Does it support the latest React features?

Absolutely. The skill focuses on modern functional components, hooks, concurrent features, and current state management trends like React Query and Zustand.

How does this skill improve my React development workflow?

It provides Claude with a deep understanding of advanced patterns like composition and custom hooks, helping you write cleaner, more maintainable code faster.

Can it help with React performance issues?

Yes, it offers specific guidance on identifying re-render bottlenecks and implementing useMemo, useCallback, and React.lazy correctly.

Is accessibility included in the suggested patterns?

Yes, building inclusive interfaces is a core philosophy of this skill, focusing on semantic HTML, focus management, and ARIA attributes.

React Design Patterns

Name: React Design Patterns
Author: majesticlabs-dev

bymajesticlabs-dev

•

Design Tools

Implements modern React patterns including custom hooks, component composition, and state management strategies to build scalable frontend architectures.

About

React Design Patterns equips Claude with specialized knowledge to architect high-performance, accessible React applications. It guides the implementation of advanced patterns like compound components, render props, and custom hooks while optimizing for performance through strategic memoization and code splitting. Whether you are refactoring legacy class components or building a complex state-managed system from scratch, this skill ensures your code adheres to industry-leading React best practices, proper separation of concerns, and rigorous accessibility standards.

Key Features

Accessibility-first component design following ARIA and semantic HTML standards
Implementation of flexible component APIs using compound patterns
Performance optimization through useMemo, useCallback, and code-splitting
Expert guidance on custom hook development and state colocation logic
Robust state management via useReducer, Context, and server-state patterns
9 GitHub stars

Use Cases

Architecting global state management for complex application workflows
Refactoring bloated components into reusable hooks and smaller sub-components
Implementing accessible UI elements like modals and tabs with full keyboard navigation

About

Key Features

Accessibility-first component design following ARIA and semantic HTML standards
Implementation of flexible component APIs using compound patterns
Performance optimization through useMemo, useCallback, and code-splitting
Expert guidance on custom hook development and state colocation logic
Robust state management via useReducer, Context, and server-state patterns
9 GitHub stars

Use Cases

Architecting global state management for complex application workflows
Refactoring bloated components into reusable hooks and smaller sub-components
Implementing accessible UI elements like modals and tabs with full keyboard navigation