spack/var/spack/repos/builtin/packages/intel-tbb/package.py

175 lines
7.3 KiB
Python

# Copyright 2013-2019 Lawrence Livermore National Security, LLC and other
# Spack Project Developers. See the top-level COPYRIGHT file for details.
#
# SPDX-License-Identifier: (Apache-2.0 OR MIT)
from spack import *
import glob
import inspect
import platform
class IntelTbb(Package):
"""Widely used C++ template library for task parallelism.
Intel Threading Building Blocks (Intel TBB) lets you easily write parallel
C++ programs that take full advantage of multicore performance, that are
portable and composable, and that have future-proof scalability.
"""
homepage = "http://www.threadingbuildingblocks.org/"
# See url_for_version() below.
version('2019.4', sha256='342a0a2cd583879850658284b86e9351ea019b4f3fcd731f4c18456f0ce9f900')
version('2019.3', sha256='b2244147bc8159cdd8f06a38afeb42f3237d3fc822555499d7ccfbd4b86f8ece')
version('2019.2', sha256='1245aa394a92099e23ce2f60cdd50c90eb3ddcd61d86cae010ef2f1de61f32d9')
version('2019.1', sha256='a4875c6b6853213083e52ecd303546bdf424568ec67cfc7e51d132a7c037c66a')
version('2019', '2119f1db2f905dc5b423482d7689b7d6')
version('2018.6', '9a0f78db4f72356068b00f29f54ee6bc')
version('2018.5', 'ff3ae09f8c23892fbc3008c39f78288f')
version('2018.4', '5e2e6ba0e25624a94331c945856551c2')
version('2018.3', 'cd2e136598ffa5c136f077ee85a35b4c')
version('2018.2', '0b8dfe30917a54e40828eeb0ed7562ae')
version('2018.1', 'b2f2fa09adf44a22f4024049907f774b')
version('2018', '7fb30d5ea2545f26ce02757d9ab05e6c')
version('2017.8', '7240f57f1aeea0e266a5e17ae68fdc16')
version('2017.7', '364f2a4b80e978f38a69cbf7c466b898')
version('2017.6', 'ec21254af4fc2a29574c272f501a3138')
version('2017.5', '85b41c64102c052e24d8a39f6193e599')
version('2017.4', '71526b2fef098515e212302d1455de7d')
version('2017.3', 'd7622eeaafeff8d271c7aa684bd82ddb')
version('2017.2', '9605cbea96998a10a186fc72c35cbd76')
version('2017.1', '6c0fe8aa7bc911a85e8e522e620511b3')
version('2017', '9e7f9ea684ecf84ac74dcd3c6012cfa6')
version('4.4.6', '20e15206f70c2651bfc964e451a443a0')
version('4.4.5', '531a67cd98f9b4ec8ece95c5f8193a83')
version('4.4.4', '61531b2e8684e06a621dcdca1a7a420e')
version('4.4.3', '8e3e39e1fdfb3f7c3a5ac8ec1afe186e')
version('4.4.2', 'e92b110e8eb238741b00e3789b39969e')
version('4.4.1', 'a02c9958f02c1b5f3626874219979ae8')
version('4.4', '1d512085221996eae6cec04e1a4cd3dd')
provides('tbb')
conflicts('%gcc@6.1:', when='@:4.4.3',
msg='4.4.4 or later required for GCC >= 6.1.')
variant('shared', default=True,
description='Builds a shared version of TBB libraries')
variant('cxxstd',
default='default',
values=('default', '98', '11', '14', '17'),
multi=False,
description='Use the specified C++ standard when building.')
variant('tm', default=True,
description='Enable use of transactional memory on x86')
# Build and install CMake config files if we're new enough.
depends_on('cmake@3.0.0:', type='build', when='@2017.0:')
# Deactivate use of RTM with GCC when on an OS with an elderly assembler.
patch("tbb_gcc_rtm_key.patch", level=0, when='%gcc@4.8.0: os=rhel6')
patch("tbb_gcc_rtm_key.patch", level=0, when='%gcc@4.8.0: os=scientific6')
patch("tbb_gcc_rtm_key.patch", level=0, when='%gcc@4.8.0: os=centos6')
patch("gcc_generic-pedantic-4.4.patch", level=1, when='@:2018.99')
patch("gcc_generic-pedantic-2019.patch", level=1, when='@2019:')
# Patch cmakeConfig.cmake.in to find the libraries where we install them.
patch("tbb_cmakeConfig.patch", level=0, when='@2017.0:')
# Some very old systems don't support transactional memory.
patch("disable-tm.patch", when='~tm')
def url_for_version(self, version):
url = 'https://github.com/01org/tbb/archive/{0}.tar.gz'
if (version[0] >= 2017) and len(version) > 1:
return url.format('{0}_U{1}'.format(version[0], version[1]))
else:
return url.format(version)
def coerce_to_spack(self, tbb_build_subdir):
for compiler in ["icc", "gcc", "clang"]:
fs = glob.glob(join_path(tbb_build_subdir,
"*.%s.inc" % compiler))
for f in fs:
lines = open(f).readlines()
of = open(f, "w")
for l in lines:
if l.strip().startswith("CPLUS ="):
of.write("# coerced to spack\n")
of.write("CPLUS = $(CXX)\n")
elif l.strip().startswith("CPLUS ="):
of.write("# coerced to spack\n")
of.write("CONLY = $(CC)\n")
else:
of.write(l)
def install(self, spec, prefix):
# We need to follow TBB's compiler selection logic to get the proper
# build + link flags but we still need to use spack's compiler wrappers
# to accomplish this, we do two things:
#
# * Look at the spack spec to determine which compiler we should pass
# to tbb's Makefile;
#
# * patch tbb's build system to use the compiler wrappers (CC, CXX) for
# icc, gcc, clang (see coerce_to_spack());
#
self.coerce_to_spack("build")
if spec.satisfies('%clang'):
tbb_compiler = "clang"
elif spec.satisfies('%intel'):
tbb_compiler = "icc"
else:
tbb_compiler = "gcc"
mkdirp(prefix)
mkdirp(prefix.lib)
make_opts = []
# Static builds of TBB are enabled by including 'big_iron.inc' file
# See caveats in 'big_iron.inc' for limits on using TBB statically
# Lore states this file must be handed to make before other options
if '+shared' not in self.spec:
make_opts.append("extra_inc=big_iron.inc")
if spec.variants['cxxstd'].value != 'default':
make_opts.append('stdver=c++{0}'.
format(spec.variants['cxxstd'].value))
#
# tbb does not have a configure script or make install target
# we simply call make, and try to put the pieces together
#
make_opts.append("compiler={0}".format(tbb_compiler))
make(*make_opts)
# install headers to {prefix}/include
install_tree('include', prefix.include)
# install libs to {prefix}/lib
tbb_lib_names = ["libtbb",
"libtbbmalloc",
"libtbbmalloc_proxy"]
for lib_name in tbb_lib_names:
# install release libs
fs = glob.glob(join_path("build", "*release", lib_name + ".*"))
for f in fs:
install(f, prefix.lib)
# install debug libs if they exist
fs = glob.glob(join_path("build", "*debug", lib_name + "_debug.*"))
for f in fs:
install(f, prefix.lib)
if self.spec.satisfies('@2017.0:'):
# Generate and install the CMake Config file.
cmake_args = ('-DTBB_ROOT={0}'.format(prefix),
'-DTBB_OS={0}'.format(platform.system()),
'-P',
'tbb_config_generator.cmake')
with working_dir(join_path(self.stage.source_path, 'cmake')):
inspect.getmodule(self).cmake(*cmake_args)