dependency-mapper

Name: dependency-mapper
Availability: InStock
Author: prathmesh2000

Map and analyze codebase dependencies to detect circular dependencies and coupling hotspots.

1|Updated Mar 4, 2026

Search Tags:#architecture #code-analysis #blast-radius #dependency-map #circular-dependency #hub-analysis #module-coupling

Ready to run

npx skills add https://github.com/Prathmesh2000/cursor_agent-orchestrator --skill dependency-mapper-prathmesh2000

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: dependency-mapper
Source: https://github.com/Prathmesh2000/cursor_agent-orchestrator/tree/main/agent-system/skills/dependency-mapper
Command: npx skills add https://github.com/Prathmesh2000/cursor_agent-orchestrator --skill dependency-mapper-prathmesh2000

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Maps, visualises, and analyses dependencies across a codebase or service mesh to identify circular dependencies, high-coupling hotspots, and blast radius before refactors or changes.

Core Features & Use Cases

Dependency mapping across modules and services to surface coupling and architecture concerns
Circular dependency detection and hub analysis to prioritize fixes
Impact analysis and blast-radius planning before refactors or major changes
Multi-language support explanation and best-practice checks for Node.js/TypeScript, Python, and Java/Kotlin

Quick Start

Generate a dependency map for your codebase to identify circular dependencies and assess blast radius before refactoring.

Frequently Asked Questions about dependency-mapper

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

FAQPage Schema

How do I map circular dependencies and high-coupling hotspots before refactoring?▼

To map circular dependencies and high-coupling hotspots, you analyze your codebase to visualize incoming and outgoing module links, identifying key hubs and architectural risks. This dependency mapping enables precise blast-radius assessment and documents recommended mitigations before refactoring.

What is blast radius analysis and when do I need it for impact analysis?▼

Blast radius analysis identifies the potential impact of code changes by tracking incoming and outgoing dependencies across your codebase. You need it before major refactors to measure module coupling, document risks, and prioritize fixes for high-traffic hubs.

Can I analyze dependencies across multi-language monorepos with Node.js, Python, and Java?▼

Yes, you can analyze dependencies across multi-language monorepos containing Node.js/TypeScript, Python, and Java/Kotlin. The dependency mapping includes best-practice checks for each language to accurately track module coupling and service mesh interactions.

What's the best way to detect circular dependencies in a service mesh?▼

The best way to detect circular dependencies in a service mesh is by generating a dependency map that visualizes incoming and outgoing connections. This highlights cyclical module coupling and high-coupling hotspots, enabling you to prioritize architectural fixes.

Why does hub analysis matter when planning code refactors?▼

Hub analysis matters because it identifies heavily connected modules that act as high-coupling hotspots within your architecture. Targeting these hubs during refactors reduces blast radius, prevents circular dependencies, and minimizes the risk of breaking changes.