Introduction

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  • Compile and install binder.ko and ashmem.ko modules

    1. Download the kernel source code for the kernel module to compile.

    apt search linux-source apt install linux-source-4.15.0 

    2. Download the code and roll back to the specified version. Community link https://github.com/anbox/anbox-modules.

    cd /home git clone https://github.com/anbox/anbox-modules.git

    cd anbox-modules/ git reset --hard 816dd4d6e702cf77a44cfe208659af6c39e02b57

    3. update ashmem and binder.

    cd /home/anbox-modules

    cp anbox.conf /etc/modules-load.d/

    cp 99-anbox.rules /lib/udev/rules.d/

    cp -rT ashmem /usr/src/anbox-ashmem-1

    cp -rT binder /usr/src/anbox-binder-1

    4. Compile and install using dkms.

    dkms install anbox-ashmem/1

    dkms install anbox-binder/1

    5. Install the ko module to the kernel, and the binder_linux module needs to take parameters.

    modprobe ashmem_linux

    modprobe binder_linux num_devices=254

    lsmod | grep -e ashmem_linux -e binder_linux

    6. if the attribute permissions of ashmem and binder are not displayed by the following commands, please add the permissions with chmod.

    ls -alh /dev/binder* /dev/ashmem

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    package
• • Package it through android.img and store it in docker

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• 1. Log in to the server by SSH and enter the command line execution portal.

  2. Mount the android image to the "/mnt" directory.

  cd /home mount /home/android.img /mnt

  3. CD /mnt

  4.  image register

  tar --numeric-owner -cf- . | docker import - android:robox_with_exagear

  5. inquire android  container

  docker images

  
  
  • Compile Robox source code

• 1. create compile directory

  •               cd /home/robox-master

  •               mkdir build

  •               cd build

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  2. Compile the configuration and execute the command in the "/home/robox-master/build" directory.

  cmake ..

  3. Add the following in the "/usr/include/glm/gtx/transform.hpp" file.

  •              vim /usr/include/glm/gtx/transform.hpp

• Add the following definition at line 21: 

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                          #define GLM_ENABLE_EXPERIMENTAL

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  4.  compile and install

  make j64

  •              make install
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  • Start robox Android system

                    1.Copy the startup script robox in the binaryFiles directory in the downloaded robox-master source code to /home/robox-master

2. Execute the modified robox script and start the robox Android container

a. Set environment variables and assign containers to GPU cards to run.

export DISPLAY=:0

start the first continer instance

./robox -v start 1

start the second continer instance

./robox -v start 2

3.Check the docker instance process.

docker ps

4.Check the host session process, mainly check whether the two sessions corresponding to instance1 and instance2 are running normally.

ps -aux | grep session

5.Log in to the Android container and confirm whether the robox instance started successfully.

docker exec -it instance1 sh

77b2c041315f:/ # getprop | grep sys.boot.completed

[sys.boot_completed]: [1]

//sys.boot.completed shows 1 which means start successfully

• Upstream Deployment Guide

  • Upstream Deployment Key Features ：N/A
  • Special Requirements for Upstream Deployments ：N/A
  • Scenarios and Deploy Settings for Upstream Deployments ：N/A
  • Including Upstream Patches with Deployment：N/A
  • Running： N/A
  • Interacting with Containerized Overcloud： N/A

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