path: root/embedded-test.sh

#!/bin/sh
# Copyright © 2014
#	Waldemar Brodkorb <wbx@openadk.org>
#
# Provided that these terms and disclaimer and all copyright notices
# are retained or reproduced in an accompanying document, permission
# is granted to deal in this work without restriction, including un‐
# limited rights to use, publicly perform, distribute, sell, modify,
# merge, give away, or sublicence.
#
# This work is provided “AS IS” and WITHOUT WARRANTY of any kind, to
# the utmost extent permitted by applicable law, neither express nor
# implied; without malicious intent or gross negligence. In no event
# may a licensor, author or contributor be held liable for indirect,
# direct, other damage, loss, or other issues arising in any way out
# of dealing in the work, even if advised of the possibility of such
# damage or existence of a defect, except proven that it results out
# of said person’s immediate fault when using the work as intended.
#
# Alternatively, this work may be distributed under the Terms of the
# General Public License, any version as published by the Free Soft‐
# ware Foundation.

# architecture specific notes:
#  mips64n32/mips64eln32 produces segfaults on boot
#  xtensa needs uImage format for initrd
#  sheb network card get no ip

adk_arch_list_uclibcng="arm armhf m68k-nommu mips mipsel mips64 mips64eln32 mips64n32 mips64n64 mips64el mips64el mips64eln64 ppc-nofpu sh sheb sparc x86 x86_64 xtensa"
adk_arch_list_uclibc="arm armhf m68k-nommu mips mipsel mips64 mips64eln32 mips64n32 mips64n64 mips64el mips64el mips64eln64 ppc-nofpu sh sheb sparc x86 x86_64"
adk_arch_list_musl="arm armhf mips mipsel ppc-nofpu sh sheb x86 x86_64"
adk_arch_list_glibc="aarch64 arm armhf mips mipsel mips64 mips64eln32 mips64n32 mips64n64 mips64el mips64el mips64eln64 ppc-nofpu sh sheb sparc x86 x86_64"

br_arch_list_uclibcng="bfin arm mips mipsel mips64 mips64el ppc sh sparc x86 x86_64 xtensa"
br_arch_list_uclibc="bfin arm mips mipsel mips64 mips64el ppc sh sparc x86 x86_64 xtensa"
br_arch_list_musl="arm mips mipsel ppc sh x86 x86_64"
br_arch_list_glibc="aarch64 arm mips mipsel mips64 mips64el ppc sh sparc x86 x86_64"

topdir=$(pwd)

tools='make git wget xz cpio tar awk sed'
f=0
for tool in $tools; do
	if ! which $tool >/dev/null; then
		echo "Checking if $tool is installed... failed"
		f=1
	fi
done
if [ $f -eq 1 ];then exit 1; fi

help() {
	cat >&2 <<EOF
Syntax: $0 -v <vendor> -l <libc> -s <source> -a <arch>

Explanation:
	-v: vendor for buildsystem (openadk|buildroot)
	-l: c library to use (uclibc-ng|musl|glibc|uclibc)
	-a: architecture to check
	-u: update vendor source via git pull
	-s: use directory with source for C library
	-d: enable debug
	-c: clean build directory before build
	-n: set NTP server for test run
	-b: only run basic bootup test
	-t: run libc testsuite
	-p: run Linux test project (LTP)
	-h: help text
EOF

}

clean=0
shell=0
update=0
debug=0
boot=0
ltp=0
test=0
gcc=0

ntp=time.fu-berlin.de

while getopts "hgptumdcbn:a:v:s:l:" ch; do
        case $ch in
                b)
                        boot=1
                        ;;
                p)
                        ltp=1
                        ;;
                t)
                        test=1
                        ;;
                m)
                        shell=1
                        ;;
                g)
                        gcc=1
                        ;;
                c)
                        clean=1
                        ;;
                u)
                        update=1
                        ;;
                s)
                        source=$OPTARG
                        ;;
                d)
                        debug=1
                        ;;
                l)
                        libc=$OPTARG
                        ;;
                n)
                        ntp=$OPTARG
                        ;;
                a)
                        archlist=$OPTARG
                        ;;
                v)
                        vendor=$OPTARG
                        ;;
		h)
			help
			exit 1
			;;
        esac
done
shift $((OPTIND - 1))

if [ -z $vendor ];then
	echo "You need to provide a vendor/buildsystem"
	echo "Either openadk or buildroot is supported."
	exit 1
fi

if [ -z $libc ];then
	echo "You need to provide a C library"
	echo "Either uclibc-ng, musl, glibc or uClibc is supported."
	exit 1
fi

case $libc in
	uclibc-ng)
		version=1.0.0beta5
		libver=uClibc-ng-${version}
		;;
	uclibc)
		version=0.9.33.2
		libver=uClibc-${version}
		;;
	glibc)
		version=2.19
		libver=glibc-${version}
		;;
	musl)
		version=1.1.4
		libver=musl-${version}
		;;
	*)
		echo "c library not supported"
		exit 1
esac

if [ -z $archlist ];then
	if [ $vendor = "openadk" ];then
		case $libc in
			uclibc-ng)
				archlist=$adk_arch_list_uclibcng
				;;
			uclibc)
				archlist=$adk_arch_list_uclibc
				;;
			glibc)
				archlist=$adk_arch_list_glibc
				;;
			musl)
				archlist=$adk_arch_list_musl
				;;
			*)
				exit 1
				;;
		esac
	fi
	if [ $vendor = "buildroot" ];then
		case $libc in
			uclibc-ng)
				archlist=$br_arch_list_uclibcng
				;;
			uclibc)
				archlist=$br_arch_list_uclibc
				;;
			glibc)
				archlist=$br_arch_list_glibc
				;;
			musl)
				archlist=$br_arch_list_musl
				;;
			*)
				exit 1
				;;
		esac
	fi
fi

case $vendor in
	openadk)
		echo "Using OpenADK to check $libc on $archlist"
		vendor_git=http://git.openadk.org/openadk.git
		;;
	buildroot)
		echo "Using buildroot to check $libc on $archlist"
		vendor_git=http://git.buildroot.net/git/buildroot.git
		;;
	*)
		echo "Vendor $vendor not supported"
		exit 1
		;;
esac

if [ ! -d $vendor ];then
	git clone $vendor_git
	if [ $? -ne 0 ];then
		echo "Cloning from $vendor_git failed."
		exit 1
	fi
	if [ "$vendor" = "buildroot" ];then
		wget http://downloads.uclibc-ng.org/buildroot-uClibc-ng.patch
		(cd buildroot && patch -p1 <../buildroot-uClibc-ng.patch)
	fi
else
	if [ $update -eq 1 ];then
		(cd $vendor && git pull)
		if [ $? -ne 0 ];then
			echo "Updating from $vendor_git failed."
			exit 1
		fi
	fi
fi

if [ ! -z $source ];then
	usrc=$(mktemp -d /tmp/XXXX)
	cp -a $source $usrc/$libver
	echo "Creating source tarball $vendor/dl/${libver}.tar.xz"
	mkdir -p $topdir/$vendor/dl 2>/dev/null
	(cd $usrc && tar cJf $topdir/$vendor/dl/${libver}.tar.xz ${libver} )
fi

runtest() {

	arch=$1
	qemu=qemu-system-${arch}
	qemu_args=
	qemu_append="ntp_server=$ntp"
	if [ $debug -eq 0 ];then
		qemu_append="$qemu_append quiet"
	fi
	if [ $shell -eq 1 ];then
		qemu_append="$qemu_append shell"
	fi
	suffix=
	psuffix=
	libdir=lib
	march=${arch}

	case ${arch} in
		arm) 
			cpu_arch=arm
			qemu_machine=vexpress-a9
			qemu_args="${qemu_args} -cpu cortex-a9 -net user -net nic,model=lan9118"
			suffix=eabi
			psuffix=$suffix
			;;
		armhf) 
			cpu_arch=arm
			march=arm
			qemu=qemu-system-${cpu_arch}
			qemu_machine=vexpress-a9
			qemu_args="${qemu_args} -cpu cortex-a9 -net user -net nic,model=lan9118"
			suffix=eabihf
			psuffix=$suffix
			;;
		mips) 
			cpu_arch=mips
			qemu_machine=malta
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			;;
		mipsel) 
			cpu_arch=mipsel
			march=mips
			qemu_machine=malta
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			;;
		mips64) 
			cpu_arch=mips64
			qemu_machine=malta
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			suffix=abi32
			psuffix=o32
			;;
		mips64n32) 
			cpu_arch=mips64
			march=mips64
			qemu=qemu-system-${cpu_arch}
			qemu_machine=malta
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			suffix=abin32
			psuffix=n32
			;;
		mips64n64) 
			cpu_arch=mips64
			march=mips64
			qemu=qemu-system-${cpu_arch}
			qemu_machine=malta
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			suffix=abi64
			psuffix=n64
			;;
		mips64el) 
			cpu_arch=mips64el
			march=mips64
			qemu_machine=malta
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			suffix=abi32
			psuffix=o32
			;;
		mips64eln32) 
			cpu_arch=mips64el
			march=mips64
			qemu=qemu-system-${cpu_arch}
			qemu_machine=malta
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			suffix=abin32
			psuffix=n32
			;;
		mips64eln64) 
			cpu_arch=mips64el
			march=mips64
			qemu=qemu-system-${cpu_arch}
			qemu_machine=malta
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			suffix=abi64
			psuffix=n64
			;;
		ppc-nofpu)
			cpu_arch=ppc
			march=ppc
			qemu=qemu-system-${cpu_arch}
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			qemu_machine=bamboo
			;;
		ppc)
			cpu_arch=ppc
			march=ppc
			qemu=qemu-system-${cpu_arch}
			qemu_args="${qemu_args} -device e1000,netdev=adk0 -netdev user,id=adk0"
			qemu_machine=mac99
			;;
		powerpc64|ppc64) 
			cpu_arch=ppc64
			qemu=qemu-system-${cpu_arch}
			qemu_machine=pseries
			;;
		sh) 
			cpu_arch=sh4
			qemu=qemu-system-${cpu_arch}
			qemu_machine=r2d
			qemu_args="${qemu_args} -monitor null -serial null -serial stdio"
			;;
		sheb) 
			cpu_arch=sh4eb
			march=sh
			qemu=qemu-system-${cpu_arch}
			qemu_machine=r2d
			qemu_args="${qemu_args} -monitor null -serial null -serial stdio"
			;;
		sparc) 
			cpu_arch=sparc
			qemu_machine=SS-5
			;;
		sparc64) 
			cpu_arch=sparc64
			qemu_machine=sun4u
			qemu_args="${qemu_args} -net nic,model=virtio -net user"
			;;
		x86) 
			cpu_arch=i686
			qemu=qemu-system-i386
			qemu_machine=pc
			qemu_args="${qemu_args} -cpu pentium2"
			;;
		x86_64) 
			cpu_arch=x86_64
			qemu_machine=pc
			libdir=lib64
			;;
		x86_64_x32) 
			cpu_arch=x86_64
			qemu=qemu-system-${cpu_arch}
			qemu_machine=pc
			libdir=libx32
			suffix=x32
			;;
		xtensa) 
			cpu_arch=xtensa
			qemu=qemu-system-${cpu_arch}
			qemu_machine=lx60
			;;
		*) 
			echo "architecture ${arch} not supported"; exit 1;;
	esac

	if ! which $qemu >/dev/null; then
		echo "Checking if $qemu is installed... failed"
		exit 1
	fi
	qemuver=$(${qemu} -version|awk '{ print $4 }')
	if [ $(echo $qemuver |sed -e "s#\.##g" -e "s#,##") -lt 200 ];then
		echo "Your qemu version is too old. Please update to 2.0 or greater"
		exit 1
	fi

	if [ "$libc" = "uclibc-ng" ];then
		prefix=uclibc
	else
		prefix=$libc
	fi
	cross=${cpu_arch}-${vendor}-linux-${prefix}${suffix}
	if [ -z $psuffix ];then
		TCPATH=${topdir}/${vendor}/toolchain_qemu-${march}_${libc}_${cpu_arch}
	else
		TCPATH=${topdir}/${vendor}/toolchain_qemu-${march}_${libc}_${cpu_arch}_${psuffix}
	fi
	export PATH="${TCPATH}/usr/bin:$PATH"

	if ! which ${cross}-gcc >/dev/null; then
		echo "Checking if ${cross}-gcc is installed... failed"
		exit 1
	fi

	echo "Starting test for ${arch}"
	echo "Generating root filesystem for test run"
	root=$(mktemp -d /tmp/XXXX)
	if [ ! -f openadk/firmware/qemu-${march}_${libc}/qemu-${march}-${libc}-initramfsarchive.tar.gz ];then
		echo "No root filesystem available for architecture ${arch}"
		exit 1
	fi
	tar -xf openadk/firmware/qemu-${march}_${libc}/qemu-${march}-${libc}-initramfsarchive.tar.gz -C $root

	if [ $2 -eq 0 ];then
cat > ${root}/run.sh << EOF
#!/bin/sh
uname -a
rdate -n \$ntp_server
file /bin/busybox
for i in \$(ls /lib/*.so|grep -v libgcc);do
	size \$i
done
exit
EOF
	fi
	if [ $2 -eq 1 ];then
cat > ${root}/run.sh << EOF
#!/bin/sh
uname -a
rdate -n \$ntp_server
/opt/ltp/runltp
exit
EOF
	fi
	if [ $2 -eq 2 ];then
cat > ${root}/run.sh << EOF
#!/bin/sh
uname -a
rdate -n \$ntp_server
cd /opt/$libc/test
CROSS_COMPILE=": ||" make UCLIBC_ONLY=y -k run
exit
EOF
	fi
	chmod u+x ${root}/run.sh

	kernel=openadk/firmware/qemu-${march}_${libc}/qemu-${march}-initramfsarchive-kernel

	echo "Creating initramfs filesystem"
	(cd $root; find . | cpio -o -C512 -Hnewc |xz --check=crc32 --stdout > ${topdir}/initramfs.${arch})
	rm -rf $root

	echo "Now running the tests in qemu for architecture ${arch}"
	echo "${qemu} -M ${qemu_machine} ${qemu_args} -append ${qemu_append} -kernel ${kernel} -qmp tcp:127.0.0.1:4444,server,nowait -no-reboot -nographic -initrd initramfs.${arch}"
	${qemu} -M ${qemu_machine} ${qemu_args} -append "${qemu_append}" -kernel ${kernel} -qmp tcp:127.0.0.1:4444,server,nowait -no-reboot -nographic -initrd initramfs.${arch} | tee REPORT.${arch}
	if [ $? -eq 0 ];then
		echo "Test for ${arch} finished. See REPORT.${arch}."
		echo 
	else
		echo "Test failed for ${arch}."
		echo 
	fi
}

create_buildroot_defconfig_arcle() {
	cat > configs/arcle_defconfig << EOD
BR2_arcle=y

BR2_TOOLCHAIN_BUILDROOT_UCLIBC_NG=y
BR2_KERNEL_HEADERS_3_15=y
BR2_DEFAULT_KERNEL_HEADERS="3.15.6"
BR2_BINUTILS_VERSION_2_24=y
BR2_GCC_VERSION_4_8_X=y
BR2_TOOLCHAIN_HAS_THREADS=y
EOD
}

create_buildroot_defconfig_arcbe() {
	cat > configs/arcbe_defconfig << EOD
BR2_arcle=y

BR2_TOOLCHAIN_BUILDROOT_UCLIBC_NG=y
BR2_KERNEL_HEADERS_3_15=y
BR2_DEFAULT_KERNEL_HEADERS="3.15.6"
BR2_BINUTILS_VERSION_2_24=y
BR2_GCC_VERSION_4_8_X=y
BR2_TOOLCHAIN_HAS_THREADS=y
EOD
}

create_buildroot_defconfig_bfin() {
	cat > configs/bfin_defconfig << EOD
BR2_bfin=y
BR2_BINFMT_FDPIC=y
BR2_bf609=y

BR2_TOOLCHAIN_BUILDROOT_UCLIBC_NG=y
BR2_KERNEL_HEADERS_3_15=y
BR2_DEFAULT_KERNEL_HEADERS="3.15.6"
BR2_BINUTILS_VERSION_2_22=y
BR2_GCC_VERSION_4_5_X=y
BR2_TOOLCHAIN_HAS_THREADS=y
EOD
}

build_buildroot() {
	cd buildroot
	case $1 in
		arcle)
			create_buildroot_defconfig_arcle
			make arcle_defconfig
			make clean all
			;;
		arcbe)
			create_buildroot_defconfig_arcbe
			make arcbe_defconfig
			make clean all
			;;
		arm)
			make qemu_arm_vexpress_defconfig
			make clean all
			;;
		bfin)
			create_buildroot_defconfig_bfin
			make bfin_defconfig
			make clean all
			;;
		mips)
			make qemu_mips_malta_defconfig
			make clean all
			;;
		mipsel)
			make qemu_mipsel_malta_defconfig
			make clean all
			;;
		mips64)
			make qemu_mips64_malta_defconfig
			make clean all
			;;
		mips64el)
			make qemu_mips64el_malta_defconfig
			make clean all
			;;
		ppc)
			make qemu_ppc_mpc8544ds_defconfig
			make clean all
			;;
		sh)
			make qemu_sh4_r2d_defconfig
			make clean all
			;;
		sparc)
			make qemu_sparc_ss10_defconfig
			make clean all
			;;
		x86)
			make qemu_x86_defconfig
			make clean all
			;;
		x86_64)
			make qemu_x86_64_defconfig
			make clean all
			;;
		xtensa)
			make qemu_xtensa_lx60_defconfig
			make clean all
			;;
		*)
			echo "architecture not supported in buildroot"
			exit 1
			;;
	esac
}

build_openadk() {
	cd openadk
	# start with a clean dir
	if [ $clean -eq 1 ];then
		make cleandir
	fi
	DEFAULT="ADK_TARGET_LIBC=$libc ADK_TARGET_FS=initramfsarchive ADK_TARGET_COLLECTION=test"
	if [ $debug -eq 1 ];then
		DEFAULT="$DEFAULT VERBOSE=1"
	fi
	if [ ! -z $source ];then
		DEFAULT="$DEFAULT ADK_NO_CHECKSUM=1"
	fi
	if [ $2 -eq 0 ];then
		DEFAULT="$DEFAULT ADK_TEST_BASE=y"
	fi
	if [ $2 -eq 1 ];then
		DEFAULT="$DEFAULT ADK_TEST_LTP=y"
	fi
	if [ $2 -eq 2 ];then
		case $libc in
			uclibc-ng)
				DEFAULT="$DEFAULT ADK_TEST_UCLIBC_NG_TESTSUITE=y"
				;;
			uclibc)
				DEFAULT="$DEFAULT ADK_TEST_UCLIBC_TESTSUITE=y"
				;;
			glibc)
				DEFAULT="$DEFAULT ADK_TEST_GLIBC_TESTSUITE=y"
				;;
			musl)
				DEFAULT="$DEFAULT ADK_TEST_MUSL_TESTSUITE=y"
				;;
			*)
				echo "test suite not available"
				exit 1
				;;
		esac
		make package=$libc clean
	fi
	if [ $2 -eq 3 ];then
		case $libc in
			uclibc-ng)
				DEFAULT="$DEFAULT ADK_TEST_UCLIBC_NG_NATIVE=y"
				;;
			uclibc)
				DEFAULT="$DEFAULT ADK_TEST_UCLIBC_NATIVE=y"
				;;
			musl)
				DEFAULT="$DEFAULT ADK_TEST_MUSL_NATIVE=y"
				;;
			glibc)
				DEFAULT="$DEFAULT ADK_TEST_GLIBC_NATIVE=y"
				;;
			*)
				echo "native build not available"
				exit 1
				;;
		esac
	fi
	case $1 in
		arm)
			make $DEFAULT ADK_TARGET_ARCH=arm ADK_TARGET_SYSTEM=qemu-arm ADK_TARGET_ABI=eabi ADK_TARGET_ENDIAN=little defconfig all
			;;
		armhf)
			make $DEFAULT ADK_TARGET_ARCH=arm ADK_TARGET_SYSTEM=qemu-arm ADK_TARGET_ABI=eabihf ADK_TARGET_ENDIAN=little defconfig all
			;;
		m68k-nommu)
			make $DEFAULT ADK_TARGET_ARCH=m68k ADK_TARGET_SYSTEM=qemu-m68k defconfig all
			;;
		mips)
			make $DEFAULT ADK_TARGET_ARCH=mips ADK_TARGET_SYSTEM=qemu-mips ADK_TARGET_ENDIAN=big defconfig all
			;;
		mipsel)
			make $DEFAULT ADK_TARGET_ARCH=mips ADK_TARGET_SYSTEM=qemu-mips ADK_TARGET_ENDIAN=little defconfig all
			;;
		mips64)
			make $DEFAULT ADK_TARGET_ARCH=mips64 ADK_TARGET_SYSTEM=qemu-mips64 ADK_TARGET_ENDIAN=big ADK_TARGET_ABI=o32 defconfig all
			;;
		mips64n32)
			make $DEFAULT ADK_TARGET_ARCH=mips64 ADK_TARGET_SYSTEM=qemu-mips64 ADK_TARGET_ENDIAN=big ADK_TARGET_ABI=n32 defconfig all
			;;
		mips64n64)
			make $DEFAULT ADK_TARGET_ARCH=mips64 ADK_TARGET_SYSTEM=qemu-mips64 ADK_TARGET_ENDIAN=big ADK_TARGET_ABI=n64 defconfig all
			;;
		mips64el)
			make $DEFAULT ADK_TARGET_ARCH=mips64 ADK_TARGET_SYSTEM=qemu-mips64 ADK_TARGET_ENDIAN=little ADK_TARGET_ABI=o32 defconfig all
			;;
		mips64eln32)
			make $DEFAULT ADK_TARGET_ARCH=mips64 ADK_TARGET_SYSTEM=qemu-mips64 ADK_TARGET_ENDIAN=little ADK_TARGET_ABI=n32 defconfig all
			;;
		mips64eln64)
			make $DEFAULT ADK_TARGET_ARCH=mips64 ADK_TARGET_SYSTEM=qemu-mips64 ADK_TARGET_ENDIAN=little ADK_TARGET_ABI=n64 defconfig all
			;;
		ppc-nofpu)
			make $DEFAULT ADK_TARGET_ARCH=ppc ADK_TARGET_SYSTEM=qemu-ppc defconfig all
			;;
		sh)
			make $DEFAULT ADK_TARGET_ARCH=sh ADK_TARGET_SYSTEM=qemu-sh ADK_TARGET_ENDIAN=little defconfig all
			;;
		sheb)
			make $DEFAULT ADK_TARGET_ARCH=sh ADK_TARGET_SYSTEM=qemu-sh ADK_TARGET_ENDIAN=big defconfig all
			;;
		*)
			make $DEFAULT ADK_TARGET_ARCH=$1 ADK_TARGET_SYSTEM=qemu-$1 defconfig all
			;;
	esac
	if [ $? -ne 0 ];then
		echo "build failed"
		exit 1
	fi
	cd ..
}	

echo "compiling base system and toolchain"

if [ "$vendor" = "buildroot" ];then
	for arch in ${archlist}; do
		build_buildroot $arch 0
	done
fi

if [ "$vendor" = "openadk" ];then
	for arch in ${archlist}; do
		build_openadk $arch 99
		if [ $boot -eq 1 ];then
			case $arch in
			m68k-nommu|ppc|sheb|xtensa|mips64eln32|mips64n32)
				echo "runtime tests disabled for $arch."
				;;
			*)
				build_openadk $arch 0
				runtest $arch 0
				;;
			esac
		fi
		if [ $ltp -eq 1 ];then
			case $arch in
			m68k-nommu|ppc|sheb|xtensa|mips64eln32|mips64n32)
				echo "runtime tests disabled for $arch."
				;;
			*)
				build_openadk $arch 1
				runtest $arch 1
				;;
			esac
		fi
		if [ $test -eq 1 ];then
			case $arch in
			m68k-nommu|ppc|sheb|xtensa|mips64eln32|mips64n32)
				echo "runtime tests disabled for $arch."
				;;
			*)
				build_openadk $arch 2
				runtest $arch 2
				;;
			esac
		fi
		if [ $gcc -eq 1 ];then
			case $arch in
			m68k-nommu|ppc|sheb|xtensa|mips64eln32|mips64n32)
				echo "runtime tests disabled for $arch."
				;;
			*)
				build_openadk $arch 3
				runtest $arch 3
				;;
			esac
		fi
	done
fi

echo "All tests finished."
exit 0