refactor-dedupe-and-cleanup

Code deduplication eliminates copy-paste logic by extracting common methods, applying template method patterns, and consolidating similar conditional expressions. Identify duplicated blocks across your modules, refactor them into shared functions, and verify with full test-suite runs to ensure correctness.

Dead code removal uses static and dynamic reference analysis to locate unreachable code, unused variables, and unused imports. Analyze call chains and dependencies to confirm code is truly unused, remove it in small incremental commits, and run tests after each change to validate the codebase still functions.

Yes. Multi-language refactoring applies deduplication and dead code removal across projects written in different languages by using language-agnostic static analysis patterns. Apply changes incrementally with small commits and run the full test suite after each refactoring phase to catch language-specific issues.

Before cleanup, ensure your full test suite runs successfully to establish a baseline. Map out duplication hotspots and unused code areas using static analysis tools. This preparation lets you make safe, verifiable removals without breaking functionality during refactoring.

Consolidate conditionals when the same logic branches appear in multiple places or when nested conditions can be simplified into a single expression. This reduces cognitive load, improves maintainability, and prevents logic drift between duplicate branches during future updates.