speckit-refactor

Automated code refactoring with behavior preservation requires a metrics-driven workflow that validates baseline tests and tracks behavioral snapshots before applying structural changes, ensuring original functional output remains intact throughout the transformation.

A template-driven refactor plan is a structured specification defining traceable code changes, testing-gap assessments, and impact analysis. You need one when coordinating complex refactoring across branches to ensure measurable quality metrics and safe structural modifications.

Yes, metrics-driven refactoring requires a spec-kit project structure containing a .specify/ directory. This environment supports the tooling needed to generate refactor spec files, update behavioral snapshots, and validate baseline tests before execution.

You can track testing gaps by triggering an automated refactor workflow that generates a testing-gap assessment alongside the refactor specification. This identifies untested code paths and updates behavioral snapshots to validate safe modifications.

Auditing code quality changes across branches requires an automated refactoring workflow with built-in impact analysis, metrics tracking, and change traceability. This approach ensures every modification is measurable and validated against baseline behavioral output.

Behavior preservation validation fails when baseline tests are not established or updated prior to refactoring. The workflow requires generating a behavioral snapshot and resolving testing gaps to ensure refactored code matches original functional output.