build-quality-gates

Pre-commit quality gates catch commit and configuration errors before they reach CI pipelines. This Skill implements a three-layer gate architecture (P0, P1, P2 checks) integrated with pre-commit hooks to detect issues at commit time, reducing CI failures and improving developer velocity across Go, Python, JavaScript, and other toolchains.

Quality gates enforce standardized rules across your build pipeline through automation templates and Make targets. This Skill provides CI/CD integration patterns with measurable metrics like error coverage and detection timing, enabling consistent rule-driven checks that prevent problematic commits from advancing to production.

Yes, this Skill supports multi-language build quality gates for Go, Python, JavaScript, and other toolchains. It integrates pre-commit hooks, CI automation, and performance monitoring across heterogeneous codebases, standardizing error detection regardless of the language you're using.

Build quality gates track quantifiable metrics including error coverage, detection timing (V_instance, V_meta), and commit integrity validation. This Skill enables iterative validation to monitor whether your gates are catching errors early and reducing failures that would otherwise reach CI.

Build quality gates use a three-layer severity model: P0 checks block commits for critical issues, P1 flags medium-priority problems, and P2 captures lower-priority concerns. This layered approach lets teams enforce strict commit integrity while tuning gate strictness per priority level.

No, GitHub Actions is one option but not required. This Skill provides CI/CD integration patterns including Make targets and GitHub Actions examples, letting you wire quality gates into your existing CI system whether it's GitHub, GitLab, Jenkins, or another pipeline tool.