Can this skill help with code refactoring?

Yes, it is specifically designed to analyze existing codebases and suggest refactoring patterns that improve modularity and reduce complexity.

What is Miller's Law in the context of coding?

Miller's Law suggests that the human mind can only keep 7 (plus or minus 2) items in working memory. This skill uses it to ensure code segments remain simple enough for developers to understand quickly.

What principles does this skill prioritize?

The skill follows a strict priority order: Safety First, then YAGNI (You Ain't Gonna Need It), Occam's Razor (simplicity), SOLID, DRY (Don't Repeat Yourself), and Miller's Law.

How does it handle conflicts between different design principles?

It uses a project-specific priority list where safety and simplicity (YAGNI) take precedence over more complex abstractions like SOLID or DRY.

Is this skill limited to a specific programming language?

No, it applies universal software engineering principles that are relevant to any programming language or framework.

Clean Code Principles Architect

Name: Clean Code Principles Architect
Author: thkt

bythkt

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開発者ツール

Enforces fundamental software engineering principles like SOLID, DRY, and YAGNI to ensure high-quality, maintainable codebases.

概要

This skill provides a structured framework for applying essential software design principles during the development process. By prioritizing safety and simplicity—using YAGNI and Occam's Razor—over unnecessary complexity, it helps developers refactor legacy code, design robust architectures, and respect cognitive limits via Miller's Law. It acts as an intelligent architectural advisor that ensures every line of code is purposeful, readable, and adheres to industry-standard clean code patterns, ultimately reducing technical debt.

主な機能

Automated enforcement of SOLID and DRY principles
Quick-decision framework for real-time refactoring guidance
3 GitHub stars
Readability optimization based on Miller's Law cognitive limits
Simplification of over-engineered solutions using YAGNI and Occam's Razor
Hierarchical priority system for resolving architectural conflicts

ユースケース

Reviewing new feature designs to prevent over-engineering and bloat
Standardizing code quality and architectural patterns across a team
Refactoring complex legacy functions into modular, testable components

概要

主な機能

Automated enforcement of SOLID and DRY principles
Quick-decision framework for real-time refactoring guidance
3 GitHub stars
Readability optimization based on Miller's Law cognitive limits
Simplification of over-engineered solutions using YAGNI and Occam's Razor
Hierarchical priority system for resolving architectural conflicts

ユースケース

Reviewing new feature designs to prevent over-engineering and bloat
Standardizing code quality and architectural patterns across a team
Refactoring complex legacy functions into modular, testable components