anbox/anboxArchived
Anbox
Anbox 是一个 Android 容器环境和运行时，旨在在 Linux 桌面执行 Android 应用程序。它利用基于容器的系统来运行 Android 操作系统，而无需传统硬件虚拟化带来的开销。
该系统具有一个硬件抽象层，通过宿主守护进程路由硬件访问和传感器数据，以提供加速渲染。它通过将单个 Android 应用程序层映射到单独的窗口来与 Linux 桌面集成，允许应用程序作为独立的桌面应用程序运行。
该项目支持引导自定义 Android 镜像以定义系统根文件系统，并提供通过调试桥侧载和管理应用程序包的工作流。它包括一个会话管理器来协调应用程序组件的生命周期和启动。
Features
- Android Containerization - Provides a container-based system to execute Android applications on Linux desktops without hardware virtualization overhead.
- Android Application Virtualization - Boots a full Android system within a container on a Linux host to run software without virtualization overhead.
- Android Hardware Simulation Tools - Routes hardware access and sensor data through a host daemon to provide accelerated rendering for emulated apps.
- App-to-Window Mapping - Maps specific Android application layers to individual desktop windows for seamless integration into the host environment.
- RISC-V Hardware Emulation - Provides an emulation layer that routes hardware access commands to the host for accelerated rendering.
- Android App Containers - Runs Android applications on a Linux desktop using containers to avoid the overhead of traditional virtualization.
- Android-Linux Desktop Integration - Maps individual Android application layers to separate windows for seamless integration into the Linux desktop.
- Containerized Android Runtimes - Boots Android system images within a container to execute applications with low overhead.
- Android OS Containerization - Runs the Android operating system within a Linux container to eliminate the overhead of full hardware virtualization.
- Containerized Desktop Sessions - Provides a containerized environment on a Linux desktop to execute Android software as native-like apps.
- Hardware Abstraction Layers - Implements a host daemon that routes hardware access and sensor data to provide accelerated rendering.
- Host-Daemon Hardware Bridging - Routes hardware access requests through a background process to bridge Android drivers with the host system hardware.
- Application Window Managers - Maps application layers to a desktop environment to render each Android app within its own separate window.
- Sensor Data Simulation - Simulates physical hardware inputs by reading or modifying sensor data within the emulated environment.
- Host-to-Device Package Installations - Deploys application files from a host computer to the containerized device using a debug bridge.
- Sideloading Managers - Provides tools for installing third-party Android application packages into the target environment via command-line.
- Android Package Management - Installs and manages Android application packages on a Linux host using command-line tools and debug bridges.
- Debugging Communication Bridges - Installs application binaries into the containerized environment using a standard Android development communication protocol.
- Message Passing - Uses a messaging interface to coordinate the launching and lifecycle management of individual Android applications.
- Remote Application Launches - Triggers the startup of specific Android application components by communicating with a session manager.
- Android System Images - Supports booting custom Android images to define the system root filesystem.
- Desktop Window Mapping - Maps Android application windows directly onto a Linux desktop environment.
- Root Filesystem Bootstrapping - Initializes the container environment by deploying a functional operating system from a specified root filesystem image.
- Virtual Disk Image Booting - Allows the container manager to boot from a user-specified system image to define the root filesystem.
- Infrastructure Monitoring - Container-based Android system for Linux.
- Virtualization and Containers - Runs Android applications natively on Linux via containers.
