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https://github.com/google/nomulus
synced 2026-06-09 16:33:02 +00:00
Ben McIlwain
75524fd403
This commit reverts changes from5599a0eb3dand most of5286b1a0dc(PR #3068) that stripped essential dependencies (buildConsoleForAll, buildNomulusImage, buildToolImage, fragileTest) from the default './gradlew build' target, which broke downstream deployment pipelines. It restores the default build to correctly generate all necessary production artifacts and Docker images. It introduces a new 'fastBuild' target designed explicitly for local developers and CI checks. This lightweight target disables the execution of heavy Docker image builds, Angular compilations, and fragile tests to provide rapid feedback. Sequential execution constraints for parallel Angular builds are maintained to prevent cache corruption. It updates the ':core:generateSqlSchema' task to execute using the 'unittest' environment instead of 'alpha'. The 'alpha' configuration is a private, internal environment config that is not distributed in the open-source repository, which caused the task to fail for public contributors. By switching to 'unittest', the generator can successfully run using the public test configuration. With this fixed, it also includes the newly generated 'db-schema.sql.generated' file, which now correctly tracks the 'FORBID_INSECURE_ALGORITHMS_RFC_9904' feature flag that was recently added. Finally, it implements a split-runner execution strategy for the 'sqlIntegrationTest' task to permanently resolve 'failed to discover tests' and 'NoSuchMethodError' exceptions on Kokoro. Because Kokoro tests cross-version compatibility against both legacy deployed artifacts (compiled with JUnit 4 @RunWith wrappers) and modern artifacts (compiled with JUnit 5 @Suite annotations), we cannot statically configure a single test runner. We now dynamically run both the legacy 'useJUnit()' and modern 'useJUnitPlatform()' runners sequentially with 'failOnNoDiscoveredTests' disabled, allowing the appropriate engine to discover and execute the suite without causing classpath collisions.