Does it include specific React patterns?

Absolutely. It covers functional component structures, custom hook implementation, state management best practices, and performance memoization.

Is the skill useful for testing?

Yes, it defines standards for test structure using the AAA (Arrange, Act, Assert) pattern and provides guidance on descriptive test naming.

How does it handle API development?

It provides standardized REST API conventions, consistent response formats, and robust input validation patterns using libraries like Zod.

What languages does the coding-standards skill support?

This skill is optimized for TypeScript, JavaScript, React, and Node.js development, including specific patterns for the Next.js App Router.

Can this skill help reduce technical debt?

Yes, by enforcing principles like KISS and DRY and identifying code smells, it helps prevent over-engineering and promotes maintainable codebases.

Universal Coding Standards

Name: Universal Coding Standards
Author: hieuck

byhieuck

0•

Developer Tools

Enforces industry-standard best practices and patterns for modern TypeScript, JavaScript, React, and Node.js development.

The Universal Coding Standards skill provides Claude with a comprehensive framework of engineering principles and implementation patterns to ensure high-quality, maintainable code. It covers a broad spectrum of development needs, from basic naming conventions and immutability patterns to complex React component architectures and RESTful API designs. By leveraging this skill, developers can automate code reviews, eliminate anti-patterns, and maintain structural consistency across large-scale projects, ensuring that every line of code adheres to proven methodologies like KISS, DRY, and YAGNI.

Key Features

01Defines scalable API design standards and input validation schemas

02Enforces core engineering principles including KISS, DRY, and YAGNI

030 GitHub stars

04Implements robust error handling and async/await execution patterns

05Provides templates for React functional components and custom hooks

06Standardizes naming conventions for variables, functions, and file structures

Use Cases

01Ensuring type safety and performance optimization in TypeScript and React applications

02Establishing a unified coding style during project initialization or team onboarding

03Identifying and refactoring code smells like deep nesting and magic numbers

Key Features

01Defines scalable API design standards and input validation schemas

02Enforces core engineering principles including KISS, DRY, and YAGNI

030 GitHub stars

04Implements robust error handling and async/await execution patterns

05Provides templates for React functional components and custom hooks

06Standardizes naming conventions for variables, functions, and file structures

Use Cases

01Ensuring type safety and performance optimization in TypeScript and React applications

02Establishing a unified coding style during project initialization or team onboarding

03Identifying and refactoring code smells like deep nesting and magic numbers