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|
# Copyright 1999-2006 Gentoo Foundation
# Distributed under the terms of the GNU General Public License v2
# $Header: /var/cvsroot/gentoo-x86/sys-libs/glibc/glibc-2.4-r4.ebuild,v 1.15 2006/12/03 06:45:05 vapier Exp $
# Here's how the cross-compile logic breaks down ...
# CTARGET - machine that will target the binaries
# CHOST - machine that will host the binaries
# CBUILD - machine that will build the binaries
# If CTARGET != CHOST, it means you want a libc for cross-compiling.
# If CHOST != CBUILD, it means you want to cross-compile the libc.
# CBUILD = CHOST = CTARGET - native build/install
# CBUILD != (CHOST = CTARGET) - cross-compile a native build
# (CBUILD = CHOST) != CTARGET - libc for cross-compiler
# CBUILD != CHOST != CTARGET - cross-compile a libc for a cross-compiler
# For install paths:
# CHOST = CTARGET - install into /
# CHOST != CTARGET - install into /usr/CTARGET/
KEYWORDS="-* amd64 ~ia64 ~mips ppc ppc64 s390 sh ~sparc x86"
BRANCH_UPDATE=""
# Generated man pages
GLIBC_MANPAGE_VERSION="none"
# Generated stuff in manual subdir
GLIBC_INFOPAGE_VERSION="none"
# Gentoo patchset
PATCH_VER="1.19"
# PPC cpu addon
# http://penguinppc.org/dev/glibc/glibc-powerpc-cpu-addon.html
PPC_CPU_ADDON_VER="0.01"
PPC_CPU_ADDON_TARBALL="glibc-powerpc-cpu-addon-v${PPC_CPU_ADDON_VER}.tgz"
PPC_CPU_ADDON_URI="http://penguinppc.org/dev/glibc/${PPC_CPU_ADDON_TARBALL}"
# LinuxThreads addon
LT_VER="20060605"
LT_TARBALL="glibc-linuxthreads-${LT_VER}.tar.bz2"
LT_URI="ftp://sources.redhat.com/pub/glibc/snapshots/${LT_TARBALL} mirror://gentoo/${LT_TARBALL}"
GENTOO_TOOLCHAIN_BASE_URI="mirror://gentoo"
GENTOO_TOOLCHAIN_DEV_URI="http://dev.gentoo.org/~azarah/glibc/XXX http://dev.gentoo.org/~vapier/dist/XXX"
### PUNT OUT TO ECLASS?? ###
inherit eutils versionator libtool toolchain-funcs flag-o-matic gnuconfig multilib
DESCRIPTION="GNU libc6 (also called glibc2) C library"
HOMEPAGE="http://www.gnu.org/software/libc/libc.html"
LICENSE="LGPL-2"
# note that nptl/nptlonly/glibc-compat20 are for upgrade checks only.
# we dont generally support these things in this version.
IUSE="nls build nptl nptlonly hardened multilib selinux glibc-omitfp profile glibc-compat20 debug"
export CBUILD=${CBUILD:-${CHOST}}
export CTARGET=${CTARGET:-${CHOST}}
if [[ ${CTARGET} == ${CHOST} ]] ; then
if [[ ${CATEGORY/cross-} != ${CATEGORY} ]] ; then
export CTARGET=${CATEGORY/cross-}
fi
fi
if [[ ${CTARGET} == ${CHOST} ]] ; then
PROVIDE="virtual/libc"
fi
is_crosscompile() {
[[ ${CHOST} != ${CTARGET} ]]
}
just_headers() {
is_crosscompile && use crosscompile_opts_headers-only
}
GLIBC_RELEASE_VER=$(get_version_component_range 1-3)
# Don't set this to :-, - allows BRANCH_UPDATE=""
BRANCH_UPDATE=${BRANCH_UPDATE-$(get_version_component_range 4)}
# (Recent snapshots fails with 2.6.5 and earlier with NPTL)
NPTL_KERNEL_VERSION=${NPTL_KERNEL_VERSION:-"2.6.9"}
LT_KERNEL_VERSION=${LT_KERNEL_VERSION:-"2.4.1"}
### SRC_URI ###
# This function handles the basics of setting the SRC_URI for a glibc ebuild.
# To use, set SRC_URI with:
#
# SRC_URI="$(get_glibc_src_uri)"
#
# Other than the variables normally set by portage, this function's behavior
# can be altered by setting the following:
#
# GENTOO_TOOLCHAIN_BASE_URI
# This sets the base URI for all gentoo-specific patch files. Note
# that this variable is only important for a brief period of time,
# before your source files get picked up by mirrors. However, it is
# still highly suggested that you keep files in this location
# available.
#
# BRANCH_UPDATE
# If set, this variable signals that we should be using the main
# release tarball (determined by ebuild version) and applying a
# CVS branch update patch against it. The location of this branch
# update patch is assumed to be in ${GENTOO_TOOLCHAIN_BASE_URI}.
# Just like with SNAPSHOT, this variable is ignored if the ebuild
# has a _pre suffix.
#
# PATCH_VER
# PATCH_GLIBC_VER
# This should be set to the version of the gentoo patch tarball.
# The resulting filename of this tarball will be:
# glibc-${PATCH_GLIBC_VER:-${GLIBC_RELEASE_VER}}-patches-${PATCH_VER}.tar.bz2
#
# GLIBC_MANPAGE_VERSION
# GLIBC_INFOPAGE_VERSION
# The version of glibc for which we will download pages. This will
# default to ${GLIBC_RELEASE_VER}, but we may not want to pre-generate man pages
# for prerelease test ebuilds for example. This allows you to
# continue using pre-generated manpages from the last stable release.
# If set to "none", this will prevent the downloading of manpages,
# which is useful for individual library targets.
#
get_glibc_src_uri() {
GENTOO_TOOLCHAIN_BASE_URI=${GENTOO_TOOLCHAIN_BASE_URI:-"mirror://gentoo"}
# GLIBC_SRC_URI="http://ftp.gnu.org/gnu/glibc/glibc-${GLIBC_RELEASE_VER}.tar.bz2
# http://ftp.gnu.org/gnu/glibc/glibc-linuxthreads-${GLIBC_RELEASE_VER}.tar.bz2
# http://ftp.gnu.org/gnu/glibc/glibc-libidn-${GLIBC_RELEASE_VER}.tar.bz2
GLIBC_SRC_URI="mirror://gnu/glibc/glibc-${GLIBC_RELEASE_VER}.tar.bz2
mirror://gnu/glibc/glibc-ports-${GLIBC_RELEASE_VER}.tar.bz2
mirror://gnu/glibc/glibc-libidn-${GLIBC_RELEASE_VER}.tar.bz2"
if [[ -n ${BRANCH_UPDATE} ]] ; then
GLIBC_SRC_URI="${GLIBC_SRC_URI}
${GENTOO_TOOLCHAIN_BASE_URI}/glibc-${GLIBC_RELEASE_VER}-branch-update-${BRANCH_UPDATE}.patch.bz2
${GENTOO_TOOLCHAIN_DEV_URI//XXX/glibc-${GLIBC_RELEASE_VER}-branch-update-${BRANCH_UPDATE}.patch.bz2}"
fi
if [[ -n ${PATCH_VER} ]] ; then
GLIBC_SRC_URI="${GLIBC_SRC_URI}
${GENTOO_TOOLCHAIN_BASE_URI}/glibc-${PATCH_GLIBC_VER:-${GLIBC_RELEASE_VER}}-patches-${PATCH_VER}.tar.bz2
${GENTOO_TOOLCHAIN_DEV_URI//XXX/glibc-${PATCH_GLIBC_VER:-${GLIBC_RELEASE_VER}}-patches-${PATCH_VER}.tar.bz2}"
fi
if [[ ${GLIBC_MANPAGE_VERSION} != "none" ]] ; then
GLIBC_SRC_URI="${GLIBC_SRC_URI}
${GENTOO_TOOLCHAIN_BASE_URI}/glibc-manpages-${GLIBC_MANPAGE_VERSION:-${GLIBC_RELEASE_VER}}.tar.bz2
${GENTOO_TOOLCHAIN_DEV_URI//XXX/glibc-manpages-${GLIBC_MANPAGE_VERSION:-${GLIBC_RELEASE_VER}}.tar.bz2}"
fi
if [[ ${GLIBC_INFOPAGE_VERSION} != "none" ]] ; then
GLIBC_SRC_URI="${GLIBC_SRC_URI}
${GENTOO_TOOLCHAIN_BASE_URI}/glibc-infopages-${GLIBC_INFOPAGE_VERSION:-${GLIBC_RELEASE_VER}}.tar.bz2
${GENTOO_TOOLCHAIN_DEV_URI//XXX/glibc-infopages-${GLIBC_INFOPAGE_VERSION:-${GLIBC_RELEASE_VER}}.tar.bz2}"
fi
[[ -n ${LT_VER} ]] && GLIBC_SRC_URI="${GLIBC_SRC_URI} ${LT_URI}"
GLIBC_SRC_URI="${GLIBC_SRC_URI} ${PPC_CPU_ADDON_URI}"
echo "${GLIBC_SRC_URI}"
}
SRC_URI=$(get_glibc_src_uri)
S=${WORKDIR}/glibc-${GLIBC_RELEASE_VER}
### EXPORTED FUNCTIONS ###
unpack_addon() {
local addon=$1 ver=${2:-${GLIBC_RELEASE_VER}}
unpack glibc-${addon}-${ver}.tar.bz2
mv glibc-${addon}-${ver} ${addon} || die
}
toolchain-glibc_src_unpack() {
# Check NPTL support _before_ we unpack things to save some time
want_nptl && check_nptl_support
unpack glibc-${GLIBC_RELEASE_VER}.tar.bz2
cd "${S}"
if [[ -n ${LT_VER} ]] ; then
unpack ${LT_TARBALL}
mv glibc-linuxthreads-${LT_VER}/* . || die
fi
unpack_addon libidn
unpack_addon ports
if [[ -n ${PPC_CPU_ADDON_TARBALL} ]] ; then
cd "${S}"
unpack ${PPC_CPU_ADDON_TARBALL}
fi
if [[ -n ${PATCH_VER} ]] ; then
cd "${WORKDIR}"
unpack glibc-${PATCH_GLIBC_VER:-${GLIBC_RELEASE_VER}}-patches-${PATCH_VER}.tar.bz2
# pull out all the addons
local d
for d in extra/*/configure ; do
mv "${d%/configure}" "${S}" || die "moving ${d}"
done
fi
# XXX: We should do the branchupdate, before extracting the manpages and
# infopages else it does not help much (mtimes change if there is a change
# to them with branchupdate)
if [[ -n ${BRANCH_UPDATE} ]] ; then
cd "${S}"
epatch "${DISTDIR}"/glibc-${GLIBC_RELEASE_VER}-branch-update-${BRANCH_UPDATE}.patch.bz2
# Snapshot date patch
einfo "Patching version to display snapshot date ..."
sed -i -e "s:\(#define RELEASE\).*:\1 \"${BRANCH_UPDATE}\":" version.h
fi
if [[ ${GLIBC_MANPAGE_VERSION} != "none" ]] ; then
cd "${WORKDIR}"
unpack glibc-manpages-${GLIBC_MANPAGE_VERSION:-${GLIBC_RELEASE_VER}}.tar.bz2
fi
if [[ ${GLIBC_INFOPAGE_VERSION} != "none" ]] ; then
cd "${S}"
unpack glibc-infopages-${GLIBC_INFOPAGE_VERSION:-${GLIBC_RELEASE_VER}}.tar.bz2
fi
if [[ -n ${PATCH_VER} ]] ; then
cd "${S}"
EPATCH_MULTI_MSG="Applying Gentoo Glibc Patchset ${PATCH_GLIBC_VER:-${GLIBC_RELEASE_VER}}-${PATCH_VER} ..." \
EPATCH_EXCLUDE=${GLIBC_PATCH_EXCLUDE} \
EPATCH_SUFFIX="patch" \
ARCH=$(tc-arch) \
epatch "${WORKDIR}"/patches
# tag, glibc is it
[[ -e csu/Banner ]] && die "need new banner location"
echo "Gentoo patchset ${PATCH_VER}" > csu/Banner
fi
einfo "Patching to make test failures clear, and to run all of them."
epatch ${FILESDIR}/2.4/glibc-2.4-testfailobvious.patch
# Building -fno-PIE anyway, so don't need this
# einfo "Patching to get working PIE binaries on PIE (hardened) platforms"
# epatch ${FILESDIR}/2.4/glibc-2.4-hardened-pie.patch
if use hardened; then
einfo "Installing Hardened Gentoo SSP handler"
cp -f ${FILESDIR}/2.4/glibc-2.4-gentoo-stack_chk_fail.c \
${S}/debug/stack_chk_fail.c
if use debug; then
# When using Hardened Gentoo stack handler, have smashes dump core for
# analysis - debug only, as core could be an information leak
# (paranoia).
sed -i -e '/^CFLAGS-backtrace.c/ iCFLAGS-stack_chk_fail.c = -DSSP_SMASH_DUMPS_CORE' \
${S}/debug/Makefile ||
die "Failed to modify debug/Makefile for debug stack handler"
fi
fi
gnuconfig_update
}
toolchain-glibc_src_compile() {
echo
local v
for v in ABI CBUILD CHOST CTARGET CBUILD_OPT CTARGET_OPT CC CFLAGS ; do
einfo " $(printf '%15s' ${v}:) ${!v}"
done
echo
if want_linuxthreads ; then
glibc_do_configure linuxthreads
einfo "Building GLIBC with linuxthreads..."
make PARALLELMFLAGS="${MAKEOPTS}" || die "make for ${ABI} failed"
fi
if want_nptl ; then
# ... and then do the optional nptl build
unset LD_ASSUME_KERNEL
glibc_do_configure nptl
einfo "Building GLIBC with NPTL..."
make PARALLELMFLAGS="${MAKEOPTS}" || die "make for ${ABI} failed"
fi
}
toolchain-glibc_headers_compile() {
local GBUILDDIR=${WORKDIR}/build-${ABI}-${CTARGET}-headers
mkdir -p "${GBUILDDIR}"
cd "${GBUILDDIR}"
# Pick out the correct location for build headers
local myconf="--disable-sanity-checks --enable-hacker-mode"
myconf="${myconf}
--enable-add-ons=nptl,ports
--without-cvs
--enable-bind-now
--build=${CBUILD_OPT:-${CBUILD}}
--host=${CTARGET_OPT:-${CTARGET}}
--with-headers=$(alt_build_headers)
--prefix=/usr
${EXTRA_ECONF}"
einfo "Configuring GLIBC headers with: ${myconf// /\n\t\t}"
CC=gcc \
CFLAGS="-O1 -pipe" \
"${S}"/configure ${myconf} || die "failed to configure glibc"
}
toolchain-glibc_src_test() {
cd "${WORKDIR}"/build-${ABI}-${CTARGET}-$1 || die "cd build-${ABI}-${CTARGET}-$1"
unset LD_ASSUME_KERNEL
# Don't force bind-now on test programs (some test that lazy binding works)
gcc-specs-now && append-ldflags "-nonow"
make check || ewarn "make check failed for ${ABI}-${CTARGET}-$1"
}
toolchain-glibc_pkg_preinst() {
# PPC64+others may want to eventually be added to this logic if they
# decide to be multilib compatible and FHS compliant. note that this
# chunk of FHS compliance only applies to 64bit archs where 32bit
# compatibility is a major concern (not IA64, for example).
# amd64's 2005.0 is the first amd64 profile to not need this code.
# 2005.0 is setup properly, and this is executed as part of the
# 2004.3 -> 2005.0 upgrade script.
# It can be removed after 2004.3 has been purged from portage.
{ use amd64 || use ppc64; } && [ "$(get_libdir)" == "lib64" ] && ! has_multilib_profile && fix_lib64_symlinks
# it appears that /lib/tls is sometimes not removed. See bug
# 69258 for more info.
if [[ -d ${ROOT}/$(alt_libdir)/tls ]] && ! { want_nptl && want_linuxthreads; }; then
addwrite "${ROOT}"/$(alt_libdir)/
ewarn "nptlonly or -nptl in USE, removing /${ROOT}$(alt_libdir)/tls..."
rm -r "${ROOT}"/$(alt_libdir)/tls || die
fi
# Shouldnt need to keep this updated
[[ -e ${ROOT}/etc/locale.gen ]] && rm -f "${D}"/etc/locale.gen
}
toolchain-glibc_src_install() {
# These should not be set, else the
# zoneinfo do not always get installed ...
unset LANGUAGE LANG LC_ALL
local GBUILDDIR
if want_linuxthreads ; then
GBUILDDIR=${WORKDIR}/build-${ABI}-${CTARGET}-linuxthreads
else
GBUILDDIR=${WORKDIR}/build-${ABI}-${CTARGET}-nptl
fi
local install_root=${D}
if is_crosscompile ; then
install_root="${install_root}/usr/${CTARGET}"
fi
if want_linuxthreads ; then
cd "${WORKDIR}"/build-${ABI}-${CTARGET}-linuxthreads
einfo "Installing GLIBC ${ABI} with linuxthreads ..."
make PARALLELMFLAGS="${MAKEOPTS} -j1" \
install_root="${install_root}" \
install || die
else # nptlonly
cd "${WORKDIR}"/build-${ABI}-${CTARGET}-nptl
einfo "Installing GLIBC ${ABI} with NPTL ..."
make PARALLELMFLAGS="${MAKEOPTS} -j1" \
install_root="${install_root}" \
install || die
fi
if is_crosscompile ; then
# punt all the junk not needed by a cross-compiler
cd "${D}"/usr/${CTARGET} || die
rm -rf ./{,usr/}{bin,etc,sbin,share} ./{,usr/}*/{gconv,misc}
fi
if want_linuxthreads && want_nptl ; then
einfo "Installing NPTL to $(alt_libdir)/tls/..."
cd "${WORKDIR}"/build-${ABI}-${CTARGET}-nptl
dodir $(alt_libdir)/tls $(alt_usrlibdir)/nptl
local l src_lib
for l in libc libm librt libpthread libthread_db ; do
# take care of shared lib first ...
l=${l}.so
if [[ -e ${l} ]] ; then
src_lib=${l}
else
src_lib=$(eval echo */${l})
fi
cp -a ${src_lib} "${D}"$(alt_libdir)/tls/${l} || die "copying nptl ${l}"
fperms a+rx $(alt_libdir)/tls/${l}
dosym ${l} $(alt_libdir)/tls/$(scanelf -qSF'%S#F' ${src_lib})
# then grab the linker script or the symlink ...
if [[ -L ${D}$(alt_usrlibdir)/${l} ]] ; then
dosym $(alt_libdir)/tls/${l} $(alt_usrlibdir)/nptl/${l}
else
sed \
-e "s:/${l}:/tls/${l}:g" \
-e "s:/${l/%.so/_nonshared.a}:/nptl/${l/%.so/_nonshared.a}:g" \
"${D}"$(alt_usrlibdir)/${l} > "${D}"$(alt_usrlibdir)/nptl/${l}
fi
# then grab the static lib ...
src_lib=${src_lib/%.so/.a}
[[ ! -e ${src_lib} ]] && src_lib=${src_lib/%.a/_pic.a}
cp -a ${src_lib} "${D}"$(alt_usrlibdir)/nptl/ || die "copying nptl ${src_lib}"
src_lib=${src_lib/%.a/_nonshared.a}
if [[ -e ${src_lib} ]] ; then
cp -a ${src_lib} "${D}"$(alt_usrlibdir)/nptl/ || die "copying nptl ${src_lib}"
fi
done
# use the nptl linker instead of the linuxthreads one as the linuxthreads
# one may lack TLS support and that can be really bad for business
cp -a elf/ld.so "${D}"$(alt_libdir)/$(scanelf -qSF'%S#F' elf/ld.so) || die "copying nptl interp"
fi
# We'll take care of the cache ourselves
rm -f "${D}"/etc/ld.so.cache
# Some things want this, notably ash.
dosym libbsd-compat.a $(alt_usrlibdir)/libbsd.a
# Handle includes for different ABIs
prep_ml_includes $(alt_headers)
# When cross-compiling for a non-multilib setup, make sure we have
# lib and a proper symlink setup
if is_crosscompile && ! use multilib && ! has_multilib_profile && [[ $(get_libdir) != "lib" ]] ; then
cd "${D}"$(alt_libdir)/..
mv $(get_libdir) lib || die
ln -s lib $(get_libdir) || die
cd "${D}"$(alt_usrlibdir)/..
mv $(get_libdir) lib || die
ln -s lib $(get_libdir) || die
fi
#################################################################
# EVERYTHING AFTER THIS POINT IS FOR NATIVE GLIBC INSTALLS ONLY #
# Make sure we install some symlink hacks so that when we build
# a 2nd stage cross-compiler, gcc finds the target system
# headers correctly. See gcc/doc/gccinstall.info
if is_crosscompile ; then
dosym usr/include /usr/${CTARGET}/sys-include
return 0
fi
# Everything past this point just needs to be done once ...
is_final_abi || return 0
# Make sure the non-native interp can be found on multilib systems
if has_multilib_profile ; then
case $(tc-arch) in
amd64)
[[ ! -e ${D}/lib ]] && dosym $(get_abi_LIBDIR amd64) /lib
dosym /$(get_abi_LIBDIR x86)/ld-linux.so.2 /lib/ld-linux.so.2
;;
ppc64)
[[ ! -e ${D}/lib ]] && dosym $(get_abi_LIBDIR ppc64) /lib
dosym /$(get_abi_LIBDIR ppc)/ld.so.1 /lib/ld.so.1
;;
esac
fi
# Files for Debian-style locale updating
dodir /usr/share/i18n
sed \
-e "/^#/d" \
-e "/SUPPORTED-LOCALES=/d" \
-e "s: \\\\::g" -e "s:/: :g" \
"${S}"/localedata/SUPPORTED > "${D}"/usr/share/i18n/SUPPORTED \
|| die "generating /usr/share/i18n/SUPPORTED failed"
cd "${WORKDIR}"/extra/locale
dosbin locale-gen || die
doman *.[0-8]
insinto /etc
doins locale.gen || die
# Make sure all the ABI's can find the locales and so we only
# have to generate one set
local a
keepdir /usr/$(get_libdir)/locale
for a in $(get_install_abis) ; do
if [[ ! -e ${D}/usr/$(get_abi_LIBDIR ${a})/locale ]] ; then
dosym /usr/$(get_libdir)/locale /usr/$(get_abi_LIBDIR ${a})/locale
fi
done
if ! has noinfo ${FEATURES} && [[ ${GLIBC_INFOPAGE_VERSION} != "none" ]] ; then
einfo "Installing info pages..."
make \
-C "${GBUILDDIR}" \
PARALLELMFLAGS="${MAKEOPTS} -j1" \
install_root="${install_root}" \
info -i || die
fi
if [[ ${GLIBC_MANPAGE_VERSION} != "none" ]] ; then
einfo "Installing man pages..."
# Install linuxthreads man pages even if nptl is enabled
cd "${WORKDIR}"/man
doman *.3thr
fi
# Install misc network config files
insinto /etc
doins "${WORKDIR}"/extra/etc/*.conf || die
doinitd "${WORKDIR}"/extra/etc/nscd || die
cd "${S}"
dodoc BUGS ChangeLog* CONFORMANCE FAQ INTERFACE NEWS NOTES PROJECTS README*
# Prevent overwriting of the /etc/localtime symlink. We'll handle the
# creation of the "factory" symlink in pkg_postinst().
rm -f "${D}"/etc/localtime
# simple test to make sure our new glibc isnt completely broken.
# for now, skip the multilib scenario. also make sure we don't
# test with statically built binaries since they will fail.
[[ ${CBUILD} != ${CHOST} ]] && return 0
[[ $(get_libdir) != "lib" ]] && return 0
for x in date env ls true uname ; do
x=$(type -p ${x})
[[ -z ${x} ]] && continue
striptest=$(LC_ALL="C" file -L ${x} 2>/dev/null)
[[ -z ${striptest} ]] && continue
[[ ${striptest} == *"statically linked"* ]] && continue
"${D}"/$(get_libdir)/ld-*.so \
--library-path "${D}"/$(get_libdir) \
${x} > /dev/null \
|| die "simple run test (${x}) failed"
done
}
toolchain-glibc_headers_install() {
local GBUILDDIR=${WORKDIR}/build-${ABI}-${CTARGET}-headers
cd "${GBUILDDIR}"
make install_root="${D}/usr/${CTARGET}" install-headers || die "install-headers failed"
# Copy over headers that are not part of install-headers ... these
# are pretty much taken verbatim from crosstool, see it for more details
insinto $(alt_headers)/bits
doins misc/syscall-list.h bits/stdio_lim.h || die "doins include bits"
insinto $(alt_headers)/gnu
doins "${S}"/include/gnu/stubs.h || die "doins include gnu"
# Make sure we install the sys-include symlink so that when
# we build a 2nd stage cross-compiler, gcc finds the target
# system headers correctly. See gcc/doc/gccinstall.info
dosym usr/include /usr/${CTARGET}/sys-include
}
toolchain-glibc_pkg_postinst() {
# Mixing nptlonly and -nptlonly glibc can prove dangerous if libpthread
# isn't removed in unmerge which happens sometimes. See bug #87671
if ! is_crosscompile && want_linuxthreads && [[ ${ROOT} == "/" ]] ; then
for libdir in $(get_all_libdirs) ; do
for f in "${ROOT}"/${libdir}/libpthread-2.* "${ROOT}"/${libdir}/libpthread-0.6* ; do
if [[ -f ${f} ]] ; then
rm -f ${f}
ldconfig
fi
done
done
fi
if ! tc-is-cross-compiler && [[ -x ${ROOT}/usr/sbin/iconvconfig ]] ; then
# Generate fastloading iconv module configuration file.
"${ROOT}"/usr/sbin/iconvconfig --prefix="${ROOT}"
fi
if [[ ! -e ${ROOT}/lib/ld.so.1 ]] && use ppc64 && ! has_multilib_profile ; then
## SHOULDN'T THIS BE lib64??
ln -s ld64.so.1 "${ROOT}"/lib/ld.so.1
fi
if ! is_crosscompile && [[ ${ROOT} == "/" ]] ; then
# Reload init ...
/sbin/telinit U &> /dev/null
# if the host locales.gen contains no entries, we'll install everything
local locale_list="${ROOT}etc/locale.gen"
if [[ -z $(locale-gen --list --config "${locale_list}") ]] ; then
ewarn "Generating all locales; edit /etc/locale.gen to save time/space"
locale_list="${ROOT}usr/share/i18n/SUPPORTED"
fi
local x jobs
for x in ${MAKEOPTS} ; do [[ ${x} == -j* ]] && jobs=${x#-j} ; done
locale-gen -j ${jobs:-1} --config "${locale_list}"
fi
echo
einfo "Gentoo's glibc no longer includes mdns."
einfo "If you want mdns, emerge the sys-auth/nss-mdns package."
echo
if want_nptl && want_linuxthreads ; then
einfo "The default behavior of glibc on your system is to use NPTL. If"
einfo "you want to use linuxthreads for a particular program, start it"
einfo "by executing 'LD_ASSUME_KERNEL=${LT_KERNEL_VERSION} <program> [<options>]'"
echo
fi
}
### SUPPORT FUNCTIONS ###
# We need to be able to set alternative headers for
# compiling for non-native platform
# Will also become useful for testing kernel-headers without screwing up
# the whole system.
# note: intentionally undocumented.
alt_headers() {
if [[ -z ${ALT_HEADERS} ]] ; then
if is_crosscompile ; then
ALT_HEADERS="/usr/${CTARGET}/usr/include"
else
ALT_HEADERS="/usr/include"
fi
fi
echo "${ALT_HEADERS}"
}
alt_build_headers() {
if [[ -z ${ALT_BUILD_HEADERS} ]] ; then
ALT_BUILD_HEADERS=$(alt_headers)
tc-is-cross-compiler && ALT_BUILD_HEADERS=${ROOT}$(alt_headers)
fi
echo "${ALT_BUILD_HEADERS}"
}
alt_libdir() {
if is_crosscompile ; then
echo /usr/${CTARGET}/$(get_libdir)
else
echo /$(get_libdir)
fi
}
alt_usrlibdir() {
if is_crosscompile ; then
echo /usr/${CTARGET}/usr/$(get_libdir)
else
echo /usr/$(get_libdir)
fi
}
setup_flags() {
# Make sure host make.conf doesn't pollute us
if is_crosscompile || tc-is-cross-compiler ; then
CHOST=${CTARGET} strip-unsupported-flags
fi
# Store our CFLAGS because it's changed depending on which CTARGET
# we are building when pulling glibc on a multilib profile
CFLAGS_BASE=${CFLAGS_BASE-${CFLAGS}}
CFLAGS=${CFLAGS_BASE}
CXXFLAGS_BASE=${CXXFLAGS_BASE-${CXXFLAGS}}
CXXFLAGS=${CXXFLAGS_BASE}
ASFLAGS_BASE=${ASFLAGS_BASE-${ASFLAGS}}
ASFLAGS=${ASFLAGS_BASE}
# Over-zealous CFLAGS can often cause problems. What may work for one
# person may not work for another. To avoid a large influx of bugs
# relating to failed builds, we strip most CFLAGS out to ensure as few
# problems as possible.
strip-flags
strip-unsupported-flags
filter-flags -m32 -m64 -mabi=*
unset CBUILD_OPT CTARGET_OPT
if has_multilib_profile ; then
CTARGET_OPT=$(get_abi_CTARGET)
[[ -z ${CTARGET_OPT} ]] && CTARGET_OPT=$(get_abi_CHOST)
fi
case $(tc-arch) in
amd64)
# Punt this when amd64's 2004.3 is removed
CFLAGS_x86="-m32"
;;
ppc)
append-flags "-freorder-blocks"
;;
sparc)
# Both sparc and sparc64 can use -fcall-used-g6. -g7 is bad, though.
filter-flags "-fcall-used-g7"
append-flags "-fcall-used-g6"
filter-flags "-mvis"
if is_crosscompile || [[ ${PROFILE_ARCH} == "sparc64" ]] || { has_multilib_profile && ! tc-is-cross-compiler; } ; then
case ${ABI} in
sparc64)
filter-flags -Wa,-xarch -Wa,-A
if is-flag "-mcpu=ultrasparc3"; then
CTARGET_OPT="sparc64b-unknown-linux-gnu"
append-flags "-Wa,-xarch=v9b"
export ASFLAGS="${ASFLAGS} -Wa,-xarch=v9b"
else
CTARGET_OPT="sparc64-unknown-linux-gnu"
append-flags "-Wa,-xarch=v9a"
export ASFLAGS="${ASFLAGS} -Wa,-xarch=v9a"
fi
;;
*)
if is-flag "-mcpu=ultrasparc3"; then
CTARGET_OPT="sparcv9b-unknown-linux-gnu"
else
CTARGET_OPT="sparcv9-unknown-linux-gnu"
fi
;;
esac
else
if is-flag "-mcpu=ultrasparc3"; then
CTARGET_OPT="sparcv9b-unknown-linux-gnu"
elif { is_crosscompile && want_nptl; } || is-flag "-mcpu=ultrasparc2" || is-flag "-mcpu=ultrasparc"; then
CTARGET_OPT="sparcv9-unknown-linux-gnu"
fi
fi
;;
esac
if [[ -n ${CTARGET_OPT} && ${CBUILD} == ${CHOST} ]] && ! is_crosscompile; then
CBUILD_OPT=${CTARGET_OPT}
fi
if $(tc-getCC ${CTARGET}) -v 2>&1 | grep -q 'gcc version 3.[0123]'; then
append-flags -finline-limit=2000
fi
# Lock glibc at -O2 -- linuxthreads needs it and we want to be
# conservative here. -fno-strict-aliasing is to work around #155906
filter-flags -O?
append-flags -O2 -fno-strict-aliasing
# building glibc with SSP is fraught with difficulty, especially
# due to __stack_chk_fail_local which would mean significant changes
# to the glibc build process. See bug #94325
filter-flags -fstack-protector
# Don't let the compiler automatically build PIEs unless USE=hardened.
#use hardened || filter-flags -fPIE
# Don't build glibc itself with PIE - otherwise you get broken crt*
# files, and PIE objects in libc.a and friends which isn't useful.
filter-flags -fPIE
}
check_kheader_version() {
local header="$(alt_build_headers)/linux/version.h"
[[ -z $1 ]] && return 1
if [[ -f ${header} ]] ; then
local version=$(grep 'LINUX_VERSION_CODE' ${header} | \
sed -e 's:^.*LINUX_VERSION_CODE[[:space:]]*::')
if [[ ${version} -ge "$1" ]] ; then
return 0
fi
fi
return 1
}
check_nptl_support() {
local min_kernel_version=$(KV_to_int "${NPTL_KERNEL_VERSION}")
echo
ebegin "Checking gcc for __thread support"
if ! eend $(want__thread) ; then
echo
eerror "Could not find a gcc that supports the __thread directive!"
eerror "Please update your binutils/gcc and try again."
die "No __thread support in gcc!"
fi
if ! is_crosscompile && ! tc-is-cross-compiler ; then
# Building fails on an non-supporting kernel
ebegin "Checking kernel version (>=${NPTL_KERNEL_VERSION})"
if ! eend $([[ $(get_KV) -ge ${min_kernel_version} ]]) ; then
echo
eerror "You need a kernel of at least version ${NPTL_KERNEL_VERSION}"
eerror "for NPTL support!"
die "Kernel version too low!"
fi
fi
# Building fails with too low linux-headers
ebegin "Checking linux-headers version (>=${NPTL_KERNEL_VERSION})"
if ! eend $(check_kheader_version "${min_kernel_version}") ; then
echo
eerror "You need linux-headers of at least version ${NPTL_KERNEL_VERSION}"
eerror "for NPTL support!"
die "linux-headers version too low!"
fi
echo
}
want_nptl() {
want_tls || return 1
use nptl || return 1
# Only list the arches that cannot do NPTL
case $(tc-arch) in
hppa|m68k) return 1;;
sparc)
# >= v9 is needed for nptl.
[[ ${PROFILE_ARCH} == "sparc" ]] && return 1
;;
esac
return 0
}
want_linuxthreads() {
! use nptlonly && return 0
want_nptl || return 0
return 1
}
want_tls() {
# Archs that can use TLS (Thread Local Storage)
case $(tc-arch) in
sparc)
# 2.3.6 should have tls support on sparc64
# when using newer binutils
case ${CTARGET/-*} in
sparc64*) return 1 ;;
*) return 0 ;;
esac
;;
x86)
# requires i486 or better #106556
[[ ${CTARGET} == i[4567]86* ]] && return 0
return 1
;;
esac
return 0
}
want__thread() {
want_tls || return 1
# For some reason --with-tls --with__thread is causing segfaults on sparc32.
[[ ${PROFILE_ARCH} == "sparc" ]] && return 1
[[ -n ${WANT__THREAD} ]] && return ${WANT__THREAD}
echo 'extern __thread int i;' > "${T}"/test-__thread.c
$(tc-getCC ${CTARGET}) -c "${T}"/test-__thread.c -o "${T}"/test-__thread.o &> /dev/null
WANT__THREAD=$?
rm -f "${T}"/test-__thread.[co]
return ${WANT__THREAD}
}
glibc_do_configure() {
local myconf
# set addons
pushd "${S}" > /dev/null
local ADDONS=$(echo */configure | sed \
-e 's:/configure::g' \
-e 's:\(linuxthreads\|nptl\|rtkaio\|glibc-compat\)\( \|$\)::g' \
-e 's: \+$::' \
-e 's! !,!g' \
-e 's!^!,!' \
-e '/^,\*$/d')
popd > /dev/null
if [[ -n ${PPC_CPU_ADDON_VER} ]] && [[ $(tc-arch) == ppc* ]] ; then
ADDONS="${ADDONS},powerpc-cpu"
case $(get-flag mcpu) in
970|power4|power5|power5+) myconf="${myconf} --with-cpu=$(get-flag mcpu)"
esac
fi
use nls || myconf="${myconf} --disable-nls"
myconf="${myconf} $(use_enable hardened stackguard-randomization)"
if [[ $(<"${S}"/.ssp.compat) == "yes" ]] ; then
myconf="${myconf} --enable-old-ssp-compat"
else
myconf="${myconf} --disable-old-ssp-compat"
fi
use glibc-omitfp && myconf="${myconf} --enable-omitfp"
[[ ${CTARGET//_/-} == *-softfloat-* ]] && myconf="${myconf} --without-fp"
if [[ $1 == "linuxthreads" ]] ; then
if want_tls ; then
myconf="${myconf} --with-tls"
if ! want__thread || use glibc-compat20 || [[ ${LT_KERNEL_VERSION} == 2.[02].* ]] ; then
myconf="${myconf} --without-__thread"
else
myconf="${myconf} --with-__thread"
fi
else
myconf="${myconf} --without-tls --without-__thread"
fi
myconf="${myconf} --disable-sanity-checks"
myconf="${myconf} --enable-add-ons=ports,linuxthreads${ADDONS}"
myconf="${myconf} --enable-kernel=${LT_KERNEL_VERSION}"
elif [[ $1 == "nptl" ]] ; then
myconf="${myconf} --with-tls --with-__thread"
myconf="${myconf} --enable-add-ons=ports,nptl${ADDONS}"
myconf="${myconf} --enable-kernel=${NPTL_KERNEL_VERSION}"
else
die "invalid pthread option"
fi
# Since SELinux support is only required for nscd, only enable it if:
# 1. USE selinux
# 2. ! USE build
# 3. only for the primary ABI on multilib systems
if use selinux && ! use build ; then
if use multilib || has_multilib_profile ; then
if is_final_abi ; then
myconf="${myconf} --with-selinux"
else
myconf="${myconf} --without-selinux"
fi
else
myconf="${myconf} --with-selinux"
fi
else
myconf="${myconf} --without-selinux"
fi
myconf="${myconf}
--without-cvs
--enable-bind-now
--build=${CBUILD_OPT:-${CBUILD}}
--host=${CTARGET_OPT:-${CTARGET}}
$(use_enable profile)
--without-gd
--with-headers=$(alt_build_headers)
--prefix=/usr
--libdir=/usr/$(get_libdir)
--mandir=/usr/share/man
--infodir=/usr/share/info
--libexecdir=/usr/$(get_libdir)/misc/glibc
${EXTRA_ECONF}"
# There is no configure option for this and we need to export it
# since the glibc build will re-run configure on itself
export libc_cv_slibdir=/$(get_libdir)
has_version app-admin/eselect-compiler || export CC=$(tc-getCC ${CTARGET})
local GBUILDDIR=${WORKDIR}/build-${ABI}-${CTARGET}-$1
mkdir -p "${GBUILDDIR}"
cd "${GBUILDDIR}"
einfo "Configuring GLIBC for $1 with: ${myconf// /\n\t\t}"
"${S}"/configure ${myconf} || die "failed to configure glibc"
}
fix_lib64_symlinks() {
# the original Gentoo/AMD64 devs decided that since 64bit is the native
# bitdepth for AMD64, lib should be used for 64bit libraries. however,
# this ignores the FHS and breaks multilib horribly... especially
# since it wont even work without a lib64 symlink anyways. *rolls eyes*
# see bug 59710 for more information.
# Travis Tilley <lv@gentoo.org> (08 Aug 2004)
if [ -L ${ROOT}/lib64 ] ; then
ewarn "removing /lib64 symlink and moving lib to lib64..."
ewarn "dont hit ctrl-c until this is done"
addwrite ${ROOT}/
rm ${ROOT}/lib64
# now that lib64 is gone, nothing will run without calling ld.so
# directly. luckily the window of brokenness is almost non-existant
use amd64 && /lib/ld-linux-x86-64.so.2 /bin/mv ${ROOT}/lib ${ROOT}/lib64
use ppc64 && /lib/ld64.so.1 /bin/mv ${ROOT}/lib ${ROOT}/lib64
# all better :)
ldconfig
ln -s lib64 ${ROOT}/lib
einfo "done! :-)"
einfo "fixed broken lib64/lib symlink in ${ROOT}"
fi
if [ -L ${ROOT}/usr/lib64 ] ; then
addwrite ${ROOT}/usr
rm ${ROOT}/usr/lib64
mv ${ROOT}/usr/lib ${ROOT}/usr/lib64
ln -s lib64 ${ROOT}/usr/lib
einfo "fixed broken lib64/lib symlink in ${ROOT}/usr"
fi
if [ -L ${ROOT}/usr/X11R6/lib64 ] ; then
addwrite ${ROOT}/usr/X11R6
rm ${ROOT}/usr/X11R6/lib64
mv ${ROOT}/usr/X11R6/lib ${ROOT}/usr/X11R6/lib64
ln -s lib64 ${ROOT}/usr/X11R6/lib
einfo "fixed broken lib64/lib symlink in ${ROOT}/usr/X11R6"
fi
}
use_multilib() {
case ${CTARGET} in
sparc64*|mips64*|x86_64*|powerpc64*|s390x*)
has_multilib_profile || use multilib ;;
*) false ;;
esac
}
# Setup toolchain variables that would be defined in the profiles for these archs.
setup_env() {
# These should not be set, else the zoneinfo do not always get installed ...
unset LANGUAGE LANG LC_ALL
# silly users
unset LD_RUN_PATH
if is_crosscompile || tc-is-cross-compiler ; then
multilib_env ${CTARGET}
if ! use multilib ; then
MULTILIB_ABIS=${DEFAULT_ABI}
else
MULTILIB_ABIS=${MULTILIB_ABIS:-${DEFAULT_ABI}}
fi
# If the user has CFLAGS_<CTARGET> in their make.conf, use that,
# and fall back on CFLAGS.
local VAR=CFLAGS_${CTARGET//[-.]/_}
CFLAGS=${!VAR-${CFLAGS}}
fi
setup_flags
export ABI=${ABI:-${DEFAULT_ABI:-default}}
if is_crosscompile || tc-is-cross-compiler ; then
local VAR=CFLAGS_${ABI}
# We need to export CFLAGS with abi information in them because
# glibc's configure script checks CFLAGS for some targets (like mips)
export CFLAGS="${!VAR} ${CFLAGS}"
fi
}
### /ECLASS PUNTAGE ###
if is_crosscompile ; then
SLOT="${CTARGET}-2.2"
else
SLOT="2.2"
fi
# we'll handle stripping ourself #46186
RESTRICT="nostrip multilib-pkg-force"
# General: We need a new-enough binutils for as-needed
# arch: we need to make sure our binutils/gcc supports TLS
DEPEND=">=sys-devel/gcc-3.4.4
arm? ( >=sys-devel/binutils-2.16.90 >=sys-devel/gcc-4.1.0 )
ppc? ( >=sys-devel/gcc-4.1.0 )
ppc64? ( >=sys-devel/gcc-4.1.0 )
nptl? ( || ( >=sys-kernel/mips-headers-${NPTL_KERNEL_VERSION} >=sys-kernel/linux-headers-${NPTL_KERNEL_VERSION} ) )
>=sys-devel/binutils-2.15.94
|| ( >=sys-devel/gcc-config-1.3.12 app-admin/eselect-compiler )
>=app-misc/pax-utils-0.1.10
virtual/os-headers
nls? ( sys-devel/gettext )
selinux? ( !build? ( sys-libs/libselinux ) )"
RDEPEND="nls? ( sys-devel/gettext )
selinux? ( !build? ( sys-libs/libselinux ) )"
if [[ ${CATEGORY/cross-} != ${CATEGORY} ]] ; then
DEPEND="${DEPEND} ${CATEGORY}/gcc"
if [[ ${CATEGORY} == *-linux* ]] ; then
if [[ ${CATEGORY} == cross-mips* ]] ; then
DEPEND="${DEPEND} >=${CATEGORY}/mips-headers-2.6.10"
else
DEPEND="${DEPEND} ${CATEGORY}/linux-headers"
fi
fi
else
DEPEND="${DEPEND} sys-libs/timezone-data"
RDEPEND="${RDEPEND} sys-libs/timezone-data"
fi
pkg_setup() {
# prevent native builds from downgrading ... maybe update to allow people
# to change between diff -r versions ? (2.3.6-r4 -> 2.3.6-r2)
if ! is_crosscompile && ! tc-is-cross-compiler ; then
if has_version '>'${CATEGORY}/${PF} ; then
eerror "Sanity check to keep you from breaking your system:"
eerror " Downgrading glibc is not supported and a sure way to destruction"
die "aborting to save your system"
fi
fi
if use glibc-compat20 ; then
eerror "This version no longer provides compatibility with old broken"
eerror "applications. If you need this support, call your vendor"
eerror "and tell them to release an update that isn't broken."
die "non-TLS symbol errno@glibc_2.0 not supported"
fi
if want_linuxthreads ; then
ewarn "glibc-2.4 is nptl-only!"
[[ ${CTARGET} == i386-* ]] && eerror "NPTL requires a CHOST of i486 or better"
die "please add USE='nptl nptlonly' to make.conf"
fi
if use nptlonly && ! use nptl ; then
eerror "If you want nptlonly, add nptl to your USE too ;p"
die "nptlonly without nptl"
fi
if [[ -e /proc/xen ]] && [[ $(tc-arch) == "x86" ]] && ! is-flag -mno-tls-direct-seg-refs ; then
ewarn "You are using Xen but don't have -mno-tls-direct-seg-refs in your CFLAGS."
ewarn "This will result in a 50% performance penalty, which is probably not what you want."
fi
if ! type -p scanelf > /dev/null ; then
eerror "You do not have pax-utils installed."
die "install pax-utils"
fi
# give some sort of warning about the nptl logic changes...
if want_nptl && want_linuxthreads ; then
ewarn "Warning! Gentoo's GLIBC with NPTL enabled now behaves like the"
ewarn "glibc from almost every other distribution out there. This means"
ewarn "that glibc is compiled -twice-, once with linuxthreads and once"
ewarn "with nptl. The NPTL version is installed to lib/tls and is still"
ewarn "used by default. If you do not need nor want the linuxthreads"
ewarn "fallback, you can disable this behavior by adding nptlonly to"
ewarn "USE to save yourself some compile time."
ebeep
epause 5
fi
}
src_unpack() {
setup_env
toolchain-glibc_src_unpack
# Backwards SSP support
cd "${S}"
# For now, we force everyone to have the extra symbols
# einfon "Scanning system for __guard to see if we need SSP compat ... "
# if [[ -n $(scanelf -qyls__guard -F'#s%F' | grep -v '^/lib.*/libc-2.*.so$') ]] ; then
echo "yes" > "${S}"/.ssp.compat
# else
# # ok, a quick scan didnt find it, so lets do a deep scan ...
# if [[ -n $(scanelf -qyRlps__guard -F'#s%F' | grep -v '^/lib.*/libc-2.*.so$') ]] ; then
# echo "yes" > "${T}"/.ssp.compat
# else
# echo "no" > "${T}"/.ssp.compat
# fi
# fi
# cat "${T}"/.ssp.compat
# Glibc is stupid sometimes, and doesn't realize that with a
# static C-Only gcc, -lgcc_eh doesn't exist.
# http://sources.redhat.com/ml/libc-alpha/2003-09/msg00100.html
# http://sourceware.org/ml/libc-alpha/2005-02/msg00042.html
echo 'int main(){}' > "${T}"/gcc_eh_test.c
if ! $(tc-getCC ${CTARGET}) "${T}"/gcc_eh_test.c -lgcc_eh 2>/dev/null ; then
sed -i -e 's:-lgcc_eh::' Makeconfig || die "sed gcc_eh"
fi
# Some configure checks fail on the first emerge through because they
# try to link. This doesn't work well if we don't have a libc yet.
# http://sourceware.org/ml/libc-alpha/2005-02/msg00042.html
if is_crosscompile && use build; then
rm "${S}"/sysdeps/sparc/sparc64/elf/configure{,.in}
rm "${S}"/nptl/sysdeps/pthread/configure{,.in}
fi
cd "${WORKDIR}"
find . -type f '(' -size 0 -o -name "*.orig" ')' -exec rm -f {} \;
find . -name configure -exec touch {} \;
# Fix permissions on some of the scripts
chmod u+x "${S}"/scripts/*.sh
}
src_compile() {
setup_env
if [[ -z ${OABI} ]] ; then
local abilist=""
if has_multilib_profile ; then
abilist=$(get_install_abis)
einfo "Building multilib glibc for ABIs: ${abilist}"
elif is_crosscompile || tc-is-cross-compiler ; then
abilist=${DEFAULT_ABI}
fi
if [[ -n ${abilist} ]] ; then
OABI=${ABI}
for ABI in ${abilist} ; do
export ABI
src_compile
done
ABI=${OABI}
unset OABI
return 0
fi
fi
if just_headers ; then
toolchain-glibc_headers_compile
else
toolchain-glibc_src_compile
fi
}
src_test() {
setup_env
if [[ -z ${OABI} ]] && has_multilib_profile ; then
OABI=${ABI}
einfo "Testing multilib glibc for ABIs: $(get_install_abis)"
for ABI in $(get_install_abis) ; do
export ABI
einfo " Testing ${ABI} glibc"
src_test
done
ABI=${OABI}
unset OABI
return 0
fi
want_linuxthreads && toolchain-glibc_src_test linuxthreads
want_nptl && toolchain-glibc_src_test nptl
}
src_strip() {
# Now, strip everything but the thread libs #46186, as well as the dynamic
# linker, else we cannot set breakpoints in shared libraries due to bugs in
# gdb. Also want to grab stuff in tls subdir. whee.
#when new portage supports this ...
# env \
# -uRESTRICT \
# CHOST=${CTARGET} \
# STRIP_MASK="/*/{,tls/}{ld-,lib{pthread,thread_db}}*" \
# prepallstrip
pushd "${D}" > /dev/null
if ! is_crosscompile ; then
mkdir -p "${T}"/strip-backup
for x in $(find "${D}" -maxdepth 3 \
'(' -name 'ld-*' -o -name 'libpthread*' -o -name 'libthread_db*' ')' \
-a '(' '!' -name '*.a' ')' -type f -printf '%P ')
do
mkdir -p "${T}/strip-backup/${x%/*}"
cp -a -- "${D}/${x}" "${T}/strip-backup/${x}" || die "backing up ${x}"
done
fi
env -uRESTRICT CHOST=${CTARGET} prepallstrip
if ! is_crosscompile ; then
cp -a -- "${T}"/strip-backup/* "${D}"/ || die "restoring non-stripped libs"
fi
popd > /dev/null
}
src_install() {
setup_env
if [[ -z ${OABI} ]] ; then
local abilist=""
if has_multilib_profile ; then
abilist=$(get_install_abis)
einfo "Installing multilib glibc for ABIs: ${abilist}"
elif is_crosscompile || tc-is-cross-compiler ; then
abilist=${DEFAULT_ABI}
fi
if [[ -n ${abilist} ]] ; then
OABI=${ABI}
for ABI in ${abilist} ; do
export ABI
src_install
done
ABI=${OABI}
unset OABI
src_strip
return 0
fi
fi
if just_headers ; then
toolchain-glibc_headers_install
else
toolchain-glibc_src_install
fi
[[ -z ${OABI} ]] && src_strip
}
pkg_preinst() {
toolchain-glibc_pkg_preinst
}
pkg_postinst() {
toolchain-glibc_pkg_postinst
}
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