click-path-audit

UI buttons can leave the application in an inconsistent state when independent functions cancel each other out during state changes. Tracing each touchpoint through its full state change sequence uncovers these sequential undo or async race patterns.

To debug broken buttons after refactoring shared state stores, map the state stores to document actions and effects, then audit each touchpoint in order to identify patterns like stale closures or useEffect interference that cause inconsistent UI state.

The best way to trace async race conditions in UI state management is to audit each touchpoint's handler in order, mapping state stores to document actions and effects to identify where functions cancel each other out or leave the UI in an inconsistent state.

You should audit click paths when systematic debugging finds no bugs but users report broken buttons, or after refactors that touch shared state stores, to detect missing transitions and state inconsistencies that standard debugging misses.

Yes, you can trace useEffect interference by auditing each touchpoint's handler in order and mapping state stores to document actions and effects, which identifies patterns where effects cancel each other out or create stale closures.

Click path auditing is limited to components controlling UI state across the app and requires mapping state stores to document actions and effects; it focuses on state change sequences rather than isolated function correctness or rendering performance issues.