Сравнение glibc-2.42-r5 с glibc-9999

/usr/portage/sys-libs/glibc/glibc-9999.ebuild 2026-02-19 11:18:08.287969278 +0300
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# Bumping notes: https://wiki.gentoo.org/wiki/Project:Toolchain/sys-libs/glibc
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# Please read & adapt the page as necessary if obsolete.
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PYTHON_COMPAT=( python3_{11..14} )
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PYTHON_COMPAT=( python3_{10..14} )
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TMPFILES_OPTIONAL=1
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EMULTILIB_PKG="true"
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# Gentoo patchset (ignored for live ebuilds)
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PATCH_VER=7
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PATCH_VER=1
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PATCH_DEV=dilfridge
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# gcc mulitilib bootstrap files version
......
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if [[ ${PV} == *9999 ]]; then
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	inherit git-r3
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else
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	KEYWORDS="~alpha amd64 arm arm64 ~hppa ~loong ~m68k ~mips ~ppc ppc64 ~riscv ~s390 ~sparc x86"
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	#KEYWORDS="~alpha ~amd64 ~arm ~arm64 ~hppa ~loong ~m68k ~mips ~ppc ~ppc64 ~riscv ~s390 ~sparc ~x86"
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	SRC_URI="mirror://gnu/glibc/${P}.tar.xz"
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	SRC_URI+=" verify-sig? ( mirror://gnu/glibc/${P}.tar.xz.sig )"
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	SRC_URI+=" https://dev.gentoo.org/~${PATCH_DEV}/distfiles/${P}-patches-${PATCH_VER}.tar.xz"
......
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LICENSE="LGPL-2.1+ BSD HPND ISC inner-net rc PCRE"
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SLOT="2.2"
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IUSE="audit caps cet compile-locales custom-cflags doc gd hash-sysv-compat headers-only +multiarch multilib multilib-bootstrap nscd perl profile selinux sframe +ssp stack-realign +static-libs suid systemd systemtap test vanilla"
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IUSE="audit caps cet clang compile-locales custom-cflags doc gd hash-sysv-compat headers-only +multiarch multilib multilib-bootstrap nscd perl profile selinux sframe +ssp stack-realign +static-libs suid systemd systemtap test vanilla"
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# Here's how the cross-compile logic breaks down ...
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#  CTARGET - machine that will target the binaries
......
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else
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	BDEPEND+="
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		>=sys-devel/binutils-2.27
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		>=sys-devel/gcc-6.2
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		clang? ( || ( ( >=sys-devel/gcc-6.2 )
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			( >=sys-devel/gcc-6.2 >=llvm-core/clang-18 )
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			( >=llvm-core/clang-18 >=llvm-runtimes/libgcc-18 ) ) )
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		!clang? ( >=sys-devel/gcc-6.2 )
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	"
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	DEPEND+=" virtual/os-headers "
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	RDEPEND+="
......
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		append-ldflags '-Wl,--hash-style=both'
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	fi
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	# clang warns about linker flags unused during compilation, but we don't
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	# want that to turn into errors!
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	# Let's turn the warning off entirely since it spams.
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	append-flags -Wno-unused-command-line-argument
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	# #492892
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	filter-flags -frecord-gcc-switches
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......
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	export glibc__ORIG_CXX=${CXX}
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	export glibc__ORIG_CPP=${CPP}
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	if tc-is-clang && ! use custom-cflags && ! is_crosscompile ; then
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	if tc-is-clang && ! ( use clang || use custom-cflags ) && ! is_crosscompile ; then
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		export glibc__force_gcc=yes
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		# once this is toggled on, it needs to stay on, since with CPP manipulated
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		# tc-is-clang does not work correctly anymore...
......
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		# recover the proper gcc and binutils settings here, at least until glibc
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		# is finally building with clang. So let's override everything that is
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		# set in the clang profiles.
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		# Want to shoot yourself into the foot? Set USE=custom-cflags, that's always
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		# a good start into that direction.
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		# Also, if you're crosscompiling, let's assume you know what you are doing.
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		# Want to shoot yourself into the foot? Set USE="clang" or USE="custom-cflags".
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		# Also, if you are crosscompiling, let's assume you know what you are doing.
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		# Hopefully.
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		# Last, we need the settings of the *build* environment, not of the
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		# target environment...
......
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		filter-flags '-D_FORTIFY_SOURCE=*'
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	else
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		# this is the "normal" case
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		export CC="$(tc-getCC ${CTARGET})"
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		export CXX="$(tc-getCXX ${CTARGET})"
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		export CPP="$(tc-getCPP ${CTARGET})"
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		# Always use tuple-prefixed toolchain. For non-native ABI glibc's configure
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		# can't detect them automatically due to ${CHOST} mismatch and fallbacks
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		# to unprefixed tools. Similar to multilib.eclass:multilib_toolchain_setup().
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		export CC="$(tc-getCC ${CTARGET})"
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		export CXX="$(tc-getCXX ${CTARGET})"
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		export CPP="$(tc-getCPP ${CTARGET})"
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		export NM="$(tc-getNM ${CTARGET})"
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		export READELF="$(tc-getREADELF ${CTARGET})"
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	fi
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	# We need to export CFLAGS with abi information in them because glibc's
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	# configure script checks CFLAGS for some targets (like mips).  Keep
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	# around the original clean value to avoid appending multiple ABIs on
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	# top of each other. (Why does the comment talk about CFLAGS if the code
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	# acts on CC?)
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	# We need to move CFLAGS with abi information into CC etc per glibc upstream
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	# requirement. Keep around the original clean value to avoid appending
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	# multiple ABIs on top of each other.
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	export glibc__GLIBC_CC=${CC}
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	export glibc__GLIBC_CXX=${CXX}
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	export glibc__GLIBC_CPP=${CPP}
Спасибо!