unoplatform/uno
Uno
Uno is a cross-platform development framework used to build native mobile, web, desktop, and embedded applications from a single C# and XAML codebase. It provides a native UI framework that renders visual elements across different operating systems using shared layout and styling rules.
The platform features a hot reload development environment that allows for the modification of code and layouts in a running application without restarting the process. It supports a dual-mode rendering system, offering a choice between a shared cross-platform canvas and native platform controls.
The framework includes capabilities for responsive interface design and visual theme application. It provides a unified interface for accessing native device hardware sensors and secure storage, as well as tools for cross-platform UI testing and XAML-to-code compilation.
Features
- Cross-Platform - Compiles a single shared source of logic and UI into native applications for mobile, web, desktop, and embedded targets.
- Cross-Platform Development Frameworks - Provides a framework for building native desktop, mobile, and web applications from a single C# and XAML codebase.
- Native UI Frameworks - Implements a native UI framework that renders visual elements across different operating systems using shared layout rules.
- Hot Reloading - Ships a hot reload environment that allows modifying code and layouts in a running application without restarting.
- Hot-Reloading Systems - Allows injecting modified code and layout changes into a running application without restarting the process.
- Cross-Platform Application Development - Enables the creation of native applications for mobile, web, desktop, and embedded targets from a single shared codebase.
- Cross-Platform UI Frameworks - Provides a framework for developing user interfaces that adapt to different operating systems while maintaining shared logic.
- Native Interface Construction - Builds responsive visual interfaces using native operating system controls for platform-consistent looks.
- Cross-Platform Rendering - Implements a dual-mode rendering system that switches between a shared canvas and native platform controls.
- Unified Hardware Interfaces - Provides a unified interface for accessing device sensors and secure storage across various platforms.
- Device & Hardware SDKs - Provides a single interface to access native hardware sensors and secure storage across different operating systems.
- Markup-to-Code Transpilation - Transforms declarative markup files into optimized source code to handle component initialization and data binding.
- Compile-Time Code Generation - Transforms declarative XAML markup into optimized source code for component initialization and data binding at build time.
- Hardware Abstraction Layers - Provides a consistent architectural API to interact with device sensors and secure storage across platforms.
- Cross-Platform Testing Suites - Provides tools for executing automated user interface tests across mobile, desktop, and web environments.
- Visual Tree Validation - Validates user interface behavior by adding elements to the visual tree and monitoring the display state.
- Application Theme Definitions - Styles applications using standardized design languages to ensure a consistent look and feel across targets.
- Platform-Adaptive UI Elements - Tailors the appearance and behavior of interface elements by selecting properties based on the target operating system.
- Platform-Specific Resolutions - Selects specific interface properties and behaviors based on the target operating system during rendering.
- Responsive Design - Includes capabilities for creating responsive interfaces that automatically adjust layout and style for various screen sizes.
- Desktop and Mobile Apps - Framework for single-source C# and XAML apps.
- Dotnet Desktop Frameworks - Pixel-perfect multi-platform apps using C# and WinUI.
- User Interface - Mobile, desktop, and WebAssembly GUI library.
Star history
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