
from Claude Code Workflows654
A comprehensive framework for technical decision-making, anti-pattern detection, and quality assurance for AI-driven development.
This skill provides a rigorous set of technical decision criteria and a collection of anti-patterns to ensure AI agents produce maintainable, high-quality code. It shifts the agent's focus toward 'Value-First Engineering', prioritizing the lowest-lifecycle-cost solutions that deliver actual user value.
Activate this skill during technical design reviews, when assessing implementation choices, debugging systemic failures, or when auditing code for technical debt and smells. It is specifically useful when the agent needs to decide whether to abstract code (Rule of Three) or implement complex error handling (Fail-Fast principles).
Optimized for Claude Code and other agentic IDEs (Cursor, Codex, Gemini CLI) that support structured procedural instructions.
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Language-Agnostic Coding Principles
Opinionated, language-agnostic principles and patterns to improve maintainability, readability, and robustness when implementing features, refactoring, or revie
Language‑Agnostic Coding Principles
Opinionated, language-agnostic principles for writing maintainable, readable, and secure code — use when implementing features, refactoring, or reviewing code q