%define pfx /opt/freescale/rootfs/%{_target_cpu} Summary         : Various compilers (C, C++, Objective-C, Java, ...)Name            : gccVersion         : 3.4.3Release         : 1License         : GPLVendor          : FreescalePackager        : Steve PapacharalambousGroup           : Development/LanguagesSource          : %{name}-3_4-e500-branch-20050527.tar.bz2Patch0          : gcc-3_4-fix-fixincl.patchPatch1          : gcc-3.4.3-ccross-syslimits.patchPatch2          : gcc-3.4.6-make-3.81.patchBuildRoot       : %{_tmppath}/%{name}Prefix          : %{pfx}%Description%{summary}%Prep%setup -n %{name}-3_4-e500-branch-20050527%patch0 -p1%patch1 -p1%patch2 -p1%Build# Temporary hack - stevep# For building toolchain components an optimized version of the# target is needed.  This should really be defined in the config# area of ltib, and not done in the toolchain spec files.# For now we assume that the optimised target can be derived by# stripping the trailing "-" off the toolchain prefix, but this# will not be true for all cases, eg when using uClibc toolchains.if [ ${TOOLCHAIN_PREFIX} = "arm_v6_vfp_le-" -o -n "$UCLIBC" ]then    OPT_CFGHOST=$CFGHOSTelse    OPT_CFGHOST=`echo ${TOOLCHAIN_PREFIX} | perl -n -e 's,-$,,;print'`fiif [  -n "$UCLIBC" ]then   ENABLE_LANGUAGES="c"else   ENABLE_LANGUAGES="c,c++"firm -rf build-gccmkdir build-gcccd build-gccexport CPP=$BUILDCPP    CC_FOR_BUILD="${BUILDCC}" \    ../configure \    --host=${OPT_CFGHOST} --build=%{_build} --target=${OPT_CFGHOST} \    --prefix=%{_prefix}/local --disable-nls --enable-threads=posix \    --enable-symvers=gnu --enable-__cxa_atexit --enable-c99 \    --enable-long-long --enable-languages="$ENABLE_LANGUAGES" --enable-shared \    --mandir=%{_mandir} --enable-e500_doublemake -j1 all-build-libibertymake -j1 all%Installrm -rf $RPM_BUILD_ROOTif [ ${TOOLCHAIN_PREFIX} = "arm_v6_vfp_le-" -o -n "$UCLIBC" ]then    OPT_CFGHOST=$CFGHOSTelse    OPT_CFGHOST=`echo ${TOOLCHAIN_PREFIX} | perl -n -e 's,-$,,;print'`fiif [ "$TOOLCHAIN_TYPE" = "64" ]then   SLIBS="lib64"else   SLIBS="lib"fi# Copy the crt files from the toolchain area to rootfs/usr/local/lib# These are the crt files built by glibc (I think - stevep).X_DIR=`echo ${OPT_CFGHOST} | sed -e 's,-$,,'`TC_PREFIX="`which ${TOOLCHAIN_PREFIX}gcc | perl -p -e 's,/bin/'${TOOLCHAIN_PREFIX}'gcc,,'`"mkdir -p ${RPM_BUILD_ROOT}/%{pfx}/%{_prefix}/local/lib/{,gcc/${X_DIR}/%{version}}cp ${TC_PREFIX}/${X_DIR}/${SLIBS}/*.o ${RPM_BUILD_ROOT}/%{pfx}/%{_prefix}/local/libcp ${TC_PREFIX}/${X_DIR}/${SLIBS}/*.o ${RPM_BUILD_ROOT}/%{pfx}/%{_prefix}/local/lib/gcc/${X_DIR}/%{version}cd build-gccmake -j1 DESTDIR=${RPM_BUILD_ROOT}/%{pfx} install# Remove the c++ pre-compiled header files.X_DIR=`echo ${TOOLCHAIN_PREFIX} | sed -e 's,-$,,'`rm -f ${RPM_BUILD_ROOT}/%{pfx}/%{_prefix}/local/include/c++/%{version}/${X_DIR}/bits/stdc++.h.gch/O[02]g# Remove libtool .la filesfind ${RPM_BUILD_ROOT}/%{pfx} -name \*.la -exec rm {} \;# add a symlink for ccln -s gcc ${RPM_BUILD_ROOT}/%{pfx}/%{_prefix}/local/bin/cc# Copy libc_nonshared.a to /usr/lib on the rootfs as this is needed by gcc# during the linking process.  This is a hack as really the selection of gccu# should force the selection of all the static libs from glibc to the rootfs,# but this causes some packages not to build due to symbol version issues# (siglongjmp for example) with libc.a.  For some reason if libc.a is on the# rootfs it seems to be used for linking which is possibly a problem with the# spoofing.mkdir -p ${RPM_BUILD_ROOT}/%{pfx}/%{_prefix}/libcp ${TC_PREFIX}/${X_DIR}/${SLIBS}/libc_nonshared.a ${RPM_BUILD_ROOT}/%{pfx}/%{_prefix}/lib%Cleanrm -rf ${RPM_BUILD_ROOT}%Files%defattr(-,root,root)%{pfx}/*