react-native

A scalable React Native project uses a standard directory layout that separates functional components, hook-based logic, and state management. This structure ensures maintainability and clear separation of concerns as your cross-platform application grows.

State management in React Native using Zustand and React Query separates global client state and server state. Zustand handles global state across components, while React Query manages asynchronous server state, ensuring efficient data fetching and caching.

Handling platform-specific code in React Native involves using targeted strategies to manage differences between iOS and Android. This ensures cross-platform mobile apps run efficiently while addressing unique platform requirements and avoiding common anti-patterns.

Testing React Native components and hooks uses the React Native Testing Library to validate UI interactions and hook-based logic extraction. This approach ensures functional components behave correctly and helps identify common anti-patterns before deployment.

Common React Native anti-patterns to avoid include poor project structure, improper state management, and unmanaged platform-specific code. Recognizing these pitfalls ensures efficient cross-platform mobile app development and maintainable component design.