Gradle (Micronaut Committer)
SkillDev toolsExecute Gradle maintainer operations for Micronaut repositories using micronaut-build internals and modern Gradle best practices. Use when users ask to diagnose build failures, maintain BOM/version catalogs, manage publishing/signing, enforce binary compatibility, or debug micronaut-build plugin behavior.
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What this skill tells your AI
The instructions your AI receives, as published by micronaut-projects/micronaut-starter in .agents/skills/gradle/SKILL.md and read by ahel’s review.
Use this skill for Micronaut framework maintainer work. Do not default to end-user app guidance.
Goal
Apply correct, source-backed Gradle changes in Micronaut repositories, using the micronaut-build plugin contracts and current Gradle best practices.
Current coverage target: repositories on Gradle major line 9.x.
For dependency-intelligence tasks (version freshness, stability, release cadence, CVE/license checks), use the embedded maven-tools MCP via skill_mcp.
Procedure
- Identify build shape and active plugins.
- Map requested work to exact
micronaut-buildplugin behavior. - Execute minimal maintainer-safe change.
- Verify with targeted and aggregate Gradle tasks.
1) Establish build shape first
- Inspect
settings.gradleorsettings.gradle.ktsfor settings plugins and dependency management. - Confirm
io.micronaut.build.shared.settingsis present unless the repository intentionally diverged. - Validate settings-scoped plugins (especially Develocity wiring) in
settings.gradle(.kts), not in projectbuild.gradle(.kts). - Confirm root build applies
io.micronaut.build.internal.parentfor standard aggregation behavior. - Inspect root and impacted module build files for applied plugin IDs and
micronautBuildextension usage. - Inspect
buildSrc/convention plugins before modifying module build scripts. - Inspect
gradle.propertiesandgradle/*.versions.tomlfor version source and overrides. - Treat module directory names and Gradle project paths separately; if standardized names are enabled, use
:micronaut-*paths for task targeting. - If module paths are unclear, run
./gradlew projects. - If dependency resolution is involved, capture
dependencyInsightbefore changing files.
2) Use source-of-truth plugin contracts
- Use
references/micronaut-build-plugins.mdas the authoritative plugin behavior map. - Treat
micronaut-buildsource as primary truth. Its README may be outdated. - Remember default plugin IDs are internal:
io.micronaut.build.internal.<name>. - Important exception:
io.micronaut.build.shared.settings.
3) Execute maintainer workflows
- Build failures: reproduce with minimal task path, then expand to module
check, then root validation. - Catalog/version updates: use plugin-provided workflows (
updateVersionCatalogs,useLatestVersions) where available. - Catalog imports: prefer
micronautBuild { importMicronautCatalog() }and alias-specific imports over ad hoc BOM wiring when repository conventions use settings extension catalog import. - Dependency intelligence: use the
maven-toolsMCP for latest stable versions, upgrade comparisons, and dependency health signals before changing catalogs or BOM constraints. - Dependency scope hygiene: choose
apionly for public API surface; useimplementationfor internals; usecompileOnly/runtimeOnlyintentionally. - BOM/publishing: verify BOM generation, inlining behavior, publication metadata, and signing gates.
- Binary compatibility: keep baseline discovery and accepted API changes explicit; never silently suppress regressions.
- Docs/quality: treat root-only aggregator plugins and docs pipelines as first-class checks.
- Layering: prefer convention plugin changes (
buildSrc) over duplicating logic in many module build files.
4) Verify before completion
- Run at least one targeted task and one aggregate task:
./gradlew :<module>:check./gradlew check
- For maintainer pipelines, include docs and style gates where applicable:
./gradlew check docs./gradlew spotlessApply spotlessCheck
- For API-affecting changes, run compatibility checks:
./gradlew japiCmp
- For newly added published modules, define when binary compatibility checks start in module build logic (example):
micronautBuild {
binaryCompatibility.enabledAfter("2.0.0")
}
- Use the repository's intended first compatible release version instead of blindly reusing
2.0.0. - Add focused diagnostics when needed:
./gradlew dependencyInsight --configuration <conf> --dependency <module>./gradlew --scan <task>
- Report exact commands and outcomes.
Guardrails
- Do not use
enforcedPlatformwhen plugin logic explicitly forbids it. - Do not bypass Micronaut version mismatch checks except intentional development-version flows.
- Do not apply root-only plugins to subprojects.
- Do not replace framework maintainer workflows with generic app-centric shortcuts.
Best Practices
Use references/gradle-best-practices.md for operational standards on:
- configuration and build cache behavior,
- provider/lazy configuration patterns,
- toolchains and reproducibility,
- secure publishing and dependency verification,
- CI reliability.
Examples
- "Diagnose why micronaut-core version mismatch fails on compileClasspath."
- "Update version catalogs safely and apply latest allowed minor versions."
- "Fix Sonatype release pipeline behavior for a non-snapshot release."
- "Investigate binary compatibility failure and validate accepted changes file usage."
Validation Checklist
- Active plugins identified from build files.
- Decisions mapped to
micronaut-buildsource behavior. - Changes align with maintainer workflows.
- Verification tasks run and outcomes captured.
- No end-user-only Gradle guidance substituted for framework operations.
References
references/micronaut-build-plugins.mdreferences/gradle-best-practices.md
Signals
- GitHub stars
- 236
- Forks
- 114
- Last commit
- Sep 2026
ahel recommends instead
Advanced
- Catalog kind
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- Gateway key
gradle-micronaut-projects- Source
- github.com/micronaut-projects/micronaut-starter