mine.refactor

To refactor a complex function, this Skill analyzes it for code smells and guides you through breaking it down into smaller, more manageable functions incrementally. You interactively select strategies and provide names to improve code clarity and testability.

The best way to reduce technical debt is through interactive refactoring, where the system analyzes your code, presents strategy options like module splitting, and guides you through testable changes incrementally to improve overall code quality.

To extract a module or class, the Skill supports various refactoring techniques including function extraction, module splitting, and class decomposition. It prompts you for naming decisions and guides the process incrementally to ensure structure and readability.

Yes, interactive refactoring requires user input for naming new functions, classes, or variables, and for making strategic decisions throughout the process to ensure the refactored code matches your architectural intent.

Yes, you can use this Skill to break down long, complex functions in files like user_service.py or checkout.py. It analyzes the code, offers refactoring approaches, and guides you through incremental, testable changes.

The main limitation is that automated refactoring strategies require continuous user input for naming and strategic decisions rather than operating autonomously, and changes are made incrementally to maintain testability throughout the process.