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Diffstat (limited to 'eclass/numeric-int64-multibuild.eclass')
| -rw-r--r-- | eclass/numeric-int64-multibuild.eclass | 414 |
1 files changed, 0 insertions, 414 deletions
diff --git a/eclass/numeric-int64-multibuild.eclass b/eclass/numeric-int64-multibuild.eclass deleted file mode 100644 index 9dd23cebf..000000000 --- a/eclass/numeric-int64-multibuild.eclass +++ /dev/null @@ -1,414 +0,0 @@ -# Copyright 1999-2021 Gentoo Foundation -# Distributed under the terms of the GNU General Public License v2 - -# @ECLASS: numeric-int64-multibuild.eclass -# @MAINTAINER: -# sci team <sci@gentoo.org> -# @AUTHOR: -# Author: Mark Wright <gienah@gentoo.org> -# Author: Justin Lecher <jlec@gentoo.org> -# @BLURB: Build functions for Fortran multilib int64 multibuild packages -# @DESCRIPTION: -# The numeric-int64-multibuild.eclass exports USE flags and utility functions -# necessary to build packages for multilib int64 multibuild in a clean -# and uniform manner. - -if [[ ! ${_NUMERIC_INT64_MULTILIB_ECLASS} ]]; then - -# EAPI=5 is required for meaningful MULTILIB_USEDEP. -case ${EAPI:-0} in - 5) - inherit multilib ;; - 6|7) ;; - *) die "EAPI=${EAPI} is not supported" ;; -esac - -inherit alternatives-2 eutils fortran-2 multilib-build numeric toolchain-funcs - -IUSE="int64" - -# @ECLASS-VARIABLE: NUMERIC_INT32_SUFFIX -# @INTERNAL -# @DESCRIPTION: -# MULTIBUILD_ID suffix for int32 build -NUMERIC_INT32_SUFFIX="int32" - -# @ECLASS-VARIABLE: NUMERIC_INT64_SUFFIX -# @INTERNAL -# @DESCRIPTION: -# MULTIBUILD_ID suffix for int64 build -NUMERIC_INT64_SUFFIX="int64" - -# @ECLASS-VARIABLE: NUMERIC_STATIC_SUFFIX -# @INTERNAL -# @DESCRIPTION: -# MULTIBUILD_ID suffix for static build -NUMERIC_STATIC_SUFFIX="static" - -# @FUNCTION: numeric-int64_is_int64_build -# @DESCRIPTION: -# Returns shell true if the current multibuild is a int64 build, -# else returns shell false. -# -# Example: -# -# @CODE -# $(numeric-int64_is_int64_build) && \ -# openblas_abi_cflags+=" -DOPENBLAS_USE64BITINT" -# @CODE -numeric-int64_is_int64_build() { - debug-print-function ${FUNCNAME} "${@}" - if [[ "${MULTIBUILD_ID}" =~ "${NUMERIC_INT64_SUFFIX}" ]]; then - return 0 - else - return 1 - fi -} - -# @FUNCTION: numeric-int64_is_static_build -# @DESCRIPTION: -# Returns shell true if current multibuild is a static build, -# else returns shell false. -# -# Example: -# -# @CODE -# if $(numeric-int64_is_static_build); then -# dolib.a lib*a -# fi -# @CODE -numeric-int64_is_static_build() { - debug-print-function ${FUNCNAME} "${@}" - if [[ "${MULTIBUILD_ID}" =~ "${NUMERIC_STATIC_SUFFIX}" ]]; then - return 0 - else - return 1 - fi -} - -# @FUNCTION: numeric-int64_get_module_name -# @USAGE: [<module_name>] -# @DESCRIPTION: -# Return the numeric module name, without the .pc extension, -# for the current fortran int64 build. If the current build is not an int64 -# build, and the ebuild does not have dynamic, threads or openmp USE flags or -# they are disabled, then the module_name is ${NUMERIC_MODULE_NAME} or -# <module_name> if <module_name> is specified. -# -# Takes an optional <module_name> parameter. If no <module_name> is specified, -# uses ${NUMERIC_MODULE_NAME} as the base to calculate the module_name for the -# current build. -# -# Example: -# -# @CODE -# NUMERIC_MODULE_NAME=blas -# profname=$(numeric-int64_get_module_name) -# -# int32 build: -# -> profname == blas -# -# int64 build: -# -> profname == blas-int64 -# @CODE -numeric-int64_get_module_name() { - debug-print-function ${FUNCNAME} "${@}" - local module_name="${1:-${NUMERIC_MODULE_NAME}}" - if has dynamic ${IUSE} && use dynamic; then - module_name+="-dynamic" - fi - if $(numeric-int64_is_int64_build); then - module_name+="-${NUMERIC_INT64_SUFFIX}" - fi - # choose posix threads over openmp when the two are set - # yet to see the need of having the two profiles simultaneously - if in_iuse threads && use threads; then - module_name+="-threads" - elif in_iuse openmp && use openmp; then - module_name+="-openmp" - fi - echo "${module_name}" -} - -# @FUNCTION: _numeric-int64_get_numeric_alternative -# @INTERNAL -_numeric-int64_get_numeric_alternative() { - debug-print-function ${FUNCNAME} "${@}" - local alternative_name="${1}" - if $(numeric-int64_is_int64_build); then - alternative_name+="-${NUMERIC_INT64_SUFFIX}" - fi - echo "${alternative_name}" -} - -# @FUNCTION: numeric-int64_get_blas_alternative -# @DESCRIPTION: -# Returns the eselect blas alternative for the current -# int build type. Which is blas-int64 if called from an int64 build, -# or blas otherwise. -numeric-int64_get_blas_alternative() { - debug-print-function ${FUNCNAME} "${@}" - _numeric-int64_get_numeric_alternative blas -} - -# @FUNCTION: numeric-int64_get_cblas_alternative -# @DESCRIPTION: -# Returns the eselect cblas alternative for the current -# int build type. Which is cblas-int64 if called from an int64 build, -# or cblas otherwise. -numeric-int64_get_cblas_alternative() { - debug-print-function ${FUNCNAME} "${@}" - _numeric-int64_get_numeric_alternative cblas -} - -# @FUNCTION: numeric-int64_get_xblas_alternative -# @DESCRIPTION: -# Returns the eselect xblas alternative for the current -# int build type. Which is xblas-int64 if called from an int64 build, -# or xblas otherwise. -numeric-int64_get_xblas_alternative() { - debug-print-function ${FUNCNAME} "${@}" - _numeric-int64_get_numeric_alternative xblas -} - -# @FUNCTION: numeric-int64_get_lapack_alternative -# @DESCRIPTION: -# Returns the eselect lapack alternative for the current -# int build type. Which is lapack-int64 if called from an int64 build, -# or lapack otherwise. -numeric-int64_get_lapack_alternative() { - debug-print-function ${FUNCNAME} "${@}" - _numeric-int64_get_numeric_alternative lapack -} - -# @FUNCTION: numeric-int64_get_blas_module_name -# @DESCRIPTION: -# Returns the pkg-config file name, without the .pc extension, -# for the currently selected blas-int64 module if we are performing an int64 -# build, or the currently selected blas module otherwise. -numeric-int64_get_blas_module_name() { - debug-print-function ${FUNCNAME} "${@}" - local blas_alternative=$(numeric-int64_get_blas_alternative) - local blas_symlinks=( $(eselect "${blas_alternative}" files) ) - local blas_prof_symlink="$(readlink -f ${blas_symlinks[0]})" - local blas_prof_file="${blas_prof_symlink##*/}" - echo "${blas_prof_file%.pc}" -} - -# @FUNCTION: numeric-int64_get_xblas_module_name -# @DESCRIPTION: -# Returns the xblas pkg-config file name, -# without the .pc extension, for the current build. Which is xblas-int64 if -# we are performing an int64 build, or xblas otherwise. -numeric-int64_get_xblas_module_name() { - debug-print-function ${FUNCNAME} "${@}" - local xblas_provider="xblas" - if $(numeric-int64_is_int64_build); then - xblas_provider+="-${INT64_SUFFIX}" - fi - echo "${xblas_provider}" -} - -# @FUNCTION: numeric-int64_get_fortran_int64_abi_fflags -# @DESCRIPTION: -# Return the Fortran compiler flag to enable 64 bit integers for -# array indices if we are performing an int64 build, or the empty string -# otherwise. -# -# Example: -# -# @CODE -# src_configure() { -# my_configure() { -# export FCFLAGS="${FCFLAGS} $(get_abi_CFLAGS) $(numeric-int64_get_fortran_int64_abi_fflags)" -# econf $(use_enable fortran) -# } -# numeric-int64-multibuild_foreach_all_abi_variants run_in_build_dir my_configure -# } -# @CODE -numeric-int64_get_fortran_int64_abi_fflags() { - debug-print-function ${FUNCNAME} "${@}" - $(numeric-int64_is_int64_build) && echo "$(fortran_int64_abi_fflags)" -} - -# @FUNCTION: numeric-int64_get_multibuild_int_variants -# @DESCRIPTION: -# Returns the array of int64 and int32 -# multibuild combinations. -numeric-int64_get_multibuild_int_variants() { - debug-print-function ${FUNCNAME} "${@}" - local MULTIBUILD_VARIANTS=( int32 ) variant - - in_iuse int64 && use int64 && MULTIBUILD_VARIANTS+=( int64 ) - - echo "${MULTIBUILD_VARIANTS[@]}" -} - -# @FUNCTION: numeric-int64_get_multibuild_variants -# @DESCRIPTION: -# Returns the array of int64, int32 and static -# multibuild combinations. -numeric-int64_get_multibuild_variants() { - debug-print-function ${FUNCNAME} "${@}" - local MULTIBUILD_VARIANTS=$(numeric-int64_get_multibuild_int_variants) - if in_iuse static-libs && use static-libs; then - for variant in ${MULTIBUILD_VARIANTS[@]}; do - MULTIBUILD_VARIANTS+=( static_${variant} ) - done - fi - echo "${MULTIBUILD_VARIANTS[@]}" -} - -# @FUNCTION: numeric-int64_get_all_abi_variants -# @DESCRIPTION: -# Returns the array of int64, int32 and static build combinations -# combined with all multilib ABI variants. -numeric-int64_get_all_abi_variants() { - debug-print-function ${FUNCNAME} "${@}" - local abi ret=() variant - - for abi in $(multilib_get_enabled_abi_pairs); do - for variant in $(numeric-int64_get_multibuild_variants); do - if [[ ${variant} =~ int64 ]]; then - [[ ${abi} =~ amd64 ]] && ret+=( ${abi}_${variant} ) - else - ret+=( ${abi}_${variant} ) - fi - done - done - echo "${ret[@]}" -} - -# @FUNCTION: numeric-int64_ensure_blas_int_support -# @DESCRIPTION: -# Check the blas supports the necessary int types in the currently -# selected blas module. -# -# Example: -# -# @CODE -# src_prepare() { -# numeric-int64_ensure_blas_int_support -# ... -# @CODE -numeric-int64_ensure_blas_int_support() { - local MULTILIB_INT64_VARIANTS=( $(numeric-int64_get_multibuild_variants) ) - local MULTIBUILD_ID - for MULTIBUILD_ID in "${MULTILIB_INT64_VARIANTS[@]}"; do - local blas_module_name=$(numeric-int64_get_blas_module_name) - $(tc-getPKG_CONFIG) --exists "${blas_module_name}" \ - || die "${PN} requires the pkgbuild module ${blas_module_name}" - done -} - -# @FUNCTION: numeric-int64-multibuild_install_alternative -# @USAGE: <alternative name> <provider name> [extra files sources] [extra files dest] -# @DESCRIPTION: -# Install alternatives pc file and extra files for all providers for all multilib ABIs. -numeric-int64-multibuild_install_alternative() { - debug-print-function ${FUNCNAME} "${@}" - [[ $# -lt 2 ]] && die "${FUNCNAME} needs at least two arguments" - pc_file() { - debug-print-function ${FUNCNAME} "${@}" - numeric-int64_is_static_build && return - local alternative=$(_numeric-int64_get_numeric_alternative "$1") - local module_name=$(numeric-int64_get_module_name) - printf \ - "/usr/$(get_libdir)/pkgconfig/${alternative}.pc ${module_name}.pc " \ - >> "${T}"/alternative-${alternative}.sh || die - } - pc_install() { - debug-print-function ${FUNCNAME} "${@}" - numeric-int64_is_static_build && return - local alternative=$(_numeric-int64_get_numeric_alternative "$1") - local module_name=$(numeric-int64_get_module_name $2) - shift 2 - alternatives_for \ - ${alternative} ${module_name} 0 \ - $(cat "${T}"/alternative-${alternative}.sh) ${@} - rm "${T}"/alternative-${alternative}.sh || die - } - numeric-int64-multibuild_foreach_all_abi_variants pc_file ${@} - numeric-int64-multibuild_foreach_int_abi pc_install ${@} -} - -# @FUNCTION: numeric-int64-multibuild_multilib_wrapper -# @USAGE: <argv>... -# @DESCRIPTION: -# Initialize the environment for ABI selected for multibuild. -# -# Example: -# -# @CODE -# multibuild_foreach_variant run_in_build_dir \ -# numeric-int64-multibuild_multilib_wrapper my_src_install -# @CODE -numeric-int64-multibuild_multilib_wrapper() { - debug-print-function ${FUNCNAME} "${@}" - - local v="${MULTIBUILD_VARIANT%_*}" - # MULTIBUILD_VARIANT could be abi_x86_64.amd64_static_int32 - v=${v%_${NUMERIC_STATIC_SUFFIX}} - local ABI="${v#*.}" - # hack: our int64 and int32 ABIs can correspond to the same ABI - # in multilib, resulting in multiple sed replacements of headers - # and thus error like "Flag not listed in wrapper template." - # Using MULTILIB_ABI_FLAG="${ABI}", the corresponding header - # is ignored. - local MULTILIB_ABI_FLAG - case ${MULTIBUILD_VARIANT} in - *_${NUMERIC_STATIC_SUFFIX}*|*_${NUMERIC_INT64_SUFFIX}) - MULTILIB_ABI_FLAG="${ABI}" - ;; - *_${NUMERIC_INT32_SUFFIX}) - MULTILIB_ABI_FLAG="${v%.*}" - ;; - esac - - multilib_toolchain_setup "${ABI}" - readonly ABI - "${@}" || die -} - -# @FUNCTION: numeric-int64-multibuild_foreach_int_abi -# @USAGE: <argv> ... -# @DESCRIPTION: -# Run command for each enabled numeric variant (e.g. int32, int64) -numeric-int64-multibuild_foreach_int_abi() { - debug-print-function ${FUNCNAME} "${@}" - local MULTIBUILD_VARIANTS=( $(numeric-int64_get_multibuild_int_variants) ) - multibuild_foreach_variant numeric-int64-multibuild_multilib_wrapper "${@}" -} - -# @FUNCTION: numeric-int64-multibuild_foreach_variant -# @USAGE: <argv> ... -# @DESCRIPTION: -# Run command for each enabled numeric abi and static-libs (e.g. int32, int64, static) -numeric-int64-multibuild_foreach_variant() { - debug-print-function ${FUNCNAME} "${@}" - local MULTIBUILD_VARIANTS=( $(numeric-int64_get_multibuild_variants) ) - multibuild_foreach_variant numeric-int64-multibuild_multilib_wrapper "${@}" -} - -# @FUNCTION: numeric-int64-multibuild_foreach_all_abi_variants -# @USAGE: <argv> ... -# @DESCRIPTION: -# Run command for each enabled numeric variant (e.g. int32, int64, static) _AND_ -# enabled multilib ABI -numeric-int64-multibuild_foreach_all_abi_variants() { - debug-print-function ${FUNCNAME} "${@}" - local MULTIBUILD_VARIANTS=( $(numeric-int64_get_all_abi_variants) ) - multibuild_foreach_variant numeric-int64-multibuild_multilib_wrapper "${@}" -} - -# @FUNCTION: numeric-int64-multibuild_copy_sources -# @DESCRIPTION: -# Thin wrapper around multibuild_copy_sources() -numeric-int64-multibuild_copy_sources() { - debug-print-function ${FUNCNAME} "${@}" - local MULTIBUILD_VARIANTS=( $(numeric-int64_get_all_abi_variants) ) - multibuild_copy_sources -} - -_NUMERIC_INT64_MULTILIB_ECLASS=1 -fi |