gitnexus-refactoring

To safely rename a function across a repository, you need a stepwise refactoring workflow that gathers context, maps dependencies, updates interfaces, and runs tests to preserve correctness. This approach minimizes risk by validating changes through impact analysis and automated detection.

Extracting a module without breaking tests requires an impact analysis across modules and interfaces before execution. By enforcing a stepwise workflow with dry runs and automated change detection, you can relocate code while preserving test validity and minimizing regression risk.

Dependency graph mapping identifies all affected modules and interfaces before you split a service, ensuring structural integrity. It enables stepwise execution with validation and dry runs, so you can safely relocate components while maintaining correctness across the repository.

Yes, you can move a component across a multi-file project while preserving interfaces by applying a plan-driven refactor. The process uses context gathering and impact analysis to update references automatically, ensuring the relocated component maintains its original contract.

Executing safe code refactorings requires a stepwise process: context gathering, dependency mapping, impact analysis, interface updates, and testing. The workflow finishes with dry runs and automated change detection to validate correctness before finalizing the repository modifications.