refactor:react-native

Refactoring a React Native app to adopt the New Architecture involves migrating to Fabric, TurboModules, and JSI to improve rendering and native module communication performance. This process enforces Expo SDK 52+ patterns while preserving existing app behavior during the transition.

Structuring a large TypeScript React Native project requires applying SRP and DRY principles to enforce separation of concerns. This refactoring approach extracts reusable hooks and memoized components, progressively splitting monolithic apps into modular, testable units with type-safe navigation.

Improving performance in a monolithic React Native app involves extracting heavy UI logic into memoized components and creating reusable hooks for API calls. This refactoring process optimizes navigation and animations while enforcing type-safe navigation patterns.

Yes, this refactoring approach is designed for cross-platform mobile apps using Expo SDK 52+. It enforces Expo SDK 52+ usage alongside React Native New Architecture adoption, ensuring your TypeScript project aligns with modern development patterns.

Separating platform-specific code during a React Native refactor involves modular component extraction and applying strict separation of concerns. This process isolates platform-dependent logic while maintaining type-safe navigation and shared reusable hooks across the cross-platform mobile app.

You need to adopt JSI and TurboModules when your React Native TypeScript project requires high-performance native communication and modern rendering. This refactoring targets apps needing better separation of concerns, scalable navigation, and alignment with the React Native New Architecture.