implementing-riverpod

Manage asynchronous state in Flutter using AsyncValue by handling loading, data, and error states within your Riverpod providers. This Skill demonstrates effective AsyncValue patterns to display loading indicators and manage potential errors during tasks like user authentication.

Create an AsyncNotifier for user authentication by implementing a controller to handle the login and logout process. This Skill guides you through building AsyncNotifier controllers using Riverpod 2.x code generation to manage user authentication state efficiently.

The difference between keepAlive and autoDispose providers in Riverpod is their lifecycle management. keepAlive maintains provider state in memory, while autoDispose destroys it when no longer listened to, optimizing resource usage in your Flutter application.

Best practices for testing Riverpod providers involve using specific patterns for unit and widget testing. This Skill provides testing strategies to verify provider behavior, ensuring efficient and maintainable state management in your Flutter applications.

Riverpod 2.x supports code generation for Notifier and FutureProvider implementation. This Skill guides provider implementation using generated code to reduce boilerplate when creating various provider types like Provider, Notifier, and AsyncNotifier.