rust-camel

A Rust-native, Tower-native integration framework inspired by Apache Camel, built for async pipelines, EIP patterns, and production observability.

Status: Pre-release (0.11.1). APIs will change.

Overview

rust-camel lets you define message routes between components using a fluent builder API. The data plane (exchange processing, EIP patterns, middleware) is Tower-native — every processor and producer is a Service<Exchange>. The control plane (components, endpoints, consumers, lifecycle) uses its own trait hierarchy.

Current components: timer, log, direct, mock, file, http, ws/wss, kafka, redis, sql, jms, cxf, container, controlbus, validator, xslt, xj, master, opensearch.

Architecture

rust-camel separates two planes:

Data plane — Tower-native. Every processor and producer is a Service<Exchange>. EIP patterns compose as Tower middleware.
Control plane — its own trait hierarchy: Component, Endpoint, Consumer, route lifecycle, supervision, hot-reload.

┌──────────────────────────────────────────────────────┐
│                    Your Application                  │
│         RouteBuilder / YAML DSL / camel-config       │
└──────────────────────┬───────────────────────────────┘
                       │
┌──────────────────────▼───────────────────────────────┐
│                    camel-core                        │
│  CamelContext — composition root                     │
│                                                      │
│  ┌──────────────────────────────────────────────┐    │
│  │  Data plane (Tower)                          │    │
│  │  Exchange → Service<Exchange> pipeline       │    │
│  │  EIP processors as Tower middleware          │    │
│  └──────────────────────────────────────────────┘    │
│                                                      │
│  ┌──────────────────────────────────────────────┐    │
│  │  Control plane                               │    │
│  │  Route lifecycle, supervision, hot-reload    │    │
│  │  RuntimeBus (CQRS), event journal (redb)     │    │
│  └──────────────────────────────────────────────┘    │
└──────────────────────────────────────────────────────┘
          │                          │
┌─────────▼──────────┐   ┌───────────▼────────────────┐
│   camel-processor  │   │   Components               │
│   EIP patterns     │   │   timer, log, http, file,  │
│   (Tower layers)   │   │   kafka, redis, sql, opensearch, ...,  │
└────────────────────┘   └────────────────────────────┘

The internal DDD/CQRS/hexagonal structure of camel-core is an implementation detail — see crates/camel-core/README.md for those internals.

Runtime Bus

// Commands modify state
ctx.runtime().execute(RuntimeCommand::StartRoute {
    route_id: "my-route".into(),
    command_id: "cmd-1".into(),
    causation_id: None,
}).await?;

// Queries read from projections (not controller)
let status = ctx.runtime_route_status("my-route").await?;

Optional Durability

// Enable redb-backed event journal for runtime state recovery
let ctx = CamelContext::builder()
    .runtime_store(camel_core::InMemoryRuntimeStore::default().with_journal(std::sync::Arc::new(
        camel_core::RedbRuntimeEventJournal::new(
            ".camel/runtime.redb",
            RedbJournalOptions::default(),
        )
        .await?,
    )))
    .build()
    .await?;

Quick Start with the CLI

cargo install camel-cli
camel new my-integration
cd my-integration
camel run

This scaffolds a project with a Camel.toml, routes/hello.yaml, and runs it. See crates/camel-cli/README.md for all CLI commands.

Docker

Pre-built images are available on GHCR and Docker Hub.

# Pull the scratch image (production)
docker pull ghcr.io/kennycallado/rust-camel:latest

# Pull the alpine image (debugging)
docker pull ghcr.io/kennycallado/rust-camel:latest-alpine

# Run with routes mounted
docker run -v $(pwd)/routes:/app/routes ghcr.io/kennycallado/rust-camel:latest camel run

# Interactive shell (alpine)
docker run -it -v $(pwd):/app ghcr.io/kennycallado/rust-camel:latest-alpine sh

# Docker Hub equivalent
docker pull kennycallado/rust-camel:latest

Two image variants are published per release:

Tag suffix	Base	Use case
(none)	scratch	Production. Minimal attack surface.
`-alpine`	alpine:3.21	Debugging. Includes busybox shell.

Both variants support linux/amd64 and linux/arm64.

Quick Rust Example

use camel_api::{CamelError, Value};
use camel_builder::RouteBuilder;
use camel_component_log::LogComponent;
use camel_component_timer::TimerComponent;
use camel_core::context::CamelContext;

#[tokio::main]
async fn main() -> Result<(), CamelError> {
    tracing_subscriber::fmt::init();

    let mut ctx = CamelContext::builder().build().await?;
    ctx.register_component(TimerComponent::new());
    ctx.register_component(LogComponent::new());

    let route = RouteBuilder::from("timer:tick?period=1000&repeatCount=5")
        .set_header("source", Value::String("timer".into()))
        .to("log:info?showHeaders=true")
        .build()?;

    ctx.add_route_definition(route).await?;
    ctx.start().await?;

    println!("Press Ctrl+C to stop.");
    tokio::signal::ctrl_c().await.ok();

    ctx.stop().await?;
    Ok(())
}

cargo run

Crate Map

Crate	Description
`camel-api`	Core types: `Exchange`, `Message`, `Body`, `CamelError`, `BoxProcessor`, `ProcessorFn`, `RuntimeCommand`, `RuntimeQuery`, `RuntimeEvent`, `FromBody`, `impl_from_body_via_serde!`
`camel-core`	Runtime engine with DDD/CQRS: `CamelContext`, domain aggregates, ports, adapters, event journal
`camel-config`	Configuration: `CamelConfig`, route discovery from YAML files with glob patterns
`camel-builder`	Fluent `RouteBuilder` API
`camel-component`	`Component`, `Endpoint`, `Consumer` traits
`camel-processor`	EIP processors: `Filter`, `Choice`, `Splitter`, `Aggregator`, `WireTap`, `Multicast`, `SetHeader`, `MapBody`, `Marshal`/`Unmarshal` + Tower `Layer` types
`camel-endpoint`	Endpoint URI parsing utilities; `UriConfig` derive macro for typed component config
`camel-endpoint-macros`	Proc-macro crate backing `#[derive(UriConfig)]`
`camel-wit`	WIT interface definitions crate for camel plugins
`camel-bean`	Bean/Registry system for dependency injection and business logic integration
`camel-bean-macros`	Proc-macro crate for `#[bean]` attribute
`camel-dsl`	YAML DSL: load and run routes from `.yaml` files
`camel-health`	Health check types and endpoint support
`camel-platform-kubernetes`	Kubernetes-native platform SPI: leader election, readiness gates, pod identity
`camel-timer`	Timer source component
`camel-log`	Log sink component
`camel-direct`	In-memory synchronous component
`camel-mock`	Test component with assertions on received exchanges (`await_exchanges`, `ExchangeAssert`)
`camel-test`	Integration test harness
`camel-controlbus`	Control routes dynamically from within routes
`camel-validator`	Validate body against JSON/YAML schemas, plus XSD via xml-bridge
`camel-http`	HTTP producer (client) and HTTP consumer (server, native streaming)
`camel-file`	File producer and consumer
`camel-kafka`	Kafka producer and consumer with SSL/SASL and manual commit
`camel-redis`	Redis producer and consumer
`camel-opensearch`	OpenSearch producer with 7 operations (INDEX, SEARCH, GET, DELETE, UPDATE, BULK, MULTIGET)
`camel-sql`	SQL producer/consumer with IN clause separator, SSL/TLS, streaming result support
`camel-jms`	JMS producer and consumer via native-image bridge (ActiveMQ Classic, Artemis)
`camel-component-cxf`	SOAP/Web Services via Apache CXF native-image bridge: SOAP 1.1/1.2, WSDL, WS-Security, multi-tenant profiles, PAYLOAD mode
`camel-grpc`	gRPC producer and consumer with dynamic proto resolution, unary + server/client/bidi streaming
`camel-xslt`	XSLT 3.0 transformation via xml-bridge (`xslt:<stylesheet>`) — example
`camel-xj`	XML↔JSON conversion via xml-bridge (`xj:<stylesheet>?direction=xml2json\|json2xml`) — example
`camel-container`	Docker container producer/consumer via `bollard`. Container lifecycle, volume mounts, exec, network operations
`camel-language-api`	Language trait API: `Language`, `Expression`, `Predicate`
`camel-language-simple`	Simple Language: `${header.x}`, `${body}`, operators, `&&`/`
`camel-language-js`	JavaScript scripting language for expressions and side effects
`camel-language-rhai`	Rhai scripting language for full expression power
`camel-language-jsonpath`	RFC 9535 JSONPath expressions: `$.items[*].price`. Requires `lang-jsonpath` feature.
`camel-language-xpath`	XPath 1.0 language for XML body queries: `/books/book[1]/title`. Requires `lang-xpath` feature.
`camel-prometheus`	Prometheus metrics exporter with /metrics endpoint
`camel-otel`	OpenTelemetry tracing and metrics exporter

Building & Testing

cargo build --workspace
cargo test --workspace
cargo bench --workspace

The benchmark suite uses Criterion with HTML reports. Per-crate inline benchmarks cover core types, processors, and the DSL. The camel-bench crate provides integration pipeline benchmarks.

Test Coverage

scripts/coverage.sh

Requires cargo-llvm-cov. Coverage baseline is enforced via coverage.toml (currently 75% minimum). Adjust the baseline there if coverage changes intentionally.

Implemented EIP Patterns

Pattern	Builder Method	Description
Aggregator	`.aggregate(config)`	Correlate and aggregate exchanges with size/timeout completion, expression correlation, force-complete-on-stop
Content-Based Router	`.choice()` / `.when()`	Route based on exchange content
Delayer	`.delay()` / `delay:`	Fixed or dynamic delay (header-based)
Dynamic Router	`.dynamic_router(expr)`	Expression-based routing with slip pattern
Routing Slip	`.routing_slip(expr)`	Route through a sequence of endpoints determined at runtime
Filter	`.filter(predicate)`	Forward exchange only when predicate is true
Load Balancer	`.load_balance()`	Distribute across endpoints with RoundRobin/Random/Weighted/Failover
Loop	`.loop_count(n)` / `loop:`	Iterate a sub-pipeline N times or while a predicate holds true
Marshal / Unmarshal	`.marshal(fmt)` / `.unmarshal(fmt)`	Serialize/deserialize bodies using pluggable data formats (JSON, XML)
Multicast	`.multicast()`	Send the same exchange to multiple endpoints
RecipientList	`.recipient_list(config)`	Dynamically resolve endpoint URIs from an expression at runtime
Splitter	`.split(config)`	Split one exchange into multiple fragments
Stream Cache	`.stream_cache(n)` / `stream_cache:`	Materialize `Body::Stream` into `Body::Bytes` with configurable threshold (128 KB default)
Throttler	`.throttle(n, duration)`	Rate limiting with Delay/Reject/Drop strategies
WireTap	`.wire_tap(uri)`	Fire-and-forget copy to a tap endpoint

Run an example:

 cargo run -p aggregator
 cargo run -p bean-demo
 cargo run -p circuit-breaker
 cargo run -p config-basic
 cargo run -p config-profiles
 cargo run -p container-example
 cargo run -p content-based-routing
 cargo run -p controlbus
 cargo run -p dynamic-router
 cargo run -p recipientlist
 cargo run -p routing-slip
 cargo run -p error-handling
 cargo run -p file-pipeline
 cargo run -p file-polling
 cargo run -p hello-world
 cargo run -p http-client
 cargo run -p http-server
 cargo run -p http-streaming
 cargo run -p kafka-example
 cargo run -p jms-example
 cargo run -p opensearch-example
 cargo run -p language-rhai
 cargo run -p language-simple
 cargo run -p lazy-route
 cargo run -p load-balancer
 cargo run -p loop-example
 cargo run -p log-eip
 cargo run -p marshal-unmarshal
 cargo run -p metrics-demo
 cargo run -p multicast
 cargo run -p multi-route-direct
 cargo run -p otel-demo
 cargo run -p pipeline-concurrency
 cargo run -p prometheus-demo
 cargo run -p showcase
 cargo run -p splitter
 cargo run -p sql-example
 cargo run -p sql-streaming
 cargo run -p throttler
 cargo run -p transform-pipeline
 cargo run -p wiretap
 cargo run -p xml-body
 cargo run -p yaml-dsl

Security Features

rust-camel includes production-ready security features:

SSRF Protection (HTTP Component)

// Block private IPs by default
RouteBuilder::from("direct:start")
    .to("http://api.example.com?allowPrivateIps=false")
    .build()?

// Custom blocked hosts
RouteBuilder::from("direct:start")
    .to("http://api.example.com?blockedHosts=localhost,internal.company.com")
    .build()?

Path Traversal Protection (File Component)

All file operations validate that resolved paths remain within the configured base directory. Attempts to use ../ or absolute paths outside base are rejected.

Timeouts

All I/O operations have configurable timeouts:

File: readTimeout, writeTimeout (default: 30s)
HTTP: connectTimeout, responseTimeout

Memory Limits

Aggregator supports max_buckets and bucket_ttl to prevent memory leaks.

Observability

Correlation IDs

Every exchange has a unique correlation_id for distributed tracing.

Metrics

Implement MetricsCollector trait to integrate with Prometheus, OpenTelemetry, etc.

Prometheus Metrics

Export metrics to Prometheus with automatic lifecycle management:

use camel_prometheus::PrometheusService;

let ctx = CamelContext::builder().build().await?
    .with_lifecycle(PrometheusService::new(9090))
    .with_tracing();

ctx.start().await?;
// Prometheus server starts automatically

Available metrics:

camel_exchanges_total{route} - Total exchanges processed
camel_errors_total{route, error_type} - Total errors
camel_exchange_duration_seconds{route} - Exchange processing duration (histogram)
camel_queue_depth{route} - Current queue depth
camel_circuit_breaker_state{route} - Circuit breaker state

Architecture: PrometheusService implements Lifecycle trait (following Apache Camel's Service pattern, adapted to avoid tower::Service confusion).

Health Monitoring

Built-in health endpoints for Kubernetes:

/healthz - Liveness probe
/readyz - Readiness probe
/health - Detailed health report

Platform SPI support for Kubernetes:

Leader election via Kubernetes Leases
Readiness gate via pod status conditions
Pod identity auto-detection from Downward API

livenessProbe:
  httpGet:
    path: /healthz
    port: 9090

Route Lifecycle Management

rust-camel supports controlling when and how routes start:

Auto Startup

By default, all routes start automatically when ctx.start() is called. You can disable this:

let route = RouteBuilder::from("timer:tick")
    .route_id("lazy-route")
    .auto_startup(false)  // Won't start automatically
    .to("log:info")
    .build()?;

Startup Order

Control the order in which routes start (useful for dependencies):

let route_a = RouteBuilder::from("direct:a")
    .route_id("route-a")
    .startup_order(10)  // Starts first
    .to("log:info")
    .build()?;

let route_b = RouteBuilder::from("direct:b")
    .route_id("route-b")
    .startup_order(20)  // Starts after route-a
    .to("direct:a")
    .build()?;

Runtime Control

Control routes dynamically from code or from other routes:

// From code:
let runtime = ctx.runtime();
runtime.execute(RuntimeCommand::StartRoute {
    route_id: "lazy-route".into(),
    command_id: "cmd-start-lazy-route".into(),
    causation_id: None,
}).await?;
runtime.execute(RuntimeCommand::StopRoute {
    route_id: "route-a".into(),
    command_id: "cmd-stop-route-a".into(),
    causation_id: None,
}).await?;

// From another route (using controlbus):
RouteBuilder::from("timer:monitor")
    .set_header("CamelRouteId", Value::String("backup-route".into()))
    .to("controlbus:route?action=start")
    .build()?

See examples/lazy-route for a complete example.

Canonical route compile support in Facade V1 is intentionally limited to to/log/stop.

Type Converters

The pipeline automatically coerces the exchange body to the type a component endpoint declares via body_contract(). No manual casting needed in .process() closures.

// Declare what your endpoint expects (component author):
fn body_contract(&self) -> Option<BodyType> {
    Some(BodyType::Text)  // pipeline coerces to Text before calling producer
}

// Deserialize body into any type (route author):
use camel_api::impl_from_body_via_serde;
use serde::Deserialize;

#[derive(Deserialize)]
struct Order { id: u64, amount: f64 }
impl_from_body_via_serde!(Order);

RouteBuilder::from("direct:orders")
    .process(|ex| async move {
        let order: Order = ex.body_as::<Order>()?;
        // ...
        Ok(ex)
    })
    .to("sql:insert into orders ...")
    .build()?;

Built-in FromBody impls: String, Vec<u8>, Bytes, serde_json::Value.

Error Handling

rust-camel provides sophisticated error handling with retry policies and dead letter channels.

RedeliveryPolicy with Jitter

Configure retry behavior with exponential backoff and jitter:

use camel_api::error_handler::{ErrorHandlerConfig, RedeliveryPolicy};
use std::time::Duration;

let error_handler = ErrorHandlerConfig::dead_letter_channel("log:errors")
    .on_exception(|e| matches!(e, CamelError::Io(_)))
    .retry(3)  // Max 3 retry attempts
    .with_backoff(
        Duration::from_millis(100),  // Initial delay: 100ms
        2.0,                          // Multiplier: 2x
        Duration::from_secs(10)      // Max delay: 10s
    )
    .with_jitter(0.2)  // ±20% randomization (recommended: 0.1-0.3)
    .build();

Jitter Benefits:

Prevents thundering herd in distributed systems
Recommended values: 0.1-0.3 (10-30%)
Adds randomization: delay ± (delay * jitter_factor)

Camel-Compatible Headers

During retries, these headers are automatically set:

CamelRedelivered - true when exchange is being retried
CamelRedeliveryCounter - Current retry attempt (1-indexed)
CamelRedeliveryMaxCounter - Maximum retry attempts

RouteBuilder shorthand

RouteBuilder::from("direct:input")
    .route_id("shorthand")
    .dead_letter_channel("log:dlc")
    .on_exception(|e| matches!(e, CamelError::Io(_)))
        .retry(3)
        .handled_by("log:io-errors")
    .end_on_exception()
    .to("mock:result")
    .build()?;

YAML Configuration

routes:
  - id: "retry-example"
    from: "timer:tick"
    error_handler:
      dead_letter_channel: "log:dlc"
      retry:
        max_attempts: 3
        initial_delay_ms: 100
        multiplier: 2.0
        max_delay_ms: 10000
        jitter_factor: 0.2
      on_exceptions:
        - kind: "ProcessorError"
          message_contains: "validation"
          retry:
            max_attempts: 1
    steps:
      - to: "direct:processor"

See examples/error-handling for complete examples.

Configuration

rust-camel supports external configuration via Camel.toml files using the camel-config crate:

Configuration File

Create a Camel.toml file:

[default]
routes = ["routes/**/*.yaml"]
log_level = "INFO"

# Component defaults - apply to all endpoints
[default.components.http]
connect_timeout_ms = 5000
allow_private_ips = false

[default.components.kafka]
brokers = "localhost:9092"
group_id = "camel"

[default.components.redis]
host = "localhost"
port = 6379

[default.components.opensearch]
host = "localhost"
port = 9200

[default.components.sql]
max_connections = 5

[default.components.file]
delay_ms = 500

[default.components.container]
docker_host = "unix:///var/run/docker.sock"

# Observability
[default.observability.prometheus]
enabled = true
port = 9090

[production]
log_level = "ERROR"

[production.components.kafka]
brokers = "prod-kafka:9092"

[production.components.redis]
host = "prod-redis"

Component Defaults

Each component supports global defaults that apply to all endpoints. URI parameters always take precedence:

// Uses global connect_timeout_ms (5000) from Camel.toml
.to("http://api.example.com/data")

// Overrides global setting with URI parameter
.to("http://api.example.com/data?connectTimeout=10000")

Supported component configurations:

[components.http]: connect_timeout_ms, response_timeout_ms, max_connections, max_body_size, max_request_body, allow_private_ips
[components.kafka]: brokers, group_id, session_timeout_ms, request_timeout_ms, auto_offset_reset, security_protocol, partition_assignment_strategy
[components.redis]: host, port
[components.sql]: max_connections, min_connections, idle_timeout_secs, max_lifetime_secs, ssl_mode, ssl_root_cert, ssl_cert, ssl_key
[components.jms]: default_broker, max_bridges, bridge_cache_dir, bridge_start_timeout_ms, broker_reconnect_interval_ms. Brokers are declared as named entries under [components.jms.brokers.<name>], each with broker_url, broker_type (activemq|artemis), and optional username/password. URI schemes activemq: and artemis: lock the broker type automatically and support shorthand destinations (e.g. activemq:orders → queue). Use the broker=<name> URI query param to select a specific broker from the pool.
[components.file]: delay_ms, initial_delay_ms, read_timeout_ms, write_timeout_ms
[components.container]: docker_host
[components.ws]: max_connections, max_message_size, heartbeat_interval_ms, idle_timeout_ms

Each optional component (http, ws, kafka, redis, sql, jms, file, container) implements ComponentBundle — it owns its config key, deserializes its own TOML block, and registers one or more schemes. See examples/custom-component-bundle for a full walkthrough of implementing your own bundle.

Loading Configuration

use camel_api::CamelError;
use camel_component_log::LogComponent;
use camel_component_timer::TimerComponent;
use camel_config::{CamelConfig, discover_routes};
use camel_core::CamelContext;

// Load configuration
let config = CamelConfig::from_file("Camel.toml")
    .map_err(|e| CamelError::Config(e.to_string()))?;

// Create context and register components
let mut ctx = CamelContext::builder().build().await?;
ctx.register_component(TimerComponent::new());
ctx.register_component(LogComponent::new());

// Discover and load routes from config patterns
let routes = discover_routes(&config.routes)
    .map_err(|e| CamelError::Config(e.to_string()))?;
for route in routes {
    ctx.add_route_definition(route).await?;
}

ctx.start().await?;

Route Files

Create YAML route files:

# routes/hello.yaml
routes:
  - id: "hello-timer"
    from: "timer:tick?period=1000"
    steps:
      - to: "log:info"

Environment Variables

Override configuration with environment variables:

# Select profile
export CAMEL_PROFILE=production

# Override specific values
export CAMEL_LOG_LEVEL=DEBUG
export CAMEL_ROUTES_0="custom/*.yaml"

Features

Profile support: Multiple environments in one file
Route discovery: Auto-load routes from glob patterns
Component defaults: Set global defaults for HTTP, Kafka, Redis, SQL, File, Container
Environment overrides: Override any value with CAMEL_* prefix
Deep merging: Nested configs merge properly
URI precedence: URI parameters always override global defaults

Component Defaults

Configure global defaults for all component endpoints in Camel.toml:

[default.components.http]
connect_timeout_ms = 5000
allow_private_ips = false

[default.components.kafka]
brokers = "localhost:9092"
group_id = "my-app"

[default.components.redis]
host = "localhost"
port = 6379

[default.components.sql]
max_connections = 10

[default.components.file]
delay_ms = 1000

[default.components.container]
docker_host = "unix:///var/run/docker.sock"

URI parameters always take precedence over global defaults:

// Uses global connect_timeout_ms (5000) from Camel.toml
.to("http://api.example.com/data")

// Overrides global setting with URI parameter
.to("http://api.example.com/data?connectTimeout=10000")

See docs/configuration.md for full details.

License

Apache-2.0

Name		Name	Last commit message	Last commit date
Latest commit History 604 Commits
.cargo		.cargo
.github/workflows		.github/workflows
.opencode		.opencode
.pi/agents		.pi/agents
bridges		bridges
crates		crates
docs/adr		docs/adr
examples		examples
schemas		schemas
scripts		scripts
.dockerignore		.dockerignore
.envrc		.envrc
.gitignore		.gitignore
AGENTS.md		AGENTS.md
CONTEXT-MAP.md		CONTEXT-MAP.md
Cargo.lock		Cargo.lock
Cargo.toml		Cargo.toml
Cross.toml		Cross.toml
Dockerfile		Dockerfile
README.md		README.md
coverage.toml		coverage.toml
flake.lock		flake.lock
flake.nix		flake.nix

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rust-camel

Overview

Architecture

Runtime Bus

Optional Durability

Quick Start with the CLI

Docker

Quick Rust Example

Crate Map

Building & Testing

Test Coverage

Implemented EIP Patterns

Security Features

SSRF Protection (HTTP Component)

Path Traversal Protection (File Component)

Timeouts

Memory Limits

Observability

Correlation IDs

Metrics

Prometheus Metrics

Health Monitoring

Route Lifecycle Management

Auto Startup

Startup Order

Runtime Control

Type Converters

Error Handling

RedeliveryPolicy with Jitter

Camel-Compatible Headers

RouteBuilder shorthand

YAML Configuration

Configuration

Configuration File

Component Defaults

Loading Configuration

Route Files

Environment Variables

Features

Component Defaults

License

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