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ci: prepare source-bound native macOS build and tests under TCG

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2026-10-04 10:56:46 +02:00
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@@ -169,13 +169,13 @@ Detailed workflow syntax and extension guidance live in `docs/meeting-workflow-e
Behavior changes are OpenSpec-driven and test-first: update the relevant requirement/scenario, add a failing public behavior test, implement the smallest passing change, run focused tests and then the justified broader suite, and validate the active change with `openspec validate <change-id> --strict`. Documentation-only maintenance does not need a new OpenSpec change.
The Gitea workflow runs for pull requests, pushes, and manual dispatch on the existing `ubuntu-latest` runners. One job explicitly builds the Windows desktop target, installs Wine plus a matching Windows .NET SDK, and runs the portable test project through the Windows host under Wine. Another job builds and tests `net10.0` on Ubuntu, including the managed macOS audio, calendar, screenshot, registration, and desktop-control behavior tests. Its `TZ=Europe/Berlin` setting also exercises the calendar daylight-saving regression. No additional runner labels or host devices are required.
The Gitea workflow runs for pull requests, pushes, and manual dispatch on the existing `ubuntu-latest` runners. One job explicitly builds the Windows desktop target, installs Wine plus a matching Windows .NET SDK, and runs the portable test project through the Windows host under Wine. Another job builds and tests `net10.0` on Ubuntu, including the managed macOS audio, calendar, screenshot, registration, and desktop-control behavior tests. Its `TZ=Europe/Berlin` setting also exercises the calendar daylight-saving regression. After both jobs pass, the prepared workflow requires a native macOS job on the same existing runner label and Docker daemon, using software CPU emulation without host devices or added capabilities.
Ubuntu does not compile the Swift helpers or execute Apple frameworks. Tests requiring the native macOS environment report an explicit skip through `MacOsFact`; they must also be run on a supported Mac with `dotnet test MeetingAssistant.Tests/MeetingAssistant.Tests.csproj -f net10.0 -c Release -p:EnableWindowsTargeting=true`. That build compiles and signs the helpers, and the suite checks packaging, helper self-tests, and native image cropping. Real microphone/system-audio capture and privacy permissions still require the operational checks described above.
The Ubuntu managed-test job does not compile the Swift helpers or execute Apple frameworks; its native macOS tests report an explicit skip through `MacOsFact`. The prepared native job runs an owned macOS 14+ x86_64 guest under TCG on the existing Ubuntu Docker runner. Before downloading Recovery, the actual pinned QEMU binary must execute an AVX/AVX2 instruction probe. The full flow builds all four native helpers, verifies the audio app's signature, and requires all 577 tests to pass with zero skips, including all five native macOS tests. It has a 180-minute job limit with retained evidence and ownership-checked cleanup. Recovery, installation, toolchain operation and this CI path remain unqualified until actual remote guests produce every required receipt. Native tests can also run on a supported Mac with `dotnet test MeetingAssistant.Tests/MeetingAssistant.Tests.csproj -f net10.0 -c Release -p:EnableWindowsTargeting=true`; real microphone/system-audio capture and privacy permissions still require the operational checks described above.
[Docker-OSX](https://github.com/sickcodes/Docker-OSX) runs a macOS VM rather than providing a Wine-style compatibility layer. Its launcher supports software emulation with `KVM=accel=tcg`, so KVM is not an absolute requirement. A supported .NET 10 guest needs macOS 14 or later plus the Swift build tools. The documented `auto` build downloads a preinstalled guest disk through `IMAGE_URL`; its documented ready-made tags and disk downloads were unavailable when checked on 2026-10-03. No verified native guest bootstrap is owned by this repository. CI validates source; it does not publish or deploy the workstation application.
The separate manual `.gitea/workflows/macos-native-full.yaml` retains the same Full flow as a diagnostic entry point. CI validates source; it does not publish or deploy the workstation application.
The separate manual [native Recovery diagnostic](docs/macos-native-diagnostic.md) probes macOS startup and disk readiness through an unprivileged TCG guest on the existing Ubuntu Docker runner. It neither installs macOS nor runs application tests; its result is a prerequisite for a future native test job, not verification of macOS CI support.
The separate manual [native Recovery diagnostic](docs/macos-native-diagnostic.md) probes macOS startup and disk readiness before qualifying the prepared Full flow. It neither installs macOS nor runs application tests. A green Recovery diagnostic alone does not verify macOS build/test CI support; each Full run repeats Recovery readiness for its own guest and disk.
## Operations And Limitations