gentoo/media-libs/osl/osl-1.14.7.0.ebuild
Paul Zander 28500f368e
media-libs/osl: add 1.14.7.0 1.14.9999
Signed-off-by: Paul Zander <negril.nx+gentoo@gmail.com>
Part-of: https://github.com/gentoo/gentoo/pull/44694
Signed-off-by: Sam James <sam@gentoo.org>
2025-11-28 02:53:07 +00:00

440 lines
10 KiB
Bash

# Copyright 1999-2025 Gentoo Authors
# Distributed under the terms of the GNU General Public License v2
EAPI=8
# keep in sync with blender
PYTHON_COMPAT=( python3_{11..13} )
# Check this on updates
LLVM_COMPAT=( {18..20} )
inherit cmake cuda flag-o-matic llvm-r1 toolchain-funcs python-single-r1
DESCRIPTION="Advanced shading language for production GI renderers"
HOMEPAGE="https://www.imageworks.com/technology/opensource https://github.com/AcademySoftwareFoundation/OpenShadingLanguage"
if [[ ${PV} = *9999* ]] ; then
inherit git-r3
EGIT_REPO_URI="https://github.com/AcademySoftwareFoundation/OpenShadingLanguage.git"
else
# If a development release, please don't keyword!
SRC_URI="https://github.com/AcademySoftwareFoundation/OpenShadingLanguage/archive/v${PV}.tar.gz -> ${P}.tar.gz"
KEYWORDS="~amd64 ~arm ~arm64 ~ppc64"
S="${WORKDIR}/OpenShadingLanguage-${PV}"
fi
LICENSE="BSD"
SLOT="0/$(ver_cut 1-2)" # based on SONAME
X86_CPU_FEATURES=(
sse2:sse2
sse3:sse3
ssse3:ssse3
sse4_1:sse4.1
sse4_2:sse4.2
avx:avx
avx2:avx2
avx512f:avx512f
f16c:f16c
)
CPU_FEATURES=( "${X86_CPU_FEATURES[@]/#/cpu_flags_x86_}" )
IUSE="+clang-cuda debug doc gui libcxx nofma optix partio test ${CPU_FEATURES[*]%:*} python"
RESTRICT="!test? ( test )"
REQUIRED_USE="${PYTHON_REQUIRED_USE}
optix? ( clang-cuda )
"
RDEPEND="
dev-libs/pugixml
>=media-libs/openimageio-2.4:=
$(llvm_gen_dep '
llvm-core/clang:${LLVM_SLOT}=
llvm-core/llvm:${LLVM_SLOT}=
')
python? (
${PYTHON_DEPS}
$(python_gen_cond_dep '
dev-python/pybind11[${PYTHON_USEDEP}]
media-libs/openimageio[python,${PYTHON_SINGLE_USEDEP}]
')
)
partio? ( media-libs/partio )
gui? (
dev-qt/qtbase:6[gui,widgets,opengl]
)
"
DEPEND="${RDEPEND}
dev-util/patchelf
>=media-libs/openexr-3
virtual/zlib:=
test? (
media-fonts/droid
optix? (
clang-cuda? (
dev-util/nvidia-cuda-toolkit
)
dev-libs/optix
)
)
"
BDEPEND="
sys-devel/bison
sys-devel/flex
virtual/pkgconfig
"
PATCHES=(
"${FILESDIR}/${PN}-include-cstdint.patch"
)
cuda_get_host_compiler() {
if [[ -n "${NVCC_CCBIN}" ]]; then
echo "${NVCC_CCBIN}"
return
fi
if [[ -n "${CUDAHOSTCXX}" ]]; then
echo "${CUDAHOSTCXX}"
return
fi
einfo "Trying to find working CUDA host compiler"
if ! tc-is-gcc && ! tc-is-clang; then
die "$(tc-get-compiler-type) compiler is not supported"
fi
local compiler compiler_type compiler_version
local package package_version
# local -x NVCC_CCBIN
local NVCC_CCBIN_default
compiler_type="$(tc-get-compiler-type)"
compiler_version="$("${compiler_type}-major-version")"
# try the default compiler first
NVCC_CCBIN="$(tc-getCXX)"
NVCC_CCBIN_default="${NVCC_CCBIN}-${compiler_version}"
compiler="${NVCC_CCBIN/%-${compiler_version}}"
# store the package so we can re-use it later
if tc-is-gcc; then
package="sys-devel/${compiler_type}"
elif tc-is-clang; then
package="llvm-core/${compiler_type}"
else
die "$(tc-get-compiler-type) compiler is not supported"
fi
package_version="${package}"
ebegin "testing ${NVCC_CCBIN_default} (default)"
while ! nvcc -v -ccbin "${NVCC_CCBIN}" - -x cu <<<"int main(){}" &>> "${T}/cuda_get_host_compiler.log" ; do
eend 1
while true; do
# prepare next version
if ! package_version="<$(best_version "${package_version}")"; then
die "could not find a supported version of ${compiler}"
fi
NVCC_CCBIN="${compiler}-$(ver_cut 1 "${package_version/#<${package}-/}")"
[[ "${NVCC_CCBIN}" != "${NVCC_CCBIN_default}" ]] && break
done
ebegin "testing ${NVCC_CCBIN}"
done
eend $?
echo "${NVCC_CCBIN}"
export NVCC_CCBIN
}
cuda_get_host_native_arch() {
[[ -n ${CUDAARCHS} ]] && echo "${CUDAARCHS}"
__nvcc_device_query || die "failed to query the native device"
}
pkg_setup() {
llvm-r1_pkg_setup
use python && python-single-r1_pkg_setup
}
src_prepare() {
sed -e "/^install.*llvm_macros.cmake.*cmake/d" -i CMakeLists.txt || die
sed -e "/install_targets ( libtestshade )/d" -i src/testshade/CMakeLists.txt || die
cmake_src_prepare
}
src_configure() {
# -Werror=lto-type-mismatch
# https://bugs.gentoo.org/875836
# https://github.com/AcademySoftwareFoundation/OpenShadingLanguage/issues/1810
filter-lto
# pick the highest we support
local mysimd=()
if use cpu_flags_x86_avx512f; then
mysimd+=( avx512f )
elif use cpu_flags_x86_avx2 ; then
mysimd+=( avx2 )
if use cpu_flags_x86_f16c ; then
mysimd+=( f16c )
fi
elif use cpu_flags_x86_avx ; then
mysimd+=( avx )
elif use cpu_flags_x86_sse4_2 ; then
mysimd+=( sse4.2 )
elif use cpu_flags_x86_sse4_1 ; then
mysimd+=( sse4.1 )
elif use cpu_flags_x86_ssse3 ; then
mysimd+=( ssse3 )
elif use cpu_flags_x86_sse3 ; then
mysimd+=( sse3 )
elif use cpu_flags_x86_sse2 ; then
mysimd+=( sse2 )
fi
local mybatched=()
if use cpu_flags_x86_avx512f || use cpu_flags_x86_avx2 ; then
if use cpu_flags_x86_avx512f ; then
if use nofma; then
mybatched+=(
"b8_AVX512_noFMA"
"b16_AVX512_noFMA"
)
fi
mybatched+=(
"b8_AVX512"
"b16_AVX512"
)
fi
if use cpu_flags_x86_avx2 ; then
if use nofma; then
mybatched+=(
"b8_AVX2_noFMA"
)
fi
mybatched+=(
"b8_AVX2"
)
fi
fi
if use cpu_flags_x86_avx ; then
mybatched+=(
"b8_AVX"
)
fi
# If no CPU SIMDs were used, completely disable them
[[ -z "${mysimd[*]}" ]] && mysimd=("0")
[[ -z "${mybatched[*]}" ]] && mybatched=("0")
# This is currently needed on arm64 to get the NEON SIMD wrapper to compile the code successfully
# Even if there are no SIMD features selected, it seems like the code will turn on NEON support if it is available.
use arm64 && append-flags -flax-vector-conversions
local mycmakeargs=(
-DVERBOSE="no"
-DCMAKE_POLICY_DEFAULT_CMP0146="OLD" # BUG FindCUDA
-DCMAKE_INSTALL_DOCDIR="share/doc/${PF}"
-DINSTALL_DOCS="$(usex doc)"
-DUSE_CCACHE="no"
-DLLVM_STATIC="no"
-DOSL_BUILD_TESTS="$(usex test)"
-DSTOP_ON_WARNING="no"
-DUSE_PARTIO="$(usex partio)"
-DUSE_PYTHON="$(usex python)"
-DUSE_SIMD="$(IFS=","; echo "${mysimd[*]}")"
-DUSE_BATCHED="$(IFS=","; echo "${mybatched[*]}")"
-DUSE_LIBCPLUSPLUS="$(usex libcxx)"
-DUSE_QT="$(usex gui)"
)
if use debug; then
mycmakeargs+=(
-DVERBOSE="yes"
-DVEC_REPORT="yes"
)
fi
if use optix; then
cuda_add_sandbox -w
addwrite "/proc/self/task/"
addpredict "/dev/char/"
mycmakeargs+=(
-DUSE_LLVM_BITCODE="$(usex clang-cuda)"
-DCUDA_OPT_FLAG_NVCC="$(get-flag O)"
-DCUDA_OPT_FLAG_CLANG="$(get-flag O)"
)
fi
if use partio; then
mycmakeargs+=(
-Dpartio_DIR="${ESYSROOT}/usr"
)
fi
if use python; then
local -x OPENIMAGEIO_DEBUG=0
mycmakeargs+=(
-DOpenImageIO_ROOT="${ESYSROOT}/usr"
-DPYTHON_VERSION="${EPYTHON#python}"
-DPYTHON_SITE_DIR="$(python_get_sitedir)"
)
fi
if use optix; then
local -x CUDAHOSTCXX CUDAHOSTLD
CUDAHOSTCXX="$(cuda_get_host_compiler)"
CUDAHOSTLD="$(tc-getCXX)"
mycmakeargs+=(
-DOSL_USE_OPTIX="yes"
-DOptiX_FIND_QUIETLY="no"
-DCUDA_FIND_QUIETLY="no"
-DOPTIXHOME="${OPTIX_PATH:-${ESYSROOT}/opt/optix}"
-DCUDA_TOOLKIT_ROOT_DIR="${CUDA_PATH:-${ESYSROOT}/opt/cuda}"
-DCUDA_NVCC_FLAGS="--compiler-bindir;${CUDAHOSTCXX}"
-DOSL_EXTRA_NVCC_ARGS="--compiler-bindir;${CUDAHOSTCXX}"
-DCUDA_VERBOSE_BUILD="yes"
)
fi
# Environment OPENIMAGEIO_CUDA=0 trumps everything else, turns off
# Cuda functionality. We don't even initialize in this case.
export OPENIMAGEIO_CUDA=0
cmake_src_configure
}
src_test() {
# A bunch of tests only work when installed.
# So install them into the temp directory now.
DESTDIR="${T}" cmake_build install
ln -s "${CMAKE_USE_DIR}/src/cmake/" "${BUILD_DIR}/src/cmake" || die
local -x DEBUG CXXFLAGS LD_LIBRARY_PATH DIR OSL_DIR OSL_SOURCE_DIR PYTHONPATH
DEBUG=1 # doubles the floating point tolerance so we avoid FMA related issues
CXXFLAGS="-I${T}/usr/include"
LD_LIBRARY_PATH="${T}/usr/$(get_libdir)"
OSL_DIR="${T}/usr/$(get_libdir)/cmake/OSL"
OSL_SOURCE_DIR="${S}"
# local -x OSL_TESTSUITE_SKIP_DIFF=1
local -x OPENIMAGEIO_DEBUG=0
if use python; then
PYTHONPATH="${BUILD_DIR}/lib/python/site-packages"
fi
if use optix; then
cp \
"${BUILD_DIR}/src/liboslexec/shadeops_cuda.ptx" \
"${BUILD_DIR}/src/testrender/"{optix_raytracer,rend_lib_testrender}".ptx" \
"${BUILD_DIR}/src/testshade/"{optix_grid_renderer,rend_lib_testshade}".ptx" \
"${BUILD_DIR}/bin/" || die
# NOTE this should go to cuda eclass
cuda_add_sandbox -w
addwrite "/proc/self/task/"
addpredict "/dev/char/"
fi
local CMAKE_SKIP_TESTS=(
"-broken$"
# broken with in-tree <=dev-libs/optix-7.5.0 and out of date
"^example-cuda"
# outright fail
# batchregression
"^spline-reg.regress.batched.opt$"
"^transform-reg.regress.batched.opt$"
# "^texture3d-opts-reg.regress.batched.opt$"
# doesn't handle parameters
"^osl-imageio"
# TODO Unknown exception: Unable to convert function return value to a Python type!
# The signature was (self: oslquery.Parameter) -> OpenImageIO_v3_0::TypeDesc
"^python-oslquery"
)
local myctestargs=(
-LE '(render|optix)'
# src/build-scripts/ci-test.bash
# --repeat until-pass:10
'--force-new-ctest-process'
)
# OPENIMAGEIO_CUDA=0 \
# cmake_src_test
# NOTE this should go to cuda eclass
cuda_add_sandbox -w
addwrite "/proc/self/task/"
addpredict "/dev/char/"
einfo ""
einfo "testing render tests in isolation"
einfo ""
CMAKE_SKIP_TESTS=(
# optix
"^render-microfacet.optix.opt$"
"^render-microfacet.optix.fused$"
# render
"^render-bunny.opt$"
"^render-displacement.opt$"
"^render-microfacet.opt$"
"^render-mx-burley-diffuse.opt$"
"^render-veachmis.opt$"
)
myctestargs=(
-L "(render|optix)"
# src/build-scripts/ci-test.bash
'--force-new-ctest-process'
--repeat until-pass:10
--output-on-failure
)
cmake_src_test
}
src_install() {
cmake_src_install
if [[ -d "${ED}/usr/build-scripts" ]]; then
rm -vr "${ED}/usr/build-scripts" || die
fi
if use test; then
rm \
"${ED}/usr/bin/test"{render,shade{,_dso}} \
|| die
fi
if use amd64; then
find "${ED}/usr/$(get_libdir)" -type f -name 'lib_*_oslexec.so' -print0 \
| while IFS= read -r -d $'\0' batched_lib; do
patchelf --set-soname "$(basename "${batched_lib}")" "${batched_lib}" || die
done
fi
}