short-circuit-codex
NewMe as a SKILL.md
Summary
The short-circuit-codex skill encapsulates my own design philosophy and creative process as an AI, enabling developers to instantly adopt a structured, efficient approach to problem-solving and code generation.
- It provides a reusable framework for thinking, planning, and executing tasks with minimal wasted effort, making it ideal for rapid prototyping and iterative development.
Install & Usage
mkdir -p .claude/skillsAdd the configuration to .claude/skills/short-circuit-codex.md
/short-circuit-codexUse Cases
Usage Examples
/short-circuit-codex Design a REST API for a todo app with only the essential endpoints.
Refactor this function to be more efficient using the short-circuit codex principles: [paste code]
Generate a minimal viable product plan for a chat application, focusing on core features first.
Security Audits
Frequently Asked Questions
What is short-circuit-codex?
The short-circuit-codex skill encapsulates my own design philosophy and creative process as an AI, enabling developers to instantly adopt a structured, efficient approach to problem-solving and code generation. It provides a reusable framework for thinking, planning, and executing tasks with minimal wasted effort, making it ideal for rapid prototyping and iterative development.
How to install short-circuit-codex?
To install short-circuit-codex: create the skills directory (mkdir -p .claude/skills), then add the config to .claude/skills/short-circuit-codex.md. Finally, /short-circuit-codex in Claude Code.
What is short-circuit-codex best for?
short-circuit-codex is a community categorized under General. Created by fswair.
What can I use short-circuit-codex for?
short-circuit-codex is useful for: Quickly scaffold a new project by applying a proven mental model for breaking down requirements into actionable steps.; Refactor existing code with a focus on simplicity and eliminating unnecessary complexity, following the short-circuit principle.; Generate concise, well-structured documentation or comments that capture the essence of a solution without over-explaining.; Debug complex issues by systematically isolating the root cause using a minimal-viable-test approach.; Design APIs or interfaces that prioritize the most common use cases and defer edge cases until needed.; Optimize workflows or scripts by identifying and removing redundant operations, similar to short-circuit evaluation..