request-refactor-plan

To plan a codebase refactor, you define the problem, verify claims against tests, document alternatives, and propose small deployable commits. This structured approach ensures changes remain reviewable, reversible, and auditable throughout the workflow.

A structured GitHub issue for a refactor captures the problem, solution, incremental commits, decisions, testing plan, and scope. This ensures teams have an auditable workflow covering interfaces, data migrations, and backward compatibility.

Ensuring backward compatibility during a codebase refactor involves drilling into details like scope, interfaces, and data migrations. By enforcing a stepwise approach with small, deployable changes, teams can verify alternatives and maintain stability.

Yes, a refactor plan can cover data migrations and test coverage by assessing existing tests and planning new ones. It documents trade-offs, specifies interfaces, and enforces small commits to validate changes incrementally before deployment.

A stepwise refactor approach is needed when changes involve data migrations, interface updates, or backward compatibility concerns. It produces small, deployable commits that make the process structured, reviewable, and reversible.

Your refactoring workflow lacks auditability because it omits documented alternatives and trade-offs. A structured plan enforces capturing problem definitions, testing requirements, and incremental commits to generate a comprehensive GitHub issue.