code-simplification

Behavior-preserving simplification requires caller evidence and protected-block safeguards to prevent unintended side effects. It enforces minimal transformation scope and verifies observable behavior using recorded before/after command receipts.

Removing dead code paths and duplicate branches requires caller evidence to prove the paths are truly unused. Protected-block checks ensure minimal transformation scope so observable behavior remains preserved during the refactor.

Refactoring confusing control flow in an existing codebase is best done through minimal transformation scope. You must identify callers, check protected blocks, apply the smallest rewrite, and emit a simplification-report artifact with verification receipts.

You need caller evidence before removing dead paths to avoid baseless rationalizations that lack proof. It confirms the code is genuinely unreachable, ensuring the simplification maintains observable behavior without breaking hidden dependencies.

Yes, you can use static analysis to reduce maintenance risk by identifying duplicate branches, needless abstraction, and dead paths. It supports behavior preservation by enforcing minimal transformation scope and verifying outcomes with recorded receipts.

When evidence is partial during a code simplification refactor, you should consult the generated simplification-report artifact. It documents verification command receipts, highlights residual risk, and outlines next actions to complete the task safely.