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|
#! /bin/sh
#
# $Id$
#
# RTEMS Build RPM script.
#
# This script builds the RTEMS tools into RPM packages on a Linux Fedora host,
# and supports Canadian cross builds to other hosts. It is light sugar around
# the fine work of Ralf Corsepius thats actually builds the RPM files.
#
# We build all the targets for a given host.
#
# Note: This file should be placed in crossrpms.
#
source=$(dirname $0)
terminate()
{
echo "error: $*" >&2
exit 1
}
check()
{
if [ $? -ne 0 ]; then
terminate
fi
}
processor=$(uname -p)
. $source/version
base_tool_list="binutils gcc"
target_list=$(cat $source/targets)
host_list="cygwin freebsd5.2 freebsd6.0 freebsd6.1 mingw32"
rtems_tool_list="autoconf automake $base_tool_list gdb"
linux_tool_list="autoconf automake $base_tool_list"
cygwin_tool_list="w32api libs autoconf automake $base_tool_list"
freebsd_tool_list="libs autoconf automake $base_tool_list"
mingw32_tool_list="w32api libs autoconf automake $base_tool_list"
cygwin_cc_name="pc"
freebsd_cc_name="pc"
mingw32_cc_name="pc"
linux_cpu_list="$processor"
cygwin_cpu_list="i686"
freebsd_cpu_list="i586"
mingw32_cpu_list="i686"
rpm_topdir=$(rpm --eval "%{_topdir}")
prefix=/opt/rtems-$version
hosts=$host_list
build=$processor-linux-gnu
infos=
targets=$target_list
run_prefix=
rpm_prefix=custom-
rpm_prefix_arg=
local_rpm_database=yes
clean=yes
while [ $# -gt 0 ];
do
case $1 in
-c)
clean=no
;;
-d)
set -x
;;
-h)
shift
hosts=$1
;;
-i)
infos="--enable-infos"
;;
-l)
shift
rpm_prefix=$1-
rpm_prefix_arg="--enable-rpmprefix=$rpm_label"
;;
-n)
run_prefix="echo "
;;
-p)
shift
prefix=$1
;;
-R)
local_rpm_database=no
;;
-s)
shift
source=$1
;;
-t)
shift
targets=$1
;;
-v)
shift
version=$1
;;
--help)
echo "$0 -cdinr -o <output> -h <hosts>" \
"-l <rpm prefix> -p <prefix> -s <source> -t <targets> -v <version>"
exit 2
;;
*)
terminate "error: invalid option (try --help): $1"
;;
esac
shift
done
for t in $targets;
do
if [ -z "$(echo $target_list | grep $t)" ]; then
terminate "error: invalid target: $t"
fi
done
cd=${run_prefix}cd
configure=${run_prefix}${source}/configure
cp=${run_prefix}cp
make=${run_prefix}make
mkdir=${run_prefix}mkdir
rm=${run_prefix}rm
rpmbuild=${run_prefix}rpmbuild
rpm=${run_prefix}rpm
if [ $local_rpm_database = yes ]; then
rpm_database="--dbpath $prefix/var/lib/rpm"
else
rpm_database=
fi
echo " Source: $source"
echo " Prefix: $prefix"
echo " Hosts: $hosts"
echo "Targets: $targets"
if [ ! -f $source/configure ]; then
terminate "$source/configure not found under: $source"
fi
if [ x$prefix != x ]; then
if [ -e $prefix ]; then
if [ ! -d $prefix ]; then
terminate "$prefix is not a directory"
fi
else
echo "Creating $(pwd)"
$mkdir -p $prefix
check "making the prefix directory: $prefix"
fi
fi
$cd $prefix
check "cannot change to the prefix directory: $prefix"
if [ $clean = yes ]; then
echo "Cleaning: $(pwd)"
$rm -rf *
fi
#
# Using a local RPM database means we do not need to be root to
# perform the build.
#
if [ $local_rpm_database = yes ]; then
echo "Creating private RPM database: $(pwd)/var/lib/rpm"
if [ ! -d /var/lib/rpm ]; then
terminate "no RPM database found on this host"
exit 1
fi
if [ ! -d var/lib ]; then
$mkdir -p var/lib
check "making the local RPM database directory: var/lib"
fi
if [ $clean = yes -o ! -e var/lib/rpmPackages ]; then
echo "Copying RPM database to a local RPM database"
$cp -r /var/lib/rpm var/lib/rpm
check "copying the RPM database to the local database"
fi
fi
#
# Set the path to the new directory.
#
export PATH=$prefix/bin:$PATH
#
# Install the RPM.
#
rpm_installer()
{
local rpm_common=
local rpm_libs=
local rpm_tools=
local r
local rpm_database=$1
shift
local rpm_arch=$1
shift
local rpm_path=$1
shift
#
# Get the names of the rpm files that have been built. This means we
# do not have maintain version info.
#
rpm_names=$(rpmbuild $rpm_database $* --nobuild 2> /dev/null | \
grep -v "debuginfo" | grep "Process" | sed 's/Process.*\: //')
#
# If we have a base place that one first then libs then the tools.
#
for r in $rpm_names
do
if [ $(echo $r | sed 's/.*common.*/yes/') = yes ]; then
rpm_common="$rpm_common $r"
elif [ $(echo $r | sed 's/.*lib.*/yes/') = yes ]; then
rpm_libs="$rpm_libs $r"
elif [ $(echo $r | sed 's/.*sys\-root.*/yes/') = yes ]; then
rpm_libs="$rpm_libs $r"
else
rpm_tools="$rpm_tools $r"
fi
done
for r in $rpm_common $rpm_libs $rpm_tools
do
echo "rpm $rpm_database --force" \
"-i $rpm_path/$rpm_arch/$r.$rpm_arch.rpm"
$rpm $rpm_database --force -i $rpm_path/$rpm_arch/$r.$rpm_arch.rpm
check "installing the $r.$rpm_arch.rpm rpm failed"
done
}
#
# Select the type of arch we have.
#
rpm_arch()
{
if [ $(echo $1 | sed 's/.*api.*/yes/') = yes ]; then
echo "noarch"
elif [ $(echo $1 | sed 's/.*lib.*/yes/') = yes ]; then
echo "noarch"
elif [ $(echo $1 | sed 's/.*auto.*/yes/') = yes ]; then
echo "noarch"
else
echo $2
fi
}
#
# We always build tools for the build host. We need them to
# build the libraries for the target processor.
#
hosts="linux $hosts"
echo "Configuring target: all"
echo "configure --prefix=$prefix $rpm_prefix_arg " \
" --target=all $infos"
$configure --prefix=$prefix $rpm_prefix_arg \
--target=all \
$infos
check "configuring the crossrpms failed"
echo "make"
$make
check "building the rpm spec files failed"
echo "make -C autotools"
$make -C autotools
check "building the rpm spec files failed"
for h in $hosts;
do
#
# Need to translate the build host to an RTEMS host. Create a
# target host (th) and specs directory (sd) variable to handle
# the use of RTEMS.
#
if [ $h = "linux" ]; then
th="linux-gnu"
sd=rtems$version
canadian_cross=no
else
th=$h
sd=$h
canadian_cross=yes
fi
#
# Associate the host to its tool list to get the packages to build.
#
tl=${h}_tool_list
pl=${h}_cpu_list
echo "Native Host Tools: ${!tl} for ${!pl}"
echo "Canadian Cross: $canadian_cross ($t $h)"
for p in ${!pl}
do
pth="$p-pc-$th"
if [ $canadian_cross = yes ]; then
echo "make -C $sd/$p"
$make -C $sd/$p
check "building the rpm spec files failed: $sd/$p"
for s in ${!tl}
do
case $s in
autoconf|automake)
# Hack around the prefix in the spec files for autotools.
ba="-ba $prefix/autotools/$rpm_prefix$s.spec"
;;
*)
ba="-ba $prefix/$sd/$p/$rpm_prefix$pth-$s.spec"
esac
rpmbuild_cmd="$ba --target=$build"
echo "rpmbuild --define '_defaultdocdir $prefix/share/doc' $rpm_database $rpmbuild_cmd"
$rpmbuild --define "_defaultdocdir $prefix/share/doc" $rpm_database $rpmbuild_cmd
check "building the $sd/$p/$rpm_prefix$pth-$s rpm failed"
rpm_installer "$rpm_database" \
$(rpm_arch $rpm_prefix$pth-$s $processor) \
$rpm_topdir/linux/RPMS \
$rpmbuild_cmd
done
fi
done
for t in $targets;
do
for s in ${rtems_tool_list}
do
case $s in
autoconf|automake)
# Hack around the prefix in the spec files for autotools.
ba="-ba $prefix/autotools/$rpm_prefix$s.spec"
;;
*)
ba="-ba $prefix/rtems$version/$t/$rpm_prefix$t-rtems$version-$s.spec"
esac
rpmbuild_cmd="$ba --target=$pth"
if [ $canadian_cross = yes ]; then
ccl=${h}_cc_name
echo "rpmbuild --define '_build $processor-redhat-linux' " \
"--define '_host $pth' " \
"--define '_defaultdocdir $prefix/share/doc' " \
"$rpm_database $rpmbuild_cmd "
$rpmbuild --define "_build $processor-redhat-linux" \
--define "_host $pth" \
--define "_defaultdocdir $prefix/share/doc" \
--define "__cc $p-${!ccl}-$h-gcc" \
$rpm_database $rpmbuild_cmd
check "building host cross target: $rpm_prefix$t-rtems$version-$s"
else
echo "rpmbuild --define '_defaultdocdir $prefix/share/doc' "\
"$rpm_database $rpmbuild_cmd"
$rpmbuild --define "_defaultdocdir $prefix/share/doc" \
$rpm_database $rpmbuild_cmd
check "building host cross target: $rpm_prefix$t-rtems$version-$s"
fi
if [ $canadian_cross != yes ]; then
rpm_installer "$rpm_database" \
$(rpm_arch $rpm_prefix$t-rtems$version-$s $p) \
$rpm_topdir/$h/RPMS \
$rpmbuild_cmd
fi
done
done
done
|