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Setup Automated Releases

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Setup automated release workflows with semantic versioning, conventional commits, and comprehensive automation

Install Command
npx claude-code-templates@latest --command deployment/setup-automated-releases
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claude-code — setup-automated-releases

Scanned by NVIDIA SkillSpector

Automated static analysis (no LLM) · v2.12.0 · 2026-10-23

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Content

Automated Release System

Setup automated release workflows: $ARGUMENTS

Current Project Analysis

  • Project structure: @package.json or @setup.py or @go.mod (detect project type)
  • Existing workflows: !find .github/workflows -name "*.yml" 2>/dev/null | head -3
  • Current versioning: @package.json version or git tags analysis
  • Commit patterns: !git log --oneline -20 | grep -E "^(feat|fix|docs|style|refactor|test|chore)" | wc -l || echo "0" conventional commits
  • Release history: !git tag -l | wc -l || echo "0" existing releases

Task

Implement comprehensive automated release system:

  1. Analyze Repository Structure

    • Detect project type (Node.js, Python, Go, etc.)
    • Check for existing CI/CD workflows
    • Identify current versioning approach
    • Review existing release processes
  2. Create Version Tracking

    • For Node.js: Use package.json version field
    • For Python: Use version in init.py or pyproject.toml
    • For Go: Use version in go.mod
    • For others: Create version.txt file
    • Ensure version follows semantic versioning (MAJOR.MINOR.PATCH)
  3. Set Up Conventional Commits

    • Create CONTRIBUTING.md with commit conventions:
      • feat: for new features (minor bump)
      • fix: for bug fixes (patch bump)
      • feat!: or BREAKING CHANGE: for breaking changes (major bump)
      • docs:, chore:, style:, refactor:, test: for non-releasing changes
    • Include examples and guidelines for each type
  4. Create Pull Request Template

    • Add .github/pull_request_template.md
    • Include conventional commit reminder
    • Add checklist for common requirements
    • Reference contributing guidelines
  5. Create Release Workflow

    • Add .github/workflows/release.yml:
      • Trigger on push to main branch
      • Analyze commits since last release
      • Determine version bump type
      • Update version in appropriate file(s)
      • Generate release notes from commits
      • Update CHANGELOG.md
      • Create git tag
      • Create GitHub Release
      • Attach distribution artifacts
    • Include manual trigger option for forced releases
  6. Create PR Validation Workflow

    • Add .github/workflows/pr-check.yml:
      • Validate PR title follows conventional format
      • Check commit messages
      • Provide feedback on version impact
      • Run tests and quality checks
  7. Configure GitHub Release Notes

    • Create .github/release.yml
    • Define categories for different change types
    • Configure changelog exclusions
    • Set up contributor recognition
  8. Update Documentation

    • Add release badges to README:
      • Current version badge
      • Latest release badge
      • Build status badge
    • Document release process
    • Add link to CONTRIBUTING.md
    • Explain version bump rules
  9. Set Up Changelog Management

    • Ensure CHANGELOG.md follows Keep a Changelog format
    • Add [Unreleased] section for upcoming changes
    • Configure automatic changelog updates
    • Set up changelog categories
  10. Configure Branch Protection

    • Recommend branch protection rules:
      • Require PR reviews
      • Require status checks
      • Require conventional PR titles
      • Dismiss stale reviews
    • Document recommended settings
  11. Add Security Scanning

    • Set up Dependabot for dependency updates
    • Configure security alerts
    • Add security policy if needed
  12. Test the System

    • Create example PR with conventional title
    • Verify PR checks work correctly
    • Test manual release trigger
    • Validate changelog generation

Arguments: $ARGUMENTS

Additional Considerations

For Monorepos:

  • Set up independent versioning per package
  • Configure changelog per package
  • Use conventional commits scopes

For Libraries:

  • Include API compatibility checks
  • Generate API documentation
  • Add upgrade guides for breaking changes

For Applications:

  • Include Docker image versioning
  • Set up deployment triggers
  • Add rollback procedures

Best Practices:

  • Always create release branches for hotfixes
  • Use release candidates for major versions
  • Maintain upgrade guides
  • Keep releases small and frequent
  • Document rollback procedures

This automated release system provides:

  • ✅ Consistent versioning
  • ✅ Automatic changelog generation
  • ✅ Clear contribution guidelines
  • ✅ Professional release notes
  • ✅ Reduced manual work
  • ✅ Better project maintainability

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