treasure-map-docs

Identify and summarize non-obvious architectural relationships and runtime flows across files.

2|1|Updated Aug 24, 2024
One-click install
npx skills add https://github.com/armanisadeghi/ai-matrx --skill treasure-map-docs
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: treasure-map-docs
Source: https://github.com/armanisadeghi/ai-matrx/tree/main/.cursor/expert-treasure-map-docs
Command: npx skills add https://github.com/armanisadeghi/ai-matrx --skill treasure-map-docs

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Treasure Map skill compresses days of discovery into minutes of reading for expert developers by revealing non-obvious architectural relationships, implicit conventions, and runtime flows that span multiple modules.

Core Features & Use Cases

  • Expert-oriented compression: uses precise terminology to replace long explanations with compact pointers that are actionable for seasoned engineers.
  • Non-obvious relationship discovery: highlights cross-module flows, implicit contracts, and runtime behavior that require code tracing to uncover.
  • Treasure-map workflow: provides a structured writing process, skeleton, and guidelines to generate concise maps for complex features or codebases.

Quick Start

Summarize a subsystem's architecture in a single expert treasure-map that highlights hidden relationships and runtime flows.

Frequently Asked Questions about treasure-map-docs

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

FAQPage Schema
How do I document non-obvious architectural relationships and cross-module flows?

To document non-obvious architectural relationships and cross-module flows, generate a concise treasure map that highlights implicit contracts and runtime behavior using compact pointers for expert developers.

What is the best way to summarize complex codebase architecture for senior developers?

Summarizing complex codebase architecture for senior developers requires expert-oriented compression, replacing long explanations with compact pointers that reveal where real logic lives and how modules interact.

How do I trace implicit contracts and runtime behavior across multiple modules?

Tracing implicit contracts and runtime behavior across multiple modules involves identifying non-obvious details through code tracing and capturing expert-level insights in concise, structured pointers.

Does this code discovery approach work for expert developers with full codebase access?

This code discovery approach targets senior developers with full codebase access, emphasizing cross-module flows and implicit contracts that matter for end-to-end understanding of complex features.

Can I generate architectural documentation for hidden runtime flows automatically?

Generating architectural documentation for hidden runtime flows uses a structured writing process, skeleton, and guidelines to produce concise maps revealing non-obvious details and module interactions.