How does this skill improve code testability?

It emphasizes patterns like Dependency Injection and Pure Functions, which decouple logic from side effects and external dependencies, allowing for easier unit testing without heavy mocking.

Is this skill suitable for small projects or scripts?

No, it is best applied to complex business logic and production-grade applications. For simple CRUD operations or one-off scripts, these patterns may introduce unnecessary overhead.

What complexity signals does this skill monitor?

The skill provides guidance when it detects functions longer than 50 lines, cyclomatic complexity scores above 10, or nesting deeper than four levels.

How does it help with 'God Classes'?

It applies SOLID principles—specifically the Single Responsibility Principle—to break down bloated classes into smaller, focused components using composition over inheritance.

Does it support the Saga pattern for microservices?

Yes, it includes a specific Orchestration pattern that implements Saga transactions with compensating logic to ensure data integrity across multiple service calls.

Coding Patterns & Clean Architecture

Name: Coding Patterns & Clean Architecture
Author: Nice-Wolf-Studio

byNice-Wolf-Studio

개발자 도구

Implements modern architectural patterns and clean code principles to build maintainable, testable, and low-complexity software systems.

소개

The Coding Patterns skill transforms Claude into a senior software architect, providing structured guidance on complex logic implementation. It specializes in reducing technical debt and cyclomatic complexity by applying patterns such as Orchestration (Saga), Pure Functions, and Vertical Slice Architecture. By focusing on side-effect isolation and proper function decomposition, this skill ensures your codebase remains scalable and easy to test while optimizing for token efficiency in AI-assisted development environments.

주요 기능

Automated identification of code smells like God objects and deep nesting
0 GitHub stars
Comprehensive guidance on SOLID principles, Dependency Injection, and Composition
Orchestration and Saga pattern implementation for complex multi-step workflows
Strategic function decomposition to manage cyclomatic complexity and readability
Side-effect isolation using the 80/20 rule for pure functions

사용 사례

Architecting distributed transactions with coordinated rollback logic
Designing feature-based architectures using Vertical Slice principles
Refactoring legacy 'spaghetti code' into modular, testable components

소개

주요 기능

Automated identification of code smells like God objects and deep nesting
0 GitHub stars
Comprehensive guidance on SOLID principles, Dependency Injection, and Composition
Orchestration and Saga pattern implementation for complex multi-step workflows
Strategic function decomposition to manage cyclomatic complexity and readability
Side-effect isolation using the 80/20 rule for pure functions

사용 사례

Architecting distributed transactions with coordinated rollback logic
Designing feature-based architectures using Vertical Slice principles
Refactoring legacy 'spaghetti code' into modular, testable components