Refactor legacy Python codebases into modular SOLID components.
npx skills add https://github.com/DonTizi/CodeGeass --skill refactor-dontizi
Please help me install this Agent Skill. Skill: refactor Source: https://github.com/DonTizi/CodeGeass/tree/main/.claude/skills/refactor Command: npx skills add https://github.com/DonTizi/CodeGeass --skill refactor-dontizi
This Skill helps development teams transform monolithic codebases into maintainable, modular architectures that respect SOLID principles.
Provide a high-level prompt to the AI: "Analyze the target Python codebase and generate a modular refactor plan following SOLID principles, including a directory layout, an extraction plan, and validation steps."
High-intent search queries and answers about installing and using this skill.
To refactor a monolithic Python codebase, analyze large files and code smells, then generate a phased modularization plan proposing a directory structure like utils, models, interfaces, and services to enforce SOLID principles and clean separation of concerns.
Common code smells signaling the need to modularize a Python project include large files, unclear responsibilities, and tangled dependencies. Identifying these issues allows you to map out a refactoring plan that enforces SOLID principles and creates a clean, maintainable architecture.
Plan a SOLID directory structure by mapping responsibilities into proposed folders like utils, models, interfaces, and services. This modularization separates concerns, guides the extraction of functions and classes, and provides validation criteria to ensure the refactored architecture maintains integrity.
Yes, you can refactor legacy Python codebases by following a phased execution plan with step-by-step techniques like Extract Function and Move Class. The process includes validation criteria to verify the refactored modular components maintain expected behavior even without comprehensive existing tests.
The best way to execute a large-scale refactor safely is through a phased execution plan using guided techniques like Extract Function and Move Class. This step-by-step approach enforces SOLID principles and provides validation criteria to verify functionality throughout the modularization process.
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