SBC-sig/scripts/gen_image.sh

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#!/bin/bash
set -e
set -x
__usage="
Usage: gen_image [OPTIONS]
Generate openEuler bootable image.
The target compressed bootable images will be generated in the build/YYYY-MM-DD folder of the directory where the gen_image.sh script is located.
Options:
-n, --name IMAGE_NAME The openEuler image name to be built.
--board BOARD_CONFIG Required! The config of target board in the boards folder, which defaults to firefly-rk3399.
-h, --help Show command help.
"
help()
{
echo "$__usage"
exit $1
}
default_param() {
workdir=$cur_dir/build
outputdir=${workdir}/$(date +'%Y-%m-%d')
name=openEuler-Firefly-RK3399-aarch64-alpha1
board=firefly-rk3399
soc_name=rk3399
platform=rockchip
nonfree_bin_dir=${cur_dir}/bin
config_dir=${cur_dir}/configs
rootfs_dir=${workdir}/rootfs
boot_dir=${workdir}/boot
uboot_dir=${workdir}/u-boot
boot_mnt=${workdir}/boot_tmp
emmc_boot_mnt=${workdir}/emmc_boot_tmp
root_mnt=${workdir}/root_tmp
log_dir=${workdir}/log
}
parseargs()
{
if [ "x$#" == "x0" ]; then
return 0
fi
while [ "x$#" != "x0" ];
do
if [ "x$1" == "x-h" -o "x$1" == "x--help" ]; then
return 1
elif [ "x$1" == "x" ]; then
shift
elif [ "x$1" == "x-n" -o "x$1" == "x--name" ]; then
name=`echo $2`
if [ "x${name:0-4}" == "x.img" ]; then
name=${name::-4}
fi
shift
shift
elif [ "x$1" == "x--board" ]; then
board=`echo $2`
shift
shift
else
echo `date` - ERROR, UNKNOWN params "$@"
return 2
fi
done
}
LOSETUP_D_IMG(){
set +e
if [ -d ${root_mnt} ]; then
if grep -q "${root_mnt} " /proc/mounts ; then
umount ${root_mnt}
fi
fi
if [ -d ${boot_mnt} ]; then
if grep -q "${boot_mnt} " /proc/mounts ; then
umount ${boot_mnt}
fi
fi
if [ -d ${emmc_boot_mnt} ]; then
if grep -q "${emmc_boot_mnt} " /proc/mounts ; then
umount ${emmc_boot_mnt}
fi
fi
if [ -d ${rootfs_dir} ]; then
if grep -q "${rootfs_dir} " /proc/mounts ; then
umount ${rootfs_dir}
fi
fi
if [ -d ${boot_dir} ]; then
if grep -q "${boot_dir} " /proc/mounts ; then
umount ${boot_dir}
fi
fi
if [ "x$device" != "x" ]; then
kpartx -d ${device}
losetup -d ${device}
device=""
fi
if [ -d ${root_mnt} ]; then
rm -rf ${root_mnt}
fi
if [ -d ${boot_mnt} ]; then
rm -rf ${boot_mnt}
fi
if [ -d ${emmc_boot_mnt} ]; then
rm -rf ${emmc_boot_mnt}
fi
if [ -d ${rootfs_dir} ]; then
rm -rf ${rootfs_dir}
fi
if [ -d ${boot_dir} ]; then
rm -rf ${boot_dir}
fi
set -e
}
buildid=$(date +%Y%m%d%H%M%S)
builddate=${buildid:0:8}
ERROR(){
echo `date` - ERROR, $* | tee -a ${log_dir}/${builddate}.log
}
LOG(){
echo `date` - INFO, $* | tee -a ${log_dir}/${builddate}.log
}
make_img(){
if [[ -f ${workdir}/boot.img && $(cat ${workdir}/.done | grep bootimg) == "bootimg" ]];then
LOG "boot.img check done."
else
ERROR "boot.img check failed, please re-run build_boot.sh."
exit 2
fi
if [[ -f ${workdir}/rootfs.img && $(cat ${workdir}/.done | grep rootfs) == "rootfs" ]];then
LOG "rootfs.img check done."
else
ERROR "rootfs.img check failed, please re-run build_rootfs.sh."
exit 2
fi
device=""
LOSETUP_D_IMG
size=`ls -l --block-size=1MiB ${workdir}/rootfs.img | awk '{ print $5 }'`
size=$(($size+1100))
losetup -D
img_file=${workdir}/${name}.img
LOG create ${img_file} size of ${size}MiB
dd if=/dev/zero of=${img_file} bs=1MiB count=$size status=progress && sync
LOG "create ${part_table} partition table."
if [ "x${board}" == "xraspberrypi" ]; then
section1_start=16384
section1_end=1064959
else
section1_start=32768
section1_end=524287
fi
parted ${img_file} mklabel ${part_table} mkpart primary fat32 ${section1_start}s ${section1_end}s
parted ${img_file} -s set 1 boot on
parted ${img_file} mkpart primary ext4 $(($section1_end+1))s 100%
device=`losetup -f --show -P ${img_file}`
LOG "after losetup: ${device}"
trap 'LOSETUP_D_IMG' EXIT
LOG "image ${img_file} created and mounted as ${device}"
kpartx -va ${device}
loopX=${device##*\/}
partprobe ${device}
bootp=/dev/mapper/${loopX}p1
rootp=/dev/mapper/${loopX}p2
LOG "make image partitions done."
mkfs.vfat -n boot ${bootp}
mkfs.ext4 -L rootfs ${rootp}
LOG "make filesystems done."
mkdir -p ${root_mnt} ${boot_mnt}
mount -t vfat -o uid=root,gid=root,umask=0000 ${bootp} ${boot_mnt}
mount -t ext4 ${rootp} ${root_mnt}
if [ -d ${rootfs_dir} ];then rm -rf ${rootfs_dir}; fi
mkdir ${rootfs_dir}
mount ${workdir}/rootfs.img ${rootfs_dir}
if [ -d ${boot_dir} ];then rm -rf ${boot_dir}; fi
mkdir ${boot_dir}
mount ${workdir}/boot.img ${boot_dir}
cp -rfp ${boot_dir}/* ${boot_mnt} || LOG "${boot_dir} is empty."
line=$(blkid | grep $rootp)
if [ "x${board}" == "xraspberrypi" ]; then
if [ -d ${rootfs_dir}/boot/grub2 ]; then
rm -rf ${rootfs_dir}/boot/grub2
fi
cp -rfp ${rootfs_dir}/boot/* ${boot_mnt}/ || LOG "no file in ${rootfs_dir}/boot/"
cp ${config_dir}/config.txt ${boot_mnt}/
partuuid=${line#*PARTUUID=\"}
partuuid=${partuuid%%\"*}
echo "console=serial0,115200 console=tty1 root=PARTUUID=${partuuid} rootfstype=ext4 elevator=deadline rootwait net.ifnames=0" > ${boot_mnt}/cmdline.txt
else
uuid=${line#*UUID=\"}
uuid=${uuid%%\"*}
sed -i "s|UUID=614e0000-0000-4b53-8000-1d28000054a9|UUID=${uuid}|g" ${boot_mnt}/extlinux/extlinux.conf
fi
rsync -avHAXq ${rootfs_dir}/* ${root_mnt}
sync
sleep 10
LOG "copy openEuler-root done."
if [ -d ${workdir}/kernel/kernel-modules/lib/modules ]; then
if [ -d ${root_mnt}/lib/modules ];then rm -rf ${root_mnt}/lib/modules; fi
cp -rfp ${workdir}/kernel/kernel-modules/lib/modules ${root_mnt}/lib
LOG "install kernel modules done."
fi
umount $rootp
umount $bootp
umount ${rootfs_dir}
umount ${boot_dir}
if [ "${platform}" == "rockchip" ];then
echo "Installing Rockchip U-Boot..."
if [ -f ${uboot_dir}/idbloader.img ]; then
dd if=${uboot_dir}/idbloader.img of=/dev/${loopX} seek=64
else
ERROR "u-boot idbloader file can not be found!"
exit 2
fi
if [ -f ${uboot_dir}/u-boot.itb ]; then
dd if=${uboot_dir}/u-boot.itb of=/dev/${loopX} seek=16384
else
ERROR "u-boot.itb file can not be found!"
exit 2
fi
elif [ "${platform}" == "phytium" ];then
echo "Installing Phytium U-Boot..."
if [ -f ${uboot_dir}/fip-all-sd-boot.bin ]; then
sfdisk --dump /dev/${loopX} > ${uboot_dir}/part.txt
dd if=${uboot_dir}/fip-all-sd-boot.bin of=/dev/${loopX}
sfdisk --no-reread /dev/${loopX} < ${uboot_dir}/part.txt
else
ERROR "phytium fip-all-sd-boot file can not be found!"
exit 2
fi
elif [ "${platform}" == "allwinner" ];then
echo "Installing Allwinner U-Boot..."
if [ -f ${uboot_dir}/u-boot-sunxi-with-spl.bin ]; then
dd if=${uboot_dir}/u-boot-sunxi-with-spl.bin of=/dev/${loopX} seek=8k
else
ERROR "allwinner u-boot file can not be found!"
exit 2
fi
elif [ "${platform}" != "broadcom" ];then
echo "Unsupported platform"
fi
LOG "install u-boot done."
LOSETUP_D_IMG
losetup -D
}
outputd(){
if [ -d ${outputdir} ];then
find ${outputdir} -name "${name}.img" -o -name "${name}.tar.gz" -o -name "${name}.img.xz" -delete
else
mkdir -p $outputdir
fi
mv ${workdir}/${name}.img ${outputdir}
LOG "xz openEuler image begin..."
xz ${outputdir}/${name}.img
if [ ! -f ${outputdir}/${name}.img.xz ]; then
ERROR "xz openEuler image failed!"
exit 2
else
LOG "xz openEuler image success."
fi
if [[ "x$soc_name" == "xrk3399" && "x$platform" == "xrockchip" ]]; then
LOG "tar openEuler image begin..."
cp ${nonfree_bin_dir}/rk3399_loader.bin ${workdir}
cp ${nonfree_bin_dir}/rk3399_parameter.gpt ${workdir}
cp ${workdir}/u-boot/idbloader.img ${workdir}
cp ${workdir}/u-boot/u-boot.itb ${workdir}
pushd ${workdir}
tar -zcvf ${outputdir}/${name}.tar.gz \
rk3399_loader.bin \
rk3399_parameter.gpt \
idbloader.img \
u-boot.itb \
boot.img \
rootfs.img
popd
if [ ! -f ${outputdir}/${name}.tar.gz ]; then
ERROR "tar openEuler image failed!"
exit 2
else
LOG "tar openEuler image success."
fi
rm ${workdir}/rk3399_loader.bin
rm ${workdir}/rk3399_parameter.gpt
rm ${workdir}/idbloader.img
rm ${workdir}/u-boot.itb
pushd $outputdir
sha256sum ${name}.tar.gz >> ${name}.tar.gz.sha256sum
popd
fi
pushd $outputdir
sha256sum ${name}.img.xz >> ${name}.img.xz.sha256sum
popd
LOG "The target images: ${outputdir}/${name}.img.xz."
}
set -e
cur_dir=$(cd $(dirname $0);pwd)
default_param
parseargs "$@" || help $?
if [ "x${board}" == "xraspberrypi" ]; then
config_dir=${cur_dir}/configs-rpi
fi
if [ ! -d ${workdir} ]; then
mkdir ${workdir}
fi
source ${cur_dir}/boards/${board}.conf
if [ ! -d ${log_dir} ];then mkdir -p ${log_dir}; fi
if [ ! -f ${workdir}/.done ];then
touch ${workdir}/.done
fi
sed -i 's/image//g' ${workdir}/.done
LOG "gen image..."
make_img
outputd
echo "image" >> ${workdir}/.done