Can it identify specific design pattern violations?

Yes, it specifically scans for violations of SOLID, DRY, and KISS principles, as well as inconsistent boundaries like controllers calling repositories directly.

Does this skill change my global architecture decisions (ADRs)?

No, it focuses strictly on codebase-level structure and implementation patterns. It will only suggest changes to product-level ADRs if you explicitly request them.

Does it support automated code changes?

It primarily focuses on providing a detailed refactoring plan and strategy; however, as a Claude Code skill, it can assist in executing those steps under your supervision.

What language does the architectural report use?

The output format for this skill, including the architecture snapshot and refactoring plans, is provided in Russian.

How does it handle large repositories with multiple modules?

The skill can scan the entire repository to build a dependency graph or focus on a specific module, package, or pull request diff provided by the user.

HomeTusk Java Architect

Name: HomeTusk Java Architect
Author: Nepopams

byNepopams

Herramientas para Desarrolladores

Analyzes Java codebase architecture to identify structural weaknesses and generate incremental refactoring plans.

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HomeTusk Java Architect is a specialized Claude Code skill designed for deep codebase-level structural assessments of Java projects. It identifies architectural hotspots such as circular dependencies, leaky abstractions, and god classes while evaluating adherence to SOLID, DRY, and KISS principles. The skill generates detailed, low-risk refactoring plans in Russian, helping developers transition between layered, hexagonal, or clean architecture styles without disrupting existing product-level ADRs (Architectural Decision Records).

Características Principales

0 GitHub stars
Automated codebase inventory and module structure mapping
Alignment with quality gates and static analysis tools like SonarQube or SpotBugs
Detection of architectural hotspots like high coupling and cyclic dependencies
Evaluation of architectural patterns including Clean, Hexagonal, and Layered styles
Generation of step-by-step incremental refactoring plans with rollback strategies

Casos de Uso

Decoupling monolithic Java modules into clean, layered structures
Mapping out dependency graphs to resolve complex circular dependency issues
Planning safe, low-risk migrations between different architectural patterns

Acerca de

Características Principales

0 GitHub stars
Automated codebase inventory and module structure mapping
Alignment with quality gates and static analysis tools like SonarQube or SpotBugs
Detection of architectural hotspots like high coupling and cyclic dependencies
Evaluation of architectural patterns including Clean, Hexagonal, and Layered styles
Generation of step-by-step incremental refactoring plans with rollback strategies

Casos de Uso

Decoupling monolithic Java modules into clean, layered structures
Mapping out dependency graphs to resolve complex circular dependency issues
Planning safe, low-risk migrations between different architectural patterns