Utility and documentation to run hardware-accelerated x86_64 Android images on Linux QEMU KVM

This list contains the names of Android images that are officially supported and tested with this launcher and have their own manuals in this repository, under the docs directory.

• Bliss OS : Manual
• Android x86 : Manual

• Qemu
• Virtio drivers (Installed as a Qemu dependency in most package managers by default)

Note
If your ROM is officially supported by this launcher, then be sure to read the manuals in the docs directory.

1. Clone this repository

   Note
   Yes, you can simply download this repo, but using git is the preferred way if you want to get all the new updates from the upstream.

   git clone https://github.com/maximilionus/android-qemu-launcher.git

2. Download the desired Android image, but prefer the officially supported one.

3. Run the launcher with argument init to prepare the file structure and drives for VM:

   Warning
   Be ready to provide user input.

   ./launcher.sh init

   Output:

   Directories initialized.
   Enter VM drive size (default: 20G): [USER-INPUT]
   Formatting './drives/...', [...]
   Everything is done [...]

4. Run the launcher with the install argument and the path to the Android image from step 2 next to it and proceed with basic Android installation on MBR (DOS) drive layout and GRUB bootloader enabled:

   ./launcher.sh install <PATH_TO_ROM>
   
   # Example
   ./launcher.sh install ~/Downloads/android-x86-rom.iso

5. Shut down the virtual machine after the installer reports a successful installation, do not reboot it.

6. That's it. From now on, you can run the launcher to start the VM:

   ./launcher.sh
   
   # or
   
   ./launcher.sh run

To update the launcher, simply use this command

git pull

The default configuration file is located in the root of this project and is named vm.conf. It contains all modifiable variables with their corresponding descriptions and default values. Every value in this file can be changed or even deleted at any point in the development process, so you should prefer using the user configuration file to make any tweaks.

This configuration file must be created manually by the user and placed in the root of this project under the name vm.user.conf. Launcher will automatically load it on each run, overwriting the modified variables from the default configuration.

1. Create the vm.user.conf in the root of this project.
2. Add modified CPU and RAM values to it. It should look something like this:

   RAM_SIZE=8192
   CPU_CORES=8
   ADB_ENABLE=true
   

3. Now VM will be allowed to use 8 CPU cores, 8GB of RAM and Android Debug Bridge port forwarding enabled on each start.

Note
You can also modify the path to the user configuration file by changing the CUSTOM_CONFIG_PATH variable value in the default configuration.

This project provides a convenient way to manage the desktop entry for the launcher, making it easier to access from your desktop environment.

• A desktop environment that supports .desktop entries (e.g., GNOME, KDE, Xfce, etc.).
• GNU Make utility installed on your system.

• To create the desktop entry:

  make install

• To remove the desktop entry:

  make uninstall

Virtual Machine can also be accessed with adb from the host machine, but this feature is disabled by default in configuration file. To enable it, follow the steps below.

1. Create the user configuration file.
2. Add the ADB_ENABLE=true variable to it.

   Note
   You can also change the port forwarding by adding the ADB_PORT=VALUE.

3. Launch the VM and ensure that Developer mode with USB Debugging are enabled.
4. Now you can connect to the VM with adb by executing the command below:

   adb connect localhost:4444

   If you are connecting for the first time, you will be prompted to allow debugging in the VM. Allow the connection and run the command above again.