ci: compile Swift, Kotlin and C++ in CI - #147
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React Doctor found 6 issues in 3 files · 2 errors & 4 warnings · score 64 / 100 (Needs work) · full project Errors
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WalkthroughThe pull request adds reusable iOS and Android native build workflows. It triggers those builds for relevant changes, gates releases on native build success, updates native build guidance, and adjusts existing CI maintenance settings. ChangesNative CI integration
Priority: ➖ Normal Estimated code review effort: 4 (Complex) | ~45 minutes Change: Feature · Severity of issue fixed: Medium Sequence Diagram(s)sequenceDiagram
participant GitHubEvent
participant NativeWorkflow
participant NativeBuildWorkflow
participant iOSBuild
participant AndroidBuild
participant ReleaseJob
GitHubEvent->>NativeWorkflow: trigger on relevant changes
NativeWorkflow->>NativeBuildWorkflow: invoke reusable workflow
NativeBuildWorkflow->>iOSBuild: generate, install pods, compile
NativeBuildWorkflow->>AndroidBuild: generate, configure NDK, build and test
NativeBuildWorkflow-->>ReleaseJob: return build status
ReleaseJob->>ReleaseJob: publish only after native succeeds
Merge Risk: ⚪ Minimal · up to Native builds cover the intended workflows and gate releases successfully; no confirmed merge-blocking risk remains. 🚥 Pre-merge checks | ✅ 4 | ❌ 2❌ Failed checks (2 warnings)
✅ Passed checks (4 passed)
Full details: Out of Scope Changes checkExplanation The change in Full details: Docstring CoverageExplanation Docstring coverage is 0.00% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 1 functions across 1 files. (1 skipped: 1 unsupported.)
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- 🪄 Fix CodeRabbit comments on this PR
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Inline comments:
In @.github/workflows/native-build.yml:
- Around line 129-162: Update the iOS workflow’s “Compile the library”
xcodebuild invocation to use the NitroMapsExample scheme instead of
react-native-better-maps, and make the corresponding command change in
CONTRIBUTING.md. Keep the existing workspace, configuration, destination, and
build settings unchanged.
In `@docs/expo-setup.md`:
- Around line 114-118: Move the `bun run --filter react-native-better-maps
build:plugin` prerequisite immediately before the example command block that
runs `expo prebuild`, or include it as the first command in that block, so the
plugin is compiled before any Expo commands execute.
After applying the fix, consider running `coderabbit review --agent` for local
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📒 Files selected for processing (8)
.github/PULL_REQUEST_TEMPLATE.md.github/workflows/ci.yml.github/workflows/native-build.yml.github/workflows/native.yml.github/workflows/react-doctor.yml.github/workflows/release.ymlCONTRIBUTING.mddocs/expo-setup.md
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Nothing in this repository compiled native code. `quality` stopped at TypeScript, so no file under package/ios or package/android ever reached a compiler. That shipped a broken release: 1.2.0 reached npm with GoogleMarkerVisualApplier.swift missing its `#if canImport(GoogleMaps)` guard, and every Apple-Maps-only install failed with `no such module 'GoogleMaps'`. Add a reusable `native-build.yml` with two jobs: - iOS, as a two-leg matrix. The podspec only depends on GoogleMaps when `betterMaps.iosGoogleProvider` is set, and the config plugin only sets it when a key resolves, so one configuration compiles the ~1300 guarded lines and the other does not. Both legs are needed: the `apple` leg catches a missing guard, the `google` leg catches broken guarded code. A dummy key is enough — it is only validated at runtime — so no secret is required and fork pull requests work. An explicit check asserts the two legs really differ. - Android, building the library module plus the Kotlin unit tests. assembleDebug rather than compileDebugKotlin so CMake also compiles cpp-adapter.cpp, the generated JNI bindings and the shared C++ that patch-nitrogen-generated.mjs rewrites. testDebugUnitTest finally runs package/android/src/test. Both jobs rebuild the whole chain, because package/nitrogen, package/plugin/build, example/ios and example/android are all gitignored and the Gradle wrapper and Xcode workspace only exist after an Expo prebuild. native.yml triggers them on pull requests and pushes touching native sources. They are deliberately not required status checks yet: a required check skipped by a `paths:` filter reports as permanently pending and would block every open pull request. release.yml is the hard gate instead — `release` now needs `native`, so a broken native build stops the publish. Also: add a concurrency group to ci.yml, drop a stale claim in docs/expo-setup.md that the example's prebuild script builds the plugin first (it does not, which is exactly where a native job would fail), correct the PR template's claim that generated code is committed, document the native build chain in CONTRIBUTING.md, and fix the version comments on the pinned actions/checkout and setup-bun SHAs.
#118 moved `zIndex` above `anchor` in the MarkerDescriptor spec, which reorders the generated Kotlin constructor. MarkerDescriptorFixture called it positionally, so every argument after `markerColor` shifted by one and `:react-native-better-maps:compileDebugUnitTest` stopped compiling on main. Nothing caught it because no workflow ran the Android unit tests; the job added in this branch failed on its first run against main. Named arguments make the fixture immune to the next field reorder rather than just correcting this one.
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@coderabbitai review Both threads have replies. The |
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🧠 Learnings used
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What does this change?
Adds the native compile jobs this repository has never had.
qualitystops at TypeScript, so nofile under
package/iosorpackage/androidhas ever reached a compiler — which is how 1.2.0shipped to npm with
GoogleMarkerVisualApplier.swiftmissing its#if canImport(GoogleMaps)guard, breaking every Apple-Maps-only install.
Closes #120.
native-build.yml— reusable workflow with aniosjob (two-leg matrix) and anandroidjob.native.yml—paths:-filtered caller on pull requests and pushes to main.release.yml—releasenow needsnative, so a broken native build stops the npm publish.The iOS matrix runs twice on purpose. The podspec only depends on GoogleMaps when
betterMaps.iosGoogleProvideris set, and the config plugin only sets it when a key resolves, sothe
appleleg catches a missingcanImportguard and thegoogleleg catches broken guardedcode. A dummy key is enough — it is only validated at runtime — so no secret is needed and fork
pull requests work. A dedicated step asserts the two legs really differ.
Android does more than the issue asks:
assembleDebugrather thancompileDebugKotlin, so CMakealso compiles
cpp-adapter.cpp, the generated JNI bindings and the shared C++ thatpatch-nitrogen-generated.mjsrewrites — plustestDebugUnitTest, which finally runs the 13 JUnittests in
package/android/src/test.Deliberately not required status checks yet. A required check skipped by a
paths:filterreports as permanently pending and would block every open pull request.
release.ymlis the hardgate instead. Worth promoting once these have been green for a while.
Still open from #120: the podspec
test_spec(package/iosTests/) remains uninvoked. It turnedout not to be a missing CI step — React Native autolinking declares the pod without
:testspecs,so CocoaPods generates no test target at all and those two tests cannot run even locally. Being
split into its own issue.
How was it verified?
Every job was run locally with the same commands before pushing:
swift test --package-path package/iosapplelegBUILD SUCCEEDED, 83 object files, no GoogleMaps inPodfile.lockgooglelegGoogleMaps (10.15.0)installed,BUILD SUCCEEDEDassembleDebugBUILD SUCCESSFUL, 77 taskstestDebugUnitTestNegative controls, which are the part that actually matters:
#if canImport(GoogleMaps)fromGoogleMarkerVisualApplier.swiftmakes theapplelegfail with
error: no such module 'GoogleMaps'— the exact 1.2.0 failure.Also confirmed the two legs are not secretly identical: on the
applelegGoogleMapProviderAdapter.ois a 13 KB empty stub, on the
googleleg it is 901 KB.actionlintis clean on all five workflows.bun run lint,typecheck,typecheck:provider-types,buildandbun test(171 tests) all pass.Scope
Checklist
bun run lint,bun run typecheckandbun run buildpassNotes for review
actions/checkout@3d3c42e5…is v7.0.1 (it was commented# v4) and setup-bun is v2.2.0.ci.ymlgains aconcurrencygroup. Cancellation is scoped to pull requests so a merge cannotdiscard the previous merge's result.
(
package/nitrogen/is gitignored), anddocs/expo-setup.mdsaid the example'sprebuildscriptbuilds the config plugin first — it does not, which is exactly where a native job fails without it.
scheme autocreation on a fresh runner, and the size of the CocoaPods cache entry against the 10 GB
repository budget.
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