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#!/bin/bash
set -e
dest_dir="`pwd`"
version=""
while getopts "d:s:v" OPTION; do
case $OPTION in
d) dest_dir="$OPTARG" ;;
s) version="$OPTARG" ;;
v) set -x ;;
esac
done
shift $((OPTIND-1))
if [ -e "$dest_dir" ]; then
echo "ERROR: Cannot install into existing directory: $dest_dir"
exit 1
fi
mkdir "$dest_dir"
tarball="$1"
shift
if ! [ -f "$tarball" ]; then
echo "ERROR: Wrong SPEC tarball: $tarball"
exit 1
fi
if [ $# -gt 0 ]; then
echo "ERROR: Extra arguments: $@"
exit 1
fi
if [ x"$version" = x"" ]; then
case "$tarball" in
*"2000"*"1.3"*) version="cpu2000v1.3" ;;
*"2006"*"1.2"*) version="cpu2006v1.2" ;;
esac
fi
case "$version" in
"cpu2000v1.3") ;;
"cpu2006v1.2") ;;
*)
echo UNKNOWN SPEC VERSION TAR: $tar
exit 1
;;
esac
cat $tarball | (cd $dest_dir && tar --strip-components=1 -xJ && chmod -R +w ./)
cpu="$(uname -m)"
case "$cpu" in
"armv8l")
cpu=armv7l
;;
esac
toolstar=""
case "$version" in
"cpu2000v1.3")
case "$cpu" in
"x86_64") arch=linux-glibc22-x86_64 ;;
"ia32") arch=linux-redhat62-ia32 ;;
"armv7l")
arch=linux-armv7l
toolstar=linux-armv7l-122.tar.bz2
;;
"aarch64")
arch=linux-aarch64
toolstar=linux-aarch64-122.tar.bz2
;;
*)
toolstar="build"
;;
esac
;;
"cpu2006v1.2")
case "$cpu" in
"x86_64") arch=linux-suse10-amd64 ;;
"ia32") arch=linux-redhat62-ia32 ;;
"armv7l")
arch=linux-armv7l
toolstar=linux-armv7l-118.tar
;;
"aarch64")
arch=linux-apm-arm64
toolstar=linux-apm-arm64-118.tar
;;
*)
toolstar="build"
;;
esac
;;
esac
case "$toolstar" in
"") ;;
"build")
arch="linux-$cpu"
# Make sure bash is used for building perl
echo "/bin/bash \$@" > $dest_dir/bin/sh
chmod +x $dest_dir/bin/sh
case "$version" in
"cpu2000v1.3")
# Patch up specmd5sum
sed -i -e "/^int/d" -e "/^getline/d" -e "/^getdelim/d" \
$dest_dir/tools/src/specmd5sum/lib/getline.h
# Patch up perl sources
sed -i -e "s#command line#command\.line#" \
$dest_dir/tools/src/perl-5.8.7/makedepend.SH
sed -i -e "/asm\/page.h/d" \
$dest_dir/tools/src/perl-5.8.7/ext/IPC/SysV/SysV.xs
;;
esac
# Find where libm.so and libdl.so are
libpth=$(ssh $target find /usr -name libm.so | sed -e "s#/libm.so##")
# config.guess can be too old to know about new architecture.
configflags="--build=$cpu-unknown-linux-gnu"
ssh $target "cd $dest_dir && PATH=$dest_dir/bin:\$PATH PERLFLAGS='-A libs=-lm -A libs=-ldl -A libs=-lcrypt -Dlibpth=$libpth' CONFIGFLAGS=\"$configflags\" $dest_dir/tools/src/buildtools && . shrc && packagetools $arch"
# Clean up
rm $dest_dir/bin/sh
# Copy newly-built tools to the scripts dir
cp $dest_dir/$arch-*.tar* $(dirname $0)/
;;
*)
case "$version" in
"cpu2000"*)
cat $(dirname $0)/$toolstar \
| (cd $dest_dir && tar -xj && chmod -R +w ./)
;;
"cpu2006"*)
cat $(dirname $0)/$toolstar \
| (cd $dest_dir && tar -x && chmod -R +w ./)
;;
esac
;;
esac
case "$version" in
"cpu2000"*) (cd $dest_dir && ./install.sh $arch) ;;
"cpu2006"*) (cd $dest_dir && ./install.sh -f -u $arch) ;;
esac
case "$version" in
"cpu2006"*)
# Add a Makefile rule that all sources should be generated before
# starting compilation. This works around parallelization problem
# when using rsync-based remote compilation.
echo '$(OBJS): $(FINAL_SOURCES)' >> $dest_dir/benchspec/Makefile.defaults
;;
esac
|
