%define glibcsrcdir  glibc-2.22

%define glibcversion 2.22

%define glibcrelease 14%{?dist}

# Pre-release tarballs are pulled in from git using a command that is

# effectively:

#

# git archive HEAD --format=tar --prefix=$(git describe --match 'glibc-*')/ \

#	> $(git describe --match 'glibc-*').tar

# gzip -9 $(git describe --match 'glibc-*').tar

#

# glibc_release_url is only defined when we have a release tarball.

%define glibc_release_url http://ftp.gnu.org/gnu/glibc/

##############################################################################

# If run_glibc_tests is zero then tests are not run for the build.

# You must always set run_glibc_tests to one for production builds.

%define run_glibc_tests 1

%define build_benchtests 1

# Run valgrind test to ensure compatibility.

%ifarch %{ix86} x86_64 ppc ppc64le s390x armv7hl aarch64

%define run_valgrind_tests 1

%endif

# Disable -Werror in builds for these architectures

%ifarch s390x

%define disable_werror 1

%endif

# Disable -Werror if we're bootstrapping

%{!?_with_bootstrap: %global disable_werror 1}

##############################################################################

# Auxiliary arches are those arches that can be built in addition

# to the core supported arches. You either install an auxarch or

# you install the base arch, not both. You would do this in order

# to provide a more optimized version of the package for your arch.

%define auxarches athlon alphaev6

##############################################################################

# Enable lock elision support for these architectures

#

# At the moment lock elision is disabled on x86_64 until there's a CPU that

# would actually benefit from enabling it.  Intel released a microcode update

# to disable HLE and RTM at boot and the Fedora kernel now applies it early

# enough that keeping lock elision enabled should be harmless, but we have

# disabled it anyway as a conservative measure.

%define lock_elision_arches s390 s390x

##############################################################################

# We build a special package for Xen that includes TLS support with

# no negative segment offsets for use with Xen guests. This is

# purely an optimization for increased performance on those arches.

%define xenarches i686 athlon

%ifarch %{xenarches}

%define buildxen 1

%define xenpackage 0

%else

%define buildxen 0

%define xenpackage 0

%endif

##############################################################################

# For Power we actually support alternate runtimes in the same base package.

# If we build for Power or Power64 we additionally build a power6 runtime that

# is enabled by AT_HWCAPS selection and an alternate runtime directory.

%ifarch ppc ppc64

%define buildpower6 1

%else

%define buildpower6 0

%endif

##############################################################################

# We build librtkaio for all rtkaioarches. The library is installed into

# a distinct subdirectory in the lib dir. This define enables the rtkaio

# add-on during the build. Upstream does not have rtkaio and it is provided

# strictly as part of our builds.

%define rtkaioarches %{ix86} x86_64 ppc %{power64} s390 s390x

##############################################################################

# Any architecture/kernel combination that supports running 32-bit and 64-bit

# code in userspace is considered a biarch arch.

%define biarcharches %{ix86} x86_64 ppc %{power64} s390 s390x

##############################################################################

# If the debug information is split into two packages, the core debuginfo

# pacakge and the common debuginfo package then the arch should be listed

# here. If the arch is not listed here then a single core debuginfo package

# will be created for the architecture.

%define debuginfocommonarches %{biarcharches} alpha alphaev6

##############################################################################

# If the architecture has multiarch support in glibc then it should be listed

# here to enable support in the build. Multiarch support is a single library

# with implementations of certain functions for multiple architectures. The

# most optimal function is selected at runtime based on the hardware that is

# detected by glibc. The underlying support for function selection and

# execution is provided by STT_GNU_IFUNC.

%define multiarcharches ppc %{power64} %{ix86} x86_64 %{sparc}

##############################################################################

# Add -s for a less verbose build output.

%define silentrules PARALLELMFLAGS=

##############################################################################

# %%package glibc - The GNU C Library (glibc) core package.

##############################################################################

Summary: The GNU libc libraries

Name: glibc

Version: %{glibcversion}

Release: %{glibcrelease}

# GPLv2+ is used in a bunch of programs, LGPLv2+ is used for libraries.

# Things that are linked directly into dynamically linked programs

# and shared libraries (e.g. crt files, lib*_nonshared.a) have an additional

# exception which allows linking it into any kind of programs or shared

# libraries without restrictions.

License: LGPLv2+ and LGPLv2+ with exceptions and GPLv2+

Group: System Environment/Libraries

URL: http://www.gnu.org/software/glibc/

Source0: %{?glibc_release_url}%{glibcsrcdir}.tar.gz

Source1: build-locale-archive.c

Source2: glibc_post_upgrade.c

Source3: libc-lock.h

Source4: nscd.conf

Source7: nsswitch.conf

Source8: power6emul.c

Source9: bench.mk

Source10: glibc-bench-compare

##############################################################################

# Start of glibc patches

##############################################################################

# 0000-0999 for patches which are unlikely to ever go upstream or which

# have not been analyzed to see if they ought to go upstream yet.

#

# 1000-2000 for patches that are already upstream.

#

# 2000-3000 for patches that are awaiting upstream approval

#

# Yes, I realize this means some gratutious changes as patches to from

# one bucket to another, but I find this scheme makes it easier to track

# the upstream divergence and patches needing approval.

#

# Note that we can still apply the patches in any order we see fit, so

# the changes from one bucket to another won't necessarily result in needing

# to twiddle the patch because of dependencies on prior patches and the like.

##############################################################################

#

# Patches that are unlikely to go upstream or not yet analyzed.

#

##############################################################################

# Configuration twiddle, not sure there's a good case to get upstream to

# change this.

Patch0001: glibc-fedora-nscd.patch

Patch0003: glibc-fedora-ldd.patch

Patch0004: glibc-fedora-ppc-unwind.patch

# Build info files in the source tree, then move to the build

# tree so that they're identical for multilib builds

Patch0005: glibc-rh825061.patch

# Horrible hack, never to be upstreamed.  Can go away once the world

# has been rebuilt to use the new ld.so path.

Patch0006: glibc-arm-hardfloat-3.patch

# Needs to be sent upstream

Patch0009: glibc-fedora-include-bits-ldbl.patch

# All these were from the glibc-fedora.patch mega-patch and need another

# round of reviewing.  Ideally they'll either be submitted upstream or

# dropped.

Patch0012: glibc-fedora-linux-tcsetattr.patch

Patch0014: glibc-fedora-nptl-linklibc.patch

Patch0015: glibc-fedora-localedef.patch

Patch0016: glibc-fedora-i386-tls-direct-seg-refs.patch

Patch0019: glibc-fedora-nis-rh188246.patch

Patch0020: glibc-fedora-manual-dircategory.patch

Patch0024: glibc-fedora-locarchive.patch

Patch0025: glibc-fedora-streams-rh436349.patch

Patch0028: glibc-fedora-localedata-rh61908.patch

Patch0030: glibc-fedora-uname-getrlimit.patch

Patch0031: glibc-fedora-__libc_multiple_libcs.patch

Patch0033: glibc-fedora-elf-ORIGIN.patch

Patch0034: glibc-fedora-elf-init-hidden_undef.patch

# Needs to be sent upstream.

# Support mangling and demangling null pointers.

Patch0037: glibc-rh952799.patch

# rtkaio and c_stubs.  Note that despite the numbering, these are always

# applied first.

Patch0038: glibc-rtkaio.patch

Patch0039: glibc-c_stubs.patch

# Remove non-ELF support in rtkaio

Patch0040: glibc-rh731833-rtkaio.patch

Patch0041: glibc-rh731833-rtkaio-2.patch

Patch0042: glibc-rh970865.patch

# ARM: Accept that some objects marked hard ABI are now not because of a

#      binutils bug.

Patch0044: glibc-rh1009145.patch

# Allow applications to call pthread_atfork without libpthread.so.

Patch0046: glibc-rh1013801.patch

Patch0047: glibc-nscd-sysconfig.patch

# Disable rwlock elision if --enable-lock-elision is not used.

Patch0052: glibc-disable-rwlock-elision.patch

# confstr _CS_PATH should only return /usr/bin on Fedora since /bin is just a

# symlink to it.

Patch0053: glibc-cs-path.patch

# Remove the clock_* functions and use the ones in libc like librt does.

Patch0054: glibc-rtkaio-clock.patch

Patch0055: glibc-rtkaio-libof.patch

# Add C.UTF-8 locale into /usr/lib/locale/

Patch0059: glibc-c-utf8-locale.patch

##############################################################################

#

# Patches from upstream

#

##############################################################################

Patch1000: glibc-rh1276711.patch

Patch1001: glibc-rh1288662.patch

Patch1002: glibc-rh1276761-1.patch

Patch1003: glibc-rh1276761-2.patch

Patch1004: glibc-rh1276761-3.patch

Patch1005: glibc-rh1332912.patch

Patch1006: glibc-rh1321954.patch

Patch1007: glibc-rh1332914-1.patch

Patch1008: glibc-rh1332914-2.patch

Patch1009: glibc-rh1332914-3.patch

Patch1010: glibc-rh1332914-4.patch

Patch1011: glibc-rh1332914-5.patch

Patch1012: glibc-rh1313404-1.patch

Patch1013: glibc-rh1313404-2.patch

Patch1014: glibc-rh1313404-3.patch

Patch1015: glibc-rh1321861.patch

Patch1016: glibc-rh1316972.patch

Patch1017: glibc-rh1316972-2.patch

Patch1018: glibc-rh1333940.patch

Patch1019: glibc-rh1333901-1.patch

Patch1020: glibc-rh1333901-2.patch

Patch1021: glibc-rh1333901-3.patch

Patch1022: glibc-rh1333901-4.patch

Patch1023: glibc-rh1333901-5.patch

Patch1024: glibc-rh1315648-1.patch

Patch1025: glibc-rh1315648-2.patch

Patch1026: glibc-rh1333945.patch

Patch1027: glibc-rh1333945-2.patch

##############################################################################

#

# Patches submitted, but not yet approved upstream.

#

##############################################################################

#

# Each should be associated with a BZ.

# Obviously we're not there right now, but that's the goal

#

# http://sourceware.org/ml/libc-alpha/2012-12/msg00103.html

Patch2007: glibc-rh697421.patch

Patch2013: glibc-rh741105.patch

# Upstream BZ 14247

Patch2023: glibc-rh827510.patch

# Upstream BZ 14185

Patch2027: glibc-rh819430.patch

Patch2031: glibc-rh1070416.patch

Patch2033: glibc-aarch64-tls-fixes.patch

Patch2034: glibc-aarch64-workaround-nzcv-clobber-in-tlsdesc.patch

# Upstream BZ 18568

Patch2101: glibc-rh1238412-remove-duplicate-transliterations.patch

Patch2102: glibc-rh1238412-addition-and-fixes-for-translit_neutral.patch

Patch2103: glibc-rh1238412-update-the-translit-files-to-unicode-7.0.0.patch

Patch2104: glibc-rh1238412-add-translit-rules-for-da-nb-nn-sv-locales.patch

Patch2105: glibc-rh1238412-unicode-8.0.0-update.patch

# Upstream BZ 19573, patch reverts problematic commit

Patch2106: glibc-rh1252570.patch

# Upstream BZ 18665

Patch2107: glibc-CVE-2015-7547.patch

# Upstream BZ 19682

Patch2108: glibc-rh1310168.patch

# Upstream BZ 19581

Patch2109: glibc-rh1114591.patch

##############################################################################

#

# Benchmark comparison patches.

#

##############################################################################

Patch3002: glibc-bench-build.patch

# Upstream BZ 19048

Patch2035: glibc-rh1276112.patch

##############################################################################

# End of glibc patches.

##############################################################################

##############################################################################

# Continued list of core "glibc" package information:

##############################################################################

Buildroot: %{_tmppath}/%{name}-%{version}-%{release}-root-%(%{__id_u} -n)

Obsoletes: glibc-profile < 2.4

Obsoletes: nss_db

Provides: ldconfig

# The dynamic linker supports DT_GNU_HASH

Provides: rtld(GNU_HASH)

# This is a short term need until everything is rebuilt in the ARM world

# to use the new dynamic linker path

%ifarch armv7hl armv7hnl

Provides: ld-linux.so.3

Provides: ld-linux.so.3(GLIBC_2.4)

%endif

Requires: glibc-common = %{version}-%{release}

# Require libgcc in case some program calls pthread_cancel in its %%post

Requires(pre): basesystem, libgcc

# This is for building auxiliary programs like memusage, nscd

# For initial glibc bootstraps it can be commented out

BuildRequires: gd-devel libpng-devel zlib-devel texinfo, libselinux-devel >= 1.33.4-3

BuildRequires: audit-libs-devel >= 1.1.3, sed >= 3.95, libcap-devel, gettext, nss-devel

BuildRequires: /bin/ps, /bin/kill, /bin/awk

BuildRequires: systemtap-sdt-devel

%if 0%{?run_valgrind_tests}

BuildRequires: /usr/bin/valgrind

%endif

# We use systemd rpm macros for nscd

BuildRequires: systemd

# We use python for the microbenchmarks

BuildRequires: python

# This is to ensure that __frame_state_for is exported by glibc

# will be compatible with egcs 1.x.y

BuildRequires: gcc >= 3.2

%define enablekernel 2.6.32

Conflicts: kernel < %{enablekernel}

%define target %{_target_cpu}-redhat-linux

%ifarch %{arm}

%define target %{_target_cpu}-redhat-linuxeabi

%endif

%ifarch %{power64}

%ifarch ppc64le

%define target ppc64le-redhat-linux

%else

%define target ppc64-redhat-linux

%endif

%endif

%ifarch %{multiarcharches}

# Need STT_IFUNC support

%ifarch ppc %{power64}

BuildRequires: binutils >= 2.20.51.0.2

Conflicts: binutils < 2.20.51.0.2

%else

%ifarch s390 s390x

# Needed for STT_GNU_IFUNC support for s390/390x

BuildRequires: binutils >= 2.23.52.0.1-8

Conflicts: binutils < 2.23.52.0.1-8

%else

# Default to this version

BuildRequires: binutils >= 2.19.51.0.10

Conflicts: binutils < 2.19.51.0.10

%endif

%endif

# Earlier releases have broken support for IRELATIVE relocations

Conflicts: prelink < 0.4.2

%else

# Need AS_NEEDED directive

# Need --hash-style=* support

BuildRequires: binutils >= 2.17.50.0.2-5

%endif

BuildRequires: gcc >= 3.2.1-5

%ifarch ppc s390 s390x

BuildRequires: gcc >= 4.1.0-0.17

%endif

%if 0%{?_enable_debug_packages}

BuildRequires: elfutils >= 0.72

BuildRequires: rpm >= 4.2-0.56

%endif

# The testsuite builds static C++ binaries that require a static

# C++ runtime from libstdc++-static.

BuildRequires: libstdc++-static

# Filter out all GLIBC_PRIVATE symbols since they are internal to

# the package and should not be examined by any other tool.

%global __filter_GLIBC_PRIVATE 1

%description

The glibc package contains standard libraries which are used by

multiple programs on the system. In order to save disk space and

memory, as well as to make upgrading easier, common system code is

kept in one place and shared between programs. This particular package

contains the most important sets of shared libraries: the standard C

library and the standard math library. Without these two libraries, a

Linux system will not function.

##############################################################################

# glibc "xen" sub-package

##############################################################################

%if %{xenpackage}

%package xen

Summary: The GNU libc libraries (optimized for running under Xen)

Group: System Environment/Libraries

Requires: glibc = %{version}-%{release}, glibc-utils = %{version}-%{release}

%description xen

The standard glibc package is optimized for native kernels and does not

perform as well under the Xen hypervisor.  This package provides alternative

library binaries that will be selected instead when running under Xen.

Install glibc-xen if you might run your system under the Xen hypervisor.

%endif

##############################################################################

# glibc "devel" sub-package

##############################################################################

%package devel

Summary: Object files for development using standard C libraries.

Group: Development/Libraries

Requires(pre): /sbin/install-info

Requires(pre): %{name}-headers

Requires: %{name}-headers = %{version}-%{release}

Requires: %{name} = %{version}-%{release}

%description devel

The glibc-devel package contains the object files necessary

for developing programs which use the standard C libraries (which are

used by nearly all programs).  If you are developing programs which

will use the standard C libraries, your system needs to have these

standard object files available in order to create the

executables.

Install glibc-devel if you are going to develop programs which will

use the standard C libraries.

##############################################################################

# glibc "static" sub-package

##############################################################################

%package static

Summary: C library static libraries for -static linking.

Group: Development/Libraries

Requires: %{name}-devel = %{version}-%{release}

%description static

The glibc-static package contains the C library static libraries

for -static linking.  You don't need these, unless you link statically,

which is highly discouraged.

##############################################################################

# glibc "headers" sub-package

# - The headers package includes all common headers that are shared amongst

#   the multilib builds. It was created to reduce the download size, and

#   thus avoid downloading one header package per multilib. The package is

#   identical both in content and file list, any difference is an error.

#   Files like gnu/stubs.h which have gnu/stubs-32.h (i686) and gnu/stubs-64.h

#   are included in glibc-headers, but the -32 and -64 files are in their

#   respective i686 and x86_64 devel packages.

##############################################################################

%package headers

Summary: Header files for development using standard C libraries.

Group: Development/Libraries

Provides: %{name}-headers(%{_target_cpu})

%ifarch x86_64

# If both -m32 and -m64 is to be supported on AMD64, x86_64 glibc-headers

# have to be installed, not i586 ones.

Obsoletes: %{name}-headers(i586)

Obsoletes: %{name}-headers(i686)

%endif

Requires(pre): kernel-headers

Requires: kernel-headers >= 2.2.1, %{name} = %{version}-%{release}

BuildRequires: kernel-headers >= 2.6.22

%description headers

The glibc-headers package contains the header files necessary

for developing programs which use the standard C libraries (which are

used by nearly all programs).  If you are developing programs which

will use the standard C libraries, your system needs to have these

standard header files available in order to create the

executables.

Install glibc-headers if you are going to develop programs which will

use the standard C libraries.

##############################################################################

# glibc "common" sub-package

##############################################################################

%package common

Summary: Common binaries and locale data for glibc

Requires: %{name} = %{version}-%{release}

Requires: tzdata >= 2003a

Group: System Environment/Base

%description common

The glibc-common package includes common binaries for the GNU libc

libraries, as well as national language (locale) support.

##############################################################################

# glibc "nscd" sub-package

##############################################################################

%package -n nscd

Summary: A Name Service Caching Daemon (nscd).

Group: System Environment/Daemons

Requires: %{name} = %{version}-%{release}

Requires: libselinux >= 1.17.10-1, audit-libs >= 1.1.3

Requires(pre): /usr/sbin/useradd, coreutils

Requires(post): systemd

Requires(preun): systemd

Requires(postun): systemd, /usr/sbin/userdel

%description -n nscd

Nscd caches name service lookups and can dramatically improve

performance with NIS+, and may help with DNS as well.

##############################################################################

# glibc "utils" sub-package

##############################################################################

%package utils

Summary: Development utilities from GNU C library

Group: Development/Tools

Requires: %{name} = %{version}-%{release}

%description utils

The glibc-utils package contains memusage, a memory usage profiler,

mtrace, a memory leak tracer and xtrace, a function call tracer

which can be helpful during program debugging.

If unsure if you need this, don't install this package.

##############################################################################

# glibc core "debuginfo" sub-package

##############################################################################

%if 0%{?_enable_debug_packages}

%define debug_package %{nil}

%define __debug_install_post %{nil}

%global __debug_package 1

%package debuginfo

Summary: Debug information for package %{name}

Group: Development/Debug

AutoReqProv: no

%ifarch %{debuginfocommonarches}

Requires: glibc-debuginfo-common = %{version}-%{release}

%else

%ifarch %{ix86} %{sparc}

Obsoletes: glibc-debuginfo-common

%endif

%endif

%description debuginfo

This package provides debug information for package %{name}.

Debug information is useful when developing applications that use this

package or when debugging this package.

This package also contains static standard C libraries with

debugging information.  You need this only if you want to step into

C library routines during debugging programs statically linked against

one or more of the standard C libraries.

To use this debugging information, you need to link binaries

with -static -L%{_prefix}/lib/debug%{_libdir} compiler options.

##############################################################################

# glibc common "debuginfo-common" sub-package

##############################################################################

%ifarch %{debuginfocommonarches}

%package debuginfo-common

Summary: Debug information for package %{name}

Group: Development/Debug

AutoReqProv: no

%description debuginfo-common

This package provides debug information for package %{name}.

Debug information is useful when developing applications that use this

package or when debugging this package.

%endif # %{debuginfocommonarches}

%endif # 0%{?_enable_debug_packages}

%if %{build_benchtests}

%package benchtests

Summary: Benchmarking binaries and scripts for %{name}

Group: Development/Debug

%description benchtests

This package provides built benchmark binaries and scripts to run

microbenchmark tests on the system.

%endif

##############################################################################

# Prepare for the build.

##############################################################################

%prep

%setup -q -n %{glibcsrcdir}

# Patch order is important as some patches depend on other patches and

# therefore the order must not be changed.  First two are rtkaio and c_stubs;

# we maintain this only in Fedora.

%patch0038 -p1

%patch0039 -p1

%patch0001 -p1

%patch0003 -p1

%patch0004 -p1

%patch0005 -p1

%patch0006 -p1

%patch2007 -p1

%patch0009 -p1

%patch0012 -p1

%patch2013 -p1

%patch0014 -p1

%patch0015 -p1

%patch0016 -p1

%patch0019 -p1

%patch0020 -p1

%patch2023 -p1

%patch0024 -p1

%patch0025 -p1

%patch2027 -p1

%patch0028 -p1

%patch0030 -p1

%patch0031 -p1

%patch0033 -p1

%patch0034 -p1

%patch0037 -p1

%patch0040 -p1

%patch0041 -p1

%patch0042 -p1

%patch0044 -p1

%patch0046 -p1

%patch2031 -p1

%patch0047 -p1

%patch2033 -p1

%patch2034 -p1

%patch2035 -p1

%patch0052 -p1

%patch0053 -p1

%patch0054 -p1

%patch3002 -p1

%patch2101 -p1

%patch2102 -p1

%patch2103 -p1

%patch2104 -p1

%patch2105 -p1

%patch2106 -p1

%patch2107 -p1

%patch2108 -p1

%patch2109 -p1

%patch0055 -p1

%patch1000 -p1

%patch1001 -p1

%patch1002 -p1

%patch1003 -p1

%patch1004 -p1

%patch1005 -p1

%patch1006 -p1

%patch1007 -p1

%patch1008 -p1

%patch1009 -p1

%patch1010 -p1

%patch1011 -p1

%patch1012 -p1

%patch1013 -p1

%patch1014 -p1

%patch1015 -p1

%patch1016 -p1

%patch1017 -p1

%patch1018 -p1

%patch1019 -p1

%patch1020 -p1

%patch1021 -p1

%patch1022 -p1

%patch1023 -p1

%patch1024 -p1

%patch1025 -p1

%patch1026 -p1

%patch1027 -p1

%patch0059 -p1

##############################################################################

# %%prep - Additional prep required...

##############################################################################

# XXX: This sounds entirely out of date, particularly in light of the fact

#      that we want to be building newer Power support. We should review this

#      and potentially remove this workaround. However it will require

#      determining which arches we support building for on our distributions.

# ~~~

# On powerpc32, hp timing is only available in power4/power6

# libs, not in base, so pre-power4 dynamic linker is incompatible

# with power6 libs.

# ~~~

%if %{buildpower6}

rm -f sysdeps/powerpc/powerpc32/power4/hp-timing.[ch]

%endif

# Make benchmark scripts executable

chmod +x benchtests/scripts/*.py scripts/pylint

# Remove all files generated from patching.

find . -type f -size 0 -o -name "*.orig" -exec rm -f {} \;

# Ensure timestamps on configure files are current to prevent

# regenerating them.

touch `find . -name configure`

# Ensure *-kw.h files are current to prevent regenerating them.

touch locale/programs/*-kw.h

##############################################################################

# Build glibc...

##############################################################################

%build

# We build using the native system compilers.

GCC=gcc

GXX=g++

##############################################################################

# %%build - x86 options.

##############################################################################

# On x86 we build for the specific target cpu rpm is using.

%ifarch %{ix86}

BuildFlags="-march=%{_target_cpu} -mtune=generic"

%endif

# We don't support building for i386. The generic i386 architecture lacks the

# atomic primitives required for NPTL support. However, when a user asks to

# build for i386 we interpret that as "for whatever works on x86" and we

# select i686. Thus we treat i386 as an alias for i686.

%ifarch i386 i686

BuildFlags="-march=i686 -mtune=generic"

%endif

%ifarch i486 i586

BuildFlags="$BuildFlags -mno-tls-direct-seg-refs"

%endif

%ifarch x86_64

BuildFlags="-mtune=generic"

%endif

##############################################################################

# %%build - SPARC options.

##############################################################################

%ifarch sparc

BuildFlags="-fcall-used-g6"

GCC="gcc -m32"

GXX="g++ -m32"

%endif

%ifarch sparcv9

BuildFlags="-mcpu=ultrasparc -fcall-used-g6"

GCC="gcc -m32"

GXX="g++ -m32"

%endif

%ifarch sparcv9v

BuildFlags="-mcpu=niagara -fcall-used-g6"

GCC="gcc -m32"

GXX="g++ -m32"