Does this skill make changes to my source code automatically?

No, the Build Health Auditor is a reporting worker. It identifies issues and provides recommendations, but it does not auto-fix code to ensure you maintain full control over changes.

What programming languages does the Build Health Auditor support?

It is designed to work with major stacks including Node.js (TypeScript/JavaScript), Python, Go, Rust, and Java by executing their respective build and test utilities.

How is the build health score calculated?

The skill uses a penalty-based algorithm where critical issues (like compilation failures) reduce the score significantly, while low-severity issues like stylistic linter warnings have a minor impact.

Can I use this auditor for private repositories?

Yes, as a Claude Code skill, it operates within your local environment using the tools you have installed (like npm, cargo, or pytest) to audit your local codebase.

Build Health Auditor

Name: Build Health Auditor
Author: levnikolaevich

bylevnikolaevich

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Security & Testing

Audits codebase build health by identifying compiler errors, linter violations, deprecations, and test failures across multiple tech stacks.

About

The Build Health Auditor is a specialized L3 worker designed to evaluate the technical integrity of a repository. Functioning as a critical component of a quality gate pipeline, it automatically executes and parses results from compilers, linters, type checkers, and test frameworks for languages like TypeScript, Python, Go, Rust, and Java. By providing a structured report that includes severity levels, location mapping, and remediation effort estimates, it allows developers to maintain high production standards and catch build-breaking issues before they reach the deployment stage.

Key Features

Multi-stack support for Node.js, Python, Go, Rust, and Java environments
38 GitHub stars
Strict type safety auditing and automated test suite result analysis
Build configuration validation for tools like Webpack, Jest, and Maven
Comprehensive detection of compiler/linter errors and deprecation warnings
Penalty-based compliance scoring (0-10) for rapid health assessment

Use Cases

Identifying and mapping technical debt in legacy codebases during refactoring
Performing pre-release audits to ensure code quality and build stability
Validating CI/CD readiness by catching configuration mismatches early

About

Key Features

Multi-stack support for Node.js, Python, Go, Rust, and Java environments
38 GitHub stars
Strict type safety auditing and automated test suite result analysis
Build configuration validation for tools like Webpack, Jest, and Maven
Comprehensive detection of compiler/linter errors and deprecation warnings
Penalty-based compliance scoring (0-10) for rapid health assessment

Use Cases

Identifying and mapping technical debt in legacy codebases during refactoring
Performing pre-release audits to ensure code quality and build stability
Validating CI/CD readiness by catching configuration mismatches early