Precision refactoring rules for Claude-powered IDE workflows
**Stop wasting hours untangling multi-file refactors that break your codebase.**
If you’ve tried using Claude for multi-file refactoring, you know the frustration: dependencies get broken, context is lost, and you spend more time fixing issues than coding. You want reliable, precise changes across files without endless trial and error or back-and-forth prompts.
Claude RefactorOps is a set of advanced, pre‑optimized AI rules designed specifically to make Claude-powered IDE workflows handle multi-file refactors accurately and efficiently. Unlike generic prompts, these rules enforce safe renames, map module dependencies correctly, and use structured context expansion to keep Claude’s understanding sharp—cutting refactor time and errors dramatically.
**What’s Included:**
- `safeRename.rules.yaml` — Ensures variable and function renames don’t break dependency chains.
- `moduleMap.rules.yaml` — Maps module imports/exports to maintain correct references across files.
- `contextExpansion.prompts.md` — Structured templates that improve Claude’s context grasp by 3–5x.
- `transformationWorkflow.yaml` — Predefined sequences to reduce prompt iterations by half.
- `exampleProject/` — Sample multi-file project demonstrating rule effectiveness.
**Who This Is For:**
- Developers using Claude in complex, multi-file refactors who want more accuracy.
- Teams aiming to reduce bugs and manual fixes after AI-driven code changes.
- Technical leads looking to integrate reliable AI assistance into their IDE workflows.
**Who This Is NOT For:**
- Developers who only perform single-file refactors or simple find-and-replace tasks.
- Users expecting a plug-and-play solution without any setup or customization.
**Guarantee:**
If Claude RefactorOps doesn’t save you at least 5 hours on your next multi-file refactor, I’ll refund your $49—no questions asked.