Run type-check, lints, tests, dead-code, and shell checks to produce a health dashboard.
npx skills add https://github.com/drt0927/tw-overlay --skill health-drt0927
Please help me install this Agent Skill. Skill: health Source: https://github.com/drt0927/tw-overlay/tree/main/.gemini/skills/gstack-health Command: npx skills add https://github.com/drt0927/tw-overlay --skill health-drt0927
Code quality is a multi-tool challenge. This skill provides a live dashboard by orchestrating type checking, linting, test execution, dead-code detection, and shell linting to quantify health and reveal trends over time.
Invoke the health skill to run the health checks and generate the dashboard.
High-intent search queries and answers about installing and using this skill.
Generate a code health dashboard by running this skill to orchestrate type-checks, lints, tests, dead-code detection, and shell linting. It computes a weighted composite score and returns concise, dashboard-ready reports with actionable guidance.
A composite code quality score quantifies repository health by applying weighted calculations to type-check, lint, test, dead-code, and shell lint results. It provides trend data to guide refactoring and quality improvements over time.
Yes, the code health dashboard applies to TypeScript and JavaScript projects alongside other stacks. It detects or reads a health stack configuration to execute relevant quality tools and aggregate per-tool results into a unified report.
Detect dead code and execute shell linting by invoking the health skill, which orchestrates these checks alongside type-checking, linting, and tests. It aggregates per-tool results to identify dead code, run shell checks, and compute a composite health score.
Run weekly code quality reviews by using this skill to generate a live health dashboard with trend data. It produces per-tool reports and a composite score, making project health understandable at a glance for CI feedback and onboarding.
Use a multi-tool code quality dashboard because code quality is a multi-tool challenge. Orchestrating type-checks, lints, tests, and dead-code detection computes a unified weighted score and reveals health trends that isolated runs cannot provide.
mehdicGenerate technology-specific specialization blocks from detected project stacks.
GenEducationRun type checking, linting, tests, dead code, and shell hygiene checks into a weighted composite score.
westnAggregate type checking, lint, test, and dead code scores into a health trend log.
thanh-abaiiCompute a weighted composite codebase health score from type checker, linter, and test runner results.
