AgentBridge.csproj

<Project Sdk="Microsoft.NET.Sdk.Web">
  <PropertyGroup>
    <TargetFramework>net10.0</TargetFramework>
    <Nullable>enable</Nullable>
    <ImplicitUsings>enable</ImplicitUsings>
    <GenerateDocumentationFile>True</GenerateDocumentationFile>
    <!-- Resource manifest base name for Resources/Dictionary (neutral + it/fr/es/de/ru
         satellites). Explicit so Dictionary.Designer.cs never depends on the default. -->
    <RootNamespace>AgentBridge</RootNamespace>
    <!-- The executable is named `agent` (agent.exe on Windows, agent on Linux/macOS),
         like `qwen` in Qwen Code. -->
    <AssemblyName>agent</AssemblyName>
    <!-- Release gate (see AGENTS.md): IsPrerelease=true while iterating → the version gets
         "-prerelease" and the GitHub release workflow skips. Set IsPrerelease=false only when
         the test cycles proved the version works → real release: pushing master with the gate
         off triggers release.yml automatically (tag v1.yy.MM.dd created by the workflow).
         Date-based auto version, same scheme as UISupportBlazor/UISupportGeneric
         (1.yy.MM.dd, e.g. 1.26.08.09). -->
    <IsPrerelease>true</IsPrerelease>
    <!-- NuGet wait marker (release.ps1 / release.yml): true = the release build must wait for
         today's core dependency packages on nuget.org (a core repo changed today and its
         package is still propagating); false = no core repo changed since its last tag, so the
         wait is skipped. Default true (conservative: a manual gate-off push without
         release.ps1 still waits). -->
    <NuGetWait>true</NuGetWait>
    <!-- NuGetWaitPackages: the comma-separated package ids the release build waits for when
         <NuGetWait> is true. release.ps1 narrows it to the repos that actually changed today so
         the wait exits as soon as those propagate instead of burning the full 30 minutes on
         repos that never publish today's version; the default (all wait-checked packages) is
         the conservative fallback for a manual gate-off push. -->
    <NuGetWaitPackages>graphene.aiorchestrator,alltomarkdown,mermaidrendering,graphene.reversemarkdown,uisupportgeneric,systemextra</NuGetWaitPackages>
    <!-- Naiad (transitive dep of Graphene.AIOrchestrator) SponsorCheck: the property is
         required when building Release; set in every project consuming the package. -->
    <Papyrine_SponsorshipLicenseIgnored>true</Papyrine_SponsorshipLicenseIgnored>
    <!-- ReleaseDate: date of the intended release version 1.yy.MM.dd. Empty (default) →
         the BUILD date is used (DateTime.Now, local to wherever msbuild runs); release.ps1
         pins it to the LOCAL push date in the gate-off commit, so CI (DateTime.Now = UTC)
         can never derive the previous UTC day across the local/UTC-midnight boundary and
         reuse an already-released version (release.yml would skip it). -->
    <ReleaseDate Condition="'$(ReleaseDate)' == ''">$([System.DateTime]::Now.ToString("yy.MM.dd"))</ReleaseDate>
    <Version Condition="'$(IsPrerelease)' == 'true'">1.$(ReleaseDate)-prerelease</Version>
    <Version Condition="'$(IsPrerelease)' != 'true'">1.$(ReleaseDate)</Version>
  </PropertyGroup>
  <ItemGroup>
    <PackageReference Include="Terminal.Gui" Version="2.4.17" />
    <PackageReference Include="Terminal.Gui.Editor" Version="2.5.7" />
    <!-- Dual-reference pattern (as in UISupportBlazor): the local sibling project wins when
         present (solution builds); the NuGet package (1.* floating = always latest) is restored
         when the sibling is absent — CI builds against the published package. -->
    <ProjectReference Include="..\AIOrchestrator\AIOrchestrator.csproj" Condition="Exists('..\AIOrchestrator\AIOrchestrator.csproj')" />
    <PackageReference Include="Graphene.AIOrchestrator" Version="1.*" Condition="!Exists('..\AIOrchestrator\AIOrchestrator.csproj')" />
    <!-- Auto-start on boot (SystemExtra.Util — Task Scheduler task on Windows, systemd service
         on Linux/macOS). Same dual-reference pattern as AIOrchestrator: the local sibling wins
         in solution builds, the NuGet package is restored when the sibling is absent (CI). -->
    <ProjectReference Include="..\SystemExtra\SystemExtra.csproj" Condition="Exists('..\SystemExtra\SystemExtra.csproj')" />
    <PackageReference Include="SystemExtra" Version="1.*" Condition="!Exists('..\SystemExtra\SystemExtra.csproj')" />
    <!-- Tool plugins (DocumentTool, SpreadsheetTool, OfficeTool) are loaded DYNAMICALLY from
         the Tools/ folder (see ToolPlugins.cs + AIOrchestrator.ToolPluginHost): the agent sets
         in AgentTools.cs pass tool NAMES, so no AgentBridge code references a plugin type and
         NO Project/Package reference to a plugin exists here (see ShipToolPlugins below). -->
    <!-- Kokoro neural TTS (same engine/voices as AIOffice.VoiceAgent.Win). The package ships
         voices/ + voices-zh/ as content (copied to the output directory); since 0.8.4 the
         phonemizer is MisakiSharp (pure managed — no espeak-ng binaries are shipped or needed).
         Only kokoro.onnx (~325 MB, not tracked in git) is handled by the DownloadKokoroModel
         target below. TTS endpoints return 501 until the model file is present. -->
    <PackageReference Include="KokoroSharp" Version="0.8.4" />
    <!-- Native ONNX Runtime engine (per-OS/arch, selected by the build RID): KokoroSharp only
         references the managed wrapper (Microsoft.ML.OnnxRuntime.Managed), which contains no
         native library — without this the released archives ship TTS that fails at inference
         (works on this dev machine only because Windows 11 24H2+ provides onnxruntime.dll in
         System32). 1.23.0 matches the minimum required by YoloDotNet.ExecutionProvider.Cpu
         (AIOrchestrator object detection); its managed assembly shadows the .Managed 1.22.0
         wrapper pulled by KokoroSharp, keeping the managed+native pair consistent at runtime.
         ExcludeAssets="build;buildTransitive": the package's buildTransitive props
         unconditionally declare runtimes/win-arm64 native files that are NOT shipped (the
         MSB3030 phantom-copy failure on every non-win-x64 publish — WSL and Windows
         cross-publish to linux-arm64 alike) and copy the win-x64 onnxruntime.dll into the
         output for AnyCPU projects; both drop 13 MB+ of junk. The correct per-RID native lib
         is still bundled into the single file via IncludeNativeLibrariesForSelfExtract.
         GPU build (Gpu.Windows): the CUDA EP ships in onnxruntime_providers_cuda.dll (~400 MB,
         loaded on demand) — the TTS (and plugins like PodcastTool) run on CUDA automatically
         when the CUDA Toolkit 12.x + cuDNN 9.x are installed (the engine probes the toolkit
         dirs and sets the PATH itself — no manual setup); machines without CUDA keep the CPU
         EP (the provider DLL is never loaded). -->
    <PackageReference Include="Microsoft.ML.OnnxRuntime.Gpu.Windows" Version="1.23.0" ExcludeAssets="build;buildTransitive" />
    <!-- Linux GPU parity: the same CUDA execution provider for the linux RIDs. Without it a
         Linux machine with a big NVIDIA GPU could never accelerate Kokoro (only the CPU
         libonnxruntime.so ships) — the CUDA EP is loaded on demand, machines without CUDA
         keep the CPU EP. Same pinned version → the per-RID libonnxruntime.so + CUDA provider
         form a consistent pair with the 1.23.0 managed wrapper. -->
    <PackageReference Include="Microsoft.ML.OnnxRuntime.Gpu.Linux" Version="1.23.0" Condition="'$(RuntimeIdentifier)' == 'linux-x64' or '$(RuntimeIdentifier)' == 'linux-arm64'" ExcludeAssets="build;buildTransitive" />
    <!-- SIP telephony (incoming auto-answer + PIN, outgoing calls, RTP audio loop to the
         agent): SIPSorcery implements the UAS/UAC, REGISTER, RFC 4733 DTMF and the
         G.711/G.722 codecs on its own; the OPUS codec is bundled inside SIPSorcery (via
         Concentus) but not offered by default — SipBridge reorders the offer so the STT
         gets wideband (16 kHz) audio: Opus → G.722 → PCMA → PCMU. Concentus is referenced
         directly for the Opus DECODE on the receive path (SIPSorcery only exposes the
         encode/decode through its AudioEncoder wrapper, which we reuse for sending). -->
    <PackageReference Include="SIPSorcery" Version="10.0.15" />
    <PackageReference Include="Concentus" Version="2.2.2" />
    <!-- Telegram client API (MTProto userbot) for the text-chat medium: incoming/outgoing
         messages and file attachments, no audio (the Telegram Client API has no audio-call
         support — see docs/telegram.md). Config lives in telegram.json next to the executable
         (never overwritten by updates — see AutoUpdate.cs) and is editable from the TUI or by
         hand. Session state (auth keys) persists in a .session file so no re-login is needed
         after the first pairing. -->
    <PackageReference Include="WTelegramClient" Version="4.4.8" />
    <!-- The processing-indicator cue (played to the SIP caller while the agent computes) ships
         as an EMBEDDED resource — a copied content file proved unreliable on the OneDrive-synced
         bin folder (the file vanished, the indicator silently disabled: "asset not found" on real
         calls). An embedded resource travels inside the assembly, immune to the deployed file state. -->
    <EmbeddedResource Include="assets\processing-indicator.wav" LogicalName="AgentBridge.assets.processing-indicator.wav" />
    <!-- The AGENT ASCII art (startup banner + Help → About) travels inside the assembly:
         a loose .txt in the output proved unreliable on the OneDrive-synced bin folder
         (same lesson as the processing-indicator.wav). Loaded once by ConsoleTui. -->
    <EmbeddedResource Include="AGRNT_ascii_art.txt" LogicalName="AgentBridge.assets.agent-ascii-art.txt" />
    <!-- appsettings.json is USER-EDITABLE configuration: the single-config-directory rule
         (AppConfig + docs-dev/RELEASE-CHECKLIST.md) forbids shipping it next to the executable.
         The Web SDK would copy the repo file into the output; instead it is EMBEDDED and
         AppConfig.Initialize() seeds it into PersistentData\ on the first run. -->
    <Content Update="appsettings.json" CopyToOutputDirectory="Never" CopyToPublishDirectory="Never" />
    <EmbeddedResource Include="appsettings.json" LogicalName="AgentBridge.appsettings.default.json" />
  </ItemGroup>
  <!-- e2e/ hosts standalone tooling (TuiSmoke, run_e2e.ps1) and tools/ hosts standalone
       developer tooling (ConsolePuppetInjector) — never part of this project. WITHOUT these
       Remove items the Web SDK's default globbing compiles their Program.cs AND obj-generated
       AssemblyInfo files into AgentBridge (duplicate `Program` with the top-level statements,
       duplicate assembly attributes → CS0579) and every build FAILS silently. Keep them. -->
  <ItemGroup>
    <Compile Remove="e2e\**" />
    <Content Remove="e2e\**" />
    <None Remove="e2e\**" />
    <EmbeddedResource Remove="e2e\**" />
    <Compile Remove="tools\**" />
    <Content Remove="tools\**" />
    <None Remove="tools\**" />
    <EmbeddedResource Remove="tools\**" />
  </ItemGroup>
  <!-- Localized UI strings (EN neutral + it/fr/es/de/ru satellites) — see Resources/Dictionary.*.resx.
       The satellite files are picked up automatically by the SDK; the neutral file drives the
       generated Designer used from Tui.cs / Program.cs. -->
  <ItemGroup>
    <Compile Update="Resources\Dictionary.Designer.cs">
      <DependentUpon>Dictionary.resx</DependentUpon>
      <DesignTime>True</DesignTime>
      <AutoGen>True</AutoGen>
    </Compile>
  </ItemGroup>
  <ItemGroup>
    <EmbeddedResource Update="Resources\Dictionary.resx">
      <LastGenOutput>Dictionary.Designer.cs</LastGenOutput>
      <Generator>PublicResXFileCodeGenerator</Generator>
    </EmbeddedResource>
  </ItemGroup>
  <!-- User documentation + setup scripts: docs/ is the END-USER documentation and ships
       next to the executable (bin output, publish output and therefore every release
       archive). The DEVELOPER documentation lives in docs-dev/ and is deliberately NOT
       included here — it stays in the repository only. media/ (README demo assets) is
       also excluded. The user-facing setup scripts (setup-telegram.*, sip-config.*) ship
       alongside in scripts/. Keep this list in sync with AGENTS.md "Documentation: two
       types". -->
  <ItemGroup>
    <None Include="docs\**\*" CopyToOutputDirectory="PreserveNewest" TargetPath="docs/%(RecursiveDir)%(Filename)%(Extension)" />
    <None Include="scripts\setup-telegram.bat;scripts\setup-telegram.sh;scripts\sip-config.bat;scripts\sip-config.ps1;scripts\sip-config.sh" CopyToOutputDirectory="PreserveNewest" TargetPath="scripts/%(Filename)%(Extension)" />
    <!-- The OfficeManager web app (16-bit office, served at /OfficeManager + /ws/office hub):
         ships next to the executable like docs/ so the static files + WebSocket protocol are
         always available wherever the server runs. Developer-only content (docs-dev/, tools/,
         the GameBase requirements doc) stays out of the shipped copy, like everywhere else. -->
    <None Include="OfficeManager\**\*" Exclude="OfficeManager\docs-dev\**;OfficeManager\tools\**;OfficeManager\GameBase.txt" CopyToOutputDirectory="PreserveNewest" TargetPath="OfficeManager/%(RecursiveDir)%(Filename)%(Extension)" />
  </ItemGroup>
  <!-- Ship the tool plugins into Tools/<Plugin>/ so the dynamic ToolPluginHost loader can pick
       them up at startup. PLUGIN DISCOVERY IS DYNAMIC: any sibling *Tool repo whose csproj
       name ends with "Tool" is a plugin (DocumentTool, SpreadsheetTool, OfficeTool,
       OfficeSupportTool, ... future ones) — no fixed list to maintain; adding a new plugin
       repo just works. Skipped when the sibling repos are absent (empty item → the target
       Conditions are false) — CI/standalone deploys fetch the plugin release zips from GitHub
       Releases (see .github/workflows/release.yml). The item is declared OUTSIDE the targets
       because MSBuild evaluates a target's Condition before its body: an in-body item would
       make the Condition always false.
       The plugin's OWN files (assembly, pdb, xml, deps.json) are ALWAYS refreshed, so a
       changed plugin never stays stale in the host bin. The extra dependencies travel with the
       plugin ONLY when the host bin does not already provide them (NON-HOST DEPENDENCIES RULE,
       AGENT_TOOLS_GUIDE §8): AIOrchestrator and its graph stay with the host, the plugin's
       unique deps (e.g. HtmlToOpenXml/AngleSharp for OfficeSupportTool) travel with it
       automatically — the Exists(%(Filename)) condition implements the "closure minus host
       bin" filter mechanically, no per-plugin dependency lists to maintain. -->
  <ItemGroup>
    <_PluginProject Include="..\*Tool\*Tool.csproj" />
  </ItemGroup>
  <Target Name="ShipToolPlugins" AfterTargets="Build" Condition="'@(_PluginProject)' != ''">
    <MSBuild Projects="@(_PluginProject)" Targets="Build" Properties="Configuration=$(Configuration);RuntimeIdentifier=;CopyLocalLockFileAssemblies=true" />
  </Target>
  <!-- Runs the shipping helper once per discovered plugin (the MSBuild task batches on the
       per-project metadata Dir/Name, so each plugin lands in its own Tools/<Plugin>/ folder). -->
  <Target Name="ShipOnePlugin" AfterTargets="ShipToolPlugins" Condition="'@(_PluginProject)' != ''">
    <ItemGroup>
      <_PluginJob Include="@(_PluginProject)">
        <Dir>%(RootDir)%(Directory)</Dir>
        <Name>%(Filename)</Name>
      </_PluginJob>
    </ItemGroup>
    <MSBuild Projects="$(MSBuildThisFileDirectory)ShipOnePlugin.targets" Targets="Ship" Properties="PluginDir=%(_PluginJob.Dir);PluginName=%(_PluginJob.Name);Configuration=$(Configuration);OutputPath=$(OutputPath)" />
  </Target>
  <!-- Copies the tool plugins into a publish output (same rationale as AIOffice's
       CopyToolPluginsToPublish): the Content-item registration drops files outside the
       project directory, so a direct Copy is used. -->
  <Target Name="CopyToolPluginsToPublish" AfterTargets="Publish" Condition="'$(PublishDir)' != '' and Exists('$(OutputPath)Tools')">
    <ItemGroup>
      <_ToolPluginPublish Include="$(OutputPath)Tools\**\*" />
    </ItemGroup>
    <Copy SourceFiles="@(_ToolPluginPublish)" DestinationFiles="@(_ToolPluginPublish->'$(PublishDir)Tools\%(RecursiveDir)%(Filename)%(Extension)')" />
  </Target>
  <!-- Provide kokoro.onnx in the output directory (the 325 MB model binary is not tracked in
       git). Preferred source: the sibling VoiceAgent build output (already downloaded there on
       dev machines); fallback: the local copy at the project root; last resort: download with
       curl (same URL as AIOffice.VoiceAgent.Win). -->
  <Target Name="DownloadKokoroModel" BeforeTargets="Build;Publish" Condition="!Exists('$(OutputPath)kokoro.onnx')">
    <MakeDir Directories="$(OutputPath)" />
    <Copy Condition="Exists('..\AIOffice.VoiceAgent.Win\bin\$(Configuration)\net10.0-windows10.0.19041.0\kokoro.onnx')" SourceFiles="..\AIOffice.VoiceAgent.Win\bin\$(Configuration)\net10.0-windows10.0.19041.0\kokoro.onnx" DestinationFiles="$(OutputPath)kokoro.onnx" />
    <Copy Condition="!Exists('$(OutputPath)kokoro.onnx') and Exists('kokoro.onnx')" SourceFiles="kokoro.onnx" DestinationFiles="$(OutputPath)kokoro.onnx" />
    <Exec Condition="!Exists('$(OutputPath)kokoro.onnx')" Command="curl -L --fail -o &quot;$(OutputPath)kokoro.onnx&quot; &quot;https://github.com/Lyrcaxis/KokoroSharpBinaries/releases/download/v2.0.0/kokoro.onnx&quot;" />
    <Message Text="kokoro.onnx ready at $(OutputPath)" Importance="high" />
  </Target>
  <!-- The KokoroSharp content (voices/ + voices-zh/) and kokoro.onnx land in $(OutputPath), but
       `dotnet publish -o <dir>` does not carry them over: the publish dir must contain them or
       the TTS endpoints stay broken. Copy them explicitly (CI release archives rely on this).
       Since KokoroSharp 0.8.4 there is no espeak/ content anymore (MisakiSharp phonemizer). -->
  <Target Name="CopyTtsAssetsToPublish" AfterTargets="Publish">
    <ItemGroup>
      <_TtsVoiceFiles Include="$(OutputPath)voices\**\*" />
    </ItemGroup>
    <Copy SourceFiles="@(_TtsVoiceFiles)" DestinationFiles="@(_TtsVoiceFiles->'$(PublishDir)voices\%(RecursiveDir)%(Filename)%(Extension)')" SkipUnchangedFiles="true" />
    <Copy SourceFiles="$(OutputPath)kokoro.onnx" DestinationFolder="$(PublishDir)" Condition="Exists('$(OutputPath)kokoro.onnx')" />
    <!-- The Microsoft.ML.OnnxRuntime package also carries C++ import libraries
         (runtimes/win-x64/native/*.lib) — build-time only, junk in the archive. -->
    <Delete Files="$(PublishDir)onnxruntime.lib;$(PublishDir)onnxruntime_providers_shared.lib;$(PublishDir)onnxruntime_providers_cuda.lib;$(PublishDir)onnxruntime_providers_tensorrt.lib" Condition="Exists('$(PublishDir)onnxruntime.lib')" />
  </Target>
  <!-- SearchPioneer.Lingua language models (Lingua/LanguageModels/<lang>/*.json.br): the
       package's own build/ target copies them ONLY into the output of projects that reference
       it directly — Graphene.AIOrchestrator is a transitive dependency here (restored via
       NuGet in CI, where the sibling project is absent), so released archives never carry
       Lingua\ and the first LanguageDetector call (podcast topic language, document
       language-word tracking) throws "Could not find a part of the path ... Lingua\
       LanguageModels\<lang>\...". Copy the models explicitly, like the TTS assets above.
       Source: the restored package content (version kept in sync with AIOrchestrator.csproj). -->
  <Target Name="CopyLinguaModelsToOutput" AfterTargets="Build" Condition="'$(NuGetPackageRoot)' != '' and Exists('$(NuGetPackageRoot)searchpioneer.lingua\2.0.0\contentFiles\any\any\Lingua')">
    <ItemGroup>
      <_LinguaModelFiles Include="$(NuGetPackageRoot)searchpioneer.lingua\2.0.0\contentFiles\any\any\Lingua\**\*" />
    </ItemGroup>
    <Copy SourceFiles="@(_LinguaModelFiles)" DestinationFiles="@(_LinguaModelFiles->'$(OutputPath)Lingua\%(RecursiveDir)%(Filename)%(Extension)')" SkipUnchangedFiles="true" />
  </Target>
  <Target Name="CopyLinguaModelsToPublish" AfterTargets="Publish" Condition="'$(PublishDir)' != '' and Exists('$(NuGetPackageRoot)searchpioneer.lingua\2.0.0\contentFiles\any\any\Lingua')">
    <ItemGroup>
      <_LinguaPublish Include="$(NuGetPackageRoot)searchpioneer.lingua\2.0.0\contentFiles\any\any\Lingua\**\*" />
    </ItemGroup>
    <Copy SourceFiles="@(_LinguaPublish)" DestinationFiles="@(_LinguaPublish->'$(PublishDir)Lingua\%(RecursiveDir)%(Filename)%(Extension)')" SkipUnchangedFiles="true" />
  </Target>
  <!-- Microsoft.Playwright driver (.playwright/): the package's build targets place the
       per-RID node driver + package under $(OutputPath).playwright, but dotnet publish does
       not carry them over — released archives shipped an incomplete .playwright (only the
       package + LICENSE) and the first Playwright.CreateAsync() inside the single-file exe
       threw NullReferenceException (WebTool browser launch failed; observed on the win-x64
       install 2026-09-05). Copy the whole payload into the publish dir like the TTS assets.
       Each RID build carries its own driver (win32_x64/linux-x64/darwin-*) so the Linux and
       macOS archives get theirs too. -->
  <Target Name="CopyPlaywrightToPublish" AfterTargets="Publish" Condition="'$(PublishDir)' != '' and Exists('$(OutputPath).playwright')">
    <ItemGroup>
      <_PlaywrightFiles Include="$(OutputPath).playwright\**\*" />
    </ItemGroup>
    <Copy SourceFiles="@(_PlaywrightFiles)" DestinationFiles="@(_PlaywrightFiles->'$(PublishDir).playwright\%(RecursiveDir)%(Filename)%(Extension)')" SkipUnchangedFiles="true" />
  </Target>
  <!-- Optional Windows voice bridge: when the sibling AIOffice.VoiceAgent.Win build output
       exists, copy its whole output (exe + voices/ + espeak/ + kokoro.onnx + runtime deps)
       into a voiceagent/ subfolder so POST /v1/voice/listen can spawn it. The subfolder is
       deliberate: VoiceAgent.Win pins its own KokoroSharp (0.6.7), and copying it flat next
       to the server would shadow this project's 0.8.4 KokoroSharp.dll — TtsEngine then dies
       with "Could not load type KokoroSharp.KokoroWavSynthesizer" and EVERY /v1/control call
       fails, leaving the TUI without a session. Runs on Publish too so the single-file
       production exe has the voice bridge alongside.
       CI/public releases have NO sibling build: release.yml (win-x64 job) downloads the
       AIOffice.VoiceAgent.Win self-contained zip from its own GitHub release into
       publish/voiceagent/ instead — see .github/workflows/release.yml. -->
  <Target Name="CopyVoiceAgentOutput" AfterTargets="Build;Publish" Condition="$([MSBuild]::IsOSPlatform('Windows')) and Exists('..\AIOffice.VoiceAgent.Win\bin\$(Configuration)\net10.0-windows10.0.19041.0\AIOffice.VoiceAgent.Win.exe')">
    <ItemGroup>
      <_VoiceAgentFiles Include="..\AIOffice.VoiceAgent.Win\bin\$(Configuration)\net10.0-windows10.0.19041.0\**\*" Exclude="..\AIOffice.VoiceAgent.Win\bin\$(Configuration)\net10.0-windows10.0.19041.0\logs\**\*" />
    </ItemGroup>
    <Copy SourceFiles="@(_VoiceAgentFiles)" DestinationFiles="@(_VoiceAgentFiles->'$(OutputPath)voiceagent\%(RecursiveDir)%(Filename)%(Extension)')" />
    <Message Text="VoiceAgent.Win output copied to $(OutputPath)voiceagent\" Importance="high" />
  </Target>
  <!-- Speech-to-text agent for the SIP telephony loop: the cross-platform AIOffice.VoiceAgent
       executable (whisper.net) is spawned with the transcribe command to turn the RTP audio of a
       call into text. Copied into its own voiceagent-stt/ subfolder (like VoiceAgent.Win) so its
       dependencies cannot shadow the server's KokoroSharp. kokoro.onnx/voices are excluded: the
       transcribe path never uses TTS, and they would add ~350 MB to the archive. On Linux/macOS
       the deploy script must place the executable in voiceagent-stt/ alongside the server. -->
  <Target Name="CopySttAgentOutput" AfterTargets="Build;Publish" Condition="$([MSBuild]::IsOSPlatform('Windows')) and Exists('..\AIOffice.VoiceAgent\bin\$(Configuration)\net10.0\AIOffice.VoiceAgent.exe')">
    <ItemGroup>
      <_SttFiles Include="..\AIOffice.VoiceAgent\bin\$(Configuration)\net10.0\**\*" Exclude="..\AIOffice.VoiceAgent\bin\$(Configuration)\net10.0\logs\**\*;..\AIOffice.VoiceAgent\bin\$(Configuration)\net10.0\kokoro.onnx;..\AIOffice.VoiceAgent\bin\$(Configuration)\net10.0\voices\**\*" />
    </ItemGroup>
    <Copy SourceFiles="@(_SttFiles)" DestinationFiles="@(_SttFiles->'$(OutputPath)voiceagent-stt\%(RecursiveDir)%(Filename)%(Extension)')" />
    <Message Text="VoiceAgent (STT) output copied to $(OutputPath)voiceagent-stt\" Importance="high" />
  </Target>
  <!-- Root user-editable config must NEVER sit next to the executable (single-config-directory
       rule, AppConfig + docs-dev/RELEASE-CHECKLIST.md). providers.json is copied in by
       AIOrchestrator's Content items (ProjectReference) and appsettings.json by the Web SDK;
       the copies are removed after Build and after Publish as a safety net — the app reads both
       from PersistentData\ (seeded/migrated at startup by AppConfig.Initialize()). -->
  <Target Name="RemoveRootConfigJson" AfterTargets="Build;Publish">
    <Delete Files="$(OutputPath)appsettings.json;$(OutputPath)providers.json" Condition="Exists('$(OutputPath)appsettings.json') or Exists('$(OutputPath)providers.json')" />
    <Delete Files="$(PublishDir)appsettings.json;$(PublishDir)providers.json" Condition="'$(PublishDir)' != '' and (Exists('$(PublishDir)appsettings.json') or Exists('$(PublishDir)providers.json'))" />
  </Target>
</Project>