flutter-message-workflow

To define a new Flutter message type, create an IMessageData class with a type field and implement a MessageWidgetStrategy subclass to handle rendering and internal state. Register the strategy in your DI container for scalable rendering.

The strategy pattern approach uses pluggable MessageWidgetStrategy subclasses for each message type, allowing data-driven rendering. By registering these strategies in a DI container, the message widget factory achieves O(1) lookup.

You generate mock data for Flutter message workflows by providing a createMockData() function within your message strategy implementation. This allows you to supply test data for interactive chat-like messages, ensuring UI rendering can be tested.

Yes, dependency injection is required for this Flutter message strategy pattern. It uses a DI container to register and resolve MessageWidgetStrategy implementations, which ensures O(1) lookup performance and extensibility.

You should use a message widget strategy when your Flutter app renders chat-like messages with interactive inputs or selections. It standardizes how new message types are defined and rendered, ensuring scalable and consistent message handling.