navigation-patterns

To set up type-safe navigation, define typed ParamLists and enums-based route definitions, then wire your screens with typed screen props to ensure consistent stack configurations across your React Native app.

Structure React Navigation stacks by maintaining centralized root configurations that explicitly separate public and private stacks, enforcing typed route definitions and consistent stack configurations throughout the project.

To add a new screen with typed routes, update the typed ParamList with the new route, define its enum, wire it into the stack navigator, and pass typed screen props to the screen component.

Yes, this pattern integrates with React Navigation hooks by enforcing typed screen props, ensuring that hook-based navigation actions and route parameters remain fully type-safe across all feature stacks.

Type errors occur when screen parameters do not match the typed ParamList definitions, which this pattern resolves by enforcing centralized, enums-based route definitions and typed screen props across all navigators.

Centralized stack configurations are not recommended for React Navigation when your project avoids typed routes entirely or operates with a very small, single-screen codebase that does not require strict architectural enforcement.