# Copyright 1999-2015 Gentoo Foundation # Distributed under the terms of the GNU General Public License v2 # $Header: /var/cvsroot/gentoo-x86/sci-libs/mkl/mkl-10.0.5.025.ebuild,v 1.20 2015/03/31 20:12:53 ulm Exp $ inherit eutils fortran-2 multilib toolchain-funcs check-reqs PID=1232 PB=${PN} DESCRIPTION="Intel(R) Math Kernel Library: linear algebra, fft, math functions" HOMEPAGE="http://developer.intel.com/software/products/mkl/" SRC_URI="http://registrationcenter-download.intel.com/irc_nas/${PID}/l_${PN}_p_${PV}.tgz" KEYWORDS="-* amd64 ~ia64 x86" SLOT="0" LICENSE="Intel-SDP" IUSE="doc fftw fortran95 int64 mpi" RESTRICT="strip mirror" DEPEND=" app-eselect/eselect-blas app-eselect/eselect-cblas app-eselect/eselect-lapack" RDEPEND="${DEPEND} doc? ( app-doc/blas-docs app-doc/lapack-docs ) mpi? ( virtual/mpi )" MKL_DIR=/opt/intel/${PN}/${PV} INTEL_LIC_DIR=/opt/intel/licenses QA_EXECSTACK="opt/intel/${PN}/${PV}/*" QA_TEXTRELS="opt/intel/${PN}/${PV}/*" get_fcomp() { case $(tc-getFC) in *gfortran* ) FCOMP="gfortran" ;; ifort ) FCOMP="ifc" ;; * ) FCOMP=$(tc-getFC) ;; esac } pkg_setup() { fortran-2_pkg_setup # Check the license if [[ -z ${MKL_LICENSE} ]]; then MKL_LICENSE="$(grep -ls MKern ${ROOT}${INTEL_LIC_DIR}/* | tail -n 1)" MKL_LICENSE=${MKL_LICENSE/${ROOT}/} fi if [[ -z ${MKL_LICENSE} ]]; then eerror "Did not find any valid mkl license." eerror "Register at ${HOMEPAGE} to receive a license" eerror "and place it in ${INTEL_LIC_DIR} or run:" eerror "export MKL_LICENSE=/my/license/file emerge mkl" die "license setup failed" fi # Check if we have enough free diskspace to install CHECKREQS_DISK_BUILD="1100M" check-reqs_pkg_setup # Check and setup fortran if use fortran95; then # blas95 and lapack95 don't compile with gfortran < 4.2 [[ $(tc-getFC) =~ (gfortran|g77) ]] && [[ $(gcc-major-version)$(gcc-minor-version) -lt 42 ]] && die "blas95 and lapack95 don't compile with gfortran < 4.2" fi MKL_FC="gnu" [[ $(tc-getFC) =~ if ]] && MKL_FC="intel" # build profiles according to what compiler is installed MKL_CC="gnu" [[ $(tc-getCC) == icc ]] && MKL_CC="intel" if has_version sys-cluster/mpich; then MKL_MPI=mpich elif has_version sys-cluster/mpich2; then MKL_MPI=mpich2 elif has_version sys-cluster/openmpi; then MKL_MPI=openmpi else MKL_MPI=intelmpi fi get_fcomp } src_unpack() { unpack ${A} cd l_${PN}_*_${PV}/install cp ${MKL_LICENSE} "${WORKDIR}"/ MKL_LIC="$(basename ${MKL_LICENSE})" # binary blob extractor installs rpm leftovers in /opt/intel addwrite /opt/intel # undocumented features: INSTALLMODE_mkl=NONRPM # We need to install mkl non-interactively. # If things change between versions, first do it interactively: # tar xf l_*; ./install.sh --duplicate mkl.ini; # The file will be instman/mkl.ini # Then check it and modify the ebuild-created one below # --norpm is required to be able to install 10.x cat > mkl.ini <<-EOF [MKL] EULA_ACCEPT_REJECT=ACCEPT FLEXLM_LICENSE_LOCATION=${WORKDIR}/${MKL_LIC} INSTALLMODE_mkl=NONRPM INSTALL_DESTINATION=${S} EOF einfo "Extracting ..." ./install \ --silent ./mkl.ini \ --installpath "${S}" \ --log log.txt &> /dev/null if [[ -z $(find "${S}" -name libmkl.so) ]]; then eerror "Could not find extracted files" eerror "See ${PWD}/log.txt to see why" die "extracting failed" fi # remove left over rm -f /opt/intel/.*mkl*.log /opt/intel/intel_sdp_products.db # remove unused stuff and set up intel names rm -rf "${WORKDIR}"/l_* cd "${S}" # allow openmpi to work epatch "${FILESDIR}"/${PN}-10.0.2.018-openmpi.patch # make scalapack tests work for gfortran #epatch "${FILESDIR}"/${PN}-10.0.2.018-tests.patch case ${ARCH} in x86) MKL_ARCH=32 MKL_KERN=ia32 rm -rf lib*/{em64t,64} ;; amd64) MKL_ARCH=em64t MKL_KERN=em64t rm -rf lib*/{32,64} ;; ia64) MKL_ARCH=64 MKL_KERN=ipf rm -rf lib*/{32,em64t} ;; esac MKL_LIBDIR=${MKL_DIR}/lib/${MKL_ARCH} # fix env scripts sed -i \ -e "s:${S}:${MKL_DIR}:g" \ tools/environment/*sh || die "sed support file failed" } src_compile() { cd "${S}"/interfaces if use fortran95; then einfo "Compiling fortan95 static lib wrappers" local myconf="lib${MKL_ARCH}" [[ $(tc-getFC) =~ gfortran ]] && \ myconf="${myconf} FC=gfortran" if use int64; then myconf="${myconf} interface=ilp64" [[ $(tc-getFC) =~ gfortran ]] && \ myconf="${myconf} FOPTS=-fdefault-integer-8" fi for x in blas95 lapack95; do pushd ${x} emake ${myconf} || die "emake ${x} failed" popd done fi if use fftw; then local fftwdirs="fftw2xc fftw2xf fftw3xc fftw3xf" local myconf="lib${MKL_ARCH} compiler=${MKL_CC}" if use mpi; then fftwdirs="${fftwdirs} fftw2x_cdft" myconf="${myconf} mpi=${MKL_MPI}" fi einfo "Compiling fftw static lib wrappers" for x in ${fftwdirs}; do pushd ${x} emake ${myconf} || die "emake ${x} failed" popd done fi } src_test() { cd "${S}"/tests local myconf local testdirs="blas cblas" use int64 && myconf="${myconf} interface=ilp64" # buggy with g77 and gfortran #if use mpi; then # testdirs="${testdirs} scalapack" # myconf="${myconf} mpi=${MKL_MPI}" #fi for x in ${testdirs}; do pushd ${x} einfo "Testing ${x}" emake \ compiler=${MKL_FC} \ ${myconf} \ so${MKL_ARCH} \ || die "emake ${x} failed" popd done } mkl_make_generic_profile() { cd "${S}" # produce eselect files # don't make them in FILESDIR, it changes every major version cat > eselect.blas <<-EOF ${MKL_LIBDIR}/libmkl_${MKL_KERN}.a /usr/@LIBDIR@/libblas.a ${MKL_LIBDIR}/libmkl.so /usr/@LIBDIR@/libblas.so ${MKL_LIBDIR}/libmkl.so /usr/@LIBDIR@/libblas.so.0 EOF cat > eselect.cblas <<-EOF ${MKL_LIBDIR}/libmkl_${MKL_KERN}.a /usr/@LIBDIR@/libcblas.a ${MKL_LIBDIR}/libmkl.so /usr/@LIBDIR@/libcblas.so ${MKL_LIBDIR}/libmkl.so /usr/@LIBDIR@/libcblas.so.0 ${MKL_DIR}/include/mkl_cblas.h /usr/include/cblas.h EOF cat > eselect.lapack <<-EOF ${MKL_LIBDIR}/libmkl_lapack.a /usr/@LIBDIR@/liblapack.a ${MKL_LIBDIR}/libmkl_lapack.so /usr/@LIBDIR@/liblapack.so ${MKL_LIBDIR}/libmkl_lapack.so /usr/@LIBDIR@/liblapack.so.0 EOF } # usage: mkl_add_profile mkl_add_profile() { cd "${S}" local prof=${1} for x in blas cblas lapack; do cat > ${x}-${prof}.pc <<-EOF prefix=${MKL_DIR} libdir=${MKL_LIBDIR} includedir=\${prefix}/include Name: ${x} Description: Intel(R) Math Kernel Library implementation of ${x} Version: ${PV} URL: ${HOMEPAGE} EOF done cat >> blas-${prof}.pc <<-EOF Libs: -Wl,--no-as-needed -L\${libdir} ${2} ${3} -lmkl_core ${4} -lpthread EOF cat >> cblas-${prof}.pc <<-EOF Requires: blas Libs: -Wl,--no-as-needed -L\${libdir} ${2} ${3} -lmkl_core ${4} -lpthread Cflags: -I\${includedir} EOF cat >> lapack-${prof}.pc <<-EOF Requires: blas Libs: -Wl,--no-as-needed -L\${libdir} ${2} ${3} -lmkl_core -lmkl_lapack ${4} -lpthread EOF insinto ${MKL_LIBDIR} for x in blas cblas lapack; do doins ${x}-${prof}.pc cp eselect.${x} eselect.${x}.${prof} echo "${MKL_LIBDIR}/${x}-${prof}.pc /usr/@LIBDIR@/pkgconfig/${x}.pc" \ >> eselect.${x}.${prof} eselect ${x} add $(get_libdir) eselect.${x}.${prof} ${prof} done } mkl_make_profiles() { local clib has_version 'dev-lang/ifc' && clib="intel" built_with_use sys-devel/gcc fortran && clib="${clib} gf" local slib="-lmkl_sequential" local rlib="-liomp5" local pbase=${PN} for c in ${clib}; do local ilib="-lmkl_${c}_lp64" use x86 && ilib="-lmkl_${c}" local tlib="-lmkl_${c/gf/gnu}_thread" local comp="${c/gf/gfortran}" comp="${comp/intel/ifort}" mkl_add_profile ${pbase}-${comp} ${ilib} ${slib} mkl_add_profile ${pbase}-${comp}-threads ${ilib} ${tlib} ${rlib} if use int64; then ilib="-lmkl_${c}_ilp64" mkl_add_profile ${pbase}-${comp}-int64 ${ilib} ${slib} mkl_add_profile ${pbase}-${comp}-threads-int64 ${ilib} ${tlib} ${rlib} fi done } src_install() { dodir ${MKL_DIR} # install license if [[ ! -f ${INTEL_LIC_DIR}/${MKL_LIC} ]]; then insinto ${INTEL_LIC_DIR} doins "${WORKDIR}"/${MKL_LIC} || die "install license failed" fi # install main stuff: cp faster than doins einfo "Installing files..." local cpdirs="benchmarks doc examples include interfaces lib man tests" local doinsdirs="tools" cp -pPR ${cpdirs} "${D}"${MKL_DIR} \ || die "installing mkl failed" insinto ${MKL_DIR} doins -r ${doinsdirs} || die "doins ${doinsdirs} failed" dosym mkl_cblas.h ${MKL_DIR}/include/cblas.h # install blas/lapack profiles mkl_make_generic_profile mkl_make_profiles # install env variables cat > 35mkl <<-EOF MKLROOT=${MKL_DIR} LDPATH=${MKL_LIBDIR} MANPATH=${MKL_DIR}/man EOF doenvd 35mkl || die "doenvd failed" } pkg_postinst() { # if blas profile is mkl, set lapack and cblas profiles as mkl local blas_prof=$(eselect blas show | cut -d' ' -f2) local def_prof="mkl-gfortran-threads" has_version 'dev-lang/ifc' && def_prof="mkl-ifort-threads" use int64 && def_prof="${def_prof}-int64" for x in blas cblas lapack; do local cur_prof=$(eselect ${x} show | cut -d' ' -f2) if [[ -z ${cur_prof} || ${cur_prof} == ${def_prof} ]]; then # work around eselect bug #189942 local configfile="${ROOT}"/etc/env.d/${x}/$(get_libdir)/config [[ -e ${configfile} ]] && rm -f ${configfile} eselect ${x} set ${def_prof} elog "${x} has been eselected to ${def_prof}" else elog "Current eselected ${x} is ${current_lib}" elog "To use one of mkl profiles, issue (as root):" elog "\t eselect ${x} set " fi if [[ ${blas_prof} == mkl* && ${cur_prof} != ${blas_prof} ]]; then eselect blas set ${def_prof} elog "${x} is now set to ${def_prof} for consistency" fi done if [[ $(gcc-major-version)$(gcc-minor-version) -lt 42 ]]; then elog "Multi-threading OpenMP for GNU compilers only available" elog "with gcc >= 4.2. Make sure you have a compatible version" elog "and select it with gcc-config before selecting gnu profiles" fi }