Evaluate unit test coverage for makeup-js modules and generate prioritized gap reports.
npx skills add https://github.com/makeup/makeup-js --skill test-coverage-makeup
Please help me install this Agent Skill. Skill: test-coverage Source: https://github.com/makeup/makeup-js/tree/main/.claude/skills/test-coverage Command: npx skills add https://github.com/makeup/makeup-js --skill test-coverage-makeup
Manually auditing unit test coverage for individual makeup-js modules is time-consuming and often misses untested edge cases, uncovered branches, or gaps in negative test coverage. This skill automates the gap analysis process to help developers quickly identify where tests are missing.
Use the test-coverage skill to evaluate unit test coverage for the makeup-modal module and get a prioritized list of untested code paths.
High-intent search queries and answers about installing and using this skill.
To find untested code paths in makeup-js modules, you can run a scoped unit test coverage analysis that cross-references source code with existing tests to flag uncovered branches and missing negative test guards.
Auditing unit test coverage for accessibility-focused JavaScript libraries involves evaluating individual modules to identify untested functions and edge cases, generating a prioritized gap report ranked by impact without modifying the source code.
The best way to identify missing negative test cases in headless UI components is to perform a targeted gap analysis that cross-references source code against existing tests to prioritize uncovered branches and edge cases.
Yes, you can run scoped coverage analysis on a single specified module in a monorepo, which avoids noise from the entire codebase and outputs a prioritized list of gaps specific to that module's untested code paths.
No, test coverage gap analysis does not write new tests or modify source code; it strictly evaluates existing unit test coverage to generate a prioritized report of uncovered branches, untested functions, and missing edge case tests.
Untested code paths for disabled input elements occur when existing unit tests lack negative test guards for edge cases, which a targeted coverage gap analysis can identify and prioritize for manual review.
makeupWrite missing unit tests for makeup-js modules using BDD and vi conventions.
drvossGenerate and parse coverage reports to locate uncovered lines and branches.
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