How does this skill support Domain-Driven Design?

It enforces correct dependency directions (Presentation -> Application -> Domain) and prevents domain entities from containing persistence logic or infrastructure dependencies.

What happens if a refactoring breaks my code?

The skill follows a strict 'Plan-Execute-Verify' workflow and is designed to integrate with test-generation skills to ensure all functionality is preserved after changes.

Does it support modularizing large directories?

Yes, it monitors directory file counts and suggests sub-domain splitting once a folder contains more than 10-15 files to maintain a manageable project structure.

When does the Code Refactor skill trigger automatically?

It triggers when it detects code files exceeding 200 lines, functions over 30 lines, or when cyclomatic complexity reaches 10 or higher.

Can it help reduce complex if-else statements?

Yes, it identifies 'conditional hell' and automatically suggests the 'Replace Conditional with Polymorphism' pattern to move logic into distinct strategy classes.

Code Refactor Pro

Name: Code Refactor Pro
Author: u9401066

byu9401066

Productivity & Workflow

Proactively optimizes code structure and enforces Domain-Driven Design (DDD) principles through automated refactoring and complexity analysis.

About

This skill empowers Claude to monitor code health in real-time, identifying oversized files, complex functions, and architectural violations before they accrue significant technical debt. By applying industry-standard patterns such as Extract Method, Replace Conditional with Polymorphism, and Split Module, it helps developers maintain a clean, modular codebase aligned with Domain-Driven Design (DDD). It is an essential utility for developers looking to automate the tedious aspects of code maintenance while ensuring high-quality, scalable software architecture.

Key Features

Domain-Driven Design (DDD) architectural guardrails and dependency checks
Automated implementation of refactoring patterns (Extract Method/Class, Strategy Pattern)
0 GitHub stars
Automatic detection of high cyclomatic complexity and deep nesting
Threshold monitoring for file, class, and function lengths
Proactive refactoring plans with impact analysis and benefit summaries

Use Cases

Decomposing monolithic files and 'god classes' into manageable modules
Simplifying complex conditional logic into clean polymorphic structures
Ensuring strict separation of concerns between domain, application, and infrastructure layers

About

Key Features

Domain-Driven Design (DDD) architectural guardrails and dependency checks
Automated implementation of refactoring patterns (Extract Method/Class, Strategy Pattern)
0 GitHub stars
Automatic detection of high cyclomatic complexity and deep nesting
Threshold monitoring for file, class, and function lengths
Proactive refactoring plans with impact analysis and benefit summaries

Use Cases

Decomposing monolithic files and 'god classes' into manageable modules
Simplifying complex conditional logic into clean polymorphic structures
Ensuring strict separation of concerns between domain, application, and infrastructure layers