simplify

Automated codebase simplification orchestrates parallel agents to perform DRY, dead code, and logic passes. This process identifies reusable helpers, removes unused code, and streamlines decision logic while updating call sites to ensure behavior-preserving modifications.

Finding and removing dead code is best handled by orchestrating parallel agent passes that scan in-scope files to identify unused code. The agents automatically consolidate changes with conflict resolution and update call sites to safely remove unused code.

Parallel agent orchestration for code refactoring works by coordinating DRY, Dead Code, and Logic passes simultaneously. These agents produce reusable helpers, remove unused code, and streamline decision logic, with progress tracked via TaskCreate and TaskUpdate commands.

Yes, you can run available linters and tests to validate behavior-preserving refactoring. The automated simplification process uses lint and test fallbacks after consolidating changes and updating call sites to ensure the modified codebase maintains its original behavior.

Automated code simplification ensures changes are behavior-preserving by coordinating DRY, Dead Code, and Logic passes to safely refactor code. It updates call sites and runs available linters and tests to validate that existing decision logic remains intact.

You should use automated agents to streamline decision logic when you need large-scale codebase simplification. It is ideal for consolidating DRY violations and removing dead code across in-scope files while relying on lint and test fallbacks to validate results.