¿Cuáles son las características principales de microsoft/winobjc?

Las características principales de microsoft/winobjc son: Language Runtime Ports, Runtimes, Cross-Platform Execution, Application Porting Frameworks, iOS Framework Integrations, Native API Bridges, Native Windows Execution, Windows Runtime Implementations.

¿Qué alternativas de código abierto existen para microsoft/winobjc?

Las alternativas de código abierto para microsoft/winobjc incluyen: cross-rs/cross — Cross is a container-based build environment and cross-compilation tool for Rust. It functions as a multi-architecture… pybee/toga — Toga is a cross-platform UI framework and Python native GUI toolkit used to build applications that render native user… apache/cordova-android — This project is an Android hybrid mobile framework that enables the development of applications running web content… dcloudio/uni-app — uni-app is a cross-platform framework for building mobile and web applications from a single Vue.js codebase. It… microsoft/reactxp — ReactXP is a framework for building cross-platform mobile and web applications from a single codebase using React. It… flutter/samples — This is a comprehensive library of code examples and reference implementations for building cross-platform user…

WinObjC

WinObjC es una implementación del runtime del lenguaje Objective-C y del modelo de objetos para el sistema operativo Windows. Su propósito principal es permitir la ejecución de código Objective-C y APIs de iOS en Windows para apoyar la portabilidad de aplicaciones de iOS.

El proyecto cuenta con un puente de API nativo que mapea llamadas a frameworks del sistema Objective-C a funciones de la API nativa de Windows. Incluye una cadena de herramientas para convertir targets y workspaces de proyectos Xcode a formatos de Visual Studio y traduce archivos de diseño de storyboard visual en elementos de interfaz activos en pantalla.

El código base cubre la interoperabilidad binaria, la compilación multi-arquitectura y el enrutamiento de eventos de interfaz de usuario. También proporciona herramientas de diagnóstico para inspeccionar estados de memoria en tiempo de ejecución y visualizar objetos nativos durante la depuración.

Los resultados del proyecto se distribuyen como paquetes NuGet.

Features

Language Runtime Ports - Implements the core Objective-C language runtime and object model to execute code on Windows.
Runtimes - Implements the core Objective-C language runtime and object model to execute code on Windows.
Cross-Platform Execution - Executes Objective-C logic and iOS APIs on Windows for cross-platform application development.
Application Porting Frameworks - Adapts iOS applications and APIs to run on Windows by converting projects and implementing frameworks.
iOS Framework Integrations - Provides compatible versions of core iOS system libraries to support application logic on Windows.
Native API Bridges - Maps Objective-C system framework calls to native Windows API functions for hardware and system interaction.
Native Windows Execution - Allows calling native Windows system functions and platform APIs from within an Objective-C codebase.
Windows Runtime Implementations - Runs the Objective-C language runtime on Windows to maintain cross-platform development consistency.
Cross-Architecture Binary Generation - Produces optimized machine code for various CPU targets through a unified build process.
Cross-Platform Toolchains - Includes a toolchain to convert Xcode project targets and workspaces into Visual Studio formats.
Project File Conversions - Provides a utility to convert Xcode project targets and workspaces into compatible Visual Studio formats.
Native API Bridges - Implements bridges that allow the codebase to call native Windows system functions and interface controls.
Binary Layout Interoperability - Uses compatible binary layouts and calling conventions to enable communication between disparate system runtime libraries.
Binary Cross-Compilation - Compiles Objective-C source code into executable binaries for multiple CPU architectures.
Multi-Architecture Build Configurations - Produces binaries for various CPU targets and applies compiler optimizations for improved performance.
Cross-Platform UI Frameworks - Renders visual storyboards and routes events to maintain consistent interfaces across operating systems.
Storyboard Layout Rendering - Translates visual storyboard design files into active on-screen interface elements using native controls.
Storyboard Rendering - Translates visual storyboard design files into active on-screen interface elements on Windows.

Historial de estrellas

microsoftWinObjCArchived

Name: microsoft/winobjc
Author: microsoft

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6,239 estrellas801 forksCMIT4 vistas

WinObjC

Los resultados del proyecto se distribuyen como paquetes NuGet.

Features

Language Runtime Ports - Implements the core Objective-C language runtime and object model to execute code on Windows.
Runtimes - Implements the core Objective-C language runtime and object model to execute code on Windows.
Cross-Platform Execution - Executes Objective-C logic and iOS APIs on Windows for cross-platform application development.
Application Porting Frameworks - Adapts iOS applications and APIs to run on Windows by converting projects and implementing frameworks.
iOS Framework Integrations - Provides compatible versions of core iOS system libraries to support application logic on Windows.
Native API Bridges - Maps Objective-C system framework calls to native Windows API functions for hardware and system interaction.
Native Windows Execution - Allows calling native Windows system functions and platform APIs from within an Objective-C codebase.
Windows Runtime Implementations - Runs the Objective-C language runtime on Windows to maintain cross-platform development consistency.
Cross-Architecture Binary Generation - Produces optimized machine code for various CPU targets through a unified build process.
Cross-Platform Toolchains - Includes a toolchain to convert Xcode project targets and workspaces into Visual Studio formats.
Project File Conversions - Provides a utility to convert Xcode project targets and workspaces into compatible Visual Studio formats.
Native API Bridges - Implements bridges that allow the codebase to call native Windows system functions and interface controls.
Binary Layout Interoperability - Uses compatible binary layouts and calling conventions to enable communication between disparate system runtime libraries.
Binary Cross-Compilation - Compiles Objective-C source code into executable binaries for multiple CPU architectures.
Multi-Architecture Build Configurations - Produces binaries for various CPU targets and applies compiler optimizations for improved performance.
Cross-Platform UI Frameworks - Renders visual storyboards and routes events to maintain consistent interfaces across operating systems.
Storyboard Layout Rendering - Translates visual storyboard design files into active on-screen interface elements using native controls.
Storyboard Rendering - Translates visual storyboard design files into active on-screen interface elements on Windows.

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