Can I use this skill during code reviews?

Yes, the skill includes a specific code review checklist designed to help identify violations like logic-heavy components, hardcoded dependencies, and fat interfaces.

How does this skill improve code quality?

It enforces architectural standards that reduce coupling and increase cohesion, making the codebase significantly easier to maintain, test, and extend over time.

What is the main benefit of using SOLID with AI coding tools?

It provides Claude with a rigorous framework of professional constraints, ensuring that generated code isn't just functional, but also follows industry-standard best practices for long-term health.

Does it support languages other than Elixir and TypeScript?

While the skill provides explicit patterns for Elixir and TypeScript, the underlying SOLID principles are universal and can be applied to any object-oriented or functional language.

SOLID Principles Architect

Name: SOLID Principles Architect
Author: TheBushidoCollective

byTheBushidoCollective

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Developer Tools

Guides the design and implementation of maintainable, flexible code architectures using the five core SOLID design principles.

About

This skill empowers Claude to act as a senior software architect, ensuring that modules, functions, and components adhere to the five core SOLID principles: Single Responsibility, Open/Closed, Liskov Substitution, Interface Segregation, and Dependency Inversion. By providing domain-specific guidance and language-specific patterns for Elixir and TypeScript, it helps developers build decoupled, extensible systems that are easier to test and modify. It includes a comprehensive application checklist and identifies common code smells to prevent architectural debt during both initial implementation and peer code reviews.

Key Features

Strategies for achieving dependency inversion through behaviors and interfaces
Detection of common violations like fat interfaces and tightly coupled dependencies
Comprehensive architectural checklists for design, implementation, and code review
Language-specific implementation patterns for Elixir and TypeScript environments
Seamless integration with TDD and code quality enforcement workflows
39 GitHub stars

Use Cases

Decoupling business logic from external services to improve system testability and flexibility
Designing extensible provider systems using the Open/Closed Principle to support new integrations without code modification
Refactoring monolithic functions or components into smaller, single-responsibility modules

About

Key Features

Strategies for achieving dependency inversion through behaviors and interfaces
Detection of common violations like fat interfaces and tightly coupled dependencies
Comprehensive architectural checklists for design, implementation, and code review
Language-specific implementation patterns for Elixir and TypeScript environments
Seamless integration with TDD and code quality enforcement workflows
39 GitHub stars

Use Cases

Decoupling business logic from external services to improve system testability and flexibility
Designing extensible provider systems using the Open/Closed Principle to support new integrations without code modification
Refactoring monolithic functions or components into smaller, single-responsibility modules