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What are the benefits and drawbacks of using React's useContext for managing global state?
useContext can simplify global state management by allowing components to access context values directly. However, it can lead to performance issues due to re-renders of all consumers when context values change. For complex state, consider using dedicated state management libraries.
useContext can simplify global state management by allowing components to access context values directly. However, it can lead to performance issues due to re-renders of all consumers when context values change. For complex state, consider using dedicated state management libraries.
What are some best practices for managing global state with Redux in React?
Best practices for managing global state with Redux include organizing state into slices, using action creators and reducers for clarity, employing middleware like Redux Thunk for async actions, and normalizing state to avoid deeply nested structures.
Best practices for managing global state with Redux include organizing state into slices, using action creators and reducers for clarity, employing middleware like Redux Thunk for async actions, and normalizing state to avoid deeply nested structures.
How do you handle app state in React Native?
App state in React Native can be managed using various methods. For simpler state management, you can use the Context API or React's `useState` and `useReducer` hooks. For more complex state needs, libraries like Redux or MobX offer advanced state management solutions. These libraries help you manage state across your application and keep it in sync with the UI.
App state in React Native can be managed using various methods. For simpler state management, you can use the Context API or React's `useState` and `useReducer` hooks. For more complex state needs, libraries like Redux or MobX offer advanced state management solutions. These libraries help you manage state across your application and keep it in sync with the UI.
How do you handle state in React Native?
State in React Native can be managed using the `useState` hook for functional components or `this.state` in class components. For more complex state management, you can use context API or state management libraries like Redux or MobX. State is used to store data that affects how the component renders and behaves.
State in React Native can be managed using the `useState` hook for functional components or `this.state` in class components. For more complex state management, you can use context API or state management libraries like Redux or MobX. State is used to store data that affects how the component renders and behaves.
What is the difference between JWT and session-based authentication?
JWT and session-based authentication differ primarily in how they manage user sessions. Session-based authentication requires storing session data on the server, typically in memory or a database, and uses session IDs to identify users. JWT, however, is stateless and stores all authentication information in the token itself, which is managed on the client side. While session-based authentication requires server-side storage and management, JWT simplifies scalability and reduces server load by eliminating the need for session state on the server.
JWT and session-based authentication differ primarily in how they manage user sessions. Session-based authentication requires storing session data on the server, typically in memory or a database, and uses session IDs to identify users. JWT, however, is stateless and stores all authentication information in the token itself, which is managed on the client side. While session-based authentication requires server-side storage and management, JWT simplifies scalability and reduces server load by eliminating the need for session state on the server.