haiku/build/scripts/build_cross_tools_gcc4
Fredrik Holmqvist 7cea5bf07f Remove graphite building, we have gcc with these deps in build
When we moved ISL, MPFR, GMP and so on inside GCC we no longer
need to do any specific building to support graphite.
2020-07-18 15:19:17 +02:00

288 lines
7.8 KiB
Bash
Executable File

#!/bin/sh
#
# parameters <machine> <haiku sourcedir> <buildtools dir> <install dir>
# get and check the parameters
if [ $# -lt 4 ]; then
echo Usage: $0 '<machine> <haiku sourcedir> <buildtools dir>' \
'<install dir> [extra make flags]' >&2
exit 1
fi
set -e
if [ -z "$MAKE" ]; then
echo "MAKE undefined. Assuming make."
export MAKE=make
fi
haikuMachine=$1
haikuSourceDir=$2
buildToolsDir=$3
installDir=$4
shift 4
additionalMakeArgs=$*
gdbSourceDir="$HAIKU_USE_GDB"
ccFlags="-O2"
cxxFlags="-O2"
binutilsTargets="$haikuMachine"
gdbTarget="$haikuMachine"
case $haikuMachine in
i586-*)
binutilsConfigureArgs="--disable-multilib"
gccConfigureArgs="--disable-multilib"
binutilsTargets="$binutilsTargets,i386-efi-pe,x86_64-efi-pe"
gdbConfigureArgs="--disable-multilib"
;;
x86_64-*)
# GCC's default is to enable multilib, but there is a bug when
# explicitly using --enable-multilib that causes a build
# failure
binutilsConfigureArgs=""
binutilsTargets="$binutilsTargets,i386-efi-pe,x86_64-efi-pe"
gdbConfigureArgs="--disable-multilib"
;;
m68k-*)
binutilsConfigureArgs="--enable-multilib"
gccConfigureArgs="--enable-multilib"
gdbConfigureArgs="--disable-multilib"
gdbTarget="m68k-unknown-elf"
;;
arm-*)
# Multilib creates a lot of confusion as the wrong libs end up being linked.
# For now, target Cortex-A8 devices.
binutilsConfigureArgs="--disable-multilib --with-float=hard
--with-cpu=cortex-a8 --with-fpu=vfpv3"
gccConfigureArgs="--disable-multilib --with-float=hard
--with-cpu=cortex-a8 --with-fpu=vfpv3"
# TODO: Disable building with TLS support for ARM until implemented.
binutilsConfigureArgs="$binutilsConfigureArgs --disable-tls"
gccConfigureArgs="$gccConfigureArgs --disable-tls"
gdbConfigureArgs="--disable-multilib --disable-werror -enable-interwork"
gdbTarget="arm-unknown-elf"
;;
riscv*-*)
binutilsConfigureArgs="--disable-multilib"
gccConfigureArgs="--disable-multilib"
gdbConfigureArgs="--disable-multilib"
# TODO: Disable building with TLS support for riscv until implemented.
binutilsConfigureArgs="$binutilsConfigureArgs --disable-tls"
gccConfigureArgs="$gccConfigureArgs --disable-tls"
;;
powerpc-*)
binutilsConfigureArgs="--disable-multilib"
gccConfigureArgs="--disable-multilib"
binutilsTargets="$binutilsTargets,powerpc-apple-linux,powerpc-apple-freebsd,powerpc-apple-vxworks"
gdbConfigureArgs="--disable-multilib --disable-werror"
gdbTarget="powerpc-unknown-elf"
# TODO: Disable building with TLS support for PPC until implemented.
binutilsConfigureArgs="$binutilsConfigureArgs --disable-tls"
gccConfigureArgs="$gccConfigureArgs --disable-tls"
;;
*)
binutilsConfigureArgs="--disable-multilib"
gccConfigureArgs="--disable-multilib"
gdbConfigureArgs="--disable-multilib"
;;
esac
if [ `uname -s` = 'Haiku' ]; then
# force cross-build if building on Haiku:
buildhostMachine=${haikuMachine}_buildhost
buildHostSpec="--build=$buildhostMachine --host=$buildhostMachine"
fi
if [ ! -d "$haikuSourceDir" ]; then
echo "No such directory: \"$haikuSourceDir\"" >&2
exit 1
fi
if [ ! -d "$buildToolsDir" ]; then
echo "No such directory: \"$buildToolsDir\"" >&2
exit 1
fi
if [ -n "$gdbSourceDir" -a ! -d "$gdbSourceDir" ]; then
echo "No such directory: \"$gdbSourceDir\"" >&2
exit 1
fi
# create the output dir
mkdir -p "$installDir" || exit 1
# get absolute paths
currentDir=$(pwd)
cd "$haikuSourceDir"
haikuSourceDir=$(pwd)
cd "$currentDir"
cd "$buildToolsDir"
buildToolsDir=$(pwd)
cd "$currentDir"
cd "$installDir"
installDir=$(pwd)
cd "$currentDir"
if [ -n "$gdbSourceDir" ]; then
cd "$gdbSourceDir"
gdbSourceDir=$(pwd)
cd "$currentDir"
fi
binutilsSourceDir="$buildToolsDir/binutils"
gccSourceDir="$buildToolsDir/gcc"
# get gcc version
gccVersion=$(cat "$gccSourceDir/gcc/BASE-VER")
if [ -z "$gccVersion" ]; then
echo "Failed to find out gcc version." >&2
exit 1
fi
# clear out the "missing" scripts so that they don't cause errors on tools
# that are not installed, as we will have committed any files generated by
# them to the buildtools repo already.
echo "#!/bin/sh" >"$binutilsSourceDir"/missing
echo "#!/bin/sh" >"$gccSourceDir"/missing
echo "#!/bin/sh" >"$gccSourceDir"/isl/missing
# create the object and installation directories for the cross compilation tools
objDir="${installDir}-build"
binutilsObjDir="$objDir/binutils"
gccObjDir="$objDir/gcc"
gdbObjDir="$objDir/gdb"
stdcxxObjDir="$objDir/stdcxx"
sysrootDir="$installDir/sysroot"
tmpIncludeDir="$sysrootDir/boot/system/develop/headers"
tmpLibDir="$sysrootDir/boot/system/develop/lib"
rm -rf "$installDir" "$objDir"
mkdir -p "$installDir" "$objDir" "$binutilsObjDir" "$gccObjDir" "$gdbObjDir" \
"$stdcxxObjDir" "$tmpIncludeDir" "$tmpLibDir" || exit 1
mkdir -p "$installDir/lib/gcc/$haikuMachine/$gccVersion"
if [ "$HAIKU_USE_GCC_PIPE" = 1 ]; then
ccFlags="$ccFlags -pipe"
cxxFlags="$cxxFlags -pipe"
fi
if [ -n "$SECONDARY_ARCH" ]; then
gccConfigureArgs="$gccConfigureArgs --with-hybrid-secondary=$SECONDARY_ARCH"
fi
# force the POSIX locale, as the build (makeinfo) might choke otherwise
export LC_ALL=POSIX
# build gdb
if [ -n "$HAIKU_USE_GDB" ]; then
cd "$gdbObjDir"
"$gdbSourceDir/configure" \
--prefix="$installDir" --target=$gdbTarget \
$gdbConfigureArgs \
|| exit 1
$MAKE $additionalMakeArgs || exit 1
$MAKE $additionalMakeArgs install || exit 1
fi
# build binutils
cd "$binutilsObjDir"
CFLAGS="$ccFlags" CXXFLAGS="$cxxFlags" "$binutilsSourceDir/configure" \
--prefix="$installDir" $buildHostSpec --target=$haikuMachine \
--enable-targets=$binutilsTargets \
--disable-nls --disable-shared --disable-werror \
--with-sysroot="$sysrootDir" \
--disable-maintainer-mode \
$binutilsConfigureArgs \
|| exit 1
$MAKE $additionalMakeArgs || exit 1
$MAKE $additionalMakeArgs install || exit 1
export PATH="$PATH:$installDir/bin"
# build gcc
# prepare the include files
copy_headers()
{
sourceDir=$1
targetDir=$2
headers="$(find $sourceDir -name \*\.h)"
headers="$(echo $headers | sed -e s@$sourceDir/@@g)"
for f in $headers; do
headerTargetDir="$targetDir/$(dirname $f)"
mkdir -p "$headerTargetDir"
cp "$sourceDir/$f" "$headerTargetDir"
done
}
copy_headers "$haikuSourceDir/headers/config" "$tmpIncludeDir/config"
copy_headers "$haikuSourceDir/headers/os" "$tmpIncludeDir/os"
copy_headers "$haikuSourceDir/headers/posix" "$tmpIncludeDir/posix"
# configure gcc
cd "$gccObjDir"
CFLAGS="$ccFlags" CXXFLAGS="$cxxFlags" "$gccSourceDir/configure" \
--prefix="$installDir" $buildHostSpec --target=$haikuMachine \
--disable-nls --disable-shared --with-system-zlib \
--enable-languages=c,c++ --enable-lto --enable-frame-pointer \
--enable-__cxa-atexit --enable-threads=posix \
--with-default-libstdcxx-abi=gcc4-compatible \
--with-sysroot="$sysrootDir" \
--disable-maintainer-mode \
$gccConfigureArgs \
|| exit 1
# make gcc
$MAKE $additionalMakeArgs || {
echo "ERROR: Building gcc failed." >&2
exit 1
}
# install gcc
$MAKE $additionalMakeArgs install || {
echo "ERROR: Installing the cross compiler failed." >&2
exit 1
}
case $haikuMachine in
x86_64-*)
# pick up the 32-bit libraries for the bootloader
bootLibgcc=`$installDir/bin/$haikuMachine-gcc -m32 -print-file-name=libgcc.a`
$installDir/bin/$haikuMachine-strip --strip-debug $bootLibgcc
bootLibsupcxx=`$installDir/bin/$haikuMachine-gcc -m32 -print-file-name=libsupc++.a`
$installDir/bin/$haikuMachine-strip --strip-debug $bootLibsupcxx
;;
esac
# cleanup
# remove the system headers from the installation dir
# Only the ones from the source tree should be used.
rm -rf "$installDir/$haikuMachine/sys-include"
# rename the static libstdc++ to prevent accidental usage
# (it should be used by the bootstrap process only)
mv "$installDir/$haikuMachine/lib/libstdc++.a" \
"$installDir/$haikuMachine/lib/libstdc++-static.a"
# remove the sysroot dir
rm -rf "$sysrootDir"
# remove the objects dir
rm -rf "$objDir"
echo "binutils and gcc for cross compilation have been built successfully!"