What specific anti-patterns does it look for?

It identifies God Modules, circular dependencies, leaky abstractions (like DB access in UI components), barrel file explosions, and excessive directory nesting.

Does it provide recommendations for directory organization?

Yes, it offers specific templates for Feature-Based, Layer-Based, and Hybrid structures to help you choose the best fit for your project's scale.

Can it automatically fix my project structure?

The skill focuses on analysis, auditing, and planning. It provides a detailed migration plan that you can then use Claude to execute incrementally and safely.

What languages does the Architecture Review skill support?

While it features specific patterns for TypeScript and JavaScript projects, the core architectural principles and discovery processes are applicable to most modular programming languages.

Architecture Review

Name: Architecture Review
Author: srstomp

bysrstomp

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Developer Tools

Analyzes project structure and dependency health to provide systematic refactoring plans and architectural improvements.

About

Architecture Review is a specialized Claude Code skill designed to audit software projects by identifying structural anti-patterns like circular dependencies, god modules, and leaky abstractions. It provides a comprehensive framework for discovering architectural flaws, classifying issue severity, and generating phased migration plans, making it essential for teams managing growing codebases or planning significant refactors in TypeScript and JavaScript environments.

Key Features

2 GitHub stars
Issue severity classification for prioritizing technical debt
Support for multiple architectural patterns including feature-based and layered designs
Detection of architectural anti-patterns like circular dependencies and god modules
Automated structural health assessment and dependency mapping
Generation of phased refactoring and migration roadmaps

Use Cases

Conducting regular structural health checks to prevent technical debt accumulation
Planning a major refactor to transition from a layered to a feature-based architecture
Auditing a legacy codebase to map dependencies and identify structural bottlenecks

About

Key Features

2 GitHub stars
Issue severity classification for prioritizing technical debt
Support for multiple architectural patterns including feature-based and layered designs
Detection of architectural anti-patterns like circular dependencies and god modules
Automated structural health assessment and dependency mapping
Generation of phased refactoring and migration roadmaps

Use Cases

Conducting regular structural health checks to prevent technical debt accumulation
Planning a major refactor to transition from a layered to a feature-based architecture
Auditing a legacy codebase to map dependencies and identify structural bottlenecks