Mesa for Android Container

Forked From Mesa - The 3D Graphics Library

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A Mesa build for containers on Android (Proot, Chroot, LXC, etc.), to support hardware acceleration with Adreno GPU.

Features

• The Freedreno driver in Mesa 26.0.0 and later versions supports Adreno 840 GPU.
• Mesa drivers compiled in arm64 chroot containers across multiple popular Linux distributions offer better compatibility and can be used in Proot, chroot, and LXC containers hosted on Android.
• For some Adreno 6xx/7xx GPUs, the Freedreno driver can be used for OpenGL, OpenGL ES, and Vulkan, eliminating the need for Zink for graphics API call translation and significantly improving GPU utilization.
• Only drivers relevant to the vast majority of Android devices are compiled to reduce the package size.

Compatibility

GPU	OpenGL	OpenGL ES	Vulkan (Zink)	Vulkan
Adreno 660	✔️ Supported	✔️ Supported	✔️ Supported	✔️ Supported
Adreno 730/740/750	✔️ Supported	✔️ Supported	✔️ Supported	❌ Not supported
Adreno 840	✔️ Supported	✔️ Supported	❔ Untested	❌ Not supported

Installation

This project's Releases provide two types of installation packages: one installable via the Linux distribution's package manager, and another that must be installed by direct extraction. The first type is recommended; however, if you need the latest Mesa features (such as Adreno 840 support), use the second type.

Using the Package Manager

Depending on your Linux distribution, go to Releases and download all corresponding packages for a specific release, then follow the installation instructions provided in the release notes. Below are the latest releases for some popular Linux distributions:

Linux Distribution	Latest Release
Debian	25.0.7-2+deb13u1
Ubuntu	25.0.7-0ubuntu0.24.04.2
Arch Linux	26.0.0-2.1

Direct Extraction

ℹ️ Note: The .tar.gz installation packages in Releases can only overwrite the existing Mesa drivers. To uninstall, you must manually delete the extracted files. These packages are intended for testing purposes only.

1. Go to Releases and download a .tar.gz installation package. Please note the Linux distribution suffix in the filename, such as debian_trixie_arm64. You can only install the package that matches your distribution.
2. Extract the installation package directly to the root directory.

sudo tar -zxvf mesa-for-android-container_26.0.0-devel-20251209_debian_trixie_arm64.tar.gz -C /

3. Refresh the dynamic linker cache.

sudo ldconfig

Uninstallation can be performed by referring to the following commands:

# Copy the file list output by this command
tar tf mesa-for-android-container_26.0.0-devel-20251209_debian_trixie_arm64.tar.gz | grep -v '/$' | tr '\n' ' ' ; echo
cd /
# Replace <file-list> with the actual file list
sudo rm <file-list>
# Reinstall the distribution-maintained Mesa drivers
# Debian or Ubuntu:
sudo apt update
sudo apt install --reinstall libegl-mesa0 libgbm1 libgl1-mesa-dri libglx-mesa0 mesa-libgallium mesa-vulkan-drivers
# Fedora:
sudo dnf reinstall mesa-filesystem mesa-libglapi mesa-libgbm mesa-libEGL mesa-libGL mesa-vulkan-drivers mesa-dri-drivers mesa-libOpenCL
# Arch Linux:
sudo pacman -S mesa mesa-docs opencl-mesa vulkan-freedreno vulkan-mesa-implicit-layers vulkan-mesa-layers

Usage

Specify the environment variables MESA_LOADER_DRIVER_OVERRIDE and TU_DEBUG when running a specific program, as follows:  

MESA_LOADER_DRIVER_OVERRIDE=kgsl TU_DEBUG=noconform glmark2

Alternatively, add them to the /etc/environment file so they are loaded automatically when the container starts:  

MESA_LOADER_DRIVER_OVERRIDE=kgsl
TU_DEBUG=noconform

Building

For detailed building procedures, please refer to the official Mesa documentation (Compilation and Installation Using Meson — The Mesa 3D Graphics Library latest documentation). Below are the key steps for building Mesa in a Debian 13 arm64 environment:

1. Check if the source code repositories are enabled. If you are using the traditional format for software sources (/etc/apt/sources.list), check for a configuration similar to the following.

deb-src https://deb.debian.org/debian trixie main contrib non-free non-free-firmware

2. Install the dependencies required to build Mesa.

sudo apt build-dep mesa

3. Clone this project's repository.

git clone https://github.com/lfdevs/mesa-for-android-container.git

4. Switch to the branch where the relevant patches have been applied, such as adreno-main.

cd mesa-for-android-container
git checkout adreno-main

5. Initialize the build directory. You can refer to the meson.options file to see all available build options.

meson setup build/ \
    --prefix=/usr \
    -Dplatforms=x11,wayland \
    -Dgallium-drivers=freedreno,zink,virgl,llvmpipe \
    -Dvulkan-drivers=freedreno \
    -Degl=enabled \
    -Dgles2=enabled \
    -Dglvnd=enabled \
    -Dglx=dri \
    -Dlibunwind=disabled \
    -Dmicrosoft-clc=disabled \
    -Dvalgrind=disabled \
    -Dgles1=disabled \
    -Dfreedreno-kmds=kgsl \
    -Dbuildtype=release

6. Start the build.

ninja -C build/

7. To install directly on the build device, run the following command:

ninja -C build/ install

8. If you need to package the built Mesa drivers for installation on other devices with the same distribution, refer to the following commands:

export MESA_RELEASE_NAME_SUFFIX=26.0.0-devel-20251209_debian_trixie_arm64
sudo mkdir /tmp/mesa-install-tmp
sudo DESTDIR=/tmp/mesa-install-tmp meson install -C build/
sudo tar -zcvf mesa-for-android-container_${MESA_RELEASE_NAME_SUFFIX}.tar.gz -C /tmp/mesa-install-tmp .
sudo chown $USER:$USER mesa-for-android-container_${MESA_RELEASE_NAME_SUFFIX}.tar.gz
chmod 644 mesa-for-android-container_${MESA_RELEASE_NAME_SUFFIX}.tar.gz
sudo rm -rf /tmp/mesa-install-tmp

Benchmarks

Detailed test results: benchmark-result

Device	Model	SoC	GPU	glmark2	glmark2-es2	vkmark
Redmi K40 Pro	M2012K11G	Qualcomm Snapdragon 888	Adreno 660	842	771	1170
Xiaomi Pad 6 Pro	23046RP50C	Qualcomm Snapdragon 8+ Gen 1	Adreno 730	1169	1143	Not working
Xiaomi 17 Pro Max	2509FPN0BC	Qualcomm Snapdragon 8 Elite Gen 5	Adreno 840	2947	2901	Not working

Acknowledgements

• Lucas Fryzek: Author of the KGSL backend code for the Mesa Freedreno driver.
• xMeM: For porting the Freedreno driver's KGSL backend to Termux:X11.
• Robert Kirkman: For integrating and improving xMeM's patches.
• Rob Clark: For adding initial Freedreno support for Adreno Gen8 architecture (including Adreno 840).