gitnexus-refactoring

To safely rename a code symbol across multiple files, use dependency graphs to map impact and update all downstream callers. This prevents breakage by validating references and reviewing graph edits before applying changes.

Dependency-aware refactoring uses static analysis to map upstream and downstream code relationships before modifying structures. You need it when extracting modules or splitting services to ensure multi-file changes do not break existing callers.

To split a module without breaking imports, follow a prescribed execution order updating interfaces, implementations, and callers. Validate references using impact analysis to ensure safe extraction and maintain rollback readiness.

Yes, you can move and extract services for large software projects using dependency graphs and context queries. This supports safe multi-file restructuring by validating imports and guiding developers through prescribed plan execution.

The best way to plan a code refactor is using a guidance workflow that maps dependency impacts and prescribes execution order for interfaces, implementations, callers, and tests. This ensures controlled restructuring and rollback readiness.

Renaming a function breaks callers when downstream dependencies are not updated. Fix this by applying static analysis to map the impact, updating all references across files, and validating imports before applying changes.