reactiveui/ReactiveUI
ReactiveUI
ReactiveUI is a .NET MVVM framework and functional reactive programming library designed to decouple application state from the user interface. It functions as a reactive state management tool that uses observable streams to handle mutable data and asynchronous event-driven logic.
The framework provides a cross-platform UI toolkit that abstracts business logic from platform-specific views. This enables the creation of consistent user interfaces across multiple .NET platforms by utilizing platform-agnostic abstractions.
The system focuses on application state management and decoupled UI testing, allowing business logic to be verified independently from the visual presentation layer. It implements the Model-View-ViewModel pattern to separate volatile application data from interface components.
Features
- Reactive Programming Libraries - Provides a library for managing asynchronous data streams using observable sequences in .NET.
- Application State Management - Provides a comprehensive system for managing complex application state separately from the UI.
- Functional Reactive Programming Frameworks - Provides a framework that leverages functional reactive programming patterns for state management.
- MVVM Architectures - Utilizes MVVM architectures to decouple mutable application state from interface components.
- MVVM Patterns - Implements the MVVM pattern to separate business logic from the user interface.
- Observable State Management - Uses observable streams to automatically propagate model changes to the user interface.
- Reactive State Management - Implements a reactive state management system using observable primitives to improve maintainability.
- Cross-Platform UI Frameworks - Enables cross-platform UI development using a shared logic and state management layer.
- Mutable State Tracking - Provides mechanisms to track mutable state changes to trigger reactive interface updates.
- Command Actions - Implements a command-based system to map user interactions to discrete logic units.
- UI Thread Schedulers - Includes schedulers that control thread execution to ensure safe and synchronized UI updates.
- Headless Logic Decoupling - Implements the decoupling of business logic from the rendering layer to enable headless testing.
- Business Logic Isolation - Enables the isolation of business logic from the UI to facilitate independent testing.
- Cross-Platform Abstractions - Provides unified interfaces to ensure consistent UI logic across different .NET platforms.
- Developer Utilities - Library for building reactive, event-driven user interfaces.
- Functional Programming - MVVM framework integrated with reactive extensions.
- MVVM Frameworks - MVVM framework integrated with Reactive Extensions.
