A collection of Flutter TodoMVC implementations demonstrating different state management and architectural patterns.
Flutter Architecture Samples is a collection of TodoMVC implementations in Flutter that demonstrate different architectural patterns and state management solutions. It helps developers understand how to structure Flutter applications using approaches like BLoC, Redux, Provider, and MobX. The project focuses on comparing how these patterns affect code organization, testing, and maintainability.
Flutter developers looking to learn about state management and architectural patterns, or teams deciding on an architecture for their Flutter projects. It's particularly useful for developers who want to see practical implementations beyond theoretical explanations.
It provides a unique side-by-side comparison of multiple architectures implementing the exact same app, allowing developers to evaluate trade-offs objectively. Unlike individual tutorials, it offers a consistent baseline for understanding different patterns in the Flutter ecosystem.
TodoMVC for Flutter
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Implements the same app using Vanilla, InheritedWidget, Provider, BLoC, Redux, MobX, Signals, MVI, and scoped_model, offering a broad view of Flutter architectures as listed in the README.
All samples follow the identical TodoMVC specification, enabling direct comparison of code structure, testing, and maintainability across different approaches.
Includes integration tests using the Page Object Model in a dedicated directory, demonstrating how to validate all architectural implementations consistently.
Each sample has a live web demo linked in the README, allowing developers to experiment with UI and state management without local setup.
The simple todo app doesn't address common challenges like API integration, navigation, or complex state transitions, reducing direct applicability to larger projects.
With Flutter's rapid evolution, some samples may use older libraries or patterns (e.g., scoped_model) that are no longer mainstream, requiring updates for current best practices.
While it showcases multiple architectures, the project admits these are not 'canonical examples' and lacks recommendations, leaving developers to interpret trade-offs on their own.