Browse Source

[multilib-testing] -> [multilib] 'lib32-mesa-22.1.4-1' move

master
Nathan Owens 3 weeks ago
parent
commit
cdcf28e754
Signed by: ndowens
GPG Key ID: DC5A6F8092641E2D
  1. 83
      lib32-mesa/x86_64/multilib-testing/LICENSE
  2. 222
      lib32-mesa/x86_64/multilib-testing/PKGBUILD
  3. 18
      lib32-mesa/x86_64/multilib-testing/keys/pgp/57551DE15B968F6341C248F68D8E31AFC32428A6.asc
  4. 22
      lib32-mesa/x86_64/multilib-testing/keys/pgp/71C4B75620BC75708B4BDB254C95FAAB3EB073EC.asc
  5. 51
      lib32-mesa/x86_64/multilib-testing/keys/pgp/8703B6700E7EE06D7A39B8D6EDAE37B02CEB490D.asc
  6. 89
      lib32-mesa/x86_64/multilib-testing/keys/pgp/946D09B5E4C9845E63075FF1D961C596A7203456.asc
  7. 100
      lib32-mesa/x86_64/multilib-testing/keys/pgp/A5CC9FEC93F2F837CB044912336909B6B25FADFA.asc
  8. 593
      lib32-mesa/x86_64/multilib-testing/keys/pgp/E3E8F480C52ADD73B278EE78E1ECBE07D7D70895.asc
  9. 7
      lib32-mesa/x86_64/multilib/PKGBUILD

83
lib32-mesa/x86_64/multilib-testing/LICENSE

@ -1,83 +0,0 @@
The Mesa 3D Graphics Library
Disclaimer
Mesa is a 3-D graphics library with an API which is very similar to
that of [1]OpenGL.* To the extent that Mesa utilizes the OpenGL command
syntax or state machine, it is being used with authorization from
[2]Silicon Graphics, Inc.(SGI). However, the author does not possess an
OpenGL license from SGI, and makes no claim that Mesa is in any way a
compatible replacement for OpenGL or associated with SGI. Those who
want a licensed implementation of OpenGL should contact a licensed
vendor.
Please do not refer to the library as MesaGL (for legal reasons). It's
just Mesa or The Mesa 3-D graphics library.
* OpenGL is a trademark of [3]Silicon Graphics Incorporated.
License / Copyright Information
The Mesa distribution consists of several components. Different
copyrights and licenses apply to different components. For example, the
GLX client code uses the SGI Free Software License B, and some of the
Mesa device drivers are copyrighted by their authors. See below for a
list of Mesa's main components and the license for each.
The core Mesa library is licensed according to the terms of the MIT
license. This allows integration with the XFree86, Xorg and DRI
projects.
The default Mesa license is as follows:
Copyright (C) 1999-2007 Brian Paul All Rights Reserved.
Permission is hereby granted, free of charge, to any person obtaining a
copy of this software and associated documentation files (the "Software"),
to deal in the Software without restriction, including without limitation
the rights to use, copy, modify, merge, publish, distribute, sublicense,
and/or sell copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included
in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
Attention, Contributors
When contributing to the Mesa project you must agree to the licensing
terms of the component to which you're contributing. The following
section lists the primary components of the Mesa distribution and their
respective licenses.
Mesa Component Licenses
Component Location License
------------------------------------------------------------------
Main Mesa code src/mesa/ MIT
Device drivers src/mesa/drivers/* MIT, generally
Gallium code src/gallium/ MIT
Ext headers include/GL/glext.h Khronos
include/GL/glxext.h
GLX client code src/glx/ SGI Free Software License B
C11 thread include/c11/threads*.h Boost (permissive) emulation
In general, consult the source files for license terms.
References
1. https://www.opengl.org/
2. https://www.sgi.com/
3. https://www.sgi.com/

222
lib32-mesa/x86_64/multilib-testing/PKGBUILD

@ -1,222 +0,0 @@
# Maintainer: Nathan Owens <ndowens@artixlinux.org>
# Maintainer: Felix Yan <felixonmars@archlinux.org>
# Contributor: Jan de Groot <jgc@archlinux.org>
# Contributor: Andreas Radke <andyrtr@archlinux.org>
pkgbase=lib32-mesa
pkgname=('lib32-vulkan-mesa-layers' 'lib32-opencl-mesa' 'lib32-vulkan-intel' 'lib32-vulkan-radeon' 'lib32-libva-mesa-driver' 'lib32-mesa-vdpau' 'lib32-mesa')
pkgdesc="An open-source implementation of the OpenGL specification (32-bit)"
pkgver=22.1.4
pkgrel=1
arch=('x86_64')
makedepends=('python-mako' 'lib32-libxml2' 'lib32-expat' 'lib32-libx11' 'xorgproto' 'lib32-libdrm'
'lib32-libxshmfence' 'lib32-libxxf86vm' 'lib32-libxdamage' 'lib32-libvdpau'
'lib32-libva' 'lib32-wayland' 'wayland-protocols' 'lib32-zstd' 'lib32-libelf'
'lib32-llvm' 'libclc' 'clang' 'lib32-clang' 'lib32-libglvnd' 'lib32-libunwind'
'lib32-lm_sensors' 'lib32-libxrandr' 'lib32-vulkan-icd-loader'
'glslang' 'cmake' 'meson')
url="https://www.mesa3d.org/"
license=('custom')
options=('debug')
source=(https://mesa.freedesktop.org/archive/mesa-${pkgver}.tar.xz{,.sig}
LICENSE)
sha512sums=('64f584a70c3c7554682c861444c75433eaa858e86725d9de4c067c234bcae535dffa9dcbab16fb86a1d30680772bd23ea6af336afdf99a50960d6c133592950f'
'SKIP'
'f9f0d0ccf166fe6cb684478b6f1e1ab1f2850431c06aa041738563eb1808a004e52cdec823c103c9e180f03ffc083e95974d291353f0220fe52ae6d4897fecc7')
validpgpkeys=('8703B6700E7EE06D7A39B8D6EDAE37B02CEB490D' # Emil Velikov <emil.l.velikov@gmail.com>
'946D09B5E4C9845E63075FF1D961C596A7203456' # Andres Gomez <tanty@igalia.com>
'E3E8F480C52ADD73B278EE78E1ECBE07D7D70895' # Juan Antonio Suárez Romero (Igalia, S.L.) <jasuarez@igalia.com>
'A5CC9FEC93F2F837CB044912336909B6B25FADFA' # Juan A. Suarez Romero <jasuarez@igalia.com>
'71C4B75620BC75708B4BDB254C95FAAB3EB073EC' # Dylan Baker <dylan@pnwbakers.com>
'57551DE15B968F6341C248F68D8E31AFC32428A6') # Eric Engestrom <eric@engestrom.ch>
prepare() {
cd mesa-$pkgver
}
build() {
# Build only minimal debug info to reduce size
CFLAGS+=' -g1'
CXXFLAGS+=' -g1'
# https://gitlab.freedesktop.org/mesa/mesa/-/issues/6229
CFLAGS+=' -mtls-dialect=gnu'
CXXFLAGS+=' -mtls-dialect=gnu'
export CC="gcc -m32"
export CXX="g++ -m32"
export PKG_CONFIG="i686-pc-linux-gnu-pkg-config"
cat >crossfile.ini <<END
[binaries]
llvm-config = '/usr/bin/llvm-config32'
END
# swr driver is broken with some cpu see FS#66972
artix-meson mesa-$pkgver build \
--native-file crossfile.ini \
--libdir=/usr/lib32 \
-D b_ndebug=true \
-D platforms=x11,wayland \
-D gallium-drivers=r300,r600,radeonsi,nouveau,virgl,svga,swrast,iris,crocus,zink \
-D vulkan-drivers=amd,intel \
-D vulkan-layers=device-select,intel-nullhw,overlay \
-D dri3=enabled \
-D egl=enabled \
-D gallium-extra-hud=true \
-D gallium-nine=true \
-D gallium-omx=disabled \
-D gallium-opencl=icd \
-D gallium-va=enabled \
-D gallium-vdpau=enabled \
-D gallium-xa=enabled \
-D gallium-xvmc=disabled \
-D gbm=enabled \
-D gles1=disabled \
-D gles2=enabled \
-D glvnd=true \
-D glx=dri \
-D libunwind=enabled \
-D llvm=enabled \
-D lmsensors=enabled \
-D osmesa=true \
-D shared-glapi=enabled \
-D microsoft-clc=disabled \
-D valgrind=disabled
# Print config
meson configure build
ninja -C build
meson compile -C build
# fake installation to be seperated into packages
# outside of fakeroot but mesa doesn't need to chown/mod
DESTDIR="${srcdir}/fakeinstall" meson install -C build
}
_install() {
local src f dir
for src; do
f="${src#fakeinstall/}"
dir="${pkgdir}/${f%/*}"
install -m755 -d "${dir}"
mv -v "${src}" "${dir}/"
done
}
package_lib32-vulkan-mesa-layers() {
pkgdesc="Mesa's Vulkan layers (32-bit)"
depends=('lib32-libdrm' 'lib32-libxcb' 'lib32-wayland' 'vulkan-mesa-layers')
conflicts=('lib32-vulkan-mesa-layer')
replaces=('lib32-vulkan-mesa-layer')
rm -rv fakeinstall/usr/share/vulkan/explicit_layer.d
rm -rv fakeinstall/usr/share/vulkan/implicit_layer.d
rm -rv fakeinstall/usr/bin/mesa-overlay-control.py
_install fakeinstall/usr/lib32/libVkLayer_*.so
install -m644 -Dt "${pkgdir}/usr/share/licenses/${pkgname}" LICENSE
}
package_lib32-opencl-mesa() {
pkgdesc="OpenCL support for AMD/ATI Radeon mesa drivers (32-bit)"
depends=('lib32-expat' 'lib32-libdrm' 'lib32-libelf' 'lib32-clang' 'lib32-zstd' 'opencl-mesa')
optdepends=('opencl-headers: headers necessary for OpenCL development')
provides=('lib32-opencl-driver')
rm -rv fakeinstall/etc/OpenCL
_install fakeinstall/usr/lib32/lib*OpenCL*
_install fakeinstall/usr/lib32/gallium-pipe
install -m644 -Dt "${pkgdir}/usr/share/licenses/${pkgname}" LICENSE
}
package_lib32-vulkan-intel() {
pkgdesc="Intel's Vulkan mesa driver (32-bit)"
depends=('lib32-wayland' 'lib32-libx11' 'lib32-libxshmfence' 'lib32-libdrm' 'lib32-zstd')
optdepends=('lib32-vulkan-mesa-layers: additional vulkan layers')
provides=('lib32-vulkan-driver')
_install fakeinstall/usr/share/vulkan/icd.d/intel_icd*.json
_install fakeinstall/usr/lib32/libvulkan_intel.so
install -m644 -Dt "${pkgdir}/usr/share/licenses/${pkgname}" LICENSE
}
package_lib32-vulkan-radeon() {
pkgdesc="Radeon's Vulkan mesa driver (32-bit)"
depends=('lib32-wayland' 'lib32-libx11' 'lib32-libxshmfence' 'lib32-libelf' 'lib32-libdrm'
'lib32-zstd' 'lib32-llvm-libs')
optdepends=('lib32-vulkan-mesa-layers: additional vulkan layers')
provides=('lib32-vulkan-driver')
_install fakeinstall/usr/share/vulkan/icd.d/radeon_icd*.json
_install fakeinstall/usr/lib32/libvulkan_radeon.so
install -m644 -Dt "${pkgdir}/usr/share/licenses/${pkgname}" LICENSE
}
package_lib32-libva-mesa-driver() {
pkgdesc="VA-API implementation for gallium (32-bit)"
depends=('lib32-libdrm' 'lib32-libx11' 'lib32-llvm-libs' 'lib32-expat' 'lib32-libelf'
'lib32-libxshmfence' 'lib32-zstd')
_install fakeinstall/usr/lib32/dri/*_drv_video.so
install -m644 -Dt "${pkgdir}/usr/share/licenses/${pkgname}" LICENSE
}
package_lib32-mesa-vdpau() {
pkgdesc="Mesa VDPAU drivers (32-bit)"
depends=('lib32-libdrm' 'lib32-libx11' 'lib32-llvm-libs' 'lib32-expat' 'lib32-libelf'
'lib32-libxshmfence' 'lib32-zstd')
_install fakeinstall/usr/lib32/vdpau
install -m644 -Dt "${pkgdir}/usr/share/licenses/${pkgname}" LICENSE
}
package_lib32-mesa() {
depends=('lib32-libdrm' 'lib32-wayland' 'lib32-libxxf86vm' 'lib32-libxdamage' 'lib32-libxshmfence'
'lib32-libelf' 'lib32-libunwind' 'lib32-llvm-libs' 'lib32-lm_sensors' 'lib32-libglvnd'
'lib32-zstd' 'lib32-vulkan-icd-loader' 'mesa')
depends+=('libsensors.so')
optdepends=('opengl-man-pages: for the OpenGL API man pages'
'lib32-mesa-vdpau: for accelerated video playback'
'lib32-libva-mesa-driver: for accelerated video playback')
provides=('lib32-mesa-libgl' 'lib32-opengl-driver')
conflicts=('lib32-mesa-libgl')
replaces=('lib32-mesa-libgl')
rm -rv fakeinstall/usr/share/drirc.d/00-mesa-defaults.conf
rm -rv fakeinstall/usr/share/drirc.d/00-radv-defaults.conf
rm -rv fakeinstall/usr/share/glvnd/egl_vendor.d/50_mesa.json
# ati-dri, nouveau-dri, intel-dri, svga-dri, swrast, swr
_install fakeinstall/usr/lib32/dri/*_dri.so
#_install fakeinstall/usr/lib32/bellagio
_install fakeinstall/usr/lib32/d3d
_install fakeinstall/usr/lib32/lib{gbm,glapi}.so*
_install fakeinstall/usr/lib32/libOSMesa.so*
_install fakeinstall/usr/lib32/libxatracker.so*
#_install fakeinstall/usr/lib32/libswrAVX*.so*
rm -rv fakeinstall/usr/include
_install fakeinstall/usr/lib32/pkgconfig
# libglvnd support
_install fakeinstall/usr/lib32/libGLX_mesa.so*
_install fakeinstall/usr/lib32/libEGL_mesa.so*
# indirect rendering
ln -s /usr/lib32/libGLX_mesa.so.0 "${pkgdir}/usr/lib32/libGLX_indirect.so.0"
# make sure there are no files left to install
find fakeinstall -depth -print0 | xargs -0 rmdir
install -m644 -Dt "${pkgdir}/usr/share/licenses/${pkgname}" LICENSE
}

18
lib32-mesa/x86_64/multilib-testing/keys/pgp/57551DE15B968F6341C248F68D8E31AFC32428A6.asc

@ -1,18 +0,0 @@
-----BEGIN PGP PUBLIC KEY BLOCK-----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=rSFv
-----END PGP PUBLIC KEY BLOCK-----

22
lib32-mesa/x86_64/multilib-testing/keys/pgp/71C4B75620BC75708B4BDB254C95FAAB3EB073EC.asc

@ -1,22 +0,0 @@
-----BEGIN PGP PUBLIC KEY BLOCK-----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=QIFd
-----END PGP PUBLIC KEY BLOCK-----

51
lib32-mesa/x86_64/multilib-testing/keys/pgp/8703B6700E7EE06D7A39B8D6EDAE37B02CEB490D.asc

@ -1,51 +0,0 @@
-----BEGIN PGP PUBLIC KEY BLOCK-----
mQINBFQDrA8BEACyGXUc6vSmNkwZdTTzX1vHRgIDWoppot56E5oOO+gM6ukyMDY7
60FxKvmh704I8NqTfg3Rcs18fSOXeRj1gDG84MsU7QM3g6IQyxCA+IV7d2r/DPZE
z7HxEIKFxGJw24swsQJy/iiZf/b8flqiJbx3Ye1LF7T5iw/gKDsN6eqzAtLKqw9I
/4TBVE766nwmKNQZiw2jAFCs3lwfmNIm7ZaQNBpHTRabMTLMJiFFynLsa1eVsf9D
R3eVXW4c2oHKZbxDvSWR2yz6XcQ9ldii89sUNeclnjSFNOt761P4zBNwcEX2GuQs
JO/haw5FyrMJJexAbdUTtshZ7XvhDv/UCHtyqQBUw/vwYe8Rx79Hq/fOOUdMjWOW
cDCzyYTmGdbEJYRHrENcsOhoti3IkOjgzw0UDyCHyjapFV1ZJT/Kz7rkMmsdNtoi
1BVTLIdOvQmeXQtN2caZSN20wZWHdZnrz1/JOfOxpEsf2R78zavIfobReQdFoYMC
jv4b49WB/Gytd5vneqk9yi9DEhCYw5uGxQgjIKC4AZPVtD//GY+iYiPe5dPwrhU1
FyD3b9SgYxFE/uZlgbzBIV4akK11vC5Q+Co5PYzhnPPgd7cYLjr/ceMfGPkeWLCY
OxZbXg92BZKKJnFHYx7FJ04WKS8SjzIn/qEzvy7SmPGxSCX6zdwn0fKZYQARAQAB
tCdFbWlsIFZlbGlrb3YgPGVtaWwubC52ZWxpa292QGdtYWlsLmNvbT6JAjkEEwEC
ACMFAlQDrA8CGwMHCwkIBwMCAQYVCAIJCgsEFgIDAQIeAQIXgAAKCRDtrjewLOtJ
DV/AEACd/RKvSzL0L4/9HYvFskjNR40NPFyQHyMaPg9eeblhfbnH7mWYXJ2MPGTR
bgvQCr0zZ3R7u8E8Rxulwifbm20x0WhYOKkDuSROjroRqvDhxfuLtXtBKqfVGw6T
0rMEOOWdqGhql4yuVpqGbgHa5ZfFvQi2EtT40QDdD052adzWeT96aFQB6Gf3CRMf
a4y7hawbUV10XL3BUljUcyh+SJv9lPclW09WNE+tuCmdIqoP927BSjXwh2GR6dM0
z0aDf3wOxRc9S8q34jS+xN8hsXmYFAqkn0YkVIQ0M0PaQ89ltcyonbG6rZ+1rNgx
tiLEpfOZpzr7LowVsw9R6ky/pvhBHfVIM4aT17hbi2XfnMihmt/T1SZqb36+aYFt
j8Bc/o9I5crPXwOP4in3heY2ZmDWeGkPSRNix0VLQHL0HzOxjMAEm+y5ROLDo7Z/
sGOebYxMYPIK5mJzrKhk737FEI57cvUSRXzbjmV3CIOIJbaNULWFXkCHRhdyk8mh
sVzKkl7IDiWPBj1RC5r0EXmrjUzK8QfzrTWiOa6z9WIkZ4sSs0bz14Q4pZR2qi8L
KLVjCNf/FusqCTgbZU06x1S/75XJwcsFENWkWYPEaxxzQiCs1rVzG8SnrOjcyc5F
T0rEAQLWU7eq9U6nd4BXMkokiuzlOKWqsDyXibR3wkhI80kAJ7kCDQRUA6wPARAA
s3BLiblcIb800EHz2X01BZ2w3VAxLVHIOlMyRNO3KFkK1Whw1l5PM0z1PxqBXhcb
gEwPX4gEwFgBHoHoNDguwzUeP/NKqDUUVe/KEHnvWcgvAwSunOh0doZ/2+TB+oms
DrsYVfMc/r6jXRy0eHoAPQfKnY8XPSwZ9HQI1lyNhMoIFEvA0mYFdM/B7YEQz9fK
/6GiDa5d2E5E7OE9bWy+PPz0MRq3IAddXLyJh+CM4n3vK0HljJOD8N3zc/i7DqM9
j5Lqi6lHwXdoYLNtwRmoE+F+niQuV+8RXMaRIG4pxhOLA9tYxh2P8zxEJPkh8YAy
g4nLYZr80Pt1j8acxLZkNKPpuX9P9JmKtW1WerZuWyC0SrkozB0gEMzZpHPsNy52
Hxem7d4m1tY51cx299VSa+fM5qS2bISoO5ddPHXm3gPhUt0qsWFk6mb+/MnTsyrI
RREbmozhzq1pOXoXQXRzck+JrmifrHIGWqHXYu+VdDK8YfVUPVALgLADnM6da66w
7qNolFuKN21O0KBjij09jWksLh3dsSJEKYrWkOKZIr2kHTQrjQwMelh66YPQArl1
nk3A0qYAYwOB1vWvQIWn7NAoRfIaR6vCa4mT4YVBtdCkJ7fLzyqeezaXaUMRp0gA
t2WLj2ekRMfzGI3yZso2eu1JvEUHmh49FBY+IqEPlWsAEQEAAYkCHwQYAQIACQUC
VAOsDwIbDAAKCRDtrjewLOtJDbFTD/0e1rCRuRQEJXbirUAW/LxN3KuVhOyVONFc
+iu6ua46wFtbYmiVXjIKZneCUkXYf6y38rQWa4w/iz3xtYqtGX9jSMSiR6OQRfyW
lr/DdQXPCw1PAgx7gdSYg0TebzoHmOIDOUjquM5xnFgd32DbejaOzMiDGyzUOYvh
yP+3j/nbUwI1hFkucVck1EyupF0aXPc2JJpCasZGTdRKL029ot177jSNbZ53Kbjj
H+wWS4yT1EzutcVrRkErG+rvJozpNtKccNnjxygRYT6yKppUvc/8f1AnGdY0azr5
d9jFU9SL+Vsm+jaS/pSWI7mwy6RL2kRHe0CVF33st2+8CX6ayXcAv5ur72Q/unRa
qaXv5zjsMj7E8KgvUw3IEU/iQ/3WR27uf+AV1CrjRX3A2SossHiJD0/2zZvkjnwM
pvHmH43V8LssfiwhKHmJu8SpHrDUHjrtI0eNKTyDT+7s0OFUbnQBlKgmpTO93m1e
nK3ef8wcqkToST6DfCs3ePLsLRs1Y8Tryblds1c3OjSPyGWPbroUdW9ZlBkvA3lH
RY3LXCO5wlyIEPHn1L42VQc7Bq2yRTm1PKxMQsLpFV/9KXzZiwP12xmh0LXIw3wG
kLK/gqBFGHh/TO5DEl6X/TP380DYdazZpa31S+Ixwt+RkP9ZkvOWGMIG7Nf+G+r+
Omj3BC4KcQ==
=XQbm
-----END PGP PUBLIC KEY BLOCK-----

89
lib32-mesa/x86_64/multilib-testing/keys/pgp/946D09B5E4C9845E63075FF1D961C596A7203456.asc

@ -1,89 +0,0 @@
-----BEGIN PGP PUBLIC KEY BLOCK-----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=+t3Z
-----END PGP PUBLIC KEY BLOCK-----

100
lib32-mesa/x86_64/multilib-testing/keys/pgp/A5CC9FEC93F2F837CB044912336909B6B25FADFA.asc

@ -1,100 +0,0 @@
-----BEGIN PGP PUBLIC KEY BLOCK-----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=kj01
-----END PGP PUBLIC KEY BLOCK-----

593
lib32-mesa/x86_64/multilib-testing/keys/pgp/E3E8F480C52ADD73B278EE78E1ECBE07D7D70895.asc

@ -1,593 +0,0 @@
-----BEGIN PGP PUBLIC KEY BLOCK-----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=/F0A
-----END PGP PUBLIC KEY BLOCK-----

7
lib32-mesa/x86_64/multilib/PKGBUILD

@ -6,20 +6,21 @@
pkgbase=lib32-mesa
pkgname=('lib32-vulkan-mesa-layers' 'lib32-opencl-mesa' 'lib32-vulkan-intel' 'lib32-vulkan-radeon' 'lib32-libva-mesa-driver' 'lib32-mesa-vdpau' 'lib32-mesa')
pkgdesc="An open-source implementation of the OpenGL specification (32-bit)"
pkgver=22.1.3
pkgver=22.1.4
pkgrel=1
arch=('x86_64')
makedepends=('python-mako' 'lib32-libxml2' 'lib32-expat' 'lib32-libx11' 'xorgproto' 'lib32-libdrm'
'lib32-libxshmfence' 'lib32-libxxf86vm' 'lib32-libxdamage' 'lib32-libvdpau'
'lib32-libva' 'lib32-wayland' 'wayland-protocols' 'lib32-zstd' 'lib32-libelf'
'lib32-llvm' 'libclc' 'clang' 'lib32-clang' 'lib32-libglvnd' 'lib32-libunwind'
'lib32-lm_sensors' 'lib32-libxrandr' 'lib32-vulkan-icd-loader' 'glslang' 'cmake' 'meson')
'lib32-lm_sensors' 'lib32-libxrandr' 'lib32-vulkan-icd-loader'
'glslang' 'cmake' 'meson')
url="https://www.mesa3d.org/"
license=('custom')
options=('debug')
source=(https://mesa.freedesktop.org/archive/mesa-${pkgver}.tar.xz{,.sig}
LICENSE)
sha512sums=('e7348839eb37de89c90d21277a7cbb42ee673ad6c656177853f6d35db99556dbac29867712222342d902b4fa67df5687c9d543bad99c81bcd0ecfb7f08f37480'
sha512sums=('64f584a70c3c7554682c861444c75433eaa858e86725d9de4c067c234bcae535dffa9dcbab16fb86a1d30680772bd23ea6af336afdf99a50960d6c133592950f'
'SKIP'
'f9f0d0ccf166fe6cb684478b6f1e1ab1f2850431c06aa041738563eb1808a004e52cdec823c103c9e180f03ffc083e95974d291353f0220fe52ae6d4897fecc7')
validpgpkeys=('8703B6700E7EE06D7A39B8D6EDAE37B02CEB490D' # Emil Velikov <emil.l.velikov@gmail.com>

Loading…
Cancel
Save