2025-08-06 22:09:45 +03:00

408 lines
11 KiB
Nix

{
lib,
bison,
buildPackages,
directx-headers,
elfutils,
expat,
fetchCrate,
fetchFromGitLab,
file,
flex,
glslang,
spirv-tools,
intltool,
jdupes,
libdrm,
libgbm,
libglvnd,
libpng,
libunwind,
libva-minimal,
libvdpau,
llvmPackages,
lm_sensors,
meson,
ninja,
pkg-config,
python3Packages,
runCommand,
rust-bindgen,
rust-cbindgen,
rustPlatform,
rustc,
spirv-llvm-translator,
stdenv,
udev,
valgrind-light,
vulkan-loader,
wayland,
wayland-protocols,
wayland-scanner,
xcbutilkeysyms,
xorg,
zstd,
enablePatentEncumberedCodecs ? true,
withValgrind ? lib.meta.availableOn stdenv.hostPlatform valgrind-light,
# We enable as many drivers as possible here, to build cross tools
# and support emulation use cases (emulated x86_64 on aarch64, etc)
galliumDrivers ? [
"asahi" # Apple AGX
"crocus" # Intel legacy
"d3d12" # WSL emulated GPU (aka Dozen)
"etnaviv" # Vivante GPU designs (mostly NXP/Marvell SoCs)
"freedreno" # Qualcomm Adreno (all Qualcomm SoCs)
"i915" # Intel extra legacy
"iris" # new Intel (Broadwell+)
"lima" # ARM Mali 4xx
"llvmpipe" # software renderer
"nouveau" # Nvidia
"panfrost" # ARM Mali Midgard and up (T/G series)
"r300" # very old AMD
"r600" # less old AMD
"radeonsi" # new AMD (GCN+)
"softpipe" # older software renderer
"svga" # VMWare virtualized GPU
"tegra" # Nvidia Tegra SoCs
"v3d" # Broadcom VC5 (Raspberry Pi 4)
"vc4" # Broadcom VC4 (Raspberry Pi 0-3)
"virgl" # QEMU virtualized GPU (aka VirGL)
"zink" # generic OpenGL over Vulkan, experimental
],
vulkanDrivers ? [
"amd" # AMD (aka RADV)
"asahi" # Apple AGX
"broadcom" # Broadcom VC5 (Raspberry Pi 4, aka V3D)
"freedreno" # Qualcomm Adreno (all Qualcomm SoCs)
"gfxstream" # Android virtualized GPU
"imagination-experimental" # PowerVR Rogue (currently N/A)
"intel_hasvk" # Intel Haswell/Broadwell, "legacy" Vulkan driver (https://www.phoronix.com/news/Intel-HasVK-Drop-Dead-Code)
"intel" # new Intel (aka ANV)
"microsoft-experimental" # WSL virtualized GPU (aka DZN/Dozen)
"nouveau" # Nouveau (aka NVK)
"panfrost" # ARM Mali Midgard and up (T/G series)
"swrast" # software renderer (aka Lavapipe)
]
++
lib.optionals
(stdenv.hostPlatform.isAarch -> lib.versionAtLeast stdenv.hostPlatform.parsed.cpu.version "6")
[
# QEMU virtualized GPU (aka VirGL)
# Requires ATOMIC_INT_LOCK_FREE == 2.
"virtio"
],
eglPlatforms ? [
"x11"
"wayland"
],
vulkanLayers ? [
"device-select"
"intel-nullhw"
"overlay"
"screenshot"
"vram-report-limit"
],
mesa,
mesa-gl-headers,
makeSetupHook,
}:
let
rustDeps = lib.importJSON ./wraps.json;
fetchDep =
dep:
fetchCrate {
inherit (dep) pname version hash;
unpack = false;
};
toCommand = dep: "ln -s ${dep} $out/${dep.pname}-${dep.version}.tar.gz";
packageCacheCommand = lib.pipe rustDeps [
(builtins.map fetchDep)
(builtins.map toCommand)
(lib.concatStringsSep "\n")
];
packageCache = runCommand "mesa-rust-package-cache" { } ''
mkdir -p $out
${packageCacheCommand}
'';
needNativeCLC = !stdenv.buildPlatform.canExecute stdenv.hostPlatform;
common = import ./common.nix { inherit lib fetchFromGitLab; };
in
stdenv.mkDerivation {
inherit (common)
pname
version
src
meta
;
patches = [
./opencl.patch
];
postPatch = ''
patchShebangs .
for header in ${toString mesa-gl-headers.headers}; do
if ! diff -q $header ${mesa-gl-headers}/$header; then
echo "File $header does not match between mesa and mesa-gl-headers, please update mesa-gl-headers first!"
exit 42
fi
done
'';
outputs = [
"out"
# OpenCL drivers pull in ~1G of extra LLVM stuff, so don't install them
# if the user didn't explicitly ask for it
"opencl"
# the Dozen drivers depend on libspirv2dxil, but link it statically, and
# libspirv2dxil itself is pretty chonky, so relocate it to its own output in
# case anything wants to use it at some point
"spirv2dxil"
]
++ lib.optionals (!needNativeCLC) [
# tools for the host platform to be used when cross-compiling.
# mesa builds these only when not already built. hence:
# - for a non-cross build (needNativeCLC = false), we do not provide mesa
# with any `*-clc` binaries, so it builds them and installs them.
# - for a cross build (needNativeCLC = true), we provide mesa with `*-clc`
# binaries, so it skips building & installing any new CLC files.
"cross_tools"
];
# Keep build-ids so drivers can use them for caching, etc.
# Also some drivers segfault without this.
separateDebugInfo = true;
__structuredAttrs = true;
# Needed to discover llvm-config for cross
preConfigure = ''
PATH=${lib.getDev llvmPackages.libllvm}/bin:$PATH
'';
env.MESON_PACKAGE_CACHE_DIR = packageCache;
mesonFlags = [
"--sysconfdir=/etc"
# What to build
(lib.mesonOption "platforms" (lib.concatStringsSep "," eglPlatforms))
(lib.mesonOption "gallium-drivers" (lib.concatStringsSep "," galliumDrivers))
(lib.mesonOption "vulkan-drivers" (lib.concatStringsSep "," vulkanDrivers))
(lib.mesonOption "vulkan-layers" (lib.concatStringsSep "," vulkanLayers))
# Enable glvnd for dynamic libGL dispatch
(lib.mesonEnable "glvnd" true)
(lib.mesonEnable "gbm" true)
(lib.mesonBool "libgbm-external" true)
(lib.mesonBool "teflon" true) # TensorFlow frontend
# Enable all freedreno kernel mode drivers. (For example, virtio can be
# used with a virtio-gpu device supporting drm native context.) This option
# is ignored when freedreno is not being built.
(lib.mesonOption "freedreno-kmds" "msm,kgsl,virtio,wsl")
# Required for OpenCL
(lib.mesonOption "clang-libdir" "${lib.getLib llvmPackages.clang-unwrapped}/lib")
# Rusticl, new OpenCL frontend
(lib.mesonBool "gallium-rusticl" true)
(lib.mesonOption "gallium-rusticl-enable-drivers" "auto")
# Enable more sensors in gallium-hud
(lib.mesonBool "gallium-extra-hud" true)
# Disable valgrind on targets where it's not available
(lib.mesonEnable "valgrind" withValgrind)
# Enable Intel RT stuff when available
(lib.mesonEnable "intel-rt" (stdenv.hostPlatform.isx86_64 || stdenv.hostPlatform.isAarch64))
# meson auto_features enables these, but we do not want them
(lib.mesonEnable "gallium-mediafoundation" false) # Windows only
(lib.mesonEnable "android-libbacktrace" false) # Android only
(lib.mesonEnable "microsoft-clc" false) # Only relevant on Windows (OpenCL 1.2 API on top of D3D12)
]
++ lib.optionals enablePatentEncumberedCodecs [
(lib.mesonOption "video-codecs" "all")
]
++ lib.optionals (!needNativeCLC) [
# Build and install extra tools for cross
(lib.mesonOption "tools" "asahi,panfrost")
(lib.mesonBool "install-mesa-clc" true)
(lib.mesonBool "install-precomp-compiler" true)
]
++ lib.optionals needNativeCLC [
(lib.mesonOption "mesa-clc" "system")
(lib.mesonOption "precomp-compiler" "system")
];
strictDeps = true;
buildInputs =
with xorg;
[
directx-headers
elfutils
expat
spirv-tools
libdrm
libgbm
libglvnd
libpng
libunwind
libva-minimal
libvdpau
libX11
libxcb
libXext
libXfixes
libXrandr
libxshmfence
libXxf86vm
llvmPackages.clang
llvmPackages.clang-unwrapped
llvmPackages.libclc
llvmPackages.libllvm
lm_sensors
python3Packages.python # for shebang
spirv-llvm-translator
udev
vulkan-loader
wayland
wayland-protocols
xcbutilkeysyms
xorgproto
zstd
]
++ lib.optionals withValgrind [
valgrind-light
];
depsBuildBuild = [
pkg-config
buildPackages.stdenv.cc
];
nativeBuildInputs = [
meson
pkg-config
ninja
intltool
bison
flex
file
python3Packages.python
python3Packages.packaging
python3Packages.pycparser
python3Packages.mako
python3Packages.ply
python3Packages.pyyaml
jdupes
# Use bin output from glslang to not propagate the dev output at
# the build time with the host glslang.
(lib.getBin glslang)
rustc
rust-bindgen
rust-cbindgen
rustPlatform.bindgenHook
wayland-scanner
]
++ lib.optionals needNativeCLC [
# `or null` to not break eval with `attribute missing` on darwin to linux cross
(buildPackages.mesa.cross_tools or null)
];
disallowedRequisites = lib.optional (
needNativeCLC && buildPackages.mesa ? cross_tools
) buildPackages.mesa.cross_tools;
doCheck = false;
postInstall = ''
moveToOutput bin/asahi_clc $cross_tools
moveToOutput bin/intel_clc $cross_tools
moveToOutput bin/mesa_clc $cross_tools
moveToOutput bin/panfrost_compile $cross_tools
moveToOutput bin/panfrost_texfeatures $cross_tools
moveToOutput bin/panfrostdump $cross_tools
moveToOutput bin/vtn_bindgen2 $cross_tools
moveToOutput "lib/lib*OpenCL*" $opencl
# Construct our own .icd file that contains an absolute path.
mkdir -p $opencl/etc/OpenCL/vendors/
echo $opencl/lib/libRusticlOpenCL.so > $opencl/etc/OpenCL/vendors/rusticl.icd
moveToOutput bin/spirv2dxil $spirv2dxil
moveToOutput "lib/libspirv_to_dxil*" $spirv2dxil
'';
postFixup = ''
# set full path in EGL driver manifest
for js in $out/share/glvnd/egl_vendor.d/*.json; do
substituteInPlace "$js" --replace-fail '"libEGL_' '"'"$out/lib/libEGL_"
done
# and in Vulkan layer manifests
for js in $out/share/vulkan/{im,ex}plicit_layer.d/*.json; do
substituteInPlace "$js" --replace '"libVkLayer_' '"'"$out/lib/libVkLayer_"
done
# remove DRI pkg-config file, provided by dri-pkgconfig-stub
rm -f $out/lib/pkgconfig/dri.pc
# remove headers moved to mesa-gl-headers
for header in ${toString mesa-gl-headers.headers}; do
rm -f $out/$header
done
# clean up after removing stuff
find $out -type d -empty -delete
# Don't depend on build python
patchShebangs --host --update $out/bin/*
# NAR doesn't support hard links, so convert them to symlinks to save space.
jdupes --hard-links --link-soft --recurse "$out"
# add RPATH here so Zink can find libvulkan.so
patchelf --add-rpath ${vulkan-loader}/lib $out/lib/libgallium*.so
'';
passthru = {
inherit (libglvnd) driverLink;
inherit llvmPackages;
inherit
eglPlatforms
galliumDrivers
vulkanDrivers
vulkanLayers
;
# for compatibility
drivers = lib.warn "`mesa.drivers` is deprecated, use `mesa` instead" mesa;
tests.outDoesNotDependOnLLVM = stdenv.mkDerivation {
name = "mesa-does-not-depend-on-llvm";
buildCommand = ''
echo ${mesa} >>$out
'';
disallowedRequisites = [ llvmPackages.llvm ];
};
llvmpipeHook = makeSetupHook {
name = "llvmpipe-hook";
substitutions.mesa = mesa;
} ./llvmpipe-hook.sh;
};
}