Which programming languages does this architecture skill support?

It provides deep, language-specific guidance for Go, TypeScript/React, and Java, as well as general software design patterns applicable to most object-oriented or functional languages.

When should I avoid using this skill?

You should avoid using this skill for simple CRUD apps, quick prototypes, or bug fixes where maintaining existing codebase conventions is more important than introducing new patterns.

Does it include modern architectural styles like Microservices?

Yes, it includes a decision framework for choosing between Layered, Hexagonal, and Microservices architectures based on team size and project complexity.

How does this help with SOLID principles?

The skill provides a quick reference and practical examples for each SOLID principle (Single Responsibility, Open/Closed, etc.) to ensure your code remains extensible and maintainable.

Software Architecture Patterns

Name: Software Architecture Patterns
Author: Zate

byZate

Herramientas para Desarrolladores

Guides architectural decisions with proven design patterns for Go, TypeScript, React, and Java environments.

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This skill equips Claude with the expertise of a senior software architect to help you design robust, scalable, and maintainable systems. It provides comprehensive blueprints for structural styles like Hexagonal (Ports & Adapters) and Layered architectures, alongside language-specific implementations for Go, React, and Java. By integrating SOLID principles and a pragmatic decision framework, this skill ensures your project structure remains clean while avoiding common pitfalls like over-engineering or premature abstraction.

Características Principales

Decision frameworks for choosing between Monoliths and Microservices.
Language-specific patterns for Go (Functional Options), React (Compound Components), and Java (Spring DI).
Anti-pattern detection to prevent over-engineering in simple CRUD or prototype projects.
Blueprints for Layered and Hexagonal (Ports & Adapters) architectural styles.
0 GitHub stars
Practical guidance on applying SOLID principles to real-world codebases.

Casos de Uso

Refactoring legacy code into a more testable Hexagonal architecture using ports and adapters.
Designing the core folder structure and interface boundaries for a new Go or TypeScript project.
Determining the most appropriate design pattern (Strategy, Repository, or Factory) for complex business logic.

Acerca de

Características Principales

Decision frameworks for choosing between Monoliths and Microservices.
Language-specific patterns for Go (Functional Options), React (Compound Components), and Java (Spring DI).
Anti-pattern detection to prevent over-engineering in simple CRUD or prototype projects.
Blueprints for Layered and Hexagonal (Ports & Adapters) architectural styles.
0 GitHub stars
Practical guidance on applying SOLID principles to real-world codebases.

Casos de Uso

Refactoring legacy code into a more testable Hexagonal architecture using ports and adapters.
Designing the core folder structure and interface boundaries for a new Go or TypeScript project.
Determining the most appropriate design pattern (Strategy, Repository, or Factory) for complex business logic.