janitor

Dead code removal is performed by identifying unused variables, unreachable paths, and zombie code, then executing a single safe deletion per session. This approach reduces complexity without breaking builds by requiring test suites and build checks before committing.

Cleaning up unused dependencies and orphan endpoints involves identifying unreferenced packages and uncalled API endpoints, then removing one piece per session. This shrinks the dependency surface and prunes stale features while maintaining build stability through full test verification.

Stale feature flags and concluded A/B tests can be removed safely by running the full test suite and build checks before committing. This ensures that pruning unreferenced features and uncalled API endpoints does not break existing builds.

PR quality during zombie code and unreferenced package deletion is ensured by running full test suites and build checks beforehand. The process provides a clear PR description and verification steps for each single safe deletion performed per session.

A single-piece deletion approach for codebase cleanup should not be used when rapid mass removal is required, as it strictly performs one safe deletion per session. This limitation ensures safe removal of dead code and unused dependencies without breaking builds.

Automated dead code removal applies to diverse codebases by ruthlessly identifying and removing dead code, unused dependencies, stale feature flags, and orphan endpoints. It enables safe, single-piece deletions per session to slim down the codebase.