code-verification

To catch React effect dependency errors and mock isolation issues before merging, you need mechanical verification of changed files. This process reviews effect dependencies, cleanup behavior, timer leaks, and query assertions to prevent runtime regressions.

JavaScript code failing at runtime with undefined variables often involves Temporal Dead Zone (TDZ) and declaration-order issues. Detecting these implementation defects requires checking that variables, hooks, and functions are fully declared before use.

The best way to verify import integrity and remove dead code after a refactor is to validate reference consistency. This ensures exports match imports, renamed symbols are fully updated, and unused code is automatically detected and removed.

Yes, CSS class mapping verification checks if JSX class names have matching stylesheet rules. It confirms that JSX class names map to existing stylesheet rules and verifies that CSS variables are defined correctly to prevent style breakage.

You need to run test safety checks for TypeScript files after feature changes, refactors, or new test coverage. This verifies mock isolation, cleanup behavior, and assertion quality to catch hidden regressions before marking work complete.

Yes, code verification can detect issues in both TypeScript and CSS workflows simultaneously. It applies to JavaScript, TypeScript, React, test, and stylesheet workflows, checking declaration order, import integrity, and CSS variable mapping across all changed files.