gitnexus-refactoring

Safe symbol renames require dependency mapping to minimize breakages. Map references across imports and callers, then apply staged updates to cascade the new name through the codebase while preserving behavior and traceability.

The best way to extract modules or split services is through context-aware planning. Map dependencies, update imports and tests, and apply staged updates to ensure callers and references remain correct throughout the restructure.

Yes, this refactoring workflow suits large codebases and multi-file projects. It enforces dependency mapping, context-aware planning, and impact analysis to guide large-scale changes like splitting or moving modules safely.

Dependency mapping tracks references and imports across the project before applying changes. This context-aware planning ensures that moving or splitting symbols updates all callers and tests, preventing breakages during multi-file refactors.

You need impact analysis for code restructuring when changes cascade through imports, tests, and callers. It guides large-scale refactors by mapping dependencies and planning staged updates to preserve behavior and ensure traceability.

When moving code between modules, use dependency mapping to identify affected callers and tests. Apply staged updates to update imports and references, ensuring the multi-file restructure preserves behavior and correctness.