-authority::field request) (quote :v))) 1)\n (let\n ((op ((selfhost/gc-authority::field request) (quote :op)))\n (payload ((selfhost/gc-authority::field request) (quote :payload))))\n (if (selfhost/gc-authority::sym? op)\n (if ((core/sym::eq? op) (quote :roots))\n ((selfhost/gc-authority::roots request) payload)\n (if ((core/sym::eq? op) (quote :artifact-edges))\n ((selfhost/gc-authority::artifact-edges request) payload)\n (if ((core/sym::eq? op) (quote :dead-plan))\n ((selfhost/gc-authority::dead-plan request) payload)\n (if ((core/sym::eq? op) (quote :pins-update))\n ((selfhost/gc-authority::pins-update request) payload)\n (if ((core/sym::eq? op) (quote :purge-plan))\n ((selfhost/gc-authority::purge-plan request) payload)\n ((selfhost/gc-authority::bad request) \"unsupported gc authority operation\"))))))\n ((selfhost/gc-authority::bad request) \"gc authority operation must be a symbol\")))\n ((selfhost/gc-authority::bad request) \"gc authority request version mismatch\"))\n ((selfhost/gc-authority::bad request) \"gc authority request kind mismatch\"))\n ((selfhost/gc-authority::bad request) \"gc authority request fields mismatch\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"U\xE2\x97s\xDC\xDF\x83\xC6n\xA7xB=FQ\x1B>P\xBD\x9C\xBE\xDAl\xEDA~\x93z\x9D6\x9D)" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-lock-read::tag core/data::tag) (def selfhost/pkg-lock-read::map? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :map)))) (def selfhost/pkg-lock-read::vec? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :vec)))) (def selfhost/pkg-lock-read::str? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :str)))) (def selfhost/pkg-lock-read::int? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :int)))) (def selfhost/pkg-lock-read::nil? (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :nil)))) (def selfhost/pkg-lock-read::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/pkg-lock-read::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/pkg-lock-read::map-has-keys-loop? (fn (value) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/pkg-lock-read::map-has-key-loop? (core/map::entries value)) ((core/vec::get keys) index)) 0) (((selfhost/pkg-lock-read::map-has-keys-loop? value) keys) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-lock-read::exact-map? (fn (value) (fn (keys) (if (selfhost/pkg-lock-read::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/pkg-lock-read::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/pkg-lock-read::ok (fn (value) {:message nil :ok true :value value})) (def selfhost/pkg-lock-read::bad (fn (message) {:message message :ok false :value nil})) (def selfhost/pkg-lock-read::valid-optional-string? (fn (value) (if (selfhost/pkg-lock-read::nil? value) true (selfhost/pkg-lock-read::str? value)))) (def selfhost/pkg-lock-read::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/pkg-lock-read::ascii-space? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 9) true (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13)))))) (def selfhost/pkg-lock-read::trim-left (fn (bytes) (fn (length) (fn (index) (if ((core/int::eq? index) length) index (if (selfhost/pkg-lock-read::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-lock-read::trim-left bytes) length) ((core/int::add index) 1)) index)))))) (def selfhost/pkg-lock-read::trim-right (fn (bytes) (fn (start) (fn (end) (if ((core/int::eq? start) end) end (let ((index ((core/int::sub end) 1))) (if (selfhost/pkg-lock-read::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-lock-read::trim-right bytes) start) index) end))))))) (def selfhost/pkg-lock-read::trim (fn (value) (let ((bytes (core/str::to-utf8 value))) (let ((length (core/bytes::len bytes))) (let ((start (((selfhost/pkg-lock-read::trim-left bytes) length) 0))) (let ((end (((selfhost/pkg-lock-read::trim-right bytes) start) length))) (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start))))))))) (def selfhost/pkg-lock-read::drop-prefix (fn (value) (fn (length) (let ((bytes (core/str::to-utf8 value))) (let ((total (core/bytes::len bytes))) (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length)))))))) (def selfhost/pkg-lock-read::tag-selector? (fn (selector) (let ((value (selfhost/pkg-lock-read::trim selector))) (if ((selfhost/pkg-lock-read::starts-with? value) "semver:") (let ((rest (selfhost/pkg-lock-read::trim ((selfhost/pkg-lock-read::drop-prefix value) 7)))) ((core/int::lt? 0) (core/str::len rest))) (if ((selfhost/pkg-lock-read::starts-with? value) "ref:refs/tags/") true ((selfhost/pkg-lock-read::starts-with? value) "refs/tags/")))))) (def selfhost/pkg-lock-read::ref-selector? (fn (selector) (let ((value (selfhost/pkg-lock-read::trim selector))) (if ((selfhost/pkg-lock-read::starts-with? value) "ref:refs/") (if ((selfhost/pkg-lock-read::starts-with? value) "ref:refs/tags/") false true) (if ((selfhost/pkg-lock-read::starts-with? value) "refs/") (if ((selfhost/pkg-lock-read::starts-with? value) "refs/tags/") false true) false))))) (def selfhost/pkg-lock-read::infer-strategy (fn (selector) (if (selfhost/pkg-lock-read::tag-selector? selector) "tag-policy" (if (selfhost/pkg-lock-read::ref-selector? selector) "track-ref" "pinned")))) (def selfhost/pkg-lock-read::string-map-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((key ((core/vec::get entry) 0))) (let ((value ((core/vec::get entry) 1))) (if (if (selfhost/pkg-lock-read::str? key) (selfhost/pkg-lock-read::str? value) false) (((selfhost/pkg-lock-read::string-map-loop entries) ((core/int::add index) 1)) (((core/map::put out) key) value)) (selfhost/pkg-lock-read::bad "table keys and values must be strings")))))))))) (def selfhost/pkg-lock-read::string-map (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::string-map-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "expected a string table"))))) (def selfhost/pkg-lock-read::normalize-update-policy (fn (value) (if (selfhost/pkg-lock-read::str? value) (if ((core/eq? value) "auto") (quote :auto) (quote :manual)) (quote :manual)))) (def selfhost/pkg-lock-read::normalize-strategy (fn (value) (fn (selector) (if (selfhost/pkg-lock-read::str? value) (if ((core/eq? value) "pinned") "pinned" (if ((core/eq? value) "track-ref") "track-ref" (if ((core/eq? value) "tag-policy") "tag-policy" (selfhost/pkg-lock-read::infer-strategy selector)))) (selfhost/pkg-lock-read::infer-strategy selector))))) (def selfhost/pkg-lock-read::normalize-requirement (fn (name) (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((selector ((core/map::get value) "selector"))) (if (selfhost/pkg-lock-read::str? selector) (let ((registry ((core/map::get value) "registry")) (update-policy ((core/map::get value) "update_policy")) (strategy-value ((core/map::get value) "strategy")) (tag-policy ((core/map::get value) "tag_policy"))) (if (selfhost/pkg-lock-read::valid-optional-string? registry) (if (selfhost/pkg-lock-read::valid-optional-string? update-policy) (if (selfhost/pkg-lock-read::valid-optional-string? strategy-value) (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy) (let ((strategy ((selfhost/pkg-lock-read::normalize-strategy strategy-value) selector))) (if (if ((core/eq? strategy) "tag-policy") (selfhost/pkg-lock-read::tag-selector? selector) true) (selfhost/pkg-lock-read::ok {:registry registry :selector selector :update-policy (selfhost/pkg-lock-read::normalize-update-policy update-policy)}) (selfhost/pkg-lock-read::bad "tag-policy requirement selector must be refs/tags/* or semver:"))) (selfhost/pkg-lock-read::bad "requirement tag_policy must be string")) (selfhost/pkg-lock-read::bad "requirement strategy must be string")) (selfhost/pkg-lock-read::bad "requirement update_policy must be string")) (selfhost/pkg-lock-read::bad "requirement registry must be string"))) (selfhost/pkg-lock-read::bad "requirement selector must be string"))) (selfhost/pkg-lock-read::bad "requirement must be a table"))))) (def selfhost/pkg-lock-read::requirements-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (if (selfhost/pkg-lock-read::str? name) (let ((normalized ((selfhost/pkg-lock-read::normalize-requirement name) ((core/vec::get entry) 1)))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-read::requirements-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) ((core/map::get normalized) (quote :value)))) normalized)) (selfhost/pkg-lock-read::bad "requirement name must be string"))))))))) (def selfhost/pkg-lock-read::requirements (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::requirements-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "requirements must be a table"))))) (def selfhost/pkg-lock-read::normalize-locked (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((snapshot ((core/map::get value) "snapshot"))) (if (selfhost/pkg-lock-read::str? snapshot) (let ((commit ((core/map::get value) "commit")) (registry ((core/map::get value) "registry")) (source ((core/map::get value) "source_selector")) (resolved ((core/map::get value) "resolved_ref")) (exports ((core/map::get value) "exports_hash")) (environment ((core/map::get value) "environment_fingerprint"))) (if (if (selfhost/pkg-lock-read::valid-optional-string? commit) (if (selfhost/pkg-lock-read::valid-optional-string? registry) (if (selfhost/pkg-lock-read::valid-optional-string? source) (if (selfhost/pkg-lock-read::valid-optional-string? resolved) (if (selfhost/pkg-lock-read::valid-optional-string? exports) (selfhost/pkg-lock-read::valid-optional-string? environment) false) false) false) false) false) (selfhost/pkg-lock-read::ok {:commit commit :exports_hash exports :registry registry :resolved-ref resolved :snapshot snapshot :source_selector (if (selfhost/pkg-lock-read::nil? source) nil (if ((core/int::eq? (core/str::len source)) 0) nil source))}) (selfhost/pkg-lock-read::bad "locked optional fields must be strings"))) (selfhost/pkg-lock-read::bad "locked snapshot must be string"))) (selfhost/pkg-lock-read::bad "locked entry must be a table")))) (def selfhost/pkg-lock-read::locked-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (if (selfhost/pkg-lock-read::str? name) (let ((normalized (selfhost/pkg-lock-read::normalize-locked ((core/vec::get entry) 1)))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-read::locked-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) ((core/map::get normalized) (quote :value)))) normalized)) (selfhost/pkg-lock-read::bad "locked name must be string"))))))))) (def selfhost/pkg-lock-read::locked (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::locked-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "locked must be a table"))))) (def selfhost/pkg-lock-read::normalize-document-tail (fn (document) (fn (workspace) (fn (policy) (let ((registries (selfhost/pkg-lock-read::string-map ((core/map::get document) "registries")))) (if ((core/map::get registries) (quote :ok)) (let ((requirements (selfhost/pkg-lock-read::requirements ((core/map::get document) "requirements")))) (if ((core/map::get requirements) (quote :ok)) (let ((locked (selfhost/pkg-lock-read::locked ((core/map::get document) "locked")))) (if ((core/map::get locked) (quote :ok)) (let ((artifacts (selfhost/pkg-lock-read::string-map ((core/map::get document) "artifacts")))) (if ((core/map::get artifacts) (quote :ok)) (selfhost/pkg-lock-read::ok {:artifacts ((core/map::get artifacts) (quote :value)) :locked ((core/map::get locked) (quote :value)) :policy policy :registries ((core/map::get registries) (quote :value)) :requirements ((core/map::get requirements) (quote :value)) :workspace workspace}) artifacts)) locked)) requirements)) registries)))))) (def selfhost/pkg-lock-read::normalize-document (fn (document) (if (selfhost/pkg-lock-read::map? document) (let ((version ((core/map::get document) "version"))) (if (if (selfhost/pkg-lock-read::int? version) (if ((core/int::eq? version) 1) true ((core/int::eq? version) 2)) false) (let ((workspace ((core/map::get document) "workspace"))) (if (selfhost/pkg-lock-read::str? workspace) (let ((policy ((core/map::get document) "policy"))) (if (selfhost/pkg-lock-read::nil? policy) (((selfhost/pkg-lock-read::normalize-document-tail document) workspace) "policy:default-v0.1") (if (selfhost/pkg-lock-read::str? policy) (((selfhost/pkg-lock-read::normalize-document-tail document) workspace) policy) (selfhost/pkg-lock-read::bad "policy must be string")))) (selfhost/pkg-lock-read::bad "missing or invalid workspace"))) (selfhost/pkg-lock-read::bad "missing or unsupported version"))) (selfhost/pkg-lock-read::bad "lock document must be a table")))) (def selfhost/pkg-lock-read::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (lock) {:code code :kind "genesis/pkg-lock-read-authority-result-v0.1" :lock lock :message message :ok ok :request-h request-h :v 1})))))) (def selfhost/pkg-lock-read::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-lock-read::result request-h) false) code) message) nil))))) (def selfhost/pkg-lock-read::accept (fn (request-h) (fn (lock) (((((selfhost/pkg-lock-read::result request-h) true) nil) nil) lock)))) (def core/pkg::lock-read-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-lock-read-authority-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if ((core/sym::eq? (selfhost/pkg-lock-read::tag op)) (quote :sym)) ((core/sym::eq? op) (quote :read)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) (let ((normalized (selfhost/pkg-lock-read::normalize-document ((core/map::get request) (quote :document))))) (if ((core/map::get normalized) (quote :ok)) ((selfhost/pkg-lock-read::accept request-h) ((core/map::get normalized) (quote :value))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message))))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request :op must be :read"))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")) (((selfhost/pkg-lock-read::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"\xB8%_\x8D<\xCF\x10H\x94\xB0\x82\x05\xD7\xC4jS\xF6W}L4\x97\\(\xFB\xC0\xAE>\xF7\x8D\xB2\xF4" :path "selfhost/pkg_lock_read_authority_v1.gc" :source "(def selfhost/pkg-lock-read::tag core/data::tag)\n\n(def selfhost/pkg-lock-read::map?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :map))))\n\n(def selfhost/pkg-lock-read::vec?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :vec))))\n\n(def selfhost/pkg-lock-read::str?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :str))))\n\n(def selfhost/pkg-lock-read::int?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :int))))\n\n(def selfhost/pkg-lock-read::nil?\n (fn (value) ((core/sym::eq? (selfhost/pkg-lock-read::tag value)) (quote :nil))))\n\n(def selfhost/pkg-lock-read::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/pkg-lock-read::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-lock-read::map-has-keys-loop?\n (fn (value)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/pkg-lock-read::map-has-key-loop? (core/map::entries value))\n ((core/vec::get keys) index))\n 0)\n (((selfhost/pkg-lock-read::map-has-keys-loop? value) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-lock-read::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/pkg-lock-read::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/pkg-lock-read::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/pkg-lock-read::ok\n (fn (value) {:message nil :ok true :value value}))\n\n(def selfhost/pkg-lock-read::bad\n (fn (message) {:message message :ok false :value nil}))\n\n(def selfhost/pkg-lock-read::valid-optional-string?\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value) true (selfhost/pkg-lock-read::str? value))))\n\n(def selfhost/pkg-lock-read::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/pkg-lock-read::ascii-space?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 9)\n true\n (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13))))))\n\n(def selfhost/pkg-lock-read::trim-left\n (fn (bytes)\n (fn (length)\n (fn (index)\n (if ((core/int::eq? index) length)\n index\n (if (selfhost/pkg-lock-read::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-lock-read::trim-left bytes) length) ((core/int::add index) 1))\n index))))))\n\n(def selfhost/pkg-lock-read::trim-right\n (fn (bytes)\n (fn (start)\n (fn (end)\n (if ((core/int::eq? start) end)\n end\n (let ((index ((core/int::sub end) 1)))\n (if (selfhost/pkg-lock-read::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-lock-read::trim-right bytes) start) index)\n end)))))))\n\n(def selfhost/pkg-lock-read::trim\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((length (core/bytes::len bytes)))\n (let ((start (((selfhost/pkg-lock-read::trim-left bytes) length) 0)))\n (let ((end (((selfhost/pkg-lock-read::trim-right bytes) start) length)))\n (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start)))))))))\n\n(def selfhost/pkg-lock-read::drop-prefix\n (fn (value)\n (fn (length)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((total (core/bytes::len bytes)))\n (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length))))))))\n\n(def selfhost/pkg-lock-read::tag-selector?\n (fn (selector)\n (let ((value (selfhost/pkg-lock-read::trim selector)))\n (if ((selfhost/pkg-lock-read::starts-with? value) \"semver:\")\n (let ((rest (selfhost/pkg-lock-read::trim ((selfhost/pkg-lock-read::drop-prefix value) 7))))\n ((core/int::lt? 0) (core/str::len rest)))\n (if ((selfhost/pkg-lock-read::starts-with? value) \"ref:refs/tags/\")\n true\n ((selfhost/pkg-lock-read::starts-with? value) \"refs/tags/\"))))))\n\n(def selfhost/pkg-lock-read::ref-selector?\n (fn (selector)\n (let ((value (selfhost/pkg-lock-read::trim selector)))\n (if ((selfhost/pkg-lock-read::starts-with? value) \"ref:refs/\")\n (if ((selfhost/pkg-lock-read::starts-with? value) \"ref:refs/tags/\") false true)\n (if ((selfhost/pkg-lock-read::starts-with? value) \"refs/\")\n (if ((selfhost/pkg-lock-read::starts-with? value) \"refs/tags/\") false true)\n false)))))\n\n(def selfhost/pkg-lock-read::infer-strategy\n (fn (selector)\n (if (selfhost/pkg-lock-read::tag-selector? selector)\n \"tag-policy\"\n (if (selfhost/pkg-lock-read::ref-selector? selector) \"track-ref\" \"pinned\"))))\n\n(def selfhost/pkg-lock-read::string-map-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((key ((core/vec::get entry) 0)))\n (let ((value ((core/vec::get entry) 1)))\n (if\n (if (selfhost/pkg-lock-read::str? key) (selfhost/pkg-lock-read::str? value) false)\n (((selfhost/pkg-lock-read::string-map-loop entries) ((core/int::add index) 1))\n (((core/map::put out) key) value))\n (selfhost/pkg-lock-read::bad \"table keys and values must be strings\"))))))))))\n\n(def selfhost/pkg-lock-read::string-map\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::string-map-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"expected a string table\")))))\n\n(def selfhost/pkg-lock-read::normalize-update-policy\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n (if ((core/eq? value) \"auto\") (quote :auto) (quote :manual))\n (quote :manual))))\n\n(def selfhost/pkg-lock-read::normalize-strategy\n (fn (value)\n (fn (selector)\n (if (selfhost/pkg-lock-read::str? value)\n (if ((core/eq? value) \"pinned\")\n \"pinned\"\n (if ((core/eq? value) \"track-ref\")\n \"track-ref\"\n (if ((core/eq? value) \"tag-policy\") \"tag-policy\" (selfhost/pkg-lock-read::infer-strategy selector))))\n (selfhost/pkg-lock-read::infer-strategy selector)))))\n\n(def selfhost/pkg-lock-read::normalize-requirement\n (fn (name)\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let ((selector ((core/map::get value) \"selector\")))\n (if (selfhost/pkg-lock-read::str? selector)\n (let\n (\n (registry ((core/map::get value) \"registry\"))\n (update-policy ((core/map::get value) \"update_policy\"))\n (strategy-value ((core/map::get value) \"strategy\"))\n (tag-policy ((core/map::get value) \"tag_policy\")))\n (if (selfhost/pkg-lock-read::valid-optional-string? registry)\n (if (selfhost/pkg-lock-read::valid-optional-string? update-policy)\n (if (selfhost/pkg-lock-read::valid-optional-string? strategy-value)\n (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy)\n (let\n ((strategy\n ((selfhost/pkg-lock-read::normalize-strategy strategy-value) selector)))\n (if\n (if ((core/eq? strategy) \"tag-policy\")\n (selfhost/pkg-lock-read::tag-selector? selector)\n true)\n (selfhost/pkg-lock-read::ok\n {\n :registry registry\n :selector selector\n :update-policy\n (selfhost/pkg-lock-read::normalize-update-policy update-policy)})\n (selfhost/pkg-lock-read::bad\n \"tag-policy requirement selector must be refs/tags/* or semver:\")))\n (selfhost/pkg-lock-read::bad \"requirement tag_policy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement strategy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement update_policy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement registry must be string\")))\n (selfhost/pkg-lock-read::bad \"requirement selector must be string\")))\n (selfhost/pkg-lock-read::bad \"requirement must be a table\")))))\n\n(def selfhost/pkg-lock-read::requirements-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (if (selfhost/pkg-lock-read::str? name)\n (let\n ((normalized\n ((selfhost/pkg-lock-read::normalize-requirement name) ((core/vec::get entry) 1))))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-read::requirements-loop entries) ((core/int::add index) 1))\n (((core/map::put out) name) ((core/map::get normalized) (quote :value))))\n normalized))\n (selfhost/pkg-lock-read::bad \"requirement name must be string\")))))))))\n\n(def selfhost/pkg-lock-read::requirements\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::requirements-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"requirements must be a table\")))))\n\n(def selfhost/pkg-lock-read::normalize-locked\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let ((snapshot ((core/map::get value) \"snapshot\")))\n (if (selfhost/pkg-lock-read::str? snapshot)\n (let\n (\n (commit ((core/map::get value) \"commit\"))\n (registry ((core/map::get value) \"registry\"))\n (source ((core/map::get value) \"source_selector\"))\n (resolved ((core/map::get value) \"resolved_ref\"))\n (exports ((core/map::get value) \"exports_hash\"))\n (environment ((core/map::get value) \"environment_fingerprint\")))\n (if\n (if (selfhost/pkg-lock-read::valid-optional-string? commit)\n (if (selfhost/pkg-lock-read::valid-optional-string? registry)\n (if (selfhost/pkg-lock-read::valid-optional-string? source)\n (if (selfhost/pkg-lock-read::valid-optional-string? resolved)\n (if (selfhost/pkg-lock-read::valid-optional-string? exports)\n (selfhost/pkg-lock-read::valid-optional-string? environment)\n false)\n false)\n false)\n false)\n false)\n (selfhost/pkg-lock-read::ok\n {\n :commit commit\n :exports_hash exports\n :registry registry\n :resolved-ref resolved\n :snapshot snapshot\n :source_selector\n (if (selfhost/pkg-lock-read::nil? source)\n nil\n (if ((core/int::eq? (core/str::len source)) 0) nil source))})\n (selfhost/pkg-lock-read::bad \"locked optional fields must be strings\")))\n (selfhost/pkg-lock-read::bad \"locked snapshot must be string\")))\n (selfhost/pkg-lock-read::bad \"locked entry must be a table\"))))\n\n(def selfhost/pkg-lock-read::locked-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (if (selfhost/pkg-lock-read::str? name)\n (let ((normalized (selfhost/pkg-lock-read::normalize-locked ((core/vec::get entry) 1))))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-read::locked-loop entries) ((core/int::add index) 1))\n (((core/map::put out) name) ((core/map::get normalized) (quote :value))))\n normalized))\n (selfhost/pkg-lock-read::bad \"locked name must be string\")))))))))\n\n(def selfhost/pkg-lock-read::locked\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::locked-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"locked must be a table\")))))\n\n(def selfhost/pkg-lock-read::normalize-document-tail\n (fn (document)\n (fn (workspace)\n (fn (policy)\n (let ((registries (selfhost/pkg-lock-read::string-map ((core/map::get document) \"registries\"))))\n (if ((core/map::get registries) (quote :ok))\n (let ((requirements (selfhost/pkg-lock-read::requirements ((core/map::get document) \"requirements\"))))\n (if ((core/map::get requirements) (quote :ok))\n (let ((locked (selfhost/pkg-lock-read::locked ((core/map::get document) \"locked\"))))\n (if ((core/map::get locked) (quote :ok))\n (let ((artifacts (selfhost/pkg-lock-read::string-map ((core/map::get document) \"artifacts\"))))\n (if ((core/map::get artifacts) (quote :ok))\n (selfhost/pkg-lock-read::ok\n {\n :artifacts ((core/map::get artifacts) (quote :value))\n :locked ((core/map::get locked) (quote :value))\n :policy policy\n :registries ((core/map::get registries) (quote :value))\n :requirements ((core/map::get requirements) (quote :value))\n :workspace workspace})\n artifacts))\n locked))\n requirements))\n registries))))))\n\n(def selfhost/pkg-lock-read::normalize-document\n (fn (document)\n (if (selfhost/pkg-lock-read::map? document)\n (let ((version ((core/map::get document) \"version\")))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n (if ((core/int::eq? version) 1) true ((core/int::eq? version) 2))\n false)\n (let ((workspace ((core/map::get document) \"workspace\")))\n (if (selfhost/pkg-lock-read::str? workspace)\n (let ((policy ((core/map::get document) \"policy\")))\n (if (selfhost/pkg-lock-read::nil? policy)\n (((selfhost/pkg-lock-read::normalize-document-tail document) workspace)\n \"policy:default-v0.1\")\n (if (selfhost/pkg-lock-read::str? policy)\n (((selfhost/pkg-lock-read::normalize-document-tail document) workspace) policy)\n (selfhost/pkg-lock-read::bad \"policy must be string\"))))\n (selfhost/pkg-lock-read::bad \"missing or invalid workspace\")))\n (selfhost/pkg-lock-read::bad \"missing or unsupported version\")))\n (selfhost/pkg-lock-read::bad \"lock document must be a table\"))))\n\n(def selfhost/pkg-lock-read::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (lock)\n {\n :code code\n :kind \"genesis/pkg-lock-read-authority-result-v0.1\"\n :lock lock\n :message message\n :ok ok\n :request-h request-h\n :v 1}))))))\n\n(def selfhost/pkg-lock-read::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-lock-read::result request-h) false) code) message) nil)))))\n\n(def selfhost/pkg-lock-read::accept\n (fn (request-h)\n (fn (lock)\n (((((selfhost/pkg-lock-read::result request-h) true) nil) nil) lock))))\n\n(def core/pkg::lock-read-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-lock-read-authority-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if ((core/sym::eq? (selfhost/pkg-lock-read::tag op)) (quote :sym))\n ((core/sym::eq? op) (quote :read))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false)\n (let\n ((normalized\n (selfhost/pkg-lock-read::normalize-document\n ((core/map::get request) (quote :document)))))\n (if ((core/map::get normalized) (quote :ok))\n ((selfhost/pkg-lock-read::accept request-h)\n ((core/map::get normalized) (quote :value)))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message)))))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :op must be :read\")))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\"))\n (((selfhost/pkg-lock-read::reject request-h) \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xB8%_\x8D<\xCF\x10H\x94\xB0\x82\x05\xD7\xC4jS\xF6W}L4\x97\\(\xFB\xC0\xAE>\xF7\x8D\xB2\xF4" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-lock-read::strategy-symbol (fn (value) (if ((core/eq? value) "track-ref") (quote :track-ref) (if ((core/eq? value) "tag-policy") (quote :tag-policy) (quote :pinned))))) (def selfhost/pkg-lock-read::normalize-model-requirement (fn (name) (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((selector ((core/map::get value) "selector"))) (if (selfhost/pkg-lock-read::str? selector) (let ((registry ((core/map::get value) "registry")) (update-policy ((core/map::get value) "update_policy")) (strategy-value ((core/map::get value) "strategy")) (tag-policy ((core/map::get value) "tag_policy"))) (if (selfhost/pkg-lock-read::valid-optional-string? registry) (if (selfhost/pkg-lock-read::valid-optional-string? update-policy) (if (selfhost/pkg-lock-read::valid-optional-string? strategy-value) (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy) (let ((strategy ((selfhost/pkg-lock-read::normalize-strategy strategy-value) selector))) (if (if ((core/eq? strategy) "tag-policy") (selfhost/pkg-lock-read::tag-selector? selector) true) (selfhost/pkg-lock-read::ok {:registry registry :selector selector :strategy (selfhost/pkg-lock-read::strategy-symbol strategy) :tag-policy tag-policy :update-policy (selfhost/pkg-lock-read::normalize-update-policy update-policy)}) (selfhost/pkg-lock-read::bad "tag-policy requirement selector must be refs/tags/* or semver:"))) (selfhost/pkg-lock-read::bad "requirement tag_policy must be string")) (selfhost/pkg-lock-read::bad "requirement strategy must be string")) (selfhost/pkg-lock-read::bad "requirement update_policy must be string")) (selfhost/pkg-lock-read::bad "requirement registry must be string"))) (selfhost/pkg-lock-read::bad "requirement selector must be string"))) (selfhost/pkg-lock-read::bad "requirement must be a table"))))) (def selfhost/pkg-lock-read::model-requirements-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (if (selfhost/pkg-lock-read::str? name) (let ((normalized ((selfhost/pkg-lock-read::normalize-model-requirement name) ((core/vec::get entry) 1)))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-read::model-requirements-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) ((core/map::get normalized) (quote :value)))) normalized)) (selfhost/pkg-lock-read::bad "requirement name must be string"))))))))) (def selfhost/pkg-lock-read::model-requirements (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::model-requirements-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "requirements must be a table"))))) (def selfhost/pkg-lock-read::normalize-model-locked (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((snapshot ((core/map::get value) "snapshot"))) (if (selfhost/pkg-lock-read::str? snapshot) (let ((commit ((core/map::get value) "commit")) (registry ((core/map::get value) "registry")) (source ((core/map::get value) "source_selector")) (resolved ((core/map::get value) "resolved_ref")) (exports ((core/map::get value) "exports_hash")) (environment ((core/map::get value) "environment_fingerprint"))) (if (if (selfhost/pkg-lock-read::valid-optional-string? commit) (if (selfhost/pkg-lock-read::valid-optional-string? registry) (if (selfhost/pkg-lock-read::valid-optional-string? source) (if (selfhost/pkg-lock-read::valid-optional-string? resolved) (if (selfhost/pkg-lock-read::valid-optional-string? exports) (selfhost/pkg-lock-read::valid-optional-string? environment) false) false) false) false) false) (selfhost/pkg-lock-read::ok {:commit commit :environment-fingerprint environment :exports-hash exports :registry registry :resolved-ref resolved :snapshot snapshot :source-selector (if (selfhost/pkg-lock-read::nil? source) "" source)}) (selfhost/pkg-lock-read::bad "locked optional fields must be strings"))) (selfhost/pkg-lock-read::bad "locked snapshot must be string"))) (selfhost/pkg-lock-read::bad "locked entry must be a table")))) (def selfhost/pkg-lock-read::model-locked-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-lock-read::ok out) (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (if (selfhost/pkg-lock-read::str? name) (let ((normalized (selfhost/pkg-lock-read::normalize-model-locked ((core/vec::get entry) 1)))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-read::model-locked-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) ((core/map::get normalized) (quote :value)))) normalized)) (selfhost/pkg-lock-read::bad "locked name must be string"))))))))) (def selfhost/pkg-lock-read::model-locked (fn (value) (if (selfhost/pkg-lock-read::nil? value) (selfhost/pkg-lock-read::ok {}) (if (selfhost/pkg-lock-read::map? value) (((selfhost/pkg-lock-read::model-locked-loop (core/map::entries value)) 0) {}) (selfhost/pkg-lock-read::bad "locked must be a table"))))) (def selfhost/pkg-lock-read::normalize-model-document-tail (fn (document) (fn (version) (fn (workspace) (fn (policy) (let ((registries (selfhost/pkg-lock-read::string-map ((core/map::get document) "registries")))) (if ((core/map::get registries) (quote :ok)) (let ((requirements (selfhost/pkg-lock-read::model-requirements ((core/map::get document) "requirements")))) (if ((core/map::get requirements) (quote :ok)) (let ((locked (selfhost/pkg-lock-read::model-locked ((core/map::get document) "locked")))) (if ((core/map::get locked) (quote :ok)) (let ((artifacts (selfhost/pkg-lock-read::string-map ((core/map::get document) "artifacts")))) (if ((core/map::get artifacts) (quote :ok)) (selfhost/pkg-lock-read::ok {:artifacts ((core/map::get artifacts) (quote :value)) :locked ((core/map::get locked) (quote :value)) :policy policy :registries ((core/map::get registries) (quote :value)) :requirements ((core/map::get requirements) (quote :value)) :version version :workspace workspace}) artifacts)) locked)) requirements)) registries))))))) (def selfhost/pkg-lock-read::normalize-model-document (fn (document) (if (selfhost/pkg-lock-read::map? document) (let ((version ((core/map::get document) "version"))) (if (if (selfhost/pkg-lock-read::int? version) (if ((core/int::eq? version) 1) true ((core/int::eq? version) 2)) false) (let ((workspace ((core/map::get document) "workspace"))) (if (selfhost/pkg-lock-read::str? workspace) (let ((policy ((core/map::get document) "policy"))) (if (selfhost/pkg-lock-read::nil? policy) ((((selfhost/pkg-lock-read::normalize-model-document-tail document) version) workspace) "policy:default-v0.1") (if (selfhost/pkg-lock-read::str? policy) ((((selfhost/pkg-lock-read::normalize-model-document-tail document) version) workspace) policy) (selfhost/pkg-lock-read::bad "policy must be string")))) (selfhost/pkg-lock-read::bad "missing or invalid workspace"))) (selfhost/pkg-lock-read::bad "missing or unsupported version"))) (selfhost/pkg-lock-read::bad "lock document must be a table")))) (def selfhost/pkg-lock-model::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (model) {:code code :kind "genesis/pkg-lock-model-authority-result-v0.1" :message message :model model :ok ok :request-h request-h :v 1})))))) (def selfhost/pkg-lock-model::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-lock-model::result request-h) false) code) message) nil))))) (def selfhost/pkg-lock-model::accept (fn (request-h) (fn (model) (((((selfhost/pkg-lock-model::result request-h) true) nil) nil) model)))) (def core/pkg::lock-model-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-lock-model-authority-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if ((core/sym::eq? (selfhost/pkg-lock-read::tag op)) (quote :sym)) ((core/sym::eq? op) (quote :read-model)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) (let ((normalized (selfhost/pkg-lock-read::normalize-model-document ((core/map::get request) (quote :document))))) (if ((core/map::get normalized) (quote :ok)) ((selfhost/pkg-lock-model::accept request-h) ((core/map::get normalized) (quote :value))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message))))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request :op must be :read-model"))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")) (((selfhost/pkg-lock-model::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"_*A\x95\xE4\x84\xE0B\x85\x0E\x02\x05\xD3q\xB6\xAF\xD6\xAF\xE1\x1D\xFE\xBB}3\xE4\xC6\xEF\x98\xFA\xD6C5" :path "selfhost/pkg_lock_model_authority_v1.gc" :source "; The internal model retains every resolution field. The public lock-read\n; authority below deliberately keeps its smaller compatibility projection.\n\n(def selfhost/pkg-lock-read::strategy-symbol\n (fn (value)\n (if ((core/eq? value) \"track-ref\")\n (quote :track-ref)\n (if ((core/eq? value) \"tag-policy\") (quote :tag-policy) (quote :pinned)))))\n\n(def selfhost/pkg-lock-read::normalize-model-requirement\n (fn (name)\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let ((selector ((core/map::get value) \"selector\")))\n (if (selfhost/pkg-lock-read::str? selector)\n (let\n (\n (registry ((core/map::get value) \"registry\"))\n (update-policy ((core/map::get value) \"update_policy\"))\n (strategy-value ((core/map::get value) \"strategy\"))\n (tag-policy ((core/map::get value) \"tag_policy\")))\n (if (selfhost/pkg-lock-read::valid-optional-string? registry)\n (if (selfhost/pkg-lock-read::valid-optional-string? update-policy)\n (if (selfhost/pkg-lock-read::valid-optional-string? strategy-value)\n (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy)\n (let\n ((strategy\n ((selfhost/pkg-lock-read::normalize-strategy strategy-value) selector)))\n (if\n (if ((core/eq? strategy) \"tag-policy\")\n (selfhost/pkg-lock-read::tag-selector? selector)\n true)\n (selfhost/pkg-lock-read::ok\n {\n :registry registry\n :selector selector\n :strategy (selfhost/pkg-lock-read::strategy-symbol strategy)\n :tag-policy tag-policy\n :update-policy\n (selfhost/pkg-lock-read::normalize-update-policy update-policy)})\n (selfhost/pkg-lock-read::bad\n \"tag-policy requirement selector must be refs/tags/* or semver:\")))\n (selfhost/pkg-lock-read::bad \"requirement tag_policy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement strategy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement update_policy must be string\"))\n (selfhost/pkg-lock-read::bad \"requirement registry must be string\")))\n (selfhost/pkg-lock-read::bad \"requirement selector must be string\")))\n (selfhost/pkg-lock-read::bad \"requirement must be a table\")))))\n\n(def selfhost/pkg-lock-read::model-requirements-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (if (selfhost/pkg-lock-read::str? name)\n (let\n ((normalized\n ((selfhost/pkg-lock-read::normalize-model-requirement name)\n ((core/vec::get entry) 1))))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-read::model-requirements-loop entries)\n ((core/int::add index) 1))\n (((core/map::put out) name) ((core/map::get normalized) (quote :value))))\n normalized))\n (selfhost/pkg-lock-read::bad \"requirement name must be string\")))))))))\n\n(def selfhost/pkg-lock-read::model-requirements\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::model-requirements-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"requirements must be a table\")))))\n\n(def selfhost/pkg-lock-read::normalize-model-locked\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let ((snapshot ((core/map::get value) \"snapshot\")))\n (if (selfhost/pkg-lock-read::str? snapshot)\n (let\n (\n (commit ((core/map::get value) \"commit\"))\n (registry ((core/map::get value) \"registry\"))\n (source ((core/map::get value) \"source_selector\"))\n (resolved ((core/map::get value) \"resolved_ref\"))\n (exports ((core/map::get value) \"exports_hash\"))\n (environment ((core/map::get value) \"environment_fingerprint\")))\n (if\n (if (selfhost/pkg-lock-read::valid-optional-string? commit)\n (if (selfhost/pkg-lock-read::valid-optional-string? registry)\n (if (selfhost/pkg-lock-read::valid-optional-string? source)\n (if (selfhost/pkg-lock-read::valid-optional-string? resolved)\n (if (selfhost/pkg-lock-read::valid-optional-string? exports)\n (selfhost/pkg-lock-read::valid-optional-string? environment)\n false)\n false)\n false)\n false)\n false)\n (selfhost/pkg-lock-read::ok\n {\n :commit commit\n :environment-fingerprint environment\n :exports-hash exports\n :registry registry\n :resolved-ref resolved\n :snapshot snapshot\n :source-selector\n (if (selfhost/pkg-lock-read::nil? source) \"\" source)})\n (selfhost/pkg-lock-read::bad \"locked optional fields must be strings\")))\n (selfhost/pkg-lock-read::bad \"locked snapshot must be string\")))\n (selfhost/pkg-lock-read::bad \"locked entry must be a table\"))))\n\n(def selfhost/pkg-lock-read::model-locked-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-lock-read::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (if (selfhost/pkg-lock-read::str? name)\n (let\n ((normalized\n (selfhost/pkg-lock-read::normalize-model-locked\n ((core/vec::get entry) 1))))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-read::model-locked-loop entries)\n ((core/int::add index) 1))\n (((core/map::put out) name) ((core/map::get normalized) (quote :value))))\n normalized))\n (selfhost/pkg-lock-read::bad \"locked name must be string\")))))))))\n\n(def selfhost/pkg-lock-read::model-locked\n (fn (value)\n (if (selfhost/pkg-lock-read::nil? value)\n (selfhost/pkg-lock-read::ok {})\n (if (selfhost/pkg-lock-read::map? value)\n (((selfhost/pkg-lock-read::model-locked-loop (core/map::entries value)) 0) {})\n (selfhost/pkg-lock-read::bad \"locked must be a table\")))))\n\n(def selfhost/pkg-lock-read::normalize-model-document-tail\n (fn (document)\n (fn (version)\n (fn (workspace)\n (fn (policy)\n (let\n ((registries\n (selfhost/pkg-lock-read::string-map ((core/map::get document) \"registries\"))))\n (if ((core/map::get registries) (quote :ok))\n (let\n ((requirements\n (selfhost/pkg-lock-read::model-requirements\n ((core/map::get document) \"requirements\"))))\n (if ((core/map::get requirements) (quote :ok))\n (let\n ((locked\n (selfhost/pkg-lock-read::model-locked\n ((core/map::get document) \"locked\"))))\n (if ((core/map::get locked) (quote :ok))\n (let\n ((artifacts\n (selfhost/pkg-lock-read::string-map\n ((core/map::get document) \"artifacts\"))))\n (if ((core/map::get artifacts) (quote :ok))\n (selfhost/pkg-lock-read::ok\n {\n :artifacts ((core/map::get artifacts) (quote :value))\n :locked ((core/map::get locked) (quote :value))\n :policy policy\n :registries ((core/map::get registries) (quote :value))\n :requirements ((core/map::get requirements) (quote :value))\n :version version\n :workspace workspace})\n artifacts))\n locked))\n requirements))\n registries)))))))\n\n(def selfhost/pkg-lock-read::normalize-model-document\n (fn (document)\n (if (selfhost/pkg-lock-read::map? document)\n (let ((version ((core/map::get document) \"version\")))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n (if ((core/int::eq? version) 1) true ((core/int::eq? version) 2))\n false)\n (let ((workspace ((core/map::get document) \"workspace\")))\n (if (selfhost/pkg-lock-read::str? workspace)\n (let ((policy ((core/map::get document) \"policy\")))\n (if (selfhost/pkg-lock-read::nil? policy)\n ((((selfhost/pkg-lock-read::normalize-model-document-tail document) version)\n workspace)\n \"policy:default-v0.1\")\n (if (selfhost/pkg-lock-read::str? policy)\n ((((selfhost/pkg-lock-read::normalize-model-document-tail document) version)\n workspace)\n policy)\n (selfhost/pkg-lock-read::bad \"policy must be string\"))))\n (selfhost/pkg-lock-read::bad \"missing or invalid workspace\")))\n (selfhost/pkg-lock-read::bad \"missing or unsupported version\")))\n (selfhost/pkg-lock-read::bad \"lock document must be a table\"))))\n(def selfhost/pkg-lock-model::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (model)\n {\n :code code\n :kind \"genesis/pkg-lock-model-authority-result-v0.1\"\n :message message\n :model model\n :ok ok\n :request-h request-h\n :v 1}))))))\n\n(def selfhost/pkg-lock-model::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-lock-model::result request-h) false) code) message) nil)))))\n\n(def selfhost/pkg-lock-model::accept\n (fn (request-h)\n (fn (model)\n (((((selfhost/pkg-lock-model::result request-h) true) nil) nil) model))))\n\n(def core/pkg::lock-model-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-lock-model-authority-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if ((core/sym::eq? (selfhost/pkg-lock-read::tag op)) (quote :sym))\n ((core/sym::eq? op) (quote :read-model))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n (let\n ((normalized\n (selfhost/pkg-lock-read::normalize-model-document\n ((core/map::get request) (quote :document)))))\n (if ((core/map::get normalized) (quote :ok))\n ((selfhost/pkg-lock-model::accept request-h)\n ((core/map::get normalized) (quote :value)))\n (((selfhost/pkg-lock-model::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message)))))\n (((selfhost/pkg-lock-model::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-lock-model::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :op must be :read-model\")))\n (((selfhost/pkg-lock-model::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-lock-model::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\"))\n (((selfhost/pkg-lock-model::reject request-h) \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_*A\x95\xE4\x84\xE0B\x85\x0E\x02\x05\xD3q\xB6\xAF\xD6\xAF\xE1\x1D\xFE\xBB}3\xE4\xC6\xEF\x98\xFA\xD6C5" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-lock-write::append (fn (left) (fn (right) ((core/str::concat left) right)))) (def selfhost/pkg-lock-write::append3 (fn (a) (fn (b) (fn (c) ((selfhost/pkg-lock-write::append ((selfhost/pkg-lock-write::append a) b)) c))))) (def selfhost/pkg-lock-write::quoted (fn (value) (((selfhost/pkg-lock-write::append3 "\"") (core/coreform::escape-str value)) "\""))) (def selfhost/pkg-lock-write::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/pkg-lock-write::ascii-space? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 9) true (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13)))))) (def selfhost/pkg-lock-write::trim-left (fn (bytes) (fn (length) (fn (index) (if ((core/int::eq? index) length) index (if (selfhost/pkg-lock-write::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-lock-write::trim-left bytes) length) ((core/int::add index) 1)) index)))))) (def selfhost/pkg-lock-write::trim-right (fn (bytes) (fn (start) (fn (end) (if ((core/int::eq? start) end) end (let ((index ((core/int::sub end) 1))) (if (selfhost/pkg-lock-write::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-lock-write::trim-right bytes) start) index) end))))))) (def selfhost/pkg-lock-write::trim (fn (value) (let ((bytes (core/str::to-utf8 value))) (let ((length (core/bytes::len bytes))) (let ((start (((selfhost/pkg-lock-write::trim-left bytes) length) 0))) (let ((end (((selfhost/pkg-lock-write::trim-right bytes) start) length))) (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start))))))))) (def selfhost/pkg-lock-write::drop-prefix (fn (value) (fn (length) (let ((bytes (core/str::to-utf8 value))) (let ((total (core/bytes::len bytes))) (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length)))))))) (def selfhost/pkg-lock-write::selector-kind (fn (selector) (let ((value (selfhost/pkg-lock-write::trim selector))) (if ((selfhost/pkg-lock-write::starts-with? value) "semver:") (let ((rest (selfhost/pkg-lock-write::trim ((selfhost/pkg-lock-write::drop-prefix value) 7)))) (if ((core/int::eq? (core/str::len rest)) 0) (quote :other) (quote :tag))) (if ((selfhost/pkg-lock-write::starts-with? value) "ref:") (let ((rest (selfhost/pkg-lock-write::trim ((selfhost/pkg-lock-write::drop-prefix value) 4)))) (if ((selfhost/pkg-lock-write::starts-with? rest) "refs/tags/") (quote :tag) (if ((selfhost/pkg-lock-write::starts-with? rest) "refs/") (quote :ref) (quote :other)))) (if ((selfhost/pkg-lock-write::starts-with? value) "refs/tags/") (quote :tag) (if ((selfhost/pkg-lock-write::starts-with? value) "refs/") (quote :ref) (quote :other)))))))) (def selfhost/pkg-lock-write::infer-strategy (fn (selector) (let ((kind (selfhost/pkg-lock-write::selector-kind selector))) (if ((core/sym::eq? kind) (quote :ref)) "track-ref" (if ((core/sym::eq? kind) (quote :tag)) "tag-policy" "pinned"))))) (def selfhost/pkg-lock-write::ok-part (fn (line) (fn (has-v2) {:error nil :has-v2 has-v2 :line line}))) (def selfhost/pkg-lock-write::bad-part (fn (message) {:error message :has-v2 false :line ""})) (def selfhost/pkg-lock-write::entry-pair (fn (entry) (let ((pair (if ((core/sym::eq? (core/data::tag entry)) (quote :vec)) entry (core/pair::as-proper-list entry)))) (if ((core/sym::eq? (core/data::tag pair)) (quote :vec)) (if ((core/int::eq? (core/vec::len pair)) 2) pair nil) nil)))) (def selfhost/pkg-lock-write::normalize-update-policy (fn (value) (if (selfhost/pkg-lock-write::nil? value) "manual" (if (selfhost/pkg-lock-write::sym? value) (let ((name (core/sym::to-str value))) (if ((core/eq? name) ":manual") "manual" (if ((core/eq? name) ":auto") "auto" nil))) (if (selfhost/pkg-lock-write::str? value) (if ((core/eq? value) "manual") "manual" (if ((core/eq? value) ":manual") "manual" (if ((core/eq? value) "auto") "auto" (if ((core/eq? value) ":auto") "auto" nil)))) nil))))) (def selfhost/pkg-lock-write::normalize-strategy (fn (value) (fn (selector) (if (selfhost/pkg-lock-write::nil? value) (selfhost/pkg-lock-write::infer-strategy selector) (if (selfhost/pkg-lock-write::sym? value) (let ((name (core/sym::to-str value))) (if (if ((core/eq? name) "pinned") true ((core/eq? name) ":pinned")) "pinned" (if (if ((core/eq? name) "track-ref") true ((core/eq? name) ":track-ref")) "track-ref" (if (if ((core/eq? name) "tag-policy") true ((core/eq? name) ":tag-policy")) "tag-policy" nil)))) (if (selfhost/pkg-lock-write::str? value) (if ((core/eq? value) "pinned") "pinned" (if ((core/eq? value) "track-ref") "track-ref" (if ((core/eq? value) "tag-policy") "tag-policy" nil))) nil)))))) (def selfhost/pkg-lock-write::render-requirement-line (fn (name) (fn (selector) (fn (update-policy) (fn (registry) (fn (strategy) (fn (tag-policy) (let ((prefix ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted name)) " = { selector = "))) (let ((with-selector ((selfhost/pkg-lock-write::append prefix) (selfhost/pkg-lock-write::quoted selector)))) (let ((with-policy ((selfhost/pkg-lock-write::append with-selector) ((selfhost/pkg-lock-write::append ", update_policy = ") (selfhost/pkg-lock-write::quoted update-policy))))) (let ((with-registry ((selfhost/pkg-lock-write::append with-policy) ((selfhost/pkg-lock-write::append ", registry = ") (selfhost/pkg-lock-write::quoted registry))))) (let ((with-strategy ((selfhost/pkg-lock-write::append with-registry) ((selfhost/pkg-lock-write::append ", strategy = ") (selfhost/pkg-lock-write::quoted strategy))))) (let ((with-tag (if (selfhost/pkg-lock-write::nil? tag-policy) with-strategy ((selfhost/pkg-lock-write::append with-strategy) ((selfhost/pkg-lock-write::append ", tag_policy = ") (selfhost/pkg-lock-write::quoted tag-policy)))))) (let ((kind (selfhost/pkg-lock-write::selector-kind selector))) ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append with-tag) " }\n")) (if (if ((core/eq? strategy) "pinned") (selfhost/pkg-lock-write::nil? tag-policy) false) (if ((core/sym::eq? kind) (quote :other)) false true) true)))))))))))))))) (def selfhost/pkg-lock-write::render-requirement (fn (name) (fn (requirement) (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::map? requirement) false) (let ((selector ((core/map::get requirement) (quote :selector)))) (if (selfhost/pkg-lock-write::str? selector) (let ((update-policy (selfhost/pkg-lock-write::normalize-update-policy ((core/map::get requirement) (quote :update-policy))))) (if (selfhost/pkg-lock-write::nil? update-policy) (selfhost/pkg-lock-write::bad-part ":requirements update-policy must be manual or auto") (let ((registry0 ((core/map::get requirement) (quote :registry)))) (if (if (selfhost/pkg-lock-write::nil? registry0) true (selfhost/pkg-lock-write::str? registry0)) (let ((registry (if (selfhost/pkg-lock-write::nil? registry0) "default" registry0))) (let ((strategy ((selfhost/pkg-lock-write::normalize-strategy ((core/map::get requirement) (quote :strategy))) selector))) (if (selfhost/pkg-lock-write::nil? strategy) (selfhost/pkg-lock-write::bad-part ":requirements strategy must be pinned, track-ref, or tag-policy") (let ((tag-policy ((core/map::get requirement) (quote :tag-policy)))) (if (if (selfhost/pkg-lock-write::nil? tag-policy) true (selfhost/pkg-lock-write::str? tag-policy)) ((((((selfhost/pkg-lock-write::render-requirement-line name) selector) update-policy) registry) strategy) tag-policy) (selfhost/pkg-lock-write::bad-part ":requirements tag-policy must be string or nil")))))) (selfhost/pkg-lock-write::bad-part ":requirements registry must be string or nil"))))) (selfhost/pkg-lock-write::bad-part ":requirements selector must be string"))) (selfhost/pkg-lock-write::bad-part ":requirements must map strings to maps"))))) (def selfhost/pkg-lock-write::render-requirements-loop (fn (entries) (fn (length) (fn (index) (fn (out) (fn (has-v2) (if ((core/int::eq? index) length) {:error nil :has-v2 has-v2 :text out} (let ((pair (selfhost/pkg-lock-write::entry-pair ((core/vec::get entries) index)))) (if (selfhost/pkg-lock-write::nil? pair) {:error ":requirements contains malformed entry" :has-v2 false :text ""} (let ((part ((selfhost/pkg-lock-write::render-requirement ((core/vec::get pair) 0)) ((core/vec::get pair) 1)))) (let ((error ((core/map::get part) (quote :error)))) (if (selfhost/pkg-lock-write::nil? error) (((((selfhost/pkg-lock-write::render-requirements-loop entries) length) ((core/int::add index) 1)) ((selfhost/pkg-lock-write::append out) ((core/map::get part) (quote :line)))) (if has-v2 true ((core/map::get part) (quote :has-v2)))) {:error error :has-v2 false :text ""})))))))))))) (def selfhost/pkg-lock-write::render-requirements (fn (value) (if (selfhost/pkg-lock-write::nil? value) {:error nil :has-v2 false :text ""} (if (selfhost/pkg-lock-write::map? value) (let ((entries (core/map::entries value))) (((((selfhost/pkg-lock-write::render-requirements-loop entries) (core/vec::len entries)) 0) "") false)) {:error ":requirements must be map" :has-v2 false :text ""})))) (def selfhost/pkg-lock-write::optional-string (fn (map) (fn (field) (let ((value ((core/map::get map) field))) (if (selfhost/pkg-lock-write::nil? value) {:error nil :value nil} (if (selfhost/pkg-lock-write::str? value) {:error nil :value value} {:error "optional lock field must be string or nil" :value nil})))))) (def selfhost/pkg-lock-write::append-optional-field (fn (line) (fn (label) (fn (value) (if (selfhost/pkg-lock-write::nil? value) line ((selfhost/pkg-lock-write::append line) ((selfhost/pkg-lock-write::append label) (selfhost/pkg-lock-write::quoted value)))))))) (def selfhost/pkg-lock-write::error-or (fn (left) (fn (right) (if (selfhost/pkg-lock-write::nil? left) right left)))) (def selfhost/pkg-lock-write::render-locked-fields (fn (name) (fn (snapshot) (fn (fields) (let ((commit ((core/map::get fields) (quote :commit)))) (let ((registry ((core/map::get fields) (quote :registry)))) (let ((source-selector ((core/map::get fields) (quote :source-selector)))) (let ((resolved-ref ((core/map::get fields) (quote :resolved-ref)))) (let ((exports-hash ((core/map::get fields) (quote :exports-hash)))) (let ((environment-fingerprint ((core/map::get fields) (quote :environment-fingerprint)))) (let ((error ((selfhost/pkg-lock-write::error-or ((core/map::get commit) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get registry) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get source-selector) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get resolved-ref) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get exports-hash) (quote :error))) ((core/map::get environment-fingerprint) (quote :error))))))))) (if (selfhost/pkg-lock-write::nil? error) (let ((commit-value ((core/map::get commit) (quote :value)))) (let ((line0 ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted name)) " = { "))) (let ((line1 (if (selfhost/pkg-lock-write::nil? commit-value) line0 ((selfhost/pkg-lock-write::append line0) ((selfhost/pkg-lock-write::append "commit = ") ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted commit-value)) ", ")))))) (let ((line2 ((selfhost/pkg-lock-write::append line1) ((selfhost/pkg-lock-write::append "snapshot = ") (selfhost/pkg-lock-write::quoted snapshot))))) (let ((line3 (((selfhost/pkg-lock-write::append-optional-field line2) ", registry = ") ((core/map::get registry) (quote :value))))) (let ((source-value ((core/map::get source-selector) (quote :value)))) (let ((line4 (if (if (selfhost/pkg-lock-write::str? source-value) ((core/int::lt? 0) (core/str::len source-value)) false) (((selfhost/pkg-lock-write::append-optional-field line3) ", source_selector = ") source-value) line3))) (let ((line5 (((selfhost/pkg-lock-write::append-optional-field line4) ", resolved_ref = ") ((core/map::get resolved-ref) (quote :value))))) (let ((line6 (((selfhost/pkg-lock-write::append-optional-field line5) ", exports_hash = ") ((core/map::get exports-hash) (quote :value))))) (let ((line7 (((selfhost/pkg-lock-write::append-optional-field line6) ", environment_fingerprint = ") ((core/map::get environment-fingerprint) (quote :value))))) ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append line7) " }\n")) false))))))))))) (selfhost/pkg-lock-write::bad-part error))))))))))))) (def selfhost/pkg-lock-write::render-locked (fn (name) (fn (locked) (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::map? locked) false) (let ((snapshot ((core/map::get locked) (quote :snapshot)))) (if (selfhost/pkg-lock-write::str? snapshot) (let ((commit ((selfhost/pkg-lock-write::optional-string locked) (quote :commit))) (registry ((selfhost/pkg-lock-write::optional-string locked) (quote :registry))) (source-selector ((selfhost/pkg-lock-write::optional-string locked) (quote :source_selector))) (resolved-ref ((selfhost/pkg-lock-write::optional-string locked) (quote :resolved-ref))) (exports-hash ((selfhost/pkg-lock-write::optional-string locked) (quote :exports_hash))) (environment-fingerprint ((selfhost/pkg-lock-write::optional-string locked) (quote :environment-fingerprint)))) (((selfhost/pkg-lock-write::render-locked-fields name) snapshot) {:commit commit :environment-fingerprint environment-fingerprint :exports-hash exports-hash :registry registry :resolved-ref resolved-ref :source-selector source-selector})) (selfhost/pkg-lock-write::bad-part ":locked snapshot must be string"))) (selfhost/pkg-lock-write::bad-part ":locked must map strings to maps"))))) (def selfhost/pkg-lock-write::render-map-loop (fn (entries) (fn (length) (fn (index) (fn (out) (fn (renderer) (if ((core/int::eq? index) length) {:error nil :text out} (let ((pair (selfhost/pkg-lock-write::entry-pair ((core/vec::get entries) index)))) (if (selfhost/pkg-lock-write::nil? pair) {:error "map contains malformed entry" :text ""} (let ((part ((renderer ((core/vec::get pair) 0)) ((core/vec::get pair) 1)))) (let ((error ((core/map::get part) (quote :error)))) (if (selfhost/pkg-lock-write::nil? error) (((((selfhost/pkg-lock-write::render-map-loop entries) length) ((core/int::add index) 1)) ((selfhost/pkg-lock-write::append out) ((core/map::get part) (quote :line)))) renderer) {:error error :text ""})))))))))))) (def selfhost/pkg-lock-write::render-map (fn (value) (fn (renderer) (if (selfhost/pkg-lock-write::nil? value) {:error nil :text ""} (if (selfhost/pkg-lock-write::map? value) (let ((entries (core/map::entries value))) (((((selfhost/pkg-lock-write::render-map-loop entries) (core/vec::len entries)) 0) "") renderer)) {:error "lock section must be map" :text ""}))))) (def selfhost/pkg-lock-write::render-bare-string-entry (fn (name) (fn (value) (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::str? value) false) ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append name) ((selfhost/pkg-lock-write::append " = ") ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted value)) "\n")))) false) (selfhost/pkg-lock-write::bad-part "lock section must map strings to strings"))))) (def selfhost/pkg-lock-write::section (fn (header) (fn (rendered) (let ((error ((core/map::get rendered) (quote :error)))) (if (selfhost/pkg-lock-write::nil? error) (let ((text ((core/map::get rendered) (quote :text)))) {:error nil :text (if ((core/int::eq? (core/str::len text)) 0) "" ((selfhost/pkg-lock-write::append header) ((selfhost/pkg-lock-write::append text) "\n")))}) {:error error :text ""}))))) (def selfhost/pkg-lock-write::effective-version (fn (value) (fn (has-v2) (let ((base (if (selfhost/pkg-lock-write::nil? value) 2 (if (selfhost/pkg-lock-write::int? value) (if ((core/int::lt? value) 0) 2 (if ((core/int::lt? 18446744073709551615) value) 2 value)) nil)))) (if (selfhost/pkg-lock-write::nil? base) nil (if ((core/int::eq? base) 0) 2 (if (if ((core/int::lt? base) 2) has-v2 false) 2 base))))))) (def selfhost/pkg-lock-write::assemble-lock (fn (payload) (fn (workspace) (fn (policy) (fn (sections) (let ((requirements ((core/map::get sections) (quote :requirements)))) (let ((registries ((core/map::get sections) (quote :registries)))) (let ((locked ((core/map::get sections) (quote :locked)))) (let ((artifacts ((core/map::get sections) (quote :artifacts)))) (let ((error ((selfhost/pkg-lock-write::error-or ((core/map::get requirements) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get registries) (quote :error))) ((selfhost/pkg-lock-write::error-or ((core/map::get locked) (quote :error))) ((core/map::get artifacts) (quote :error))))))) (if (selfhost/pkg-lock-write::nil? error) (let ((version ((selfhost/pkg-lock-write::effective-version ((core/map::get payload) (quote :version))) ((core/map::get requirements) (quote :has-v2))))) (if (selfhost/pkg-lock-write::nil? version) {:error ":version must be int or nil" :text ""} (let ((head ((selfhost/pkg-lock-write::append "version = ") ((selfhost/pkg-lock-write::append (core/int::to-str version)) "\n")))) (let ((with-workspace ((selfhost/pkg-lock-write::append head) ((selfhost/pkg-lock-write::append "workspace = ") ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted workspace)) "\n"))))) (let ((with-policy ((selfhost/pkg-lock-write::append with-workspace) ((selfhost/pkg-lock-write::append "policy = ") ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted policy)) "\n\n"))))) (let ((with-registries ((selfhost/pkg-lock-write::append with-policy) ((core/map::get registries) (quote :text))))) (let ((with-requirements ((selfhost/pkg-lock-write::append with-registries) ((selfhost/pkg-lock-write::append "[requirements]\n") ((selfhost/pkg-lock-write::append ((core/map::get requirements) (quote :text))) "\n"))))) (let ((with-locked ((selfhost/pkg-lock-write::append with-requirements) ((selfhost/pkg-lock-write::append "[locked]\n") ((selfhost/pkg-lock-write::append ((core/map::get locked) (quote :text))) "\n"))))) {:error nil :text ((selfhost/pkg-lock-write::append with-locked) ((core/map::get artifacts) (quote :text)))})))))))) {:error error :text ""}))))))))))) (def selfhost/pkg-lock-write::render-lock-sections (fn (payload) (fn (workspace) (fn (policy) (let ((requirements (selfhost/pkg-lock-write::render-requirements ((core/map::get payload) (quote :requirements))))) (let ((registries ((selfhost/pkg-lock-write::section "[registries]\n") ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :registries))) selfhost/pkg-lock-write::render-bare-string-entry)))) (let ((locked ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :locked))) selfhost/pkg-lock-write::render-locked))) (let ((artifacts ((selfhost/pkg-lock-write::section "[artifacts]\n") ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :artifacts))) selfhost/pkg-lock-write::render-bare-string-entry)))) ((((selfhost/pkg-lock-write::assemble-lock payload) workspace) policy) {:artifacts artifacts :locked locked :registries registries :requirements requirements}))))))))) (def selfhost/pkg-lock-write::render-lock (fn (payload) (if (selfhost/pkg-lock-write::map? payload) (let ((workspace ((core/map::get payload) (quote :workspace)))) (if (selfhost/pkg-lock-write::str? workspace) (let ((policy0 ((core/map::get payload) (quote :policy)))) (if (if (selfhost/pkg-lock-write::nil? policy0) true (selfhost/pkg-lock-write::str? policy0)) (let ((policy (if (selfhost/pkg-lock-write::nil? policy0) "policy:default-v0.1" policy0))) (((selfhost/pkg-lock-write::render-lock-sections payload) workspace) policy)) {:error ":policy must be string or nil" :text ""})) {:error ":workspace must be string" :text ""})) {:error "payload must be map" :text ""}))) (def selfhost/pkg-lock-write::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (bytes) (fn (lock-h) {:bytes bytes :code code :kind "genesis/pkg-lock-write-authority-result-v0.1" :lock-h lock-h :message message :ok ok :request-h request-h :v 1}))))))) (def selfhost/pkg-lock-write::reject (fn (request-h) (fn (code) (fn (message) ((((((selfhost/pkg-lock-write::result request-h) false) code) message) nil) nil))))) (def selfhost/pkg-lock-write::accept (fn (request-h) (fn (bytes) ((((((selfhost/pkg-lock-write::result request-h) true) nil) nil) bytes) (core/bytes::to-hex (core/crypto::blake3 bytes)))))) (def core/pkg::lock-write-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-write::map? request) (let ((fields (core/map::entries request))) (if ((core/int::eq? (core/vec::len fields)) 4) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-write::str? kind) ((core/eq? kind) "genesis/pkg-lock-write-authority-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if (selfhost/pkg-lock-write::sym? op) ((core/sym::eq? op) (quote :write)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-write::int? version) ((core/int::eq? version) 1) false) (let ((rendered (selfhost/pkg-lock-write::render-lock ((core/map::get request) (quote :payload))))) (let ((error ((core/map::get rendered) (quote :error)))) (if (selfhost/pkg-lock-write::nil? error) (let ((bytes (core/str::to-utf8 ((core/map::get rendered) (quote :text))))) ((selfhost/pkg-lock-write::accept request-h) bytes)) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-payload") error)))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request :op must be :write"))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch"))) (((selfhost/pkg-lock-write::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"\x12\x01w(\xBDg\xF9\xA2TUO\"\x90_\xBD\x8E*\x8D\xF0\xF1\x1C\x8A\x18L\noE\x96\xBC\xBA\x12\x98" :path "selfhost/pkg_lock_write_authority_v1.gc" :source "(def selfhost/pkg-lock-write::append (fn (left) (fn (right) ((core/str::concat left) right))))\n\n(def selfhost/pkg-lock-write::append3\n (fn (a)\n (fn (b) (fn (c) ((selfhost/pkg-lock-write::append ((selfhost/pkg-lock-write::append a) b)) c)))))\n\n(def selfhost/pkg-lock-write::quoted\n (fn (value) (((selfhost/pkg-lock-write::append3 \"\\\"\") (core/coreform::escape-str value)) \"\\\"\")))\n\n(def selfhost/pkg-lock-write::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/pkg-lock-write::ascii-space?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 9)\n true\n (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13))))))\n\n(def selfhost/pkg-lock-write::trim-left\n (fn (bytes)\n (fn (length)\n (fn (index)\n (if ((core/int::eq? index) length)\n index\n (if (selfhost/pkg-lock-write::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-lock-write::trim-left bytes) length) ((core/int::add index) 1))\n index))))))\n\n(def selfhost/pkg-lock-write::trim-right\n (fn (bytes)\n (fn (start)\n (fn (end)\n (if ((core/int::eq? start) end)\n end\n (let ((index ((core/int::sub end) 1)))\n (if (selfhost/pkg-lock-write::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-lock-write::trim-right bytes) start) index)\n end)))))))\n\n(def selfhost/pkg-lock-write::trim\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((length (core/bytes::len bytes)))\n (let ((start (((selfhost/pkg-lock-write::trim-left bytes) length) 0)))\n (let ((end (((selfhost/pkg-lock-write::trim-right bytes) start) length)))\n (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start)))))))))\n\n(def selfhost/pkg-lock-write::drop-prefix\n (fn (value)\n (fn (length)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((total (core/bytes::len bytes)))\n (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length))))))))\n\n(def selfhost/pkg-lock-write::selector-kind\n (fn (selector)\n (let ((value (selfhost/pkg-lock-write::trim selector)))\n (if ((selfhost/pkg-lock-write::starts-with? value) \"semver:\")\n (let\n ((rest (selfhost/pkg-lock-write::trim ((selfhost/pkg-lock-write::drop-prefix value) 7))))\n (if ((core/int::eq? (core/str::len rest)) 0) (quote :other) (quote :tag)))\n (if ((selfhost/pkg-lock-write::starts-with? value) \"ref:\")\n (let\n ((rest (selfhost/pkg-lock-write::trim ((selfhost/pkg-lock-write::drop-prefix value) 4))))\n (if ((selfhost/pkg-lock-write::starts-with? rest) \"refs/tags/\")\n (quote :tag)\n (if ((selfhost/pkg-lock-write::starts-with? rest) \"refs/\")\n (quote :ref)\n (quote :other))))\n (if ((selfhost/pkg-lock-write::starts-with? value) \"refs/tags/\")\n (quote :tag)\n (if ((selfhost/pkg-lock-write::starts-with? value) \"refs/\") (quote :ref) (quote :other))))))))\n\n(def selfhost/pkg-lock-write::infer-strategy\n (fn (selector)\n (let ((kind (selfhost/pkg-lock-write::selector-kind selector)))\n (if ((core/sym::eq? kind) (quote :ref))\n \"track-ref\"\n (if ((core/sym::eq? kind) (quote :tag)) \"tag-policy\" \"pinned\")))))\n\n(def selfhost/pkg-lock-write::ok-part\n (fn (line)\n (fn (has-v2)\n {\n :error nil\n :has-v2 has-v2\n :line line})))\n\n(def selfhost/pkg-lock-write::bad-part\n (fn (message)\n {\n :error message\n :has-v2 false\n :line \"\"}))\n\n(def selfhost/pkg-lock-write::entry-pair\n (fn (entry)\n (let\n (\n (pair\n (if ((core/sym::eq? (core/data::tag entry)) (quote :vec))\n entry\n (core/pair::as-proper-list entry))))\n (if ((core/sym::eq? (core/data::tag pair)) (quote :vec))\n (if ((core/int::eq? (core/vec::len pair)) 2) pair nil)\n nil))))\n\n(def selfhost/pkg-lock-write::normalize-update-policy\n (fn (value)\n (if (selfhost/pkg-lock-write::nil? value)\n \"manual\"\n (if (selfhost/pkg-lock-write::sym? value)\n (let ((name (core/sym::to-str value)))\n (if ((core/eq? name) \":manual\") \"manual\" (if ((core/eq? name) \":auto\") \"auto\" nil)))\n (if (selfhost/pkg-lock-write::str? value)\n (if ((core/eq? value) \"manual\")\n \"manual\"\n (if ((core/eq? value) \":manual\")\n \"manual\"\n (if ((core/eq? value) \"auto\") \"auto\" (if ((core/eq? value) \":auto\") \"auto\" nil))))\n nil)))))\n\n(def selfhost/pkg-lock-write::normalize-strategy\n (fn (value)\n (fn (selector)\n (if (selfhost/pkg-lock-write::nil? value)\n (selfhost/pkg-lock-write::infer-strategy selector)\n (if (selfhost/pkg-lock-write::sym? value)\n (let ((name (core/sym::to-str value)))\n (if (if ((core/eq? name) \"pinned\") true ((core/eq? name) \":pinned\"))\n \"pinned\"\n (if (if ((core/eq? name) \"track-ref\") true ((core/eq? name) \":track-ref\"))\n \"track-ref\"\n (if (if ((core/eq? name) \"tag-policy\") true ((core/eq? name) \":tag-policy\"))\n \"tag-policy\"\n nil))))\n (if (selfhost/pkg-lock-write::str? value)\n (if ((core/eq? value) \"pinned\")\n \"pinned\"\n (if ((core/eq? value) \"track-ref\")\n \"track-ref\"\n (if ((core/eq? value) \"tag-policy\") \"tag-policy\" nil)))\n nil))))))\n\n(def selfhost/pkg-lock-write::render-requirement-line\n (fn (name)\n (fn (selector)\n (fn (update-policy)\n (fn (registry)\n (fn (strategy)\n (fn (tag-policy)\n (let\n (\n (prefix\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted name))\n \" = { selector = \")))\n (let\n (\n (with-selector\n ((selfhost/pkg-lock-write::append prefix)\n (selfhost/pkg-lock-write::quoted selector))))\n (let\n (\n (with-policy\n ((selfhost/pkg-lock-write::append with-selector)\n ((selfhost/pkg-lock-write::append \", update_policy = \")\n (selfhost/pkg-lock-write::quoted update-policy)))))\n (let\n (\n (with-registry\n ((selfhost/pkg-lock-write::append with-policy)\n ((selfhost/pkg-lock-write::append \", registry = \")\n (selfhost/pkg-lock-write::quoted registry)))))\n (let\n (\n (with-strategy\n ((selfhost/pkg-lock-write::append with-registry)\n ((selfhost/pkg-lock-write::append \", strategy = \")\n (selfhost/pkg-lock-write::quoted strategy)))))\n (let\n (\n (with-tag\n (if (selfhost/pkg-lock-write::nil? tag-policy)\n with-strategy\n ((selfhost/pkg-lock-write::append with-strategy)\n ((selfhost/pkg-lock-write::append \", tag_policy = \")\n (selfhost/pkg-lock-write::quoted tag-policy))))))\n (let ((kind (selfhost/pkg-lock-write::selector-kind selector)))\n ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append with-tag) \" }\\n\"))\n (if\n (if ((core/eq? strategy) \"pinned\")\n (selfhost/pkg-lock-write::nil? tag-policy)\n false)\n (if ((core/sym::eq? kind) (quote :other)) false true)\n true))))))))))))))))\n\n(def selfhost/pkg-lock-write::render-requirement\n (fn (name)\n (fn (requirement)\n (if\n (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::map? requirement) false)\n (let ((selector ((core/map::get requirement) (quote :selector))))\n (if (selfhost/pkg-lock-write::str? selector)\n (let\n (\n (update-policy\n (selfhost/pkg-lock-write::normalize-update-policy\n ((core/map::get requirement) (quote :update-policy)))))\n (if (selfhost/pkg-lock-write::nil? update-policy)\n (selfhost/pkg-lock-write::bad-part\n \":requirements update-policy must be manual or auto\")\n (let ((registry0 ((core/map::get requirement) (quote :registry))))\n (if\n (if (selfhost/pkg-lock-write::nil? registry0)\n true\n (selfhost/pkg-lock-write::str? registry0))\n (let\n ((registry (if (selfhost/pkg-lock-write::nil? registry0) \"default\" registry0)))\n (let\n (\n (strategy\n ((selfhost/pkg-lock-write::normalize-strategy ((core/map::get requirement) (quote :strategy)))\n selector)))\n (if (selfhost/pkg-lock-write::nil? strategy)\n (selfhost/pkg-lock-write::bad-part\n \":requirements strategy must be pinned, track-ref, or tag-policy\")\n (let ((tag-policy ((core/map::get requirement) (quote :tag-policy))))\n (if\n (if (selfhost/pkg-lock-write::nil? tag-policy)\n true\n (selfhost/pkg-lock-write::str? tag-policy))\n (\n (((((selfhost/pkg-lock-write::render-requirement-line name) selector) update-policy) registry)\n strategy)\n tag-policy)\n (selfhost/pkg-lock-write::bad-part\n \":requirements tag-policy must be string or nil\"))))))\n (selfhost/pkg-lock-write::bad-part\n \":requirements registry must be string or nil\")))))\n (selfhost/pkg-lock-write::bad-part \":requirements selector must be string\")))\n (selfhost/pkg-lock-write::bad-part \":requirements must map strings to maps\")))))\n\n(def selfhost/pkg-lock-write::render-requirements-loop\n (fn (entries)\n (fn (length)\n (fn (index)\n (fn (out)\n (fn (has-v2)\n (if ((core/int::eq? index) length)\n {\n :error nil\n :has-v2 has-v2\n :text out}\n (let ((pair (selfhost/pkg-lock-write::entry-pair ((core/vec::get entries) index))))\n (if (selfhost/pkg-lock-write::nil? pair)\n {\n :error \":requirements contains malformed entry\"\n :has-v2 false\n :text \"\"}\n (let\n (\n (part\n ((selfhost/pkg-lock-write::render-requirement ((core/vec::get pair) 0))\n ((core/vec::get pair) 1))))\n (let ((error ((core/map::get part) (quote :error))))\n (if (selfhost/pkg-lock-write::nil? error)\n (\n ((((selfhost/pkg-lock-write::render-requirements-loop entries) length) ((core/int::add index) 1))\n ((selfhost/pkg-lock-write::append out)\n ((core/map::get part) (quote :line))))\n (if has-v2 true ((core/map::get part) (quote :has-v2))))\n {\n :error error\n :has-v2 false\n :text \"\"}))))))))))))\n\n(def selfhost/pkg-lock-write::render-requirements\n (fn (value)\n (if (selfhost/pkg-lock-write::nil? value)\n {\n :error nil\n :has-v2 false\n :text \"\"}\n (if (selfhost/pkg-lock-write::map? value)\n (let ((entries (core/map::entries value)))\n (((((selfhost/pkg-lock-write::render-requirements-loop entries) (core/vec::len entries)) 0) \"\")\n false))\n {\n :error \":requirements must be map\"\n :has-v2 false\n :text \"\"}))))\n\n(def selfhost/pkg-lock-write::optional-string\n (fn (map)\n (fn (field)\n (let ((value ((core/map::get map) field)))\n (if (selfhost/pkg-lock-write::nil? value)\n {:error nil :value nil}\n (if (selfhost/pkg-lock-write::str? value)\n {:error nil :value value}\n {:error \"optional lock field must be string or nil\" :value nil}))))))\n\n(def selfhost/pkg-lock-write::append-optional-field\n (fn (line)\n (fn (label)\n (fn (value)\n (if (selfhost/pkg-lock-write::nil? value)\n line\n ((selfhost/pkg-lock-write::append line)\n ((selfhost/pkg-lock-write::append label) (selfhost/pkg-lock-write::quoted value))))))))\n\n(def selfhost/pkg-lock-write::error-or\n (fn (left) (fn (right) (if (selfhost/pkg-lock-write::nil? left) right left))))\n\n(def selfhost/pkg-lock-write::render-locked-fields\n (fn (name)\n (fn (snapshot)\n (fn (fields)\n (let ((commit ((core/map::get fields) (quote :commit))))\n (let ((registry ((core/map::get fields) (quote :registry))))\n (let ((source-selector ((core/map::get fields) (quote :source-selector))))\n (let ((resolved-ref ((core/map::get fields) (quote :resolved-ref))))\n (let ((exports-hash ((core/map::get fields) (quote :exports-hash))))\n (let\n ((environment-fingerprint ((core/map::get fields) (quote :environment-fingerprint))))\n (let\n (\n (error\n ((selfhost/pkg-lock-write::error-or ((core/map::get commit) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get registry) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get source-selector) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get resolved-ref) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get exports-hash) (quote :error)))\n ((core/map::get environment-fingerprint) (quote :error)))))))))\n (if (selfhost/pkg-lock-write::nil? error)\n (let ((commit-value ((core/map::get commit) (quote :value))))\n (let\n ((line0 ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted name)) \" = { \")))\n (let\n (\n (line1\n (if (selfhost/pkg-lock-write::nil? commit-value)\n line0\n ((selfhost/pkg-lock-write::append line0)\n ((selfhost/pkg-lock-write::append \"commit = \")\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted commit-value))\n \", \"))))))\n (let\n (\n (line2\n ((selfhost/pkg-lock-write::append line1)\n ((selfhost/pkg-lock-write::append \"snapshot = \")\n (selfhost/pkg-lock-write::quoted snapshot)))))\n (let\n (\n (line3\n (((selfhost/pkg-lock-write::append-optional-field line2) \", registry = \")\n ((core/map::get registry) (quote :value)))))\n (let\n ((source-value ((core/map::get source-selector) (quote :value))))\n (let\n (\n (line4\n (if\n (if (selfhost/pkg-lock-write::str? source-value)\n ((core/int::lt? 0) (core/str::len source-value))\n false)\n (((selfhost/pkg-lock-write::append-optional-field line3) \", source_selector = \")\n source-value)\n line3)))\n (let\n (\n (line5\n (((selfhost/pkg-lock-write::append-optional-field line4) \", resolved_ref = \")\n ((core/map::get resolved-ref) (quote :value)))))\n (let\n (\n (line6\n (((selfhost/pkg-lock-write::append-optional-field line5) \", exports_hash = \")\n ((core/map::get exports-hash) (quote :value)))))\n (let\n (\n (line7\n (((selfhost/pkg-lock-write::append-optional-field line6) \", environment_fingerprint = \")\n ((core/map::get environment-fingerprint)\n (quote :value)))))\n ((selfhost/pkg-lock-write::ok-part ((selfhost/pkg-lock-write::append line7) \" }\\n\"))\n false)))))))))))\n (selfhost/pkg-lock-write::bad-part error)))))))))))))\n\n(def selfhost/pkg-lock-write::render-locked\n (fn (name)\n (fn (locked)\n (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::map? locked) false)\n (let ((snapshot ((core/map::get locked) (quote :snapshot))))\n (if (selfhost/pkg-lock-write::str? snapshot)\n (let\n ((commit ((selfhost/pkg-lock-write::optional-string locked) (quote :commit)))\n (registry ((selfhost/pkg-lock-write::optional-string locked) (quote :registry)))\n (source-selector\n ((selfhost/pkg-lock-write::optional-string locked) (quote :source_selector)))\n (resolved-ref\n ((selfhost/pkg-lock-write::optional-string locked) (quote :resolved-ref)))\n (exports-hash\n ((selfhost/pkg-lock-write::optional-string locked) (quote :exports_hash)))\n (environment-fingerprint\n ((selfhost/pkg-lock-write::optional-string locked)\n (quote :environment-fingerprint))))\n (((selfhost/pkg-lock-write::render-locked-fields name) snapshot)\n {\n :commit commit\n :environment-fingerprint environment-fingerprint\n :exports-hash exports-hash\n :registry registry\n :resolved-ref resolved-ref\n :source-selector source-selector}))\n (selfhost/pkg-lock-write::bad-part \":locked snapshot must be string\")))\n (selfhost/pkg-lock-write::bad-part \":locked must map strings to maps\")))))\n\n(def selfhost/pkg-lock-write::render-map-loop\n (fn (entries)\n (fn (length)\n (fn (index)\n (fn (out)\n (fn (renderer)\n (if ((core/int::eq? index) length)\n {:error nil :text out}\n (let ((pair (selfhost/pkg-lock-write::entry-pair ((core/vec::get entries) index))))\n (if (selfhost/pkg-lock-write::nil? pair)\n {:error \"map contains malformed entry\" :text \"\"}\n (let ((part ((renderer ((core/vec::get pair) 0)) ((core/vec::get pair) 1))))\n (let ((error ((core/map::get part) (quote :error))))\n (if (selfhost/pkg-lock-write::nil? error)\n (\n ((((selfhost/pkg-lock-write::render-map-loop entries) length) ((core/int::add index) 1))\n ((selfhost/pkg-lock-write::append out)\n ((core/map::get part) (quote :line))))\n renderer)\n {:error error :text \"\"}))))))))))))\n\n(def selfhost/pkg-lock-write::render-map\n (fn (value)\n (fn (renderer)\n (if (selfhost/pkg-lock-write::nil? value)\n {:error nil :text \"\"}\n (if (selfhost/pkg-lock-write::map? value)\n (let ((entries (core/map::entries value)))\n (((((selfhost/pkg-lock-write::render-map-loop entries) (core/vec::len entries)) 0) \"\")\n renderer))\n {:error \"lock section must be map\" :text \"\"})))))\n\n(def selfhost/pkg-lock-write::render-bare-string-entry\n (fn (name)\n (fn (value)\n (if (if (selfhost/pkg-lock-write::str? name) (selfhost/pkg-lock-write::str? value) false)\n (\n (selfhost/pkg-lock-write::ok-part\n ((selfhost/pkg-lock-write::append name)\n ((selfhost/pkg-lock-write::append \" = \")\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted value)) \"\\n\"))))\n false)\n (selfhost/pkg-lock-write::bad-part \"lock section must map strings to strings\")))))\n\n(def selfhost/pkg-lock-write::section\n (fn (header)\n (fn (rendered)\n (let ((error ((core/map::get rendered) (quote :error))))\n (if (selfhost/pkg-lock-write::nil? error)\n (let ((text ((core/map::get rendered) (quote :text))))\n {\n :error nil\n :text\n (if ((core/int::eq? (core/str::len text)) 0)\n \"\"\n ((selfhost/pkg-lock-write::append header)\n ((selfhost/pkg-lock-write::append text) \"\\n\")))})\n {:error error :text \"\"})))))\n\n(def selfhost/pkg-lock-write::effective-version\n (fn (value)\n (fn (has-v2)\n (let\n (\n (base\n (if (selfhost/pkg-lock-write::nil? value)\n 2\n (if (selfhost/pkg-lock-write::int? value)\n (if ((core/int::lt? value) 0)\n 2\n (if ((core/int::lt? 18446744073709551615) value) 2 value))\n nil))))\n (if (selfhost/pkg-lock-write::nil? base)\n nil\n (if ((core/int::eq? base) 0) 2 (if (if ((core/int::lt? base) 2) has-v2 false) 2 base)))))))\n\n(def selfhost/pkg-lock-write::assemble-lock\n (fn (payload)\n (fn (workspace)\n (fn (policy)\n (fn (sections)\n (let ((requirements ((core/map::get sections) (quote :requirements))))\n (let ((registries ((core/map::get sections) (quote :registries))))\n (let ((locked ((core/map::get sections) (quote :locked))))\n (let ((artifacts ((core/map::get sections) (quote :artifacts))))\n (let\n (\n (error\n ((selfhost/pkg-lock-write::error-or ((core/map::get requirements) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get registries) (quote :error)))\n ((selfhost/pkg-lock-write::error-or ((core/map::get locked) (quote :error)))\n ((core/map::get artifacts) (quote :error)))))))\n (if (selfhost/pkg-lock-write::nil? error)\n (let\n (\n (version\n ((selfhost/pkg-lock-write::effective-version ((core/map::get payload) (quote :version)))\n ((core/map::get requirements) (quote :has-v2)))))\n (if (selfhost/pkg-lock-write::nil? version)\n {:error \":version must be int or nil\" :text \"\"}\n (let\n (\n (head\n ((selfhost/pkg-lock-write::append \"version = \")\n ((selfhost/pkg-lock-write::append (core/int::to-str version)) \"\\n\"))))\n (let\n (\n (with-workspace\n ((selfhost/pkg-lock-write::append head)\n ((selfhost/pkg-lock-write::append \"workspace = \")\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted workspace))\n \"\\n\")))))\n (let\n (\n (with-policy\n ((selfhost/pkg-lock-write::append with-workspace)\n ((selfhost/pkg-lock-write::append \"policy = \")\n ((selfhost/pkg-lock-write::append (selfhost/pkg-lock-write::quoted policy))\n \"\\n\\n\")))))\n (let\n (\n (with-registries\n ((selfhost/pkg-lock-write::append with-policy)\n ((core/map::get registries) (quote :text)))))\n (let\n (\n (with-requirements\n ((selfhost/pkg-lock-write::append with-registries)\n ((selfhost/pkg-lock-write::append \"[requirements]\\n\")\n ((selfhost/pkg-lock-write::append ((core/map::get requirements) (quote :text)))\n \"\\n\")))))\n (let\n (\n (with-locked\n ((selfhost/pkg-lock-write::append with-requirements)\n ((selfhost/pkg-lock-write::append \"[locked]\\n\")\n ((selfhost/pkg-lock-write::append ((core/map::get locked) (quote :text)))\n \"\\n\")))))\n {\n :error nil\n :text\n ((selfhost/pkg-lock-write::append with-locked)\n ((core/map::get artifacts) (quote :text)))}))))))))\n {:error error :text \"\"})))))))))))\n\n(def selfhost/pkg-lock-write::render-lock-sections\n (fn (payload)\n (fn (workspace)\n (fn (policy)\n (let\n (\n (requirements\n (selfhost/pkg-lock-write::render-requirements\n ((core/map::get payload) (quote :requirements)))))\n (let\n (\n (registries\n ((selfhost/pkg-lock-write::section \"[registries]\\n\")\n ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :registries)))\n selfhost/pkg-lock-write::render-bare-string-entry))))\n (let\n (\n (locked\n ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :locked)))\n selfhost/pkg-lock-write::render-locked)))\n (let\n (\n (artifacts\n ((selfhost/pkg-lock-write::section \"[artifacts]\\n\")\n ((selfhost/pkg-lock-write::render-map ((core/map::get payload) (quote :artifacts)))\n selfhost/pkg-lock-write::render-bare-string-entry))))\n ((((selfhost/pkg-lock-write::assemble-lock payload) workspace) policy)\n {\n :artifacts artifacts\n :locked locked\n :registries registries\n :requirements requirements})))))))))\n\n(def selfhost/pkg-lock-write::render-lock\n (fn (payload)\n (if (selfhost/pkg-lock-write::map? payload)\n (let ((workspace ((core/map::get payload) (quote :workspace))))\n (if (selfhost/pkg-lock-write::str? workspace)\n (let ((policy0 ((core/map::get payload) (quote :policy))))\n (if\n (if (selfhost/pkg-lock-write::nil? policy0)\n true\n (selfhost/pkg-lock-write::str? policy0))\n (let\n ((policy (if (selfhost/pkg-lock-write::nil? policy0) \"policy:default-v0.1\" policy0)))\n (((selfhost/pkg-lock-write::render-lock-sections payload) workspace) policy))\n {:error \":policy must be string or nil\" :text \"\"}))\n {:error \":workspace must be string\" :text \"\"}))\n {:error \"payload must be map\" :text \"\"})))\n\n(def selfhost/pkg-lock-write::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (bytes)\n (fn (lock-h)\n {\n :bytes bytes\n :code code\n :kind \"genesis/pkg-lock-write-authority-result-v0.1\"\n :lock-h lock-h\n :message message\n :ok ok\n :request-h request-h\n :v 1})))))))\n\n(def selfhost/pkg-lock-write::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n ((((((selfhost/pkg-lock-write::result request-h) false) code) message) nil) nil)))))\n\n(def selfhost/pkg-lock-write::accept\n (fn (request-h)\n (fn (bytes)\n ((((((selfhost/pkg-lock-write::result request-h) true) nil) nil) bytes)\n (core/bytes::to-hex (core/crypto::blake3 bytes))))))\n\n(def core/pkg::lock-write-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-write::map? request)\n (let ((fields (core/map::entries request)))\n (if ((core/int::eq? (core/vec::len fields)) 4)\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-write::str? kind)\n ((core/eq? kind) \"genesis/pkg-lock-write-authority-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if (selfhost/pkg-lock-write::sym? op)\n ((core/sym::eq? op) (quote :write))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-write::int? version)\n ((core/int::eq? version) 1)\n false)\n (let\n ((rendered (selfhost/pkg-lock-write::render-lock ((core/map::get request) (quote :payload)))))\n (let ((error ((core/map::get rendered) (quote :error))))\n (if (selfhost/pkg-lock-write::nil? error)\n (let\n ((bytes (core/str::to-utf8 ((core/map::get rendered) (quote :text)))))\n ((selfhost/pkg-lock-write::accept request-h) bytes))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-payload\")\n error))))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :op must be :write\")))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\")))\n (((selfhost/pkg-lock-write::reject request-h) \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"vS8(i\\\xE2peQ\x9B\x18\xC5\x0E\xD0\x13\x9E\xED\xAB\x98\x03\xE3HhR\x99\xF5\xB4\xBA\xAD\xFB\xAE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-lock-ops::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (bytes) (fn (lock-h) (fn (value) {:bytes bytes :code code :kind "genesis/pkg-lock-ops-authority-result-v0.1" :lock-h lock-h :message message :ok ok :request-h request-h :v 1 :value value})))))))) (def selfhost/pkg-lock-ops::reject (fn (request-h) (fn (code) (fn (message) (((((((selfhost/pkg-lock-ops::result request-h) false) code) message) nil) nil) nil))))) (def selfhost/pkg-lock-ops::accept-write (fn (request-h) (fn (bytes) (((((((selfhost/pkg-lock-ops::result request-h) true) nil) nil) bytes) (core/bytes::to-hex (core/crypto::blake3 bytes))) nil)))) (def selfhost/pkg-lock-ops::accept-value (fn (request-h) (fn (value) (((((((selfhost/pkg-lock-ops::result request-h) true) nil) nil) nil) nil) value)))) (def selfhost/pkg-lock-ops::writer-locked-entry (fn (entry) {:commit ((core/map::get entry) (quote :commit)) :environment-fingerprint ((core/map::get entry) (quote :environment-fingerprint)) :exports_hash ((core/map::get entry) (quote :exports-hash)) :registry ((core/map::get entry) (quote :registry)) :resolved-ref ((core/map::get entry) (quote :resolved-ref)) :snapshot ((core/map::get entry) (quote :snapshot)) :source_selector ((core/map::get entry) (quote :source-selector))})) (def selfhost/pkg-lock-ops::writer-locked-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (((selfhost/pkg-lock-ops::writer-locked-loop entries) ((core/int::add index) 1)) (((core/map::put out) name) (selfhost/pkg-lock-ops::writer-locked-entry ((core/vec::get entry) 1))))))))))) (def selfhost/pkg-lock-ops::writer-locked (fn (locked) (((selfhost/pkg-lock-ops::writer-locked-loop (core/map::entries locked)) 0) {}))) (def selfhost/pkg-lock-ops::writer-payload (fn (model) (core/coreform::parse-term (core/coreform::print-term {:artifacts ((core/map::get model) (quote :artifacts)) :locked (selfhost/pkg-lock-ops::writer-locked ((core/map::get model) (quote :locked))) :policy ((core/map::get model) (quote :policy)) :registries ((core/map::get model) (quote :registries)) :requirements ((core/map::get model) (quote :requirements)) :version ((core/map::get model) (quote :version)) :workspace ((core/map::get model) (quote :workspace))})))) (def selfhost/pkg-lock-ops::render-payload (fn (request-h) (fn (payload) (let ((rendered (selfhost/pkg-lock-write::render-lock payload))) (let ((error ((core/map::get rendered) (quote :error)))) (if (selfhost/pkg-lock-read::nil? error) ((selfhost/pkg-lock-ops::accept-write request-h) (core/str::to-utf8 ((core/map::get rendered) (quote :text)))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") error))))))) (def selfhost/pkg-lock-ops::render-model (fn (request-h) (fn (model) ((selfhost/pkg-lock-ops::render-payload request-h) (selfhost/pkg-lock-ops::writer-payload model))))) (def selfhost/pkg-lock-ops::init (fn (request-h) (fn (payload) (if (selfhost/pkg-lock-read::map? payload) (let ((workspace ((core/map::get payload) (quote :workspace)))) (if (selfhost/pkg-lock-read::str? workspace) (let ((policy0 ((core/map::get payload) (quote :policy)))) (let ((policy (if (selfhost/pkg-lock-read::str? policy0) policy0 "policy:default-v0.1"))) (let ((registry0 ((core/map::get payload) (quote :registry-default)))) (let ((registries (if (selfhost/pkg-lock-read::str? registry0) {"default" registry0} {}))) ((selfhost/pkg-lock-ops::render-model request-h) {:artifacts {} :locked {} :policy policy :registries registries :requirements {} :version 2 :workspace workspace}))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "missing :workspace string"))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "payload must be a map"))))) (def selfhost/pkg-lock-ops::ascii-range? (fn (lower) (fn (upper) (fn (byte) (if ((core/int::lt? lower) byte) ((core/int::lt? byte) upper) false))))) (def selfhost/pkg-lock-ops::lower-hex-byte? (fn (byte) (if (((selfhost/pkg-lock-ops::ascii-range? 47) 58) byte) true (((selfhost/pkg-lock-ops::ascii-range? 96) 103) byte)))) (def selfhost/pkg-lock-ops::lower-hex-loop? (fn (bytes) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) true (if (selfhost/pkg-lock-ops::lower-hex-byte? ((core/bytes::get bytes) index)) ((selfhost/pkg-lock-ops::lower-hex-loop? bytes) ((core/int::add index) 1)) false))))) (def selfhost/pkg-lock-ops::lower-hex64? (fn (value) (if (selfhost/pkg-lock-read::str? value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::eq? (core/bytes::len bytes)) 64) ((selfhost/pkg-lock-ops::lower-hex-loop? bytes) 0) false)) false))) (def selfhost/pkg-lock-ops::dep-safe-byte? (fn (byte) (if (((selfhost/pkg-lock-ops::ascii-range? 47) 58) byte) true (if (((selfhost/pkg-lock-ops::ascii-range? 64) 91) byte) true (if (((selfhost/pkg-lock-ops::ascii-range? 96) 123) byte) true (if ((core/int::eq? byte) 45) true ((core/int::eq? byte) 95))))))) (def selfhost/pkg-lock-ops::utf8-width (fn (byte) (if ((core/int::lt? byte) 128) 1 (if ((core/int::lt? byte) 224) 2 (if ((core/int::lt? byte) 240) 3 4))))) (def selfhost/pkg-lock-ops::dep-fragment-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (let ((byte ((core/bytes::get bytes) index))) (let ((ascii? ((core/int::lt? byte) 128))) (((selfhost/pkg-lock-ops::dep-fragment-loop bytes) ((core/int::add index) (if ascii? 1 (selfhost/pkg-lock-ops::utf8-width byte)))) ((core/vec::push parts) (if (if ascii? (selfhost/pkg-lock-ops::dep-safe-byte? byte) false) (((core/bytes::slice bytes) index) 1) b"_")))))))))) (def selfhost/pkg-lock-ops::dep-key (fn (dep) (let ((dep-bytes (core/str::to-utf8 dep))) (let ((fragment (((selfhost/pkg-lock-ops::dep-fragment-loop dep-bytes) 0) []))) (let ((digest-hex (core/bytes::to-hex (core/crypto::blake3 dep-bytes)))) (let ((short (core/str::from-utf8 (((core/bytes::slice (core/str::to-utf8 digest-hex)) 0) 8)))) ((core/str::concat fragment) ((core/str::concat "_") short)))))))) (def selfhost/pkg-lock-ops::bridge-facts-valid? (fn (facts) (if (selfhost/pkg-lock-read::map? facts) (if ((selfhost/pkg-lock-read::exact-map? facts) [:attestation :commit :conversion-evidence :dep :provenance-root :registry :snapshot]) (let ((dep ((core/map::get facts) (quote :dep)))) (if (if (selfhost/pkg-lock-read::str? dep) ((core/int::lt? 0) (core/str::len dep)) false) (if (selfhost/pkg-lock-read::valid-optional-string? ((core/map::get facts) (quote :registry))) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :commit))) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :snapshot))) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :provenance-root))) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :conversion-evidence))) (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :attestation))) false) false) false) false) false) false)) false) false))) (def selfhost/pkg-lock-ops::bridge-to-model (fn (request-h) (fn (model) (fn (facts) (if (selfhost/pkg-lock-ops::bridge-facts-valid? facts) (let ((dep ((core/map::get facts) (quote :dep))) (commit ((core/map::get facts) (quote :commit))) (snapshot ((core/map::get facts) (quote :snapshot))) (registry ((core/map::get facts) (quote :registry)))) (let ((selector ((core/str::concat "commit:") commit))) (let ((requirement {:registry registry :selector selector :strategy "pinned" :tag-policy nil :update-policy "manual"}) (locked-entry {:commit commit :environment-fingerprint nil :exports-hash nil :registry registry :resolved-ref nil :snapshot snapshot :source-selector selector})) (let ((dep-key (selfhost/pkg-lock-ops::dep-key dep))) (let ((requirements (((core/map::put ((core/map::get model) (quote :requirements))) dep) requirement)) (locked (((core/map::put ((core/map::get model) (quote :locked))) dep) locked-entry))) (let ((artifacts ((core/map::get model) (quote :artifacts)))) (let ((artifacts1 (((core/map::put artifacts) ((core/str::concat ((core/str::concat "bridge_") dep-key)) "_provenance_root")) ((core/map::get facts) (quote :provenance-root)))) (artifacts2 (((core/map::put artifacts1) ((core/str::concat ((core/str::concat "bridge_") dep-key)) "_conversion_evidence")) ((core/map::get facts) (quote :conversion-evidence)))) (artifacts3 (((core/map::put artifacts2) ((core/str::concat ((core/str::concat "bridge_") dep-key)) "_attestation")) ((core/map::get facts) (quote :attestation)))) (artifacts4 (((core/map::put artifacts3) ((core/str::concat ((core/str::concat "bridge_") dep-key)) "_commit")) commit))) ((selfhost/pkg-lock-ops::render-model request-h) (((core/map::put (((core/map::put (((core/map::put model) (quote :requirements)) requirements)) (quote :locked)) locked)) (quote :artifacts)) artifacts4))))))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "bridge lock facts are malformed")))))) (def selfhost/pkg-lock-ops::bridge (fn (request-h) (fn (document) (fn (facts) (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-ops::bridge-to-model request-h) ((core/map::get normalized) (quote :value))) facts) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message))))))))) (def selfhost/pkg-lock-ops::add-to-model (fn (request-h) (fn (model) (fn (payload) (let ((name ((core/map::get payload) (quote :name)))) (let ((selector ((core/map::get payload) (quote :selector)))) (if (if (selfhost/pkg-lock-read::str? name) (selfhost/pkg-lock-read::str? selector) false) (let ((update-policy (selfhost/pkg-lock-write::normalize-update-policy ((core/map::get payload) (quote :update-policy))))) (if (selfhost/pkg-lock-read::nil? update-policy) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") ":update-policy must be 'manual' or 'auto'") (let ((strategy ((selfhost/pkg-lock-write::normalize-strategy ((core/map::get payload) (quote :strategy))) selector))) (if (selfhost/pkg-lock-read::nil? strategy) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") ":strategy must be pinned, track-ref, or tag-policy") (let ((tag-policy ((core/map::get payload) (quote :tag-policy)))) (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy) (let ((effective-tag (if ((core/eq? strategy) "tag-policy") (if (selfhost/pkg-lock-read::nil? tag-policy) "exact" tag-policy) nil))) (let ((registry0 ((core/map::get payload) (quote :registry)))) (let ((requirement {:registry (if (selfhost/pkg-lock-read::str? registry0) registry0 nil) :selector selector :strategy strategy :tag-policy effective-tag :update-policy update-policy})) (let ((requirements (((core/map::put ((core/map::get model) (quote :requirements))) name) requirement))) ((selfhost/pkg-lock-ops::render-model request-h) (((core/map::put model) (quote :requirements)) requirements)))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") ":tag-policy must be string or nil"))))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "missing :name or :selector string")))))))) (def selfhost/pkg-lock-ops::add (fn (request-h) (fn (document) (fn (payload) (if (selfhost/pkg-lock-read::map? payload) (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document))) (if ((core/map::get normalized) (quote :ok)) (((selfhost/pkg-lock-ops::add-to-model request-h) ((core/map::get normalized) (quote :value))) payload) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message))))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-payload") "payload must be a map")))))) (def selfhost/pkg-lock-ops::list-requirements-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (let ((requirement ((core/vec::get entry) 1))) (((selfhost/pkg-lock-ops::list-requirements-loop entries) ((core/int::add index) 1)) ((core/vec::push out) {:name name :registry ((core/map::get requirement) (quote :registry)) :selector ((core/map::get requirement) (quote :selector)) :strategy ((core/map::get requirement) (quote :strategy)) :tag-policy ((core/map::get requirement) (quote :tag-policy)) :update-policy ((core/map::get requirement) (quote :update-policy))})))))))))) (def selfhost/pkg-lock-ops::list-locked-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (let ((locked ((core/vec::get entry) 1))) (((selfhost/pkg-lock-ops::list-locked-loop entries) ((core/int::add index) 1)) ((core/vec::push out) {:commit ((core/map::get locked) (quote :commit)) :environment-fingerprint ((core/map::get locked) (quote :environment-fingerprint)) :name name :snapshot ((core/map::get locked) (quote :snapshot))})))))))))) (def selfhost/pkg-lock-ops::list (fn (request-h) (fn (document) (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document))) (if ((core/map::get normalized) (quote :ok)) (let ((model ((core/map::get normalized) (quote :value)))) ((selfhost/pkg-lock-ops::accept-value request-h) {:locked (((selfhost/pkg-lock-ops::list-locked-loop (core/map::entries ((core/map::get model) (quote :locked)))) 0) []) :requirements (((selfhost/pkg-lock-ops::list-requirements-loop (core/map::entries ((core/map::get model) (quote :requirements)))) 0) [])})) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-lock") ((core/map::get normalized) (quote :message)))))))) (def selfhost/pkg-lock-ops::dispatch (fn (request-h) (fn (request) (let ((op ((core/map::get request) (quote :op)))) (if ((core/sym::eq? op) (quote :init)) ((selfhost/pkg-lock-ops::init request-h) ((core/map::get request) (quote :payload))) (if ((core/sym::eq? op) (quote :add)) (((selfhost/pkg-lock-ops::add request-h) ((core/map::get request) (quote :document))) ((core/map::get request) (quote :payload))) (if ((core/sym::eq? op) (quote :list)) ((selfhost/pkg-lock-ops::list request-h) ((core/map::get request) (quote :document))) (if ((core/sym::eq? op) (quote :bridge-lock)) (((selfhost/pkg-lock-ops::bridge request-h) ((core/map::get request) (quote :document))) ((core/map::get request) (quote :payload))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request :op must be :init, :add, :list, or :bridge-lock"))))))))) (def core/pkg::lock-ops-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :op :payload :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-lock-ops-authority-request-v0.1") false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) ((selfhost/pkg-lock-ops::dispatch request-h) request) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")) (((selfhost/pkg-lock-ops::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"=-\x10\xD3\x97\xDE\xC9\x960T\xAC\xEE\x0Bnj[kFz\xDAC&\xAD\x08w\xF1\x90\x9E\xA8'K\x06" :path "selfhost/pkg_lock_ops_authority_v1.gc" :source "(def selfhost/pkg-lock-ops::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (bytes)\n (fn (lock-h)\n (fn (value)\n {\n :bytes bytes\n :code code\n :kind \"genesis/pkg-lock-ops-authority-result-v0.1\"\n :lock-h lock-h\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))))\n\n(def selfhost/pkg-lock-ops::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((((selfhost/pkg-lock-ops::result request-h) false) code) message) nil) nil) nil)))))\n\n(def selfhost/pkg-lock-ops::accept-write\n (fn (request-h)\n (fn (bytes)\n (\n ((((((selfhost/pkg-lock-ops::result request-h) true) nil) nil) bytes)\n (core/bytes::to-hex (core/crypto::blake3 bytes)))\n nil))))\n\n(def selfhost/pkg-lock-ops::accept-value\n (fn (request-h)\n (fn (value) (((((((selfhost/pkg-lock-ops::result request-h) true) nil) nil) nil) nil) value))))\n\n(def selfhost/pkg-lock-ops::writer-locked-entry\n (fn (entry)\n {\n :commit ((core/map::get entry) (quote :commit))\n :environment-fingerprint ((core/map::get entry) (quote :environment-fingerprint))\n :exports_hash ((core/map::get entry) (quote :exports-hash))\n :registry ((core/map::get entry) (quote :registry))\n :resolved-ref ((core/map::get entry) (quote :resolved-ref))\n :snapshot ((core/map::get entry) (quote :snapshot))\n :source_selector ((core/map::get entry) (quote :source-selector))}))\n\n(def selfhost/pkg-lock-ops::writer-locked-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (((selfhost/pkg-lock-ops::writer-locked-loop entries) ((core/int::add index) 1))\n (((core/map::put out) name)\n (selfhost/pkg-lock-ops::writer-locked-entry ((core/vec::get entry) 1)))))))))))\n\n(def selfhost/pkg-lock-ops::writer-locked\n (fn (locked) (((selfhost/pkg-lock-ops::writer-locked-loop (core/map::entries locked)) 0) {})))\n\n(def selfhost/pkg-lock-ops::writer-payload\n (fn (model)\n (core/coreform::parse-term\n (core/coreform::print-term\n {\n :artifacts ((core/map::get model) (quote :artifacts))\n :locked (selfhost/pkg-lock-ops::writer-locked ((core/map::get model) (quote :locked)))\n :policy ((core/map::get model) (quote :policy))\n :registries ((core/map::get model) (quote :registries))\n :requirements ((core/map::get model) (quote :requirements))\n :version ((core/map::get model) (quote :version))\n :workspace ((core/map::get model) (quote :workspace))}))))\n\n(def selfhost/pkg-lock-ops::render-payload\n (fn (request-h)\n (fn (payload)\n (let ((rendered (selfhost/pkg-lock-write::render-lock payload)))\n (let ((error ((core/map::get rendered) (quote :error))))\n (if (selfhost/pkg-lock-read::nil? error)\n ((selfhost/pkg-lock-ops::accept-write request-h)\n (core/str::to-utf8 ((core/map::get rendered) (quote :text))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\") error)))))))\n\n(def selfhost/pkg-lock-ops::render-model\n (fn (request-h)\n (fn (model)\n ((selfhost/pkg-lock-ops::render-payload request-h)\n (selfhost/pkg-lock-ops::writer-payload model)))))\n\n(def selfhost/pkg-lock-ops::init\n (fn (request-h)\n (fn (payload)\n (if (selfhost/pkg-lock-read::map? payload)\n (let ((workspace ((core/map::get payload) (quote :workspace))))\n (if (selfhost/pkg-lock-read::str? workspace)\n (let ((policy0 ((core/map::get payload) (quote :policy))))\n (let\n ((policy (if (selfhost/pkg-lock-read::str? policy0) policy0 \"policy:default-v0.1\")))\n (let ((registry0 ((core/map::get payload) (quote :registry-default))))\n (let\n ((registries (if (selfhost/pkg-lock-read::str? registry0) {\"default\" registry0} {})))\n ((selfhost/pkg-lock-ops::render-model request-h)\n {\n :artifacts {}\n :locked {}\n :policy policy\n :registries registries\n :requirements {}\n :version 2\n :workspace workspace})))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \"missing :workspace string\")))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\") \"payload must be a map\")))))\n\n(def selfhost/pkg-lock-ops::ascii-range?\n (fn (lower)\n (fn (upper) (fn (byte) (if ((core/int::lt? lower) byte) ((core/int::lt? byte) upper) false)))))\n\n(def selfhost/pkg-lock-ops::lower-hex-byte?\n (fn (byte)\n (if (((selfhost/pkg-lock-ops::ascii-range? 47) 58) byte)\n true\n (((selfhost/pkg-lock-ops::ascii-range? 96) 103) byte))))\n\n(def selfhost/pkg-lock-ops::lower-hex-loop?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n true\n (if (selfhost/pkg-lock-ops::lower-hex-byte? ((core/bytes::get bytes) index))\n ((selfhost/pkg-lock-ops::lower-hex-loop? bytes) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-lock-ops::lower-hex64?\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::eq? (core/bytes::len bytes)) 64)\n ((selfhost/pkg-lock-ops::lower-hex-loop? bytes) 0)\n false))\n false)))\n\n(def selfhost/pkg-lock-ops::dep-safe-byte?\n (fn (byte)\n (if (((selfhost/pkg-lock-ops::ascii-range? 47) 58) byte)\n true\n (if (((selfhost/pkg-lock-ops::ascii-range? 64) 91) byte)\n true\n (if (((selfhost/pkg-lock-ops::ascii-range? 96) 123) byte)\n true\n (if ((core/int::eq? byte) 45) true ((core/int::eq? byte) 95)))))))\n\n(def selfhost/pkg-lock-ops::utf8-width\n (fn (byte)\n (if ((core/int::lt? byte) 128)\n 1\n (if ((core/int::lt? byte) 224) 2 (if ((core/int::lt? byte) 240) 3 4)))))\n\n(def selfhost/pkg-lock-ops::dep-fragment-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (let ((byte ((core/bytes::get bytes) index)))\n (let ((ascii? ((core/int::lt? byte) 128)))\n (\n ((selfhost/pkg-lock-ops::dep-fragment-loop bytes)\n ((core/int::add index) (if ascii? 1 (selfhost/pkg-lock-ops::utf8-width byte))))\n ((core/vec::push parts)\n (if (if ascii? (selfhost/pkg-lock-ops::dep-safe-byte? byte) false)\n (((core/bytes::slice bytes) index) 1)\n b\"_\"))))))))))\n\n(def selfhost/pkg-lock-ops::dep-key\n (fn (dep)\n (let ((dep-bytes (core/str::to-utf8 dep)))\n (let ((fragment (((selfhost/pkg-lock-ops::dep-fragment-loop dep-bytes) 0) [])))\n (let ((digest-hex (core/bytes::to-hex (core/crypto::blake3 dep-bytes))))\n (let\n ((short (core/str::from-utf8 (((core/bytes::slice (core/str::to-utf8 digest-hex)) 0) 8))))\n ((core/str::concat fragment) ((core/str::concat \"_\") short))))))))\n\n(def selfhost/pkg-lock-ops::bridge-facts-valid?\n (fn (facts)\n (if (selfhost/pkg-lock-read::map? facts)\n (if\n ((selfhost/pkg-lock-read::exact-map? facts)\n [\n :attestation\n :commit\n :conversion-evidence\n :dep\n :provenance-root\n :registry\n :snapshot])\n (let ((dep ((core/map::get facts) (quote :dep))))\n (if (if (selfhost/pkg-lock-read::str? dep) ((core/int::lt? 0) (core/str::len dep)) false)\n (if\n (selfhost/pkg-lock-read::valid-optional-string?\n ((core/map::get facts) (quote :registry)))\n (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :commit)))\n (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :snapshot)))\n (if\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get facts) (quote :provenance-root)))\n (if\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get facts) (quote :conversion-evidence)))\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get facts) (quote :attestation)))\n false)\n false)\n false)\n false)\n false)\n false))\n false)\n false)))\n\n(def selfhost/pkg-lock-ops::bridge-to-model\n (fn (request-h)\n (fn (model)\n (fn (facts)\n (if (selfhost/pkg-lock-ops::bridge-facts-valid? facts)\n (let\n ((dep ((core/map::get facts) (quote :dep)))\n (commit ((core/map::get facts) (quote :commit)))\n (snapshot ((core/map::get facts) (quote :snapshot)))\n (registry ((core/map::get facts) (quote :registry))))\n (let ((selector ((core/str::concat \"commit:\") commit)))\n (let\n (\n (requirement\n {\n :registry registry\n :selector selector\n :strategy \"pinned\"\n :tag-policy nil\n :update-policy \"manual\"})\n (locked-entry\n {\n :commit commit\n :environment-fingerprint nil\n :exports-hash nil\n :registry registry\n :resolved-ref nil\n :snapshot snapshot\n :source-selector selector}))\n (let ((dep-key (selfhost/pkg-lock-ops::dep-key dep)))\n (let\n ((requirements (((core/map::put ((core/map::get model) (quote :requirements))) dep) requirement))\n (locked\n (((core/map::put ((core/map::get model) (quote :locked))) dep) locked-entry)))\n (let ((artifacts ((core/map::get model) (quote :artifacts))))\n (let\n (\n (artifacts1\n (\n ((core/map::put artifacts)\n ((core/str::concat ((core/str::concat \"bridge_\") dep-key))\n \"_provenance_root\"))\n ((core/map::get facts) (quote :provenance-root))))\n (artifacts2\n (\n ((core/map::put artifacts1)\n ((core/str::concat ((core/str::concat \"bridge_\") dep-key))\n \"_conversion_evidence\"))\n ((core/map::get facts) (quote :conversion-evidence))))\n (artifacts3\n (\n ((core/map::put artifacts2)\n ((core/str::concat ((core/str::concat \"bridge_\") dep-key))\n \"_attestation\"))\n ((core/map::get facts) (quote :attestation))))\n (artifacts4\n (((core/map::put artifacts3) ((core/str::concat ((core/str::concat \"bridge_\") dep-key)) \"_commit\"))\n commit)))\n ((selfhost/pkg-lock-ops::render-model request-h)\n (\n (\n (core/map::put\n (((core/map::put (((core/map::put model) (quote :requirements)) requirements)) (quote :locked))\n locked))\n (quote :artifacts))\n artifacts4)))))))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \"bridge lock facts are malformed\"))))))\n\n(def selfhost/pkg-lock-ops::bridge\n (fn (request-h)\n (fn (document)\n (fn (facts)\n (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document)))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-ops::bridge-to-model request-h) ((core/map::get normalized) (quote :value)))\n facts)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message)))))))))\n\n(def selfhost/pkg-lock-ops::add-to-model\n (fn (request-h)\n (fn (model)\n (fn (payload)\n (let ((name ((core/map::get payload) (quote :name))))\n (let ((selector ((core/map::get payload) (quote :selector))))\n (if\n (if (selfhost/pkg-lock-read::str? name) (selfhost/pkg-lock-read::str? selector) false)\n (let\n (\n (update-policy\n (selfhost/pkg-lock-write::normalize-update-policy\n ((core/map::get payload) (quote :update-policy)))))\n (if (selfhost/pkg-lock-read::nil? update-policy)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \":update-policy must be 'manual' or 'auto'\")\n (let\n (\n (strategy\n ((selfhost/pkg-lock-write::normalize-strategy ((core/map::get payload) (quote :strategy)))\n selector)))\n (if (selfhost/pkg-lock-read::nil? strategy)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \":strategy must be pinned, track-ref, or tag-policy\")\n (let ((tag-policy ((core/map::get payload) (quote :tag-policy))))\n (if (selfhost/pkg-lock-read::valid-optional-string? tag-policy)\n (let\n (\n (effective-tag\n (if ((core/eq? strategy) \"tag-policy\")\n (if (selfhost/pkg-lock-read::nil? tag-policy) \"exact\" tag-policy)\n nil)))\n (let ((registry0 ((core/map::get payload) (quote :registry))))\n (let\n (\n (requirement\n {\n :registry\n (if (selfhost/pkg-lock-read::str? registry0) registry0 nil)\n :selector selector\n :strategy strategy\n :tag-policy effective-tag\n :update-policy update-policy}))\n (let\n ((requirements (((core/map::put ((core/map::get model) (quote :requirements))) name) requirement)))\n ((selfhost/pkg-lock-ops::render-model request-h)\n (((core/map::put model) (quote :requirements)) requirements))))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \":tag-policy must be string or nil\")))))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \"missing :name or :selector string\"))))))))\n\n(def selfhost/pkg-lock-ops::add\n (fn (request-h)\n (fn (document)\n (fn (payload)\n (if (selfhost/pkg-lock-read::map? payload)\n (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document)))\n (if ((core/map::get normalized) (quote :ok))\n (((selfhost/pkg-lock-ops::add-to-model request-h) ((core/map::get normalized) (quote :value)))\n payload)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message)))))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-payload\")\n \"payload must be a map\"))))))\n\n(def selfhost/pkg-lock-ops::list-requirements-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (let ((requirement ((core/vec::get entry) 1)))\n (((selfhost/pkg-lock-ops::list-requirements-loop entries) ((core/int::add index) 1))\n ((core/vec::push out)\n {\n :name name\n :registry ((core/map::get requirement) (quote :registry))\n :selector ((core/map::get requirement) (quote :selector))\n :strategy ((core/map::get requirement) (quote :strategy))\n :tag-policy ((core/map::get requirement) (quote :tag-policy))\n :update-policy ((core/map::get requirement) (quote :update-policy))}))))))))))\n\n(def selfhost/pkg-lock-ops::list-locked-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((entry ((core/vec::get entries) index)))\n (let ((name ((core/vec::get entry) 0)))\n (let ((locked ((core/vec::get entry) 1)))\n (((selfhost/pkg-lock-ops::list-locked-loop entries) ((core/int::add index) 1))\n ((core/vec::push out)\n {\n :commit ((core/map::get locked) (quote :commit))\n :environment-fingerprint\n ((core/map::get locked) (quote :environment-fingerprint))\n :name name\n :snapshot ((core/map::get locked) (quote :snapshot))}))))))))))\n\n(def selfhost/pkg-lock-ops::list\n (fn (request-h)\n (fn (document)\n (let ((normalized (selfhost/pkg-lock-read::normalize-model-document document)))\n (if ((core/map::get normalized) (quote :ok))\n (let ((model ((core/map::get normalized) (quote :value))))\n ((selfhost/pkg-lock-ops::accept-value request-h)\n {\n :locked\n (\n (\n (selfhost/pkg-lock-ops::list-locked-loop\n (core/map::entries ((core/map::get model) (quote :locked))))\n 0)\n [])\n :requirements\n (\n (\n (selfhost/pkg-lock-ops::list-requirements-loop\n (core/map::entries ((core/map::get model) (quote :requirements))))\n 0)\n [])}))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-lock\")\n ((core/map::get normalized) (quote :message))))))))\n\n(def selfhost/pkg-lock-ops::dispatch\n (fn (request-h)\n (fn (request)\n (let ((op ((core/map::get request) (quote :op))))\n (if ((core/sym::eq? op) (quote :init))\n ((selfhost/pkg-lock-ops::init request-h) ((core/map::get request) (quote :payload)))\n (if ((core/sym::eq? op) (quote :add))\n (((selfhost/pkg-lock-ops::add request-h) ((core/map::get request) (quote :document)))\n ((core/map::get request) (quote :payload)))\n (if ((core/sym::eq? op) (quote :list))\n ((selfhost/pkg-lock-ops::list request-h) ((core/map::get request) (quote :document)))\n (if ((core/sym::eq? op) (quote :bridge-lock))\n (((selfhost/pkg-lock-ops::bridge request-h) ((core/map::get request) (quote :document)))\n ((core/map::get request) (quote :payload)))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :op must be :init, :add, :list, or :bridge-lock\")))))))))\n\n(def core/pkg::lock-ops-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [\n :document\n :kind\n :op\n :payload\n :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-lock-ops-authority-request-v0.1\")\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false)\n ((selfhost/pkg-lock-ops::dispatch request-h) request)\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\"))\n (((selfhost/pkg-lock-ops::reject request-h) \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_\xAC\x95\x95!\x87\x80\x13{\xD9\xD07aTi\x0E\xD7\xE9\x9CJ\x99(f\xD6\xFFP i\n\xC8\xF8>" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-resolution-id::tag core/data::tag) (def selfhost/pkg-resolution-id::map? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :map)))) (def selfhost/pkg-resolution-id::str? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :str)))) (def selfhost/pkg-resolution-id::sym? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :sym)))) (def selfhost/pkg-resolution-id::int? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :int)))) (def selfhost/pkg-resolution-id::nil? (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :nil)))) (def selfhost/pkg-resolution-id::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/pkg-resolution-id::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/pkg-resolution-id::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (((selfhost/pkg-resolution-id::map-has-key-loop? (core/map::entries map)) ((core/vec::get keys) index)) 0) (((selfhost/pkg-resolution-id::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-resolution-id::exact-map? (fn (value) (fn (keys) (if (selfhost/pkg-resolution-id::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/pkg-resolution-id::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/pkg-resolution-id::optional-string? (fn (value) (if (selfhost/pkg-resolution-id::nil? value) true (selfhost/pkg-resolution-id::str? value)))) (def selfhost/pkg-resolution-id::update-policy? (fn (value) (if (selfhost/pkg-resolution-id::sym? value) (if ((core/sym::eq? value) (quote :manual)) true ((core/sym::eq? value) (quote :auto))) false))) (def selfhost/pkg-resolution-id::strategy? (fn (value) (if (selfhost/pkg-resolution-id::sym? value) (if ((core/sym::eq? value) (quote :pinned)) true (if ((core/sym::eq? value) (quote :track-ref)) true ((core/sym::eq? value) (quote :tag-policy)))) false))) (def selfhost/pkg-resolution-id::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (fingerprint) {:code code :fingerprint fingerprint :kind "genesis/pkg-resolution-identity-result-v0.1" :message message :ok ok :request-h request-h :v 1})))))) (def selfhost/pkg-resolution-id::reject (fn (request-h) (fn (message) (((((selfhost/pkg-resolution-id::result request-h) false) "core/pkg/bad-authority-request") message) nil)))) (def selfhost/pkg-resolution-id::fingerprint (fn (request) (let ((identity {:commit ((core/map::get request) (quote :commit)) :registry ((core/map::get request) (quote :registry)) :selector ((core/map::get request) (quote :selector)) :snapshot ((core/map::get request) (quote :snapshot)) :strategy ((core/map::get request) (quote :strategy)) :tag-policy ((core/map::get request) (quote :tag-policy)) :update-policy ((core/map::get request) (quote :update-policy))})) (let ((printed (selfhost/printer::print-term identity))) (let ((bytes (core/str::to-utf8 printed))) (core/bytes::to-hex (core/crypto::blake3 ((core/bytes::concat bytes) b"\n")))))))) (def selfhost/pkg-resolution-id::accept (fn (request-h) (fn (request) (((((selfhost/pkg-resolution-id::result request-h) true) nil) nil) (selfhost/pkg-resolution-id::fingerprint request))))) (def selfhost/pkg-resolution-id::valid-request-fields? (fn (request) (if (selfhost/pkg-resolution-id::str? ((core/map::get request) (quote :selector))) (if (selfhost/pkg-resolution-id::update-policy? ((core/map::get request) (quote :update-policy))) (if (selfhost/pkg-resolution-id::strategy? ((core/map::get request) (quote :strategy))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :tag-policy))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :registry))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :snapshot))) (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :commit))) false) false) false) false) false) false))) (def core/pkg::resolution-identity-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-resolution-id::map? request) (if ((selfhost/pkg-resolution-id::exact-map? request) [:commit :kind :op :registry :selector :snapshot :strategy :tag-policy :update-policy :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-resolution-id::str? kind) ((core/eq? kind) "genesis/pkg-resolution-identity-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if (selfhost/pkg-resolution-id::sym? op) ((core/sym::eq? op) (quote :requirement-fingerprint)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-resolution-id::int? version) ((core/int::eq? version) 1) false) (if (selfhost/pkg-resolution-id::valid-request-fields? request) ((selfhost/pkg-resolution-id::accept request-h) request) ((selfhost/pkg-resolution-id::reject request-h) "request identity fields are invalid")) ((selfhost/pkg-resolution-id::reject request-h) "request :v must be 1"))) ((selfhost/pkg-resolution-id::reject request-h) "request :op must be :requirement-fingerprint"))) ((selfhost/pkg-resolution-id::reject request-h) "request :kind mismatch"))) ((selfhost/pkg-resolution-id::reject request-h) "request fields mismatch")) ((selfhost/pkg-resolution-id::reject request-h) "request must be map"))))) (def selfhost/pkg-resolution-plan::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/pkg-resolution-plan::starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes))) (let ((prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))) (def selfhost/pkg-resolution-plan::ascii-space? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 9) true (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13)))))) (def selfhost/pkg-resolution-plan::trim-left (fn (bytes) (fn (length) (fn (index) (if ((core/int::eq? index) length) index (if (selfhost/pkg-resolution-plan::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-resolution-plan::trim-left bytes) length) ((core/int::add index) 1)) index)))))) (def selfhost/pkg-resolution-plan::trim-right (fn (bytes) (fn (start) (fn (end) (if ((core/int::eq? start) end) end (let ((index ((core/int::sub end) 1))) (if (selfhost/pkg-resolution-plan::ascii-space? ((core/bytes::get bytes) index)) (((selfhost/pkg-resolution-plan::trim-right bytes) start) index) end))))))) (def selfhost/pkg-resolution-plan::trim (fn (value) (let ((bytes (core/str::to-utf8 value))) (let ((length (core/bytes::len bytes))) (let ((start (((selfhost/pkg-resolution-plan::trim-left bytes) length) 0))) (let ((end (((selfhost/pkg-resolution-plan::trim-right bytes) start) length))) (core/str::from-utf8 (((core/bytes::slice bytes) start) ((core/int::sub end) start))))))))) (def selfhost/pkg-resolution-plan::drop-prefix (fn (value) (fn (length) (let ((bytes (core/str::to-utf8 value))) (let ((total (core/bytes::len bytes))) (core/str::from-utf8 (((core/bytes::slice bytes) length) ((core/int::sub total) length)))))))) (def selfhost/pkg-resolution-plan::ascii-hex? (fn (byte) (if (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false) true (if (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 71) false) true (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false))))) (def selfhost/pkg-resolution-plan::hash64-loop? (fn (bytes) (fn (index) (if ((core/int::eq? index) 64) true (if (selfhost/pkg-resolution-plan::ascii-hex? ((core/bytes::get bytes) index)) ((selfhost/pkg-resolution-plan::hash64-loop? bytes) ((core/int::add index) 1)) false))))) (def selfhost/pkg-resolution-plan::hash64? (fn (value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::eq? (core/bytes::len bytes)) 64) ((selfhost/pkg-resolution-plan::hash64-loop? bytes) 0) false)))) (def selfhost/pkg-resolution-plan::plan (fn (selector) (let ((value (selfhost/pkg-resolution-plan::trim selector))) (if ((selfhost/pkg-resolution-plan::starts-with? value) "semver:") (let ((rest (selfhost/pkg-resolution-plan::trim ((selfhost/pkg-resolution-plan::drop-prefix value) 7)))) (if ((core/int::eq? (core/str::len rest)) 0) nil {:selector-kind (quote :semver-range) :selector-value rest :strategy (quote :tag-policy)})) (if ((selfhost/pkg-resolution-plan::starts-with? value) "commit:") (let ((rest (selfhost/pkg-resolution-plan::trim ((selfhost/pkg-resolution-plan::drop-prefix value) 7)))) (if (selfhost/pkg-resolution-plan::hash64? rest) {:selector-kind (quote :commit) :selector-value rest :strategy (quote :pinned)} nil)) (if ((selfhost/pkg-resolution-plan::starts-with? value) "snapshot:") (let ((rest (selfhost/pkg-resolution-plan::trim ((selfhost/pkg-resolution-plan::drop-prefix value) 9)))) (if (selfhost/pkg-resolution-plan::hash64? rest) {:selector-kind (quote :snapshot) :selector-value rest :strategy (quote :pinned)} nil)) (if ((selfhost/pkg-resolution-plan::starts-with? value) "ref:") (let ((rest (selfhost/pkg-resolution-plan::trim ((selfhost/pkg-resolution-plan::drop-prefix value) 4)))) (if ((selfhost/pkg-resolution-plan::starts-with? rest) "refs/tags/") {:selector-kind (quote :ref) :selector-value rest :strategy (quote :tag-policy)} (if ((selfhost/pkg-resolution-plan::starts-with? rest) "refs/") {:selector-kind (quote :ref) :selector-value rest :strategy (quote :track-ref)} nil))) (if ((selfhost/pkg-resolution-plan::starts-with? value) "refs/tags/") {:selector-kind (quote :ref) :selector-value value :strategy (quote :tag-policy)} (if ((selfhost/pkg-resolution-plan::starts-with? value) "refs/") {:selector-kind (quote :ref) :selector-value value :strategy (quote :track-ref)} (if (selfhost/pkg-resolution-plan::hash64? value) {:selector-kind (quote :commit) :selector-value value :strategy (quote :pinned)} nil)))))))))) (def selfhost/pkg-resolution-plan::semver-policy (fn (tag-policy) (if ((core/eq? tag-policy) "lowest") (quote :lowest) (if ((core/eq? tag-policy) "highest") (quote :highest) (if ((core/eq? tag-policy) "latest") (quote :highest) (if ((core/eq? tag-policy) "exact") (quote :highest) nil)))))) (def selfhost/pkg-resolution-plan::should-resolve? (fn (has-existing) (fn (update-policy) (fn (strategy) (if has-existing (if ((core/sym::eq? update-policy) (quote :auto)) (if ((core/sym::eq? strategy) (quote :pinned)) false true) false) true))))) (def selfhost/pkg-resolution-plan::reject (fn (request-h) (fn (code) (fn (message) {:code code :kind "genesis/pkg-resolution-plan-result-v0.1" :message message :ok false :request-h request-h :selector-kind nil :selector-value nil :semver-policy nil :should-resolve nil :v 1})))) (def selfhost/pkg-resolution-plan::accept (fn (request-h) (fn (selector-plan) (fn (semver-policy) (fn (should-resolve) {:code nil :kind "genesis/pkg-resolution-plan-result-v0.1" :message nil :ok true :request-h request-h :selector-kind ((core/map::get selector-plan) (quote :selector-kind)) :selector-value ((core/map::get selector-plan) (quote :selector-value)) :semver-policy semver-policy :should-resolve should-resolve :v 1}))))) (def selfhost/pkg-resolution-plan::evaluate (fn (request-h) (fn (request) (let ((selector ((core/map::get request) (quote :selector)))) (let ((declared ((core/map::get request) (quote :strategy)))) (let ((tag-policy ((core/map::get request) (quote :tag-policy)))) (let ((selector-plan (selfhost/pkg-resolution-plan::plan selector))) (if (core/list::is-nil? selector-plan) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-selector") "unsupported or malformed selector") (let ((inferred ((core/map::get selector-plan) (quote :strategy)))) (if ((core/sym::eq? declared) inferred) (if ((core/sym::eq? inferred) (quote :tag-policy)) (if (selfhost/pkg-resolution-id::str? tag-policy) (let ((selector-kind ((core/map::get selector-plan) (quote :selector-kind)))) (if ((core/sym::eq? selector-kind) (quote :semver-range)) (let ((semver-policy (selfhost/pkg-resolution-plan::semver-policy tag-policy))) (if (core/list::is-nil? semver-policy) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/semver-policy-unsupported") "unsupported semver tag_policy") ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) semver-policy) (((selfhost/pkg-resolution-plan::should-resolve? ((core/map::get request) (quote :has-existing))) ((core/map::get request) (quote :update-policy))) inferred)))) ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) nil) (((selfhost/pkg-resolution-plan::should-resolve? ((core/map::get request) (quote :has-existing))) ((core/map::get request) (quote :update-policy))) inferred)))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/tag-policy-required") "tag-policy strategy requires tag_policy")) (if (selfhost/pkg-resolution-id::nil? tag-policy) ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) nil) (((selfhost/pkg-resolution-plan::should-resolve? ((core/map::get request) (quote :has-existing))) ((core/map::get request) (quote :update-policy))) inferred)) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/tag-policy-forbidden") "tag_policy is only valid for tag-policy strategy"))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/strategy-mismatch") "selector strategy mismatch"))))))))))) (def core/pkg::resolution-plan-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-resolution-id::map? request) (if ((selfhost/pkg-resolution-id::exact-map? request) [:has-existing :kind :op :selector :strategy :tag-policy :update-policy :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-resolution-id::str? kind) ((core/eq? kind) "genesis/pkg-resolution-plan-request-v0.1") false) (let ((op ((core/map::get request) (quote :op)))) (if (if (selfhost/pkg-resolution-id::sym? op) ((core/sym::eq? op) (quote :plan)) false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-resolution-id::int? version) ((core/int::eq? version) 1) false) (if (if (selfhost/pkg-resolution-id::str? ((core/map::get request) (quote :selector))) (if (selfhost/pkg-resolution-id::strategy? ((core/map::get request) (quote :strategy))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get request) (quote :tag-policy))) (if (selfhost/pkg-resolution-id::update-policy? ((core/map::get request) (quote :update-policy))) (selfhost/pkg-resolution-plan::bool? ((core/map::get request) (quote :has-existing))) false) false) false) false) ((selfhost/pkg-resolution-plan::evaluate request-h) request) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request plan fields are invalid")) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request :op must be :plan"))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")) (((selfhost/pkg-resolution-plan::reject request-h) "core/pkg/bad-authority-request") "request must be map")))))] :module-h b"\x13g\x083\xD5DD\x8F}\xC0\xFC\x84\xBF\xB1\xD7\x80\xFB\xBA\xD6\xEF\xED\x9C\xCE\x86c\x01\xC8\xA2\x1B\x84\x07e" :path "selfhost/pkg_resolution_identity_authority_v1.gc" :source "; Partial R4.2.e authority for canonical package requirement fingerprints.\n\n(def selfhost/pkg-resolution-id::tag core/data::tag)\n\n(def selfhost/pkg-resolution-id::map?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :map))))\n\n(def selfhost/pkg-resolution-id::str?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :str))))\n\n(def selfhost/pkg-resolution-id::sym?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :sym))))\n\n(def selfhost/pkg-resolution-id::int?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :int))))\n\n(def selfhost/pkg-resolution-id::nil?\n (fn (value) ((core/sym::eq? (selfhost/pkg-resolution-id::tag value)) (quote :nil))))\n\n(def selfhost/pkg-resolution-id::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/pkg-resolution-id::map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-resolution-id::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n (((selfhost/pkg-resolution-id::map-has-key-loop? (core/map::entries map))\n ((core/vec::get keys) index)) 0)\n (((selfhost/pkg-resolution-id::map-has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-resolution-id::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/pkg-resolution-id::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/pkg-resolution-id::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/pkg-resolution-id::optional-string?\n (fn (value)\n (if (selfhost/pkg-resolution-id::nil? value) true (selfhost/pkg-resolution-id::str? value))))\n\n(def selfhost/pkg-resolution-id::update-policy?\n (fn (value)\n (if (selfhost/pkg-resolution-id::sym? value)\n (if ((core/sym::eq? value) (quote :manual))\n true\n ((core/sym::eq? value) (quote :auto)))\n false)))\n\n(def selfhost/pkg-resolution-id::strategy?\n (fn (value)\n (if (selfhost/pkg-resolution-id::sym? value)\n (if ((core/sym::eq? value) (quote :pinned))\n true\n (if ((core/sym::eq? value) (quote :track-ref))\n true\n ((core/sym::eq? value) (quote :tag-policy))))\n false)))\n\n(def selfhost/pkg-resolution-id::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (fingerprint)\n {\n :code code\n :fingerprint fingerprint\n :kind \"genesis/pkg-resolution-identity-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1}))))))\n\n(def selfhost/pkg-resolution-id::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-resolution-id::result request-h) false)\n \"core/pkg/bad-authority-request\") message) nil))))\n\n(def selfhost/pkg-resolution-id::fingerprint\n (fn (request)\n (let\n ((identity\n {\n :commit ((core/map::get request) (quote :commit))\n :registry ((core/map::get request) (quote :registry))\n :selector ((core/map::get request) (quote :selector))\n :snapshot ((core/map::get request) (quote :snapshot))\n :strategy ((core/map::get request) (quote :strategy))\n :tag-policy ((core/map::get request) (quote :tag-policy))\n :update-policy ((core/map::get request) (quote :update-policy))}))\n (let ((printed (selfhost/printer::print-term identity)))\n (let ((bytes (core/str::to-utf8 printed)))\n (core/bytes::to-hex\n (core/crypto::blake3 ((core/bytes::concat bytes) b\"\\n\"))))))))\n\n(def selfhost/pkg-resolution-id::accept\n (fn (request-h)\n (fn (request)\n (((((selfhost/pkg-resolution-id::result request-h) true) nil) nil)\n (selfhost/pkg-resolution-id::fingerprint request)))))\n\n(def selfhost/pkg-resolution-id::valid-request-fields?\n (fn (request)\n (if (selfhost/pkg-resolution-id::str? ((core/map::get request) (quote :selector)))\n (if\n (selfhost/pkg-resolution-id::update-policy?\n ((core/map::get request) (quote :update-policy)))\n (if\n (selfhost/pkg-resolution-id::strategy?\n ((core/map::get request) (quote :strategy)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :tag-policy)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :registry)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :snapshot)))\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :commit)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def core/pkg::resolution-identity-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-resolution-id::map? request)\n (if\n ((selfhost/pkg-resolution-id::exact-map? request)\n [:commit :kind :op :registry :selector :snapshot :strategy :tag-policy :update-policy :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-resolution-id::str? kind)\n ((core/eq? kind) \"genesis/pkg-resolution-identity-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if (selfhost/pkg-resolution-id::sym? op)\n ((core/sym::eq? op) (quote :requirement-fingerprint))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-resolution-id::int? version)\n ((core/int::eq? version) 1)\n false)\n (if (selfhost/pkg-resolution-id::valid-request-fields? request)\n ((selfhost/pkg-resolution-id::accept request-h) request)\n ((selfhost/pkg-resolution-id::reject request-h)\n \"request identity fields are invalid\"))\n ((selfhost/pkg-resolution-id::reject request-h) \"request :v must be 1\")))\n ((selfhost/pkg-resolution-id::reject request-h)\n \"request :op must be :requirement-fingerprint\")))\n ((selfhost/pkg-resolution-id::reject request-h) \"request :kind mismatch\")))\n ((selfhost/pkg-resolution-id::reject request-h) \"request fields mismatch\"))\n ((selfhost/pkg-resolution-id::reject request-h) \"request must be map\")))))\n\n; Package selector and update planning authority. Host code executes the returned\n; plan but does not classify selectors or choose update behavior in production.\n\n(def selfhost/pkg-resolution-plan::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/pkg-resolution-plan::starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let ((length (core/bytes::len bytes)))\n (let ((prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))))\n\n(def selfhost/pkg-resolution-plan::ascii-space?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 9)\n true\n (if ((core/int::eq? byte) 10) true ((core/int::eq? byte) 13))))))\n\n(def selfhost/pkg-resolution-plan::trim-left\n (fn (bytes)\n (fn (length)\n (fn (index)\n (if ((core/int::eq? index) length)\n index\n (if (selfhost/pkg-resolution-plan::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-resolution-plan::trim-left bytes) length) ((core/int::add index) 1))\n index))))))\n\n(def selfhost/pkg-resolution-plan::trim-right\n (fn (bytes)\n (fn (start)\n (fn (end)\n (if ((core/int::eq? start) end)\n end\n (let ((index ((core/int::sub end) 1)))\n (if (selfhost/pkg-resolution-plan::ascii-space? ((core/bytes::get bytes) index))\n (((selfhost/pkg-resolution-plan::trim-right bytes) start) index)\n end)))))))\n\n(def selfhost/pkg-resolution-plan::trim\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((length (core/bytes::len bytes)))\n (let ((start (((selfhost/pkg-resolution-plan::trim-left bytes) length) 0)))\n (let ((end (((selfhost/pkg-resolution-plan::trim-right bytes) start) length)))\n (core/str::from-utf8\n (((core/bytes::slice bytes) start) ((core/int::sub end) start)))))))))\n\n(def selfhost/pkg-resolution-plan::drop-prefix\n (fn (value)\n (fn (length)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((total (core/bytes::len bytes)))\n (core/str::from-utf8\n (((core/bytes::slice bytes) length) ((core/int::sub total) length))))))))\n\n(def selfhost/pkg-resolution-plan::ascii-hex?\n (fn (byte)\n (if\n (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false)\n true\n (if\n (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 71) false)\n true\n (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false)))))\n\n(def selfhost/pkg-resolution-plan::hash64-loop?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) 64)\n true\n (if (selfhost/pkg-resolution-plan::ascii-hex? ((core/bytes::get bytes) index))\n ((selfhost/pkg-resolution-plan::hash64-loop? bytes) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-resolution-plan::hash64?\n (fn (value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::eq? (core/bytes::len bytes)) 64)\n ((selfhost/pkg-resolution-plan::hash64-loop? bytes) 0)\n false))))\n\n(def selfhost/pkg-resolution-plan::plan\n (fn (selector)\n (let ((value (selfhost/pkg-resolution-plan::trim selector)))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"semver:\")\n (let\n ((rest\n (selfhost/pkg-resolution-plan::trim\n ((selfhost/pkg-resolution-plan::drop-prefix value) 7))))\n (if ((core/int::eq? (core/str::len rest)) 0)\n nil\n {:selector-kind (quote :semver-range)\n :selector-value rest\n :strategy (quote :tag-policy)}))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"commit:\")\n (let\n ((rest\n (selfhost/pkg-resolution-plan::trim\n ((selfhost/pkg-resolution-plan::drop-prefix value) 7))))\n (if (selfhost/pkg-resolution-plan::hash64? rest)\n {:selector-kind (quote :commit)\n :selector-value rest\n :strategy (quote :pinned)}\n nil))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"snapshot:\")\n (let\n ((rest\n (selfhost/pkg-resolution-plan::trim\n ((selfhost/pkg-resolution-plan::drop-prefix value) 9))))\n (if (selfhost/pkg-resolution-plan::hash64? rest)\n {:selector-kind (quote :snapshot)\n :selector-value rest\n :strategy (quote :pinned)}\n nil))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"ref:\")\n (let\n ((rest\n (selfhost/pkg-resolution-plan::trim\n ((selfhost/pkg-resolution-plan::drop-prefix value) 4))))\n (if ((selfhost/pkg-resolution-plan::starts-with? rest) \"refs/tags/\")\n {:selector-kind (quote :ref)\n :selector-value rest\n :strategy (quote :tag-policy)}\n (if ((selfhost/pkg-resolution-plan::starts-with? rest) \"refs/\")\n {:selector-kind (quote :ref)\n :selector-value rest\n :strategy (quote :track-ref)}\n nil)))\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"refs/tags/\")\n {:selector-kind (quote :ref)\n :selector-value value\n :strategy (quote :tag-policy)}\n (if ((selfhost/pkg-resolution-plan::starts-with? value) \"refs/\")\n {:selector-kind (quote :ref)\n :selector-value value\n :strategy (quote :track-ref)}\n (if (selfhost/pkg-resolution-plan::hash64? value)\n {:selector-kind (quote :commit)\n :selector-value value\n :strategy (quote :pinned)}\n nil))))))))))\n\n(def selfhost/pkg-resolution-plan::semver-policy\n (fn (tag-policy)\n (if ((core/eq? tag-policy) \"lowest\")\n (quote :lowest)\n (if ((core/eq? tag-policy) \"highest\")\n (quote :highest)\n (if ((core/eq? tag-policy) \"latest\")\n (quote :highest)\n (if ((core/eq? tag-policy) \"exact\") (quote :highest) nil))))))\n\n(def selfhost/pkg-resolution-plan::should-resolve?\n (fn (has-existing)\n (fn (update-policy)\n (fn (strategy)\n (if has-existing\n (if ((core/sym::eq? update-policy) (quote :auto))\n (if ((core/sym::eq? strategy) (quote :pinned)) false true)\n false)\n true)))))\n\n(def selfhost/pkg-resolution-plan::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n {\n :code code\n :kind \"genesis/pkg-resolution-plan-result-v0.1\"\n :message message\n :ok false\n :request-h request-h\n :selector-kind nil\n :selector-value nil\n :semver-policy nil\n :should-resolve nil\n :v 1}))))\n\n(def selfhost/pkg-resolution-plan::accept\n (fn (request-h)\n (fn (selector-plan)\n (fn (semver-policy)\n (fn (should-resolve)\n {\n :code nil\n :kind \"genesis/pkg-resolution-plan-result-v0.1\"\n :message nil\n :ok true\n :request-h request-h\n :selector-kind ((core/map::get selector-plan) (quote :selector-kind))\n :selector-value ((core/map::get selector-plan) (quote :selector-value))\n :semver-policy semver-policy\n :should-resolve should-resolve\n :v 1})))))\n\n(def selfhost/pkg-resolution-plan::evaluate\n (fn (request-h)\n (fn (request)\n (let ((selector ((core/map::get request) (quote :selector))))\n (let ((declared ((core/map::get request) (quote :strategy))))\n (let ((tag-policy ((core/map::get request) (quote :tag-policy))))\n (let ((selector-plan (selfhost/pkg-resolution-plan::plan selector)))\n (if (core/list::is-nil? selector-plan)\n (((selfhost/pkg-resolution-plan::reject request-h) \"core/pkg/bad-selector\")\n \"unsupported or malformed selector\")\n (let ((inferred ((core/map::get selector-plan) (quote :strategy))))\n (if ((core/sym::eq? declared) inferred)\n (if ((core/sym::eq? inferred) (quote :tag-policy))\n (if (selfhost/pkg-resolution-id::str? tag-policy)\n (let\n ((selector-kind\n ((core/map::get selector-plan) (quote :selector-kind))))\n (if ((core/sym::eq? selector-kind) (quote :semver-range))\n (let\n ((semver-policy\n (selfhost/pkg-resolution-plan::semver-policy tag-policy)))\n (if (core/list::is-nil? semver-policy)\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/semver-policy-unsupported\")\n \"unsupported semver tag_policy\")\n ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan)\n semver-policy)\n (((selfhost/pkg-resolution-plan::should-resolve?\n ((core/map::get request) (quote :has-existing)))\n ((core/map::get request) (quote :update-policy))) inferred))))\n ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) nil)\n (((selfhost/pkg-resolution-plan::should-resolve?\n ((core/map::get request) (quote :has-existing)))\n ((core/map::get request) (quote :update-policy))) inferred))))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/tag-policy-required\")\n \"tag-policy strategy requires tag_policy\"))\n (if (selfhost/pkg-resolution-id::nil? tag-policy)\n ((((selfhost/pkg-resolution-plan::accept request-h) selector-plan) nil)\n (((selfhost/pkg-resolution-plan::should-resolve?\n ((core/map::get request) (quote :has-existing)))\n ((core/map::get request) (quote :update-policy))) inferred))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/tag-policy-forbidden\")\n \"tag_policy is only valid for tag-policy strategy\")))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/strategy-mismatch\")\n \"selector strategy mismatch\")))))))))))\n\n(def core/pkg::resolution-plan-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-resolution-id::map? request)\n (if\n ((selfhost/pkg-resolution-id::exact-map? request)\n [:has-existing :kind :op :selector :strategy :tag-policy :update-policy :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-resolution-id::str? kind)\n ((core/eq? kind) \"genesis/pkg-resolution-plan-request-v0.1\")\n false)\n (let ((op ((core/map::get request) (quote :op))))\n (if\n (if (selfhost/pkg-resolution-id::sym? op)\n ((core/sym::eq? op) (quote :plan))\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-resolution-id::int? version)\n ((core/int::eq? version) 1)\n false)\n (if\n (if\n (selfhost/pkg-resolution-id::str?\n ((core/map::get request) (quote :selector)))\n (if\n (selfhost/pkg-resolution-id::strategy?\n ((core/map::get request) (quote :strategy)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get request) (quote :tag-policy)))\n (if\n (selfhost/pkg-resolution-id::update-policy?\n ((core/map::get request) (quote :update-policy)))\n (selfhost/pkg-resolution-plan::bool?\n ((core/map::get request) (quote :has-existing)))\n false)\n false)\n false)\n false)\n ((selfhost/pkg-resolution-plan::evaluate request-h) request)\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request plan fields are invalid\"))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :op must be :plan\")))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request fields mismatch\"))\n (((selfhost/pkg-resolution-plan::reject request-h)\n \"core/pkg/bad-authority-request\")\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x13|\xF5p\x0F5=\x04*\xEFn23\xEF\x15\x18\x90\x9F\xF3,\x0B\xABZ\x12\xE8\xF7tRKj\xE5\xE9" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-resolution-workflow::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/pkg-resolution-workflow::symbol? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym)))) (def selfhost/pkg-resolution-workflow::workflow? (fn (value) (if (selfhost/pkg-resolution-workflow::symbol? value) (if ((core/sym::eq? value) (quote :lock)) true ((core/sym::eq? value) (quote :update))) false))) (def selfhost/pkg-resolution-workflow::string-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/pkg-lock-read::str? ((core/vec::get values) index)) ((selfhost/pkg-resolution-workflow::string-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/pkg-resolution-workflow::string-vector? (fn (value) (if (selfhost/pkg-lock-read::vec? value) ((selfhost/pkg-resolution-workflow::string-vector-loop? value) 0) false))) (def selfhost/pkg-resolution-workflow::string-set-loop (fn (values) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) out (let ((value (selfhost/pkg-resolution-plan::trim ((core/vec::get values) index)))) (((selfhost/pkg-resolution-workflow::string-set-loop values) ((core/int::add index) 1)) (if ((core/int::eq? (core/str::len value)) 0) out (((core/map::put out) value) true))))))))) (def selfhost/pkg-resolution-workflow::string-set (fn (values) (((selfhost/pkg-resolution-workflow::string-set-loop values) 0) {}))) (def selfhost/pkg-resolution-workflow::model? (fn (model) (if ((selfhost/pkg-lock-read::exact-map? model) [:artifacts :lock :locked :policy :registries :requirements :version :workspace]) (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :artifacts))) (if (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :lock))) (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :locked))) (if (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :policy))) (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :registries))) (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :requirements))) (if (selfhost/pkg-lock-read::int? ((core/map::get model) (quote :version))) (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :workspace))) false) false) false) false) false) false) false) false))) (def selfhost/pkg-resolution-workflow::requirement? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:registry :selector :strategy :tag-policy :update-policy]) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :registry))) (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :selector))) (if (selfhost/pkg-resolution-id::strategy? ((core/map::get value) (quote :strategy))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :tag-policy))) (selfhost/pkg-resolution-id::update-policy? ((core/map::get value) (quote :update-policy))) false) false) false) false) false))) (def selfhost/pkg-resolution-workflow::requirements-loop? (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (let ((entry ((core/vec::get entries) index))) (if (selfhost/pkg-lock-read::str? ((core/vec::get entry) 0)) (if (selfhost/pkg-resolution-workflow::requirement? ((core/vec::get entry) 1)) ((selfhost/pkg-resolution-workflow::requirements-loop? entries) ((core/int::add index) 1)) false) false)))))) (def selfhost/pkg-resolution-workflow::requirements? (fn (value) (if (selfhost/pkg-lock-read::map? value) ((selfhost/pkg-resolution-workflow::requirements-loop? (core/map::entries value)) 0) false))) (def selfhost/pkg-resolution-workflow::locked-entry? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:commit :environment-fingerprint :exports_hash :registry :resolved-ref :snapshot :source_selector]) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :commit))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :environment-fingerprint))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :exports_hash))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :registry))) (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :resolved-ref))) (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :snapshot))) (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :source_selector))) false) false) false) false) false) false) false))) (def selfhost/pkg-resolution-workflow::locked-loop? (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (let ((entry ((core/vec::get entries) index))) (if (selfhost/pkg-lock-read::str? ((core/vec::get entry) 0)) (if (selfhost/pkg-resolution-workflow::locked-entry? ((core/vec::get entry) 1)) ((selfhost/pkg-resolution-workflow::locked-loop? entries) ((core/int::add index) 1)) false) false)))))) (def selfhost/pkg-resolution-workflow::locked? (fn (value) (if (selfhost/pkg-lock-read::map? value) ((selfhost/pkg-resolution-workflow::locked-loop? (core/map::entries value)) 0) false))) (def selfhost/pkg-resolution-workflow::object (fn (term) (fn (newline) (let ((printed (selfhost/printer::print-term term))) (let ((text (if newline ((core/str::concat printed) "\n") printed))) (let ((bytes (core/str::to-utf8 text))) {:bytes bytes :h (core/bytes::to-hex (core/crypto::blake3 bytes)) :term term})))))) (def selfhost/pkg-resolution-workflow::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-resolution-workflow-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-resolution-workflow::accept (fn (request-h) (fn (value) (((((selfhost/pkg-resolution-workflow::result request-h) true) nil) nil) value)))) (def selfhost/pkg-resolution-workflow::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-resolution-workflow::result request-h) false) code) message) nil)))))] :module-h b"\xFD\xF7\x01\x91\x86\xC8\x1D5Q!G\xA1m\n\xF6\x12;\xB8\xC9xv\xF8\xEC$$\x9C\xCD\x15\x80{\xE6\x10" :path "selfhost/pkg_resolution_workflow_core_v1.gc" :source "; Shared closed-schema helpers for package lock/update workflow authority.\n\n(def selfhost/pkg-resolution-workflow::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/pkg-resolution-workflow::symbol?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :sym))))\n\n(def selfhost/pkg-resolution-workflow::workflow?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :lock))\n true\n ((core/sym::eq? value) (quote :update)))\n false)))\n\n(def selfhost/pkg-resolution-workflow::string-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n (selfhost/pkg-lock-read::str? ((core/vec::get values) index))\n ((selfhost/pkg-resolution-workflow::string-vector-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-resolution-workflow::string-vector?\n (fn (value)\n (if (selfhost/pkg-lock-read::vec? value)\n ((selfhost/pkg-resolution-workflow::string-vector-loop? value) 0)\n false)))\n\n(def selfhost/pkg-resolution-workflow::string-set-loop\n (fn (values)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n out\n (let\n ((value\n (selfhost/pkg-resolution-plan::trim ((core/vec::get values) index))))\n (((selfhost/pkg-resolution-workflow::string-set-loop values)\n ((core/int::add index) 1))\n (if ((core/int::eq? (core/str::len value)) 0)\n out\n (((core/map::put out) value) true)))))))))\n\n(def selfhost/pkg-resolution-workflow::string-set\n (fn (values)\n (((selfhost/pkg-resolution-workflow::string-set-loop values) 0) {})))\n\n(def selfhost/pkg-resolution-workflow::model?\n (fn (model)\n (if\n ((selfhost/pkg-lock-read::exact-map? model)\n [:artifacts :lock :locked :policy :registries :requirements :version :workspace])\n (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :artifacts)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :lock)))\n (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :locked)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :policy)))\n (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :registries)))\n (if (selfhost/pkg-lock-read::map? ((core/map::get model) (quote :requirements)))\n (if (selfhost/pkg-lock-read::int? ((core/map::get model) (quote :version)))\n (selfhost/pkg-lock-read::str? ((core/map::get model) (quote :workspace)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-resolution-workflow::requirement?\n (fn (value)\n (if\n ((selfhost/pkg-lock-read::exact-map? value)\n [:registry :selector :strategy :tag-policy :update-policy])\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :registry)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :selector)))\n (if (selfhost/pkg-resolution-id::strategy? ((core/map::get value) (quote :strategy)))\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :tag-policy)))\n (selfhost/pkg-resolution-id::update-policy?\n ((core/map::get value) (quote :update-policy)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-resolution-workflow::requirements-loop?\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (let ((entry ((core/vec::get entries) index)))\n (if (selfhost/pkg-lock-read::str? ((core/vec::get entry) 0))\n (if\n (selfhost/pkg-resolution-workflow::requirement? ((core/vec::get entry) 1))\n ((selfhost/pkg-resolution-workflow::requirements-loop? entries)\n ((core/int::add index) 1))\n false)\n false))))))\n\n(def selfhost/pkg-resolution-workflow::requirements?\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n ((selfhost/pkg-resolution-workflow::requirements-loop? (core/map::entries value)) 0)\n false)))\n\n(def selfhost/pkg-resolution-workflow::locked-entry?\n (fn (value)\n (if\n ((selfhost/pkg-lock-read::exact-map? value)\n [:commit :environment-fingerprint :exports_hash :registry :resolved-ref :snapshot :source_selector])\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :commit)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get value) (quote :environment-fingerprint)))\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :exports_hash)))\n (if (selfhost/pkg-resolution-id::optional-string? ((core/map::get value) (quote :registry)))\n (if\n (selfhost/pkg-resolution-id::optional-string?\n ((core/map::get value) (quote :resolved-ref)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :snapshot)))\n (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :source_selector)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-resolution-workflow::locked-loop?\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (let ((entry ((core/vec::get entries) index)))\n (if (selfhost/pkg-lock-read::str? ((core/vec::get entry) 0))\n (if\n (selfhost/pkg-resolution-workflow::locked-entry? ((core/vec::get entry) 1))\n ((selfhost/pkg-resolution-workflow::locked-loop? entries)\n ((core/int::add index) 1))\n false)\n false))))))\n\n(def selfhost/pkg-resolution-workflow::locked?\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n ((selfhost/pkg-resolution-workflow::locked-loop? (core/map::entries value)) 0)\n false)))\n\n(def selfhost/pkg-resolution-workflow::object\n (fn (term)\n (fn (newline)\n (let ((printed (selfhost/printer::print-term term)))\n (let ((text (if newline ((core/str::concat printed) \"\\n\") printed)))\n (let ((bytes (core/str::to-utf8 text)))\n {\n :bytes bytes\n :h (core/bytes::to-hex (core/crypto::blake3 bytes))\n :term term}))))))\n\n(def selfhost/pkg-resolution-workflow::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-resolution-workflow-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-resolution-workflow::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-resolution-workflow::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-resolution-workflow::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-resolution-workflow::result request-h) false) code) message) nil)))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x12\xE4\xCF\xD9\xF0\x9E\x86>s1{\xD4?\xEBr\xBB\xDF0!\x8A\x19\x00\xABi\x8E,\x81\xF6\x06\x8D8\r" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-resolution-workflow::plan-action (fn (workflow) (fn (only-set) (fn (name) (if ((core/sym::eq? workflow) (quote :lock)) (quote :resolve) (if ((core/int::eq? (core/map::len only-set)) 0) (quote :consider) (if ((core/map::get only-set) name) (quote :consider) (quote :skip-unselected)))))))) (def selfhost/pkg-resolution-workflow::requirement-steps-loop (fn (entries) (fn (workflow) (fn (only-set) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index))) (let ((name ((core/vec::get entry) 0))) (((((selfhost/pkg-resolution-workflow::requirement-steps-loop entries) workflow) only-set) ((core/int::add index) 1)) ((core/vec::push out) {:action (((selfhost/pkg-resolution-workflow::plan-action workflow) only-set) name) :name name :requirement ((core/vec::get entry) 1)}))))))))))) (def selfhost/pkg-resolution-workflow::missing-steps-loop (fn (only-entries) (fn (requirements) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len only-entries)) out (let ((name ((core/vec::get ((core/vec::get only-entries) index)) 0))) ((((selfhost/pkg-resolution-workflow::missing-steps-loop only-entries) requirements) ((core/int::add index) 1)) (if ((core/map::get requirements) name) out ((core/vec::push out) {:action (quote :missing-requirement) :name name :requirement nil})))))))))) (def selfhost/pkg-resolution-workflow::build-plan (fn (model) (fn (workflow) (fn (only) (let ((requirements ((core/map::get model) (quote :requirements)))) (let ((only-set (selfhost/pkg-resolution-workflow::string-set only))) (let ((requirement-steps (((((selfhost/pkg-resolution-workflow::requirement-steps-loop (core/map::entries requirements)) workflow) only-set) 0) []))) (let ((steps (if ((core/sym::eq? workflow) (quote :update)) ((((selfhost/pkg-resolution-workflow::missing-steps-loop (core/map::entries only-set)) requirements) 0) requirement-steps) requirement-steps))) {:steps steps :workflow workflow})))))))) (def selfhost/pkg-resolution-workflow::plan-value (fn (model) (fn (workflow) (fn (only) (let ((plan (((selfhost/pkg-resolution-workflow::build-plan model) workflow) only))) {:plan plan :plan-h (selfhost/hash::hash-term plan)})))))] :module-h b"\xE8\xFF\xCF\xA9x\xDE\xA6\x98\x96\xC8\x04\xD8\xCF\"\x8B\xEF\x01.\x86\xD2>\xBE\xCA\x1A\x01\xA9\xD17\x9C\xAB\xAAV\x81\xE1" :path "selfhost/pkg_install_core_v1.gc" :source "; Closed helpers for package installation workflow authority.\n\n(def selfhost/pkg-install::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-install-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-install::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-install::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-install::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-install::result request-h) false)\n \"core/pkg/bad-authority-request\") message) nil))))\n\n(def selfhost/pkg-install::hash?\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n (selfhost/pkg-resolution-plan::hash64? value)\n false)))\n\n(def selfhost/pkg-install::optional-hash?\n (fn (value)\n (if (core/list::is-nil? value) true (selfhost/pkg-install::hash? value))))\n\n(def selfhost/pkg-install::optional-bool?\n (fn (value)\n (if (core/list::is-nil? value)\n true\n (selfhost/pkg-resolution-workflow::bool? value))))\n\n(def selfhost/pkg-install::nonnegative-int?\n (fn (value)\n (if (selfhost/pkg-lock-read::int? value)\n (if ((core/int::lt? value) 0) false true)\n false)))\n\n(def selfhost/pkg-install::resolution-status?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :not-needed))\n true\n (if ((core/sym::eq? value) (quote :resolved))\n true\n (if ((core/sym::eq? value) (quote :not-found))\n true\n ((core/sym::eq? value) (quote :unavailable)))))\n false)))\n\n(def selfhost/pkg-install::workspace-root\n (fn (model)\n (let ((artifacts ((core/map::get model) (quote :artifacts))))\n (let ((root ((core/map::get artifacts) \"root_workspace_snapshot\")))\n (if (core/list::is-nil? root) nil root)))))\n\n(def selfhost/pkg-install::registry\n (fn (locked)\n (fn (requirement)\n (let ((locked-registry ((core/map::get locked) (quote :registry))))\n (if (core/list::is-nil? locked-registry)\n (if (core/list::is-nil? requirement)\n nil\n ((core/map::get requirement) (quote :registry)))\n locked-registry)))))\n\n(def selfhost/pkg-install::missing-locks-loop\n (fn (requirements)\n (fn (locked)\n (fn (index)\n (fn (out)\n (let ((entries (core/map::entries requirements)))\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let ((name ((core/vec::get ((core/vec::get entries) index)) 0)))\n ((((selfhost/pkg-install::missing-locks-loop requirements) locked)\n ((core/int::add index) 1))\n (if (core/list::is-nil? ((core/map::get locked) name))\n ((core/vec::push out) name)\n out))))))))))\n\n(def selfhost/pkg-install::missing-locks\n (fn (model)\n ((((selfhost/pkg-install::missing-locks-loop\n ((core/map::get model) (quote :requirements)))\n ((core/map::get model) (quote :locked))) 0) [])))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^m\x96\x934O)>\x04\xD8\xCF\"\x8B\xEF\x01.\x86\xD2>\xBE\xCA\x1A\x01\xA9\xD17\x9C\xAB\xAAV\x81\xE1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-install::steps-loop (fn (locked-entries) (fn (requirements) (fn (refs-available) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len locked-entries)) out (let ((entry ((core/vec::get locked-entries) index)) (name ((core/vec::get ((core/vec::get locked-entries) index)) 0)) (locked ((core/vec::get ((core/vec::get locked-entries) index)) 1)) (requirement ((core/map::get requirements) ((core/vec::get ((core/vec::get locked-entries) index)) 0)))) (((((selfhost/pkg-install::steps-loop locked-entries) requirements) refs-available) ((core/int::add index) 1)) ((core/vec::push out) {:commit ((core/map::get locked) (quote :commit)) :name name :registry ((selfhost/pkg-install::registry locked) requirement) :resolve-if-missing (if refs-available (if (core/list::is-nil? requirement) false true) false) :snapshot ((core/map::get locked) (quote :snapshot))})))))))))) (def selfhost/pkg-install::build-plan (fn (model) (fn (frozen) (fn (strict) (fn (refs-available) {:dependencies (((((selfhost/pkg-install::steps-loop (core/map::entries ((core/map::get model) (quote :locked)))) ((core/map::get model) (quote :requirements))) refs-available) 0) []) :frozen frozen :refs-available refs-available :strict strict :workspace-root (selfhost/pkg-install::workspace-root model)}))))) (def selfhost/pkg-install::plan-value (fn (model) (fn (frozen) (fn (strict) (fn (refs-available) (let ((missing (selfhost/pkg-install::missing-locks model))) (let ((plan ((((selfhost/pkg-install::build-plan model) frozen) strict) refs-available))) {:admit (if frozen ((core/int::eq? (core/vec::len missing)) 0) true) :missing-locks missing :plan plan :plan-h (selfhost/hash::hash-term plan)})))))))] :module-h b"\x94\x94\xEA\x07!\x83\xF2\xDC\"b\xB7\xBC\xE4\xE20#\xF7\xC0\x0C\xB4\x92\xFB\xBB\xA1Su\xDE\xBE\xCA\x9D\r\x06" :path "selfhost/pkg_install_plan_v1.gc" :source "; Authoritative ordered installation plan and registry precedence.\n\n(def selfhost/pkg-install::steps-loop\n (fn (locked-entries)\n (fn (requirements)\n (fn (refs-available)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len locked-entries))\n out\n (let\n ((entry ((core/vec::get locked-entries) index))\n (name ((core/vec::get ((core/vec::get locked-entries) index)) 0))\n (locked ((core/vec::get ((core/vec::get locked-entries) index)) 1))\n (requirement\n ((core/map::get requirements)\n ((core/vec::get ((core/vec::get locked-entries) index)) 0))))\n (((((selfhost/pkg-install::steps-loop locked-entries) requirements)\n refs-available) ((core/int::add index) 1))\n ((core/vec::push out)\n {\n :commit ((core/map::get locked) (quote :commit))\n :name name\n :registry ((selfhost/pkg-install::registry locked) requirement)\n :resolve-if-missing\n (if refs-available\n (if (core/list::is-nil? requirement) false true)\n false)\n :snapshot ((core/map::get locked) (quote :snapshot))}))))))))))\n\n(def selfhost/pkg-install::build-plan\n (fn (model)\n (fn (frozen)\n (fn (strict)\n (fn (refs-available)\n {\n :dependencies\n (((((selfhost/pkg-install::steps-loop\n (core/map::entries ((core/map::get model) (quote :locked))))\n ((core/map::get model) (quote :requirements))) refs-available) 0) [])\n :frozen frozen\n :refs-available refs-available\n :strict strict\n :workspace-root (selfhost/pkg-install::workspace-root model)})))))\n\n(def selfhost/pkg-install::plan-value\n (fn (model)\n (fn (frozen)\n (fn (strict)\n (fn (refs-available)\n (let ((missing (selfhost/pkg-install::missing-locks model)))\n (let\n ((plan ((((selfhost/pkg-install::build-plan model) frozen) strict) refs-available)))\n {\n :admit (if frozen ((core/int::eq? (core/vec::len missing)) 0) true)\n :missing-locks missing\n :plan plan\n :plan-h (selfhost/hash::hash-term plan)})))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"i\xA9:\xD0\xBA:\x97\xF4\x0F\x95\xA99\xD1\x0E\xAE\x16\xB6\xD3\xB8u\xC9\xDF\xA4\xC7m4\r;\xD7\xCE<\x11" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-install::hash-observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:h :present]) (if (selfhost/pkg-install::hash? ((core/map::get value) (quote :h))) (selfhost/pkg-resolution-workflow::bool? ((core/map::get value) (quote :present))) false) false))) (def selfhost/pkg-install::hash-observations-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/pkg-install::hash-observation? ((core/vec::get values) index)) ((selfhost/pkg-install::hash-observations-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/pkg-install::hash-observations? (fn (value) (if (selfhost/pkg-lock-read::vec? value) ((selfhost/pkg-install::hash-observations-loop? value) 0) false))) (def selfhost/pkg-install::observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:closure-checked :commit-present :hashes :initially-present :name :resolution]) (if (selfhost/pkg-install::nonnegative-int? ((core/map::get value) (quote :closure-checked))) (if (selfhost/pkg-install::optional-bool? ((core/map::get value) (quote :commit-present))) (if (selfhost/pkg-install::hash-observations? ((core/map::get value) (quote :hashes))) (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get value) (quote :initially-present))) (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :name))) (selfhost/pkg-install::resolution-status? ((core/map::get value) (quote :resolution))) false) false) false) false) false) false))) (def selfhost/pkg-install::resolution-coherent? (fn (step) (fn (observation) (let ((initial ((core/map::get observation) (quote :initially-present))) (resolution ((core/map::get observation) (quote :resolution))) (can-resolve ((core/map::get step) (quote :resolve-if-missing)))) (if initial ((core/sym::eq? resolution) (quote :not-needed)) (if can-resolve (if ((core/sym::eq? resolution) (quote :resolved)) true ((core/sym::eq? resolution) (quote :not-found))) ((core/sym::eq? resolution) (quote :unavailable)))))))) (def selfhost/pkg-install::hashes-fold (fn (hashes) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len hashes)) state (let ((observation ((core/vec::get hashes) index))) (let ((present ((core/map::get observation) (quote :present))) (hash ((core/map::get observation) (quote :h)))) (((selfhost/pkg-install::hashes-fold hashes) ((core/int::add index) 1)) {:checked (if present ((core/int::add ((core/map::get state) (quote :checked))) 1) ((core/map::get state) (quote :checked))) :missing (if present ((core/map::get state) (quote :missing)) ((core/vec::push ((core/map::get state) (quote :missing))) hash)) :ok (if present ((core/map::get state) (quote :ok)) false)})))))))) (def selfhost/pkg-install::step-fold (fn (state) (fn (step) (fn (observation) (if ((core/eq? ((core/map::get step) (quote :name))) ((core/map::get observation) (quote :name))) (if ((selfhost/pkg-install::resolution-coherent? step) observation) (let ((hashes ((core/map::get observation) (quote :hashes)))) (if ((core/int::lt? 0) (core/vec::len hashes)) (if ((core/eq? ((core/map::get ((core/vec::get hashes) 0)) (quote :h))) ((core/map::get step) (quote :snapshot))) (let ((folded (((selfhost/pkg-install::hashes-fold hashes) 0) state)) (commit-present ((core/map::get observation) (quote :commit-present))) (commit ((core/map::get step) (quote :commit))) (closure ((core/map::get observation) (quote :closure-checked)))) (if (core/list::is-nil? commit) (if (core/list::is-nil? commit-present) {:checked ((core/int::add ((core/map::get folded) (quote :checked))) closure) :missing ((core/map::get folded) (quote :missing)) :ok ((core/map::get folded) (quote :ok))} {:message "commit presence supplied for dependency without commit" :valid false}) (if (core/list::is-nil? commit-present) (if ((core/map::get ((core/vec::get hashes) 0)) (quote :present)) {:message "available snapshot requires commit presence observation" :valid false} {:checked ((core/map::get folded) (quote :checked)) :missing ((core/map::get folded) (quote :missing)) :ok ((core/map::get folded) (quote :ok))}) {:checked ((core/int::add ((core/int::add ((core/map::get folded) (quote :checked))) (if commit-present 1 0))) closure) :missing (if commit-present ((core/map::get folded) (quote :missing)) ((core/vec::push ((core/map::get folded) (quote :missing))) commit)) :ok (if commit-present ((core/map::get folded) (quote :ok)) false)}))) {:message "first hydration hash does not match planned snapshot" :valid false}) {:message "hydration observation must include planned snapshot" :valid false})) {:message "resolution observation contradicts authority plan" :valid false}) {:message "install observation name mismatch" :valid false}))))) (def selfhost/pkg-install::observations-loop (fn (steps) (fn (observations) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len steps)) state (let ((observation ((core/vec::get observations) index))) (if (selfhost/pkg-install::observation? observation) (let ((next (((selfhost/pkg-install::step-fold state) ((core/vec::get steps) index)) observation))) (if (core/list::is-nil? ((core/map::get next) (quote :valid))) ((((selfhost/pkg-install::observations-loop steps) observations) ((core/int::add index) 1)) next) next)) {:message "install observation is malformed" :valid false})))))))) (def selfhost/pkg-install::final-value (fn (model) (fn (plan) (fn (observations) (fn (commit-observations) (let ((steps ((core/map::get plan) (quote :dependencies)))) (if ((core/int::eq? (core/vec::len steps)) (core/vec::len observations)) (let ((state ((((selfhost/pkg-install::observations-loop steps) observations) 0) {:checked 0 :missing [] :ok true}))) (if (core/list::is-nil? ((core/map::get state) (quote :valid))) (let ((provenance (((((selfhost/pkg-resolution-workflow::provenance-loop (core/map::entries ((core/map::get model) (quote :locked)))) commit-observations) ((core/map::get plan) (quote :strict))) 0) []))) (if ((core/map::get provenance) (quote :ok)) {:checked ((core/map::get state) (quote :checked)) :lock ((core/map::get model) (quote :lock)) :missing ((core/map::get state) (quote :missing)) :ok ((core/map::get state) (quote :ok)) :provenance {:deps ((core/map::get provenance) (quote :value)) :workspace-root ((core/map::get plan) (quote :workspace-root))} :workspace-root ((core/map::get plan) (quote :workspace-root))} provenance)) state)) {:message "install observation count mismatch" :valid false})))))))] :module-h b"*\xD6$\xAA\x94\x8B\x932\xCC\x1E.'\x94M\xF7\xB2\xF5\xB5\xEC\t\x01\x03\xF2(\x85\xA5\x0E6[\xB7\x8F\xA2" :path "selfhost/pkg_install_finalize_v1.gc" :source "; Request-bound installation report and provenance projection.\n\n(def selfhost/pkg-install::hash-observation?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value) [:h :present])\n (if (selfhost/pkg-install::hash? ((core/map::get value) (quote :h)))\n (selfhost/pkg-resolution-workflow::bool?\n ((core/map::get value) (quote :present)))\n false)\n false)))\n\n(def selfhost/pkg-install::hash-observations-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/pkg-install::hash-observation? ((core/vec::get values) index))\n ((selfhost/pkg-install::hash-observations-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-install::hash-observations?\n (fn (value)\n (if (selfhost/pkg-lock-read::vec? value)\n ((selfhost/pkg-install::hash-observations-loop? value) 0)\n false)))\n\n(def selfhost/pkg-install::observation?\n (fn (value)\n (if\n ((selfhost/pkg-lock-read::exact-map? value)\n [:closure-checked :commit-present :hashes :initially-present :name :resolution])\n (if\n (selfhost/pkg-install::nonnegative-int?\n ((core/map::get value) (quote :closure-checked)))\n (if\n (selfhost/pkg-install::optional-bool?\n ((core/map::get value) (quote :commit-present)))\n (if (selfhost/pkg-install::hash-observations? ((core/map::get value) (quote :hashes)))\n (if\n (selfhost/pkg-resolution-workflow::bool?\n ((core/map::get value) (quote :initially-present)))\n (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :name)))\n (selfhost/pkg-install::resolution-status?\n ((core/map::get value) (quote :resolution)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-install::resolution-coherent?\n (fn (step)\n (fn (observation)\n (let\n ((initial ((core/map::get observation) (quote :initially-present)))\n (resolution ((core/map::get observation) (quote :resolution)))\n (can-resolve ((core/map::get step) (quote :resolve-if-missing))))\n (if initial\n ((core/sym::eq? resolution) (quote :not-needed))\n (if can-resolve\n (if ((core/sym::eq? resolution) (quote :resolved))\n true\n ((core/sym::eq? resolution) (quote :not-found)))\n ((core/sym::eq? resolution) (quote :unavailable))))))))\n\n(def selfhost/pkg-install::hashes-fold\n (fn (hashes)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len hashes))\n state\n (let ((observation ((core/vec::get hashes) index)))\n (let\n ((present ((core/map::get observation) (quote :present)))\n (hash ((core/map::get observation) (quote :h))))\n (((selfhost/pkg-install::hashes-fold hashes)\n ((core/int::add index) 1))\n {\n :checked\n (if present\n ((core/int::add ((core/map::get state) (quote :checked))) 1)\n ((core/map::get state) (quote :checked)))\n :missing\n (if present\n ((core/map::get state) (quote :missing))\n ((core/vec::push ((core/map::get state) (quote :missing))) hash))\n :ok (if present ((core/map::get state) (quote :ok)) false)}))))))))\n\n(def selfhost/pkg-install::step-fold\n (fn (state)\n (fn (step)\n (fn (observation)\n (if ((core/eq? ((core/map::get step) (quote :name)))\n ((core/map::get observation) (quote :name)))\n (if ((selfhost/pkg-install::resolution-coherent? step) observation)\n (let ((hashes ((core/map::get observation) (quote :hashes))))\n (if ((core/int::lt? 0) (core/vec::len hashes))\n (if\n ((core/eq? ((core/map::get ((core/vec::get hashes) 0)) (quote :h)))\n ((core/map::get step) (quote :snapshot)))\n (let\n ((folded (((selfhost/pkg-install::hashes-fold hashes) 0) state))\n (commit-present\n ((core/map::get observation) (quote :commit-present)))\n (commit ((core/map::get step) (quote :commit)))\n (closure ((core/map::get observation) (quote :closure-checked))))\n (if (core/list::is-nil? commit)\n (if (core/list::is-nil? commit-present)\n {\n :checked ((core/int::add ((core/map::get folded) (quote :checked))) closure)\n :missing ((core/map::get folded) (quote :missing))\n :ok ((core/map::get folded) (quote :ok))}\n {:message \"commit presence supplied for dependency without commit\" :valid false})\n (if (core/list::is-nil? commit-present)\n (if ((core/map::get ((core/vec::get hashes) 0)) (quote :present))\n {:message \"available snapshot requires commit presence observation\" :valid false}\n {\n :checked ((core/map::get folded) (quote :checked))\n :missing ((core/map::get folded) (quote :missing))\n :ok ((core/map::get folded) (quote :ok))})\n {\n :checked\n ((core/int::add\n ((core/int::add ((core/map::get folded) (quote :checked)))\n (if commit-present 1 0))) closure)\n :missing\n (if commit-present\n ((core/map::get folded) (quote :missing))\n ((core/vec::push ((core/map::get folded) (quote :missing))) commit))\n :ok (if commit-present ((core/map::get folded) (quote :ok)) false)})))\n {:message \"first hydration hash does not match planned snapshot\" :valid false})\n {:message \"hydration observation must include planned snapshot\" :valid false}))\n {:message \"resolution observation contradicts authority plan\" :valid false})\n {:message \"install observation name mismatch\" :valid false})))))\n\n(def selfhost/pkg-install::observations-loop\n (fn (steps)\n (fn (observations)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len steps))\n state\n (let ((observation ((core/vec::get observations) index)))\n (if (selfhost/pkg-install::observation? observation)\n (let\n ((next\n (((selfhost/pkg-install::step-fold state)\n ((core/vec::get steps) index)) observation)))\n (if (core/list::is-nil? ((core/map::get next) (quote :valid)))\n ((((selfhost/pkg-install::observations-loop steps) observations)\n ((core/int::add index) 1)) next)\n next))\n {:message \"install observation is malformed\" :valid false}))))))))\n\n(def selfhost/pkg-install::final-value\n (fn (model)\n (fn (plan)\n (fn (observations)\n (fn (commit-observations)\n (let ((steps ((core/map::get plan) (quote :dependencies))))\n (if ((core/int::eq? (core/vec::len steps)) (core/vec::len observations))\n (let\n ((state\n ((((selfhost/pkg-install::observations-loop steps) observations) 0)\n {:checked 0 :missing [] :ok true})))\n (if (core/list::is-nil? ((core/map::get state) (quote :valid)))\n (let\n ((provenance\n (((((selfhost/pkg-resolution-workflow::provenance-loop\n (core/map::entries ((core/map::get model) (quote :locked))))\n commit-observations)\n ((core/map::get plan) (quote :strict))) 0) [])))\n (if ((core/map::get provenance) (quote :ok))\n {\n :checked ((core/map::get state) (quote :checked))\n :lock ((core/map::get model) (quote :lock))\n :missing ((core/map::get state) (quote :missing))\n :ok ((core/map::get state) (quote :ok))\n :provenance\n {\n :deps ((core/map::get provenance) (quote :value))\n :workspace-root ((core/map::get plan) (quote :workspace-root))}\n :workspace-root ((core/map::get plan) (quote :workspace-root))}\n provenance))\n state))\n {:message \"install observation count mismatch\" :valid false})))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_\x85-PT\x87=\x8D\xB3\xC93\xEC\x82*\x97f[\xEE\xCA\x7F\xFF\xD1A\x94\xFF\x18\xAA\x88\x87*\xD2y" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-install::plan-request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:frozen :kind :model :op :refs-available :strict :v]) (if (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model))) (if (selfhost/pkg-resolution-workflow::requirements? ((core/map::get ((core/map::get request) (quote :model))) (quote :requirements))) (if (selfhost/pkg-resolution-workflow::locked? ((core/map::get ((core/map::get request) (quote :model))) (quote :locked))) (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :frozen))) (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :strict))) (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :refs-available))) false) false) false) false) false) false))) (def selfhost/pkg-install::finalize-request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:commit-observations :frozen :kind :model :observations :op :plan :plan-h :refs-available :strict :v]) (if (selfhost/pkg-install::plan-request? {:frozen ((core/map::get request) (quote :frozen)) :kind ((core/map::get request) (quote :kind)) :model ((core/map::get request) (quote :model)) :op (quote :plan) :refs-available ((core/map::get request) (quote :refs-available)) :strict ((core/map::get request) (quote :strict)) :v ((core/map::get request) (quote :v))}) (if (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :observations))) (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :commit-observations))) false) false) false))) (def selfhost/pkg-install::finalize (fn (request-h) (fn (request) (let ((model ((core/map::get request) (quote :model))) (frozen ((core/map::get request) (quote :frozen))) (strict ((core/map::get request) (quote :strict))) (refs-available ((core/map::get request) (quote :refs-available))) (declared-plan ((core/map::get request) (quote :plan))) (declared-h ((core/map::get request) (quote :plan-h)))) (let ((expected ((((selfhost/pkg-install::build-plan model) frozen) strict) refs-available))) (if ((core/eq? (selfhost/hash::hash-term expected)) declared-h) (if ((core/eq? (selfhost/hash::hash-term declared-plan)) declared-h) (let ((value ((((selfhost/pkg-install::final-value model) expected) ((core/map::get request) (quote :observations))) ((core/map::get request) (quote :commit-observations))))) (if (core/list::is-nil? ((core/map::get value) (quote :message))) ((selfhost/pkg-install::accept request-h) value) ((selfhost/pkg-install::reject request-h) ((core/map::get value) (quote :message))))) ((selfhost/pkg-install::reject request-h) "declared install plan identity mismatch")) ((selfhost/pkg-install::reject request-h) "install plan identity does not match authoritative recomputation"))))))) (def core/pkg::install-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((core/eq? ((core/map::get request) (quote :kind))) "genesis/pkg-install-request-v0.1") (if ((core/eq? ((core/map::get request) (quote :v))) 1) (let ((op ((core/map::get request) (quote :op)))) (if ((core/sym::eq? op) (quote :plan)) (if (selfhost/pkg-install::plan-request? request) ((selfhost/pkg-install::accept request-h) ((((selfhost/pkg-install::plan-value ((core/map::get request) (quote :model))) ((core/map::get request) (quote :frozen))) ((core/map::get request) (quote :strict))) ((core/map::get request) (quote :refs-available)))) ((selfhost/pkg-install::reject request-h) "install plan request is malformed")) (if ((core/sym::eq? op) (quote :finalize)) (if (selfhost/pkg-install::finalize-request? request) ((selfhost/pkg-install::finalize request-h) request) ((selfhost/pkg-install::reject request-h) "install finalize request is malformed")) ((selfhost/pkg-install::reject request-h) "request :op is unsupported")))) ((selfhost/pkg-install::reject request-h) "request :v must be 1")) ((selfhost/pkg-install::reject request-h) "request :kind mismatch")) ((selfhost/pkg-install::reject request-h) "request must be map")))))] :module-h b"h\x81<\xC1\xAE\xC3\x90b\xCE2\x85\x0F\x10\x9F\x04`\xC1\xBFa\x02\xAC\xF9\xFE\xC8\xD3H\xE8\x89\xE3\xDD\x9D\xDA" :path "selfhost/pkg_install_authority_v1.gc" :source "; Closed plan/finalize authority for core/pkg-low::install.\n\n(def selfhost/pkg-install::plan-request?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:frozen :kind :model :op :refs-available :strict :v])\n (if (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model)))\n (if\n (selfhost/pkg-resolution-workflow::requirements?\n ((core/map::get ((core/map::get request) (quote :model))) (quote :requirements)))\n (if\n (selfhost/pkg-resolution-workflow::locked?\n ((core/map::get ((core/map::get request) (quote :model))) (quote :locked)))\n (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :frozen)))\n (if (selfhost/pkg-resolution-workflow::bool? ((core/map::get request) (quote :strict)))\n (selfhost/pkg-resolution-workflow::bool?\n ((core/map::get request) (quote :refs-available)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-install::finalize-request?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:commit-observations :frozen :kind :model :observations :op :plan :plan-h\n :refs-available :strict :v])\n (if (selfhost/pkg-install::plan-request?\n {\n :frozen ((core/map::get request) (quote :frozen))\n :kind ((core/map::get request) (quote :kind))\n :model ((core/map::get request) (quote :model))\n :op (quote :plan)\n :refs-available ((core/map::get request) (quote :refs-available))\n :strict ((core/map::get request) (quote :strict))\n :v ((core/map::get request) (quote :v))})\n (if (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :observations)))\n (selfhost/pkg-lock-read::vec?\n ((core/map::get request) (quote :commit-observations)))\n false)\n false)\n false)))\n\n(def selfhost/pkg-install::finalize\n (fn (request-h)\n (fn (request)\n (let\n ((model ((core/map::get request) (quote :model)))\n (frozen ((core/map::get request) (quote :frozen)))\n (strict ((core/map::get request) (quote :strict)))\n (refs-available ((core/map::get request) (quote :refs-available)))\n (declared-plan ((core/map::get request) (quote :plan)))\n (declared-h ((core/map::get request) (quote :plan-h))))\n (let ((expected ((((selfhost/pkg-install::build-plan model) frozen) strict) refs-available)))\n (if ((core/eq? (selfhost/hash::hash-term expected)) declared-h)\n (if ((core/eq? (selfhost/hash::hash-term declared-plan)) declared-h)\n (let\n ((value\n (((((selfhost/pkg-install::final-value model) expected)\n ((core/map::get request) (quote :observations)))\n ((core/map::get request) (quote :commit-observations))))))\n (if (core/list::is-nil? ((core/map::get value) (quote :message)))\n ((selfhost/pkg-install::accept request-h) value)\n ((selfhost/pkg-install::reject request-h)\n ((core/map::get value) (quote :message)))))\n ((selfhost/pkg-install::reject request-h) \"declared install plan identity mismatch\"))\n ((selfhost/pkg-install::reject request-h)\n \"install plan identity does not match authoritative recomputation\")))))))\n\n(def core/pkg::install-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n \"genesis/pkg-install-request-v0.1\")\n (if ((core/eq? ((core/map::get request) (quote :v))) 1)\n (let ((op ((core/map::get request) (quote :op))))\n (if ((core/sym::eq? op) (quote :plan))\n (if (selfhost/pkg-install::plan-request? request)\n ((selfhost/pkg-install::accept request-h)\n (((((selfhost/pkg-install::plan-value\n ((core/map::get request) (quote :model)))\n ((core/map::get request) (quote :frozen)))\n ((core/map::get request) (quote :strict)))\n ((core/map::get request) (quote :refs-available)))))\n ((selfhost/pkg-install::reject request-h) \"install plan request is malformed\"))\n (if ((core/sym::eq? op) (quote :finalize))\n (if (selfhost/pkg-install::finalize-request? request)\n ((selfhost/pkg-install::finalize request-h) request)\n ((selfhost/pkg-install::reject request-h)\n \"install finalize request is malformed\"))\n ((selfhost/pkg-install::reject request-h) \"request :op is unsupported\"))))\n ((selfhost/pkg-install::reject request-h) \"request :v must be 1\"))\n ((selfhost/pkg-install::reject request-h) \"request :kind mismatch\"))\n ((selfhost/pkg-install::reject request-h) \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"h\x81<\xC1\xAE\xC3\x90b\xCE2\x85\x0F\x10\x9F\x04`\xC1\xBFa\x02\xAC\xF9\xFE\xC8\xD3H\xE8\x89\xE3\xDD\x9D\xDA" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-verify::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-verify-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-verify::accept (fn (request-h) (fn (value) (((((selfhost/pkg-verify::result request-h) true) nil) nil) value)))) (def selfhost/pkg-verify::reject (fn (request-h) (fn (message) (((((selfhost/pkg-verify::result request-h) false) "core/pkg/bad-authority-request") message) nil)))) (def selfhost/pkg-verify::append (fn (left) (fn (right) ((core/str::concat left) right)))) (def selfhost/pkg-verify::artifact-message (fn (prefix) (fn (hash) ((selfhost/pkg-verify::append prefix) hash)))) (def selfhost/pkg-verify::snapshot-status? (fn (value) (if (selfhost/pkg-resolution-workflow::symbol? value) (if ((core/sym::eq? value) (quote :available)) true (if ((core/sym::eq? value) (quote :missing)) true (if ((core/sym::eq? value) (quote :corrupt)) true ((core/sym::eq? value) (quote :bad-snapshot))))) false))) (def selfhost/pkg-verify::hash-status? (fn (value) (if (selfhost/pkg-resolution-workflow::symbol? value) (if ((core/sym::eq? value) (quote :present)) true (if ((core/sym::eq? value) (quote :missing)) true ((core/sym::eq? value) (quote :corrupt)))) false))) (def selfhost/pkg-verify::closure-status? (fn (value) (if (selfhost/pkg-resolution-workflow::symbol? value) (if ((core/sym::eq? value) (quote :ok)) true (if ((core/sym::eq? value) (quote :missing)) true (if ((core/sym::eq? value) (quote :corrupt)) true (if ((core/sym::eq? value) (quote :bad-commit)) true (if ((core/sym::eq? value) (quote :snapshot-mismatch)) true (if ((core/sym::eq? value) (quote :missing-evidence)) true (if ((core/sym::eq? value) (quote :bad-evidence)) true ((core/sym::eq? value) (quote :bad-attestation))))))))) false))) (def selfhost/pkg-verify::optional-string? (fn (value) (if (core/list::is-nil? value) true (selfhost/pkg-lock-read::str? value)))) (def selfhost/pkg-verify::nonempty-string? (fn (value) (if (selfhost/pkg-lock-read::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/pkg-verify::bytes-lex-lt? (fn (left) (fn (right) (fn (index) (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right))) (if ((core/int::eq? index) left-len) ((core/int::lt? index) right-len) (if ((core/int::eq? index) right-len) false (let ((left-byte ((core/bytes::get left) index)) (right-byte ((core/bytes::get right) index))) (if ((core/int::lt? left-byte) right-byte) true (if ((core/int::eq? left-byte) right-byte) (((selfhost/pkg-verify::bytes-lex-lt? left) right) ((core/int::add index) 1)) false)))))))))) (def selfhost/pkg-verify::str-lex-lt? (fn (left) (fn (right) (((selfhost/pkg-verify::bytes-lex-lt? (core/str::to-utf8 left)) (core/str::to-utf8 right)) 0))))] :module-h b"\xE4Sg\xF6zK\x0F0\xA8\xCBFA\xD0\xE6\rU\xBE\xAA\xF1\xFEH\xC6\xE0'\xBB\xADy\xF4\xE2c\xA6\xD5" :path "selfhost/pkg_verify_core_v1.gc" :source "; Closed data vocabulary for package verification authority.\n\n(def selfhost/pkg-verify::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-verify-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-verify::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-verify::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-verify::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-verify::result request-h) false)\n \"core/pkg/bad-authority-request\") message) nil))))\n\n(def selfhost/pkg-verify::append\n (fn (left) (fn (right) ((core/str::concat left) right))))\n\n(def selfhost/pkg-verify::artifact-message\n (fn (prefix) (fn (hash) ((selfhost/pkg-verify::append prefix) hash))))\n\n(def selfhost/pkg-verify::snapshot-status?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :available))\n true\n (if ((core/sym::eq? value) (quote :missing))\n true\n (if ((core/sym::eq? value) (quote :corrupt))\n true\n ((core/sym::eq? value) (quote :bad-snapshot)))))\n false)))\n\n(def selfhost/pkg-verify::hash-status?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :present))\n true\n (if ((core/sym::eq? value) (quote :missing))\n true\n ((core/sym::eq? value) (quote :corrupt))))\n false)))\n\n(def selfhost/pkg-verify::closure-status?\n (fn (value)\n (if (selfhost/pkg-resolution-workflow::symbol? value)\n (if ((core/sym::eq? value) (quote :ok))\n true\n (if ((core/sym::eq? value) (quote :missing))\n true\n (if ((core/sym::eq? value) (quote :corrupt))\n true\n (if ((core/sym::eq? value) (quote :bad-commit))\n true\n (if ((core/sym::eq? value) (quote :snapshot-mismatch))\n true\n (if ((core/sym::eq? value) (quote :missing-evidence))\n true\n (if ((core/sym::eq? value) (quote :bad-evidence))\n true\n ((core/sym::eq? value) (quote :bad-attestation)))))))))\n false)))\n\n(def selfhost/pkg-verify::optional-string?\n (fn (value)\n (if (core/list::is-nil? value) true (selfhost/pkg-lock-read::str? value))))\n\n(def selfhost/pkg-verify::nonempty-string?\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n ((core/int::lt? 0) (core/str::len value))\n false)))\n\n(def selfhost/pkg-verify::bytes-lex-lt?\n (fn (left)\n (fn (right)\n (fn (index)\n (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right)))\n (if ((core/int::eq? index) left-len)\n ((core/int::lt? index) right-len)\n (if ((core/int::eq? index) right-len)\n false\n (let\n ((left-byte ((core/bytes::get left) index))\n (right-byte ((core/bytes::get right) index)))\n (if ((core/int::lt? left-byte) right-byte)\n true\n (if ((core/int::eq? left-byte) right-byte)\n (((selfhost/pkg-verify::bytes-lex-lt? left) right)\n ((core/int::add index) 1))\n false))))))))))\n\n(def selfhost/pkg-verify::str-lex-lt?\n (fn (left)\n (fn (right)\n (((selfhost/pkg-verify::bytes-lex-lt? (core/str::to-utf8 left))\n (core/str::to-utf8 right)) 0))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE4Sg\xF6zK\x0F0\xA8\xCBFA\xD0\xE6\rU\xBE\xAA\xF1\xFEH\xC6\xE0'\xBB\xADy\xF4\xE2c\xA6\xD5" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-verify::steps-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) out (let ((entry ((core/vec::get entries) index)) (name ((core/vec::get ((core/vec::get entries) index)) 0)) (locked ((core/vec::get ((core/vec::get entries) index)) 1))) (((selfhost/pkg-verify::steps-loop entries) ((core/int::add index) 1)) ((core/vec::push out) {:commit ((core/map::get locked) (quote :commit)) :name name :snapshot ((core/map::get locked) (quote :snapshot))})))))))) (def selfhost/pkg-verify::build-plan (fn (model) {:dependencies (((selfhost/pkg-verify::steps-loop (core/map::entries ((core/map::get model) (quote :locked)))) 0) []) :lock ((core/map::get model) (quote :lock))})) (def selfhost/pkg-verify::plan-value (fn (model) (let ((plan (selfhost/pkg-verify::build-plan model))) {:plan plan :plan-h (selfhost/hash::hash-term plan)})))] :module-h b"T\x95(\xB4-\x84*Mg\x9D'S\xC5\x1Ay\x93\t\x90V\x01\xDE\x1D6L\xDE\x98\x85\x91\x02\xA1$\x83" :path "selfhost/pkg_verify_plan_v1.gc" :source "; Authoritative deterministic package verification plan.\n\n(def selfhost/pkg-verify::steps-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n out\n (let\n ((entry ((core/vec::get entries) index))\n (name ((core/vec::get ((core/vec::get entries) index)) 0))\n (locked ((core/vec::get ((core/vec::get entries) index)) 1)))\n (((selfhost/pkg-verify::steps-loop entries) ((core/int::add index) 1))\n ((core/vec::push out)\n {\n :commit ((core/map::get locked) (quote :commit))\n :name name\n :snapshot ((core/map::get locked) (quote :snapshot))}))))))))\n\n(def selfhost/pkg-verify::build-plan\n (fn (model)\n {\n :dependencies\n (((selfhost/pkg-verify::steps-loop\n (core/map::entries ((core/map::get model) (quote :locked)))) 0) [])\n :lock ((core/map::get model) (quote :lock))}))\n\n(def selfhost/pkg-verify::plan-value\n (fn (model)\n (let ((plan (selfhost/pkg-verify::build-plan model)))\n {:plan plan :plan-h (selfhost/hash::hash-term plan)})))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"T\x95(\xB4-\x84*Mg\x9D'S\xC5\x1Ay\x93\t\x90V\x01\xDE\x1D6L\xDE\x98\x85\x91\x02\xA1$\x83" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-verify::hash-observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:h :status]) (if (selfhost/pkg-install::hash? ((core/map::get value) (quote :h))) (selfhost/pkg-verify::hash-status? ((core/map::get value) (quote :status))) false) false))) (def selfhost/pkg-verify::hashes-valid-loop (fn (values) (fn (index) (fn (previous) (fn (contains-snapshot) (fn (snapshot) (if ((core/int::eq? index) (core/vec::len values)) {:contains-snapshot contains-snapshot :valid true} (let ((value ((core/vec::get values) index))) (if (selfhost/pkg-verify::hash-observation? value) (let ((hash ((core/map::get value) (quote :h)))) (if (if (core/list::is-nil? previous) true ((selfhost/pkg-verify::str-lex-lt? previous) hash)) (((((selfhost/pkg-verify::hashes-valid-loop values) ((core/int::add index) 1)) hash) (if ((core/eq? hash) snapshot) true contains-snapshot)) snapshot) {:message "verify hash observations must be strictly sorted and unique" :valid false})) {:message "verify hash observation is malformed" :valid false}))))))))) (def selfhost/pkg-verify::hashes-valid (fn (values) (fn (snapshot) (if (selfhost/pkg-lock-read::vec? values) (((((selfhost/pkg-verify::hashes-valid-loop values) 0) nil) false) snapshot) {:message "verify hashes must be a vector" :valid false})))) (def selfhost/pkg-verify::closure-observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:checked :detail :hash :status]) (if (selfhost/pkg-install::nonnegative-int? ((core/map::get value) (quote :checked))) (if (selfhost/pkg-verify::optional-string? ((core/map::get value) (quote :detail))) (if (selfhost/pkg-install::optional-hash? ((core/map::get value) (quote :hash))) (selfhost/pkg-verify::closure-status? ((core/map::get value) (quote :status))) false) false) false) false))) (def selfhost/pkg-verify::closure-coherent? (fn (value) (let ((status ((core/map::get value) (quote :status))) (checked ((core/map::get value) (quote :checked))) (detail ((core/map::get value) (quote :detail))) (hash ((core/map::get value) (quote :hash)))) (if ((core/sym::eq? status) (quote :ok)) (if ((core/int::eq? checked) 0) false (if (core/list::is-nil? detail) (core/list::is-nil? hash) false)) (if (if ((core/sym::eq? status) (quote :missing)) true ((core/sym::eq? status) (quote :corrupt))) (if ((core/int::eq? checked) 0) (if (selfhost/pkg-install::hash? hash) (core/list::is-nil? detail) false) false) (if (if ((core/sym::eq? status) (quote :bad-commit)) true (if ((core/sym::eq? status) (quote :bad-evidence)) true ((core/sym::eq? status) (quote :bad-attestation)))) (if ((core/int::eq? checked) 0) (if (core/list::is-nil? hash) (selfhost/pkg-verify::nonempty-string? detail) false) false) (if ((core/int::eq? checked) 0) (if (core/list::is-nil? hash) (core/list::is-nil? detail) false) false))))))) (def selfhost/pkg-verify::observation? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:closure :detail :hashes :name :snapshot-status]) (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :name))) (if (selfhost/pkg-verify::snapshot-status? ((core/map::get value) (quote :snapshot-status))) (if (selfhost/pkg-verify::optional-string? ((core/map::get value) (quote :detail))) (let ((closure ((core/map::get value) (quote :closure)))) (if (core/list::is-nil? closure) true (if (selfhost/pkg-verify::closure-observation? closure) (selfhost/pkg-verify::closure-coherent? closure) false))) false) false) false) false))) (def selfhost/pkg-verify::error (fn (code) (fn (message) {:code code :message message :state (quote :error)}))) (def selfhost/pkg-verify::hashes-fold (fn (hashes) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len hashes)) state (let ((observation ((core/vec::get hashes) index)) (hash ((core/map::get ((core/vec::get hashes) index)) (quote :h))) (status ((core/map::get ((core/vec::get hashes) index)) (quote :status)))) (if ((core/sym::eq? status) (quote :corrupt)) ((selfhost/pkg-verify::error "core/store/corruption") ((selfhost/pkg-verify::artifact-message "artifact store corruption: ") hash)) (((selfhost/pkg-verify::hashes-fold hashes) ((core/int::add index) 1)) (if ((core/sym::eq? status) (quote :present)) {:checked ((core/int::add ((core/map::get state) (quote :checked))) 1) :missing ((core/map::get state) (quote :missing)) :state (quote :continue)} {:checked ((core/map::get state) (quote :checked)) :missing ((core/vec::push ((core/map::get state) (quote :missing))) hash) :state (quote :continue)}))))))))) (def selfhost/pkg-verify::closure-fold (fn (step) (fn (closure) (fn (state) (let ((status ((core/map::get closure) (quote :status))) (hash ((core/map::get closure) (quote :hash))) (detail ((core/map::get closure) (quote :detail))) (name ((core/map::get step) (quote :name)))) (if ((core/sym::eq? status) (quote :ok)) {:checked ((core/int::add ((core/map::get state) (quote :checked))) ((core/map::get closure) (quote :checked))) :missing ((core/map::get state) (quote :missing)) :state (quote :continue)} (if ((core/sym::eq? status) (quote :missing)) ((selfhost/pkg-verify::error "core/store/not-found") ((selfhost/pkg-verify::artifact-message "artifact not found: ") hash)) (if ((core/sym::eq? status) (quote :corrupt)) ((selfhost/pkg-verify::error "core/store/corruption") ((selfhost/pkg-verify::artifact-message "artifact store corruption: ") hash)) (if ((core/sym::eq? status) (quote :bad-commit)) ((selfhost/pkg-verify::error "core/pkg/bad-commit") detail) (if ((core/sym::eq? status) (quote :snapshot-mismatch)) ((selfhost/pkg-verify::error "core/pkg/commit-snapshot-mismatch") ((selfhost/pkg-verify::append "commit.result != locked.snapshot for ") name)) (if ((core/sym::eq? status) (quote :missing-evidence)) ((selfhost/pkg-verify::error "core/pkg/missing-evidence") ((selfhost/pkg-verify::append "commit has obligations but no evidence for ") name)) (if ((core/sym::eq? status) (quote :bad-evidence)) ((selfhost/pkg-verify::error "core/pkg/bad-evidence") detail) ((selfhost/pkg-verify::error "core/pkg/bad-attestation") detail))))))))))))) (def selfhost/pkg-verify::step-fold (fn (step) (fn (observation) (fn (state) (if ((core/eq? ((core/map::get step) (quote :name))) ((core/map::get observation) (quote :name))) (let ((snapshot ((core/map::get step) (quote :snapshot))) (status ((core/map::get observation) (quote :snapshot-status))) (detail ((core/map::get observation) (quote :detail))) (hashes ((core/map::get observation) (quote :hashes))) (closure ((core/map::get observation) (quote :closure))) (commit ((core/map::get step) (quote :commit)))) (if ((core/sym::eq? status) (quote :missing)) (if (if (if ((core/int::eq? (core/vec::len hashes)) 0) (core/list::is-nil? closure) false) (core/list::is-nil? detail) false) {:checked ((core/map::get state) (quote :checked)) :missing ((core/vec::push ((core/map::get state) (quote :missing))) snapshot) :state (quote :continue)} {:message "missing snapshot observation has trailing facts" :state (quote :invalid)}) (if ((core/sym::eq? status) (quote :corrupt)) (if (if (if ((core/int::eq? (core/vec::len hashes)) 0) (core/list::is-nil? closure) false) (core/list::is-nil? detail) false) ((selfhost/pkg-verify::error "core/store/corruption") ((selfhost/pkg-verify::artifact-message "artifact store corruption: ") snapshot)) {:message "corrupt snapshot observation has trailing facts" :state (quote :invalid)}) (if ((core/sym::eq? status) (quote :bad-snapshot)) (if (if (if ((core/int::eq? (core/vec::len hashes)) 0) (core/list::is-nil? closure) false) (selfhost/pkg-verify::nonempty-string? detail) false) ((selfhost/pkg-verify::error "core/pkg/bad-snapshot") detail) {:message "bad snapshot observation is incoherent" :state (quote :invalid)}) (if (core/list::is-nil? detail) (let ((valid-hashes ((selfhost/pkg-verify::hashes-valid hashes) snapshot))) (if ((core/map::get valid-hashes) (quote :valid)) (let ((next (((selfhost/pkg-verify::hashes-fold hashes) 0) state))) (if ((core/sym::eq? ((core/map::get next) (quote :state))) (quote :continue)) (if ((core/map::get valid-hashes) (quote :contains-snapshot)) (if (core/list::is-nil? commit) (if (core/list::is-nil? closure) next {:message "closure supplied for dependency without commit" :state (quote :invalid)}) (if (selfhost/pkg-verify::closure-observation? closure) (((selfhost/pkg-verify::closure-fold step) closure) next) {:message "available committed dependency requires closure observation" :state (quote :invalid)})) {:message "verify hash observations omit planned snapshot" :state (quote :invalid)}) next)) {:message ((core/map::get valid-hashes) (quote :message)) :state (quote :invalid)})) {:message "available snapshot observation carries detail" :state (quote :invalid)}))))) {:message "verify observation name mismatch" :state (quote :invalid)}))))) (def selfhost/pkg-verify::observations-loop (fn (steps) (fn (observations) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len observations)) (if ((core/int::eq? index) (core/vec::len steps)) {:checked ((core/map::get state) (quote :checked)) :missing ((core/map::get state) (quote :missing)) :state (quote :complete)} {:message "verify observations ended without fatal result" :state (quote :invalid)}) (if ((core/int::lt? index) (core/vec::len steps)) (let ((observation ((core/vec::get observations) index))) (if (selfhost/pkg-verify::observation? observation) (let ((next (((selfhost/pkg-verify::step-fold ((core/vec::get steps) index)) observation) state))) (if ((core/sym::eq? ((core/map::get next) (quote :state))) (quote :continue)) ((((selfhost/pkg-verify::observations-loop steps) observations) ((core/int::add index) 1)) next) (if ((core/int::eq? ((core/int::add index) 1)) (core/vec::len observations)) next {:message "verify observations continue after terminal result" :state (quote :invalid)}))) {:message "verify observation is malformed" :state (quote :invalid)})) {:message "verify observation count exceeds plan" :state (quote :invalid)}))))))) (def selfhost/pkg-verify::final-value (fn (plan) (fn (observations) (let ((state ((((selfhost/pkg-verify::observations-loop ((core/map::get plan) (quote :dependencies))) observations) 0) {:checked 0 :missing [] :state (quote :continue)}))) (if ((core/sym::eq? ((core/map::get state) (quote :state))) (quote :complete)) {:code nil :decision (quote :report) :message nil :report {:checked ((core/map::get state) (quote :checked)) :lock ((core/map::get plan) (quote :lock)) :missing ((core/map::get state) (quote :missing)) :ok ((core/int::eq? (core/vec::len ((core/map::get state) (quote :missing)))) 0)}} (if ((core/sym::eq? ((core/map::get state) (quote :state))) (quote :error)) {:code ((core/map::get state) (quote :code)) :decision (quote :error) :message ((core/map::get state) (quote :message)) :report nil} state))))))] :module-h b"\x9A\xD2\xC9\x97C.\x9Du\xBC\x9C\x12*k\x1E\x99j\n\xFB\xBB\xDC!\x16\xBF/,\xCD\x84\xCA\x904\xFE\x06" :path "selfhost/pkg_verify_finalize_v1.gc" :source "; Exact observation binding, fail-fast diagnostics, and verify report authority.\n\n(def selfhost/pkg-verify::hash-observation?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value) [:h :status])\n (if (selfhost/pkg-install::hash? ((core/map::get value) (quote :h)))\n (selfhost/pkg-verify::hash-status? ((core/map::get value) (quote :status)))\n false)\n false)))\n\n(def selfhost/pkg-verify::hashes-valid-loop\n (fn (values)\n (fn (index)\n (fn (previous)\n (fn (contains-snapshot)\n (fn (snapshot)\n (if ((core/int::eq? index) (core/vec::len values))\n {:contains-snapshot contains-snapshot :valid true}\n (let ((value ((core/vec::get values) index)))\n (if (selfhost/pkg-verify::hash-observation? value)\n (let ((hash ((core/map::get value) (quote :h))))\n (if (if (core/list::is-nil? previous)\n true\n ((selfhost/pkg-verify::str-lex-lt? previous) hash))\n (((((selfhost/pkg-verify::hashes-valid-loop values)\n ((core/int::add index) 1)) hash)\n (if ((core/eq? hash) snapshot) true contains-snapshot)) snapshot)\n {:message \"verify hash observations must be strictly sorted and unique\"\n :valid false}))\n {:message \"verify hash observation is malformed\" :valid false})))))))))\n\n(def selfhost/pkg-verify::hashes-valid\n (fn (values)\n (fn (snapshot)\n (if (selfhost/pkg-lock-read::vec? values)\n (((((selfhost/pkg-verify::hashes-valid-loop values) 0) nil) false) snapshot)\n {:message \"verify hashes must be a vector\" :valid false}))))\n\n(def selfhost/pkg-verify::closure-observation?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value) [:checked :detail :hash :status])\n (if (selfhost/pkg-install::nonnegative-int? ((core/map::get value) (quote :checked)))\n (if (selfhost/pkg-verify::optional-string? ((core/map::get value) (quote :detail)))\n (if (selfhost/pkg-install::optional-hash? ((core/map::get value) (quote :hash)))\n (selfhost/pkg-verify::closure-status? ((core/map::get value) (quote :status)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-verify::closure-coherent?\n (fn (value)\n (let\n ((status ((core/map::get value) (quote :status)))\n (checked ((core/map::get value) (quote :checked)))\n (detail ((core/map::get value) (quote :detail)))\n (hash ((core/map::get value) (quote :hash))))\n (if ((core/sym::eq? status) (quote :ok))\n (if ((core/int::eq? checked) 0)\n false\n (if (core/list::is-nil? detail) (core/list::is-nil? hash) false))\n (if (if ((core/sym::eq? status) (quote :missing))\n true\n ((core/sym::eq? status) (quote :corrupt)))\n (if ((core/int::eq? checked) 0)\n (if (selfhost/pkg-install::hash? hash) (core/list::is-nil? detail) false)\n false)\n (if (if ((core/sym::eq? status) (quote :bad-commit))\n true\n (if ((core/sym::eq? status) (quote :bad-evidence))\n true\n ((core/sym::eq? status) (quote :bad-attestation))))\n (if ((core/int::eq? checked) 0)\n (if (core/list::is-nil? hash)\n (selfhost/pkg-verify::nonempty-string? detail)\n false)\n false)\n (if ((core/int::eq? checked) 0)\n (if (core/list::is-nil? hash) (core/list::is-nil? detail) false)\n false)))))))\n\n(def selfhost/pkg-verify::observation?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value)\n [:closure :detail :hashes :name :snapshot-status])\n (if (selfhost/pkg-lock-read::str? ((core/map::get value) (quote :name)))\n (if (selfhost/pkg-verify::snapshot-status?\n ((core/map::get value) (quote :snapshot-status)))\n (if (selfhost/pkg-verify::optional-string? ((core/map::get value) (quote :detail)))\n (let ((closure ((core/map::get value) (quote :closure))))\n (if (core/list::is-nil? closure)\n true\n (if (selfhost/pkg-verify::closure-observation? closure)\n (selfhost/pkg-verify::closure-coherent? closure)\n false)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-verify::error\n (fn (code) (fn (message) {:code code :message message :state (quote :error)})))\n\n(def selfhost/pkg-verify::hashes-fold\n (fn (hashes)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len hashes))\n state\n (let\n ((observation ((core/vec::get hashes) index))\n (hash ((core/map::get ((core/vec::get hashes) index)) (quote :h)))\n (status ((core/map::get ((core/vec::get hashes) index)) (quote :status))))\n (if ((core/sym::eq? status) (quote :corrupt))\n ((selfhost/pkg-verify::error \"core/store/corruption\")\n ((selfhost/pkg-verify::artifact-message \"artifact store corruption: \") hash))\n (((selfhost/pkg-verify::hashes-fold hashes) ((core/int::add index) 1))\n (if ((core/sym::eq? status) (quote :present))\n {\n :checked ((core/int::add ((core/map::get state) (quote :checked))) 1)\n :missing ((core/map::get state) (quote :missing))\n :state (quote :continue)}\n {\n :checked ((core/map::get state) (quote :checked))\n :missing ((core/vec::push ((core/map::get state) (quote :missing))) hash)\n :state (quote :continue)})))))))))\n\n(def selfhost/pkg-verify::closure-fold\n (fn (step)\n (fn (closure)\n (fn (state)\n (let\n ((status ((core/map::get closure) (quote :status)))\n (hash ((core/map::get closure) (quote :hash)))\n (detail ((core/map::get closure) (quote :detail)))\n (name ((core/map::get step) (quote :name))))\n (if ((core/sym::eq? status) (quote :ok))\n {\n :checked ((core/int::add ((core/map::get state) (quote :checked)))\n ((core/map::get closure) (quote :checked)))\n :missing ((core/map::get state) (quote :missing))\n :state (quote :continue)}\n (if ((core/sym::eq? status) (quote :missing))\n ((selfhost/pkg-verify::error \"core/store/not-found\")\n ((selfhost/pkg-verify::artifact-message \"artifact not found: \") hash))\n (if ((core/sym::eq? status) (quote :corrupt))\n ((selfhost/pkg-verify::error \"core/store/corruption\")\n ((selfhost/pkg-verify::artifact-message \"artifact store corruption: \") hash))\n (if ((core/sym::eq? status) (quote :bad-commit))\n ((selfhost/pkg-verify::error \"core/pkg/bad-commit\") detail)\n (if ((core/sym::eq? status) (quote :snapshot-mismatch))\n ((selfhost/pkg-verify::error \"core/pkg/commit-snapshot-mismatch\")\n ((selfhost/pkg-verify::append\n \"commit.result != locked.snapshot for \") name))\n (if ((core/sym::eq? status) (quote :missing-evidence))\n ((selfhost/pkg-verify::error \"core/pkg/missing-evidence\")\n ((selfhost/pkg-verify::append\n \"commit has obligations but no evidence for \") name))\n (if ((core/sym::eq? status) (quote :bad-evidence))\n ((selfhost/pkg-verify::error \"core/pkg/bad-evidence\") detail)\n ((selfhost/pkg-verify::error \"core/pkg/bad-attestation\") detail)))))))))))))\n\n(def selfhost/pkg-verify::step-fold\n (fn (step)\n (fn (observation)\n (fn (state)\n (if ((core/eq? ((core/map::get step) (quote :name)))\n ((core/map::get observation) (quote :name)))\n (let\n ((snapshot ((core/map::get step) (quote :snapshot)))\n (status ((core/map::get observation) (quote :snapshot-status)))\n (detail ((core/map::get observation) (quote :detail)))\n (hashes ((core/map::get observation) (quote :hashes)))\n (closure ((core/map::get observation) (quote :closure)))\n (commit ((core/map::get step) (quote :commit))))\n (if ((core/sym::eq? status) (quote :missing))\n (if (if (if ((core/int::eq? (core/vec::len hashes)) 0)\n (core/list::is-nil? closure) false)\n (core/list::is-nil? detail) false)\n {\n :checked ((core/map::get state) (quote :checked))\n :missing ((core/vec::push ((core/map::get state) (quote :missing))) snapshot)\n :state (quote :continue)}\n {:message \"missing snapshot observation has trailing facts\"\n :state (quote :invalid)})\n (if ((core/sym::eq? status) (quote :corrupt))\n (if (if (if ((core/int::eq? (core/vec::len hashes)) 0)\n (core/list::is-nil? closure) false)\n (core/list::is-nil? detail) false)\n ((selfhost/pkg-verify::error \"core/store/corruption\")\n ((selfhost/pkg-verify::artifact-message \"artifact store corruption: \") snapshot))\n {:message \"corrupt snapshot observation has trailing facts\"\n :state (quote :invalid)})\n (if ((core/sym::eq? status) (quote :bad-snapshot))\n (if (if (if ((core/int::eq? (core/vec::len hashes)) 0)\n (core/list::is-nil? closure) false)\n (selfhost/pkg-verify::nonempty-string? detail) false)\n ((selfhost/pkg-verify::error \"core/pkg/bad-snapshot\") detail)\n {:message \"bad snapshot observation is incoherent\"\n :state (quote :invalid)})\n (if (core/list::is-nil? detail)\n (let ((valid-hashes ((selfhost/pkg-verify::hashes-valid hashes) snapshot)))\n (if ((core/map::get valid-hashes) (quote :valid))\n (let ((next (((selfhost/pkg-verify::hashes-fold hashes) 0) state)))\n (if ((core/sym::eq? ((core/map::get next) (quote :state)))\n (quote :continue))\n (if ((core/map::get valid-hashes) (quote :contains-snapshot))\n (if (core/list::is-nil? commit)\n (if (core/list::is-nil? closure)\n next\n {:message \"closure supplied for dependency without commit\"\n :state (quote :invalid)})\n (if (selfhost/pkg-verify::closure-observation? closure)\n (((selfhost/pkg-verify::closure-fold step) closure) next)\n {:message \"available committed dependency requires closure observation\"\n :state (quote :invalid)}))\n {:message \"verify hash observations omit planned snapshot\"\n :state (quote :invalid)})\n next))\n {:message ((core/map::get valid-hashes) (quote :message))\n :state (quote :invalid)}))\n {:message \"available snapshot observation carries detail\"\n :state (quote :invalid)})))))\n {:message \"verify observation name mismatch\" :state (quote :invalid)})))))\n\n(def selfhost/pkg-verify::observations-loop\n (fn (steps)\n (fn (observations)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len observations))\n (if ((core/int::eq? index) (core/vec::len steps))\n {:checked ((core/map::get state) (quote :checked))\n :missing ((core/map::get state) (quote :missing)) :state (quote :complete)}\n {:message \"verify observations ended without fatal result\"\n :state (quote :invalid)})\n (if ((core/int::lt? index) (core/vec::len steps))\n (let ((observation ((core/vec::get observations) index)))\n (if (selfhost/pkg-verify::observation? observation)\n (let ((next (((selfhost/pkg-verify::step-fold\n ((core/vec::get steps) index)) observation) state)))\n (if ((core/sym::eq? ((core/map::get next) (quote :state)))\n (quote :continue))\n ((((selfhost/pkg-verify::observations-loop steps) observations)\n ((core/int::add index) 1)) next)\n (if ((core/int::eq? ((core/int::add index) 1))\n (core/vec::len observations))\n next\n {:message \"verify observations continue after terminal result\"\n :state (quote :invalid)})))\n {:message \"verify observation is malformed\" :state (quote :invalid)}))\n {:message \"verify observation count exceeds plan\" :state (quote :invalid)})))))))\n\n(def selfhost/pkg-verify::final-value\n (fn (plan)\n (fn (observations)\n (let\n ((state\n ((((selfhost/pkg-verify::observations-loop\n ((core/map::get plan) (quote :dependencies))) observations) 0)\n {:checked 0 :missing [] :state (quote :continue)})))\n (if ((core/sym::eq? ((core/map::get state) (quote :state))) (quote :complete))\n {\n :code nil\n :decision (quote :report)\n :message nil\n :report\n {\n :checked ((core/map::get state) (quote :checked))\n :lock ((core/map::get plan) (quote :lock))\n :missing ((core/map::get state) (quote :missing))\n :ok\n ((core/int::eq?\n (core/vec::len ((core/map::get state) (quote :missing)))) 0)}}\n (if ((core/sym::eq? ((core/map::get state) (quote :state))) (quote :error))\n {:code ((core/map::get state) (quote :code))\n :decision (quote :error)\n :message ((core/map::get state) (quote :message)) :report nil}\n state))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x9A\xD2\xC9\x97C.\x9Du\xBC\x9C\x12*k\x1E\x99j\n\xFB\xBB\xDC!\x16\xBF/,\xCD\x84\xCA\x904\xFE\x06" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-verify::plan-request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :model :op :v]) (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model))) false))) (def selfhost/pkg-verify::finalize-request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :model :observations :op :plan :plan-h :v]) (if (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model))) (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :observations))) false) false))) (def selfhost/pkg-verify::finalize (fn (request-h) (fn (request) (let ((expected (selfhost/pkg-verify::build-plan ((core/map::get request) (quote :model)))) (declared ((core/map::get request) (quote :plan))) (declared-h ((core/map::get request) (quote :plan-h)))) (if ((core/eq? (selfhost/hash::hash-term expected)) declared-h) (if ((core/eq? (selfhost/hash::hash-term declared)) declared-h) (let ((value ((selfhost/pkg-verify::final-value expected) ((core/map::get request) (quote :observations))))) (if (core/list::is-nil? ((core/map::get value) (quote :decision))) ((selfhost/pkg-verify::reject request-h) ((core/map::get value) (quote :message))) ((selfhost/pkg-verify::accept request-h) value))) ((selfhost/pkg-verify::reject request-h) "declared verify plan identity mismatch")) ((selfhost/pkg-verify::reject request-h) "verify plan identity does not match authoritative recomputation")))))) (def core/pkg::verify-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((core/eq? ((core/map::get request) (quote :kind))) "genesis/pkg-verify-request-v0.1") (if ((core/eq? ((core/map::get request) (quote :v))) 1) (let ((op ((core/map::get request) (quote :op)))) (if ((core/sym::eq? op) (quote :plan)) (if (selfhost/pkg-verify::plan-request? request) ((selfhost/pkg-verify::accept request-h) (selfhost/pkg-verify::plan-value ((core/map::get request) (quote :model)))) ((selfhost/pkg-verify::reject request-h) "verify plan request is malformed")) (if ((core/sym::eq? op) (quote :finalize)) (if (selfhost/pkg-verify::finalize-request? request) ((selfhost/pkg-verify::finalize request-h) request) ((selfhost/pkg-verify::reject request-h) "verify finalize request is malformed")) ((selfhost/pkg-verify::reject request-h) "request :op is unsupported")))) ((selfhost/pkg-verify::reject request-h) "request :v must be 1")) ((selfhost/pkg-verify::reject request-h) "request :kind mismatch")) ((selfhost/pkg-verify::reject request-h) "request must be map")))))] :module-h b"S\x81\xB11\x80\xFA\xD3\x906K\xF1~~\x9Bd\"\xA2_q\xCD\x14\x0E\x93w\xBE\xC2\xB2\n\nw\xB3\x92" :path "selfhost/pkg_verify_authority_v1.gc" :source "; Closed plan/finalize authority for core/pkg-low::verify.\n\n(def selfhost/pkg-verify::plan-request?\n (fn (request)\n (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :model :op :v])\n (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model)))\n false)))\n\n(def selfhost/pkg-verify::finalize-request?\n (fn (request)\n (if ((selfhost/pkg-lock-read::exact-map? request)\n [:kind :model :observations :op :plan :plan-h :v])\n (if (selfhost/pkg-resolution-workflow::model? ((core/map::get request) (quote :model)))\n (selfhost/pkg-lock-read::vec? ((core/map::get request) (quote :observations)))\n false)\n false)))\n\n(def selfhost/pkg-verify::finalize\n (fn (request-h)\n (fn (request)\n (let\n ((expected (selfhost/pkg-verify::build-plan ((core/map::get request) (quote :model))))\n (declared ((core/map::get request) (quote :plan)))\n (declared-h ((core/map::get request) (quote :plan-h))))\n (if ((core/eq? (selfhost/hash::hash-term expected)) declared-h)\n (if ((core/eq? (selfhost/hash::hash-term declared)) declared-h)\n (let\n ((value\n ((selfhost/pkg-verify::final-value expected)\n ((core/map::get request) (quote :observations)))))\n (if (core/list::is-nil? ((core/map::get value) (quote :decision)))\n ((selfhost/pkg-verify::reject request-h)\n ((core/map::get value) (quote :message)))\n ((selfhost/pkg-verify::accept request-h) value)))\n ((selfhost/pkg-verify::reject request-h) \"declared verify plan identity mismatch\"))\n ((selfhost/pkg-verify::reject request-h)\n \"verify plan identity does not match authoritative recomputation\"))))))\n\n(def core/pkg::verify-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n \"genesis/pkg-verify-request-v0.1\")\n (if ((core/eq? ((core/map::get request) (quote :v))) 1)\n (let ((op ((core/map::get request) (quote :op))))\n (if ((core/sym::eq? op) (quote :plan))\n (if (selfhost/pkg-verify::plan-request? request)\n ((selfhost/pkg-verify::accept request-h)\n (selfhost/pkg-verify::plan-value\n ((core/map::get request) (quote :model))))\n ((selfhost/pkg-verify::reject request-h) \"verify plan request is malformed\"))\n (if ((core/sym::eq? op) (quote :finalize))\n (if (selfhost/pkg-verify::finalize-request? request)\n ((selfhost/pkg-verify::finalize request-h) request)\n ((selfhost/pkg-verify::reject request-h)\n \"verify finalize request is malformed\"))\n ((selfhost/pkg-verify::reject request-h) \"request :op is unsupported\"))))\n ((selfhost/pkg-verify::reject request-h) \"request :v must be 1\"))\n ((selfhost/pkg-verify::reject request-h) \"request :kind mismatch\"))\n ((selfhost/pkg-verify::reject request-h) \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"S\x81\xB11\x80\xFA\xD3\x906K\xF1~~\x9Bd\"\xA2_q\xCD\x14\x0E\x93w\xBE\xC2\xB2\n\nw\xB3\x92" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-scaffold::append (fn (a) (fn (b) ((core/str::concat a) b)))) (def selfhost/pkg-scaffold::str? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :str)))) (def selfhost/pkg-scaffold::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/pkg-scaffold::map? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :map)))) (def selfhost/pkg-scaffold::nonempty-str? (fn (value) (if (selfhost/pkg-scaffold::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/pkg-scaffold::optional-str? (fn (value) (if (core/list::is-nil? value) true (selfhost/pkg-scaffold::str? value)))) (def selfhost/pkg-scaffold::bounded-str? (fn (value) (fn (limit) (if (selfhost/pkg-scaffold::str? value) (if ((core/int::lt? limit) (core/str::len value)) false true) false)))) (def selfhost/pkg-scaffold::optional-bounded-str? (fn (value) (fn (limit) (if (core/list::is-nil? value) true ((selfhost/pkg-scaffold::bounded-str? value) limit))))) (def selfhost/pkg-scaffold::ascii-lower? (fn (byte) (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 123) false))) (def selfhost/pkg-scaffold::ascii-upper? (fn (byte) (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 91) false))) (def selfhost/pkg-scaffold::ascii-digit? (fn (byte) (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false))) (def selfhost/pkg-scaffold::separator? (fn (byte) (if ((core/int::eq? byte) 32) true (if ((core/int::eq? byte) 45) true ((core/int::eq? byte) 95))))) (def selfhost/pkg-scaffold::normalize-loop (fn (bytes) (fn (index) (fn (out) (fn (previous-dash) (if ((core/int::eq? index) (core/bytes::len bytes)) (if previous-dash (core/str::from-utf8 (((core/bytes::slice out) 0) ((core/int::sub (core/bytes::len out)) 1))) (core/str::from-utf8 out)) (let ((byte ((core/bytes::get bytes) index))) (if (selfhost/pkg-scaffold::ascii-lower? byte) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) ((core/bytes::concat out) (((core/bytes::slice bytes) index) 1))) false) (if (selfhost/pkg-scaffold::ascii-digit? byte) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) ((core/bytes::concat out) (((core/bytes::slice bytes) index) 1))) false) (if (selfhost/pkg-scaffold::ascii-upper? byte) (let ((lower (((core/bytes::slice b"abcdefghijklmnopqrstuvwxyz") ((core/int::sub byte) 65)) 1))) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) ((core/bytes::concat out) lower)) false)) (if (selfhost/pkg-scaffold::separator? byte) (if (if ((core/int::eq? (core/bytes::len out)) 0) true previous-dash) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) out) previous-dash) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) ((core/bytes::concat out) b"-")) true)) ((((selfhost/pkg-scaffold::normalize-loop bytes) ((core/int::add index) 1)) out) previous-dash)))))))))))) (def selfhost/pkg-scaffold::normalize-name (fn (value) (if (selfhost/pkg-scaffold::str? value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::lt? 256) (core/bytes::len bytes)) nil ((((selfhost/pkg-scaffold::normalize-loop bytes) 0) b"") false))) nil))) (def selfhost/pkg-scaffold::archetype? (fn (value) (if (selfhost/pkg-scaffold::str? value) (if ((core/eq? value) "web") true (if ((core/eq? value) "service") true (if ((core/eq? value) "desktop") true (if ((core/eq? value) "mobile") true (if ((core/eq? value) "xr-game") true ((core/eq? value) "data-ai")))))) false))) (def selfhost/pkg-scaffold::normalize-backend (fn (value) (if (core/list::is-nil? value) nil (if ((core/eq? value) "headless") "headless" (if ((core/eq? value) "profile-headless") "headless" (if ((core/eq? value) "gpu") "gpu" (if ((core/eq? value) "profile-gpu") "gpu" (if ((core/eq? value) "gfx") "gfx" (if ((core/eq? value) "profile-gfx") "gfx" (if ((core/eq? value) "backend") "backend" (if ((core/eq? value) "profile-backend") "backend" nil))))))))))) (def selfhost/pkg-scaffold::default-backend (fn (archetype) (if ((core/eq? archetype) "service") "backend" (if ((core/eq? archetype) "mobile") "gpu" (if ((core/eq? archetype) "data-ai") "gpu" "gfx"))))) (def selfhost/pkg-scaffold::primary-target (fn (archetype) (if ((core/eq? archetype) "service") "service-runtime" (if ((core/eq? archetype) "desktop") "desktop" (if ((core/eq? archetype) "mobile") "ios" (if ((core/eq? archetype) "data-ai") "service-runtime" "web")))))) (def selfhost/pkg-scaffold::release-backend (fn (archetype) (fn (selected) (if ((core/eq? archetype) "service") "backend" (if ((core/eq? archetype) "data-ai") "gpu" selected))))) (def selfhost/pkg-scaffold::replace-dashes-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (((selfhost/pkg-scaffold::replace-dashes-loop bytes) ((core/int::add index) 1)) ((core/vec::push parts) (if ((core/int::eq? ((core/bytes::get bytes) index)) 45) b"_" (((core/bytes::slice bytes) index) 1))))))))) (def selfhost/pkg-scaffold::module-suffix (fn (workspace) (((selfhost/pkg-scaffold::replace-dashes-loop (core/str::to-utf8 workspace)) 0) []))) (def selfhost/pkg-scaffold::hash-body (fn (body) (core/bytes::to-hex (core/crypto::blake3 (core/str::to-utf8 body))))) (def selfhost/pkg-scaffold::toml-control-fragment (fn (byte) (let ((digits b"0123456789abcdef") (high (((core/bytes::slice b"0123456789abcdef") ((core/int::div byte) 16)) 1)) (low (((core/bytes::slice b"0123456789abcdef") ((core/int::mod byte) 16)) 1))) ((core/bytes::concat ((core/bytes::concat b"\\u00") high)) low)))) (def selfhost/pkg-scaffold::toml-fragment (fn (bytes) (fn (index) (let ((byte ((core/bytes::get bytes) index))) (if ((core/int::eq? byte) 34) b"\\\"" (if ((core/int::eq? byte) 92) b"\\\\" (if ((core/int::eq? byte) 8) b"\\b" (if ((core/int::eq? byte) 9) b"\\t" (if ((core/int::eq? byte) 10) b"\\n" (if ((core/int::eq? byte) 12) b"\\f" (if ((core/int::eq? byte) 13) b"\\r" (if (if ((core/int::lt? byte) 32) true ((core/int::eq? byte) 127)) (selfhost/pkg-scaffold::toml-control-fragment byte) (((core/bytes::slice bytes) index) 1))))))))))))) (def selfhost/pkg-scaffold::toml-escape-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (((selfhost/pkg-scaffold::toml-escape-loop bytes) ((core/int::add index) 1)) ((core/vec::push parts) ((selfhost/pkg-scaffold::toml-fragment bytes) index)))))))) (def selfhost/pkg-scaffold::toml-string (fn (value) (((selfhost/pkg-scaffold::toml-escape-loop (core/str::to-utf8 value)) 0) []))) (def selfhost/pkg-scaffold::file (fn (path) (fn (body) {:body body :h (selfhost/pkg-scaffold::hash-body body) :path path}))) (def selfhost/pkg-scaffold::static-file? (fn (value) (if ((selfhost/pkg-lock-read::exact-map? value) [:body :path]) (if (selfhost/pkg-scaffold::str? ((core/map::get value) (quote :body))) (selfhost/pkg-scaffold::str? ((core/map::get value) (quote :path))) false) false))) (def selfhost/pkg-scaffold::static-file-valid? (fn (value) (fn (path) (fn (hash) (if (selfhost/pkg-scaffold::static-file? value) (if ((core/eq? ((core/map::get value) (quote :path))) path) ((core/eq? (selfhost/pkg-scaffold::hash-body ((core/map::get value) (quote :body)))) hash) false) false)))))] :module-h b"\x0C\x07X\x11\xF9\xF3g.\xE5\xB91\x0F0\xE6\xA1*\xCBD\x03\xEF\xCC\xA7\x89\xE8y\x08\xC7`q#5\x7F" :path "selfhost/pkg_scaffold_core_v1.gc" :source "; Closed validation, normalization, and identity helpers for gcpm scaffold.\n\n(def selfhost/pkg-scaffold::append (fn (a) (fn (b) ((core/str::concat a) b))))\n\n(def selfhost/pkg-scaffold::str?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :str))))\n\n(def selfhost/pkg-scaffold::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/pkg-scaffold::map?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :map))))\n\n(def selfhost/pkg-scaffold::nonempty-str?\n (fn (value)\n (if (selfhost/pkg-scaffold::str? value)\n ((core/int::lt? 0) (core/str::len value))\n false)))\n\n(def selfhost/pkg-scaffold::optional-str?\n (fn (value)\n (if (core/list::is-nil? value) true (selfhost/pkg-scaffold::str? value))))\n\n(def selfhost/pkg-scaffold::bounded-str?\n (fn (value)\n (fn (limit)\n (if (selfhost/pkg-scaffold::str? value)\n (if ((core/int::lt? limit) (core/str::len value)) false true)\n false))))\n\n(def selfhost/pkg-scaffold::optional-bounded-str?\n (fn (value)\n (fn (limit)\n (if (core/list::is-nil? value)\n true\n ((selfhost/pkg-scaffold::bounded-str? value) limit)))))\n\n(def selfhost/pkg-scaffold::ascii-lower?\n (fn (byte) (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 123) false)))\n\n(def selfhost/pkg-scaffold::ascii-upper?\n (fn (byte) (if ((core/int::lt? 64) byte) ((core/int::lt? byte) 91) false)))\n\n(def selfhost/pkg-scaffold::ascii-digit?\n (fn (byte) (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false)))\n\n(def selfhost/pkg-scaffold::separator?\n (fn (byte)\n (if ((core/int::eq? byte) 32)\n true\n (if ((core/int::eq? byte) 45) true ((core/int::eq? byte) 95)))))\n\n(def selfhost/pkg-scaffold::normalize-loop\n (fn (bytes)\n (fn (index)\n (fn (out)\n (fn (previous-dash)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (if previous-dash\n (core/str::from-utf8\n (((core/bytes::slice out) 0) ((core/int::sub (core/bytes::len out)) 1)))\n (core/str::from-utf8 out))\n (let ((byte ((core/bytes::get bytes) index)))\n (if (selfhost/pkg-scaffold::ascii-lower? byte)\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1))\n ((core/bytes::concat out) (((core/bytes::slice bytes) index) 1))) false)\n (if (selfhost/pkg-scaffold::ascii-digit? byte)\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1))\n ((core/bytes::concat out) (((core/bytes::slice bytes) index) 1))) false)\n (if (selfhost/pkg-scaffold::ascii-upper? byte)\n (let\n ((lower\n (((core/bytes::slice b\"abcdefghijklmnopqrstuvwxyz\")\n ((core/int::sub byte) 65)) 1)))\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1))\n ((core/bytes::concat out) lower)) false))\n (if (selfhost/pkg-scaffold::separator? byte)\n (if (if ((core/int::eq? (core/bytes::len out)) 0) true previous-dash)\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1)) out) previous-dash)\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1))\n ((core/bytes::concat out) b\"-\")) true))\n ((((selfhost/pkg-scaffold::normalize-loop bytes)\n ((core/int::add index) 1)) out) previous-dash))))))))))))\n\n(def selfhost/pkg-scaffold::normalize-name\n (fn (value)\n (if (selfhost/pkg-scaffold::str? value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::lt? 256) (core/bytes::len bytes))\n nil\n ((((selfhost/pkg-scaffold::normalize-loop bytes) 0) b\"\") false)))\n nil)))\n\n(def selfhost/pkg-scaffold::archetype?\n (fn (value)\n (if (selfhost/pkg-scaffold::str? value)\n (if ((core/eq? value) \"web\")\n true\n (if ((core/eq? value) \"service\")\n true\n (if ((core/eq? value) \"desktop\")\n true\n (if ((core/eq? value) \"mobile\")\n true\n (if ((core/eq? value) \"xr-game\") true ((core/eq? value) \"data-ai\"))))))\n false)))\n\n(def selfhost/pkg-scaffold::normalize-backend\n (fn (value)\n (if (core/list::is-nil? value)\n nil\n (if ((core/eq? value) \"headless\")\n \"headless\"\n (if ((core/eq? value) \"profile-headless\")\n \"headless\"\n (if ((core/eq? value) \"gpu\")\n \"gpu\"\n (if ((core/eq? value) \"profile-gpu\")\n \"gpu\"\n (if ((core/eq? value) \"gfx\")\n \"gfx\"\n (if ((core/eq? value) \"profile-gfx\")\n \"gfx\"\n (if ((core/eq? value) \"backend\")\n \"backend\"\n (if ((core/eq? value) \"profile-backend\") \"backend\" nil)))))))))))\n\n(def selfhost/pkg-scaffold::default-backend\n (fn (archetype)\n (if ((core/eq? archetype) \"service\")\n \"backend\"\n (if ((core/eq? archetype) \"mobile\")\n \"gpu\"\n (if ((core/eq? archetype) \"data-ai\") \"gpu\" \"gfx\")))))\n\n(def selfhost/pkg-scaffold::primary-target\n (fn (archetype)\n (if ((core/eq? archetype) \"service\")\n \"service-runtime\"\n (if ((core/eq? archetype) \"desktop\")\n \"desktop\"\n (if ((core/eq? archetype) \"mobile\")\n \"ios\"\n (if ((core/eq? archetype) \"data-ai\") \"service-runtime\" \"web\"))))))\n\n(def selfhost/pkg-scaffold::release-backend\n (fn (archetype)\n (fn (selected)\n (if ((core/eq? archetype) \"service\")\n \"backend\"\n (if ((core/eq? archetype) \"data-ai\") \"gpu\" selected)))))\n\n(def selfhost/pkg-scaffold::replace-dashes-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (((selfhost/pkg-scaffold::replace-dashes-loop bytes)\n ((core/int::add index) 1))\n ((core/vec::push parts)\n (if ((core/int::eq? ((core/bytes::get bytes) index)) 45)\n b\"_\"\n (((core/bytes::slice bytes) index) 1)))))))))\n\n(def selfhost/pkg-scaffold::module-suffix\n (fn (workspace)\n (((selfhost/pkg-scaffold::replace-dashes-loop (core/str::to-utf8 workspace)) 0) [])))\n\n(def selfhost/pkg-scaffold::hash-body\n (fn (body)\n (core/bytes::to-hex (core/crypto::blake3 (core/str::to-utf8 body)))))\n\n(def selfhost/pkg-scaffold::toml-control-fragment\n (fn (byte)\n (let\n ((digits b\"0123456789abcdef\")\n (high (((core/bytes::slice b\"0123456789abcdef\") ((core/int::div byte) 16)) 1))\n (low (((core/bytes::slice b\"0123456789abcdef\") ((core/int::mod byte) 16)) 1)))\n ((core/bytes::concat ((core/bytes::concat b\"\\\\u00\") high)) low))))\n\n(def selfhost/pkg-scaffold::toml-fragment\n (fn (bytes)\n (fn (index)\n (let ((byte ((core/bytes::get bytes) index)))\n (if ((core/int::eq? byte) 34)\n b\"\\\\\\\"\"\n (if ((core/int::eq? byte) 92)\n b\"\\\\\\\\\"\n (if ((core/int::eq? byte) 8)\n b\"\\\\b\"\n (if ((core/int::eq? byte) 9)\n b\"\\\\t\"\n (if ((core/int::eq? byte) 10)\n b\"\\\\n\"\n (if ((core/int::eq? byte) 12)\n b\"\\\\f\"\n (if ((core/int::eq? byte) 13)\n b\"\\\\r\"\n (if (if ((core/int::lt? byte) 32) true ((core/int::eq? byte) 127))\n (selfhost/pkg-scaffold::toml-control-fragment byte)\n (((core/bytes::slice bytes) index) 1)))))))))))))\n\n(def selfhost/pkg-scaffold::toml-escape-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (((selfhost/pkg-scaffold::toml-escape-loop bytes) ((core/int::add index) 1))\n ((core/vec::push parts) ((selfhost/pkg-scaffold::toml-fragment bytes) index))))))))\n\n(def selfhost/pkg-scaffold::toml-string\n (fn (value)\n (((selfhost/pkg-scaffold::toml-escape-loop (core/str::to-utf8 value)) 0) [])))\n\n(def selfhost/pkg-scaffold::file\n (fn (path)\n (fn (body) {:body body :h (selfhost/pkg-scaffold::hash-body body) :path path})))\n\n(def selfhost/pkg-scaffold::static-file?\n (fn (value)\n (if ((selfhost/pkg-lock-read::exact-map? value) [:body :path])\n (if (selfhost/pkg-scaffold::str? ((core/map::get value) (quote :body)))\n (selfhost/pkg-scaffold::str? ((core/map::get value) (quote :path)))\n false)\n false)))\n\n(def selfhost/pkg-scaffold::static-file-valid?\n (fn (value)\n (fn (path)\n (fn (hash)\n (if (selfhost/pkg-scaffold::static-file? value)\n (if ((core/eq? ((core/map::get value) (quote :path))) path)\n ((core/eq?\n (selfhost/pkg-scaffold::hash-body\n ((core/map::get value) (quote :body)))) hash)\n false)\n false)))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x12\x84)\x7F\xE4\xD3< \x8Aw,\x90mY[WZ\xB0\x16\xC2\x0B\xA8\x01\xE1\xA5\xBFd\xF0\xF8\xDB\xBD\xCF" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-scaffold::cat3 (fn (a) (fn (b) (fn (c) ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append a) b)) c))))) (def selfhost/pkg-scaffold::workspace-body (fn (workspace) (fn (package) (fn (policy) (fn (registry) (fn (backend) (fn (release-backend) (fn (primary) (let ((escaped-policy (selfhost/pkg-scaffold::toml-string policy)) (escaped-registry (if (core/list::is-nil? registry) nil (selfhost/pkg-scaffold::toml-string registry)))) (let ((registry-line (if (core/list::is-nil? escaped-registry) "" (((selfhost/pkg-scaffold::cat3 "registry = \"") escaped-registry) "\"\n"))) (policy-line (((selfhost/pkg-scaffold::cat3 "policy = \"") escaped-policy) "\"\n"))) (let ((out0 ((selfhost/pkg-scaffold::append "version = 1\nworkspace = \"") workspace))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\"\n\n[[members]]\nname = \""))) (let ((out2 ((selfhost/pkg-scaffold::append out1) package))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "\"\npath = \".\"\nrole = \"app\"\n\n[defaults]\n"))) (let ((out4 ((selfhost/pkg-scaffold::append out3) registry-line))) (let ((out5 ((selfhost/pkg-scaffold::append out4) policy-line))) (let ((out6 ((selfhost/pkg-scaffold::append out5) "runtime_backend = \""))) (let ((out7 ((selfhost/pkg-scaffold::append out6) backend))) (let ((out8 ((selfhost/pkg-scaffold::append out7) "\"\n\n[profiles.\"backend\"]\ncaps_policy = \"caps.backend.toml\"\n"))) (let ((out9 ((selfhost/pkg-scaffold::append out8) registry-line))) (let ((out10 ((selfhost/pkg-scaffold::append out9) policy-line))) (let ((out11 ((selfhost/pkg-scaffold::append out10) "runtime_backend = \"backend\"\n\n[profiles.\"ci\"]\ncaps_policy = \"caps.ci.toml\"\n"))) (let ((out12 ((selfhost/pkg-scaffold::append out11) registry-line))) (let ((out13 ((selfhost/pkg-scaffold::append out12) policy-line))) (let ((out14 ((selfhost/pkg-scaffold::append out13) "runtime_backend = \"headless\"\n\n[profiles.\"dev\"]\ncaps_policy = \"caps.toml\"\n"))) (let ((out15 ((selfhost/pkg-scaffold::append out14) registry-line))) (let ((out16 ((selfhost/pkg-scaffold::append out15) policy-line))) (let ((out17 ((selfhost/pkg-scaffold::append out16) "runtime_backend = \""))) (let ((out18 ((selfhost/pkg-scaffold::append out17) backend))) (let ((out19 ((selfhost/pkg-scaffold::append out18) "\"\n\n[profiles.\"release\"]\ncaps_policy = \"caps.release.toml\"\n"))) (let ((out20 ((selfhost/pkg-scaffold::append out19) registry-line))) (let ((out21 ((selfhost/pkg-scaffold::append out20) policy-line))) (let ((out22 ((selfhost/pkg-scaffold::append out21) "runtime_backend = \""))) (let ((out23 ((selfhost/pkg-scaffold::append out22) release-backend))) (let ((out24 ((selfhost/pkg-scaffold::append out23) "\"\n\n[tasks.\"build-primary\"]\ncmd = \"build\"\npkg = \"package.toml\"\nargs = [\"--target\", \""))) (let ((out25 ((selfhost/pkg-scaffold::append out24) primary))) ((selfhost/pkg-scaffold::append out25) "\"]\n\n[tasks.\"optimize\"]\ncmd = \"optimize\"\nfile = \"src/main.gc\"\nargs = [\"--stage1-gate\"]\n\n[tasks.\"pack\"]\ncmd = \"pack\"\npkg = \"package.toml\"\n\n[tasks.\"run\"]\ncmd = \"run\"\nfile = \"src/main.gc\"\nargs = [\"--caps\", \"caps.toml\"]\n\n[tasks.\"test\"]\ncmd = \"test\"\npkg = \"package.toml\"\n\n[tasks.\"typecheck\"]\ncmd = \"typecheck\"\npkg = \"package.toml\"\n\n"))))))))))))))))))))))))))))))))))))) (def selfhost/pkg-scaffold::lock-body (fn (workspace) (fn (policy) (fn (registry) (let ((escaped-policy (selfhost/pkg-scaffold::toml-string policy)) (escaped-registry (if (core/list::is-nil? registry) nil (selfhost/pkg-scaffold::toml-string registry)))) (let ((out0 ((selfhost/pkg-scaffold::append "version = 2\nworkspace = \"") workspace))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\"\npolicy = \""))) (let ((out2 ((selfhost/pkg-scaffold::append out1) escaped-policy))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "\"\n"))) (let ((out4 (if (core/list::is-nil? escaped-registry) out3 ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append out3) "\n[registries]\ndefault = \"")) ((selfhost/pkg-scaffold::append escaped-registry) "\"\n"))))) ((selfhost/pkg-scaffold::append out4) "\n[requirements]\n\n[locked]\n\n"))))))))))) (def selfhost/pkg-scaffold::package-body (fn (package) ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append "schema = 1\nname = \"") package)) "\"\nversion = \"0.1.0\"\nobligations = []\ndependencies = []\ntests = []\nproperty_tests = []\ncaps_policy = \"caps.toml\"\n\n[[modules]]\npath = \"src/main.gc\"\n"))) (def selfhost/pkg-scaffold::module-body (fn (namespace) (fn (archetype) (let ((out0 ((selfhost/pkg-scaffold::append "(def ::meta\n (quote\n {\n :caps []\n :exports [") namespace))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "::main]\n :types {"))) (let ((out2 ((selfhost/pkg-scaffold::append out1) namespace))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "::main ?}}))\n\n(def "))) (let ((out4 ((selfhost/pkg-scaffold::append out3) namespace))) (let ((out5 ((selfhost/pkg-scaffold::append out4) "::main\n (fn (_)\n {\n :archetype :"))) (let ((out6 ((selfhost/pkg-scaffold::append out5) archetype))) (let ((out7 ((selfhost/pkg-scaffold::append out6) "\n :status \"scaffold-ok\"}))\n\n"))) (let ((out8 ((selfhost/pkg-scaffold::append out7) namespace))) ((selfhost/pkg-scaffold::append out8) "::main\n"))))))))))))) (def selfhost/pkg-scaffold::deploy-body (fn (archetype) (fn (backend) (fn (primary) (let ((out0 ((selfhost/pkg-scaffold::append "schema = \"genesis/gcpm-scaffold-deploy-presets-v0.1\"\narchetype = \"") archetype))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\"\nruntime_backend = \""))) (let ((out2 ((selfhost/pkg-scaffold::append out1) backend))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "\"\nprimary_target = \""))) (let ((out4 ((selfhost/pkg-scaffold::append out3) primary))) ((selfhost/pkg-scaffold::append out4) (if ((core/eq? archetype) "mobile") "\"\nsecondary_targets = [\"android\"]\n" "\"\nsecondary_targets = []\n"))))))))))) (def selfhost/pkg-scaffold::readme-body (fn (workspace) (fn (package) (fn (archetype) (fn (backend) (fn (primary) (let ((out0 ((selfhost/pkg-scaffold::append "# ") workspace))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\n\nDeterministic `gcpm scaffold` workspace for archetype `"))) (let ((out2 ((selfhost/pkg-scaffold::append out1) archetype))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "`.\n\n## Quick Start\n\n1. `genesis gcpm --caps caps.toml test --pkg package.toml`\n2. `genesis gcpm --caps caps.toml run run`\n3. `genesis gcpm --caps caps.toml env --profile dev`\n4. `genesis gcpm --caps caps.toml build --pkg package.toml --target "))) (let ((out4 ((selfhost/pkg-scaffold::append out3) primary))) (let ((out5 ((selfhost/pkg-scaffold::append out4) "`\n\n## Scaffold Contract\n\n- package: `"))) (let ((out6 ((selfhost/pkg-scaffold::append out5) package))) (let ((out7 ((selfhost/pkg-scaffold::append out6) "`\n- runtime backend profile: `"))) (let ((out8 ((selfhost/pkg-scaffold::append out7) backend))) ((selfhost/pkg-scaffold::append out8) "`\n- deploy presets: `deploy/presets.toml`\n")))))))))))))))) (def selfhost/pkg-scaffold::record (fn (file) (((selfhost/pkg-scaffold::cat3 ((core/map::get file) (quote :path))) ":") ((core/map::get file) (quote :h))))) (def selfhost/pkg-scaffold::scaffold-h (fn (files) (let ((records0 [])) (let ((records1 ((core/vec::push records0) (selfhost/pkg-scaffold::record ((core/vec::get files) 9))))) (let ((records2 ((core/vec::push records1) (selfhost/pkg-scaffold::record ((core/vec::get files) 8))))) (let ((records3 ((core/vec::push records2) (selfhost/pkg-scaffold::record ((core/vec::get files) 6))))) (let ((records4 ((core/vec::push records3) (selfhost/pkg-scaffold::record ((core/vec::get files) 7))))) (let ((records5 ((core/vec::push records4) (selfhost/pkg-scaffold::record ((core/vec::get files) 5))))) (let ((records6 ((core/vec::push records5) (selfhost/pkg-scaffold::record ((core/vec::get files) 4))))) (let ((records7 ((core/vec::push records6) (selfhost/pkg-scaffold::record ((core/vec::get files) 1))))) (let ((records8 ((core/vec::push records7) (selfhost/pkg-scaffold::record ((core/vec::get files) 0))))) (let ((records9 ((core/vec::push records8) (selfhost/pkg-scaffold::record ((core/vec::get files) 2))))) (let ((records10 ((core/vec::push records9) (selfhost/pkg-scaffold::record ((core/vec::get files) 3))))) (selfhost/pkg-scaffold::hash-body ((core/str::join records10) "\n")))))))))))))))] :module-h b"\x08i0b\xF5\xD7\x9F@N\xE7\xAC/\x00\xC7\xF5P?\xE5\x03\rT\xF5;\x10\x95\xDF\xBA\xEA}W\xB9\x95" :path "selfhost/pkg_scaffold_render_v1.gc" :source "; Canonical dynamic document rendering for gcpm scaffold.\n\n(def selfhost/pkg-scaffold::cat3\n (fn (a)\n (fn (b)\n (fn (c)\n ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append a) b)) c)))))\n\n(def selfhost/pkg-scaffold::workspace-body\n (fn (workspace)\n (fn (package)\n (fn (policy)\n (fn (registry)\n (fn (backend)\n (fn (release-backend)\n (fn (primary)\n (let\n ((escaped-policy (selfhost/pkg-scaffold::toml-string policy))\n (escaped-registry\n (if (core/list::is-nil? registry)\n nil\n (selfhost/pkg-scaffold::toml-string registry))))\n (let\n ((registry-line\n (if (core/list::is-nil? escaped-registry)\n \"\"\n (((selfhost/pkg-scaffold::cat3 \"registry = \\\"\") escaped-registry) \"\\\"\\n\")))\n (policy-line\n (((selfhost/pkg-scaffold::cat3 \"policy = \\\"\") escaped-policy) \"\\\"\\n\")))\n (let ((out0 ((selfhost/pkg-scaffold::append \"version = 1\\nworkspace = \\\"\") workspace)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\\"\\n\\n[[members]]\\nname = \\\"\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) package)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"\\\"\\npath = \\\".\\\"\\nrole = \\\"app\\\"\\n\\n[defaults]\\n\")))\n (let ((out4 ((selfhost/pkg-scaffold::append out3) registry-line)))\n (let ((out5 ((selfhost/pkg-scaffold::append out4) policy-line)))\n (let ((out6 ((selfhost/pkg-scaffold::append out5) \"runtime_backend = \\\"\")))\n (let ((out7 ((selfhost/pkg-scaffold::append out6) backend)))\n (let ((out8 ((selfhost/pkg-scaffold::append out7) \"\\\"\\n\\n[profiles.\\\"backend\\\"]\\ncaps_policy = \\\"caps.backend.toml\\\"\\n\")))\n (let ((out9 ((selfhost/pkg-scaffold::append out8) registry-line)))\n (let ((out10 ((selfhost/pkg-scaffold::append out9) policy-line)))\n (let ((out11 ((selfhost/pkg-scaffold::append out10) \"runtime_backend = \\\"backend\\\"\\n\\n[profiles.\\\"ci\\\"]\\ncaps_policy = \\\"caps.ci.toml\\\"\\n\")))\n (let ((out12 ((selfhost/pkg-scaffold::append out11) registry-line)))\n (let ((out13 ((selfhost/pkg-scaffold::append out12) policy-line)))\n (let ((out14 ((selfhost/pkg-scaffold::append out13) \"runtime_backend = \\\"headless\\\"\\n\\n[profiles.\\\"dev\\\"]\\ncaps_policy = \\\"caps.toml\\\"\\n\")))\n (let ((out15 ((selfhost/pkg-scaffold::append out14) registry-line)))\n (let ((out16 ((selfhost/pkg-scaffold::append out15) policy-line)))\n (let ((out17 ((selfhost/pkg-scaffold::append out16) \"runtime_backend = \\\"\")))\n (let ((out18 ((selfhost/pkg-scaffold::append out17) backend)))\n (let ((out19 ((selfhost/pkg-scaffold::append out18) \"\\\"\\n\\n[profiles.\\\"release\\\"]\\ncaps_policy = \\\"caps.release.toml\\\"\\n\")))\n (let ((out20 ((selfhost/pkg-scaffold::append out19) registry-line)))\n (let ((out21 ((selfhost/pkg-scaffold::append out20) policy-line)))\n (let ((out22 ((selfhost/pkg-scaffold::append out21) \"runtime_backend = \\\"\")))\n (let ((out23 ((selfhost/pkg-scaffold::append out22) release-backend)))\n (let ((out24 ((selfhost/pkg-scaffold::append out23) \"\\\"\\n\\n[tasks.\\\"build-primary\\\"]\\ncmd = \\\"build\\\"\\npkg = \\\"package.toml\\\"\\nargs = [\\\"--target\\\", \\\"\")))\n (let ((out25 ((selfhost/pkg-scaffold::append out24) primary)))\n ((selfhost/pkg-scaffold::append out25)\n \"\\\"]\\n\\n[tasks.\\\"optimize\\\"]\\ncmd = \\\"optimize\\\"\\nfile = \\\"src/main.gc\\\"\\nargs = [\\\"--stage1-gate\\\"]\\n\\n[tasks.\\\"pack\\\"]\\ncmd = \\\"pack\\\"\\npkg = \\\"package.toml\\\"\\n\\n[tasks.\\\"run\\\"]\\ncmd = \\\"run\\\"\\nfile = \\\"src/main.gc\\\"\\nargs = [\\\"--caps\\\", \\\"caps.toml\\\"]\\n\\n[tasks.\\\"test\\\"]\\ncmd = \\\"test\\\"\\npkg = \\\"package.toml\\\"\\n\\n[tasks.\\\"typecheck\\\"]\\ncmd = \\\"typecheck\\\"\\npkg = \\\"package.toml\\\"\\n\\n\")))))))))))))))))))))))))))))))))))))\n(def selfhost/pkg-scaffold::lock-body\n (fn (workspace)\n (fn (policy)\n (fn (registry)\n (let\n ((escaped-policy (selfhost/pkg-scaffold::toml-string policy))\n (escaped-registry\n (if (core/list::is-nil? registry)\n nil\n (selfhost/pkg-scaffold::toml-string registry))))\n (let ((out0 ((selfhost/pkg-scaffold::append \"version = 2\\nworkspace = \\\"\") workspace)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\\"\\npolicy = \\\"\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) escaped-policy)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"\\\"\\n\")))\n (let\n ((out4\n (if (core/list::is-nil? escaped-registry)\n out3\n ((selfhost/pkg-scaffold::append\n ((selfhost/pkg-scaffold::append out3)\n \"\\n[registries]\\ndefault = \\\"\"))\n ((selfhost/pkg-scaffold::append escaped-registry) \"\\\"\\n\")))))\n ((selfhost/pkg-scaffold::append out4) \"\\n[requirements]\\n\\n[locked]\\n\\n\")))))))))))\n\n(def selfhost/pkg-scaffold::package-body\n (fn (package)\n ((selfhost/pkg-scaffold::append\n ((selfhost/pkg-scaffold::append \"schema = 1\\nname = \\\"\") package))\n \"\\\"\\nversion = \\\"0.1.0\\\"\\nobligations = []\\ndependencies = []\\ntests = []\\nproperty_tests = []\\ncaps_policy = \\\"caps.toml\\\"\\n\\n[[modules]]\\npath = \\\"src/main.gc\\\"\\n\")))\n\n(def selfhost/pkg-scaffold::module-body\n (fn (namespace)\n (fn (archetype)\n (let ((out0 ((selfhost/pkg-scaffold::append \"(def ::meta\\n (quote\\n {\\n :caps []\\n :exports [\") namespace)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"::main]\\n :types {\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) namespace)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"::main ?}}))\\n\\n(def \")))\n (let ((out4 ((selfhost/pkg-scaffold::append out3) namespace)))\n (let ((out5 ((selfhost/pkg-scaffold::append out4) \"::main\\n (fn (_)\\n {\\n :archetype :\")))\n (let ((out6 ((selfhost/pkg-scaffold::append out5) archetype)))\n (let ((out7 ((selfhost/pkg-scaffold::append out6) \"\\n :status \\\"scaffold-ok\\\"}))\\n\\n\")))\n (let ((out8 ((selfhost/pkg-scaffold::append out7) namespace)))\n ((selfhost/pkg-scaffold::append out8) \"::main\\n\")))))))))))))\n\n(def selfhost/pkg-scaffold::deploy-body\n (fn (archetype)\n (fn (backend)\n (fn (primary)\n (let ((out0 ((selfhost/pkg-scaffold::append \"schema = \\\"genesis/gcpm-scaffold-deploy-presets-v0.1\\\"\\narchetype = \\\"\") archetype)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\\"\\nruntime_backend = \\\"\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) backend)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"\\\"\\nprimary_target = \\\"\")))\n (let ((out4 ((selfhost/pkg-scaffold::append out3) primary)))\n ((selfhost/pkg-scaffold::append out4)\n (if ((core/eq? archetype) \"mobile\")\n \"\\\"\\nsecondary_targets = [\\\"android\\\"]\\n\"\n \"\\\"\\nsecondary_targets = []\\n\")))))))))))\n\n(def selfhost/pkg-scaffold::readme-body\n (fn (workspace)\n (fn (package)\n (fn (archetype)\n (fn (backend)\n (fn (primary)\n (let ((out0 ((selfhost/pkg-scaffold::append \"# \") workspace)))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\n\\nDeterministic `gcpm scaffold` workspace for archetype `\")))\n (let ((out2 ((selfhost/pkg-scaffold::append out1) archetype)))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"`.\\n\\n## Quick Start\\n\\n1. `genesis gcpm --caps caps.toml test --pkg package.toml`\\n2. `genesis gcpm --caps caps.toml run run`\\n3. `genesis gcpm --caps caps.toml env --profile dev`\\n4. `genesis gcpm --caps caps.toml build --pkg package.toml --target \")))\n (let ((out4 ((selfhost/pkg-scaffold::append out3) primary)))\n (let ((out5 ((selfhost/pkg-scaffold::append out4) \"`\\n\\n## Scaffold Contract\\n\\n- package: `\")))\n (let ((out6 ((selfhost/pkg-scaffold::append out5) package)))\n (let ((out7 ((selfhost/pkg-scaffold::append out6) \"`\\n- runtime backend profile: `\")))\n (let ((out8 ((selfhost/pkg-scaffold::append out7) backend)))\n ((selfhost/pkg-scaffold::append out8)\n \"`\\n- deploy presets: `deploy/presets.toml`\\n\"))))))))))))))))\n\n(def selfhost/pkg-scaffold::record\n (fn (file)\n (((selfhost/pkg-scaffold::cat3 ((core/map::get file) (quote :path))) \":\")\n ((core/map::get file) (quote :h)))))\n\n(def selfhost/pkg-scaffold::scaffold-h\n (fn (files)\n (let ((records0 []))\n (let ((records1 ((core/vec::push records0) (selfhost/pkg-scaffold::record ((core/vec::get files) 9)))))\n (let ((records2 ((core/vec::push records1) (selfhost/pkg-scaffold::record ((core/vec::get files) 8)))))\n (let ((records3 ((core/vec::push records2) (selfhost/pkg-scaffold::record ((core/vec::get files) 6)))))\n (let ((records4 ((core/vec::push records3) (selfhost/pkg-scaffold::record ((core/vec::get files) 7)))))\n (let ((records5 ((core/vec::push records4) (selfhost/pkg-scaffold::record ((core/vec::get files) 5)))))\n (let ((records6 ((core/vec::push records5) (selfhost/pkg-scaffold::record ((core/vec::get files) 4)))))\n (let ((records7 ((core/vec::push records6) (selfhost/pkg-scaffold::record ((core/vec::get files) 1)))))\n (let ((records8 ((core/vec::push records7) (selfhost/pkg-scaffold::record ((core/vec::get files) 0)))))\n (let ((records9 ((core/vec::push records8) (selfhost/pkg-scaffold::record ((core/vec::get files) 2)))))\n (let ((records10 ((core/vec::push records9) (selfhost/pkg-scaffold::record ((core/vec::get files) 3)))))\n (selfhost/pkg-scaffold::hash-body ((core/str::join records10) \"\\n\")))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x08i0b\xF5\xD7\x9F@N\xE7\xAC/\x00\xC7\xF5P?\xE5\x03\rT\xF5;\x10\x95\xDF\xBA\xEA}W\xB9\x95" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-scaffold::request-kind "genesis/pkg-scaffold-authority-request-v0.1") (def selfhost/pkg-scaffold::result-kind "genesis/pkg-scaffold-authority-result-v0.1") (def selfhost/pkg-scaffold::envelope (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-scaffold::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-scaffold::reject (fn (request-h) (fn (message) (((((selfhost/pkg-scaffold::envelope request-h) false) "core/pkg/bad-scaffold") message) nil)))) (def selfhost/pkg-scaffold::accept (fn (request-h) (fn (value) (((((selfhost/pkg-scaffold::envelope request-h) true) nil) nil) value)))) (def selfhost/pkg-scaffold::request? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:archetype :kind :name :policy :registry-default :root :runtime-backend :static-files :v]) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-scaffold::request-kind) (if ((core/eq? ((core/map::get request) (quote :v))) 1) (if (selfhost/pkg-scaffold::archetype? ((core/map::get request) (quote :archetype))) (if (if (selfhost/pkg-scaffold::nonempty-str? ((core/map::get request) (quote :name))) ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :name))) 256) false) (if (if (selfhost/pkg-scaffold::nonempty-str? ((core/map::get request) (quote :policy))) ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :policy))) 1024) false) (if ((selfhost/pkg-scaffold::optional-bounded-str? ((core/map::get request) (quote :registry-default))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :root))) 4096) (if ((selfhost/pkg-scaffold::optional-bounded-str? ((core/map::get request) (quote :runtime-backend))) 32) (selfhost/pkg-scaffold::vec? ((core/map::get request) (quote :static-files))) false) false) false) false) false) false) false) false) false))) (def selfhost/pkg-scaffold::static-files? (fn (files) (if ((core/int::eq? (core/vec::len files)) 4) (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 0)) "caps.toml") "c59cc9fc2d22e351df9f1ca0993f5287747dd04424dd2ab29dc9c40b5feeaebe") (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 1)) "caps.ci.toml") "263a3a57675d9f02d3b7f3e63e567556e26e9a8826c9c2f18a3de2608707bc1f") (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 2)) "caps.release.toml") "facc334d775e73441b8861a5119af13be4b4f53fa548e039d99de28a7a78a388") (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 3)) "caps.backend.toml") "df2d9cd700e2e45ee809db493119db52882baf94af8fc1b6f343d3de97d491c7") false) false) false) false))) (def selfhost/pkg-scaffold::build (fn (request-h) (fn (request) (let ((archetype ((core/map::get request) (quote :archetype))) (workspace (selfhost/pkg-scaffold::normalize-name ((core/map::get request) (quote :name)))) (policy ((core/map::get request) (quote :policy))) (registry ((core/map::get request) (quote :registry-default))) (root ((core/map::get request) (quote :root))) (override (selfhost/pkg-scaffold::normalize-backend ((core/map::get request) (quote :runtime-backend)))) (static ((core/map::get request) (quote :static-files)))) (if (if (core/list::is-nil? workspace) true ((core/int::eq? (core/str::len workspace)) 0)) ((selfhost/pkg-scaffold::reject request-h) "scaffold name must contain ASCII alphanumeric characters") (if (if (core/list::is-nil? ((core/map::get request) (quote :runtime-backend))) false (core/list::is-nil? override)) ((selfhost/pkg-scaffold::reject request-h) "runtime backend is outside the closed profile inventory") (if (selfhost/pkg-scaffold::static-files? static) (let ((backend (if (core/list::is-nil? override) (selfhost/pkg-scaffold::default-backend archetype) override)) (release-backend ((selfhost/pkg-scaffold::release-backend archetype) (if (core/list::is-nil? override) (selfhost/pkg-scaffold::default-backend archetype) override))) (primary (selfhost/pkg-scaffold::primary-target archetype)) (package ((selfhost/pkg-scaffold::append ((selfhost/pkg-scaffold::append workspace) "-")) archetype)) (namespace ((selfhost/pkg-scaffold::append "pkg/") (selfhost/pkg-scaffold::module-suffix workspace)))) (let ((file0 ((selfhost/pkg-scaffold::file "genesis.workspace.toml") (((((((selfhost/pkg-scaffold::workspace-body workspace) package) policy) registry) backend) release-backend) primary))) (file1 ((selfhost/pkg-scaffold::file "genesis.lock") (((selfhost/pkg-scaffold::lock-body workspace) policy) registry))) (file2 ((selfhost/pkg-scaffold::file "package.toml") (selfhost/pkg-scaffold::package-body package))) (file3 ((selfhost/pkg-scaffold::file "src/main.gc") ((selfhost/pkg-scaffold::module-body namespace) archetype))) (file4 ((selfhost/pkg-scaffold::file "deploy/presets.toml") (((selfhost/pkg-scaffold::deploy-body archetype) backend) primary))) (file5 ((selfhost/pkg-scaffold::file "caps.toml") ((core/map::get ((core/vec::get static) 0)) (quote :body)))) (file6 ((selfhost/pkg-scaffold::file "caps.ci.toml") ((core/map::get ((core/vec::get static) 1)) (quote :body)))) (file7 ((selfhost/pkg-scaffold::file "caps.release.toml") ((core/map::get ((core/vec::get static) 2)) (quote :body)))) (file8 ((selfhost/pkg-scaffold::file "caps.backend.toml") ((core/map::get ((core/vec::get static) 3)) (quote :body)))) (file9 ((selfhost/pkg-scaffold::file "README.gcpm.md") (((((selfhost/pkg-scaffold::readme-body workspace) package) archetype) backend) primary)))) (let ((files0 [])) (let ((files1 ((core/vec::push files0) file0))) (let ((files2 ((core/vec::push files1) file1))) (let ((files3 ((core/vec::push files2) file2))) (let ((files4 ((core/vec::push files3) file3))) (let ((files5 ((core/vec::push files4) file4))) (let ((files6 ((core/vec::push files5) file5))) (let ((files7 ((core/vec::push files6) file6))) (let ((files8 ((core/vec::push files7) file7))) (let ((files9 ((core/vec::push files8) file8))) (let ((files ((core/vec::push files9) file9))) (let ((scaffold-h (selfhost/pkg-scaffold::scaffold-h files)) (paths ["genesis.workspace.toml" "genesis.lock" "package.toml" "src/main.gc" "deploy/presets.toml" "caps.toml" "caps.ci.toml" "caps.release.toml" "caps.backend.toml" "README.gcpm.md"])) ((selfhost/pkg-scaffold::accept request-h) {:files files :report {:archetype archetype :files paths :files-written 10 :ok true :package package :root root :runtime-backend-profile backend :scaffold-h scaffold-h :workspace workspace}}))))))))))))))) ((selfhost/pkg-scaffold::reject request-h) "static scaffold template identity mismatch")))))))) (def core/pkg::scaffold-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-scaffold::map? request) (if (selfhost/pkg-scaffold::request? request) ((selfhost/pkg-scaffold::build request-h) request) ((selfhost/pkg-scaffold::reject request-h) "scaffold request is malformed")) ((selfhost/pkg-scaffold::reject request-h) "scaffold request must be map")))))] :module-h b"%\t\xF6\x83\xEFm\xAA\xB9\x90;\xEC\x0B\x1C$\xF1\xCD\xB69\xC2\xA9\x8EE\"\xB4\x0B\xC4\xCEt\x8C\xF4}\xBE" :path "selfhost/pkg_scaffold_authority_v1.gc" :source "; Artifact-loaded semantic authority for deterministic gcpm scaffold plans.\n\n(def selfhost/pkg-scaffold::request-kind \"genesis/pkg-scaffold-authority-request-v0.1\")\n(def selfhost/pkg-scaffold::result-kind \"genesis/pkg-scaffold-authority-result-v0.1\")\n\n(def selfhost/pkg-scaffold::envelope\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {:code code :kind selfhost/pkg-scaffold::result-kind :message message :ok ok\n :request-h request-h :v 1 :value value}))))))\n\n(def selfhost/pkg-scaffold::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-scaffold::envelope request-h) false) \"core/pkg/bad-scaffold\")\n message) nil))))\n\n(def selfhost/pkg-scaffold::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-scaffold::envelope request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-scaffold::request?\n (fn (request)\n (if ((selfhost/pkg-lock-read::exact-map? request)\n [:archetype :kind :name :policy :registry-default :root :runtime-backend\n :static-files :v])\n (if ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-scaffold::request-kind)\n (if ((core/eq? ((core/map::get request) (quote :v))) 1)\n (if (selfhost/pkg-scaffold::archetype?\n ((core/map::get request) (quote :archetype)))\n (if (if (selfhost/pkg-scaffold::nonempty-str?\n ((core/map::get request) (quote :name)))\n ((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :name))) 256)\n false)\n (if (if (selfhost/pkg-scaffold::nonempty-str?\n ((core/map::get request) (quote :policy)))\n ((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :policy))) 1024)\n false)\n (if ((selfhost/pkg-scaffold::optional-bounded-str?\n ((core/map::get request) (quote :registry-default))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :root))) 4096)\n (if ((selfhost/pkg-scaffold::optional-bounded-str?\n ((core/map::get request) (quote :runtime-backend))) 32)\n (selfhost/pkg-scaffold::vec?\n ((core/map::get request) (quote :static-files)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-scaffold::static-files?\n (fn (files)\n (if ((core/int::eq? (core/vec::len files)) 4)\n (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 0))\n \"caps.toml\") \"c59cc9fc2d22e351df9f1ca0993f5287747dd04424dd2ab29dc9c40b5feeaebe\")\n (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 1))\n \"caps.ci.toml\") \"263a3a57675d9f02d3b7f3e63e567556e26e9a8826c9c2f18a3de2608707bc1f\")\n (if (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 2))\n \"caps.release.toml\") \"facc334d775e73441b8861a5119af13be4b4f53fa548e039d99de28a7a78a388\")\n (((selfhost/pkg-scaffold::static-file-valid? ((core/vec::get files) 3))\n \"caps.backend.toml\") \"df2d9cd700e2e45ee809db493119db52882baf94af8fc1b6f343d3de97d491c7\")\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-scaffold::build\n (fn (request-h)\n (fn (request)\n (let\n ((archetype ((core/map::get request) (quote :archetype)))\n (workspace\n (selfhost/pkg-scaffold::normalize-name\n ((core/map::get request) (quote :name))))\n (policy ((core/map::get request) (quote :policy)))\n (registry ((core/map::get request) (quote :registry-default)))\n (root ((core/map::get request) (quote :root)))\n (override\n (selfhost/pkg-scaffold::normalize-backend\n ((core/map::get request) (quote :runtime-backend))))\n (static ((core/map::get request) (quote :static-files))))\n (if (if (core/list::is-nil? workspace)\n true\n ((core/int::eq? (core/str::len workspace)) 0))\n ((selfhost/pkg-scaffold::reject request-h)\n \"scaffold name must contain ASCII alphanumeric characters\")\n (if (if (core/list::is-nil?\n ((core/map::get request) (quote :runtime-backend)))\n false\n (core/list::is-nil? override))\n ((selfhost/pkg-scaffold::reject request-h)\n \"runtime backend is outside the closed profile inventory\")\n (if (selfhost/pkg-scaffold::static-files? static)\n (let\n ((backend\n (if (core/list::is-nil? override)\n (selfhost/pkg-scaffold::default-backend archetype)\n override))\n (release-backend\n ((selfhost/pkg-scaffold::release-backend archetype)\n (if (core/list::is-nil? override)\n (selfhost/pkg-scaffold::default-backend archetype)\n override)))\n (primary (selfhost/pkg-scaffold::primary-target archetype))\n (package\n ((selfhost/pkg-scaffold::append\n ((selfhost/pkg-scaffold::append workspace) \"-\")) archetype))\n (namespace\n ((selfhost/pkg-scaffold::append \"pkg/\")\n (selfhost/pkg-scaffold::module-suffix workspace))))\n (let\n ((file0\n ((selfhost/pkg-scaffold::file \"genesis.workspace.toml\")\n (((((((selfhost/pkg-scaffold::workspace-body workspace) package) policy)\n registry) backend) release-backend) primary)))\n (file1\n ((selfhost/pkg-scaffold::file \"genesis.lock\")\n (((selfhost/pkg-scaffold::lock-body workspace) policy) registry)))\n (file2\n ((selfhost/pkg-scaffold::file \"package.toml\")\n (selfhost/pkg-scaffold::package-body package)))\n (file3\n ((selfhost/pkg-scaffold::file \"src/main.gc\")\n ((selfhost/pkg-scaffold::module-body namespace) archetype)))\n (file4\n ((selfhost/pkg-scaffold::file \"deploy/presets.toml\")\n (((selfhost/pkg-scaffold::deploy-body archetype) backend) primary)))\n (file5\n ((selfhost/pkg-scaffold::file \"caps.toml\")\n ((core/map::get ((core/vec::get static) 0)) (quote :body))))\n (file6\n ((selfhost/pkg-scaffold::file \"caps.ci.toml\")\n ((core/map::get ((core/vec::get static) 1)) (quote :body))))\n (file7\n ((selfhost/pkg-scaffold::file \"caps.release.toml\")\n ((core/map::get ((core/vec::get static) 2)) (quote :body))))\n (file8\n ((selfhost/pkg-scaffold::file \"caps.backend.toml\")\n ((core/map::get ((core/vec::get static) 3)) (quote :body))))\n (file9\n ((selfhost/pkg-scaffold::file \"README.gcpm.md\")\n (((((selfhost/pkg-scaffold::readme-body workspace) package) archetype)\n backend) primary))))\n (let ((files0 []))\n (let ((files1 ((core/vec::push files0) file0)))\n (let ((files2 ((core/vec::push files1) file1)))\n (let ((files3 ((core/vec::push files2) file2)))\n (let ((files4 ((core/vec::push files3) file3)))\n (let ((files5 ((core/vec::push files4) file4)))\n (let ((files6 ((core/vec::push files5) file5)))\n (let ((files7 ((core/vec::push files6) file6)))\n (let ((files8 ((core/vec::push files7) file7)))\n (let ((files9 ((core/vec::push files8) file8)))\n (let ((files ((core/vec::push files9) file9)))\n (let\n ((scaffold-h (selfhost/pkg-scaffold::scaffold-h files))\n (paths\n [\"genesis.workspace.toml\" \"genesis.lock\" \"package.toml\" \"src/main.gc\"\n \"deploy/presets.toml\" \"caps.toml\" \"caps.ci.toml\" \"caps.release.toml\"\n \"caps.backend.toml\" \"README.gcpm.md\"]))\n ((selfhost/pkg-scaffold::accept request-h)\n {\n :files files\n :report\n {\n :archetype archetype :files paths :files-written 10 :ok true\n :package package :root root :runtime-backend-profile backend\n :scaffold-h scaffold-h :workspace workspace}})))))))))))))))\n ((selfhost/pkg-scaffold::reject request-h)\n \"static scaffold template identity mismatch\"))))))))\n\n(def core/pkg::scaffold-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-scaffold::map? request)\n (if (selfhost/pkg-scaffold::request? request)\n ((selfhost/pkg-scaffold::build request-h) request)\n ((selfhost/pkg-scaffold::reject request-h) \"scaffold request is malformed\"))\n ((selfhost/pkg-scaffold::reject request-h) \"scaffold request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"%\t\xF6\x83\xEFm\xAA\xB9\x90;\xEC\x0B\x1C$\xF1\xCD\xB69\xC2\xA9\x8EE\"\xB4\x0B\xC4\xCEt\x8C\xF4}\xBE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-new::request-kind "genesis/pkg-workspace-new-authority-request-v0.1") (def selfhost/pkg-workspace-new::result-kind "genesis/pkg-workspace-new-authority-result-v0.1") (def selfhost/pkg-workspace-new::find-byte (fn (bytes) (fn (wanted) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) -1 (if ((core/int::eq? ((core/bytes::get bytes) index)) wanted) index (((selfhost/pkg-workspace-new::find-byte bytes) wanted) ((core/int::add index) 1)))))))) (def selfhost/pkg-workspace-new::last-slash (fn (bytes) (fn (index) (fn (last) (if ((core/int::eq? index) (core/bytes::len bytes)) last (((selfhost/pkg-workspace-new::last-slash bytes) ((core/int::add index) 1)) (if ((core/int::eq? ((core/bytes::get bytes) index)) 47) index last))))))) (def selfhost/pkg-workspace-new::trim (fn (value) (selfhost/policy::trim value))) (def selfhost/pkg-workspace-new::toml-control-fragment (fn (byte) (let ((digits b"0123456789ABCDEF") (high (((core/bytes::slice digits) ((core/int::div byte) 16)) 1)) (low (((core/bytes::slice digits) ((core/int::mod byte) 16)) 1))) ((core/bytes::concat ((core/bytes::concat b"\\u00") high)) low)))) (def selfhost/pkg-workspace-new::c1-control? (fn (bytes) (fn (index) (if ((core/int::eq? ((core/bytes::get bytes) index)) 194) (if ((core/int::lt? ((core/int::add index) 1)) (core/bytes::len bytes)) (let ((next ((core/bytes::get bytes) ((core/int::add index) 1)))) (if ((core/int::lt? 127) next) ((core/int::lt? next) 160) false)) false) false)))) (def selfhost/pkg-workspace-new::toml-step (fn (bytes) (fn (index) (let ((byte ((core/bytes::get bytes) index)) (next ((core/int::add index) 1))) (if ((core/int::eq? byte) 34) {:fragment b"\\\"" :next next} (if ((core/int::eq? byte) 92) {:fragment b"\\\\" :next next} (if ((core/int::eq? byte) 10) {:fragment b"\\n" :next next} (if ((core/int::eq? byte) 13) {:fragment b"\\r" :next next} (if ((core/int::eq? byte) 9) {:fragment b"\\t" :next next} (if (if ((core/int::lt? byte) 32) true ((core/int::eq? byte) 127)) {:fragment (selfhost/pkg-workspace-new::toml-control-fragment byte) :next next} (if ((selfhost/pkg-workspace-new::c1-control? bytes) index) {:fragment (selfhost/pkg-workspace-new::toml-control-fragment ((core/bytes::get bytes) next)) :next ((core/int::add index) 2)} {:fragment (((core/bytes::slice bytes) index) 1) :next next}))))))))))) (def selfhost/pkg-workspace-new::toml-escape-loop (fn (bytes) (fn (index) (fn (parts) (if ((core/int::eq? index) (core/bytes::len bytes)) (core/str::from-utf8 (core/bytes::join parts)) (let ((step ((selfhost/pkg-workspace-new::toml-step bytes) index))) (((selfhost/pkg-workspace-new::toml-escape-loop bytes) ((core/map::get step) (quote :next))) ((core/vec::push parts) ((core/map::get step) (quote :fragment)))))))))) (def selfhost/pkg-workspace-new::toml-quoted (fn (value) (let ((escaped (((selfhost/pkg-workspace-new::toml-escape-loop (core/str::to-utf8 value)) 0) []))) ((core/str::concat "\"") ((core/str::concat escaped) "\""))))) (def selfhost/pkg-workspace-new::path-member (fn (raw) (let ((path (selfhost/pkg-workspace-new::trim raw))) (if ((core/int::eq? (core/str::len path)) 0) nil (let ((bytes (core/str::to-utf8 path)) (slash (((selfhost/pkg-workspace-new::last-slash (core/str::to-utf8 path)) 0) -1))) (let ((name (if ((core/int::lt? slash) 0) path (if ((core/int::eq? ((core/int::add slash) 1)) (core/bytes::len bytes)) "member" (core/str::from-utf8 (((core/bytes::slice bytes) ((core/int::add slash) 1)) ((core/int::sub (core/bytes::len bytes)) ((core/int::add slash) 1)))))))) {:name name :path path :role "package"})))))) (def selfhost/pkg-workspace-new::named-member (fn (bytes) (fn (equal) (let ((name (selfhost/pkg-workspace-new::trim (core/str::from-utf8 (((core/bytes::slice bytes) 0) equal)))) (path (selfhost/pkg-workspace-new::trim (core/str::from-utf8 (((core/bytes::slice bytes) ((core/int::add equal) 1)) ((core/int::sub (core/bytes::len bytes)) ((core/int::add equal) 1))))))) (if (if ((core/int::eq? (core/str::len name)) 0) true ((core/int::eq? (core/str::len path)) 0)) nil {:name name :path path :role "package"}))))) (def selfhost/pkg-workspace-new::member (fn (raw) (if (selfhost/pkg-scaffold::str? raw) (let ((bytes (core/str::to-utf8 raw))) (if ((core/int::lt? 4096) (core/bytes::len bytes)) nil (let ((equal (((selfhost/pkg-workspace-new::find-byte bytes) 61) 0))) (if ((core/int::lt? equal) 0) (selfhost/pkg-workspace-new::path-member raw) ((selfhost/pkg-workspace-new::named-member bytes) equal))))) nil))) (def selfhost/pkg-workspace-new::members-loop (fn (raw) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len raw)) out (let ((member (selfhost/pkg-workspace-new::member ((core/vec::get raw) index)))) (if (core/list::is-nil? member) nil (((selfhost/pkg-workspace-new::members-loop raw) ((core/int::add index) 1)) ((core/vec::push out) member))))))))) (def selfhost/pkg-workspace-new::members (fn (workspace) (fn (raw) (if ((core/int::eq? (core/vec::len raw)) 0) ((core/vec::push []) {:name workspace :path "." :role "root"}) (((selfhost/pkg-workspace-new::members-loop raw) 0) []))))) (def selfhost/pkg-workspace-new::render-members (fn (members) (fn (index) (if ((core/int::eq? index) (core/vec::len members)) "" (let ((member ((core/vec::get members) index))) (let ((out0 ((selfhost/pkg-scaffold::append "[[members]]\nname = ") (selfhost/pkg-workspace-new::toml-quoted ((core/map::get member) (quote :name)))))) (let ((out1 ((selfhost/pkg-scaffold::append out0) "\npath = "))) (let ((out2 ((selfhost/pkg-scaffold::append out1) (selfhost/pkg-workspace-new::toml-quoted ((core/map::get member) (quote :path)))))) (let ((out3 ((selfhost/pkg-scaffold::append out2) "\nrole = "))) (let ((out4 ((selfhost/pkg-scaffold::append out3) (selfhost/pkg-workspace-new::toml-quoted ((core/map::get member) (quote :role)))))) (let ((out5 ((selfhost/pkg-scaffold::append out4) "\n\n"))) ((selfhost/pkg-scaffold::append out5) ((selfhost/pkg-workspace-new::render-members members) ((core/int::add index) 1)))))))))))))) (def selfhost/pkg-workspace-new::registry-line (fn (registry) (if (core/list::is-nil? registry) "" ((core/str::concat "registry = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted registry)) "\n"))))) (def selfhost/pkg-workspace-new::profile (fn (name) (fn (caps) (fn (registry) (fn (policy) (fn (backend) (let ((head ((core/str::concat "[profiles.\"") ((core/str::concat name) "\"]\n"))) (caps-line ((core/str::concat "caps_policy = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted caps)) "\n"))) (policy-line ((core/str::concat "policy = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) "\n"))) (backend-line ((core/str::concat "runtime_backend = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted backend)) "\n\n")))) ((selfhost/pkg-scaffold::append head) ((selfhost/pkg-scaffold::append caps-line) ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::registry-line registry)) ((selfhost/pkg-scaffold::append policy-line) backend-line))))))))))) (def selfhost/pkg-workspace-new::workspace-body (fn (workspace) (fn (members) (fn (registry) (fn (policy) (fn (backend) (let ((head ((core/str::concat "version = 1\nworkspace = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted workspace)) "\n\n"))) (defaults ((core/str::concat "[defaults]\n") ((core/str::concat (selfhost/pkg-workspace-new::registry-line registry)) ((core/str::concat "policy = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) ((core/str::concat "\nruntime_backend = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted backend)) "\n\n")))))))) ((core/str::concat ((core/str::concat ((core/str::concat ((core/str::concat ((core/str::concat ((core/str::concat head) ((selfhost/pkg-workspace-new::render-members members) 0))) defaults)) (((((selfhost/pkg-workspace-new::profile "ci") "caps.ci.toml") registry) policy) "headless"))) (((((selfhost/pkg-workspace-new::profile "dev") "caps.toml") registry) policy) backend))) (((((selfhost/pkg-workspace-new::profile "release") "caps.release.toml") registry) policy) backend))) "")))))))) (def selfhost/pkg-workspace-new::lock-body (fn (workspace) (fn (policy) (fn (registry) ((core/str::concat ((core/str::concat ((core/str::concat "version = 2\nworkspace = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted workspace)) ((core/str::concat "\npolicy = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) "\n\n"))))) (if (core/list::is-nil? registry) "" ((core/str::concat "[registries]\ndefault = ") ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted registry)) "\n\n"))))) "[requirements]\n\n[locked]\n\n"))))) (def selfhost/pkg-workspace-new::envelope (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-new::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-new::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-new::envelope request-h) false) "core/pkg/bad-workspace-new") message) nil)))) (def selfhost/pkg-workspace-new::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-new::envelope request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-new::request? (fn (request) (if ((core/int::eq? (core/map::len request)) 9) (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-new::request-kind) (if ((core/eq? ((core/map::get request) (quote :v))) 1) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace))) 1024) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :policy))) 1024) (if ((selfhost/pkg-scaffold::optional-bounded-str? ((core/map::get request) (quote :registry-default))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :lock))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace-file))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active-backend))) 32) (if (selfhost/pkg-scaffold::vec? ((core/map::get request) (quote :members))) (if ((core/int::lt? 256) (core/vec::len ((core/map::get request) (quote :members)))) false true) false) false) false) false) false) false) false) false) false) false))) (def selfhost/pkg-workspace-new::backend? (fn (backend) (if ((core/eq? backend) "headless") true (if ((core/eq? backend) "gpu") true (if ((core/eq? backend) "gfx") true ((core/eq? backend) "backend")))))) (def core/pkg::workspace-new-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-scaffold::map? request) (if (selfhost/pkg-workspace-new::request? request) (let ((workspace ((core/map::get request) (quote :workspace))) (policy ((core/map::get request) (quote :policy))) (registry ((core/map::get request) (quote :registry-default))) (backend ((core/map::get request) (quote :active-backend))) (lock-path ((core/map::get request) (quote :lock))) (workspace-path ((core/map::get request) (quote :workspace-file))) (members ((selfhost/pkg-workspace-new::members workspace) ((core/map::get request) (quote :members))))) (if (if ((core/int::eq? (core/str::len workspace)) 0) true (if ((core/int::eq? (core/str::len policy)) 0) true (if (selfhost/pkg-workspace-new::backend? backend) (core/list::is-nil? members) true))) ((selfhost/pkg-workspace-new::reject request-h) "workspace-new request is invalid") (let ((workspace-body (((((selfhost/pkg-workspace-new::workspace-body workspace) members) registry) policy) backend)) (lock-body (((selfhost/pkg-workspace-new::lock-body workspace) policy) registry))) (let ((workspace-h (selfhost/pkg-scaffold::hash-body workspace-body)) (lock-h (selfhost/pkg-scaffold::hash-body lock-body)) (lock-file ((selfhost/pkg-scaffold::file lock-path) lock-body)) (workspace-file ((selfhost/pkg-scaffold::file workspace-path) workspace-body))) (let ((files1 ((core/vec::push []) lock-file))) (let ((files ((core/vec::push files1) workspace-file))) ((selfhost/pkg-workspace-new::accept request-h) {:files files :report {:lock lock-path :lock-h lock-h :members (core/vec::len members) :ok true :workspace workspace :workspace-file workspace-path :workspace-h workspace-h}}))))))) ((selfhost/pkg-workspace-new::reject request-h) "workspace-new request is malformed")) ((selfhost/pkg-workspace-new::reject request-h) "workspace-new request must be map")))))] :module-h b"\x07#\x93\xD3\x11\xF9e\xA7x\x92\xDB\r\xAD\x82d\xFC\x80\xD9\xDF\xA1-O\xA0\xDF\xE2\x90\xA6\x94*_+Y" :path "selfhost/pkg_workspace_new_authority_v1.gc" :source "; Closed semantic authority for gcpm new workspace and lock construction.\n\n(def selfhost/pkg-workspace-new::request-kind \"genesis/pkg-workspace-new-authority-request-v0.1\")\n(def selfhost/pkg-workspace-new::result-kind \"genesis/pkg-workspace-new-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-new::find-byte\n (fn (bytes)\n (fn (wanted)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n -1\n (if ((core/int::eq? ((core/bytes::get bytes) index)) wanted)\n index\n (((selfhost/pkg-workspace-new::find-byte bytes) wanted) ((core/int::add index) 1))))))))\n\n(def selfhost/pkg-workspace-new::last-slash\n (fn (bytes)\n (fn (index)\n (fn (last)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n last\n (((selfhost/pkg-workspace-new::last-slash bytes) ((core/int::add index) 1))\n (if ((core/int::eq? ((core/bytes::get bytes) index)) 47) index last)))))))\n\n(def selfhost/pkg-workspace-new::trim (fn (value) (selfhost/policy::trim value)))\n\n(def selfhost/pkg-workspace-new::toml-control-fragment\n (fn (byte)\n (let\n ((digits b\"0123456789ABCDEF\")\n (high (((core/bytes::slice digits) ((core/int::div byte) 16)) 1))\n (low (((core/bytes::slice digits) ((core/int::mod byte) 16)) 1)))\n ((core/bytes::concat ((core/bytes::concat b\"\\\\u00\") high)) low))))\n\n(def selfhost/pkg-workspace-new::c1-control?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? ((core/bytes::get bytes) index)) 194)\n (if ((core/int::lt? ((core/int::add index) 1)) (core/bytes::len bytes))\n (let ((next ((core/bytes::get bytes) ((core/int::add index) 1))))\n (if ((core/int::lt? 127) next) ((core/int::lt? next) 160) false))\n false)\n false))))\n\n(def selfhost/pkg-workspace-new::toml-step\n (fn (bytes)\n (fn (index)\n (let\n ((byte ((core/bytes::get bytes) index)) (next ((core/int::add index) 1)))\n (if ((core/int::eq? byte) 34)\n {:fragment b\"\\\\\\\"\" :next next}\n (if ((core/int::eq? byte) 92)\n {:fragment b\"\\\\\\\\\" :next next}\n (if ((core/int::eq? byte) 10)\n {:fragment b\"\\\\n\" :next next}\n (if ((core/int::eq? byte) 13)\n {:fragment b\"\\\\r\" :next next}\n (if ((core/int::eq? byte) 9)\n {:fragment b\"\\\\t\" :next next}\n (if\n (if ((core/int::lt? byte) 32) true ((core/int::eq? byte) 127))\n {:fragment (selfhost/pkg-workspace-new::toml-control-fragment byte) :next next}\n (if ((selfhost/pkg-workspace-new::c1-control? bytes) index)\n {\n :fragment\n (selfhost/pkg-workspace-new::toml-control-fragment\n ((core/bytes::get bytes) next))\n :next ((core/int::add index) 2)}\n {:fragment (((core/bytes::slice bytes) index) 1) :next next})))))))))))\n\n(def selfhost/pkg-workspace-new::toml-escape-loop\n (fn (bytes)\n (fn (index)\n (fn (parts)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n (core/str::from-utf8 (core/bytes::join parts))\n (let ((step ((selfhost/pkg-workspace-new::toml-step bytes) index)))\n (((selfhost/pkg-workspace-new::toml-escape-loop bytes)\n ((core/map::get step) (quote :next)))\n ((core/vec::push parts) ((core/map::get step) (quote :fragment))))))))))\n\n(def selfhost/pkg-workspace-new::toml-quoted\n (fn (value)\n (let\n ((escaped\n (((selfhost/pkg-workspace-new::toml-escape-loop (core/str::to-utf8 value)) 0) [])))\n ((core/str::concat \"\\\"\") ((core/str::concat escaped) \"\\\"\")))))\n\n(def selfhost/pkg-workspace-new::path-member\n (fn (raw)\n (let ((path (selfhost/pkg-workspace-new::trim raw)))\n (if ((core/int::eq? (core/str::len path)) 0)\n nil\n (let\n ((bytes (core/str::to-utf8 path))\n (slash (((selfhost/pkg-workspace-new::last-slash (core/str::to-utf8 path)) 0) -1)))\n (let\n ((name\n (if ((core/int::lt? slash) 0)\n path\n (if ((core/int::eq? ((core/int::add slash) 1)) (core/bytes::len bytes))\n \"member\"\n (core/str::from-utf8\n (((core/bytes::slice bytes) ((core/int::add slash) 1))\n ((core/int::sub (core/bytes::len bytes)) ((core/int::add slash) 1))))))))\n {:name name :path path :role \"package\"}))))))\n\n(def selfhost/pkg-workspace-new::named-member\n (fn (bytes)\n (fn (equal)\n (let\n ((name\n (selfhost/pkg-workspace-new::trim\n (core/str::from-utf8 (((core/bytes::slice bytes) 0) equal))))\n (path\n (selfhost/pkg-workspace-new::trim\n (core/str::from-utf8\n (((core/bytes::slice bytes) ((core/int::add equal) 1))\n ((core/int::sub (core/bytes::len bytes)) ((core/int::add equal) 1)))))))\n (if (if ((core/int::eq? (core/str::len name)) 0)\n true\n ((core/int::eq? (core/str::len path)) 0))\n nil\n {:name name :path path :role \"package\"})))))\n\n(def selfhost/pkg-workspace-new::member\n (fn (raw)\n (if (selfhost/pkg-scaffold::str? raw)\n (let ((bytes (core/str::to-utf8 raw)))\n (if ((core/int::lt? 4096) (core/bytes::len bytes))\n nil\n (let ((equal (((selfhost/pkg-workspace-new::find-byte bytes) 61) 0)))\n (if ((core/int::lt? equal) 0)\n (selfhost/pkg-workspace-new::path-member raw)\n ((selfhost/pkg-workspace-new::named-member bytes) equal)))))\n nil)))\n\n(def selfhost/pkg-workspace-new::members-loop\n (fn (raw)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len raw))\n out\n (let ((member (selfhost/pkg-workspace-new::member ((core/vec::get raw) index))))\n (if (core/list::is-nil? member)\n nil\n (((selfhost/pkg-workspace-new::members-loop raw) ((core/int::add index) 1))\n ((core/vec::push out) member)))))))))\n\n(def selfhost/pkg-workspace-new::members\n (fn (workspace)\n (fn (raw)\n (if ((core/int::eq? (core/vec::len raw)) 0)\n ((core/vec::push []) {:name workspace :path \".\" :role \"root\"})\n (((selfhost/pkg-workspace-new::members-loop raw) 0) [])))))\n\n(def selfhost/pkg-workspace-new::render-members\n (fn (members)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len members))\n \"\"\n (let ((member ((core/vec::get members) index)))\n (let\n ((out0\n ((selfhost/pkg-scaffold::append \"[[members]]\\nname = \")\n (selfhost/pkg-workspace-new::toml-quoted\n ((core/map::get member) (quote :name))))))\n (let ((out1 ((selfhost/pkg-scaffold::append out0) \"\\npath = \")))\n (let\n ((out2\n ((selfhost/pkg-scaffold::append out1)\n (selfhost/pkg-workspace-new::toml-quoted\n ((core/map::get member) (quote :path))))))\n (let ((out3 ((selfhost/pkg-scaffold::append out2) \"\\nrole = \")))\n (let\n ((out4\n ((selfhost/pkg-scaffold::append out3)\n (selfhost/pkg-workspace-new::toml-quoted\n ((core/map::get member) (quote :role))))))\n (let ((out5 ((selfhost/pkg-scaffold::append out4) \"\\n\\n\")))\n ((selfhost/pkg-scaffold::append out5)\n ((selfhost/pkg-workspace-new::render-members members)\n ((core/int::add index) 1))))))))))))))\n\n(def selfhost/pkg-workspace-new::registry-line\n (fn (registry)\n (if (core/list::is-nil? registry)\n \"\"\n ((core/str::concat \"registry = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted registry)) \"\\n\")))))\n\n(def selfhost/pkg-workspace-new::profile\n (fn (name)\n (fn (caps)\n (fn (registry)\n (fn (policy)\n (fn (backend)\n (let\n ((head ((core/str::concat \"[profiles.\\\"\") ((core/str::concat name) \"\\\"]\\n\")))\n (caps-line\n ((core/str::concat \"caps_policy = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted caps)) \"\\n\")))\n (policy-line\n ((core/str::concat \"policy = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) \"\\n\")))\n (backend-line\n ((core/str::concat \"runtime_backend = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted backend)) \"\\n\\n\"))))\n ((selfhost/pkg-scaffold::append head)\n ((selfhost/pkg-scaffold::append caps-line)\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::registry-line registry))\n ((selfhost/pkg-scaffold::append policy-line) backend-line)))))))))))\n\n(def selfhost/pkg-workspace-new::workspace-body\n (fn (workspace)\n (fn (members)\n (fn (registry)\n (fn (policy)\n (fn (backend)\n (let\n ((head\n ((core/str::concat \"version = 1\\nworkspace = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted workspace)) \"\\n\\n\")))\n (defaults\n ((core/str::concat \"[defaults]\\n\")\n ((core/str::concat (selfhost/pkg-workspace-new::registry-line registry))\n ((core/str::concat \"policy = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy))\n ((core/str::concat \"\\nruntime_backend = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted backend)) \"\\n\\n\"))))))))\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat head)\n ((selfhost/pkg-workspace-new::render-members members) 0))) defaults))\n (((((selfhost/pkg-workspace-new::profile \"ci\") \"caps.ci.toml\") registry) policy)\n \"headless\")))\n (((((selfhost/pkg-workspace-new::profile \"dev\") \"caps.toml\") registry) policy)\n backend)))\n (((((selfhost/pkg-workspace-new::profile \"release\") \"caps.release.toml\") registry)\n policy) backend)))\n \"\"))))))))\n\n(def selfhost/pkg-workspace-new::lock-body\n (fn (workspace)\n (fn (policy)\n (fn (registry)\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat \"version = 2\\nworkspace = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted workspace))\n ((core/str::concat \"\\npolicy = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted policy)) \"\\n\\n\")))))\n (if (core/list::is-nil? registry)\n \"\"\n ((core/str::concat \"[registries]\\ndefault = \")\n ((core/str::concat (selfhost/pkg-workspace-new::toml-quoted registry)) \"\\n\\n\")))))\n \"[requirements]\\n\\n[locked]\\n\\n\")))))\n\n(def selfhost/pkg-workspace-new::envelope\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {:kind selfhost/pkg-workspace-new::result-kind :v 1 :request-h request-h\n :ok ok :code code :message message :value value}))))))\n\n(def selfhost/pkg-workspace-new::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-new::envelope request-h) false)\n \"core/pkg/bad-workspace-new\") message) nil))))\n\n(def selfhost/pkg-workspace-new::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-new::envelope request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-new::request?\n (fn (request)\n (if ((core/int::eq? (core/map::len request)) 9)\n (if ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-new::request-kind)\n (if ((core/eq? ((core/map::get request) (quote :v))) 1)\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace))) 1024))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :policy))) 1024))\n (if (((selfhost/pkg-scaffold::optional-bounded-str? ((core/map::get request) (quote :registry-default))) 4096))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :lock))) 4096))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace-file))) 4096))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active-backend))) 32))\n (if (selfhost/pkg-scaffold::vec? ((core/map::get request) (quote :members)))\n (if ((core/int::lt? 256) (core/vec::len ((core/map::get request) (quote :members))))\n false\n true)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-new::backend?\n (fn (backend)\n (if ((core/eq? backend) \"headless\") true\n (if ((core/eq? backend) \"gpu\") true\n (if ((core/eq? backend) \"gfx\") true ((core/eq? backend) \"backend\"))))))\n\n(def core/pkg::workspace-new-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-scaffold::map? request)\n (if (selfhost/pkg-workspace-new::request? request)\n (let\n ((workspace ((core/map::get request) (quote :workspace)))\n (policy ((core/map::get request) (quote :policy)))\n (registry ((core/map::get request) (quote :registry-default)))\n (backend ((core/map::get request) (quote :active-backend)))\n (lock-path ((core/map::get request) (quote :lock)))\n (workspace-path ((core/map::get request) (quote :workspace-file)))\n (members\n ((selfhost/pkg-workspace-new::members workspace)\n ((core/map::get request) (quote :members)))))\n (if (if ((core/int::eq? (core/str::len workspace)) 0)\n true\n (if ((core/int::eq? (core/str::len policy)) 0)\n true\n (if (selfhost/pkg-workspace-new::backend? backend)\n (core/list::is-nil? members)\n true)))\n ((selfhost/pkg-workspace-new::reject request-h) \"workspace-new request is invalid\")\n (let\n ((workspace-body\n (((((selfhost/pkg-workspace-new::workspace-body workspace) members) registry) policy)\n backend))\n (lock-body (((selfhost/pkg-workspace-new::lock-body workspace) policy) registry)))\n (let\n ((workspace-h (selfhost/pkg-scaffold::hash-body workspace-body))\n (lock-h (selfhost/pkg-scaffold::hash-body lock-body))\n (lock-file ((selfhost/pkg-scaffold::file lock-path) lock-body))\n (workspace-file ((selfhost/pkg-scaffold::file workspace-path) workspace-body)))\n (let ((files1 ((core/vec::push []) lock-file)))\n (let ((files ((core/vec::push files1) workspace-file)))\n ((selfhost/pkg-workspace-new::accept request-h)\n {:files files\n :report\n {:ok true :workspace workspace :workspace-file workspace-path\n :workspace-h workspace-h :members (core/vec::len members)\n :lock lock-path :lock-h lock-h}})))))))\n ((selfhost/pkg-workspace-new::reject request-h) \"workspace-new request is malformed\"))\n ((selfhost/pkg-workspace-new::reject request-h) \"workspace-new request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x07#\x93\xD3\x11\xF9e\xA7x\x92\xDB\r\xAD\x82d\xFC\x80\xD9\xDF\xA1-O\xA0\xDF\xE2\x90\xA6\x94*_+Y" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-remove::request-kind "genesis/pkg-workspace-remove-authority-request-v0.1") (def selfhost/pkg-workspace-remove::result-kind "genesis/pkg-workspace-remove-authority-result-v0.1") (def selfhost/pkg-workspace-remove::bytes-equal-loop (fn (left) (fn (right) (fn (index) (fn (length) (if ((core/int::eq? index) length) true (if ((core/int::eq? ((core/bytes::get left) index)) ((core/bytes::get right) index)) ((((selfhost/pkg-workspace-remove::bytes-equal-loop left) right) ((core/int::add index) 1)) length) false))))))) (def selfhost/pkg-workspace-remove::string-equal? (fn (left) (fn (right) (let ((left-bytes (core/str::to-utf8 left)) (right-bytes (core/str::to-utf8 right))) (let ((length (core/bytes::len left-bytes))) (if ((core/int::eq? length) (core/bytes::len right-bytes)) ((((selfhost/pkg-workspace-remove::bytes-equal-loop left-bytes) right-bytes) 0) length) false)))))) (def selfhost/pkg-workspace-remove::remove-loop (fn (entries) (fn (index) (fn (name) (fn (out) (fn (removed) (if ((core/int::eq? index) (core/vec::len entries)) {:map out :removed removed} (let ((entry ((core/vec::get entries) index))) (let ((key ((core/vec::get entry) 0)) (value ((core/vec::get entry) 1))) (let ((matches ((selfhost/pkg-workspace-remove::string-equal? key) name))) (((((selfhost/pkg-workspace-remove::remove-loop entries) ((core/int::add index) 1)) name) (if matches out (((core/map::put out) key) value))) (if matches true removed)))))))))))) (def selfhost/pkg-workspace-remove::remove-name (fn (value) (fn (name) (if (selfhost/pkg-lock-read::map? value) (((((selfhost/pkg-workspace-remove::remove-loop (core/map::entries value)) 0) name) {}) false) nil)))) (def selfhost/pkg-workspace-remove::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-workspace-remove-authority-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-remove::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-remove::result request-h) false) "core/pkg/bad-workspace-remove") message) nil)))) (def selfhost/pkg-workspace-remove::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-remove::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-remove::finish (fn (request-h) (fn (lock) (fn (name) (fn (model) (fn (requirements) (fn (locked) ((selfhost/pkg-workspace-remove::accept request-h) {:lock lock :model {:artifacts ((core/map::get model) (quote :artifacts)) :locked ((core/map::get locked) (quote :map)) :policy ((core/map::get model) (quote :policy)) :registries ((core/map::get model) (quote :registries)) :requirements ((core/map::get requirements) (quote :map)) :version ((core/map::get model) (quote :version)) :workspace ((core/map::get model) (quote :workspace))} :name name :removed (if ((core/map::get requirements) (quote :removed)) true ((core/map::get locked) (quote :removed)))})))))))) (def selfhost/pkg-workspace-remove::authorize-model (fn (request-h) (fn (lock) (fn (name) (fn (model) (if ((selfhost/pkg-lock-read::exact-map? model) [:artifacts :locked :policy :registries :requirements :version :workspace]) (let ((requirements ((selfhost/pkg-workspace-remove::remove-name ((core/map::get model) (quote :requirements))) name)) (locked ((selfhost/pkg-workspace-remove::remove-name ((core/map::get model) (quote :locked))) name))) ((((((selfhost/pkg-workspace-remove::finish request-h) lock) name) model) requirements) locked)) ((selfhost/pkg-workspace-remove::reject request-h) "model fields mismatch"))))))) (def core/pkg::workspace-remove-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :lock :model :name :v]) (let ((kind ((core/map::get request) (quote :kind))) (lock ((core/map::get request) (quote :lock))) (model ((core/map::get request) (quote :model))) (name ((core/map::get request) (quote :name))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) selfhost/pkg-workspace-remove::request-kind) false) (if (if (selfhost/pkg-lock-read::str? lock) (if (selfhost/pkg-lock-read::str? name) ((core/int::lt? 0) (core/str::len name)) false) false) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) ((((selfhost/pkg-workspace-remove::authorize-model request-h) lock) name) model) ((selfhost/pkg-workspace-remove::reject request-h) "request :v must be 1")) ((selfhost/pkg-workspace-remove::reject request-h) "request :lock and non-empty :name must be strings")) ((selfhost/pkg-workspace-remove::reject request-h) "request :kind mismatch"))) ((selfhost/pkg-workspace-remove::reject request-h) "request fields mismatch")) ((selfhost/pkg-workspace-remove::reject request-h) "request must be map")))))] :module-h b"\xC2\x02\xBBg#\xDFf\x97\xD9\xADl\xBD'\x1E\xAC\xE4o\xA3\xFB^\x0B\xC1\x00\xC2\x91\xF6\xB4\xD1\xF6t\xA6>" :path "selfhost/pkg_workspace_remove_authority_v1.gc" :source "; Closed semantic authority for gcpm remove lock mutation and reporting.\n\n(def selfhost/pkg-workspace-remove::request-kind\n \"genesis/pkg-workspace-remove-authority-request-v0.1\")\n(def selfhost/pkg-workspace-remove::result-kind\n \"genesis/pkg-workspace-remove-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-remove::bytes-equal-loop\n (fn (left)\n (fn (right)\n (fn (index)\n (fn (length)\n (if ((core/int::eq? index) length)\n true\n (if\n ((core/int::eq? ((core/bytes::get left) index))\n ((core/bytes::get right) index))\n ((((selfhost/pkg-workspace-remove::bytes-equal-loop left) right)\n ((core/int::add index) 1))\n length)\n false)))))))\n\n(def selfhost/pkg-workspace-remove::string-equal?\n (fn (left)\n (fn (right)\n (let\n ((left-bytes (core/str::to-utf8 left))\n (right-bytes (core/str::to-utf8 right)))\n (let ((length (core/bytes::len left-bytes)))\n (if ((core/int::eq? length) (core/bytes::len right-bytes))\n ((((selfhost/pkg-workspace-remove::bytes-equal-loop left-bytes) right-bytes) 0)\n length)\n false))))))\n\n(def selfhost/pkg-workspace-remove::remove-loop\n (fn (entries)\n (fn (index)\n (fn (name)\n (fn (out)\n (fn (removed)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:map out :removed removed}\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((key ((core/vec::get entry) 0))\n (value ((core/vec::get entry) 1)))\n (let ((matches ((selfhost/pkg-workspace-remove::string-equal? key) name)))\n (((((selfhost/pkg-workspace-remove::remove-loop entries)\n ((core/int::add index) 1))\n name)\n (if matches out (((core/map::put out) key) value)))\n (if matches true removed))))))))))))\n\n(def selfhost/pkg-workspace-remove::remove-name\n (fn (value)\n (fn (name)\n (if (selfhost/pkg-lock-read::map? value)\n (((((selfhost/pkg-workspace-remove::remove-loop (core/map::entries value)) 0) name) {}) false)\n nil))))\n\n(def selfhost/pkg-workspace-remove::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-workspace-remove-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-remove::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-remove::result request-h) false)\n \"core/pkg/bad-workspace-remove\")\n message)\n nil))))\n\n(def selfhost/pkg-workspace-remove::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-remove::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-remove::finish\n (fn (request-h)\n (fn (lock)\n (fn (name)\n (fn (model)\n (fn (requirements)\n (fn (locked)\n ((selfhost/pkg-workspace-remove::accept request-h)\n {\n :lock lock\n :model {\n :artifacts ((core/map::get model) (quote :artifacts))\n :locked ((core/map::get locked) (quote :map))\n :policy ((core/map::get model) (quote :policy))\n :registries ((core/map::get model) (quote :registries))\n :requirements ((core/map::get requirements) (quote :map))\n :version ((core/map::get model) (quote :version))\n :workspace ((core/map::get model) (quote :workspace))}\n :name name\n :removed\n (if ((core/map::get requirements) (quote :removed))\n true\n ((core/map::get locked) (quote :removed)))}))))))))\n\n(def selfhost/pkg-workspace-remove::authorize-model\n (fn (request-h)\n (fn (lock)\n (fn (name)\n (fn (model)\n (if\n ((selfhost/pkg-lock-read::exact-map? model)\n [:artifacts :locked :policy :registries :requirements :version :workspace])\n (let\n ((requirements\n ((selfhost/pkg-workspace-remove::remove-name\n ((core/map::get model) (quote :requirements)))\n name))\n (locked\n ((selfhost/pkg-workspace-remove::remove-name\n ((core/map::get model) (quote :locked)))\n name)))\n ((((((selfhost/pkg-workspace-remove::finish request-h) lock) name) model)\n requirements)\n locked))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"model fields mismatch\")))))))\n\n(def core/pkg::workspace-remove-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request) [:kind :lock :model :name :v])\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (lock ((core/map::get request) (quote :lock)))\n (model ((core/map::get request) (quote :model)))\n (name ((core/map::get request) (quote :name)))\n (version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) selfhost/pkg-workspace-remove::request-kind)\n false)\n (if\n (if (selfhost/pkg-lock-read::str? lock)\n (if (selfhost/pkg-lock-read::str? name)\n ((core/int::lt? 0) (core/str::len name))\n false)\n false)\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n ((((selfhost/pkg-workspace-remove::authorize-model request-h) lock) name) model)\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request :v must be 1\"))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request :lock and non-empty :name must be strings\"))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request :kind mismatch\")))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request fields mismatch\"))\n ((selfhost/pkg-workspace-remove::reject request-h)\n \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xA3d~\xD5\\\x04_\xD6\x02\xD8\xB4\x80\x07\xE9d@\tL\xF8\xE0h\xFD\x1D\x05\x17\x15X7\xF1xq\xCC" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-migrate::request-kind "genesis/pkg-workspace-migrate-authority-request-v0.1") (def selfhost/pkg-workspace-migrate::result-kind "genesis/pkg-workspace-migrate-authority-result-v0.1") (def selfhost/pkg-workspace-migrate::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-migrate::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-migrate::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-migrate::result request-h) false) "core/pkg/bad-workspace-migrate") message) nil)))) (def selfhost/pkg-workspace-migrate::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-migrate::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-migrate::dependency? (fn (dependency) (if ((selfhost/pkg-lock-read::exact-map? dependency) [:hash :name :path]) (let ((name ((core/map::get dependency) (quote :name))) (path ((core/map::get dependency) (quote :path))) (hash ((core/map::get dependency) (quote :hash)))) (if (if ((selfhost/pkg-scaffold::bounded-str? name) 1024) ((core/int::lt? 0) (core/str::len name)) false) (if ((selfhost/pkg-scaffold::bounded-str? path) 4096) (if ((core/int::lt? 0) (core/str::len path)) ((selfhost/pkg-scaffold::optional-bounded-str? hash) 128) false) false) false)) false))) (def selfhost/pkg-workspace-migrate::requirement (fn (hash) {:registry "default" :selector ((core/str::concat "snapshot:") hash) :strategy (quote :pinned) :tag-policy nil :update-policy (quote :manual)})) (def selfhost/pkg-workspace-migrate::requirements-loop (fn (dependencies) (fn (index) (fn (requirements) (if ((core/int::eq? index) (core/vec::len dependencies)) {:ok true :requirements requirements} (let ((dependency ((core/vec::get dependencies) index))) (if (selfhost/pkg-workspace-migrate::dependency? dependency) (let ((name ((core/map::get dependency) (quote :name))) (hash ((core/map::get dependency) (quote :hash)))) (((selfhost/pkg-workspace-migrate::requirements-loop dependencies) ((core/int::add index) 1)) (if (if (selfhost/pkg-lock-read::str? hash) (selfhost/pkg-resolution-plan::hash64? hash) false) (((core/map::put requirements) name) (selfhost/pkg-workspace-migrate::requirement hash)) requirements))) {:ok false :requirements {}}))))))) (def selfhost/pkg-workspace-migrate::requirements (fn (dependencies) (((selfhost/pkg-workspace-migrate::requirements-loop dependencies) 0) {}))) (def selfhost/pkg-workspace-migrate::registry-line (fn (registry) (if (core/list::is-nil? registry) "" ((selfhost/pkg-scaffold::append "registry = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted registry)) "\n"))))) (def selfhost/pkg-workspace-migrate::task (fn (name) (fn (command) (fn (package-path) (let ((head ((selfhost/pkg-scaffold::append "[tasks.") (selfhost/pkg-workspace-new::toml-quoted name)))) (let ((with-label ((selfhost/pkg-scaffold::append head) "]\ncmd = "))) (let ((with-command ((selfhost/pkg-scaffold::append with-label) (selfhost/pkg-workspace-new::toml-quoted command)))) ((selfhost/pkg-scaffold::append with-command) ((selfhost/pkg-scaffold::append "\npkg = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted package-path)) "\n\n")))))))))) (def selfhost/pkg-workspace-migrate::workspace-body (fn (workspace) (fn (package-name) (fn (member-path) (fn (package-path) (fn (registry) (let ((head ((selfhost/pkg-scaffold::append "version = 1\nworkspace = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted workspace)) "\n\n"))) (member ((selfhost/pkg-scaffold::append "[[members]]\nname = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted package-name)) ((selfhost/pkg-scaffold::append "\npath = ") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-new::toml-quoted member-path)) "\nrole = \"package\"\n\n"))))) (defaults ((selfhost/pkg-scaffold::append "[defaults]\n") ((selfhost/pkg-scaffold::append (selfhost/pkg-workspace-migrate::registry-line registry)) "policy = \"policy:default-v0.1\"\n\n"))) (pack (((selfhost/pkg-workspace-migrate::task "pack") "pack") package-path)) (test (((selfhost/pkg-workspace-migrate::task "test") "test") package-path))) ((selfhost/pkg-scaffold::append head) ((selfhost/pkg-scaffold::append member) ((selfhost/pkg-scaffold::append defaults) ((selfhost/pkg-scaffold::append pack) test))))))))))) (def selfhost/pkg-workspace-migrate::lock-model (fn (workspace) (fn (registry) (fn (requirements) {:artifacts {} :locked {} :policy "policy:default-v0.1" :registries (if (core/list::is-nil? registry) {} {"default" registry}) :requirements requirements :version 2 :workspace workspace})))) (def selfhost/pkg-workspace-migrate::finish (fn (request-h) (fn (request) (fn (requirements) (let ((workspace0 ((core/map::get request) (quote :workspace))) (package-name ((core/map::get request) (quote :package-name))) (member-path ((core/map::get request) (quote :member-path))) (package-path ((core/map::get request) (quote :package-path))) (registry ((core/map::get request) (quote :registry-default))) (lock-path ((core/map::get request) (quote :lock))) (workspace-path ((core/map::get request) (quote :workspace-file)))) (let ((workspace (if (core/list::is-nil? workspace0) package-name workspace0))) (let ((body (((((selfhost/pkg-workspace-migrate::workspace-body workspace) package-name) member-path) package-path) registry))) ((selfhost/pkg-workspace-migrate::accept request-h) {:lock-model (((selfhost/pkg-workspace-migrate::lock-model workspace) registry) ((core/map::get requirements) (quote :requirements))) :report {:dep-count (core/vec::len ((core/map::get request) (quote :dependencies))) :lock lock-path :lock-h nil :ok true :workspace workspace :workspace-file workspace-path :workspace-h (selfhost/pkg-scaffold::hash-body body)} :workspace-body body})))))))) (def selfhost/pkg-workspace-migrate::request-values-valid? (fn (request) (let ((workspace ((core/map::get request) (quote :workspace))) (package-name ((core/map::get request) (quote :package-name))) (package-path ((core/map::get request) (quote :package-path))) (member-path ((core/map::get request) (quote :member-path))) (lock-path ((core/map::get request) (quote :lock))) (workspace-path ((core/map::get request) (quote :workspace-file))) (registry ((core/map::get request) (quote :registry-default))) (dependencies ((core/map::get request) (quote :dependencies)))) (if ((selfhost/pkg-scaffold::optional-bounded-str? workspace) 1024) (if (if (core/list::is-nil? workspace) true ((core/int::lt? 0) (core/str::len workspace))) (if (selfhost/pkg-scaffold::nonempty-str? package-name) (if ((selfhost/pkg-scaffold::bounded-str? package-name) 1024) (if (selfhost/pkg-scaffold::nonempty-str? package-path) (if ((selfhost/pkg-scaffold::bounded-str? package-path) 4096) (if (selfhost/pkg-scaffold::nonempty-str? member-path) (if ((selfhost/pkg-scaffold::bounded-str? member-path) 4096) (if (selfhost/pkg-scaffold::nonempty-str? lock-path) (if ((selfhost/pkg-scaffold::bounded-str? lock-path) 4096) (if (selfhost/pkg-scaffold::nonempty-str? workspace-path) (if ((selfhost/pkg-scaffold::bounded-str? workspace-path) 4096) (if ((selfhost/pkg-scaffold::optional-bounded-str? registry) 4096) (if (selfhost/pkg-scaffold::vec? dependencies) (if ((core/int::lt? 1024) (core/vec::len dependencies)) false true) false) false) false) false) false) false) false) false) false) false) false) false) false) false)))) (def core/pkg::workspace-migrate-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-scaffold::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:dependencies :kind :lock :member-path :package-name :package-path :registry-default :v :workspace :workspace-file]) (if (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-migrate::request-kind) false) (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) false) (if (selfhost/pkg-workspace-migrate::request-values-valid? request) (let ((requirements (selfhost/pkg-workspace-migrate::requirements ((core/map::get request) (quote :dependencies))))) (if ((core/map::get requirements) (quote :ok)) (((selfhost/pkg-workspace-migrate::finish request-h) request) requirements) ((selfhost/pkg-workspace-migrate::reject request-h) "dependency fields are malformed"))) ((selfhost/pkg-workspace-migrate::reject request-h) "migration request values are invalid")) ((selfhost/pkg-workspace-migrate::reject request-h) "migration request kind or version mismatch")) ((selfhost/pkg-workspace-migrate::reject request-h) "migration request fields mismatch")) ((selfhost/pkg-workspace-migrate::reject request-h) "migration request must be map")))))] :module-h b"Ynn\xC2\xC2\xC5\x0C\xB5A\x079\xA0\x0E\x9A\xC8\xAC\xFEG$\xD1\xD0\x01KQ\xBF\xF2\x87\x049e\x1E\xC6" :path "selfhost/pkg_workspace_migrate_authority_v1.gc" :source "; Closed semantic authority for legacy package-to-workspace migration.\n\n(def selfhost/pkg-workspace-migrate::request-kind\n \"genesis/pkg-workspace-migrate-authority-request-v0.1\")\n(def selfhost/pkg-workspace-migrate::result-kind\n \"genesis/pkg-workspace-migrate-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-migrate::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-migrate::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-migrate::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-migrate::result request-h) false)\n \"core/pkg/bad-workspace-migrate\")\n message)\n nil))))\n\n(def selfhost/pkg-workspace-migrate::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-migrate::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-migrate::dependency?\n (fn (dependency)\n (if\n ((selfhost/pkg-lock-read::exact-map? dependency) [:hash :name :path])\n (let\n ((name ((core/map::get dependency) (quote :name)))\n (path ((core/map::get dependency) (quote :path)))\n (hash ((core/map::get dependency) (quote :hash))))\n (if\n (if (((selfhost/pkg-scaffold::bounded-str? name) 1024))\n ((core/int::lt? 0) (core/str::len name))\n false)\n (if (((selfhost/pkg-scaffold::bounded-str? path) 4096))\n (if ((core/int::lt? 0) (core/str::len path))\n (((selfhost/pkg-scaffold::optional-bounded-str? hash) 128))\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-workspace-migrate::requirement\n (fn (hash)\n {\n :registry \"default\"\n :selector ((core/str::concat \"snapshot:\") hash)\n :strategy (quote :pinned)\n :tag-policy nil\n :update-policy (quote :manual)}))\n\n(def selfhost/pkg-workspace-migrate::requirements-loop\n (fn (dependencies)\n (fn (index)\n (fn (requirements)\n (if ((core/int::eq? index) (core/vec::len dependencies))\n {:ok true :requirements requirements}\n (let ((dependency ((core/vec::get dependencies) index)))\n (if (selfhost/pkg-workspace-migrate::dependency? dependency)\n (let\n ((name ((core/map::get dependency) (quote :name)))\n (hash ((core/map::get dependency) (quote :hash))))\n (((selfhost/pkg-workspace-migrate::requirements-loop dependencies)\n ((core/int::add index) 1))\n (if\n (if (selfhost/pkg-lock-read::str? hash)\n (selfhost/pkg-resolution-plan::hash64? hash)\n false)\n (((core/map::put requirements) name)\n (selfhost/pkg-workspace-migrate::requirement hash))\n requirements)))\n {:ok false :requirements {}})))))))\n\n(def selfhost/pkg-workspace-migrate::requirements\n (fn (dependencies)\n (((selfhost/pkg-workspace-migrate::requirements-loop dependencies) 0) {})))\n\n(def selfhost/pkg-workspace-migrate::registry-line\n (fn (registry)\n (if (core/list::is-nil? registry)\n \"\"\n ((selfhost/pkg-scaffold::append \"registry = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted registry)) \"\\n\")))))\n\n(def selfhost/pkg-workspace-migrate::task\n (fn (name)\n (fn (command)\n (fn (package-path)\n (let\n ((head\n ((selfhost/pkg-scaffold::append \"[tasks.\")\n (selfhost/pkg-workspace-new::toml-quoted name))))\n (let ((with-label ((selfhost/pkg-scaffold::append head) \"]\\ncmd = \")))\n (let\n ((with-command\n ((selfhost/pkg-scaffold::append with-label)\n (selfhost/pkg-workspace-new::toml-quoted command))))\n ((selfhost/pkg-scaffold::append with-command)\n ((selfhost/pkg-scaffold::append \"\\npkg = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted package-path)) \"\\n\\n\"))))))))))\n\n(def selfhost/pkg-workspace-migrate::workspace-body\n (fn (workspace)\n (fn (package-name)\n (fn (member-path)\n (fn (package-path)\n (fn (registry)\n (let\n ((head\n ((selfhost/pkg-scaffold::append \"version = 1\\nworkspace = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted workspace)) \"\\n\\n\")))\n (member\n ((selfhost/pkg-scaffold::append \"[[members]]\\nname = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted package-name))\n ((selfhost/pkg-scaffold::append \"\\npath = \")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-new::toml-quoted member-path))\n \"\\nrole = \\\"package\\\"\\n\\n\")))))\n (defaults\n ((selfhost/pkg-scaffold::append \"[defaults]\\n\")\n ((selfhost/pkg-scaffold::append\n (selfhost/pkg-workspace-migrate::registry-line registry))\n \"policy = \\\"policy:default-v0.1\\\"\\n\\n\")))\n (pack\n (((selfhost/pkg-workspace-migrate::task \"pack\") \"pack\") package-path))\n (test\n (((selfhost/pkg-workspace-migrate::task \"test\") \"test\") package-path)))\n ((selfhost/pkg-scaffold::append head)\n ((selfhost/pkg-scaffold::append member)\n ((selfhost/pkg-scaffold::append defaults)\n ((selfhost/pkg-scaffold::append pack) test)))))))))))\n\n(def selfhost/pkg-workspace-migrate::lock-model\n (fn (workspace)\n (fn (registry)\n (fn (requirements)\n {\n :artifacts {}\n :locked {}\n :policy \"policy:default-v0.1\"\n :registries (if (core/list::is-nil? registry) {} {\"default\" registry})\n :requirements requirements\n :version 2\n :workspace workspace}))))\n\n(def selfhost/pkg-workspace-migrate::finish\n (fn (request-h)\n (fn (request)\n (fn (requirements)\n (let\n ((workspace0 ((core/map::get request) (quote :workspace)))\n (package-name ((core/map::get request) (quote :package-name)))\n (member-path ((core/map::get request) (quote :member-path)))\n (package-path ((core/map::get request) (quote :package-path)))\n (registry ((core/map::get request) (quote :registry-default)))\n (lock-path ((core/map::get request) (quote :lock)))\n (workspace-path ((core/map::get request) (quote :workspace-file))))\n (let ((workspace (if (core/list::is-nil? workspace0) package-name workspace0)))\n (let\n ((body\n (((((selfhost/pkg-workspace-migrate::workspace-body workspace)\n package-name)\n member-path)\n package-path)\n registry)))\n ((selfhost/pkg-workspace-migrate::accept request-h)\n {\n :lock-model\n (((selfhost/pkg-workspace-migrate::lock-model workspace) registry)\n ((core/map::get requirements) (quote :requirements)))\n :report {\n :dep-count\n (core/vec::len ((core/map::get request) (quote :dependencies)))\n :lock lock-path\n :lock-h nil\n :ok true\n :workspace workspace\n :workspace-file workspace-path\n :workspace-h (selfhost/pkg-scaffold::hash-body body)}\n :workspace-body body}))))))))\n\n(def selfhost/pkg-workspace-migrate::request-values-valid?\n (fn (request)\n (let\n ((workspace ((core/map::get request) (quote :workspace)))\n (package-name ((core/map::get request) (quote :package-name)))\n (package-path ((core/map::get request) (quote :package-path)))\n (member-path ((core/map::get request) (quote :member-path)))\n (lock-path ((core/map::get request) (quote :lock)))\n (workspace-path ((core/map::get request) (quote :workspace-file)))\n (registry ((core/map::get request) (quote :registry-default)))\n (dependencies ((core/map::get request) (quote :dependencies))))\n (if (((selfhost/pkg-scaffold::optional-bounded-str? workspace) 1024))\n (if\n (if (core/list::is-nil? workspace)\n true\n ((core/int::lt? 0) (core/str::len workspace)))\n (if (selfhost/pkg-scaffold::nonempty-str? package-name)\n (if (((selfhost/pkg-scaffold::bounded-str? package-name) 1024))\n (if (selfhost/pkg-scaffold::nonempty-str? package-path)\n (if (((selfhost/pkg-scaffold::bounded-str? package-path) 4096))\n (if (selfhost/pkg-scaffold::nonempty-str? member-path)\n (if (((selfhost/pkg-scaffold::bounded-str? member-path) 4096))\n (if (selfhost/pkg-scaffold::nonempty-str? lock-path)\n (if (((selfhost/pkg-scaffold::bounded-str? lock-path) 4096))\n (if (selfhost/pkg-scaffold::nonempty-str? workspace-path)\n (if (((selfhost/pkg-scaffold::bounded-str? workspace-path) 4096))\n (if (((selfhost/pkg-scaffold::optional-bounded-str? registry) 4096))\n (if (selfhost/pkg-scaffold::vec? dependencies)\n (if ((core/int::lt? 1024) (core/vec::len dependencies))\n false\n true)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false))))\n\n(def core/pkg::workspace-migrate-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-scaffold::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:dependencies :kind :lock :member-path :package-name :package-path\n :registry-default :v :workspace :workspace-file])\n (if\n (if\n (if (selfhost/pkg-lock-read::str?\n ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-workspace-migrate::request-kind)\n false)\n (if (selfhost/pkg-lock-read::int?\n ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)\n (if (selfhost/pkg-workspace-migrate::request-values-valid? request)\n (let\n ((requirements\n (selfhost/pkg-workspace-migrate::requirements\n ((core/map::get request) (quote :dependencies)))))\n (if ((core/map::get requirements) (quote :ok))\n (((selfhost/pkg-workspace-migrate::finish request-h) request) requirements)\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"dependency fields are malformed\")))\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"migration request values are invalid\"))\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"migration request kind or version mismatch\"))\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"migration request fields mismatch\"))\n ((selfhost/pkg-workspace-migrate::reject request-h)\n \"migration request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"Ynn\xC2\xC2\xC5\x0C\xB5A\x079\xA0\x0E\x9A\xC8\xAC\xFEG$\xD1\xD0\x01KQ\xBF\xF2\x87\x049e\x1E\xC6" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-env-select::request-kind "genesis/pkg-workspace-env-select-authority-request-v0.1") (def selfhost/pkg-workspace-env-select::result-kind "genesis/pkg-workspace-env-select-authority-result-v0.1") (def selfhost/pkg-workspace-env-select::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-env-select::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-env-select::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-env-select::result request-h) false) "core/pkg/bad-workspace-env-selection") message) nil)))) (def selfhost/pkg-workspace-env-select::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-env-select::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-env-select::normalize (fn (value) (if (selfhost/pkg-lock-read::str? value) (if ((selfhost/pkg-scaffold::bounded-str? value) 64) (let ((normalized (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim value)))) (if ((core/eq? normalized) "headless") "headless" (if ((core/eq? normalized) "profile-headless") "headless" (if ((core/eq? normalized) "gpu") "gpu" (if ((core/eq? normalized) "profile-gpu") "gpu" (if ((core/eq? normalized) "gfx") "gfx" (if ((core/eq? normalized) "profile-gfx") "gfx" (if ((core/eq? normalized) "backend") "backend" (if ((core/eq? normalized) "profile-backend") "backend" nil))))))))) nil) nil))) (def selfhost/pkg-workspace-env-select::optional-string? (fn (value) (if (core/list::is-nil? value) true (if (selfhost/pkg-lock-read::str? value) ((selfhost/pkg-scaffold::bounded-str? value) 64) false)))) (def selfhost/pkg-workspace-env-select::compatible? (fn (selected) (fn (active) (if ((core/eq? selected) "headless") true (if ((core/eq? selected) "gpu") (if ((core/eq? active) "gpu") true ((core/eq? active) "backend")) (if ((core/eq? selected) "gfx") (if ((core/eq? active) "gfx") true ((core/eq? active) "backend")) (if ((core/eq? selected) "backend") ((core/eq? active) "backend") false))))))) (def selfhost/pkg-workspace-env-select::choice (fn (override) (fn (profile-backend) (fn (default-backend) (if (core/list::is-nil? override) (if (core/list::is-nil? profile-backend) (if (core/list::is-nil? default-backend) {:raw "headless" :source (quote :builtin)} {:raw default-backend :source (quote :default)}) {:raw profile-backend :source (quote :profile)}) {:raw override :source (quote :override)}))))) (def selfhost/pkg-workspace-env-select::finish (fn (request-h) (fn (request) (let ((active (selfhost/pkg-workspace-env-select::normalize ((core/map::get request) (quote :active)))) (choice (((selfhost/pkg-workspace-env-select::choice ((core/map::get request) (quote :override))) ((core/map::get request) (quote :profile-backend))) ((core/map::get request) (quote :default))))) (let ((selected (selfhost/pkg-workspace-env-select::normalize ((core/map::get choice) (quote :raw))))) (if (core/list::is-nil? selected) ((selfhost/pkg-workspace-env-select::reject request-h) "selected runtime backend is invalid") ((selfhost/pkg-workspace-env-select::accept request-h) {:active active :compatible ((selfhost/pkg-workspace-env-select::compatible? selected) active) :selected selected :source ((core/map::get choice) (quote :source))}))))))) (def selfhost/pkg-workspace-env-select::request-values-valid? (fn (request) (let ((profile ((core/map::get request) (quote :profile))) (active ((core/map::get request) (quote :active))) (override ((core/map::get request) (quote :override))) (profile-backend ((core/map::get request) (quote :profile-backend))) (default-backend ((core/map::get request) (quote :default)))) (if (selfhost/pkg-scaffold::nonempty-str? profile) (if ((selfhost/pkg-scaffold::bounded-str? profile) 256) (if (core/list::is-nil? (selfhost/pkg-workspace-env-select::normalize active)) false (if (selfhost/pkg-workspace-env-select::optional-string? override) (if (selfhost/pkg-workspace-env-select::optional-string? profile-backend) (selfhost/pkg-workspace-env-select::optional-string? default-backend) false) false)) false) false)))) (def core/pkg::workspace-env-select-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-scaffold::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:active :default :kind :override :profile :profile-backend :v]) (if (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-env-select::request-kind) false) (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) false) (if (selfhost/pkg-workspace-env-select::request-values-valid? request) ((selfhost/pkg-workspace-env-select::finish request-h) request) ((selfhost/pkg-workspace-env-select::reject request-h) "workspace environment selection values are invalid")) ((selfhost/pkg-workspace-env-select::reject request-h) "workspace environment selection kind or version mismatch")) ((selfhost/pkg-workspace-env-select::reject request-h) "workspace environment selection fields mismatch")) ((selfhost/pkg-workspace-env-select::reject request-h) "workspace environment selection request must be map")))))] :module-h b"X)\x04w#jC_\x85\x1B\xCB\x8B\x15W\xBEr)P\xF8ym\xA6\x1E\xE8\x9D\xC6Fq\x8Ad\x1B\x1F" :path "selfhost/pkg_workspace_env_select_authority_v1.gc" :source "; Closed runtime-backend selection authority for gcpm env.\n\n(def selfhost/pkg-workspace-env-select::request-kind\n \"genesis/pkg-workspace-env-select-authority-request-v0.1\")\n(def selfhost/pkg-workspace-env-select::result-kind\n \"genesis/pkg-workspace-env-select-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-env-select::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-env-select::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-env-select::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-env-select::result request-h) false)\n \"core/pkg/bad-workspace-env-selection\")\n message)\n nil))))\n\n(def selfhost/pkg-workspace-env-select::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-env-select::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-env-select::normalize\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value)\n (if (((selfhost/pkg-scaffold::bounded-str? value) 64))\n (let\n ((normalized\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim value))))\n (if ((core/eq? normalized) \"headless\")\n \"headless\"\n (if ((core/eq? normalized) \"profile-headless\")\n \"headless\"\n (if ((core/eq? normalized) \"gpu\")\n \"gpu\"\n (if ((core/eq? normalized) \"profile-gpu\")\n \"gpu\"\n (if ((core/eq? normalized) \"gfx\")\n \"gfx\"\n (if ((core/eq? normalized) \"profile-gfx\")\n \"gfx\"\n (if ((core/eq? normalized) \"backend\")\n \"backend\"\n (if ((core/eq? normalized) \"profile-backend\")\n \"backend\"\n nil)))))))))\n nil)\n nil)))\n\n(def selfhost/pkg-workspace-env-select::optional-string?\n (fn (value)\n (if (core/list::is-nil? value)\n true\n (if (selfhost/pkg-lock-read::str? value)\n (((selfhost/pkg-scaffold::bounded-str? value) 64))\n false))))\n\n(def selfhost/pkg-workspace-env-select::compatible?\n (fn (selected)\n (fn (active)\n (if ((core/eq? selected) \"headless\")\n true\n (if ((core/eq? selected) \"gpu\")\n (if ((core/eq? active) \"gpu\") true ((core/eq? active) \"backend\"))\n (if ((core/eq? selected) \"gfx\")\n (if ((core/eq? active) \"gfx\") true ((core/eq? active) \"backend\"))\n (if ((core/eq? selected) \"backend\")\n ((core/eq? active) \"backend\")\n false)))))))\n\n(def selfhost/pkg-workspace-env-select::choice\n (fn (override)\n (fn (profile-backend)\n (fn (default-backend)\n (if (core/list::is-nil? override)\n (if (core/list::is-nil? profile-backend)\n (if (core/list::is-nil? default-backend)\n {:raw \"headless\" :source (quote :builtin)}\n {:raw default-backend :source (quote :default)})\n {:raw profile-backend :source (quote :profile)})\n {:raw override :source (quote :override)})))))\n\n(def selfhost/pkg-workspace-env-select::finish\n (fn (request-h)\n (fn (request)\n (let\n ((active\n (selfhost/pkg-workspace-env-select::normalize\n ((core/map::get request) (quote :active))))\n (choice\n (((selfhost/pkg-workspace-env-select::choice\n ((core/map::get request) (quote :override)))\n ((core/map::get request) (quote :profile-backend)))\n ((core/map::get request) (quote :default)))))\n (let\n ((selected\n (selfhost/pkg-workspace-env-select::normalize\n ((core/map::get choice) (quote :raw)))))\n (if (core/list::is-nil? selected)\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"selected runtime backend is invalid\")\n ((selfhost/pkg-workspace-env-select::accept request-h)\n {\n :active active\n :compatible\n ((selfhost/pkg-workspace-env-select::compatible? selected) active)\n :selected selected\n :source ((core/map::get choice) (quote :source))})))))))\n\n(def selfhost/pkg-workspace-env-select::request-values-valid?\n (fn (request)\n (let\n ((profile ((core/map::get request) (quote :profile)))\n (active ((core/map::get request) (quote :active)))\n (override ((core/map::get request) (quote :override)))\n (profile-backend ((core/map::get request) (quote :profile-backend)))\n (default-backend ((core/map::get request) (quote :default))))\n (if (selfhost/pkg-scaffold::nonempty-str? profile)\n (if (((selfhost/pkg-scaffold::bounded-str? profile) 256))\n (if\n (core/list::is-nil?\n (selfhost/pkg-workspace-env-select::normalize active))\n false\n (if (selfhost/pkg-workspace-env-select::optional-string? override)\n (if\n (selfhost/pkg-workspace-env-select::optional-string? profile-backend)\n (selfhost/pkg-workspace-env-select::optional-string? default-backend)\n false)\n false))\n false)\n false))))\n\n(def core/pkg::workspace-env-select-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-scaffold::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:active :default :kind :override :profile :profile-backend :v])\n (if\n (if\n (if\n (selfhost/pkg-lock-read::str?\n ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-workspace-env-select::request-kind)\n false)\n (if\n (selfhost/pkg-lock-read::int?\n ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)\n (if (selfhost/pkg-workspace-env-select::request-values-valid? request)\n ((selfhost/pkg-workspace-env-select::finish request-h) request)\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"workspace environment selection values are invalid\"))\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"workspace environment selection kind or version mismatch\"))\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"workspace environment selection fields mismatch\"))\n ((selfhost/pkg-workspace-env-select::reject request-h)\n \"workspace environment selection request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"X)\x04w#jC_\x85\x1B\xCB\x8B\x15W\xBEr)P\xF8ym\xA6\x1E\xE8\x9D\xC6Fq\x8Ad\x1B\x1F" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-manifest::ok (fn (value) {:message nil :ok true :value value})) (def selfhost/pkg-workspace-manifest::bad (fn (message) {:message message :ok false :value nil})) (def selfhost/pkg-workspace-manifest::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/pkg-workspace-manifest::optional-string (fn (value) (fn (limit) (fn (label) (if (core/list::is-nil? value) (selfhost/pkg-workspace-manifest::ok nil) (if ((selfhost/pkg-scaffold::bounded-str? value) limit) (selfhost/pkg-workspace-manifest::ok value) (selfhost/pkg-workspace-manifest::bad label))))))) (def selfhost/pkg-workspace-manifest::required-string (fn (value) (fn (limit) (fn (label) (if ((selfhost/pkg-scaffold::bounded-str? value) limit) (if (selfhost/pkg-scaffold::nonempty-str? value) (selfhost/pkg-workspace-manifest::ok value) (selfhost/pkg-workspace-manifest::bad label)) (selfhost/pkg-workspace-manifest::bad label)))))) (def selfhost/pkg-workspace-manifest::bounded-string (fn (value) (fn (limit) (fn (label) (if ((selfhost/pkg-scaffold::bounded-str? value) limit) (selfhost/pkg-workspace-manifest::ok value) (selfhost/pkg-workspace-manifest::bad label)))))) (def selfhost/pkg-workspace-manifest::observe-backend (fn (value) (((selfhost/pkg-workspace-manifest::optional-string value) 64) "runtime_backend must be a string of at most 64 bytes"))) (def selfhost/pkg-workspace-manifest::member (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((name (((selfhost/pkg-workspace-manifest::required-string ((core/map::get value) "name")) 1024) "member name must be a non-empty string")) (path (((selfhost/pkg-workspace-manifest::required-string ((core/map::get value) "path")) 16777216) "member path must be a non-empty string")) (role (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "role")) 16777216) "member role must be a string"))) (if ((core/map::get name) (quote :ok)) (if ((core/map::get path) (quote :ok)) (if ((core/map::get role) (quote :ok)) (selfhost/pkg-workspace-manifest::ok {:name ((core/map::get name) (quote :value)) :path ((core/map::get path) (quote :value)) :role ((core/map::get role) (quote :value))}) role) path) name)) (selfhost/pkg-workspace-manifest::bad "workspace member must be a table")))) (def selfhost/pkg-workspace-manifest::members-loop (fn (values) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-workspace-manifest::ok state) (let ((item (selfhost/pkg-workspace-manifest::member ((core/vec::get values) index)))) (if ((core/map::get item) (quote :ok)) (let ((member ((core/map::get item) (quote :value))) (name ((core/map::get member) (quote :name))) (path ((core/map::get member) (quote :path)))) (if (core/list::is-nil? ((core/map::get ((core/map::get state) (quote :names))) name)) (if (core/list::is-nil? ((core/map::get ((core/map::get state) (quote :paths))) path)) (((selfhost/pkg-workspace-manifest::members-loop values) ((core/int::add index) 1)) {:names (((core/map::put ((core/map::get state) (quote :names))) name) true) :paths (((core/map::put ((core/map::get state) (quote :paths))) path) true) :values ((core/vec::push ((core/map::get state) (quote :values))) member)}) (selfhost/pkg-workspace-manifest::bad "duplicate workspace member path")) (selfhost/pkg-workspace-manifest::bad "duplicate workspace member name"))) item))))))) (def selfhost/pkg-workspace-manifest::members (fn (value) (if (selfhost/pkg-lock-read::vec? value) (if ((core/int::lt? 0) (core/vec::len value)) (if ((core/int::lt? 4096) (core/vec::len value)) (selfhost/pkg-workspace-manifest::bad "workspace has too many members") (let ((result (((selfhost/pkg-workspace-manifest::members-loop value) 0) {:names {} :paths {} :values []}))) (if ((core/map::get result) (quote :ok)) (selfhost/pkg-workspace-manifest::ok ((core/map::get ((core/map::get result) (quote :value))) (quote :values))) result))) (selfhost/pkg-workspace-manifest::bad "members must be non-empty")) (selfhost/pkg-workspace-manifest::bad "members must be an array")))) (def selfhost/pkg-workspace-manifest::defaults (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((registry (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get table) "registry")) 16777216) "default registry must be a string")) (policy (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get table) "policy")) 16777216) "default policy must be a string")) (toolchain (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get table) "toolchain")) 16777216) "default toolchain must be a string")) (backend (selfhost/pkg-workspace-manifest::observe-backend ((core/map::get table) "runtime_backend")))) (if ((core/map::get registry) (quote :ok)) (if ((core/map::get policy) (quote :ok)) (if ((core/map::get toolchain) (quote :ok)) (if ((core/map::get backend) (quote :ok)) (selfhost/pkg-workspace-manifest::ok {:policy ((core/map::get policy) (quote :value)) :registry ((core/map::get registry) (quote :value)) :runtime-backend ((core/map::get backend) (quote :value)) :toolchain ((core/map::get toolchain) (quote :value))}) backend) toolchain) policy) registry)) (selfhost/pkg-workspace-manifest::bad "defaults must be a table"))))) (def selfhost/pkg-workspace-manifest::profile (fn (name) (fn (value) (let ((valid-name (((selfhost/pkg-workspace-manifest::bounded-string name) 1024) "profile name must be a string"))) (if ((core/map::get valid-name) (quote :ok)) (if (selfhost/pkg-lock-read::map? value) (let ((caps (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "caps_policy")) 16777216) "profile caps_policy must be a string")) (registry (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "registry")) 16777216) "profile registry must be a string")) (policy (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "policy")) 16777216) "profile policy must be a string")) (toolchain (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "toolchain")) 16777216) "profile toolchain must be a string")) (backend (selfhost/pkg-workspace-manifest::observe-backend ((core/map::get value) "runtime_backend")))) (if ((core/map::get caps) (quote :ok)) (if ((core/map::get registry) (quote :ok)) (if ((core/map::get policy) (quote :ok)) (if ((core/map::get toolchain) (quote :ok)) (if ((core/map::get backend) (quote :ok)) (selfhost/pkg-workspace-manifest::ok {:caps-policy ((core/map::get caps) (quote :value)) :name name :policy ((core/map::get policy) (quote :value)) :registry ((core/map::get registry) (quote :value)) :runtime-backend ((core/map::get backend) (quote :value)) :toolchain ((core/map::get toolchain) (quote :value))}) backend) toolchain) policy) registry) caps)) (selfhost/pkg-workspace-manifest::bad "profile must be a table")) valid-name))))) (def selfhost/pkg-workspace-manifest::profiles-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-workspace-manifest::ok out) (let ((entry ((core/vec::get entries) index))) (let ((item ((selfhost/pkg-workspace-manifest::profile ((core/vec::get entry) 0)) ((core/vec::get entry) 1)))) (if ((core/map::get item) (quote :ok)) (((selfhost/pkg-workspace-manifest::profiles-loop entries) ((core/int::add index) 1)) ((core/vec::push out) ((core/map::get item) (quote :value)))) item)))))))) (def selfhost/pkg-workspace-manifest::profiles (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((entries (core/map::entries table))) (if ((core/int::lt? 4096) (core/vec::len entries)) (selfhost/pkg-workspace-manifest::bad "workspace has too many profiles") (((selfhost/pkg-workspace-manifest::profiles-loop entries) 0) []))) (selfhost/pkg-workspace-manifest::bad "profiles must be a table"))))) (def selfhost/pkg-workspace-manifest::string-vector-loop (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-workspace-manifest::ok values) (if ((selfhost/pkg-scaffold::bounded-str? ((core/vec::get values) index)) 16777216) ((selfhost/pkg-workspace-manifest::string-vector-loop values) ((core/int::add index) 1)) (selfhost/pkg-workspace-manifest::bad "task args must contain only strings")))))) (def selfhost/pkg-workspace-manifest::task-args (fn (value) (let ((values (if (core/list::is-nil? value) [] value))) (if (selfhost/pkg-lock-read::vec? values) (if ((core/int::lt? 4096) (core/vec::len values)) (selfhost/pkg-workspace-manifest::bad "task has too many args") ((selfhost/pkg-workspace-manifest::string-vector-loop values) 0)) (selfhost/pkg-workspace-manifest::bad "task args must be an array"))))) (def selfhost/pkg-workspace-manifest::task (fn (name) (fn (value) (let ((valid-name (((selfhost/pkg-workspace-manifest::bounded-string name) 1024) "task name must be a string"))) (if ((core/map::get valid-name) (quote :ok)) (if (selfhost/pkg-lock-read::map? value) (let ((cmd (((selfhost/pkg-workspace-manifest::required-string ((core/map::get value) "cmd")) 16777216) "task cmd must be a non-empty string")) (file (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "file")) 16777216) "task file must be a string")) (pkg (((selfhost/pkg-workspace-manifest::optional-string ((core/map::get value) "pkg")) 16777216) "task pkg must be a string")) (args (selfhost/pkg-workspace-manifest::task-args ((core/map::get value) "args")))) (if ((core/map::get cmd) (quote :ok)) (if ((core/map::get file) (quote :ok)) (if ((core/map::get pkg) (quote :ok)) (if ((core/map::get args) (quote :ok)) (selfhost/pkg-workspace-manifest::ok {:args ((core/map::get args) (quote :value)) :cmd ((core/map::get cmd) (quote :value)) :file ((core/map::get file) (quote :value)) :name name :pkg ((core/map::get pkg) (quote :value))}) args) pkg) file) cmd)) (selfhost/pkg-workspace-manifest::bad "task must be a table")) valid-name))))) (def selfhost/pkg-workspace-manifest::tasks-loop (fn (entries) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-workspace-manifest::ok out) (let ((entry ((core/vec::get entries) index))) (let ((item ((selfhost/pkg-workspace-manifest::task ((core/vec::get entry) 0)) ((core/vec::get entry) 1)))) (if ((core/map::get item) (quote :ok)) (((selfhost/pkg-workspace-manifest::tasks-loop entries) ((core/int::add index) 1)) ((core/vec::push out) ((core/map::get item) (quote :value)))) item)))))))) (def selfhost/pkg-workspace-manifest::tasks (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((entries (core/map::entries table))) (if ((core/int::lt? 4096) (core/vec::len entries)) (selfhost/pkg-workspace-manifest::bad "workspace has too many tasks") (((selfhost/pkg-workspace-manifest::tasks-loop entries) 0) []))) (selfhost/pkg-workspace-manifest::bad "tasks must be a table"))))) (def selfhost/pkg-workspace-manifest::find-profile-loop (fn (profiles) (fn (name) (fn (index) (if ((core/int::eq? index) (core/vec::len profiles)) nil (let ((profile ((core/vec::get profiles) index))) (if ((core/eq? ((core/map::get profile) (quote :name))) name) profile (((selfhost/pkg-workspace-manifest::find-profile-loop profiles) name) ((core/int::add index) 1))))))))) (def selfhost/pkg-workspace-manifest::find-profile (fn (profiles) (fn (name) (((selfhost/pkg-workspace-manifest::find-profile-loop profiles) name) 0)))) (def selfhost/pkg-workspace-manifest::normalize (fn (document) (fn (selected-profile) (fn (require-profile) (if (selfhost/pkg-lock-read::map? document) (let ((version ((core/map::get document) "version")) (workspace (((selfhost/pkg-workspace-manifest::required-string ((core/map::get document) "workspace")) 16777216) "workspace must be a non-empty string")) (members (selfhost/pkg-workspace-manifest::members ((core/map::get document) "members"))) (defaults (selfhost/pkg-workspace-manifest::defaults ((core/map::get document) "defaults"))) (profiles (selfhost/pkg-workspace-manifest::profiles ((core/map::get document) "profiles"))) (tasks (selfhost/pkg-workspace-manifest::tasks ((core/map::get document) "tasks")))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) (if ((core/map::get workspace) (quote :ok)) (if ((core/map::get members) (quote :ok)) (if ((core/map::get defaults) (quote :ok)) (if ((core/map::get profiles) (quote :ok)) (if ((core/map::get tasks) (quote :ok)) (let ((profile ((selfhost/pkg-workspace-manifest::find-profile ((core/map::get profiles) (quote :value))) selected-profile))) (if (if require-profile (core/list::is-nil? profile) false) (selfhost/pkg-workspace-manifest::bad "required workspace profile was not found") (selfhost/pkg-workspace-manifest::ok {:defaults ((core/map::get defaults) (quote :value)) :members ((core/map::get members) (quote :value)) :profiles ((core/map::get profiles) (quote :value)) :selected-profile profile :tasks ((core/map::get tasks) (quote :value)) :version 1 :workspace ((core/map::get workspace) (quote :value))}))) tasks) profiles) defaults) members) workspace) (selfhost/pkg-workspace-manifest::bad "workspace version must be exactly 1"))) (selfhost/pkg-workspace-manifest::bad "workspace document must be a table"))))))] :module-h b"\x1A\xEB\xF4\xDD\xA1\xF6\xA0[\xC2\xF0\xD7\xFB&\x8A|t$p\r\x14\x157\xCB\xD4\xCA\xBF\xC8\xBF\xA3\xD6\xF8*" :path "selfhost/pkg_workspace_manifest_core_v1.gc" :source "; Structural workspace-manifest admission from neutral TOML terms.\n\n(def selfhost/pkg-workspace-manifest::ok\n (fn (value) {:message nil :ok true :value value}))\n\n(def selfhost/pkg-workspace-manifest::bad\n (fn (message) {:message message :ok false :value nil}))\n\n(def selfhost/pkg-workspace-manifest::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/pkg-workspace-manifest::optional-string\n (fn (value)\n (fn (limit)\n (fn (label)\n (if (core/list::is-nil? value)\n (selfhost/pkg-workspace-manifest::ok nil)\n (if (((selfhost/pkg-scaffold::bounded-str? value) limit))\n (selfhost/pkg-workspace-manifest::ok value)\n (selfhost/pkg-workspace-manifest::bad label)))))))\n\n(def selfhost/pkg-workspace-manifest::required-string\n (fn (value)\n (fn (limit)\n (fn (label)\n (if (((selfhost/pkg-scaffold::bounded-str? value) limit))\n (if (selfhost/pkg-scaffold::nonempty-str? value)\n (selfhost/pkg-workspace-manifest::ok value)\n (selfhost/pkg-workspace-manifest::bad label))\n (selfhost/pkg-workspace-manifest::bad label))))))\n\n(def selfhost/pkg-workspace-manifest::bounded-string\n (fn (value)\n (fn (limit)\n (fn (label)\n (if (((selfhost/pkg-scaffold::bounded-str? value) limit))\n (selfhost/pkg-workspace-manifest::ok value)\n (selfhost/pkg-workspace-manifest::bad label))))))\n\n(def selfhost/pkg-workspace-manifest::observe-backend\n (fn (value)\n (((selfhost/pkg-workspace-manifest::optional-string value) 64)\n \"runtime_backend must be a string of at most 64 bytes\")))\n\n(def selfhost/pkg-workspace-manifest::member\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((name\n (((selfhost/pkg-workspace-manifest::required-string\n ((core/map::get value) \"name\")) 1024)\n \"member name must be a non-empty string\"))\n (path\n (((selfhost/pkg-workspace-manifest::required-string\n ((core/map::get value) \"path\")) 16777216)\n \"member path must be a non-empty string\"))\n (role\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"role\")) 16777216)\n \"member role must be a string\")))\n (if ((core/map::get name) (quote :ok))\n (if ((core/map::get path) (quote :ok))\n (if ((core/map::get role) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n {\n :name ((core/map::get name) (quote :value))\n :path ((core/map::get path) (quote :value))\n :role ((core/map::get role) (quote :value))})\n role)\n path)\n name))\n (selfhost/pkg-workspace-manifest::bad \"workspace member must be a table\"))))\n\n(def selfhost/pkg-workspace-manifest::members-loop\n (fn (values)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-workspace-manifest::ok state)\n (let ((item (selfhost/pkg-workspace-manifest::member ((core/vec::get values) index))))\n (if ((core/map::get item) (quote :ok))\n (let\n ((member ((core/map::get item) (quote :value)))\n (name ((core/map::get member) (quote :name)))\n (path ((core/map::get member) (quote :path))))\n (if\n (core/list::is-nil?\n ((core/map::get ((core/map::get state) (quote :names))) name))\n (if\n (core/list::is-nil?\n ((core/map::get ((core/map::get state) (quote :paths))) path))\n (((selfhost/pkg-workspace-manifest::members-loop values)\n ((core/int::add index) 1))\n {\n :names\n (((core/map::put ((core/map::get state) (quote :names))) name) true)\n :paths\n (((core/map::put ((core/map::get state) (quote :paths))) path) true)\n :values\n ((core/vec::push ((core/map::get state) (quote :values))) member)})\n (selfhost/pkg-workspace-manifest::bad \"duplicate workspace member path\"))\n (selfhost/pkg-workspace-manifest::bad \"duplicate workspace member name\")))\n item)))))))\n\n(def selfhost/pkg-workspace-manifest::members\n (fn (value)\n (if (selfhost/pkg-lock-read::vec? value)\n (if ((core/int::lt? 0) (core/vec::len value))\n (if ((core/int::lt? 4096) (core/vec::len value))\n (selfhost/pkg-workspace-manifest::bad \"workspace has too many members\")\n (let\n ((result\n (((selfhost/pkg-workspace-manifest::members-loop value) 0)\n {:names {} :paths {} :values []})))\n (if ((core/map::get result) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n ((core/map::get ((core/map::get result) (quote :value))) (quote :values)))\n result)))\n (selfhost/pkg-workspace-manifest::bad \"members must be non-empty\"))\n (selfhost/pkg-workspace-manifest::bad \"members must be an array\"))))\n\n(def selfhost/pkg-workspace-manifest::defaults\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((registry\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get table) \"registry\")) 16777216)\n \"default registry must be a string\"))\n (policy\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get table) \"policy\")) 16777216)\n \"default policy must be a string\"))\n (toolchain\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get table) \"toolchain\")) 16777216)\n \"default toolchain must be a string\"))\n (backend\n (selfhost/pkg-workspace-manifest::observe-backend\n ((core/map::get table) \"runtime_backend\"))))\n (if ((core/map::get registry) (quote :ok))\n (if ((core/map::get policy) (quote :ok))\n (if ((core/map::get toolchain) (quote :ok))\n (if ((core/map::get backend) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n {\n :policy ((core/map::get policy) (quote :value))\n :registry ((core/map::get registry) (quote :value))\n :runtime-backend ((core/map::get backend) (quote :value))\n :toolchain ((core/map::get toolchain) (quote :value))})\n backend)\n toolchain)\n policy)\n registry))\n (selfhost/pkg-workspace-manifest::bad \"defaults must be a table\")))))\n\n(def selfhost/pkg-workspace-manifest::profile\n (fn (name)\n (fn (value)\n (let\n ((valid-name\n (((selfhost/pkg-workspace-manifest::bounded-string name) 1024)\n \"profile name must be a string\")))\n (if ((core/map::get valid-name) (quote :ok))\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((caps\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"caps_policy\")) 16777216)\n \"profile caps_policy must be a string\"))\n (registry\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"registry\")) 16777216)\n \"profile registry must be a string\"))\n (policy\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"policy\")) 16777216)\n \"profile policy must be a string\"))\n (toolchain\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"toolchain\")) 16777216)\n \"profile toolchain must be a string\"))\n (backend\n (selfhost/pkg-workspace-manifest::observe-backend\n ((core/map::get value) \"runtime_backend\"))))\n (if ((core/map::get caps) (quote :ok))\n (if ((core/map::get registry) (quote :ok))\n (if ((core/map::get policy) (quote :ok))\n (if ((core/map::get toolchain) (quote :ok))\n (if ((core/map::get backend) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n {\n :caps-policy ((core/map::get caps) (quote :value))\n :name name\n :policy ((core/map::get policy) (quote :value))\n :registry ((core/map::get registry) (quote :value))\n :runtime-backend ((core/map::get backend) (quote :value))\n :toolchain ((core/map::get toolchain) (quote :value))})\n backend)\n toolchain)\n policy)\n registry)\n caps))\n (selfhost/pkg-workspace-manifest::bad \"profile must be a table\"))\n valid-name)))))\n\n(def selfhost/pkg-workspace-manifest::profiles-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-workspace-manifest::ok out)\n (let\n ((entry ((core/vec::get entries) index)))\n (let\n ((item\n ((selfhost/pkg-workspace-manifest::profile\n ((core/vec::get entry) 0))\n ((core/vec::get entry) 1))))\n (if ((core/map::get item) (quote :ok))\n (((selfhost/pkg-workspace-manifest::profiles-loop entries)\n ((core/int::add index) 1))\n ((core/vec::push out) ((core/map::get item) (quote :value))))\n item))))))))\n\n(def selfhost/pkg-workspace-manifest::profiles\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let ((entries (core/map::entries table)))\n (if ((core/int::lt? 4096) (core/vec::len entries))\n (selfhost/pkg-workspace-manifest::bad \"workspace has too many profiles\")\n (((selfhost/pkg-workspace-manifest::profiles-loop entries) 0) [])))\n (selfhost/pkg-workspace-manifest::bad \"profiles must be a table\")))))\n\n(def selfhost/pkg-workspace-manifest::string-vector-loop\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-workspace-manifest::ok values)\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/vec::get values) index)) 16777216))\n (((selfhost/pkg-workspace-manifest::string-vector-loop values)\n ((core/int::add index) 1)))\n (selfhost/pkg-workspace-manifest::bad \"task args must contain only strings\"))))))\n\n(def selfhost/pkg-workspace-manifest::task-args\n (fn (value)\n (let ((values (if (core/list::is-nil? value) [] value)))\n (if (selfhost/pkg-lock-read::vec? values)\n (if ((core/int::lt? 4096) (core/vec::len values))\n (selfhost/pkg-workspace-manifest::bad \"task has too many args\")\n ((selfhost/pkg-workspace-manifest::string-vector-loop values) 0))\n (selfhost/pkg-workspace-manifest::bad \"task args must be an array\")))))\n\n(def selfhost/pkg-workspace-manifest::task\n (fn (name)\n (fn (value)\n (let\n ((valid-name\n (((selfhost/pkg-workspace-manifest::bounded-string name) 1024)\n \"task name must be a string\")))\n (if ((core/map::get valid-name) (quote :ok))\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((cmd\n (((selfhost/pkg-workspace-manifest::required-string\n ((core/map::get value) \"cmd\")) 16777216)\n \"task cmd must be a non-empty string\"))\n (file\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"file\")) 16777216)\n \"task file must be a string\"))\n (pkg\n (((selfhost/pkg-workspace-manifest::optional-string\n ((core/map::get value) \"pkg\")) 16777216)\n \"task pkg must be a string\"))\n (args\n (selfhost/pkg-workspace-manifest::task-args\n ((core/map::get value) \"args\"))))\n (if ((core/map::get cmd) (quote :ok))\n (if ((core/map::get file) (quote :ok))\n (if ((core/map::get pkg) (quote :ok))\n (if ((core/map::get args) (quote :ok))\n (selfhost/pkg-workspace-manifest::ok\n {\n :args ((core/map::get args) (quote :value))\n :cmd ((core/map::get cmd) (quote :value))\n :file ((core/map::get file) (quote :value))\n :name name\n :pkg ((core/map::get pkg) (quote :value))})\n args)\n pkg)\n file)\n cmd))\n (selfhost/pkg-workspace-manifest::bad \"task must be a table\"))\n valid-name)))))\n\n(def selfhost/pkg-workspace-manifest::tasks-loop\n (fn (entries)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-workspace-manifest::ok out)\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((item\n ((selfhost/pkg-workspace-manifest::task\n ((core/vec::get entry) 0))\n ((core/vec::get entry) 1))))\n (if ((core/map::get item) (quote :ok))\n (((selfhost/pkg-workspace-manifest::tasks-loop entries)\n ((core/int::add index) 1))\n ((core/vec::push out) ((core/map::get item) (quote :value))))\n item))))))))\n\n(def selfhost/pkg-workspace-manifest::tasks\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let ((entries (core/map::entries table)))\n (if ((core/int::lt? 4096) (core/vec::len entries))\n (selfhost/pkg-workspace-manifest::bad \"workspace has too many tasks\")\n (((selfhost/pkg-workspace-manifest::tasks-loop entries) 0) [])))\n (selfhost/pkg-workspace-manifest::bad \"tasks must be a table\")))))\n\n(def selfhost/pkg-workspace-manifest::find-profile-loop\n (fn (profiles)\n (fn (name)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len profiles))\n nil\n (let ((profile ((core/vec::get profiles) index)))\n (if ((core/eq? ((core/map::get profile) (quote :name))) name)\n profile\n (((selfhost/pkg-workspace-manifest::find-profile-loop profiles) name)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-workspace-manifest::find-profile\n (fn (profiles)\n (fn (name)\n (((selfhost/pkg-workspace-manifest::find-profile-loop profiles) name) 0))))\n\n(def selfhost/pkg-workspace-manifest::normalize\n (fn (document)\n (fn (selected-profile)\n (fn (require-profile)\n (if (selfhost/pkg-lock-read::map? document)\n (let\n ((version ((core/map::get document) \"version\"))\n (workspace\n (((selfhost/pkg-workspace-manifest::required-string\n ((core/map::get document) \"workspace\")) 16777216)\n \"workspace must be a non-empty string\"))\n (members\n (selfhost/pkg-workspace-manifest::members\n ((core/map::get document) \"members\")))\n (defaults\n (selfhost/pkg-workspace-manifest::defaults\n ((core/map::get document) \"defaults\")))\n (profiles\n (selfhost/pkg-workspace-manifest::profiles\n ((core/map::get document) \"profiles\")))\n (tasks\n (selfhost/pkg-workspace-manifest::tasks\n ((core/map::get document) \"tasks\"))))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n (if ((core/map::get workspace) (quote :ok))\n (if ((core/map::get members) (quote :ok))\n (if ((core/map::get defaults) (quote :ok))\n (if ((core/map::get profiles) (quote :ok))\n (if ((core/map::get tasks) (quote :ok))\n (let\n ((profile\n ((selfhost/pkg-workspace-manifest::find-profile\n ((core/map::get profiles) (quote :value)))\n selected-profile)))\n (if (if require-profile (core/list::is-nil? profile) false)\n (selfhost/pkg-workspace-manifest::bad\n \"required workspace profile was not found\")\n (selfhost/pkg-workspace-manifest::ok\n {\n :defaults ((core/map::get defaults) (quote :value))\n :members ((core/map::get members) (quote :value))\n :profiles ((core/map::get profiles) (quote :value))\n :selected-profile profile\n :tasks ((core/map::get tasks) (quote :value))\n :version 1\n :workspace ((core/map::get workspace) (quote :value))})))\n tasks)\n profiles)\n defaults)\n members)\n workspace)\n (selfhost/pkg-workspace-manifest::bad\n \"workspace version must be exactly 1\")))\n (selfhost/pkg-workspace-manifest::bad \"workspace document must be a table\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x1D\xE9y\x12\xA4\xFFt\x8D\xF9\x04\x7F\x0F\xEA\xDBv\xFE#\x8D\xFD\xF11\xCB1z\xCB\x18\xE4\xBA}\xC9<\xE2" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-workspace-manifest::request-kind "genesis/pkg-workspace-manifest-authority-request-v0.1") (def selfhost/pkg-workspace-manifest::result-kind "genesis/pkg-workspace-manifest-authority-result-v0.1") (def selfhost/pkg-workspace-manifest::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-manifest::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-manifest::reject (fn (request-h) (fn (message) (((((selfhost/pkg-workspace-manifest::result request-h) false) "core/pkg/bad-workspace-manifest") message) nil)))) (def selfhost/pkg-workspace-manifest::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-manifest::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-manifest::request-valid? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :require-profile :selected-profile :source-h :v]) (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-manifest::request-kind) false) (if (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :selected-profile))) 1024) (if (selfhost/pkg-workspace-manifest::bool? ((core/map::get request) (quote :require-profile))) (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get request) (quote :source-h))) false) false) false) false) false))) (def core/pkg::workspace-manifest-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if (selfhost/pkg-workspace-manifest::request-valid? request) (let ((normalized (((selfhost/pkg-workspace-manifest::normalize ((core/map::get request) (quote :document))) ((core/map::get request) (quote :selected-profile))) ((core/map::get request) (quote :require-profile))))) (if ((core/map::get normalized) (quote :ok)) ((selfhost/pkg-workspace-manifest::accept request-h) (((core/map::put ((core/map::get normalized) (quote :value))) (quote :source-h)) ((core/map::get request) (quote :source-h)))) ((selfhost/pkg-workspace-manifest::reject request-h) ((core/map::get normalized) (quote :message))))) ((selfhost/pkg-workspace-manifest::reject request-h) "workspace manifest request fields are invalid")) ((selfhost/pkg-workspace-manifest::reject request-h) "workspace manifest request must be map")))))] :module-h b"^\x1C#\xCC\xBA\x83`\xA1\xBD\xB3\xC2\xAB\x90'\t> \x15rJ\x11%q\x80\xA6\xD6W8{P\xF05" :path "selfhost/pkg_workspace_manifest_authority_v1.gc" :source "; Request-bound production authority for structural workspace manifests.\n\n(def selfhost/pkg-workspace-manifest::request-kind\n \"genesis/pkg-workspace-manifest-authority-request-v0.1\")\n\n(def selfhost/pkg-workspace-manifest::result-kind\n \"genesis/pkg-workspace-manifest-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-manifest::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-manifest::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-manifest::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-workspace-manifest::result request-h) false)\n \"core/pkg/bad-workspace-manifest\")\n message)\n nil))))\n\n(def selfhost/pkg-workspace-manifest::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-manifest::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-manifest::request-valid?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:document :kind :require-profile :selected-profile :source-h :v])\n (if\n (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-workspace-manifest::request-kind)\n false)\n (if\n (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :selected-profile))) 1024))\n (if\n (selfhost/pkg-workspace-manifest::bool?\n ((core/map::get request) (quote :require-profile)))\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get request) (quote :source-h)))\n false)\n false)\n false)\n false)\n false)))\n\n(def core/pkg::workspace-manifest-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if (selfhost/pkg-workspace-manifest::request-valid? request)\n (let\n ((normalized\n (((selfhost/pkg-workspace-manifest::normalize\n ((core/map::get request) (quote :document)))\n ((core/map::get request) (quote :selected-profile)))\n ((core/map::get request) (quote :require-profile)))))\n (if ((core/map::get normalized) (quote :ok))\n ((selfhost/pkg-workspace-manifest::accept request-h)\n (((core/map::put\n ((core/map::get normalized) (quote :value)))\n (quote :source-h))\n ((core/map::get request) (quote :source-h))))\n ((selfhost/pkg-workspace-manifest::reject request-h)\n ((core/map::get normalized) (quote :message)))))\n ((selfhost/pkg-workspace-manifest::reject request-h)\n \"workspace manifest request fields are invalid\"))\n ((selfhost/pkg-workspace-manifest::reject request-h)\n \"workspace manifest request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^\x1C#\xCC\xBA\x83`\xA1\xBD\xB3\xC2\xAB\x90'\t> \x15rJ\x11%q\x80\xA6\xD6W8{P\xF05" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-package-manifest::ok (fn (value) {:message nil :ok true :value value})) (def selfhost/pkg-package-manifest::bad (fn (message) {:message message :ok false :value nil})) (def selfhost/pkg-package-manifest::bounded-string (fn (value) (fn (label) (if ((selfhost/pkg-scaffold::bounded-str? value) 16777216) (selfhost/pkg-package-manifest::ok value) (selfhost/pkg-package-manifest::bad label))))) (def selfhost/pkg-package-manifest::optional-string (fn (value) (fn (label) (if (core/list::is-nil? value) (selfhost/pkg-package-manifest::ok nil) ((selfhost/pkg-package-manifest::bounded-string value) label))))) (def selfhost/pkg-package-manifest::optional-u64 (fn (value) (fn (label) (if (core/list::is-nil? value) (selfhost/pkg-package-manifest::ok nil) (if (selfhost/pkg-lock-read::int? value) (if ((core/int::lt? value) 0) (selfhost/pkg-package-manifest::bad label) (selfhost/pkg-package-manifest::ok value)) (selfhost/pkg-package-manifest::bad label)))))) (def selfhost/pkg-package-manifest::portable-path (fn (value) (fn (label) (let ((string ((selfhost/pkg-package-manifest::bounded-string value) label))) (if ((core/map::get string) (quote :ok)) (let ((portable (selfhost/typecheck::validate-portable-module-path ((core/map::get string) (quote :value))))) (if ((core/map::get portable) (quote :ok)) string (selfhost/pkg-package-manifest::bad label))) string))))) (def selfhost/pkg-package-manifest::optional-portable-path (fn (value) (fn (label) (if (core/list::is-nil? value) (selfhost/pkg-package-manifest::ok nil) ((selfhost/pkg-package-manifest::portable-path value) label))))) (def selfhost/pkg-package-manifest::string-vector-loop (fn (values) (fn (index) (fn (label) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-package-manifest::ok out) (let ((item ((selfhost/pkg-package-manifest::bounded-string ((core/vec::get values) index)) label))) (if ((core/map::get item) (quote :ok)) ((((selfhost/pkg-package-manifest::string-vector-loop values) ((core/int::add index) 1)) label) ((core/vec::push out) ((core/map::get item) (quote :value)))) item)))))))) (def selfhost/pkg-package-manifest::string-vector (fn (value) (fn (default-empty) (fn (label) (let ((values (if (if default-empty (core/list::is-nil? value) false) [] value))) (if (selfhost/pkg-lock-read::vec? values) (if ((core/int::lt? 4096) (core/vec::len values)) (selfhost/pkg-package-manifest::bad "package manifest vector is too large") ((((selfhost/pkg-package-manifest::string-vector-loop values) 0) label) [])) (selfhost/pkg-package-manifest::bad label))))))) (def selfhost/pkg-package-manifest::module (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((path ((selfhost/pkg-package-manifest::portable-path ((core/map::get value) "path")) "module path must be a portable package-relative string")) (hash ((selfhost/pkg-package-manifest::optional-string ((core/map::get value) "hash")) "module hash must be a string when present"))) (if ((core/map::get path) (quote :ok)) (if ((core/map::get hash) (quote :ok)) (selfhost/pkg-package-manifest::ok {:hash ((core/map::get hash) (quote :value)) :path ((core/map::get path) (quote :value))}) hash) path)) (selfhost/pkg-package-manifest::bad "module entry must be a table")))) (def selfhost/pkg-package-manifest::dependency (fn (value) (if (selfhost/pkg-lock-read::map? value) (let ((name ((selfhost/pkg-package-manifest::bounded-string ((core/map::get value) "name")) "dependency name must be a string")) (path ((selfhost/pkg-package-manifest::portable-path ((core/map::get value) "path")) "dependency path must be a portable package-relative string")) (hash ((selfhost/pkg-package-manifest::optional-string ((core/map::get value) "hash")) "dependency hash must be a string when present"))) (if ((core/map::get name) (quote :ok)) (if ((core/map::get path) (quote :ok)) (if ((core/map::get hash) (quote :ok)) (selfhost/pkg-package-manifest::ok {:hash ((core/map::get hash) (quote :value)) :name ((core/map::get name) (quote :value)) :path ((core/map::get path) (quote :value))}) hash) path) name)) (selfhost/pkg-package-manifest::bad "dependency entry must be a table")))) (def selfhost/pkg-package-manifest::entry-vector-loop (fn (values) (fn (index) (fn (entry-fn) (fn (out) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-package-manifest::ok out) (let ((item (entry-fn ((core/vec::get values) index)))) (if ((core/map::get item) (quote :ok)) ((((selfhost/pkg-package-manifest::entry-vector-loop values) ((core/int::add index) 1)) entry-fn) ((core/vec::push out) ((core/map::get item) (quote :value)))) item)))))))) (def selfhost/pkg-package-manifest::entry-vector (fn (value) (fn (default-empty) (fn (entry-fn) (fn (label) (let ((values (if (if default-empty (core/list::is-nil? value) false) [] value))) (if (selfhost/pkg-lock-read::vec? values) (if ((core/int::lt? 4096) (core/vec::len values)) (selfhost/pkg-package-manifest::bad "package manifest vector is too large") ((((selfhost/pkg-package-manifest::entry-vector-loop values) 0) entry-fn) [])) (selfhost/pkg-package-manifest::bad label)))))))) (def selfhost/pkg-package-manifest::modules (fn (value) ((((selfhost/pkg-package-manifest::entry-vector value) false) selfhost/pkg-package-manifest::module) "modules must be an array"))) (def selfhost/pkg-package-manifest::dependencies (fn (value) ((((selfhost/pkg-package-manifest::entry-vector value) true) selfhost/pkg-package-manifest::dependency) "dependencies must be an array")))] :module-h b"\xA2\xFE\xC4\xED\xA5\x83\xB4\x0B!1E\xEF\"\xF8\xC1\xAA8\xC9\xC4\x90\xCF\x00\x03m\x1B\xAE\xB3+\x95\x1B\xC7u" :path "selfhost/pkg_package_manifest_core_v1.gc" :source "; Structural package-manifest admission from neutral TOML terms.\n\n(def selfhost/pkg-package-manifest::ok\n (fn (value) {:message nil :ok true :value value}))\n\n(def selfhost/pkg-package-manifest::bad\n (fn (message) {:message message :ok false :value nil}))\n\n(def selfhost/pkg-package-manifest::bounded-string\n (fn (value)\n (fn (label)\n (if (((selfhost/pkg-scaffold::bounded-str? value) 16777216))\n (selfhost/pkg-package-manifest::ok value)\n (selfhost/pkg-package-manifest::bad label)))))\n\n(def selfhost/pkg-package-manifest::optional-string\n (fn (value)\n (fn (label)\n (if (core/list::is-nil? value)\n (selfhost/pkg-package-manifest::ok nil)\n ((selfhost/pkg-package-manifest::bounded-string value) label)))))\n\n(def selfhost/pkg-package-manifest::optional-u64\n (fn (value)\n (fn (label)\n (if (core/list::is-nil? value)\n (selfhost/pkg-package-manifest::ok nil)\n (if (selfhost/pkg-lock-read::int? value)\n (if ((core/int::lt? value) 0)\n (selfhost/pkg-package-manifest::bad label)\n (selfhost/pkg-package-manifest::ok value))\n (selfhost/pkg-package-manifest::bad label))))))\n\n(def selfhost/pkg-package-manifest::portable-path\n (fn (value)\n (fn (label)\n (let ((string ((selfhost/pkg-package-manifest::bounded-string value) label)))\n (if ((core/map::get string) (quote :ok))\n (let\n ((portable\n (selfhost/typecheck::validate-portable-module-path\n ((core/map::get string) (quote :value)))))\n (if ((core/map::get portable) (quote :ok))\n string\n (selfhost/pkg-package-manifest::bad label)))\n string)))))\n\n(def selfhost/pkg-package-manifest::optional-portable-path\n (fn (value)\n (fn (label)\n (if (core/list::is-nil? value)\n (selfhost/pkg-package-manifest::ok nil)\n ((selfhost/pkg-package-manifest::portable-path value) label)))))\n\n(def selfhost/pkg-package-manifest::string-vector-loop\n (fn (values)\n (fn (index)\n (fn (label)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-package-manifest::ok out)\n (let\n ((item\n ((selfhost/pkg-package-manifest::bounded-string\n ((core/vec::get values) index))\n label)))\n (if ((core/map::get item) (quote :ok))\n ((((selfhost/pkg-package-manifest::string-vector-loop values)\n ((core/int::add index) 1))\n label)\n ((core/vec::push out) ((core/map::get item) (quote :value))))\n item))))))))\n\n(def selfhost/pkg-package-manifest::string-vector\n (fn (value)\n (fn (default-empty)\n (fn (label)\n (let ((values (if (if default-empty (core/list::is-nil? value) false) [] value)))\n (if (selfhost/pkg-lock-read::vec? values)\n (if ((core/int::lt? 4096) (core/vec::len values))\n (selfhost/pkg-package-manifest::bad \"package manifest vector is too large\")\n ((((selfhost/pkg-package-manifest::string-vector-loop values) 0) label) []))\n (selfhost/pkg-package-manifest::bad label)))))))\n\n(def selfhost/pkg-package-manifest::module\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((path\n ((selfhost/pkg-package-manifest::portable-path\n ((core/map::get value) \"path\"))\n \"module path must be a portable package-relative string\"))\n (hash\n ((selfhost/pkg-package-manifest::optional-string\n ((core/map::get value) \"hash\"))\n \"module hash must be a string when present\")))\n (if ((core/map::get path) (quote :ok))\n (if ((core/map::get hash) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :hash ((core/map::get hash) (quote :value))\n :path ((core/map::get path) (quote :value))})\n hash)\n path))\n (selfhost/pkg-package-manifest::bad \"module entry must be a table\"))))\n\n(def selfhost/pkg-package-manifest::dependency\n (fn (value)\n (if (selfhost/pkg-lock-read::map? value)\n (let\n ((name\n ((selfhost/pkg-package-manifest::bounded-string\n ((core/map::get value) \"name\"))\n \"dependency name must be a string\"))\n (path\n ((selfhost/pkg-package-manifest::portable-path\n ((core/map::get value) \"path\"))\n \"dependency path must be a portable package-relative string\"))\n (hash\n ((selfhost/pkg-package-manifest::optional-string\n ((core/map::get value) \"hash\"))\n \"dependency hash must be a string when present\")))\n (if ((core/map::get name) (quote :ok))\n (if ((core/map::get path) (quote :ok))\n (if ((core/map::get hash) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :hash ((core/map::get hash) (quote :value))\n :name ((core/map::get name) (quote :value))\n :path ((core/map::get path) (quote :value))})\n hash)\n path)\n name))\n (selfhost/pkg-package-manifest::bad \"dependency entry must be a table\"))))\n\n(def selfhost/pkg-package-manifest::entry-vector-loop\n (fn (values)\n (fn (index)\n (fn (entry-fn)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-package-manifest::ok out)\n (let ((item (entry-fn ((core/vec::get values) index))))\n (if ((core/map::get item) (quote :ok))\n ((((selfhost/pkg-package-manifest::entry-vector-loop values)\n ((core/int::add index) 1))\n entry-fn)\n ((core/vec::push out) ((core/map::get item) (quote :value))))\n item))))))))\n\n(def selfhost/pkg-package-manifest::entry-vector\n (fn (value)\n (fn (default-empty)\n (fn (entry-fn)\n (fn (label)\n (let ((values (if (if default-empty (core/list::is-nil? value) false) [] value)))\n (if (selfhost/pkg-lock-read::vec? values)\n (if ((core/int::lt? 4096) (core/vec::len values))\n (selfhost/pkg-package-manifest::bad \"package manifest vector is too large\")\n ((((selfhost/pkg-package-manifest::entry-vector-loop values) 0) entry-fn) []))\n (selfhost/pkg-package-manifest::bad label))))))))\n\n(def selfhost/pkg-package-manifest::modules\n (fn (value)\n ((((selfhost/pkg-package-manifest::entry-vector value) false)\n selfhost/pkg-package-manifest::module)\n \"modules must be an array\")))\n\n(def selfhost/pkg-package-manifest::dependencies\n (fn (value)\n ((((selfhost/pkg-package-manifest::entry-vector value) true)\n selfhost/pkg-package-manifest::dependency)\n \"dependencies must be an array\")))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC8\xAB\xEF\xF3\x00\x88\xD4\x12\x1B\xA7\xA5\xA8#\xD4P\xB2-,\xCC\x98\xC2=\xEE\x11\xCB\x9E\xF1\xA6\x16\xCF\xE3^" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-package-manifest::limits (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((step ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "step_limit")) "limits.step_limit must be an unsigned integer")) (alloc ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_alloc_units")) "limits.max_alloc_units must be an unsigned integer")) (live ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_live_units")) "limits.max_live_units must be an unsigned integer")) (pairs ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_pair_cells")) "limits.max_pair_cells must be an unsigned integer")) (vec-len ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_vec_len")) "limits.max_vec_len must be an unsigned integer")) (map-len ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_map_len")) "limits.max_map_len must be an unsigned integer")) (bytes-len ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_bytes_len")) "limits.max_bytes_len must be an unsigned integer")) (string-len ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_string_len")) "limits.max_string_len must be an unsigned integer")) (allow ((core/map::get table) "allow_unlimited"))) (if ((core/map::get step) (quote :ok)) (if ((core/map::get alloc) (quote :ok)) (if ((core/map::get live) (quote :ok)) (if ((core/map::get pairs) (quote :ok)) (if ((core/map::get vec-len) (quote :ok)) (if ((core/map::get map-len) (quote :ok)) (if ((core/map::get bytes-len) (quote :ok)) (if ((core/map::get string-len) (quote :ok)) (if (if (core/list::is-nil? allow) true (selfhost/pkg-workspace-manifest::bool? allow)) (selfhost/pkg-package-manifest::ok {:allow-unlimited (if (core/list::is-nil? allow) false allow) :max-alloc-units ((core/map::get alloc) (quote :value)) :max-bytes-len ((core/map::get bytes-len) (quote :value)) :max-live-units ((core/map::get live) (quote :value)) :max-map-len ((core/map::get map-len) (quote :value)) :max-pair-cells ((core/map::get pairs) (quote :value)) :max-string-len ((core/map::get string-len) (quote :value)) :max-vec-len ((core/map::get vec-len) (quote :value)) :step-limit ((core/map::get step) (quote :value))}) (selfhost/pkg-package-manifest::bad "limits.allow_unlimited must be bool")) string-len) bytes-len) map-len) vec-len) pairs) live) alloc) step)) (selfhost/pkg-package-manifest::bad "limits must be a table"))))) (def selfhost/pkg-package-manifest::budgets (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((steps ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_steps_per_test")) "budgets.max_steps_per_test must be an unsigned integer")) (entries ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_effect_entries_per_test")) "budgets.max_effect_entries_per_test must be an unsigned integer")) (bytes ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_effect_log_bytes_per_test")) "budgets.max_effect_log_bytes_per_test must be an unsigned integer"))) (if ((core/map::get steps) (quote :ok)) (if ((core/map::get entries) (quote :ok)) (if ((core/map::get bytes) (quote :ok)) (selfhost/pkg-package-manifest::ok {:max-effect-entries-per-test ((core/map::get entries) (quote :value)) :max-effect-log-bytes-per-test ((core/map::get bytes) (quote :value)) :max-steps-per-test ((core/map::get steps) (quote :value))}) bytes) entries) steps)) (selfhost/pkg-package-manifest::bad "budgets must be a table"))))) (def selfhost/pkg-package-manifest::property (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((cases ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "cases_per_test")) "property.cases_per_test must be an unsigned integer"))) (if ((core/map::get cases) (quote :ok)) (selfhost/pkg-package-manifest::ok {:cases-per-test ((core/map::get cases) (quote :value))}) cases)) (selfhost/pkg-package-manifest::bad "property must be a table"))))) (def selfhost/pkg-package-manifest::gfx (fn (value) (let ((table (if (core/list::is-nil? value) {} value))) (if (selfhost/pkg-lock-read::map? table) (let ((golden (((selfhost/pkg-package-manifest::string-vector ((core/map::get table) "golden_tests")) true) "gfx.golden_tests must be an array of strings")) (frames (((selfhost/pkg-package-manifest::string-vector ((core/map::get table) "frame_budget_tests")) true) "gfx.frame_budget_tests must be an array of strings")) (exports (((selfhost/pkg-package-manifest::string-vector ((core/map::get table) "api_exports")) true) "gfx.api_exports must be an array of strings")) (surface ((selfhost/pkg-package-manifest::optional-string ((core/map::get table) "api_surface_hash")) "gfx.api_surface_hash must be a string")) (render ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_render_passes_per_frame")) "gfx.max_render_passes_per_frame must be an unsigned integer")) (compute-pass ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_compute_passes_per_frame")) "gfx.max_compute_passes_per_frame must be an unsigned integer")) (draw ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_draw_commands_per_frame")) "gfx.max_draw_commands_per_frame must be an unsigned integer")) (compute-command ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_compute_commands_per_frame")) "gfx.max_compute_commands_per_frame must be an unsigned integer")) (graph-bytes ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_frame_graph_bytes")) "gfx.max_frame_graph_bytes must be an unsigned integer")) (frame-time ((selfhost/pkg-package-manifest::optional-u64 ((core/map::get table) "max_frame_time_ms")) "gfx.max_frame_time_ms must be an unsigned integer"))) (if ((core/map::get golden) (quote :ok)) (if ((core/map::get frames) (quote :ok)) (if ((core/map::get exports) (quote :ok)) (if ((core/map::get surface) (quote :ok)) (if ((core/map::get render) (quote :ok)) (if ((core/map::get compute-pass) (quote :ok)) (if ((core/map::get draw) (quote :ok)) (if ((core/map::get compute-command) (quote :ok)) (if ((core/map::get graph-bytes) (quote :ok)) (if ((core/map::get frame-time) (quote :ok)) (selfhost/pkg-package-manifest::ok {:api-exports ((core/map::get exports) (quote :value)) :api-surface-hash ((core/map::get surface) (quote :value)) :frame-budget-tests ((core/map::get frames) (quote :value)) :golden-tests ((core/map::get golden) (quote :value)) :max-compute-commands-per-frame ((core/map::get compute-command) (quote :value)) :max-compute-passes-per-frame ((core/map::get compute-pass) (quote :value)) :max-draw-commands-per-frame ((core/map::get draw) (quote :value)) :max-frame-graph-bytes ((core/map::get graph-bytes) (quote :value)) :max-frame-time-ms ((core/map::get frame-time) (quote :value)) :max-render-passes-per-frame ((core/map::get render) (quote :value))}) frame-time) graph-bytes) compute-command) draw) compute-pass) render) surface) exports) frames) golden)) (selfhost/pkg-package-manifest::bad "gfx must be a table"))))) (def selfhost/pkg-package-manifest::normalize (fn (document) (if (selfhost/pkg-lock-read::map? document) (let ((schema-raw ((core/map::get document) "schema")) (schema (if (core/list::is-nil? schema-raw) 1 schema-raw)) (name ((selfhost/pkg-package-manifest::bounded-string ((core/map::get document) "name")) "package name must be a string")) (version ((selfhost/pkg-package-manifest::bounded-string ((core/map::get document) "version")) "package version must be a string")) (modules (selfhost/pkg-package-manifest::modules ((core/map::get document) "modules"))) (dependencies (selfhost/pkg-package-manifest::dependencies ((core/map::get document) "dependencies"))) (obligations (((selfhost/pkg-package-manifest::string-vector ((core/map::get document) "obligations")) false) "obligations must be an array of strings")) (tests (((selfhost/pkg-package-manifest::string-vector ((core/map::get document) "tests")) true) "tests must be an array of strings")) (properties (((selfhost/pkg-package-manifest::string-vector ((core/map::get document) "property_tests")) true) "property_tests must be an array of strings")) (caps ((selfhost/pkg-package-manifest::optional-portable-path ((core/map::get document) "caps_policy")) "caps_policy must be a portable package-relative string")) (limits (selfhost/pkg-package-manifest::limits ((core/map::get document) "limits"))) (budgets (selfhost/pkg-package-manifest::budgets ((core/map::get document) "budgets"))) (property (selfhost/pkg-package-manifest::property ((core/map::get document) "property"))) (gfx (selfhost/pkg-package-manifest::gfx ((core/map::get document) "gfx")))) (if (if (selfhost/pkg-lock-read::int? schema) ((core/int::eq? schema) 1) false) (if ((core/map::get name) (quote :ok)) (if ((core/map::get version) (quote :ok)) (if ((core/map::get modules) (quote :ok)) (if ((core/map::get dependencies) (quote :ok)) (if ((core/map::get obligations) (quote :ok)) (if ((core/map::get tests) (quote :ok)) (if ((core/map::get properties) (quote :ok)) (if ((core/map::get caps) (quote :ok)) (if ((core/map::get limits) (quote :ok)) (if ((core/map::get budgets) (quote :ok)) (if ((core/map::get property) (quote :ok)) (if ((core/map::get gfx) (quote :ok)) (selfhost/pkg-package-manifest::ok {:budgets ((core/map::get budgets) (quote :value)) :caps-policy ((core/map::get caps) (quote :value)) :dependencies ((core/map::get dependencies) (quote :value)) :gfx ((core/map::get gfx) (quote :value)) :limits ((core/map::get limits) (quote :value)) :modules ((core/map::get modules) (quote :value)) :name ((core/map::get name) (quote :value)) :obligations ((core/map::get obligations) (quote :value)) :property ((core/map::get property) (quote :value)) :property-tests ((core/map::get properties) (quote :value)) :schema 1 :tests ((core/map::get tests) (quote :value)) :version ((core/map::get version) (quote :value))}) gfx) property) budgets) limits) caps) properties) tests) obligations) dependencies) modules) version) name) (selfhost/pkg-package-manifest::bad "unsupported package manifest schema (expected 1)"))) (selfhost/pkg-package-manifest::bad "package manifest document must be a table"))))] :module-h b"\x19\xEC*\x975C\xDD\x05\xAAU\xA5\x15\xC9\xFA+\x96\xEC\x82!\xDA\xB4\xE5\xD1\xAC\xA3=\xA6\x9B\x8A[\xA1\xA3" :path "selfhost/pkg_package_manifest_config_v1.gc" :source "; Nested package limits, budgets, properties, graphics, and final normalization.\n\n(def selfhost/pkg-package-manifest::limits\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((step\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"step_limit\"))\n \"limits.step_limit must be an unsigned integer\"))\n (alloc\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_alloc_units\"))\n \"limits.max_alloc_units must be an unsigned integer\"))\n (live\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_live_units\"))\n \"limits.max_live_units must be an unsigned integer\"))\n (pairs\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_pair_cells\"))\n \"limits.max_pair_cells must be an unsigned integer\"))\n (vec-len\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_vec_len\"))\n \"limits.max_vec_len must be an unsigned integer\"))\n (map-len\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_map_len\"))\n \"limits.max_map_len must be an unsigned integer\"))\n (bytes-len\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_bytes_len\"))\n \"limits.max_bytes_len must be an unsigned integer\"))\n (string-len\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_string_len\"))\n \"limits.max_string_len must be an unsigned integer\"))\n (allow ((core/map::get table) \"allow_unlimited\")))\n (if ((core/map::get step) (quote :ok))\n (if ((core/map::get alloc) (quote :ok))\n (if ((core/map::get live) (quote :ok))\n (if ((core/map::get pairs) (quote :ok))\n (if ((core/map::get vec-len) (quote :ok))\n (if ((core/map::get map-len) (quote :ok))\n (if ((core/map::get bytes-len) (quote :ok))\n (if ((core/map::get string-len) (quote :ok))\n (if\n (if (core/list::is-nil? allow)\n true\n (selfhost/pkg-workspace-manifest::bool? allow))\n (selfhost/pkg-package-manifest::ok\n {\n :allow-unlimited\n (if (core/list::is-nil? allow) false allow)\n :max-alloc-units ((core/map::get alloc) (quote :value))\n :max-bytes-len ((core/map::get bytes-len) (quote :value))\n :max-live-units ((core/map::get live) (quote :value))\n :max-map-len ((core/map::get map-len) (quote :value))\n :max-pair-cells ((core/map::get pairs) (quote :value))\n :max-string-len ((core/map::get string-len) (quote :value))\n :max-vec-len ((core/map::get vec-len) (quote :value))\n :step-limit ((core/map::get step) (quote :value))})\n (selfhost/pkg-package-manifest::bad\n \"limits.allow_unlimited must be bool\"))\n string-len)\n bytes-len)\n map-len)\n vec-len)\n pairs)\n live)\n alloc)\n step))\n (selfhost/pkg-package-manifest::bad \"limits must be a table\")))))\n\n(def selfhost/pkg-package-manifest::budgets\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((steps\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_steps_per_test\"))\n \"budgets.max_steps_per_test must be an unsigned integer\"))\n (entries\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_effect_entries_per_test\"))\n \"budgets.max_effect_entries_per_test must be an unsigned integer\"))\n (bytes\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_effect_log_bytes_per_test\"))\n \"budgets.max_effect_log_bytes_per_test must be an unsigned integer\")))\n (if ((core/map::get steps) (quote :ok))\n (if ((core/map::get entries) (quote :ok))\n (if ((core/map::get bytes) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :max-effect-entries-per-test\n ((core/map::get entries) (quote :value))\n :max-effect-log-bytes-per-test\n ((core/map::get bytes) (quote :value))\n :max-steps-per-test ((core/map::get steps) (quote :value))})\n bytes)\n entries)\n steps))\n (selfhost/pkg-package-manifest::bad \"budgets must be a table\")))))\n\n(def selfhost/pkg-package-manifest::property\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((cases\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"cases_per_test\"))\n \"property.cases_per_test must be an unsigned integer\")))\n (if ((core/map::get cases) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {:cases-per-test ((core/map::get cases) (quote :value))})\n cases))\n (selfhost/pkg-package-manifest::bad \"property must be a table\")))))\n\n(def selfhost/pkg-package-manifest::gfx\n (fn (value)\n (let ((table (if (core/list::is-nil? value) {} value)))\n (if (selfhost/pkg-lock-read::map? table)\n (let\n ((golden\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get table) \"golden_tests\"))\n true)\n \"gfx.golden_tests must be an array of strings\"))\n (frames\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get table) \"frame_budget_tests\"))\n true)\n \"gfx.frame_budget_tests must be an array of strings\"))\n (exports\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get table) \"api_exports\"))\n true)\n \"gfx.api_exports must be an array of strings\"))\n (surface\n ((selfhost/pkg-package-manifest::optional-string\n ((core/map::get table) \"api_surface_hash\"))\n \"gfx.api_surface_hash must be a string\"))\n (render\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_render_passes_per_frame\"))\n \"gfx.max_render_passes_per_frame must be an unsigned integer\"))\n (compute-pass\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_compute_passes_per_frame\"))\n \"gfx.max_compute_passes_per_frame must be an unsigned integer\"))\n (draw\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_draw_commands_per_frame\"))\n \"gfx.max_draw_commands_per_frame must be an unsigned integer\"))\n (compute-command\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_compute_commands_per_frame\"))\n \"gfx.max_compute_commands_per_frame must be an unsigned integer\"))\n (graph-bytes\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_frame_graph_bytes\"))\n \"gfx.max_frame_graph_bytes must be an unsigned integer\"))\n (frame-time\n ((selfhost/pkg-package-manifest::optional-u64\n ((core/map::get table) \"max_frame_time_ms\"))\n \"gfx.max_frame_time_ms must be an unsigned integer\")))\n (if ((core/map::get golden) (quote :ok))\n (if ((core/map::get frames) (quote :ok))\n (if ((core/map::get exports) (quote :ok))\n (if ((core/map::get surface) (quote :ok))\n (if ((core/map::get render) (quote :ok))\n (if ((core/map::get compute-pass) (quote :ok))\n (if ((core/map::get draw) (quote :ok))\n (if ((core/map::get compute-command) (quote :ok))\n (if ((core/map::get graph-bytes) (quote :ok))\n (if ((core/map::get frame-time) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :api-exports ((core/map::get exports) (quote :value))\n :api-surface-hash ((core/map::get surface) (quote :value))\n :frame-budget-tests ((core/map::get frames) (quote :value))\n :golden-tests ((core/map::get golden) (quote :value))\n :max-compute-commands-per-frame\n ((core/map::get compute-command) (quote :value))\n :max-compute-passes-per-frame\n ((core/map::get compute-pass) (quote :value))\n :max-draw-commands-per-frame\n ((core/map::get draw) (quote :value))\n :max-frame-graph-bytes\n ((core/map::get graph-bytes) (quote :value))\n :max-frame-time-ms\n ((core/map::get frame-time) (quote :value))\n :max-render-passes-per-frame\n ((core/map::get render) (quote :value))})\n frame-time)\n graph-bytes)\n compute-command)\n draw)\n compute-pass)\n render)\n surface)\n exports)\n frames)\n golden))\n (selfhost/pkg-package-manifest::bad \"gfx must be a table\")))))\n\n(def selfhost/pkg-package-manifest::normalize\n (fn (document)\n (if (selfhost/pkg-lock-read::map? document)\n (let\n ((schema-raw ((core/map::get document) \"schema\"))\n (schema\n (if (core/list::is-nil? schema-raw) 1 schema-raw))\n (name\n ((selfhost/pkg-package-manifest::bounded-string\n ((core/map::get document) \"name\"))\n \"package name must be a string\"))\n (version\n ((selfhost/pkg-package-manifest::bounded-string\n ((core/map::get document) \"version\"))\n \"package version must be a string\"))\n (modules\n (selfhost/pkg-package-manifest::modules\n ((core/map::get document) \"modules\")))\n (dependencies\n (selfhost/pkg-package-manifest::dependencies\n ((core/map::get document) \"dependencies\")))\n (obligations\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get document) \"obligations\"))\n false)\n \"obligations must be an array of strings\"))\n (tests\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get document) \"tests\"))\n true)\n \"tests must be an array of strings\"))\n (properties\n (((selfhost/pkg-package-manifest::string-vector\n ((core/map::get document) \"property_tests\"))\n true)\n \"property_tests must be an array of strings\"))\n (caps\n ((selfhost/pkg-package-manifest::optional-portable-path\n ((core/map::get document) \"caps_policy\"))\n \"caps_policy must be a portable package-relative string\"))\n (limits\n (selfhost/pkg-package-manifest::limits\n ((core/map::get document) \"limits\")))\n (budgets\n (selfhost/pkg-package-manifest::budgets\n ((core/map::get document) \"budgets\")))\n (property\n (selfhost/pkg-package-manifest::property\n ((core/map::get document) \"property\")))\n (gfx\n (selfhost/pkg-package-manifest::gfx\n ((core/map::get document) \"gfx\"))))\n (if\n (if (selfhost/pkg-lock-read::int? schema)\n ((core/int::eq? schema) 1)\n false)\n (if ((core/map::get name) (quote :ok))\n (if ((core/map::get version) (quote :ok))\n (if ((core/map::get modules) (quote :ok))\n (if ((core/map::get dependencies) (quote :ok))\n (if ((core/map::get obligations) (quote :ok))\n (if ((core/map::get tests) (quote :ok))\n (if ((core/map::get properties) (quote :ok))\n (if ((core/map::get caps) (quote :ok))\n (if ((core/map::get limits) (quote :ok))\n (if ((core/map::get budgets) (quote :ok))\n (if ((core/map::get property) (quote :ok))\n (if ((core/map::get gfx) (quote :ok))\n (selfhost/pkg-package-manifest::ok\n {\n :budgets ((core/map::get budgets) (quote :value))\n :caps-policy ((core/map::get caps) (quote :value))\n :dependencies\n ((core/map::get dependencies) (quote :value))\n :gfx ((core/map::get gfx) (quote :value))\n :limits ((core/map::get limits) (quote :value))\n :modules ((core/map::get modules) (quote :value))\n :name ((core/map::get name) (quote :value))\n :obligations\n ((core/map::get obligations) (quote :value))\n :property ((core/map::get property) (quote :value))\n :property-tests\n ((core/map::get properties) (quote :value))\n :schema 1\n :tests ((core/map::get tests) (quote :value))\n :version ((core/map::get version) (quote :value))})\n gfx)\n property)\n budgets)\n limits)\n caps)\n properties)\n tests)\n obligations)\n dependencies)\n modules)\n version)\n name)\n (selfhost/pkg-package-manifest::bad\n \"unsupported package manifest schema (expected 1)\")))\n (selfhost/pkg-package-manifest::bad \"package manifest document must be a table\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x19\xEC*\x975C\xDD\x05\xAAU\xA5\x15\xC9\xFA+\x96\xEC\x82!\xDA\xB4\xE5\xD1\xAC\xA3=\xA6\x9B\x8A[\xA1\xA3" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-package-manifest::request-kind "genesis/pkg-package-manifest-authority-request-v0.1") (def selfhost/pkg-package-manifest::result-kind "genesis/pkg-package-manifest-authority-result-v0.1") (def selfhost/pkg-package-manifest::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-package-manifest::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-package-manifest::reject (fn (request-h) (fn (message) (((((selfhost/pkg-package-manifest::result request-h) false) "core/pkg/bad-package-manifest") message) nil)))) (def selfhost/pkg-package-manifest::accept (fn (request-h) (fn (value) (((((selfhost/pkg-package-manifest::result request-h) true) nil) nil) value)))) (def selfhost/pkg-package-manifest::request-valid? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:document :kind :source-h :v]) (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-package-manifest::request-kind) false) (if (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get request) (quote :source-h))) false) false) false))) (def core/pkg::package-manifest-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if (selfhost/pkg-package-manifest::request-valid? request) (let ((normalized (selfhost/pkg-package-manifest::normalize ((core/map::get request) (quote :document))))) (if ((core/map::get normalized) (quote :ok)) ((selfhost/pkg-package-manifest::accept request-h) (((core/map::put ((core/map::get normalized) (quote :value))) (quote :source-h)) ((core/map::get request) (quote :source-h)))) ((selfhost/pkg-package-manifest::reject request-h) ((core/map::get normalized) (quote :message))))) ((selfhost/pkg-package-manifest::reject request-h) "package manifest request fields are invalid")) ((selfhost/pkg-package-manifest::reject request-h) "package manifest request must be map")))))] :module-h b"\xC5\xEA\xB7\xC3\x8By\x15\x8C\xBBK_\x9C\x0B\xFC\x99#\xD8!#Qh\xC1\x9Bq\x80\xE9`\x7F\x17\xD2'\xA3" :path "selfhost/pkg_package_manifest_authority_v1.gc" :source "; Request-bound production authority for package manifests.\n\n(def selfhost/pkg-package-manifest::request-kind\n \"genesis/pkg-package-manifest-authority-request-v0.1\")\n\n(def selfhost/pkg-package-manifest::result-kind\n \"genesis/pkg-package-manifest-authority-result-v0.1\")\n\n(def selfhost/pkg-package-manifest::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-package-manifest::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-package-manifest::reject\n (fn (request-h)\n (fn (message)\n (((((selfhost/pkg-package-manifest::result request-h) false)\n \"core/pkg/bad-package-manifest\")\n message)\n nil))))\n\n(def selfhost/pkg-package-manifest::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-package-manifest::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-package-manifest::request-valid?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:document :kind :source-h :v])\n (if\n (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-package-manifest::request-kind)\n false)\n (if\n (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get request) (quote :source-h)))\n false)\n false)\n false)))\n\n(def core/pkg::package-manifest-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if (selfhost/pkg-package-manifest::request-valid? request)\n (let\n ((normalized\n (selfhost/pkg-package-manifest::normalize\n ((core/map::get request) (quote :document)))))\n (if ((core/map::get normalized) (quote :ok))\n ((selfhost/pkg-package-manifest::accept request-h)\n (((core/map::put\n ((core/map::get normalized) (quote :value)))\n (quote :source-h))\n ((core/map::get request) (quote :source-h))))\n ((selfhost/pkg-package-manifest::reject request-h)\n ((core/map::get normalized) (quote :message)))))\n ((selfhost/pkg-package-manifest::reject request-h)\n \"package manifest request fields are invalid\"))\n ((selfhost/pkg-package-manifest::reject request-h)\n \"package manifest request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xC5\xEA\xB7\xC3\x8By\x15\x8C\xBBK_\x9C\x0B\xFC\x99#\xD8!#Qh\xC1\x9Bq\x80\xE9`\x7F\x17\xD2'\xA3" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-workspace-env::none (quote :none)) (def selfhost/pkg-workspace-env::bool? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool)))) (def selfhost/pkg-workspace-env::bytes? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bytes)))) (def selfhost/pkg-workspace-env::optional (fn (value) (if (core/list::is-nil? value) selfhost/pkg-workspace-env::none value))) (def selfhost/pkg-workspace-env::choose (fn (primary) (fn (fallback) (if (core/list::is-nil? primary) fallback primary)))) (def selfhost/pkg-workspace-env::digest (fn (bytes) (core/bytes::to-hex (core/crypto::blake3 bytes)))) (def selfhost/pkg-workspace-env::term-bytes (fn (term) (core/str::to-utf8 ((core/str::concat (core/coreform::print-term term)) "\n")))) (def selfhost/pkg-workspace-env::file (fn (scope) (fn (path) (fn (body) {:body body :h (selfhost/pkg-workspace-env::digest body) :path path :scope scope})))) (def selfhost/pkg-workspace-env::bounded-path? (fn (value) ((selfhost/pkg-scaffold::bounded-str? value) 16384))) (def selfhost/pkg-workspace-env::optional-path? (fn (value) (if (core/list::is-nil? value) true (selfhost/pkg-workspace-env::bounded-path? value)))) (def selfhost/pkg-workspace-env::optional-str? (fn (value) (if (core/list::is-nil? value) true ((selfhost/pkg-scaffold::bounded-str? value) 16384)))) (def selfhost/pkg-workspace-env::hex64? (fn (value) (selfhost/pkg-lock-ops::lower-hex64? value))) (def selfhost/pkg-workspace-env::byte-body? (fn (value) (if (selfhost/pkg-workspace-env::bytes? value) (if ((core/int::lt? 16777216) (core/bytes::len value)) false true) false))) (def selfhost/pkg-workspace-env::member-valid? (fn (member) (if ((selfhost/pkg-lock-read::exact-map? member) [:name :package-file :package-h :path :role]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get member) (quote :name))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get member) (quote :path))) 16384) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get member) (quote :role))) (let ((package-file ((core/map::get member) (quote :package-file))) (package-h ((core/map::get member) (quote :package-h)))) (if (core/list::is-nil? package-file) (core/list::is-nil? package-h) (if (selfhost/pkg-workspace-env::bounded-path? package-file) (selfhost/pkg-workspace-env::hex64? package-h) false))) false) false) false) false))) (def selfhost/pkg-workspace-env::members-valid-loop? (fn (members) (fn (index) (if ((core/int::eq? index) (core/vec::len members)) true (if (selfhost/pkg-workspace-env::member-valid? ((core/vec::get members) index)) ((selfhost/pkg-workspace-env::members-valid-loop? members) ((core/int::add index) 1)) false))))) (def selfhost/pkg-workspace-env::members-valid? (fn (members) (if (selfhost/pkg-lock-read::vec? members) (if ((core/int::lt? 4096) (core/vec::len members)) false ((selfhost/pkg-workspace-env::members-valid-loop? members) 0)) false))) (def selfhost/pkg-workspace-env::requirement-valid? (fn (requirement) (if ((selfhost/pkg-lock-read::exact-map? requirement) [:name :registry :selector :strategy :tag-policy :update-policy]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :name))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :selector))) 16384) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :strategy))) 64) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :update-policy))) 64) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get requirement) (quote :registry))) (selfhost/pkg-workspace-env::optional-str? ((core/map::get requirement) (quote :tag-policy))) false) false) false) false) false) false))) (def selfhost/pkg-workspace-env::requirements-valid-loop? (fn (requirements) (fn (index) (if ((core/int::eq? index) (core/vec::len requirements)) true (if (selfhost/pkg-workspace-env::requirement-valid? ((core/vec::get requirements) index)) ((selfhost/pkg-workspace-env::requirements-valid-loop? requirements) ((core/int::add index) 1)) false))))) (def selfhost/pkg-workspace-env::locked-valid? (fn (locked) (if ((selfhost/pkg-lock-read::exact-map? locked) [:commit :commit-path :commit-present :environment-fingerprint :exports-h :name :registry :resolved-ref :snapshot :snapshot-path :snapshot-present :source-selector]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :name))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :snapshot))) 16384) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get locked) (quote :snapshot-path))) (if (selfhost/pkg-workspace-env::bool? ((core/map::get locked) (quote :snapshot-present))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :commit))) (if (selfhost/pkg-workspace-env::optional-path? ((core/map::get locked) (quote :commit-path))) (if (selfhost/pkg-workspace-env::bool? ((core/map::get locked) (quote :commit-present))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :registry))) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :source-selector))) 16384) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :resolved-ref))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :exports-h))) (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :environment-fingerprint))) false) false) false) false) false) false) false) false) false) false) false) false))) (def selfhost/pkg-workspace-env::locked-valid-loop? (fn (locked) (fn (index) (if ((core/int::eq? index) (core/vec::len locked)) true (if (selfhost/pkg-workspace-env::locked-valid? ((core/vec::get locked) index)) ((selfhost/pkg-workspace-env::locked-valid-loop? locked) ((core/int::add index) 1)) false))))) (def selfhost/pkg-workspace-env::lock-valid? (fn (lock) (if ((selfhost/pkg-lock-read::exact-map? lock) [:locked :requirements]) (let ((requirements ((core/map::get lock) (quote :requirements))) (locked ((core/map::get lock) (quote :locked)))) (if (selfhost/pkg-lock-read::vec? requirements) (if (selfhost/pkg-lock-read::vec? locked) (if ((core/int::lt? 4096) (core/vec::len requirements)) false (if ((core/int::lt? 4096) (core/vec::len locked)) false (if ((selfhost/pkg-workspace-env::requirements-valid-loop? requirements) 0) ((selfhost/pkg-workspace-env::locked-valid-loop? locked) 0) false))) false) false)) false))) (def selfhost/pkg-workspace-env::request-valid? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:active :default-backend :defaults :generated-by :kind :lock :lock-bytes :members :out-root-prefix :override :path-separator :paths :profile :profile-backend :profile-values :v :workspace :workspace-bytes]) (let ((defaults ((core/map::get request) (quote :defaults))) (profile-values ((core/map::get request) (quote :profile-values))) (paths ((core/map::get request) (quote :paths)))) (if ((selfhost/pkg-lock-read::exact-map? defaults) [:policy :registry :toolchain]) (if ((selfhost/pkg-lock-read::exact-map? profile-values) [:caps-policy :policy :registry :toolchain]) (if ((selfhost/pkg-lock-read::exact-map? paths) [:lock-file :store-root :wasi-http-dir :wasi-https-dir :wasi-root :wasi-runtime-file :workspace-file]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active))) 64) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :default-backend))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :override))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :profile-backend))) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :profile))) 256) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :generated-by))) 4096) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :out-root-prefix))) 16384) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :path-separator))) 4) (if (selfhost/pkg-workspace-env::byte-body? ((core/map::get request) (quote :workspace-bytes))) (if (selfhost/pkg-workspace-env::byte-body? ((core/map::get request) (quote :lock-bytes))) (if (selfhost/pkg-workspace-env::members-valid? ((core/map::get request) (quote :members))) (if (selfhost/pkg-workspace-env::lock-valid? ((core/map::get request) (quote :lock))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :policy))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :registry))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :toolchain))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :caps-policy))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :policy))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :registry))) (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :toolchain))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :workspace-file))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :lock-file))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :store-root))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-root))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-http-dir))) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-https-dir))) (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-runtime-file))) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false) false)) false))) (def selfhost/pkg-workspace-env::member-term (fn (member) {:name ((core/map::get member) (quote :name)) :package-file (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :package-file))) :package-h (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :package-h))) :path ((core/map::get member) (quote :path)) :role (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :role)))})) (def selfhost/pkg-workspace-env::members-loop (fn (members) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len members)) out (((selfhost/pkg-workspace-env::members-loop members) ((core/int::add index) 1)) ((core/vec::push out) (selfhost/pkg-workspace-env::member-term ((core/vec::get members) index))))))))) (def selfhost/pkg-workspace-env::requirement-term (fn (requirement) {:name ((core/map::get requirement) (quote :name)) :registry (selfhost/pkg-workspace-env::optional ((core/map::get requirement) (quote :registry))) :selector ((core/map::get requirement) (quote :selector)) :strategy ((core/map::get requirement) (quote :strategy)) :tag-policy (selfhost/pkg-workspace-env::optional ((core/map::get requirement) (quote :tag-policy))) :update-policy ((core/map::get requirement) (quote :update-policy))})) (def selfhost/pkg-workspace-env::requirements-loop (fn (requirements) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len requirements)) out (((selfhost/pkg-workspace-env::requirements-loop requirements) ((core/int::add index) 1)) ((core/vec::push out) (selfhost/pkg-workspace-env::requirement-term ((core/vec::get requirements) index))))))))) (def selfhost/pkg-workspace-env::locked-term (fn (locked) {:commit (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :commit))) :environment-fingerprint (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :environment-fingerprint))) :exports-h (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :exports-h))) :name ((core/map::get locked) (quote :name)) :registry (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :registry))) :resolved-ref (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :resolved-ref))) :snapshot ((core/map::get locked) (quote :snapshot)) :source-selector ((core/map::get locked) (quote :source-selector))})) (def selfhost/pkg-workspace-env::locked-loop (fn (locked) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len locked)) out (((selfhost/pkg-workspace-env::locked-loop locked) ((core/int::add index) 1)) ((core/vec::push out) (selfhost/pkg-workspace-env::locked-term ((core/vec::get locked) index))))))))) (def selfhost/pkg-workspace-env::locked-present-loop? (fn (locked) (fn (index) (if ((core/int::eq? index) (core/vec::len locked)) true (let ((entry ((core/vec::get locked) index))) (if ((core/map::get entry) (quote :snapshot-present)) (if ((core/map::get entry) (quote :commit-present)) ((selfhost/pkg-workspace-env::locked-present-loop? locked) ((core/int::add index) 1)) false) false)))))) (def selfhost/pkg-workspace-env::selection-request (fn (request) {:active ((core/map::get request) (quote :active)) :default ((core/map::get request) (quote :default-backend)) :kind selfhost/pkg-workspace-env-select::request-kind :override ((core/map::get request) (quote :override)) :profile ((core/map::get request) (quote :profile)) :profile-backend ((core/map::get request) (quote :profile-backend)) :v 1})) (def selfhost/pkg-workspace-env::make-plan (fn (request) (let ((selection (core/pkg::workspace-env-select-authority (selfhost/pkg-workspace-env::selection-request request)))) (if ((core/map::get selection) (quote :ok)) (let ((selected ((core/map::get selection) (quote :value)))) (if ((core/map::get selected) (quote :compatible)) (let ((profile-values ((core/map::get request) (quote :profile-values))) (defaults ((core/map::get request) (quote :defaults))) (lock ((core/map::get request) (quote :lock)))) (if ((selfhost/pkg-workspace-env::locked-present-loop? ((core/map::get lock) (quote :locked))) 0) (let ((members-term (((selfhost/pkg-workspace-env::members-loop ((core/map::get request) (quote :members))) 0) [])) (requirements (((selfhost/pkg-workspace-env::requirements-loop ((core/map::get lock) (quote :requirements))) 0) [])) (locked (((selfhost/pkg-workspace-env::locked-loop ((core/map::get lock) (quote :locked))) 0) []))) (let ((deps-term {:locked locked :requirements requirements :store ((core/map::get ((core/map::get request) (quote :paths))) (quote :store-root))}) (profile-policy ((core/map::get profile-values) (quote :policy))) (profile-registry ((core/map::get profile-values) (quote :registry))) (profile-toolchain ((core/map::get profile-values) (quote :toolchain)))) (let ((members-body (selfhost/pkg-workspace-env::term-bytes members-term)) (deps-body (selfhost/pkg-workspace-env::term-bytes deps-term)) (effective-policy ((selfhost/pkg-workspace-env::choose profile-policy) ((core/map::get defaults) (quote :policy)))) (effective-registry ((selfhost/pkg-workspace-env::choose profile-registry) ((core/map::get defaults) (quote :registry)))) (effective-toolchain ((selfhost/pkg-workspace-env::choose profile-toolchain) ((core/map::get defaults) (quote :toolchain)))) (caps-policy ((selfhost/pkg-workspace-env::choose ((core/map::get profile-values) (quote :caps-policy))) "caps.toml"))) {:code nil :message nil :ok true :value {:active ((core/map::get selected) (quote :active)) :backend-required (if ((core/eq? (selfhost/effect-crypto::ascii-lower ((core/map::get request) (quote :profile)))) "backend") true ((core/eq? ((core/map::get selected) (quote :selected))) "backend")) :caps-policy-raw caps-policy :deps-body deps-body :deps-h (selfhost/pkg-workspace-env::digest deps-body) :effective-policy effective-policy :effective-registry effective-registry :effective-toolchain effective-toolchain :lock-h (selfhost/pkg-workspace-env::digest ((core/map::get request) (quote :lock-bytes))) :members-body members-body :members-h (selfhost/pkg-workspace-env::digest members-body) :profile ((core/map::get request) (quote :profile)) :profile-policy profile-policy :profile-registry profile-registry :profile-toolchain profile-toolchain :selected ((core/map::get selected) (quote :selected)) :source ((core/map::get selected) (quote :source)) :workspace-h (selfhost/pkg-workspace-env::digest ((core/map::get request) (quote :workspace-bytes)))}}))) {:code "core/pkg/bad-workspace-env" :message "locked dependency object is missing" :ok false :value nil})) {:code "core/pkg/bad-workspace-env-selection" :message "workspace runtime backend is incompatible with active runtime backend profile" :ok false :value nil})) {:code "core/pkg/bad-workspace-env-selection" :message ((core/map::get selection) (quote :message)) :ok false :value nil})))) (def selfhost/pkg-workspace-env::file-observation-valid? (fn (observation) (if ((selfhost/pkg-lock-read::exact-map? observation) [:bytes :h :path]) (let ((bytes ((core/map::get observation) (quote :bytes))) (h ((core/map::get observation) (quote :h))) (path ((core/map::get observation) (quote :path)))) (if (selfhost/pkg-workspace-env::byte-body? bytes) (if (selfhost/pkg-workspace-env::hex64? h) (if (selfhost/pkg-workspace-env::bounded-path? path) ((core/eq? (selfhost/pkg-workspace-env::digest bytes)) h) false) false) false)) false))) (def selfhost/pkg-workspace-env::backend-observation-valid? (fn (required) (fn (observation) (if required (if ((selfhost/pkg-lock-read::exact-map? observation) [:bridge-cmd :bridge-ready :bridge-sha256 :effective-caps-bytes :effective-caps-h]) (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get observation) (quote :bridge-cmd))) (if (selfhost/pkg-workspace-env::hex64? ((core/map::get observation) (quote :bridge-sha256))) (if ((core/map::get observation) (quote :bridge-ready)) (let ((bytes ((core/map::get observation) (quote :effective-caps-bytes))) (h ((core/map::get observation) (quote :effective-caps-h)))) (if (selfhost/pkg-workspace-env::byte-body? bytes) (if (selfhost/pkg-workspace-env::hex64? h) ((core/eq? (selfhost/pkg-workspace-env::digest bytes)) h) false) false)) false) false) false) false) (core/list::is-nil? observation))))) (def selfhost/pkg-workspace-env::wasi-observation-valid? (fn (remote) (fn (observation) (if ((selfhost/pkg-lock-read::exact-map? observation) [:remote-root :root]) (let ((root ((core/map::get observation) (quote :root))) (remote-root ((core/map::get observation) (quote :remote-root)))) (if (selfhost/pkg-workspace-env::bounded-path? root) (if (if (core/list::is-nil? remote) false (if ((selfhost/pkg-lock-read::starts-with? remote) "http://") true ((selfhost/pkg-lock-read::starts-with? remote) "https://"))) (selfhost/pkg-workspace-env::bounded-path? remote-root) (core/list::is-nil? remote-root)) false)) false)))) (def selfhost/pkg-workspace-env::observations-valid? (fn (plan) (fn (observations) (if ((selfhost/pkg-lock-read::exact-map? observations) [:backend :caps-policy :toolchain :wasi]) (if (selfhost/pkg-workspace-env::file-observation-valid? ((core/map::get observations) (quote :caps-policy))) (let ((toolchain ((core/map::get observations) (quote :toolchain))) (effective-toolchain ((core/map::get plan) (quote :effective-toolchain)))) (if (if (core/list::is-nil? effective-toolchain) (core/list::is-nil? toolchain) (selfhost/pkg-workspace-env::file-observation-valid? toolchain)) (if ((selfhost/pkg-workspace-env::backend-observation-valid? ((core/map::get plan) (quote :backend-required))) ((core/map::get observations) (quote :backend))) ((selfhost/pkg-workspace-env::wasi-observation-valid? ((core/map::get plan) (quote :effective-registry))) ((core/map::get observations) (quote :wasi))) false) false)) false) false)))) (def selfhost/pkg-workspace-env::append-env-file (fn (files) (fn (path) (fn (body) ((core/vec::push files) (((selfhost/pkg-workspace-env::file (quote :env)) path) body))))))] :module-h b"x@:&\xC4\x02\xB7#\xAAe*\x8B\x91\xBA\x1E\xC8\xC2\xBC\x1A\xCD\xDF4I\xCB'4\xB3\xD99\xF9\xDA\xB4" :path "selfhost/pkg_workspace_env_core_v1.gc" :source "; Pure workspace environment projection and materialization-plan construction.\n\n(def selfhost/pkg-workspace-env::none (quote :none))\n\n(def selfhost/pkg-workspace-env::bool?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bool))))\n\n(def selfhost/pkg-workspace-env::bytes?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bytes))))\n\n(def selfhost/pkg-workspace-env::optional\n (fn (value) (if (core/list::is-nil? value) selfhost/pkg-workspace-env::none value)))\n\n(def selfhost/pkg-workspace-env::choose\n (fn (primary) (fn (fallback) (if (core/list::is-nil? primary) fallback primary))))\n\n(def selfhost/pkg-workspace-env::digest\n (fn (bytes) (core/bytes::to-hex (core/crypto::blake3 bytes))))\n\n(def selfhost/pkg-workspace-env::term-bytes\n (fn (term)\n (core/str::to-utf8 ((core/str::concat (core/coreform::print-term term)) \"\\n\"))))\n\n(def selfhost/pkg-workspace-env::file\n (fn (scope)\n (fn (path)\n (fn (body)\n {:body body :h (selfhost/pkg-workspace-env::digest body) :path path :scope scope}))))\n\n(def selfhost/pkg-workspace-env::bounded-path?\n (fn (value) ((selfhost/pkg-scaffold::bounded-str? value) 16384)))\n\n(def selfhost/pkg-workspace-env::optional-path?\n (fn (value)\n (if (core/list::is-nil? value)\n true\n (selfhost/pkg-workspace-env::bounded-path? value))))\n\n(def selfhost/pkg-workspace-env::optional-str?\n (fn (value)\n (if (core/list::is-nil? value)\n true\n ((selfhost/pkg-scaffold::bounded-str? value) 16384))))\n\n(def selfhost/pkg-workspace-env::hex64?\n (fn (value) (selfhost/pkg-lock-ops::lower-hex64? value)))\n\n(def selfhost/pkg-workspace-env::byte-body?\n (fn (value)\n (if (selfhost/pkg-workspace-env::bytes? value)\n (if ((core/int::lt? 16777216) (core/bytes::len value)) false true)\n false)))\n\n(def selfhost/pkg-workspace-env::member-valid?\n (fn (member)\n (if\n ((selfhost/pkg-lock-read::exact-map? member)\n [:name :package-file :package-h :path :role])\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get member) (quote :name))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get member) (quote :path))) 16384)\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get member) (quote :role)))\n (let\n ((package-file ((core/map::get member) (quote :package-file)))\n (package-h ((core/map::get member) (quote :package-h))))\n (if (core/list::is-nil? package-file)\n (core/list::is-nil? package-h)\n (if (selfhost/pkg-workspace-env::bounded-path? package-file)\n (selfhost/pkg-workspace-env::hex64? package-h)\n false)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-env::members-valid-loop?\n (fn (members)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len members))\n true\n (if (selfhost/pkg-workspace-env::member-valid? ((core/vec::get members) index))\n ((selfhost/pkg-workspace-env::members-valid-loop? members) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-workspace-env::members-valid?\n (fn (members)\n (if (selfhost/pkg-lock-read::vec? members)\n (if ((core/int::lt? 4096) (core/vec::len members))\n false\n ((selfhost/pkg-workspace-env::members-valid-loop? members) 0))\n false)))\n\n(def selfhost/pkg-workspace-env::requirement-valid?\n (fn (requirement)\n (if\n ((selfhost/pkg-lock-read::exact-map? requirement)\n [:name :registry :selector :strategy :tag-policy :update-policy])\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :name))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :selector))) 16384)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :strategy))) 64)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get requirement) (quote :update-policy))) 64)\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get requirement) (quote :registry)))\n (selfhost/pkg-workspace-env::optional-str? ((core/map::get requirement) (quote :tag-policy)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-env::requirements-valid-loop?\n (fn (requirements)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len requirements))\n true\n (if (selfhost/pkg-workspace-env::requirement-valid? ((core/vec::get requirements) index))\n ((selfhost/pkg-workspace-env::requirements-valid-loop? requirements)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-workspace-env::locked-valid?\n (fn (locked)\n (if\n ((selfhost/pkg-lock-read::exact-map? locked)\n [\n :commit\n :commit-path\n :commit-present\n :environment-fingerprint\n :exports-h\n :name\n :registry\n :resolved-ref\n :snapshot\n :snapshot-path\n :snapshot-present\n :source-selector])\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :name))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :snapshot))) 16384)\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get locked) (quote :snapshot-path)))\n (if (selfhost/pkg-workspace-env::bool? ((core/map::get locked) (quote :snapshot-present)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :commit)))\n (if (selfhost/pkg-workspace-env::optional-path? ((core/map::get locked) (quote :commit-path)))\n (if (selfhost/pkg-workspace-env::bool? ((core/map::get locked) (quote :commit-present)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :registry)))\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get locked) (quote :source-selector))) 16384)\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :resolved-ref)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get locked) (quote :exports-h)))\n (selfhost/pkg-workspace-env::optional-str?\n ((core/map::get locked) (quote :environment-fingerprint)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-env::locked-valid-loop?\n (fn (locked)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len locked))\n true\n (if (selfhost/pkg-workspace-env::locked-valid? ((core/vec::get locked) index))\n ((selfhost/pkg-workspace-env::locked-valid-loop? locked) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-workspace-env::lock-valid?\n (fn (lock)\n (if ((selfhost/pkg-lock-read::exact-map? lock) [:locked :requirements])\n (let\n ((requirements ((core/map::get lock) (quote :requirements)))\n (locked ((core/map::get lock) (quote :locked))))\n (if (selfhost/pkg-lock-read::vec? requirements)\n (if (selfhost/pkg-lock-read::vec? locked)\n (if ((core/int::lt? 4096) (core/vec::len requirements))\n false\n (if ((core/int::lt? 4096) (core/vec::len locked))\n false\n (if ((selfhost/pkg-workspace-env::requirements-valid-loop? requirements) 0)\n ((selfhost/pkg-workspace-env::locked-valid-loop? locked) 0)\n false)))\n false)\n false))\n false)))\n\n(def selfhost/pkg-workspace-env::request-valid?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [\n :active\n :default-backend\n :defaults\n :generated-by\n :kind\n :lock\n :lock-bytes\n :members\n :out-root-prefix\n :override\n :path-separator\n :paths\n :profile\n :profile-backend\n :profile-values\n :v\n :workspace\n :workspace-bytes])\n (let\n ((defaults ((core/map::get request) (quote :defaults)))\n (profile-values ((core/map::get request) (quote :profile-values)))\n (paths ((core/map::get request) (quote :paths))))\n (if ((selfhost/pkg-lock-read::exact-map? defaults) [:policy :registry :toolchain])\n (if\n ((selfhost/pkg-lock-read::exact-map? profile-values)\n [:caps-policy :policy :registry :toolchain])\n (if\n ((selfhost/pkg-lock-read::exact-map? paths)\n [\n :lock-file\n :store-root\n :wasi-http-dir\n :wasi-https-dir\n :wasi-root\n :wasi-runtime-file\n :workspace-file])\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active))) 64)\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :default-backend)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :override)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get request) (quote :profile-backend)))\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :profile))) 256)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :workspace))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :generated-by))) 4096)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :out-root-prefix))) 16384)\n (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :path-separator))) 4)\n (if (selfhost/pkg-workspace-env::byte-body? ((core/map::get request) (quote :workspace-bytes)))\n (if (selfhost/pkg-workspace-env::byte-body? ((core/map::get request) (quote :lock-bytes)))\n (if (selfhost/pkg-workspace-env::members-valid? ((core/map::get request) (quote :members)))\n (if (selfhost/pkg-workspace-env::lock-valid? ((core/map::get request) (quote :lock)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :policy)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :registry)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get defaults) (quote :toolchain)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :caps-policy)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :policy)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :registry)))\n (if (selfhost/pkg-workspace-env::optional-str? ((core/map::get profile-values) (quote :toolchain)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :workspace-file)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :lock-file)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :store-root)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-root)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-http-dir)))\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-https-dir)))\n (selfhost/pkg-workspace-env::bounded-path? ((core/map::get paths) (quote :wasi-runtime-file)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-workspace-env::member-term\n (fn (member)\n {\n :name ((core/map::get member) (quote :name))\n :package-file (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :package-file)))\n :package-h (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :package-h)))\n :path ((core/map::get member) (quote :path))\n :role (selfhost/pkg-workspace-env::optional ((core/map::get member) (quote :role)))}))\n\n(def selfhost/pkg-workspace-env::members-loop\n (fn (members)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len members))\n out\n (((selfhost/pkg-workspace-env::members-loop members) ((core/int::add index) 1))\n ((core/vec::push out)\n (selfhost/pkg-workspace-env::member-term ((core/vec::get members) index)))))))))\n\n(def selfhost/pkg-workspace-env::requirement-term\n (fn (requirement)\n {\n :name ((core/map::get requirement) (quote :name))\n :registry (selfhost/pkg-workspace-env::optional ((core/map::get requirement) (quote :registry)))\n :selector ((core/map::get requirement) (quote :selector))\n :strategy ((core/map::get requirement) (quote :strategy))\n :tag-policy (selfhost/pkg-workspace-env::optional ((core/map::get requirement) (quote :tag-policy)))\n :update-policy ((core/map::get requirement) (quote :update-policy))}))\n\n(def selfhost/pkg-workspace-env::requirements-loop\n (fn (requirements)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len requirements))\n out\n (((selfhost/pkg-workspace-env::requirements-loop requirements) ((core/int::add index) 1))\n ((core/vec::push out)\n (selfhost/pkg-workspace-env::requirement-term ((core/vec::get requirements) index)))))))))\n\n(def selfhost/pkg-workspace-env::locked-term\n (fn (locked)\n {\n :commit (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :commit)))\n :environment-fingerprint\n (selfhost/pkg-workspace-env::optional\n ((core/map::get locked) (quote :environment-fingerprint)))\n :exports-h (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :exports-h)))\n :name ((core/map::get locked) (quote :name))\n :registry (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :registry)))\n :resolved-ref (selfhost/pkg-workspace-env::optional ((core/map::get locked) (quote :resolved-ref)))\n :snapshot ((core/map::get locked) (quote :snapshot))\n :source-selector ((core/map::get locked) (quote :source-selector))}))\n\n(def selfhost/pkg-workspace-env::locked-loop\n (fn (locked)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len locked))\n out\n (((selfhost/pkg-workspace-env::locked-loop locked) ((core/int::add index) 1))\n ((core/vec::push out)\n (selfhost/pkg-workspace-env::locked-term ((core/vec::get locked) index)))))))))\n\n(def selfhost/pkg-workspace-env::locked-present-loop?\n (fn (locked)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len locked))\n true\n (let ((entry ((core/vec::get locked) index)))\n (if ((core/map::get entry) (quote :snapshot-present))\n (if ((core/map::get entry) (quote :commit-present))\n ((selfhost/pkg-workspace-env::locked-present-loop? locked) ((core/int::add index) 1))\n false)\n false))))))\n\n(def selfhost/pkg-workspace-env::selection-request\n (fn (request)\n {\n :active ((core/map::get request) (quote :active))\n :default ((core/map::get request) (quote :default-backend))\n :kind selfhost/pkg-workspace-env-select::request-kind\n :override ((core/map::get request) (quote :override))\n :profile ((core/map::get request) (quote :profile))\n :profile-backend ((core/map::get request) (quote :profile-backend))\n :v 1}))\n\n(def selfhost/pkg-workspace-env::make-plan\n (fn (request)\n (let ((selection (core/pkg::workspace-env-select-authority\n (selfhost/pkg-workspace-env::selection-request request))))\n (if ((core/map::get selection) (quote :ok))\n (let ((selected ((core/map::get selection) (quote :value))))\n (if ((core/map::get selected) (quote :compatible))\n (let\n ((profile-values ((core/map::get request) (quote :profile-values)))\n (defaults ((core/map::get request) (quote :defaults)))\n (lock ((core/map::get request) (quote :lock))))\n (if\n ((selfhost/pkg-workspace-env::locked-present-loop?\n ((core/map::get lock) (quote :locked))) 0)\n (let\n ((members-term\n (((selfhost/pkg-workspace-env::members-loop\n ((core/map::get request) (quote :members))) 0) []))\n (requirements\n (((selfhost/pkg-workspace-env::requirements-loop\n ((core/map::get lock) (quote :requirements))) 0) []))\n (locked\n (((selfhost/pkg-workspace-env::locked-loop\n ((core/map::get lock) (quote :locked))) 0) [])))\n (let\n ((deps-term\n {\n :locked locked\n :requirements requirements\n :store\n ((core/map::get ((core/map::get request) (quote :paths)))\n (quote :store-root))})\n (profile-policy\n ((core/map::get profile-values) (quote :policy)))\n (profile-registry\n ((core/map::get profile-values) (quote :registry)))\n (profile-toolchain\n ((core/map::get profile-values) (quote :toolchain))))\n (let\n ((members-body (selfhost/pkg-workspace-env::term-bytes members-term))\n (deps-body (selfhost/pkg-workspace-env::term-bytes deps-term))\n (effective-policy\n ((selfhost/pkg-workspace-env::choose profile-policy)\n ((core/map::get defaults) (quote :policy))))\n (effective-registry\n ((selfhost/pkg-workspace-env::choose profile-registry)\n ((core/map::get defaults) (quote :registry))))\n (effective-toolchain\n ((selfhost/pkg-workspace-env::choose profile-toolchain)\n ((core/map::get defaults) (quote :toolchain))))\n (caps-policy\n ((selfhost/pkg-workspace-env::choose\n ((core/map::get profile-values) (quote :caps-policy)))\n \"caps.toml\")))\n {\n :code nil\n :message nil\n :ok true\n :value {\n :active ((core/map::get selected) (quote :active))\n :backend-required\n (if\n ((core/eq?\n (selfhost/effect-crypto::ascii-lower\n ((core/map::get request) (quote :profile)))) \"backend\")\n true\n ((core/eq? ((core/map::get selected) (quote :selected))) \"backend\"))\n :caps-policy-raw caps-policy\n :deps-body deps-body\n :deps-h (selfhost/pkg-workspace-env::digest deps-body)\n :effective-policy effective-policy\n :effective-registry effective-registry\n :effective-toolchain effective-toolchain\n :lock-h\n (selfhost/pkg-workspace-env::digest\n ((core/map::get request) (quote :lock-bytes)))\n :members-body members-body\n :members-h (selfhost/pkg-workspace-env::digest members-body)\n :profile ((core/map::get request) (quote :profile))\n :profile-policy profile-policy\n :profile-registry profile-registry\n :profile-toolchain profile-toolchain\n :selected ((core/map::get selected) (quote :selected))\n :source ((core/map::get selected) (quote :source))\n :workspace-h\n (selfhost/pkg-workspace-env::digest\n ((core/map::get request) (quote :workspace-bytes)))}})))\n {:code \"core/pkg/bad-workspace-env\" :message \"locked dependency object is missing\"\n :ok false :value nil}))\n {:code \"core/pkg/bad-workspace-env-selection\"\n :message \"workspace runtime backend is incompatible with active runtime backend profile\"\n :ok false :value nil}))\n {:code \"core/pkg/bad-workspace-env-selection\"\n :message ((core/map::get selection) (quote :message)) :ok false :value nil}))))\n\n(def selfhost/pkg-workspace-env::file-observation-valid?\n (fn (observation)\n (if ((selfhost/pkg-lock-read::exact-map? observation) [:bytes :h :path])\n (let\n ((bytes ((core/map::get observation) (quote :bytes)))\n (h ((core/map::get observation) (quote :h)))\n (path ((core/map::get observation) (quote :path))))\n (if (selfhost/pkg-workspace-env::byte-body? bytes)\n (if (selfhost/pkg-workspace-env::hex64? h)\n (if (selfhost/pkg-workspace-env::bounded-path? path)\n ((core/eq? (selfhost/pkg-workspace-env::digest bytes)) h)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-workspace-env::backend-observation-valid?\n (fn (required)\n (fn (observation)\n (if required\n (if\n ((selfhost/pkg-lock-read::exact-map? observation)\n [:bridge-cmd :bridge-ready :bridge-sha256 :effective-caps-bytes :effective-caps-h])\n (if (selfhost/pkg-workspace-env::bounded-path? ((core/map::get observation) (quote :bridge-cmd)))\n (if (selfhost/pkg-workspace-env::hex64? ((core/map::get observation) (quote :bridge-sha256)))\n (if ((core/map::get observation) (quote :bridge-ready))\n (let\n ((bytes ((core/map::get observation) (quote :effective-caps-bytes)))\n (h ((core/map::get observation) (quote :effective-caps-h))))\n (if (selfhost/pkg-workspace-env::byte-body? bytes)\n (if (selfhost/pkg-workspace-env::hex64? h)\n ((core/eq? (selfhost/pkg-workspace-env::digest bytes)) h)\n false)\n false))\n false)\n false)\n false)\n false)\n (core/list::is-nil? observation)))))\n\n(def selfhost/pkg-workspace-env::wasi-observation-valid?\n (fn (remote)\n (fn (observation)\n (if ((selfhost/pkg-lock-read::exact-map? observation) [:remote-root :root])\n (let\n ((root ((core/map::get observation) (quote :root)))\n (remote-root ((core/map::get observation) (quote :remote-root))))\n (if (selfhost/pkg-workspace-env::bounded-path? root)\n (if\n (if (core/list::is-nil? remote)\n false\n (if ((selfhost/pkg-lock-read::starts-with? remote) \"http://\")\n true\n ((selfhost/pkg-lock-read::starts-with? remote) \"https://\")))\n (selfhost/pkg-workspace-env::bounded-path? remote-root)\n (core/list::is-nil? remote-root))\n false))\n false))))\n\n(def selfhost/pkg-workspace-env::observations-valid?\n (fn (plan)\n (fn (observations)\n (if\n ((selfhost/pkg-lock-read::exact-map? observations)\n [:backend :caps-policy :toolchain :wasi])\n (if\n (selfhost/pkg-workspace-env::file-observation-valid?\n ((core/map::get observations) (quote :caps-policy)))\n (let\n ((toolchain ((core/map::get observations) (quote :toolchain)))\n (effective-toolchain ((core/map::get plan) (quote :effective-toolchain))))\n (if\n (if (core/list::is-nil? effective-toolchain)\n (core/list::is-nil? toolchain)\n (selfhost/pkg-workspace-env::file-observation-valid? toolchain))\n (if\n ((selfhost/pkg-workspace-env::backend-observation-valid?\n ((core/map::get plan) (quote :backend-required)))\n ((core/map::get observations) (quote :backend)))\n ((selfhost/pkg-workspace-env::wasi-observation-valid?\n ((core/map::get plan) (quote :effective-registry)))\n ((core/map::get observations) (quote :wasi)))\n false)\n false))\n false)\n false))))\n\n(def selfhost/pkg-workspace-env::append-env-file\n (fn (files)\n (fn (path)\n (fn (body)\n ((core/vec::push files) (((selfhost/pkg-workspace-env::file (quote :env)) path) body))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x99\xA3\xA4i\xCF\xD4l\x813 \xFD\xB6\xC80g]=\nv\xCF\xE4>16\x8BO\x14\x03<#\x97\x04" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 43 :stage2-wasm-h b"\xF5\xFC\xB1\xC3$\xBA\xF2\xFC8#\xB8\xCCVL\x06\xC3\x16}w\xAB\xD3\x1AJ\xBA`\x9F\xE7\"\x8F\xF3r\xAA"} {:forms [(def selfhost/pkg-workspace-env::make-final (fn (plan-request) (fn (plan) (fn (observations) (let ((caps ((core/map::get observations) (quote :caps-policy))) (toolchain ((core/map::get observations) (quote :toolchain))) (backend ((core/map::get observations) (quote :backend))) (wasi ((core/map::get observations) (quote :wasi))) (paths ((core/map::get plan-request) (quote :paths)))) (let ((toolchain-h (if (core/list::is-nil? toolchain) selfhost/pkg-workspace-env::none ((core/map::get toolchain) (quote :h)))) (remote ((core/map::get plan) (quote :effective-registry))) (remote-root ((core/map::get wasi) (quote :remote-root))) (wasi-root ((core/map::get wasi) (quote :root)))) (let ((env-term {:active-runtime-backend-profile ((core/map::get plan) (quote :active)) :backend-bridge-sha256 (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :bridge-sha256)) selfhost/pkg-workspace-env::none) :backend-effective-caps-h (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :effective-caps-h)) selfhost/pkg-workspace-env::none) :caps-policy ((core/map::get caps) (quote :path)) :caps-policy-h ((core/map::get caps) (quote :h)) :deps-h ((core/map::get plan) (quote :deps-h)) :effective-policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :effective-policy))) :lock-h ((core/map::get plan) (quote :lock-h)) :members-h ((core/map::get plan) (quote :members-h)) :policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-policy))) :profile ((core/map::get plan) (quote :profile)) :registry (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-registry))) :runtime-backend-compatible true :runtime-backend-profile ((core/map::get plan) (quote :selected)) :toolchain (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-toolchain))) :toolchain-h toolchain-h :toolchain-path (if (core/list::is-nil? toolchain) selfhost/pkg-workspace-env::none ((core/map::get toolchain) (quote :path))) :type (quote :gcpm/env) :v 2 :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote) :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root) :wasi-http-bridge-root wasi-root :workspace ((core/map::get plan-request) (quote :workspace)) :workspace-h ((core/map::get plan) (quote :workspace-h))})) (let ((env-body (selfhost/pkg-workspace-env::term-bytes env-term))) (let ((env-h (selfhost/pkg-workspace-env::digest env-body)) (separator ((core/map::get plan-request) (quote :path-separator)))) (let ((env-root ((core/str::concat ((core/map::get plan-request) (quote :out-root-prefix))) env-h))) (let ((profile-term {:active-runtime-backend-profile ((core/map::get plan) (quote :active)) :caps-policy ((core/map::get caps) (quote :path)) :policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :effective-policy))) :profile ((core/map::get plan) (quote :profile)) :registry (selfhost/pkg-workspace-env::optional remote) :runtime-backend-compatible true :runtime-backend-profile ((core/map::get plan) (quote :selected)) :toolchain (if (core/list::is-nil? toolchain) selfhost/pkg-workspace-env::none ((core/map::get toolchain) (quote :path))) :type (quote :gcpm/profile) :v 1 :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote) :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root) :wasi-http-bridge-root wasi-root :workspace ((core/map::get plan-request) (quote :workspace))}) (wasi-term {:profile ((core/map::get plan) (quote :profile)) :remote (selfhost/pkg-workspace-env::optional remote) :remote-root (selfhost/pkg-workspace-env::optional remote-root) :root wasi-root :runtime-backend-profile ((core/map::get plan) (quote :selected)) :type (quote :gcpm/wasi-http-bridge-runtime) :v 1})) (let ((profile-body (selfhost/pkg-workspace-env::term-bytes profile-term)) (wasi-body (selfhost/pkg-workspace-env::term-bytes wasi-term))) (let ((profile-h (selfhost/pkg-workspace-env::digest profile-body)) (provenance-body (selfhost/pkg-workspace-env::term-bytes {:env-h env-h :generated-by ((core/map::get plan-request) (quote :generated-by)) :lock-file ((core/map::get paths) (quote :lock-file)) :type (quote :gcpm/env-provenance) :v 1 :workspace-file ((core/map::get paths) (quote :workspace-file))}))) (let ((files0 []) (effective-path (if ((core/map::get plan) (quote :backend-required)) ((core/str::concat ((core/str::concat env-root) separator)) "caps-policy.backend.effective.toml") selfhost/pkg-workspace-env::none))) (let ((files1 (((selfhost/pkg-workspace-env::append-env-file files0) "env.gcenv") env-body))) (let ((files2 (((selfhost/pkg-workspace-env::append-env-file files1) "members.gc") ((core/map::get plan) (quote :members-body))))) (let ((files3 (((selfhost/pkg-workspace-env::append-env-file files2) "deps.gc") ((core/map::get plan) (quote :deps-body))))) (let ((files4 (((selfhost/pkg-workspace-env::append-env-file files3) "workspace.toml") ((core/map::get plan-request) (quote :workspace-bytes))))) (let ((files5 (((selfhost/pkg-workspace-env::append-env-file files4) "genesis.lock") ((core/map::get plan-request) (quote :lock-bytes))))) (let ((files6 (((selfhost/pkg-workspace-env::append-env-file files5) "caps-policy.toml") ((core/map::get caps) (quote :bytes))))) (let ((files7 (if ((core/map::get plan) (quote :backend-required)) (((selfhost/pkg-workspace-env::append-env-file files6) "caps-policy.backend.effective.toml") ((core/map::get backend) (quote :effective-caps-bytes))) files6))) (let ((files8 (if (core/list::is-nil? toolchain) files7 (((selfhost/pkg-workspace-env::append-env-file files7) "toolchain.gc") ((core/map::get toolchain) (quote :bytes)))))) (let ((files9 (((selfhost/pkg-workspace-env::append-env-file files8) "profile.gc") profile-body))) (let ((files10 (((selfhost/pkg-workspace-env::append-env-file files9) "provenance.gc") provenance-body))) (let ((files11 (((selfhost/pkg-workspace-env::append-env-file files10) "wasi-http-bridge.gc") wasi-body))) (let ((files ((core/vec::push files11) (((selfhost/pkg-workspace-env::file (quote :external)) ((core/map::get paths) (quote :wasi-runtime-file))) wasi-body))) (mkdirs0 ((core/vec::push ((core/vec::push []) ((core/map::get paths) (quote :wasi-http-dir)))) ((core/map::get paths) (quote :wasi-https-dir)))) (public {:active-runtime-backend-profile ((core/map::get plan) (quote :active)) :backend-bridge-cmd (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :bridge-cmd)) selfhost/pkg-workspace-env::none) :backend-bridge-ready (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :bridge-ready)) false) :backend-bridge-sha256 (if ((core/map::get plan) (quote :backend-required)) ((core/str::concat "sha256:") ((core/map::get backend) (quote :bridge-sha256))) selfhost/pkg-workspace-env::none) :caps-policy ((core/map::get caps) (quote :path)) :caps-policy-effective effective-path :caps-policy-effective-h (if ((core/map::get plan) (quote :backend-required)) ((core/map::get backend) (quote :effective-caps-h)) selfhost/pkg-workspace-env::none) :caps-policy-h ((core/map::get caps) (quote :h)) :env-h env-h :env-root env-root :ok true :profile ((core/map::get plan) (quote :profile)) :profile-h profile-h :runtime-backend-compatible true :runtime-backend-profile ((core/map::get plan) (quote :selected)) :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote) :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root) :wasi-http-bridge-root wasi-root})) {:env-h env-h :env-root env-root :files files :mkdirs (if (core/list::is-nil? remote-root) mkdirs0 ((core/vec::push mkdirs0) remote-root)) :profile-h profile-h :public public}))))))))))))))))))))))))))] :module-h b"2\xE5\xCB\x14r|x\xD9\xCD\xFDl\x8B\x1B\xF0\x1B\xE8\xCFp\xEEV\x06\x99_\x0EI\x9C1\xBC\x94\xAB\xB5z" :path "selfhost/pkg_workspace_env_finalize_v1.gc" :source "; Finalize request-bound workspace observations into canonical environment artifacts.\n\n(def selfhost/pkg-workspace-env::make-final\n (fn (plan-request)\n (fn (plan)\n (fn (observations)\n (let\n ((caps ((core/map::get observations) (quote :caps-policy)))\n (toolchain ((core/map::get observations) (quote :toolchain)))\n (backend ((core/map::get observations) (quote :backend)))\n (wasi ((core/map::get observations) (quote :wasi)))\n (paths ((core/map::get plan-request) (quote :paths))))\n (let\n ((toolchain-h\n (if (core/list::is-nil? toolchain)\n selfhost/pkg-workspace-env::none\n ((core/map::get toolchain) (quote :h))))\n (remote ((core/map::get plan) (quote :effective-registry)))\n (remote-root ((core/map::get wasi) (quote :remote-root)))\n (wasi-root ((core/map::get wasi) (quote :root))))\n (let\n ((env-term\n {\n :active-runtime-backend-profile ((core/map::get plan) (quote :active))\n :backend-bridge-sha256\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :bridge-sha256))\n selfhost/pkg-workspace-env::none)\n :backend-effective-caps-h\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :effective-caps-h))\n selfhost/pkg-workspace-env::none)\n :caps-policy ((core/map::get caps) (quote :path))\n :caps-policy-h ((core/map::get caps) (quote :h))\n :deps-h ((core/map::get plan) (quote :deps-h))\n :effective-policy\n (selfhost/pkg-workspace-env::optional\n ((core/map::get plan) (quote :effective-policy)))\n :lock-h ((core/map::get plan) (quote :lock-h))\n :members-h ((core/map::get plan) (quote :members-h))\n :policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-policy)))\n :profile ((core/map::get plan) (quote :profile))\n :registry (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-registry)))\n :runtime-backend-compatible true\n :runtime-backend-profile ((core/map::get plan) (quote :selected))\n :toolchain (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :profile-toolchain)))\n :toolchain-h toolchain-h\n :toolchain-path\n (if (core/list::is-nil? toolchain)\n selfhost/pkg-workspace-env::none\n ((core/map::get toolchain) (quote :path)))\n :type (quote :gcpm/env)\n :v 2\n :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote)\n :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root)\n :wasi-http-bridge-root wasi-root\n :workspace ((core/map::get plan-request) (quote :workspace))\n :workspace-h ((core/map::get plan) (quote :workspace-h))}))\n (let ((env-body (selfhost/pkg-workspace-env::term-bytes env-term)))\n (let\n ((env-h (selfhost/pkg-workspace-env::digest env-body))\n (separator ((core/map::get plan-request) (quote :path-separator))))\n (let\n ((env-root\n ((core/str::concat\n ((core/map::get plan-request) (quote :out-root-prefix))) env-h)))\n (let\n ((profile-term\n {\n :active-runtime-backend-profile ((core/map::get plan) (quote :active))\n :caps-policy ((core/map::get caps) (quote :path))\n :policy (selfhost/pkg-workspace-env::optional ((core/map::get plan) (quote :effective-policy)))\n :profile ((core/map::get plan) (quote :profile))\n :registry (selfhost/pkg-workspace-env::optional remote)\n :runtime-backend-compatible true\n :runtime-backend-profile ((core/map::get plan) (quote :selected))\n :toolchain\n (if (core/list::is-nil? toolchain)\n selfhost/pkg-workspace-env::none\n ((core/map::get toolchain) (quote :path)))\n :type (quote :gcpm/profile)\n :v 1\n :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote)\n :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root)\n :wasi-http-bridge-root wasi-root\n :workspace ((core/map::get plan-request) (quote :workspace))})\n (wasi-term\n {\n :profile ((core/map::get plan) (quote :profile))\n :remote (selfhost/pkg-workspace-env::optional remote)\n :remote-root (selfhost/pkg-workspace-env::optional remote-root)\n :root wasi-root\n :runtime-backend-profile ((core/map::get plan) (quote :selected))\n :type (quote :gcpm/wasi-http-bridge-runtime)\n :v 1}))\n (let\n ((profile-body (selfhost/pkg-workspace-env::term-bytes profile-term))\n (wasi-body (selfhost/pkg-workspace-env::term-bytes wasi-term)))\n (let\n ((profile-h (selfhost/pkg-workspace-env::digest profile-body))\n (provenance-body\n (selfhost/pkg-workspace-env::term-bytes\n {\n :env-h env-h\n :generated-by ((core/map::get plan-request) (quote :generated-by))\n :lock-file ((core/map::get paths) (quote :lock-file))\n :type (quote :gcpm/env-provenance)\n :v 1\n :workspace-file ((core/map::get paths) (quote :workspace-file))})))\n (let\n ((files0 [])\n (effective-path\n (if ((core/map::get plan) (quote :backend-required))\n ((core/str::concat ((core/str::concat env-root) separator))\n \"caps-policy.backend.effective.toml\")\n selfhost/pkg-workspace-env::none)))\n (let\n ((files1 (((selfhost/pkg-workspace-env::append-env-file files0) \"env.gcenv\") env-body)))\n (let\n ((files2\n (((selfhost/pkg-workspace-env::append-env-file files1) \"members.gc\")\n ((core/map::get plan) (quote :members-body)))))\n (let\n ((files3\n (((selfhost/pkg-workspace-env::append-env-file files2) \"deps.gc\")\n ((core/map::get plan) (quote :deps-body)))))\n (let\n ((files4\n (((selfhost/pkg-workspace-env::append-env-file files3) \"workspace.toml\")\n ((core/map::get plan-request) (quote :workspace-bytes)))))\n (let\n ((files5\n (((selfhost/pkg-workspace-env::append-env-file files4) \"genesis.lock\")\n ((core/map::get plan-request) (quote :lock-bytes)))))\n (let\n ((files6\n (((selfhost/pkg-workspace-env::append-env-file files5) \"caps-policy.toml\")\n ((core/map::get caps) (quote :bytes)))))\n (let\n ((files7\n (if ((core/map::get plan) (quote :backend-required))\n (((selfhost/pkg-workspace-env::append-env-file files6)\n \"caps-policy.backend.effective.toml\")\n ((core/map::get backend) (quote :effective-caps-bytes)))\n files6)))\n (let\n ((files8\n (if (core/list::is-nil? toolchain)\n files7\n (((selfhost/pkg-workspace-env::append-env-file files7) \"toolchain.gc\")\n ((core/map::get toolchain) (quote :bytes))))))\n (let\n ((files9\n (((selfhost/pkg-workspace-env::append-env-file files8) \"profile.gc\")\n profile-body)))\n (let\n ((files10\n (((selfhost/pkg-workspace-env::append-env-file files9) \"provenance.gc\")\n provenance-body)))\n (let\n ((files11\n (((selfhost/pkg-workspace-env::append-env-file files10)\n \"wasi-http-bridge.gc\") wasi-body)))\n (let\n ((files\n ((core/vec::push files11)\n (((selfhost/pkg-workspace-env::file (quote :external))\n ((core/map::get paths) (quote :wasi-runtime-file)))\n wasi-body)))\n (mkdirs0\n ((core/vec::push\n ((core/vec::push [])\n ((core/map::get paths) (quote :wasi-http-dir))))\n ((core/map::get paths) (quote :wasi-https-dir))))\n (public\n {\n :active-runtime-backend-profile ((core/map::get plan) (quote :active))\n :backend-bridge-cmd\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :bridge-cmd))\n selfhost/pkg-workspace-env::none)\n :backend-bridge-ready\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :bridge-ready)) false)\n :backend-bridge-sha256\n (if ((core/map::get plan) (quote :backend-required))\n ((core/str::concat \"sha256:\")\n ((core/map::get backend) (quote :bridge-sha256)))\n selfhost/pkg-workspace-env::none)\n :caps-policy ((core/map::get caps) (quote :path))\n :caps-policy-effective effective-path\n :caps-policy-effective-h\n (if ((core/map::get plan) (quote :backend-required))\n ((core/map::get backend) (quote :effective-caps-h))\n selfhost/pkg-workspace-env::none)\n :caps-policy-h ((core/map::get caps) (quote :h))\n :env-h env-h\n :env-root env-root\n :ok true\n :profile ((core/map::get plan) (quote :profile))\n :profile-h profile-h\n :runtime-backend-compatible true\n :runtime-backend-profile ((core/map::get plan) (quote :selected))\n :wasi-http-bridge-remote (selfhost/pkg-workspace-env::optional remote)\n :wasi-http-bridge-remote-root (selfhost/pkg-workspace-env::optional remote-root)\n :wasi-http-bridge-root wasi-root}))\n {\n :env-h env-h\n :env-root env-root\n :files files\n :mkdirs\n (if (core/list::is-nil? remote-root)\n mkdirs0\n ((core/vec::push mkdirs0) remote-root))\n :profile-h profile-h\n :public public}))))))))))))))))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"2\xE5\xCB\x14r|x\xD9\xCD\xFDl\x8B\x1B\xF0\x1B\xE8\xCFp\xEEV\x06\x99_\x0EI\x9C1\xBC\x94\xAB\xB5z" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-workspace-env-authority::plan-kind "genesis/pkg-workspace-env-plan-authority-request-v0.1") (def selfhost/pkg-workspace-env-authority::finalize-kind "genesis/pkg-workspace-env-finalize-authority-request-v0.1") (def selfhost/pkg-workspace-env-authority::result-kind "genesis/pkg-workspace-env-authority-result-v0.1") (def selfhost/pkg-workspace-env-authority::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-env-authority::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-env-authority::reject-code (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-workspace-env-authority::result request-h) false) code) message) nil))))) (def selfhost/pkg-workspace-env-authority::reject (fn (request-h) (fn (message) (((selfhost/pkg-workspace-env-authority::reject-code request-h) "core/pkg/bad-workspace-env") message)))) (def selfhost/pkg-workspace-env-authority::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-env-authority::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-env-authority::plan (fn (request-h) (fn (request) (if (selfhost/pkg-workspace-env::request-valid? request) (let ((outcome (selfhost/pkg-workspace-env::make-plan request))) (if ((core/map::get outcome) (quote :ok)) (let ((plan ((core/map::get outcome) (quote :value)))) ((selfhost/pkg-workspace-env-authority::accept request-h) {:plan plan :plan-h (selfhost/hash::hash-term plan)})) (((selfhost/pkg-workspace-env-authority::reject-code request-h) ((core/map::get outcome) (quote :code))) ((core/map::get outcome) (quote :message))))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment plan request values are invalid"))))) (def selfhost/pkg-workspace-env-authority::finalize-valid? (fn (request) (if ((selfhost/pkg-lock-read::exact-map? request) [:kind :observations :plan :plan-h :plan-request :v]) (if (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :plan))) (if (selfhost/pkg-workspace-env::hex64? ((core/map::get request) (quote :plan-h))) (if (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :plan-request))) (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :observations))) false) false) false) false))) (def selfhost/pkg-workspace-env-authority::finalize (fn (request-h) (fn (request) (if (selfhost/pkg-workspace-env-authority::finalize-valid? request) (let ((plan ((core/map::get request) (quote :plan))) (plan-h ((core/map::get request) (quote :plan-h))) (plan-request ((core/map::get request) (quote :plan-request))) (observations ((core/map::get request) (quote :observations)))) (if ((core/eq? (selfhost/hash::hash-term plan)) plan-h) (if (selfhost/pkg-workspace-env::request-valid? plan-request) (if ((core/eq? ((core/map::get plan-request) (quote :kind))) selfhost/pkg-workspace-env-authority::plan-kind) (let ((recomputed (selfhost/pkg-workspace-env::make-plan plan-request))) (if ((core/map::get recomputed) (quote :ok)) (if ((core/eq? (selfhost/hash::hash-term ((core/map::get recomputed) (quote :value)))) plan-h) (if ((selfhost/pkg-workspace-env::observations-valid? plan) observations) ((selfhost/pkg-workspace-env-authority::accept request-h) (((selfhost/pkg-workspace-env::make-final plan-request) plan) observations)) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment observations are invalid or contradictory")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment plan substitution detected")) (((selfhost/pkg-workspace-env-authority::reject-code request-h) ((core/map::get recomputed) (quote :code))) ((core/map::get recomputed) (quote :message))))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment embedded plan kind mismatch")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment embedded plan request is invalid")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment plan hash mismatch"))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment finalize request fields are invalid"))))) (def core/pkg::workspace-env-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v)))) (if (selfhost/pkg-lock-read::str? kind) (if (selfhost/pkg-lock-read::int? version) (if ((core/int::eq? version) 1) (if ((core/eq? kind) selfhost/pkg-workspace-env-authority::plan-kind) ((selfhost/pkg-workspace-env-authority::plan request-h) request) (if ((core/eq? kind) selfhost/pkg-workspace-env-authority::finalize-kind) ((selfhost/pkg-workspace-env-authority::finalize request-h) request) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request kind mismatch"))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request version mismatch")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request version must be integer")) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request kind must be string"))) ((selfhost/pkg-workspace-env-authority::reject request-h) "workspace environment request must be map")))))] :module-h b"\x94t\xCBT\xE2v\xE9\xB0s\xE1\x1D \x1E\x01\x8B\x00\xB5\x12\xCE\xAA\xD8P\xF8D\xC3\xAD\xEB}\rZ\x84\x97" :path "selfhost/pkg_workspace_env_authority_v1.gc" :source "; Request-bound two-phase authority for gcpm environment projection and materialization.\n\n(def selfhost/pkg-workspace-env-authority::plan-kind\n \"genesis/pkg-workspace-env-plan-authority-request-v0.1\")\n(def selfhost/pkg-workspace-env-authority::finalize-kind\n \"genesis/pkg-workspace-env-finalize-authority-request-v0.1\")\n(def selfhost/pkg-workspace-env-authority::result-kind\n \"genesis/pkg-workspace-env-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-env-authority::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-env-authority::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-env-authority::reject-code\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-workspace-env-authority::result request-h) false) code) message) nil)))))\n\n(def selfhost/pkg-workspace-env-authority::reject\n (fn (request-h)\n (fn (message)\n (((selfhost/pkg-workspace-env-authority::reject-code request-h)\n \"core/pkg/bad-workspace-env\") message))))\n\n(def selfhost/pkg-workspace-env-authority::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-env-authority::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-env-authority::plan\n (fn (request-h)\n (fn (request)\n (if (selfhost/pkg-workspace-env::request-valid? request)\n (let ((outcome (selfhost/pkg-workspace-env::make-plan request)))\n (if ((core/map::get outcome) (quote :ok))\n (let ((plan ((core/map::get outcome) (quote :value))))\n ((selfhost/pkg-workspace-env-authority::accept request-h)\n {:plan plan :plan-h (selfhost/hash::hash-term plan)}))\n (((selfhost/pkg-workspace-env-authority::reject-code request-h)\n ((core/map::get outcome) (quote :code)))\n ((core/map::get outcome) (quote :message)))))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment plan request values are invalid\")))))\n\n(def selfhost/pkg-workspace-env-authority::finalize-valid?\n (fn (request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:kind :observations :plan :plan-h :plan-request :v])\n (if (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :plan)))\n (if (selfhost/pkg-workspace-env::hex64? ((core/map::get request) (quote :plan-h)))\n (if (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :plan-request)))\n (selfhost/pkg-lock-read::map? ((core/map::get request) (quote :observations)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-env-authority::finalize\n (fn (request-h)\n (fn (request)\n (if (selfhost/pkg-workspace-env-authority::finalize-valid? request)\n (let\n ((plan ((core/map::get request) (quote :plan)))\n (plan-h ((core/map::get request) (quote :plan-h)))\n (plan-request ((core/map::get request) (quote :plan-request)))\n (observations ((core/map::get request) (quote :observations))))\n (if ((core/eq? (selfhost/hash::hash-term plan)) plan-h)\n (if (selfhost/pkg-workspace-env::request-valid? plan-request)\n (if\n ((core/eq? ((core/map::get plan-request) (quote :kind)))\n selfhost/pkg-workspace-env-authority::plan-kind)\n (let ((recomputed (selfhost/pkg-workspace-env::make-plan plan-request)))\n (if ((core/map::get recomputed) (quote :ok))\n (if\n ((core/eq?\n (selfhost/hash::hash-term\n ((core/map::get recomputed) (quote :value)))) plan-h)\n (if\n ((selfhost/pkg-workspace-env::observations-valid? plan) observations)\n ((selfhost/pkg-workspace-env-authority::accept request-h)\n (((selfhost/pkg-workspace-env::make-final plan-request) plan) observations))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment observations are invalid or contradictory\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment plan substitution detected\"))\n (((selfhost/pkg-workspace-env-authority::reject-code request-h)\n ((core/map::get recomputed) (quote :code)))\n ((core/map::get recomputed) (quote :message)))))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment embedded plan kind mismatch\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment embedded plan request is invalid\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment plan hash mismatch\")))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment finalize request fields are invalid\")))))\n\n(def core/pkg::workspace-env-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v))))\n (if (selfhost/pkg-lock-read::str? kind)\n (if (selfhost/pkg-lock-read::int? version)\n (if ((core/int::eq? version) 1)\n (if ((core/eq? kind) selfhost/pkg-workspace-env-authority::plan-kind)\n ((selfhost/pkg-workspace-env-authority::plan request-h) request)\n (if ((core/eq? kind) selfhost/pkg-workspace-env-authority::finalize-kind)\n ((selfhost/pkg-workspace-env-authority::finalize request-h) request)\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request kind mismatch\")))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request version mismatch\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request version must be integer\"))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request kind must be string\")))\n ((selfhost/pkg-workspace-env-authority::reject request-h)\n \"workspace environment request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x94t\xCBT\xE2v\xE9\xB0s\xE1\x1D \x1E\x01\x8B\x00\xB5\x12\xCE\xAA\xD8P\xF8D\xC3\xAD\xEB}\rZ\x84\x97" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 55 :stage2-wasm-h b"\xAE\x80\xF9\x97\xF6;\n\xF1\xAA\xB70\xC8 \xA2\xCDe\xB1\x05\xED@\x9D\xC9\xE8\x7F\x1A\xD5n\xA7\xA6Fd\t"} {:forms [(def selfhost/pkg-workspace-task::optional-bounded-str? (fn (value) (fn (limit) (if (core/list::is-nil? value) true ((selfhost/pkg-scaffold::bounded-str? value) limit))))) (def selfhost/pkg-workspace-task::string-vector-loop? (fn (values) (fn (index) (fn (limit) (if ((core/int::eq? index) (core/vec::len values)) true (if ((selfhost/pkg-scaffold::bounded-str? ((core/vec::get values) index)) limit) (((selfhost/pkg-workspace-task::string-vector-loop? values) ((core/int::add index) 1)) limit) false)))))) (def selfhost/pkg-workspace-task::string-vector? (fn (value) (fn (count-limit) (fn (string-limit) (if (selfhost/pkg-lock-read::vec? value) (if ((core/int::lt? count-limit) (core/vec::len value)) false (((selfhost/pkg-workspace-task::string-vector-loop? value) 0) string-limit)) false))))) (def selfhost/pkg-workspace-task::task? (fn (task) (if ((selfhost/pkg-lock-read::exact-map? task) [:args :cmd :file :name :pkg]) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get task) (quote :name))) 256) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get task) (quote :cmd))) 64) (if ((selfhost/pkg-workspace-task::optional-bounded-str? ((core/map::get task) (quote :file))) 4096) (if ((selfhost/pkg-workspace-task::optional-bounded-str? ((core/map::get task) (quote :pkg))) 4096) (((selfhost/pkg-workspace-task::string-vector? ((core/map::get task) (quote :args))) 64) 4096) false) false) false) false) false))) (def selfhost/pkg-workspace-task::tasks-loop? (fn (tasks) (fn (index) (fn (seen) (if ((core/int::eq? index) (core/vec::len tasks)) true (let ((task ((core/vec::get tasks) index))) (if (selfhost/pkg-workspace-task::task? task) (let ((name ((core/map::get task) (quote :name)))) (if (core/list::is-nil? ((core/map::get seen) name)) (((selfhost/pkg-workspace-task::tasks-loop? tasks) ((core/int::add index) 1)) (((core/map::put seen) name) true)) false)) false))))))) (def selfhost/pkg-workspace-task::tasks? (fn (tasks) (if (selfhost/pkg-lock-read::vec? tasks) (if ((core/int::lt? 256) (core/vec::len tasks)) false (((selfhost/pkg-workspace-task::tasks-loop? tasks) 0) {})) false))) (def selfhost/pkg-workspace-task::engine-inventory? (fn (engines) (if (((selfhost/pkg-workspace-task::string-vector? engines) 2) 16) (if ((core/int::lt? 0) (core/vec::len engines)) true false) false))) (def selfhost/pkg-workspace-task::member-loop? (fn (values) (fn (value) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) false (if ((core/eq? ((core/vec::get values) index)) value) true (((selfhost/pkg-workspace-task::member-loop? values) value) ((core/int::add index) 1)))))))) (def selfhost/pkg-workspace-task::member? (fn (values) (fn (value) (((selfhost/pkg-workspace-task::member-loop? values) value) 0)))) (def selfhost/pkg-workspace-task::find-loop (fn (tasks) (fn (name) (fn (index) (if ((core/int::eq? index) (core/vec::len tasks)) nil (let ((task ((core/vec::get tasks) index))) (if ((core/eq? ((core/map::get task) (quote :name))) name) task (((selfhost/pkg-workspace-task::find-loop tasks) name) ((core/int::add index) 1))))))))) (def selfhost/pkg-workspace-task::find (fn (tasks) (fn (name) (((selfhost/pkg-workspace-task::find-loop tasks) name) 0)))) (def selfhost/pkg-workspace-task::normalize-action (fn (raw) (let ((cmd (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)))) (if ((core/eq? cmd) "test") "test" (if ((core/eq? cmd) "pack") "pack" (if ((core/eq? cmd) "build") "pack" (if ((core/eq? cmd) "typecheck") "typecheck" (if ((core/eq? cmd) "lint") "typecheck" (if ((core/eq? cmd) "run") "run" (if ((core/eq? cmd) "bench") "run" (if ((core/eq? cmd) "contract") "contract" (if ((core/eq? cmd) "eval") "eval" (if ((core/eq? cmd) "fmt") "fmt" (if ((core/eq? cmd) "optimize") "optimize" nil)))))))))))))) (def selfhost/pkg-workspace-task::empty-action (fn (action) (fn (task) {:action action :caps nil :check false :contract-h nil :emit-wasm nil :engine nil :file nil :log nil :out nil :pkg nil :stage1-gate false :stage1-pipeline false :stage2-gate false :task task}))) (def selfhost/pkg-workspace-task::put (fn (state) (fn (key) (fn (value) (((core/map::put state) key) value))))) (def selfhost/pkg-workspace-task::reject (fn (message) {:message message :ok false :value nil})) (def selfhost/pkg-workspace-task::accept (fn (value) {:message nil :ok true :value value})) (def selfhost/pkg-workspace-task::action-allows-caps? (fn (action) (if ((core/eq? action) "test") true (if ((core/eq? action) "run") true ((core/eq? action) "contract"))))) (def selfhost/pkg-workspace-task::action-allows-engine? (fn (action) (if ((core/eq? action) "run") true (if ((core/eq? action) "contract") true (if ((core/eq? action) "eval") true (if ((core/eq? action) "fmt") true ((core/eq? action) "optimize"))))))) (def selfhost/pkg-workspace-task::has-value? (fn (args) (fn (index) ((core/int::lt? ((core/int::add index) 1)) (core/vec::len args))))) (def selfhost/pkg-workspace-task::path-value? (fn (value) (selfhost/pkg-scaffold::nonempty-str? value))) (def selfhost/pkg-workspace-task::normalize-engine (fn (raw) (fn (engines) (let ((engine (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw)))) (if ((selfhost/pkg-workspace-task::member? engines) engine) engine nil))))) (def selfhost/pkg-workspace-task::finish-args (fn (action) (fn (state) (if ((core/eq? action) "contract") (if (core/list::is-nil? ((core/map::get state) (quote :contract-h))) (selfhost/pkg-workspace-task::reject "contract task requires --contract-h ") (selfhost/pkg-workspace-task::accept state)) (selfhost/pkg-workspace-task::accept state))))) (def selfhost/pkg-workspace-task::parse-args (fn (action) (fn (args) (fn (engines) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len args)) ((selfhost/pkg-workspace-task::finish-args action) state) (let ((arg ((core/vec::get args) index))) (if ((core/eq? arg) "--caps") (if (selfhost/pkg-workspace-task::action-allows-caps? action) (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((value ((core/vec::get args) ((core/int::add index) 1)))) (if (selfhost/pkg-workspace-task::path-value? value) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :caps)) value)) (selfhost/pkg-workspace-task::reject "--caps requires a non-empty path"))) (selfhost/pkg-workspace-task::reject "--caps requires a value")) (selfhost/pkg-workspace-task::reject "--caps is unsupported for this task action")) (if ((core/eq? arg) "--log") (if (if ((core/eq? action) "run") true ((core/eq? action) "contract")) (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((value ((core/vec::get args) ((core/int::add index) 1)))) (if (selfhost/pkg-workspace-task::path-value? value) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :log)) value)) (selfhost/pkg-workspace-task::reject "--log requires a non-empty path"))) (selfhost/pkg-workspace-task::reject "--log requires a value")) (selfhost/pkg-workspace-task::reject "--log is unsupported for this task action")) (if ((core/eq? arg) "--engine") (if (selfhost/pkg-workspace-task::action-allows-engine? action) (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((engine ((selfhost/pkg-workspace-task::normalize-engine ((core/vec::get args) ((core/int::add index) 1))) engines))) (if (core/list::is-nil? engine) (selfhost/pkg-workspace-task::reject "--engine is unavailable in the active executable") (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :engine)) engine)))) (selfhost/pkg-workspace-task::reject "--engine requires a value")) (selfhost/pkg-workspace-task::reject "--engine is unsupported for this task action")) (if (if ((core/eq? arg) "--contract-h") true ((core/eq? arg) "--contract-hash")) (if ((core/eq? action) "contract") (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((hash (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim ((core/vec::get args) ((core/int::add index) 1)))))) (if (selfhost/pkg-resolution-plan::hash64? hash) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :contract-h)) hash)) (selfhost/pkg-workspace-task::reject "--contract-h requires exactly 64 ASCII hexadecimal characters"))) (selfhost/pkg-workspace-task::reject "--contract-h requires a value")) (selfhost/pkg-workspace-task::reject "--contract-h is unsupported for this task action")) (if ((core/eq? arg) "--stage1-pipeline") (if ((core/eq? action) "eval") (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 1)) (((selfhost/pkg-workspace-task::put state) (quote :stage1-pipeline)) true)) (selfhost/pkg-workspace-task::reject "--stage1-pipeline is unsupported for this task action")) (if ((core/eq? arg) "--stage1-gate") (if (if ((core/eq? action) "eval") true ((core/eq? action) "optimize")) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 1)) (((selfhost/pkg-workspace-task::put state) (quote :stage1-gate)) true)) (selfhost/pkg-workspace-task::reject "--stage1-gate is unsupported for this task action")) (if ((core/eq? arg) "--stage2-gate") (if (if ((core/eq? action) "eval") true ((core/eq? action) "optimize")) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 1)) (((selfhost/pkg-workspace-task::put state) (quote :stage2-gate)) true)) (selfhost/pkg-workspace-task::reject "--stage2-gate is unsupported for this task action")) (if ((core/eq? arg) "--check") (if ((core/eq? action) "fmt") (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 1)) (((selfhost/pkg-workspace-task::put state) (quote :check)) true)) (selfhost/pkg-workspace-task::reject "--check is unsupported for this task action")) (if ((core/eq? arg) "--out") (if ((core/eq? action) "optimize") (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((value ((core/vec::get args) ((core/int::add index) 1)))) (if (selfhost/pkg-workspace-task::path-value? value) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :out)) value)) (selfhost/pkg-workspace-task::reject "--out requires a non-empty path"))) (selfhost/pkg-workspace-task::reject "--out requires a value")) (selfhost/pkg-workspace-task::reject "--out is unsupported for this task action")) (if ((core/eq? arg) "--emit-wasm") (if ((core/eq? action) "optimize") (if ((selfhost/pkg-workspace-task::has-value? args) index) (let ((value ((core/vec::get args) ((core/int::add index) 1)))) (if (selfhost/pkg-workspace-task::path-value? value) (((((selfhost/pkg-workspace-task::parse-args action) args) engines) ((core/int::add index) 2)) (((selfhost/pkg-workspace-task::put state) (quote :emit-wasm)) value)) (selfhost/pkg-workspace-task::reject "--emit-wasm requires a non-empty path"))) (selfhost/pkg-workspace-task::reject "--emit-wasm requires a value")) (selfhost/pkg-workspace-task::reject "--emit-wasm is unsupported for this task action")) (selfhost/pkg-workspace-task::reject ((core/str::concat "unsupported workspace task argument: ") arg)))))))))))))))))))) (def selfhost/pkg-workspace-task::selected-path (fn (primary) (fn (fallback) (fn (default) (if (core/list::is-nil? primary) (if (core/list::is-nil? fallback) default fallback) primary))))) (def selfhost/pkg-workspace-task::resolve-task (fn (task) (fn (engines) (let ((action (selfhost/pkg-workspace-task::normalize-action ((core/map::get task) (quote :cmd)))) (task-name ((core/map::get task) (quote :name)))) (if (core/list::is-nil? action) (selfhost/pkg-workspace-task::reject "unsupported workspace task command") (let ((state ((selfhost/pkg-workspace-task::empty-action action) task-name))) (if (if ((core/eq? action) "test") true (if ((core/eq? action) "pack") true ((core/eq? action) "typecheck"))) (let ((path (((selfhost/pkg-workspace-task::selected-path ((core/map::get task) (quote :pkg))) ((core/map::get task) (quote :file))) "package.toml"))) (if (selfhost/pkg-workspace-task::path-value? path) (((((selfhost/pkg-workspace-task::parse-args action) ((core/map::get task) (quote :args))) engines) 0) (((selfhost/pkg-workspace-task::put state) (quote :pkg)) path)) (selfhost/pkg-workspace-task::reject "workspace package task requires a non-empty package path"))) (let ((path (((selfhost/pkg-workspace-task::selected-path ((core/map::get task) (quote :file))) ((core/map::get task) (quote :pkg))) nil))) (if (selfhost/pkg-workspace-task::path-value? path) (((((selfhost/pkg-workspace-task::parse-args action) ((core/map::get task) (quote :args))) engines) 0) (((selfhost/pkg-workspace-task::put state) (quote :file)) path)) (selfhost/pkg-workspace-task::reject "workspace execution task requires a non-empty file path")))))))))) (def selfhost/pkg-workspace-task::resolve (fn (tasks) (fn (task-name) (fn (engines) (if (selfhost/pkg-workspace-task::tasks? tasks) (if (selfhost/pkg-workspace-task::engine-inventory? engines) (let ((task ((selfhost/pkg-workspace-task::find tasks) task-name))) (if (core/list::is-nil? task) (selfhost/pkg-workspace-task::reject "workspace task was not found") ((selfhost/pkg-workspace-task::resolve-task task) engines))) (selfhost/pkg-workspace-task::reject "engine inventory is invalid")) (selfhost/pkg-workspace-task::reject "workspace task inventory is invalid"))))))] :module-h b"\x9Bs\x16.\xA3O\xA0e\xDA\xB9|\xC4\xC3\xC0\xFAm\x1A\x9BYj\x1Ao\xE4N\xB2\x15\xE9\xB8'J\x02\x1A" :path "selfhost/pkg_workspace_task_core_v1.gc" :source "; Closed workspace-task grammar and action construction.\n\n(def selfhost/pkg-workspace-task::optional-bounded-str?\n (fn (value)\n (fn (limit)\n (if (core/list::is-nil? value)\n true\n (((selfhost/pkg-scaffold::bounded-str? value) limit))))))\n\n(def selfhost/pkg-workspace-task::string-vector-loop?\n (fn (values)\n (fn (index)\n (fn (limit)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/vec::get values) index)) limit))\n (((selfhost/pkg-workspace-task::string-vector-loop? values)\n ((core/int::add index) 1)) limit)\n false))))))\n\n(def selfhost/pkg-workspace-task::string-vector?\n (fn (value)\n (fn (count-limit)\n (fn (string-limit)\n (if (selfhost/pkg-lock-read::vec? value)\n (if ((core/int::lt? count-limit) (core/vec::len value))\n false\n (((selfhost/pkg-workspace-task::string-vector-loop? value) 0)\n string-limit))\n false)))))\n\n(def selfhost/pkg-workspace-task::task?\n (fn (task)\n (if\n ((selfhost/pkg-lock-read::exact-map? task) [:args :cmd :file :name :pkg])\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get task) (quote :name))) 256))\n (if (((selfhost/pkg-scaffold::bounded-str? ((core/map::get task) (quote :cmd))) 64))\n (if\n ((selfhost/pkg-workspace-task::optional-bounded-str?\n ((core/map::get task) (quote :file))) 4096)\n (if\n ((selfhost/pkg-workspace-task::optional-bounded-str?\n ((core/map::get task) (quote :pkg))) 4096)\n (((selfhost/pkg-workspace-task::string-vector?\n ((core/map::get task) (quote :args))) 64) 4096)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-workspace-task::tasks-loop?\n (fn (tasks)\n (fn (index)\n (fn (seen)\n (if ((core/int::eq? index) (core/vec::len tasks))\n true\n (let ((task ((core/vec::get tasks) index)))\n (if (selfhost/pkg-workspace-task::task? task)\n (let ((name ((core/map::get task) (quote :name))))\n (if (core/list::is-nil? ((core/map::get seen) name))\n (((selfhost/pkg-workspace-task::tasks-loop? tasks)\n ((core/int::add index) 1))\n (((core/map::put seen) name) true))\n false))\n false)))))))\n\n(def selfhost/pkg-workspace-task::tasks?\n (fn (tasks)\n (if (selfhost/pkg-lock-read::vec? tasks)\n (if ((core/int::lt? 256) (core/vec::len tasks))\n false\n (((selfhost/pkg-workspace-task::tasks-loop? tasks) 0) {}))\n false)))\n\n(def selfhost/pkg-workspace-task::engine-inventory?\n (fn (engines)\n (if (((selfhost/pkg-workspace-task::string-vector? engines) 2) 16)\n (if ((core/int::lt? 0) (core/vec::len engines))\n true\n false)\n false)))\n\n(def selfhost/pkg-workspace-task::member-loop?\n (fn (values)\n (fn (value)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n false\n (if ((core/eq? ((core/vec::get values) index)) value)\n true\n (((selfhost/pkg-workspace-task::member-loop? values) value)\n ((core/int::add index) 1))))))))\n\n(def selfhost/pkg-workspace-task::member?\n (fn (values)\n (fn (value)\n (((selfhost/pkg-workspace-task::member-loop? values) value) 0))))\n\n(def selfhost/pkg-workspace-task::find-loop\n (fn (tasks)\n (fn (name)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len tasks))\n nil\n (let ((task ((core/vec::get tasks) index)))\n (if ((core/eq? ((core/map::get task) (quote :name))) name)\n task\n (((selfhost/pkg-workspace-task::find-loop tasks) name)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-workspace-task::find\n (fn (tasks)\n (fn (name)\n (((selfhost/pkg-workspace-task::find-loop tasks) name) 0))))\n\n(def selfhost/pkg-workspace-task::normalize-action\n (fn (raw)\n (let\n ((cmd\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))))\n (if ((core/eq? cmd) \"test\")\n \"test\"\n (if ((core/eq? cmd) \"pack\")\n \"pack\"\n (if ((core/eq? cmd) \"build\")\n \"pack\"\n (if ((core/eq? cmd) \"typecheck\")\n \"typecheck\"\n (if ((core/eq? cmd) \"lint\")\n \"typecheck\"\n (if ((core/eq? cmd) \"run\")\n \"run\"\n (if ((core/eq? cmd) \"bench\")\n \"run\"\n (if ((core/eq? cmd) \"contract\")\n \"contract\"\n (if ((core/eq? cmd) \"eval\")\n \"eval\"\n (if ((core/eq? cmd) \"fmt\")\n \"fmt\"\n (if ((core/eq? cmd) \"optimize\") \"optimize\" nil))))))))))))))\n\n(def selfhost/pkg-workspace-task::empty-action\n (fn (action)\n (fn (task)\n {\n :action action\n :caps nil\n :check false\n :contract-h nil\n :emit-wasm nil\n :engine nil\n :file nil\n :log nil\n :out nil\n :pkg nil\n :stage1-gate false\n :stage1-pipeline false\n :stage2-gate false\n :task task})))\n\n(def selfhost/pkg-workspace-task::put\n (fn (state)\n (fn (key)\n (fn (value) (((core/map::put state) key) value)))))\n\n(def selfhost/pkg-workspace-task::reject\n (fn (message) {:message message :ok false :value nil}))\n\n(def selfhost/pkg-workspace-task::accept\n (fn (value) {:message nil :ok true :value value}))\n\n(def selfhost/pkg-workspace-task::action-allows-caps?\n (fn (action)\n (if ((core/eq? action) \"test\")\n true\n (if ((core/eq? action) \"run\") true ((core/eq? action) \"contract\")))))\n\n(def selfhost/pkg-workspace-task::action-allows-engine?\n (fn (action)\n (if ((core/eq? action) \"run\")\n true\n (if ((core/eq? action) \"contract\")\n true\n (if ((core/eq? action) \"eval\")\n true\n (if ((core/eq? action) \"fmt\") true ((core/eq? action) \"optimize\")))))))\n\n(def selfhost/pkg-workspace-task::has-value?\n (fn (args)\n (fn (index) ((core/int::lt? ((core/int::add index) 1)) (core/vec::len args)))))\n\n(def selfhost/pkg-workspace-task::path-value?\n (fn (value) (selfhost/pkg-scaffold::nonempty-str? value)))\n\n(def selfhost/pkg-workspace-task::normalize-engine\n (fn (raw)\n (fn (engines)\n (let\n ((engine\n (selfhost/effect-crypto::ascii-lower (selfhost/policy::trim raw))))\n (if ((selfhost/pkg-workspace-task::member? engines) engine) engine nil)))))\n\n(def selfhost/pkg-workspace-task::finish-args\n (fn (action)\n (fn (state)\n (if ((core/eq? action) \"contract\")\n (if (core/list::is-nil? ((core/map::get state) (quote :contract-h)))\n (selfhost/pkg-workspace-task::reject\n \"contract task requires --contract-h \")\n (selfhost/pkg-workspace-task::accept state))\n (selfhost/pkg-workspace-task::accept state)))))\n\n(def selfhost/pkg-workspace-task::parse-args\n (fn (action)\n (fn (args)\n (fn (engines)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len args))\n ((selfhost/pkg-workspace-task::finish-args action) state)\n (let ((arg ((core/vec::get args) index)))\n (if ((core/eq? arg) \"--caps\")\n (if (selfhost/pkg-workspace-task::action-allows-caps? action)\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let ((value ((core/vec::get args) ((core/int::add index) 1))))\n (if (selfhost/pkg-workspace-task::path-value? value)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :caps)) value))\n (selfhost/pkg-workspace-task::reject \"--caps requires a non-empty path\")))\n (selfhost/pkg-workspace-task::reject \"--caps requires a value\"))\n (selfhost/pkg-workspace-task::reject \"--caps is unsupported for this task action\"))\n (if ((core/eq? arg) \"--log\")\n (if\n (if ((core/eq? action) \"run\") true ((core/eq? action) \"contract\"))\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let ((value ((core/vec::get args) ((core/int::add index) 1))))\n (if (selfhost/pkg-workspace-task::path-value? value)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :log)) value))\n (selfhost/pkg-workspace-task::reject \"--log requires a non-empty path\")))\n (selfhost/pkg-workspace-task::reject \"--log requires a value\"))\n (selfhost/pkg-workspace-task::reject \"--log is unsupported for this task action\"))\n (if ((core/eq? arg) \"--engine\")\n (if (selfhost/pkg-workspace-task::action-allows-engine? action)\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let\n ((engine\n ((selfhost/pkg-workspace-task::normalize-engine\n ((core/vec::get args) ((core/int::add index) 1))) engines)))\n (if (core/list::is-nil? engine)\n (selfhost/pkg-workspace-task::reject\n \"--engine is unavailable in the active executable\")\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :engine)) engine))))\n (selfhost/pkg-workspace-task::reject \"--engine requires a value\"))\n (selfhost/pkg-workspace-task::reject \"--engine is unsupported for this task action\"))\n (if\n (if ((core/eq? arg) \"--contract-h\")\n true\n ((core/eq? arg) \"--contract-hash\"))\n (if ((core/eq? action) \"contract\")\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let\n ((hash\n (selfhost/effect-crypto::ascii-lower\n (selfhost/policy::trim\n ((core/vec::get args) ((core/int::add index) 1))))))\n (if (selfhost/pkg-resolution-plan::hash64? hash)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :contract-h)) hash))\n (selfhost/pkg-workspace-task::reject\n \"--contract-h requires exactly 64 ASCII hexadecimal characters\")))\n (selfhost/pkg-workspace-task::reject \"--contract-h requires a value\"))\n (selfhost/pkg-workspace-task::reject\n \"--contract-h is unsupported for this task action\"))\n (if ((core/eq? arg) \"--stage1-pipeline\")\n (if ((core/eq? action) \"eval\")\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 1))\n (((selfhost/pkg-workspace-task::put state)\n (quote :stage1-pipeline)) true))\n (selfhost/pkg-workspace-task::reject\n \"--stage1-pipeline is unsupported for this task action\"))\n (if ((core/eq? arg) \"--stage1-gate\")\n (if\n (if ((core/eq? action) \"eval\")\n true\n ((core/eq? action) \"optimize\"))\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 1))\n (((selfhost/pkg-workspace-task::put state)\n (quote :stage1-gate)) true))\n (selfhost/pkg-workspace-task::reject\n \"--stage1-gate is unsupported for this task action\"))\n (if ((core/eq? arg) \"--stage2-gate\")\n (if\n (if ((core/eq? action) \"eval\")\n true\n ((core/eq? action) \"optimize\"))\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 1))\n (((selfhost/pkg-workspace-task::put state)\n (quote :stage2-gate)) true))\n (selfhost/pkg-workspace-task::reject\n \"--stage2-gate is unsupported for this task action\"))\n (if ((core/eq? arg) \"--check\")\n (if ((core/eq? action) \"fmt\")\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 1))\n (((selfhost/pkg-workspace-task::put state) (quote :check)) true))\n (selfhost/pkg-workspace-task::reject\n \"--check is unsupported for this task action\"))\n (if ((core/eq? arg) \"--out\")\n (if ((core/eq? action) \"optimize\")\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let ((value ((core/vec::get args) ((core/int::add index) 1))))\n (if (selfhost/pkg-workspace-task::path-value? value)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state) (quote :out)) value))\n (selfhost/pkg-workspace-task::reject\n \"--out requires a non-empty path\")))\n (selfhost/pkg-workspace-task::reject \"--out requires a value\"))\n (selfhost/pkg-workspace-task::reject\n \"--out is unsupported for this task action\"))\n (if ((core/eq? arg) \"--emit-wasm\")\n (if ((core/eq? action) \"optimize\")\n (if ((selfhost/pkg-workspace-task::has-value? args) index)\n (let ((value ((core/vec::get args) ((core/int::add index) 1))))\n (if (selfhost/pkg-workspace-task::path-value? value)\n (((((selfhost/pkg-workspace-task::parse-args action) args) engines)\n ((core/int::add index) 2))\n (((selfhost/pkg-workspace-task::put state)\n (quote :emit-wasm)) value))\n (selfhost/pkg-workspace-task::reject\n \"--emit-wasm requires a non-empty path\")))\n (selfhost/pkg-workspace-task::reject\n \"--emit-wasm requires a value\"))\n (selfhost/pkg-workspace-task::reject\n \"--emit-wasm is unsupported for this task action\"))\n (selfhost/pkg-workspace-task::reject\n ((core/str::concat \"unsupported workspace task argument: \") arg))))))))))))))))))))\n\n(def selfhost/pkg-workspace-task::selected-path\n (fn (primary)\n (fn (fallback)\n (fn (default)\n (if (core/list::is-nil? primary)\n (if (core/list::is-nil? fallback) default fallback)\n primary)))))\n\n(def selfhost/pkg-workspace-task::resolve-task\n (fn (task)\n (fn (engines)\n (let\n ((action\n (selfhost/pkg-workspace-task::normalize-action\n ((core/map::get task) (quote :cmd))))\n (task-name ((core/map::get task) (quote :name))))\n (if (core/list::is-nil? action)\n (selfhost/pkg-workspace-task::reject \"unsupported workspace task command\")\n (let ((state ((selfhost/pkg-workspace-task::empty-action action) task-name)))\n (if\n (if ((core/eq? action) \"test\")\n true\n (if ((core/eq? action) \"pack\") true ((core/eq? action) \"typecheck\")))\n (let\n ((path\n (((selfhost/pkg-workspace-task::selected-path\n ((core/map::get task) (quote :pkg)))\n ((core/map::get task) (quote :file))) \"package.toml\")))\n (if (selfhost/pkg-workspace-task::path-value? path)\n (((((selfhost/pkg-workspace-task::parse-args action)\n ((core/map::get task) (quote :args))) engines) 0)\n (((selfhost/pkg-workspace-task::put state) (quote :pkg)) path))\n (selfhost/pkg-workspace-task::reject\n \"workspace package task requires a non-empty package path\")))\n (let\n ((path\n (((selfhost/pkg-workspace-task::selected-path\n ((core/map::get task) (quote :file)))\n ((core/map::get task) (quote :pkg))) nil)))\n (if (selfhost/pkg-workspace-task::path-value? path)\n (((((selfhost/pkg-workspace-task::parse-args action)\n ((core/map::get task) (quote :args))) engines) 0)\n (((selfhost/pkg-workspace-task::put state) (quote :file)) path))\n (selfhost/pkg-workspace-task::reject\n \"workspace execution task requires a non-empty file path\"))))))))))\n\n(def selfhost/pkg-workspace-task::resolve\n (fn (tasks)\n (fn (task-name)\n (fn (engines)\n (if (selfhost/pkg-workspace-task::tasks? tasks)\n (if (selfhost/pkg-workspace-task::engine-inventory? engines)\n (let ((task ((selfhost/pkg-workspace-task::find tasks) task-name)))\n (if (core/list::is-nil? task)\n (selfhost/pkg-workspace-task::reject \"workspace task was not found\")\n ((selfhost/pkg-workspace-task::resolve-task task) engines)))\n (selfhost/pkg-workspace-task::reject \"engine inventory is invalid\"))\n (selfhost/pkg-workspace-task::reject \"workspace task inventory is invalid\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x9Bs\x16.\xA3O\xA0e\xDA\xB9|\xC4\xC3\xC0\xFAm\x1A\x9BYj\x1Ao\xE4N\xB2\x15\xE9\xB8'J\x02\x1A" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-workspace-task-authority::request-kind "genesis/pkg-workspace-task-authority-request-v0.1") (def selfhost/pkg-workspace-task-authority::result-kind "genesis/pkg-workspace-task-authority-result-v0.1") (def selfhost/pkg-workspace-task-authority::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind selfhost/pkg-workspace-task-authority::result-kind :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-workspace-task-authority::reject-code (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-workspace-task-authority::result request-h) false) code) message) nil))))) (def selfhost/pkg-workspace-task-authority::reject (fn (request-h) (fn (message) (((selfhost/pkg-workspace-task-authority::reject-code request-h) "core/pkg/bad-workspace-task") message)))) (def selfhost/pkg-workspace-task-authority::accept (fn (request-h) (fn (value) (((((selfhost/pkg-workspace-task-authority::result request-h) true) nil) nil) value)))) (def selfhost/pkg-workspace-task-authority::selection-request (fn (request) {:active ((core/map::get request) (quote :active)) :default ((core/map::get request) (quote :default)) :kind selfhost/pkg-workspace-env-select::request-kind :override nil :profile ((core/map::get request) (quote :profile)) :profile-backend ((core/map::get request) (quote :profile-backend)) :v 1})) (def selfhost/pkg-workspace-task-authority::finish (fn (request-h) (fn (request) (let ((selection (core/pkg::workspace-env-select-authority (selfhost/pkg-workspace-task-authority::selection-request request)))) (if ((core/map::get selection) (quote :ok)) (let ((selected ((core/map::get selection) (quote :value)))) (if ((core/map::get selected) (quote :compatible)) (let ((resolved (((selfhost/pkg-workspace-task::resolve ((core/map::get request) (quote :tasks))) ((core/map::get request) (quote :task))) ((core/map::get request) (quote :engines))))) (if ((core/map::get resolved) (quote :ok)) ((selfhost/pkg-workspace-task-authority::accept request-h) {:action ((core/map::get resolved) (quote :value)) :active ((core/map::get selected) (quote :active)) :compatible true :selected ((core/map::get selected) (quote :selected)) :source ((core/map::get selected) (quote :source))}) ((selfhost/pkg-workspace-task-authority::reject request-h) ((core/map::get resolved) (quote :message))))) (((selfhost/pkg-workspace-task-authority::reject-code request-h) "core/pkg/bad-workspace-env-selection") "workspace runtime backend is incompatible with active runtime backend profile"))) (((selfhost/pkg-workspace-task-authority::reject-code request-h) "core/pkg/bad-workspace-env-selection") ((core/map::get selection) (quote :message)))))))) (def selfhost/pkg-workspace-task-authority::request-values-valid? (fn (request) (if (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :profile))) 256) ((core/eq? ((core/map::get request) (quote :profile))) "dev") false) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :task))) 256) (if ((selfhost/pkg-scaffold::bounded-str? ((core/map::get request) (quote :active))) 64) (if ((selfhost/pkg-workspace-task::optional-bounded-str? ((core/map::get request) (quote :default))) 64) (if ((selfhost/pkg-workspace-task::optional-bounded-str? ((core/map::get request) (quote :profile-backend))) 64) (if (selfhost/pkg-workspace-task::tasks? ((core/map::get request) (quote :tasks))) (selfhost/pkg-workspace-task::engine-inventory? ((core/map::get request) (quote :engines))) false) false) false) false) false) false))) (def core/pkg::workspace-task-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-lock-read::map? request) (if ((selfhost/pkg-lock-read::exact-map? request) [:active :default :engines :kind :profile :profile-backend :task :tasks :v]) (if (if (if (selfhost/pkg-lock-read::str? ((core/map::get request) (quote :kind))) ((core/eq? ((core/map::get request) (quote :kind))) selfhost/pkg-workspace-task-authority::request-kind) false) (if (selfhost/pkg-lock-read::int? ((core/map::get request) (quote :v))) ((core/int::eq? ((core/map::get request) (quote :v))) 1) false) false) (if (selfhost/pkg-workspace-task-authority::request-values-valid? request) ((selfhost/pkg-workspace-task-authority::finish request-h) request) ((selfhost/pkg-workspace-task-authority::reject request-h) "workspace task request values are invalid")) ((selfhost/pkg-workspace-task-authority::reject request-h) "workspace task request kind or version mismatch")) ((selfhost/pkg-workspace-task-authority::reject request-h) "workspace task request fields mismatch")) ((selfhost/pkg-workspace-task-authority::reject request-h) "workspace task request must be map")))))] :module-h b"\xCA\x12\x02JiZ\xE0\xEC\x00\xF4\x90\xFD\x1F\x16C\xA8\xB7n\xFB\x0ETs\rB\xF1\xF2\xD7\xB4\x1EY\x8D\x8D" :path "selfhost/pkg_workspace_task_authority_v1.gc" :source "; Composed runtime-backend admission and workspace-task authority for gcpm run.\n\n(def selfhost/pkg-workspace-task-authority::request-kind\n \"genesis/pkg-workspace-task-authority-request-v0.1\")\n(def selfhost/pkg-workspace-task-authority::result-kind\n \"genesis/pkg-workspace-task-authority-result-v0.1\")\n\n(def selfhost/pkg-workspace-task-authority::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind selfhost/pkg-workspace-task-authority::result-kind\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-workspace-task-authority::reject-code\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-workspace-task-authority::result request-h) false) code)\n message)\n nil)))))\n\n(def selfhost/pkg-workspace-task-authority::reject\n (fn (request-h)\n (fn (message)\n (((selfhost/pkg-workspace-task-authority::reject-code request-h)\n \"core/pkg/bad-workspace-task\") message))))\n\n(def selfhost/pkg-workspace-task-authority::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-workspace-task-authority::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-workspace-task-authority::selection-request\n (fn (request)\n {\n :active ((core/map::get request) (quote :active))\n :default ((core/map::get request) (quote :default))\n :kind selfhost/pkg-workspace-env-select::request-kind\n :override nil\n :profile ((core/map::get request) (quote :profile))\n :profile-backend ((core/map::get request) (quote :profile-backend))\n :v 1}))\n\n(def selfhost/pkg-workspace-task-authority::finish\n (fn (request-h)\n (fn (request)\n (let\n ((selection\n (core/pkg::workspace-env-select-authority\n (selfhost/pkg-workspace-task-authority::selection-request request))))\n (if ((core/map::get selection) (quote :ok))\n (let ((selected ((core/map::get selection) (quote :value))))\n (if ((core/map::get selected) (quote :compatible))\n (let\n ((resolved\n (((selfhost/pkg-workspace-task::resolve\n ((core/map::get request) (quote :tasks)))\n ((core/map::get request) (quote :task)))\n ((core/map::get request) (quote :engines)))))\n (if ((core/map::get resolved) (quote :ok))\n ((selfhost/pkg-workspace-task-authority::accept request-h)\n {\n :action ((core/map::get resolved) (quote :value))\n :active ((core/map::get selected) (quote :active))\n :compatible true\n :selected ((core/map::get selected) (quote :selected))\n :source ((core/map::get selected) (quote :source))})\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n ((core/map::get resolved) (quote :message)))))\n (((selfhost/pkg-workspace-task-authority::reject-code request-h)\n \"core/pkg/bad-workspace-env-selection\")\n \"workspace runtime backend is incompatible with active runtime backend profile\")))\n (((selfhost/pkg-workspace-task-authority::reject-code request-h)\n \"core/pkg/bad-workspace-env-selection\")\n ((core/map::get selection) (quote :message))))))))\n\n(def selfhost/pkg-workspace-task-authority::request-values-valid?\n (fn (request)\n (if\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :profile))) 256))\n ((core/eq? ((core/map::get request) (quote :profile))) \"dev\")\n false)\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :task))) 256))\n (if\n (((selfhost/pkg-scaffold::bounded-str?\n ((core/map::get request) (quote :active))) 64))\n (if\n ((selfhost/pkg-workspace-task::optional-bounded-str?\n ((core/map::get request) (quote :default))) 64)\n (if\n ((selfhost/pkg-workspace-task::optional-bounded-str?\n ((core/map::get request) (quote :profile-backend))) 64)\n (if\n (selfhost/pkg-workspace-task::tasks?\n ((core/map::get request) (quote :tasks)))\n (selfhost/pkg-workspace-task::engine-inventory?\n ((core/map::get request) (quote :engines)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def core/pkg::workspace-task-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-lock-read::map? request)\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:active :default :engines :kind :profile :profile-backend :task :tasks :v])\n (if\n (if\n (if\n (selfhost/pkg-lock-read::str?\n ((core/map::get request) (quote :kind)))\n ((core/eq? ((core/map::get request) (quote :kind)))\n selfhost/pkg-workspace-task-authority::request-kind)\n false)\n (if\n (selfhost/pkg-lock-read::int?\n ((core/map::get request) (quote :v)))\n ((core/int::eq? ((core/map::get request) (quote :v))) 1)\n false)\n false)\n (if (selfhost/pkg-workspace-task-authority::request-values-valid? request)\n ((selfhost/pkg-workspace-task-authority::finish request-h) request)\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n \"workspace task request values are invalid\"))\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n \"workspace task request kind or version mismatch\"))\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n \"workspace task request fields mismatch\"))\n ((selfhost/pkg-workspace-task-authority::reject request-h)\n \"workspace task request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xCA\x12\x02JiZ\xE0\xEC\x00\xF4\x90\xFD\x1F\x16C\xA8\xB7n\xFB\x0ETs\rB\xF1\xF2\xD7\xB4\x1EY\x8D\x8D" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 49 :stage2-wasm-h b"\xB0\xF4~I\x8EY\xF6\xF5\xAF\x9D\x96\xEEtO\xB3\xBC7\xE0\xBA\xED\x1E6\x86\x9C$\x99\xA8$ \x8A~z"} {:forms [(def selfhost/pkg-semver-select::vec? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec)))) (def selfhost/pkg-semver-select::int? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :int)))) (def selfhost/pkg-semver-select::candidate? (fn (candidate) (if (selfhost/pkg-resolution-id::map? candidate) (if ((selfhost/pkg-resolution-id::exact-map? candidate) [:commit :rank :ref]) (let ((commit ((core/map::get candidate) (quote :commit))) (rank ((core/map::get candidate) (quote :rank))) (ref ((core/map::get candidate) (quote :ref)))) (if (selfhost/pkg-resolution-id::str? commit) (if (selfhost/pkg-resolution-plan::hash64? commit) (if (selfhost/pkg-semver-select::int? rank) (if ((core/int::lt? rank) 0) false (if (selfhost/pkg-resolution-id::str? ref) ((selfhost/pkg-resolution-plan::starts-with? ref) "refs/tags/") false)) false) false) false)) false) false))) (def selfhost/pkg-semver-select::candidates-valid? (fn (candidates) (fn (index) (if ((core/int::eq? index) (core/vec::len candidates)) true (if (selfhost/pkg-semver-select::candidate? ((core/vec::get candidates) index)) ((selfhost/pkg-semver-select::candidates-valid? candidates) ((core/int::add index) 1)) false))))) (def selfhost/pkg-semver-select::bytes-lex-lt? (fn (left) (fn (right) (fn (index) (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right))) (if ((core/int::eq? index) left-len) ((core/int::lt? index) right-len) (if ((core/int::eq? index) right-len) false (let ((left-byte ((core/bytes::get left) index)) (right-byte ((core/bytes::get right) index))) (if ((core/int::lt? left-byte) right-byte) true (if ((core/int::eq? left-byte) right-byte) (((selfhost/pkg-semver-select::bytes-lex-lt? left) right) ((core/int::add index) 1)) false)))))))))) (def selfhost/pkg-semver-select::str-lex-lt? (fn (left) (fn (right) (((selfhost/pkg-semver-select::bytes-lex-lt? (core/str::to-utf8 left)) (core/str::to-utf8 right)) 0)))) (def selfhost/pkg-semver-select::better? (fn (policy) (fn (candidate) (fn (best) (let ((candidate-rank ((core/map::get candidate) (quote :rank))) (best-rank ((core/map::get best) (quote :rank)))) (if ((core/int::eq? candidate-rank) best-rank) ((selfhost/pkg-semver-select::str-lex-lt? ((core/map::get candidate) (quote :ref))) ((core/map::get best) (quote :ref))) (if ((core/sym::eq? policy) (quote :lowest)) ((core/int::lt? candidate-rank) best-rank) ((core/int::lt? best-rank) candidate-rank)))))))) (def selfhost/pkg-semver-select::select-loop (fn (policy) (fn (candidates) (fn (index) (fn (best) (if ((core/int::eq? index) (core/vec::len candidates)) best (let ((candidate ((core/vec::get candidates) index))) ((((selfhost/pkg-semver-select::select-loop policy) candidates) ((core/int::add index) 1)) (if (core/list::is-nil? best) candidate (if (((selfhost/pkg-semver-select::better? policy) candidate) best) candidate best)))))))))) (def selfhost/pkg-semver-select::reject (fn (request-h) (fn (message) {:code "core/pkg/bad-authority-request" :commit nil :kind "genesis/pkg-semver-select-result-v0.1" :message message :ok false :rank nil :ref nil :request-h request-h :v 1}))) (def selfhost/pkg-semver-select::accept (fn (request-h) (fn (selected) {:code nil :commit (if (core/list::is-nil? selected) nil ((core/map::get selected) (quote :commit))) :kind "genesis/pkg-semver-select-result-v0.1" :message nil :ok true :rank (if (core/list::is-nil? selected) nil ((core/map::get selected) (quote :rank))) :ref (if (core/list::is-nil? selected) nil ((core/map::get selected) (quote :ref))) :request-h request-h :v 1}))) (def core/pkg::semver-select-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if (selfhost/pkg-resolution-id::map? request) (if ((selfhost/pkg-resolution-id::exact-map? request) [:candidates :kind :op :policy :v]) (let ((candidates ((core/map::get request) (quote :candidates))) (kind ((core/map::get request) (quote :kind))) (op ((core/map::get request) (quote :op))) (policy ((core/map::get request) (quote :policy))) (version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-resolution-id::str? kind) ((core/eq? kind) "genesis/pkg-semver-select-request-v0.1") false) (if (if (selfhost/pkg-resolution-id::sym? op) ((core/sym::eq? op) (quote :select)) false) (if (if (selfhost/pkg-semver-select::int? version) ((core/int::eq? version) 1) false) (if (if (selfhost/pkg-resolution-id::sym? policy) (if ((core/sym::eq? policy) (quote :highest)) true ((core/sym::eq? policy) (quote :lowest))) false) (if (selfhost/pkg-semver-select::vec? candidates) (if ((selfhost/pkg-semver-select::candidates-valid? candidates) 0) ((selfhost/pkg-semver-select::accept request-h) ((((selfhost/pkg-semver-select::select-loop policy) candidates) 0) nil)) ((selfhost/pkg-semver-select::reject request-h) "candidate fields are invalid")) ((selfhost/pkg-semver-select::reject request-h) "request :candidates must be a vector")) ((selfhost/pkg-semver-select::reject request-h) "request :policy must be :highest or :lowest")) ((selfhost/pkg-semver-select::reject request-h) "request :v must be 1")) ((selfhost/pkg-semver-select::reject request-h) "request :op must be :select")) ((selfhost/pkg-semver-select::reject request-h) "request :kind mismatch"))) ((selfhost/pkg-semver-select::reject request-h) "request fields mismatch")) ((selfhost/pkg-semver-select::reject request-h) "request must be map")))))] :module-h b"\x16\xA9\x8F!W\x10\xEA\xF8\x88h\xFC7\x824\xAA4\x1F\xFC\xD6\x8C\xEF\x97\xEA\xCC\xEE\x90{\x99\x02F\xDER" :path "selfhost/pkg_semver_select_authority_v1.gc" :source "; Package semver candidate selection authority. The host supplies semver-parser\n; mechanism facts as ranks; GenesisCode owns policy and deterministic tie-breaks.\n\n(def selfhost/pkg-semver-select::vec?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :vec))))\n\n(def selfhost/pkg-semver-select::int?\n (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :int))))\n\n(def selfhost/pkg-semver-select::candidate?\n (fn (candidate)\n (if (selfhost/pkg-resolution-id::map? candidate)\n (if\n ((selfhost/pkg-resolution-id::exact-map? candidate) [:commit :rank :ref])\n (let\n ((commit ((core/map::get candidate) (quote :commit)))\n (rank ((core/map::get candidate) (quote :rank)))\n (ref ((core/map::get candidate) (quote :ref))))\n (if (selfhost/pkg-resolution-id::str? commit)\n (if (selfhost/pkg-resolution-plan::hash64? commit)\n (if (selfhost/pkg-semver-select::int? rank)\n (if ((core/int::lt? rank) 0)\n false\n (if (selfhost/pkg-resolution-id::str? ref)\n ((selfhost/pkg-resolution-plan::starts-with? ref) \"refs/tags/\")\n false))\n false)\n false)\n false))\n false)\n false)))\n\n(def selfhost/pkg-semver-select::candidates-valid?\n (fn (candidates)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len candidates))\n true\n (if (selfhost/pkg-semver-select::candidate? ((core/vec::get candidates) index))\n ((selfhost/pkg-semver-select::candidates-valid? candidates) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-semver-select::bytes-lex-lt?\n (fn (left)\n (fn (right)\n (fn (index)\n (let ((left-len (core/bytes::len left)) (right-len (core/bytes::len right)))\n (if ((core/int::eq? index) left-len)\n ((core/int::lt? index) right-len)\n (if ((core/int::eq? index) right-len)\n false\n (let\n ((left-byte ((core/bytes::get left) index))\n (right-byte ((core/bytes::get right) index)))\n (if ((core/int::lt? left-byte) right-byte)\n true\n (if ((core/int::eq? left-byte) right-byte)\n (((selfhost/pkg-semver-select::bytes-lex-lt? left) right)\n ((core/int::add index) 1))\n false))))))))))\n\n(def selfhost/pkg-semver-select::str-lex-lt?\n (fn (left)\n (fn (right)\n (((selfhost/pkg-semver-select::bytes-lex-lt? (core/str::to-utf8 left))\n (core/str::to-utf8 right)) 0))))\n\n(def selfhost/pkg-semver-select::better?\n (fn (policy)\n (fn (candidate)\n (fn (best)\n (let\n ((candidate-rank ((core/map::get candidate) (quote :rank)))\n (best-rank ((core/map::get best) (quote :rank))))\n (if ((core/int::eq? candidate-rank) best-rank)\n ((selfhost/pkg-semver-select::str-lex-lt?\n ((core/map::get candidate) (quote :ref)))\n ((core/map::get best) (quote :ref)))\n (if ((core/sym::eq? policy) (quote :lowest))\n ((core/int::lt? candidate-rank) best-rank)\n ((core/int::lt? best-rank) candidate-rank))))))))\n\n(def selfhost/pkg-semver-select::select-loop\n (fn (policy)\n (fn (candidates)\n (fn (index)\n (fn (best)\n (if ((core/int::eq? index) (core/vec::len candidates))\n best\n (let ((candidate ((core/vec::get candidates) index)))\n ((((selfhost/pkg-semver-select::select-loop policy) candidates)\n ((core/int::add index) 1))\n (if (core/list::is-nil? best)\n candidate\n (if (((selfhost/pkg-semver-select::better? policy) candidate) best)\n candidate\n best))))))))))\n\n(def selfhost/pkg-semver-select::reject\n (fn (request-h)\n (fn (message)\n {\n :code \"core/pkg/bad-authority-request\"\n :commit nil\n :kind \"genesis/pkg-semver-select-result-v0.1\"\n :message message\n :ok false\n :rank nil\n :ref nil\n :request-h request-h\n :v 1})))\n\n(def selfhost/pkg-semver-select::accept\n (fn (request-h)\n (fn (selected)\n {\n :code nil\n :commit (if (core/list::is-nil? selected)\n nil\n ((core/map::get selected) (quote :commit)))\n :kind \"genesis/pkg-semver-select-result-v0.1\"\n :message nil\n :ok true\n :rank (if (core/list::is-nil? selected)\n nil\n ((core/map::get selected) (quote :rank)))\n :ref (if (core/list::is-nil? selected)\n nil\n ((core/map::get selected) (quote :ref)))\n :request-h request-h\n :v 1})))\n\n(def core/pkg::semver-select-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if (selfhost/pkg-resolution-id::map? request)\n (if\n ((selfhost/pkg-resolution-id::exact-map? request) [:candidates :kind :op :policy :v])\n (let\n ((candidates ((core/map::get request) (quote :candidates)))\n (kind ((core/map::get request) (quote :kind)))\n (op ((core/map::get request) (quote :op)))\n (policy ((core/map::get request) (quote :policy)))\n (version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-resolution-id::str? kind)\n ((core/eq? kind) \"genesis/pkg-semver-select-request-v0.1\")\n false)\n (if\n (if (selfhost/pkg-resolution-id::sym? op)\n ((core/sym::eq? op) (quote :select))\n false)\n (if\n (if (selfhost/pkg-semver-select::int? version)\n ((core/int::eq? version) 1)\n false)\n (if\n (if (selfhost/pkg-resolution-id::sym? policy)\n (if ((core/sym::eq? policy) (quote :highest))\n true\n ((core/sym::eq? policy) (quote :lowest)))\n false)\n (if (selfhost/pkg-semver-select::vec? candidates)\n (if ((selfhost/pkg-semver-select::candidates-valid? candidates) 0)\n ((selfhost/pkg-semver-select::accept request-h)\n ((((selfhost/pkg-semver-select::select-loop policy) candidates) 0) nil))\n ((selfhost/pkg-semver-select::reject request-h)\n \"candidate fields are invalid\"))\n ((selfhost/pkg-semver-select::reject request-h)\n \"request :candidates must be a vector\"))\n ((selfhost/pkg-semver-select::reject request-h)\n \"request :policy must be :highest or :lowest\"))\n ((selfhost/pkg-semver-select::reject request-h) \"request :v must be 1\"))\n ((selfhost/pkg-semver-select::reject request-h) \"request :op must be :select\"))\n ((selfhost/pkg-semver-select::reject request-h) \"request :kind mismatch\")))\n ((selfhost/pkg-semver-select::reject request-h) \"request fields mismatch\"))\n ((selfhost/pkg-semver-select::reject request-h) \"request must be map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x16\xA9\x8F!W\x10\xEA\xF8\x88h\xFC7\x824\xAA4\x1F\xFC\xD6\x8C\xEF\x97\xEA\xCC\xEE\x90{\x99\x02F\xDER" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-bridge::tag core/data::tag) (def selfhost/pkg-bridge::bytes? (fn (value) ((core/sym::eq? (selfhost/pkg-bridge::tag value)) (quote :bytes)))) (def selfhost/pkg-bridge::bool? (fn (value) ((core/sym::eq? (selfhost/pkg-bridge::tag value)) (quote :bool)))) (def selfhost/pkg-bridge::result (fn (request-h) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-bridge-authority-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-bridge::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-bridge::result request-h) false) code) message) nil))))) (def selfhost/pkg-bridge::accept (fn (request-h) (fn (value) (((((selfhost/pkg-bridge::result request-h) true) nil) nil) value)))) (def selfhost/pkg-bridge::vec1 (fn (a) ((core/vec::push (quote [])) a))) (def selfhost/pkg-bridge::vec2 (fn (a) (fn (b) ((core/vec::push (selfhost/pkg-bridge::vec1 a)) b)))) (def selfhost/pkg-bridge::vec3 (fn (a) (fn (b) (fn (c) ((core/vec::push ((selfhost/pkg-bridge::vec2 a) b)) c))))) (def selfhost/pkg-bridge::object (fn (term) (let ((printed (selfhost/printer::print-term term))) (let ((bytes (core/str::to-utf8 printed))) {:bytes bytes :h (core/bytes::to-hex (core/crypto::blake3 bytes)) :term term})))) (def selfhost/pkg-bridge::nonempty-string? (fn (value) (if (selfhost/pkg-lock-read::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/pkg-bridge::facts-valid? (fn (facts) (if ((selfhost/pkg-lock-read::exact-map? facts) [:ecosystem :name :source :source-hash :version]) (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :ecosystem))) (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :name))) (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :source))) (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :version))) (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get facts) (quote :source-hash))) false) false) false) false) false))) (def selfhost/pkg-bridge::message (fn (ecosystem) (fn (name) (fn (version) ((core/str::concat "bridge ") ((core/str::concat ecosystem) ((core/str::concat " ") ((core/str::concat name) ((core/str::concat " ") version))))))))) (def selfhost/pkg-bridge::plan-core (fn (facts) (let ((ecosystem ((core/map::get facts) (quote :ecosystem))) (name ((core/map::get facts) (quote :name))) (source ((core/map::get facts) (quote :source))) (source-hash ((core/map::get facts) (quote :source-hash))) (version ((core/map::get facts) (quote :version)))) (let ((provenance (selfhost/pkg-bridge::object {:ecosystem ecosystem :name name :source source :source-hash source-hash :type (quote :gcpm/external-provenance) :v 1 :version version}))) (let ((provenance-h ((core/map::get provenance) (quote :h)))) (let ((conversion-data (selfhost/pkg-bridge::object {:ecosystem ecosystem :name name :provenance-root provenance-h :replay {:algorithm "identity-source-hash" :input-hash source-hash} :source source :source-hash source-hash :toolchain "genesis/pkg-low::bridge-v0.1" :type (quote :gcpm/bridge-conversion) :v 1 :version version}))) (let ((conversion-data-h ((core/map::get conversion-data) (quote :h)))) (let ((conversion-evidence (selfhost/pkg-bridge::object {:data conversion-data-h :inputs (selfhost/pkg-bridge::vec1 provenance-h) :kind (quote :equivalence) :outputs [] :type (quote :vcs/evidence) :v 1}))) (let ((patch (selfhost/pkg-bridge::object {:ops [] :type (quote :vcs/patch) :v 1}))) (let ((snapshot (selfhost/pkg-bridge::object {:kind (quote :package) :meta {:bridge/ecosystem ecosystem :bridge/provenance-root provenance-h :bridge/source source :bridge/source-hash source-hash} :modules [] :obligations ((selfhost/pkg-bridge::vec2 (quote core/obligation::external-provenance)) (quote core/obligation::replayable-conversion)) :pkg/name name :pkg/version version :type (quote :vcs/snapshot) :v 1}))) (let ((unsigned-commit {:attestations [] :base nil :evidence (selfhost/pkg-bridge::vec1 ((core/map::get conversion-evidence) (quote :h))) :message (((selfhost/pkg-bridge::message ecosystem) name) version) :obligations ["core/obligation::external-provenance" "core/obligation::replayable-conversion"] :parents [] :patch ((core/map::get patch) (quote :h)) :result ((core/map::get snapshot) (quote :h)) :type (quote :vcs/commit) :v 1})) (let ((signing-h (core/crypto::blake3 (core/bytes::join (((selfhost/pkg-bridge::vec3 b"GCv0.2\x00") b"vcs\x00commit-signing-hash\x00") (core/str::to-utf8 (selfhost/printer::print-term unsigned-commit))))))) {:conversion-data conversion-data :conversion-evidence conversion-evidence :patch patch :provenance provenance :sign-message (core/bytes::join (((selfhost/pkg-bridge::vec3 b"GCv0.2\x00") b"vcs\x00commit-sign\x00") signing-h)) :signing-h signing-h :snapshot snapshot :unsigned-commit unsigned-commit})))))))))))) (def selfhost/pkg-bridge::plan-value (fn (facts) (let ((plan (selfhost/pkg-bridge::plan-core facts))) {:plan plan :plan-h (selfhost/hash::hash-term plan)}))) (def selfhost/pkg-bridge::mechanism-valid? (fn (mechanism) (if ((selfhost/pkg-lock-read::exact-map? mechanism) [:plan-h :public-key :signature :signature-valid]) (if (selfhost/pkg-lock-ops::lower-hex64? ((core/map::get mechanism) (quote :plan-h))) (if (selfhost/pkg-bridge::bytes? ((core/map::get mechanism) (quote :public-key))) (if ((core/int::eq? (core/bytes::len ((core/map::get mechanism) (quote :public-key)))) 32) (if (selfhost/pkg-bridge::bytes? ((core/map::get mechanism) (quote :signature))) (if ((core/int::eq? (core/bytes::len ((core/map::get mechanism) (quote :signature)))) 64) (selfhost/pkg-bridge::bool? ((core/map::get mechanism) (quote :signature-valid))) false) false) false) false) false) false))) (def selfhost/pkg-bridge::finalize (fn (request-h) (fn (facts) (fn (mechanism) (if (selfhost/pkg-bridge::mechanism-valid? mechanism) (let ((plan-value (selfhost/pkg-bridge::plan-value facts))) (let ((plan ((core/map::get plan-value) (quote :plan)))) (let ((plan-h ((core/map::get plan-value) (quote :plan-h)))) (if ((core/eq? plan-h) ((core/map::get mechanism) (quote :plan-h))) (if ((core/map::get mechanism) (quote :signature-valid)) (let ((attestation (selfhost/pkg-bridge::object {:alg "ed25519" :pk ((core/map::get mechanism) (quote :public-key)) :role (quote :mirror-converter) :sig ((core/map::get mechanism) (quote :signature)) :signing-h ((core/map::get plan) (quote :signing-h)) :type (quote :vcs/attestation) :v 1}))) (let ((commit-term (((core/map::put ((core/map::get plan) (quote :unsigned-commit))) (quote :attestations)) (selfhost/pkg-bridge::vec1 ((core/map::get attestation) (quote :h)))))) ((selfhost/pkg-bridge::accept request-h) {:attestation attestation :commit (selfhost/pkg-bridge::object commit-term) :plan-h plan-h}))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bridge-signature") "bridge signature failed cryptographic verification")) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "finalize plan identity mismatch"))))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "finalize mechanism fields mismatch")))))) (def selfhost/pkg-bridge::dispatch (fn (request-h) (fn (request) (let ((facts ((core/map::get request) (quote :facts)))) (if (selfhost/pkg-bridge::facts-valid? facts) (let ((op ((core/map::get request) (quote :op)))) (if ((core/sym::eq? op) (quote :plan)) (if (selfhost/pkg-lock-read::nil? ((core/map::get request) (quote :mechanism))) ((selfhost/pkg-bridge::accept request-h) (selfhost/pkg-bridge::plan-value facts)) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "plan mechanism must be nil")) (if ((core/sym::eq? op) (quote :finalize)) (((selfhost/pkg-bridge::finalize request-h) facts) ((core/map::get request) (quote :mechanism))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "request :op must be :plan or :finalize")))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-payload") "bridge facts are malformed")))))) (def core/pkg::bridge-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if ((selfhost/pkg-lock-read::exact-map? request) [:facts :kind :mechanism :op :v]) (let ((kind ((core/map::get request) (quote :kind)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-bridge-authority-request-v0.1") false) (let ((version ((core/map::get request) (quote :v)))) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) ((selfhost/pkg-bridge::dispatch request-h) request) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1"))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-bridge::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")))))] :module-h b"\x7F#\xB9\xECY-g\x86]\xD7\xF9\x02\xA4\x99\\[[\x0E5va\x85\x00P%]!\xBCW\xDA\xBE\xEE" :path "selfhost/pkg_bridge_authority_v1.gc" :source "(def selfhost/pkg-bridge::tag core/data::tag)\n\n(def selfhost/pkg-bridge::bytes?\n (fn (value) ((core/sym::eq? (selfhost/pkg-bridge::tag value)) (quote :bytes))))\n\n(def selfhost/pkg-bridge::bool?\n (fn (value) ((core/sym::eq? (selfhost/pkg-bridge::tag value)) (quote :bool))))\n\n(def selfhost/pkg-bridge::result\n (fn (request-h)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-bridge-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-bridge::reject\n (fn (request-h)\n (fn (code)\n (fn (message) (((((selfhost/pkg-bridge::result request-h) false) code) message) nil)))))\n\n(def selfhost/pkg-bridge::accept\n (fn (request-h)\n (fn (value) (((((selfhost/pkg-bridge::result request-h) true) nil) nil) value))))\n\n(def selfhost/pkg-bridge::vec1\n (fn (a) ((core/vec::push (quote [])) a)))\n\n(def selfhost/pkg-bridge::vec2\n (fn (a)\n (fn (b) ((core/vec::push (selfhost/pkg-bridge::vec1 a)) b))))\n\n(def selfhost/pkg-bridge::vec3\n (fn (a)\n (fn (b)\n (fn (c) ((core/vec::push ((selfhost/pkg-bridge::vec2 a) b)) c)))))\n\n(def selfhost/pkg-bridge::object\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (let ((bytes (core/str::to-utf8 printed)))\n {\n :bytes bytes\n :h (core/bytes::to-hex (core/crypto::blake3 bytes))\n :term term}))))\n\n(def selfhost/pkg-bridge::nonempty-string?\n (fn (value)\n (if (selfhost/pkg-lock-read::str? value) ((core/int::lt? 0) (core/str::len value)) false)))\n\n(def selfhost/pkg-bridge::facts-valid?\n (fn (facts)\n (if\n ((selfhost/pkg-lock-read::exact-map? facts)\n [:ecosystem :name :source :source-hash :version])\n (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :ecosystem)))\n (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :name)))\n (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :source)))\n (if (selfhost/pkg-bridge::nonempty-string? ((core/map::get facts) (quote :version)))\n (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get facts) (quote :source-hash)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-bridge::message\n (fn (ecosystem)\n (fn (name)\n (fn (version)\n ((core/str::concat \"bridge \")\n ((core/str::concat ecosystem)\n ((core/str::concat \" \")\n ((core/str::concat name) ((core/str::concat \" \") version)))))))))\n\n(def selfhost/pkg-bridge::plan-core\n (fn (facts)\n (let\n ((ecosystem ((core/map::get facts) (quote :ecosystem)))\n (name ((core/map::get facts) (quote :name)))\n (source ((core/map::get facts) (quote :source)))\n (source-hash ((core/map::get facts) (quote :source-hash)))\n (version ((core/map::get facts) (quote :version))))\n (let\n ((provenance\n (selfhost/pkg-bridge::object\n {\n :ecosystem ecosystem\n :name name\n :source source\n :source-hash source-hash\n :type (quote :gcpm/external-provenance)\n :v 1\n :version version})))\n (let ((provenance-h ((core/map::get provenance) (quote :h))))\n (let\n ((conversion-data\n (selfhost/pkg-bridge::object\n {\n :ecosystem ecosystem\n :name name\n :provenance-root provenance-h\n :replay {:algorithm \"identity-source-hash\" :input-hash source-hash}\n :source source\n :source-hash source-hash\n :toolchain \"genesis/pkg-low::bridge-v0.1\"\n :type (quote :gcpm/bridge-conversion)\n :v 1\n :version version})))\n (let ((conversion-data-h ((core/map::get conversion-data) (quote :h))))\n (let\n ((conversion-evidence\n (selfhost/pkg-bridge::object\n {\n :data conversion-data-h\n :inputs (selfhost/pkg-bridge::vec1 provenance-h)\n :kind (quote :equivalence)\n :outputs []\n :type (quote :vcs/evidence)\n :v 1})))\n (let\n ((patch\n (selfhost/pkg-bridge::object\n {:ops [] :type (quote :vcs/patch) :v 1})))\n (let\n ((snapshot\n (selfhost/pkg-bridge::object\n {\n :kind (quote :package)\n :meta\n {\n :bridge/ecosystem ecosystem\n :bridge/provenance-root provenance-h\n :bridge/source source\n :bridge/source-hash source-hash}\n :modules []\n :obligations\n ((selfhost/pkg-bridge::vec2\n (quote core/obligation::external-provenance))\n (quote core/obligation::replayable-conversion))\n :pkg/name name\n :pkg/version version\n :type (quote :vcs/snapshot)\n :v 1})))\n (let\n ((unsigned-commit\n {\n :attestations []\n :base nil\n :evidence\n (selfhost/pkg-bridge::vec1\n ((core/map::get conversion-evidence) (quote :h)))\n :message (((selfhost/pkg-bridge::message ecosystem) name) version)\n :obligations\n [\n \"core/obligation::external-provenance\"\n \"core/obligation::replayable-conversion\"]\n :parents []\n :patch ((core/map::get patch) (quote :h))\n :result ((core/map::get snapshot) (quote :h))\n :type (quote :vcs/commit)\n :v 1}))\n (let\n ((signing-h\n (core/crypto::blake3\n (core/bytes::join\n (((selfhost/pkg-bridge::vec3 b\"GCv0.2\\x00\")\n b\"vcs\\x00commit-signing-hash\\x00\")\n (core/str::to-utf8\n (selfhost/printer::print-term unsigned-commit)))))))\n {\n :conversion-data conversion-data\n :conversion-evidence conversion-evidence\n :patch patch\n :provenance provenance\n :sign-message\n (core/bytes::join\n (((selfhost/pkg-bridge::vec3 b\"GCv0.2\\x00\")\n b\"vcs\\x00commit-sign\\x00\")\n signing-h))\n :signing-h signing-h\n :snapshot snapshot\n :unsigned-commit unsigned-commit}))))))))))))\n\n(def selfhost/pkg-bridge::plan-value\n (fn (facts)\n (let ((plan (selfhost/pkg-bridge::plan-core facts)))\n {:plan plan :plan-h (selfhost/hash::hash-term plan)})))\n\n(def selfhost/pkg-bridge::mechanism-valid?\n (fn (mechanism)\n (if\n ((selfhost/pkg-lock-read::exact-map? mechanism)\n [:plan-h :public-key :signature :signature-valid])\n (if (selfhost/pkg-lock-ops::lower-hex64?\n ((core/map::get mechanism) (quote :plan-h)))\n (if (selfhost/pkg-bridge::bytes? ((core/map::get mechanism) (quote :public-key)))\n (if\n ((core/int::eq?\n (core/bytes::len ((core/map::get mechanism) (quote :public-key))))\n 32)\n (if (selfhost/pkg-bridge::bytes? ((core/map::get mechanism) (quote :signature)))\n (if\n ((core/int::eq?\n (core/bytes::len ((core/map::get mechanism) (quote :signature))))\n 64)\n (selfhost/pkg-bridge::bool?\n ((core/map::get mechanism) (quote :signature-valid)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-bridge::finalize\n (fn (request-h)\n (fn (facts)\n (fn (mechanism)\n (if (selfhost/pkg-bridge::mechanism-valid? mechanism)\n (let ((plan-value (selfhost/pkg-bridge::plan-value facts)))\n (let ((plan ((core/map::get plan-value) (quote :plan))))\n (let ((plan-h ((core/map::get plan-value) (quote :plan-h))))\n (if ((core/eq? plan-h) ((core/map::get mechanism) (quote :plan-h)))\n (if ((core/map::get mechanism) (quote :signature-valid))\n (let\n ((attestation\n (selfhost/pkg-bridge::object\n {\n :alg \"ed25519\"\n :pk ((core/map::get mechanism) (quote :public-key))\n :role (quote :mirror-converter)\n :sig ((core/map::get mechanism) (quote :signature))\n :signing-h ((core/map::get plan) (quote :signing-h))\n :type (quote :vcs/attestation)\n :v 1})))\n (let\n ((commit-term\n (((core/map::put\n ((core/map::get plan) (quote :unsigned-commit)))\n (quote :attestations))\n (selfhost/pkg-bridge::vec1\n ((core/map::get attestation) (quote :h))))))\n ((selfhost/pkg-bridge::accept request-h)\n {\n :attestation attestation\n :commit (selfhost/pkg-bridge::object commit-term)\n :plan-h plan-h})))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bridge-signature\")\n \"bridge signature failed cryptographic verification\"))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"finalize plan identity mismatch\")))))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"finalize mechanism fields mismatch\"))))))\n\n(def selfhost/pkg-bridge::dispatch\n (fn (request-h)\n (fn (request)\n (let ((facts ((core/map::get request) (quote :facts))))\n (if (selfhost/pkg-bridge::facts-valid? facts)\n (let ((op ((core/map::get request) (quote :op))))\n (if ((core/sym::eq? op) (quote :plan))\n (if (selfhost/pkg-lock-read::nil?\n ((core/map::get request) (quote :mechanism)))\n ((selfhost/pkg-bridge::accept request-h)\n (selfhost/pkg-bridge::plan-value facts))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"plan mechanism must be nil\"))\n (if ((core/sym::eq? op) (quote :finalize))\n (((selfhost/pkg-bridge::finalize request-h) facts)\n ((core/map::get request) (quote :mechanism)))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :op must be :plan or :finalize\"))))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-payload\")\n \"bridge facts are malformed\"))))))\n\n(def core/pkg::bridge-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if\n ((selfhost/pkg-lock-read::exact-map? request)\n [:facts :kind :mechanism :op :v])\n (let ((kind ((core/map::get request) (quote :kind))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-bridge-authority-request-v0.1\")\n false)\n (let ((version ((core/map::get request) (quote :v))))\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n ((selfhost/pkg-bridge::dispatch request-h) request)\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\")))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-bridge::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x7F#\xB9\xECY-g\x86]\xD7\xF9\x02\xA4\x99\\[[\x0E5va\x85\x00P%]!\xBCW\xDA\xBE\xEE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-snapshot::bytes? (fn (value) ((core/sym::eq? (core/data::tag value)) (quote :bytes)))) (def selfhost/pkg-snapshot::module-valid? (fn (module) (if ((selfhost/pkg-lock-read::exact-map? module) [:module :module-h :path]) (let ((forms ((core/map::get module) (quote :module))) (module-h ((core/map::get module) (quote :module-h))) (path ((core/map::get module) (quote :path)))) (if (selfhost/commit::nonempty-str? path) (if (selfhost/commit::vec? forms) (if (selfhost/pkg-snapshot::bytes? module-h) (if ((core/int::eq? (core/bytes::len module-h)) 32) (let ((computed (selfhost/hash::hash-module forms))) (if (selfhost/pkg-lock-read::str? computed) ((core/eq? (core/bytes::from-hex computed)) module-h) false)) false) false) false) false)) false))) (def selfhost/pkg-snapshot::modules-valid-loop? (fn (modules) (fn (index) (if ((core/int::eq? index) (core/vec::len modules)) true (if (selfhost/pkg-snapshot::module-valid? ((core/vec::get modules) index)) ((selfhost/pkg-snapshot::modules-valid-loop? modules) ((core/int::add index) 1)) false))))) (def selfhost/pkg-snapshot::modules-valid? (fn (modules) (if (selfhost/commit::vec? modules) ((selfhost/pkg-snapshot::modules-valid-loop? modules) 0) false))) (def selfhost/pkg-snapshot::facts-valid? (fn (facts) (if ((selfhost/pkg-lock-read::exact-map? facts) [:modules :name :obligations :pkg :version]) (if (selfhost/commit::nonempty-str? ((core/map::get facts) (quote :pkg))) (if (selfhost/commit::nonempty-str? ((core/map::get facts) (quote :name))) (if (selfhost/commit::nonempty-str? ((core/map::get facts) (quote :version))) (if (selfhost/commit::obligation-vector? ((core/map::get facts) (quote :obligations))) (selfhost/pkg-snapshot::modules-valid? ((core/map::get facts) (quote :modules))) false) false) false) false) false))) (def selfhost/pkg-snapshot::object (fn (term) (let ((printed (selfhost/printer::print-term term))) (let ((bytes (core/str::to-utf8 printed))) {:bytes bytes :h (core/bytes::to-hex (core/crypto::blake3 bytes)) :term term})))) (def selfhost/pkg-snapshot::build-modules-loop (fn (modules) (fn (index) (fn (artifacts) (fn (snapshot-modules) (if ((core/int::eq? index) (core/vec::len modules)) {:artifacts artifacts :modules snapshot-modules} (let ((module ((core/vec::get modules) index))) (let ((object (selfhost/pkg-snapshot::object ((core/map::get module) (quote :module))))) ((((selfhost/pkg-snapshot::build-modules-loop modules) ((core/int::add index) 1)) ((core/vec::push artifacts) object)) ((core/vec::push snapshot-modules) {:hash ((core/map::get object) (quote :h)) :module-h ((core/map::get module) (quote :module-h)) :path ((core/map::get module) (quote :path))})))))))))) (def selfhost/pkg-snapshot::build (fn (facts) (let ((built ((((selfhost/pkg-snapshot::build-modules-loop ((core/map::get facts) (quote :modules))) 0) []) []))) (let ((snapshot-term {:kind (quote :package) :modules ((core/map::get built) (quote :modules)) :obligations ((core/map::get facts) (quote :obligations)) :pkg/name ((core/map::get facts) (quote :name)) :pkg/version ((core/map::get facts) (quote :version)) :type (quote :vcs/snapshot) :v 1})) (let ((snapshot (selfhost/pkg-snapshot::object snapshot-term))) {:artifacts ((core/vec::push ((core/map::get built) (quote :artifacts))) snapshot) :modules ((core/map::get built) (quote :modules)) :snapshot ((core/map::get snapshot) (quote :h))}))))) (def selfhost/pkg-snapshot::result (fn (request-h) (fn (ok) (fn (value) (fn (code) (fn (message) {:code code :kind "genesis/pkg-snapshot-authority-result-v0.1" :message message :ok ok :request-h request-h :v 1 :value value})))))) (def selfhost/pkg-snapshot::accept (fn (request-h) (fn (value) (((((selfhost/pkg-snapshot::result request-h) true) value) nil) nil)))) (def selfhost/pkg-snapshot::reject (fn (request-h) (fn (code) (fn (message) (((((selfhost/pkg-snapshot::result request-h) false) nil) code) message))))) (def core/pkg::snapshot-authority (fn (request) (let ((request-h (selfhost/hash::hash-term request))) (if ((selfhost/pkg-lock-read::exact-map? request) [:facts :kind :v]) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (facts ((core/map::get request) (quote :facts)))) (if (if (selfhost/pkg-lock-read::str? kind) ((core/eq? kind) "genesis/pkg-snapshot-authority-request-v0.1") false) (if (if (selfhost/pkg-lock-read::int? version) ((core/int::eq? version) 1) false) (if (selfhost/pkg-snapshot::facts-valid? facts) ((selfhost/pkg-snapshot::accept request-h) (selfhost/pkg-snapshot::build facts)) (((selfhost/pkg-snapshot::reject request-h) "core/pkg/bad-package") "snapshot facts are malformed or module identity mismatched")) (((selfhost/pkg-snapshot::reject request-h) "core/pkg/bad-authority-request") "request :v must be 1")) (((selfhost/pkg-snapshot::reject request-h) "core/pkg/bad-authority-request") "request :kind mismatch"))) (((selfhost/pkg-snapshot::reject request-h) "core/pkg/bad-authority-request") "request fields mismatch")))))] :module-h b"ku\xB4\xAC}\x95\xBE\xDFd\xC9X\x05t\xB8\x81\xE2\xB1X\x13>1mh\x0B\xB6\x87\xF2\x7F!,n\xEE" :path "selfhost/pkg_snapshot_authority_v1.gc" :source "(def selfhost/pkg-snapshot::bytes?\n (fn (value)\n ((core/sym::eq? (core/data::tag value)) (quote :bytes))))\n\n(def selfhost/pkg-snapshot::module-valid?\n (fn (module)\n (if\n ((selfhost/pkg-lock-read::exact-map? module) [:module :module-h :path])\n (let\n ((forms ((core/map::get module) (quote :module)))\n (module-h ((core/map::get module) (quote :module-h)))\n (path ((core/map::get module) (quote :path))))\n (if (selfhost/commit::nonempty-str? path)\n (if (selfhost/commit::vec? forms)\n (if (selfhost/pkg-snapshot::bytes? module-h)\n (if ((core/int::eq? (core/bytes::len module-h)) 32)\n (let ((computed (selfhost/hash::hash-module forms)))\n (if (selfhost/pkg-lock-read::str? computed)\n ((core/eq? (core/bytes::from-hex computed)) module-h)\n false))\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-snapshot::modules-valid-loop?\n (fn (modules)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len modules))\n true\n (if (selfhost/pkg-snapshot::module-valid? ((core/vec::get modules) index))\n ((selfhost/pkg-snapshot::modules-valid-loop? modules) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-snapshot::modules-valid?\n (fn (modules)\n (if (selfhost/commit::vec? modules)\n ((selfhost/pkg-snapshot::modules-valid-loop? modules) 0)\n false)))\n\n(def selfhost/pkg-snapshot::facts-valid?\n (fn (facts)\n (if\n ((selfhost/pkg-lock-read::exact-map? facts)\n [:modules :name :obligations :pkg :version])\n (if\n (selfhost/commit::nonempty-str?\n ((core/map::get facts) (quote :pkg)))\n (if\n (selfhost/commit::nonempty-str?\n ((core/map::get facts) (quote :name)))\n (if\n (selfhost/commit::nonempty-str?\n ((core/map::get facts) (quote :version)))\n (if\n (selfhost/commit::obligation-vector?\n ((core/map::get facts) (quote :obligations)))\n (selfhost/pkg-snapshot::modules-valid?\n ((core/map::get facts) (quote :modules)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-snapshot::object\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (let ((bytes (core/str::to-utf8 printed)))\n {\n :bytes bytes\n :h (core/bytes::to-hex (core/crypto::blake3 bytes))\n :term term}))))\n\n(def selfhost/pkg-snapshot::build-modules-loop\n (fn (modules)\n (fn (index)\n (fn (artifacts)\n (fn (snapshot-modules)\n (if ((core/int::eq? index) (core/vec::len modules))\n {:artifacts artifacts :modules snapshot-modules}\n (let ((module ((core/vec::get modules) index)))\n (let\n ((object\n (selfhost/pkg-snapshot::object\n ((core/map::get module) (quote :module)))))\n (((((selfhost/pkg-snapshot::build-modules-loop modules)\n ((core/int::add index) 1))\n ((core/vec::push artifacts) object))\n ((core/vec::push snapshot-modules)\n {\n :hash ((core/map::get object) (quote :h))\n :module-h ((core/map::get module) (quote :module-h))\n :path ((core/map::get module) (quote :path))})))))))))))\n\n(def selfhost/pkg-snapshot::build\n (fn (facts)\n (let\n ((built\n ((((selfhost/pkg-snapshot::build-modules-loop\n ((core/map::get facts) (quote :modules))) 0) []) [])))\n (let\n ((snapshot-term\n {\n :kind (quote :package)\n :modules ((core/map::get built) (quote :modules))\n :obligations ((core/map::get facts) (quote :obligations))\n :pkg/name ((core/map::get facts) (quote :name))\n :pkg/version ((core/map::get facts) (quote :version))\n :type (quote :vcs/snapshot)\n :v 1}))\n (let ((snapshot (selfhost/pkg-snapshot::object snapshot-term)))\n {\n :artifacts\n ((core/vec::push\n ((core/map::get built) (quote :artifacts))) snapshot)\n :modules ((core/map::get built) (quote :modules))\n :snapshot ((core/map::get snapshot) (quote :h))})))))\n\n(def selfhost/pkg-snapshot::result\n (fn (request-h)\n (fn (ok)\n (fn (value)\n (fn (code)\n (fn (message)\n {\n :code code\n :kind \"genesis/pkg-snapshot-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h request-h\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-snapshot::accept\n (fn (request-h)\n (fn (value)\n (((((selfhost/pkg-snapshot::result request-h) true) value) nil) nil))))\n\n(def selfhost/pkg-snapshot::reject\n (fn (request-h)\n (fn (code)\n (fn (message)\n (((((selfhost/pkg-snapshot::result request-h) false) nil) code) message)))))\n\n(def core/pkg::snapshot-authority\n (fn (request)\n (let ((request-h (selfhost/hash::hash-term request)))\n (if\n ((selfhost/pkg-lock-read::exact-map? request) [:facts :kind :v])\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (facts ((core/map::get request) (quote :facts))))\n (if\n (if (selfhost/pkg-lock-read::str? kind)\n ((core/eq? kind) \"genesis/pkg-snapshot-authority-request-v0.1\")\n false)\n (if\n (if (selfhost/pkg-lock-read::int? version)\n ((core/int::eq? version) 1)\n false)\n (if (selfhost/pkg-snapshot::facts-valid? facts)\n ((selfhost/pkg-snapshot::accept request-h)\n (selfhost/pkg-snapshot::build facts))\n (((selfhost/pkg-snapshot::reject request-h) \"core/pkg/bad-package\")\n \"snapshot facts are malformed or module identity mismatched\"))\n (((selfhost/pkg-snapshot::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :v must be 1\"))\n (((selfhost/pkg-snapshot::reject request-h) \"core/pkg/bad-authority-request\")\n \"request :kind mismatch\")))\n (((selfhost/pkg-snapshot::reject request-h) \"core/pkg/bad-authority-request\")\n \"request fields mismatch\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"ku\xB4\xAC}\x95\xBE\xDFd\xC9X\x05t\xB8\x81\xE2\xB1X\x13>1mh\x0B\xB6\x87\xF2\x7F!,n\xEE" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-glob::good (fn (value) {:ok true :value value})) (def selfhost/pkg-publish-glob::bad {:ok false :value false}) (def selfhost/pkg-publish-glob::byte-at (fn (bytes) (fn (index) (let ((length (core/bytes::len bytes))) (if ((core/int::eq? index) length) selfhost/pkg-publish-glob::bad (selfhost/pkg-publish-glob::good {:byte ((core/bytes::get bytes) index) :next ((core/int::add index) 1)})))))) (def selfhost/pkg-publish-glob::byte-equal (fn (pattern-byte) (fn (text-byte) ((core/int::eq? ((core/map::get pattern-byte) (quote :byte))) ((core/map::get text-byte) (quote :byte)))))) (def selfhost/pkg-publish-glob::skip-stars (fn (pattern) (fn (index) (if ((core/int::eq? index) (core/bytes::len pattern)) index (if ((core/int::eq? ((core/bytes::get pattern) index)) 42) ((selfhost/pkg-publish-glob::skip-stars pattern) ((core/int::add index) 1)) index))))) (def selfhost/pkg-publish-glob::recursive-component? (fn (pattern) (fn (index) (let ((length (core/bytes::len pattern))) (if ((core/int::lt? ((core/int::add index) 2)) length) (if ((core/int::eq? ((core/bytes::get pattern) ((core/int::add index) 1))) 42) (if ((core/int::eq? ((core/bytes::get pattern) ((core/int::add index) 2))) 47) (if ((core/int::eq? index) 0) true ((core/int::eq? ((core/bytes::get pattern) ((core/int::sub index) 1))) 47)) false) false) false))))) (def selfhost/pkg-publish-glob::star (fn (pattern) (fn (pattern-index) (fn (text) (fn (text-index) (let ((next-pattern ((selfhost/pkg-publish-glob::skip-stars pattern) pattern-index))) (if ((core/int::eq? next-pattern) (core/bytes::len pattern)) (selfhost/pkg-publish-glob::good true) (((((selfhost/pkg-publish-glob::star-loop pattern) next-pattern) text) text-index) (core/bytes::len text))))))))) (def selfhost/pkg-publish-glob::star-loop (fn (pattern) (fn (pattern-index) (fn (text) (fn (text-index) (fn (text-length) (let ((matched ((((selfhost/pkg-publish-glob::match-loop pattern) pattern-index) text) text-index))) (if ((core/map::get matched) (quote :ok)) (if ((core/map::get matched) (quote :value)) matched (if ((core/int::eq? text-index) text-length) matched (let ((next ((selfhost/pkg-publish-glob::byte-at text) text-index))) (if ((core/map::get next) (quote :ok)) (((((selfhost/pkg-publish-glob::star-loop pattern) pattern-index) text) ((core/map::get ((core/map::get next) (quote :value))) (quote :next))) text-length) selfhost/pkg-publish-glob::bad)))) matched)))))))) (def selfhost/pkg-publish-glob::find-class-end (fn (pattern) (fn (index) (if ((core/int::eq? index) (core/bytes::len pattern)) -1 (let ((byte ((core/bytes::get pattern) index))) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern)) -1 ((selfhost/pkg-publish-glob::find-class-end pattern) ((core/int::add index) 2))) (if ((core/int::eq? byte) 93) index ((selfhost/pkg-publish-glob::find-class-end pattern) ((core/int::add index) 1))))))))) (def selfhost/pkg-publish-glob::class-scalar (fn (pattern) (fn (index) (if ((core/int::eq? ((core/bytes::get pattern) index)) 92) ((selfhost/pkg-publish-glob::byte-at pattern) ((core/int::add index) 1)) ((selfhost/pkg-publish-glob::byte-at pattern) index))))) (def selfhost/pkg-publish-glob::in-range? (fn (value) (fn (low) (fn (high) (if ((core/int::lt? value) low) false (if ((core/int::lt? high) value) false true)))))) (def selfhost/pkg-publish-glob::class-items (fn (pattern) (fn (index) (fn (end) (fn (text-cp) (fn (matched) (if ((core/int::eq? index) end) (selfhost/pkg-publish-glob::good matched) (let ((first ((selfhost/pkg-publish-glob::class-scalar pattern) index))) (if ((core/map::get first) (quote :ok)) (let ((first-value ((core/map::get first) (quote :value)))) (let ((next ((core/map::get first-value) (quote :next)))) (let ((range? (if ((core/int::lt? next) end) ((core/int::eq? ((core/bytes::get pattern) next)) 45) false))) (if range? (let ((range-start ((core/int::add next) 1))) (if ((core/int::eq? range-start) end) selfhost/pkg-publish-glob::bad (let ((last ((selfhost/pkg-publish-glob::class-scalar pattern) range-start))) (if ((core/map::get last) (quote :ok)) (let ((last-value ((core/map::get last) (quote :value)))) (if ((core/int::lt? ((core/map::get last-value) (quote :byte))) ((core/map::get first-value) (quote :byte))) selfhost/pkg-publish-glob::bad (((((selfhost/pkg-publish-glob::class-items pattern) ((core/map::get last-value) (quote :next))) end) text-cp) (if matched true (((selfhost/pkg-publish-glob::in-range? text-cp) ((core/map::get first-value) (quote :byte))) ((core/map::get last-value) (quote :byte))))))) selfhost/pkg-publish-glob::bad)))) (((((selfhost/pkg-publish-glob::class-items pattern) next) end) text-cp) (if matched true ((core/int::eq? ((core/map::get first-value) (quote :byte))) text-cp))))))) selfhost/pkg-publish-glob::bad))))))))) (def selfhost/pkg-publish-glob::class (fn (pattern) (fn (index) (fn (text) (fn (text-index) (let ((end ((selfhost/pkg-publish-glob::find-class-end pattern) index))) (if ((core/int::lt? end) 0) selfhost/pkg-publish-glob::bad (if ((core/int::eq? index) end) selfhost/pkg-publish-glob::bad (let ((text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index))) (if ((core/map::get text-scalar) (quote :ok)) (let ((negated (if ((core/int::eq? ((core/bytes::get pattern) index)) 33) true false))) (let ((items-start (if negated ((core/int::add index) 1) index))) (if ((core/int::eq? items-start) end) selfhost/pkg-publish-glob::bad (let ((class-result (((((selfhost/pkg-publish-glob::class-items pattern) items-start) end) ((core/map::get ((core/map::get text-scalar) (quote :value))) (quote :byte))) false))) (if ((core/map::get class-result) (quote :ok)) (let ((contained ((core/map::get class-result) (quote :value)))) (if (if negated (if contained false true) contained) ((((selfhost/pkg-publish-glob::match-loop pattern) ((core/int::add end) 1)) text) ((core/map::get ((core/map::get text-scalar) (quote :value))) (quote :next))) (selfhost/pkg-publish-glob::good false))) class-result))))) (selfhost/pkg-publish-glob::good false))))))))))) (def selfhost/pkg-publish-glob::find-brace-end (fn (pattern) (fn (index) (fn (depth) (if ((core/int::eq? index) (core/bytes::len pattern)) -1 (let ((byte ((core/bytes::get pattern) index))) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern)) -1 (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 2)) depth)) (if ((core/int::eq? byte) 123) (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 1)) ((core/int::add depth) 1)) (if ((core/int::eq? byte) 125) (if ((core/int::eq? depth) 0) index (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 1)) ((core/int::sub depth) 1))) (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 1)) depth)))))))))) (def selfhost/pkg-publish-glob::brace-alternatives (fn (pattern) (fn (start) (fn (index) (fn (end) (fn (depth) (fn (suffix) (fn (text) (fn (text-index) (fn (saw-nonempty) (if ((core/int::eq? index) end) (if ((core/int::eq? start) end) (if saw-nonempty (selfhost/pkg-publish-glob::good false) ((((selfhost/pkg-publish-glob::match-loop suffix) 0) text) text-index)) (let ((alternative (((core/bytes::slice pattern) start) ((core/int::sub end) start)))) ((((selfhost/pkg-publish-glob::match-loop ((core/bytes::concat alternative) suffix)) 0) text) text-index))) (let ((byte ((core/bytes::get pattern) index))) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add index) 1)) end) selfhost/pkg-publish-glob::bad (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start) ((core/int::add index) 2)) end) depth) suffix) text) text-index) saw-nonempty)) (if ((core/int::eq? byte) 123) (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start) ((core/int::add index) 1)) end) ((core/int::add depth) 1)) suffix) text) text-index) saw-nonempty) (if ((core/int::eq? byte) 125) (if ((core/int::eq? depth) 0) selfhost/pkg-publish-glob::bad (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start) ((core/int::add index) 1)) end) ((core/int::sub depth) 1)) suffix) text) text-index) saw-nonempty)) (if (if ((core/int::eq? byte) 44) ((core/int::eq? depth) 0) false) (if ((core/int::eq? start) index) (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) ((core/int::add index) 1)) ((core/int::add index) 1)) end) depth) suffix) text) text-index) saw-nonempty) (let ((alternative (((core/bytes::slice pattern) start) ((core/int::sub index) start)))) (let ((attempt ((((selfhost/pkg-publish-glob::match-loop ((core/bytes::concat alternative) suffix)) 0) text) text-index))) (if ((core/map::get attempt) (quote :ok)) (if ((core/map::get attempt) (quote :value)) attempt (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) ((core/int::add index) 1)) ((core/int::add index) 1)) end) depth) suffix) text) text-index) true)) attempt)))) (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start) ((core/int::add index) 1)) end) depth) suffix) text) text-index) saw-nonempty))))))))))))))))) (def selfhost/pkg-publish-glob::brace (fn (pattern) (fn (index) (fn (text) (fn (text-index) (let ((end (((selfhost/pkg-publish-glob::find-brace-end pattern) index) 0))) (if ((core/int::lt? end) 0) selfhost/pkg-publish-glob::bad (let ((suffix-start ((core/int::add end) 1)) (length (core/bytes::len pattern))) (let ((suffix (((core/bytes::slice pattern) suffix-start) ((core/int::sub length) suffix-start)))) (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) index) index) end) 0) suffix) text) text-index) false)))))))))) (def selfhost/pkg-publish-glob::valid-loop (fn (pattern) (fn (index) (if ((core/int::eq? index) (core/bytes::len pattern)) true (let ((byte ((core/bytes::get pattern) index))) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern)) false ((selfhost/pkg-publish-glob::valid-loop pattern) ((core/int::add index) 2))) (if ((core/int::eq? byte) 91) (let ((end ((selfhost/pkg-publish-glob::find-class-end pattern) ((core/int::add index) 1)))) (if ((core/int::lt? end) 0) false (if ((core/int::eq? ((core/int::add index) 1)) end) false (let ((checked (((((selfhost/pkg-publish-glob::class-items pattern) ((core/int::add index) 1)) end) 0) false))) (if ((core/map::get checked) (quote :ok)) ((selfhost/pkg-publish-glob::valid-loop pattern) ((core/int::add end) 1)) false))))) (if ((core/int::eq? byte) 123) (let ((end (((selfhost/pkg-publish-glob::find-brace-end pattern) ((core/int::add index) 1)) 0))) (if ((core/int::lt? end) 0) false (let ((inner (((core/bytes::slice pattern) ((core/int::add index) 1)) ((core/int::sub end) ((core/int::add index) 1))))) (if ((selfhost/pkg-publish-glob::valid-loop inner) 0) ((selfhost/pkg-publish-glob::valid-loop pattern) ((core/int::add end) 1)) false)))) (if ((core/int::eq? byte) 125) false ((selfhost/pkg-publish-glob::valid-loop pattern) ((core/int::add index) 1))))))))))) (def selfhost/pkg-publish-glob::valid? (fn (pattern) (if (selfhost/pkg-lock-read::str? pattern) ((selfhost/pkg-publish-glob::valid-loop (core/str::to-utf8 pattern)) 0) false))) (def selfhost/pkg-publish-glob::literal (fn (pattern) (fn (pattern-index) (fn (text) (fn (text-index) (let ((pattern-scalar ((selfhost/pkg-publish-glob::byte-at pattern) pattern-index)) (text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index))) (if ((core/map::get pattern-scalar) (quote :ok)) (if ((core/map::get text-scalar) (quote :ok)) (let ((pattern-value ((core/map::get pattern-scalar) (quote :value))) (text-value ((core/map::get text-scalar) (quote :value)))) (if ((selfhost/pkg-publish-glob::byte-equal pattern-value) text-value) ((((selfhost/pkg-publish-glob::match-loop pattern) ((core/map::get pattern-value) (quote :next))) text) ((core/map::get text-value) (quote :next))) (selfhost/pkg-publish-glob::good false))) (selfhost/pkg-publish-glob::good false)) selfhost/pkg-publish-glob::bad))))))) (def selfhost/pkg-publish-glob::match-loop (fn (pattern) (fn (pattern-index) (fn (text) (fn (text-index) (if ((core/int::eq? pattern-index) (core/bytes::len pattern)) (selfhost/pkg-publish-glob::good ((core/int::eq? text-index) (core/bytes::len text))) (let ((byte ((core/bytes::get pattern) pattern-index))) (if ((core/int::eq? byte) 42) (if ((selfhost/pkg-publish-glob::recursive-component? pattern) pattern-index) (let ((without-component ((((selfhost/pkg-publish-glob::match-loop pattern) ((core/int::add pattern-index) 3)) text) text-index))) (if ((core/map::get without-component) (quote :ok)) (if ((core/map::get without-component) (quote :value)) without-component ((((selfhost/pkg-publish-glob::star pattern) ((core/int::add pattern-index) 1)) text) text-index)) without-component)) ((((selfhost/pkg-publish-glob::star pattern) ((core/int::add pattern-index) 1)) text) text-index)) (if ((core/int::eq? byte) 63) (let ((text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index))) (if ((core/map::get text-scalar) (quote :ok)) ((((selfhost/pkg-publish-glob::match-loop pattern) ((core/int::add pattern-index) 1)) text) ((core/map::get ((core/map::get text-scalar) (quote :value))) (quote :next))) (selfhost/pkg-publish-glob::good false))) (if ((core/int::eq? byte) 91) ((((selfhost/pkg-publish-glob::class pattern) ((core/int::add pattern-index) 1)) text) text-index) (if ((core/int::eq? byte) 123) ((((selfhost/pkg-publish-glob::brace pattern) ((core/int::add pattern-index) 1)) text) text-index) (if ((core/int::eq? byte) 92) (if ((core/int::eq? ((core/int::add pattern-index) 1)) (core/bytes::len pattern)) selfhost/pkg-publish-glob::bad ((((selfhost/pkg-publish-glob::literal pattern) ((core/int::add pattern-index) 1)) text) text-index)) (if ((core/int::eq? byte) 125) selfhost/pkg-publish-glob::bad ((((selfhost/pkg-publish-glob::literal pattern) pattern-index) text) text-index)))))))))))))) (def selfhost/pkg-publish-glob::match (fn (pattern) (fn (value) (if (selfhost/pkg-lock-read::str? pattern) (if (selfhost/pkg-lock-read::str? value) ((((selfhost/pkg-publish-glob::match-loop (core/str::to-utf8 pattern)) 0) (core/str::to-utf8 value)) 0) selfhost/pkg-publish-glob::bad) selfhost/pkg-publish-glob::bad))))] :module-h b"w\xE1\xEA\xCD\xEB8\xF0O\x18\x10\x0B<\x05E\x07',\xE9\xB0\xAC\xF3F-W\x8Eb\xFF\x9Ac\x8B\xD6\x03" :path "selfhost/pkg_publish_glob_v1.gc" :source "(def selfhost/pkg-publish-glob::good\n (fn (value) {:ok true :value value}))\n\n(def selfhost/pkg-publish-glob::bad {:ok false :value false})\n\n(def selfhost/pkg-publish-glob::byte-at\n (fn (bytes)\n (fn (index)\n (let ((length (core/bytes::len bytes)))\n (if ((core/int::eq? index) length)\n selfhost/pkg-publish-glob::bad\n (selfhost/pkg-publish-glob::good\n {:byte ((core/bytes::get bytes) index) :next ((core/int::add index) 1)}))))))\n\n(def selfhost/pkg-publish-glob::byte-equal\n (fn (pattern-byte)\n (fn (text-byte)\n ((core/int::eq?\n ((core/map::get pattern-byte) (quote :byte)))\n ((core/map::get text-byte) (quote :byte))))))\n\n(def selfhost/pkg-publish-glob::skip-stars\n (fn (pattern)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len pattern))\n index\n (if ((core/int::eq? ((core/bytes::get pattern) index)) 42)\n ((selfhost/pkg-publish-glob::skip-stars pattern) ((core/int::add index) 1))\n index)))))\n\n(def selfhost/pkg-publish-glob::recursive-component?\n (fn (pattern)\n (fn (index)\n (let ((length (core/bytes::len pattern)))\n (if ((core/int::lt? ((core/int::add index) 2)) length)\n (if\n ((core/int::eq? ((core/bytes::get pattern) ((core/int::add index) 1))) 42)\n (if\n ((core/int::eq? ((core/bytes::get pattern) ((core/int::add index) 2))) 47)\n (if ((core/int::eq? index) 0)\n true\n ((core/int::eq?\n ((core/bytes::get pattern) ((core/int::sub index) 1)))\n 47))\n false)\n false)\n false)))))\n\n(def selfhost/pkg-publish-glob::star\n (fn (pattern)\n (fn (pattern-index)\n (fn (text)\n (fn (text-index)\n (let ((next-pattern ((selfhost/pkg-publish-glob::skip-stars pattern) pattern-index)))\n (if ((core/int::eq? next-pattern) (core/bytes::len pattern))\n (selfhost/pkg-publish-glob::good true)\n (((((selfhost/pkg-publish-glob::star-loop pattern) next-pattern) text)\n text-index)\n (core/bytes::len text)))))))))\n\n(def selfhost/pkg-publish-glob::star-loop\n (fn (pattern)\n (fn (pattern-index)\n (fn (text)\n (fn (text-index)\n (fn (text-length)\n (let\n ((matched\n ((((selfhost/pkg-publish-glob::match-loop pattern) pattern-index) text)\n text-index)))\n (if ((core/map::get matched) (quote :ok))\n (if ((core/map::get matched) (quote :value))\n matched\n (if ((core/int::eq? text-index) text-length)\n matched\n (let ((next ((selfhost/pkg-publish-glob::byte-at text) text-index)))\n (if ((core/map::get next) (quote :ok))\n (((((selfhost/pkg-publish-glob::star-loop pattern) pattern-index) text)\n ((core/map::get\n ((core/map::get next) (quote :value)))\n (quote :next)))\n text-length)\n selfhost/pkg-publish-glob::bad))))\n matched))))))))\n\n(def selfhost/pkg-publish-glob::find-class-end\n (fn (pattern)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len pattern))\n -1\n (let ((byte ((core/bytes::get pattern) index)))\n (if ((core/int::eq? byte) 92)\n (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern))\n -1\n ((selfhost/pkg-publish-glob::find-class-end pattern)\n ((core/int::add index) 2)))\n (if ((core/int::eq? byte) 93)\n index\n ((selfhost/pkg-publish-glob::find-class-end pattern)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-publish-glob::class-scalar\n (fn (pattern)\n (fn (index)\n (if ((core/int::eq? ((core/bytes::get pattern) index)) 92)\n ((selfhost/pkg-publish-glob::byte-at pattern) ((core/int::add index) 1))\n ((selfhost/pkg-publish-glob::byte-at pattern) index)))))\n\n(def selfhost/pkg-publish-glob::in-range?\n (fn (value)\n (fn (low)\n (fn (high)\n (if ((core/int::lt? value) low)\n false\n (if ((core/int::lt? high) value) false true))))))\n\n(def selfhost/pkg-publish-glob::class-items\n (fn (pattern)\n (fn (index)\n (fn (end)\n (fn (text-cp)\n (fn (matched)\n (if ((core/int::eq? index) end)\n (selfhost/pkg-publish-glob::good matched)\n (let ((first ((selfhost/pkg-publish-glob::class-scalar pattern) index)))\n (if ((core/map::get first) (quote :ok))\n (let ((first-value ((core/map::get first) (quote :value))))\n (let ((next ((core/map::get first-value) (quote :next))))\n (let\n ((range?\n (if ((core/int::lt? next) end)\n ((core/int::eq? ((core/bytes::get pattern) next)) 45)\n false)))\n (if range?\n (let ((range-start ((core/int::add next) 1)))\n (if ((core/int::eq? range-start) end)\n selfhost/pkg-publish-glob::bad\n (let\n ((last\n ((selfhost/pkg-publish-glob::class-scalar pattern)\n range-start)))\n (if ((core/map::get last) (quote :ok))\n (let\n ((last-value ((core/map::get last) (quote :value))))\n (if\n ((core/int::lt?\n ((core/map::get last-value) (quote :byte)))\n ((core/map::get first-value) (quote :byte)))\n selfhost/pkg-publish-glob::bad\n (((((selfhost/pkg-publish-glob::class-items pattern)\n ((core/map::get last-value) (quote :next)))\n end)\n text-cp)\n (if matched\n true\n (((selfhost/pkg-publish-glob::in-range? text-cp)\n ((core/map::get first-value) (quote :byte)))\n ((core/map::get last-value) (quote :byte)))))))\n selfhost/pkg-publish-glob::bad))))\n (((((selfhost/pkg-publish-glob::class-items pattern) next) end)\n text-cp)\n (if matched\n true\n ((core/int::eq?\n ((core/map::get first-value) (quote :byte)))\n text-cp)))))))\n selfhost/pkg-publish-glob::bad)))))))))\n\n(def selfhost/pkg-publish-glob::class\n (fn (pattern)\n (fn (index)\n (fn (text)\n (fn (text-index)\n (let ((end ((selfhost/pkg-publish-glob::find-class-end pattern) index)))\n (if ((core/int::lt? end) 0)\n selfhost/pkg-publish-glob::bad\n (if ((core/int::eq? index) end)\n selfhost/pkg-publish-glob::bad\n (let ((text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index)))\n (if ((core/map::get text-scalar) (quote :ok))\n (let\n ((negated\n (if ((core/int::eq? ((core/bytes::get pattern) index)) 33)\n true\n false)))\n (let ((items-start (if negated ((core/int::add index) 1) index)))\n (if ((core/int::eq? items-start) end)\n selfhost/pkg-publish-glob::bad\n (let\n ((class-result\n (((((selfhost/pkg-publish-glob::class-items pattern) items-start)\n end)\n ((core/map::get\n ((core/map::get text-scalar) (quote :value)))\n (quote :byte)))\n false)))\n (if ((core/map::get class-result) (quote :ok))\n (let\n ((contained\n ((core/map::get class-result) (quote :value))))\n (if (if negated (if contained false true) contained)\n ((((selfhost/pkg-publish-glob::match-loop pattern)\n ((core/int::add end) 1))\n text)\n ((core/map::get\n ((core/map::get text-scalar) (quote :value)))\n (quote :next)))\n (selfhost/pkg-publish-glob::good false)))\n class-result)))))\n (selfhost/pkg-publish-glob::good false)))))))))))\n\n(def selfhost/pkg-publish-glob::find-brace-end\n (fn (pattern)\n (fn (index)\n (fn (depth)\n (if ((core/int::eq? index) (core/bytes::len pattern))\n -1\n (let ((byte ((core/bytes::get pattern) index)))\n (if ((core/int::eq? byte) 92)\n (if ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern))\n -1\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 2))\n depth))\n (if ((core/int::eq? byte) 123)\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 1))\n ((core/int::add depth) 1))\n (if ((core/int::eq? byte) 125)\n (if ((core/int::eq? depth) 0)\n index\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 1))\n ((core/int::sub depth) 1)))\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 1))\n depth))))))))))\n\n(def selfhost/pkg-publish-glob::brace-alternatives\n (fn (pattern)\n (fn (start)\n (fn (index)\n (fn (end)\n (fn (depth)\n (fn (suffix)\n (fn (text)\n (fn (text-index)\n (fn (saw-nonempty)\n (if ((core/int::eq? index) end)\n (if ((core/int::eq? start) end)\n (if saw-nonempty\n (selfhost/pkg-publish-glob::good false)\n ((((selfhost/pkg-publish-glob::match-loop suffix) 0) text)\n text-index))\n (let\n ((alternative\n (((core/bytes::slice pattern) start)\n ((core/int::sub end) start))))\n ((((selfhost/pkg-publish-glob::match-loop\n ((core/bytes::concat alternative) suffix)) 0)\n text)\n text-index)))\n (let ((byte ((core/bytes::get pattern) index)))\n (if ((core/int::eq? byte) 92)\n (if ((core/int::eq? ((core/int::add index) 1)) end)\n selfhost/pkg-publish-glob::bad\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start)\n ((core/int::add index) 2))\n end)\n depth)\n suffix)\n text)\n text-index)\n saw-nonempty))\n (if ((core/int::eq? byte) 123)\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start)\n ((core/int::add index) 1))\n end)\n ((core/int::add depth) 1))\n suffix)\n text)\n text-index)\n saw-nonempty)\n (if ((core/int::eq? byte) 125)\n (if ((core/int::eq? depth) 0)\n selfhost/pkg-publish-glob::bad\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) start)\n ((core/int::add index) 1))\n end)\n ((core/int::sub depth) 1))\n suffix)\n text)\n text-index)\n saw-nonempty))\n (if\n (if ((core/int::eq? byte) 44)\n ((core/int::eq? depth) 0)\n false)\n (if ((core/int::eq? start) index)\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern)\n ((core/int::add index) 1))\n ((core/int::add index) 1))\n end)\n depth)\n suffix)\n text)\n text-index)\n saw-nonempty)\n (let\n ((alternative\n (((core/bytes::slice pattern) start)\n ((core/int::sub index) start))))\n (let\n ((attempt\n ((((selfhost/pkg-publish-glob::match-loop\n ((core/bytes::concat alternative) suffix)) 0)\n text)\n text-index)))\n (if ((core/map::get attempt) (quote :ok))\n (if ((core/map::get attempt) (quote :value))\n attempt\n (((((((((selfhost/pkg-publish-glob::brace-alternatives\n pattern)\n ((core/int::add index) 1))\n ((core/int::add index) 1))\n end)\n depth)\n suffix)\n text)\n text-index)\n true))\n attempt))))\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern)\n start)\n ((core/int::add index) 1))\n end)\n depth)\n suffix)\n text)\n text-index)\n saw-nonempty)))))))))))))))))\n\n(def selfhost/pkg-publish-glob::brace\n (fn (pattern)\n (fn (index)\n (fn (text)\n (fn (text-index)\n (let ((end (((selfhost/pkg-publish-glob::find-brace-end pattern) index) 0)))\n (if ((core/int::lt? end) 0)\n selfhost/pkg-publish-glob::bad\n (let\n ((suffix-start ((core/int::add end) 1))\n (length (core/bytes::len pattern)))\n (let\n ((suffix\n (((core/bytes::slice pattern) suffix-start)\n ((core/int::sub length) suffix-start))))\n (((((((((selfhost/pkg-publish-glob::brace-alternatives pattern) index)\n index)\n end)\n 0)\n suffix)\n text)\n text-index)\n false))))))))))\n\n(def selfhost/pkg-publish-glob::valid-loop\n (fn (pattern)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len pattern))\n true\n (let ((byte ((core/bytes::get pattern) index)))\n (if ((core/int::eq? byte) 92)\n (if\n ((core/int::eq? ((core/int::add index) 1)) (core/bytes::len pattern))\n false\n ((selfhost/pkg-publish-glob::valid-loop pattern)\n ((core/int::add index) 2)))\n (if ((core/int::eq? byte) 91)\n (let\n ((end\n ((selfhost/pkg-publish-glob::find-class-end pattern)\n ((core/int::add index) 1))))\n (if ((core/int::lt? end) 0)\n false\n (if ((core/int::eq? ((core/int::add index) 1)) end)\n false\n (let\n ((checked\n (((((selfhost/pkg-publish-glob::class-items pattern)\n ((core/int::add index) 1))\n end)\n 0)\n false)))\n (if ((core/map::get checked) (quote :ok))\n ((selfhost/pkg-publish-glob::valid-loop pattern)\n ((core/int::add end) 1))\n false)))))\n (if ((core/int::eq? byte) 123)\n (let\n ((end\n (((selfhost/pkg-publish-glob::find-brace-end pattern)\n ((core/int::add index) 1))\n 0)))\n (if ((core/int::lt? end) 0)\n false\n (let\n ((inner\n (((core/bytes::slice pattern) ((core/int::add index) 1))\n ((core/int::sub end) ((core/int::add index) 1)))))\n (if ((selfhost/pkg-publish-glob::valid-loop inner) 0)\n ((selfhost/pkg-publish-glob::valid-loop pattern)\n ((core/int::add end) 1))\n false))))\n (if ((core/int::eq? byte) 125)\n false\n ((selfhost/pkg-publish-glob::valid-loop pattern)\n ((core/int::add index) 1)))))))))))\n\n(def selfhost/pkg-publish-glob::valid?\n (fn (pattern)\n (if (selfhost/pkg-lock-read::str? pattern)\n ((selfhost/pkg-publish-glob::valid-loop (core/str::to-utf8 pattern)) 0)\n false)))\n\n(def selfhost/pkg-publish-glob::literal\n (fn (pattern)\n (fn (pattern-index)\n (fn (text)\n (fn (text-index)\n (let\n ((pattern-scalar\n ((selfhost/pkg-publish-glob::byte-at pattern) pattern-index))\n (text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index)))\n (if ((core/map::get pattern-scalar) (quote :ok))\n (if ((core/map::get text-scalar) (quote :ok))\n (let\n ((pattern-value ((core/map::get pattern-scalar) (quote :value)))\n (text-value ((core/map::get text-scalar) (quote :value))))\n (if ((selfhost/pkg-publish-glob::byte-equal pattern-value) text-value)\n ((((selfhost/pkg-publish-glob::match-loop pattern)\n ((core/map::get pattern-value) (quote :next)))\n text)\n ((core/map::get text-value) (quote :next)))\n (selfhost/pkg-publish-glob::good false)))\n (selfhost/pkg-publish-glob::good false))\n selfhost/pkg-publish-glob::bad)))))))\n\n(def selfhost/pkg-publish-glob::match-loop\n (fn (pattern)\n (fn (pattern-index)\n (fn (text)\n (fn (text-index)\n (if ((core/int::eq? pattern-index) (core/bytes::len pattern))\n (selfhost/pkg-publish-glob::good\n ((core/int::eq? text-index) (core/bytes::len text)))\n (let ((byte ((core/bytes::get pattern) pattern-index)))\n (if ((core/int::eq? byte) 42)\n (if ((selfhost/pkg-publish-glob::recursive-component? pattern) pattern-index)\n (let\n ((without-component\n ((((selfhost/pkg-publish-glob::match-loop pattern)\n ((core/int::add pattern-index) 3))\n text)\n text-index)))\n (if ((core/map::get without-component) (quote :ok))\n (if ((core/map::get without-component) (quote :value))\n without-component\n ((((selfhost/pkg-publish-glob::star pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index))\n without-component))\n ((((selfhost/pkg-publish-glob::star pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index))\n (if ((core/int::eq? byte) 63)\n (let ((text-scalar ((selfhost/pkg-publish-glob::byte-at text) text-index)))\n (if ((core/map::get text-scalar) (quote :ok))\n ((((selfhost/pkg-publish-glob::match-loop pattern)\n ((core/int::add pattern-index) 1))\n text)\n ((core/map::get\n ((core/map::get text-scalar) (quote :value)))\n (quote :next)))\n (selfhost/pkg-publish-glob::good false)))\n (if ((core/int::eq? byte) 91)\n ((((selfhost/pkg-publish-glob::class pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index)\n (if ((core/int::eq? byte) 123)\n ((((selfhost/pkg-publish-glob::brace pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index)\n (if ((core/int::eq? byte) 92)\n (if\n ((core/int::eq?\n ((core/int::add pattern-index) 1))\n (core/bytes::len pattern))\n selfhost/pkg-publish-glob::bad\n ((((selfhost/pkg-publish-glob::literal pattern)\n ((core/int::add pattern-index) 1))\n text)\n text-index))\n (if ((core/int::eq? byte) 125)\n selfhost/pkg-publish-glob::bad\n ((((selfhost/pkg-publish-glob::literal pattern) pattern-index)\n text)\n text-index))))))))))))))\n\n(def selfhost/pkg-publish-glob::match\n (fn (pattern)\n (fn (value)\n (if (selfhost/pkg-lock-read::str? pattern)\n (if (selfhost/pkg-lock-read::str? value)\n ((((selfhost/pkg-publish-glob::match-loop (core/str::to-utf8 pattern)) 0)\n (core/str::to-utf8 value)) 0)\n selfhost/pkg-publish-glob::bad)\n selfhost/pkg-publish-glob::bad))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"y\xE5\x98e%!\xDBT\x94\x06n\xFD#\x97f}\xFF\xC2\x9C7\x986\x8EuP\x95\xDF,\xB2\x18XZ\x88:d\xA9=\x8E\xD5\x07j\xF5~\x08\xB3\x96\xA1\x16" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-policy::optional-strings (fn (map) (fn (key) (if ((selfhost/pkg-publish-policy::has-key? map) key) (selfhost/pkg-publish-policy::strings ((selfhost/pkg-publish-policy::field map) key)) (selfhost/pkg-publish-policy::ok []))))) (def selfhost/pkg-publish-policy::optional-texts (fn (map) (fn (key) (if ((selfhost/pkg-publish-policy::has-key? map) key) (selfhost/pkg-publish-policy::texts ((selfhost/pkg-publish-policy::field map) key)) (selfhost/pkg-publish-policy::ok []))))) (def selfhost/pkg-publish-policy::optional-kinds (fn (map) (fn (key) (if ((selfhost/pkg-publish-policy::has-key? map) key) (selfhost/pkg-publish-policy::kinds ((selfhost/pkg-publish-policy::field map) key)) (selfhost/pkg-publish-policy::ok []))))) (def selfhost/pkg-publish-policy::patterns-valid-loop? (fn (patterns) (fn (index) (if ((core/int::eq? index) (core/vec::len patterns)) true (if (selfhost/pkg-publish-glob::valid? ((core/vec::get patterns) index)) ((selfhost/pkg-publish-policy::patterns-valid-loop? patterns) ((core/int::add index) 1)) false))))) (def selfhost/pkg-publish-policy::validated-patterns (fn (result) (fn (require-nonempty) (if (selfhost/pkg-publish-policy::result-ok? result) (let ((patterns (selfhost/pkg-publish-policy::result-value result))) (if (if require-nonempty ((core/int::eq? (core/vec::len patterns)) 0) false) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if ((selfhost/pkg-publish-policy::patterns-valid-loop? patterns) 0) result (selfhost/pkg-publish-policy::bad (quote :bad-policy))))) result)))) (def selfhost/pkg-publish-policy::obligation-kind-map-loop (fn (entries) (fn (index) (fn (output) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-publish-policy::ok output) (let ((entry ((core/vec::get entries) index))) (let ((obligation (selfhost/pkg-publish-policy::text ((core/vec::get entry) 0))) (kinds (selfhost/pkg-publish-policy::kinds ((core/vec::get entry) 1)))) (if (selfhost/pkg-publish-policy::nil? obligation) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (selfhost/pkg-publish-policy::result-ok? kinds) (((selfhost/pkg-publish-policy::obligation-kind-map-loop entries) ((core/int::add index) 1)) (((core/map::put output) obligation) (selfhost/pkg-publish-policy::result-value kinds))) kinds))))))))) (def selfhost/pkg-publish-policy::obligation-kind-map (fn (map) (if ((selfhost/pkg-publish-policy::has-key? map) (quote :obligation-evidence-kinds)) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :obligation-evidence-kinds)))) (if (selfhost/pkg-publish-policy::map? value) (((selfhost/pkg-publish-policy::obligation-kind-map-loop (core/map::entries value)) 0) {}) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) (selfhost/pkg-publish-policy::ok {})))) (def selfhost/pkg-publish-policy::signature-flag (fn (map) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :require-signatures)))) (if (if ((selfhost/pkg-publish-policy::has-key? map) (quote :require-signatures)) (if (selfhost/pkg-publish-policy::nil? value) true (selfhost/pkg-publish-policy::bool? value)) true) (selfhost/pkg-publish-policy::ok (if (selfhost/pkg-publish-policy::nil? value) false value)) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))) (def selfhost/pkg-publish-policy::signature-minimum (fn (map) (fn (require-signatures) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :min-signatures)))) (if (if ((selfhost/pkg-publish-policy::has-key? map) (quote :min-signatures)) (if (selfhost/pkg-publish-policy::nil? value) true (selfhost/pkg-publish-policy::nonnegative-u64? value)) true) (selfhost/pkg-publish-policy::ok (if (selfhost/pkg-publish-policy::nil? value) (if require-signatures 1 0) value)) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))) (def selfhost/pkg-publish-policy::allowed-keys (fn (map) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :allowed-public-keys)))) (if (if ((selfhost/pkg-publish-policy::has-key? map) (quote :allowed-public-keys)) (if (selfhost/pkg-publish-policy::nil? value) true (selfhost/pkg-publish-policy::base64-keys? value)) true) (selfhost/pkg-publish-policy::ok (if (selfhost/pkg-publish-policy::nil? value) [] value)) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))) (def selfhost/pkg-publish-policy::required-roles (fn (map) (if ((selfhost/pkg-publish-policy::has-key? map) (quote :required-attestation-roles)) ((selfhost/pkg-publish-policy::labels ((selfhost/pkg-publish-policy::field map) (quote :required-attestation-roles))) true) (selfhost/pkg-publish-policy::ok [])))) (def selfhost/pkg-publish-policy::role-minimum-map-loop (fn (entries) (fn (index) (fn (output) (if ((core/int::eq? index) (core/vec::len entries)) (selfhost/pkg-publish-policy::ok output) (let ((entry ((core/vec::get entries) index))) (let ((role (selfhost/pkg-publish-policy::normalize-label ((core/vec::get entry) 0))) (minimum ((core/vec::get entry) 1))) (if (selfhost/pkg-publish-policy::nil? role) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (selfhost/pkg-publish-policy::nonnegative-u64? minimum) (((selfhost/pkg-publish-policy::role-minimum-map-loop entries) ((core/int::add index) 1)) (((core/map::put output) role) minimum)) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))))))) (def selfhost/pkg-publish-policy::role-minimum-map (fn (map) (if ((selfhost/pkg-publish-policy::has-key? map) (quote :role-min-signatures)) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :role-min-signatures)))) (if (selfhost/pkg-publish-policy::map? value) (((selfhost/pkg-publish-policy::role-minimum-map-loop (core/map::entries value)) 0) {}) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) (selfhost/pkg-publish-policy::ok {})))) (def selfhost/pkg-publish-policy::parse-role-pair (fn (value) (if (selfhost/pkg-publish-policy::map? value) (if ((selfhost/pkg-publish-policy::has-key? value) (quote :left)) (if ((selfhost/pkg-publish-policy::has-key? value) (quote :right)) (let ((left (selfhost/pkg-publish-policy::normalize-label ((selfhost/pkg-publish-policy::field value) (quote :left)))) (right (selfhost/pkg-publish-policy::normalize-label ((selfhost/pkg-publish-policy::field value) (quote :right))))) (if (selfhost/pkg-publish-policy::nil? left) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (selfhost/pkg-publish-policy::nil? right) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (let ((pair ((selfhost/pkg-publish-policy::canonical-pair left) right))) (if (selfhost/pkg-publish-policy::nil? pair) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (selfhost/pkg-publish-policy::ok pair)))))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))) (def selfhost/pkg-publish-policy::role-pair-seen? (fn (seen) (fn (pair) (let ((left ((selfhost/pkg-publish-policy::field pair) (quote :left))) (right ((selfhost/pkg-publish-policy::field pair) (quote :right)))) (let ((rights ((selfhost/pkg-publish-policy::field seen) left))) (if (selfhost/pkg-publish-policy::map? rights) ((selfhost/pkg-publish-policy::has-key? rights) right) false)))))) (def selfhost/pkg-publish-policy::remember-role-pair (fn (seen) (fn (pair) (let ((left ((selfhost/pkg-publish-policy::field pair) (quote :left))) (right ((selfhost/pkg-publish-policy::field pair) (quote :right)))) (let ((current ((selfhost/pkg-publish-policy::field seen) left))) (let ((rights (if (selfhost/pkg-publish-policy::map? current) current {}))) (((core/map::put seen) left) (((core/map::put rights) right) true)))))))) (def selfhost/pkg-publish-policy::role-pairs-loop (fn (values) (fn (index) (fn (seen) (fn (output) (if ((core/int::eq? index) (core/vec::len values)) (selfhost/pkg-publish-policy::ok output) (let ((parsed (selfhost/pkg-publish-policy::parse-role-pair ((core/vec::get values) index)))) (if (selfhost/pkg-publish-policy::result-ok? parsed) (let ((pair (selfhost/pkg-publish-policy::result-value parsed)) (next ((selfhost/pkg-publish-policy::role-pairs-loop values) ((core/int::add index) 1)))) (if ((selfhost/pkg-publish-policy::role-pair-seen? seen) pair) ((next seen) output) ((next ((selfhost/pkg-publish-policy::remember-role-pair seen) pair)) ((core/vec::push output) pair)))) parsed)))))))) (def selfhost/pkg-publish-policy::role-pairs (fn (map) (if ((selfhost/pkg-publish-policy::has-key? map) (quote :independent-role-pairs)) (let ((value ((selfhost/pkg-publish-policy::field map) (quote :independent-role-pairs)))) (if (selfhost/pkg-publish-policy::vec? value) ((((selfhost/pkg-publish-policy::role-pairs-loop value) 0) {}) []) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) (selfhost/pkg-publish-policy::ok [])))) (def selfhost/pkg-publish-policy::first-failure-loop (fn (entries) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) nil (let ((result ((core/vec::get ((core/vec::get entries) index)) 1))) (if (selfhost/pkg-publish-policy::result-ok? result) ((selfhost/pkg-publish-policy::first-failure-loop entries) ((core/int::add index) 1)) result)))))) (def selfhost/pkg-publish-policy::assemble-class (fn (name) (fn (values) (let ((keys ((selfhost/pkg-publish-policy::field values) (quote :allowed-public-keys))) (minimum ((selfhost/pkg-publish-policy::field values) (quote :min-signatures))) (pairs ((selfhost/pkg-publish-policy::field values) (quote :independent-role-pairs))) (require-signatures ((selfhost/pkg-publish-policy::field values) (quote :require-signatures))) (required-roles ((selfhost/pkg-publish-policy::field values) (quote :required-attestation-roles))) (role-minima ((selfhost/pkg-publish-policy::field values) (quote :role-min-signatures)))) (let ((has-role-constraints (if ((core/int::lt? 0) (core/vec::len required-roles)) true (if ((core/int::lt? 0) (core/map::len role-minima)) true ((core/int::lt? 0) (core/vec::len pairs)))))) (if (if ((core/int::lt? 0) minimum) ((core/int::eq? (core/vec::len keys)) 0) false) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (if has-role-constraints (if require-signatures false true) false) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (if (if has-role-constraints ((core/int::eq? (core/vec::len keys)) 0) false) (selfhost/pkg-publish-policy::bad (quote :bad-policy)) (selfhost/pkg-publish-policy::ok (((core/map::put values) (quote :name)) name)))))))))) (def selfhost/pkg-publish-policy::parse-class-fields (fn (name) (fn (map) (let ((patterns ((selfhost/pkg-publish-policy::validated-patterns (if ((selfhost/pkg-publish-policy::has-key? map) (quote :patterns)) (selfhost/pkg-publish-policy::strings ((selfhost/pkg-publish-policy::field map) (quote :patterns))) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) true)) (excludes ((selfhost/pkg-publish-policy::validated-patterns ((selfhost/pkg-publish-policy::optional-strings map) (quote :exclude))) false)) (obligations ((selfhost/pkg-publish-policy::optional-texts map) (quote :required-obligations))) (evidence-kinds ((selfhost/pkg-publish-policy::optional-kinds map) (quote :required-evidence-kinds))) (obligation-kinds (selfhost/pkg-publish-policy::obligation-kind-map map)) (signature-flag (selfhost/pkg-publish-policy::signature-flag map)) (allowed-keys (selfhost/pkg-publish-policy::allowed-keys map)) (roles (selfhost/pkg-publish-policy::required-roles map)) (role-minima (selfhost/pkg-publish-policy::role-minimum-map map)) (role-pairs (selfhost/pkg-publish-policy::role-pairs map))) (let ((failure ((selfhost/pkg-publish-policy::first-failure-loop (core/map::entries {:allowed-keys allowed-keys :evidence-kinds evidence-kinds :excludes excludes :obligation-kinds obligation-kinds :obligations obligations :patterns patterns :role-minima role-minima :role-pairs role-pairs :roles roles :signature-flag signature-flag})) 0))) (if (selfhost/pkg-publish-policy::nil? failure) (let ((require-signatures (selfhost/pkg-publish-policy::result-value signature-flag))) (let ((minimum ((selfhost/pkg-publish-policy::signature-minimum map) require-signatures))) (if (selfhost/pkg-publish-policy::result-ok? minimum) ((selfhost/pkg-publish-policy::assemble-class name) {:allowed-public-keys (selfhost/pkg-publish-policy::result-value allowed-keys) :exclude (selfhost/pkg-publish-policy::result-value excludes) :independent-role-pairs (selfhost/pkg-publish-policy::result-value role-pairs) :min-signatures (selfhost/pkg-publish-policy::result-value minimum) :obligation-evidence-kinds (selfhost/pkg-publish-policy::result-value obligation-kinds) :patterns (selfhost/pkg-publish-policy::result-value patterns) :require-signatures require-signatures :required-attestation-roles (selfhost/pkg-publish-policy::result-value roles) :required-evidence-kinds (selfhost/pkg-publish-policy::result-value evidence-kinds) :required-obligations (selfhost/pkg-publish-policy::result-value obligations) :role-min-signatures (selfhost/pkg-publish-policy::result-value role-minima)}) minimum))) failure)))))) (def selfhost/pkg-publish-policy::parse-class (fn (classes) (fn (key) (fn (name) (if ((selfhost/pkg-publish-policy::has-key? classes) key) (let ((value ((selfhost/pkg-publish-policy::field classes) key))) (if (selfhost/pkg-publish-policy::nil? value) (selfhost/pkg-publish-policy::ok nil) (if (selfhost/pkg-publish-policy::map? value) ((selfhost/pkg-publish-policy::parse-class-fields name) value) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))) (selfhost/pkg-publish-policy::ok nil)))))) (def selfhost/pkg-publish-policy::frozen-prefixes (fn (policy) (let ((refs ((selfhost/pkg-publish-policy::field policy) (quote :refs)))) (if (selfhost/pkg-publish-policy::map? refs) (let ((prefixes ((selfhost/pkg-publish-policy::field refs) (quote :frozen-prefixes)))) (if (selfhost/pkg-publish-policy::vec? prefixes) (selfhost/pkg-publish-policy::strings prefixes) (selfhost/pkg-publish-policy::ok []))) (selfhost/pkg-publish-policy::ok []))))) (def selfhost/pkg-publish-policy::parse (fn (policy) (if (selfhost/pkg-publish-policy::map? policy) (let ((type ((selfhost/pkg-publish-policy::field policy) (quote :type))) (version ((selfhost/pkg-publish-policy::field policy) (quote :v))) (name ((selfhost/pkg-publish-policy::field policy) (quote :name))) (classes ((selfhost/pkg-publish-policy::field policy) (quote :classes)))) (if (if (selfhost/pkg-publish-policy::sym? type) ((core/sym::eq? type) (quote :vcs/policy)) false) (if (if (selfhost/pkg-publish-policy::int? version) ((core/int::eq? version) 1) false) (if (if (selfhost/pkg-publish-policy::nil? name) true (selfhost/pkg-publish-policy::str? name)) (if (selfhost/pkg-publish-policy::map? classes) (let ((prefixes (selfhost/pkg-publish-policy::frozen-prefixes policy)) (tags (((selfhost/pkg-publish-policy::parse-class classes) (quote :tags)) (quote :tags))) (main (((selfhost/pkg-publish-policy::parse-class classes) (quote :main)) (quote :main))) (dev (((selfhost/pkg-publish-policy::parse-class classes) (quote :dev)) (quote :dev)))) (if (selfhost/pkg-publish-policy::result-ok? prefixes) (if (selfhost/pkg-publish-policy::result-ok? tags) (if (selfhost/pkg-publish-policy::result-ok? main) (if (selfhost/pkg-publish-policy::result-ok? dev) (selfhost/pkg-publish-policy::ok {:dev (selfhost/pkg-publish-policy::result-value dev) :frozen-prefixes (selfhost/pkg-publish-policy::result-value prefixes) :main (selfhost/pkg-publish-policy::result-value main) :name name :tags (selfhost/pkg-publish-policy::result-value tags)}) dev) main) tags) prefixes)) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))) (def selfhost/pkg-publish-policy::prefix-member-loop? (fn (prefixes) (fn (refname) (fn (index) (if ((core/int::eq? index) (core/vec::len prefixes)) false (if ((selfhost/pkg-lock-read::starts-with? refname) ((core/vec::get prefixes) index)) true (((selfhost/pkg-publish-policy::prefix-member-loop? prefixes) refname) ((core/int::add index) 1)))))))) (def selfhost/pkg-publish-policy::patterns-match-loop (fn (patterns) (fn (refname) (fn (index) (fn (matched) (if ((core/int::eq? index) (core/vec::len patterns)) (selfhost/pkg-publish-policy::ok matched) (let ((result ((selfhost/pkg-publish-glob::match ((core/vec::get patterns) index)) refname))) (if ((selfhost/pkg-publish-policy::field result) (quote :ok)) (let ((next (((selfhost/pkg-publish-policy::patterns-match-loop patterns) refname) ((core/int::add index) 1))) (next-matched (if matched true ((selfhost/pkg-publish-policy::field result) (quote :value))))) (next next-matched)) (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))))))) (def selfhost/pkg-publish-policy::class-matches (fn (class) (fn (refname) (if (selfhost/pkg-publish-policy::nil? class) (selfhost/pkg-publish-policy::ok false) (let ((included ((((selfhost/pkg-publish-policy::patterns-match-loop ((selfhost/pkg-publish-policy::field class) (quote :patterns))) refname) 0) false)) (excluded ((((selfhost/pkg-publish-policy::patterns-match-loop ((selfhost/pkg-publish-policy::field class) (quote :exclude))) refname) 0) false))) (if (selfhost/pkg-publish-policy::result-ok? included) (if (selfhost/pkg-publish-policy::result-ok? excluded) (selfhost/pkg-publish-policy::ok (if (selfhost/pkg-publish-policy::result-value included) (if (selfhost/pkg-publish-policy::result-value excluded) false true) false)) excluded) included)))))) (def selfhost/pkg-publish-policy::select-parsed (fn (parsed) (fn (refname) (let ((tags ((selfhost/pkg-publish-policy::class-matches ((selfhost/pkg-publish-policy::field parsed) (quote :tags))) refname)) (main ((selfhost/pkg-publish-policy::class-matches ((selfhost/pkg-publish-policy::field parsed) (quote :main))) refname)) (dev ((selfhost/pkg-publish-policy::class-matches ((selfhost/pkg-publish-policy::field parsed) (quote :dev))) refname))) (if (selfhost/pkg-publish-policy::result-ok? tags) (if (selfhost/pkg-publish-policy::result-ok? main) (if (selfhost/pkg-publish-policy::result-ok? dev) (if (selfhost/pkg-publish-policy::result-value tags) (selfhost/pkg-publish-policy::ok ((selfhost/pkg-publish-policy::field parsed) (quote :tags))) (if (selfhost/pkg-publish-policy::result-value main) (selfhost/pkg-publish-policy::ok ((selfhost/pkg-publish-policy::field parsed) (quote :main))) (if (selfhost/pkg-publish-policy::result-value dev) (selfhost/pkg-publish-policy::ok ((selfhost/pkg-publish-policy::field parsed) (quote :dev))) (selfhost/pkg-publish-policy::bad (quote :no-policy-class))))) dev) main) tags))))) (def selfhost/pkg-publish-policy::select (fn (policy) (fn (refname) (if (selfhost/pkg-publish-policy::str? refname) (if ((core/int::lt? 0) (core/str::len refname)) (let ((parsed (selfhost/pkg-publish-policy::parse policy))) (if (selfhost/pkg-publish-policy::result-ok? parsed) (let ((value (selfhost/pkg-publish-policy::result-value parsed))) (if (((selfhost/pkg-publish-policy::prefix-member-loop? ((selfhost/pkg-publish-policy::field value) (quote :frozen-prefixes))) refname) 0) (selfhost/pkg-publish-policy::bad (quote :ref-frozen)) ((selfhost/pkg-publish-policy::select-parsed value) refname))) parsed)) (selfhost/pkg-publish-policy::bad (quote :bad-policy))) (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))] :module-h b"\x04\xF5\x9C\x98`\xBDjhU\xD7\x0F\xBD\x98\xA4\xD7M\x82\xE9t\x8B\xB7\x07\x17\xF8M\xC6\xAEj\xB0'L\x8A" :path "selfhost/pkg_publish_policy_v1.gc" :source "(def selfhost/pkg-publish-policy::optional-strings\n (fn (map)\n (fn (key)\n (if ((selfhost/pkg-publish-policy::has-key? map) key)\n (selfhost/pkg-publish-policy::strings\n ((selfhost/pkg-publish-policy::field map) key))\n (selfhost/pkg-publish-policy::ok [])))))\n\n(def selfhost/pkg-publish-policy::optional-texts\n (fn (map)\n (fn (key)\n (if ((selfhost/pkg-publish-policy::has-key? map) key)\n (selfhost/pkg-publish-policy::texts\n ((selfhost/pkg-publish-policy::field map) key))\n (selfhost/pkg-publish-policy::ok [])))))\n\n(def selfhost/pkg-publish-policy::optional-kinds\n (fn (map)\n (fn (key)\n (if ((selfhost/pkg-publish-policy::has-key? map) key)\n (selfhost/pkg-publish-policy::kinds\n ((selfhost/pkg-publish-policy::field map) key))\n (selfhost/pkg-publish-policy::ok [])))))\n\n(def selfhost/pkg-publish-policy::patterns-valid-loop?\n (fn (patterns)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len patterns))\n true\n (if\n (selfhost/pkg-publish-glob::valid? ((core/vec::get patterns) index))\n ((selfhost/pkg-publish-policy::patterns-valid-loop? patterns)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-publish-policy::validated-patterns\n (fn (result)\n (fn (require-nonempty)\n (if (selfhost/pkg-publish-policy::result-ok? result)\n (let ((patterns (selfhost/pkg-publish-policy::result-value result)))\n (if\n (if require-nonempty ((core/int::eq? (core/vec::len patterns)) 0) false)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if ((selfhost/pkg-publish-policy::patterns-valid-loop? patterns) 0)\n result\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))\n result))))\n\n(def selfhost/pkg-publish-policy::obligation-kind-map-loop\n (fn (entries)\n (fn (index)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-publish-policy::ok output)\n (let\n ((entry ((core/vec::get entries) index)))\n (let\n ((obligation\n (selfhost/pkg-publish-policy::text ((core/vec::get entry) 0)))\n (kinds\n (selfhost/pkg-publish-policy::kinds ((core/vec::get entry) 1))))\n (if (selfhost/pkg-publish-policy::nil? obligation)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if (selfhost/pkg-publish-policy::result-ok? kinds)\n (((selfhost/pkg-publish-policy::obligation-kind-map-loop entries)\n ((core/int::add index) 1))\n (((core/map::put output) obligation)\n (selfhost/pkg-publish-policy::result-value kinds)))\n kinds)))))))))\n\n(def selfhost/pkg-publish-policy::obligation-kind-map\n (fn (map)\n (if\n ((selfhost/pkg-publish-policy::has-key? map)\n (quote :obligation-evidence-kinds))\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map)\n (quote :obligation-evidence-kinds))))\n (if (selfhost/pkg-publish-policy::map? value)\n (((selfhost/pkg-publish-policy::obligation-kind-map-loop\n (core/map::entries value))\n 0)\n {})\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n (selfhost/pkg-publish-policy::ok {}))))\n\n(def selfhost/pkg-publish-policy::signature-flag\n (fn (map)\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map) (quote :require-signatures))))\n (if\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :require-signatures))\n (if (selfhost/pkg-publish-policy::nil? value)\n true\n (selfhost/pkg-publish-policy::bool? value))\n true)\n (selfhost/pkg-publish-policy::ok\n (if (selfhost/pkg-publish-policy::nil? value) false value))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))\n\n(def selfhost/pkg-publish-policy::signature-minimum\n (fn (map)\n (fn (require-signatures)\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map) (quote :min-signatures))))\n (if\n (if ((selfhost/pkg-publish-policy::has-key? map) (quote :min-signatures))\n (if (selfhost/pkg-publish-policy::nil? value)\n true\n (selfhost/pkg-publish-policy::nonnegative-u64? value))\n true)\n (selfhost/pkg-publish-policy::ok\n (if (selfhost/pkg-publish-policy::nil? value)\n (if require-signatures 1 0)\n value))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))))\n\n(def selfhost/pkg-publish-policy::allowed-keys\n (fn (map)\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map) (quote :allowed-public-keys))))\n (if\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :allowed-public-keys))\n (if (selfhost/pkg-publish-policy::nil? value)\n true\n (selfhost/pkg-publish-policy::base64-keys? value))\n true)\n (selfhost/pkg-publish-policy::ok\n (if (selfhost/pkg-publish-policy::nil? value) [] value))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))\n\n(def selfhost/pkg-publish-policy::required-roles\n (fn (map)\n (if\n ((selfhost/pkg-publish-policy::has-key? map)\n (quote :required-attestation-roles))\n ((selfhost/pkg-publish-policy::labels\n ((selfhost/pkg-publish-policy::field map)\n (quote :required-attestation-roles)))\n true)\n (selfhost/pkg-publish-policy::ok []))))\n\n(def selfhost/pkg-publish-policy::role-minimum-map-loop\n (fn (entries)\n (fn (index)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len entries))\n (selfhost/pkg-publish-policy::ok output)\n (let ((entry ((core/vec::get entries) index)))\n (let\n ((role\n (selfhost/pkg-publish-policy::normalize-label\n ((core/vec::get entry) 0)))\n (minimum ((core/vec::get entry) 1)))\n (if (selfhost/pkg-publish-policy::nil? role)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if (selfhost/pkg-publish-policy::nonnegative-u64? minimum)\n (((selfhost/pkg-publish-policy::role-minimum-map-loop entries)\n ((core/int::add index) 1))\n (((core/map::put output) role) minimum))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))))))))\n\n(def selfhost/pkg-publish-policy::role-minimum-map\n (fn (map)\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :role-min-signatures))\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map) (quote :role-min-signatures))))\n (if (selfhost/pkg-publish-policy::map? value)\n (((selfhost/pkg-publish-policy::role-minimum-map-loop\n (core/map::entries value))\n 0)\n {})\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n (selfhost/pkg-publish-policy::ok {}))))\n\n(def selfhost/pkg-publish-policy::parse-role-pair\n (fn (value)\n (if (selfhost/pkg-publish-policy::map? value)\n (if ((selfhost/pkg-publish-policy::has-key? value) (quote :left))\n (if ((selfhost/pkg-publish-policy::has-key? value) (quote :right))\n (let\n ((left\n (selfhost/pkg-publish-policy::normalize-label\n ((selfhost/pkg-publish-policy::field value) (quote :left))))\n (right\n (selfhost/pkg-publish-policy::normalize-label\n ((selfhost/pkg-publish-policy::field value) (quote :right)))))\n (if (selfhost/pkg-publish-policy::nil? left)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if (selfhost/pkg-publish-policy::nil? right)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (let\n ((pair\n ((selfhost/pkg-publish-policy::canonical-pair left) right)))\n (if (selfhost/pkg-publish-policy::nil? pair)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (selfhost/pkg-publish-policy::ok pair))))))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))\n\n(def selfhost/pkg-publish-policy::role-pair-seen?\n (fn (seen)\n (fn (pair)\n (let\n ((left ((selfhost/pkg-publish-policy::field pair) (quote :left)))\n (right ((selfhost/pkg-publish-policy::field pair) (quote :right))))\n (let ((rights ((selfhost/pkg-publish-policy::field seen) left)))\n (if (selfhost/pkg-publish-policy::map? rights)\n ((selfhost/pkg-publish-policy::has-key? rights) right)\n false))))))\n\n(def selfhost/pkg-publish-policy::remember-role-pair\n (fn (seen)\n (fn (pair)\n (let\n ((left ((selfhost/pkg-publish-policy::field pair) (quote :left)))\n (right ((selfhost/pkg-publish-policy::field pair) (quote :right))))\n (let ((current ((selfhost/pkg-publish-policy::field seen) left)))\n (let ((rights (if (selfhost/pkg-publish-policy::map? current) current {})))\n (((core/map::put seen) left) (((core/map::put rights) right) true))))))))\n\n(def selfhost/pkg-publish-policy::role-pairs-loop\n (fn (values)\n (fn (index)\n (fn (seen)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len values))\n (selfhost/pkg-publish-policy::ok output)\n (let\n ((parsed\n (selfhost/pkg-publish-policy::parse-role-pair\n ((core/vec::get values) index))))\n (if (selfhost/pkg-publish-policy::result-ok? parsed)\n (let\n ((pair (selfhost/pkg-publish-policy::result-value parsed))\n (next\n ((selfhost/pkg-publish-policy::role-pairs-loop values)\n ((core/int::add index) 1))))\n (if ((selfhost/pkg-publish-policy::role-pair-seen? seen) pair)\n ((next seen) output)\n ((next ((selfhost/pkg-publish-policy::remember-role-pair seen) pair))\n ((core/vec::push output) pair))))\n parsed))))))))\n\n(def selfhost/pkg-publish-policy::role-pairs\n (fn (map)\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :independent-role-pairs))\n (let\n ((value\n ((selfhost/pkg-publish-policy::field map)\n (quote :independent-role-pairs))))\n (if (selfhost/pkg-publish-policy::vec? value)\n ((((selfhost/pkg-publish-policy::role-pairs-loop value) 0) {}) [])\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n (selfhost/pkg-publish-policy::ok []))))\n\n(def selfhost/pkg-publish-policy::first-failure-loop\n (fn (entries)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n nil\n (let\n ((result\n ((core/vec::get ((core/vec::get entries) index)) 1)))\n (if (selfhost/pkg-publish-policy::result-ok? result)\n ((selfhost/pkg-publish-policy::first-failure-loop entries)\n ((core/int::add index) 1))\n result))))))\n\n(def selfhost/pkg-publish-policy::assemble-class\n (fn (name)\n (fn (values)\n (let\n ((keys\n ((selfhost/pkg-publish-policy::field values)\n (quote :allowed-public-keys)))\n (minimum\n ((selfhost/pkg-publish-policy::field values) (quote :min-signatures)))\n (pairs\n ((selfhost/pkg-publish-policy::field values)\n (quote :independent-role-pairs)))\n (require-signatures\n ((selfhost/pkg-publish-policy::field values)\n (quote :require-signatures)))\n (required-roles\n ((selfhost/pkg-publish-policy::field values)\n (quote :required-attestation-roles)))\n (role-minima\n ((selfhost/pkg-publish-policy::field values)\n (quote :role-min-signatures))))\n (let\n ((has-role-constraints\n (if ((core/int::lt? 0) (core/vec::len required-roles))\n true\n (if ((core/int::lt? 0) (core/map::len role-minima))\n true\n ((core/int::lt? 0) (core/vec::len pairs))))))\n (if\n (if ((core/int::lt? 0) minimum)\n ((core/int::eq? (core/vec::len keys)) 0)\n false)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if\n (if has-role-constraints (if require-signatures false true) false)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (if\n (if has-role-constraints\n ((core/int::eq? (core/vec::len keys)) 0)\n false)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))\n (selfhost/pkg-publish-policy::ok\n (((core/map::put values) (quote :name)) name))))))))))\n\n(def selfhost/pkg-publish-policy::parse-class-fields\n (fn (name)\n (fn (map)\n (let\n ((patterns\n ((selfhost/pkg-publish-policy::validated-patterns\n (if\n ((selfhost/pkg-publish-policy::has-key? map) (quote :patterns))\n (selfhost/pkg-publish-policy::strings\n ((selfhost/pkg-publish-policy::field map) (quote :patterns)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n true))\n (excludes\n ((selfhost/pkg-publish-policy::validated-patterns\n ((selfhost/pkg-publish-policy::optional-strings map) (quote :exclude)))\n false))\n (obligations\n ((selfhost/pkg-publish-policy::optional-texts map)\n (quote :required-obligations)))\n (evidence-kinds\n ((selfhost/pkg-publish-policy::optional-kinds map)\n (quote :required-evidence-kinds)))\n (obligation-kinds\n (selfhost/pkg-publish-policy::obligation-kind-map map))\n (signature-flag\n (selfhost/pkg-publish-policy::signature-flag map))\n (allowed-keys\n (selfhost/pkg-publish-policy::allowed-keys map))\n (roles\n (selfhost/pkg-publish-policy::required-roles map))\n (role-minima\n (selfhost/pkg-publish-policy::role-minimum-map map))\n (role-pairs\n (selfhost/pkg-publish-policy::role-pairs map)))\n (let\n ((failure\n ((selfhost/pkg-publish-policy::first-failure-loop\n (core/map::entries\n {\n :allowed-keys allowed-keys\n :evidence-kinds evidence-kinds\n :excludes excludes\n :obligation-kinds obligation-kinds\n :obligations obligations\n :patterns patterns\n :role-minima role-minima\n :role-pairs role-pairs\n :roles roles\n :signature-flag signature-flag}))\n 0)))\n (if (selfhost/pkg-publish-policy::nil? failure)\n (let\n ((require-signatures\n (selfhost/pkg-publish-policy::result-value signature-flag)))\n (let\n ((minimum\n ((selfhost/pkg-publish-policy::signature-minimum map)\n require-signatures)))\n (if (selfhost/pkg-publish-policy::result-ok? minimum)\n ((selfhost/pkg-publish-policy::assemble-class name)\n {\n :allowed-public-keys\n (selfhost/pkg-publish-policy::result-value allowed-keys)\n :exclude (selfhost/pkg-publish-policy::result-value excludes)\n :independent-role-pairs\n (selfhost/pkg-publish-policy::result-value role-pairs)\n :min-signatures\n (selfhost/pkg-publish-policy::result-value minimum)\n :obligation-evidence-kinds\n (selfhost/pkg-publish-policy::result-value obligation-kinds)\n :patterns (selfhost/pkg-publish-policy::result-value patterns)\n :require-signatures require-signatures\n :required-attestation-roles\n (selfhost/pkg-publish-policy::result-value roles)\n :required-evidence-kinds\n (selfhost/pkg-publish-policy::result-value evidence-kinds)\n :required-obligations\n (selfhost/pkg-publish-policy::result-value obligations)\n :role-min-signatures\n (selfhost/pkg-publish-policy::result-value role-minima)})\n minimum)))\n failure))))))\n\n(def selfhost/pkg-publish-policy::parse-class\n (fn (classes)\n (fn (key)\n (fn (name)\n (if ((selfhost/pkg-publish-policy::has-key? classes) key)\n (let ((value ((selfhost/pkg-publish-policy::field classes) key)))\n (if (selfhost/pkg-publish-policy::nil? value)\n (selfhost/pkg-publish-policy::ok nil)\n (if (selfhost/pkg-publish-policy::map? value)\n ((selfhost/pkg-publish-policy::parse-class-fields name) value)\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))\n (selfhost/pkg-publish-policy::ok nil))))))\n\n(def selfhost/pkg-publish-policy::frozen-prefixes\n (fn (policy)\n (let ((refs ((selfhost/pkg-publish-policy::field policy) (quote :refs))))\n (if (selfhost/pkg-publish-policy::map? refs)\n (let\n ((prefixes\n ((selfhost/pkg-publish-policy::field refs) (quote :frozen-prefixes))))\n (if (selfhost/pkg-publish-policy::vec? prefixes)\n (selfhost/pkg-publish-policy::strings prefixes)\n (selfhost/pkg-publish-policy::ok [])))\n (selfhost/pkg-publish-policy::ok [])))))\n\n(def selfhost/pkg-publish-policy::parse\n (fn (policy)\n (if (selfhost/pkg-publish-policy::map? policy)\n (let\n ((type ((selfhost/pkg-publish-policy::field policy) (quote :type)))\n (version ((selfhost/pkg-publish-policy::field policy) (quote :v)))\n (name ((selfhost/pkg-publish-policy::field policy) (quote :name)))\n (classes ((selfhost/pkg-publish-policy::field policy) (quote :classes))))\n (if\n (if (selfhost/pkg-publish-policy::sym? type)\n ((core/sym::eq? type) (quote :vcs/policy))\n false)\n (if\n (if (selfhost/pkg-publish-policy::int? version)\n ((core/int::eq? version) 1)\n false)\n (if\n (if (selfhost/pkg-publish-policy::nil? name)\n true\n (selfhost/pkg-publish-policy::str? name))\n (if (selfhost/pkg-publish-policy::map? classes)\n (let\n ((prefixes (selfhost/pkg-publish-policy::frozen-prefixes policy))\n (tags\n (((selfhost/pkg-publish-policy::parse-class classes) (quote :tags))\n (quote :tags)))\n (main\n (((selfhost/pkg-publish-policy::parse-class classes) (quote :main))\n (quote :main)))\n (dev\n (((selfhost/pkg-publish-policy::parse-class classes) (quote :dev))\n (quote :dev))))\n (if (selfhost/pkg-publish-policy::result-ok? prefixes)\n (if (selfhost/pkg-publish-policy::result-ok? tags)\n (if (selfhost/pkg-publish-policy::result-ok? main)\n (if (selfhost/pkg-publish-policy::result-ok? dev)\n (selfhost/pkg-publish-policy::ok\n {\n :dev (selfhost/pkg-publish-policy::result-value dev)\n :frozen-prefixes\n (selfhost/pkg-publish-policy::result-value prefixes)\n :main (selfhost/pkg-publish-policy::result-value main)\n :name name\n :tags (selfhost/pkg-publish-policy::result-value tags)})\n dev)\n main)\n tags)\n prefixes))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))))\n\n(def selfhost/pkg-publish-policy::prefix-member-loop?\n (fn (prefixes)\n (fn (refname)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len prefixes))\n false\n (if\n ((selfhost/pkg-lock-read::starts-with? refname)\n ((core/vec::get prefixes) index))\n true\n (((selfhost/pkg-publish-policy::prefix-member-loop? prefixes) refname)\n ((core/int::add index) 1))))))))\n\n(def selfhost/pkg-publish-policy::patterns-match-loop\n (fn (patterns)\n (fn (refname)\n (fn (index)\n (fn (matched)\n (if ((core/int::eq? index) (core/vec::len patterns))\n (selfhost/pkg-publish-policy::ok matched)\n (let\n ((result\n ((selfhost/pkg-publish-glob::match ((core/vec::get patterns) index))\n refname)))\n (if ((selfhost/pkg-publish-policy::field result) (quote :ok))\n (let\n ((next\n (((selfhost/pkg-publish-policy::patterns-match-loop patterns)\n refname)\n ((core/int::add index) 1)))\n (next-matched\n (if matched\n true\n ((selfhost/pkg-publish-policy::field result) (quote :value)))))\n (next next-matched))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))))))\n\n(def selfhost/pkg-publish-policy::class-matches\n (fn (class)\n (fn (refname)\n (if (selfhost/pkg-publish-policy::nil? class)\n (selfhost/pkg-publish-policy::ok false)\n (let\n ((included\n ((((selfhost/pkg-publish-policy::patterns-match-loop\n ((selfhost/pkg-publish-policy::field class) (quote :patterns)))\n refname)\n 0)\n false))\n (excluded\n ((((selfhost/pkg-publish-policy::patterns-match-loop\n ((selfhost/pkg-publish-policy::field class) (quote :exclude)))\n refname)\n 0)\n false)))\n (if (selfhost/pkg-publish-policy::result-ok? included)\n (if (selfhost/pkg-publish-policy::result-ok? excluded)\n (selfhost/pkg-publish-policy::ok\n (if (selfhost/pkg-publish-policy::result-value included)\n (if (selfhost/pkg-publish-policy::result-value excluded) false true)\n false))\n excluded)\n included))))))\n\n(def selfhost/pkg-publish-policy::select-parsed\n (fn (parsed)\n (fn (refname)\n (let\n ((tags\n ((selfhost/pkg-publish-policy::class-matches\n ((selfhost/pkg-publish-policy::field parsed) (quote :tags)))\n refname))\n (main\n ((selfhost/pkg-publish-policy::class-matches\n ((selfhost/pkg-publish-policy::field parsed) (quote :main)))\n refname))\n (dev\n ((selfhost/pkg-publish-policy::class-matches\n ((selfhost/pkg-publish-policy::field parsed) (quote :dev)))\n refname)))\n (if (selfhost/pkg-publish-policy::result-ok? tags)\n (if (selfhost/pkg-publish-policy::result-ok? main)\n (if (selfhost/pkg-publish-policy::result-ok? dev)\n (if (selfhost/pkg-publish-policy::result-value tags)\n (selfhost/pkg-publish-policy::ok\n ((selfhost/pkg-publish-policy::field parsed) (quote :tags)))\n (if (selfhost/pkg-publish-policy::result-value main)\n (selfhost/pkg-publish-policy::ok\n ((selfhost/pkg-publish-policy::field parsed) (quote :main)))\n (if (selfhost/pkg-publish-policy::result-value dev)\n (selfhost/pkg-publish-policy::ok\n ((selfhost/pkg-publish-policy::field parsed) (quote :dev)))\n (selfhost/pkg-publish-policy::bad (quote :no-policy-class)))))\n dev)\n main)\n tags)))))\n\n(def selfhost/pkg-publish-policy::select\n (fn (policy)\n (fn (refname)\n (if (selfhost/pkg-publish-policy::str? refname)\n (if ((core/int::lt? 0) (core/str::len refname))\n (let ((parsed (selfhost/pkg-publish-policy::parse policy)))\n (if (selfhost/pkg-publish-policy::result-ok? parsed)\n (let ((value (selfhost/pkg-publish-policy::result-value parsed)))\n (if\n (((selfhost/pkg-publish-policy::prefix-member-loop?\n ((selfhost/pkg-publish-policy::field value)\n (quote :frozen-prefixes)))\n refname)\n 0)\n (selfhost/pkg-publish-policy::bad (quote :ref-frozen))\n ((selfhost/pkg-publish-policy::select-parsed value) refname)))\n parsed))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy)))\n (selfhost/pkg-publish-policy::bad (quote :bad-policy))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xEF0\x94\xC19r\xA6\xCE\x0B\xA6< \xEC\xB9\xD9\xDF74}g\x86\x153\x01\xA4\xBD#\xE7QY\x1A\x01" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::tag core/data::tag) (def selfhost/pkg-publish-authority::nil? core/list::is-nil?) (def selfhost/pkg-publish-authority::map? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :map)))) (def selfhost/pkg-publish-authority::str? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :str)))) (def selfhost/pkg-publish-authority::sym? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :sym)))) (def selfhost/pkg-publish-authority::int? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :int)))) (def selfhost/pkg-publish-authority::vec? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :vec)))) (def selfhost/pkg-publish-authority::bytes? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :bytes)))) (def selfhost/pkg-publish-authority::bool? (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :bool)))) (def selfhost/pkg-publish-authority::field (fn (map) (fn (key) (if (selfhost/pkg-publish-authority::map? map) ((core/map::get map) key) nil)))) (def selfhost/pkg-publish-authority::has-key? (fn (map) (fn (key) (if (selfhost/pkg-publish-authority::map? map) (((selfhost/store-authority::map-has-key-loop? (core/map::entries map)) key) 0) false)))) (def selfhost/pkg-publish-authority::nonempty-str? (fn (value) (if (selfhost/pkg-publish-authority::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/pkg-publish-authority::nonnegative-u64? (fn (value) (if (selfhost/pkg-publish-authority::int? value) (if ((core/int::lt? value) 0) false ((core/int::lt? value) 18446744073709551616)) false))) (def selfhost/pkg-publish-authority::artifact-hash (fn (term) (let ((printed (selfhost/printer::print-term term))) (if (core/error::is? printed) nil (let ((bytes (core/str::to-utf8 printed))) (if (core/error::is? bytes) nil (let ((digest (core/crypto::blake3 bytes))) (if (core/error::is? digest) nil (core/bytes::to-hex digest))))))))) (def selfhost/pkg-publish-authority::result (fn (request) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/pkg-publish-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1 :value value})))))) (def selfhost/pkg-publish-authority::accept (fn (request) (fn (value) (((((selfhost/pkg-publish-authority::result request) true) nil) nil) value)))) (def selfhost/pkg-publish-authority::reject (fn (request) (fn (code) (fn (message) (((((selfhost/pkg-publish-authority::result request) false) code) message) nil))))) (def selfhost/pkg-publish-authority::request-shape? (fn (request) (if ((selfhost/store-authority::exact-map? request) [:facts :kind :mechanism :phase :v]) (if ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind))) "genesis/pkg-publish-authority-request-v0.1") (if (if (selfhost/pkg-publish-authority::int? ((selfhost/pkg-publish-authority::field request) (quote :v))) ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1) false) (if (if (selfhost/pkg-publish-authority::sym? ((selfhost/pkg-publish-authority::field request) (quote :phase))) ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase))) (quote :inspect)) false) (selfhost/pkg-publish-authority::nil? ((selfhost/pkg-publish-authority::field request) (quote :mechanism))) false) false) false) false))) (def selfhost/pkg-publish-authority::facts-shape? (fn (facts) (if ((selfhost/store-authority::exact-map? facts) [:commit :commit-h :depth :expected-old :policy :policy-h :ref :remote]) (let ((commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))) (depth ((selfhost/pkg-publish-authority::field facts) (quote :depth))) (expected-old ((selfhost/pkg-publish-authority::field facts) (quote :expected-old))) (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))) (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref))) (remote ((selfhost/pkg-publish-authority::field facts) (quote :remote)))) (if (selfhost/store-authority::hash? commit-h) (if (selfhost/pkg-publish-authority::nonnegative-u64? depth) (if (if (selfhost/pkg-publish-authority::nil? expected-old) true (selfhost/store-authority::hash? expected-old)) (if (selfhost/store-authority::hash? policy-h) (if (selfhost/pkg-publish-authority::nonempty-str? refname) (selfhost/pkg-publish-authority::nonempty-str? remote) false) false) false) false) false)) false))) (def selfhost/pkg-publish-authority::facts-identities-match? (fn (facts) (let ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit))) (commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))) (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy))) (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))) (if ((core/eq? (selfhost/pkg-publish-authority::artifact-hash commit)) commit-h) ((core/eq? (selfhost/pkg-publish-authority::artifact-hash policy)) policy-h) false))))] :module-h b"^\xC4%\xC082Zl\xC7\xE9J\x98\xF3\x06\x9A\xCB/\xCC\x12\x8D^\xD8h\x87\x83\xCBt\xEE\"\x99\xB2\xDF" :path "selfhost/pkg_publish_authority_core_v1.gc" :source "(def selfhost/pkg-publish-authority::tag core/data::tag)\n\n(def selfhost/pkg-publish-authority::nil? core/list::is-nil?)\n\n(def selfhost/pkg-publish-authority::map?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :map))))\n\n(def selfhost/pkg-publish-authority::str?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :str))))\n\n(def selfhost/pkg-publish-authority::sym?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :sym))))\n\n(def selfhost/pkg-publish-authority::int?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :int))))\n\n(def selfhost/pkg-publish-authority::vec?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :vec))))\n\n(def selfhost/pkg-publish-authority::bytes?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :bytes))))\n\n(def selfhost/pkg-publish-authority::bool?\n (fn (value) ((core/sym::eq? (selfhost/pkg-publish-authority::tag value)) (quote :bool))))\n\n(def selfhost/pkg-publish-authority::field\n (fn (map)\n (fn (key) (if (selfhost/pkg-publish-authority::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/pkg-publish-authority::has-key?\n (fn (map)\n (fn (key)\n (if (selfhost/pkg-publish-authority::map? map)\n (((selfhost/store-authority::map-has-key-loop? (core/map::entries map)) key) 0)\n false))))\n\n(def selfhost/pkg-publish-authority::nonempty-str?\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n ((core/int::lt? 0) (core/str::len value))\n false)))\n\n(def selfhost/pkg-publish-authority::nonnegative-u64?\n (fn (value)\n (if (selfhost/pkg-publish-authority::int? value)\n (if ((core/int::lt? value) 0) false ((core/int::lt? value) 18446744073709551616))\n false)))\n\n(def selfhost/pkg-publish-authority::artifact-hash\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (if (core/error::is? printed)\n nil\n (let ((bytes (core/str::to-utf8 printed)))\n (if (core/error::is? bytes)\n nil\n (let ((digest (core/crypto::blake3 bytes)))\n (if (core/error::is? digest) nil (core/bytes::to-hex digest)))))))))\n\n(def selfhost/pkg-publish-authority::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/pkg-publish-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value value}))))))\n\n(def selfhost/pkg-publish-authority::accept\n (fn (request)\n (fn (value) (((((selfhost/pkg-publish-authority::result request) true) nil) nil) value))))\n\n(def selfhost/pkg-publish-authority::reject\n (fn (request)\n (fn (code)\n (fn (message) (((((selfhost/pkg-publish-authority::result request) false) code) message) nil)))))\n\n(def selfhost/pkg-publish-authority::request-shape?\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [\n :facts\n :kind\n :mechanism\n :phase\n :v])\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind)))\n \"genesis/pkg-publish-authority-request-v0.1\")\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/pkg-publish-authority::field request) (quote :v)))\n ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1)\n false)\n (if\n (if\n (selfhost/pkg-publish-authority::sym?\n ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n (quote :inspect))\n false)\n (selfhost/pkg-publish-authority::nil?\n ((selfhost/pkg-publish-authority::field request) (quote :mechanism)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::facts-shape?\n (fn (facts)\n (if\n ((selfhost/store-authority::exact-map? facts)\n [\n :commit\n :commit-h\n :depth\n :expected-old\n :policy\n :policy-h\n :ref\n :remote])\n (let\n ((commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)))\n (depth ((selfhost/pkg-publish-authority::field facts) (quote :depth)))\n (expected-old ((selfhost/pkg-publish-authority::field facts) (quote :expected-old)))\n (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))\n (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref)))\n (remote ((selfhost/pkg-publish-authority::field facts) (quote :remote))))\n (if (selfhost/store-authority::hash? commit-h)\n (if (selfhost/pkg-publish-authority::nonnegative-u64? depth)\n (if\n (if (selfhost/pkg-publish-authority::nil? expected-old)\n true\n (selfhost/store-authority::hash? expected-old))\n (if (selfhost/store-authority::hash? policy-h)\n (if (selfhost/pkg-publish-authority::nonempty-str? refname)\n (selfhost/pkg-publish-authority::nonempty-str? remote)\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-publish-authority::facts-identities-match?\n (fn (facts)\n (let\n ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit)))\n (commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)))\n (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy)))\n (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))))\n (if ((core/eq? (selfhost/pkg-publish-authority::artifact-hash commit)) commit-h)\n ((core/eq? (selfhost/pkg-publish-authority::artifact-hash policy)) policy-h)\n false))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^\xC4%\xC082Zl\xC7\xE9J\x98\xF3\x06\x9A\xCB/\xCC\x12\x8D^\xD8h\x87\x83\xCBt\xEE\"\x99\xB2\xDF" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::obligation-text (fn (value) (if (selfhost/pkg-publish-authority::str? value) value (if (selfhost/pkg-publish-authority::sym? value) (core/sym::to-str value) nil)))) (def selfhost/pkg-publish-authority::obligation-member-loop? (fn (obligations) (fn (required) (fn (index) (if ((core/int::eq? index) (core/vec::len obligations)) false (if ((core/eq? (selfhost/pkg-publish-authority::obligation-text ((core/vec::get obligations) index))) required) true (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) required) ((core/int::add index) 1)))))))) (def selfhost/pkg-publish-authority::required-obligations-loop? (fn (required) (fn (obligations) (fn (index) (if ((core/int::eq? index) (core/vec::len required)) true (if (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) ((core/vec::get required) index)) 0) (((selfhost/pkg-publish-authority::required-obligations-loop? required) obligations) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::required-obligations-present? (fn (class) (fn (commit) (((selfhost/pkg-publish-authority::required-obligations-loop? ((selfhost/pkg-publish-authority::field class) (quote :required-obligations))) ((selfhost/pkg-publish-authority::field commit) (quote :obligations))) 0)))) (def selfhost/pkg-publish-authority::inspect-value (fn (commit) (let ((base {:attestation-hashes ((selfhost/pkg-publish-authority::field commit) (quote :attestations)) :evidence-hashes ((selfhost/pkg-publish-authority::field commit) (quote :evidence))})) (((core/map::put base) (quote :inspect-h)) (selfhost/hash::hash-term base))))) (def selfhost/pkg-publish-authority::reject-policy-result (fn (request) (fn (selection) (let ((code ((selfhost/pkg-publish-authority::field selection) (quote :code)))) (if ((core/sym::eq? code) (quote :ref-frozen)) (((selfhost/pkg-publish-authority::reject request) "core/pkg/ref-frozen") "publication ref is frozen by policy") (if ((core/sym::eq? code) (quote :no-policy-class)) (((selfhost/pkg-publish-authority::reject request) "core/pkg/no-policy-class") "publication ref has no matching policy class") (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-policy") "publication policy is invalid"))))))) (def selfhost/pkg-publish-authority::inspect-facts (fn (request) (fn (facts) (let ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit))) (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy))) (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref)))) (let ((selection ((selfhost/pkg-publish-policy::select policy) refname))) (if ((selfhost/pkg-publish-authority::field selection) (quote :ok)) (if (selfhost/commit::commit? commit) (let ((class ((selfhost/pkg-publish-authority::field selection) (quote :value)))) (if ((selfhost/pkg-publish-authority::required-obligations-present? class) commit) ((selfhost/pkg-publish-authority::accept request) (selfhost/pkg-publish-authority::inspect-value commit)) (((selfhost/pkg-publish-authority::reject request) "core/pkg/missing-obligation") "commit does not satisfy the selected class obligations"))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-commit") "publication commit is invalid")) ((selfhost/pkg-publish-authority::reject-policy-result request) selection))))))) (def selfhost/pkg-publish-authority::inspect (fn (request) (if (selfhost/pkg-publish-authority::request-shape? request) (let ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts)))) (if (selfhost/pkg-publish-authority::facts-shape? facts) (if (selfhost/pkg-publish-authority::facts-identities-match? facts) ((selfhost/pkg-publish-authority::inspect-facts request) facts) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-payload") "policy or commit identity contradicts its raw term")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-payload") "publish facts fields or values are invalid"))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "inspect request envelope is invalid"))))] :module-h b"I\xF0\xE6\xAA\x03l\xE9\xB5\xE0u\xE2\x9C\xEE\xC4/&\xEF\x08Y\x87J\x07\xE0_\x9D\xB4\x9D/\xF3_\xE5U" :path "selfhost/pkg_publish_authority_inspect_v1.gc" :source "(def selfhost/pkg-publish-authority::obligation-text\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n value\n (if (selfhost/pkg-publish-authority::sym? value) (core/sym::to-str value) nil))))\n\n(def selfhost/pkg-publish-authority::obligation-member-loop?\n (fn (obligations required index)\n (if ((core/int::eq? index) (core/vec::len obligations))\n false\n (if\n ((core/eq?\n (selfhost/pkg-publish-authority::obligation-text\n ((core/vec::get obligations) index))) required)\n true\n (selfhost/pkg-publish-authority::obligation-member-loop? obligations required\n ((core/int::add index) 1))))))\n\n(def selfhost/pkg-publish-authority::required-obligations-loop?\n (fn (required obligations index)\n (if ((core/int::eq? index) (core/vec::len required))\n true\n (if\n (selfhost/pkg-publish-authority::obligation-member-loop? obligations\n ((core/vec::get required) index) 0)\n (selfhost/pkg-publish-authority::required-obligations-loop? required obligations\n ((core/int::add index) 1))\n false))))\n\n(def selfhost/pkg-publish-authority::required-obligations-present?\n (fn (class commit)\n (selfhost/pkg-publish-authority::required-obligations-loop?\n ((selfhost/pkg-publish-authority::field class) (quote :required-obligations))\n ((selfhost/pkg-publish-authority::field commit) (quote :obligations)) 0)))\n\n(def selfhost/pkg-publish-authority::inspect-value\n (fn (commit)\n (let\n ((base\n {\n :attestation-hashes\n ((selfhost/pkg-publish-authority::field commit) (quote :attestations))\n :evidence-hashes\n ((selfhost/pkg-publish-authority::field commit) (quote :evidence))}))\n (((core/map::put base) (quote :inspect-h)) (selfhost/hash::hash-term base)))))\n\n(def selfhost/pkg-publish-authority::reject-policy-result\n (fn (request selection)\n (let ((code ((selfhost/pkg-publish-authority::field selection) (quote :code))))\n (if ((core/sym::eq? code) (quote :ref-frozen))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/ref-frozen\"\n \"publication ref is frozen by policy\")\n (if ((core/sym::eq? code) (quote :no-policy-class))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/no-policy-class\"\n \"publication ref has no matching policy class\")\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-policy\"\n \"publication policy is invalid\"))))))\n\n(def selfhost/pkg-publish-authority::inspect-facts\n (fn (request facts)\n (let\n ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit)))\n (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy)))\n (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref))))\n (let ((selection ((selfhost/pkg-publish-policy::select policy) refname)))\n (if ((selfhost/pkg-publish-authority::field selection) (quote :ok))\n (if (selfhost/commit::commit? commit)\n (let ((class ((selfhost/pkg-publish-authority::field selection) (quote :value))))\n (if (selfhost/pkg-publish-authority::required-obligations-present? class commit)\n (selfhost/pkg-publish-authority::accept request\n (selfhost/pkg-publish-authority::inspect-value commit))\n (selfhost/pkg-publish-authority::reject request\n \"core/pkg/missing-obligation\"\n \"commit does not satisfy the selected class obligations\")))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-commit\"\n \"publication commit is invalid\"))\n (selfhost/pkg-publish-authority::reject-policy-result request selection))))))\n\n(def selfhost/pkg-publish-authority::inspect\n (fn (request)\n (if (selfhost/pkg-publish-authority::request-shape? request)\n (let ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts))))\n (if (selfhost/pkg-publish-authority::facts-shape? facts)\n (if (selfhost/pkg-publish-authority::facts-identities-match? facts)\n (selfhost/pkg-publish-authority::inspect-facts request facts)\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-payload\"\n \"policy or commit identity contradicts its raw term\"))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-payload\"\n \"publish facts fields or values are invalid\")))\n (selfhost/pkg-publish-authority::reject request \"core/pkg/bad-authority-request\"\n \"inspect request envelope is invalid\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"I\xF0\xE6\xAA\x03l\xE9\xB5\xE0u\xE2\x9C\xEE\xC4/&\xEF\x08Y\x87J\x07\xE0_\x9D\xB4\x9D/\xF3_\xE5U" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::internal-ok (fn (value) {:code nil :ok true :value value})) (def selfhost/pkg-publish-authority::internal-bad (fn (code) {:code code :ok false :value nil})) (def selfhost/pkg-publish-authority::internal-ok? (fn (result) ((selfhost/pkg-publish-authority::field result) (quote :ok)))) (def selfhost/pkg-publish-authority::internal-value (fn (result) ((selfhost/pkg-publish-authority::field result) (quote :value)))) (def selfhost/pkg-publish-authority::bytes-hash (fn (bytes) (let ((digest (core/crypto::blake3 bytes))) (if (core/error::is? digest) nil (core/bytes::to-hex digest))))) (def selfhost/pkg-publish-authority::canonical-bytes (fn (term) (let ((printed (selfhost/printer::print-term term))) (if (core/error::is? printed) nil (let ((bytes (core/str::to-utf8 printed))) (if (core/error::is? bytes) nil bytes)))))) (def selfhost/pkg-publish-authority::object-valid? (fn (object) (fn (expected-h) (if ((selfhost/store-authority::exact-map? object) [:bytes :h :term]) (let ((bytes ((selfhost/pkg-publish-authority::field object) (quote :bytes))) (hash ((selfhost/pkg-publish-authority::field object) (quote :h))) (term ((selfhost/pkg-publish-authority::field object) (quote :term)))) (if (selfhost/pkg-publish-authority::bytes? bytes) (if (selfhost/store-authority::hash? hash) (if ((core/eq? hash) expected-h) (if ((core/eq? (selfhost/pkg-publish-authority::bytes-hash bytes)) hash) ((core/eq? (selfhost/pkg-publish-authority::canonical-bytes term)) bytes) false) false) false) false)) false)))) (def selfhost/pkg-publish-authority::objects-valid-loop? (fn (objects) (fn (expected) (fn (index) (if ((core/int::eq? index) (core/vec::len expected)) true (if ((selfhost/pkg-publish-authority::object-valid? ((core/vec::get objects) index)) ((core/vec::get expected) index)) (((selfhost/pkg-publish-authority::objects-valid-loop? objects) expected) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::objects-valid? (fn (objects) (fn (expected) (if (selfhost/pkg-publish-authority::vec? objects) (if ((core/int::eq? (core/vec::len objects)) (core/vec::len expected)) (((selfhost/pkg-publish-authority::objects-valid-loop? objects) expected) 0) false) false)))) (def selfhost/pkg-publish-authority::evidence-data-valid? (fn (term) (if ((selfhost/pkg-publish-authority::has-key? term) (quote :data)) (let ((data ((selfhost/pkg-publish-authority::field term) (quote :data)))) (if (selfhost/pkg-publish-authority::nil? data) true (if (selfhost/pkg-publish-authority::str? data) (selfhost/store-authority::hash? data) true))) true))) (def selfhost/pkg-publish-authority::optional-evidence-hashes-valid? (fn (term) (fn (key) (if ((selfhost/pkg-publish-authority::has-key? term) key) (selfhost/commit::hash-vector? ((selfhost/pkg-publish-authority::field term) key)) true)))) (def selfhost/pkg-publish-authority::evidence-valid? (fn (term) (if (selfhost/pkg-publish-authority::map? term) (let ((type ((selfhost/pkg-publish-authority::field term) (quote :type))) (version ((selfhost/pkg-publish-authority::field term) (quote :v))) (kind ((selfhost/pkg-publish-authority::field term) (quote :kind)))) (if (if (selfhost/pkg-publish-authority::sym? type) ((core/sym::eq? type) (quote :vcs/evidence)) false) (if (if (selfhost/pkg-publish-authority::int? version) ((core/int::eq? version) 1) false) (if (selfhost/pkg-publish-authority::sym? kind) (if ((selfhost/pkg-publish-authority::optional-evidence-hashes-valid? term) (quote :inputs)) (if ((selfhost/pkg-publish-authority::optional-evidence-hashes-valid? term) (quote :outputs)) (selfhost/pkg-publish-authority::evidence-data-valid? term) false) false) false) false) false)) false))) (def selfhost/pkg-publish-authority::evidence-scan-loop (fn (objects) (fn (index) (fn (kinds) (fn (requirements) (fn (qualifications) (if ((core/int::eq? index) (core/vec::len objects)) (selfhost/pkg-publish-authority::internal-ok {:kinds kinds :qualifications qualifications :requirements requirements}) (let ((term ((selfhost/pkg-publish-authority::field ((core/vec::get objects) index)) (quote :term)))) (if (selfhost/pkg-publish-authority::evidence-valid? term) (let ((kind (selfhost/pkg-publish-policy::normalize-kind ((selfhost/pkg-publish-authority::field term) (quote :kind))))) (((((selfhost/pkg-publish-authority::evidence-scan-loop objects) ((core/int::add index) 1)) (((core/map::put kinds) kind) true)) (if ((core/eq? kind) ":requirements-trace") ((core/vec::push requirements) term) requirements)) (if ((core/eq? kind) ":tool-qualification") ((core/vec::push qualifications) term) qualifications))) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-evidence")))))))))) (def selfhost/pkg-publish-authority::evidence-scan (fn (objects) (((((selfhost/pkg-publish-authority::evidence-scan-loop objects) 0) {}) []) []))) (def selfhost/pkg-publish-authority::kind-set-add-loop (fn (values) (fn (index) (fn (set) (if ((core/int::eq? index) (core/vec::len values)) set (((selfhost/pkg-publish-authority::kind-set-add-loop values) ((core/int::add index) 1)) (((core/map::put set) ((core/vec::get values) index)) true))))))) (def selfhost/pkg-publish-authority::obligation-kind-set-loop (fn (entries) (fn (obligations) (fn (index) (fn (set) (if ((core/int::eq? index) (core/vec::len entries)) set (let ((entry ((core/vec::get entries) index))) (let ((obligation ((core/vec::get entry) 0)) (kinds ((core/vec::get entry) 1))) ((((selfhost/pkg-publish-authority::obligation-kind-set-loop entries) obligations) ((core/int::add index) 1)) (if (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) obligation) 0) (((selfhost/pkg-publish-authority::kind-set-add-loop kinds) 0) set) set)))))))))) (def selfhost/pkg-publish-authority::required-kind-set (fn (class) (fn (commit) (let ((base (((selfhost/pkg-publish-authority::kind-set-add-loop ((selfhost/pkg-publish-authority::field class) (quote :required-evidence-kinds))) 0) {})) (obligation-kinds ((selfhost/pkg-publish-authority::field class) (quote :obligation-evidence-kinds))) (obligations ((selfhost/pkg-publish-authority::field commit) (quote :obligations)))) ((((selfhost/pkg-publish-authority::obligation-kind-set-loop (core/map::entries obligation-kinds)) obligations) 0) base))))) (def selfhost/pkg-publish-authority::kind-set-contained-loop? (fn (required-entries) (fn (observed) (fn (index) (if ((core/int::eq? index) (core/vec::len required-entries)) true (if ((selfhost/pkg-publish-authority::has-key? observed) ((core/vec::get ((core/vec::get required-entries) index)) 0)) (((selfhost/pkg-publish-authority::kind-set-contained-loop? required-entries) observed) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::kind-set-contained? (fn (required) (fn (observed) (((selfhost/pkg-publish-authority::kind-set-contained-loop? (core/map::entries required)) observed) 0))))] :module-h b"{H\x19\x04\xB0g\x80\x82^O)C\xE6\xCB\x8F\xDF\xC1X\xB6\xE4&\x01\x0E\xCB\x8B\x05\x0B@,\x07\xD5\xE5" :path "selfhost/pkg_publish_authority_objects_v1.gc" :source "(def selfhost/pkg-publish-authority::internal-ok\n (fn (value)\n {\n :code nil\n :ok true\n :value value}))\n\n(def selfhost/pkg-publish-authority::internal-bad\n (fn (code)\n {\n :code code\n :ok false\n :value nil}))\n\n(def selfhost/pkg-publish-authority::internal-ok?\n (fn (result) ((selfhost/pkg-publish-authority::field result) (quote :ok))))\n\n(def selfhost/pkg-publish-authority::internal-value\n (fn (result) ((selfhost/pkg-publish-authority::field result) (quote :value))))\n\n(def selfhost/pkg-publish-authority::bytes-hash\n (fn (bytes)\n (let ((digest (core/crypto::blake3 bytes)))\n (if (core/error::is? digest) nil (core/bytes::to-hex digest)))))\n\n(def selfhost/pkg-publish-authority::canonical-bytes\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (if (core/error::is? printed)\n nil\n (let ((bytes (core/str::to-utf8 printed))) (if (core/error::is? bytes) nil bytes))))))\n\n(def selfhost/pkg-publish-authority::object-valid?\n (fn (object)\n (fn (expected-h)\n (if ((selfhost/store-authority::exact-map? object) [:bytes :h :term])\n (let\n ((bytes ((selfhost/pkg-publish-authority::field object) (quote :bytes)))\n (hash ((selfhost/pkg-publish-authority::field object) (quote :h)))\n (term ((selfhost/pkg-publish-authority::field object) (quote :term))))\n (if (selfhost/pkg-publish-authority::bytes? bytes)\n (if (selfhost/store-authority::hash? hash)\n (if ((core/eq? hash) expected-h)\n (if ((core/eq? (selfhost/pkg-publish-authority::bytes-hash bytes)) hash)\n ((core/eq? (selfhost/pkg-publish-authority::canonical-bytes term)) bytes)\n false)\n false)\n false)\n false))\n false))))\n\n(def selfhost/pkg-publish-authority::objects-valid-loop?\n (fn (objects)\n (fn (expected)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len expected))\n true\n (if\n ((selfhost/pkg-publish-authority::object-valid? ((core/vec::get objects) index))\n ((core/vec::get expected) index))\n (((selfhost/pkg-publish-authority::objects-valid-loop? objects) expected)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-publish-authority::objects-valid?\n (fn (objects)\n (fn (expected)\n (if (selfhost/pkg-publish-authority::vec? objects)\n (if ((core/int::eq? (core/vec::len objects)) (core/vec::len expected))\n (((selfhost/pkg-publish-authority::objects-valid-loop? objects) expected) 0)\n false)\n false))))\n\n(def selfhost/pkg-publish-authority::evidence-data-valid?\n (fn (term)\n (if ((selfhost/pkg-publish-authority::has-key? term) (quote :data))\n (let ((data ((selfhost/pkg-publish-authority::field term) (quote :data))))\n (if (selfhost/pkg-publish-authority::nil? data)\n true\n (if (selfhost/pkg-publish-authority::str? data)\n (selfhost/store-authority::hash? data)\n true)))\n true)))\n\n(def selfhost/pkg-publish-authority::optional-evidence-hashes-valid?\n (fn (term)\n (fn (key)\n (if ((selfhost/pkg-publish-authority::has-key? term) key)\n (selfhost/commit::hash-vector? ((selfhost/pkg-publish-authority::field term) key))\n true))))\n\n(def selfhost/pkg-publish-authority::evidence-valid?\n (fn (term)\n (if (selfhost/pkg-publish-authority::map? term)\n (let\n ((type ((selfhost/pkg-publish-authority::field term) (quote :type)))\n (version ((selfhost/pkg-publish-authority::field term) (quote :v)))\n (kind ((selfhost/pkg-publish-authority::field term) (quote :kind))))\n (if\n (if (selfhost/pkg-publish-authority::sym? type)\n ((core/sym::eq? type) (quote :vcs/evidence))\n false)\n (if (if (selfhost/pkg-publish-authority::int? version) ((core/int::eq? version) 1) false)\n (if (selfhost/pkg-publish-authority::sym? kind)\n (if\n ((selfhost/pkg-publish-authority::optional-evidence-hashes-valid? term)\n (quote :inputs))\n (if\n ((selfhost/pkg-publish-authority::optional-evidence-hashes-valid? term)\n (quote :outputs))\n (selfhost/pkg-publish-authority::evidence-data-valid? term)\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/pkg-publish-authority::evidence-scan-loop\n (fn (objects)\n (fn (index)\n (fn (kinds)\n (fn (requirements)\n (fn (qualifications)\n (if ((core/int::eq? index) (core/vec::len objects))\n (selfhost/pkg-publish-authority::internal-ok\n {\n :kinds kinds\n :qualifications qualifications\n :requirements requirements})\n (let\n ((term ((selfhost/pkg-publish-authority::field ((core/vec::get objects) index)) (quote :term))))\n (if (selfhost/pkg-publish-authority::evidence-valid? term)\n (let\n (\n (kind\n (selfhost/pkg-publish-policy::normalize-kind\n ((selfhost/pkg-publish-authority::field term) (quote :kind)))))\n (\n (\n (((selfhost/pkg-publish-authority::evidence-scan-loop objects) ((core/int::add index) 1))\n (((core/map::put kinds) kind) true))\n (if ((core/eq? kind) \":requirements-trace\")\n ((core/vec::push requirements) term)\n requirements))\n (if ((core/eq? kind) \":tool-qualification\")\n ((core/vec::push qualifications) term)\n qualifications)))\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-evidence\"))))))))))\n\n(def selfhost/pkg-publish-authority::evidence-scan\n (fn (objects) (((((selfhost/pkg-publish-authority::evidence-scan-loop objects) 0) {}) []) [])))\n\n(def selfhost/pkg-publish-authority::kind-set-add-loop\n (fn (values)\n (fn (index)\n (fn (set)\n (if ((core/int::eq? index) (core/vec::len values))\n set\n (((selfhost/pkg-publish-authority::kind-set-add-loop values) ((core/int::add index) 1))\n (((core/map::put set) ((core/vec::get values) index)) true)))))))\n\n(def selfhost/pkg-publish-authority::obligation-kind-set-loop\n (fn (entries)\n (fn (obligations)\n (fn (index)\n (fn (set)\n (if ((core/int::eq? index) (core/vec::len entries))\n set\n (let ((entry ((core/vec::get entries) index)))\n (let ((obligation ((core/vec::get entry) 0)) (kinds ((core/vec::get entry) 1)))\n (\n (((selfhost/pkg-publish-authority::obligation-kind-set-loop entries) obligations)\n ((core/int::add index) 1))\n (if\n (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) obligation)\n 0)\n (((selfhost/pkg-publish-authority::kind-set-add-loop kinds) 0) set)\n set))))))))))\n\n(def selfhost/pkg-publish-authority::required-kind-set\n (fn (class)\n (fn (commit)\n (let\n (\n (base\n (\n (\n (selfhost/pkg-publish-authority::kind-set-add-loop\n ((selfhost/pkg-publish-authority::field class) (quote :required-evidence-kinds)))\n 0)\n {}))\n (obligation-kinds\n ((selfhost/pkg-publish-authority::field class) (quote :obligation-evidence-kinds)))\n (obligations ((selfhost/pkg-publish-authority::field commit) (quote :obligations))))\n (\n (\n ((selfhost/pkg-publish-authority::obligation-kind-set-loop (core/map::entries obligation-kinds))\n obligations)\n 0)\n base)))))\n\n(def selfhost/pkg-publish-authority::kind-set-contained-loop?\n (fn (required-entries)\n (fn (observed)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len required-entries))\n true\n (if\n ((selfhost/pkg-publish-authority::has-key? observed)\n ((core/vec::get ((core/vec::get required-entries) index)) 0))\n (((selfhost/pkg-publish-authority::kind-set-contained-loop? required-entries) observed)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-publish-authority::kind-set-contained?\n (fn (required)\n (fn (observed)\n (((selfhost/pkg-publish-authority::kind-set-contained-loop? (core/map::entries required)) observed)\n 0))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"{H\x19\x04\xB0g\x80\x82^O)C\xE6\xCB\x8F\xDF\xC1X\xB6\xE4&\x01\x0E\xCB\x8B\x05\x0B@,\x07\xD5\xE5" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::text (fn (value) (if (selfhost/pkg-publish-authority::str? value) value (if (selfhost/pkg-publish-authority::sym? value) (core/sym::to-str value) nil)))) (def selfhost/pkg-publish-authority::normalize-symbol-like (fn (value) (let ((text (selfhost/pkg-publish-authority::text value))) (if (selfhost/pkg-publish-authority::nil? text) nil (let ((trimmed (selfhost/policy::trim text))) (if ((selfhost/pkg-lock-read::starts-with? trimmed) ":") trimmed ((core/str::concat ":") trimmed))))))) (def selfhost/pkg-publish-authority::nonempty-trimmed-str? (fn (value) (if (selfhost/pkg-publish-authority::str? value) ((core/int::lt? 0) (core/str::len (selfhost/policy::trim value))) false))) (def selfhost/pkg-publish-authority::text-valid? (fn (value) (if (selfhost/pkg-publish-authority::str? value) true (selfhost/pkg-publish-authority::sym? value)))) (def selfhost/pkg-publish-authority::text-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/pkg-publish-authority::text-valid? ((core/vec::get values) index)) ((selfhost/pkg-publish-authority::text-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/pkg-publish-authority::nonempty-string-vector-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((core/vec::get values) index)) ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? (fn (map) (fn (key) (if ((selfhost/pkg-publish-authority::has-key? map) key) (let ((value ((selfhost/pkg-publish-authority::field map) key))) (if (selfhost/pkg-publish-authority::nil? value) true (if (selfhost/pkg-publish-authority::vec? value) ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? value) 0) false))) true)))) (def selfhost/pkg-publish-authority::optional-bound-hash-valid? (fn (map) (fn (key) (fn (expected) (if ((selfhost/pkg-publish-authority::has-key? map) key) (let ((value ((selfhost/pkg-publish-authority::field map) key))) (if (selfhost/pkg-publish-authority::nil? value) true (if (selfhost/store-authority::hash? value) ((core/eq? value) expected) false))) true))))) (def selfhost/pkg-publish-authority::release-valid? (fn (release) (fn (facts) (fn (commit) (if (selfhost/pkg-publish-authority::map? release) (let ((snapshot ((selfhost/pkg-publish-authority::field release) (quote :snapshot))) (commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))) (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))) (result-h ((selfhost/pkg-publish-authority::field commit) (quote :result)))) (if (selfhost/store-authority::hash? snapshot) (if ((core/eq? snapshot) result-h) (if (((selfhost/pkg-publish-authority::optional-bound-hash-valid? release) (quote :commit)) commit-h) (((selfhost/pkg-publish-authority::optional-bound-hash-valid? release) (quote :policy)) policy-h) false) false) false)) false))))) (def selfhost/pkg-publish-authority::special-evidence-header-valid? (fn (term) (fn (expected-kind) (if (selfhost/pkg-publish-authority::evidence-valid? term) ((core/eq? (selfhost/pkg-publish-authority::normalize-symbol-like ((selfhost/pkg-publish-authority::field term) (quote :kind)))) expected-kind) false)))) (def selfhost/pkg-publish-authority::observed-kind? (fn (observed) (fn (value) (let ((kind (selfhost/pkg-publish-authority::normalize-symbol-like value))) (if (selfhost/pkg-publish-authority::nil? kind) false ((selfhost/pkg-publish-authority::has-key? observed) kind)))))) (def selfhost/pkg-publish-authority::obligation-link-member? (fn (obligations) (fn (value) (let ((text (selfhost/pkg-publish-authority::text value))) (if (selfhost/pkg-publish-authority::nil? text) false (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) text) 0))))))] :module-h b"~8\xF6\xC5\xBA\x0F/E!\x91o\xEB\x1F\x036\x97B\xA7c\x04=\xC6=P\xE8\x93\xE4\xEEB\xEA&m" :path "selfhost/pkg_publish_authority_assurance_core_v1.gc" :source "(def selfhost/pkg-publish-authority::text\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n value\n (if (selfhost/pkg-publish-authority::sym? value) (core/sym::to-str value) nil))))\n\n(def selfhost/pkg-publish-authority::normalize-symbol-like\n (fn (value)\n (let ((text (selfhost/pkg-publish-authority::text value)))\n (if (selfhost/pkg-publish-authority::nil? text)\n nil\n (let ((trimmed (selfhost/policy::trim text)))\n (if ((selfhost/pkg-lock-read::starts-with? trimmed) \":\")\n trimmed\n ((core/str::concat \":\") trimmed)))))))\n\n(def selfhost/pkg-publish-authority::nonempty-trimmed-str?\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n ((core/int::lt? 0) (core/str::len (selfhost/policy::trim value)))\n false)))\n\n(def selfhost/pkg-publish-authority::text-valid?\n (fn (value)\n (if (selfhost/pkg-publish-authority::str? value)\n true\n (selfhost/pkg-publish-authority::sym? value))))\n\n(def selfhost/pkg-publish-authority::text-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/pkg-publish-authority::text-valid? ((core/vec::get values) index))\n ((selfhost/pkg-publish-authority::text-vector-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-publish-authority::nonempty-string-vector-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((core/vec::get values) index))\n ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid?\n (fn (map)\n (fn (key)\n (if ((selfhost/pkg-publish-authority::has-key? map) key)\n (let ((value ((selfhost/pkg-publish-authority::field map) key)))\n (if (selfhost/pkg-publish-authority::nil? value)\n true\n (if (selfhost/pkg-publish-authority::vec? value)\n ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? value) 0)\n false)))\n true))))\n\n(def selfhost/pkg-publish-authority::optional-bound-hash-valid?\n (fn (map)\n (fn (key)\n (fn (expected)\n (if ((selfhost/pkg-publish-authority::has-key? map) key)\n (let ((value ((selfhost/pkg-publish-authority::field map) key)))\n (if (selfhost/pkg-publish-authority::nil? value)\n true\n (if (selfhost/store-authority::hash? value) ((core/eq? value) expected) false)))\n true)))))\n\n(def selfhost/pkg-publish-authority::release-valid?\n (fn (release)\n (fn (facts)\n (fn (commit)\n (if (selfhost/pkg-publish-authority::map? release)\n (let\n ((snapshot ((selfhost/pkg-publish-authority::field release) (quote :snapshot)))\n (commit-h ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)))\n (policy-h ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))\n (result-h ((selfhost/pkg-publish-authority::field commit) (quote :result))))\n (if (selfhost/store-authority::hash? snapshot)\n (if ((core/eq? snapshot) result-h)\n (if\n (((selfhost/pkg-publish-authority::optional-bound-hash-valid? release) (quote :commit))\n commit-h)\n (((selfhost/pkg-publish-authority::optional-bound-hash-valid? release) (quote :policy))\n policy-h)\n false)\n false)\n false))\n false)))))\n\n(def selfhost/pkg-publish-authority::special-evidence-header-valid?\n (fn (term)\n (fn (expected-kind)\n (if (selfhost/pkg-publish-authority::evidence-valid? term)\n (\n (core/eq?\n (selfhost/pkg-publish-authority::normalize-symbol-like\n ((selfhost/pkg-publish-authority::field term) (quote :kind))))\n expected-kind)\n false))))\n\n(def selfhost/pkg-publish-authority::observed-kind?\n (fn (observed)\n (fn (value)\n (let ((kind (selfhost/pkg-publish-authority::normalize-symbol-like value)))\n (if (selfhost/pkg-publish-authority::nil? kind)\n false\n ((selfhost/pkg-publish-authority::has-key? observed) kind))))))\n\n(def selfhost/pkg-publish-authority::obligation-link-member?\n (fn (obligations)\n (fn (value)\n (let ((text (selfhost/pkg-publish-authority::text value)))\n (if (selfhost/pkg-publish-authority::nil? text)\n false\n (((selfhost/pkg-publish-authority::obligation-member-loop? obligations) text) 0))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"~8\xF6\xC5\xBA\x0F/E!\x91o\xEB\x1F\x036\x97B\xA7c\x04=\xC6=P\xE8\x93\xE4\xEEB\xEA&m" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::requirements-modules-loop? (fn (modules) (fn (index) (if ((core/int::eq? index) (core/vec::len modules)) true (let ((module ((core/vec::get modules) index))) (if (selfhost/pkg-publish-authority::map? module) (let ((path ((selfhost/pkg-publish-authority::field module) (quote :path))) (exports ((selfhost/pkg-publish-authority::field module) (quote :exports)))) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? path) (if (selfhost/pkg-publish-authority::vec? exports) (if ((core/int::lt? 0) (core/vec::len exports)) (if ((selfhost/pkg-publish-authority::text-vector-loop? exports) 0) ((selfhost/pkg-publish-authority::requirements-modules-loop? modules) ((core/int::add index) 1)) false) false) false) false)) false)))))) (def selfhost/pkg-publish-authority::requirements-modules-count (fn (links) (if ((selfhost/pkg-publish-authority::has-key? links) (quote :modules)) (let ((modules ((selfhost/pkg-publish-authority::field links) (quote :modules)))) (if (selfhost/pkg-publish-authority::nil? modules) 0 (if (selfhost/pkg-publish-authority::vec? modules) (if ((selfhost/pkg-publish-authority::requirements-modules-loop? modules) 0) (core/vec::len modules) -1) -1))) 0))) (def selfhost/pkg-publish-authority::requirements-obligations-loop? (fn (values) (fn (obligations) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if ((selfhost/pkg-publish-authority::obligation-link-member? obligations) ((core/vec::get values) index)) (((selfhost/pkg-publish-authority::requirements-obligations-loop? values) obligations) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::requirements-obligations-count (fn (links) (fn (obligations) (if ((selfhost/pkg-publish-authority::has-key? links) (quote :obligations)) (let ((values ((selfhost/pkg-publish-authority::field links) (quote :obligations)))) (if (selfhost/pkg-publish-authority::nil? values) 0 (if (selfhost/pkg-publish-authority::vec? values) (if (((selfhost/pkg-publish-authority::requirements-obligations-loop? values) obligations) 0) (core/vec::len values) -1) -1))) 0)))) (def selfhost/pkg-publish-authority::requirements-kinds-loop? (fn (values) (fn (observed) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if ((selfhost/pkg-publish-authority::observed-kind? observed) ((core/vec::get values) index)) (((selfhost/pkg-publish-authority::requirements-kinds-loop? values) observed) ((core/int::add index) 1)) false)))))) (def selfhost/pkg-publish-authority::requirements-kinds-count (fn (links) (fn (observed) (if ((selfhost/pkg-publish-authority::has-key? links) (quote :evidence-kinds)) (let ((values ((selfhost/pkg-publish-authority::field links) (quote :evidence-kinds)))) (if (selfhost/pkg-publish-authority::nil? values) 0 (if (selfhost/pkg-publish-authority::vec? values) (if (((selfhost/pkg-publish-authority::requirements-kinds-loop? values) observed) 0) (core/vec::len values) -1) -1))) 0)))) (def selfhost/pkg-publish-authority::requirements-links-valid? (fn (links) (fn (obligations) (fn (observed) (if (selfhost/pkg-publish-authority::map? links) (let ((modules (selfhost/pkg-publish-authority::requirements-modules-count links)) (obligation-links ((selfhost/pkg-publish-authority::requirements-obligations-count links) obligations)) (kind-links ((selfhost/pkg-publish-authority::requirements-kinds-count links) observed))) (if ((core/int::lt? modules) 0) false (if ((core/int::lt? obligation-links) 0) false (if ((core/int::lt? kind-links) 0) false ((core/int::lt? 0) ((core/int::add ((core/int::add modules) obligation-links)) kind-links)))))) false))))) (def selfhost/pkg-publish-authority::requirements-level-valid? (fn (value) (let ((level (selfhost/pkg-publish-authority::normalize-symbol-like value))) (if (selfhost/pkg-publish-authority::nil? level) false (if ((core/eq? level) ":system") true (if ((core/eq? level) ":hlr") true ((core/eq? level) ":llr"))))))) (def selfhost/pkg-publish-authority::requirement-entry-valid? (fn (entry) (fn (obligations) (fn (observed) (if (selfhost/pkg-publish-authority::map? entry) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field entry) (quote :id))) (if (selfhost/pkg-publish-authority::requirements-level-valid? ((selfhost/pkg-publish-authority::field entry) (quote :level))) (if ((selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? entry) (quote :parents)) (if ((selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? entry) (quote :hazards)) (((selfhost/pkg-publish-authority::requirements-links-valid? ((selfhost/pkg-publish-authority::field entry) (quote :links))) obligations) observed) false) false) false) false) false))))) (def selfhost/pkg-publish-authority::requirements-entries-loop? (fn (entries) (fn (obligations) (fn (observed) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) true (if (((selfhost/pkg-publish-authority::requirement-entry-valid? ((core/vec::get entries) index)) obligations) observed) ((((selfhost/pkg-publish-authority::requirements-entries-loop? entries) obligations) observed) ((core/int::add index) 1)) false))))))) (def selfhost/pkg-publish-authority::requirements-trace-valid? (fn (term) (fn (facts) (fn (commit) (fn (observed) (if ((selfhost/pkg-publish-authority::special-evidence-header-valid? term) ":requirements-trace") (if ((core/eq? (selfhost/pkg-publish-authority::normalize-symbol-like ((selfhost/pkg-publish-authority::field term) (quote :status)))) ":verified") (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field term) (quote :graph-h))) (if (((selfhost/pkg-publish-authority::release-valid? ((selfhost/pkg-publish-authority::field term) (quote :release))) facts) commit) (let ((entries ((selfhost/pkg-publish-authority::field term) (quote :requirements)))) (if (selfhost/pkg-publish-authority::vec? entries) (if ((core/int::lt? 0) (core/vec::len entries)) ((((selfhost/pkg-publish-authority::requirements-entries-loop? entries) ((selfhost/pkg-publish-authority::field commit) (quote :obligations))) observed) 0) false) false)) false) false) false) false)))))) (def selfhost/pkg-publish-authority::requirements-traces-loop? (fn (terms) (fn (facts) (fn (commit) (fn (observed) (fn (index) (if ((core/int::eq? index) (core/vec::len terms)) true (if ((((selfhost/pkg-publish-authority::requirements-trace-valid? ((core/vec::get terms) index)) facts) commit) observed) (((((selfhost/pkg-publish-authority::requirements-traces-loop? terms) facts) commit) observed) ((core/int::add index) 1)) false))))))))] :module-h b"\xE1\x17A=\x89NF\xF7;SBA\xC1\xB5\xCD:uh\xD6\x03\x80\x89\x91\xF2x\xD2\xBCE{o@\x98" :path "selfhost/pkg_publish_authority_requirements_v1.gc" :source "(def selfhost/pkg-publish-authority::requirements-modules-loop?\n (fn (modules)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len modules))\n true\n (let ((module ((core/vec::get modules) index)))\n (if (selfhost/pkg-publish-authority::map? module)\n (let\n ((path ((selfhost/pkg-publish-authority::field module) (quote :path)))\n (exports ((selfhost/pkg-publish-authority::field module) (quote :exports))))\n (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? path)\n (if (selfhost/pkg-publish-authority::vec? exports)\n (if ((core/int::lt? 0) (core/vec::len exports))\n (if ((selfhost/pkg-publish-authority::text-vector-loop? exports) 0)\n ((selfhost/pkg-publish-authority::requirements-modules-loop? modules)\n ((core/int::add index) 1))\n false)\n false)\n false)\n false))\n false))))))\n\n(def selfhost/pkg-publish-authority::requirements-modules-count\n (fn (links)\n (if ((selfhost/pkg-publish-authority::has-key? links) (quote :modules))\n (let ((modules ((selfhost/pkg-publish-authority::field links) (quote :modules))))\n (if (selfhost/pkg-publish-authority::nil? modules)\n 0\n (if (selfhost/pkg-publish-authority::vec? modules)\n (if ((selfhost/pkg-publish-authority::requirements-modules-loop? modules) 0)\n (core/vec::len modules)\n -1)\n -1)))\n 0)))\n\n(def selfhost/pkg-publish-authority::requirements-obligations-loop?\n (fn (values)\n (fn (obligations)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n ((selfhost/pkg-publish-authority::obligation-link-member? obligations)\n ((core/vec::get values) index))\n (((selfhost/pkg-publish-authority::requirements-obligations-loop? values) obligations)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-publish-authority::requirements-obligations-count\n (fn (links)\n (fn (obligations)\n (if ((selfhost/pkg-publish-authority::has-key? links) (quote :obligations))\n (let ((values ((selfhost/pkg-publish-authority::field links) (quote :obligations))))\n (if (selfhost/pkg-publish-authority::nil? values)\n 0\n (if (selfhost/pkg-publish-authority::vec? values)\n (if\n (((selfhost/pkg-publish-authority::requirements-obligations-loop? values) obligations)\n 0)\n (core/vec::len values)\n -1)\n -1)))\n 0))))\n\n(def selfhost/pkg-publish-authority::requirements-kinds-loop?\n (fn (values)\n (fn (observed)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if\n ((selfhost/pkg-publish-authority::observed-kind? observed)\n ((core/vec::get values) index))\n (((selfhost/pkg-publish-authority::requirements-kinds-loop? values) observed)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/pkg-publish-authority::requirements-kinds-count\n (fn (links)\n (fn (observed)\n (if ((selfhost/pkg-publish-authority::has-key? links) (quote :evidence-kinds))\n (let ((values ((selfhost/pkg-publish-authority::field links) (quote :evidence-kinds))))\n (if (selfhost/pkg-publish-authority::nil? values)\n 0\n (if (selfhost/pkg-publish-authority::vec? values)\n (if (((selfhost/pkg-publish-authority::requirements-kinds-loop? values) observed) 0)\n (core/vec::len values)\n -1)\n -1)))\n 0))))\n\n(def selfhost/pkg-publish-authority::requirements-links-valid?\n (fn (links)\n (fn (obligations)\n (fn (observed)\n (if (selfhost/pkg-publish-authority::map? links)\n (let\n ((modules (selfhost/pkg-publish-authority::requirements-modules-count links))\n (obligation-links\n ((selfhost/pkg-publish-authority::requirements-obligations-count links) obligations))\n (kind-links\n ((selfhost/pkg-publish-authority::requirements-kinds-count links) observed)))\n (if ((core/int::lt? modules) 0)\n false\n (if ((core/int::lt? obligation-links) 0)\n false\n (if ((core/int::lt? kind-links) 0)\n false\n ((core/int::lt? 0)\n ((core/int::add ((core/int::add modules) obligation-links)) kind-links))))))\n false)))))\n\n(def selfhost/pkg-publish-authority::requirements-level-valid?\n (fn (value)\n (let ((level (selfhost/pkg-publish-authority::normalize-symbol-like value)))\n (if (selfhost/pkg-publish-authority::nil? level)\n false\n (if ((core/eq? level) \":system\")\n true\n (if ((core/eq? level) \":hlr\") true ((core/eq? level) \":llr\")))))))\n\n(def selfhost/pkg-publish-authority::requirement-entry-valid?\n (fn (entry)\n (fn (obligations)\n (fn (observed)\n (if (selfhost/pkg-publish-authority::map? entry)\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field entry) (quote :id)))\n (if\n (selfhost/pkg-publish-authority::requirements-level-valid?\n ((selfhost/pkg-publish-authority::field entry) (quote :level)))\n (if\n ((selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? entry)\n (quote :parents))\n (if\n ((selfhost/pkg-publish-authority::optional-nonempty-string-vector-valid? entry)\n (quote :hazards))\n (\n (\n (selfhost/pkg-publish-authority::requirements-links-valid?\n ((selfhost/pkg-publish-authority::field entry) (quote :links)))\n obligations)\n observed)\n false)\n false)\n false)\n false)\n false)))))\n\n(def selfhost/pkg-publish-authority::requirements-entries-loop?\n (fn (entries)\n (fn (obligations)\n (fn (observed)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n true\n (if\n (\n ((selfhost/pkg-publish-authority::requirement-entry-valid? ((core/vec::get entries) index))\n obligations)\n observed)\n ((((selfhost/pkg-publish-authority::requirements-entries-loop? entries) obligations) observed)\n ((core/int::add index) 1))\n false)))))))\n\n(def selfhost/pkg-publish-authority::requirements-trace-valid?\n (fn (term)\n (fn (facts)\n (fn (commit)\n (fn (observed)\n (if\n ((selfhost/pkg-publish-authority::special-evidence-header-valid? term)\n \":requirements-trace\")\n (if\n (\n (core/eq?\n (selfhost/pkg-publish-authority::normalize-symbol-like\n ((selfhost/pkg-publish-authority::field term) (quote :status))))\n \":verified\")\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field term) (quote :graph-h)))\n (if\n (\n (\n (selfhost/pkg-publish-authority::release-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :release)))\n facts)\n commit)\n (let\n ((entries ((selfhost/pkg-publish-authority::field term) (quote :requirements))))\n (if (selfhost/pkg-publish-authority::vec? entries)\n (if ((core/int::lt? 0) (core/vec::len entries))\n (\n (\n ((selfhost/pkg-publish-authority::requirements-entries-loop? entries)\n ((selfhost/pkg-publish-authority::field commit) (quote :obligations)))\n observed)\n 0)\n false)\n false))\n false)\n false)\n false)\n false))))))\n\n(def selfhost/pkg-publish-authority::requirements-traces-loop?\n (fn (terms)\n (fn (facts)\n (fn (commit)\n (fn (observed)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len terms))\n true\n (if\n (\n (((selfhost/pkg-publish-authority::requirements-trace-valid? ((core/vec::get terms) index)) facts)\n commit)\n observed)\n (((((selfhost/pkg-publish-authority::requirements-traces-loop? terms) facts) commit) observed)\n ((core/int::add index) 1))\n false))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xE1\x17A=\x89NF\xF7;SBA\xC1\xB5\xCD:uh\xD6\x03\x80\x89\x91\xF2x\xD2\xBCE{o@\x98" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::qualification-requirements-valid? (fn (values) (if (selfhost/pkg-publish-authority::vec? values) (if ((core/int::lt? 0) (core/vec::len values)) ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? values) 0) false) false))) (def selfhost/pkg-publish-authority::qualification-tools-loop? (fn (tools) (fn (index) (if ((core/int::eq? index) (core/vec::len tools)) true (let ((tool ((core/vec::get tools) index))) (if (selfhost/pkg-publish-authority::map? tool) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field tool) (quote :name))) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field tool) (quote :blake3))) ((selfhost/pkg-publish-authority::qualification-tools-loop? tools) ((core/int::add index) 1)) false) false) false)))))) (def selfhost/pkg-publish-authority::qualification-tools-valid? (fn (tools) (if (selfhost/pkg-publish-authority::vec? tools) (if ((core/int::lt? 0) (core/vec::len tools)) ((selfhost/pkg-publish-authority::qualification-tools-loop? tools) 0) false) false))) (def selfhost/pkg-publish-authority::qualification-test-valid? (fn (test) (fn (facts) (fn (commit) (if (selfhost/pkg-publish-authority::map? test) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field test) (quote :id))) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field test) (quote :artifact))) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field test) (quote :manifest))) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field test) (quote :run-id))) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field test) (quote :runner))) (if (selfhost/pkg-publish-authority::nonempty-trimmed-str? ((selfhost/pkg-publish-authority::field test) (quote :profile))) (if ((core/eq? ((selfhost/pkg-publish-authority::field test) (quote :snapshot))) ((selfhost/pkg-publish-authority::field commit) (quote :result))) (if (((selfhost/pkg-publish-authority::optional-bound-hash-valid? test) (quote :policy)) ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))) ((core/eq? (selfhost/pkg-publish-authority::normalize-symbol-like ((selfhost/pkg-publish-authority::field test) (quote :result)))) ":pass") false) false) false) false) false) false) false) false) false))))) (def selfhost/pkg-publish-authority::qualification-tests-loop? (fn (tests) (fn (facts) (fn (commit) (fn (index) (if ((core/int::eq? index) (core/vec::len tests)) true (if (((selfhost/pkg-publish-authority::qualification-test-valid? ((core/vec::get tests) index)) facts) commit) ((((selfhost/pkg-publish-authority::qualification-tests-loop? tests) facts) commit) ((core/int::add index) 1)) false))))))) (def selfhost/pkg-publish-authority::qualification-tests-valid? (fn (tests) (fn (facts) (fn (commit) (if (selfhost/pkg-publish-authority::vec? tests) (if ((core/int::lt? 0) (core/vec::len tests)) ((((selfhost/pkg-publish-authority::qualification-tests-loop? tests) facts) commit) 0) false) false))))) (def selfhost/pkg-publish-authority::tool-qualification-valid? (fn (term) (fn (facts) (fn (commit) (if ((selfhost/pkg-publish-authority::special-evidence-header-valid? term) ":tool-qualification") (if ((core/eq? (selfhost/pkg-publish-authority::normalize-symbol-like ((selfhost/pkg-publish-authority::field term) (quote :status)))) ":qualified") (if (((selfhost/pkg-publish-authority::release-valid? ((selfhost/pkg-publish-authority::field term) (quote :release))) facts) commit) (if (selfhost/pkg-publish-authority::qualification-requirements-valid? ((selfhost/pkg-publish-authority::field term) (quote :requirements))) (if (selfhost/pkg-publish-authority::qualification-tools-valid? ((selfhost/pkg-publish-authority::field term) (quote :tools))) (((selfhost/pkg-publish-authority::qualification-tests-valid? ((selfhost/pkg-publish-authority::field term) (quote :qualification-tests))) facts) commit) false) false) false) false) false))))) (def selfhost/pkg-publish-authority::tool-qualifications-loop? (fn (terms) (fn (facts) (fn (commit) (fn (index) (if ((core/int::eq? index) (core/vec::len terms)) true (if (((selfhost/pkg-publish-authority::tool-qualification-valid? ((core/vec::get terms) index)) facts) commit) ((((selfhost/pkg-publish-authority::tool-qualifications-loop? terms) facts) commit) ((core/int::add index) 1)) false)))))))] :module-h b"\xB7\xC2c\xEE\x9C\x98\xF2\x89\xC8\xC3\xC3\xA9\xEC\xBD\xC8\xB6/X\xA2\xD3\x08\xF9t\xB7J-\xFAG\x85\xDC=\x85" :path "selfhost/pkg_publish_authority_qualification_v1.gc" :source "(def selfhost/pkg-publish-authority::qualification-requirements-valid?\n (fn (values)\n (if (selfhost/pkg-publish-authority::vec? values)\n (if ((core/int::lt? 0) (core/vec::len values))\n ((selfhost/pkg-publish-authority::nonempty-string-vector-loop? values) 0)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::qualification-tools-loop?\n (fn (tools)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len tools))\n true\n (let ((tool ((core/vec::get tools) index)))\n (if (selfhost/pkg-publish-authority::map? tool)\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field tool) (quote :name)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field tool) (quote :blake3)))\n ((selfhost/pkg-publish-authority::qualification-tools-loop? tools)\n ((core/int::add index) 1))\n false)\n false)\n false))))))\n\n(def selfhost/pkg-publish-authority::qualification-tools-valid?\n (fn (tools)\n (if (selfhost/pkg-publish-authority::vec? tools)\n (if ((core/int::lt? 0) (core/vec::len tools))\n ((selfhost/pkg-publish-authority::qualification-tools-loop? tools) 0)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::qualification-test-valid?\n (fn (test)\n (fn (facts)\n (fn (commit)\n (if (selfhost/pkg-publish-authority::map? test)\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field test) (quote :id)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field test) (quote :artifact)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field test) (quote :manifest)))\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field test) (quote :run-id)))\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field test) (quote :runner)))\n (if\n (selfhost/pkg-publish-authority::nonempty-trimmed-str?\n ((selfhost/pkg-publish-authority::field test) (quote :profile)))\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field test) (quote :snapshot)))\n ((selfhost/pkg-publish-authority::field commit) (quote :result)))\n (if\n (((selfhost/pkg-publish-authority::optional-bound-hash-valid? test) (quote :policy))\n ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))\n (\n (core/eq?\n (selfhost/pkg-publish-authority::normalize-symbol-like\n ((selfhost/pkg-publish-authority::field test) (quote :result))))\n \":pass\")\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))))\n\n(def selfhost/pkg-publish-authority::qualification-tests-loop?\n (fn (tests)\n (fn (facts)\n (fn (commit)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len tests))\n true\n (if\n (((selfhost/pkg-publish-authority::qualification-test-valid? ((core/vec::get tests) index)) facts)\n commit)\n ((((selfhost/pkg-publish-authority::qualification-tests-loop? tests) facts) commit)\n ((core/int::add index) 1))\n false)))))))\n\n(def selfhost/pkg-publish-authority::qualification-tests-valid?\n (fn (tests)\n (fn (facts)\n (fn (commit)\n (if (selfhost/pkg-publish-authority::vec? tests)\n (if ((core/int::lt? 0) (core/vec::len tests))\n ((((selfhost/pkg-publish-authority::qualification-tests-loop? tests) facts) commit) 0)\n false)\n false)))))\n\n(def selfhost/pkg-publish-authority::tool-qualification-valid?\n (fn (term)\n (fn (facts)\n (fn (commit)\n (if\n ((selfhost/pkg-publish-authority::special-evidence-header-valid? term)\n \":tool-qualification\")\n (if\n (\n (core/eq?\n (selfhost/pkg-publish-authority::normalize-symbol-like\n ((selfhost/pkg-publish-authority::field term) (quote :status))))\n \":qualified\")\n (if\n (\n (\n (selfhost/pkg-publish-authority::release-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :release)))\n facts)\n commit)\n (if\n (selfhost/pkg-publish-authority::qualification-requirements-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :requirements)))\n (if\n (selfhost/pkg-publish-authority::qualification-tools-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :tools)))\n (\n (\n (selfhost/pkg-publish-authority::qualification-tests-valid?\n ((selfhost/pkg-publish-authority::field term) (quote :qualification-tests)))\n facts)\n commit)\n false)\n false)\n false)\n false)\n false)))))\n\n(def selfhost/pkg-publish-authority::tool-qualifications-loop?\n (fn (terms)\n (fn (facts)\n (fn (commit)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len terms))\n true\n (if\n (((selfhost/pkg-publish-authority::tool-qualification-valid? ((core/vec::get terms) index)) facts)\n commit)\n ((((selfhost/pkg-publish-authority::tool-qualifications-loop? terms) facts) commit)\n ((core/int::add index) 1))\n false)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xB7\xC2c\xEE\x9C\x98\xF2\x89\xC8\xC3\xC3\xA9\xEC\xBD\xC8\xB6/X\xA2\xD3\x08\xF9t\xB7J-\xFAG\x85\xDC=\x85" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::bytes-length? (fn (value) (fn (length) (if (selfhost/pkg-publish-authority::bytes? value) ((core/int::eq? (core/bytes::len value)) length) false)))) (def selfhost/pkg-publish-authority::optional-role-valid? (fn (term) (if ((selfhost/pkg-publish-authority::has-key? term) (quote :role)) (let ((role ((selfhost/pkg-publish-authority::field term) (quote :role)))) (if (selfhost/pkg-publish-authority::nil? role) true (let ((text (selfhost/pkg-publish-authority::text role))) (if (selfhost/pkg-publish-authority::nil? text) false ((core/int::lt? 0) (core/str::len (selfhost/policy::trim text))))))) true))) (def selfhost/pkg-publish-authority::commit-signing-hash (fn (commit) (let ((unsigned (((core/map::put commit) (quote :attestations)) []))) (let ((bytes (selfhost/pkg-publish-authority::canonical-bytes unsigned))) (if (selfhost/pkg-publish-authority::nil? bytes) nil (let ((domain ((core/bytes::concat b"GCv0.2\x00") b"vcs\x00commit-signing-hash\x00"))) (let ((digest (core/crypto::blake3 ((core/bytes::concat domain) bytes)))) (if (core/error::is? digest) nil digest)))))))) (def selfhost/pkg-publish-authority::commit-sign-message (fn (signing-h) ((core/bytes::concat ((core/bytes::concat b"GCv0.2\x00") b"vcs\x00commit-sign\x00")) signing-h))) (def selfhost/pkg-publish-authority::attestation-valid? (fn (term) (fn (signing-h) (if (selfhost/pkg-publish-authority::map? term) (let ((type ((selfhost/pkg-publish-authority::field term) (quote :type))) (version ((selfhost/pkg-publish-authority::field term) (quote :v))) (alg ((selfhost/pkg-publish-authority::field term) (quote :alg))) (declared-h ((selfhost/pkg-publish-authority::field term) (quote :signing-h))) (pk ((selfhost/pkg-publish-authority::field term) (quote :pk))) (sig ((selfhost/pkg-publish-authority::field term) (quote :sig)))) (if (if (selfhost/pkg-publish-authority::sym? type) ((core/sym::eq? type) (quote :vcs/attestation)) false) (if (if (selfhost/pkg-publish-authority::int? version) ((core/int::eq? version) 1) false) (if (selfhost/pkg-publish-authority::str? alg) (if ((selfhost/pkg-publish-authority::bytes-length? declared-h) 32) (if ((core/eq? declared-h) signing-h) (if ((selfhost/pkg-publish-authority::bytes-length? pk) 32) (if ((selfhost/pkg-publish-authority::bytes-length? sig) 64) (selfhost/pkg-publish-authority::optional-role-valid? term) false) false) false) false) false) false) false)) false)))) (def selfhost/pkg-publish-authority::crypto-request (fn (object) (fn (class) (fn (signing-h) (fn (sign-message) (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term)))) (let ((base {:alg ((selfhost/pkg-publish-authority::field term) (quote :alg)) :allowed-public-keys ((selfhost/pkg-publish-authority::field class) (quote :allowed-public-keys)) :attestation-h ((selfhost/pkg-publish-authority::field object) (quote :h)) :pk ((selfhost/pkg-publish-authority::field term) (quote :pk)) :sig ((selfhost/pkg-publish-authority::field term) (quote :sig)) :sign-message sign-message :signing-h signing-h})) (((core/map::put base) (quote :request-h)) (selfhost/hash::hash-term base))))))))) (def selfhost/pkg-publish-authority::crypto-requests-loop (fn (objects) (fn (class) (fn (signing-h) (fn (sign-message) (fn (index) (fn (output) (if ((core/int::eq? index) (core/vec::len objects)) (selfhost/pkg-publish-authority::internal-ok output) (let ((object ((core/vec::get objects) index))) (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term)))) (if ((selfhost/pkg-publish-authority::attestation-valid? term) signing-h) ((((((selfhost/pkg-publish-authority::crypto-requests-loop objects) class) signing-h) sign-message) ((core/int::add index) 1)) ((core/vec::push output) ((((selfhost/pkg-publish-authority::crypto-request object) class) signing-h) sign-message))) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-attestation")))))))))))) (def selfhost/pkg-publish-authority::crypto-requests (fn (objects) (fn (class) (fn (commit) (if ((selfhost/pkg-publish-authority::field class) (quote :require-signatures)) (let ((signing-h (selfhost/pkg-publish-authority::commit-signing-hash commit))) (if ((selfhost/pkg-publish-authority::bytes-length? signing-h) 32) ((((((selfhost/pkg-publish-authority::crypto-requests-loop objects) class) signing-h) (selfhost/pkg-publish-authority::commit-sign-message signing-h)) 0) []) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-commit"))) (selfhost/pkg-publish-authority::internal-ok []))))))] :module-h b"\xBA5mG\xE7\x8EW:\xB169\x92\xCB\x0B+I\xB6\xC3\xEC\xE0\x08qu\xD4\xEA2\xC4\xF1\xF6V\xC5\x04" :path "selfhost/pkg_publish_authority_crypto_v1.gc" :source "(def selfhost/pkg-publish-authority::bytes-length?\n (fn (value)\n (fn (length)\n (if (selfhost/pkg-publish-authority::bytes? value)\n ((core/int::eq? (core/bytes::len value)) length)\n false))))\n\n(def selfhost/pkg-publish-authority::optional-role-valid?\n (fn (term)\n (if ((selfhost/pkg-publish-authority::has-key? term) (quote :role))\n (let ((role ((selfhost/pkg-publish-authority::field term) (quote :role))))\n (if (selfhost/pkg-publish-authority::nil? role)\n true\n (let ((text (selfhost/pkg-publish-authority::text role)))\n (if (selfhost/pkg-publish-authority::nil? text)\n false\n ((core/int::lt? 0) (core/str::len (selfhost/policy::trim text)))))))\n true)))\n\n(def selfhost/pkg-publish-authority::commit-signing-hash\n (fn (commit)\n (let ((unsigned (((core/map::put commit) (quote :attestations)) [])))\n (let ((bytes (selfhost/pkg-publish-authority::canonical-bytes unsigned)))\n (if (selfhost/pkg-publish-authority::nil? bytes)\n nil\n (let ((domain ((core/bytes::concat b\"GCv0.2\\x00\") b\"vcs\\x00commit-signing-hash\\x00\")))\n (let ((digest (core/crypto::blake3 ((core/bytes::concat domain) bytes))))\n (if (core/error::is? digest) nil digest))))))))\n\n(def selfhost/pkg-publish-authority::commit-sign-message\n (fn (signing-h)\n ((core/bytes::concat ((core/bytes::concat b\"GCv0.2\\x00\") b\"vcs\\x00commit-sign\\x00\")) signing-h)))\n\n(def selfhost/pkg-publish-authority::attestation-valid?\n (fn (term)\n (fn (signing-h)\n (if (selfhost/pkg-publish-authority::map? term)\n (let\n ((type ((selfhost/pkg-publish-authority::field term) (quote :type)))\n (version ((selfhost/pkg-publish-authority::field term) (quote :v)))\n (alg ((selfhost/pkg-publish-authority::field term) (quote :alg)))\n (declared-h ((selfhost/pkg-publish-authority::field term) (quote :signing-h)))\n (pk ((selfhost/pkg-publish-authority::field term) (quote :pk)))\n (sig ((selfhost/pkg-publish-authority::field term) (quote :sig))))\n (if\n (if (selfhost/pkg-publish-authority::sym? type)\n ((core/sym::eq? type) (quote :vcs/attestation))\n false)\n (if\n (if (selfhost/pkg-publish-authority::int? version) ((core/int::eq? version) 1) false)\n (if (selfhost/pkg-publish-authority::str? alg)\n (if ((selfhost/pkg-publish-authority::bytes-length? declared-h) 32)\n (if ((core/eq? declared-h) signing-h)\n (if ((selfhost/pkg-publish-authority::bytes-length? pk) 32)\n (if ((selfhost/pkg-publish-authority::bytes-length? sig) 64)\n (selfhost/pkg-publish-authority::optional-role-valid? term)\n false)\n false)\n false)\n false)\n false)\n false)\n false))\n false))))\n\n(def selfhost/pkg-publish-authority::crypto-request\n (fn (object)\n (fn (class)\n (fn (signing-h)\n (fn (sign-message)\n (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term))))\n (let\n (\n (base\n {\n :alg ((selfhost/pkg-publish-authority::field term) (quote :alg))\n :allowed-public-keys\n ((selfhost/pkg-publish-authority::field class) (quote :allowed-public-keys))\n :attestation-h ((selfhost/pkg-publish-authority::field object) (quote :h))\n :pk ((selfhost/pkg-publish-authority::field term) (quote :pk))\n :sig ((selfhost/pkg-publish-authority::field term) (quote :sig))\n :sign-message sign-message\n :signing-h signing-h}))\n (((core/map::put base) (quote :request-h)) (selfhost/hash::hash-term base)))))))))\n\n(def selfhost/pkg-publish-authority::crypto-requests-loop\n (fn (objects)\n (fn (class)\n (fn (signing-h)\n (fn (sign-message)\n (fn (index)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len objects))\n (selfhost/pkg-publish-authority::internal-ok output)\n (let ((object ((core/vec::get objects) index)))\n (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term))))\n (if ((selfhost/pkg-publish-authority::attestation-valid? term) signing-h)\n (\n (((((selfhost/pkg-publish-authority::crypto-requests-loop objects) class) signing-h) sign-message)\n ((core/int::add index) 1))\n ((core/vec::push output)\n ((((selfhost/pkg-publish-authority::crypto-request object) class) signing-h)\n sign-message)))\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-attestation\"))))))))))))\n\n(def selfhost/pkg-publish-authority::crypto-requests\n (fn (objects)\n (fn (class)\n (fn (commit)\n (if ((selfhost/pkg-publish-authority::field class) (quote :require-signatures))\n (let ((signing-h (selfhost/pkg-publish-authority::commit-signing-hash commit)))\n (if ((selfhost/pkg-publish-authority::bytes-length? signing-h) 32)\n (\n (\n ((((selfhost/pkg-publish-authority::crypto-requests-loop objects) class) signing-h)\n (selfhost/pkg-publish-authority::commit-sign-message signing-h))\n 0)\n [])\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-commit\")))\n (selfhost/pkg-publish-authority::internal-ok []))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBA5mG\xE7\x8EW:\xB169\x92\xCB\x0B+I\xB6\xC3\xEC\xE0\x08qu\xD4\xEA2\xC4\xF1\xF6V\xC5\x04" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::prepare-request-shape? (fn (request) (if ((selfhost/store-authority::exact-map? request) [:facts :kind :mechanism :phase :v]) (if ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind))) "genesis/pkg-publish-authority-request-v0.1") (if (if (selfhost/pkg-publish-authority::int? ((selfhost/pkg-publish-authority::field request) (quote :v))) ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1) false) (if (selfhost/pkg-publish-authority::sym? ((selfhost/pkg-publish-authority::field request) (quote :phase))) ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase))) (quote :prepare)) false) false) false) false))) (def selfhost/pkg-publish-authority::prepare-mechanism-valid? (fn (mechanism) (if ((selfhost/store-authority::exact-map? mechanism) [:attestations :evidence :inspect-h]) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))) (if (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence))) (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))) false) false) false))) (def selfhost/pkg-publish-authority::prepare-value (fn (requests) (let ((base {:crypto-requests requests})) (((core/map::put base) (quote :prepare-h)) (selfhost/hash::hash-term base))))) (def selfhost/pkg-publish-authority::reject-internal (fn (request) (fn (result) (fn (message) (((selfhost/pkg-publish-authority::reject request) ((selfhost/pkg-publish-authority::field result) (quote :code))) message))))) (def selfhost/pkg-publish-authority::prepare-crypto (fn (request) (fn (class) (fn (commit) (fn (attestations) (let ((crypto (((selfhost/pkg-publish-authority::crypto-requests attestations) class) commit))) (if (selfhost/pkg-publish-authority::internal-ok? crypto) ((selfhost/pkg-publish-authority::accept request) (selfhost/pkg-publish-authority::prepare-value (selfhost/pkg-publish-authority::internal-value crypto))) (((selfhost/pkg-publish-authority::reject-internal request) crypto) "publication attestation or signing domain is invalid")))))))) (def selfhost/pkg-publish-authority::prepare-assurance (fn (request) (fn (facts) (fn (class) (fn (commit) (fn (attestations) (fn (scan) (fn (required) (let ((observed ((selfhost/pkg-publish-authority::field scan) (quote :kinds))) (requirements ((selfhost/pkg-publish-authority::field scan) (quote :requirements))) (qualifications ((selfhost/pkg-publish-authority::field scan) (quote :qualifications)))) (if ((selfhost/pkg-publish-authority::kind-set-contained? required) observed) (if (if ((selfhost/pkg-publish-authority::has-key? required) ":requirements-trace") (if ((core/int::eq? (core/vec::len requirements)) 0) false (((((selfhost/pkg-publish-authority::requirements-traces-loop? requirements) facts) commit) observed) 0)) true) (if (if ((selfhost/pkg-publish-authority::has-key? required) ":tool-qualification") (if ((core/int::eq? (core/vec::len qualifications)) 0) false ((((selfhost/pkg-publish-authority::tool-qualifications-loop? qualifications) facts) commit) 0)) true) ((((selfhost/pkg-publish-authority::prepare-crypto request) class) commit) attestations) (((selfhost/pkg-publish-authority::reject request) "core/pkg/invalid-tool-qualification") "required tool-qualification evidence is absent or invalid")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/invalid-requirements-trace") "required requirements-trace evidence is absent or invalid")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/missing-evidence-kind") "commit evidence does not satisfy the selected class kinds"))))))))))) (def selfhost/pkg-publish-authority::prepare-evidence (fn (request) (fn (facts) (fn (class) (fn (commit) (fn (evidence) (fn (attestations) (if (if ((core/int::lt? 0) (core/vec::len ((selfhost/pkg-publish-authority::field class) (quote :required-obligations)))) ((core/int::eq? (core/vec::len evidence)) 0) false) (((selfhost/pkg-publish-authority::reject request) "core/pkg/missing-evidence") "commit has required obligations but no evidence") (let ((scan-result (selfhost/pkg-publish-authority::evidence-scan evidence))) (if (selfhost/pkg-publish-authority::internal-ok? scan-result) (let ((required ((selfhost/pkg-publish-authority::required-kind-set class) commit))) (((((((selfhost/pkg-publish-authority::prepare-assurance request) facts) class) commit) attestations) (selfhost/pkg-publish-authority::internal-value scan-result)) required)) (((selfhost/pkg-publish-authority::reject-internal request) scan-result) "publication evidence schema is invalid"))))))))))) (def selfhost/pkg-publish-authority::prepare-objects (fn (request) (fn (facts) (fn (class) (fn (commit) (fn (mechanism) (let ((evidence ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence))) (attestations ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)))) (if ((selfhost/pkg-publish-authority::objects-valid? evidence) ((selfhost/pkg-publish-authority::field commit) (quote :evidence))) (if ((selfhost/pkg-publish-authority::objects-valid? attestations) ((selfhost/pkg-publish-authority::field commit) (quote :attestations))) ((((((selfhost/pkg-publish-authority::prepare-evidence request) facts) class) commit) evidence) attestations) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "attestation envelopes do not exactly cover the inspect request")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "evidence envelopes do not exactly cover the inspect request"))))))))) (def selfhost/pkg-publish-authority::prepare-bound (fn (request) (fn (facts) (fn (mechanism) (fn (inspect-result) (let ((inspect-value ((selfhost/pkg-publish-authority::field inspect-result) (quote :value))) (commit ((selfhost/pkg-publish-authority::field facts) (quote :commit))) (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy))) (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref)))) (if ((core/eq? ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))) ((selfhost/pkg-publish-authority::field inspect-value) (quote :inspect-h))) (let ((selection ((selfhost/pkg-publish-policy::select policy) refname))) (if ((selfhost/pkg-publish-authority::field selection) (quote :ok)) (((((selfhost/pkg-publish-authority::prepare-objects request) facts) ((selfhost/pkg-publish-authority::field selection) (quote :value))) commit) mechanism) ((selfhost/pkg-publish-authority::reject-policy-result request) selection))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "prepare inspect identity mismatch")))))))) (def selfhost/pkg-publish-authority::prepare (fn (request) (if (selfhost/pkg-publish-authority::prepare-request-shape? request) (let ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts))) (mechanism ((selfhost/pkg-publish-authority::field request) (quote :mechanism)))) (if (selfhost/pkg-publish-authority::facts-shape? facts) (if (selfhost/pkg-publish-authority::facts-identities-match? facts) (if (selfhost/pkg-publish-authority::prepare-mechanism-valid? mechanism) (let ((inspect-result ((selfhost/pkg-publish-authority::inspect-facts request) facts))) (if ((selfhost/pkg-publish-authority::field inspect-result) (quote :ok)) ((((selfhost/pkg-publish-authority::prepare-bound request) facts) mechanism) inspect-result) inspect-result)) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "prepare mechanism is malformed")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-payload") "policy or commit identity contradicts its raw term")) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-payload") "publish facts fields or values are invalid"))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "prepare request envelope is invalid"))))] :module-h b"_\xE4\x15\xB6\xC7\x94\xF1`\xE0\x86\x16\xAD\x8C\x86\xACS\xA7b\xD4\xDB\xD6\xF4\xA4\xD8\xF0:-}\x01\x04\x12b" :path "selfhost/pkg_publish_authority_prepare_v1.gc" :source "(def selfhost/pkg-publish-authority::prepare-request-shape?\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [\n :facts\n :kind\n :mechanism\n :phase\n :v])\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind)))\n \"genesis/pkg-publish-authority-request-v0.1\")\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/pkg-publish-authority::field request) (quote :v)))\n ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1)\n false)\n (if\n (selfhost/pkg-publish-authority::sym?\n ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n (quote :prepare))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::prepare-mechanism-valid?\n (fn (mechanism)\n (if ((selfhost/store-authority::exact-map? mechanism) [:attestations :evidence :inspect-h])\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h)))\n (if\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence)))\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)))\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::prepare-value\n (fn (requests)\n (let ((base {:crypto-requests requests}))\n (((core/map::put base) (quote :prepare-h)) (selfhost/hash::hash-term base)))))\n\n(def selfhost/pkg-publish-authority::reject-internal\n (fn (request)\n (fn (result)\n (fn (message)\n (\n ((selfhost/pkg-publish-authority::reject request)\n ((selfhost/pkg-publish-authority::field result) (quote :code)))\n message)))))\n\n(def selfhost/pkg-publish-authority::prepare-crypto\n (fn (request)\n (fn (class)\n (fn (commit)\n (fn (attestations)\n (let\n ((crypto (((selfhost/pkg-publish-authority::crypto-requests attestations) class) commit)))\n (if (selfhost/pkg-publish-authority::internal-ok? crypto)\n ((selfhost/pkg-publish-authority::accept request)\n (selfhost/pkg-publish-authority::prepare-value\n (selfhost/pkg-publish-authority::internal-value crypto)))\n (((selfhost/pkg-publish-authority::reject-internal request) crypto)\n \"publication attestation or signing domain is invalid\"))))))))\n\n(def selfhost/pkg-publish-authority::prepare-assurance\n (fn (request)\n (fn (facts)\n (fn (class)\n (fn (commit)\n (fn (attestations)\n (fn (scan)\n (fn (required)\n (let\n ((observed ((selfhost/pkg-publish-authority::field scan) (quote :kinds)))\n (requirements\n ((selfhost/pkg-publish-authority::field scan) (quote :requirements)))\n (qualifications\n ((selfhost/pkg-publish-authority::field scan) (quote :qualifications))))\n (if ((selfhost/pkg-publish-authority::kind-set-contained? required) observed)\n (if\n (if\n ((selfhost/pkg-publish-authority::has-key? required) \":requirements-trace\")\n (if ((core/int::eq? (core/vec::len requirements)) 0)\n false\n (((((selfhost/pkg-publish-authority::requirements-traces-loop? requirements) facts) commit) observed)\n 0))\n true)\n (if\n (if\n ((selfhost/pkg-publish-authority::has-key? required) \":tool-qualification\")\n (if ((core/int::eq? (core/vec::len qualifications)) 0)\n false\n ((((selfhost/pkg-publish-authority::tool-qualifications-loop? qualifications) facts) commit)\n 0))\n true)\n ((((selfhost/pkg-publish-authority::prepare-crypto request) class) commit)\n attestations)\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/invalid-tool-qualification\")\n \"required tool-qualification evidence is absent or invalid\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/invalid-requirements-trace\")\n \"required requirements-trace evidence is absent or invalid\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/missing-evidence-kind\")\n \"commit evidence does not satisfy the selected class kinds\")))))))))))\n\n(def selfhost/pkg-publish-authority::prepare-evidence\n (fn (request)\n (fn (facts)\n (fn (class)\n (fn (commit)\n (fn (evidence)\n (fn (attestations)\n (if\n (if\n ((core/int::lt? 0)\n (core/vec::len\n ((selfhost/pkg-publish-authority::field class) (quote :required-obligations))))\n ((core/int::eq? (core/vec::len evidence)) 0)\n false)\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/missing-evidence\")\n \"commit has required obligations but no evidence\")\n (let ((scan-result (selfhost/pkg-publish-authority::evidence-scan evidence)))\n (if (selfhost/pkg-publish-authority::internal-ok? scan-result)\n (let\n ((required ((selfhost/pkg-publish-authority::required-kind-set class) commit)))\n (\n ((((((selfhost/pkg-publish-authority::prepare-assurance request) facts) class) commit) attestations)\n (selfhost/pkg-publish-authority::internal-value scan-result))\n required))\n (((selfhost/pkg-publish-authority::reject-internal request) scan-result)\n \"publication evidence schema is invalid\")))))))))))\n\n(def selfhost/pkg-publish-authority::prepare-objects\n (fn (request)\n (fn (facts)\n (fn (class)\n (fn (commit)\n (fn (mechanism)\n (let\n ((evidence ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence)))\n (attestations\n ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))))\n (if\n ((selfhost/pkg-publish-authority::objects-valid? evidence)\n ((selfhost/pkg-publish-authority::field commit) (quote :evidence)))\n (if\n ((selfhost/pkg-publish-authority::objects-valid? attestations)\n ((selfhost/pkg-publish-authority::field commit) (quote :attestations)))\n ((((((selfhost/pkg-publish-authority::prepare-evidence request) facts) class) commit) evidence)\n attestations)\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"attestation envelopes do not exactly cover the inspect request\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"evidence envelopes do not exactly cover the inspect request\")))))))))\n\n(def selfhost/pkg-publish-authority::prepare-bound\n (fn (request)\n (fn (facts)\n (fn (mechanism)\n (fn (inspect-result)\n (let\n ((inspect-value ((selfhost/pkg-publish-authority::field inspect-result) (quote :value)))\n (commit ((selfhost/pkg-publish-authority::field facts) (quote :commit)))\n (policy ((selfhost/pkg-publish-authority::field facts) (quote :policy)))\n (refname ((selfhost/pkg-publish-authority::field facts) (quote :ref))))\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h)))\n ((selfhost/pkg-publish-authority::field inspect-value) (quote :inspect-h)))\n (let ((selection ((selfhost/pkg-publish-policy::select policy) refname)))\n (if ((selfhost/pkg-publish-authority::field selection) (quote :ok))\n (\n (\n (((selfhost/pkg-publish-authority::prepare-objects request) facts)\n ((selfhost/pkg-publish-authority::field selection) (quote :value)))\n commit)\n mechanism)\n ((selfhost/pkg-publish-authority::reject-policy-result request) selection)))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"prepare inspect identity mismatch\"))))))))\n\n(def selfhost/pkg-publish-authority::prepare\n (fn (request)\n (if (selfhost/pkg-publish-authority::prepare-request-shape? request)\n (let\n ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts)))\n (mechanism ((selfhost/pkg-publish-authority::field request) (quote :mechanism))))\n (if (selfhost/pkg-publish-authority::facts-shape? facts)\n (if (selfhost/pkg-publish-authority::facts-identities-match? facts)\n (if (selfhost/pkg-publish-authority::prepare-mechanism-valid? mechanism)\n (let\n ((inspect-result ((selfhost/pkg-publish-authority::inspect-facts request) facts)))\n (if ((selfhost/pkg-publish-authority::field inspect-result) (quote :ok))\n ((((selfhost/pkg-publish-authority::prepare-bound request) facts) mechanism)\n inspect-result)\n inspect-result))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"prepare mechanism is malformed\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-payload\")\n \"policy or commit identity contradicts its raw term\"))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-payload\")\n \"publish facts fields or values are invalid\")))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"prepare request envelope is invalid\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"_\xE4\x15\xB6\xC7\x94\xF1`\xE0\x86\x16\xAD\x8C\x86\xACS\xA7b\xD4\xDB\xD6\xF4\xA4\xD8\xF0:-}\x01\x04\x12b" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::crypto-fact-valid? (fn (fact) (fn (request) (if ((selfhost/store-authority::exact-map? fact) [:request-h :signature-valid]) (let ((request-h ((selfhost/pkg-publish-authority::field fact) (quote :request-h))) (signature-valid ((selfhost/pkg-publish-authority::field fact) (quote :signature-valid)))) (if (selfhost/store-authority::hash? request-h) (if ((core/eq? request-h) ((selfhost/pkg-publish-authority::field request) (quote :request-h))) (selfhost/pkg-publish-authority::bool? signature-valid) false) false)) false)))) (def selfhost/pkg-publish-authority::attestation-role (fn (object) (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term)))) (if ((selfhost/pkg-publish-authority::has-key? term) (quote :role)) (let ((role ((selfhost/pkg-publish-authority::field term) (quote :role)))) (if (selfhost/pkg-publish-authority::nil? role) nil (selfhost/pkg-publish-authority::normalize-symbol-like role))) nil)))) (def selfhost/pkg-publish-authority::role-signers-add (fn (role-signers) (fn (role) (fn (pk) (if (selfhost/pkg-publish-authority::nil? role) role-signers (if ((core/eq? role) ":") role-signers (let ((existing ((selfhost/pkg-publish-authority::field role-signers) role))) (let ((signers (if (selfhost/pkg-publish-authority::map? existing) existing {}))) (((core/map::put role-signers) role) (((core/map::put signers) pk) true)))))))))) (def selfhost/pkg-publish-authority::crypto-tally-loop (fn (requests) (fn (facts) (fn (attestations) (fn (index) (fn (signers) (fn (role-signers) (if ((core/int::eq? index) (core/vec::len requests)) (selfhost/pkg-publish-authority::internal-ok {:role-signers role-signers :signers signers}) (let ((request ((core/vec::get requests) index)) (fact ((core/vec::get facts) index))) (if ((selfhost/pkg-publish-authority::crypto-fact-valid? fact) request) (if ((selfhost/pkg-publish-authority::field fact) (quote :signature-valid)) (let ((pk ((selfhost/pkg-publish-authority::field request) (quote :pk))) (role (selfhost/pkg-publish-authority::attestation-role ((core/vec::get attestations) index)))) ((((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations) ((core/int::add index) 1)) (((core/map::put signers) pk) true)) (((selfhost/pkg-publish-authority::role-signers-add role-signers) role) pk))) ((((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations) ((core/int::add index) 1)) signers) role-signers)) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-authority-request"))))))))))) (def selfhost/pkg-publish-authority::crypto-tally (fn (requests) (fn (facts) (fn (attestations) (if (selfhost/pkg-publish-authority::vec? facts) (if ((core/int::eq? (core/vec::len facts)) (core/vec::len requests)) ((((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations) 0) {}) {}) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-authority-request")) (selfhost/pkg-publish-authority::internal-bad "core/pkg/bad-authority-request"))))))] :module-h b"\xD1m5\xC2\xDF\xA6\xFA\x00r\xF3\xA4\xE0'FJw\x10\xA5\xFD\x1Fj\x123!\x07Haf\xC2\x90\xED\x82" :path "selfhost/pkg_publish_authority_finalize_crypto_v1.gc" :source "(def selfhost/pkg-publish-authority::crypto-fact-valid?\n (fn (fact)\n (fn (request)\n (if ((selfhost/store-authority::exact-map? fact) [:request-h :signature-valid])\n (let\n ((request-h ((selfhost/pkg-publish-authority::field fact) (quote :request-h)))\n (signature-valid ((selfhost/pkg-publish-authority::field fact) (quote :signature-valid))))\n (if (selfhost/store-authority::hash? request-h)\n (if\n ((core/eq? request-h)\n ((selfhost/pkg-publish-authority::field request) (quote :request-h)))\n (selfhost/pkg-publish-authority::bool? signature-valid)\n false)\n false))\n false))))\n\n(def selfhost/pkg-publish-authority::attestation-role\n (fn (object)\n (let ((term ((selfhost/pkg-publish-authority::field object) (quote :term))))\n (if ((selfhost/pkg-publish-authority::has-key? term) (quote :role))\n (let ((role ((selfhost/pkg-publish-authority::field term) (quote :role))))\n (if (selfhost/pkg-publish-authority::nil? role)\n nil\n (selfhost/pkg-publish-authority::normalize-symbol-like role)))\n nil))))\n\n(def selfhost/pkg-publish-authority::role-signers-add\n (fn (role-signers)\n (fn (role)\n (fn (pk)\n (if (selfhost/pkg-publish-authority::nil? role)\n role-signers\n (if ((core/eq? role) \":\")\n role-signers\n (let ((existing ((selfhost/pkg-publish-authority::field role-signers) role)))\n (let ((signers (if (selfhost/pkg-publish-authority::map? existing) existing {})))\n (((core/map::put role-signers) role) (((core/map::put signers) pk) true))))))))))\n\n(def selfhost/pkg-publish-authority::crypto-tally-loop\n (fn (requests)\n (fn (facts)\n (fn (attestations)\n (fn (index)\n (fn (signers)\n (fn (role-signers)\n (if ((core/int::eq? index) (core/vec::len requests))\n (selfhost/pkg-publish-authority::internal-ok\n {:role-signers role-signers :signers signers})\n (let\n ((request ((core/vec::get requests) index)) (fact ((core/vec::get facts) index)))\n (if ((selfhost/pkg-publish-authority::crypto-fact-valid? fact) request)\n (if ((selfhost/pkg-publish-authority::field fact) (quote :signature-valid))\n (let\n ((pk ((selfhost/pkg-publish-authority::field request) (quote :pk)))\n (role\n (selfhost/pkg-publish-authority::attestation-role\n ((core/vec::get attestations) index))))\n (\n (\n ((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations)\n ((core/int::add index) 1))\n (((core/map::put signers) pk) true))\n (((selfhost/pkg-publish-authority::role-signers-add role-signers) role) pk)))\n (\n (\n ((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations)\n ((core/int::add index) 1))\n signers)\n role-signers))\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-authority-request\")))))))))))\n\n(def selfhost/pkg-publish-authority::crypto-tally\n (fn (requests)\n (fn (facts)\n (fn (attestations)\n (if (selfhost/pkg-publish-authority::vec? facts)\n (if ((core/int::eq? (core/vec::len facts)) (core/vec::len requests))\n ((((((selfhost/pkg-publish-authority::crypto-tally-loop requests) facts) attestations) 0) {})\n {})\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-authority-request\"))\n (selfhost/pkg-publish-authority::internal-bad \"core/pkg/bad-authority-request\"))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xD1m5\xC2\xDF\xA6\xFA\x00r\xF3\xA4\xE0'FJw\x10\xA5\xFD\x1Fj\x123!\x07Haf\xC2\x90\xED\x82" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::role-signer-count (fn (role-signers) (fn (role) (let ((signers ((selfhost/pkg-publish-authority::field role-signers) role))) (if (selfhost/pkg-publish-authority::map? signers) (core/map::len signers) 0))))) (def selfhost/pkg-publish-authority::required-role-code-loop (fn (roles) (fn (role-signers) (fn (index) (if ((core/int::eq? index) (core/vec::len roles)) nil (if ((core/int::lt? 0) ((selfhost/pkg-publish-authority::role-signer-count role-signers) ((core/vec::get roles) index))) (((selfhost/pkg-publish-authority::required-role-code-loop roles) role-signers) ((core/int::add index) 1)) "core/pkg/missing-attestation-role")))))) (def selfhost/pkg-publish-authority::role-minimum-code-loop (fn (entries) (fn (role-signers) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) nil (let ((entry ((core/vec::get entries) index))) (let ((role ((core/vec::get entry) 0)) (minimum ((core/vec::get entry) 1))) (if ((core/int::lt? ((selfhost/pkg-publish-authority::role-signer-count role-signers) role)) minimum) "core/pkg/missing-attestation-role-signatures" (((selfhost/pkg-publish-authority::role-minimum-code-loop entries) role-signers) ((core/int::add index) 1)))))))))) (def selfhost/pkg-publish-authority::set-overlap-loop? (fn (entries) (fn (right) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((pk ((core/vec::get ((core/vec::get entries) index)) 0))) (if ((selfhost/pkg-publish-authority::has-key? right) pk) true (((selfhost/pkg-publish-authority::set-overlap-loop? entries) right) ((core/int::add index) 1))))))))) (def selfhost/pkg-publish-authority::sets-overlap? (fn (left) (fn (right) (if (selfhost/pkg-publish-authority::map? left) (if (selfhost/pkg-publish-authority::map? right) (((selfhost/pkg-publish-authority::set-overlap-loop? (core/map::entries left)) right) 0) false) false)))) (def selfhost/pkg-publish-authority::independence-code-loop (fn (pairs) (fn (role-signers) (fn (index) (if ((core/int::eq? index) (core/vec::len pairs)) nil (let ((pair ((core/vec::get pairs) index))) (let ((left-role ((selfhost/pkg-publish-authority::field pair) (quote :left))) (right-role ((selfhost/pkg-publish-authority::field pair) (quote :right)))) (let ((left ((selfhost/pkg-publish-authority::field role-signers) left-role)) (right ((selfhost/pkg-publish-authority::field role-signers) right-role))) (if (if (selfhost/pkg-publish-authority::map? left) ((core/int::lt? 0) (core/map::len left)) false) (if (if (selfhost/pkg-publish-authority::map? right) ((core/int::lt? 0) (core/map::len right)) false) (if ((selfhost/pkg-publish-authority::sets-overlap? left) right) "core/pkg/role-independence-violation" (((selfhost/pkg-publish-authority::independence-code-loop pairs) role-signers) ((core/int::add index) 1))) "core/pkg/missing-attestation-role") "core/pkg/missing-attestation-role"))))))))) (def selfhost/pkg-publish-authority::signature-policy-code (fn (class) (fn (tally) (let ((signers ((selfhost/pkg-publish-authority::field tally) (quote :signers))) (role-signers ((selfhost/pkg-publish-authority::field tally) (quote :role-signers)))) (if ((core/int::lt? (core/map::len signers)) ((selfhost/pkg-publish-authority::field class) (quote :min-signatures))) "core/pkg/missing-signatures" (let ((required-code (((selfhost/pkg-publish-authority::required-role-code-loop ((selfhost/pkg-publish-authority::field class) (quote :required-attestation-roles))) role-signers) 0))) (if (selfhost/pkg-publish-authority::nil? required-code) (let ((minimum-code (((selfhost/pkg-publish-authority::role-minimum-code-loop (core/map::entries ((selfhost/pkg-publish-authority::field class) (quote :role-min-signatures)))) role-signers) 0))) (if (selfhost/pkg-publish-authority::nil? minimum-code) (((selfhost/pkg-publish-authority::independence-code-loop ((selfhost/pkg-publish-authority::field class) (quote :independent-role-pairs))) role-signers) 0) minimum-code)) required-code)))))))] :module-h b"\x80\x1B\x1B\xEF]\n.|\xF7Z\xBB\xB6\x16\xC6\x80\xD9\x03\x0B\x1FyI\xA5\x9BvT\xBF\x8C\xC5R\xF3\xAE\xD2" :path "selfhost/pkg_publish_authority_finalize_policy_v1.gc" :source "(def selfhost/pkg-publish-authority::role-signer-count\n (fn (role-signers)\n (fn (role)\n (let ((signers ((selfhost/pkg-publish-authority::field role-signers) role)))\n (if (selfhost/pkg-publish-authority::map? signers) (core/map::len signers) 0)))))\n\n(def selfhost/pkg-publish-authority::required-role-code-loop\n (fn (roles)\n (fn (role-signers)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len roles))\n nil\n (if\n ((core/int::lt? 0)\n ((selfhost/pkg-publish-authority::role-signer-count role-signers)\n ((core/vec::get roles) index)))\n (((selfhost/pkg-publish-authority::required-role-code-loop roles) role-signers)\n ((core/int::add index) 1))\n \"core/pkg/missing-attestation-role\"))))))\n\n(def selfhost/pkg-publish-authority::role-minimum-code-loop\n (fn (entries)\n (fn (role-signers)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n nil\n (let ((entry ((core/vec::get entries) index)))\n (let ((role ((core/vec::get entry) 0)) (minimum ((core/vec::get entry) 1)))\n (if\n ((core/int::lt? ((selfhost/pkg-publish-authority::role-signer-count role-signers) role))\n minimum)\n \"core/pkg/missing-attestation-role-signatures\"\n (((selfhost/pkg-publish-authority::role-minimum-code-loop entries) role-signers)\n ((core/int::add index) 1))))))))))\n\n(def selfhost/pkg-publish-authority::set-overlap-loop?\n (fn (entries)\n (fn (right)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((pk ((core/vec::get ((core/vec::get entries) index)) 0)))\n (if ((selfhost/pkg-publish-authority::has-key? right) pk)\n true\n (((selfhost/pkg-publish-authority::set-overlap-loop? entries) right)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/pkg-publish-authority::sets-overlap?\n (fn (left)\n (fn (right)\n (if (selfhost/pkg-publish-authority::map? left)\n (if (selfhost/pkg-publish-authority::map? right)\n (((selfhost/pkg-publish-authority::set-overlap-loop? (core/map::entries left)) right) 0)\n false)\n false))))\n\n(def selfhost/pkg-publish-authority::independence-code-loop\n (fn (pairs)\n (fn (role-signers)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len pairs))\n nil\n (let ((pair ((core/vec::get pairs) index)))\n (let\n ((left-role ((selfhost/pkg-publish-authority::field pair) (quote :left)))\n (right-role ((selfhost/pkg-publish-authority::field pair) (quote :right))))\n (let\n ((left ((selfhost/pkg-publish-authority::field role-signers) left-role))\n (right ((selfhost/pkg-publish-authority::field role-signers) right-role)))\n (if\n (if (selfhost/pkg-publish-authority::map? left)\n ((core/int::lt? 0) (core/map::len left))\n false)\n (if\n (if (selfhost/pkg-publish-authority::map? right)\n ((core/int::lt? 0) (core/map::len right))\n false)\n (if ((selfhost/pkg-publish-authority::sets-overlap? left) right)\n \"core/pkg/role-independence-violation\"\n (((selfhost/pkg-publish-authority::independence-code-loop pairs) role-signers)\n ((core/int::add index) 1)))\n \"core/pkg/missing-attestation-role\")\n \"core/pkg/missing-attestation-role\")))))))))\n\n(def selfhost/pkg-publish-authority::signature-policy-code\n (fn (class)\n (fn (tally)\n (let\n ((signers ((selfhost/pkg-publish-authority::field tally) (quote :signers)))\n (role-signers ((selfhost/pkg-publish-authority::field tally) (quote :role-signers))))\n (if\n ((core/int::lt? (core/map::len signers))\n ((selfhost/pkg-publish-authority::field class) (quote :min-signatures)))\n \"core/pkg/missing-signatures\"\n (let\n (\n (required-code\n (\n (\n (selfhost/pkg-publish-authority::required-role-code-loop\n ((selfhost/pkg-publish-authority::field class)\n (quote :required-attestation-roles)))\n role-signers)\n 0)))\n (if (selfhost/pkg-publish-authority::nil? required-code)\n (let\n (\n (minimum-code\n (\n (\n (selfhost/pkg-publish-authority::role-minimum-code-loop\n (core/map::entries\n ((selfhost/pkg-publish-authority::field class)\n (quote :role-min-signatures))))\n role-signers)\n 0)))\n (if (selfhost/pkg-publish-authority::nil? minimum-code)\n (\n (\n (selfhost/pkg-publish-authority::independence-code-loop\n ((selfhost/pkg-publish-authority::field class)\n (quote :independent-role-pairs)))\n role-signers)\n 0)\n minimum-code))\n required-code)))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x80\x1B\x1B\xEF]\n.|\xF7Z\xBB\xB6\x16\xC6\x80\xD9\x03\x0B\x1FyI\xA5\x9BvT\xBF\x8C\xC5R\xF3\xAE\xD2" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/pkg-publish-authority::finalize-request-shape? (fn (request) (if ((selfhost/store-authority::exact-map? request) [:facts :kind :mechanism :phase :v]) (if ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind))) "genesis/pkg-publish-authority-request-v0.1") (if (if (selfhost/pkg-publish-authority::int? ((selfhost/pkg-publish-authority::field request) (quote :v))) ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1) false) (if (selfhost/pkg-publish-authority::sym? ((selfhost/pkg-publish-authority::field request) (quote :phase))) ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase))) (quote :finalize)) false) false) false) false))) (def selfhost/pkg-publish-authority::finalize-mechanism-valid? (fn (mechanism) (if ((selfhost/store-authority::exact-map? mechanism) [:attestations :crypto-facts :evidence :inspect-h :prepare-h]) (if (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))) (if (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :crypto-facts))) (if (selfhost/pkg-publish-authority::vec? ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence))) (if (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))) (selfhost/store-authority::hash? ((selfhost/pkg-publish-authority::field mechanism) (quote :prepare-h))) false) false) false) false) false))) (def selfhost/pkg-publish-authority::finalize-prepare-mechanism (fn (mechanism) {:attestations ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)) :evidence ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence)) :inspect-h ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))})) (def selfhost/pkg-publish-authority::finalize-prepare-request (fn (request) (fn (mechanism) (let ((prepared (((core/map::put request) (quote :phase)) (quote :prepare)))) (((core/map::put prepared) (quote :mechanism)) (selfhost/pkg-publish-authority::finalize-prepare-mechanism mechanism)))))) (def selfhost/pkg-publish-authority::rebind-rejection (fn (request) (fn (result) (((selfhost/pkg-publish-authority::reject request) ((selfhost/pkg-publish-authority::field result) (quote :code))) ((selfhost/pkg-publish-authority::field result) (quote :message)))))) (def selfhost/pkg-publish-authority::publication-provenance (fn (commit) {:attestations ((selfhost/pkg-publish-authority::field commit) (quote :attestations)) :base ((selfhost/pkg-publish-authority::field commit) (quote :base)) :evidence ((selfhost/pkg-publish-authority::field commit) (quote :evidence)) :obligations ((selfhost/pkg-publish-authority::field commit) (quote :obligations)) :parents ((selfhost/pkg-publish-authority::field commit) (quote :parents)) :patch ((selfhost/pkg-publish-authority::field commit) (quote :patch)) :result ((selfhost/pkg-publish-authority::field commit) (quote :result))})) (def selfhost/pkg-publish-authority::publication-set-ref (fn (facts) (let ((base {:hash ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)) :name ((selfhost/pkg-publish-authority::field facts) (quote :ref)) :policy ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))})) (let ((expected-old ((selfhost/pkg-publish-authority::field facts) (quote :expected-old)))) (if (selfhost/pkg-publish-authority::nil? expected-old) base (((core/map::put base) (quote :expected-old)) expected-old)))))) (def selfhost/pkg-publish-authority::publication-sync (fn (facts) (let ((roots ((core/vec::push ((core/vec::push []) ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)))) ((selfhost/pkg-publish-authority::field facts) (quote :policy-h)))) (set-refs ((core/vec::push []) (selfhost/pkg-publish-authority::publication-set-ref facts)))) (let ((base {:remote ((selfhost/pkg-publish-authority::field facts) (quote :remote)) :roots roots :set-refs set-refs})) (let ((depth ((selfhost/pkg-publish-authority::field facts) (quote :depth)))) (if ((core/int::lt? 0) depth) (((core/map::put base) (quote :depth)) depth) base)))))) (def selfhost/pkg-publish-authority::finalize-value (fn (facts) (let ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit)))) {:commit ((selfhost/pkg-publish-authority::field facts) (quote :commit-h)) :provenance (selfhost/pkg-publish-authority::publication-provenance commit) :ref ((selfhost/pkg-publish-authority::field facts) (quote :ref)) :sync (selfhost/pkg-publish-authority::publication-sync facts)}))) (def selfhost/pkg-publish-authority::finalize-tally (fn (request) (fn (facts) (fn (mechanism) (fn (class) (fn (prepare-value) (let ((requests ((selfhost/pkg-publish-authority::field prepare-value) (quote :crypto-requests))) (crypto-facts ((selfhost/pkg-publish-authority::field mechanism) (quote :crypto-facts))) (attestations ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)))) (let ((tally (((selfhost/pkg-publish-authority::crypto-tally requests) crypto-facts) attestations))) (if (selfhost/pkg-publish-authority::internal-ok? tally) (let ((code ((selfhost/pkg-publish-authority::signature-policy-code class) (selfhost/pkg-publish-authority::internal-value tally)))) (if (selfhost/pkg-publish-authority::nil? code) ((selfhost/pkg-publish-authority::accept request) (selfhost/pkg-publish-authority::finalize-value facts)) (((selfhost/pkg-publish-authority::reject request) code) "publication signature role policy is not satisfied"))) (((selfhost/pkg-publish-authority::reject-internal request) tally) "publication cryptographic facts are malformed or unbound")))))))))) (def selfhost/pkg-publish-authority::finalize-prepared (fn (request) (fn (facts) (fn (mechanism) (fn (prepared) (let ((prepare-value ((selfhost/pkg-publish-authority::field prepared) (quote :value)))) (if ((core/eq? ((selfhost/pkg-publish-authority::field mechanism) (quote :prepare-h))) ((selfhost/pkg-publish-authority::field prepare-value) (quote :prepare-h))) (let ((selection ((selfhost/pkg-publish-policy::select ((selfhost/pkg-publish-authority::field facts) (quote :policy))) ((selfhost/pkg-publish-authority::field facts) (quote :ref))))) (if ((selfhost/pkg-publish-authority::field selection) (quote :ok)) (((((selfhost/pkg-publish-authority::finalize-tally request) facts) mechanism) ((selfhost/pkg-publish-authority::field selection) (quote :value))) prepare-value) ((selfhost/pkg-publish-authority::reject-policy-result request) selection))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "finalize prepare identity mismatch")))))))) (def selfhost/pkg-publish-authority::finalize (fn (request) (if (selfhost/pkg-publish-authority::finalize-request-shape? request) (let ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts))) (mechanism ((selfhost/pkg-publish-authority::field request) (quote :mechanism)))) (if (selfhost/pkg-publish-authority::finalize-mechanism-valid? mechanism) (let ((prepare-request ((selfhost/pkg-publish-authority::finalize-prepare-request request) mechanism))) (let ((prepared (selfhost/pkg-publish-authority::prepare prepare-request))) (if ((selfhost/pkg-publish-authority::field prepared) (quote :ok)) ((((selfhost/pkg-publish-authority::finalize-prepared request) facts) mechanism) prepared) ((selfhost/pkg-publish-authority::rebind-rejection request) prepared)))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "finalize mechanism is malformed"))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "finalize request envelope is invalid"))))] :module-h b"\xBAd\x18R#S\xC0\xF8$\x94<\x0FF\xB9\x90Ir\x13UX\x9Dl\xF0\x18t\x92\xD8\xAAT\xA6+\xEF" :path "selfhost/pkg_publish_authority_finalize_v1.gc" :source "(def selfhost/pkg-publish-authority::finalize-request-shape?\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [\n :facts\n :kind\n :mechanism\n :phase\n :v])\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field request) (quote :kind)))\n \"genesis/pkg-publish-authority-request-v0.1\")\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/pkg-publish-authority::field request) (quote :v)))\n ((core/int::eq? ((selfhost/pkg-publish-authority::field request) (quote :v))) 1)\n false)\n (if\n (selfhost/pkg-publish-authority::sym?\n ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n ((core/sym::eq? ((selfhost/pkg-publish-authority::field request) (quote :phase)))\n (quote :finalize))\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::finalize-mechanism-valid?\n (fn (mechanism)\n (if\n ((selfhost/store-authority::exact-map? mechanism)\n [\n :attestations\n :crypto-facts\n :evidence\n :inspect-h\n :prepare-h])\n (if\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations)))\n (if\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :crypto-facts)))\n (if\n (selfhost/pkg-publish-authority::vec?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h)))\n (selfhost/store-authority::hash?\n ((selfhost/pkg-publish-authority::field mechanism) (quote :prepare-h)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/pkg-publish-authority::finalize-prepare-mechanism\n (fn (mechanism)\n {\n :attestations ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))\n :evidence ((selfhost/pkg-publish-authority::field mechanism) (quote :evidence))\n :inspect-h ((selfhost/pkg-publish-authority::field mechanism) (quote :inspect-h))}))\n\n(def selfhost/pkg-publish-authority::finalize-prepare-request\n (fn (request)\n (fn (mechanism)\n (let ((prepared (((core/map::put request) (quote :phase)) (quote :prepare))))\n (((core/map::put prepared) (quote :mechanism))\n (selfhost/pkg-publish-authority::finalize-prepare-mechanism mechanism))))))\n\n(def selfhost/pkg-publish-authority::rebind-rejection\n (fn (request)\n (fn (result)\n (\n ((selfhost/pkg-publish-authority::reject request)\n ((selfhost/pkg-publish-authority::field result) (quote :code)))\n ((selfhost/pkg-publish-authority::field result) (quote :message))))))\n\n(def selfhost/pkg-publish-authority::publication-provenance\n (fn (commit)\n {\n :attestations ((selfhost/pkg-publish-authority::field commit) (quote :attestations))\n :base ((selfhost/pkg-publish-authority::field commit) (quote :base))\n :evidence ((selfhost/pkg-publish-authority::field commit) (quote :evidence))\n :obligations ((selfhost/pkg-publish-authority::field commit) (quote :obligations))\n :parents ((selfhost/pkg-publish-authority::field commit) (quote :parents))\n :patch ((selfhost/pkg-publish-authority::field commit) (quote :patch))\n :result ((selfhost/pkg-publish-authority::field commit) (quote :result))}))\n\n(def selfhost/pkg-publish-authority::publication-set-ref\n (fn (facts)\n (let\n (\n (base\n {\n :hash ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))\n :name ((selfhost/pkg-publish-authority::field facts) (quote :ref))\n :policy ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))}))\n (let ((expected-old ((selfhost/pkg-publish-authority::field facts) (quote :expected-old))))\n (if (selfhost/pkg-publish-authority::nil? expected-old)\n base\n (((core/map::put base) (quote :expected-old)) expected-old))))))\n\n(def selfhost/pkg-publish-authority::publication-sync\n (fn (facts)\n (let\n (\n (roots\n (\n (core/vec::push\n ((core/vec::push []) ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))))\n ((selfhost/pkg-publish-authority::field facts) (quote :policy-h))))\n (set-refs ((core/vec::push []) (selfhost/pkg-publish-authority::publication-set-ref facts))))\n (let\n (\n (base\n {\n :remote ((selfhost/pkg-publish-authority::field facts) (quote :remote))\n :roots roots\n :set-refs set-refs}))\n (let ((depth ((selfhost/pkg-publish-authority::field facts) (quote :depth))))\n (if ((core/int::lt? 0) depth) (((core/map::put base) (quote :depth)) depth) base))))))\n\n(def selfhost/pkg-publish-authority::finalize-value\n (fn (facts)\n (let ((commit ((selfhost/pkg-publish-authority::field facts) (quote :commit))))\n {\n :commit ((selfhost/pkg-publish-authority::field facts) (quote :commit-h))\n :provenance (selfhost/pkg-publish-authority::publication-provenance commit)\n :ref ((selfhost/pkg-publish-authority::field facts) (quote :ref))\n :sync (selfhost/pkg-publish-authority::publication-sync facts)})))\n\n(def selfhost/pkg-publish-authority::finalize-tally\n (fn (request)\n (fn (facts)\n (fn (mechanism)\n (fn (class)\n (fn (prepare-value)\n (let\n ((requests ((selfhost/pkg-publish-authority::field prepare-value) (quote :crypto-requests)))\n (crypto-facts\n ((selfhost/pkg-publish-authority::field mechanism) (quote :crypto-facts)))\n (attestations\n ((selfhost/pkg-publish-authority::field mechanism) (quote :attestations))))\n (let\n ((tally (((selfhost/pkg-publish-authority::crypto-tally requests) crypto-facts) attestations)))\n (if (selfhost/pkg-publish-authority::internal-ok? tally)\n (let\n (\n (code\n ((selfhost/pkg-publish-authority::signature-policy-code class)\n (selfhost/pkg-publish-authority::internal-value tally))))\n (if (selfhost/pkg-publish-authority::nil? code)\n ((selfhost/pkg-publish-authority::accept request)\n (selfhost/pkg-publish-authority::finalize-value facts))\n (((selfhost/pkg-publish-authority::reject request) code)\n \"publication signature role policy is not satisfied\")))\n (((selfhost/pkg-publish-authority::reject-internal request) tally)\n \"publication cryptographic facts are malformed or unbound\"))))))))))\n\n(def selfhost/pkg-publish-authority::finalize-prepared\n (fn (request)\n (fn (facts)\n (fn (mechanism)\n (fn (prepared)\n (let ((prepare-value ((selfhost/pkg-publish-authority::field prepared) (quote :value))))\n (if\n ((core/eq? ((selfhost/pkg-publish-authority::field mechanism) (quote :prepare-h)))\n ((selfhost/pkg-publish-authority::field prepare-value) (quote :prepare-h)))\n (let\n (\n (selection\n (\n (selfhost/pkg-publish-policy::select\n ((selfhost/pkg-publish-authority::field facts) (quote :policy)))\n ((selfhost/pkg-publish-authority::field facts) (quote :ref)))))\n (if ((selfhost/pkg-publish-authority::field selection) (quote :ok))\n (\n ((((selfhost/pkg-publish-authority::finalize-tally request) facts) mechanism)\n ((selfhost/pkg-publish-authority::field selection) (quote :value)))\n prepare-value)\n ((selfhost/pkg-publish-authority::reject-policy-result request) selection)))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"finalize prepare identity mismatch\"))))))))\n\n(def selfhost/pkg-publish-authority::finalize\n (fn (request)\n (if (selfhost/pkg-publish-authority::finalize-request-shape? request)\n (let\n ((facts ((selfhost/pkg-publish-authority::field request) (quote :facts)))\n (mechanism ((selfhost/pkg-publish-authority::field request) (quote :mechanism))))\n (if (selfhost/pkg-publish-authority::finalize-mechanism-valid? mechanism)\n (let\n ((prepare-request ((selfhost/pkg-publish-authority::finalize-prepare-request request) mechanism)))\n (let ((prepared (selfhost/pkg-publish-authority::prepare prepare-request)))\n (if ((selfhost/pkg-publish-authority::field prepared) (quote :ok))\n ((((selfhost/pkg-publish-authority::finalize-prepared request) facts) mechanism)\n prepared)\n ((selfhost/pkg-publish-authority::rebind-rejection request) prepared))))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"finalize mechanism is malformed\")))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"finalize request envelope is invalid\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBAd\x18R#S\xC0\xF8$\x94<\x0FF\xB9\x90Ir\x13UX\x9Dl\xF0\x18t\x92\xD8\xAAT\xA6+\xEF" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def core/pkg::publish-authority (fn (request) (let ((phase ((selfhost/pkg-publish-authority::field request) (quote :phase)))) (if (selfhost/pkg-publish-authority::sym? phase) (if ((core/sym::eq? phase) (quote :inspect)) (selfhost/pkg-publish-authority::inspect request) (if ((core/sym::eq? phase) (quote :prepare)) (selfhost/pkg-publish-authority::prepare request) (if ((core/sym::eq? phase) (quote :finalize)) (selfhost/pkg-publish-authority::finalize request) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "publish authority phase is unsupported")))) (((selfhost/pkg-publish-authority::reject request) "core/pkg/bad-authority-request") "publish authority phase is missing or malformed"))))) (def selfhost/refs-policy::field (fn (map) (fn (key) ((selfhost/pkg-publish-authority::field map) key)))) (def selfhost/refs-policy::result (fn (request) (fn (ok) (fn (code) (fn (message) (fn (value) {:code code :kind "genesis/refs-policy-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1 :value value})))))) (def selfhost/refs-policy::accept (fn (request) (fn (value) (((((selfhost/refs-policy::result request) true) nil) nil) value)))) (def selfhost/refs-policy::reject (fn (request) (fn (code) (fn (message) (((((selfhost/refs-policy::result request) false) code) message) nil))))) (def selfhost/refs-policy::code (fn (code) (if ((core/eq? code) "core/pkg/ref-frozen") "core/refs/frozen" (if ((core/eq? code) "core/pkg/no-policy-class") "core/refs/no-class" (if ((core/eq? code) "core/pkg/bad-policy") "core/refs/bad-policy" (if ((core/eq? code) "core/pkg/bad-commit") "core/refs/bad-commit" (if ((core/eq? code) "core/pkg/missing-obligation") "core/refs/missing-obligation" (if ((core/eq? code) "core/pkg/missing-evidence") "core/refs/missing-evidence" (if ((core/eq? code) "core/pkg/bad-evidence") "core/refs/bad-evidence" (if ((core/eq? code) "core/pkg/missing-evidence-kind") "core/refs/missing-evidence-kind" (if ((core/eq? code) "core/pkg/invalid-requirements-trace") "core/refs/invalid-requirements-trace" (if ((core/eq? code) "core/pkg/invalid-tool-qualification") "core/refs/invalid-tool-qualification" (if ((core/eq? code) "core/pkg/bad-attestation") "core/refs/bad-attestation" (if ((core/eq? code) "core/pkg/missing-signatures") "core/refs/insufficient-signatures" (if ((core/eq? code) "core/pkg/missing-attestation-role") "core/refs/missing-attestation-role" (if ((core/eq? code) "core/pkg/missing-attestation-role-signatures") "core/refs/missing-attestation-role-signatures" (if ((core/eq? code) "core/pkg/role-independence-violation") "core/refs/role-independence-violation" "core/refs/bad-authority-request"))))))))))))))))) (def selfhost/refs-policy::selection-code (fn (code) (if (selfhost/pkg-publish-authority::sym? code) (if ((core/sym::eq? code) (quote :ref-frozen)) "core/refs/frozen" (if ((core/sym::eq? code) (quote :no-policy-class)) "core/refs/no-class" (if ((core/sym::eq? code) (quote :bad-policy)) "core/refs/bad-policy" "core/refs/bad-authority-request"))) "core/refs/bad-authority-request"))) (def selfhost/refs-policy::rebind (fn (request) (fn (result) (if ((selfhost/refs-policy::field result) (quote :ok)) (let ((phase ((selfhost/refs-policy::field request) (quote :phase)))) ((selfhost/refs-policy::accept request) (if ((core/sym::eq? phase) (quote :finalize)) (let ((facts ((selfhost/refs-policy::field request) (quote :facts)))) {:admit true :commit-h ((selfhost/refs-policy::field facts) (quote :commit-h)) :policy-h ((selfhost/refs-policy::field facts) (quote :policy-h)) :ref ((selfhost/refs-policy::field facts) (quote :ref))}) ((selfhost/refs-policy::field result) (quote :value))))) (((selfhost/refs-policy::reject request) (selfhost/refs-policy::code ((selfhost/refs-policy::field result) (quote :code)))) ((selfhost/refs-policy::field result) (quote :message))))))) (def selfhost/refs-policy::package-request (fn (request) (((core/map::put request) (quote :kind)) "genesis/pkg-publish-authority-request-v0.1"))) (def selfhost/refs-policy::delete-facts? (fn (facts) (if ((selfhost/store-authority::exact-map? facts) [:commit :commit-h :depth :expected-old :policy :policy-h :ref :remote]) (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :commit))) (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :commit-h))) (if (if (selfhost/pkg-publish-authority::int? ((selfhost/refs-policy::field facts) (quote :depth))) ((core/int::eq? ((selfhost/refs-policy::field facts) (quote :depth))) 0) false) (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :expected-old))) (if ((core/eq? ((selfhost/refs-policy::field facts) (quote :remote))) "local") (if (selfhost/pkg-publish-authority::nonempty-str? ((selfhost/refs-policy::field facts) (quote :ref))) (if (selfhost/store-authority::hash? ((selfhost/refs-policy::field facts) (quote :policy-h))) ((core/eq? (selfhost/pkg-publish-authority::artifact-hash ((selfhost/refs-policy::field facts) (quote :policy)))) ((selfhost/refs-policy::field facts) (quote :policy-h))) false) false) false) false) false) false) false) false))) (def selfhost/refs-policy::delete (fn (request) (let ((facts ((selfhost/refs-policy::field request) (quote :facts))) (mechanism ((selfhost/refs-policy::field request) (quote :mechanism)))) (if (selfhost/refs::nil? mechanism) (if (selfhost/refs-policy::delete-facts? facts) (let ((selection ((selfhost/pkg-publish-policy::select ((selfhost/refs-policy::field facts) (quote :policy))) ((selfhost/refs-policy::field facts) (quote :ref))))) (if ((selfhost/refs-policy::field selection) (quote :ok)) ((selfhost/refs-policy::accept request) {:admit true :commit-h nil :policy-h ((selfhost/refs-policy::field facts) (quote :policy-h)) :ref ((selfhost/refs-policy::field facts) (quote :ref))}) (((selfhost/refs-policy::reject request) (selfhost/refs-policy::selection-code ((selfhost/refs-policy::field selection) (quote :code)))) "local ref deletion is rejected by policy"))) (((selfhost/refs-policy::reject request) "core/refs/bad-authority-request") "local ref deletion facts are malformed or unbound")) (((selfhost/refs-policy::reject request) "core/refs/bad-authority-request") "local ref deletion accepts no mechanism observations"))))) (def selfhost/refs-policy::request-shape? (fn (request) (if ((selfhost/store-authority::exact-map? request) [:facts :kind :mechanism :phase :v]) (if ((core/eq? ((selfhost/refs-policy::field request) (quote :kind))) "genesis/refs-policy-authority-request-v0.1") (if (if (selfhost/pkg-publish-authority::int? ((selfhost/refs-policy::field request) (quote :v))) ((core/int::eq? ((selfhost/refs-policy::field request) (quote :v))) 1) false) (selfhost/refs::sym? ((selfhost/refs-policy::field request) (quote :phase))) false) false) false))) (def core/refs::policy-authority (fn (request) (if (selfhost/refs-policy::request-shape? request) (let ((phase ((selfhost/refs-policy::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :delete)) (selfhost/refs-policy::delete request) (if (if ((core/sym::eq? phase) (quote :inspect)) true (if ((core/sym::eq? phase) (quote :prepare)) true ((core/sym::eq? phase) (quote :finalize)))) ((selfhost/refs-policy::rebind request) (core/pkg::publish-authority (selfhost/refs-policy::package-request request))) (((selfhost/refs-policy::reject request) "core/refs/bad-authority-request") "refs policy authority phase is unsupported")))) (((selfhost/refs-policy::reject request) "core/refs/bad-authority-request") "refs policy authority request is malformed"))))] :module-h b"\xBD!\xD6z\x14\xEC24Xw|\x97\xA4\xFEN\xD5\x04\xB5~\xB2\xF5\xDF\xF1\xE9\xC5\xAA\x999\x9A\xA7\x85\xB6" :path "selfhost/pkg_publish_authority_v1.gc" :source "(def core/pkg::publish-authority\n (fn (request)\n (let ((phase ((selfhost/pkg-publish-authority::field request) (quote :phase))))\n (if (selfhost/pkg-publish-authority::sym? phase)\n (if ((core/sym::eq? phase) (quote :inspect))\n (selfhost/pkg-publish-authority::inspect request)\n (if ((core/sym::eq? phase) (quote :prepare))\n (selfhost/pkg-publish-authority::prepare request)\n (if ((core/sym::eq? phase) (quote :finalize))\n (selfhost/pkg-publish-authority::finalize request)\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"publish authority phase is unsupported\"))))\n (((selfhost/pkg-publish-authority::reject request) \"core/pkg/bad-authority-request\")\n \"publish authority phase is missing or malformed\")))))\n\n(def selfhost/refs-policy::field\n (fn (map)\n (fn (key) ((selfhost/pkg-publish-authority::field map) key))))\n\n(def selfhost/refs-policy::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (value)\n {\n :code code\n :kind \"genesis/refs-policy-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1\n :value value}))))))\n\n(def selfhost/refs-policy::accept\n (fn (request)\n (fn (value) (((((selfhost/refs-policy::result request) true) nil) nil) value))))\n\n(def selfhost/refs-policy::reject\n (fn (request)\n (fn (code)\n (fn (message) (((((selfhost/refs-policy::result request) false) code) message) nil)))))\n\n(def selfhost/refs-policy::code\n (fn (code)\n (if ((core/eq? code) \"core/pkg/ref-frozen\")\n \"core/refs/frozen\"\n (if ((core/eq? code) \"core/pkg/no-policy-class\")\n \"core/refs/no-class\"\n (if ((core/eq? code) \"core/pkg/bad-policy\")\n \"core/refs/bad-policy\"\n (if ((core/eq? code) \"core/pkg/bad-commit\")\n \"core/refs/bad-commit\"\n (if ((core/eq? code) \"core/pkg/missing-obligation\")\n \"core/refs/missing-obligation\"\n (if ((core/eq? code) \"core/pkg/missing-evidence\")\n \"core/refs/missing-evidence\"\n (if ((core/eq? code) \"core/pkg/bad-evidence\")\n \"core/refs/bad-evidence\"\n (if ((core/eq? code) \"core/pkg/missing-evidence-kind\")\n \"core/refs/missing-evidence-kind\"\n (if ((core/eq? code) \"core/pkg/invalid-requirements-trace\")\n \"core/refs/invalid-requirements-trace\"\n (if ((core/eq? code) \"core/pkg/invalid-tool-qualification\")\n \"core/refs/invalid-tool-qualification\"\n (if ((core/eq? code) \"core/pkg/bad-attestation\")\n \"core/refs/bad-attestation\"\n (if ((core/eq? code) \"core/pkg/missing-signatures\")\n \"core/refs/insufficient-signatures\"\n (if ((core/eq? code) \"core/pkg/missing-attestation-role\")\n \"core/refs/missing-attestation-role\"\n (if ((core/eq? code) \"core/pkg/missing-attestation-role-signatures\")\n \"core/refs/missing-attestation-role-signatures\"\n (if ((core/eq? code) \"core/pkg/role-independence-violation\")\n \"core/refs/role-independence-violation\"\n \"core/refs/bad-authority-request\")))))))))))))))))\n\n(def selfhost/refs-policy::selection-code\n (fn (code)\n (if (selfhost/pkg-publish-authority::sym? code)\n (if ((core/sym::eq? code) (quote :ref-frozen))\n \"core/refs/frozen\"\n (if ((core/sym::eq? code) (quote :no-policy-class))\n \"core/refs/no-class\"\n (if ((core/sym::eq? code) (quote :bad-policy))\n \"core/refs/bad-policy\"\n \"core/refs/bad-authority-request\")))\n \"core/refs/bad-authority-request\")))\n\n(def selfhost/refs-policy::rebind\n (fn (request)\n (fn (result)\n (if ((selfhost/refs-policy::field result) (quote :ok))\n (let ((phase ((selfhost/refs-policy::field request) (quote :phase))))\n ((selfhost/refs-policy::accept request)\n (if ((core/sym::eq? phase) (quote :finalize))\n (let ((facts ((selfhost/refs-policy::field request) (quote :facts))))\n {\n :admit true\n :commit-h ((selfhost/refs-policy::field facts) (quote :commit-h))\n :policy-h ((selfhost/refs-policy::field facts) (quote :policy-h))\n :ref ((selfhost/refs-policy::field facts) (quote :ref))})\n ((selfhost/refs-policy::field result) (quote :value)))))\n (((selfhost/refs-policy::reject request)\n (selfhost/refs-policy::code\n ((selfhost/refs-policy::field result) (quote :code))))\n ((selfhost/refs-policy::field result) (quote :message)))))))\n\n(def selfhost/refs-policy::package-request\n (fn (request)\n (((core/map::put request) (quote :kind)) \"genesis/pkg-publish-authority-request-v0.1\")))\n\n(def selfhost/refs-policy::delete-facts?\n (fn (facts)\n (if\n ((selfhost/store-authority::exact-map? facts)\n [:commit :commit-h :depth :expected-old :policy :policy-h :ref :remote])\n (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :commit)))\n (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :commit-h)))\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/refs-policy::field facts) (quote :depth)))\n ((core/int::eq? ((selfhost/refs-policy::field facts) (quote :depth))) 0)\n false)\n (if (selfhost/refs::nil? ((selfhost/refs-policy::field facts) (quote :expected-old)))\n (if\n ((core/eq? ((selfhost/refs-policy::field facts) (quote :remote))) \"local\")\n (if\n (selfhost/pkg-publish-authority::nonempty-str?\n ((selfhost/refs-policy::field facts) (quote :ref)))\n (if\n (selfhost/store-authority::hash?\n ((selfhost/refs-policy::field facts) (quote :policy-h)))\n ((core/eq?\n (selfhost/pkg-publish-authority::artifact-hash\n ((selfhost/refs-policy::field facts) (quote :policy))))\n ((selfhost/refs-policy::field facts) (quote :policy-h)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/refs-policy::delete\n (fn (request)\n (let\n ((facts ((selfhost/refs-policy::field request) (quote :facts)))\n (mechanism ((selfhost/refs-policy::field request) (quote :mechanism))))\n (if (selfhost/refs::nil? mechanism)\n (if (selfhost/refs-policy::delete-facts? facts)\n (let\n ((selection\n ((selfhost/pkg-publish-policy::select\n ((selfhost/refs-policy::field facts) (quote :policy)))\n ((selfhost/refs-policy::field facts) (quote :ref)))))\n (if ((selfhost/refs-policy::field selection) (quote :ok))\n ((selfhost/refs-policy::accept request)\n {\n :admit true\n :commit-h nil\n :policy-h ((selfhost/refs-policy::field facts) (quote :policy-h))\n :ref ((selfhost/refs-policy::field facts) (quote :ref))})\n (((selfhost/refs-policy::reject request)\n (selfhost/refs-policy::selection-code\n ((selfhost/refs-policy::field selection) (quote :code))))\n \"local ref deletion is rejected by policy\")))\n (((selfhost/refs-policy::reject request) \"core/refs/bad-authority-request\")\n \"local ref deletion facts are malformed or unbound\"))\n (((selfhost/refs-policy::reject request) \"core/refs/bad-authority-request\")\n \"local ref deletion accepts no mechanism observations\")))))\n\n(def selfhost/refs-policy::request-shape?\n (fn (request)\n (if\n ((selfhost/store-authority::exact-map? request)\n [:facts :kind :mechanism :phase :v])\n (if\n ((core/eq? ((selfhost/refs-policy::field request) (quote :kind)))\n \"genesis/refs-policy-authority-request-v0.1\")\n (if\n (if\n (selfhost/pkg-publish-authority::int?\n ((selfhost/refs-policy::field request) (quote :v)))\n ((core/int::eq? ((selfhost/refs-policy::field request) (quote :v))) 1)\n false)\n (selfhost/refs::sym? ((selfhost/refs-policy::field request) (quote :phase)))\n false)\n false)\n false)))\n\n(def core/refs::policy-authority\n (fn (request)\n (if (selfhost/refs-policy::request-shape? request)\n (let ((phase ((selfhost/refs-policy::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :delete))\n (selfhost/refs-policy::delete request)\n (if\n (if ((core/sym::eq? phase) (quote :inspect))\n true\n (if ((core/sym::eq? phase) (quote :prepare))\n true\n ((core/sym::eq? phase) (quote :finalize))))\n ((selfhost/refs-policy::rebind request)\n (core/pkg::publish-authority (selfhost/refs-policy::package-request request)))\n (((selfhost/refs-policy::reject request) \"core/refs/bad-authority-request\")\n \"refs policy authority phase is unsupported\"))))\n (((selfhost/refs-policy::reject request) \"core/refs/bad-authority-request\")\n \"refs policy authority request is malformed\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xBD!\xD6z\x14\xEC24Xw|\x97\xA4\xFEN\xD5\x04\xB5~\xB2\xF5\xDF\xF1\xE9\xC5\xAA\x999\x9A\xA7\x85\xB6" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/signing::tag core/data::tag) (def selfhost/signing::nil? core/list::is-nil?) (def selfhost/signing::not (fn (value) (if value false true))) (def selfhost/signing::map? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :map)))) (def selfhost/signing::str? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :str)))) (def selfhost/signing::sym? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :sym)))) (def selfhost/signing::bytes? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :bytes)))) (def selfhost/signing::bool? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :bool)))) (def selfhost/signing::vec? (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :vec)))) (def selfhost/signing::field (fn (map) (fn (key) (if (selfhost/signing::map? map) ((core/map::get map) key) nil)))) (def selfhost/signing::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (let ((entry ((core/vec::get entries) index))) (if ((core/eq? ((core/vec::get entry) 0)) key) true (((selfhost/signing::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))) (def selfhost/signing::map-has-key? (fn (map) (fn (key) (((selfhost/signing::map-has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/signing::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/signing::map-has-key? map) ((core/vec::get keys) index)) (((selfhost/signing::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/signing::exact-map? (fn (value) (fn (keys) (if (selfhost/signing::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/signing::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/signing::bytes-len? (fn (value) (fn (length) (if (selfhost/signing::bytes? value) ((core/int::eq? (core/bytes::len value)) length) false)))) (def selfhost/signing::hash32? (fn (value) ((selfhost/signing::bytes-len? value) 32))) (def selfhost/signing::sig64? (fn (value) ((selfhost/signing::bytes-len? value) 64))) (def selfhost/signing::nonempty-str? (fn (value) (if (selfhost/signing::str? value) ((core/int::lt? 0) (core/str::len value)) false))) (def selfhost/signing::hash-text? (fn (value) (if (selfhost/signing::str? value) (let ((decoded (core/bytes::from-hex value))) (if (core/error::is? decoded) false (if ((core/int::eq? (core/bytes::len decoded)) 32) ((core/eq? (core/bytes::to-hex decoded)) value) false))) false))) (def selfhost/signing::optional-hash32? (fn (value) (if (selfhost/signing::nil? value) true (selfhost/signing::hash32? value)))) (def selfhost/signing::hash-vector-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/signing::hash-text? ((core/vec::get values) index)) ((selfhost/signing::hash-vector-valid-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/signing::hash-vector-valid? (fn (values) (if (selfhost/signing::vec? values) ((selfhost/signing::hash-vector-valid-loop? values) 0) false))) (def selfhost/signing::hash-set-loop (fn (values) (fn (index) (fn (set) (if ((core/int::eq? index) (core/vec::len values)) set (((selfhost/signing::hash-set-loop values) ((core/int::add index) 1)) (((core/map::put set) ((core/vec::get values) index)) true))))))) (def selfhost/signing::entry-keys-loop (fn (entries) (fn (index) (fn (output) (if ((core/int::eq? index) (core/vec::len entries)) output (((selfhost/signing::entry-keys-loop entries) ((core/int::add index) 1)) ((core/vec::push output) ((core/vec::get ((core/vec::get entries) index)) 0)))))))) (def selfhost/signing::sort-hashes (fn (values) (((selfhost/signing::entry-keys-loop (core/map::entries (((selfhost/signing::hash-set-loop values) 0) {}))) 0) []))) (def selfhost/signing::result (fn (request) (fn (ok) (fn (code) (fn (message) (fn (data) {:code code :data data :kind "genesis/signing-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1})))))) (def selfhost/signing::accept (fn (request) (fn (data) (((((selfhost/signing::result request) true) nil) nil) data)))) (def selfhost/signing::reject (fn (request) (fn (code) (fn (message) (((((selfhost/signing::result request) false) code) message) nil))))) (def selfhost/signing::acceptance-message (fn (acceptance-h) ((core/bytes::concat b"GCv0.2\x00acceptance\x00") acceptance-h))) (def selfhost/signing::dsse-message (fn (payload-type) (fn (payload) (let ((payload-type-bytes (core/str::to-utf8 payload-type))) (let ((with-type-length ((core/bytes::concat b"DSSEv1 ") (core/str::to-utf8 (core/int::to-str (core/bytes::len payload-type-bytes)))))) (let ((with-type-space ((core/bytes::concat with-type-length) b" "))) (let ((with-type ((core/bytes::concat with-type-space) payload-type-bytes))) (let ((with-payload-space ((core/bytes::concat with-type) b" "))) (let ((with-payload-length ((core/bytes::concat with-payload-space) (core/str::to-utf8 (core/int::to-str (core/bytes::len payload)))))) ((core/bytes::concat ((core/bytes::concat with-payload-length) b" ")) payload)))))))))) (def selfhost/signing::keygen-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:keypair-valid :kind :phase :public-key :v]) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key))) (selfhost/signing::bool? ((selfhost/signing::field request) (quote :keypair-valid))) false) false))) (def selfhost/signing::acceptance-plan-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:acceptance-h :kind :phase :v]) (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :acceptance-h))) false))) (def selfhost/signing::acceptance-finalize-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:acceptance-h :kind :phase :public-key :signature :signature-valid :v]) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :acceptance-h))) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key))) (if (selfhost/signing::sig64? ((selfhost/signing::field request) (quote :signature))) (selfhost/signing::bool? ((selfhost/signing::field request) (quote :signature-valid))) false) false) false) false))) (def selfhost/signing::commit-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:acceptance-artifact :kind :package-artifact :phase :previous-head :prior-signatures :public-key-base64 :signature-artifact :v]) (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :acceptance-artifact))) (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :package-artifact))) (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :signature-artifact))) (if (selfhost/signing::optional-hash32? ((selfhost/signing::field request) (quote :previous-head))) (if (selfhost/signing::hash-vector-valid? ((selfhost/signing::field request) (quote :prior-signatures))) (selfhost/signing::nonempty-str? ((selfhost/signing::field request) (quote :public-key-base64))) false) false) false) false) false) false))) (def selfhost/signing::dsse-plan-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:kind :payload :payload-type :phase :v]) (if (selfhost/signing::bytes? ((selfhost/signing::field request) (quote :payload))) (selfhost/signing::nonempty-str? ((selfhost/signing::field request) (quote :payload-type))) false) false))) (def selfhost/signing::dsse-finalize-valid? (fn (request) (if ((selfhost/signing::exact-map? request) [:key-h :kind :payload :payload-h :payload-type :phase :public-key :signature :signature-valid :v]) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :key-h))) (if (selfhost/signing::bytes? ((selfhost/signing::field request) (quote :payload))) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :payload-h))) (if (selfhost/signing::nonempty-str? ((selfhost/signing::field request) (quote :payload-type))) (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key))) (if (selfhost/signing::sig64? ((selfhost/signing::field request) (quote :signature))) (selfhost/signing::bool? ((selfhost/signing::field request) (quote :signature-valid))) false) false) false) false) false) false) false))) (def core/security::signing-authority (fn (request) (if (selfhost/signing::not (selfhost/signing::map? request)) (((selfhost/signing::reject request) "signing/request") "signing authority request must be a map") (if (selfhost/signing::not ((core/eq? ((selfhost/signing::field request) (quote :kind))) "genesis/signing-authority-request-v0.1")) (((selfhost/signing::reject request) "signing/request") "signing authority request kind mismatch") (if (selfhost/signing::not ((core/eq? ((selfhost/signing::field request) (quote :v))) 1)) (((selfhost/signing::reject request) "signing/request") "signing authority request version mismatch") (let ((phase ((selfhost/signing::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :keygen)) (if (selfhost/signing::keygen-valid? request) (if ((selfhost/signing::field request) (quote :keypair-valid)) ((selfhost/signing::accept request) {:alg "ed25519" :public-key ((selfhost/signing::field request) (quote :public-key))}) (((selfhost/signing::reject request) "signing/keypair") "generated signing and public keys do not match")) (((selfhost/signing::reject request) "signing/request") "keygen request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :acceptance-plan)) (if (selfhost/signing::acceptance-plan-valid? request) ((selfhost/signing::accept request) {:message (selfhost/signing::acceptance-message ((selfhost/signing::field request) (quote :acceptance-h)))}) (((selfhost/signing::reject request) "signing/request") "acceptance-plan request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :acceptance-finalize)) (if (selfhost/signing::acceptance-finalize-valid? request) (if ((selfhost/signing::field request) (quote :signature-valid)) ((selfhost/signing::accept request) {:acceptance-h ((selfhost/signing::field request) (quote :acceptance-h)) :alg "ed25519" :kind "genesis/acceptance-signature-v0.2" :pk ((selfhost/signing::field request) (quote :public-key)) :sig ((selfhost/signing::field request) (quote :signature))}) (((selfhost/signing::reject request) "signing/signature") "Ed25519 mechanism rejected the acceptance signature")) (((selfhost/signing::reject request) "signing/request") "acceptance-finalize request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :commit)) (if (selfhost/signing::commit-valid? request) (let ((signature ((selfhost/signing::field request) (quote :signature-artifact))) (signatures ((core/vec::push ((selfhost/signing::field request) (quote :prior-signatures))) signature))) ((selfhost/signing::accept request) {:signature-set (selfhost/signing::sort-hashes signatures) :transparency-entry {:acceptance-artifact ((selfhost/signing::field request) (quote :acceptance-artifact)) :kind "genesis/transparency-entry-v0.2" :package-artifact ((selfhost/signing::field request) (quote :package-artifact)) :prev-h ((selfhost/signing::field request) (quote :previous-head)) :signature-artifact signature :signer-pk-b64 ((selfhost/signing::field request) (quote :public-key-base64))}})) (((selfhost/signing::reject request) "signing/request") "commit request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :dsse-plan)) (if (selfhost/signing::dsse-plan-valid? request) ((selfhost/signing::accept request) {:message ((selfhost/signing::dsse-message ((selfhost/signing::field request) (quote :payload-type))) ((selfhost/signing::field request) (quote :payload)))}) (((selfhost/signing::reject request) "signing/request") "dsse-plan request field set or types mismatch")) (if ((core/sym::eq? phase) (quote :dsse-finalize)) (if (selfhost/signing::dsse-finalize-valid? request) (if ((selfhost/signing::field request) (quote :signature-valid)) (let ((key-id ((core/str::concat "sha256:") (core/bytes::to-hex ((selfhost/signing::field request) (quote :key-h)))))) ((selfhost/signing::accept request) {:key-id key-id :kind "genesis/genesisbench-dsse-signature-v0.1" :payload ((selfhost/signing::field request) (quote :payload)) :payload-sha256 (core/bytes::to-hex ((selfhost/signing::field request) (quote :payload-h))) :payload-type ((selfhost/signing::field request) (quote :payload-type)) :public-key ((selfhost/signing::field request) (quote :public-key)) :signature ((selfhost/signing::field request) (quote :signature)) :version "0.1.0"})) (((selfhost/signing::reject request) "signing/signature") "Ed25519 mechanism rejected the DSSE signature")) (((selfhost/signing::reject request) "signing/request") "dsse-finalize request field set or types mismatch")) (((selfhost/signing::reject request) "signing/request") "unknown signing authority phase")))))))))))))] :module-h b"\xEEBU\x1C\xA0\xFA \x8D?\x99jT\xA5\x08\xDE\x114\xBA\xE9\xA19\x1A\xC7\x8A\xDD\xFE\xCC\xCA\xE8\xA1\xC77" :path "selfhost/signing_authority_v1.gc" :source "(def selfhost/signing::tag core/data::tag)\n\n(def selfhost/signing::nil? core/list::is-nil?)\n\n(def selfhost/signing::not (fn (value) (if value false true)))\n\n(def selfhost/signing::map?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :map))))\n\n(def selfhost/signing::str?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :str))))\n\n(def selfhost/signing::sym?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :sym))))\n\n(def selfhost/signing::bytes?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :bytes))))\n\n(def selfhost/signing::bool?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :bool))))\n\n(def selfhost/signing::vec?\n (fn (value) ((core/sym::eq? (selfhost/signing::tag value)) (quote :vec))))\n\n(def selfhost/signing::field\n (fn (map) (fn (key) (if (selfhost/signing::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/signing::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/signing::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))))\n\n(def selfhost/signing::map-has-key?\n (fn (map) (fn (key) (((selfhost/signing::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/signing::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/signing::map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/signing::map-has-keys-loop? map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/signing::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/signing::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/signing::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/signing::bytes-len?\n (fn (value)\n (fn (length)\n (if (selfhost/signing::bytes? value)\n ((core/int::eq? (core/bytes::len value)) length)\n false))))\n\n(def selfhost/signing::hash32?\n (fn (value) ((selfhost/signing::bytes-len? value) 32)))\n\n(def selfhost/signing::sig64?\n (fn (value) ((selfhost/signing::bytes-len? value) 64)))\n\n(def selfhost/signing::nonempty-str?\n (fn (value)\n (if (selfhost/signing::str? value) ((core/int::lt? 0) (core/str::len value)) false)))\n\n(def selfhost/signing::hash-text?\n (fn (value)\n (if (selfhost/signing::str? value)\n (let ((decoded (core/bytes::from-hex value)))\n (if (core/error::is? decoded)\n false\n (if ((core/int::eq? (core/bytes::len decoded)) 32)\n ((core/eq? (core/bytes::to-hex decoded)) value)\n false)))\n false)))\n\n(def selfhost/signing::optional-hash32?\n (fn (value) (if (selfhost/signing::nil? value) true (selfhost/signing::hash32? value))))\n\n(def selfhost/signing::hash-vector-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/signing::hash-text? ((core/vec::get values) index))\n ((selfhost/signing::hash-vector-valid-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/signing::hash-vector-valid?\n (fn (values)\n (if (selfhost/signing::vec? values)\n ((selfhost/signing::hash-vector-valid-loop? values) 0)\n false)))\n\n(def selfhost/signing::hash-set-loop\n (fn (values)\n (fn (index)\n (fn (set)\n (if ((core/int::eq? index) (core/vec::len values))\n set\n (((selfhost/signing::hash-set-loop values) ((core/int::add index) 1))\n (((core/map::put set) ((core/vec::get values) index)) true)))))))\n\n(def selfhost/signing::entry-keys-loop\n (fn (entries)\n (fn (index)\n (fn (output)\n (if ((core/int::eq? index) (core/vec::len entries))\n output\n (((selfhost/signing::entry-keys-loop entries) ((core/int::add index) 1))\n ((core/vec::push output) ((core/vec::get ((core/vec::get entries) index)) 0))))))))\n\n(def selfhost/signing::sort-hashes\n (fn (values)\n (((selfhost/signing::entry-keys-loop\n (core/map::entries (((selfhost/signing::hash-set-loop values) 0) {})))\n 0)\n [])))\n\n(def selfhost/signing::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (data)\n {\n :code code\n :data data\n :kind \"genesis/signing-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))))\n\n(def selfhost/signing::accept\n (fn (request) (fn (data) (((((selfhost/signing::result request) true) nil) nil) data))))\n\n(def selfhost/signing::reject\n (fn (request)\n (fn (code)\n (fn (message) (((((selfhost/signing::result request) false) code) message) nil)))))\n\n(def selfhost/signing::acceptance-message\n (fn (acceptance-h) ((core/bytes::concat b\"GCv0.2\\x00acceptance\\x00\") acceptance-h)))\n\n(def selfhost/signing::dsse-message\n (fn (payload-type)\n (fn (payload)\n (let ((payload-type-bytes (core/str::to-utf8 payload-type)))\n (let\n (\n (with-type-length\n ((core/bytes::concat b\"DSSEv1 \")\n (core/str::to-utf8 (core/int::to-str (core/bytes::len payload-type-bytes))))))\n (let ((with-type-space ((core/bytes::concat with-type-length) b\" \")))\n (let ((with-type ((core/bytes::concat with-type-space) payload-type-bytes)))\n (let ((with-payload-space ((core/bytes::concat with-type) b\" \")))\n (let\n (\n (with-payload-length\n ((core/bytes::concat with-payload-space)\n (core/str::to-utf8 (core/int::to-str (core/bytes::len payload))))))\n ((core/bytes::concat ((core/bytes::concat with-payload-length) b\" \"))\n payload))))))))))\n\n(def selfhost/signing::keygen-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request)\n [:keypair-valid :kind :phase :public-key :v])\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key)))\n (selfhost/signing::bool? ((selfhost/signing::field request) (quote :keypair-valid)))\n false)\n false)))\n\n(def selfhost/signing::acceptance-plan-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request) [:acceptance-h :kind :phase :v])\n (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :acceptance-h)))\n false)))\n\n(def selfhost/signing::acceptance-finalize-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request)\n [:acceptance-h :kind :phase :public-key :signature :signature-valid :v])\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :acceptance-h)))\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key)))\n (if (selfhost/signing::sig64? ((selfhost/signing::field request) (quote :signature)))\n (selfhost/signing::bool?\n ((selfhost/signing::field request) (quote :signature-valid)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/signing::commit-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request)\n [\n :acceptance-artifact\n :kind\n :package-artifact\n :phase\n :previous-head\n :prior-signatures\n :public-key-base64\n :signature-artifact\n :v])\n (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :acceptance-artifact)))\n (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :package-artifact)))\n (if (selfhost/signing::hash-text? ((selfhost/signing::field request) (quote :signature-artifact)))\n (if\n (selfhost/signing::optional-hash32?\n ((selfhost/signing::field request) (quote :previous-head)))\n (if\n (selfhost/signing::hash-vector-valid?\n ((selfhost/signing::field request) (quote :prior-signatures)))\n (selfhost/signing::nonempty-str?\n ((selfhost/signing::field request) (quote :public-key-base64)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/signing::dsse-plan-valid?\n (fn (request)\n (if ((selfhost/signing::exact-map? request) [:kind :payload :payload-type :phase :v])\n (if (selfhost/signing::bytes? ((selfhost/signing::field request) (quote :payload)))\n (selfhost/signing::nonempty-str?\n ((selfhost/signing::field request) (quote :payload-type)))\n false)\n false)))\n\n(def selfhost/signing::dsse-finalize-valid?\n (fn (request)\n (if\n ((selfhost/signing::exact-map? request)\n [\n :key-h\n :kind\n :payload\n :payload-h\n :payload-type\n :phase\n :public-key\n :signature\n :signature-valid\n :v])\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :key-h)))\n (if (selfhost/signing::bytes? ((selfhost/signing::field request) (quote :payload)))\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :payload-h)))\n (if\n (selfhost/signing::nonempty-str?\n ((selfhost/signing::field request) (quote :payload-type)))\n (if (selfhost/signing::hash32? ((selfhost/signing::field request) (quote :public-key)))\n (if (selfhost/signing::sig64? ((selfhost/signing::field request) (quote :signature)))\n (selfhost/signing::bool?\n ((selfhost/signing::field request) (quote :signature-valid)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def core/security::signing-authority\n (fn (request)\n (if (selfhost/signing::not (selfhost/signing::map? request))\n (((selfhost/signing::reject request) \"signing/request\") \"signing authority request must be a map\")\n (if\n (selfhost/signing::not\n ((core/eq? ((selfhost/signing::field request) (quote :kind)))\n \"genesis/signing-authority-request-v0.1\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"signing authority request kind mismatch\")\n (if (selfhost/signing::not ((core/eq? ((selfhost/signing::field request) (quote :v))) 1))\n (((selfhost/signing::reject request) \"signing/request\")\n \"signing authority request version mismatch\")\n (let ((phase ((selfhost/signing::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :keygen))\n (if (selfhost/signing::keygen-valid? request)\n (if ((selfhost/signing::field request) (quote :keypair-valid))\n ((selfhost/signing::accept request)\n {:alg \"ed25519\"\n :public-key ((selfhost/signing::field request) (quote :public-key))})\n (((selfhost/signing::reject request) \"signing/keypair\")\n \"generated signing and public keys do not match\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"keygen request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :acceptance-plan))\n (if (selfhost/signing::acceptance-plan-valid? request)\n ((selfhost/signing::accept request)\n {:message\n (selfhost/signing::acceptance-message\n ((selfhost/signing::field request) (quote :acceptance-h)))})\n (((selfhost/signing::reject request) \"signing/request\")\n \"acceptance-plan request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :acceptance-finalize))\n (if (selfhost/signing::acceptance-finalize-valid? request)\n (if ((selfhost/signing::field request) (quote :signature-valid))\n ((selfhost/signing::accept request)\n {\n :acceptance-h\n ((selfhost/signing::field request) (quote :acceptance-h))\n :alg \"ed25519\"\n :kind \"genesis/acceptance-signature-v0.2\"\n :pk ((selfhost/signing::field request) (quote :public-key))\n :sig ((selfhost/signing::field request) (quote :signature))})\n (((selfhost/signing::reject request) \"signing/signature\")\n \"Ed25519 mechanism rejected the acceptance signature\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"acceptance-finalize request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :commit))\n (if (selfhost/signing::commit-valid? request)\n (let\n (\n (signature\n ((selfhost/signing::field request) (quote :signature-artifact)))\n (signatures\n ((core/vec::push\n ((selfhost/signing::field request) (quote :prior-signatures)))\n signature)))\n ((selfhost/signing::accept request)\n {\n :signature-set (selfhost/signing::sort-hashes signatures)\n :transparency-entry\n {\n :acceptance-artifact\n ((selfhost/signing::field request) (quote :acceptance-artifact))\n :kind \"genesis/transparency-entry-v0.2\"\n :package-artifact\n ((selfhost/signing::field request) (quote :package-artifact))\n :prev-h ((selfhost/signing::field request) (quote :previous-head))\n :signature-artifact signature\n :signer-pk-b64\n ((selfhost/signing::field request)\n (quote :public-key-base64))}}))\n (((selfhost/signing::reject request) \"signing/request\")\n \"commit request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :dsse-plan))\n (if (selfhost/signing::dsse-plan-valid? request)\n ((selfhost/signing::accept request)\n {:message\n ((selfhost/signing::dsse-message\n ((selfhost/signing::field request) (quote :payload-type)))\n ((selfhost/signing::field request) (quote :payload)))})\n (((selfhost/signing::reject request) \"signing/request\")\n \"dsse-plan request field set or types mismatch\"))\n (if ((core/sym::eq? phase) (quote :dsse-finalize))\n (if (selfhost/signing::dsse-finalize-valid? request)\n (if ((selfhost/signing::field request) (quote :signature-valid))\n (let\n (\n (key-id\n ((core/str::concat \"sha256:\")\n (core/bytes::to-hex\n ((selfhost/signing::field request) (quote :key-h))))))\n ((selfhost/signing::accept request)\n {\n :key-id key-id\n :kind \"genesis/genesisbench-dsse-signature-v0.1\"\n :payload\n ((selfhost/signing::field request) (quote :payload))\n :payload-sha256\n (core/bytes::to-hex\n ((selfhost/signing::field request) (quote :payload-h)))\n :payload-type\n ((selfhost/signing::field request) (quote :payload-type))\n :public-key\n ((selfhost/signing::field request) (quote :public-key))\n :signature\n ((selfhost/signing::field request) (quote :signature))\n :version \"0.1.0\"}))\n (((selfhost/signing::reject request) \"signing/signature\")\n \"Ed25519 mechanism rejected the DSSE signature\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"dsse-finalize request field set or types mismatch\"))\n (((selfhost/signing::reject request) \"signing/request\")\n \"unknown signing authority phase\")))))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xEEBU\x1C\xA0\xFA \x8D?\x99jT\xA5\x08\xDE\x114\xBA\xE9\xA19\x1A\xC7\x8A\xDD\xFE\xCC\xCA\xE8\xA1\xC77" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/evidence-verify-package::tag core/data::tag) (def selfhost/evidence-verify-package::nil? core/list::is-nil?) (def selfhost/evidence-verify-package::not (fn (value) (if value false true))) (def selfhost/evidence-verify-package::map? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :map)))) (def selfhost/evidence-verify-package::vec? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :vec)))) (def selfhost/evidence-verify-package::str? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :str)))) (def selfhost/evidence-verify-package::sym? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :sym)))) (def selfhost/evidence-verify-package::bytes? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :bytes)))) (def selfhost/evidence-verify-package::bool? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :bool)))) (def selfhost/evidence-verify-package::int? (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :int)))) (def selfhost/evidence-verify-package::field (fn (map) (fn (key) (if (selfhost/evidence-verify-package::map? map) ((core/map::get map) key) nil)))) (def selfhost/evidence-verify-package::has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key) true (((selfhost/evidence-verify-package::has-key-loop? entries) key) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify-package::has-key? (fn (map) (fn (key) (((selfhost/evidence-verify-package::has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/evidence-verify-package::has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/evidence-verify-package::has-key? map) ((core/vec::get keys) index)) (((selfhost/evidence-verify-package::has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/evidence-verify-package::exact-map? (fn (value) (fn (keys) (if (selfhost/evidence-verify-package::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/evidence-verify-package::has-keys-loop? value) keys) 0) false) false)))) (def selfhost/evidence-verify-package::hash32? (fn (value) (if (selfhost/evidence-verify-package::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false))) (def selfhost/evidence-verify-package::hash64? (fn (value) (if (selfhost/evidence-verify-package::bytes? value) ((core/int::eq? (core/bytes::len value)) 64) false))) (def selfhost/evidence-verify-package::hex32? (fn (value) (if (selfhost/evidence-verify-package::str? value) (if ((core/int::eq? (core/str::len value)) 64) (let ((decoded (core/bytes::from-hex value))) (if (core/error::is? decoded) false ((core/int::eq? (core/bytes::len decoded)) 32))) false) false))) (def selfhost/evidence-verify-package::strings-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/evidence-verify-package::str? ((core/vec::get values) index)) ((selfhost/evidence-verify-package::strings-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/evidence-verify-package::strings? (fn (value) (if (selfhost/evidence-verify-package::vec? value) ((selfhost/evidence-verify-package::strings-loop? value) 0) false))) (def selfhost/evidence-verify-package::member-loop? (fn (values) (fn (wanted) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) false (if ((core/eq? ((core/vec::get values) index)) wanted) true (((selfhost/evidence-verify-package::member-loop? values) wanted) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify-package::member? (fn (values) (fn (wanted) (((selfhost/evidence-verify-package::member-loop? values) wanted) 0)))) (def selfhost/evidence-verify-package::push-error (fn (errors) (fn (code) ((core/vec::push errors) code)))) (def selfhost/evidence-verify-package::fact-valid? (fn (fact) (if ((selfhost/evidence-verify-package::exact-map? fact) [:class :code :mechanism-ok :observed :required]) (if (selfhost/evidence-verify-package::sym? ((selfhost/evidence-verify-package::field fact) (quote :class))) (if (selfhost/evidence-verify-package::str? ((selfhost/evidence-verify-package::field fact) (quote :code))) (selfhost/evidence-verify-package::bool? ((selfhost/evidence-verify-package::field fact) (quote :mechanism-ok))) false) false) false))) (def selfhost/evidence-verify-package::fact-passes? (fn (fact) (if ((selfhost/evidence-verify-package::field fact) (quote :mechanism-ok)) (let ((class ((selfhost/evidence-verify-package::field fact) (quote :class)))) (if ((core/sym::eq? class) (quote :at-least)) (if (selfhost/evidence-verify-package::int? ((selfhost/evidence-verify-package::field fact) (quote :observed))) (if (selfhost/evidence-verify-package::int? ((selfhost/evidence-verify-package::field fact) (quote :required))) (selfhost/evidence-verify-package::not ((core/int::lt? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required)))) false) false) (if ((core/sym::eq? class) (quote :identity)) ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required))) (if ((core/sym::eq? class) (quote :presence)) ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required))) (if ((core/sym::eq? class) (quote :schema)) ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required))) (if ((core/sym::eq? class) (quote :crypto)) ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed))) ((selfhost/evidence-verify-package::field fact) (quote :required))) false)))))) false))) (def selfhost/evidence-verify-package::facts-loop (fn (facts) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len facts)) errors (let ((fact ((core/vec::get facts) index))) (if (selfhost/evidence-verify-package::not (selfhost/evidence-verify-package::fact-valid? fact)) (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1)) ((selfhost/evidence-verify-package::push-error errors) "evidence/fact-malformed")) (if (selfhost/evidence-verify-package::fact-passes? fact) (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1)) errors) (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1)) ((selfhost/evidence-verify-package::push-error errors) ((selfhost/evidence-verify-package::field fact) (quote :code)))))))))))) (def selfhost/evidence-verify-package::store-valid? (fn (item) (if ((selfhost/evidence-verify-package::exact-map? item) [:load-error :observed-h :required-h :role]) (if (selfhost/evidence-verify-package::sym? ((selfhost/evidence-verify-package::field item) (quote :role))) (if (selfhost/evidence-verify-package::hex32? ((selfhost/evidence-verify-package::field item) (quote :required-h))) (if (selfhost/evidence-verify-package::nil? ((selfhost/evidence-verify-package::field item) (quote :load-error))) (if (selfhost/evidence-verify-package::hex32? ((selfhost/evidence-verify-package::field item) (quote :observed-h))) ((core/eq? ((selfhost/evidence-verify-package::field item) (quote :observed-h))) ((selfhost/evidence-verify-package::field item) (quote :required-h))) false) false) false) false) false))) (def selfhost/evidence-verify-package::store-loop (fn (items) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len items)) errors (if (selfhost/evidence-verify-package::store-valid? ((core/vec::get items) index)) (((selfhost/evidence-verify-package::store-loop items) ((core/int::add index) 1)) errors) (((selfhost/evidence-verify-package::store-loop items) ((core/int::add index) 1)) ((selfhost/evidence-verify-package::push-error errors) "evidence/store-integrity")))))))) (def selfhost/evidence-verify-package::store-has? (fn (store) (fn (role) (fn (hash) (fn (index) (if ((core/int::eq? index) (core/vec::len store)) false (let ((item ((core/vec::get store) index))) (if ((core/sym::eq? ((selfhost/evidence-verify-package::field item) (quote :role))) role) (if ((core/eq? ((selfhost/evidence-verify-package::field item) (quote :required-h))) hash) true ((((selfhost/evidence-verify-package::store-has? store) role) hash) ((core/int::add index) 1))) ((((selfhost/evidence-verify-package::store-has? store) role) hash) ((core/int::add index) 1)))))))))) (def selfhost/evidence-verify-package::obligation-valid? (fn (obligation) (if (selfhost/evidence-verify-package::map? obligation) (let ((name ((selfhost/evidence-verify-package::field obligation) (quote :name))) (ok ((selfhost/evidence-verify-package::field obligation) (quote :ok))) (artifact ((selfhost/evidence-verify-package::field obligation) (quote :artifact))) (errors ((selfhost/evidence-verify-package::field obligation) (quote :errors)))) (if (selfhost/evidence-verify-package::sym? name) (if (selfhost/evidence-verify-package::bool? ok) (if (if (selfhost/evidence-verify-package::nil? artifact) true (selfhost/evidence-verify-package::hex32? artifact)) (if (if (selfhost/evidence-verify-package::nil? errors) true (selfhost/evidence-verify-package::strings? errors)) (if (selfhost/evidence-verify-package::nil? artifact) (if (selfhost/evidence-verify-package::nil? errors) ((selfhost/evidence-verify-package::exact-map? obligation) [:name :ok]) ((selfhost/evidence-verify-package::exact-map? obligation) [:errors :name :ok])) (if (selfhost/evidence-verify-package::nil? errors) ((selfhost/evidence-verify-package::exact-map? obligation) [:artifact :name :ok]) ((selfhost/evidence-verify-package::exact-map? obligation) [:artifact :errors :name :ok]))) false) false) false) false)) false))) (def selfhost/evidence-verify-package::obligations-loop (fn (obligations) (fn (store) (fn (index) (if ((core/int::eq? index) (core/vec::len obligations)) true (let ((obligation ((core/vec::get obligations) index))) (if (selfhost/evidence-verify-package::obligation-valid? obligation) (let ((artifact ((selfhost/evidence-verify-package::field obligation) (quote :artifact)))) (if (if (selfhost/evidence-verify-package::nil? artifact) true ((((selfhost/evidence-verify-package::store-has? store) (quote :acceptance-reference)) artifact) 0)) (((selfhost/evidence-verify-package::obligations-loop obligations) store) ((core/int::add index) 1)) false)) false))))))) (def selfhost/evidence-verify-package::acceptance-valid? (fn (acceptance) (fn (acceptance-h) (fn (store) (if (selfhost/evidence-verify-package::nil? acceptance-h) (selfhost/evidence-verify-package::nil? acceptance) (if (selfhost/evidence-verify-package::hash32? acceptance-h) (if (((selfhost/evidence-verify-package::acceptance-store-has? store) acceptance-h) 0) (if ((selfhost/evidence-verify-package::exact-map? acceptance) [:kind :obligations :ok :package]) (let ((kind ((selfhost/evidence-verify-package::field acceptance) (quote :kind))) (ok ((selfhost/evidence-verify-package::field acceptance) (quote :ok))) (package ((selfhost/evidence-verify-package::field acceptance) (quote :package))) (obligations ((selfhost/evidence-verify-package::field acceptance) (quote :obligations)))) (if ((core/eq? kind) "genesis/acceptance-v0.2") (if (selfhost/evidence-verify-package::bool? ok) (if ((selfhost/evidence-verify-package::exact-map? package) [:name :version]) (if (selfhost/evidence-verify-package::str? ((selfhost/evidence-verify-package::field package) (quote :name))) (if (selfhost/evidence-verify-package::str? ((selfhost/evidence-verify-package::field package) (quote :version))) (if (selfhost/evidence-verify-package::vec? obligations) (((selfhost/evidence-verify-package::obligations-loop obligations) store) 0) false) false) false) false) false) false)) false) false) false)))))) (def selfhost/evidence-verify-package::acceptance-store-has? (fn (store) (fn (acceptance-h) (fn (index) (if ((core/int::eq? index) (core/vec::len store)) false (let ((item ((core/vec::get store) index))) (if ((core/sym::eq? ((selfhost/evidence-verify-package::field item) (quote :role))) (quote :acceptance)) (let ((decoded (core/bytes::from-hex ((selfhost/evidence-verify-package::field item) (quote :required-h))))) (if (core/error::is? decoded) false ((core/eq? decoded) acceptance-h))) (((selfhost/evidence-verify-package::acceptance-store-has? store) acceptance-h) ((core/int::add index) 1))))))))) (def selfhost/evidence-verify-package::key-valid? (fn (key) (if ((selfhost/evidence-verify-package::exact-map? key) [:decode-error :decoded :encoded :key-valid]) (if (selfhost/evidence-verify-package::str? ((selfhost/evidence-verify-package::field key) (quote :encoded))) (if (selfhost/evidence-verify-package::nil? ((selfhost/evidence-verify-package::field key) (quote :decode-error))) (if (selfhost/evidence-verify-package::hash32? ((selfhost/evidence-verify-package::field key) (quote :decoded))) (if (selfhost/evidence-verify-package::bool? ((selfhost/evidence-verify-package::field key) (quote :key-valid))) ((selfhost/evidence-verify-package::field key) (quote :key-valid)) false) false) false) false) false))) (def selfhost/evidence-verify-package::keys-loop? (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if (selfhost/evidence-verify-package::key-valid? ((core/vec::get keys) index)) ((selfhost/evidence-verify-package::keys-loop? keys) ((core/int::add index) 1)) false))))) (def selfhost/evidence-verify-package::key-admitted-loop? (fn (keys) (fn (public-key) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) false (if ((core/eq? ((selfhost/evidence-verify-package::field ((core/vec::get keys) index)) (quote :decoded))) public-key) true (((selfhost/evidence-verify-package::key-admitted-loop? keys) public-key) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify-package::signature-valid? (fn (observation) (fn (acceptance-h) (fn (keys) (fn (signature-set) (if ((selfhost/evidence-verify-package::exact-map? observation) [:artifact-h :crypto-valid :term]) (let ((artifact-h ((selfhost/evidence-verify-package::field observation) (quote :artifact-h))) (crypto-valid ((selfhost/evidence-verify-package::field observation) (quote :crypto-valid))) (term ((selfhost/evidence-verify-package::field observation) (quote :term)))) (if (selfhost/evidence-verify-package::hex32? artifact-h) (if ((selfhost/evidence-verify-package::member? signature-set) artifact-h) (if ((selfhost/evidence-verify-package::exact-map? term) [:acceptance-h :alg :kind :pk :sig]) (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :kind))) "genesis/acceptance-signature-v0.2") (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :alg))) "ed25519") (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :acceptance-h))) acceptance-h) (if (selfhost/evidence-verify-package::hash32? ((selfhost/evidence-verify-package::field term) (quote :pk))) (if (selfhost/evidence-verify-package::hash64? ((selfhost/evidence-verify-package::field term) (quote :sig))) (if (((selfhost/evidence-verify-package::key-admitted-loop? keys) ((selfhost/evidence-verify-package::field term) (quote :pk))) 0) (if (selfhost/evidence-verify-package::bool? crypto-valid) crypto-valid false) false) false) false) false) false) false) false) false) false)) false)))))) (def selfhost/evidence-verify-package::signatures-loop (fn (signatures) (fn (acceptance-h) (fn (keys) (fn (signature-set) (fn (index) (fn (seen) (fn (count) (fn (errors) (if ((core/int::eq? index) (core/vec::len signatures)) {:count count :errors errors} (let ((observation ((core/vec::get signatures) index)) (artifact-h ((selfhost/evidence-verify-package::field observation) (quote :artifact-h)))) (if ((selfhost/evidence-verify-package::has-key? seen) artifact-h) ((((((((selfhost/evidence-verify-package::signatures-loop signatures) acceptance-h) keys) signature-set) ((core/int::add index) 1)) seen) count) ((selfhost/evidence-verify-package::push-error errors) "policy/signature-duplicate")) (let ((next-seen (((core/map::put seen) artifact-h) true))) (if ((((selfhost/evidence-verify-package::signature-valid? observation) acceptance-h) keys) signature-set) ((((((((selfhost/evidence-verify-package::signatures-loop signatures) acceptance-h) keys) signature-set) ((core/int::add index) 1)) next-seen) ((core/int::add count) 1)) errors) ((((((((selfhost/evidence-verify-package::signatures-loop signatures) acceptance-h) keys) signature-set) ((core/int::add index) 1)) next-seen) count) ((selfhost/evidence-verify-package::push-error errors) "policy/signature-invalid")))))))))))))))) (def selfhost/evidence-verify-package::signature-set-loop (fn (signature-set) (fn (signatures) (fn (index) (fn (seen) (if ((core/int::eq? index) (core/vec::len signature-set)) true (let ((artifact-h ((core/vec::get signature-set) index))) (if (selfhost/evidence-verify-package::hex32? artifact-h) (if ((selfhost/evidence-verify-package::has-key? seen) artifact-h) false (if (((selfhost/evidence-verify-package::signature-observed? signatures) artifact-h) 0) ((((selfhost/evidence-verify-package::signature-set-loop signature-set) signatures) ((core/int::add index) 1)) (((core/map::put seen) artifact-h) true)) false)) false)))))))) (def selfhost/evidence-verify-package::signature-observed? (fn (signatures) (fn (artifact-h) (fn (index) (if ((core/int::eq? index) (core/vec::len signatures)) false (if ((core/eq? ((selfhost/evidence-verify-package::field ((core/vec::get signatures) index)) (quote :artifact-h))) artifact-h) true (((selfhost/evidence-verify-package::signature-observed? signatures) artifact-h) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify-package::policy-shape-valid? (fn (policy) (if ((selfhost/evidence-verify-package::exact-map? policy) [:allowed-keys :min-signatures :version]) (let ((version ((selfhost/evidence-verify-package::field policy) (quote :version))) (minimum ((selfhost/evidence-verify-package::field policy) (quote :min-signatures))) (keys ((selfhost/evidence-verify-package::field policy) (quote :allowed-keys)))) (if (selfhost/evidence-verify-package::int? version) (if ((core/int::eq? version) 1) (if (selfhost/evidence-verify-package::int? minimum) (if (selfhost/evidence-verify-package::not ((core/int::lt? minimum) 0)) (if (selfhost/evidence-verify-package::vec? keys) ((selfhost/evidence-verify-package::keys-loop? keys) 0) false) false) false) false) false)) false))) (def selfhost/evidence-verify-package::empty-signatures-result (fn (signature-set) (fn (signatures) (fn (errors) (if (selfhost/evidence-verify-package::nil? signature-set) (if ((core/int::eq? (core/vec::len signatures)) 0) {:count 0 :errors errors} {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/unexpected-signatures")}) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/unexpected-signature-set")}))))) (def selfhost/evidence-verify-package::verified-signatures-result (fn (acceptance-h) (fn (keys) (fn (minimum) (fn (signature-set) (fn (signatures) (fn (errors) (if (selfhost/evidence-verify-package::vec? signature-set) (if ((((selfhost/evidence-verify-package::signature-set-loop signature-set) signatures) 0) {}) (let ((start (((((selfhost/evidence-verify-package::signatures-loop signatures) acceptance-h) keys) signature-set) 0))) (let ((with-seen (start {}))) (let ((with-count (with-seen 0))) (let ((result (with-count errors))) (let ((count ((selfhost/evidence-verify-package::field result) (quote :count))) (next-errors ((selfhost/evidence-verify-package::field result) (quote :errors)))) (if ((core/int::lt? count) minimum) {:count count :errors ((selfhost/evidence-verify-package::push-error next-errors) "policy/signature-threshold")} {:count count :errors next-errors})))))) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/signature-set-closure")}) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/signature-set-schema")})))))))) (def selfhost/evidence-verify-package::positive-policy-evaluate (fn (acceptance-h) (fn (keys) (fn (minimum) (fn (signature-set) (fn (signatures) (fn (errors) (if (selfhost/evidence-verify-package::nil? acceptance-h) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/acceptance-required")} (if ((core/int::eq? (core/vec::len keys)) 0) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/allowed-keys-required")} ((((((selfhost/evidence-verify-package::verified-signatures-result acceptance-h) keys) minimum) signature-set) signatures) errors)))))))))) (def selfhost/evidence-verify-package::policy-evaluate (fn (policy) (fn (acceptance-h) (fn (signature-set) (fn (signatures) (fn (errors) (if (selfhost/evidence-verify-package::nil? policy) (((selfhost/evidence-verify-package::empty-signatures-result signature-set) signatures) errors) (if (selfhost/evidence-verify-package::policy-shape-valid? policy) (let ((minimum ((selfhost/evidence-verify-package::field policy) (quote :min-signatures))) (keys ((selfhost/evidence-verify-package::field policy) (quote :allowed-keys)))) (if ((core/int::eq? minimum) 0) (((selfhost/evidence-verify-package::empty-signatures-result signature-set) signatures) errors) ((((((selfhost/evidence-verify-package::positive-policy-evaluate acceptance-h) keys) minimum) signature-set) signatures) errors))) {:count 0 :errors ((selfhost/evidence-verify-package::push-error errors) "policy/schema")})))))))) (def selfhost/evidence-verify-package::evaluate (fn (request) (let ((facts ((selfhost/evidence-verify-package::field request) (quote :facts))) (store ((selfhost/evidence-verify-package::field request) (quote :store))) (acceptance ((selfhost/evidence-verify-package::field request) (quote :acceptance))) (acceptance-h ((selfhost/evidence-verify-package::field request) (quote :acceptance-h))) (policy ((selfhost/evidence-verify-package::field request) (quote :policy))) (signature-set ((selfhost/evidence-verify-package::field request) (quote :signature-set))) (signatures ((selfhost/evidence-verify-package::field request) (quote :signatures)))) (let ((fact-errors (((selfhost/evidence-verify-package::facts-loop facts) 0) []))) (let ((store-errors (((selfhost/evidence-verify-package::store-loop store) 0) fact-errors))) (let ((acceptance-errors (if (((selfhost/evidence-verify-package::acceptance-valid? acceptance) acceptance-h) store) store-errors ((selfhost/evidence-verify-package::push-error store-errors) "evidence/acceptance-schema-or-reference")))) (let ((policy-result (((((selfhost/evidence-verify-package::policy-evaluate policy) acceptance-h) signature-set) signatures) acceptance-errors))) (let ((errors ((selfhost/evidence-verify-package::field policy-result) (quote :errors))) (count ((selfhost/evidence-verify-package::field policy-result) (quote :count)))) {:checked ((core/int::add (core/vec::len facts)) ((core/int::add (core/vec::len store)) (core/vec::len signatures))) :errors errors :valid-signatures count :verified ((core/int::eq? (core/vec::len errors)) 0)}))))))))] :module-h b"{\xBC\x12\x8C\xEF\x9C\xD5\x91\x84>g\xBF\x94\x88Re[\xA5~\xDD\xB2>\xE6\x8Ag,$\xA2V\x04\xFC\xCD" :path "selfhost/evidence_verify_package_v1.gc" :source "(def selfhost/evidence-verify-package::tag core/data::tag)\n\n(def selfhost/evidence-verify-package::nil? core/list::is-nil?)\n\n(def selfhost/evidence-verify-package::not (fn (value) (if value false true)))\n\n(def selfhost/evidence-verify-package::map?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :map))))\n\n(def selfhost/evidence-verify-package::vec?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :vec))))\n\n(def selfhost/evidence-verify-package::str?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :str))))\n\n(def selfhost/evidence-verify-package::sym?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :sym))))\n\n(def selfhost/evidence-verify-package::bytes?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :bytes))))\n\n(def selfhost/evidence-verify-package::bool?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :bool))))\n\n(def selfhost/evidence-verify-package::int?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify-package::tag value)) (quote :int))))\n\n(def selfhost/evidence-verify-package::field\n (fn (map) (fn (key) (if (selfhost/evidence-verify-package::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/evidence-verify-package::has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key)\n true\n (((selfhost/evidence-verify-package::has-key-loop? entries) key)\n ((core/int::add index) 1))))))))\n\n(def selfhost/evidence-verify-package::has-key?\n (fn (map)\n (fn (key)\n (((selfhost/evidence-verify-package::has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/evidence-verify-package::has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if\n ((selfhost/evidence-verify-package::has-key? map) ((core/vec::get keys) index))\n (((selfhost/evidence-verify-package::has-keys-loop? map) keys)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/evidence-verify-package::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/evidence-verify-package::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/evidence-verify-package::has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/evidence-verify-package::hash32?\n (fn (value)\n (if (selfhost/evidence-verify-package::bytes? value)\n ((core/int::eq? (core/bytes::len value)) 32)\n false)))\n\n(def selfhost/evidence-verify-package::hash64?\n (fn (value)\n (if (selfhost/evidence-verify-package::bytes? value)\n ((core/int::eq? (core/bytes::len value)) 64)\n false)))\n\n(def selfhost/evidence-verify-package::hex32?\n (fn (value)\n (if (selfhost/evidence-verify-package::str? value)\n (if ((core/int::eq? (core/str::len value)) 64)\n (let ((decoded (core/bytes::from-hex value)))\n (if (core/error::is? decoded)\n false\n ((core/int::eq? (core/bytes::len decoded)) 32)))\n false)\n false)))\n\n(def selfhost/evidence-verify-package::strings-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/evidence-verify-package::str? ((core/vec::get values) index))\n ((selfhost/evidence-verify-package::strings-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/evidence-verify-package::strings?\n (fn (value)\n (if (selfhost/evidence-verify-package::vec? value)\n ((selfhost/evidence-verify-package::strings-loop? value) 0)\n false)))\n\n(def selfhost/evidence-verify-package::member-loop?\n (fn (values)\n (fn (wanted)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n false\n (if ((core/eq? ((core/vec::get values) index)) wanted)\n true\n (((selfhost/evidence-verify-package::member-loop? values) wanted)\n ((core/int::add index) 1))))))))\n\n(def selfhost/evidence-verify-package::member?\n (fn (values) (fn (wanted) (((selfhost/evidence-verify-package::member-loop? values) wanted) 0))))\n\n(def selfhost/evidence-verify-package::push-error\n (fn (errors) (fn (code) ((core/vec::push errors) code))))\n\n(def selfhost/evidence-verify-package::fact-valid?\n (fn (fact)\n (if\n ((selfhost/evidence-verify-package::exact-map? fact)\n [:class :code :mechanism-ok :observed :required])\n (if (selfhost/evidence-verify-package::sym?\n ((selfhost/evidence-verify-package::field fact) (quote :class)))\n (if (selfhost/evidence-verify-package::str?\n ((selfhost/evidence-verify-package::field fact) (quote :code)))\n (selfhost/evidence-verify-package::bool?\n ((selfhost/evidence-verify-package::field fact) (quote :mechanism-ok)))\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify-package::fact-passes?\n (fn (fact)\n (if ((selfhost/evidence-verify-package::field fact) (quote :mechanism-ok))\n (let ((class ((selfhost/evidence-verify-package::field fact) (quote :class))))\n (if ((core/sym::eq? class) (quote :at-least))\n (if (selfhost/evidence-verify-package::int?\n ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n (if (selfhost/evidence-verify-package::int?\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n (selfhost/evidence-verify-package::not\n ((core/int::lt?\n ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required))))\n false)\n false)\n (if ((core/sym::eq? class) (quote :identity))\n ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n (if ((core/sym::eq? class) (quote :presence))\n ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n (if ((core/sym::eq? class) (quote :schema))\n ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n (if ((core/sym::eq? class) (quote :crypto))\n ((core/eq? ((selfhost/evidence-verify-package::field fact) (quote :observed)))\n ((selfhost/evidence-verify-package::field fact) (quote :required)))\n false))))))\n false)))\n\n(def selfhost/evidence-verify-package::facts-loop\n (fn (facts)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len facts))\n errors\n (let ((fact ((core/vec::get facts) index)))\n (if (selfhost/evidence-verify-package::not\n (selfhost/evidence-verify-package::fact-valid? fact))\n (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1))\n ((selfhost/evidence-verify-package::push-error errors) \"evidence/fact-malformed\"))\n (if (selfhost/evidence-verify-package::fact-passes? fact)\n (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1)) errors)\n (((selfhost/evidence-verify-package::facts-loop facts) ((core/int::add index) 1))\n ((selfhost/evidence-verify-package::push-error errors)\n ((selfhost/evidence-verify-package::field fact) (quote :code))))))))))))\n\n(def selfhost/evidence-verify-package::store-valid?\n (fn (item)\n (if\n ((selfhost/evidence-verify-package::exact-map? item)\n [:load-error :observed-h :required-h :role])\n (if (selfhost/evidence-verify-package::sym?\n ((selfhost/evidence-verify-package::field item) (quote :role)))\n (if (selfhost/evidence-verify-package::hex32?\n ((selfhost/evidence-verify-package::field item) (quote :required-h)))\n (if (selfhost/evidence-verify-package::nil?\n ((selfhost/evidence-verify-package::field item) (quote :load-error)))\n (if (selfhost/evidence-verify-package::hex32?\n ((selfhost/evidence-verify-package::field item) (quote :observed-h)))\n ((core/eq? ((selfhost/evidence-verify-package::field item) (quote :observed-h)))\n ((selfhost/evidence-verify-package::field item) (quote :required-h)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify-package::store-loop\n (fn (items)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len items))\n errors\n (if (selfhost/evidence-verify-package::store-valid? ((core/vec::get items) index))\n (((selfhost/evidence-verify-package::store-loop items) ((core/int::add index) 1)) errors)\n (((selfhost/evidence-verify-package::store-loop items) ((core/int::add index) 1))\n ((selfhost/evidence-verify-package::push-error errors) \"evidence/store-integrity\"))))))))\n\n(def selfhost/evidence-verify-package::store-has?\n (fn (store)\n (fn (role)\n (fn (hash)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len store))\n false\n (let ((item ((core/vec::get store) index)))\n (if ((core/sym::eq? ((selfhost/evidence-verify-package::field item) (quote :role))) role)\n (if ((core/eq? ((selfhost/evidence-verify-package::field item) (quote :required-h))) hash)\n true\n ((((selfhost/evidence-verify-package::store-has? store) role) hash)\n ((core/int::add index) 1)))\n ((((selfhost/evidence-verify-package::store-has? store) role) hash)\n ((core/int::add index) 1))))))))))\n\n(def selfhost/evidence-verify-package::obligation-valid?\n (fn (obligation)\n (if (selfhost/evidence-verify-package::map? obligation)\n (let\n ((name ((selfhost/evidence-verify-package::field obligation) (quote :name)))\n (ok ((selfhost/evidence-verify-package::field obligation) (quote :ok)))\n (artifact ((selfhost/evidence-verify-package::field obligation) (quote :artifact)))\n (errors ((selfhost/evidence-verify-package::field obligation) (quote :errors))))\n (if (selfhost/evidence-verify-package::sym? name)\n (if (selfhost/evidence-verify-package::bool? ok)\n (if (if (selfhost/evidence-verify-package::nil? artifact)\n true\n (selfhost/evidence-verify-package::hex32? artifact))\n (if (if (selfhost/evidence-verify-package::nil? errors)\n true\n (selfhost/evidence-verify-package::strings? errors))\n (if (selfhost/evidence-verify-package::nil? artifact)\n (if (selfhost/evidence-verify-package::nil? errors)\n ((selfhost/evidence-verify-package::exact-map? obligation) [:name :ok])\n ((selfhost/evidence-verify-package::exact-map? obligation)\n [:errors :name :ok]))\n (if (selfhost/evidence-verify-package::nil? errors)\n ((selfhost/evidence-verify-package::exact-map? obligation)\n [:artifact :name :ok])\n ((selfhost/evidence-verify-package::exact-map? obligation)\n [:artifact :errors :name :ok])))\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/evidence-verify-package::obligations-loop\n (fn (obligations)\n (fn (store)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len obligations))\n true\n (let ((obligation ((core/vec::get obligations) index)))\n (if (selfhost/evidence-verify-package::obligation-valid? obligation)\n (let ((artifact ((selfhost/evidence-verify-package::field obligation) (quote :artifact))))\n (if (if (selfhost/evidence-verify-package::nil? artifact)\n true\n (((selfhost/evidence-verify-package::store-has? store)\n (quote :acceptance-reference)) artifact 0))\n (((selfhost/evidence-verify-package::obligations-loop obligations) store)\n ((core/int::add index) 1))\n false))\n false)))))))\n\n(def selfhost/evidence-verify-package::acceptance-valid?\n (fn (acceptance)\n (fn (acceptance-h)\n (fn (store)\n (if (selfhost/evidence-verify-package::nil? acceptance-h)\n (selfhost/evidence-verify-package::nil? acceptance)\n (if (selfhost/evidence-verify-package::hash32? acceptance-h)\n (if (selfhost/evidence-verify-package::acceptance-store-has? store acceptance-h 0)\n (if\n ((selfhost/evidence-verify-package::exact-map? acceptance)\n [:kind :obligations :ok :package])\n (let\n ((kind ((selfhost/evidence-verify-package::field acceptance) (quote :kind)))\n (ok ((selfhost/evidence-verify-package::field acceptance) (quote :ok)))\n (package ((selfhost/evidence-verify-package::field acceptance) (quote :package)))\n (obligations\n ((selfhost/evidence-verify-package::field acceptance) (quote :obligations))))\n (if ((core/eq? kind) \"genesis/acceptance-v0.2\")\n (if (selfhost/evidence-verify-package::bool? ok)\n (if\n ((selfhost/evidence-verify-package::exact-map? package) [:name :version])\n (if (selfhost/evidence-verify-package::str?\n ((selfhost/evidence-verify-package::field package) (quote :name)))\n (if (selfhost/evidence-verify-package::str?\n ((selfhost/evidence-verify-package::field package) (quote :version)))\n (if (selfhost/evidence-verify-package::vec? obligations)\n (((selfhost/evidence-verify-package::obligations-loop obligations) store) 0)\n false)\n false)\n false)\n false)\n false)\n false))\n false)\n false)\n false))))))\n\n(def selfhost/evidence-verify-package::acceptance-store-has?\n (fn (store acceptance-h index)\n (if ((core/int::eq? index) (core/vec::len store))\n false\n (let ((item ((core/vec::get store) index)))\n (if ((core/sym::eq?\n ((selfhost/evidence-verify-package::field item) (quote :role)))\n (quote :acceptance))\n (let\n ((decoded\n (core/bytes::from-hex\n ((selfhost/evidence-verify-package::field item) (quote :required-h)))))\n (if (core/error::is? decoded)\n false\n ((core/eq? decoded) acceptance-h)))\n (selfhost/evidence-verify-package::acceptance-store-has?\n store acceptance-h ((core/int::add index) 1)))))))\n\n(def selfhost/evidence-verify-package::key-valid?\n (fn (key)\n (if\n ((selfhost/evidence-verify-package::exact-map? key)\n [:decode-error :decoded :encoded :key-valid])\n (if (selfhost/evidence-verify-package::str?\n ((selfhost/evidence-verify-package::field key) (quote :encoded)))\n (if (selfhost/evidence-verify-package::nil?\n ((selfhost/evidence-verify-package::field key) (quote :decode-error)))\n (if (selfhost/evidence-verify-package::hash32?\n ((selfhost/evidence-verify-package::field key) (quote :decoded)))\n (if (selfhost/evidence-verify-package::bool?\n ((selfhost/evidence-verify-package::field key) (quote :key-valid)))\n ((selfhost/evidence-verify-package::field key) (quote :key-valid))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify-package::keys-loop?\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if (selfhost/evidence-verify-package::key-valid? ((core/vec::get keys) index))\n ((selfhost/evidence-verify-package::keys-loop? keys) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/evidence-verify-package::key-admitted-loop?\n (fn (keys)\n (fn (public-key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n false\n (if ((core/eq?\n ((selfhost/evidence-verify-package::field ((core/vec::get keys) index))\n (quote :decoded))) public-key)\n true\n (((selfhost/evidence-verify-package::key-admitted-loop? keys) public-key)\n ((core/int::add index) 1))))))))\n\n(def selfhost/evidence-verify-package::signature-valid?\n (fn (observation)\n (fn (acceptance-h)\n (fn (keys)\n (fn (signature-set)\n (if\n ((selfhost/evidence-verify-package::exact-map? observation)\n [:artifact-h :crypto-valid :term])\n (let\n ((artifact-h\n ((selfhost/evidence-verify-package::field observation) (quote :artifact-h)))\n (crypto-valid\n ((selfhost/evidence-verify-package::field observation) (quote :crypto-valid)))\n (term ((selfhost/evidence-verify-package::field observation) (quote :term))))\n (if (selfhost/evidence-verify-package::hex32? artifact-h)\n (if ((selfhost/evidence-verify-package::member? signature-set) artifact-h)\n (if\n ((selfhost/evidence-verify-package::exact-map? term)\n [:acceptance-h :alg :kind :pk :sig])\n (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :kind)))\n \"genesis/acceptance-signature-v0.2\")\n (if ((core/eq? ((selfhost/evidence-verify-package::field term) (quote :alg)))\n \"ed25519\")\n (if ((core/eq?\n ((selfhost/evidence-verify-package::field term)\n (quote :acceptance-h))) acceptance-h)\n (if (selfhost/evidence-verify-package::hash32?\n ((selfhost/evidence-verify-package::field term) (quote :pk)))\n (if (selfhost/evidence-verify-package::hash64?\n ((selfhost/evidence-verify-package::field term) (quote :sig)))\n (if\n (((selfhost/evidence-verify-package::key-admitted-loop? keys)\n ((selfhost/evidence-verify-package::field term) (quote :pk))) 0)\n (if (selfhost/evidence-verify-package::bool? crypto-valid)\n crypto-valid\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false))\n false))))))\n\n(def selfhost/evidence-verify-package::signatures-loop\n (fn (signatures)\n (fn (acceptance-h)\n (fn (keys)\n (fn (signature-set)\n (fn (index)\n (fn (seen)\n (fn (count)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len signatures))\n {:count count :errors errors}\n (let\n ((observation ((core/vec::get signatures) index))\n (artifact-h\n ((selfhost/evidence-verify-package::field observation)\n (quote :artifact-h))))\n (if ((selfhost/evidence-verify-package::has-key? seen) artifact-h)\n ((((((((selfhost/evidence-verify-package::signatures-loop signatures)\n acceptance-h) keys) signature-set)\n ((core/int::add index) 1)) seen) count)\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/signature-duplicate\"))\n (let ((next-seen (((core/map::put seen) artifact-h) true)))\n (if\n ((((selfhost/evidence-verify-package::signature-valid? observation)\n acceptance-h) keys) signature-set)\n ((((((((selfhost/evidence-verify-package::signatures-loop signatures)\n acceptance-h) keys) signature-set)\n ((core/int::add index) 1)) next-seen)\n ((core/int::add count) 1)) errors)\n ((((((((selfhost/evidence-verify-package::signatures-loop signatures)\n acceptance-h) keys) signature-set)\n ((core/int::add index) 1)) next-seen) count)\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/signature-invalid\"))))))))))))))))\n\n(def selfhost/evidence-verify-package::signature-set-loop\n (fn (signature-set)\n (fn (signatures)\n (fn (index)\n (fn (seen)\n (if ((core/int::eq? index) (core/vec::len signature-set))\n true\n (let ((artifact-h ((core/vec::get signature-set) index)))\n (if (selfhost/evidence-verify-package::hex32? artifact-h)\n (if ((selfhost/evidence-verify-package::has-key? seen) artifact-h)\n false\n (if\n (selfhost/evidence-verify-package::signature-observed?\n signatures artifact-h 0)\n ((((selfhost/evidence-verify-package::signature-set-loop signature-set)\n signatures) ((core/int::add index) 1))\n (((core/map::put seen) artifact-h) true))\n false))\n false))))))))\n\n(def selfhost/evidence-verify-package::signature-observed?\n (fn (signatures artifact-h index)\n (if ((core/int::eq? index) (core/vec::len signatures))\n false\n (if ((core/eq?\n ((selfhost/evidence-verify-package::field ((core/vec::get signatures) index))\n (quote :artifact-h))) artifact-h)\n true\n (selfhost/evidence-verify-package::signature-observed?\n signatures artifact-h ((core/int::add index) 1))))))\n\n(def selfhost/evidence-verify-package::policy-shape-valid?\n (fn (policy)\n (if\n ((selfhost/evidence-verify-package::exact-map? policy)\n [:allowed-keys :min-signatures :version])\n (let\n ((version ((selfhost/evidence-verify-package::field policy) (quote :version)))\n (minimum ((selfhost/evidence-verify-package::field policy) (quote :min-signatures)))\n (keys ((selfhost/evidence-verify-package::field policy) (quote :allowed-keys))))\n (if (selfhost/evidence-verify-package::int? version)\n (if ((core/int::eq? version) 1)\n (if (selfhost/evidence-verify-package::int? minimum)\n (if (selfhost/evidence-verify-package::not ((core/int::lt? minimum) 0))\n (if (selfhost/evidence-verify-package::vec? keys)\n ((selfhost/evidence-verify-package::keys-loop? keys) 0)\n false)\n false)\n false)\n false)\n false))\n false)))\n\n(def selfhost/evidence-verify-package::empty-signatures-result\n (fn (signature-set signatures errors)\n (if (selfhost/evidence-verify-package::nil? signature-set)\n (if ((core/int::eq? (core/vec::len signatures)) 0)\n {:count 0 :errors errors}\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors) \"policy/unexpected-signatures\")})\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/unexpected-signature-set\")})))\n\n(def selfhost/evidence-verify-package::verified-signatures-result\n (fn (acceptance-h keys minimum signature-set signatures errors)\n (if (selfhost/evidence-verify-package::vec? signature-set)\n (if\n ((((selfhost/evidence-verify-package::signature-set-loop signature-set) signatures) 0) {})\n (let\n ((start\n (((((selfhost/evidence-verify-package::signatures-loop signatures)\n acceptance-h) keys) signature-set) 0)))\n (let ((with-seen (start {})))\n (let ((with-count (with-seen 0)))\n (let ((result (with-count errors)))\n (let\n ((count ((selfhost/evidence-verify-package::field result) (quote :count)))\n (next-errors\n ((selfhost/evidence-verify-package::field result) (quote :errors))))\n (if ((core/int::lt? count) minimum)\n {:count count :errors\n ((selfhost/evidence-verify-package::push-error next-errors)\n \"policy/signature-threshold\")}\n {:count count :errors next-errors}))))))\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/signature-set-closure\")})\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/signature-set-schema\")})))\n\n(def selfhost/evidence-verify-package::positive-policy-evaluate\n (fn (acceptance-h keys minimum signature-set signatures errors)\n (if (selfhost/evidence-verify-package::nil? acceptance-h)\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors) \"policy/acceptance-required\")}\n (if ((core/int::eq? (core/vec::len keys)) 0)\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors)\n \"policy/allowed-keys-required\")}\n (selfhost/evidence-verify-package::verified-signatures-result\n acceptance-h keys minimum signature-set signatures errors)))))\n\n(def selfhost/evidence-verify-package::policy-evaluate\n (fn (policy acceptance-h signature-set signatures errors)\n (if (selfhost/evidence-verify-package::nil? policy)\n (selfhost/evidence-verify-package::empty-signatures-result\n signature-set signatures errors)\n (if (selfhost/evidence-verify-package::policy-shape-valid? policy)\n (let\n ((minimum ((selfhost/evidence-verify-package::field policy) (quote :min-signatures)))\n (keys ((selfhost/evidence-verify-package::field policy) (quote :allowed-keys))))\n (if ((core/int::eq? minimum) 0)\n (selfhost/evidence-verify-package::empty-signatures-result\n signature-set signatures errors)\n (selfhost/evidence-verify-package::positive-policy-evaluate\n acceptance-h keys minimum signature-set signatures errors)))\n {:count 0 :errors\n ((selfhost/evidence-verify-package::push-error errors) \"policy/schema\")}))))\n\n(def selfhost/evidence-verify-package::evaluate\n (fn (request)\n (let\n ((facts ((selfhost/evidence-verify-package::field request) (quote :facts)))\n (store ((selfhost/evidence-verify-package::field request) (quote :store)))\n (acceptance ((selfhost/evidence-verify-package::field request) (quote :acceptance)))\n (acceptance-h ((selfhost/evidence-verify-package::field request) (quote :acceptance-h)))\n (policy ((selfhost/evidence-verify-package::field request) (quote :policy)))\n (signature-set ((selfhost/evidence-verify-package::field request) (quote :signature-set)))\n (signatures ((selfhost/evidence-verify-package::field request) (quote :signatures))))\n (let ((fact-errors (((selfhost/evidence-verify-package::facts-loop facts) 0) [])))\n (let ((store-errors (((selfhost/evidence-verify-package::store-loop store) 0) fact-errors)))\n (let\n ((acceptance-errors\n (if (((selfhost/evidence-verify-package::acceptance-valid? acceptance)\n acceptance-h) store)\n store-errors\n ((selfhost/evidence-verify-package::push-error store-errors)\n \"evidence/acceptance-schema-or-reference\"))))\n (let\n ((policy-result\n (selfhost/evidence-verify-package::policy-evaluate\n policy acceptance-h signature-set signatures acceptance-errors)))\n (let\n ((errors ((selfhost/evidence-verify-package::field policy-result) (quote :errors)))\n (count ((selfhost/evidence-verify-package::field policy-result) (quote :count))))\n {\n :checked\n ((core/int::add (core/vec::len facts))\n ((core/int::add (core/vec::len store)) (core/vec::len signatures)))\n :errors errors\n :valid-signatures count\n :verified ((core/int::eq? (core/vec::len errors)) 0)}))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"{\xBC\x12\x8C\xEF\x9C\xD5\x91\x84>g\xBF\x94\x88Re[\xA5~\xDD\xB2>\xE6\x8Ag,$\xA2V\x04\xFC\xCD" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/evidence-verify::tag core/data::tag) (def selfhost/evidence-verify::nil? core/list::is-nil?) (def selfhost/evidence-verify::not (fn (value) (if value false true))) (def selfhost/evidence-verify::and (fn (left) (fn (right) (if left right false)))) (def selfhost/evidence-verify::map? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :map)))) (def selfhost/evidence-verify::vec? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :vec)))) (def selfhost/evidence-verify::str? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :str)))) (def selfhost/evidence-verify::sym? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :sym)))) (def selfhost/evidence-verify::bytes? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :bytes)))) (def selfhost/evidence-verify::bool? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :bool)))) (def selfhost/evidence-verify::int? (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :int)))) (def selfhost/evidence-verify::field (fn (map) (fn (key) (if (selfhost/evidence-verify::map? map) ((core/map::get map) key) nil)))) (def selfhost/evidence-verify::map-has-key-loop? (fn (entries) (fn (key) (fn (index) (if ((core/int::eq? index) (core/vec::len entries)) false (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key) true (((selfhost/evidence-verify::map-has-key-loop? entries) key) ((core/int::add index) 1)))))))) (def selfhost/evidence-verify::map-has-key? (fn (map) (fn (key) (((selfhost/evidence-verify::map-has-key-loop? (core/map::entries map)) key) 0)))) (def selfhost/evidence-verify::map-has-keys-loop? (fn (map) (fn (keys) (fn (index) (if ((core/int::eq? index) (core/vec::len keys)) true (if ((selfhost/evidence-verify::map-has-key? map) ((core/vec::get keys) index)) (((selfhost/evidence-verify::map-has-keys-loop? map) keys) ((core/int::add index) 1)) false)))))) (def selfhost/evidence-verify::exact-map? (fn (value) (fn (keys) (if (selfhost/evidence-verify::map? value) (if ((core/int::eq? (core/map::len value)) (core/vec::len keys)) (((selfhost/evidence-verify::map-has-keys-loop? value) keys) 0) false) false)))) (def selfhost/evidence-verify::hash32? (fn (value) (if (selfhost/evidence-verify::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false))) (def selfhost/evidence-verify::optional-str? (fn (value) (if (selfhost/evidence-verify::nil? value) true (selfhost/evidence-verify::str? value)))) (def selfhost/evidence-verify::optional-hash32? (fn (value) (if (selfhost/evidence-verify::nil? value) true (selfhost/evidence-verify::hash32? value)))) (def selfhost/evidence-verify::result (fn (request) (fn (ok) (fn (code) (fn (message) (fn (data) {:code code :data data :kind "genesis/evidence-verification-authority-result-v0.1" :message message :ok ok :request-h (selfhost/hash::hash-term request) :v 1})))))) (def selfhost/evidence-verify::accept (fn (request) (fn (data) (((((selfhost/evidence-verify::result request) true) nil) nil) data)))) (def selfhost/evidence-verify::reject (fn (request) (fn (code) (fn (message) (((((selfhost/evidence-verify::result request) false) code) message) nil))))) (def selfhost/evidence-verify::push-error (fn (errors) (fn (code) ((core/vec::push errors) code)))) (def selfhost/evidence-verify::vector-equal-loop? (fn (left) (fn (right) (fn (index) (if ((core/int::eq? index) (core/vec::len left)) true (if ((core/eq? ((core/vec::get left) index)) ((core/vec::get right) index)) (((selfhost/evidence-verify::vector-equal-loop? left) right) ((core/int::add index) 1)) false)))))) (def selfhost/evidence-verify::vector-equal? (fn (left) (fn (right) (if (selfhost/evidence-verify::vec? left) (if (selfhost/evidence-verify::vec? right) (if ((core/int::eq? (core/vec::len left)) (core/vec::len right)) (((selfhost/evidence-verify::vector-equal-loop? left) right) 0) false) false) false)))) (def selfhost/evidence-verify::package (fn (request) (if ((selfhost/evidence-verify::exact-map? request) [:acceptance :acceptance-h :facts :kind :phase :policy :signature-set :signatures :store :v]) (if (selfhost/evidence-verify::vec? ((selfhost/evidence-verify::field request) (quote :facts))) (if (selfhost/evidence-verify::vec? ((selfhost/evidence-verify::field request) (quote :store))) (if (selfhost/evidence-verify::vec? ((selfhost/evidence-verify::field request) (quote :signatures))) ((selfhost/evidence-verify::accept request) (selfhost/evidence-verify-package::evaluate request)) (((selfhost/evidence-verify::reject request) "evidence/request") "package signatures must be a vector")) (((selfhost/evidence-verify::reject request) "evidence/request") "package store observations must be a vector")) (((selfhost/evidence-verify::reject request) "evidence/request") "package facts must be a vector")) (((selfhost/evidence-verify::reject request) "evidence/request") "package request fields mismatch")))) (def selfhost/evidence-verify::entry-valid? (fn (entry) (if ((selfhost/evidence-verify::exact-map? entry) [:hash :load-error :observed-h :term]) (if (selfhost/evidence-verify::hash32? ((selfhost/evidence-verify::field entry) (quote :hash))) (if (selfhost/evidence-verify::optional-str? ((selfhost/evidence-verify::field entry) (quote :load-error))) (selfhost/evidence-verify::optional-hash32? ((selfhost/evidence-verify::field entry) (quote :observed-h))) false) false) false))) (def selfhost/evidence-verify::transparency-term-valid? (fn (term) (if ((selfhost/evidence-verify::exact-map? term) [:acceptance-artifact :kind :package-artifact :prev-h :signature-artifact :signer-pk-b64]) (if ((core/eq? ((selfhost/evidence-verify::field term) (quote :kind))) "genesis/transparency-entry-v0.2") (if (selfhost/evidence-verify::optional-hash32? ((selfhost/evidence-verify::field term) (quote :prev-h))) (if (selfhost/evidence-verify::str? ((selfhost/evidence-verify::field term) (quote :package-artifact))) (if (selfhost/evidence-verify::str? ((selfhost/evidence-verify::field term) (quote :acceptance-artifact))) (if (selfhost/evidence-verify::str? ((selfhost/evidence-verify::field term) (quote :signature-artifact))) (selfhost/evidence-verify::str? ((selfhost/evidence-verify::field term) (quote :signer-pk-b64))) false) false) false) false) false) false))) (def selfhost/evidence-verify::transparency-finish (fn (head) (fn (entries) (fn (errors) {:entries entries :errors errors :head head :verified ((core/int::eq? (core/vec::len errors)) 0)})))) (def selfhost/evidence-verify::transparency-loop (fn (head) (fn (items) (fn (index) (fn (expected) (fn (visited) (fn (errors) (if (selfhost/evidence-verify::nil? expected) (if ((core/int::eq? index) (core/vec::len items)) (((selfhost/evidence-verify::transparency-finish head) index) errors) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/trailing-entry"))) (if ((core/int::eq? index) (core/vec::len items)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/truncated-chain")) (let ((entry ((core/vec::get items) index))) (if (selfhost/evidence-verify::not (selfhost/evidence-verify::entry-valid? entry)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/entry-malformed")) (let ((hash ((selfhost/evidence-verify::field entry) (quote :hash)))) (if ((selfhost/evidence-verify::map-has-key? visited) hash) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/cycle")) (if (selfhost/evidence-verify::not ((core/eq? hash) expected)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/link-mismatch")) (if (selfhost/evidence-verify::not ((core/eq? ((selfhost/evidence-verify::field entry) (quote :observed-h))) hash)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/store-integrity")) (if (selfhost/evidence-verify::not (selfhost/evidence-verify::nil? ((selfhost/evidence-verify::field entry) (quote :load-error)))) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/load")) (let ((term ((selfhost/evidence-verify::field entry) (quote :term)))) (if (selfhost/evidence-verify::not (selfhost/evidence-verify::transparency-term-valid? term)) (((selfhost/evidence-verify::transparency-finish head) index) ((selfhost/evidence-verify::push-error errors) "transparency/schema")) ((((((selfhost/evidence-verify::transparency-loop head) items) ((core/int::add index) 1)) ((selfhost/evidence-verify::field term) (quote :prev-h))) (((core/map::put visited) hash) true)) errors))))))))))))))))))) (def selfhost/evidence-verify::transparency (fn (request) (if ((selfhost/evidence-verify::exact-map? request) [:entries :head :head-error :kind :phase :v]) (let ((head ((selfhost/evidence-verify::field request) (quote :head))) (head-error ((selfhost/evidence-verify::field request) (quote :head-error))) (entries ((selfhost/evidence-verify::field request) (quote :entries)))) (if (if (selfhost/evidence-verify::optional-hash32? head) (if (selfhost/evidence-verify::optional-str? head-error) (selfhost/evidence-verify::vec? entries) false) false) (if (selfhost/evidence-verify::nil? head-error) ((selfhost/evidence-verify::accept request) ((((((selfhost/evidence-verify::transparency-loop head) entries) 0) head) {}) [])) ((selfhost/evidence-verify::accept request) (((selfhost/evidence-verify::transparency-finish head) 0) ["transparency/head"]))) (((selfhost/evidence-verify::reject request) "evidence/request") "transparency request types mismatch"))) (((selfhost/evidence-verify::reject request) "evidence/request") "transparency request fields mismatch")))) (def selfhost/evidence-verify::dsse (fn (request) (if ((selfhost/evidence-verify::exact-map? request) [:envelope-fields :expected-key-id :expected-payload-type :key-id :key-valid :kind :payload-h :payload-type :phase :signature-count :signature-fields :signature-key-id :signature-valid :v]) (let ((valid ((selfhost/evidence-verify::and ((selfhost/evidence-verify::vector-equal? ((selfhost/evidence-verify::field request) (quote :envelope-fields))) ["payload" "payloadType" "signatures"])) ((selfhost/evidence-verify::and ((selfhost/evidence-verify::field request) (quote :key-valid))) ((selfhost/evidence-verify::and ((core/eq? ((selfhost/evidence-verify::field request) (quote :key-id))) ((selfhost/evidence-verify::field request) (quote :expected-key-id)))) ((selfhost/evidence-verify::and ((core/eq? ((selfhost/evidence-verify::field request) (quote :payload-type))) ((selfhost/evidence-verify::field request) (quote :expected-payload-type)))) ((selfhost/evidence-verify::and ((core/int::eq? ((selfhost/evidence-verify::field request) (quote :signature-count))) 1)) ((selfhost/evidence-verify::and ((selfhost/evidence-verify::vector-equal? ((selfhost/evidence-verify::field request) (quote :signature-fields))) ["keyid" "sig"])) ((selfhost/evidence-verify::and ((core/eq? ((selfhost/evidence-verify::field request) (quote :signature-key-id))) ((selfhost/evidence-verify::field request) (quote :expected-key-id)))) ((selfhost/evidence-verify::field request) (quote :signature-valid))))))))))) ((selfhost/evidence-verify::accept request) {:errors (if valid [] ["bench/evidence-verification"]) :key-id ((selfhost/evidence-verify::field request) (quote :expected-key-id)) :payload-h ((selfhost/evidence-verify::field request) (quote :payload-h)) :payload-type ((selfhost/evidence-verify::field request) (quote :expected-payload-type)) :verified valid})) (((selfhost/evidence-verify::reject request) "evidence/request") "DSSE request fields mismatch")))) (def core/security::evidence-verify-authority (fn (request) (if (selfhost/evidence-verify::not (selfhost/evidence-verify::map? request)) (((selfhost/evidence-verify::reject request) "evidence/request") "evidence request must be a map") (if (selfhost/evidence-verify::not ((core/eq? ((selfhost/evidence-verify::field request) (quote :kind))) "genesis/evidence-verification-authority-request-v0.1")) (((selfhost/evidence-verify::reject request) "evidence/request") "evidence request kind mismatch") (if (selfhost/evidence-verify::not ((core/eq? ((selfhost/evidence-verify::field request) (quote :v))) 1)) (((selfhost/evidence-verify::reject request) "evidence/request") "evidence request version mismatch") (let ((phase ((selfhost/evidence-verify::field request) (quote :phase)))) (if ((core/sym::eq? phase) (quote :package)) (selfhost/evidence-verify::package request) (if ((core/sym::eq? phase) (quote :transparency)) (selfhost/evidence-verify::transparency request) (if ((core/sym::eq? phase) (quote :dsse)) (selfhost/evidence-verify::dsse request) (((selfhost/evidence-verify::reject request) "evidence/request") "unknown evidence phase"))))))))))] :module-h b"&U\x9F\xE9\x0B\x8D\x19\xAA\xC3\xF4\xACI\xCB]\x91\xEC\x81V\xB4_\xEAgD\xF2\xD3\x01\xD8\x07\xBF\x8ER\xCC" :path "selfhost/evidence_verify_authority_v1.gc" :source "(def selfhost/evidence-verify::tag core/data::tag)\n\n(def selfhost/evidence-verify::nil? core/list::is-nil?)\n\n(def selfhost/evidence-verify::not (fn (value) (if value false true)))\n\n(def selfhost/evidence-verify::and (fn (left) (fn (right) (if left right false))))\n\n(def selfhost/evidence-verify::map?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :map))))\n\n(def selfhost/evidence-verify::vec?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :vec))))\n\n(def selfhost/evidence-verify::str?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :str))))\n\n(def selfhost/evidence-verify::sym?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :sym))))\n\n(def selfhost/evidence-verify::bytes?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :bytes))))\n\n(def selfhost/evidence-verify::bool?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :bool))))\n\n(def selfhost/evidence-verify::int?\n (fn (value) ((core/sym::eq? (selfhost/evidence-verify::tag value)) (quote :int))))\n\n(def selfhost/evidence-verify::field\n (fn (map) (fn (key) (if (selfhost/evidence-verify::map? map) ((core/map::get map) key) nil))))\n\n(def selfhost/evidence-verify::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key)\n true\n (((selfhost/evidence-verify::map-has-key-loop? entries) key) ((core/int::add index) 1))))))))\n\n(def selfhost/evidence-verify::map-has-key?\n (fn (map)\n (fn (key) (((selfhost/evidence-verify::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/evidence-verify::map-has-keys-loop?\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/evidence-verify::map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/evidence-verify::map-has-keys-loop? map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/evidence-verify::exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/evidence-verify::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/evidence-verify::map-has-keys-loop? value) keys) 0)\n false)\n false))))\n\n(def selfhost/evidence-verify::hash32?\n (fn (value)\n (if (selfhost/evidence-verify::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false)))\n\n(def selfhost/evidence-verify::optional-str?\n (fn (value)\n (if (selfhost/evidence-verify::nil? value) true (selfhost/evidence-verify::str? value))))\n\n(def selfhost/evidence-verify::optional-hash32?\n (fn (value)\n (if (selfhost/evidence-verify::nil? value) true (selfhost/evidence-verify::hash32? value))))\n\n(def selfhost/evidence-verify::result\n (fn (request)\n (fn (ok)\n (fn (code)\n (fn (message)\n (fn (data)\n {\n :code code\n :data data\n :kind \"genesis/evidence-verification-authority-result-v0.1\"\n :message message\n :ok ok\n :request-h (selfhost/hash::hash-term request)\n :v 1}))))))\n\n(def selfhost/evidence-verify::accept\n (fn (request) (fn (data) (((((selfhost/evidence-verify::result request) true) nil) nil) data))))\n\n(def selfhost/evidence-verify::reject\n (fn (request)\n (fn (code)\n (fn (message) (((((selfhost/evidence-verify::result request) false) code) message) nil)))))\n\n(def selfhost/evidence-verify::push-error (fn (errors) (fn (code) ((core/vec::push errors) code))))\n\n(def selfhost/evidence-verify::vector-equal-loop?\n (fn (left)\n (fn (right)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len left))\n true\n (if ((core/eq? ((core/vec::get left) index)) ((core/vec::get right) index))\n (((selfhost/evidence-verify::vector-equal-loop? left) right)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/evidence-verify::vector-equal?\n (fn (left)\n (fn (right)\n (if (selfhost/evidence-verify::vec? left)\n (if (selfhost/evidence-verify::vec? right)\n (if ((core/int::eq? (core/vec::len left)) (core/vec::len right))\n (((selfhost/evidence-verify::vector-equal-loop? left) right) 0)\n false)\n false)\n false))))\n\n(def selfhost/evidence-verify::package\n (fn (request)\n (if\n ((selfhost/evidence-verify::exact-map? request)\n [\n :acceptance\n :acceptance-h\n :facts\n :kind\n :phase\n :policy\n :signature-set\n :signatures\n :store\n :v])\n (if (selfhost/evidence-verify::vec?\n ((selfhost/evidence-verify::field request) (quote :facts)))\n (if (selfhost/evidence-verify::vec?\n ((selfhost/evidence-verify::field request) (quote :store)))\n (if (selfhost/evidence-verify::vec?\n ((selfhost/evidence-verify::field request) (quote :signatures)))\n ((selfhost/evidence-verify::accept request)\n (selfhost/evidence-verify-package::evaluate request))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"package signatures must be a vector\"))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"package store observations must be a vector\"))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"package facts must be a vector\"))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"package request fields mismatch\"))))\n\n(def selfhost/evidence-verify::entry-valid?\n (fn (entry)\n (if\n ((selfhost/evidence-verify::exact-map? entry)\n [\n :hash\n :load-error\n :observed-h\n :term])\n (if\n (selfhost/evidence-verify::hash32? ((selfhost/evidence-verify::field entry) (quote :hash)))\n (if\n (selfhost/evidence-verify::optional-str?\n ((selfhost/evidence-verify::field entry) (quote :load-error)))\n (selfhost/evidence-verify::optional-hash32?\n ((selfhost/evidence-verify::field entry) (quote :observed-h)))\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify::transparency-term-valid?\n (fn (term)\n (if\n ((selfhost/evidence-verify::exact-map? term)\n [\n :acceptance-artifact\n :kind\n :package-artifact\n :prev-h\n :signature-artifact\n :signer-pk-b64])\n (if\n ((core/eq? ((selfhost/evidence-verify::field term) (quote :kind)))\n \"genesis/transparency-entry-v0.2\")\n (if\n (selfhost/evidence-verify::optional-hash32?\n ((selfhost/evidence-verify::field term) (quote :prev-h)))\n (if\n (selfhost/evidence-verify::str?\n ((selfhost/evidence-verify::field term) (quote :package-artifact)))\n (if\n (selfhost/evidence-verify::str?\n ((selfhost/evidence-verify::field term) (quote :acceptance-artifact)))\n (if\n (selfhost/evidence-verify::str?\n ((selfhost/evidence-verify::field term) (quote :signature-artifact)))\n (selfhost/evidence-verify::str?\n ((selfhost/evidence-verify::field term) (quote :signer-pk-b64)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/evidence-verify::transparency-finish\n (fn (head)\n (fn (entries)\n (fn (errors)\n {\n :entries entries\n :errors errors\n :head head\n :verified ((core/int::eq? (core/vec::len errors)) 0)}))))\n\n(def selfhost/evidence-verify::transparency-loop\n (fn (head)\n (fn (items)\n (fn (index)\n (fn (expected)\n (fn (visited)\n (fn (errors)\n (if (selfhost/evidence-verify::nil? expected)\n (if ((core/int::eq? index) (core/vec::len items))\n (((selfhost/evidence-verify::transparency-finish head) index) errors)\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors) \"transparency/trailing-entry\")))\n (if ((core/int::eq? index) (core/vec::len items))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors) \"transparency/truncated-chain\"))\n (let ((entry ((core/vec::get items) index)))\n (if\n (selfhost/evidence-verify::not (selfhost/evidence-verify::entry-valid? entry))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors)\n \"transparency/entry-malformed\"))\n (let ((hash ((selfhost/evidence-verify::field entry) (quote :hash))))\n (if ((selfhost/evidence-verify::map-has-key? visited) hash)\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors) \"transparency/cycle\"))\n (if (selfhost/evidence-verify::not ((core/eq? hash) expected))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors)\n \"transparency/link-mismatch\"))\n (if\n (selfhost/evidence-verify::not\n ((core/eq?\n ((selfhost/evidence-verify::field entry) (quote :observed-h)))\n hash))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors)\n \"transparency/store-integrity\"))\n (if\n (selfhost/evidence-verify::not\n (selfhost/evidence-verify::nil?\n ((selfhost/evidence-verify::field entry) (quote :load-error))))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors) \"transparency/load\"))\n (let\n ((term ((selfhost/evidence-verify::field entry) (quote :term))))\n (if\n (selfhost/evidence-verify::not\n (selfhost/evidence-verify::transparency-term-valid? term))\n (((selfhost/evidence-verify::transparency-finish head) index)\n ((selfhost/evidence-verify::push-error errors)\n \"transparency/schema\"))\n (\n (\n ((((selfhost/evidence-verify::transparency-loop head) items) ((core/int::add index) 1))\n ((selfhost/evidence-verify::field term) (quote :prev-h)))\n (((core/map::put visited) hash) true))\n errors)))))))))))))))))))\n\n(def selfhost/evidence-verify::transparency\n (fn (request)\n (if\n ((selfhost/evidence-verify::exact-map? request)\n [\n :entries\n :head\n :head-error\n :kind\n :phase\n :v])\n (let\n ((head ((selfhost/evidence-verify::field request) (quote :head)))\n (head-error ((selfhost/evidence-verify::field request) (quote :head-error)))\n (entries ((selfhost/evidence-verify::field request) (quote :entries))))\n (if\n (if (selfhost/evidence-verify::optional-hash32? head)\n (if (selfhost/evidence-verify::optional-str? head-error)\n (selfhost/evidence-verify::vec? entries)\n false)\n false)\n (if (selfhost/evidence-verify::nil? head-error)\n ((selfhost/evidence-verify::accept request)\n ((((((selfhost/evidence-verify::transparency-loop head) entries) 0) head) {}) []))\n ((selfhost/evidence-verify::accept request)\n (((selfhost/evidence-verify::transparency-finish head) 0) [\"transparency/head\"])))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"transparency request types mismatch\")))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"transparency request fields mismatch\"))))\n\n(def selfhost/evidence-verify::dsse\n (fn (request)\n (if\n ((selfhost/evidence-verify::exact-map? request)\n [\n :envelope-fields\n :expected-key-id\n :expected-payload-type\n :key-id\n :key-valid\n :kind\n :payload-h\n :payload-type\n :phase\n :signature-count\n :signature-fields\n :signature-key-id\n :signature-valid\n :v])\n (let\n (\n (valid\n ((selfhost/evidence-verify::and\n ((selfhost/evidence-verify::vector-equal?\n ((selfhost/evidence-verify::field request) (quote :envelope-fields)))\n [\"payload\" \"payloadType\" \"signatures\"]))\n ((selfhost/evidence-verify::and ((selfhost/evidence-verify::field request) (quote :key-valid)))\n (\n (selfhost/evidence-verify::and\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :key-id)))\n ((selfhost/evidence-verify::field request) (quote :expected-key-id))))\n (\n (selfhost/evidence-verify::and\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :payload-type)))\n ((selfhost/evidence-verify::field request) (quote :expected-payload-type))))\n (\n (selfhost/evidence-verify::and\n ((core/int::eq? ((selfhost/evidence-verify::field request) (quote :signature-count)))\n 1))\n (\n (selfhost/evidence-verify::and\n ((selfhost/evidence-verify::vector-equal?\n ((selfhost/evidence-verify::field request)\n (quote :signature-fields)))\n [\"keyid\" \"sig\"]))\n (\n (selfhost/evidence-verify::and\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :signature-key-id)))\n ((selfhost/evidence-verify::field request) (quote :expected-key-id))))\n ((selfhost/evidence-verify::field request) (quote :signature-valid)))))))))))\n ((selfhost/evidence-verify::accept request)\n {\n :errors (if valid [] [\"bench/evidence-verification\"])\n :key-id ((selfhost/evidence-verify::field request) (quote :expected-key-id))\n :payload-h ((selfhost/evidence-verify::field request) (quote :payload-h))\n :payload-type ((selfhost/evidence-verify::field request) (quote :expected-payload-type))\n :verified valid}))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"DSSE request fields mismatch\"))))\n\n(def core/security::evidence-verify-authority\n (fn (request)\n (if (selfhost/evidence-verify::not (selfhost/evidence-verify::map? request))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"evidence request must be a map\")\n (if\n (selfhost/evidence-verify::not\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :kind)))\n \"genesis/evidence-verification-authority-request-v0.1\"))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"evidence request kind mismatch\")\n (if\n (selfhost/evidence-verify::not\n ((core/eq? ((selfhost/evidence-verify::field request) (quote :v))) 1))\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"evidence request version mismatch\")\n (let ((phase ((selfhost/evidence-verify::field request) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :package))\n (selfhost/evidence-verify::package request)\n (if ((core/sym::eq? phase) (quote :transparency))\n (selfhost/evidence-verify::transparency request)\n (if ((core/sym::eq? phase) (quote :dsse))\n (selfhost/evidence-verify::dsse request)\n (((selfhost/evidence-verify::reject request) \"evidence/request\")\n \"unknown evidence phase\"))))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^v\xB2M\x1F|\x03}'\xC9=1\xD4\x0FH\x93\xD9b\xDD%]io\xEB\x06L\xF0)\xC1sQT" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::REQUEST_KIND "genesis/obligation-authority-request-v0.2") (def selfhost/obligation::RESULT_KIND "genesis/obligation-authority-result-v0.2") (def selfhost/obligation::error (fn (message) ((core/error::make2 "core/obligation/authority") message))) (def selfhost/obligation::tag? (fn (value) (fn (tag) ((core/sym::eq? (core/data::tag value)) tag)))) (def selfhost/obligation::map? (fn (value) ((selfhost/obligation::tag? value) (quote :map)))) (def selfhost/obligation::vec? (fn (value) ((selfhost/obligation::tag? value) (quote :vec)))) (def selfhost/obligation::str? (fn (value) ((selfhost/obligation::tag? value) (quote :str)))) (def selfhost/obligation::sym? (fn (value) ((selfhost/obligation::tag? value) (quote :sym)))) (def selfhost/obligation::int? (fn (value) ((selfhost/obligation::tag? value) (quote :int)))) (def selfhost/obligation::bool? (fn (value) ((selfhost/obligation::tag? value) (quote :bool)))) (def selfhost/obligation::bytes? (fn (value) ((selfhost/obligation::tag? value) (quote :bytes)))) (def selfhost/obligation::nil? core/list::is-nil?) (def selfhost/obligation::hash? (fn (value) (if (selfhost/obligation::bytes? value) ((core/int::eq? (core/bytes::len value)) 32) false))) (def selfhost/obligation::optional-hash? (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::hash? value)))) (def selfhost/obligation::optional-str? (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::str? value)))) (def selfhost/obligation::nonnegative-int? (fn (value) (if (selfhost/obligation::int? value) (if ((core/int::lt? value) 0) false true) false))) (def selfhost/obligation::optional-nonnegative-int? (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::nonnegative-int? value)))) (def selfhost/obligation::test-ok? (fn (test) (let ((sealed-error ((core/map::get test) (quote :sealed-error))) (actual-h ((core/map::get test) (quote :actual-h))) (expected-h ((core/map::get test) (quote :expected-h)))) (if sealed-error false (if (selfhost/obligation::nil? expected-h) true ((core/eq? actual-h) expected-h)))))) (def selfhost/obligation::unit-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 6) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (if (selfhost/obligation::hash? ((core/map::get test) (quote :actual-h))) (if (selfhost/obligation::optional-hash? ((core/map::get test) (quote :expected-h))) (if (selfhost/obligation::bool? ((core/map::get test) (quote :sealed-error))) (selfhost/obligation::optional-str? ((core/map::get test) (quote :log-artifact))) false) false) false) false) false) false) false))) (def selfhost/obligation::unit-test-report (fn (test) (let ((ok (selfhost/obligation::test-ok? test)) (log-artifact ((core/map::get test) (quote :log-artifact)))) (let ((base {:name ((core/map::get test) (quote :name)) :ok ok :suite ((core/map::get test) (quote :suite)) :value-h ((core/map::get test) (quote :actual-h))})) (let ((with-error (if ok base (((core/map::put base) (quote :error)) "test failed")))) (if (selfhost/obligation::nil? log-artifact) with-error (((core/map::put with-error) (quote :log-artifact)) log-artifact))))))) (def selfhost/obligation::unit-tests-loop (fn (tests) (fn (count) (fn (index) (fn (out) (fn (ok) (if ((core/int::eq? index) count) {:ok ok :tests out} (let ((test ((core/vec::get tests) index))) (if (selfhost/obligation::unit-test-valid? test) (let ((report (selfhost/obligation::unit-test-report test))) (((((selfhost/obligation::unit-tests-loop tests) count) ((core/int::add index) 1)) ((core/vec::push out) report)) (if ok ((core/map::get report) (quote :ok)) false))) (selfhost/obligation::error "unit-test observation must contain exactly valid :suite, :name, :actual-h, :expected-h, :sealed-error, and :log-artifact fields")))))))))) (def selfhost/obligation::unit-tests (fn (package) (fn (limits) (fn (tests) (if (if (selfhost/obligation::map? limits) ((core/int::eq? (core/map::len limits)) 0) false) (let ((state (((((selfhost/obligation::unit-tests-loop tests) (core/vec::len tests)) 0) []) true))) (if (core/error::is? state) state (let ((ok ((core/map::get state) (quote :ok))) (reports ((core/map::get state) (quote :tests)))) {:errors [] :kind selfhost/obligation::RESULT_KIND :name "core/obligation::unit-tests" :ok ok :operation (quote :unit-tests) :report {:kind "genesis/unit-tests-v0.2" :ok ok :package package :tests reports} :v 2}))) (selfhost/obligation::error ":unit-tests requires an empty :limits map")))))) (def selfhost/obligation::budget-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 5) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (if (selfhost/obligation::nonnegative-int? ((core/map::get test) (quote :steps))) (if (selfhost/obligation::nonnegative-int? ((core/map::get test) (quote :effect-entries))) (selfhost/obligation::nonnegative-int? ((core/map::get test) (quote :effect-log-bytes))) false) false) false) false) false) false))) (def selfhost/obligation::limit-exceeded? (fn (observed) (fn (limit) (if (selfhost/obligation::nil? limit) false ((core/int::lt? limit) observed))))) (def selfhost/obligation::budget-error (fn (suite) (fn (name) (fn (label) (fn (observed) (fn (limit) ((core/str::concat "test ") ((core/str::concat (core/sym::to-str suite)) ((core/str::concat "::") ((core/str::concat name) ((core/str::concat " exceeded ") ((core/str::concat label) ((core/str::concat ": ") ((core/str::concat (core/int::to-str observed)) ((core/str::concat " > ") (core/int::to-str limit)))))))))))))))) (def selfhost/obligation::budget-test (fn (test) (fn (limits) (let ((suite ((core/map::get test) (quote :suite))) (name ((core/map::get test) (quote :name))) (steps ((core/map::get test) (quote :steps))) (entries ((core/map::get test) (quote :effect-entries))) (log-bytes ((core/map::get test) (quote :effect-log-bytes))) (max-steps ((core/map::get limits) (quote :max-steps-per-test))) (max-entries ((core/map::get limits) (quote :max-effect-entries-per-test))) (max-log-bytes ((core/map::get limits) (quote :max-effect-log-bytes-per-test)))) (let ((step-bad ((selfhost/obligation::limit-exceeded? steps) max-steps)) (entry-bad ((selfhost/obligation::limit-exceeded? entries) max-entries)) (log-bad ((selfhost/obligation::limit-exceeded? log-bytes) max-log-bytes))) (let ((errors0 (if step-bad ((core/vec::push []) (((((selfhost/obligation::budget-error suite) name) "max_steps_per_test") steps) max-steps)) []))) (let ((errors1 (if entry-bad ((core/vec::push errors0) (((((selfhost/obligation::budget-error suite) name) "max_effect_entries_per_test") entries) max-entries)) errors0))) (let ((errors2 (if log-bad ((core/vec::push errors1) (((((selfhost/obligation::budget-error suite) name) "max_effect_log_bytes_per_test") log-bytes) max-log-bytes)) errors1))) {:errors errors2 :ok (if step-bad false (if entry-bad false (if log-bad false true))) :report {:effect-entries entries :effect-log-bytes log-bytes :name name :ok (if step-bad false (if entry-bad false (if log-bad false true))) :steps steps :suite suite}})))))))) (def selfhost/obligation::append-errors-loop (fn (source) (fn (count) (fn (index) (fn (out) (if ((core/int::eq? index) count) out ((((selfhost/obligation::append-errors-loop source) count) ((core/int::add index) 1)) ((core/vec::push out) ((core/vec::get source) index))))))))) (def selfhost/obligation::append-errors (fn (out) (fn (source) ((((selfhost/obligation::append-errors-loop source) (core/vec::len source)) 0) out)))) (def selfhost/obligation::budget-tests-loop (fn (tests) (fn (limits) (fn (count) (fn (index) (fn (reports) (fn (errors) (if ((core/int::eq? index) count) {:errors errors :reports reports} (let ((test ((core/vec::get tests) index))) (if (selfhost/obligation::budget-test-valid? test) (let ((decision ((selfhost/obligation::budget-test test) limits))) ((((((selfhost/obligation::budget-tests-loop tests) limits) count) ((core/int::add index) 1)) ((core/vec::push reports) ((core/map::get decision) (quote :report)))) ((selfhost/obligation::append-errors errors) ((core/map::get decision) (quote :errors))))) (selfhost/obligation::error "budget observation must contain exactly valid :suite, :name, :steps, :effect-entries, and :effect-log-bytes fields"))))))))))) (def selfhost/obligation::limits-valid? (fn (limits) (if (selfhost/obligation::map? limits) (if ((core/int::eq? (core/map::len limits)) 3) (if (selfhost/obligation::optional-nonnegative-int? ((core/map::get limits) (quote :max-steps-per-test))) (if (selfhost/obligation::optional-nonnegative-int? ((core/map::get limits) (quote :max-effect-entries-per-test))) (selfhost/obligation::optional-nonnegative-int? ((core/map::get limits) (quote :max-effect-log-bytes-per-test))) false) false) false) false))) (def selfhost/obligation::compact-limits (fn (limits) (let ((max-steps ((core/map::get limits) (quote :max-steps-per-test))) (max-entries ((core/map::get limits) (quote :max-effect-entries-per-test))) (max-log-bytes ((core/map::get limits) (quote :max-effect-log-bytes-per-test)))) (let ((out0 (if (selfhost/obligation::nil? max-steps) {} (((core/map::put {}) (quote :max-steps-per-test)) max-steps)))) (let ((out1 (if (selfhost/obligation::nil? max-entries) out0 (((core/map::put out0) (quote :max-effect-entries-per-test)) max-entries)))) (if (selfhost/obligation::nil? max-log-bytes) out1 (((core/map::put out1) (quote :max-effect-log-bytes-per-test)) max-log-bytes))))))) (def selfhost/obligation::budgets (fn (package) (fn (limits) (fn (tests) (if (selfhost/obligation::limits-valid? limits) (let ((state ((((((selfhost/obligation::budget-tests-loop tests) limits) (core/vec::len tests)) 0) []) []))) (if (core/error::is? state) state (let ((errors ((core/map::get state) (quote :errors))) (reports ((core/map::get state) (quote :reports)))) (let ((ok ((core/int::eq? (core/vec::len errors)) 0))) (let ((report0 {:kind "genesis/budgets-v0.2" :limits (selfhost/obligation::compact-limits limits) :ok ok :package package :tests reports})) (let ((report (if ok report0 (((core/map::put report0) (quote :errors)) errors)))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::budgets" :ok ok :operation (quote :budgets) :report report :v 2})))))) (selfhost/obligation::error ":budgets requires exactly three optional nonnegative integer limits")))))) (def selfhost/obligation::symbol-vector-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/obligation::sym? ((core/vec::get values) index)) ((selfhost/obligation::symbol-vector-valid-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/obligation::symbol-vector-valid? (fn (values) (if (selfhost/obligation::vec? values) ((selfhost/obligation::symbol-vector-valid-loop? values) 0) false))) (def selfhost/obligation::module-valid? (fn (module) (if (selfhost/obligation::map? module) (if ((core/int::eq? (core/map::len module)) 2) (if (selfhost/obligation::str? ((core/map::get module) (quote :path))) (selfhost/obligation::vec? ((core/map::get module) (quote :forms))) false) false) false))) (def selfhost/obligation::validate-modules-loop (fn (modules) (fn (index) (if ((core/int::eq? index) (core/vec::len modules)) true (if (selfhost/obligation::module-valid? ((core/vec::get modules) index)) ((selfhost/obligation::validate-modules-loop modules) ((core/int::add index) 1)) (selfhost/obligation::error "capability module observation must contain exactly valid :path and :forms fields")))))) (def selfhost/obligation::form-defines? (fn (form) (fn (suite) (if ((selfhost/obligation::tag? form) (quote :pair)) (let ((items (core/pair::as-proper-list form))) (if (selfhost/obligation::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((head ((core/vec::get items) 0)) (name ((core/vec::get items) 1))) (if (selfhost/obligation::sym? head) (if ((core/sym::eq? head) (quote def)) (if (selfhost/obligation::sym? name) ((core/sym::eq? name) suite) false) false) false)) false) false)) false)))) (def selfhost/obligation::forms-define-loop? (fn (forms) (fn (suite) (fn (index) (if ((core/int::eq? index) (core/vec::len forms)) false (if ((selfhost/obligation::form-defines? ((core/vec::get forms) index)) suite) true (((selfhost/obligation::forms-define-loop? forms) suite) ((core/int::add index) 1)))))))) (def selfhost/obligation::module-defines? (fn (module) (fn (suite) (((selfhost/obligation::forms-define-loop? ((core/map::get module) (quote :forms))) suite) 0)))) (def selfhost/obligation::find-suite-module-loop (fn (modules) (fn (suite) (fn (index) (if ((core/int::eq? index) (core/vec::len modules)) nil (let ((module ((core/vec::get modules) index))) (if (selfhost/obligation::module-valid? module) (if ((selfhost/obligation::module-defines? module) suite) module (((selfhost/obligation::find-suite-module-loop modules) suite) ((core/int::add index) 1))) (selfhost/obligation::error "capability module observation must contain exactly valid :path and :forms fields")))))))) (def selfhost/obligation::find-suite-module (fn (modules) (fn (suite) (((selfhost/obligation::find-suite-module-loop modules) suite) 0)))) (def selfhost/obligation::symbol-member-loop? (fn (values) (fn (needle) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) false (if ((core/sym::eq? ((core/vec::get values) index)) needle) true (((selfhost/obligation::symbol-member-loop? values) needle) ((core/int::add index) 1)))))))) (def selfhost/obligation::symbol-member? (fn (values) (fn (needle) (((selfhost/obligation::symbol-member-loop? values) needle) 0)))) (def selfhost/obligation::caps-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 3) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (selfhost/obligation::symbol-vector-valid? ((core/map::get test) (quote :used-ops))) false) false) false) false))) (def selfhost/obligation::undeclared-capability-error (fn (test) (fn (op) (fn (module) ((core/str::concat "test ") ((core/str::concat ((core/map::get test) (quote :name))) ((core/str::concat " used op ") ((core/str::concat (core/sym::to-str op)) ((core/str::concat " but module ") ((core/str::concat ((core/map::get module) (quote :path))) " did not declare it in :caps")))))))))) (def selfhost/obligation::caps-ops-loop (fn (test) (fn (module) (fn (declared) (fn (used) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len used)) errors (let ((op ((core/vec::get used) index))) ((((((selfhost/obligation::caps-ops-loop test) module) declared) used) ((core/int::add index) 1)) (if ((selfhost/obligation::symbol-member? declared) op) errors ((core/vec::push errors) (((selfhost/obligation::undeclared-capability-error test) op) module))))))))))))) (def selfhost/obligation::module-declared-caps (fn (module) (let ((meta (core/cli::module-meta ((core/map::get module) (quote :forms))))) (if (selfhost/obligation::map? meta) (let ((declared ((core/map::get meta) (quote :caps)))) (if (selfhost/obligation::symbol-vector-valid? declared) declared (selfhost/obligation::error ((core/str::concat "module ") ((core/str::concat ((core/map::get module) (quote :path))) " ::meta missing :caps"))))) (selfhost/obligation::error ((core/str::concat "module ") ((core/str::concat ((core/map::get module) (quote :path))) " missing ::meta for caps check"))))))) (def selfhost/obligation::caps-test-errors (fn (modules) (fn (test) (let ((suite ((core/map::get test) (quote :suite))) (module ((selfhost/obligation::find-suite-module modules) ((core/map::get test) (quote :suite))))) (if (core/error::is? module) module (if (selfhost/obligation::nil? module) ((core/vec::push []) ((core/str::concat "cannot find defining module for suite ") (core/sym::to-str suite))) (let ((declared (selfhost/obligation::module-declared-caps module))) (if (core/error::is? declared) declared ((((((selfhost/obligation::caps-ops-loop test) module) declared) ((core/map::get test) (quote :used-ops))) 0) []))))))))) (def selfhost/obligation::caps-tests-loop (fn (modules) (fn (tests) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len tests)) errors (let ((test ((core/vec::get tests) index))) (if (selfhost/obligation::caps-test-valid? test) (let ((next-errors ((selfhost/obligation::caps-test-errors modules) test))) (if (core/error::is? next-errors) next-errors ((((selfhost/obligation::caps-tests-loop modules) tests) ((core/int::add index) 1)) ((selfhost/obligation::append-errors errors) next-errors)))) (selfhost/obligation::error "capability test observation must contain exactly valid :suite, :name, and :used-ops fields"))))))))) (def selfhost/obligation::capabilities-declared (fn (package) (fn (inputs) (if (selfhost/obligation::map? inputs) (if ((core/int::eq? (core/map::len inputs)) 2) (let ((modules ((core/map::get inputs) (quote :modules))) (tests ((core/map::get inputs) (quote :tests)))) (if (if (selfhost/obligation::vec? modules) (selfhost/obligation::vec? tests) false) (let ((modules-valid ((selfhost/obligation::validate-modules-loop modules) 0))) (if (core/error::is? modules-valid) modules-valid (let ((errors ((((selfhost/obligation::caps-tests-loop modules) tests) 0) []))) (if (core/error::is? errors) errors (let ((ok ((core/int::eq? (core/vec::len errors)) 0))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::capabilities-declared" :ok ok :operation (quote :capabilities-declared) :report {:errors errors :kind "genesis/caps-declared-v0.2" :ok ok :package package} :v 2}))))) (selfhost/obligation::error ":capabilities-declared requires vector :modules and :tests inputs"))) (selfhost/obligation::error ":capabilities-declared inputs must contain exactly :modules and :tests")) (selfhost/obligation::error ":capabilities-declared inputs must be a map")))))] :module-h b"\xC8.\x17\x08\x8Ca\xB5\x871z\xB7cd\x0Br\xE4\xA0\xD6\xDD}}\xD6\xAE\x81.<\x19\xA8@r\r|" :path "selfhost/obligation_authority_core_v1.gc" :source "(def selfhost/obligation::REQUEST_KIND \"genesis/obligation-authority-request-v0.2\")\n(def selfhost/obligation::RESULT_KIND \"genesis/obligation-authority-result-v0.2\")\n\n(def selfhost/obligation::error\n (fn (message) ((core/error::make2 \"core/obligation/authority\") message)))\n\n(def selfhost/obligation::tag?\n (fn (value) (fn (tag) ((core/sym::eq? (core/data::tag value)) tag))))\n(def selfhost/obligation::map? (fn (value) ((selfhost/obligation::tag? value) (quote :map))))\n(def selfhost/obligation::vec? (fn (value) ((selfhost/obligation::tag? value) (quote :vec))))\n(def selfhost/obligation::str? (fn (value) ((selfhost/obligation::tag? value) (quote :str))))\n(def selfhost/obligation::sym? (fn (value) ((selfhost/obligation::tag? value) (quote :sym))))\n(def selfhost/obligation::int? (fn (value) ((selfhost/obligation::tag? value) (quote :int))))\n(def selfhost/obligation::bool? (fn (value) ((selfhost/obligation::tag? value) (quote :bool))))\n(def selfhost/obligation::bytes? (fn (value) ((selfhost/obligation::tag? value) (quote :bytes))))\n(def selfhost/obligation::nil? core/list::is-nil?)\n\n(def selfhost/obligation::hash?\n (fn (value)\n (if (selfhost/obligation::bytes? value)\n ((core/int::eq? (core/bytes::len value)) 32)\n false)))\n\n(def selfhost/obligation::optional-hash?\n (fn (value)\n (if (selfhost/obligation::nil? value) true (selfhost/obligation::hash? value))))\n\n(def selfhost/obligation::optional-str?\n (fn (value)\n (if (selfhost/obligation::nil? value) true (selfhost/obligation::str? value))))\n\n(def selfhost/obligation::nonnegative-int?\n (fn (value)\n (if (selfhost/obligation::int? value)\n (if ((core/int::lt? value) 0) false true)\n false)))\n\n(def selfhost/obligation::optional-nonnegative-int?\n (fn (value)\n (if (selfhost/obligation::nil? value)\n true\n (selfhost/obligation::nonnegative-int? value))))\n\n(def selfhost/obligation::test-ok?\n (fn (test)\n (let\n ((sealed-error ((core/map::get test) (quote :sealed-error)))\n (actual-h ((core/map::get test) (quote :actual-h)))\n (expected-h ((core/map::get test) (quote :expected-h))))\n (if sealed-error\n false\n (if (selfhost/obligation::nil? expected-h)\n true\n ((core/eq? actual-h) expected-h))))))\n\n(def selfhost/obligation::unit-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 6)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (if (selfhost/obligation::hash? ((core/map::get test) (quote :actual-h)))\n (if (selfhost/obligation::optional-hash? ((core/map::get test) (quote :expected-h)))\n (if (selfhost/obligation::bool? ((core/map::get test) (quote :sealed-error)))\n (selfhost/obligation::optional-str?\n ((core/map::get test) (quote :log-artifact)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::unit-test-report\n (fn (test)\n (let\n ((ok (selfhost/obligation::test-ok? test))\n (log-artifact ((core/map::get test) (quote :log-artifact))))\n (let\n ((base\n {:name ((core/map::get test) (quote :name))\n :ok ok\n :suite ((core/map::get test) (quote :suite))\n :value-h ((core/map::get test) (quote :actual-h))}))\n (let\n ((with-error\n (if ok\n base\n (((core/map::put base) (quote :error)) \"test failed\"))))\n (if (selfhost/obligation::nil? log-artifact)\n with-error\n (((core/map::put with-error) (quote :log-artifact)) log-artifact)))))))\n\n(def selfhost/obligation::unit-tests-loop\n (fn (tests)\n (fn (count)\n (fn (index)\n (fn (out)\n (fn (ok)\n (if ((core/int::eq? index) count)\n {:ok ok :tests out}\n (let ((test ((core/vec::get tests) index)))\n (if (selfhost/obligation::unit-test-valid? test)\n (let ((report (selfhost/obligation::unit-test-report test)))\n (((((selfhost/obligation::unit-tests-loop tests) count)\n ((core/int::add index) 1))\n ((core/vec::push out) report))\n (if ok ((core/map::get report) (quote :ok)) false)))\n (selfhost/obligation::error\n \"unit-test observation must contain exactly valid :suite, :name, :actual-h, :expected-h, :sealed-error, and :log-artifact fields\"))))))))))\n\n(def selfhost/obligation::unit-tests\n (fn (package)\n (fn (limits)\n (fn (tests)\n (if (if (selfhost/obligation::map? limits)\n ((core/int::eq? (core/map::len limits)) 0)\n false)\n (let ((state (((((selfhost/obligation::unit-tests-loop tests)\n (core/vec::len tests)) 0) []) true)))\n (if (core/error::is? state)\n state\n (let\n ((ok ((core/map::get state) (quote :ok)))\n (reports ((core/map::get state) (quote :tests))))\n {:errors []\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::unit-tests\"\n :ok ok\n :operation (quote :unit-tests)\n :report\n {:kind \"genesis/unit-tests-v0.2\"\n :ok ok\n :package package\n :tests reports}\n :v 2})))\n (selfhost/obligation::error \":unit-tests requires an empty :limits map\"))))))\n\n(def selfhost/obligation::budget-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 5)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (if (selfhost/obligation::nonnegative-int? ((core/map::get test) (quote :steps)))\n (if (selfhost/obligation::nonnegative-int?\n ((core/map::get test) (quote :effect-entries)))\n (selfhost/obligation::nonnegative-int?\n ((core/map::get test) (quote :effect-log-bytes)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::limit-exceeded?\n (fn (observed)\n (fn (limit)\n (if (selfhost/obligation::nil? limit)\n false\n ((core/int::lt? limit) observed)))))\n\n(def selfhost/obligation::budget-error\n (fn (suite)\n (fn (name)\n (fn (label)\n (fn (observed)\n (fn (limit)\n ((core/str::concat \"test \")\n ((core/str::concat (core/sym::to-str suite))\n ((core/str::concat \"::\")\n ((core/str::concat name)\n ((core/str::concat \" exceeded \")\n ((core/str::concat label)\n ((core/str::concat \": \")\n ((core/str::concat (core/int::to-str observed))\n ((core/str::concat \" > \") (core/int::to-str limit))))))))))))))))\n\n(def selfhost/obligation::budget-test\n (fn (test)\n (fn (limits)\n (let\n ((suite ((core/map::get test) (quote :suite)))\n (name ((core/map::get test) (quote :name)))\n (steps ((core/map::get test) (quote :steps)))\n (entries ((core/map::get test) (quote :effect-entries)))\n (log-bytes ((core/map::get test) (quote :effect-log-bytes)))\n (max-steps ((core/map::get limits) (quote :max-steps-per-test)))\n (max-entries ((core/map::get limits) (quote :max-effect-entries-per-test)))\n (max-log-bytes ((core/map::get limits) (quote :max-effect-log-bytes-per-test))))\n (let\n ((step-bad ((selfhost/obligation::limit-exceeded? steps) max-steps))\n (entry-bad ((selfhost/obligation::limit-exceeded? entries) max-entries))\n (log-bad ((selfhost/obligation::limit-exceeded? log-bytes) max-log-bytes)))\n (let\n ((errors0\n (if step-bad\n ((core/vec::push [])\n (((((selfhost/obligation::budget-error suite) name)\n \"max_steps_per_test\") steps) max-steps))\n [])))\n (let\n ((errors1\n (if entry-bad\n ((core/vec::push errors0)\n (((((selfhost/obligation::budget-error suite) name)\n \"max_effect_entries_per_test\") entries) max-entries))\n errors0)))\n (let\n ((errors2\n (if log-bad\n ((core/vec::push errors1)\n (((((selfhost/obligation::budget-error suite) name)\n \"max_effect_log_bytes_per_test\") log-bytes) max-log-bytes))\n errors1)))\n {:errors errors2\n :ok (if step-bad false (if entry-bad false (if log-bad false true)))\n :report\n {:effect-entries entries\n :effect-log-bytes log-bytes\n :name name\n :ok (if step-bad false (if entry-bad false (if log-bad false true)))\n :steps steps\n :suite suite}}))))))))\n\n(def selfhost/obligation::append-errors-loop\n (fn (source)\n (fn (count)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) count)\n out\n ((((selfhost/obligation::append-errors-loop source) count)\n ((core/int::add index) 1))\n ((core/vec::push out) ((core/vec::get source) index)))))))))\n\n(def selfhost/obligation::append-errors\n (fn (out)\n (fn (source)\n ((((selfhost/obligation::append-errors-loop source) (core/vec::len source)) 0) out))))\n\n(def selfhost/obligation::budget-tests-loop\n (fn (tests)\n (fn (limits)\n (fn (count)\n (fn (index)\n (fn (reports)\n (fn (errors)\n (if ((core/int::eq? index) count)\n {:errors errors :reports reports}\n (let ((test ((core/vec::get tests) index)))\n (if (selfhost/obligation::budget-test-valid? test)\n (let ((decision ((selfhost/obligation::budget-test test) limits)))\n ((((((selfhost/obligation::budget-tests-loop tests) limits) count)\n ((core/int::add index) 1))\n ((core/vec::push reports)\n ((core/map::get decision) (quote :report))))\n ((selfhost/obligation::append-errors errors)\n ((core/map::get decision) (quote :errors)))))\n (selfhost/obligation::error\n \"budget observation must contain exactly valid :suite, :name, :steps, :effect-entries, and :effect-log-bytes fields\")))))))))))\n\n(def selfhost/obligation::limits-valid?\n (fn (limits)\n (if (selfhost/obligation::map? limits)\n (if ((core/int::eq? (core/map::len limits)) 3)\n (if (selfhost/obligation::optional-nonnegative-int?\n ((core/map::get limits) (quote :max-steps-per-test)))\n (if (selfhost/obligation::optional-nonnegative-int?\n ((core/map::get limits) (quote :max-effect-entries-per-test)))\n (selfhost/obligation::optional-nonnegative-int?\n ((core/map::get limits) (quote :max-effect-log-bytes-per-test)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::compact-limits\n (fn (limits)\n (let\n ((max-steps ((core/map::get limits) (quote :max-steps-per-test)))\n (max-entries ((core/map::get limits) (quote :max-effect-entries-per-test)))\n (max-log-bytes ((core/map::get limits) (quote :max-effect-log-bytes-per-test))))\n (let\n ((out0\n (if (selfhost/obligation::nil? max-steps)\n {}\n (((core/map::put {}) (quote :max-steps-per-test)) max-steps))))\n (let\n ((out1\n (if (selfhost/obligation::nil? max-entries)\n out0\n (((core/map::put out0) (quote :max-effect-entries-per-test)) max-entries))))\n (if (selfhost/obligation::nil? max-log-bytes)\n out1\n (((core/map::put out1) (quote :max-effect-log-bytes-per-test)) max-log-bytes)))))))\n\n(def selfhost/obligation::budgets\n (fn (package)\n (fn (limits)\n (fn (tests)\n (if (selfhost/obligation::limits-valid? limits)\n (let ((state ((((((selfhost/obligation::budget-tests-loop tests) limits)\n (core/vec::len tests)) 0) []) [])))\n (if (core/error::is? state)\n state\n (let\n ((errors ((core/map::get state) (quote :errors)))\n (reports ((core/map::get state) (quote :reports))))\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n (let\n ((report0\n {:kind \"genesis/budgets-v0.2\"\n :limits (selfhost/obligation::compact-limits limits)\n :ok ok\n :package package\n :tests reports}))\n (let\n ((report\n (if ok\n report0\n (((core/map::put report0) (quote :errors)) errors))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::budgets\"\n :ok ok\n :operation (quote :budgets)\n :report report\n :v 2}))))))\n (selfhost/obligation::error\n \":budgets requires exactly three optional nonnegative integer limits\"))))))\n\n(def selfhost/obligation::symbol-vector-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/obligation::sym? ((core/vec::get values) index))\n ((selfhost/obligation::symbol-vector-valid-loop? values) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/obligation::symbol-vector-valid?\n (fn (values)\n (if (selfhost/obligation::vec? values)\n ((selfhost/obligation::symbol-vector-valid-loop? values) 0)\n false)))\n\n(def selfhost/obligation::module-valid?\n (fn (module)\n (if (selfhost/obligation::map? module)\n (if ((core/int::eq? (core/map::len module)) 2)\n (if (selfhost/obligation::str? ((core/map::get module) (quote :path)))\n (selfhost/obligation::vec? ((core/map::get module) (quote :forms)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::validate-modules-loop\n (fn (modules)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len modules))\n true\n (if (selfhost/obligation::module-valid? ((core/vec::get modules) index))\n ((selfhost/obligation::validate-modules-loop modules) ((core/int::add index) 1))\n (selfhost/obligation::error\n \"capability module observation must contain exactly valid :path and :forms fields\"))))))\n\n(def selfhost/obligation::form-defines?\n (fn (form)\n (fn (suite)\n (if ((selfhost/obligation::tag? form) (quote :pair))\n (let ((items (core/pair::as-proper-list form)))\n (if (selfhost/obligation::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let\n ((head ((core/vec::get items) 0))\n (name ((core/vec::get items) 1)))\n (if (selfhost/obligation::sym? head)\n (if ((core/sym::eq? head) (quote def))\n (if (selfhost/obligation::sym? name)\n ((core/sym::eq? name) suite)\n false)\n false)\n false))\n false)\n false))\n false))))\n\n(def selfhost/obligation::forms-define-loop?\n (fn (forms)\n (fn (suite)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len forms))\n false\n (if ((selfhost/obligation::form-defines? ((core/vec::get forms) index)) suite)\n true\n (((selfhost/obligation::forms-define-loop? forms) suite)\n ((core/int::add index) 1))))))))\n\n(def selfhost/obligation::module-defines?\n (fn (module)\n (fn (suite)\n (((selfhost/obligation::forms-define-loop?\n ((core/map::get module) (quote :forms))) suite) 0))))\n\n(def selfhost/obligation::find-suite-module-loop\n (fn (modules)\n (fn (suite)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len modules))\n nil\n (let ((module ((core/vec::get modules) index)))\n (if (selfhost/obligation::module-valid? module)\n (if ((selfhost/obligation::module-defines? module) suite)\n module\n (((selfhost/obligation::find-suite-module-loop modules) suite)\n ((core/int::add index) 1)))\n (selfhost/obligation::error\n \"capability module observation must contain exactly valid :path and :forms fields\"))))))))\n\n(def selfhost/obligation::find-suite-module\n (fn (modules)\n (fn (suite)\n (((selfhost/obligation::find-suite-module-loop modules) suite) 0))))\n\n(def selfhost/obligation::symbol-member-loop?\n (fn (values)\n (fn (needle)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n false\n (if ((core/sym::eq? ((core/vec::get values) index)) needle)\n true\n (((selfhost/obligation::symbol-member-loop? values) needle)\n ((core/int::add index) 1))))))))\n\n(def selfhost/obligation::symbol-member?\n (fn (values)\n (fn (needle)\n (((selfhost/obligation::symbol-member-loop? values) needle) 0))))\n\n(def selfhost/obligation::caps-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 3)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (selfhost/obligation::symbol-vector-valid?\n ((core/map::get test) (quote :used-ops)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::undeclared-capability-error\n (fn (test)\n (fn (op)\n (fn (module)\n ((core/str::concat \"test \")\n ((core/str::concat ((core/map::get test) (quote :name)))\n ((core/str::concat \" used op \")\n ((core/str::concat (core/sym::to-str op))\n ((core/str::concat \" but module \")\n ((core/str::concat ((core/map::get module) (quote :path)))\n \" did not declare it in :caps\"))))))))))\n\n(def selfhost/obligation::caps-ops-loop\n (fn (test)\n (fn (module)\n (fn (declared)\n (fn (used)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len used))\n errors\n (let ((op ((core/vec::get used) index)))\n ((((((selfhost/obligation::caps-ops-loop test) module) declared) used)\n ((core/int::add index) 1))\n (if ((selfhost/obligation::symbol-member? declared) op)\n errors\n ((core/vec::push errors)\n (((selfhost/obligation::undeclared-capability-error test) op) module)))))))))))))\n\n(def selfhost/obligation::module-declared-caps\n (fn (module)\n (let ((meta (core/cli::module-meta ((core/map::get module) (quote :forms)))))\n (if (selfhost/obligation::map? meta)\n (let ((declared ((core/map::get meta) (quote :caps))))\n (if (selfhost/obligation::symbol-vector-valid? declared)\n declared\n (selfhost/obligation::error\n ((core/str::concat \"module \")\n ((core/str::concat ((core/map::get module) (quote :path)))\n \" ::meta missing :caps\")))))\n (selfhost/obligation::error\n ((core/str::concat \"module \")\n ((core/str::concat ((core/map::get module) (quote :path)))\n \" missing ::meta for caps check\")))))))\n\n(def selfhost/obligation::caps-test-errors\n (fn (modules)\n (fn (test)\n (let\n ((suite ((core/map::get test) (quote :suite)))\n (module ((selfhost/obligation::find-suite-module modules)\n ((core/map::get test) (quote :suite)))))\n (if (core/error::is? module)\n module\n (if (selfhost/obligation::nil? module)\n ((core/vec::push [])\n ((core/str::concat \"cannot find defining module for suite \")\n (core/sym::to-str suite)))\n (let ((declared (selfhost/obligation::module-declared-caps module)))\n (if (core/error::is? declared)\n declared\n ((((((selfhost/obligation::caps-ops-loop test) module) declared)\n ((core/map::get test) (quote :used-ops))) 0) [])))))))))\n\n(def selfhost/obligation::caps-tests-loop\n (fn (modules)\n (fn (tests)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n errors\n (let ((test ((core/vec::get tests) index)))\n (if (selfhost/obligation::caps-test-valid? test)\n (let ((next-errors ((selfhost/obligation::caps-test-errors modules) test)))\n (if (core/error::is? next-errors)\n next-errors\n ((((selfhost/obligation::caps-tests-loop modules) tests)\n ((core/int::add index) 1))\n ((selfhost/obligation::append-errors errors) next-errors))))\n (selfhost/obligation::error\n \"capability test observation must contain exactly valid :suite, :name, and :used-ops fields\")))))))))\n\n(def selfhost/obligation::capabilities-declared\n (fn (package)\n (fn (inputs)\n (if (selfhost/obligation::map? inputs)\n (if ((core/int::eq? (core/map::len inputs)) 2)\n (let\n ((modules ((core/map::get inputs) (quote :modules)))\n (tests ((core/map::get inputs) (quote :tests))))\n (if (if (selfhost/obligation::vec? modules) (selfhost/obligation::vec? tests) false)\n (let ((modules-valid ((selfhost/obligation::validate-modules-loop modules) 0)))\n (if (core/error::is? modules-valid)\n modules-valid\n (let ((errors ((((selfhost/obligation::caps-tests-loop modules) tests) 0) [])))\n (if (core/error::is? errors)\n errors\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::capabilities-declared\"\n :ok ok\n :operation (quote :capabilities-declared)\n :report\n {:errors errors\n :kind \"genesis/caps-declared-v0.2\"\n :ok ok\n :package package}\n :v 2})))))\n (selfhost/obligation::error\n \":capabilities-declared requires vector :modules and :tests inputs\")))\n (selfhost/obligation::error\n \":capabilities-declared inputs must contain exactly :modules and :tests\"))\n (selfhost/obligation::error \":capabilities-declared inputs must be a map\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"|xk1\x97list ((core/vec::push ((core/vec::push []) (quote quote))) next-meta)))) (let ((next-form (selfhost/canon::vec->list ((core/vec::push ((core/vec::push ((core/vec::push []) (quote def))) (quote ::meta))) quoted)))) (let ((selector ((core/vec::push ((core/vec::push []) (quote :form))) index))) (let ((op {:module-path path :new next-form :op (quote :replace-node) :path ((core/vec::push []) selector)})) (let ((patch {:intent "lint/autofix-types" :ops ((core/vec::push []) op) :provenance {:generated-by "core/obligation::lint" :module-path path :reasons reasons} :version 1})) (let ((hash (selfhost/obligation::artifact-hash-term patch))) (if (core/error::is? hash) hash {:artifact {:hash hash :term patch} :hash hash :reasons reasons})))))))))))))) (def selfhost/obligation::lint-autofix-types (fn (path) (fn (found) (fn (meta) (fn (exports) (fn (types0) (let ((missing-types-map (if (selfhost/obligation::map? types0) false true)) (filled ((((selfhost/obligation::lint-fill-types-loop exports) 0) (if (selfhost/obligation::map? types0) types0 {})) false))) (let ((added ((core/map::get filled) (quote :added))) (types ((core/map::get filled) (quote :types)))) (if (if missing-types-map true added) (let ((reasons0 (if missing-types-map ((core/vec::push []) "editor/lint/missing-types-map") []))) (((((selfhost/obligation::lint-autofix-patch path) ((core/map::get found) (quote :index))) meta) types) (if added ((core/vec::push reasons0) "editor/lint/missing-type") reasons0))) nil))))))))) (def selfhost/obligation::lint-autofix (fn (path) (fn (forms) (let ((found ((selfhost/obligation::lint-find-meta-loop forms) 0))) (if (selfhost/obligation::nil? found) nil (let ((meta ((core/map::get found) (quote :meta)))) (let ((exports0 ((core/map::get meta) (quote :exports)))) (if (selfhost/obligation::vec? exports0) (((((selfhost/obligation::lint-autofix-types path) found) meta) (((selfhost/obligation::lint-symbol-exports-loop exports0) 0) [])) ((core/map::get meta) (quote :types))) nil)))))))) (def selfhost/obligation::lint-diag-error? (fn (diag) (let ((level ((core/map::get diag) (quote :level)))) (if (selfhost/obligation::sym? level) (if ((core/sym::eq? level) (quote :error)) true ((core/sym::eq? level) (quote error))) (if (selfhost/obligation::str? level) (if ((core/eq? level) ":error") true ((core/eq? level) "error")) false))))) (def selfhost/obligation::lint-diag-code (fn (diag) (let ((code ((core/map::get diag) (quote :code)))) (if (selfhost/obligation::str? code) code (if (selfhost/obligation::sym? code) (core/sym::to-str code) "editor/lint/error"))))) (def selfhost/obligation::lint-diag-message (fn (diag) (let ((message ((core/map::get diag) (quote :msg)))) (if (selfhost/obligation::str? message) message "lint error")))) (def selfhost/obligation::lint-error (fn (path) (fn (diag) ((core/str::concat path) ((core/str::concat ": ") ((core/str::concat (selfhost/obligation::lint-diag-code diag)) ((core/str::concat ": ") (selfhost/obligation::lint-diag-message diag)))))))) (def selfhost/obligation::lint-errors-loop (fn (path) (fn (diagnostics) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len diagnostics)) errors (let ((diag ((core/vec::get diagnostics) index))) ((((selfhost/obligation::lint-errors-loop path) diagnostics) ((core/int::add index) 1)) (if (if (selfhost/obligation::map? diag) (selfhost/obligation::lint-diag-error? diag) false) ((core/vec::push errors) ((selfhost/obligation::lint-error path) diag)) errors))))))))) (def selfhost/obligation::lint-module (fn (module) (let ((path ((core/map::get module) (quote :path))) (forms ((core/map::get module) (quote :forms)))) (let ((diagnostics ((core/editor/lint::lint-module path) forms))) (if (selfhost/obligation::vec? diagnostics) (let ((autofix ((selfhost/obligation::lint-autofix path) forms)) (errors ((((selfhost/obligation::lint-errors-loop path) diagnostics) 0) []))) (if (core/error::is? autofix) autofix {:artifact (if (selfhost/obligation::nil? autofix) nil ((core/map::get autofix) (quote :artifact))) :autofix (if (selfhost/obligation::nil? autofix) nil {:patch ((core/map::get autofix) (quote :hash)) :path path :reasons ((core/map::get autofix) (quote :reasons))}) :errors errors :report {:autofix-patch (if (selfhost/obligation::nil? autofix) nil ((core/map::get autofix) (quote :hash))) :diagnostics diagnostics :path path}})) (selfhost/obligation::error "lint result must be vector diagnostics")))))) (def selfhost/obligation::lint-modules-loop (fn (modules) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len modules)) state (let ((result (selfhost/obligation::lint-module ((core/vec::get modules) index)))) (if (core/error::is? result) result (((selfhost/obligation::lint-modules-loop modules) ((core/int::add index) 1)) {:artifacts (if (selfhost/obligation::nil? ((core/map::get result) (quote :artifact))) ((core/map::get state) (quote :artifacts)) ((core/vec::push ((core/map::get state) (quote :artifacts))) ((core/map::get result) (quote :artifact)))) :autofixes (if (selfhost/obligation::nil? ((core/map::get result) (quote :autofix))) ((core/map::get state) (quote :autofixes)) ((core/vec::push ((core/map::get state) (quote :autofixes))) ((core/map::get result) (quote :autofix)))) :errors ((selfhost/obligation::append-errors ((core/map::get state) (quote :errors))) ((core/map::get result) (quote :errors))) :modules ((core/vec::push ((core/map::get state) (quote :modules))) ((core/map::get result) (quote :report)))})))))))) (def selfhost/obligation::lint-build (fn (package) (fn (modules) (let ((state (((selfhost/obligation::lint-modules-loop modules) 0) {:artifacts [] :autofixes [] :errors [] :modules []}))) (if (core/error::is? state) state (let ((errors ((core/map::get state) (quote :errors))) (ok ((core/int::eq? (core/vec::len ((core/map::get state) (quote :errors)))) 0))) {:artifacts ((core/map::get state) (quote :artifacts)) :errors errors :report {:autofix-patches ((core/map::get state) (quote :autofixes)) :errors errors :kind "genesis/lints-v0.2" :modules ((core/map::get state) (quote :modules)) :obligation "core/obligation::lint" :ok ok :package package}})))))) (def selfhost/obligation::lint (fn (package) (fn (inputs) (if (if (selfhost/obligation::map? inputs) ((core/int::eq? (core/map::len inputs)) 1) false) (let ((modules ((core/map::get inputs) (quote :modules)))) (if (selfhost/obligation::vec? modules) (let ((valid ((selfhost/obligation::validate-modules-loop modules) 0))) (if (core/error::is? valid) valid (let ((built ((selfhost/obligation::lint-build package) modules))) (if (core/error::is? built) built (let ((errors ((core/map::get built) (quote :errors))) (report ((core/map::get built) (quote :report)))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::lint" :ok ((core/map::get report) (quote :ok)) :operation (quote :lint) :report {:artifact-terms ((core/map::get built) (quote :artifacts)) :final report} :v 2}))))) (selfhost/obligation::error ":lint :modules input must be a vector"))) (selfhost/obligation::error ":lint inputs must contain exactly :modules")))))] :module-h b"7\xEB\xDAJV\xF5WK8\x19c\xB3\xCCM\x19\xF0\xED\xB0\x06\xB9s\xA5\xAD\x17\x04\xFB\xFA\xAEh\x97\xE1\x15" :path "selfhost/obligation_authority_lint_v1.gc" :source "(def selfhost/obligation::artifact-hash-term\n (fn (term)\n (let ((printed (selfhost/printer::print-term term)))\n (if (core/error::is? printed)\n printed\n (let ((bytes (core/str::to-utf8 printed)))\n (if (core/error::is? bytes)\n bytes\n (let ((digest (core/crypto::blake3 bytes)))\n (if (core/error::is? digest) digest (core/bytes::to-hex digest)))))))))\n\n(def selfhost/obligation::map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (if ((core/eq? ((core/vec::get ((core/vec::get entries) index)) 0)) key)\n true\n (((selfhost/obligation::map-has-key-loop? entries) key)\n ((core/int::add index) 1))))))))\n\n(def selfhost/obligation::map-has-key?\n (fn (map)\n (fn (key)\n (((selfhost/obligation::map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/obligation::lint-find-meta-loop\n (fn (forms)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len forms))\n nil\n (let ((form ((core/vec::get forms) index)))\n (let ((name (core/editor/lint::def-name-or-nil form)))\n (if (if (selfhost/obligation::sym? name)\n ((core/sym::eq? name) (quote ::meta))\n false)\n (let ((expr (core/editor/lint::def-expr-or-nil form)))\n (if (core/editor/lint::pair? expr)\n (let ((items (core/pair::as-proper-list expr)))\n (if (if (selfhost/obligation::vec? items)\n ((core/int::eq? (core/vec::len items)) 2)\n false)\n (let\n ((head ((core/vec::get items) 0))\n (value ((core/vec::get items) 1)))\n (if (if (selfhost/obligation::sym? head)\n ((core/sym::eq? head) (quote quote))\n false)\n (if (selfhost/obligation::map? value)\n {:index index :meta value}\n nil)\n nil))\n nil))\n nil))\n ((selfhost/obligation::lint-find-meta-loop forms)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/obligation::lint-symbol-exports-loop\n (fn (exports)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len exports))\n out\n (let ((export ((core/vec::get exports) index)))\n (((selfhost/obligation::lint-symbol-exports-loop exports)\n ((core/int::add index) 1))\n (if (selfhost/obligation::sym? export)\n ((core/vec::push out) export)\n out))))))))\n\n(def selfhost/obligation::lint-fill-types-loop\n (fn (exports)\n (fn (index)\n (fn (types)\n (fn (added)\n (if ((core/int::eq? index) (core/vec::len exports))\n {:added added :types types}\n (let ((export ((core/vec::get exports) index)))\n (((((selfhost/obligation::lint-fill-types-loop exports)\n ((core/int::add index) 1))\n (if ((selfhost/obligation::map-has-key? types) export)\n types\n (((core/map::put types) export) (quote ?))))\n (if ((selfhost/obligation::map-has-key? types) export) added true))))))))))\n\n(def selfhost/obligation::lint-autofix-patch\n (fn (path)\n (fn (index)\n (fn (meta)\n (fn (types)\n (fn (reasons)\n (let ((next-meta (((core/map::put meta) (quote :types)) types)))\n (let\n ((quoted\n (selfhost/canon::vec->list\n ((core/vec::push ((core/vec::push []) (quote quote))) next-meta))))\n (let\n ((next-form\n (selfhost/canon::vec->list\n ((core/vec::push\n ((core/vec::push\n ((core/vec::push []) (quote def)))\n (quote ::meta)))\n quoted))))\n (let\n ((selector\n ((core/vec::push\n ((core/vec::push []) (quote :form))) index)))\n (let\n ((op\n {:module-path path\n :new next-form\n :op (quote :replace-node)\n :path ((core/vec::push []) selector)}))\n (let\n ((patch\n {:intent \"lint/autofix-types\"\n :ops ((core/vec::push []) op)\n :provenance\n {:generated-by \"core/obligation::lint\"\n :module-path path\n :reasons reasons}\n :version 1}))\n (let ((hash (selfhost/obligation::artifact-hash-term patch)))\n (if (core/error::is? hash)\n hash\n {:artifact {:hash hash :term patch}\n :hash hash\n :reasons reasons}))))))))))))))\n\n(def selfhost/obligation::lint-autofix-types\n (fn (path)\n (fn (found)\n (fn (meta)\n (fn (exports)\n (fn (types0)\n (let\n ((missing-types-map (if (selfhost/obligation::map? types0) false true))\n (filled\n ((((selfhost/obligation::lint-fill-types-loop exports) 0)\n (if (selfhost/obligation::map? types0) types0 {})) false)))\n (let\n ((added ((core/map::get filled) (quote :added)))\n (types ((core/map::get filled) (quote :types))))\n (if (if missing-types-map true added)\n (let\n ((reasons0\n (if missing-types-map\n ((core/vec::push []) \"editor/lint/missing-types-map\")\n [])))\n (((((selfhost/obligation::lint-autofix-patch path)\n ((core/map::get found) (quote :index)))\n meta)\n types)\n (if added\n ((core/vec::push reasons0) \"editor/lint/missing-type\")\n reasons0)))\n nil)))))))))\n\n(def selfhost/obligation::lint-autofix\n (fn (path)\n (fn (forms)\n (let ((found ((selfhost/obligation::lint-find-meta-loop forms) 0)))\n (if (selfhost/obligation::nil? found)\n nil\n (let ((meta ((core/map::get found) (quote :meta))))\n (let ((exports0 ((core/map::get meta) (quote :exports))))\n (if (selfhost/obligation::vec? exports0)\n (((((selfhost/obligation::lint-autofix-types path) found) meta)\n (((selfhost/obligation::lint-symbol-exports-loop exports0) 0) []))\n ((core/map::get meta) (quote :types)))\n nil))))))))\n\n(def selfhost/obligation::lint-diag-error?\n (fn (diag)\n (let ((level ((core/map::get diag) (quote :level))))\n (if (selfhost/obligation::sym? level)\n (if ((core/sym::eq? level) (quote :error))\n true\n ((core/sym::eq? level) (quote error)))\n (if (selfhost/obligation::str? level)\n (if ((core/eq? level) \":error\") true ((core/eq? level) \"error\"))\n false)))))\n\n(def selfhost/obligation::lint-diag-code\n (fn (diag)\n (let ((code ((core/map::get diag) (quote :code))))\n (if (selfhost/obligation::str? code)\n code\n (if (selfhost/obligation::sym? code)\n (core/sym::to-str code)\n \"editor/lint/error\")))))\n\n(def selfhost/obligation::lint-diag-message\n (fn (diag)\n (let ((message ((core/map::get diag) (quote :msg))))\n (if (selfhost/obligation::str? message) message \"lint error\"))))\n\n(def selfhost/obligation::lint-error\n (fn (path)\n (fn (diag)\n ((core/str::concat path)\n ((core/str::concat \": \")\n ((core/str::concat (selfhost/obligation::lint-diag-code diag))\n ((core/str::concat \": \")\n (selfhost/obligation::lint-diag-message diag))))))))\n\n(def selfhost/obligation::lint-errors-loop\n (fn (path)\n (fn (diagnostics)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len diagnostics))\n errors\n (let ((diag ((core/vec::get diagnostics) index)))\n ((((selfhost/obligation::lint-errors-loop path) diagnostics)\n ((core/int::add index) 1))\n (if (if (selfhost/obligation::map? diag)\n (selfhost/obligation::lint-diag-error? diag)\n false)\n ((core/vec::push errors)\n ((selfhost/obligation::lint-error path) diag))\n errors)))))))))\n\n(def selfhost/obligation::lint-module\n (fn (module)\n (let\n ((path ((core/map::get module) (quote :path)))\n (forms ((core/map::get module) (quote :forms))))\n (let ((diagnostics ((core/editor/lint::lint-module path) forms)))\n (if (selfhost/obligation::vec? diagnostics)\n (let\n ((autofix ((selfhost/obligation::lint-autofix path) forms))\n (errors ((((selfhost/obligation::lint-errors-loop path) diagnostics) 0) [])))\n (if (core/error::is? autofix)\n autofix\n {:artifact (if (selfhost/obligation::nil? autofix)\n nil\n ((core/map::get autofix) (quote :artifact)))\n :autofix\n (if (selfhost/obligation::nil? autofix)\n nil\n {:patch ((core/map::get autofix) (quote :hash))\n :path path\n :reasons ((core/map::get autofix) (quote :reasons))})\n :errors errors\n :report\n {:autofix-patch\n (if (selfhost/obligation::nil? autofix)\n nil\n ((core/map::get autofix) (quote :hash)))\n :diagnostics diagnostics\n :path path}}))\n (selfhost/obligation::error \"lint result must be vector diagnostics\"))))))\n\n(def selfhost/obligation::lint-modules-loop\n (fn (modules)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len modules))\n state\n (let ((result (selfhost/obligation::lint-module ((core/vec::get modules) index))))\n (if (core/error::is? result)\n result\n (((selfhost/obligation::lint-modules-loop modules)\n ((core/int::add index) 1))\n {:artifacts\n (if (selfhost/obligation::nil?\n ((core/map::get result) (quote :artifact)))\n ((core/map::get state) (quote :artifacts))\n ((core/vec::push ((core/map::get state) (quote :artifacts)))\n ((core/map::get result) (quote :artifact))))\n :autofixes\n (if (selfhost/obligation::nil?\n ((core/map::get result) (quote :autofix)))\n ((core/map::get state) (quote :autofixes))\n ((core/vec::push ((core/map::get state) (quote :autofixes)))\n ((core/map::get result) (quote :autofix))))\n :errors\n ((selfhost/obligation::append-errors\n ((core/map::get state) (quote :errors)))\n ((core/map::get result) (quote :errors)))\n :modules\n ((core/vec::push ((core/map::get state) (quote :modules)))\n ((core/map::get result) (quote :report)))}))))))))\n\n(def selfhost/obligation::lint-build\n (fn (package)\n (fn (modules)\n (let\n ((state\n (((selfhost/obligation::lint-modules-loop modules) 0)\n {:artifacts [] :autofixes [] :errors [] :modules []})))\n (if (core/error::is? state)\n state\n (let\n ((errors ((core/map::get state) (quote :errors)))\n (ok ((core/int::eq?\n (core/vec::len ((core/map::get state) (quote :errors)))) 0)))\n {:artifacts ((core/map::get state) (quote :artifacts))\n :errors errors\n :report\n {:autofix-patches ((core/map::get state) (quote :autofixes))\n :errors errors\n :kind \"genesis/lints-v0.2\"\n :modules ((core/map::get state) (quote :modules))\n :obligation \"core/obligation::lint\"\n :ok ok\n :package package}}))))))\n\n(def selfhost/obligation::lint\n (fn (package)\n (fn (inputs)\n (if (if (selfhost/obligation::map? inputs)\n ((core/int::eq? (core/map::len inputs)) 1)\n false)\n (let ((modules ((core/map::get inputs) (quote :modules))))\n (if (selfhost/obligation::vec? modules)\n (let ((valid ((selfhost/obligation::validate-modules-loop modules) 0)))\n (if (core/error::is? valid)\n valid\n (let ((built ((selfhost/obligation::lint-build package) modules)))\n (if (core/error::is? built)\n built\n (let\n ((errors ((core/map::get built) (quote :errors)))\n (report ((core/map::get built) (quote :report))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::lint\"\n :ok ((core/map::get report) (quote :ok))\n :operation (quote :lint)\n :report\n {:artifact-terms\n ((core/map::get built) (quote :artifacts))\n :final report}\n :v 2})))))\n (selfhost/obligation::error \":lint :modules input must be a vector\")))\n (selfhost/obligation::error \":lint inputs must contain exactly :modules\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x07\xC0|\xD5\xCE<\xB5B1=\xD6r>\x83\xDD\xCDR|\xCE\xA4\xA9\xA0\xC6Zt\xA4\xC8\xFB\xEF<\xC0~" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::style-strict-code? (fn (code) (if ((core/eq? code) "editor/lint/missing-meta") true (if ((core/eq? code) "editor/lint/malformed-meta") true (if ((core/eq? code) "editor/lint/missing-exports") true (if ((core/eq? code) "editor/lint/export-not-symbol") true (if ((core/eq? code) "editor/lint/missing-types-map") true (if ((core/eq? code) "editor/lint/missing-type") true (if ((core/eq? code) "editor/lint/missing-intent") true (if ((core/eq? code) "editor/lint/intent-not-string") true (if ((core/eq? code) "editor/lint/missing-caps") true ((core/eq? code) "editor/lint/caps-not-vector")))))))))))) (def selfhost/obligation::style-level (fn (diag) (let ((level ((core/map::get diag) (quote :level)))) (let ((text (if (selfhost/obligation::sym? level) (core/sym::to-str level) (if (selfhost/obligation::str? level) level ":error")))) (if (if ((core/eq? text) ":error") true ((core/eq? text) "error")) (quote :error) (if (if ((core/eq? text) ":warn") true (if ((core/eq? text) "warn") true (if ((core/eq? text) ":warning") true ((core/eq? text) "warning")))) (quote :warn) (quote :info))))))) (def selfhost/obligation::style-autofix-loop (fn (autofixes) (fn (path) (fn (index) (if ((core/int::eq? index) (core/vec::len autofixes)) nil (let ((entry ((core/vec::get autofixes) index))) (if (if (selfhost/obligation::map? entry) ((core/eq? ((core/map::get entry) (quote :path))) path) false) entry (((selfhost/obligation::style-autofix-loop autofixes) path) ((core/int::add index) 1))))))))) (def selfhost/obligation::style-fixes (fn (autofix) (fn (code) (if (selfhost/obligation::nil? autofix) [] ((core/vec::push []) {:intent ((core/str::concat "apply lint autofix for ") code) :kind (quote :gcpatch) :patch ((core/map::get autofix) (quote :patch)) :reasons ((core/map::get autofix) (quote :reasons)) :schema "genesis/fix-schema-v1"}))))) (def selfhost/obligation::style-diagnostic-step (fn (module) (fn (module-index) (fn (autofix) (fn (diag) (fn (diag-index) (fn (state) (let ((path ((core/map::get module) (quote :path))) (code (selfhost/obligation::lint-diag-code diag)) (message (selfhost/obligation::lint-diag-message diag)) (level (selfhost/obligation::style-level diag))) (let ((fail (if ((core/sym::eq? level) (quote :error)) true (if ((core/sym::eq? level) (quote :warn)) (selfhost/obligation::style-strict-code? code) false)))) {:diagnostics ((core/vec::push ((core/map::get state) (quote :diagnostics))) {:code code :diag-index diag-index :fixes ((selfhost/obligation::style-fixes autofix) code) :id ((core/str::concat path) ((core/str::concat "#") ((core/str::concat (core/int::to-str diag-index)) ((core/str::concat "#") code)))) :message message :module-index module-index :path path :severity level :symbol ((core/map::get diag) (quote :sym))}) :errors (if fail ((core/vec::push ((core/map::get state) (quote :errors))) ((selfhost/obligation::lint-error path) diag)) ((core/map::get state) (quote :errors)))}))))))))) (def selfhost/obligation::style-diagnostics-loop (fn (module) (fn (module-index) (fn (autofix) (fn (diagnostics) (fn (diag-index) (fn (state) (if ((core/int::eq? diag-index) (core/vec::len diagnostics)) state (let ((diag ((core/vec::get diagnostics) diag-index))) (let ((next (if (selfhost/obligation::map? diag) ((((((selfhost/obligation::style-diagnostic-step module) module-index) autofix) diag) diag-index) state) state))) ((((((selfhost/obligation::style-diagnostics-loop module) module-index) autofix) diagnostics) ((core/int::add diag-index) 1)) next))))))))))) (def selfhost/obligation::style-modules-loop (fn (modules) (fn (autofixes) (fn (module-index) (fn (state) (if ((core/int::eq? module-index) (core/vec::len modules)) state (let ((module ((core/vec::get modules) module-index))) (if (selfhost/obligation::map? module) (let ((path ((core/map::get module) (quote :path))) (diagnostics ((core/map::get module) (quote :diagnostics)))) (let ((autofix (((selfhost/obligation::style-autofix-loop autofixes) path) 0))) (let ((next ((((((selfhost/obligation::style-diagnostics-loop module) module-index) autofix) diagnostics) 0) state))) ((((selfhost/obligation::style-modules-loop modules) autofixes) ((core/int::add module-index) 1)) next)))) ((((selfhost/obligation::style-modules-loop modules) autofixes) ((core/int::add module-index) 1)) state))))))))) (def selfhost/obligation::style-patch-intents-loop (fn (autofixes) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len autofixes)) out (let ((entry ((core/vec::get autofixes) index))) (((selfhost/obligation::style-patch-intents-loop autofixes) ((core/int::add index) 1)) (if (selfhost/obligation::map? entry) ((core/vec::push out) {:intent "apply canonical lint autofix patch" :patch ((core/map::get entry) (quote :patch)) :path ((core/map::get entry) (quote :path)) :reasons ((core/map::get entry) (quote :reasons)) :schema "genesis/patch-intent-v1"}) out)))))))) (def selfhost/obligation::ai-style (fn (package) (fn (inputs) (if (if (selfhost/obligation::map? inputs) ((core/int::eq? (core/map::len inputs)) 1) false) (let ((modules ((core/map::get inputs) (quote :modules)))) (if (selfhost/obligation::vec? modules) (let ((valid ((selfhost/obligation::validate-modules-loop modules) 0))) (if (core/error::is? valid) valid (let ((lint ((selfhost/obligation::lint-build package) modules))) (if (core/error::is? lint) lint (let ((lint-report ((core/map::get lint) (quote :report))) (autofixes ((core/map::get ((core/map::get lint) (quote :report))) (quote :autofix-patches)))) (let ((lint-h (selfhost/obligation::artifact-hash-term lint-report))) (if (core/error::is? lint-h) lint-h (let ((style ((((selfhost/obligation::style-modules-loop ((core/map::get lint-report) (quote :modules))) autofixes) 0) {:diagnostics [] :errors []}))) (let ((errors ((core/map::get style) (quote :errors))) (ok ((core/int::eq? (core/vec::len ((core/map::get style) (quote :errors)))) 0))) (let ((report {:diagnostics ((core/map::get style) (quote :diagnostics)) :errors errors :kind "genesis/ai-style-v0.1" :lint-artifact lint-h :obligation "core/obligation::ai-style" :ok ok :package package :patch-intents (((selfhost/obligation::style-patch-intents-loop autofixes) 0) []) :schema "genesis/diagnostics-schema-v1"})) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::ai-style" :ok ok :operation (quote :ai-style) :report {:artifact-terms ((core/vec::push ((core/map::get lint) (quote :artifacts))) {:hash lint-h :term lint-report}) :final report} :v 2})))))))))) (selfhost/obligation::error ":ai-style :modules input must be a vector"))) (selfhost/obligation::error ":ai-style inputs must contain exactly :modules")))))] :module-h b"\xB6~\xE0\x03\x02\xFDS\xCE\xEF=.\xF9" :path "selfhost/obligation_authority_property_v1.gc" :source "(def selfhost/obligation::property-map-has-key-loop?\n (fn (entries)\n (fn (key)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len entries))\n false\n (let ((entry ((core/vec::get entries) index)))\n (if ((core/eq? ((core/vec::get entry) 0)) key)\n true\n (((selfhost/obligation::property-map-has-key-loop? entries) key)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/obligation::property-map-has-key?\n (fn (map)\n (fn (key)\n (((selfhost/obligation::property-map-has-key-loop? (core/map::entries map)) key) 0))))\n\n(def selfhost/obligation::property-exact-map?\n (fn (value)\n (fn (keys)\n (if (selfhost/obligation::map? value)\n (if ((core/int::eq? (core/map::len value)) (core/vec::len keys))\n (((selfhost/obligation::property-keys-loop value) keys) 0)\n false)\n false))))\n\n(def selfhost/obligation::property-keys-loop\n (fn (map)\n (fn (keys)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len keys))\n true\n (if ((selfhost/obligation::property-map-has-key? map) ((core/vec::get keys) index))\n (((selfhost/obligation::property-keys-loop map) keys) ((core/int::add index) 1))\n false))))))\n\n(def selfhost/obligation::property-optional-str?\n (fn (value)\n (if (selfhost/obligation::nil? value) true (selfhost/obligation::str? value))))\n\n(def selfhost/obligation::property-str4\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d) ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d))))))\n\n(def selfhost/obligation::property-str5\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n (fn (e)\n ((core/str::concat\n ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d)) e)))))))\n\n(def selfhost/obligation::property-str6\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n (fn (e)\n (fn (f)\n ((core/str::concat\n ((core/str::concat\n ((core/str::concat ((core/str::concat ((core/str::concat a) b)) c)) d)) e)) f))))))))\n\n(def selfhost/obligation::property-nibble\n (fn (value)\n (if ((core/int::eq? value) 0) \"0\"\n (if ((core/int::eq? value) 1) \"1\"\n (if ((core/int::eq? value) 2) \"2\"\n (if ((core/int::eq? value) 3) \"3\"\n (if ((core/int::eq? value) 4) \"4\"\n (if ((core/int::eq? value) 5) \"5\"\n (if ((core/int::eq? value) 6) \"6\"\n (if ((core/int::eq? value) 7) \"7\"\n (if ((core/int::eq? value) 8) \"8\"\n (if ((core/int::eq? value) 9) \"9\"\n (if ((core/int::eq? value) 10) \"a\"\n (if ((core/int::eq? value) 11) \"b\"\n (if ((core/int::eq? value) 12) \"c\"\n (if ((core/int::eq? value) 13) \"d\"\n (if ((core/int::eq? value) 14) \"e\" \"f\")))))))))))))))))\n\n(def selfhost/obligation::property-u64-le-hex-loop\n (fn (value)\n (fn (remaining)\n (fn (out)\n (if ((core/int::eq? remaining) 0)\n out\n (let ((byte ((core/int::mod value) 256)))\n (let ((pair\n ((core/str::concat\n (selfhost/obligation::property-nibble ((core/int::div byte) 16)))\n (selfhost/obligation::property-nibble ((core/int::mod byte) 16)))))\n (((selfhost/obligation::property-u64-le-hex-loop\n ((core/int::div value) 256))\n ((core/int::sub remaining) 1))\n ((core/str::concat out) pair)))))))))\n\n(def selfhost/obligation::property-u64-le-bytes\n (fn (value)\n (core/bytes::from-hex\n (((selfhost/obligation::property-u64-le-hex-loop value) 8) \"\"))))\n\n(def selfhost/obligation::property-seed-decode-loop\n (fn (digest)\n (fn (index)\n (fn (multiplier)\n (fn (out)\n (if ((core/int::eq? index) 8)\n out\n ((((selfhost/obligation::property-seed-decode-loop digest)\n ((core/int::add index) 1))\n ((core/int::mul multiplier) 256))\n ((core/int::add out)\n ((core/int::mul ((core/bytes::get digest) index)) multiplier)))))))))\n\n(def selfhost/obligation::property-seed\n (fn (package)\n (fn (suite)\n (fn (name)\n (fn (index)\n (let ((prefix b\"\\x47\\x43\\x76\\x30\\x2e\\x32\\x00\\x70\\x72\\x6f\\x70\\x65\\x72\\x74\\x79\\x00\\x73\\x65\\x65\\x64\\x00\"))\n (let ((p ((core/bytes::concat prefix) (core/str::to-utf8 package))))\n (let ((s ((core/bytes::concat ((core/bytes::concat p) b\"\\x00\"))\n (core/str::to-utf8 (core/sym::to-str suite)))))\n (let ((n ((core/bytes::concat ((core/bytes::concat s) b\"\\x00\"))\n (core/str::to-utf8 name))))\n (let ((message ((core/bytes::concat ((core/bytes::concat n) b\"\\x00\"))\n (selfhost/obligation::property-u64-le-bytes index))))\n ((((selfhost/obligation::property-seed-decode-loop\n (core/crypto::blake3 message)) 0) 1) 0)))))))))))\n\n(def selfhost/obligation::property-seeds-loop\n (fn (package)\n (fn (suite)\n (fn (name)\n (fn (cases)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) cases)\n out\n ((((((selfhost/obligation::property-seeds-loop package) suite) name) cases)\n ((core/int::add index) 1))\n ((core/vec::push out)\n ((((selfhost/obligation::property-seed package) suite) name) index)))))))))))\n\n(def selfhost/obligation::property-entry-valid?\n (fn (entry)\n (if ((selfhost/obligation::property-exact-map? entry)\n [:body-state :cases :cases-display :cases-kind\n :entry-display :entry-kind :index :key-display\n :key-kind :name])\n (if (selfhost/obligation::sym? ((core/map::get entry) (quote :body-state)))\n (if (selfhost/obligation::int? ((core/map::get entry) (quote :index)))\n (if (selfhost/obligation::str? ((core/map::get entry) (quote :key-display)))\n (if (selfhost/obligation::sym? ((core/map::get entry) (quote :key-kind)))\n (if (selfhost/obligation::property-optional-str? ((core/map::get entry) (quote :name)))\n (if (selfhost/obligation::sym? ((core/map::get entry) (quote :entry-kind)))\n (if (selfhost/obligation::str? ((core/map::get entry) (quote :entry-display)))\n (if (selfhost/obligation::sym? ((core/map::get entry) (quote :cases-kind)))\n (selfhost/obligation::property-optional-str?\n ((core/map::get entry) (quote :cases-display)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::property-suite-valid?\n (fn (suite)\n (if ((selfhost/obligation::property-exact-map? suite)\n [:entries :index :state :suite])\n (if (selfhost/obligation::vec? ((core/map::get suite) (quote :entries)))\n (if (selfhost/obligation::int? ((core/map::get suite) (quote :index)))\n (if (selfhost/obligation::sym? ((core/map::get suite) (quote :state)))\n (selfhost/obligation::sym? ((core/map::get suite) (quote :suite)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::property-cases-decision\n (fn (entry)\n (fn (default-cases)\n (let ((kind ((core/map::get entry) (quote :cases-kind))))\n (if ((core/sym::eq? kind) (quote :absent))\n {:cases default-cases :error nil}\n (if ((core/sym::eq? kind) (quote :int))\n (let ((cases ((core/map::get entry) (quote :cases))))\n (if (selfhost/obligation::int? cases)\n (if ((core/int::lt? cases) 0)\n {:cases nil :error \"property :cases must fit u64\"}\n (if ((core/int::lt? 18446744073709551615) cases)\n {:cases nil :error \"property :cases must fit u64\"}\n {:cases cases :error nil}))\n (selfhost/obligation::error \"property :cases :int observation must carry an int\")))\n (if ((core/sym::eq? kind) (quote :other))\n {:cases nil\n :error ((core/str::concat \"property :cases must be int, got \")\n ((core/map::get entry) (quote :cases-display)))}\n (selfhost/obligation::error \"unknown property :cases observation kind\"))))))))\n\n(def selfhost/obligation::property-entry-decision\n (fn (package)\n (fn (suite-index)\n (fn (suite)\n (fn (entry)\n (fn (default-cases)\n (if (selfhost/obligation::property-entry-valid? entry)\n (let ((key-kind ((core/map::get entry) (quote :key-kind))))\n (if (if ((core/sym::eq? key-kind) (quote :string)) true\n ((core/sym::eq? key-kind) (quote :symbol)))\n (let ((name ((core/map::get entry) (quote :name))))\n (let ((entry-kind ((core/map::get entry) (quote :entry-kind))))\n (if ((core/sym::eq? entry-kind) (quote :other))\n {:error ((((((selfhost/obligation::property-str6 \"property suite \")\n (core/sym::to-str suite)) \"::\") name)\n \": invalid property entry: \")\n ((core/map::get entry) (quote :entry-display)))\n :test nil}\n (let ((body-state ((core/map::get entry) (quote :body-state))))\n (if ((core/sym::eq? body-state) (quote :missing))\n {:error (((((selfhost/obligation::property-str5 \"property suite \")\n (core/sym::to-str suite)) \"::\") name)\n \": property map missing :body\")\n :test nil}\n (if ((core/sym::eq? body-state) (quote :other))\n {:error (((((selfhost/obligation::property-str5 \"property suite \")\n (core/sym::to-str suite)) \"::\") name)\n \": property :body must be callable\")\n :test nil}\n (let ((case-state ((selfhost/obligation::property-cases-decision entry) default-cases)))\n (if (core/error::is? case-state)\n case-state\n (let ((case-error ((core/map::get case-state) (quote :error))))\n (if (selfhost/obligation::nil? case-error)\n (let ((cases ((core/map::get case-state) (quote :cases))))\n {:error nil\n :test\n {:cases cases\n :entry-index ((core/map::get entry) (quote :index))\n :name name\n :seeds ((((((selfhost/obligation::property-seeds-loop package)\n suite) name) cases) 0) [])\n :suite suite\n :suite-index suite-index}})\n {:error ((((((selfhost/obligation::property-str6 \"property suite \")\n (core/sym::to-str suite)) \"::\") name)\n \": \") case-error)\n :test nil}))))))))))\n {:error ((((selfhost/obligation::property-str4 \"property suite \")\n (core/sym::to-str suite))\n \": key must be string/symbol, got \")\n ((core/map::get entry) (quote :key-display)))\n :test nil}))\n (selfhost/obligation::error \"invalid property entry observation\"))))))))\n\n(def selfhost/obligation::property-entries-loop\n (fn (package)\n (fn (suite-index)\n (fn (suite)\n (fn (entries)\n (fn (default-cases)\n (fn (index)\n (fn (tests)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:errors errors :tests tests}\n (let ((entry ((core/vec::get entries) index)))\n (let ((decision (((((selfhost/obligation::property-entry-decision package)\n suite-index) suite) entry) default-cases)))\n (if (core/error::is? decision)\n decision\n (let ((test ((core/map::get decision) (quote :test)))\n (error ((core/map::get decision) (quote :error))))\n ((((((((selfhost/obligation::property-entries-loop package)\n suite-index) suite) entries) default-cases)\n ((core/int::add index) 1))\n (if (selfhost/obligation::nil? test) tests ((core/vec::push tests) test)))\n (if (selfhost/obligation::nil? error) errors ((core/vec::push errors) error)))))))))))))))))\n\n(def selfhost/obligation::property-suite-step\n (fn (package)\n (fn (default-cases)\n (fn (suite-observation)\n (fn (tests)\n (fn (errors)\n (if (selfhost/obligation::property-suite-valid? suite-observation)\n (let ((suite ((core/map::get suite-observation) (quote :suite)))\n (state ((core/map::get suite-observation) (quote :state))))\n (if ((core/sym::eq? state) (quote :missing))\n {:errors\n ((core/vec::push errors)\n ((core/str::concat \"missing property suite symbol \")\n (core/sym::to-str suite)))\n :tests tests}\n (if ((core/sym::eq? state) (quote :not-map))\n {:errors\n ((core/vec::push errors)\n ((core/str::concat\n ((core/str::concat \"property suite \")\n (core/sym::to-str suite)))\n \" must be a map\"))\n :tests tests}\n (if ((core/sym::eq? state) (quote :map))\n ((((((((selfhost/obligation::property-entries-loop package)\n ((core/map::get suite-observation) (quote :index)))\n suite)\n ((core/map::get suite-observation) (quote :entries)))\n default-cases) 0) tests) errors)\n (selfhost/obligation::error\n \"unknown property suite observation state\")))))\n (selfhost/obligation::error \"invalid property suite observation\"))))))))\n\n(def selfhost/obligation::property-suites-loop\n (fn (package)\n (fn (suites)\n (fn (default-cases)\n (fn (index)\n (fn (tests)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len suites))\n {:errors errors :tests tests}\n (let ((next\n (((((selfhost/obligation::property-suite-step package) default-cases)\n ((core/vec::get suites) index)) tests) errors)))\n (if (core/error::is? next)\n next\n ((((((selfhost/obligation::property-suites-loop package) suites)\n default-cases) ((core/int::add index) 1))\n ((core/map::get next) (quote :tests)))\n ((core/map::get next) (quote :errors)))))))))))))\n\n(def selfhost/obligation::property-plan-state\n (fn (package)\n (fn (configured)\n (fn (default-cases)\n (fn (suites)\n (if (selfhost/obligation::bool? configured)\n (if (selfhost/obligation::nonnegative-int? default-cases)\n (if ((core/int::lt? 18446744073709551615) default-cases)\n (selfhost/obligation::error \":default-cases must fit u64\")\n (if (selfhost/obligation::vec? suites)\n (if configured\n ((((((selfhost/obligation::property-suites-loop package) suites) default-cases) 0) []) [])\n (if ((core/int::eq? (core/vec::len suites)) 0)\n {:errors [] :tests []}\n (selfhost/obligation::error \"unconfigured property tests require empty :suites\")))\n (selfhost/obligation::error \":suites must be a vector\")))\n (selfhost/obligation::error \":default-cases must be a nonnegative int\"))\n (selfhost/obligation::error \":configured must be bool\")))))))\n\n(def selfhost/obligation::property-plan\n (fn (package)\n (fn (inputs)\n (if ((selfhost/obligation::property-exact-map? inputs)\n [:configured :default-cases :phase :suites])\n (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :plan))\n (let ((configured ((core/map::get inputs) (quote :configured)))\n (default-cases ((core/map::get inputs) (quote :default-cases)))\n (suites ((core/map::get inputs) (quote :suites))))\n (let ((state ((((selfhost/obligation::property-plan-state package) configured)\n default-cases) suites)))\n (if (core/error::is? state)\n state\n (let ((errors ((core/map::get state) (quote :errors))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::property-tests\"\n :ok ((core/int::eq? (core/vec::len errors)) 0)\n :operation (quote :property-tests)\n :report\n {:configured configured\n :default-cases default-cases\n :errors errors\n :kind \"genesis/property-test-plan-v0.1\"\n :package package\n :stop-rule (quote :first-non-pass)\n :tests ((core/map::get state) (quote :tests))}\n :v 2}))))\n (selfhost/obligation::error \"property plan request :phase must be :plan\"))\n (selfhost/obligation::error \"property plan inputs must contain exactly :configured, :default-cases, :phase, and :suites\")))))\n\n(def selfhost/obligation::property-attempt-valid?\n (fn (attempt)\n ((selfhost/obligation::property-exact-map? attempt)\n [:i :kind :result :seed])))\n\n(def selfhost/obligation::property-test-outcome\n (fn (test)\n (fn (outcome)\n (if ((selfhost/obligation::property-exact-map? outcome)\n [:attempts :entry-index :suite-index])\n (if ((core/eq? ((core/map::get outcome) (quote :suite-index)))\n ((core/map::get test) (quote :suite-index)))\n (if ((core/eq? ((core/map::get outcome) (quote :entry-index)))\n ((core/map::get test) (quote :entry-index)))\n (let ((attempts ((core/map::get outcome) (quote :attempts)))\n (cases ((core/map::get test) (quote :cases)))\n (seeds ((core/map::get test) (quote :seeds))))\n (if (selfhost/obligation::vec? attempts)\n (let ((checked (((((selfhost/obligation::property-attempts-loop attempts)\n seeds) cases) 0) nil)))\n (if (core/error::is? checked)\n checked\n (let ((failure ((core/map::get checked) (quote :failure)))\n (errors ((core/map::get checked) (quote :errors))))\n {:errors\n (if (selfhost/obligation::nil? failure)\n []\n ((core/vec::push [])\n (((selfhost/obligation::property-failure-error\n ((core/map::get test) (quote :suite)))\n ((core/map::get test) (quote :name)))\n failure)))\n :report\n (if (selfhost/obligation::nil? failure)\n {:cases cases\n :name ((core/map::get test) (quote :name))\n :ok true\n :seeds seeds\n :suite ((core/map::get test) (quote :suite))}\n {:cases cases\n :first-failure ((core/map::get failure) (quote :report))\n :name ((core/map::get test) (quote :name))\n :ok false\n :seeds seeds\n :suite ((core/map::get test) (quote :suite))})})))\n (selfhost/obligation::error \"property outcome :attempts must be a vector\")))\n (selfhost/obligation::error \"property outcome entry identity mismatch\"))\n (selfhost/obligation::error \"property outcome suite identity mismatch\"))\n (selfhost/obligation::error \"property outcome must contain exactly :attempts, :entry-index, and :suite-index\")))))\n\n(def selfhost/obligation::property-attempts-loop\n (fn (attempts)\n (fn (seeds)\n (fn (cases)\n (fn (index)\n (fn (failure)\n (let ((count (core/vec::len attempts)))\n (if ((core/int::eq? index) count)\n (if (selfhost/obligation::nil? failure)\n (if ((core/int::eq? count) cases)\n {:errors [] :failure nil}\n (selfhost/obligation::error \"passing property outcome must execute every planned case\"))\n {:errors [] :failure failure})\n (if ((core/int::lt? cases) count)\n (selfhost/obligation::error \"property outcome exceeds planned case count\")\n (let ((attempt ((core/vec::get attempts) index)))\n (if (selfhost/obligation::property-attempt-valid? attempt)\n (if ((core/eq? ((core/map::get attempt) (quote :i))) index)\n (if ((core/eq? ((core/map::get attempt) (quote :seed)))\n ((core/vec::get seeds) index))\n (let ((kind ((core/map::get attempt) (quote :kind)))\n (result ((core/map::get attempt) (quote :result))))\n (if ((core/sym::eq? kind) (quote :value))\n (if (if (selfhost/obligation::bool? result) result false)\n (if (selfhost/obligation::nil? failure)\n (((((selfhost/obligation::property-attempts-loop attempts) seeds)\n cases) ((core/int::add index) 1)) nil)\n (selfhost/obligation::error \"property outcome continued after first failure\"))\n (if ((core/int::eq? ((core/int::add index) 1)) count)\n {:errors []\n :failure\n {:detail nil\n :kind (quote :value)\n :report {:i index :result result :seed ((core/map::get attempt) (quote :seed))}}}\n (selfhost/obligation::error \"property outcome continued after first failure\")))\n (if ((core/sym::eq? kind) (quote :apply-error))\n (if (selfhost/obligation::str? result)\n (if ((core/int::eq? ((core/int::add index) 1)) count)\n {:errors []\n :failure\n {:detail result\n :kind (quote :apply-error)\n :report\n {:i index\n :result ((core/str::concat \"apply failed: \") result)\n :seed ((core/map::get attempt) (quote :seed))}}}\n (selfhost/obligation::error \"property outcome continued after first failure\"))\n (selfhost/obligation::error \"property apply error must carry a string\"))\n (if ((core/sym::eq? kind) (quote :effect-program))\n (if (selfhost/obligation::nil? result)\n (if ((core/int::eq? ((core/int::add index) 1)) count)\n {:errors []\n :failure\n {:detail nil\n :kind (quote :effect-program)\n :report\n {:i index\n :result \"effect program returned (property tests must be pure)\"\n :seed ((core/map::get attempt) (quote :seed))}}}\n (selfhost/obligation::error \"property outcome continued after first failure\"))\n (selfhost/obligation::error \"property effect-program result must be nil\"))\n (selfhost/obligation::error \"unknown property attempt kind\")))))\n (selfhost/obligation::error \"property attempt seed mismatch\"))\n (selfhost/obligation::error \"property attempt index mismatch\"))\n (selfhost/obligation::error \"invalid property attempt observation\"))))))))))))\n\n(def selfhost/obligation::property-finalize-loop\n (fn (tests)\n (fn (outcomes)\n (fn (index)\n (fn (reports)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n (if ((core/int::eq? index) (core/vec::len outcomes))\n {:errors errors :reports reports}\n (selfhost/obligation::error \"property outcome inventory length mismatch\"))\n (if ((core/int::lt? index) (core/vec::len outcomes))\n (let ((test ((core/vec::get tests) index)))\n (let ((state ((selfhost/obligation::property-test-outcome test)\n ((core/vec::get outcomes) index))))\n (if (core/error::is? state)\n state\n (let ((state-errors ((core/map::get state) (quote :errors))))\n (((((selfhost/obligation::property-finalize-loop tests) outcomes)\n ((core/int::add index) 1))\n ((core/vec::push reports) ((core/map::get state) (quote :report))))\n ((selfhost/obligation::append-errors errors) state-errors))))))\n (selfhost/obligation::error \"property outcome inventory length mismatch\")))))))))\n\n(def selfhost/obligation::property-failure-error\n (fn (suite)\n (fn (name)\n (fn (failure)\n (let ((kind ((core/map::get failure) (quote :kind)))\n (report ((core/map::get failure) (quote :report))))\n (let ((case-index (core/int::to-str ((core/map::get report) (quote :i))))\n (suite-name (core/sym::to-str suite)))\n (if ((core/sym::eq? kind) (quote :apply-error))\n (let ((prefix ((((((selfhost/obligation::property-str6\n \"property test apply failed \") suite-name) \"::\") name)\n \" at case \") case-index)))\n ((core/str::concat ((core/str::concat prefix) \": \"))\n ((core/map::get failure) (quote :detail))))\n (if ((core/sym::eq? kind) (quote :effect-program))\n (((((selfhost/obligation::property-str5 \"property test \") suite-name)\n \"::\") name) \" returned an effect program (must be pure)\")\n (((((selfhost/obligation::property-str5 \"property test failed \") suite-name)\n \"::\") name) ((core/str::concat \" at case \") case-index))))))))))\n\n(def selfhost/obligation::property-finalize\n (fn (package)\n (fn (inputs)\n (if ((selfhost/obligation::property-exact-map? inputs)\n [:configured :default-cases :outcomes :phase :suites])\n (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :finalize))\n (let ((configured ((core/map::get inputs) (quote :configured)))\n (default-cases ((core/map::get inputs) (quote :default-cases)))\n (suites ((core/map::get inputs) (quote :suites)))\n (outcomes ((core/map::get inputs) (quote :outcomes))))\n (let ((plan ((((selfhost/obligation::property-plan-state package) configured)\n default-cases) suites)))\n (if (core/error::is? plan)\n plan\n (if (selfhost/obligation::vec? outcomes)\n (let ((tests ((core/map::get plan) (quote :tests)))\n (plan-errors ((core/map::get plan) (quote :errors))))\n (let ((final-state (((((selfhost/obligation::property-finalize-loop tests)\n outcomes) 0) []) [])))\n (if (core/error::is? final-state)\n final-state\n (let ((reports ((core/map::get final-state) (quote :reports)))\n (outcome-errors ((core/map::get final-state) (quote :errors))))\n (let ((errors ((selfhost/obligation::append-errors plan-errors)\n outcome-errors)))\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::property-tests\"\n :ok ok\n :operation (quote :property-tests)\n :report\n (if configured\n (let ((base\n {:config {:cases-per-test default-cases}\n :kind \"genesis/property-tests-v0.2\"\n :ok ok\n :package package\n :tests reports}))\n (if ok base (((core/map::put base) (quote :errors)) errors)))\n {:kind \"genesis/property-tests-v0.2\"\n :note \"no property tests\"\n :ok true\n :package package})\n :v 2}))))))\n (selfhost/obligation::error \":outcomes must be a vector\")))))\n (selfhost/obligation::error \"property finalize request :phase must be :finalize\"))\n (selfhost/obligation::error \"property finalize inputs must contain exactly :configured, :default-cases, :outcomes, :phase, and :suites\")))))\n\n(def selfhost/obligation::property-authority\n (fn (package)\n (fn (inputs)\n (let ((phase ((core/map::get inputs) (quote :phase))))\n (if (if (selfhost/obligation::sym? phase)\n ((core/sym::eq? phase) (quote :plan))\n false)\n ((selfhost/obligation::property-plan package) inputs)\n ((selfhost/obligation::property-finalize package) inputs))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x8F\x13|\xEBu\xF88\xDA\xC1\xF4\xBF,T\rWy\x01\xFFk$\x1E\x8CL]Ro7iI7\x1Af" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::stage-eval-valid? (fn (value-h) (fn (error) (if (selfhost/obligation::nil? error) (selfhost/obligation::hash? value-h) (if (selfhost/obligation::str? error) (selfhost/obligation::nil? value-h) false))))) (def selfhost/obligation::stage-optimizer-valid? (fn (optimizer) (if (selfhost/obligation::map? optimizer) (if ((core/int::eq? (core/map::len optimizer)) 4) (if (selfhost/obligation::nonnegative-int? ((core/map::get optimizer) (quote :egg-eclasses))) (if (selfhost/obligation::nonnegative-int? ((core/map::get optimizer) (quote :egg-enodes))) (if (selfhost/obligation::nonnegative-int? ((core/map::get optimizer) (quote :egg-iterations))) (selfhost/obligation::nonnegative-int? ((core/map::get optimizer) (quote :egg-runs))) false) false) false) false) false))) (def selfhost/obligation::stage-module-valid? (fn (module) (if (selfhost/obligation::map? module) (if ((core/int::eq? (core/map::len module)) 8) (if (selfhost/obligation::str? ((core/map::get module) (quote :path))) (if (selfhost/obligation::hash? ((core/map::get module) (quote :original-module-h))) (if (selfhost/obligation::hash? ((core/map::get module) (quote :transformed-module-h))) (if ((selfhost/obligation::stage-eval-valid? ((core/map::get module) (quote :original-value-h))) ((core/map::get module) (quote :original-eval-error))) (if ((selfhost/obligation::stage-eval-valid? ((core/map::get module) (quote :transformed-value-h))) ((core/map::get module) (quote :transformed-eval-error))) (selfhost/obligation::stage-optimizer-valid? ((core/map::get module) (quote :optimizer))) false) false) false) false) false) false) false))) (def selfhost/obligation::stage-module-errors (fn (module) (let ((original-error ((core/map::get module) (quote :original-eval-error))) (transformed-error ((core/map::get module) (quote :transformed-eval-error)))) (let ((errors-1 (if (selfhost/obligation::nil? original-error) [] ((core/vec::push []) ((core/str::concat "original module is not gate-valid: ") original-error))))) (let ((errors-2 (if (selfhost/obligation::nil? transformed-error) errors-1 ((core/vec::push errors-1) ((core/str::concat "transformed module is not gate-valid: ") transformed-error))))) (if (if ((core/int::eq? (core/vec::len errors-2)) 0) (if ((core/eq? ((core/map::get module) (quote :original-value-h))) ((core/map::get module) (quote :transformed-value-h))) false true) false) ((core/vec::push errors-2) "pure value hash mismatch after stage1 transform") errors-2)))))) (def selfhost/obligation::stage-prefix-errors-loop (fn (path) (fn (errors) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len errors)) out ((((selfhost/obligation::stage-prefix-errors-loop path) errors) ((core/int::add index) 1)) ((core/vec::push out) ((core/str::concat path) ((core/str::concat ": ") ((core/vec::get errors) index))))))))))) (def selfhost/obligation::stage-prefix-errors (fn (path) (fn (errors) ((((selfhost/obligation::stage-prefix-errors-loop path) errors) 0) [])))) (def selfhost/obligation::stage-module-report (fn (module) (let ((errors (selfhost/obligation::stage-module-errors module))) {:errors errors :ok ((core/int::eq? (core/vec::len errors)) 0) :optimizer ((core/map::get module) (quote :optimizer)) :original-module-h ((core/map::get module) (quote :original-module-h)) :original-value-h ((core/map::get module) (quote :original-value-h)) :path ((core/map::get module) (quote :path)) :transformed-module-h ((core/map::get module) (quote :transformed-module-h)) :transformed-value-h ((core/map::get module) (quote :transformed-value-h))}))) (def selfhost/obligation::stage-modules-loop (fn (modules) (fn (index) (fn (reports) (fn (errors) (if ((core/int::eq? index) (core/vec::len modules)) {:errors errors :reports reports} (let ((module ((core/vec::get modules) index))) (if (selfhost/obligation::stage-module-valid? module) (let ((module-errors ((selfhost/obligation::stage-prefix-errors ((core/map::get module) (quote :path))) (selfhost/obligation::stage-module-errors module)))) ((((selfhost/obligation::stage-modules-loop modules) ((core/int::add index) 1)) ((core/vec::push reports) (selfhost/obligation::stage-module-report module))) ((selfhost/obligation::append-errors errors) module-errors))) (selfhost/obligation::error "stage1 module observation must contain exactly valid path, module hashes, evaluation outcomes, and optimizer counters"))))))))) (def selfhost/obligation::stage1-validation (fn (package) (fn (inputs) (if ((core/int::eq? (core/map::len inputs)) 1) (let ((modules ((core/map::get inputs) (quote :modules)))) (if (selfhost/obligation::vec? modules) (let ((state ((((selfhost/obligation::stage-modules-loop modules) 0) []) []))) (if (core/error::is? state) state (let ((errors ((core/map::get state) (quote :errors))) (reports ((core/map::get state) (quote :reports)))) (let ((ok ((core/int::eq? (core/vec::len errors)) 0))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::stage1-validation" :ok ok :operation (quote :stage1-validation) :report {:errors errors :kind "genesis/stage1-validation-v0.2" :modules reports :obligation "core/obligation::stage1-validation" :ok ok :package package} :v 2})))) (selfhost/obligation::error ":stage1-validation :modules must be a vector"))) (selfhost/obligation::error ":stage1-validation inputs must contain exactly :modules")))))] :module-h b"\x88\x9E\xD3\xD4b\x87;\xE01i\x07\x94\x94Vn}4py\xDD\xCBx5Kv\xE7\x99\xCA^\x91Sl" :path "selfhost/obligation_authority_stage_v1.gc" :source "(def selfhost/obligation::stage-eval-valid?\n (fn (value-h)\n (fn (error)\n (if (selfhost/obligation::nil? error)\n (selfhost/obligation::hash? value-h)\n (if (selfhost/obligation::str? error)\n (selfhost/obligation::nil? value-h)\n false)))))\n\n(def selfhost/obligation::stage-optimizer-valid?\n (fn (optimizer)\n (if (selfhost/obligation::map? optimizer)\n (if ((core/int::eq? (core/map::len optimizer)) 4)\n (if (selfhost/obligation::nonnegative-int?\n ((core/map::get optimizer) (quote :egg-eclasses)))\n (if (selfhost/obligation::nonnegative-int?\n ((core/map::get optimizer) (quote :egg-enodes)))\n (if (selfhost/obligation::nonnegative-int?\n ((core/map::get optimizer) (quote :egg-iterations)))\n (selfhost/obligation::nonnegative-int?\n ((core/map::get optimizer) (quote :egg-runs)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::stage-module-valid?\n (fn (module)\n (if (selfhost/obligation::map? module)\n (if ((core/int::eq? (core/map::len module)) 8)\n (if (selfhost/obligation::str? ((core/map::get module) (quote :path)))\n (if (selfhost/obligation::hash?\n ((core/map::get module) (quote :original-module-h)))\n (if (selfhost/obligation::hash?\n ((core/map::get module) (quote :transformed-module-h)))\n (if ((selfhost/obligation::stage-eval-valid?\n ((core/map::get module) (quote :original-value-h)))\n ((core/map::get module) (quote :original-eval-error)))\n (if ((selfhost/obligation::stage-eval-valid?\n ((core/map::get module) (quote :transformed-value-h)))\n ((core/map::get module) (quote :transformed-eval-error)))\n (selfhost/obligation::stage-optimizer-valid?\n ((core/map::get module) (quote :optimizer)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::stage-module-errors\n (fn (module)\n (let\n ((original-error ((core/map::get module) (quote :original-eval-error)))\n (transformed-error ((core/map::get module) (quote :transformed-eval-error))))\n (let\n ((errors-1\n (if (selfhost/obligation::nil? original-error)\n []\n ((core/vec::push [])\n ((core/str::concat \"original module is not gate-valid: \") original-error)))))\n (let\n ((errors-2\n (if (selfhost/obligation::nil? transformed-error)\n errors-1\n ((core/vec::push errors-1)\n ((core/str::concat \"transformed module is not gate-valid: \")\n transformed-error)))))\n (if (if ((core/int::eq? (core/vec::len errors-2)) 0)\n (if ((core/eq?\n ((core/map::get module) (quote :original-value-h)))\n ((core/map::get module) (quote :transformed-value-h)))\n false\n true)\n false)\n ((core/vec::push errors-2) \"pure value hash mismatch after stage1 transform\")\n errors-2))))))\n\n(def selfhost/obligation::stage-prefix-errors-loop\n (fn (path)\n (fn (errors)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len errors))\n out\n (((((selfhost/obligation::stage-prefix-errors-loop path) errors)\n ((core/int::add index) 1))\n ((core/vec::push out)\n ((core/str::concat path)\n ((core/str::concat \": \") ((core/vec::get errors) index))))))))))))\n\n(def selfhost/obligation::stage-prefix-errors\n (fn (path)\n (fn (errors)\n ((((selfhost/obligation::stage-prefix-errors-loop path) errors) 0) []))))\n\n(def selfhost/obligation::stage-module-report\n (fn (module)\n (let ((errors (selfhost/obligation::stage-module-errors module)))\n {:errors errors\n :ok ((core/int::eq? (core/vec::len errors)) 0)\n :optimizer ((core/map::get module) (quote :optimizer))\n :original-module-h ((core/map::get module) (quote :original-module-h))\n :original-value-h ((core/map::get module) (quote :original-value-h))\n :path ((core/map::get module) (quote :path))\n :transformed-module-h ((core/map::get module) (quote :transformed-module-h))\n :transformed-value-h ((core/map::get module) (quote :transformed-value-h))})))\n\n(def selfhost/obligation::stage-modules-loop\n (fn (modules)\n (fn (index)\n (fn (reports)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len modules))\n {:errors errors :reports reports}\n (let ((module ((core/vec::get modules) index)))\n (if (selfhost/obligation::stage-module-valid? module)\n (let\n ((module-errors\n ((selfhost/obligation::stage-prefix-errors\n ((core/map::get module) (quote :path)))\n (selfhost/obligation::stage-module-errors module))))\n (((((selfhost/obligation::stage-modules-loop modules)\n ((core/int::add index) 1))\n ((core/vec::push reports)\n (selfhost/obligation::stage-module-report module)))\n ((selfhost/obligation::append-errors errors) module-errors))))\n (selfhost/obligation::error\n \"stage1 module observation must contain exactly valid path, module hashes, evaluation outcomes, and optimizer counters\")))))))))\n\n(def selfhost/obligation::stage1-validation\n (fn (package)\n (fn (inputs)\n (if ((core/int::eq? (core/map::len inputs)) 1)\n (let ((modules ((core/map::get inputs) (quote :modules))))\n (if (selfhost/obligation::vec? modules)\n (let ((state ((((selfhost/obligation::stage-modules-loop modules) 0) []) [])))\n (if (core/error::is? state)\n state\n (let\n ((errors ((core/map::get state) (quote :errors)))\n (reports ((core/map::get state) (quote :reports))))\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::stage1-validation\"\n :ok ok\n :operation (quote :stage1-validation)\n :report\n {:errors errors\n :kind \"genesis/stage1-validation-v0.2\"\n :modules reports\n :obligation \"core/obligation::stage1-validation\"\n :ok ok\n :package package}\n :v 2}))))\n (selfhost/obligation::error \":stage1-validation :modules must be a vector\")))\n (selfhost/obligation::error\n \":stage1-validation inputs must contain exactly :modules\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x88\x9E\xD3\xD4b\x87;\xE01i\x07\x94\x94Vn}4py\xDD\xCBx5Kv\xE7\x99\xCA^\x91Sl" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::coverage-profile-valid? (fn (profile) (if (selfhost/obligation::sym? profile) (if ((core/sym::eq? profile) (quote :symbol)) true (if ((core/sym::eq? profile) (quote :decision)) true ((core/sym::eq? profile) (quote :mcdc)))) false))) (def selfhost/obligation::coverage-structural? (fn (profile) (if ((core/sym::eq? profile) (quote :symbol)) false true))) (def selfhost/obligation::coverage-mcdc? (fn (profile) ((core/sym::eq? profile) (quote :mcdc)))) (def selfhost/obligation::coverage-name (fn (profile) (if ((core/sym::eq? profile) (quote :symbol)) "core/obligation::coverage" (if ((core/sym::eq? profile) (quote :decision)) "core/obligation::coverage-decision" "core/obligation::coverage-mcdc")))) (def selfhost/obligation::coverage-operation (fn (profile) (if ((core/sym::eq? profile) (quote :symbol)) (quote :coverage) (if ((core/sym::eq? profile) (quote :decision)) (quote :coverage-decision) (quote :coverage-mcdc))))) (def selfhost/obligation::coverage-count-row-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 2) (if (selfhost/obligation::sym? ((core/map::get row) (quote :sym))) (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :hits))) false) false) false))) (def selfhost/obligation::coverage-site-row-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 2) (if (selfhost/obligation::str? ((core/map::get row) (quote :site))) (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :hits))) false) false) false))) (def selfhost/obligation::coverage-decision-counts-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 3) (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :total))) (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-true))) (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-false))) false) false) false) false))) (def selfhost/obligation::coverage-condition-value-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 2) (if (selfhost/obligation::sym? ((core/map::get row) (quote :sym))) (selfhost/obligation::bool? ((core/map::get row) (quote :value))) false) false) false))) (def selfhost/obligation::coverage-vector-valid-loop? (fn (values) (fn (validator) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (validator ((core/vec::get values) index)) (((selfhost/obligation::coverage-vector-valid-loop? values) validator) ((core/int::add index) 1)) false)))))) (def selfhost/obligation::coverage-vector-valid? (fn (values) (fn (validator) (if (selfhost/obligation::vec? values) (((selfhost/obligation::coverage-vector-valid-loop? values) validator) 0) false)))) (def selfhost/obligation::coverage-sample-valid? (fn (sample) (if (selfhost/obligation::map? sample) (if ((core/int::eq? (core/map::len sample)) 2) (if (selfhost/obligation::bool? ((core/map::get sample) (quote :outcome))) ((selfhost/obligation::coverage-vector-valid? ((core/map::get sample) (quote :conditions))) selfhost/obligation::coverage-condition-value-valid?) false) false) false))) (def selfhost/obligation::coverage-decision-row-valid? (fn (row) (if (selfhost/obligation::map? row) (if ((core/int::eq? (core/map::len row)) 6) (if (selfhost/obligation::str? ((core/map::get row) (quote :site))) (if (selfhost/obligation::symbol-vector-valid? ((core/map::get row) (quote :conditions))) (if ((selfhost/obligation::coverage-vector-valid? ((core/map::get row) (quote :samples))) selfhost/obligation::coverage-sample-valid?) (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :total))) (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-true))) (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-false))) false) false) false) false) false) false) false))) (def selfhost/obligation::coverage-string-vector-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/obligation::str? ((core/vec::get values) index)) ((selfhost/obligation::coverage-string-vector-valid-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/obligation::coverage-string-vector-valid? (fn (values) (if (selfhost/obligation::vec? values) ((selfhost/obligation::coverage-string-vector-valid-loop? values) 0) false))) (def selfhost/obligation::coverage-inputs-valid? (fn (inputs) (if (selfhost/obligation::map? inputs) (if ((core/int::eq? (core/map::len inputs)) 8) (if (selfhost/obligation::coverage-profile-valid? ((core/map::get inputs) (quote :profile))) (if (selfhost/obligation::nonnegative-int? ((core/map::get inputs) (quote :test-count))) (if ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :exports))) selfhost/obligation::coverage-count-row-valid?) (if ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :statement-sites))) selfhost/obligation::coverage-site-row-valid?) (if ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :decision-sites))) selfhost/obligation::coverage-decision-row-valid?) (if (selfhost/obligation::coverage-decision-counts-valid? ((core/map::get inputs) (quote :decision))) (if (selfhost/obligation::coverage-string-vector-valid? ((core/map::get inputs) (quote :missing-effect-logs))) (selfhost/obligation::vec? ((core/map::get inputs) (quote :tests))) false) false) false) false) false) false) false) false) false))) (def selfhost/obligation::coverage-effect-errors-loop (fn (names) (fn (index) (fn (errors) (if ((core/int::eq? index) (core/vec::len names)) errors (((selfhost/obligation::coverage-effect-errors-loop names) ((core/int::add index) 1)) ((core/vec::push errors) ((core/str::concat "coverage: test ") ((core/str::concat ((core/vec::get names) index)) " returned effect program but no effect log was recorded"))))))))) (def selfhost/obligation::coverage-exports-loop (fn (rows) (fn (index) (fn (missing) (fn (errors) (if ((core/int::eq? index) (core/vec::len rows)) {:errors errors :missing missing} (let ((row ((core/vec::get rows) index))) (if ((core/int::eq? ((core/map::get row) (quote :hits))) 0) ((((selfhost/obligation::coverage-exports-loop rows) ((core/int::add index) 1)) ((core/vec::push missing) ((core/map::get row) (quote :sym)))) ((core/vec::push errors) ((core/str::concat "export not covered: ") (core/sym::to-str ((core/map::get row) (quote :sym)))))) ((((selfhost/obligation::coverage-exports-loop rows) ((core/int::add index) 1)) missing) errors))))))))) (def selfhost/obligation::coverage-statements-loop (fn (rows) (fn (index) (fn (reports) (fn (missing) (if ((core/int::eq? index) (core/vec::len rows)) {:missing missing :reports reports} (let ((row ((core/vec::get rows) index))) (let ((ok (if ((core/int::eq? ((core/map::get row) (quote :hits))) 0) false true))) ((((selfhost/obligation::coverage-statements-loop rows) ((core/int::add index) 1)) ((core/vec::push reports) {:hits ((core/map::get row) (quote :hits)) :ok ok :site ((core/map::get row) (quote :site))})) (if ok missing ((core/vec::push missing) ((core/map::get row) (quote :site))))))))))))) (def selfhost/obligation::coverage-find-condition-loop (fn (values) (fn (symbol) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) nil (let ((row ((core/vec::get values) index))) (if ((core/sym::eq? ((core/map::get row) (quote :sym))) symbol) ((core/map::get row) (quote :value)) (((selfhost/obligation::coverage-find-condition-loop values) symbol) ((core/int::add index) 1))))))))) (def selfhost/obligation::coverage-find-condition (fn (sample) (fn (symbol) (((selfhost/obligation::coverage-find-condition-loop ((core/map::get sample) (quote :conditions))) symbol) 0)))) (def selfhost/obligation::coverage-others-equal-loop? (fn (conditions) (fn (target) (fn (a) (fn (b) (fn (index) (if ((core/int::eq? index) (core/vec::len conditions)) true (let ((condition ((core/vec::get conditions) index))) (if ((core/sym::eq? condition) target) (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b) ((core/int::add index) 1)) (if ((core/eq? ((selfhost/obligation::coverage-find-condition a) condition)) ((selfhost/obligation::coverage-find-condition b) condition)) (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b) ((core/int::add index) 1)) false)))))))))) (def selfhost/obligation::coverage-independent-pair? (fn (conditions) (fn (target) (fn (a) (fn (b) (let ((av ((selfhost/obligation::coverage-find-condition a) target)) (bv ((selfhost/obligation::coverage-find-condition b) target))) (if (selfhost/obligation::nil? av) false (if (selfhost/obligation::nil? bv) false (if ((core/eq? av) bv) false (if ((core/eq? ((core/map::get a) (quote :outcome))) ((core/map::get b) (quote :outcome))) false (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b) 0))))))))))) (def selfhost/obligation::coverage-independent-inner? (fn (samples) (fn (conditions) (fn (target) (fn (a-index) (fn (b-index) (if ((core/int::eq? b-index) (core/vec::len samples)) false (if ((((selfhost/obligation::coverage-independent-pair? conditions) target) ((core/vec::get samples) a-index)) ((core/vec::get samples) b-index)) true (((((selfhost/obligation::coverage-independent-inner? samples) conditions) target) a-index) ((core/int::add b-index) 1)))))))))) (def selfhost/obligation::coverage-independent? (fn (samples) (fn (conditions) (fn (target) (fn (index) (if ((core/int::eq? index) (core/vec::len samples)) false (if (((((selfhost/obligation::coverage-independent-inner? samples) conditions) target) index) ((core/int::add index) 1)) true ((((selfhost/obligation::coverage-independent? samples) conditions) target) ((core/int::add index) 1))))))))) (def selfhost/obligation::coverage-mcdc-conditions-loop (fn (conditions) (fn (samples) (fn (index) (fn (reports) (fn (missing) (if ((core/int::eq? index) (core/vec::len conditions)) {:missing missing :reports reports} (let ((condition ((core/vec::get conditions) index))) (let ((independent ((((selfhost/obligation::coverage-independent? samples) conditions) condition) 0))) (((((selfhost/obligation::coverage-mcdc-conditions-loop conditions) samples) ((core/int::add index) 1)) ((core/vec::push reports) {:independent independent :sym condition})) (if independent missing ((core/vec::push missing) condition)))))))))))) (def selfhost/obligation::coverage-decisions-loop (fn (rows) (fn (index) (fn (reports) (fn (missing-decisions) (fn (mcdc-reports) (fn (missing-mcdc) (if ((core/int::eq? index) (core/vec::len rows)) {:mcdc mcdc-reports :missing-decisions missing-decisions :missing-mcdc missing-mcdc :reports reports} (let ((row ((core/vec::get rows) index))) (let ((branch-ok (if ((core/int::eq? ((core/map::get row) (quote :total))) 0) false (if ((core/int::eq? ((core/map::get row) (quote :taken-true))) 0) false (if ((core/int::eq? ((core/map::get row) (quote :taken-false))) 0) false true))))) (let ((mcdc (((((selfhost/obligation::coverage-mcdc-conditions-loop ((core/map::get row) (quote :conditions))) ((core/map::get row) (quote :samples))) 0) []) []))) ((((((selfhost/obligation::coverage-decisions-loop rows) ((core/int::add index) 1)) ((core/vec::push reports) {:conditions ((core/map::get row) (quote :conditions)) :ok branch-ok :site ((core/map::get row) (quote :site)) :taken-false ((core/map::get row) (quote :taken-false)) :taken-true ((core/map::get row) (quote :taken-true)) :total ((core/map::get row) (quote :total))})) (if branch-ok missing-decisions ((core/vec::push missing-decisions) ((core/map::get row) (quote :site))))) ((core/vec::push mcdc-reports) {:conditions ((core/map::get mcdc) (quote :reports)) :site ((core/map::get row) (quote :site))})) (if ((core/int::eq? (core/vec::len ((core/map::get mcdc) (quote :missing)))) 0) missing-mcdc ((core/vec::push missing-mcdc) {:missing-conditions ((core/map::get mcdc) (quote :missing)) :site ((core/map::get row) (quote :site))})))))))))))))) (def selfhost/obligation::coverage-count-error (fn (prefix) (fn (count) (fn (suffix) ((core/str::concat prefix) ((core/str::concat (core/int::to-str count)) suffix)))))) (def selfhost/obligation::coverage (fn (package) (fn (inputs) (if (selfhost/obligation::coverage-inputs-valid? inputs) (let ((profile ((core/map::get inputs) (quote :profile))) (exports ((core/map::get inputs) (quote :exports))) (statements ((core/map::get inputs) (quote :statement-sites))) (decisions ((core/map::get inputs) (quote :decision-sites)))) (let ((errors0 (if (if ((core/int::eq? ((core/map::get inputs) (quote :test-count))) 0) (if ((core/int::eq? (core/vec::len exports)) 0) (selfhost/obligation::coverage-structural? profile) true) false) ((core/vec::push []) "coverage requires unit tests (package.toml `tests` is empty)") []))) (let ((errors1 (((selfhost/obligation::coverage-effect-errors-loop ((core/map::get inputs) (quote :missing-effect-logs))) 0) errors0))) (let ((export-state ((((selfhost/obligation::coverage-exports-loop exports) 0) []) errors1))) (let ((statement-state ((((selfhost/obligation::coverage-statements-loop statements) 0) []) []))) (let ((decision-state ((((((selfhost/obligation::coverage-decisions-loop decisions) 0) []) []) []) []))) (let ((errors2 ((core/map::get export-state) (quote :errors)))) (let ((statement-missing ((core/map::get statement-state) (quote :missing))) (decision-missing ((core/map::get decision-state) (quote :missing-decisions))) (mcdc-missing ((core/map::get decision-state) (quote :missing-mcdc)))) (let ((errors3 (if (if (selfhost/obligation::coverage-structural? profile) (if ((core/int::eq? (core/vec::len statement-missing)) 0) false true) false) ((core/vec::push errors2) (((selfhost/obligation::coverage-count-error "statement-site coverage missing ") (core/vec::len statement-missing)) " site(s)")) errors2))) (let ((errors4 (if (if (selfhost/obligation::coverage-structural? profile) (if ((core/int::eq? (core/vec::len decision-missing)) 0) false true) false) ((core/vec::push errors3) (((selfhost/obligation::coverage-count-error "decision coverage missing branch outcomes on ") (core/vec::len decision-missing)) " site(s)")) errors3))) (let ((errors5 (if (if (selfhost/obligation::coverage-mcdc? profile) (if ((core/int::eq? (core/vec::len mcdc-missing)) 0) false true) false) ((core/vec::push errors4) (((selfhost/obligation::coverage-count-error "mcdc coverage missing condition independence on ") (core/vec::len mcdc-missing)) " decision site(s)")) errors4))) (let ((ok ((core/int::eq? (core/vec::len errors5)) 0))) (let ((report0 {:definition "exports minus (tests, property_tests)" :exports exports :kind "genesis/coverage-v0.2" :missing ((core/map::get export-state) (quote :missing)) :ok ok :package package :profile profile :structural {:decision ((core/map::get inputs) (quote :decision)) :decision-sites ((core/map::get decision-state) (quote :reports)) :expected {:decision-sites (core/vec::len decisions) :statement-sites (core/vec::len statements)} :mcdc ((core/map::get decision-state) (quote :mcdc)) :missing-decision-sites decision-missing :missing-mcdc-sites mcdc-missing :missing-statement-sites statement-missing :statement-sites ((core/map::get statement-state) (quote :reports))} :tests ((core/map::get inputs) (quote :tests))})) (let ((report (if ok report0 (((core/map::put report0) (quote :errors)) errors5)))) {:errors errors5 :kind selfhost/obligation::RESULT_KIND :name (selfhost/obligation::coverage-name profile) :ok ok :operation (selfhost/obligation::coverage-operation profile) :report report :v 2})))))))))))))) (selfhost/obligation::error "coverage inputs must contain exactly valid closed instrumentation observations")))))] :module-h b"\xBEC1B\x00\xCA\xA3~\x97\xD7\x9D_\x96\xDD\tz\x15g\x87\x02\xB9\r\x7F3p\x97\x92\xD1\xA0e\xA1w" :path "selfhost/obligation_authority_coverage_v1.gc" :source "(def selfhost/obligation::coverage-profile-valid?\n (fn (profile)\n (if (selfhost/obligation::sym? profile)\n (if ((core/sym::eq? profile) (quote :symbol))\n true\n (if ((core/sym::eq? profile) (quote :decision))\n true\n ((core/sym::eq? profile) (quote :mcdc))))\n false)))\n\n(def selfhost/obligation::coverage-structural?\n (fn (profile) (if ((core/sym::eq? profile) (quote :symbol)) false true)))\n\n(def selfhost/obligation::coverage-mcdc? (fn (profile) ((core/sym::eq? profile) (quote :mcdc))))\n\n(def selfhost/obligation::coverage-name\n (fn (profile)\n (if ((core/sym::eq? profile) (quote :symbol))\n \"core/obligation::coverage\"\n (if ((core/sym::eq? profile) (quote :decision))\n \"core/obligation::coverage-decision\"\n \"core/obligation::coverage-mcdc\"))))\n\n(def selfhost/obligation::coverage-operation\n (fn (profile)\n (if ((core/sym::eq? profile) (quote :symbol))\n (quote :coverage)\n (if ((core/sym::eq? profile) (quote :decision))\n (quote :coverage-decision)\n (quote :coverage-mcdc)))))\n\n(def selfhost/obligation::coverage-count-row-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 2)\n (if (selfhost/obligation::sym? ((core/map::get row) (quote :sym)))\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :hits)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-site-row-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 2)\n (if (selfhost/obligation::str? ((core/map::get row) (quote :site)))\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :hits)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-decision-counts-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 3)\n (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :total)))\n (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-true)))\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-false)))\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-condition-value-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 2)\n (if (selfhost/obligation::sym? ((core/map::get row) (quote :sym)))\n (selfhost/obligation::bool? ((core/map::get row) (quote :value)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-vector-valid-loop?\n (fn (values)\n (fn (validator)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (validator ((core/vec::get values) index))\n (((selfhost/obligation::coverage-vector-valid-loop? values) validator)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/obligation::coverage-vector-valid?\n (fn (values)\n (fn (validator)\n (if (selfhost/obligation::vec? values)\n (((selfhost/obligation::coverage-vector-valid-loop? values) validator) 0)\n false))))\n\n(def selfhost/obligation::coverage-sample-valid?\n (fn (sample)\n (if (selfhost/obligation::map? sample)\n (if ((core/int::eq? (core/map::len sample)) 2)\n (if (selfhost/obligation::bool? ((core/map::get sample) (quote :outcome)))\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get sample) (quote :conditions)))\n selfhost/obligation::coverage-condition-value-valid?)\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-decision-row-valid?\n (fn (row)\n (if (selfhost/obligation::map? row)\n (if ((core/int::eq? (core/map::len row)) 6)\n (if (selfhost/obligation::str? ((core/map::get row) (quote :site)))\n (if (selfhost/obligation::symbol-vector-valid? ((core/map::get row) (quote :conditions)))\n (if\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get row) (quote :samples)))\n selfhost/obligation::coverage-sample-valid?)\n (if (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :total)))\n (if\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-true)))\n (selfhost/obligation::nonnegative-int? ((core/map::get row) (quote :taken-false)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-string-vector-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/obligation::str? ((core/vec::get values) index))\n ((selfhost/obligation::coverage-string-vector-valid-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/obligation::coverage-string-vector-valid?\n (fn (values)\n (if (selfhost/obligation::vec? values)\n ((selfhost/obligation::coverage-string-vector-valid-loop? values) 0)\n false)))\n\n(def selfhost/obligation::coverage-inputs-valid?\n (fn (inputs)\n (if (selfhost/obligation::map? inputs)\n (if ((core/int::eq? (core/map::len inputs)) 8)\n (if (selfhost/obligation::coverage-profile-valid? ((core/map::get inputs) (quote :profile)))\n (if (selfhost/obligation::nonnegative-int? ((core/map::get inputs) (quote :test-count)))\n (if\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :exports)))\n selfhost/obligation::coverage-count-row-valid?)\n (if\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :statement-sites)))\n selfhost/obligation::coverage-site-row-valid?)\n (if\n ((selfhost/obligation::coverage-vector-valid? ((core/map::get inputs) (quote :decision-sites)))\n selfhost/obligation::coverage-decision-row-valid?)\n (if\n (selfhost/obligation::coverage-decision-counts-valid?\n ((core/map::get inputs) (quote :decision)))\n (if\n (selfhost/obligation::coverage-string-vector-valid?\n ((core/map::get inputs) (quote :missing-effect-logs)))\n (selfhost/obligation::vec? ((core/map::get inputs) (quote :tests)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::coverage-effect-errors-loop\n (fn (names)\n (fn (index)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len names))\n errors\n (((selfhost/obligation::coverage-effect-errors-loop names) ((core/int::add index) 1))\n ((core/vec::push errors)\n ((core/str::concat \"coverage: test \")\n ((core/str::concat ((core/vec::get names) index))\n \" returned effect program but no effect log was recorded\")))))))))\n\n(def selfhost/obligation::coverage-exports-loop\n (fn (rows)\n (fn (index)\n (fn (missing)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len rows))\n {:errors errors :missing missing}\n (let ((row ((core/vec::get rows) index)))\n (if ((core/int::eq? ((core/map::get row) (quote :hits))) 0)\n (\n (((selfhost/obligation::coverage-exports-loop rows) ((core/int::add index) 1))\n ((core/vec::push missing) ((core/map::get row) (quote :sym))))\n ((core/vec::push errors)\n ((core/str::concat \"export not covered: \")\n (core/sym::to-str ((core/map::get row) (quote :sym))))))\n ((((selfhost/obligation::coverage-exports-loop rows) ((core/int::add index) 1)) missing)\n errors)))))))))\n\n(def selfhost/obligation::coverage-statements-loop\n (fn (rows)\n (fn (index)\n (fn (reports)\n (fn (missing)\n (if ((core/int::eq? index) (core/vec::len rows))\n {:missing missing :reports reports}\n (let ((row ((core/vec::get rows) index)))\n (let ((ok (if ((core/int::eq? ((core/map::get row) (quote :hits))) 0) false true)))\n (\n (((selfhost/obligation::coverage-statements-loop rows) ((core/int::add index) 1))\n ((core/vec::push reports)\n {\n :hits ((core/map::get row) (quote :hits))\n :ok ok\n :site ((core/map::get row) (quote :site))}))\n (if ok missing ((core/vec::push missing) ((core/map::get row) (quote :site)))))))))))))\n\n(def selfhost/obligation::coverage-find-condition-loop\n (fn (values)\n (fn (symbol)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n nil\n (let ((row ((core/vec::get values) index)))\n (if ((core/sym::eq? ((core/map::get row) (quote :sym))) symbol)\n ((core/map::get row) (quote :value))\n (((selfhost/obligation::coverage-find-condition-loop values) symbol)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/obligation::coverage-find-condition\n (fn (sample)\n (fn (symbol)\n (\n ((selfhost/obligation::coverage-find-condition-loop ((core/map::get sample) (quote :conditions)))\n symbol)\n 0))))\n\n(def selfhost/obligation::coverage-others-equal-loop?\n (fn (conditions)\n (fn (target)\n (fn (a)\n (fn (b)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len conditions))\n true\n (let ((condition ((core/vec::get conditions) index)))\n (if ((core/sym::eq? condition) target)\n (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b)\n ((core/int::add index) 1))\n (if\n ((core/eq? ((selfhost/obligation::coverage-find-condition a) condition))\n ((selfhost/obligation::coverage-find-condition b) condition))\n (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b)\n ((core/int::add index) 1))\n false))))))))))\n\n(def selfhost/obligation::coverage-independent-pair?\n (fn (conditions)\n (fn (target)\n (fn (a)\n (fn (b)\n (let\n ((av ((selfhost/obligation::coverage-find-condition a) target))\n (bv ((selfhost/obligation::coverage-find-condition b) target)))\n (if (selfhost/obligation::nil? av)\n false\n (if (selfhost/obligation::nil? bv)\n false\n (if ((core/eq? av) bv)\n false\n (if\n ((core/eq? ((core/map::get a) (quote :outcome)))\n ((core/map::get b) (quote :outcome)))\n false\n (((((selfhost/obligation::coverage-others-equal-loop? conditions) target) a) b)\n 0)))))))))))\n\n(def selfhost/obligation::coverage-independent-inner?\n (fn (samples)\n (fn (conditions)\n (fn (target)\n (fn (a-index)\n (fn (b-index)\n (if ((core/int::eq? b-index) (core/vec::len samples))\n false\n (if\n (\n (((selfhost/obligation::coverage-independent-pair? conditions) target)\n ((core/vec::get samples) a-index))\n ((core/vec::get samples) b-index))\n true\n (((((selfhost/obligation::coverage-independent-inner? samples) conditions) target) a-index)\n ((core/int::add b-index) 1))))))))))\n\n(def selfhost/obligation::coverage-independent?\n (fn (samples)\n (fn (conditions)\n (fn (target)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len samples))\n false\n (if\n (((((selfhost/obligation::coverage-independent-inner? samples) conditions) target) index)\n ((core/int::add index) 1))\n true\n ((((selfhost/obligation::coverage-independent? samples) conditions) target)\n ((core/int::add index) 1)))))))))\n\n(def selfhost/obligation::coverage-mcdc-conditions-loop\n (fn (conditions)\n (fn (samples)\n (fn (index)\n (fn (reports)\n (fn (missing)\n (if ((core/int::eq? index) (core/vec::len conditions))\n {:missing missing :reports reports}\n (let ((condition ((core/vec::get conditions) index)))\n (let\n ((independent ((((selfhost/obligation::coverage-independent? samples) conditions) condition) 0)))\n (\n (\n (((selfhost/obligation::coverage-mcdc-conditions-loop conditions) samples)\n ((core/int::add index) 1))\n ((core/vec::push reports) {:independent independent :sym condition}))\n (if independent missing ((core/vec::push missing) condition))))))))))))\n\n(def selfhost/obligation::coverage-decisions-loop\n (fn (rows)\n (fn (index)\n (fn (reports)\n (fn (missing-decisions)\n (fn (mcdc-reports)\n (fn (missing-mcdc)\n (if ((core/int::eq? index) (core/vec::len rows))\n {\n :mcdc mcdc-reports\n :missing-decisions missing-decisions\n :missing-mcdc missing-mcdc\n :reports reports}\n (let ((row ((core/vec::get rows) index)))\n (let\n (\n (branch-ok\n (if ((core/int::eq? ((core/map::get row) (quote :total))) 0)\n false\n (if ((core/int::eq? ((core/map::get row) (quote :taken-true))) 0)\n false\n (if ((core/int::eq? ((core/map::get row) (quote :taken-false))) 0)\n false\n true)))))\n (let\n (\n (mcdc\n (\n (\n (\n ((selfhost/obligation::coverage-mcdc-conditions-loop ((core/map::get row) (quote :conditions)))\n ((core/map::get row) (quote :samples)))\n 0)\n [])\n [])))\n (\n (\n (\n (((selfhost/obligation::coverage-decisions-loop rows) ((core/int::add index) 1))\n ((core/vec::push reports)\n {\n :conditions ((core/map::get row) (quote :conditions))\n :ok branch-ok\n :site ((core/map::get row) (quote :site))\n :taken-false ((core/map::get row) (quote :taken-false))\n :taken-true ((core/map::get row) (quote :taken-true))\n :total ((core/map::get row) (quote :total))}))\n (if branch-ok\n missing-decisions\n ((core/vec::push missing-decisions)\n ((core/map::get row) (quote :site)))))\n ((core/vec::push mcdc-reports)\n {\n :conditions ((core/map::get mcdc) (quote :reports))\n :site ((core/map::get row) (quote :site))}))\n (if\n ((core/int::eq? (core/vec::len ((core/map::get mcdc) (quote :missing)))) 0)\n missing-mcdc\n ((core/vec::push missing-mcdc)\n {\n :missing-conditions ((core/map::get mcdc) (quote :missing))\n :site ((core/map::get row) (quote :site))}))))))))))))))\n\n(def selfhost/obligation::coverage-count-error\n (fn (prefix)\n (fn (count)\n (fn (suffix) ((core/str::concat prefix) ((core/str::concat (core/int::to-str count)) suffix))))))\n\n(def selfhost/obligation::coverage\n (fn (package)\n (fn (inputs)\n (if (selfhost/obligation::coverage-inputs-valid? inputs)\n (let\n ((profile ((core/map::get inputs) (quote :profile)))\n (exports ((core/map::get inputs) (quote :exports)))\n (statements ((core/map::get inputs) (quote :statement-sites)))\n (decisions ((core/map::get inputs) (quote :decision-sites))))\n (let\n (\n (errors0\n (if\n (if ((core/int::eq? ((core/map::get inputs) (quote :test-count))) 0)\n (if ((core/int::eq? (core/vec::len exports)) 0)\n (selfhost/obligation::coverage-structural? profile)\n true)\n false)\n ((core/vec::push [])\n \"coverage requires unit tests (package.toml `tests` is empty)\")\n [])))\n (let\n (\n (errors1\n (\n (\n (selfhost/obligation::coverage-effect-errors-loop\n ((core/map::get inputs) (quote :missing-effect-logs)))\n 0)\n errors0)))\n (let\n ((export-state ((((selfhost/obligation::coverage-exports-loop exports) 0) []) errors1)))\n (let\n ((statement-state ((((selfhost/obligation::coverage-statements-loop statements) 0) []) [])))\n (let\n ((decision-state ((((((selfhost/obligation::coverage-decisions-loop decisions) 0) []) []) []) [])))\n (let ((errors2 ((core/map::get export-state) (quote :errors))))\n (let\n ((statement-missing ((core/map::get statement-state) (quote :missing)))\n (decision-missing\n ((core/map::get decision-state) (quote :missing-decisions)))\n (mcdc-missing ((core/map::get decision-state) (quote :missing-mcdc))))\n (let\n (\n (errors3\n (if\n (if (selfhost/obligation::coverage-structural? profile)\n (if ((core/int::eq? (core/vec::len statement-missing)) 0)\n false\n true)\n false)\n ((core/vec::push errors2)\n (\n ((selfhost/obligation::coverage-count-error \"statement-site coverage missing \")\n (core/vec::len statement-missing))\n \" site(s)\"))\n errors2)))\n (let\n (\n (errors4\n (if\n (if (selfhost/obligation::coverage-structural? profile)\n (if ((core/int::eq? (core/vec::len decision-missing)) 0)\n false\n true)\n false)\n ((core/vec::push errors3)\n (\n ((selfhost/obligation::coverage-count-error \"decision coverage missing branch outcomes on \")\n (core/vec::len decision-missing))\n \" site(s)\"))\n errors3)))\n (let\n (\n (errors5\n (if\n (if (selfhost/obligation::coverage-mcdc? profile)\n (if ((core/int::eq? (core/vec::len mcdc-missing)) 0)\n false\n true)\n false)\n ((core/vec::push errors4)\n (\n ((selfhost/obligation::coverage-count-error \"mcdc coverage missing condition independence on \")\n (core/vec::len mcdc-missing))\n \" decision site(s)\"))\n errors4)))\n (let ((ok ((core/int::eq? (core/vec::len errors5)) 0)))\n (let\n (\n (report0\n {\n :definition \"exports minus (tests, property_tests)\"\n :exports exports\n :kind \"genesis/coverage-v0.2\"\n :missing ((core/map::get export-state) (quote :missing))\n :ok ok\n :package package\n :profile profile\n :structural\n {\n :decision ((core/map::get inputs) (quote :decision))\n :decision-sites\n ((core/map::get decision-state) (quote :reports))\n :expected\n {\n :decision-sites (core/vec::len decisions)\n :statement-sites (core/vec::len statements)}\n :mcdc ((core/map::get decision-state) (quote :mcdc))\n :missing-decision-sites decision-missing\n :missing-mcdc-sites mcdc-missing\n :missing-statement-sites statement-missing\n :statement-sites\n ((core/map::get statement-state) (quote :reports))}\n :tests ((core/map::get inputs) (quote :tests))}))\n (let\n ((report (if ok report0 (((core/map::put report0) (quote :errors)) errors5))))\n {\n :errors errors5\n :kind selfhost/obligation::RESULT_KIND\n :name (selfhost/obligation::coverage-name profile)\n :ok ok\n :operation (selfhost/obligation::coverage-operation profile)\n :report report\n :v 2}))))))))))))))\n (selfhost/obligation::error\n \"coverage inputs must contain exactly valid closed instrumentation observations\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x88\x06\xE4\x00S\xA4\x9ET\xD7mJ5\x92$\xF5\xA8\xA8\x96|S\xCA\x9Do \x98J\x8A\xB2\x95\x15\xF5#" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::translation-vector-valid-loop? (fn (values) (fn (predicate) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (predicate ((core/vec::get values) index)) (((selfhost/obligation::translation-vector-valid-loop? values) predicate) ((core/int::add index) 1)) false)))))) (def selfhost/obligation::translation-vector-valid? (fn (value) (fn (predicate) (if (selfhost/obligation::vec? value) (((selfhost/obligation::translation-vector-valid-loop? value) predicate) 0) false)))) (def selfhost/obligation::translation-string-vector-valid? (fn (value) ((selfhost/obligation::translation-vector-valid? value) selfhost/obligation::str?))) (def selfhost/obligation::translation-status-valid? (fn (status) (if ((core/sym::eq? status) (quote :complete)) true (if ((core/sym::eq? status) (quote :failed)) true ((core/sym::eq? status) (quote :unsupported)))))) (def selfhost/obligation::translation-value-kind-valid? (fn (value) (if (selfhost/obligation::nil? value) true (if (selfhost/obligation::sym? value) (if ((core/sym::eq? value) (quote :int)) true (if ((core/sym::eq? value) (quote :bool)) true (if ((core/sym::eq? value) (quote :nil)) true (if ((core/sym::eq? value) (quote :sym)) true (if ((core/sym::eq? value) (quote :str)) true (if ((core/sym::eq? value) (quote :bytes)) true ((core/sym::eq? value) (quote :term)))))))) false)))) (def selfhost/obligation::translation-optional-bool? (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::bool? value)))) (def selfhost/obligation::translation-rewrite-valid? (fn (rewrite) (if (selfhost/obligation::map? rewrite) (if ((core/int::eq? (core/map::len rewrite)) 2) (if (selfhost/obligation::str? ((core/map::get rewrite) (quote :name))) (selfhost/obligation::nonnegative-int? ((core/map::get rewrite) (quote :n))) false) false) false))) (def selfhost/obligation::translation-stage2-valid? (fn (expected-module-h) (fn (stage2) (if (selfhost/obligation::map? stage2) (if ((core/int::eq? (core/map::len stage2)) 9) (if (selfhost/obligation::translation-status-valid? ((core/map::get stage2) (quote :status))) (if ((core/eq? expected-module-h) ((core/map::get stage2) (quote :module-h))) (if (selfhost/obligation::optional-hash? ((core/map::get stage2) (quote :wasm-h))) (if (selfhost/obligation::translation-value-kind-valid? ((core/map::get stage2) (quote :value-kind))) (if (selfhost/obligation::optional-hash? ((core/map::get stage2) (quote :orig-value-h))) (if (selfhost/obligation::optional-hash? ((core/map::get stage2) (quote :wasm-value-h))) (if (selfhost/obligation::optional-nonnegative-int? ((core/map::get stage2) (quote :wasm-bytes))) (if (selfhost/obligation::translation-optional-bool? ((core/map::get stage2) (quote :result-equal))) (if (selfhost/obligation::translation-string-vector-valid? ((core/map::get stage2) (quote :mechanism-errors))) (if ((core/sym::eq? ((core/map::get stage2) (quote :status))) (quote :complete)) (if (selfhost/obligation::hash? ((core/map::get stage2) (quote :wasm-h))) (if (selfhost/obligation::sym? ((core/map::get stage2) (quote :value-kind))) (if (selfhost/obligation::hash? ((core/map::get stage2) (quote :orig-value-h))) (if (selfhost/obligation::hash? ((core/map::get stage2) (quote :wasm-value-h))) (if (selfhost/obligation::nonnegative-int? ((core/map::get stage2) (quote :wasm-bytes))) (if (selfhost/obligation::bool? ((core/map::get stage2) (quote :result-equal))) ((core/int::eq? (core/vec::len ((core/map::get stage2) (quote :mechanism-errors)))) 0) false) false) false) false) false) false) (selfhost/obligation::nil? ((core/map::get stage2) (quote :result-equal)))) false) false) false) false) false) false) false) false) false) false) false)))) (def selfhost/obligation::translation-module-valid? (fn (module) (if (selfhost/obligation::map? module) (if ((core/int::eq? (core/map::len module)) 9) (if (selfhost/obligation::str? ((core/map::get module) (quote :path))) (if (selfhost/obligation::hash? ((core/map::get module) (quote :original-h))) (if (selfhost/obligation::hash? ((core/map::get module) (quote :optimized-h))) (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-runs))) (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-iterations))) (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-eclasses))) (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-enodes))) (if ((selfhost/obligation::translation-vector-valid? ((core/map::get module) (quote :egg-rewrites))) selfhost/obligation::translation-rewrite-valid?) ((selfhost/obligation::translation-stage2-valid? ((core/map::get module) (quote :optimized-h))) ((core/map::get module) (quote :stage2))) false) false) false) false) false) false) false) false) false) false))) (def selfhost/obligation::translation-original-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 5) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (if (selfhost/obligation::hash? ((core/map::get test) (quote :actual-h))) (if (selfhost/obligation::optional-hash? ((core/map::get test) (quote :expected-h))) (selfhost/obligation::bool? ((core/map::get test) (quote :sealed-error))) false) false) false) false) false) false))) (def selfhost/obligation::translation-test-valid? (fn (test) (if (selfhost/obligation::map? test) (if ((core/int::eq? (core/map::len test)) 4) (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite))) (if (selfhost/obligation::str? ((core/map::get test) (quote :name))) (if (selfhost/obligation::hash? ((core/map::get test) (quote :original-h))) (selfhost/obligation::hash? ((core/map::get test) (quote :optimized-h))) false) false) false) false) false))) (def selfhost/obligation::translation-tests-aligned-loop? (fn (original) (fn (optimized) (fn (index) (if ((core/int::eq? index) (core/vec::len original)) true (let ((left ((core/vec::get original) index)) (right ((core/vec::get optimized) index))) (if ((core/sym::eq? ((core/map::get left) (quote :suite))) ((core/map::get right) (quote :suite))) (if ((core/eq? ((core/map::get left) (quote :name))) ((core/map::get right) (quote :name))) (if ((core/eq? ((core/map::get left) (quote :actual-h))) ((core/map::get right) (quote :original-h))) (((selfhost/obligation::translation-tests-aligned-loop? original) optimized) ((core/int::add index) 1)) false) false) false))))))) (def selfhost/obligation::translation-inputs-valid? (fn (inputs) (if (selfhost/obligation::map? inputs) (if ((core/int::eq? (core/map::len inputs)) 3) (if ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :modules))) selfhost/obligation::translation-module-valid?) (if ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :original-tests))) selfhost/obligation::translation-original-test-valid?) (if ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :optimized-tests))) selfhost/obligation::translation-test-valid?) (if ((core/int::eq? (core/vec::len ((core/map::get inputs) (quote :original-tests)))) (core/vec::len ((core/map::get inputs) (quote :optimized-tests)))) (((selfhost/obligation::translation-tests-aligned-loop? ((core/map::get inputs) (quote :original-tests))) ((core/map::get inputs) (quote :optimized-tests))) 0) false) false) false) false) false) false))) (def selfhost/obligation::translation-original-tests-ok-loop? (fn (tests) (fn (index) (if ((core/int::eq? index) (core/vec::len tests)) true (let ((test ((core/vec::get tests) index))) (if (selfhost/obligation::test-ok? test) ((selfhost/obligation::translation-original-tests-ok-loop? tests) ((core/int::add index) 1)) false)))))) (def selfhost/obligation::translation-rewrites-add-loop (fn (rewrites) (fn (index) (fn (totals) (if ((core/int::eq? index) (core/vec::len rewrites)) totals (let ((rewrite ((core/vec::get rewrites) index))) (let ((name ((core/map::get rewrite) (quote :name))) (count ((core/map::get rewrite) (quote :n)))) (let ((prior ((core/map::get totals) name))) (((selfhost/obligation::translation-rewrites-add-loop rewrites) ((core/int::add index) 1)) (((core/map::put totals) name) (if (selfhost/obligation::nil? prior) count ((core/int::add prior) count)))))))))))) (def selfhost/obligation::translation-rewrites-add (fn (totals) (fn (rewrites) (((selfhost/obligation::translation-rewrites-add-loop rewrites) 0) totals)))) (def selfhost/obligation::translation-rewrite-reports-loop (fn (entries) (fn (index) (fn (reports) (if ((core/int::eq? index) (core/vec::len entries)) reports (let ((entry ((core/vec::get entries) index))) (((selfhost/obligation::translation-rewrite-reports-loop entries) ((core/int::add index) 1)) ((core/vec::push reports) {:n ((core/vec::get entry) 1) :name ((core/vec::get entry) 0)})))))))) (def selfhost/obligation::translation-rewrite-reports (fn (totals) (((selfhost/obligation::translation-rewrite-reports-loop (core/map::entries totals)) 0) []))) (def selfhost/obligation::translation-stage2 (fn (path) (fn (raw) (let ((status ((core/map::get raw) (quote :status))) (result-equal ((core/map::get raw) (quote :result-equal))) (original-h ((core/map::get raw) (quote :orig-value-h))) (wasm-h ((core/map::get raw) (quote :wasm-value-h)))) (let ((supported (if ((core/sym::eq? status) (quote :unsupported)) false true)) (errors0 ((core/map::get raw) (quote :mechanism-errors)))) (let ((errors1 (if (if ((core/sym::eq? status) (quote :complete)) (if result-equal false true) false) ((core/vec::push errors0) "stage2 wasm result differs from kernel result") errors0))) (let ((errors2 (if (if ((core/sym::eq? status) (quote :complete)) (if ((core/eq? original-h) wasm-h) false true) false) ((core/vec::push errors1) "stage2 wasm value hash mismatch") errors1))) (let ((ok (if ((core/sym::eq? status) (quote :complete)) ((core/int::eq? (core/vec::len errors2)) 0) false))) {:errors errors2 :ok ok :report {:errors errors2 :module-h ((core/map::get raw) (quote :module-h)) :ok ok :orig-value-h original-h :path path :supported supported :value-kind ((core/map::get raw) (quote :value-kind)) :wasm-bytes ((core/map::get raw) (quote :wasm-bytes)) :wasm-h ((core/map::get raw) (quote :wasm-h)) :wasm-value-h wasm-h} :supported supported})))))))) (def selfhost/obligation::translation-prefix-stage-errors-loop (fn (path) (fn (errors) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len errors)) out ((((selfhost/obligation::translation-prefix-stage-errors-loop path) errors) ((core/int::add index) 1)) ((core/vec::push out) ((core/str::concat "stage2 ") ((core/str::concat path) ((core/str::concat ": ") ((core/vec::get errors) index)))))))))))) (def selfhost/obligation::translation-prefix-stage-errors (fn (path) (fn (errors) ((((selfhost/obligation::translation-prefix-stage-errors-loop path) errors) 0) [])))) (def selfhost/obligation::translation-modules-loop (fn (modules) (fn (index) (fn (state) (if ((core/int::eq? index) (core/vec::len modules)) state (let ((module ((core/vec::get modules) index))) (let ((path ((core/map::get module) (quote :path))) (stage2 ((selfhost/obligation::translation-stage2 ((core/map::get module) (quote :path))) ((core/map::get module) (quote :stage2))))) (let ((supported ((core/map::get stage2) (quote :supported))) (stage-ok ((core/map::get stage2) (quote :ok)))) (((selfhost/obligation::translation-modules-loop modules) ((core/int::add index) 1)) {:eclasses ((core/int::add ((core/map::get state) (quote :eclasses))) ((core/map::get module) (quote :egg-eclasses))) :enodes ((core/int::add ((core/map::get state) (quote :enodes))) ((core/map::get module) (quote :egg-enodes))) :errors (if (if supported (if stage-ok false true) false) ((selfhost/obligation::append-errors ((core/map::get state) (quote :errors))) ((selfhost/obligation::translation-prefix-stage-errors path) ((core/map::get stage2) (quote :errors)))) ((core/map::get state) (quote :errors))) :iterations ((core/int::add ((core/map::get state) (quote :iterations))) ((core/map::get module) (quote :egg-iterations))) :modules ((core/vec::push ((core/map::get state) (quote :modules))) {:changed (if ((core/eq? ((core/map::get module) (quote :original-h))) ((core/map::get module) (quote :optimized-h))) false true) :opt-h ((core/map::get module) (quote :optimized-h)) :orig-h ((core/map::get module) (quote :original-h)) :path path}) :ok (if ((core/map::get state) (quote :ok)) (if (if supported (if stage-ok false true) false) false true) false) :rewrites ((selfhost/obligation::translation-rewrites-add ((core/map::get state) (quote :rewrites))) ((core/map::get module) (quote :egg-rewrites))) :runs ((core/int::add ((core/map::get state) (quote :runs))) ((core/map::get module) (quote :egg-runs))) :stage2 ((core/vec::push ((core/map::get state) (quote :stage2))) ((core/map::get stage2) (quote :report))) :supported (if supported ((core/int::add ((core/map::get state) (quote :supported))) 1) ((core/map::get state) (quote :supported))) :validated (if (if supported stage-ok false) ((core/int::add ((core/map::get state) (quote :validated))) 1) ((core/map::get state) (quote :validated)))}))))))))) (def selfhost/obligation::translation-tests-loop (fn (tests) (fn (index) (fn (reports) (fn (errors) (if ((core/int::eq? index) (core/vec::len tests)) {:errors errors :reports reports} (let ((test ((core/vec::get tests) index))) (let ((mismatch (if ((core/eq? ((core/map::get test) (quote :original-h))) ((core/map::get test) (quote :optimized-h))) false true))) ((((selfhost/obligation::translation-tests-loop tests) ((core/int::add index) 1)) ((core/vec::push reports) {:name ((core/map::get test) (quote :name)) :opt-h ((core/map::get test) (quote :optimized-h)) :orig-h ((core/map::get test) (quote :original-h)) :suite ((core/map::get test) (quote :suite))})) (if mismatch ((core/vec::push errors) ((core/str::concat "hash mismatch for ") ((core/str::concat (core/sym::to-str ((core/map::get test) (quote :suite)))) ((core/str::concat "::") ((core/map::get test) (quote :name)))))) errors)))))))))) (def selfhost/obligation::translation-validation (fn (package) (fn (inputs) (if (selfhost/obligation::translation-inputs-valid? inputs) (let ((modules ((core/map::get inputs) (quote :modules))) (original-tests ((core/map::get inputs) (quote :original-tests))) (optimized-tests ((core/map::get inputs) (quote :optimized-tests)))) (if ((core/int::eq? (core/vec::len original-tests)) 0) (if (if ((core/int::eq? (core/vec::len modules)) 0) ((core/int::eq? (core/vec::len optimized-tests)) 0) false) {:errors [] :kind selfhost/obligation::RESULT_KIND :name "core/obligation::translation-validation" :ok true :operation (quote :translation-validation) :report {:kind "genesis/translation-validation-v0.2" :note "no tests" :ok true} :v 2} (selfhost/obligation::error "translation no-test observation must not contain module or optimized-test facts")) (let ((module-state (((selfhost/obligation::translation-modules-loop modules) 0) {:eclasses 0 :enodes 0 :errors [] :iterations 0 :modules [] :ok true :rewrites {} :runs 0 :stage2 [] :supported 0 :validated 0}))) (let ((test-state ((((selfhost/obligation::translation-tests-loop optimized-tests) 0) []) ((core/map::get module-state) (quote :errors))))) (let ((original-ok ((selfhost/obligation::translation-original-tests-ok-loop? original-tests) 0)) (errors ((core/map::get test-state) (quote :errors)))) (let ((ok (if original-ok (if ((core/map::get module-state) (quote :ok)) ((core/int::eq? (core/vec::len errors)) 0) false) false))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::translation-validation" :ok ok :operation (quote :translation-validation) :report {:errors errors :kind "genesis/translation-validation-v0.2" :modules ((core/map::get module-state) (quote :modules)) :ok ok :optimizer {:egg-eclasses ((core/map::get module-state) (quote :eclasses)) :egg-enodes ((core/map::get module-state) (quote :enodes)) :egg-iterations ((core/map::get module-state) (quote :iterations)) :egg-rewrites (selfhost/obligation::translation-rewrite-reports ((core/map::get module-state) (quote :rewrites))) :egg-runs ((core/map::get module-state) (quote :runs))} :package package :stage2 {:entries ((core/map::get module-state) (quote :stage2)) :supported-modules ((core/map::get module-state) (quote :supported)) :validated-modules ((core/map::get module-state) (quote :validated))} :tests ((core/map::get test-state) (quote :reports))} :v 2})))))) (selfhost/obligation::error "translation inputs must contain exactly valid modules, original tests, and optimized tests")))))] :module-h b"l7M+*\x84\xF2\xEE\x9A\xBE\x91\xFDK\xE4Y:o\x82\xFC\x7FP!kNRv\xA6\xC4\x88\x00\x9F\xC4" :path "selfhost/obligation_authority_translation_v1.gc" :source "(def selfhost/obligation::translation-vector-valid-loop?\n (fn (values)\n (fn (predicate)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (predicate ((core/vec::get values) index))\n (((selfhost/obligation::translation-vector-valid-loop? values) predicate)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/obligation::translation-vector-valid?\n (fn (value)\n (fn (predicate)\n (if (selfhost/obligation::vec? value)\n (((selfhost/obligation::translation-vector-valid-loop? value) predicate) 0)\n false))))\n\n(def selfhost/obligation::translation-string-vector-valid?\n (fn (value) ((selfhost/obligation::translation-vector-valid? value) selfhost/obligation::str?)))\n\n(def selfhost/obligation::translation-status-valid?\n (fn (status)\n (if ((core/sym::eq? status) (quote :complete))\n true\n (if ((core/sym::eq? status) (quote :failed))\n true\n ((core/sym::eq? status) (quote :unsupported))))))\n\n(def selfhost/obligation::translation-value-kind-valid?\n (fn (value)\n (if (selfhost/obligation::nil? value)\n true\n (if (selfhost/obligation::sym? value)\n (if ((core/sym::eq? value) (quote :int))\n true\n (if ((core/sym::eq? value) (quote :bool))\n true\n (if ((core/sym::eq? value) (quote :nil))\n true\n (if ((core/sym::eq? value) (quote :sym))\n true\n (if ((core/sym::eq? value) (quote :str))\n true\n (if ((core/sym::eq? value) (quote :bytes))\n true\n ((core/sym::eq? value) (quote :term))))))))\n false))))\n\n(def selfhost/obligation::translation-optional-bool?\n (fn (value) (if (selfhost/obligation::nil? value) true (selfhost/obligation::bool? value))))\n\n(def selfhost/obligation::translation-rewrite-valid?\n (fn (rewrite)\n (if (selfhost/obligation::map? rewrite)\n (if ((core/int::eq? (core/map::len rewrite)) 2)\n (if (selfhost/obligation::str? ((core/map::get rewrite) (quote :name)))\n (selfhost/obligation::nonnegative-int? ((core/map::get rewrite) (quote :n)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-stage2-valid?\n (fn (expected-module-h)\n (fn (stage2)\n (if (selfhost/obligation::map? stage2)\n (if ((core/int::eq? (core/map::len stage2)) 9)\n (if\n (selfhost/obligation::translation-status-valid? ((core/map::get stage2) (quote :status)))\n (if ((core/eq? expected-module-h) ((core/map::get stage2) (quote :module-h)))\n (if (selfhost/obligation::optional-hash? ((core/map::get stage2) (quote :wasm-h)))\n (if\n (selfhost/obligation::translation-value-kind-valid?\n ((core/map::get stage2) (quote :value-kind)))\n (if\n (selfhost/obligation::optional-hash?\n ((core/map::get stage2) (quote :orig-value-h)))\n (if\n (selfhost/obligation::optional-hash?\n ((core/map::get stage2) (quote :wasm-value-h)))\n (if\n (selfhost/obligation::optional-nonnegative-int?\n ((core/map::get stage2) (quote :wasm-bytes)))\n (if\n (selfhost/obligation::translation-optional-bool?\n ((core/map::get stage2) (quote :result-equal)))\n (if\n (selfhost/obligation::translation-string-vector-valid?\n ((core/map::get stage2) (quote :mechanism-errors)))\n (if\n ((core/sym::eq? ((core/map::get stage2) (quote :status)))\n (quote :complete))\n (if\n (selfhost/obligation::hash? ((core/map::get stage2) (quote :wasm-h)))\n (if\n (selfhost/obligation::sym?\n ((core/map::get stage2) (quote :value-kind)))\n (if\n (selfhost/obligation::hash?\n ((core/map::get stage2) (quote :orig-value-h)))\n (if\n (selfhost/obligation::hash?\n ((core/map::get stage2) (quote :wasm-value-h)))\n (if\n (selfhost/obligation::nonnegative-int?\n ((core/map::get stage2) (quote :wasm-bytes)))\n (if\n (selfhost/obligation::bool?\n ((core/map::get stage2) (quote :result-equal)))\n ((core/int::eq? (core/vec::len ((core/map::get stage2) (quote :mechanism-errors))))\n 0)\n false)\n false)\n false)\n false)\n false)\n false)\n (selfhost/obligation::nil?\n ((core/map::get stage2) (quote :result-equal))))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false))))\n\n(def selfhost/obligation::translation-module-valid?\n (fn (module)\n (if (selfhost/obligation::map? module)\n (if ((core/int::eq? (core/map::len module)) 9)\n (if (selfhost/obligation::str? ((core/map::get module) (quote :path)))\n (if (selfhost/obligation::hash? ((core/map::get module) (quote :original-h)))\n (if (selfhost/obligation::hash? ((core/map::get module) (quote :optimized-h)))\n (if (selfhost/obligation::nonnegative-int? ((core/map::get module) (quote :egg-runs)))\n (if\n (selfhost/obligation::nonnegative-int?\n ((core/map::get module) (quote :egg-iterations)))\n (if\n (selfhost/obligation::nonnegative-int?\n ((core/map::get module) (quote :egg-eclasses)))\n (if\n (selfhost/obligation::nonnegative-int?\n ((core/map::get module) (quote :egg-enodes)))\n (if\n ((selfhost/obligation::translation-vector-valid? ((core/map::get module) (quote :egg-rewrites)))\n selfhost/obligation::translation-rewrite-valid?)\n ((selfhost/obligation::translation-stage2-valid? ((core/map::get module) (quote :optimized-h)))\n ((core/map::get module) (quote :stage2)))\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-original-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 5)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (if (selfhost/obligation::hash? ((core/map::get test) (quote :actual-h)))\n (if (selfhost/obligation::optional-hash? ((core/map::get test) (quote :expected-h)))\n (selfhost/obligation::bool? ((core/map::get test) (quote :sealed-error)))\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-test-valid?\n (fn (test)\n (if (selfhost/obligation::map? test)\n (if ((core/int::eq? (core/map::len test)) 4)\n (if (selfhost/obligation::sym? ((core/map::get test) (quote :suite)))\n (if (selfhost/obligation::str? ((core/map::get test) (quote :name)))\n (if (selfhost/obligation::hash? ((core/map::get test) (quote :original-h)))\n (selfhost/obligation::hash? ((core/map::get test) (quote :optimized-h)))\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-tests-aligned-loop?\n (fn (original)\n (fn (optimized)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len original))\n true\n (let ((left ((core/vec::get original) index)) (right ((core/vec::get optimized) index)))\n (if\n ((core/sym::eq? ((core/map::get left) (quote :suite)))\n ((core/map::get right) (quote :suite)))\n (if\n ((core/eq? ((core/map::get left) (quote :name)))\n ((core/map::get right) (quote :name)))\n (if\n ((core/eq? ((core/map::get left) (quote :actual-h)))\n ((core/map::get right) (quote :original-h)))\n (((selfhost/obligation::translation-tests-aligned-loop? original) optimized)\n ((core/int::add index) 1))\n false)\n false)\n false)))))))\n\n(def selfhost/obligation::translation-inputs-valid?\n (fn (inputs)\n (if (selfhost/obligation::map? inputs)\n (if ((core/int::eq? (core/map::len inputs)) 3)\n (if\n ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :modules)))\n selfhost/obligation::translation-module-valid?)\n (if\n ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :original-tests)))\n selfhost/obligation::translation-original-test-valid?)\n (if\n ((selfhost/obligation::translation-vector-valid? ((core/map::get inputs) (quote :optimized-tests)))\n selfhost/obligation::translation-test-valid?)\n (if\n ((core/int::eq? (core/vec::len ((core/map::get inputs) (quote :original-tests))))\n (core/vec::len ((core/map::get inputs) (quote :optimized-tests))))\n (\n (\n (selfhost/obligation::translation-tests-aligned-loop?\n ((core/map::get inputs) (quote :original-tests)))\n ((core/map::get inputs) (quote :optimized-tests)))\n 0)\n false)\n false)\n false)\n false)\n false)\n false)))\n\n(def selfhost/obligation::translation-original-tests-ok-loop?\n (fn (tests)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len tests))\n true\n (let ((test ((core/vec::get tests) index)))\n (if (selfhost/obligation::test-ok? test)\n ((selfhost/obligation::translation-original-tests-ok-loop? tests)\n ((core/int::add index) 1))\n false))))))\n\n(def selfhost/obligation::translation-rewrites-add-loop\n (fn (rewrites)\n (fn (index)\n (fn (totals)\n (if ((core/int::eq? index) (core/vec::len rewrites))\n totals\n (let ((rewrite ((core/vec::get rewrites) index)))\n (let\n ((name ((core/map::get rewrite) (quote :name)))\n (count ((core/map::get rewrite) (quote :n))))\n (let ((prior ((core/map::get totals) name)))\n (((selfhost/obligation::translation-rewrites-add-loop rewrites) ((core/int::add index) 1))\n (((core/map::put totals) name)\n (if (selfhost/obligation::nil? prior) count ((core/int::add prior) count))))))))))))\n\n(def selfhost/obligation::translation-rewrites-add\n (fn (totals)\n (fn (rewrites) (((selfhost/obligation::translation-rewrites-add-loop rewrites) 0) totals))))\n\n(def selfhost/obligation::translation-rewrite-reports-loop\n (fn (entries)\n (fn (index)\n (fn (reports)\n (if ((core/int::eq? index) (core/vec::len entries))\n reports\n (let ((entry ((core/vec::get entries) index)))\n (((selfhost/obligation::translation-rewrite-reports-loop entries) ((core/int::add index) 1))\n ((core/vec::push reports)\n {\n :n ((core/vec::get entry) 1)\n :name ((core/vec::get entry) 0)}))))))))\n\n(def selfhost/obligation::translation-rewrite-reports\n (fn (totals)\n (((selfhost/obligation::translation-rewrite-reports-loop (core/map::entries totals)) 0) [])))\n\n(def selfhost/obligation::translation-stage2\n (fn (path)\n (fn (raw)\n (let\n ((status ((core/map::get raw) (quote :status)))\n (result-equal ((core/map::get raw) (quote :result-equal)))\n (original-h ((core/map::get raw) (quote :orig-value-h)))\n (wasm-h ((core/map::get raw) (quote :wasm-value-h))))\n (let\n ((supported (if ((core/sym::eq? status) (quote :unsupported)) false true))\n (errors0 ((core/map::get raw) (quote :mechanism-errors))))\n (let\n (\n (errors1\n (if\n (if ((core/sym::eq? status) (quote :complete)) (if result-equal false true) false)\n ((core/vec::push errors0) \"stage2 wasm result differs from kernel result\")\n errors0)))\n (let\n (\n (errors2\n (if\n (if ((core/sym::eq? status) (quote :complete))\n (if ((core/eq? original-h) wasm-h) false true)\n false)\n ((core/vec::push errors1) \"stage2 wasm value hash mismatch\")\n errors1)))\n (let\n (\n (ok\n (if ((core/sym::eq? status) (quote :complete))\n ((core/int::eq? (core/vec::len errors2)) 0)\n false)))\n {\n :errors errors2\n :ok ok\n :report\n {\n :errors errors2\n :module-h ((core/map::get raw) (quote :module-h))\n :ok ok\n :orig-value-h original-h\n :path path\n :supported supported\n :value-kind ((core/map::get raw) (quote :value-kind))\n :wasm-bytes ((core/map::get raw) (quote :wasm-bytes))\n :wasm-h ((core/map::get raw) (quote :wasm-h))\n :wasm-value-h wasm-h}\n :supported supported}))))))))\n\n(def selfhost/obligation::translation-prefix-stage-errors-loop\n (fn (path)\n (fn (errors)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len errors))\n out\n (\n (((selfhost/obligation::translation-prefix-stage-errors-loop path) errors)\n ((core/int::add index) 1))\n ((core/vec::push out)\n ((core/str::concat \"stage2 \")\n ((core/str::concat path) ((core/str::concat \": \") ((core/vec::get errors) index))))))))))))\n\n(def selfhost/obligation::translation-prefix-stage-errors\n (fn (path)\n (fn (errors) ((((selfhost/obligation::translation-prefix-stage-errors-loop path) errors) 0) []))))\n\n(def selfhost/obligation::translation-modules-loop\n (fn (modules)\n (fn (index)\n (fn (state)\n (if ((core/int::eq? index) (core/vec::len modules))\n state\n (let ((module ((core/vec::get modules) index)))\n (let\n ((path ((core/map::get module) (quote :path)))\n (stage2\n ((selfhost/obligation::translation-stage2 ((core/map::get module) (quote :path)))\n ((core/map::get module) (quote :stage2)))))\n (let\n ((supported ((core/map::get stage2) (quote :supported)))\n (stage-ok ((core/map::get stage2) (quote :ok))))\n (((selfhost/obligation::translation-modules-loop modules) ((core/int::add index) 1))\n {\n :eclasses\n ((core/int::add ((core/map::get state) (quote :eclasses)))\n ((core/map::get module) (quote :egg-eclasses)))\n :enodes\n ((core/int::add ((core/map::get state) (quote :enodes)))\n ((core/map::get module) (quote :egg-enodes)))\n :errors\n (if (if supported (if stage-ok false true) false)\n ((selfhost/obligation::append-errors ((core/map::get state) (quote :errors)))\n ((selfhost/obligation::translation-prefix-stage-errors path)\n ((core/map::get stage2) (quote :errors))))\n ((core/map::get state) (quote :errors)))\n :iterations\n ((core/int::add ((core/map::get state) (quote :iterations)))\n ((core/map::get module) (quote :egg-iterations)))\n :modules\n ((core/vec::push ((core/map::get state) (quote :modules)))\n {\n :changed\n (if\n ((core/eq? ((core/map::get module) (quote :original-h)))\n ((core/map::get module) (quote :optimized-h)))\n false\n true)\n :opt-h ((core/map::get module) (quote :optimized-h))\n :orig-h ((core/map::get module) (quote :original-h))\n :path path})\n :ok\n (if ((core/map::get state) (quote :ok))\n (if (if supported (if stage-ok false true) false) false true)\n false)\n :rewrites\n ((selfhost/obligation::translation-rewrites-add ((core/map::get state) (quote :rewrites)))\n ((core/map::get module) (quote :egg-rewrites)))\n :runs\n ((core/int::add ((core/map::get state) (quote :runs)))\n ((core/map::get module) (quote :egg-runs)))\n :stage2\n ((core/vec::push ((core/map::get state) (quote :stage2)))\n ((core/map::get stage2) (quote :report)))\n :supported\n (if supported\n ((core/int::add ((core/map::get state) (quote :supported))) 1)\n ((core/map::get state) (quote :supported)))\n :validated\n (if (if supported stage-ok false)\n ((core/int::add ((core/map::get state) (quote :validated))) 1)\n ((core/map::get state) (quote :validated)))})))))))))\n\n(def selfhost/obligation::translation-tests-loop\n (fn (tests)\n (fn (index)\n (fn (reports)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n {:errors errors :reports reports}\n (let ((test ((core/vec::get tests) index)))\n (let\n (\n (mismatch\n (if\n ((core/eq? ((core/map::get test) (quote :original-h)))\n ((core/map::get test) (quote :optimized-h)))\n false\n true)))\n (\n (((selfhost/obligation::translation-tests-loop tests) ((core/int::add index) 1))\n ((core/vec::push reports)\n {\n :name ((core/map::get test) (quote :name))\n :opt-h ((core/map::get test) (quote :optimized-h))\n :orig-h ((core/map::get test) (quote :original-h))\n :suite ((core/map::get test) (quote :suite))}))\n (if mismatch\n ((core/vec::push errors)\n ((core/str::concat \"hash mismatch for \")\n ((core/str::concat (core/sym::to-str ((core/map::get test) (quote :suite))))\n ((core/str::concat \"::\") ((core/map::get test) (quote :name))))))\n errors))))))))))\n\n(def selfhost/obligation::translation-validation\n (fn (package)\n (fn (inputs)\n (if (selfhost/obligation::translation-inputs-valid? inputs)\n (let\n ((modules ((core/map::get inputs) (quote :modules)))\n (original-tests ((core/map::get inputs) (quote :original-tests)))\n (optimized-tests ((core/map::get inputs) (quote :optimized-tests))))\n (if ((core/int::eq? (core/vec::len original-tests)) 0)\n (if\n (if ((core/int::eq? (core/vec::len modules)) 0)\n ((core/int::eq? (core/vec::len optimized-tests)) 0)\n false)\n {\n :errors []\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::translation-validation\"\n :ok true\n :operation (quote :translation-validation)\n :report\n {\n :kind \"genesis/translation-validation-v0.2\"\n :note \"no tests\"\n :ok true}\n :v 2}\n (selfhost/obligation::error\n \"translation no-test observation must not contain module or optimized-test facts\"))\n (let\n (\n (module-state\n (((selfhost/obligation::translation-modules-loop modules) 0)\n {\n :eclasses 0\n :enodes 0\n :errors []\n :iterations 0\n :modules []\n :ok true\n :rewrites {}\n :runs 0\n :stage2 []\n :supported 0\n :validated 0})))\n (let\n (\n (test-state\n ((((selfhost/obligation::translation-tests-loop optimized-tests) 0) [])\n ((core/map::get module-state) (quote :errors)))))\n (let\n ((original-ok ((selfhost/obligation::translation-original-tests-ok-loop? original-tests) 0))\n (errors ((core/map::get test-state) (quote :errors))))\n (let\n (\n (ok\n (if original-ok\n (if ((core/map::get module-state) (quote :ok))\n ((core/int::eq? (core/vec::len errors)) 0)\n false)\n false)))\n {\n :errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::translation-validation\"\n :ok ok\n :operation (quote :translation-validation)\n :report\n {\n :errors errors\n :kind \"genesis/translation-validation-v0.2\"\n :modules ((core/map::get module-state) (quote :modules))\n :ok ok\n :optimizer\n {\n :egg-eclasses ((core/map::get module-state) (quote :eclasses))\n :egg-enodes ((core/map::get module-state) (quote :enodes))\n :egg-iterations ((core/map::get module-state) (quote :iterations))\n :egg-rewrites\n (selfhost/obligation::translation-rewrite-reports\n ((core/map::get module-state) (quote :rewrites)))\n :egg-runs ((core/map::get module-state) (quote :runs))}\n :package package\n :stage2\n {\n :entries ((core/map::get module-state) (quote :stage2))\n :supported-modules ((core/map::get module-state) (quote :supported))\n :validated-modules ((core/map::get module-state) (quote :validated))}\n :tests ((core/map::get test-state) (quote :reports))}\n :v 2}))))))\n (selfhost/obligation::error\n \"translation inputs must contain exactly valid modules, original tests, and optimized tests\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"^\x82\x0C\xB2k\xFD\"1D\xB9\xCFu\x05\xE0\x8D?\x88\x90&\xAAL\x14&c:\x81\xBF\x13\xB55^\xBC" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::gfx-api-symbol-vector-valid-loop? (fn (values) (fn (index) (if ((core/int::eq? index) (core/vec::len values)) true (if (selfhost/obligation::sym? ((core/vec::get values) index)) ((selfhost/obligation::gfx-api-symbol-vector-valid-loop? values) ((core/int::add index) 1)) false))))) (def selfhost/obligation::gfx-api-symbol-vector-valid? (fn (value) (if (selfhost/obligation::vec? value) ((selfhost/obligation::gfx-api-symbol-vector-valid-loop? value) 0) false))) (def selfhost/obligation::gfx-api-definition-valid? (fn (definition) (if (selfhost/obligation::map? definition) (if ((core/int::eq? (core/map::len definition)) 2) (if (selfhost/obligation::sym? ((core/map::get definition) (quote :sym))) (selfhost/obligation::hash? ((core/map::get definition) (quote :expr-h))) false) false) false))) (def selfhost/obligation::gfx-api-definition-error (fn (symbol) ((core/str::concat "symbol ") ((core/str::concat (core/sym::to-str symbol)) " has conflicting definitions across modules")))) (def selfhost/obligation::gfx-api-definitions-loop (fn (definitions) (fn (index) (fn (definition-map) (fn (errors) (if ((core/int::eq? index) (core/vec::len definitions)) {:definition-map definition-map :errors errors} (let ((definition ((core/vec::get definitions) index))) (if (selfhost/obligation::gfx-api-definition-valid? definition) (let ((symbol ((core/map::get definition) (quote :sym))) (expression-h ((core/map::get definition) (quote :expr-h)))) (let ((previous ((core/map::get definition-map) symbol))) ((((selfhost/obligation::gfx-api-definitions-loop definitions) ((core/int::add index) 1)) (((core/map::put definition-map) symbol) expression-h)) (if (selfhost/obligation::nil? previous) errors (if ((core/eq? previous) expression-h) errors ((core/vec::push errors) (selfhost/obligation::gfx-api-definition-error symbol))))))) (selfhost/obligation::error "gfx API definition observation must contain exactly :sym and :expr-h"))))))))) (def selfhost/obligation::gfx-api-starts-with? (fn (value) (fn (prefix) (let ((bytes (core/str::to-utf8 value))) (let ((prefix-bytes (core/str::to-utf8 prefix))) (let ((length (core/bytes::len bytes)) (prefix-length (core/bytes::len prefix-bytes))) (if ((core/int::lt? length) prefix-length) false ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes)))))))) (def selfhost/obligation::gfx-api-filter-exports-loop (fn (exports) (fn (index) (fn (out) (if ((core/int::eq? index) (core/vec::len exports)) out (let ((symbol ((core/vec::get exports) index))) (((selfhost/obligation::gfx-api-filter-exports-loop exports) ((core/int::add index) 1)) (if ((selfhost/obligation::gfx-api-starts-with? (core/sym::to-str symbol)) "core/gfx/") ((core/vec::push out) symbol) out)))))))) (def selfhost/obligation::gfx-api-filter-exports (fn (exports) (((selfhost/obligation::gfx-api-filter-exports-loop exports) 0) []))) (def selfhost/obligation::gfx-api-surface-loop (fn (tracked) (fn (definition-map) (fn (index) (fn (entries) (fn (missing) (if ((core/int::eq? index) (core/vec::len tracked)) {:entries entries :missing missing} (let ((symbol ((core/vec::get tracked) index))) (let ((expression-h ((core/map::get definition-map) symbol))) (((((selfhost/obligation::gfx-api-surface-loop tracked) definition-map) ((core/int::add index) 1)) (if (selfhost/obligation::nil? expression-h) entries ((core/vec::push entries) {:expr-h expression-h :sym symbol}))) (if (selfhost/obligation::nil? expression-h) ((core/vec::push missing) symbol) missing))))))))))) (def selfhost/obligation::gfx-api-surface (fn (tracked) (fn (definition-map) (((((selfhost/obligation::gfx-api-surface-loop tracked) definition-map) 0) []) [])))) (def selfhost/obligation::gfx-api-lower-hex-byte? (fn (byte) (if (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false) true (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false)))) (def selfhost/obligation::gfx-api-lower-hex-loop? (fn (bytes) (fn (index) (if ((core/int::eq? index) (core/bytes::len bytes)) true (if (selfhost/obligation::gfx-api-lower-hex-byte? ((core/bytes::get bytes) index)) ((selfhost/obligation::gfx-api-lower-hex-loop? bytes) ((core/int::add index) 1)) false))))) (def selfhost/obligation::gfx-api-optional-surface-h-valid? (fn (value) (if (selfhost/obligation::nil? value) true (if (selfhost/obligation::str? value) (let ((bytes (core/str::to-utf8 value))) (if ((core/int::eq? (core/bytes::len bytes)) 64) ((selfhost/obligation::gfx-api-lower-hex-loop? bytes) 0) false)) false)))) (def selfhost/obligation::gfx-api-finalize (fn (package) (fn (context) (let ((definition-state ((core/map::get context) (quote :definition-state))) (filtered-exports ((core/map::get context) (quote :filtered-exports))) (expected-exports ((core/map::get context) (quote :expected-exports))) (expected-surface-h ((core/map::get context) (quote :expected-surface-h))) (tracked ((core/map::get context) (quote :tracked))) (surface-state ((core/map::get context) (quote :surface-state)))) (let ((surface {:defs ((core/map::get surface-state) (quote :entries)) :exports tracked :kind "genesis/gfx-api-surface-v0.2"})) (let ((surface-h (selfhost/hash::hash-term surface))) (if (core/error::is? surface-h) surface-h (let ((analysis (((((((core/gfx/obligation::api-stability-analysis filtered-exports) expected-exports) tracked) expected-surface-h) surface-h) (if ((core/int::eq? (core/vec::len expected-exports)) 0) (if (selfhost/obligation::nil? expected-surface-h) false true) true)) ((core/map::get surface-state) (quote :missing))))) (let ((format-errors (if (selfhost/obligation::gfx-api-optional-surface-h-valid? expected-surface-h) [] ["gfx.api_surface_hash must be 64 lowercase hex chars"])) (errors ((selfhost/obligation::append-errors ((selfhost/obligation::append-errors ((core/map::get definition-state) (quote :errors))) format-errors)) ((core/map::get analysis) (quote :errors))))) (let ((ok ((core/int::eq? (core/vec::len errors)) 0))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name "core/obligation::gfx-api-stability" :ok ok :operation (quote :gfx-api-stability) :report {:errors errors :expected-surface-h expected-surface-h :kind "genesis/gfx-api-stability-v0.2" :ok ok :package package :surface surface :surface-h surface-h} :v 2})))))))))) (def selfhost/obligation::gfx-api-build (fn (package) (fn (definitions) (fn (exports) (fn (expected-exports) (fn (expected-surface-h) (let ((definition-state ((((selfhost/obligation::gfx-api-definitions-loop definitions) 0) {}) []))) (if (core/error::is? definition-state) definition-state (let ((filtered-exports (selfhost/obligation::gfx-api-filter-exports exports)) (tracked (if ((core/int::eq? (core/vec::len expected-exports)) 0) filtered-exports expected-exports))) ((selfhost/obligation::gfx-api-finalize package) {:definition-state definition-state :expected-exports expected-exports :expected-surface-h expected-surface-h :filtered-exports filtered-exports :surface-state ((selfhost/obligation::gfx-api-surface tracked) ((core/map::get definition-state) (quote :definition-map))) :tracked tracked})))))))))) (def selfhost/obligation::gfx-api-stability (fn (package) (fn (inputs) (if ((core/int::eq? (core/map::len inputs)) 4) (let ((definitions ((core/map::get inputs) (quote :definitions))) (exports ((core/map::get inputs) (quote :exports))) (expected-exports ((core/map::get inputs) (quote :expected-exports))) (expected-surface-h ((core/map::get inputs) (quote :expected-surface-h)))) (if (selfhost/obligation::vec? definitions) (if (selfhost/obligation::gfx-api-symbol-vector-valid? exports) (if (selfhost/obligation::gfx-api-symbol-vector-valid? expected-exports) (if (selfhost/obligation::optional-str? expected-surface-h) (((((selfhost/obligation::gfx-api-build package) definitions) exports) expected-exports) expected-surface-h) (selfhost/obligation::error ":gfx-api-stability :expected-surface-h must be string or nil")) (selfhost/obligation::error ":gfx-api-stability :expected-exports must contain only symbols")) (selfhost/obligation::error ":gfx-api-stability :exports must contain only symbols")) (selfhost/obligation::error ":gfx-api-stability :definitions must be a vector"))) (selfhost/obligation::error ":gfx-api-stability inputs must contain exactly :definitions, :expected-exports, :expected-surface-h, and :exports")))))] :module-h b"rp\xD9\x8A\x1F\xF9\xD6\\\xE9G\x98g\xFF\xCC\xAE\xE2\xC5\x0B\xFE\x947\xD0\xB5\x84H\x81\xEDnDG\t\x1E" :path "selfhost/obligation_authority_gfx_api_v1.gc" :source "(def selfhost/obligation::gfx-api-symbol-vector-valid-loop?\n (fn (values)\n (fn (index)\n (if ((core/int::eq? index) (core/vec::len values))\n true\n (if (selfhost/obligation::sym? ((core/vec::get values) index))\n ((selfhost/obligation::gfx-api-symbol-vector-valid-loop? values)\n ((core/int::add index) 1))\n false)))))\n\n(def selfhost/obligation::gfx-api-symbol-vector-valid?\n (fn (value)\n (if (selfhost/obligation::vec? value)\n ((selfhost/obligation::gfx-api-symbol-vector-valid-loop? value) 0)\n false)))\n\n(def selfhost/obligation::gfx-api-definition-valid?\n (fn (definition)\n (if (selfhost/obligation::map? definition)\n (if ((core/int::eq? (core/map::len definition)) 2)\n (if (selfhost/obligation::sym? ((core/map::get definition) (quote :sym)))\n (selfhost/obligation::hash? ((core/map::get definition) (quote :expr-h)))\n false)\n false)\n false)))\n\n(def selfhost/obligation::gfx-api-definition-error\n (fn (symbol)\n ((core/str::concat \"symbol \")\n ((core/str::concat (core/sym::to-str symbol))\n \" has conflicting definitions across modules\"))))\n\n(def selfhost/obligation::gfx-api-definitions-loop\n (fn (definitions)\n (fn (index)\n (fn (definition-map)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len definitions))\n {:definition-map definition-map :errors errors}\n (let ((definition ((core/vec::get definitions) index)))\n (if (selfhost/obligation::gfx-api-definition-valid? definition)\n (let\n ((symbol ((core/map::get definition) (quote :sym)))\n (expression-h ((core/map::get definition) (quote :expr-h))))\n (let ((previous ((core/map::get definition-map) symbol)))\n (((((selfhost/obligation::gfx-api-definitions-loop definitions)\n ((core/int::add index) 1))\n (((core/map::put definition-map) symbol) expression-h))\n (if (selfhost/obligation::nil? previous)\n errors\n (if ((core/eq? previous) expression-h)\n errors\n ((core/vec::push errors)\n (selfhost/obligation::gfx-api-definition-error symbol))))))))\n (selfhost/obligation::error\n \"gfx API definition observation must contain exactly :sym and :expr-h\")))))))))\n\n(def selfhost/obligation::gfx-api-starts-with?\n (fn (value)\n (fn (prefix)\n (let ((bytes (core/str::to-utf8 value)))\n (let ((prefix-bytes (core/str::to-utf8 prefix)))\n (let\n ((length (core/bytes::len bytes))\n (prefix-length (core/bytes::len prefix-bytes)))\n (if ((core/int::lt? length) prefix-length)\n false\n ((core/eq? (((core/bytes::slice bytes) 0) prefix-length)) prefix-bytes))))))))\n\n(def selfhost/obligation::gfx-api-filter-exports-loop\n (fn (exports)\n (fn (index)\n (fn (out)\n (if ((core/int::eq? index) (core/vec::len exports))\n out\n (let ((symbol ((core/vec::get exports) index)))\n (((selfhost/obligation::gfx-api-filter-exports-loop exports)\n ((core/int::add index) 1))\n (if\n ((selfhost/obligation::gfx-api-starts-with? (core/sym::to-str symbol))\n \"core/gfx/\")\n ((core/vec::push out) symbol)\n out))))))))\n\n(def selfhost/obligation::gfx-api-filter-exports\n (fn (exports) (((selfhost/obligation::gfx-api-filter-exports-loop exports) 0) [])))\n\n(def selfhost/obligation::gfx-api-surface-loop\n (fn (tracked)\n (fn (definition-map)\n (fn (index)\n (fn (entries)\n (fn (missing)\n (if ((core/int::eq? index) (core/vec::len tracked))\n {:entries entries :missing missing}\n (let ((symbol ((core/vec::get tracked) index)))\n (let ((expression-h ((core/map::get definition-map) symbol)))\n ((((((selfhost/obligation::gfx-api-surface-loop tracked) definition-map)\n ((core/int::add index) 1))\n (if (selfhost/obligation::nil? expression-h)\n entries\n ((core/vec::push entries) {:expr-h expression-h :sym symbol})))\n (if (selfhost/obligation::nil? expression-h)\n ((core/vec::push missing) symbol)\n missing))))))))))))\n\n(def selfhost/obligation::gfx-api-surface\n (fn (tracked)\n (fn (definition-map)\n (((((selfhost/obligation::gfx-api-surface-loop tracked) definition-map) 0) []) []))))\n\n(def selfhost/obligation::gfx-api-lower-hex-byte?\n (fn (byte)\n (if (if ((core/int::lt? 47) byte) ((core/int::lt? byte) 58) false)\n true\n (if ((core/int::lt? 96) byte) ((core/int::lt? byte) 103) false))))\n\n(def selfhost/obligation::gfx-api-lower-hex-loop?\n (fn (bytes)\n (fn (index)\n (if ((core/int::eq? index) (core/bytes::len bytes))\n true\n (if (selfhost/obligation::gfx-api-lower-hex-byte? ((core/bytes::get bytes) index))\n ((selfhost/obligation::gfx-api-lower-hex-loop? bytes) ((core/int::add index) 1))\n false)))))\n\n(def selfhost/obligation::gfx-api-optional-surface-h-valid?\n (fn (value)\n (if (selfhost/obligation::nil? value)\n true\n (if (selfhost/obligation::str? value)\n (let ((bytes (core/str::to-utf8 value)))\n (if ((core/int::eq? (core/bytes::len bytes)) 64)\n ((selfhost/obligation::gfx-api-lower-hex-loop? bytes) 0)\n false))\n false))))\n\n(def selfhost/obligation::gfx-api-finalize\n (fn (package)\n (fn (context)\n (let\n ((definition-state ((core/map::get context) (quote :definition-state)))\n (filtered-exports ((core/map::get context) (quote :filtered-exports)))\n (expected-exports ((core/map::get context) (quote :expected-exports)))\n (expected-surface-h ((core/map::get context) (quote :expected-surface-h)))\n (tracked ((core/map::get context) (quote :tracked)))\n (surface-state ((core/map::get context) (quote :surface-state))))\n (let\n ((surface\n {:defs ((core/map::get surface-state) (quote :entries))\n :exports tracked\n :kind \"genesis/gfx-api-surface-v0.2\"}))\n (let ((surface-h (selfhost/hash::hash-term surface)))\n (if (core/error::is? surface-h)\n surface-h\n (let\n ((analysis\n (((((((core/gfx/obligation::api-stability-analysis filtered-exports)\n expected-exports)\n tracked)\n expected-surface-h)\n surface-h)\n (if ((core/int::eq? (core/vec::len expected-exports)) 0)\n (if (selfhost/obligation::nil? expected-surface-h) false true)\n true))\n ((core/map::get surface-state) (quote :missing)))))\n (let\n ((format-errors\n (if\n (selfhost/obligation::gfx-api-optional-surface-h-valid? expected-surface-h)\n []\n [\"gfx.api_surface_hash must be 64 lowercase hex chars\"]))\n (errors\n ((selfhost/obligation::append-errors\n ((selfhost/obligation::append-errors\n ((core/map::get definition-state) (quote :errors)))\n format-errors))\n ((core/map::get analysis) (quote :errors)))))\n (let ((ok ((core/int::eq? (core/vec::len errors)) 0)))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name \"core/obligation::gfx-api-stability\"\n :ok ok\n :operation (quote :gfx-api-stability)\n :report\n {:errors errors\n :expected-surface-h expected-surface-h\n :kind \"genesis/gfx-api-stability-v0.2\"\n :ok ok\n :package package\n :surface surface\n :surface-h surface-h}\n :v 2}))))))))))\n\n(def selfhost/obligation::gfx-api-build\n (fn (package)\n (fn (definitions)\n (fn (exports)\n (fn (expected-exports)\n (fn (expected-surface-h)\n (let\n ((definition-state\n (((((selfhost/obligation::gfx-api-definitions-loop definitions) 0) {}) []))))\n (if (core/error::is? definition-state)\n definition-state\n (let\n ((filtered-exports (selfhost/obligation::gfx-api-filter-exports exports))\n (tracked\n (if ((core/int::eq? (core/vec::len expected-exports)) 0)\n filtered-exports\n expected-exports)))\n ((selfhost/obligation::gfx-api-finalize package)\n {:definition-state definition-state\n :expected-exports expected-exports\n :expected-surface-h expected-surface-h\n :filtered-exports filtered-exports\n :surface-state\n ((selfhost/obligation::gfx-api-surface tracked)\n ((core/map::get definition-state) (quote :definition-map)))\n :tracked tracked}))))))))))\n\n(def selfhost/obligation::gfx-api-stability\n (fn (package)\n (fn (inputs)\n (if ((core/int::eq? (core/map::len inputs)) 4)\n (let\n ((definitions ((core/map::get inputs) (quote :definitions)))\n (exports ((core/map::get inputs) (quote :exports)))\n (expected-exports ((core/map::get inputs) (quote :expected-exports)))\n (expected-surface-h ((core/map::get inputs) (quote :expected-surface-h))))\n (if (selfhost/obligation::vec? definitions)\n (if (selfhost/obligation::gfx-api-symbol-vector-valid? exports)\n (if (selfhost/obligation::gfx-api-symbol-vector-valid? expected-exports)\n (if (selfhost/obligation::optional-str? expected-surface-h)\n (((((selfhost/obligation::gfx-api-build package) definitions) exports)\n expected-exports)\n expected-surface-h)\n (selfhost/obligation::error\n \":gfx-api-stability :expected-surface-h must be string or nil\"))\n (selfhost/obligation::error\n \":gfx-api-stability :expected-exports must contain only symbols\"))\n (selfhost/obligation::error\n \":gfx-api-stability :exports must contain only symbols\"))\n (selfhost/obligation::error\n \":gfx-api-stability :definitions must be a vector\")))\n (selfhost/obligation::error\n \":gfx-api-stability inputs must contain exactly :definitions, :expected-exports, :expected-surface-h, and :exports\")))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"rp\xD9\x8A\x1F\xF9\xD6\\\xE9G\x98g\xFF\xCC\xAE\xE2\xC5\x0B\xFE\x947\xD0\xB5\x84H\x81\xEDnDG\t\x1E" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::gfx-field-valid? (fn (field) (if ((selfhost/obligation::property-exact-map? field) [:display :state :value]) (selfhost/obligation::sym? ((core/map::get field) (quote :state))) false))) (def selfhost/obligation::gfx-hash-value (fn (field) (fn (missing-message) (fn (type-message) (fn (hex-message) (let ((state ((core/map::get field) (quote :state)))) (if ((core/sym::eq? state) (quote :absent)) {:error missing-message :value nil} (if ((core/sym::eq? state) (quote :data)) (let ((value ((core/map::get field) (quote :value)))) (if (if (selfhost/obligation::str? value) true (selfhost/obligation::sym? value)) (let ((text (if (selfhost/obligation::str? value) value (core/sym::to-str value)))) (let ((decoded (core/bytes::from-hex text))) (if (core/error::is? decoded) {:error hex-message :value nil} (if ((core/int::eq? (core/bytes::len decoded)) 32) {:error nil :value (core/bytes::to-hex decoded)} {:error hex-message :value nil})))) {:error ((core/str::concat type-message) ((core/map::get field) (quote :display))) :value nil})) (selfhost/obligation::error "unknown gfx field observation state"))))))))) (def selfhost/obligation::gfx-optional-hash-value (fn (field) (let ((state ((core/map::get field) (quote :state)))) (if ((core/sym::eq? state) (quote :absent)) {:error nil :value nil} (if ((core/sym::eq? state) (quote :data)) (let ((value ((core/map::get field) (quote :value)))) (if (selfhost/obligation::nil? value) {:error nil :value nil} (if (if (selfhost/obligation::str? value) true (selfhost/obligation::sym? value)) (let ((text (if (selfhost/obligation::str? value) value (core/sym::to-str value)))) (let ((decoded (core/bytes::from-hex text))) (if (core/error::is? decoded) {:error "golden entry :expect-png-h must be 64 lowercase hex chars" :value nil} (if ((core/int::eq? (core/bytes::len decoded)) 32) {:error nil :value (core/bytes::to-hex decoded)} {:error "golden entry :expect-png-h must be 64 lowercase hex chars" :value nil})))) {:error ((core/str::concat "golden entry :expect-png-h must be string/symbol or nil, got ") ((core/map::get field) (quote :display))) :value nil}))) (selfhost/obligation::error "unknown gfx field observation state")))))) (def selfhost/obligation::gfx-pixel-value (fn (field) (fn (name) (let ((state ((core/map::get field) (quote :state)))) (if ((core/sym::eq? state) (quote :absent)) {:error nil :value 256} (if ((core/sym::eq? state) (quote :data)) (let ((value ((core/map::get field) (quote :value)))) (if (selfhost/obligation::nil? value) {:error nil :value 256} (if (selfhost/obligation::int? value) (if ((core/int::lt? value) 0) {:error ((core/str::concat name) " must be a non-negative integer") :value nil} (if ((core/int::lt? 4294967295) value) {:error ((core/str::concat name) " exceeds u32 range") :value nil} {:error nil :value value})) {:error (((core/str::concat name) " must be int or nil, got ") ((core/map::get field) (quote :display))) :value nil}))) (selfhost/obligation::error "unknown gfx field observation state"))))))) (def selfhost/obligation::gfx-kind-value (fn (field) (let ((state ((core/map::get field) (quote :state)))) (if ((core/sym::eq? state) (quote :absent)) {:error nil :value (quote :frame-graph)} (if ((core/sym::eq? state) (quote :data)) (let ((value ((core/map::get field) (quote :value)))) (if (if (selfhost/obligation::sym? value) true (selfhost/obligation::str? value)) (let ((text (if (selfhost/obligation::sym? value) (core/sym::to-str value) value))) (if (if ((core/eq? text) ":frame-graph") true ((core/eq? text) "frame-graph")) {:error nil :value (quote :frame-graph)} (if (if ((core/eq? text) ":scene") true ((core/eq? text) "scene")) {:error nil :value (quote :scene)} {:error ((core/str::concat "golden entry :kind must be :frame-graph or :scene, got ") text) :value nil}))) {:error ((core/str::concat "golden entry :kind must be symbol/string, got ") ((core/map::get field) (quote :display))) :value nil})) (selfhost/obligation::error "unknown gfx field observation state")))))) (def selfhost/obligation::gfx-golden-entry-values (fn (suite-index) (fn (suite) (fn (entry) (fn (name) (let ((expect-state ((((selfhost/obligation::gfx-hash-value ((core/map::get entry) (quote :expect-h))) "golden entry missing :expect-h") "golden entry :expect-h must be string/symbol, got ") "golden entry :expect-h must be 64 lowercase hex chars")) (png-state (selfhost/obligation::gfx-optional-hash-value ((core/map::get entry) (quote :expect-png-h)))) (width-state ((selfhost/obligation::gfx-pixel-value ((core/map::get entry) (quote :pixel-width))) ":pixel-width")) (height-state ((selfhost/obligation::gfx-pixel-value ((core/map::get entry) (quote :pixel-height))) ":pixel-height")) (kind-state (selfhost/obligation::gfx-kind-value ((core/map::get entry) (quote :kind))))) (let ((expect-error ((core/map::get expect-state) (quote :error))) (png-error ((core/map::get png-state) (quote :error))) (width-error ((core/map::get width-state) (quote :error))) (height-error ((core/map::get height-state) (quote :error))) (kind-error ((core/map::get kind-state) (quote :error)))) (let ((first-error (if (selfhost/obligation::nil? expect-error) (if (selfhost/obligation::nil? png-error) (if (selfhost/obligation::nil? width-error) (if (selfhost/obligation::nil? height-error) kind-error height-error) width-error) png-error) expect-error))) (if (selfhost/obligation::nil? first-error) (let ((width ((core/map::get width-state) (quote :value))) (height ((core/map::get height-state) (quote :value))) (kind ((core/map::get kind-state) (quote :value))) (expect-png ((core/map::get png-state) (quote :value)))) (if (if ((core/int::eq? width) 0) true ((core/int::eq? height) 0)) {:error "golden entry pixel size must be non-zero" :test nil} (if (if (selfhost/obligation::nil? expect-png) false (if ((core/sym::eq? kind) (quote :frame-graph)) false true)) {:error "golden entry :expect-png-h currently supports only :frame-graph kind" :test nil} {:error nil :test {:entry-index ((core/map::get entry) (quote :index)) :expect-h ((core/map::get expect-state) (quote :value)) :expect-png-h expect-png :kind kind :name name :pixel-height height :pixel-width width :suite suite :suite-index suite-index}}))) {:error first-error :test nil}))))))))) (def selfhost/obligation::gfx-golden-entry-decision (fn (suite-index) (fn (suite) (fn (entry) (if ((selfhost/obligation::property-exact-map? entry) [:body-state :entry-display :entry-state :expect-h :expect-png-h :index :key-display :key-kind :kind :name :pixel-height :pixel-width]) (let ((key-kind ((core/map::get entry) (quote :key-kind)))) (if (if ((core/sym::eq? key-kind) (quote :string)) true ((core/sym::eq? key-kind) (quote :symbol))) (let ((name ((core/map::get entry) (quote :name)))) (if ((core/sym::eq? ((core/map::get entry) (quote :entry-state))) (quote :map)) (let ((body-state ((core/map::get entry) (quote :body-state)))) (if ((core/sym::eq? body-state) (quote :missing)) {:error "golden entry missing :body" :test nil} (if ((core/sym::eq? body-state) (quote :other)) {:error "golden entry :body must be callable" :test nil} ((((selfhost/obligation::gfx-golden-entry-values suite-index) suite) entry) name)))) {:error "golden entry must be a map" :test nil})) {:error ((core/str::concat "key must be string/symbol, got ") ((core/map::get entry) (quote :key-display))) :key-error true :test nil})) (selfhost/obligation::error "invalid gfx golden entry observation")))))) (def selfhost/obligation::gfx-frame-entry-decision (fn (suite-index) (fn (suite) (fn (entry) (if ((selfhost/obligation::property-exact-map? entry) [:body-state :entry-display :entry-state :index :key-display :key-kind :name]) (let ((key-kind ((core/map::get entry) (quote :key-kind)))) (if (if ((core/sym::eq? key-kind) (quote :string)) true ((core/sym::eq? key-kind) (quote :symbol))) (let ((state ((core/map::get entry) (quote :entry-state))) (body-state ((core/map::get entry) (quote :body-state)))) (if ((core/sym::eq? state) (quote :callable)) {:error nil :test {:entry-index ((core/map::get entry) (quote :index)) :name ((core/map::get entry) (quote :name)) :suite suite :suite-index suite-index}} (if ((core/sym::eq? state) (quote :map)) (if ((core/sym::eq? body-state) (quote :missing)) {:error "frame budget entry missing :body" :test nil} (if ((core/sym::eq? body-state) (quote :other)) {:error "frame budget entry :body must be callable" :test nil} {:error nil :test {:entry-index ((core/map::get entry) (quote :index)) :name ((core/map::get entry) (quote :name)) :suite suite :suite-index suite-index}})) {:error "frame budget entry must be callable or map" :test nil}))) {:error ((core/str::concat "key must be string/symbol, got ") ((core/map::get entry) (quote :key-display))) :key-error true :test nil})) (selfhost/obligation::error "invalid gfx frame entry observation")))))) (def selfhost/obligation::gfx-error-prefix (fn (mode) (fn (suite) (fn (name) (fn (decision) (let ((error ((core/map::get decision) (quote :error)))) (if (selfhost/obligation::nil? error) nil (let ((key-error ((core/map::get decision) (quote :key-error)))) (if key-error ((core/str::concat ((core/str::concat (if ((core/sym::eq? mode) (quote :golden)) "gfx golden suite " "gfx frame-budget suite ")) (core/sym::to-str suite))) ((core/str::concat ": ") error)) ((((((selfhost/obligation::property-str6 (if ((core/sym::eq? mode) (quote :golden)) "gfx golden suite " "gfx frame-budget suite ")) (core/sym::to-str suite)) "::") name) ": ") error)))))))))) (def selfhost/obligation::gfx-entries-loop (fn (mode) (fn (suite-index) (fn (suite) (fn (entries) (fn (index) (fn (tests) (fn (errors) (if ((core/int::eq? index) (core/vec::len entries)) {:errors errors :tests tests} (let ((entry ((core/vec::get entries) index))) (let ((decision (if ((core/sym::eq? mode) (quote :golden)) (((selfhost/obligation::gfx-golden-entry-decision suite-index) suite) entry) (((selfhost/obligation::gfx-frame-entry-decision suite-index) suite) entry)))) (if (core/error::is? decision) decision (let ((test ((core/map::get decision) (quote :test))) (error ((((selfhost/obligation::gfx-error-prefix mode) suite) ((core/map::get entry) (quote :name))) decision))) (((((((selfhost/obligation::gfx-entries-loop mode) suite-index) suite) entries) ((core/int::add index) 1)) (if (selfhost/obligation::nil? test) tests ((core/vec::push tests) test))) (if (selfhost/obligation::nil? error) errors ((core/vec::push errors) error)))))))))))))))) (def selfhost/obligation::gfx-suites-loop (fn (mode) (fn (suites) (fn (index) (fn (tests) (fn (errors) (if ((core/int::eq? index) (core/vec::len suites)) {:errors errors :tests tests} (let ((suite-row ((core/vec::get suites) index))) (if ((selfhost/obligation::property-exact-map? suite-row) [:entries :index :state :suite]) (let ((suite ((core/map::get suite-row) (quote :suite))) (state ((core/map::get suite-row) (quote :state)))) (if ((core/sym::eq? state) (quote :map)) (let ((next (((((((selfhost/obligation::gfx-entries-loop mode) index) suite) ((core/map::get suite-row) (quote :entries))) 0) tests) errors))) (if (core/error::is? next) next (((((selfhost/obligation::gfx-suites-loop mode) suites) ((core/int::add index) 1)) ((core/map::get next) (quote :tests))) ((core/map::get next) (quote :errors))))) (let ((error (if ((core/sym::eq? state) (quote :missing)) ((core/str::concat (if ((core/sym::eq? mode) (quote :golden)) "missing gfx golden suite symbol " "missing gfx frame-budget suite symbol ")) (core/sym::to-str suite)) ((core/str::concat (if ((core/sym::eq? mode) (quote :golden)) "gfx golden suite " "gfx frame-budget suite ")) ((core/str::concat (core/sym::to-str suite)) " must be a map"))))) (((((selfhost/obligation::gfx-suites-loop mode) suites) ((core/int::add index) 1)) tests) ((core/vec::push errors) error))))) (selfhost/obligation::error "invalid gfx suite observation")))))))))) (def selfhost/obligation::gfx-plan-state (fn (mode) (fn (configured) (fn (suites) (fn (limits) (let ((initial-errors (if configured [] ((core/vec::push []) (if ((core/sym::eq? mode) (quote :golden)) "gfx.golden_tests is empty; configure suite symbols for core/obligation::gfx-golden-images" "gfx.frame_budget_tests is empty; configure suite symbols for core/obligation::gfx-frame-budgets"))))) (let ((errors (if (if ((core/sym::eq? mode) (quote :frame)) ((core/int::eq? (core/map::len limits)) 0) false) ((core/vec::push initial-errors) "gfx frame budget obligation requires at least one configured gfx.* budget limit") initial-errors))) (((((selfhost/obligation::gfx-suites-loop mode) suites) 0) []) errors)))))))) (def selfhost/obligation::gfx-plan (fn (mode) (fn (package) (fn (inputs) (let ((frame? ((core/sym::eq? mode) (quote :frame)))) (if ((selfhost/obligation::property-exact-map? inputs) (if frame? [:configured :limits :phase :suites] [:configured :phase :suites])) (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :plan)) (let ((configured ((core/map::get inputs) (quote :configured))) (suites ((core/map::get inputs) (quote :suites))) (limits (if frame? ((core/map::get inputs) (quote :limits)) {}))) (if (if (selfhost/obligation::bool? configured) (if (selfhost/obligation::vec? suites) (if frame? (selfhost/obligation::map? limits) true) false) false) (let ((state ((((selfhost/obligation::gfx-plan-state mode) configured) suites) limits))) (if (core/error::is? state) state (let ((errors ((core/map::get state) (quote :errors))) (tests ((core/map::get state) (quote :tests)))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name (if frame? "core/obligation::gfx-frame-budgets" "core/obligation::gfx-golden-images") :ok ((core/int::eq? (core/vec::len errors)) 0) :operation (if frame? (quote :gfx-frame-budgets) (quote :gfx-golden-images)) :report (if frame? {:configured configured :errors errors :kind "genesis/gfx-frame-budget-plan-v0.1" :limits limits :package package :tests tests} {:configured configured :errors errors :kind "genesis/gfx-golden-plan-v0.1" :package package :tests tests}) :v 2}))) (selfhost/obligation::error "invalid gfx plan inputs"))) (selfhost/obligation::error "gfx plan :phase must equal :plan")) (selfhost/obligation::error "gfx plan input fields mismatch"))))))) (def selfhost/obligation::gfx-runtime-authority (fn (mode) (fn (package) (fn (inputs) (let ((phase ((core/map::get inputs) (quote :phase)))) (if ((core/sym::eq? phase) (quote :plan)) (((selfhost/obligation::gfx-plan mode) package) inputs) (if ((core/sym::eq? phase) (quote :finalize)) (((selfhost/obligation::gfx-finalize mode) package) inputs) (selfhost/obligation::error "unknown gfx runtime authority phase"))))))))] :module-h b"\xA3\x06D\xB6\x05\xD8`\x13,\xFF8\xB3;o~\xCD\xE3\xD0\xCC\xFB\xCB\xAA\x8C\x1Ex\x8F4o\x13\x04m]" :path "selfhost/obligation_authority_gfx_runtime_v1.gc" :source "(def selfhost/obligation::gfx-field-valid?\n (fn (field)\n (if ((selfhost/obligation::property-exact-map? field) [:display :state :value])\n (selfhost/obligation::sym? ((core/map::get field) (quote :state)))\n false)))\n\n(def selfhost/obligation::gfx-hash-value\n (fn (field)\n (fn (missing-message)\n (fn (type-message)\n (fn (hex-message)\n (let ((state ((core/map::get field) (quote :state))))\n (if ((core/sym::eq? state) (quote :absent))\n {:error missing-message :value nil}\n (if ((core/sym::eq? state) (quote :data))\n (let ((value ((core/map::get field) (quote :value))))\n (if (if (selfhost/obligation::str? value) true\n (selfhost/obligation::sym? value))\n (let ((text (if (selfhost/obligation::str? value) value\n (core/sym::to-str value))))\n (let ((decoded (core/bytes::from-hex text)))\n (if (core/error::is? decoded)\n {:error hex-message :value nil}\n (if ((core/int::eq? (core/bytes::len decoded)) 32)\n {:error nil :value (core/bytes::to-hex decoded)}\n {:error hex-message :value nil}))))\n {:error\n ((core/str::concat type-message)\n ((core/map::get field) (quote :display)))\n :value nil}))\n (selfhost/obligation::error \"unknown gfx field observation state\")))))))))\n\n(def selfhost/obligation::gfx-optional-hash-value\n (fn (field)\n (let ((state ((core/map::get field) (quote :state))))\n (if ((core/sym::eq? state) (quote :absent))\n {:error nil :value nil}\n (if ((core/sym::eq? state) (quote :data))\n (let ((value ((core/map::get field) (quote :value))))\n (if (selfhost/obligation::nil? value)\n {:error nil :value nil}\n (if (if (selfhost/obligation::str? value) true\n (selfhost/obligation::sym? value))\n (let ((text (if (selfhost/obligation::str? value) value\n (core/sym::to-str value))))\n (let ((decoded (core/bytes::from-hex text)))\n (if (core/error::is? decoded)\n {:error \"golden entry :expect-png-h must be 64 lowercase hex chars\" :value nil}\n (if ((core/int::eq? (core/bytes::len decoded)) 32)\n {:error nil :value (core/bytes::to-hex decoded)}\n {:error \"golden entry :expect-png-h must be 64 lowercase hex chars\" :value nil}))))\n {:error\n ((core/str::concat\n \"golden entry :expect-png-h must be string/symbol or nil, got \")\n ((core/map::get field) (quote :display)))\n :value nil})))\n (selfhost/obligation::error \"unknown gfx field observation state\"))))))\n\n(def selfhost/obligation::gfx-pixel-value\n (fn (field)\n (fn (name)\n (let ((state ((core/map::get field) (quote :state))))\n (if ((core/sym::eq? state) (quote :absent))\n {:error nil :value 256}\n (if ((core/sym::eq? state) (quote :data))\n (let ((value ((core/map::get field) (quote :value))))\n (if (selfhost/obligation::nil? value)\n {:error nil :value 256}\n (if (selfhost/obligation::int? value)\n (if ((core/int::lt? value) 0)\n {:error ((core/str::concat name) \" must be a non-negative integer\") :value nil}\n (if ((core/int::lt? 4294967295) value)\n {:error ((core/str::concat name) \" exceeds u32 range\") :value nil}\n {:error nil :value value}))\n {:error\n (((core/str::concat name) \" must be int or nil, got \")\n ((core/map::get field) (quote :display)))\n :value nil})))\n (selfhost/obligation::error \"unknown gfx field observation state\")))))))\n\n(def selfhost/obligation::gfx-kind-value\n (fn (field)\n (let ((state ((core/map::get field) (quote :state))))\n (if ((core/sym::eq? state) (quote :absent))\n {:error nil :value (quote :frame-graph)}\n (if ((core/sym::eq? state) (quote :data))\n (let ((value ((core/map::get field) (quote :value))))\n (if (if (selfhost/obligation::sym? value) true\n (selfhost/obligation::str? value))\n (let ((text (if (selfhost/obligation::sym? value)\n (core/sym::to-str value) value)))\n (if (if ((core/eq? text) \":frame-graph\") true\n ((core/eq? text) \"frame-graph\"))\n {:error nil :value (quote :frame-graph)}\n (if (if ((core/eq? text) \":scene\") true ((core/eq? text) \"scene\"))\n {:error nil :value (quote :scene)}\n {:error\n ((core/str::concat\n \"golden entry :kind must be :frame-graph or :scene, got \") text)\n :value nil})))\n {:error\n ((core/str::concat \"golden entry :kind must be symbol/string, got \")\n ((core/map::get field) (quote :display)))\n :value nil}))\n (selfhost/obligation::error \"unknown gfx field observation state\"))))))\n\n(def selfhost/obligation::gfx-golden-entry-values\n (fn (suite-index)\n (fn (suite)\n (fn (entry)\n (fn (name)\n (let\n ((expect-state\n ((((selfhost/obligation::gfx-hash-value\n ((core/map::get entry) (quote :expect-h)))\n \"golden entry missing :expect-h\")\n \"golden entry :expect-h must be string/symbol, got \")\n \"golden entry :expect-h must be 64 lowercase hex chars\"))\n (png-state\n (selfhost/obligation::gfx-optional-hash-value\n ((core/map::get entry) (quote :expect-png-h))))\n (width-state\n ((selfhost/obligation::gfx-pixel-value\n ((core/map::get entry) (quote :pixel-width))) \":pixel-width\"))\n (height-state\n ((selfhost/obligation::gfx-pixel-value\n ((core/map::get entry) (quote :pixel-height))) \":pixel-height\"))\n (kind-state\n (selfhost/obligation::gfx-kind-value\n ((core/map::get entry) (quote :kind)))))\n (let ((expect-error ((core/map::get expect-state) (quote :error)))\n (png-error ((core/map::get png-state) (quote :error)))\n (width-error ((core/map::get width-state) (quote :error)))\n (height-error ((core/map::get height-state) (quote :error)))\n (kind-error ((core/map::get kind-state) (quote :error))))\n (let ((first-error\n (if (selfhost/obligation::nil? expect-error)\n (if (selfhost/obligation::nil? png-error)\n (if (selfhost/obligation::nil? width-error)\n (if (selfhost/obligation::nil? height-error) kind-error height-error)\n width-error)\n png-error)\n expect-error)))\n (if (selfhost/obligation::nil? first-error)\n (let ((width ((core/map::get width-state) (quote :value)))\n (height ((core/map::get height-state) (quote :value)))\n (kind ((core/map::get kind-state) (quote :value)))\n (expect-png ((core/map::get png-state) (quote :value))))\n (if (if ((core/int::eq? width) 0) true\n ((core/int::eq? height) 0))\n {:error \"golden entry pixel size must be non-zero\" :test nil}\n (if (if (selfhost/obligation::nil? expect-png) false\n (if ((core/sym::eq? kind) (quote :frame-graph)) false true))\n {:error \"golden entry :expect-png-h currently supports only :frame-graph kind\"\n :test nil}\n {:error nil\n :test\n {:entry-index ((core/map::get entry) (quote :index))\n :expect-h ((core/map::get expect-state) (quote :value))\n :expect-png-h expect-png\n :kind kind\n :name name\n :pixel-height height\n :pixel-width width\n :suite suite\n :suite-index suite-index}})))\n {:error first-error :test nil})))))))))\n\n(def selfhost/obligation::gfx-golden-entry-decision\n (fn (suite-index)\n (fn (suite)\n (fn (entry)\n (if ((selfhost/obligation::property-exact-map? entry)\n [:body-state :entry-display :entry-state :expect-h :expect-png-h :index\n :key-display :key-kind :kind :name :pixel-height :pixel-width])\n (let ((key-kind ((core/map::get entry) (quote :key-kind))))\n (if (if ((core/sym::eq? key-kind) (quote :string)) true\n ((core/sym::eq? key-kind) (quote :symbol)))\n (let ((name ((core/map::get entry) (quote :name))))\n (if ((core/sym::eq? ((core/map::get entry) (quote :entry-state))) (quote :map))\n (let ((body-state ((core/map::get entry) (quote :body-state))))\n (if ((core/sym::eq? body-state) (quote :missing))\n {:error \"golden entry missing :body\" :test nil}\n (if ((core/sym::eq? body-state) (quote :other))\n {:error \"golden entry :body must be callable\" :test nil}\n ((((selfhost/obligation::gfx-golden-entry-values suite-index) suite)\n entry) name))))\n {:error \"golden entry must be a map\" :test nil}))\n {:error\n ((core/str::concat \"key must be string/symbol, got \")\n ((core/map::get entry) (quote :key-display)))\n :key-error true\n :test nil}))\n (selfhost/obligation::error \"invalid gfx golden entry observation\"))))))\n\n(def selfhost/obligation::gfx-frame-entry-decision\n (fn (suite-index)\n (fn (suite)\n (fn (entry)\n (if ((selfhost/obligation::property-exact-map? entry)\n [:body-state :entry-display :entry-state :index :key-display :key-kind :name])\n (let ((key-kind ((core/map::get entry) (quote :key-kind))))\n (if (if ((core/sym::eq? key-kind) (quote :string)) true\n ((core/sym::eq? key-kind) (quote :symbol)))\n (let ((state ((core/map::get entry) (quote :entry-state)))\n (body-state ((core/map::get entry) (quote :body-state))))\n (if ((core/sym::eq? state) (quote :callable))\n {:error nil\n :test {:entry-index ((core/map::get entry) (quote :index))\n :name ((core/map::get entry) (quote :name))\n :suite suite :suite-index suite-index}}\n (if ((core/sym::eq? state) (quote :map))\n (if ((core/sym::eq? body-state) (quote :missing))\n {:error \"frame budget entry missing :body\" :test nil}\n (if ((core/sym::eq? body-state) (quote :other))\n {:error \"frame budget entry :body must be callable\" :test nil}\n {:error nil\n :test {:entry-index ((core/map::get entry) (quote :index))\n :name ((core/map::get entry) (quote :name))\n :suite suite :suite-index suite-index}}))\n {:error \"frame budget entry must be callable or map\" :test nil})))\n {:error\n ((core/str::concat \"key must be string/symbol, got \")\n ((core/map::get entry) (quote :key-display)))\n :key-error true :test nil}))\n (selfhost/obligation::error \"invalid gfx frame entry observation\"))))))\n\n(def selfhost/obligation::gfx-error-prefix\n (fn (mode)\n (fn (suite)\n (fn (name)\n (fn (decision)\n (let ((error ((core/map::get decision) (quote :error))))\n (if (selfhost/obligation::nil? error)\n nil\n (let ((key-error ((core/map::get decision) (quote :key-error))))\n (if key-error\n ((core/str::concat\n ((core/str::concat\n (if ((core/sym::eq? mode) (quote :golden))\n \"gfx golden suite \" \"gfx frame-budget suite \"))\n (core/sym::to-str suite)))\n ((core/str::concat \": \") error))\n ((((((selfhost/obligation::property-str6\n (if ((core/sym::eq? mode) (quote :golden))\n \"gfx golden suite \" \"gfx frame-budget suite \"))\n (core/sym::to-str suite)) \"::\") name) \": \") error))))))))))\n\n(def selfhost/obligation::gfx-entries-loop\n (fn (mode)\n (fn (suite-index)\n (fn (suite)\n (fn (entries)\n (fn (index)\n (fn (tests)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len entries))\n {:errors errors :tests tests}\n (let ((entry ((core/vec::get entries) index)))\n (let ((decision\n (if ((core/sym::eq? mode) (quote :golden))\n (((selfhost/obligation::gfx-golden-entry-decision suite-index) suite) entry)\n (((selfhost/obligation::gfx-frame-entry-decision suite-index) suite) entry))))\n (if (core/error::is? decision)\n decision\n (let ((test ((core/map::get decision) (quote :test)))\n (error ((((selfhost/obligation::gfx-error-prefix mode) suite)\n ((core/map::get entry) (quote :name))) decision)))\n (((((((selfhost/obligation::gfx-entries-loop mode) suite-index) suite)\n entries) ((core/int::add index) 1))\n (if (selfhost/obligation::nil? test) tests\n ((core/vec::push tests) test)))\n (if (selfhost/obligation::nil? error) errors\n ((core/vec::push errors) error))))))))))))))))\n\n(def selfhost/obligation::gfx-suites-loop\n (fn (mode)\n (fn (suites)\n (fn (index)\n (fn (tests)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len suites))\n {:errors errors :tests tests}\n (let ((suite-row ((core/vec::get suites) index)))\n (if ((selfhost/obligation::property-exact-map? suite-row)\n [:entries :index :state :suite])\n (let ((suite ((core/map::get suite-row) (quote :suite)))\n (state ((core/map::get suite-row) (quote :state))))\n (if ((core/sym::eq? state) (quote :map))\n (let ((next (((((((selfhost/obligation::gfx-entries-loop mode) index) suite)\n ((core/map::get suite-row) (quote :entries))) 0) tests) errors)))\n (if (core/error::is? next) next\n (((((selfhost/obligation::gfx-suites-loop mode) suites)\n ((core/int::add index) 1))\n ((core/map::get next) (quote :tests)))\n ((core/map::get next) (quote :errors)))))\n (let ((error\n (if ((core/sym::eq? state) (quote :missing))\n ((core/str::concat\n (if ((core/sym::eq? mode) (quote :golden))\n \"missing gfx golden suite symbol \"\n \"missing gfx frame-budget suite symbol \"))\n (core/sym::to-str suite))\n ((core/str::concat\n (if ((core/sym::eq? mode) (quote :golden))\n \"gfx golden suite \" \"gfx frame-budget suite \"))\n ((core/str::concat (core/sym::to-str suite)) \" must be a map\")))))\n (((((selfhost/obligation::gfx-suites-loop mode) suites)\n ((core/int::add index) 1)) tests)\n ((core/vec::push errors) error)))))\n (selfhost/obligation::error \"invalid gfx suite observation\"))))))))))\n\n(def selfhost/obligation::gfx-plan-state\n (fn (mode)\n (fn (configured)\n (fn (suites)\n (fn (limits)\n (let ((initial-errors\n (if configured []\n ((core/vec::push [])\n (if ((core/sym::eq? mode) (quote :golden))\n \"gfx.golden_tests is empty; configure suite symbols for core/obligation::gfx-golden-images\"\n \"gfx.frame_budget_tests is empty; configure suite symbols for core/obligation::gfx-frame-budgets\")))))\n (let ((errors\n (if (if ((core/sym::eq? mode) (quote :frame))\n ((core/int::eq? (core/map::len limits)) 0) false)\n ((core/vec::push initial-errors)\n \"gfx frame budget obligation requires at least one configured gfx.* budget limit\")\n initial-errors)))\n (((((selfhost/obligation::gfx-suites-loop mode) suites) 0) []) errors))))))))\n\n(def selfhost/obligation::gfx-plan\n (fn (mode)\n (fn (package)\n (fn (inputs)\n (let ((frame? ((core/sym::eq? mode) (quote :frame))))\n (if ((selfhost/obligation::property-exact-map? inputs)\n (if frame? [:configured :limits :phase :suites]\n [:configured :phase :suites]))\n (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :plan))\n (let ((configured ((core/map::get inputs) (quote :configured)))\n (suites ((core/map::get inputs) (quote :suites)))\n (limits (if frame? ((core/map::get inputs) (quote :limits)) {})))\n (if (if (selfhost/obligation::bool? configured)\n (if (selfhost/obligation::vec? suites)\n (if frame? (selfhost/obligation::map? limits) true) false) false)\n (let ((state ((((selfhost/obligation::gfx-plan-state mode) configured) suites) limits)))\n (if (core/error::is? state) state\n (let ((errors ((core/map::get state) (quote :errors)))\n (tests ((core/map::get state) (quote :tests))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name (if frame? \"core/obligation::gfx-frame-budgets\"\n \"core/obligation::gfx-golden-images\")\n :ok ((core/int::eq? (core/vec::len errors)) 0)\n :operation (if frame? (quote :gfx-frame-budgets)\n (quote :gfx-golden-images))\n :report\n (if frame?\n {:configured configured :errors errors\n :kind \"genesis/gfx-frame-budget-plan-v0.1\"\n :limits limits :package package :tests tests}\n {:configured configured :errors errors\n :kind \"genesis/gfx-golden-plan-v0.1\"\n :package package :tests tests})\n :v 2})))\n (selfhost/obligation::error \"invalid gfx plan inputs\")))\n (selfhost/obligation::error \"gfx plan :phase must equal :plan\"))\n (selfhost/obligation::error \"gfx plan input fields mismatch\")))))))\n\n(def selfhost/obligation::gfx-runtime-authority\n (fn (mode)\n (fn (package)\n (fn (inputs)\n (let ((phase ((core/map::get inputs) (quote :phase))))\n (if ((core/sym::eq? phase) (quote :plan))\n (((selfhost/obligation::gfx-plan mode) package) inputs)\n (if ((core/sym::eq? phase) (quote :finalize))\n (((selfhost/obligation::gfx-finalize mode) package) inputs)\n (selfhost/obligation::error \"unknown gfx runtime authority phase\"))))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\x9F\xCB\x98&\xB1\xB2-\xD4\xEE)\xD8\x9E\x99\xD18t\x97\x02\xD2\x1C\xD5\x9B\x08\xC8K\xFFj\xEDAa\xCF\xCD" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::gfx-typed-map? (fn (value) (fn (type) (if (selfhost/obligation::map? value) (let ((actual ((core/map::get value) (quote :type)))) (if (selfhost/obligation::sym? actual) ((core/sym::eq? actual) type) false)) false)))) (def selfhost/obligation::gfx-extract-frame (fn (value) (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/frame-graph)) value (if (selfhost/obligation::map? value) (let ((frame ((core/map::get value) (quote :frame)))) (if ((selfhost/obligation::gfx-typed-map? frame) (quote :gfx/frame-graph)) frame (let ((graph ((core/map::get value) (quote :frame-graph)))) (if ((selfhost/obligation::gfx-typed-map? graph) (quote :gfx/frame-graph)) graph nil)))) nil)))) (def selfhost/obligation::gfx-extract-scene (fn (value) (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/scene)) value (if (selfhost/obligation::map? value) (let ((scene ((core/map::get value) (quote :scene)))) (if ((selfhost/obligation::gfx-typed-map? scene) (quote :gfx/scene)) scene nil)) nil)))) (def selfhost/obligation::gfx-outcome-runtime-error (fn (mode) (fn (outcome) (let ((kind ((core/map::get outcome) (quote :kind))) (result ((core/map::get outcome) (quote :result)))) (if ((core/sym::eq? kind) (quote :value)) nil (if ((core/sym::eq? kind) (quote :apply-error)) (if (selfhost/obligation::str? result) ((core/str::concat "apply failed: ") result) (selfhost/obligation::error "gfx apply-error outcome must carry a string")) (if ((core/sym::eq? kind) (quote :effect-program)) (if (selfhost/obligation::nil? result) (if ((core/sym::eq? mode) (quote :golden)) "effect program returned; gfx golden tests must return pure frame/scene data" "effect program returned; gfx frame budgets must return pure frame data") (selfhost/obligation::error "gfx effect-program outcome must carry nil")) (if ((core/sym::eq? kind) (quote :sealed-error)) (if (selfhost/obligation::nil? result) (if ((core/sym::eq? mode) (quote :golden)) "sealed ERROR returned by golden test body" "sealed ERROR returned by frame budget test body") (selfhost/obligation::error "gfx sealed-error outcome must carry nil")) (selfhost/obligation::error "unknown gfx outcome kind"))))))))) (def selfhost/obligation::gfx-render-result (fn (test) (fn (frame) (fn (render) (let ((expect-png ((core/map::get test) (quote :expect-png-h)))) (if (selfhost/obligation::nil? expect-png) (if (selfhost/obligation::nil? render) {:error nil :png-h nil} (selfhost/obligation::error "unexpected renderer observation")) (if ((selfhost/obligation::property-exact-map? render) [:error :frame-h :pixel-height :pixel-width :png-h]) (let ((frame-h (selfhost/hash::hash-term frame))) (if ((core/eq? ((core/map::get render) (quote :frame-h))) frame-h) (if ((core/eq? ((core/map::get render) (quote :pixel-width))) ((core/map::get test) (quote :pixel-width))) (if ((core/eq? ((core/map::get render) (quote :pixel-height))) ((core/map::get test) (quote :pixel-height))) (let ((error ((core/map::get render) (quote :error))) (png-h ((core/map::get render) (quote :png-h)))) (if (selfhost/obligation::nil? error) (if (selfhost/obligation::str? png-h) {:error nil :png-h png-h} (selfhost/obligation::error "renderer success must carry :png-h")) (if (selfhost/obligation::str? error) (if (selfhost/obligation::nil? png-h) {:error ((core/str::concat "headless render failed: ") error) :png-h nil} (selfhost/obligation::error "renderer failure must not carry :png-h")) (selfhost/obligation::error "renderer :error must be string or nil")))) (selfhost/obligation::error "renderer pixel height contradicts plan")) (selfhost/obligation::error "renderer pixel width contradicts plan")) (selfhost/obligation::error "renderer frame hash contradicts result"))) (selfhost/obligation::error "missing or malformed renderer observation")))))))) (def selfhost/obligation::gfx-case-errors (fn (mode) (fn (test) (fn (case) (let ((errors ((core/map::get case) (quote :errors)))) (if ((core/int::eq? (core/vec::len errors)) 0) ((core/vec::push []) (((((selfhost/obligation::property-str5 (core/sym::to-str ((core/map::get test) (quote :suite)))) "::") ((core/map::get test) (quote :name))) ": ") (if ((core/sym::eq? mode) (quote :golden)) "golden case failed" "frame budget case failed"))) ((core/vec::push []) (((((selfhost/obligation::property-str5 (core/sym::to-str ((core/map::get test) (quote :suite)))) "::") ((core/map::get test) (quote :name))) ": ") ((core/str::join errors) "; "))))))))) (def selfhost/obligation::gfx-golden-case-outcome (fn (test) (fn (outcome) (if ((selfhost/obligation::property-exact-map? outcome) [:entry-index :kind :render :result :suite-index]) (if ((core/eq? ((core/map::get outcome) (quote :suite-index))) ((core/map::get test) (quote :suite-index))) (if ((core/eq? ((core/map::get outcome) (quote :entry-index))) ((core/map::get test) (quote :entry-index))) (let ((runtime-error ((selfhost/obligation::gfx-outcome-runtime-error (quote :golden)) outcome))) (if (core/error::is? runtime-error) runtime-error (let ((kind ((core/map::get test) (quote :kind))) (result ((core/map::get outcome) (quote :result))) (render ((core/map::get outcome) (quote :render)))) (if (selfhost/obligation::nil? runtime-error) (let ((target (if ((core/sym::eq? kind) (quote :frame-graph)) (selfhost/obligation::gfx-extract-frame result) (selfhost/obligation::gfx-extract-scene result)))) (if (selfhost/obligation::nil? target) {:actual-h nil :actual-png-h nil :runtime-error (if ((core/sym::eq? kind) (quote :frame-graph)) "expected frame-graph output" "expected scene output")} (let ((render-state (if ((core/sym::eq? kind) (quote :frame-graph)) (((selfhost/obligation::gfx-render-result test) target) render) (if (selfhost/obligation::nil? render) {:error nil :png-h nil} (selfhost/obligation::error "scene outcome cannot carry renderer observation"))))) (if (core/error::is? render-state) render-state {:actual-h (selfhost/hash::hash-term target) :actual-png-h ((core/map::get render-state) (quote :png-h)) :runtime-error ((core/map::get render-state) (quote :error))})))) (if (selfhost/obligation::nil? render) {:actual-h nil :actual-png-h nil :runtime-error runtime-error} (selfhost/obligation::error "failed gfx body cannot carry renderer observation")))))) (selfhost/obligation::error "gfx golden outcome entry identity mismatch")) (selfhost/obligation::error "gfx golden outcome suite identity mismatch")) (selfhost/obligation::error "invalid gfx golden outcome observation"))))) (def selfhost/obligation::gfx-golden-finalize-loop (fn (tests) (fn (outcomes) (fn (index) (fn (cases) (fn (errors) (if ((core/int::eq? index) (core/vec::len tests)) (if ((core/int::eq? index) (core/vec::len outcomes)) {:cases cases :errors errors} (selfhost/obligation::error "gfx golden outcome inventory length mismatch")) (if ((core/int::lt? index) (core/vec::len outcomes)) (let ((test ((core/vec::get tests) index))) (let ((state ((selfhost/obligation::gfx-golden-case-outcome test) ((core/vec::get outcomes) index)))) (if (core/error::is? state) state (let ((case ((((((((((core/gfx/obligation::golden-case ((core/map::get test) (quote :suite))) ((core/map::get test) (quote :name))) ((core/map::get test) (quote :kind))) ((core/map::get test) (quote :expect-h))) ((core/map::get state) (quote :actual-h))) ((core/map::get test) (quote :expect-png-h))) ((core/map::get state) (quote :actual-png-h))) ((core/map::get test) (quote :pixel-width))) ((core/map::get test) (quote :pixel-height))) ((core/map::get state) (quote :runtime-error))))) (((((selfhost/obligation::gfx-golden-finalize-loop tests) outcomes) ((core/int::add index) 1)) ((core/vec::push cases) case)) (if ((core/map::get case) (quote :ok)) errors ((selfhost/obligation::append-errors errors) (((selfhost/obligation::gfx-case-errors (quote :golden)) test) case)))))))) (selfhost/obligation::error "gfx golden outcome inventory length mismatch"))))))))) (def selfhost/obligation::gfx-frame-time (fn (value) (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/frame-graph)) {:error nil :frame value :time nil} (if (selfhost/obligation::map? value) (let ((frame (selfhost/obligation::gfx-extract-frame value)) (time ((core/map::get value) (quote :frame-time-ms)))) (if (selfhost/obligation::nil? frame) {:error "missing :frame/:frame-graph field" :frame nil :time nil} (if (selfhost/obligation::nil? time) {:error nil :frame frame :time nil} (if (selfhost/obligation::int? time) {:error nil :frame frame :time (if ((core/int::lt? time) 0) nil time)} {:error ((core/str::concat ":frame-time-ms must be int or nil, got ") (selfhost/printer::print-term time)) :frame nil :time nil})))) {:error "expected frame-graph or {:frame ...}" :frame nil :time nil})))) (def selfhost/obligation::gfx-command-count-loop (fn (passes) (fn (index) (fn (count) (fn (pass-label) (if ((core/int::eq? index) (core/vec::len passes)) {:count count :error nil} (let ((pass ((core/vec::get passes) index))) (if (selfhost/obligation::map? pass) (let ((commands ((core/map::get pass) (quote :commands)))) (if (selfhost/obligation::vec? commands) ((((selfhost/obligation::gfx-command-count-loop passes) ((core/int::add index) 1)) ((core/int::add count) (core/vec::len commands))) pass-label) {:count 0 :error ((core/str::concat pass-label) " :commands must be a vector")})) {:count 0 :error ((core/str::concat pass-label) " must be a map")})))))))) (def selfhost/obligation::gfx-frame-metrics (fn (frame) (let ((render ((core/map::get frame) (quote :render-passes))) (compute ((core/map::get frame) (quote :compute-passes)))) (if (selfhost/obligation::nil? render) {:error "frame graph missing :render-passes" :metrics {}} (if (selfhost/obligation::nil? compute) {:error "frame graph missing :compute-passes" :metrics {}} (if (selfhost/obligation::vec? render) (if (selfhost/obligation::vec? compute) (let ((draw ((((selfhost/obligation::gfx-command-count-loop render) 0) 0) "render pass")) (dispatch ((((selfhost/obligation::gfx-command-count-loop compute) 0) 0) "compute pass"))) (if (selfhost/obligation::nil? ((core/map::get draw) (quote :error))) (if (selfhost/obligation::nil? ((core/map::get dispatch) (quote :error))) {:error nil :metrics {:compute-commands ((core/map::get dispatch) (quote :count)) :compute-passes (core/vec::len compute) :draw-commands ((core/map::get draw) (quote :count)) :frame-graph-bytes (core/str::len (selfhost/printer::print-term frame)) :render-passes (core/vec::len render)}} {:error ((core/map::get dispatch) (quote :error)) :metrics {}}) {:error ((core/map::get draw) (quote :error)) :metrics {}})) {:error ":compute-passes must be a vector" :metrics {}}) {:error ":render-passes must be a vector" :metrics {}})))))) (def selfhost/obligation::gfx-frame-case-outcome (fn (test) (fn (outcome) (if ((selfhost/obligation::property-exact-map? outcome) [:entry-index :kind :result :suite-index]) (if ((core/eq? ((core/map::get outcome) (quote :suite-index))) ((core/map::get test) (quote :suite-index))) (if ((core/eq? ((core/map::get outcome) (quote :entry-index))) ((core/map::get test) (quote :entry-index))) (let ((runtime-error ((selfhost/obligation::gfx-outcome-runtime-error (quote :frame)) outcome))) (if (core/error::is? runtime-error) runtime-error (if (selfhost/obligation::nil? runtime-error) (let ((frame-state (selfhost/obligation::gfx-frame-time ((core/map::get outcome) (quote :result))))) (let ((frame-error ((core/map::get frame-state) (quote :error)))) (if (selfhost/obligation::nil? frame-error) (let ((metric-state (selfhost/obligation::gfx-frame-metrics ((core/map::get frame-state) (quote :frame))))) {:metrics ((core/map::get metric-state) (quote :metrics)) :runtime-error ((core/map::get metric-state) (quote :error)) :time ((core/map::get frame-state) (quote :time))}) {:metrics {} :runtime-error frame-error :time nil}))) {:metrics {} :runtime-error runtime-error :time nil}))) (selfhost/obligation::error "gfx frame outcome entry identity mismatch")) (selfhost/obligation::error "gfx frame outcome suite identity mismatch")) (selfhost/obligation::error "invalid gfx frame outcome observation"))))) (def selfhost/obligation::gfx-frame-finalize-loop (fn (tests) (fn (outcomes) (fn (limits) (fn (index) (fn (cases) (fn (errors) (if ((core/int::eq? index) (core/vec::len tests)) (if ((core/int::eq? index) (core/vec::len outcomes)) {:cases cases :errors errors} (selfhost/obligation::error "gfx frame outcome inventory length mismatch")) (if ((core/int::lt? index) (core/vec::len outcomes)) (let ((test ((core/vec::get tests) index))) (let ((state ((selfhost/obligation::gfx-frame-case-outcome test) ((core/vec::get outcomes) index)))) (if (core/error::is? state) state (let ((case ((((((core/gfx/obligation::frame-budget-case ((core/map::get test) (quote :suite))) ((core/map::get test) (quote :name))) ((core/map::get state) (quote :metrics))) limits) ((core/map::get state) (quote :time))) ((core/map::get state) (quote :runtime-error))))) ((((((selfhost/obligation::gfx-frame-finalize-loop tests) outcomes) limits) ((core/int::add index) 1)) ((core/vec::push cases) case)) (if ((core/map::get case) (quote :ok)) errors ((selfhost/obligation::append-errors errors) (((selfhost/obligation::gfx-case-errors (quote :frame)) test) case)))))))) (selfhost/obligation::error "gfx frame outcome inventory length mismatch")))))))))) (def selfhost/obligation::gfx-finalize (fn (mode) (fn (package) (fn (inputs) (let ((frame? ((core/sym::eq? mode) (quote :frame)))) (if ((selfhost/obligation::property-exact-map? inputs) (if frame? [:configured :limits :outcomes :phase :suites] [:configured :outcomes :phase :suites])) (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :finalize)) (let ((configured ((core/map::get inputs) (quote :configured))) (suites ((core/map::get inputs) (quote :suites))) (outcomes ((core/map::get inputs) (quote :outcomes))) (limits (if frame? ((core/map::get inputs) (quote :limits)) {}))) (let ((plan ((((selfhost/obligation::gfx-plan-state mode) configured) suites) limits))) (if (core/error::is? plan) plan (let ((tests ((core/map::get plan) (quote :tests))) (plan-errors ((core/map::get plan) (quote :errors)))) (let ((final-state (if frame? ((((((selfhost/obligation::gfx-frame-finalize-loop tests) outcomes) limits) 0) []) plan-errors) (((((selfhost/obligation::gfx-golden-finalize-loop tests) outcomes) 0) []) plan-errors)))) (if (core/error::is? final-state) final-state (let ((errors ((core/map::get final-state) (quote :errors))) (cases ((core/map::get final-state) (quote :cases)))) {:errors errors :kind selfhost/obligation::RESULT_KIND :name (if frame? "core/obligation::gfx-frame-budgets" "core/obligation::gfx-golden-images") :ok ((core/int::eq? (core/vec::len errors)) 0) :operation (if frame? (quote :gfx-frame-budgets) (quote :gfx-golden-images)) :report (if frame? (((((core/gfx/obligation::frame-budget-report package) ((core/int::eq? (core/vec::len errors)) 0)) limits) cases) errors) ((((core/gfx/obligation::golden-report package) ((core/int::eq? (core/vec::len errors)) 0)) cases) errors)) :v 2}))))))) (selfhost/obligation::error "gfx finalize :phase must equal :finalize")) (selfhost/obligation::error "gfx finalize input fields mismatch")))))))] :module-h b"\x85\x87}.\"\xE1\xF4\xF1O\x90{f\x83d\xB9\xF6\x14n\x8Cm\x04\xF2\x06A#o\x0F\xE7wDN\x11" :path "selfhost/obligation_authority_gfx_runtime_finalize_v1.gc" :source "(def selfhost/obligation::gfx-typed-map?\n (fn (value)\n (fn (type)\n (if (selfhost/obligation::map? value)\n (let ((actual ((core/map::get value) (quote :type))))\n (if (selfhost/obligation::sym? actual) ((core/sym::eq? actual) type) false))\n false))))\n\n(def selfhost/obligation::gfx-extract-frame\n (fn (value)\n (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/frame-graph))\n value\n (if (selfhost/obligation::map? value)\n (let ((frame ((core/map::get value) (quote :frame))))\n (if ((selfhost/obligation::gfx-typed-map? frame) (quote :gfx/frame-graph))\n frame\n (let ((graph ((core/map::get value) (quote :frame-graph))))\n (if ((selfhost/obligation::gfx-typed-map? graph) (quote :gfx/frame-graph))\n graph nil))))\n nil))))\n\n(def selfhost/obligation::gfx-extract-scene\n (fn (value)\n (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/scene))\n value\n (if (selfhost/obligation::map? value)\n (let ((scene ((core/map::get value) (quote :scene))))\n (if ((selfhost/obligation::gfx-typed-map? scene) (quote :gfx/scene)) scene nil))\n nil))))\n\n(def selfhost/obligation::gfx-outcome-runtime-error\n (fn (mode)\n (fn (outcome)\n (let ((kind ((core/map::get outcome) (quote :kind)))\n (result ((core/map::get outcome) (quote :result))))\n (if ((core/sym::eq? kind) (quote :value))\n nil\n (if ((core/sym::eq? kind) (quote :apply-error))\n (if (selfhost/obligation::str? result)\n ((core/str::concat \"apply failed: \") result)\n (selfhost/obligation::error \"gfx apply-error outcome must carry a string\"))\n (if ((core/sym::eq? kind) (quote :effect-program))\n (if (selfhost/obligation::nil? result)\n (if ((core/sym::eq? mode) (quote :golden))\n \"effect program returned; gfx golden tests must return pure frame/scene data\"\n \"effect program returned; gfx frame budgets must return pure frame data\")\n (selfhost/obligation::error \"gfx effect-program outcome must carry nil\"))\n (if ((core/sym::eq? kind) (quote :sealed-error))\n (if (selfhost/obligation::nil? result)\n (if ((core/sym::eq? mode) (quote :golden))\n \"sealed ERROR returned by golden test body\"\n \"sealed ERROR returned by frame budget test body\")\n (selfhost/obligation::error \"gfx sealed-error outcome must carry nil\"))\n (selfhost/obligation::error \"unknown gfx outcome kind\")))))))))\n\n(def selfhost/obligation::gfx-render-result\n (fn (test)\n (fn (frame)\n (fn (render)\n (let ((expect-png ((core/map::get test) (quote :expect-png-h))))\n (if (selfhost/obligation::nil? expect-png)\n (if (selfhost/obligation::nil? render)\n {:error nil :png-h nil}\n (selfhost/obligation::error \"unexpected renderer observation\"))\n (if ((selfhost/obligation::property-exact-map? render)\n [:error :frame-h :pixel-height :pixel-width :png-h])\n (let ((frame-h (selfhost/hash::hash-term frame)))\n (if ((core/eq? ((core/map::get render) (quote :frame-h))) frame-h)\n (if ((core/eq? ((core/map::get render) (quote :pixel-width)))\n ((core/map::get test) (quote :pixel-width)))\n (if ((core/eq? ((core/map::get render) (quote :pixel-height)))\n ((core/map::get test) (quote :pixel-height)))\n (let ((error ((core/map::get render) (quote :error)))\n (png-h ((core/map::get render) (quote :png-h))))\n (if (selfhost/obligation::nil? error)\n (if (selfhost/obligation::str? png-h)\n {:error nil :png-h png-h}\n (selfhost/obligation::error \"renderer success must carry :png-h\"))\n (if (selfhost/obligation::str? error)\n (if (selfhost/obligation::nil? png-h)\n {:error ((core/str::concat \"headless render failed: \") error)\n :png-h nil}\n (selfhost/obligation::error \"renderer failure must not carry :png-h\"))\n (selfhost/obligation::error \"renderer :error must be string or nil\"))))\n (selfhost/obligation::error \"renderer pixel height contradicts plan\"))\n (selfhost/obligation::error \"renderer pixel width contradicts plan\"))\n (selfhost/obligation::error \"renderer frame hash contradicts result\")))\n (selfhost/obligation::error \"missing or malformed renderer observation\"))))))))\n\n(def selfhost/obligation::gfx-case-errors\n (fn (mode)\n (fn (test)\n (fn (case)\n (let ((errors ((core/map::get case) (quote :errors))))\n (if ((core/int::eq? (core/vec::len errors)) 0)\n ((core/vec::push [])\n (((((selfhost/obligation::property-str5\n (core/sym::to-str ((core/map::get test) (quote :suite)))) \"::\")\n ((core/map::get test) (quote :name))) \": \")\n (if ((core/sym::eq? mode) (quote :golden))\n \"golden case failed\" \"frame budget case failed\")))\n ((core/vec::push [])\n (((((selfhost/obligation::property-str5\n (core/sym::to-str ((core/map::get test) (quote :suite)))) \"::\")\n ((core/map::get test) (quote :name))) \": \")\n ((core/str::join errors) \"; \")))))))))\n\n(def selfhost/obligation::gfx-golden-case-outcome\n (fn (test)\n (fn (outcome)\n (if ((selfhost/obligation::property-exact-map? outcome)\n [:entry-index :kind :render :result :suite-index])\n (if ((core/eq? ((core/map::get outcome) (quote :suite-index)))\n ((core/map::get test) (quote :suite-index)))\n (if ((core/eq? ((core/map::get outcome) (quote :entry-index)))\n ((core/map::get test) (quote :entry-index)))\n (let ((runtime-error\n ((selfhost/obligation::gfx-outcome-runtime-error (quote :golden)) outcome)))\n (if (core/error::is? runtime-error) runtime-error\n (let ((kind ((core/map::get test) (quote :kind)))\n (result ((core/map::get outcome) (quote :result)))\n (render ((core/map::get outcome) (quote :render))))\n (if (selfhost/obligation::nil? runtime-error)\n (let ((target\n (if ((core/sym::eq? kind) (quote :frame-graph))\n (selfhost/obligation::gfx-extract-frame result)\n (selfhost/obligation::gfx-extract-scene result))))\n (if (selfhost/obligation::nil? target)\n {:actual-h nil :actual-png-h nil\n :runtime-error\n (if ((core/sym::eq? kind) (quote :frame-graph))\n \"expected frame-graph output\" \"expected scene output\")}\n (let ((render-state\n (if ((core/sym::eq? kind) (quote :frame-graph))\n (((selfhost/obligation::gfx-render-result test) target) render)\n (if (selfhost/obligation::nil? render)\n {:error nil :png-h nil}\n (selfhost/obligation::error \"scene outcome cannot carry renderer observation\")))))\n (if (core/error::is? render-state) render-state\n {:actual-h (selfhost/hash::hash-term target)\n :actual-png-h ((core/map::get render-state) (quote :png-h))\n :runtime-error ((core/map::get render-state) (quote :error))}))))\n (if (selfhost/obligation::nil? render)\n {:actual-h nil :actual-png-h nil :runtime-error runtime-error}\n (selfhost/obligation::error \"failed gfx body cannot carry renderer observation\"))))))\n (selfhost/obligation::error \"gfx golden outcome entry identity mismatch\"))\n (selfhost/obligation::error \"gfx golden outcome suite identity mismatch\"))\n (selfhost/obligation::error \"invalid gfx golden outcome observation\")))))\n\n(def selfhost/obligation::gfx-golden-finalize-loop\n (fn (tests)\n (fn (outcomes)\n (fn (index)\n (fn (cases)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n (if ((core/int::eq? index) (core/vec::len outcomes))\n {:cases cases :errors errors}\n (selfhost/obligation::error \"gfx golden outcome inventory length mismatch\"))\n (if ((core/int::lt? index) (core/vec::len outcomes))\n (let ((test ((core/vec::get tests) index)))\n (let ((state ((selfhost/obligation::gfx-golden-case-outcome test)\n ((core/vec::get outcomes) index))))\n (if (core/error::is? state) state\n (let ((case\n ((((((((((core/gfx/obligation::golden-case\n ((core/map::get test) (quote :suite)))\n ((core/map::get test) (quote :name)))\n ((core/map::get test) (quote :kind)))\n ((core/map::get test) (quote :expect-h)))\n ((core/map::get state) (quote :actual-h)))\n ((core/map::get test) (quote :expect-png-h)))\n ((core/map::get state) (quote :actual-png-h)))\n ((core/map::get test) (quote :pixel-width)))\n ((core/map::get test) (quote :pixel-height)))\n ((core/map::get state) (quote :runtime-error)))))\n (((((selfhost/obligation::gfx-golden-finalize-loop tests) outcomes)\n ((core/int::add index) 1)) ((core/vec::push cases) case))\n (if ((core/map::get case) (quote :ok)) errors\n ((selfhost/obligation::append-errors errors)\n (((selfhost/obligation::gfx-case-errors (quote :golden)) test) case))))))))\n (selfhost/obligation::error \"gfx golden outcome inventory length mismatch\")))))))))\n\n(def selfhost/obligation::gfx-frame-time\n (fn (value)\n (if ((selfhost/obligation::gfx-typed-map? value) (quote :gfx/frame-graph))\n {:error nil :frame value :time nil}\n (if (selfhost/obligation::map? value)\n (let ((frame (selfhost/obligation::gfx-extract-frame value))\n (time ((core/map::get value) (quote :frame-time-ms))))\n (if (selfhost/obligation::nil? frame)\n {:error \"missing :frame/:frame-graph field\" :frame nil :time nil}\n (if (selfhost/obligation::nil? time)\n {:error nil :frame frame :time nil}\n (if (selfhost/obligation::int? time)\n {:error nil :frame frame\n :time (if ((core/int::lt? time) 0) nil time)}\n {:error\n ((core/str::concat \":frame-time-ms must be int or nil, got \")\n (selfhost/printer::print-term time))\n :frame nil :time nil}))))\n {:error \"expected frame-graph or {:frame ...}\" :frame nil :time nil}))))\n\n(def selfhost/obligation::gfx-command-count-loop\n (fn (passes)\n (fn (index)\n (fn (count)\n (fn (pass-label)\n (if ((core/int::eq? index) (core/vec::len passes))\n {:count count :error nil}\n (let ((pass ((core/vec::get passes) index)))\n (if (selfhost/obligation::map? pass)\n (let ((commands ((core/map::get pass) (quote :commands))))\n (if (selfhost/obligation::vec? commands)\n ((((selfhost/obligation::gfx-command-count-loop passes)\n ((core/int::add index) 1))\n ((core/int::add count) (core/vec::len commands))) pass-label)\n {:count 0 :error ((core/str::concat pass-label) \" :commands must be a vector\")}))\n {:count 0 :error ((core/str::concat pass-label) \" must be a map\")}))))))))\n\n(def selfhost/obligation::gfx-frame-metrics\n (fn (frame)\n (let ((render ((core/map::get frame) (quote :render-passes)))\n (compute ((core/map::get frame) (quote :compute-passes))))\n (if (selfhost/obligation::nil? render)\n {:error \"frame graph missing :render-passes\" :metrics {}}\n (if (selfhost/obligation::nil? compute)\n {:error \"frame graph missing :compute-passes\" :metrics {}}\n (if (selfhost/obligation::vec? render)\n (if (selfhost/obligation::vec? compute)\n (let ((draw ((((selfhost/obligation::gfx-command-count-loop render) 0) 0)\n \"render pass\"))\n (dispatch ((((selfhost/obligation::gfx-command-count-loop compute) 0) 0)\n \"compute pass\")))\n (if (selfhost/obligation::nil? ((core/map::get draw) (quote :error)))\n (if (selfhost/obligation::nil? ((core/map::get dispatch) (quote :error)))\n {:error nil\n :metrics\n {:compute-commands ((core/map::get dispatch) (quote :count))\n :compute-passes (core/vec::len compute)\n :draw-commands ((core/map::get draw) (quote :count))\n :frame-graph-bytes (core/str::len (selfhost/printer::print-term frame))\n :render-passes (core/vec::len render)}}\n {:error ((core/map::get dispatch) (quote :error)) :metrics {}})\n {:error ((core/map::get draw) (quote :error)) :metrics {}}))\n {:error \":compute-passes must be a vector\" :metrics {}})\n {:error \":render-passes must be a vector\" :metrics {}}))))))\n\n(def selfhost/obligation::gfx-frame-case-outcome\n (fn (test)\n (fn (outcome)\n (if ((selfhost/obligation::property-exact-map? outcome)\n [:entry-index :kind :result :suite-index])\n (if ((core/eq? ((core/map::get outcome) (quote :suite-index)))\n ((core/map::get test) (quote :suite-index)))\n (if ((core/eq? ((core/map::get outcome) (quote :entry-index)))\n ((core/map::get test) (quote :entry-index)))\n (let ((runtime-error\n ((selfhost/obligation::gfx-outcome-runtime-error (quote :frame)) outcome)))\n (if (core/error::is? runtime-error) runtime-error\n (if (selfhost/obligation::nil? runtime-error)\n (let ((frame-state\n (selfhost/obligation::gfx-frame-time\n ((core/map::get outcome) (quote :result)))))\n (let ((frame-error ((core/map::get frame-state) (quote :error))))\n (if (selfhost/obligation::nil? frame-error)\n (let ((metric-state\n (selfhost/obligation::gfx-frame-metrics\n ((core/map::get frame-state) (quote :frame)))))\n {:metrics ((core/map::get metric-state) (quote :metrics))\n :runtime-error ((core/map::get metric-state) (quote :error))\n :time ((core/map::get frame-state) (quote :time))})\n {:metrics {} :runtime-error frame-error :time nil})))\n {:metrics {} :runtime-error runtime-error :time nil})))\n (selfhost/obligation::error \"gfx frame outcome entry identity mismatch\"))\n (selfhost/obligation::error \"gfx frame outcome suite identity mismatch\"))\n (selfhost/obligation::error \"invalid gfx frame outcome observation\")))))\n\n(def selfhost/obligation::gfx-frame-finalize-loop\n (fn (tests)\n (fn (outcomes)\n (fn (limits)\n (fn (index)\n (fn (cases)\n (fn (errors)\n (if ((core/int::eq? index) (core/vec::len tests))\n (if ((core/int::eq? index) (core/vec::len outcomes))\n {:cases cases :errors errors}\n (selfhost/obligation::error \"gfx frame outcome inventory length mismatch\"))\n (if ((core/int::lt? index) (core/vec::len outcomes))\n (let ((test ((core/vec::get tests) index)))\n (let ((state ((selfhost/obligation::gfx-frame-case-outcome test)\n ((core/vec::get outcomes) index))))\n (if (core/error::is? state) state\n (let ((case\n ((((((core/gfx/obligation::frame-budget-case\n ((core/map::get test) (quote :suite)))\n ((core/map::get test) (quote :name)))\n ((core/map::get state) (quote :metrics))) limits)\n ((core/map::get state) (quote :time)))\n ((core/map::get state) (quote :runtime-error)))))\n ((((((selfhost/obligation::gfx-frame-finalize-loop tests) outcomes) limits)\n ((core/int::add index) 1)) ((core/vec::push cases) case))\n (if ((core/map::get case) (quote :ok)) errors\n ((selfhost/obligation::append-errors errors)\n (((selfhost/obligation::gfx-case-errors (quote :frame)) test) case))))))))\n (selfhost/obligation::error \"gfx frame outcome inventory length mismatch\"))))))))))\n\n(def selfhost/obligation::gfx-finalize\n (fn (mode)\n (fn (package)\n (fn (inputs)\n (let ((frame? ((core/sym::eq? mode) (quote :frame))))\n (if ((selfhost/obligation::property-exact-map? inputs)\n (if frame? [:configured :limits :outcomes :phase :suites]\n [:configured :outcomes :phase :suites]))\n (if ((core/sym::eq? ((core/map::get inputs) (quote :phase))) (quote :finalize))\n (let ((configured ((core/map::get inputs) (quote :configured)))\n (suites ((core/map::get inputs) (quote :suites)))\n (outcomes ((core/map::get inputs) (quote :outcomes)))\n (limits (if frame? ((core/map::get inputs) (quote :limits)) {})))\n (let ((plan ((((selfhost/obligation::gfx-plan-state mode) configured) suites) limits)))\n (if (core/error::is? plan) plan\n (let ((tests ((core/map::get plan) (quote :tests)))\n (plan-errors ((core/map::get plan) (quote :errors))))\n (let ((final-state\n (if frame?\n ((((((selfhost/obligation::gfx-frame-finalize-loop tests) outcomes)\n limits) 0) []) plan-errors)\n (((((selfhost/obligation::gfx-golden-finalize-loop tests) outcomes)\n 0) []) plan-errors))))\n (if (core/error::is? final-state) final-state\n (let ((errors ((core/map::get final-state) (quote :errors)))\n (cases ((core/map::get final-state) (quote :cases))))\n {:errors errors\n :kind selfhost/obligation::RESULT_KIND\n :name (if frame? \"core/obligation::gfx-frame-budgets\"\n \"core/obligation::gfx-golden-images\")\n :ok ((core/int::eq? (core/vec::len errors)) 0)\n :operation (if frame? (quote :gfx-frame-budgets)\n (quote :gfx-golden-images))\n :report\n (if frame?\n (((((core/gfx/obligation::frame-budget-report package)\n ((core/int::eq? (core/vec::len errors)) 0)) limits) cases) errors)\n ((((core/gfx/obligation::golden-report package)\n ((core/int::eq? (core/vec::len errors)) 0)) cases) errors))\n :v 2})))))))\n (selfhost/obligation::error \"gfx finalize :phase must equal :finalize\"))\n (selfhost/obligation::error \"gfx finalize input fields mismatch\")))))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"w\xBF8\r\xB3\x8A7\x02\xD51\xC3F\xC8\xB7\x84\xCE\xA8\xBB)Q\xC7!\xFBR\xCD\xA5\xF9\xA3\x909F|" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/obligation::bind-result (fn (request) (fn (result) (if (core/error::is? result) result (((core/map::put result) (quote :request-h)) (selfhost/hash::hash-term request)))))) (def selfhost/obligation::dispatch (fn (operation) (fn (package) (fn (inputs) (if ((core/sym::eq? operation) (quote :preflight)) ((selfhost/obligation::preflight package) inputs) (if ((core/sym::eq? operation) (quote :unit-tests)) (if ((core/int::eq? (core/map::len inputs)) 1) (let ((tests ((core/map::get inputs) (quote :tests)))) (if (selfhost/obligation::vec? tests) (((selfhost/obligation::unit-tests package) {}) tests) (selfhost/obligation::error ":unit-tests :tests input must be a vector"))) (selfhost/obligation::error ":unit-tests inputs must contain exactly :tests")) (if ((core/sym::eq? operation) (quote :budgets)) (if ((core/int::eq? (core/map::len inputs)) 2) (let ((tests ((core/map::get inputs) (quote :tests)))) (if (selfhost/obligation::vec? tests) (((selfhost/obligation::budgets package) ((core/map::get inputs) (quote :limits))) tests) (selfhost/obligation::error ":budgets :tests input must be a vector"))) (selfhost/obligation::error ":budgets inputs must contain exactly :limits and :tests")) (if ((core/sym::eq? operation) (quote :capabilities-declared)) ((selfhost/obligation::capabilities-declared package) inputs) (if ((core/sym::eq? operation) (quote :typecheck)) ((selfhost/obligation::typecheck operation) inputs) (if ((core/sym::eq? operation) (quote :typecheck-strict)) ((selfhost/obligation::typecheck operation) inputs) (if ((core/sym::eq? operation) (quote :determinism)) ((selfhost/obligation::determinism package) inputs) (if ((core/sym::eq? operation) (quote :lint)) ((selfhost/obligation::lint package) inputs) (if ((core/sym::eq? operation) (quote :ai-style)) ((selfhost/obligation::ai-style package) inputs) (if ((core/sym::eq? operation) (quote :replayable-tests)) (((selfhost/obligation::replay-authority operation) package) inputs) (if ((core/sym::eq? operation) (quote :concurrency-replay)) (((selfhost/obligation::replay-authority operation) package) inputs) (if ((core/sym::eq? operation) (quote :property-tests)) ((selfhost/obligation::property-authority package) inputs) (if ((core/sym::eq? operation) (quote :stage1-validation)) ((selfhost/obligation::stage1-validation package) inputs) (if (if ((core/sym::eq? operation) (quote :coverage)) true (if ((core/sym::eq? operation) (quote :coverage-decision)) true ((core/sym::eq? operation) (quote :coverage-mcdc)))) ((selfhost/obligation::coverage package) inputs) (if ((core/sym::eq? operation) (quote :translation-validation)) ((selfhost/obligation::translation-validation package) inputs) (if ((core/sym::eq? operation) (quote :gfx-api-stability)) ((selfhost/obligation::gfx-api-stability package) inputs) (if ((core/sym::eq? operation) (quote :gfx-golden-images)) (((selfhost/obligation::gfx-runtime-authority (quote :golden)) package) inputs) (if ((core/sym::eq? operation) (quote :gfx-frame-budgets)) (((selfhost/obligation::gfx-runtime-authority (quote :frame)) package) inputs) (selfhost/obligation::error "unknown obligation authority operation"))))))))))))))))))))))) (def core/cli::obligation-authority (fn (request) (if (selfhost/obligation::map? request) (if ((core/int::eq? (core/map::len request)) 5) (let ((kind ((core/map::get request) (quote :kind))) (version ((core/map::get request) (quote :v))) (operation ((core/map::get request) (quote :operation))) (package ((core/map::get request) (quote :package))) (inputs ((core/map::get request) (quote :inputs)))) (if (if (selfhost/obligation::str? kind) ((core/eq? kind) selfhost/obligation::REQUEST_KIND) false) (if (if (selfhost/obligation::int? version) ((core/int::eq? version) 2) false) (if (selfhost/obligation::str? package) (if (selfhost/obligation::map? inputs) (let ((result (((selfhost/obligation::dispatch operation) package) inputs))) ((selfhost/obligation::bind-result request) result)) (selfhost/obligation::error "request :inputs must be a map")) (selfhost/obligation::error "request :package must be a string")) (selfhost/obligation::error "request :v must equal 2")) (selfhost/obligation::error "request :kind mismatch"))) (selfhost/obligation::error "request must contain exactly five fields")) (selfhost/obligation::error "request must be a map"))))] :module-h b"\xB5\x18[\x91Sr\x84\xDA\xD8\xB6~\xC3 \xCAO\x1C\xD7\xC7gT4J\xFD\x8DU\xD3\x94\xD5\xC0o\xD1\xD1" :path "selfhost/obligation_authority_v1.gc" :source "(def selfhost/obligation::bind-result\n (fn (request)\n (fn (result)\n (if (core/error::is? result)\n result\n (((core/map::put result) (quote :request-h)) (selfhost/hash::hash-term request))))))\n\n(def selfhost/obligation::dispatch\n (fn (operation)\n (fn (package)\n (fn (inputs)\n (if ((core/sym::eq? operation) (quote :preflight))\n ((selfhost/obligation::preflight package) inputs)\n (if ((core/sym::eq? operation) (quote :unit-tests))\n (if ((core/int::eq? (core/map::len inputs)) 1)\n (let ((tests ((core/map::get inputs) (quote :tests))))\n (if (selfhost/obligation::vec? tests)\n (((selfhost/obligation::unit-tests package) {}) tests)\n (selfhost/obligation::error \":unit-tests :tests input must be a vector\")))\n (selfhost/obligation::error \":unit-tests inputs must contain exactly :tests\"))\n (if ((core/sym::eq? operation) (quote :budgets))\n (if ((core/int::eq? (core/map::len inputs)) 2)\n (let ((tests ((core/map::get inputs) (quote :tests))))\n (if (selfhost/obligation::vec? tests)\n (((selfhost/obligation::budgets package) ((core/map::get inputs) (quote :limits)))\n tests)\n (selfhost/obligation::error \":budgets :tests input must be a vector\")))\n (selfhost/obligation::error\n \":budgets inputs must contain exactly :limits and :tests\"))\n (if ((core/sym::eq? operation) (quote :capabilities-declared))\n ((selfhost/obligation::capabilities-declared package) inputs)\n (if ((core/sym::eq? operation) (quote :typecheck))\n ((selfhost/obligation::typecheck operation) inputs)\n (if ((core/sym::eq? operation) (quote :typecheck-strict))\n ((selfhost/obligation::typecheck operation) inputs)\n (if ((core/sym::eq? operation) (quote :determinism))\n ((selfhost/obligation::determinism package) inputs)\n (if ((core/sym::eq? operation) (quote :lint))\n ((selfhost/obligation::lint package) inputs)\n (if ((core/sym::eq? operation) (quote :ai-style))\n ((selfhost/obligation::ai-style package) inputs)\n (if ((core/sym::eq? operation) (quote :replayable-tests))\n (((selfhost/obligation::replay-authority operation) package) inputs)\n (if ((core/sym::eq? operation) (quote :concurrency-replay))\n (((selfhost/obligation::replay-authority operation) package) inputs)\n (if ((core/sym::eq? operation) (quote :property-tests))\n ((selfhost/obligation::property-authority package) inputs)\n (if ((core/sym::eq? operation) (quote :stage1-validation))\n ((selfhost/obligation::stage1-validation package) inputs)\n (if\n (if ((core/sym::eq? operation) (quote :coverage))\n true\n (if ((core/sym::eq? operation) (quote :coverage-decision))\n true\n ((core/sym::eq? operation) (quote :coverage-mcdc))))\n ((selfhost/obligation::coverage package) inputs)\n (if ((core/sym::eq? operation) (quote :translation-validation))\n ((selfhost/obligation::translation-validation package) inputs)\n (if ((core/sym::eq? operation) (quote :gfx-api-stability))\n ((selfhost/obligation::gfx-api-stability package) inputs)\n (if ((core/sym::eq? operation) (quote :gfx-golden-images))\n (((selfhost/obligation::gfx-runtime-authority (quote :golden)) package)\n inputs)\n (if ((core/sym::eq? operation) (quote :gfx-frame-budgets))\n (((selfhost/obligation::gfx-runtime-authority (quote :frame)) package)\n inputs)\n (selfhost/obligation::error\n \"unknown obligation authority operation\")))))))))))))))))))))))\n\n(def core/cli::obligation-authority\n (fn (request)\n (if (selfhost/obligation::map? request)\n (if ((core/int::eq? (core/map::len request)) 5)\n (let\n ((kind ((core/map::get request) (quote :kind)))\n (version ((core/map::get request) (quote :v)))\n (operation ((core/map::get request) (quote :operation)))\n (package ((core/map::get request) (quote :package)))\n (inputs ((core/map::get request) (quote :inputs))))\n (if\n (if (selfhost/obligation::str? kind)\n ((core/eq? kind) selfhost/obligation::REQUEST_KIND)\n false)\n (if (if (selfhost/obligation::int? version) ((core/int::eq? version) 2) false)\n (if (selfhost/obligation::str? package)\n (if (selfhost/obligation::map? inputs)\n (let ((result (((selfhost/obligation::dispatch operation) package) inputs)))\n ((selfhost/obligation::bind-result request) result))\n (selfhost/obligation::error \"request :inputs must be a map\"))\n (selfhost/obligation::error \"request :package must be a string\"))\n (selfhost/obligation::error \"request :v must equal 2\"))\n (selfhost/obligation::error \"request :kind mismatch\")))\n (selfhost/obligation::error \"request must contain exactly five fields\"))\n (selfhost/obligation::error \"request must be a map\"))))\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"\xB5\x18[\x91Sr\x84\xDA\xD8\xB6~\xC3 \xCAO\x1C\xD7\xC7gT4J\xFD\x8DU\xD3\x94\xD5\xC0o\xD1\xD1" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"} {:forms [(def selfhost/stage1::is-error core/error::is?) (def selfhost/stage1::type-error (fn (msg) ((core/error::make2 "core/type-error") msg))) (def selfhost/stage1::bad-form (fn (msg) ((core/error::make2 "core/bad-form") msg))) (def selfhost/stage1::tag core/data::tag) (def selfhost/stage1::empty-vec (core/pair::as-proper-list nil)) (def selfhost/stage1::vec1 (fn (a) (core/pair::as-proper-list ((core/pair::cons a) nil)))) (def selfhost/stage1::vec2 (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil)))))) (def selfhost/stage1::vec3 (fn (a) (fn (b) (fn (c) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil)))))))) (def selfhost/stage1::vec4 (fn (a) (fn (b) (fn (c) (fn (d) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) ((core/pair::cons d) nil)))))))))) (def selfhost/stage1::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym)))) (def selfhost/stage1::pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair)))) (def selfhost/stage1::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec)))) (def selfhost/stage1::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map)))) (def selfhost/stage1::int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int)))) (def selfhost/stage1::bool? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :bool)))) (def selfhost/stage1::starts-with? (fn (s) (fn (prefix) (let ((sb (core/str::to-utf8 s))) (let ((pb (core/str::to-utf8 prefix))) (let ((sn (core/bytes::len sb))) (let ((pn (core/bytes::len pb))) (if ((core/int::lt? sn) pn) false ((core/eq? (((core/bytes::slice sb) 0) pn)) pb))))))))) (def selfhost/stage1::opaque-call-head? (fn (h) (if (selfhost/stage1::sym? h) (let ((s (core/sym::to-str h))) (if ((selfhost/stage1::starts-with? s) "core/effect::") true ((selfhost/stage1::starts-with? s) "core/contract::"))) false))) (def selfhost/stage1::is-int-zero? (fn (x) (if (selfhost/stage1::int? x) ((core/int::eq? x) 0) false))) (def selfhost/stage1::is-int-one? (fn (x) (if (selfhost/stage1::int? x) ((core/int::eq? x) 1) false))) (def selfhost/stage1::falsey? (fn (t) (let ((tg (core/data::tag t))) (if ((core/sym::eq? tg) (quote :nil)) true (if ((core/sym::eq? tg) (quote :bool)) (if t false true) false))))) (def selfhost/stage1::truthy-literal? (fn (t) (let ((tg (core/data::tag t))) (if ((core/sym::eq? tg) (quote :nil)) false (if ((core/sym::eq? tg) (quote :bool)) (if t true false) (if ((core/sym::eq? tg) (quote :pair)) false (if ((core/sym::eq? tg) (quote :map)) false true))))))) (def selfhost/stage1::vec-map (fn (v) (fn (f) (if (selfhost/stage1::vec? v) (let ((n (core/vec::len v))) (((((selfhost/stage1::vec-map2 v) f) n) 0) selfhost/stage1::empty-vec)) (selfhost/stage1::type-error "vec-map expects vector datum"))))) (def selfhost/stage1::vec-map2 (fn (v) (fn (f) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get v) i))) (let ((y (f x))) (if (selfhost/stage1::is-error y) y (((((selfhost/stage1::vec-map2 v) f) n) ((core/int::add i) 1)) ((core/vec::push out) y)))))))))))) (def selfhost/stage1::vec-append (fn (a) (fn (b) (if (if (selfhost/stage1::vec? a) (selfhost/stage1::vec? b) false) (let ((n (core/vec::len b))) (((((selfhost/stage1::vec-append2 a) b) n) 0) a)) (selfhost/stage1::type-error "vec-append expects vector datums"))))) (def selfhost/stage1::vec-append2 (fn (a) (fn (b) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (let ((x ((core/vec::get b) i))) (((((selfhost/stage1::vec-append2 a) b) n) ((core/int::add i) 1)) ((core/vec::push out) x)))))))))) (def selfhost/stage1::optimize-module (fn (forms) (if (selfhost/stage1::vec? forms) ((selfhost/stage1::vec-map forms) selfhost/stage1::optimize-topform) (selfhost/stage1::type-error "optimize-module expects vector of forms")))) (def selfhost/stage1::optimize-topform (fn (t) (if (selfhost/stage1::pair? t) (let ((items (core/pair::as-proper-list t))) (if (selfhost/stage1::vec? items) (if ((core/int::eq? (core/vec::len items)) 3) (let ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1)) (rhs ((core/vec::get items) 2))) (if (selfhost/stage1::sym? h) (if ((core/sym::eq? h) (quote def)) (if (selfhost/stage1::sym? n) (let ((rhs2 (selfhost/stage1::optimize-term rhs))) (if (selfhost/stage1::is-error rhs2) rhs2 (selfhost/canon::vec->list (((selfhost/stage1::vec3 h) n) rhs2)))) (selfhost/stage1::optimize-term t)) (selfhost/stage1::optimize-term t)) (selfhost/stage1::optimize-term t))) (selfhost/stage1::optimize-term t)) (selfhost/stage1::optimize-term t))) (selfhost/stage1::optimize-term t)))) (def selfhost/stage1::optimize-term (fn (t) (let ((tg (core/data::tag t))) (if ((core/sym::eq? tg) (quote :map)) (selfhost/stage1::optimize-map-values t) (if ((core/sym::eq? tg) (quote :pair)) (selfhost/stage1::optimize-list-term t) t))))) (def selfhost/stage1::optimize-map-values (fn (m) (if (selfhost/stage1::map? m) (let ((entries (core/map::entries m))) (let ((entries2 ((selfhost/stage1::vec-map entries) selfhost/stage1::optimize-map-entry))) (if (selfhost/stage1::is-error entries2) entries2 (core/map::from-entries entries2)))) (selfhost/stage1::type-error "optimize-map-values expects map datum")))) (def selfhost/stage1::optimize-map-entry (fn (e) (if (selfhost/stage1::vec? e) (if ((core/int::eq? (core/vec::len e)) 2) (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1))) (let ((v2 (selfhost/stage1::optimize-term v))) (if (selfhost/stage1::is-error v2) v2 ((selfhost/stage1::vec2 k) v2)))) (selfhost/stage1::bad-form "map entry must be [k v]")) (selfhost/stage1::bad-form "map entries must be vectors")))) (def selfhost/stage1::optimize-list-term (fn (t) (let ((items (core/pair::as-proper-list t))) (if (selfhost/stage1::vec? items) (if ((core/int::eq? (core/vec::len items)) 0) nil (let ((h ((core/vec::get items) 0))) (if (selfhost/stage1::sym? h) ((selfhost/stage1::optimize-special-or-app h) items) (selfhost/stage1::optimize-app items)))) t)))) (def selfhost/stage1::optimize-special-or-app (fn (h) (fn (items) (if (selfhost/stage1::opaque-call-head? h) (selfhost/canon::vec->list items) (if ((core/sym::eq? h) (quote quote)) (selfhost/canon::vec->list items) (if ((core/sym::eq? h) (quote fn)) (selfhost/stage1::optimize-fn items) (if ((core/sym::eq? h) (quote if)) (selfhost/stage1::optimize-if items) (if ((core/sym::eq? h) (quote begin)) (selfhost/stage1::optimize-begin items) (if ((core/sym::eq? h) (quote let)) (selfhost/stage1::optimize-let items) (if ((core/sym::eq? h) (quote prim)) (selfhost/stage1::optimize-prim items) (if ((core/sym::eq? h) (quote seal)) (selfhost/canon::vec->list items) (if ((core/sym::eq? h) (quote unseal)) (selfhost/canon::vec->list items) (selfhost/stage1::optimize-app items))))))))))))) (def selfhost/stage1::optimize-fn (fn (items) (if (if ((core/int::lt? (core/vec::len items)) 3) true false) (selfhost/canon::vec->list items) (let ((params ((core/vec::get items) 1))) (let ((bodyv ((selfhost/stage1::slice-from items) 2))) (let ((body2 ((selfhost/stage1::vec-map bodyv) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error body2) body2 (let ((head ((selfhost/stage1::vec2 (quote fn)) params))) (let ((all ((selfhost/stage1::vec-append head) body2))) (selfhost/canon::vec->list all)))))))))) (def selfhost/stage1::slice-from (fn (v) (fn (start) (let ((n (core/vec::len v))) (((((selfhost/stage1::slice-from2 v) start) n) 0) selfhost/stage1::empty-vec))))) (def selfhost/stage1::slice-from2 (fn (v) (fn (start) (fn (n) (fn (i) (fn (out) (if ((core/int::eq? i) n) out (if ((core/int::lt? i) start) (((((selfhost/stage1::slice-from2 v) start) n) ((core/int::add i) 1)) out) (let ((x ((core/vec::get v) i))) (((((selfhost/stage1::slice-from2 v) start) n) ((core/int::add i) 1)) ((core/vec::push out) x))))))))))) (def selfhost/stage1::optimize-if (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 4) true false) (let ((c (selfhost/stage1::optimize-term ((core/vec::get items) 1))) (tt (selfhost/stage1::optimize-term ((core/vec::get items) 2))) (ee (selfhost/stage1::optimize-term ((core/vec::get items) 3)))) (if (selfhost/stage1::is-error c) c (if (selfhost/stage1::is-error tt) tt (if (selfhost/stage1::is-error ee) ee (if (selfhost/stage1::falsey? c) ee (if (selfhost/stage1::truthy-literal? c) tt (selfhost/canon::vec->list ((((selfhost/stage1::vec4 (quote if)) c) tt) ee)))))))) (selfhost/canon::vec->list items)))) (def selfhost/stage1::optimize-begin (fn (items) (if (if ((core/int::eq? (core/vec::len items)) 2) true false) (selfhost/stage1::optimize-term ((core/vec::get items) 1)) (let ((body ((selfhost/stage1::slice-from items) 1))) (let ((body2 ((selfhost/stage1::vec-map body) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error body2) body2 (let ((head (selfhost/stage1::vec1 (quote begin)))) (let ((all ((selfhost/stage1::vec-append head) body2))) (selfhost/canon::vec->list all))))))))) (def selfhost/stage1::optimize-let (fn (items) (if (if ((core/int::lt? (core/vec::len items)) 3) true false) (selfhost/canon::vec->list items) (let ((binds ((core/vec::get items) 1))) (let ((binds2 (selfhost/stage1::optimize-let-binds binds))) (if (selfhost/stage1::is-error binds2) binds2 (let ((body ((selfhost/stage1::slice-from items) 2))) (let ((body2 ((selfhost/stage1::vec-map body) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error body2) body2 (let ((head ((selfhost/stage1::vec2 (quote let)) binds2))) (let ((all ((selfhost/stage1::vec-append head) body2))) (selfhost/canon::vec->list all)))))))))))) (def selfhost/stage1::optimize-let-binds (fn (binds) (let ((xs (core/pair::as-proper-list binds))) (if (selfhost/stage1::vec? xs) (let ((n (core/vec::len xs))) ((((selfhost/stage1::optimize-let-binds2 xs) n) 0) nil)) binds)))) (def selfhost/stage1::optimize-let-binds2 (fn (xs) (fn (n) (fn (i) (fn (acc) (if ((core/int::eq? i) n) (core/list::reverse acc) (let ((b ((core/vec::get xs) i))) (let ((pair (core/pair::as-proper-list b))) (if (selfhost/stage1::vec? pair) (if ((core/int::eq? (core/vec::len pair)) 2) (let ((name ((core/vec::get pair) 0)) (rhs ((core/vec::get pair) 1))) (let ((rhs2 (selfhost/stage1::optimize-term rhs))) (if (selfhost/stage1::is-error rhs2) rhs2 ((((selfhost/stage1::optimize-let-binds2 xs) n) ((core/int::add i) 1)) ((core/pair::cons (selfhost/canon::vec->list ((selfhost/stage1::vec2 name) rhs2))) acc))))) (selfhost/stage1::bad-form "let binding must be (name expr)")) (selfhost/stage1::bad-form "let bindings must be list of (name expr)")))))))))) (def selfhost/stage1::optimize-prim (fn (items) (if (if ((core/int::lt? (core/vec::len items)) 2) true false) (selfhost/canon::vec->list items) (let ((op ((core/vec::get items) 1))) (if (selfhost/stage1::sym? op) (let ((args ((selfhost/stage1::slice-from items) 2))) (let ((args2 ((selfhost/stage1::vec-map args) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error args2) args2 ((selfhost/stage1::fold-prim op) args2)))) (selfhost/stage1::optimize-app items)))))) (def selfhost/stage1::mk-prim2 (fn (op) (fn (a) (fn (b) (selfhost/canon::vec->list ((((selfhost/stage1::vec4 (quote prim)) op) a) b)))))) (def selfhost/stage1::fold-prim (fn (op) (fn (args) (if ((core/int::eq? (core/vec::len args)) 2) (let ((a ((core/vec::get args) 0)) (b ((core/vec::get args) 1))) (if ((core/sym::eq? op) (quote int/add)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::add a) b) (if (selfhost/stage1::is-int-zero? a) b (if (selfhost/stage1::is-int-zero? b) a (((selfhost/stage1::mk-prim2 op) a) b)))) (if ((core/sym::eq? op) (quote int/sub)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::sub a) b) (if (selfhost/stage1::is-int-zero? b) a (((selfhost/stage1::mk-prim2 op) a) b))) (if ((core/sym::eq? op) (quote int/mul)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::mul a) b) (if (selfhost/stage1::is-int-one? a) b (if (selfhost/stage1::is-int-one? b) a (if (if (selfhost/stage1::is-int-zero? a) true (selfhost/stage1::is-int-zero? b)) 0 (((selfhost/stage1::mk-prim2 op) a) b))))) (if ((core/sym::eq? op) (quote int/eq?)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::eq? a) b) (((selfhost/stage1::mk-prim2 op) a) b)) (if ((core/sym::eq? op) (quote int/lt?)) (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false) ((core/int::lt? a) b) (((selfhost/stage1::mk-prim2 op) a) b)) (((selfhost/stage1::mk-prim2 op) a) b))))))) (selfhost/canon::vec->list ((selfhost/stage1::rebuild-prim op) args)))))) (def selfhost/stage1::rebuild-prim (fn (op) (fn (args) (let ((head ((selfhost/stage1::vec2 (quote prim)) op))) ((selfhost/stage1::vec-append head) args))))) (def selfhost/stage1::optimize-app (fn (items) (let ((items2 ((selfhost/stage1::vec-map items) selfhost/stage1::optimize-term))) (if (selfhost/stage1::is-error items2) items2 (selfhost/canon::vec->list items2))))) (def core/cli::stage1-transform-module (fn (forms) (let ((opt (selfhost/stage1::optimize-module forms))) (if (selfhost/stage1::is-error opt) opt (selfhost/canon::canonicalize-module opt))))) (def core/cli::optimize-module core/cli::stage1-transform-module)] :module-h b"s\xDE\x9A\xB6\xFB\xE6E\x19Y]\x12\xFCt$~Gt\x16\x90\xB1\x08\xE8\xD8\xC0\x98f\x04}v\x12p\xCD" :path "selfhost/stage1_v1.gc" :source "(def selfhost/stage1::is-error core/error::is?)\n\n(def selfhost/stage1::type-error (fn (msg) ((core/error::make2 \"core/type-error\") msg)))\n\n(def selfhost/stage1::bad-form (fn (msg) ((core/error::make2 \"core/bad-form\") msg)))\n\n(def selfhost/stage1::tag core/data::tag)\n\n(def selfhost/stage1::empty-vec (core/pair::as-proper-list nil))\n\n(def selfhost/stage1::vec1 (fn (a) (core/pair::as-proper-list ((core/pair::cons a) nil))))\n\n(def selfhost/stage1::vec2\n (fn (a) (fn (b) (core/pair::as-proper-list ((core/pair::cons a) ((core/pair::cons b) nil))))))\n\n(def selfhost/stage1::vec3\n (fn (a)\n (fn (b)\n (fn (c)\n (core/pair::as-proper-list\n ((core/pair::cons a) ((core/pair::cons b) ((core/pair::cons c) nil))))))))\n\n(def selfhost/stage1::vec4\n (fn (a)\n (fn (b)\n (fn (c)\n (fn (d)\n (core/pair::as-proper-list\n ((core/pair::cons a)\n ((core/pair::cons b) ((core/pair::cons c) ((core/pair::cons d) nil))))))))))\n\n(def selfhost/stage1::sym? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :sym))))\n\n(def selfhost/stage1::pair? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :pair))))\n\n(def selfhost/stage1::vec? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :vec))))\n\n(def selfhost/stage1::map? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :map))))\n\n(def selfhost/stage1::int? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :int))))\n\n(def selfhost/stage1::bool? (fn (x) ((core/sym::eq? (core/data::tag x)) (quote :bool))))\n\n(def selfhost/stage1::starts-with?\n (fn (s)\n (fn (prefix)\n (let ((sb (core/str::to-utf8 s)))\n (let ((pb (core/str::to-utf8 prefix)))\n (let ((sn (core/bytes::len sb)))\n (let ((pn (core/bytes::len pb)))\n (if ((core/int::lt? sn) pn) false ((core/eq? (((core/bytes::slice sb) 0) pn)) pb)))))))))\n\n(def selfhost/stage1::opaque-call-head?\n (fn (h)\n (if (selfhost/stage1::sym? h)\n (let ((s (core/sym::to-str h)))\n (if ((selfhost/stage1::starts-with? s) \"core/effect::\")\n true\n ((selfhost/stage1::starts-with? s) \"core/contract::\")))\n false)))\n\n(def selfhost/stage1::is-int-zero?\n (fn (x) (if (selfhost/stage1::int? x) ((core/int::eq? x) 0) false)))\n\n(def selfhost/stage1::is-int-one?\n (fn (x) (if (selfhost/stage1::int? x) ((core/int::eq? x) 1) false)))\n\n(def selfhost/stage1::falsey?\n (fn (t)\n (let ((tg (core/data::tag t)))\n (if ((core/sym::eq? tg) (quote :nil))\n true\n (if ((core/sym::eq? tg) (quote :bool)) (if t false true) false)))))\n\n(def selfhost/stage1::truthy-literal?\n (fn (t)\n (let ((tg (core/data::tag t)))\n (if ((core/sym::eq? tg) (quote :nil))\n false\n (if ((core/sym::eq? tg) (quote :bool))\n (if t true false)\n (if ((core/sym::eq? tg) (quote :pair))\n false\n (if ((core/sym::eq? tg) (quote :map)) false true)))))))\n\n(def selfhost/stage1::vec-map\n (fn (v)\n (fn (f)\n (if (selfhost/stage1::vec? v)\n (let ((n (core/vec::len v)))\n (((((selfhost/stage1::vec-map2 v) f) n) 0) selfhost/stage1::empty-vec))\n (selfhost/stage1::type-error \"vec-map expects vector datum\")))))\n\n(def selfhost/stage1::vec-map2\n (fn (v)\n (fn (f)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get v) i)))\n (let ((y (f x)))\n (if (selfhost/stage1::is-error y)\n y\n (((((selfhost/stage1::vec-map2 v) f) n) ((core/int::add i) 1))\n ((core/vec::push out) y))))))))))))\n\n(def selfhost/stage1::vec-append\n (fn (a)\n (fn (b)\n (if (if (selfhost/stage1::vec? a) (selfhost/stage1::vec? b) false)\n (let ((n (core/vec::len b))) (((((selfhost/stage1::vec-append2 a) b) n) 0) a))\n (selfhost/stage1::type-error \"vec-append expects vector datums\")))))\n\n(def selfhost/stage1::vec-append2\n (fn (a)\n (fn (b)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (let ((x ((core/vec::get b) i)))\n (((((selfhost/stage1::vec-append2 a) b) n) ((core/int::add i) 1))\n ((core/vec::push out) x))))))))))\n\n(def selfhost/stage1::optimize-module\n (fn (forms)\n (if (selfhost/stage1::vec? forms)\n ((selfhost/stage1::vec-map forms) selfhost/stage1::optimize-topform)\n (selfhost/stage1::type-error \"optimize-module expects vector of forms\"))))\n\n(def selfhost/stage1::optimize-topform\n (fn (t)\n (if (selfhost/stage1::pair? t)\n (let ((items (core/pair::as-proper-list t)))\n (if (selfhost/stage1::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 3)\n (let\n ((h ((core/vec::get items) 0)) (n ((core/vec::get items) 1))\n (rhs ((core/vec::get items) 2)))\n (if (selfhost/stage1::sym? h)\n (if ((core/sym::eq? h) (quote def))\n (if (selfhost/stage1::sym? n)\n (let ((rhs2 (selfhost/stage1::optimize-term rhs)))\n (if (selfhost/stage1::is-error rhs2)\n rhs2\n (selfhost/canon::vec->list (((selfhost/stage1::vec3 h) n) rhs2))))\n (selfhost/stage1::optimize-term t))\n (selfhost/stage1::optimize-term t))\n (selfhost/stage1::optimize-term t)))\n (selfhost/stage1::optimize-term t))\n (selfhost/stage1::optimize-term t)))\n (selfhost/stage1::optimize-term t))))\n\n(def selfhost/stage1::optimize-term\n (fn (t)\n (let ((tg (core/data::tag t)))\n (if ((core/sym::eq? tg) (quote :map))\n (selfhost/stage1::optimize-map-values t)\n (if ((core/sym::eq? tg) (quote :pair)) (selfhost/stage1::optimize-list-term t) t)))))\n\n(def selfhost/stage1::optimize-map-values\n (fn (m)\n (if (selfhost/stage1::map? m)\n (let ((entries (core/map::entries m)))\n (let ((entries2 ((selfhost/stage1::vec-map entries) selfhost/stage1::optimize-map-entry)))\n (if (selfhost/stage1::is-error entries2) entries2 (core/map::from-entries entries2))))\n (selfhost/stage1::type-error \"optimize-map-values expects map datum\"))))\n\n(def selfhost/stage1::optimize-map-entry\n (fn (e)\n (if (selfhost/stage1::vec? e)\n (if ((core/int::eq? (core/vec::len e)) 2)\n (let ((k ((core/vec::get e) 0)) (v ((core/vec::get e) 1)))\n (let ((v2 (selfhost/stage1::optimize-term v)))\n (if (selfhost/stage1::is-error v2) v2 ((selfhost/stage1::vec2 k) v2))))\n (selfhost/stage1::bad-form \"map entry must be [k v]\"))\n (selfhost/stage1::bad-form \"map entries must be vectors\"))))\n\n(def selfhost/stage1::optimize-list-term\n (fn (t)\n (let ((items (core/pair::as-proper-list t)))\n (if (selfhost/stage1::vec? items)\n (if ((core/int::eq? (core/vec::len items)) 0)\n nil\n (let ((h ((core/vec::get items) 0)))\n (if (selfhost/stage1::sym? h)\n ((selfhost/stage1::optimize-special-or-app h) items)\n (selfhost/stage1::optimize-app items))))\n t))))\n\n(def selfhost/stage1::optimize-special-or-app\n (fn (h)\n (fn (items)\n (if (selfhost/stage1::opaque-call-head? h)\n (selfhost/canon::vec->list items)\n (if ((core/sym::eq? h) (quote quote))\n (selfhost/canon::vec->list items)\n (if ((core/sym::eq? h) (quote fn))\n (selfhost/stage1::optimize-fn items)\n (if ((core/sym::eq? h) (quote if))\n (selfhost/stage1::optimize-if items)\n (if ((core/sym::eq? h) (quote begin))\n (selfhost/stage1::optimize-begin items)\n (if ((core/sym::eq? h) (quote let))\n (selfhost/stage1::optimize-let items)\n (if ((core/sym::eq? h) (quote prim))\n (selfhost/stage1::optimize-prim items)\n (if ((core/sym::eq? h) (quote seal))\n (selfhost/canon::vec->list items)\n (if ((core/sym::eq? h) (quote unseal))\n (selfhost/canon::vec->list items)\n (selfhost/stage1::optimize-app items)))))))))))))\n\n(def selfhost/stage1::optimize-fn\n (fn (items)\n (if (if ((core/int::lt? (core/vec::len items)) 3) true false)\n (selfhost/canon::vec->list items)\n (let ((params ((core/vec::get items) 1)))\n (let ((bodyv ((selfhost/stage1::slice-from items) 2)))\n (let ((body2 ((selfhost/stage1::vec-map bodyv) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error body2)\n body2\n (let ((head ((selfhost/stage1::vec2 (quote fn)) params)))\n (let ((all ((selfhost/stage1::vec-append head) body2)))\n (selfhost/canon::vec->list all))))))))))\n\n(def selfhost/stage1::slice-from\n (fn (v)\n (fn (start)\n (let ((n (core/vec::len v)))\n (((((selfhost/stage1::slice-from2 v) start) n) 0) selfhost/stage1::empty-vec)))))\n\n(def selfhost/stage1::slice-from2\n (fn (v)\n (fn (start)\n (fn (n)\n (fn (i)\n (fn (out)\n (if ((core/int::eq? i) n)\n out\n (if ((core/int::lt? i) start)\n (((((selfhost/stage1::slice-from2 v) start) n) ((core/int::add i) 1)) out)\n (let ((x ((core/vec::get v) i)))\n (((((selfhost/stage1::slice-from2 v) start) n) ((core/int::add i) 1))\n ((core/vec::push out) x)))))))))))\n\n(def selfhost/stage1::optimize-if\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 4) true false)\n (let\n ((c (selfhost/stage1::optimize-term ((core/vec::get items) 1)))\n (tt (selfhost/stage1::optimize-term ((core/vec::get items) 2)))\n (ee (selfhost/stage1::optimize-term ((core/vec::get items) 3))))\n (if (selfhost/stage1::is-error c)\n c\n (if (selfhost/stage1::is-error tt)\n tt\n (if (selfhost/stage1::is-error ee)\n ee\n (if (selfhost/stage1::falsey? c)\n ee\n (if (selfhost/stage1::truthy-literal? c)\n tt\n (selfhost/canon::vec->list ((((selfhost/stage1::vec4 (quote if)) c) tt) ee))))))))\n (selfhost/canon::vec->list items))))\n\n(def selfhost/stage1::optimize-begin\n (fn (items)\n (if (if ((core/int::eq? (core/vec::len items)) 2) true false)\n (selfhost/stage1::optimize-term ((core/vec::get items) 1))\n (let ((body ((selfhost/stage1::slice-from items) 1)))\n (let ((body2 ((selfhost/stage1::vec-map body) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error body2)\n body2\n (let ((head (selfhost/stage1::vec1 (quote begin))))\n (let ((all ((selfhost/stage1::vec-append head) body2)))\n (selfhost/canon::vec->list all)))))))))\n\n(def selfhost/stage1::optimize-let\n (fn (items)\n (if (if ((core/int::lt? (core/vec::len items)) 3) true false)\n (selfhost/canon::vec->list items)\n (let ((binds ((core/vec::get items) 1)))\n (let ((binds2 (selfhost/stage1::optimize-let-binds binds)))\n (if (selfhost/stage1::is-error binds2)\n binds2\n (let ((body ((selfhost/stage1::slice-from items) 2)))\n (let ((body2 ((selfhost/stage1::vec-map body) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error body2)\n body2\n (let ((head ((selfhost/stage1::vec2 (quote let)) binds2)))\n (let ((all ((selfhost/stage1::vec-append head) body2)))\n (selfhost/canon::vec->list all))))))))))))\n\n(def selfhost/stage1::optimize-let-binds\n (fn (binds)\n (let ((xs (core/pair::as-proper-list binds)))\n (if (selfhost/stage1::vec? xs)\n (let ((n (core/vec::len xs))) ((((selfhost/stage1::optimize-let-binds2 xs) n) 0) nil))\n binds))))\n\n(def selfhost/stage1::optimize-let-binds2\n (fn (xs)\n (fn (n)\n (fn (i)\n (fn (acc)\n (if ((core/int::eq? i) n)\n (core/list::reverse acc)\n (let ((b ((core/vec::get xs) i)))\n (let ((pair (core/pair::as-proper-list b)))\n (if (selfhost/stage1::vec? pair)\n (if ((core/int::eq? (core/vec::len pair)) 2)\n (let ((name ((core/vec::get pair) 0)) (rhs ((core/vec::get pair) 1)))\n (let ((rhs2 (selfhost/stage1::optimize-term rhs)))\n (if (selfhost/stage1::is-error rhs2)\n rhs2\n ((((selfhost/stage1::optimize-let-binds2 xs) n) ((core/int::add i) 1))\n ((core/pair::cons (selfhost/canon::vec->list ((selfhost/stage1::vec2 name) rhs2)))\n acc)))))\n (selfhost/stage1::bad-form \"let binding must be (name expr)\"))\n (selfhost/stage1::bad-form \"let bindings must be list of (name expr)\"))))))))))\n\n(def selfhost/stage1::optimize-prim\n (fn (items)\n (if (if ((core/int::lt? (core/vec::len items)) 2) true false)\n (selfhost/canon::vec->list items)\n (let ((op ((core/vec::get items) 1)))\n (if (selfhost/stage1::sym? op)\n (let ((args ((selfhost/stage1::slice-from items) 2)))\n (let ((args2 ((selfhost/stage1::vec-map args) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error args2) args2 ((selfhost/stage1::fold-prim op) args2))))\n (selfhost/stage1::optimize-app items))))))\n\n(def selfhost/stage1::mk-prim2\n (fn (op)\n (fn (a) (fn (b) (selfhost/canon::vec->list ((((selfhost/stage1::vec4 (quote prim)) op) a) b))))))\n\n(def selfhost/stage1::fold-prim\n (fn (op)\n (fn (args)\n (if ((core/int::eq? (core/vec::len args)) 2)\n (let ((a ((core/vec::get args) 0)) (b ((core/vec::get args) 1)))\n (if ((core/sym::eq? op) (quote int/add))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::add a) b)\n (if (selfhost/stage1::is-int-zero? a)\n b\n (if (selfhost/stage1::is-int-zero? b) a (((selfhost/stage1::mk-prim2 op) a) b))))\n (if ((core/sym::eq? op) (quote int/sub))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::sub a) b)\n (if (selfhost/stage1::is-int-zero? b) a (((selfhost/stage1::mk-prim2 op) a) b)))\n (if ((core/sym::eq? op) (quote int/mul))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::mul a) b)\n (if (selfhost/stage1::is-int-one? a)\n b\n (if (selfhost/stage1::is-int-one? b)\n a\n (if\n (if (selfhost/stage1::is-int-zero? a)\n true\n (selfhost/stage1::is-int-zero? b))\n 0\n (((selfhost/stage1::mk-prim2 op) a) b)))))\n (if ((core/sym::eq? op) (quote int/eq?))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::eq? a) b)\n (((selfhost/stage1::mk-prim2 op) a) b))\n (if ((core/sym::eq? op) (quote int/lt?))\n (if (if (selfhost/stage1::int? a) (selfhost/stage1::int? b) false)\n ((core/int::lt? a) b)\n (((selfhost/stage1::mk-prim2 op) a) b))\n (((selfhost/stage1::mk-prim2 op) a) b)))))))\n (selfhost/canon::vec->list ((selfhost/stage1::rebuild-prim op) args))))))\n\n(def selfhost/stage1::rebuild-prim\n (fn (op)\n (fn (args)\n (let ((head ((selfhost/stage1::vec2 (quote prim)) op)))\n ((selfhost/stage1::vec-append head) args)))))\n\n(def selfhost/stage1::optimize-app\n (fn (items)\n (let ((items2 ((selfhost/stage1::vec-map items) selfhost/stage1::optimize-term)))\n (if (selfhost/stage1::is-error items2) items2 (selfhost/canon::vec->list items2)))))\n\n(def core/cli::stage1-transform-module\n (fn (forms)\n (let ((opt (selfhost/stage1::optimize-module forms)))\n (if (selfhost/stage1::is-error opt) opt (selfhost/canon::canonicalize-module opt)))))\n\n; Stable optimizer entrypoint for toolchain consumers.\n; v0.2: stage1 optimization is the canonical selfhost optimizer.\n(def core/cli::optimize-module core/cli::stage1-transform-module)\n" :stage1-errors [] :stage1-ok true :stage2-errors [] :stage2-lowering-mode "strict" :stage2-module-h b"s\xDE\x9A\xB6\xFB\xE6E\x19Y]\x12\xFCt$~Gt\x16\x90\xB1\x08\xE8\xD8\xC0\x98f\x04}v\x12p\xCD" :stage2-ok true :stage2-supported true :stage2-wasm-bytes 37 :stage2-wasm-h b"\xE2\x94\xB6\xE2\x84\xA7\xAE\x01\xDD\x82\xB7\xC6\xA3\x8B\xEF\x16#g\x84\xEB\xEE\xFF[\xA2c\xCDe\x90\xF6\xD3s\xBC"}] :ok true :stage2-requirements {:errors [] :min-supported-modules 142 :min-validated-modules 142 :ok true} :stage2-summary {:constant-fallback-modules 0 :strict-modules 142 :supported-modules 142 :validated-modules 142} :v 1} \ No newline at end of file diff --git a/selfhost/toolchain.review.md b/selfhost/toolchain.review.md index 30b46efb9..909d93053 100644 --- a/selfhost/toolchain.review.md +++ b/selfhost/toolchain.review.md @@ -5,10 +5,10 @@ Deterministic review-sidecar for `selfhost/toolchain.gc`. ## Artifact Identity - Artifact path: `selfhost/toolchain.gc` -- Artifact sha256: `8d0dbb53c22a420ce0dadebd22b6fe369bcc9bd0da292bad3b197499f6c09c2c` -- Freshness artifact hash: `8d0dbb53c22a420ce0dadebd22b6fe369bcc9bd0da292bad3b197499f6c09c2c` -- Freshness source hash: `5b3a5588c95aa6d830363c820cc878376cc673e5ff68fb65c10286fbf1f2d283` -- Source aggregate hash (module path + module sha256): `f280f233ddbbcc9b3a014520c43eafeebdedc51c4568272ae360398572a18df1` +- Artifact sha256: `657b3d595ec66192b958c0cfedfb3c2197aa702cd434ee514d13dfc1375881e3` +- Freshness artifact hash: `657b3d595ec66192b958c0cfedfb3c2197aa702cd434ee514d13dfc1375881e3` +- Freshness source hash: `d8cf5c917966721421979b5e9e0aa8204880c90a34a432dcdf28fd2ef569c9e7` +- Source aggregate hash (module path + module sha256): `2aa2f6fdb3a990cb318f61523360ce3bf54d82dff795b3cff7c611a666c54073` - Manifest path: `selfhost/toolchain_manifest.gc` - Module count: `142` @@ -19,10 +19,10 @@ Deterministic review-sidecar for `selfhost/toolchain.gc`. | `selfhost/parse.gc` | 389 | 17882 | 32 | `c703e7343f2d871a` | | `selfhost/parse_core_v1.gc` | 184 | 8297 | 9 | `043012c45aa0e0f3` | | `selfhost/canon.gc` | 496 | 20780 | 59 | `b15225e443e83bbb` | -| `selfhost/printer/00_core_single_line.gc` | 208 | 7799 | 23 | `b3830b4d2e39fb31` | +| `selfhost/printer/00_core_single_line.gc` | 209 | 7961 | 23 | `0d370d8fd85de8fc` | | `selfhost/printer/01_single_line_list.gc` | 38 | 1452 | 3 | `5f1d744a14a38286` | | `selfhost/printer/02_fmt_structured.gc` | 131 | 6260 | 8 | `bbe116ae8dc10b8b` | -| `selfhost/printer/03_fmt_list_module.gc` | 133 | 5620 | 10 | `de51e99e34b710f5` | +| `selfhost/printer/03_fmt_list_module.gc` | 133 | 5622 | 10 | `112a47d61d463d6b` | | `selfhost/hash.gc` | 28 | 1055 | 5 | `54f123181935d454` | | `selfhost/tool_coreform_v1.gc` | 28 | 1101 | 4 | `cc8247e0a315fff3` | | `selfhost/cli_coreform_v1.gc` | 453 | 19245 | 43 | `8c7e539dd64a35b5` | diff --git a/tests/diagnostics/goldens/v0.1/diagnostics.json b/tests/diagnostics/goldens/v0.1/diagnostics.json index 62c99e9a4..4b17f790e 100644 --- a/tests/diagnostics/goldens/v0.1/diagnostics.json +++ b/tests/diagnostics/goldens/v0.1/diagnostics.json @@ -5,7 +5,7 @@ "class": "path-normalization", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -13,7 +13,7 @@ { "blocking_capability": null, "candidate_fix": "Repair the localized syntax or schema violation without changing capability policy, then parse or format again.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "manifest/error", "context": { @@ -82,7 +82,7 @@ "requires_review": false, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/manifest/error", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -144,7 +144,7 @@ "class": "incompatible-profiles", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -152,7 +152,7 @@ { "blocking_capability": null, "candidate_fix": "Inspect package and lock diagnostics, repair the declared input, and regenerate only derived package artifacts.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "pkg/run", "context": { @@ -220,7 +220,7 @@ "requires_review": false, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/pkg/run", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -280,7 +280,7 @@ "class": "exhausted-budgets", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -288,7 +288,7 @@ { "blocking_capability": null, "candidate_fix": "Inspect structured context and a bounded debug trace, repair the smallest failing expression, and rerun.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "eval/error", "context": { @@ -359,7 +359,7 @@ "requires_review": false, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/eval/error", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -421,7 +421,7 @@ "class": "malformed-syntax", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -429,7 +429,7 @@ { "blocking_capability": null, "candidate_fix": "Repair the localized syntax or schema violation without changing capability policy, then parse or format again.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "parse/coreform", "context": { @@ -514,7 +514,7 @@ "requires_review": false, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/parse/coreform", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -584,7 +584,7 @@ "class": "seal-misuse", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -592,7 +592,7 @@ { "blocking_capability": null, "candidate_fix": "Inspect structured context and a bounded debug trace, repair the smallest failing expression, and rerun.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "eval/error", "context": { @@ -663,7 +663,7 @@ "requires_review": false, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/eval/error", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -725,7 +725,7 @@ "class": "stale-patches", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -733,7 +733,7 @@ { "blocking_capability": null, "candidate_fix": "Regenerate the semantic plan against the current content hash, review the diff, and apply transactionally.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "patch/invalid", "context": { @@ -801,7 +801,7 @@ "requires_review": false, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/patch/invalid", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -861,7 +861,7 @@ "class": "replay-tampering", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -869,7 +869,7 @@ { "blocking_capability": null, "candidate_fix": "Preserve the mismatched log for investigation, then generate a new log from the exact current program and policy.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "replay/mismatch", "context": { @@ -938,7 +938,7 @@ "requires_review": true, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/replay/mismatch", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -1000,7 +1000,7 @@ "class": "type-effect-mismatch", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -1008,7 +1008,7 @@ { "blocking_capability": null, "candidate_fix": "Inspect the named obligation artifact, repair the source or proof, and rerun the exact verification command.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "typecheck/error", "context": { @@ -1099,7 +1099,7 @@ "requires_review": false, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/typecheck/error", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -1172,7 +1172,7 @@ "class": "unhandled-effects", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -1180,7 +1180,7 @@ { "blocking_capability": null, "candidate_fix": "Inspect the operation, capability decision, sealed error, and cleanup context; preserve the policy unless a separate review authorizes change.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "effects/run", "context": { @@ -1251,7 +1251,7 @@ "requires_review": true, "requires_separate_policy_diff": true }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/effects/run", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", @@ -1313,7 +1313,7 @@ "class": "invalid-packages", "envelope": { "diagnostic_catalog": { - "identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "path": "docs/spec/GC_DIAGNOSTIC_CATALOG_v0.1.json", "version": "0.1.0" }, @@ -1321,7 +1321,7 @@ { "blocking_capability": null, "candidate_fix": "Repair the localized syntax or schema violation without changing capability policy, then parse or format again.", - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "catalog_version": "0.1.0", "code": "manifest/error", "context": { @@ -1390,7 +1390,7 @@ "requires_review": false, "requires_separate_policy_diff": false }, - "catalog_identity_sha256": "594912dc17c3f7573cfa772c065ff6cc2b1333bc99af228626dc47f09ea8fdbe", + "catalog_identity_sha256": "c07db509011dacfdb65abd7239680b881438b9483e004575410f11a21c557d61", "diagnostic_id": "genesis/diagnostic/v1/manifest/error", "guardrails": { "automaticActionPolicy": "catalog-eligible-only", diff --git a/upgrade_plan.md b/upgrade_plan.md index 47e555097..8427dec37 100644 --- a/upgrade_plan.md +++ b/upgrade_plan.md @@ -1,17 +1,29 @@ # GenesisCode Upgrade Plan - Red-Team Backlog (Unresolved Only) -Last updated: 2026-08-11 +Last updated: 2026-10-02 Scope: - Track only unresolved upgrades required for AI-first authoring reliability, selfhost closure, and production runtime trust. - This file is the canonical active P0/P1 defect-ID source. The capability ledger mirrors the exact IDs, and generated status views must match it. - Keep completed work out of this file. Durable source history and E1-E4 evidence establish closure; mutable `.genesis/perf/` observations do not. -Open checklist items: 0 +Open checklist items: 8 ## Critical Path -No open P0/P1 defects. Completed defects remain in Git history and the dated roadmap evidence that closed them. +The 2026-10-01 review restores seven open P1 records under the current R4.2.e transaction. The fresh 2026-10-02 F08 reproduction adds an eighth open P1 record. Their exact acceptance contracts and serial ordering are in `ROADMAP.md` section 3.29. Local runtime observations used a pre-existing August binary; fresh revision-bound reproduction is required before selecting a repair through the active-defect route. F02/F04 also have reproductions from current helper bodies; F06 is a current-source static gate failure. None is fresh-build or independent release evidence. + +- [ ] P1.9 (F01) Eliminate canonical symbol/literal and improper-pair identity collisions; enforce lexical and term-domain roundtrip admission across construction, parsing, printing, hashing, store and execution tiers. Owner: R4.2.e baseline, with R4.5.a/R7.2.f conformance. Observation: symbol `true` and boolean `true` share store hash `acc8a7699a2bf4cbd05f69678eac4fc236572041c28dfd0ab558e5fcf2ab6540` despite unequal runtime values. The 2026-10-02 serialization-admission repair has local positive/negative store/replay controls in ROADMAP.md section 3.29; lossless runtime value hashing, versioned replay compatibility, remaining boundary audit and independent acceptance are still required. +- [ ] P1.10 (F02) Authorize and anchor filesystem traversal before any creation; denied writes/mkdir must leave both inside and outside trees unchanged under symlink traversal and replacement races. Owner: R4.2.e baseline, R4.5.b/R7.3.b. Observation: `escape/created/file.txt` through an outside symlink creates the outside parent before containment rejection. +- [ ] P1.11 (F03) Preserve source/destination during self-rename and rejected overwrite; replace pre-delete behavior with the specified safe replacement protocol. Owner: R4.2.e baseline, R4.5.b. Observation: `{:from "same.txt" :to "same.txt" :overwrite true}` deletes the file and then errors. +- [ ] P1.12 (F04) Remove the authorized final filesystem entry without dereferencing its symlink target; specify native/WASI parity. Owner: R4.2.e baseline, R4.5.b. Observation: removing `alias.txt -> victim.txt` removes the victim and leaves the link. +- [ ] P1.13 (F05) Bound actual primitive work, including constant-work empty string repetition at maximum count, without hidden tier/accounting divergence. Owner: R4.2.e baseline before R2.1.h, R4.5.a. Observation: `(prim str/repeat "" 18446744073709551615)` exceeds a five-second watchdog despite finite evaluator step limits; the zero-count control finishes. +- [ ] P1.14 (F06) Repair package-verify custody expectations for artifact-backed commit authority and prove native-oracle restoration is rejected. Owner: R4.2.e. Observation: the current boundary verifier fails with `bounded verify mechanism missing marker: gc_vcs::Commit::from_term` while production invokes `CommitAuthority::validate_expected_commit`. +- [ ] P1.15 (F07) Keep registry serving alive until an explicit or policy-defined stop, then stop/join/reap all ownership paths. Owner: R4.2.e baseline, R4.5.b/R7.4.a. Observation: unbounded `registry serve` exits successfully in about 0.03 seconds because natural join first requests shutdown. + +- [ ] P1.16 (F08) Reject registry redirects before contacting a destination outside the authorized remote. Owner: R4.2.e baseline, R4.5.b/R7.3.b. Fresh pre-repair loopback control on `9b900acd` observed one forbidden listener contact after HTTP 301; the shared client repair and 301/302/303/307/308, chain/loop, get/put controls have local E0 observations in ROADMAP.md section 3.29. Independent acceptance and complete entrypoint/error-log audit remain required. + +Source-only candidate F09 (server admission/cancellation) requires fresh negative-control reproduction before adding a P0/P1 ID. F10 (bounded file reads) and F11 (transport integrity before store mutation) are tracked P2 corrections in the same roadmap matrix. All eleven are required by the recovery goal; queue membership does not exclude the remaining four. Keep completed defects in Git history and dated evidence; do not remove any new record on a source edit or E0 success alone. ## Evidence Anchors