# Copyright 1999-2015 Gentoo Foundation # Distributed under the terms of the GNU General Public License v2 # $Header: /var/cvsroot/gentoo-x86/sys-libs/glibc/glibc-2.20-r2.ebuild,v 1.1 2015/02/17 08:13:13 vapier Exp $ EAPI="4" inherit eutils versionator toolchain-funcs flag-o-matic gnuconfig multilib systemd unpacker multiprocessing DESCRIPTION="GNU libc6 (also called glibc2) C library" HOMEPAGE="http://www.gnu.org/software/libc/libc.html" LICENSE="LGPL-2.1+ BSD HPND ISC inner-net rc PCRE" KEYWORDS="~alpha ~amd64 ~arm ~arm64 -hppa ~ia64 ~m68k ~mips ~ppc ~ppc64 ~s390 ~sh ~sparc ~x86" RESTRICT="strip" # strip ourself #46186 EMULTILIB_PKG="true" # Configuration variables RELEASE_VER="" case ${PV} in 9999*) EGIT_REPO_URIS="git://sourceware.org/git/glibc.git" EGIT_SOURCEDIRS="${S}" inherit git-2 ;; *) RELEASE_VER=${PV} ;; esac GCC_BOOTSTRAP_VER="4.7.3-r1" PATCH_VER="4" # Gentoo patchset : ${NPTL_KERN_VER:="2.6.32"} # min kernel version nptl requires IUSE="debug gd hardened multilib nscd selinux systemtap profile suid vanilla crosscompile_opts_headers-only" # Here's how the cross-compile logic breaks down ... # CTARGET - machine that will target the binaries # CHOST - machine that will host the binaries # CBUILD - machine that will build the binaries # If CTARGET != CHOST, it means you want a libc for cross-compiling. # If CHOST != CBUILD, it means you want to cross-compile the libc. # CBUILD = CHOST = CTARGET - native build/install # CBUILD != (CHOST = CTARGET) - cross-compile a native build # (CBUILD = CHOST) != CTARGET - libc for cross-compiler # CBUILD != CHOST != CTARGET - cross-compile a libc for a cross-compiler # For install paths: # CHOST = CTARGET - install into / # CHOST != CTARGET - install into /usr/CTARGET/ export CBUILD=${CBUILD:-${CHOST}} export CTARGET=${CTARGET:-${CHOST}} if [[ ${CTARGET} == ${CHOST} ]] ; then if [[ ${CATEGORY} == cross-* ]] ; then export CTARGET=${CATEGORY#cross-} fi fi is_crosscompile() { [[ ${CHOST} != ${CTARGET} ]] } # Why SLOT 2.2 you ask yourself while sippin your tea ? # Everyone knows 2.2 > 0, duh. SLOT="2.2" # General: We need a new-enough binutils/gcc to match upstream baseline. # arch: we need to make sure our binutils/gcc supports TLS. DEPEND=">=app-misc/pax-utils-0.1.10 ! [version] eblit-include() { local skipable=false [[ $1 == "--skip" ]] && skipable=true && shift [[ $1 == pkg_* ]] && skipable=true local e v func=$1 ver=$2 [[ -z ${func} ]] && die "Usage: eblit-include [version]" for v in ${ver:+-}${ver} -${PVR} -${PV} "" ; do e="${FILESDIR}/eblits/${func}${v}.eblit" if [[ -e ${e} ]] ; then source "${e}" return 0 fi done ${skipable} && return 0 die "Could not locate requested eblit '${func}' in ${FILESDIR}/eblits/" } # eblit-run-maybe # run the specified function if it is defined eblit-run-maybe() { [[ $(type -t "$@") == "function" ]] && "$@" } # eblit-run [version] # aka: src_unpack() { eblit-run src_unpack ; } eblit-run() { eblit-include --skip common "${*:2}" eblit-include "$@" eblit-run-maybe eblit-$1-pre eblit-${PN}-$1 eblit-run-maybe eblit-$1-post } src_unpack() { eblit-run src_unpack ; } src_prepare() { eblit-run src_prepare ; } src_configure() { eblit-run src_configure ; } src_compile() { eblit-run src_compile ; } src_test() { eblit-run src_test ; } src_install() { eblit-run src_install ; } # FILESDIR might not be available during binpkg install for x in setup {pre,post}inst ; do e="${FILESDIR}/eblits/pkg_${x}.eblit" if [[ -e ${e} ]] ; then . "${e}" eval "pkg_${x}() { eblit-run pkg_${x} ; }" fi done eblit-src_unpack-pre() { [[ -n ${GCC_BOOTSTRAP_VER} ]] && use multilib && unpack gcc-${GCC_BOOTSTRAP_VER}-multilib-bootstrap.tar.bz2 } eblit-src_prepare-post() { cd "${S}" if use hardened ; then einfo "Patching to get working PIE binaries on PIE (hardened) platforms" gcc-specs-pie && epatch "${FILESDIR}"/2.17/glibc-2.17-hardened-pie.patch epatch "${FILESDIR}"/2.20/glibc-2.20-hardened-inittls-nosysenter.patch # We don't enable these for non-hardened as the output is very terse -- # it only states that a crash happened. The default upstream behavior # includes backtraces and symbols. einfo "Installing Hardened Gentoo SSP and FORTIFY_SOURCE handler" cp "${FILESDIR}"/2.20/glibc-2.20-gentoo-stack_chk_fail.c debug/stack_chk_fail.c || die cp "${FILESDIR}"/2.20/glibc-2.20-gentoo-chk_fail.c debug/chk_fail.c || die if use debug ; then # Allow SIGABRT to dump core on non-hardened systems, or when debug is requested. sed -i \ -e '/^CFLAGS-backtrace.c/ iCPPFLAGS-stack_chk_fail.c = -DSSP_SMASH_DUMPS_CORE' \ -e '/^CFLAGS-backtrace.c/ iCPPFLAGS-chk_fail.c = -DSSP_SMASH_DUMPS_CORE' \ debug/Makefile || die fi # Build various bits with ssp-all sed -i \ -e 's:-fstack-protector$:-fstack-protector-all:' \ */Makefile || die fi }