code-change-verification

Automated code verification executes a mandatory stack of formatting, linting, type checking, and unit tests to ensure changes adhere to project standards. It uses make targets to enforce strict, fail-fast execution, preventing regressions before merging.

A fail-fast verification stack immediately stops execution and highlights the exact issue if any check fails. It enforces a strict execution order for formatting, linting, type checking, and tests, ensuring code health and correctness.

Linting and type checking are executed automatically as part of a mandatory verification stack using predefined make targets. This process validates code quality and prevents regressions for changes affecting runtime code or build behavior.

Yes, automated verification is designed for any changes affecting runtime code, tests, or build behavior. It ensures that all such modifications pass formatting, linting, type checking, and unit tests before being merged.

Automated code verification stops immediately upon a check failure to highlight the exact issue and prevent further regressions. This fail-fast approach enforces a strict execution order, maintaining code health and quality.

Make targets enforce a strict, fail-fast execution order for formatting, linting, type checking, and unit tests. Verification halts at the first failure, meaning subsequent checks will not run until the initial issue is resolved.