llm-docs-optimizer

Optimize README and docs for LLM retrieval with c7score analysis.

1|Updated Mar 15, 2026
One-click install
npx skills add https://github.com/kennyolofsson23-netizen/claude-code-config --skill llm-docs-optimizer-kennyolofsson23-netizen
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: llm-docs-optimizer
Source: https://github.com/kennyolofsson23-netizen/claude-code-config/tree/main/skills/llm-docs-optimizer
Command: npx skills add https://github.com/kennyolofsson23-netizen/claude-code-config --skill llm-docs-optimizer-kennyolofsson23-netizen

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

Projects and READMEs are often written for humans and contain fragmented, import-only snippets, directory metadata, and inconsistent formatting that make them hard for LLMs and AI coding assistants to use effectively. This skill centralizes a question-driven approach to restructure documentation, add runnable examples, remove noise, and improve discoverability so LLMs provide more accurate, actionable answers.

Core Features & Use Cases

  • C7Score Optimization: Evaluate and improve documentation across question-snippet matching, LLM evaluation, formatting, metadata removal, and initialization clarity to raise Context7 benchmark scores.
  • llms.txt Generation: Build an LLM-friendly llms.txt navigation file with prioritized full-URL links and concise summaries to help agents find relevant docs quickly.
  • Automated Analysis: Optionally run the included analyze_docs.py to detect import-only snippets, installation-only blocks, duplicates, and formatting issues and produce a prioritized remediation plan.
  • Use Case: Improve a repository README so that Claude, Copilot, or retrieval-based assistants can answer common "How do I..." developer questions with copy-paste runnable examples and a linked llms.txt for fast navigation.

Quick Start

Ask llm-docs-optimizer to analyze and optimize your README for c7score and optionally generate an llms.txt navigation file for the repository.

Frequently Asked Questions about llm-docs-optimizer

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I optimize my README for LLMs and AI coding assistants?

To optimize README files for LLMs, you apply a question-driven approach that restructures documentation, adds runnable examples, and removes noise. This improves LLM retrieval and provides accurate answers for AI coding assistants.

What is c7score optimization for project documentation?

C7score optimization evaluates and improves documentation across question-snippet matching, LLM evaluation, formatting, and initialization clarity. It raises Context7 benchmark scores to make project docs more usable for AI assistants.

How do I generate an llms.txt file for my repository?

To generate an llms.txt file, you build an LLM-friendly navigation file containing prioritized full-URL links and concise summaries. This helps AI agents find relevant documentation quickly and improves retrieval accuracy.

Why do AI assistants give wrong answers from my documentation?

AI assistants give wrong answers because documentation often contains fragmented, import-only snippets and inconsistent formatting. Removing this noise and adding copy-paste runnable examples fixes LLM retrieval and provides accurate answers.

Can I automatically detect import-only snippets and formatting issues in my docs?

Yes, you can automatically detect import-only snippets, installation-only blocks, and duplicates by running the included analyze_docs.py script. It analyzes code snippets and produces a prioritized remediation plan for your docs.

Does this documentation optimization approach work with existing docs directories?

Yes, this approach works with existing docs directories, README files, and example files. It analyzes your current documentation structure and applies targeted fixes without requiring a complete rewrite of your project files.