Is it compatible with all programming languages?

Yes, the principles and frameworks provided are language-agnostic and apply to general software engineering and architectural design across any stack.

What triggers the SuperClaude Principles skill?

The skill activates automatically when Claude detects architectural keywords such as 'SOLID', 'patterns', 'trade-offs', or 'quality standards' in your prompt.

Does this skill help with code reviews?

Yes, it provides a structured framework for evaluating code against engineering principles to ensure maintainability, scalability, and high quality.

How does this improve AI-generated code?

It constrains Claude's output to follow specific engineering standards, ensuring that generated code is not just functional but also well-architected.

Can I use this for system design planning?

Absolutely. It offers decision frameworks that help developers weigh the pros and cons of different architectural patterns and technologies.

SuperClaude Principles

Name: SuperClaude Principles
Author: rafaelcalleja

byrafaelcalleja

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Herramientas para Desarrolladores

Implements core software engineering principles and architectural decision frameworks to ensure high-quality, maintainable code.

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SuperClaude Principles is a specialized architectural skill designed to elevate Claude's software engineering capabilities. It provides deep guidance on design philosophy, risk management, and rigorous quality standards by automatically activating when architectural keywords like SOLID, patterns, or trade-offs are detected. This skill acts as a senior architect within your AI workflow, helping you navigate complex system design choices, evaluate technical trade-offs, and ensure that your codebase adheres to industry best practices for long-term maintainability.

Características Principales

1 GitHub stars
Structured guidance for system design and architectural planning
Automated architectural keyword detection for SOLID and common patterns
Detailed guidance on software design philosophy and risk management
Comprehensive decision frameworks for evaluating complex technical trade-offs
Implementation of industry-standard quality and maintainability metrics

Casos de Uso

Ensuring consistent quality standards and best practices during automated code reviews
Evaluating multiple architectural approaches during the initial system design phase
Refactoring legacy codebases to improve adherence to SOLID principles

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Características Principales

1 GitHub stars
Structured guidance for system design and architectural planning
Automated architectural keyword detection for SOLID and common patterns
Detailed guidance on software design philosophy and risk management
Comprehensive decision frameworks for evaluating complex technical trade-offs
Implementation of industry-standard quality and maintainability metrics

Casos de Uso

Ensuring consistent quality standards and best practices during automated code reviews
Evaluating multiple architectural approaches during the initial system design phase
Refactoring legacy codebases to improve adherence to SOLID principles