Broken link to sd_fusing_rpi3 script #1965
Comments
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Maybe this links will work as a temporary fix:
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https://git.tizen.org/cgit/platform/kernel/u-boot/plain/scripts/tizen/sd_fusing_rpi3.sh?h=tizen_7.0 #!/bin/bash
declare FORMAT=""
declare DEVICE=""
declare -i OLD_DD=0
# Binaires array for fusing
declare -a FUSING_BINARY_ARRAY
declare -i FUSING_BINARY_NUM=0
declare CONV_ASCII=""
declare -i FUS_ENTRY_NUM=0
# binary name | part number | bs | label | fs type
declare -a PART_TABLE=(
"boot.img" 1 4M boot vfat
"rootfs.img" 2 4M rootfs ext4
"system-data.img" 3 4M system-data ext4
"user.img" 5 4M user ext4
"modules.img" 6 4M modules ext4
"ramdisk.img" 7 4M ramdisk ext4
"ramdisk-recovery.img" 8 4M ramdisk-recovery ext4
"hal.img" 10 4M hal ext4
)
declare -r -i PART_TABLE_COL=5
declare -r -i PART_TABLE_ROW=${#PART_TABLE[*]}/${PART_TABLE_COL}
# partition table support
function get_index_use_name () {
local -r binary_name=$1
for ((idx=0;idx<$PART_TABLE_ROW;idx++)); do
if [ ${PART_TABLE[idx * ${PART_TABLE_COL} + 0]} == "$binary_name" ]; then
return $idx
fi
done
# return out of bound index
return $idx
}
function print_message () {
local color=$1
local message=$2
tput setaf $color
tput bold
echo ""
echo $message
tput sgr 0
}
function check_ddversion () {
# NOTE
# before coreutils dd 8.24, dd doesn't support "status=progress"
# and the option causes fusing failure. For backward compatibility,
# do not use the option for old dd
local version=(`dd --version | head -1 | grep -o '[0-9]\+'`)
local major=${version[0]}
local minor=${version[1]}
if [ $major -lt 8 ]; then
OLD_DD=1
elif [ $major -eq 8 -a $minor -lt 24 ]; then
OLD_DD=1
fi
}
function fusing_image () {
local -r fusing_img=$1
# get binary info using basename
get_index_use_name $(basename "$fusing_img")
local -r -i part_idx=$?
if [ $part_idx -ne $PART_TABLE_ROW ];then
local -r num=${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 1]}
if [ "${num}" == "" ]; then
local -r blktype=disk
else
local -r blktype=part
fi
local -r device=/dev/`lsblk ${DEVICE} -o TYPE,KNAME | awk "/^${blktype}.*[a-z]${num}\$/ { print \\\$2 }"`
local -r bs=${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 2]}
else
echo "Not supported binary: $fusing_img"
return
fi
if ! [ -b "$device" ]; then
print_message 1 "$device is not a block device."
exit 1
fi
local -r input_size=`du -b $fusing_img | awk '{print $1}'`
local -r input_size_mb=`expr $input_size / 1024 / 1024`
print_message 2 "[Fusing $1 ($input_size_mb MiB)]"
if [ "$blktype" == "part" ]; then
local MOUNT_PART=`mount | grep $device`
if [ "$MOUNT_PART" != "" ]; then
umount $device
fi
fi
if [ $OLD_DD == 1 ]; then
dd if=$fusing_img | pv -s $input_size | dd of=$device bs=$bs
else
dd if=$fusing_img of=$device bs=$bs status=progress oflag=direct
fi
local -r fstype=`blkid -o value -s TYPE $device`
if [[ "$fstype" =~ "ext" ]]; then
resize2fs -f $device
fi
}
function fuse_image_tarball () {
local -r filepath=$1
local -r temp_dir="tar_tmp"
mkdir -p $temp_dir
tar xvf $filepath -C $temp_dir
cd $temp_dir
for file in *
do
fusing_image $file
done
cd ..
rm -rf $temp_dir
eval sync
}
function fuse_image () {
if [ "$FUSING_BINARY_NUM" == 0 ]; then
return
fi
for ((fuse_idx = 0 ; fuse_idx < $FUSING_BINARY_NUM ; fuse_idx++))
do
local filename=${FUSING_BINARY_ARRAY[fuse_idx]}
case "$filename" in
*.tar | *.tar.gz)
fuse_image_tarball $filename
;;
*)
fusing_image $filename
;;
esac
done
echo ""
}
# partition format
function mkpart_3 () {
# NOTE: if your sfdisk version is less than 2.26.0, then you should use following sfdisk command:
# sfdisk --in-order --Linux --unit M $DISK <<-__EOF__
# NOTE: sfdisk 2.26 doesn't support units other than sectors and marks --unit option as deprecated.
# The input data needs to contain multipliers (MiB) instead.
local version=(`sfdisk -v | grep -o '[0-9]\+'`)
local major=${version[0]}
local minor=${version[1]}
local sfdisk_new=0
local support_delete=0
if [ $major -gt 2 ]; then
sfdisk_new=1
else
if [ $major -eq 2 -a $minor -ge 26 ]; then
sfdisk_new=1
if [ $major -eq 2 -a $minor -ge 28 ]; then
support_delete=1
fi
fi
fi
if [ $sfdisk_new == 0 ]; then
echo "$(tput setaf 3)$(tput bold)NOTICE: Your sfidk ${version[0]}.${version[1]} version is too old. It can do unstable behavior!"
tput sgr 0
echo ""
fi
local -r DISK=$DEVICE
local -r SIZE=`sfdisk -s $DISK`
local -r SIZE_MB=$((SIZE >> 10))
local -r BOOT_SZ=64
local -r ROOTFS_SZ=3072
local -r DATA_SZ=1344
local -r MODULE_SZ=32
local -r RAMDISK_SZ=32
local -r RAMDISK_RECOVERY_SZ=32
local -r INFORM_SZ=8
local -r HAL_SZ=256
local -r RESERVED2_SZ=125
local -r EXTEND_SZ=12
let "USER_SZ = $SIZE_MB - $BOOT_SZ - $ROOTFS_SZ - $DATA_SZ - $MODULE_SZ - $RAMDISK_SZ - $RAMDISK_RECOVERY_SZ - $INFORM_SZ - $EXTEND_SZ - $HAL_SZ - $RESERVED2_SZ"
local -r BOOT=${PART_TABLE[0 * ${PART_TABLE_COL} + 3]}
local -r ROOTFS=${PART_TABLE[1 * ${PART_TABLE_COL} + 3]}
local -r SYSTEMDATA=${PART_TABLE[2 * ${PART_TABLE_COL} + 3]}
local -r USER=${PART_TABLE[3 * ${PART_TABLE_COL} + 3]}
local -r MODULE=${PART_TABLE[4 * ${PART_TABLE_COL} + 3]}
local -r RAMDISK=${PART_TABLE[5 * ${PART_TABLE_COL} + 3]}
local -r RAMDISK_RECOVERY=${PART_TABLE[6 * ${PART_TABLE_COL} + 3]}
local -r INFORM=inform
local -r HAL=${PART_TABLE[7 * ${PART_TABLE_COL} + 3]}
local -r RESERVED2=reserved2
if [[ $USER_SZ -le 100 ]]
then
echo "We recommend to use more than 4GB disk"
exit 0
fi
echo "================================================"
echo "Label dev size"
echo "================================================"
echo $BOOT" " $DISK"1 " $BOOT_SZ "MB"
echo $ROOTFS" " $DISK"2 " $ROOTFS_SZ "MB"
echo $SYSTEMDATA" " $DISK"3 " $DATA_SZ "MB"
echo "[Extend]"" " $DISK"4"
echo " "$USER" " $DISK"5 " $USER_SZ "MB"
echo " "$MODULE" " $DISK"6 " $MODULE_SZ "MB"
echo " "$RAMDISK" " $DISK"7 " $RAMDISK_SZ "MB"
echo " "$RAMDISK_RECOVERY" " $DISK"8 " $RAMDISK_RECOVERY_SZ "MB"
echo " "$INFORM" " $DISK"9 " $INFORM_SZ "MB"
echo " "$HAL" " $DISK"10 " $HAL_SZ "MB"
echo " "$RESERVED2" " $DISK"11 " $RESERVED2_SZ "MB"
local MOUNT_LIST=`mount | grep $DISK | awk '{print $1}'`
for mnt in $MOUNT_LIST
do
umount $mnt
done
echo "Remove partition table..."
dd if=/dev/zero of=$DISK bs=512 count=32 conv=notrunc
if [ $sfdisk_new == 1 ]; then
if [ $support_delete == 1 ]; then
sfdisk --delete $DISK
fi
sfdisk $DISK <<-__EOF__
4MiB,${BOOT_SZ}MiB,0xE,*
8MiB,${ROOTFS_SZ}MiB,,-
8MiB,${DATA_SZ}MiB,,-
8MiB,,E,-
,${USER_SZ}MiB,,-
,${MODULE_SZ}MiB,,-
,${RAMDISK_SZ}MiB,,-
,${RAMDISK_RECOVERY_SZ}MiB,,-
,${INFORM_SZ}MiB,,-
,${HAL_SZ}MiB,,-
,${RESERVED2_SZ}MiB,,-
__EOF__
else
# calculate start positions for alignment for extended partitions
let "USER_START = 4 + $BOOT_SZ + $ROOTFS_SZ + $DATA_SZ + 1"
let "MODULE_START = $USER_START + $USER_SZ + 1"
let "RAMDISK_START = $MODULE_START + $MODULE_SZ + 1"
let "RAMDISK_RECOVERY_START = $RAMDISK_START + $RAMDISK_SZ + 1"
let "INFORM_START = $RAMDISK_RECOVERY_START + $RAMDISK_RECOVERY_SZ + 1"
let "HAL_START = $INFORM_START + $INFORM_SZ + 1"
let "RESERVED2_START = $HAL_START + $HAL_SZ + 1"
sfdisk --in-order --Linux --unit M $DISK <<-__EOF__
4,$BOOT_SZ,0xE,*
,$ROOTFS_SZ,,-
,$DATA_SZ,,-
,,E,-
$USER_START,$USER_SZ,,-
$MODULE_START,$MODULE_SZ,,-
$RAMDISK_START,$RAMDISK_SZ,,-
$RAMDISK_RECOVERY_START,$RAMDISK_RECOVERY_SZ,,-
$INFORM_START,$INFORM_SZ,,-
$HAL_START,$HAL_SZ,,-
$RESERVED2_START,$RESERVED2_SZ,,-
__EOF__
fi
for ((idx=0;idx<$PART_TABLE_ROW;idx++)); do
local PART=/dev/`lsblk ${DISK} -o TYPE,KNAME | awk "/^part.*[a-z]${PART_TABLE[$idx * ${PART_TABLE_COL} + 1]}\$/ { print \\\$2 }"`
if [ "${PART_TABLE[$idx * ${PART_TABLE_COL} + 4]}" == "vfat" ]; then
mkfs.vfat -F 16 ${PART} -n ${PART_TABLE[$idx * ${PART_TABLE_COL} + 3]}
if [ $? -eq 1 ]; then
echo "Failed to format as FAT filesystem"
exit -1
fi
elif [ "${PART_TABLE[$idx * ${PART_TABLE_COL} + 4]}" == "ext4" ]; then
mkfs.ext4 -q ${PART} -L ${PART_TABLE[$idx * ${PART_TABLE_COL} + 3]} -F
else
echo "Skip to format for unknown filesystem type ${PART_TABLE[$idx * ${PART_TABLE_COL} + 4]} for part$idx, ${PART_TABLE[$idx * ${PART_TABLE_COL} + 3]}"
fi
done
local -r PART9=/dev/`lsblk ${DISK} -o TYPE,KNAME | grep part | awk '{ print $2 }' | grep -G "[a-z]9\$"`
mkfs.ext4 -q ${PART9} -L $INFORM -F
# create "reboot-param.bin" file in inform partition for passing reboot parameter
# It should be done only once upon partition format.
if [ -d mnt_tmp ]; then
echo "Remove the existing mnt_tmp directory!!"
rm -rf mnt_tmp
fi
mkdir mnt_tmp
mount -t ext4 ${PART9} ./mnt_tmp
touch ./mnt_tmp/reboot-param.bin
sync
umount ./mnt_tmp
rmdir mnt_tmp
local -r PART11=/dev/`lsblk ${DISK} -o TYPE,KNAME | grep part | awk '{ print $2 }' | grep -G "[a-z]11\$"`
mkfs.ext4 -q ${PART11} -L $RESERVED2 -F
}
function show_usage () {
echo "- Usage:"
echo " sudo ./sd_fusing*.sh -d <device> [-b <path> <path> ..] [--format]"
}
function check_partition_format () {
if [ "$FORMAT" != "2" ]; then
echo "-----------------------"
echo "Skip $DEVICE format"
echo "-----------------------"
return 0
fi
echo "-------------------------------"
echo "Start $DEVICE format"
echo ""
mkpart_3
echo "End $DEVICE format"
echo "-------------------------------"
echo ""
}
function check_args () {
if [ "$DEVICE" == "" ]; then
echo "$(tput setaf 1)$(tput bold)- Device node is empty!"
show_usage
tput sgr 0
exit 0
fi
if [ "$DEVICE" != "" ]; then
echo "Device: $DEVICE"
fi
if [ "$FUSING_BINARY_NUM" != 0 ]; then
echo "Fusing binary: "
for ((bid = 0 ; bid < $FUSING_BINARY_NUM ; bid++))
do
echo " ${FUSING_BINARY_ARRAY[bid]}"
done
echo ""
fi
if [ "$FORMAT" == "1" ]; then
echo ""
echo -n "$(tput setaf 3)$(tput bold)$DEVICE will be formatted, Is it OK? [y/<n>] "
tput sgr 0
read input
if [ "$input" == "y" ] || [ "$input" == "Y" ]; then
FORMAT=2
else
FORMAT=0
fi
fi
}
function check_device () {
if [ ! -b "$DEVICE" ]; then
echo "No such device: $DEVICE"
exit 0
fi
local REMOVABLE=`lsblk $DEVICE -nd -o RM | grep 1 | wc -l`
if [ "$REMOVABLE" == "0" ]; then
echo ""
echo "$(tput setaf 3)$(tput bold)$DEVICE is not a removable disk, Is it OK? [y/<n>]"
tput sgr 0
read input
if [ "$input" != "y" ] && [ "$input" != "Y" ]; then
exit 0
fi
fi
if [ ! -w "$DEVICE" ]; then
echo "Write not permitted: $DEVICE"
exit 0
fi
}
function print_logo () {
echo ""
echo "Only Raspberry Pi3 downloader, version 2.2.1"
echo ""
}
print_logo
function add_fusing_binary() {
local declare binary_name=$1
if [ "$binary_name" != "" ]; then
if [ -f "$binary_name" ]; then
FUSING_BINARY_ARRAY[$FUSING_BINARY_NUM]=$binary_name
FUSING_BINARY_NUM=$((FUSING_BINARY_NUM + 1))
else
echo "No such file: $binary_name"
fi
fi
}
declare -i binary_option=0
while test $# -ne 0; do
option=$1
shift
case $option in
--f | --format)
FORMAT="1"
binary_option=0
;;
-d)
DEVICE=$1
binary_option=0
shift
;;
-b)
add_fusing_binary $1
binary_option=1
shift
;;
*)
if [ $binary_option == 1 ];then
add_fusing_binary $option
else
echo "Unkown command: $option"
exit
fi
;;
esac
done
check_args
check_device
check_partition_format
check_ddversion
fuse_image |
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https://git.tizen.org/cgit/platform/kernel/u-boot/plain/scripts/tizen/sd_fusing_rpi3.sh?h=tizen_8.0 #!/bin/bash
declare FORMAT=""
declare DEVICE=""
declare -i OLD_DD=0
# Binaires array for fusing
declare -a FUSING_BINARY_ARRAY
declare -i FUSING_BINARY_NUM=0
declare CONV_ASCII=""
declare -i FUS_ENTRY_NUM=0
# binary name | part number | bs | label | fs type
declare -a PART_TABLE=(
"boot.img" 1 4M boot vfat
"rootfs.img" 2 4M rootfs ext4
"system-data.img" 3 4M system-data ext4
"user.img" 5 4M user ext4
"modules.img" 6 4M modules ext4
"ramdisk.img" 7 4M ramdisk ext4
"ramdisk-recovery.img" 8 4M ramdisk-recovery ext4
"hal.img" 10 4M hal ext4
)
declare -r -i PART_TABLE_COL=5
declare -r -i PART_TABLE_ROW=${#PART_TABLE[*]}/${PART_TABLE_COL}
# partition table support
function get_index_use_name () {
local -r binary_name=$1
for ((idx=0;idx<$PART_TABLE_ROW;idx++)); do
if [ ${PART_TABLE[idx * ${PART_TABLE_COL} + 0]} == "$binary_name" ]; then
return $idx
fi
done
# return out of bound index
return $idx
}
function print_message () {
local color=$1
local message=$2
tput setaf $color
tput bold
echo ""
echo $message
tput sgr 0
}
function check_ddversion () {
# NOTE
# before coreutils dd 8.24, dd doesn't support "status=progress"
# and the option causes fusing failure. For backward compatibility,
# do not use the option for old dd
local version=(`dd --version | head -1 | grep -o '[0-9]\+'`)
local major=${version[0]}
local minor=${version[1]}
if [ $major -lt 8 ]; then
OLD_DD=1
elif [ $major -eq 8 -a $minor -lt 24 ]; then
OLD_DD=1
fi
}
function fusing_image () {
local -r fusing_img=$1
# get binary info using basename
get_index_use_name $(basename "$fusing_img")
local -r -i part_idx=$?
if [ $part_idx -ne $PART_TABLE_ROW ];then
local -r num=${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 1]}
if [ "${num}" == "" ]; then
local -r blktype=disk
else
local -r blktype=part
fi
local -r device=/dev/`lsblk ${DEVICE} -o TYPE,KNAME | awk "/^${blktype}.*[a-z]${num}\$/ { print \\\$2 }"`
local -r bs=${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 2]}
else
echo "Unsupported binary: $fusing_img"
return
fi
if ! [ -b "$device" ]; then
print_message 1 "$device is not a block device."
exit 1
fi
local -r input_size=`du -b $fusing_img | awk '{print $1}'`
local -r input_size_mb=`expr $input_size / 1024 / 1024`
print_message 2 "[Fusing $1 ($input_size_mb MiB)]"
if [ "$blktype" == "part" ]; then
local MOUNT_PART=`mount | grep $device`
if [ "$MOUNT_PART" != "" ]; then
umount $device
fi
fi
if [ $OLD_DD == 1 ]; then
dd if=$fusing_img | pv -s $input_size | dd of=$device bs=$bs
else
dd if=$fusing_img of=$device bs=$bs status=progress oflag=direct
fi
local -r fstype=`blkid -o value -s TYPE $device`
if [[ "$fstype" =~ "ext" ]]; then
resize2fs -f $device
fi
}
function fuse_image_tarball () {
local -r filepath=$1
local -r temp_dir="tar_tmp"
mkdir -p $temp_dir
tar xvf $filepath -C $temp_dir
cd $temp_dir
for file in *
do
fusing_image $file
done
cd ..
rm -rf $temp_dir
eval sync
}
function fuse_image () {
if [ "$FUSING_BINARY_NUM" == 0 ]; then
return
fi
for ((fuse_idx = 0 ; fuse_idx < $FUSING_BINARY_NUM ; fuse_idx++))
do
local filename=${FUSING_BINARY_ARRAY[fuse_idx]}
case "$filename" in
*.tar | *.tar.gz)
fuse_image_tarball $filename
;;
*)
fusing_image $filename
;;
esac
done
echo ""
}
# partition format
function mkpart_3 () {
# NOTE: if your sfdisk version is less than 2.26.0, then you should use following sfdisk command:
# sfdisk --in-order --Linux --unit M $DISK <<-__EOF__
# NOTE: sfdisk 2.26 doesn't support units other than sectors and marks --unit option as deprecated.
# The input data needs to contain multipliers (MiB) instead.
local version=(`sfdisk -v | grep -o '[0-9]\+'`)
local major=${version[0]}
local minor=${version[1]}
local sfdisk_new=0
local support_delete=0
local sfdisk_37=0
if [ $major -gt 2 ]; then
sfdisk_new=1
else
if [ $major -eq 2 -a $minor -ge 26 ]; then
sfdisk_new=1
if [ $major -eq 2 -a $minor -ge 28 ]; then
support_delete=1
fi
if [ $major -eq 2 -a $minor -ge 37 ]; then
sfdisk_37=1
fi
fi
fi
if [ $sfdisk_new == 0 ]; then
echo "$(tput setaf 3)$(tput bold)NOTICE: Your sfidk ${version[0]}.${version[1]} version is too old. It can do unstable behavior!"
tput sgr 0
echo ""
fi
local -r DISK=$DEVICE
local -r SIZE=`sfdisk -s $DISK`
local -r SIZE_MB=$((SIZE >> 10))
local -r BOOT_SZ=64
local -r ROOTFS_SZ=3072
local -r DATA_SZ=1344
local -r MODULE_SZ=32
local -r RAMDISK_SZ=32
local -r RAMDISK_RECOVERY_SZ=32
local -r INFORM_SZ=8
local -r HAL_SZ=256
local -r RESERVED2_SZ=125
local -r EXTEND_SZ=12
let "USER_SZ = $SIZE_MB - $BOOT_SZ - $ROOTFS_SZ - $DATA_SZ - $MODULE_SZ - $RAMDISK_SZ - $RAMDISK_RECOVERY_SZ - $INFORM_SZ - $EXTEND_SZ - $HAL_SZ - $RESERVED2_SZ"
local -r BOOT=${PART_TABLE[0 * ${PART_TABLE_COL} + 3]}
local -r ROOTFS=${PART_TABLE[1 * ${PART_TABLE_COL} + 3]}
local -r SYSTEMDATA=${PART_TABLE[2 * ${PART_TABLE_COL} + 3]}
local -r USER=${PART_TABLE[3 * ${PART_TABLE_COL} + 3]}
local -r MODULE=${PART_TABLE[4 * ${PART_TABLE_COL} + 3]}
local -r RAMDISK=${PART_TABLE[5 * ${PART_TABLE_COL} + 3]}
local -r RAMDISK_RECOVERY=${PART_TABLE[6 * ${PART_TABLE_COL} + 3]}
local -r INFORM=inform
local -r HAL=${PART_TABLE[7 * ${PART_TABLE_COL} + 3]}
local -r RESERVED2=reserved2
if [[ $USER_SZ -le 100 ]]
then
echo "We recommend to use more than 4GB disk"
exit 0
fi
echo "================================================"
echo "Label dev size"
echo "================================================"
echo $BOOT" " $DISK"1 " $BOOT_SZ "MB"
echo $ROOTFS" " $DISK"2 " $ROOTFS_SZ "MB"
echo $SYSTEMDATA" " $DISK"3 " $DATA_SZ "MB"
echo "[Extend]"" " $DISK"4"
echo " "$USER" " $DISK"5 " $USER_SZ "MB"
echo " "$MODULE" " $DISK"6 " $MODULE_SZ "MB"
echo " "$RAMDISK" " $DISK"7 " $RAMDISK_SZ "MB"
echo " "$RAMDISK_RECOVERY" " $DISK"8 " $RAMDISK_RECOVERY_SZ "MB"
echo " "$INFORM" " $DISK"9 " $INFORM_SZ "MB"
echo " "$HAL" " $DISK"10 " $HAL_SZ "MB"
echo " "$RESERVED2" " $DISK"11 " $RESERVED2_SZ "MB"
local MOUNT_LIST=`mount | grep $DISK | awk '{print $1}'`
for mnt in $MOUNT_LIST
do
umount $mnt
done
echo "Remove partition table..."
dd if=/dev/zero of=$DISK bs=512 count=32 conv=notrunc
if [ $sfdisk_new == 1 ]; then
if [ $support_delete == 1 ]; then
sfdisk --delete $DISK
fi
if [ $sfdisk_37 == 1 ] ; then
sfdisk $DISK <<-__EOF__
4MiB,${BOOT_SZ}MiB,0xE,*
,${ROOTFS_SZ}MiB,,-
,${DATA_SZ}MiB,,-
12MiB,,E,-
,${USER_SZ}MiB,,-
,${MODULE_SZ}MiB,,-
,${RAMDISK_SZ}MiB,,-
,${RAMDISK_RECOVERY_SZ}MiB,,-
,${INFORM_SZ}MiB,,-
,${HAL_SZ}MiB,,-
,${RESERVED2_SZ}MiB,,-
__EOF__
else
sfdisk $DISK <<-__EOF__
4MiB,${BOOT_SZ}MiB,0xE,*
8MiB,${ROOTFS_SZ}MiB,,-
8MiB,${DATA_SZ}MiB,,-
12MiB,,E,-
,${USER_SZ}MiB,,-
,${MODULE_SZ}MiB,,-
,${RAMDISK_SZ}MiB,,-
,${RAMDISK_RECOVERY_SZ}MiB,,-
,${INFORM_SZ}MiB,,-
,${HAL_SZ}MiB,,-
,${RESERVED2_SZ}MiB,,-
__EOF__
fi
else
# calculate start positions for alignment for extended partitions
let "USER_START = 4 + $BOOT_SZ + $ROOTFS_SZ + $DATA_SZ + 1"
let "MODULE_START = $USER_START + $USER_SZ + 1"
let "RAMDISK_START = $MODULE_START + $MODULE_SZ + 1"
let "RAMDISK_RECOVERY_START = $RAMDISK_START + $RAMDISK_SZ + 1"
let "INFORM_START = $RAMDISK_RECOVERY_START + $RAMDISK_RECOVERY_SZ + 1"
let "HAL_START = $INFORM_START + $INFORM_SZ + 1"
let "RESERVED2_START = $HAL_START + $HAL_SZ + 1"
sfdisk --in-order --Linux --unit M $DISK <<-__EOF__
4,$BOOT_SZ,0xE,*
,$ROOTFS_SZ,,-
,$DATA_SZ,,-
,,E,-
$USER_START,$USER_SZ,,-
$MODULE_START,$MODULE_SZ,,-
$RAMDISK_START,$RAMDISK_SZ,,-
$RAMDISK_RECOVERY_START,$RAMDISK_RECOVERY_SZ,,-
$INFORM_START,$INFORM_SZ,,-
$HAL_START,$HAL_SZ,,-
$RESERVED2_START,$RESERVED2_SZ,,-
__EOF__
fi
for ((idx=0;idx<$PART_TABLE_ROW;idx++)); do
local PART=/dev/`lsblk ${DISK} -o TYPE,KNAME | awk "/^part.*[a-z]${PART_TABLE[$idx * ${PART_TABLE_COL} + 1]}\$/ { print \\\$2 }"`
if [ "${PART_TABLE[$idx * ${PART_TABLE_COL} + 4]}" == "vfat" ]; then
mkfs.vfat -F 16 ${PART} -n ${PART_TABLE[$idx * ${PART_TABLE_COL} + 3]}
if [ $? -eq 1 ]; then
echo "Failed to format as FAT filesystem"
exit -1
fi
elif [ "${PART_TABLE[$idx * ${PART_TABLE_COL} + 4]}" == "ext4" ]; then
mkfs.ext4 -q ${PART} -L ${PART_TABLE[$idx * ${PART_TABLE_COL} + 3]} -F
else
echo "Skip to format for unknown filesystem type ${PART_TABLE[$idx * ${PART_TABLE_COL} + 4]} for part$idx, ${PART_TABLE[$idx * ${PART_TABLE_COL} + 3]}"
fi
done
local -r PART9=/dev/`lsblk ${DISK} -o TYPE,KNAME | grep part | awk '{ print $2 }' | grep -G "[a-z]9\$"`
mkfs.ext4 -q ${PART9} -L $INFORM -F
# create "reboot-param.bin" file in inform partition for passing reboot parameter
# It should be done only once upon partition format.
if [ -d mnt_tmp ]; then
echo "Remove the existing mnt_tmp directory!!"
rm -rf mnt_tmp
fi
mkdir mnt_tmp
mount -t ext4 ${PART9} ./mnt_tmp
touch ./mnt_tmp/reboot-param.bin
sync
umount ./mnt_tmp
rmdir mnt_tmp
local -r PART11=/dev/`lsblk ${DISK} -o TYPE,KNAME | grep part | awk '{ print $2 }' | grep -G "[a-z]11\$"`
mkfs.ext4 -q ${PART11} -L $RESERVED2 -F
}
function show_usage () {
echo "- Usage:"
echo " sudo ./sd_fusing*.sh -d <device> [-b <path> <path> ..] [--format]"
}
function check_partition_format () {
if [ "$FORMAT" != "2" ]; then
echo "-----------------------"
echo "Skip $DEVICE format"
echo "-----------------------"
return 0
fi
echo "-------------------------------"
echo "Start $DEVICE format"
echo ""
mkpart_3
echo "End $DEVICE format"
echo "-------------------------------"
echo ""
}
function check_args () {
if [ "$DEVICE" == "" ]; then
echo "$(tput setaf 1)$(tput bold)- Device node is empty!"
show_usage
tput sgr 0
exit 0
fi
if [ "$DEVICE" != "" ]; then
echo "Device: $DEVICE"
fi
if [ "$FUSING_BINARY_NUM" != 0 ]; then
echo "Fusing binary: "
for ((bid = 0 ; bid < $FUSING_BINARY_NUM ; bid++))
do
echo " ${FUSING_BINARY_ARRAY[bid]}"
done
echo ""
fi
if [ "$FORMAT" == "1" ]; then
echo ""
echo -n "$(tput setaf 3)$(tput bold)$DEVICE will be formatted, Is it OK? [y/<n>] "
tput sgr 0
read input
if [ "$input" == "y" ] || [ "$input" == "Y" ]; then
FORMAT=2
else
FORMAT=0
fi
fi
}
function check_device () {
if [ ! -b "$DEVICE" ]; then
echo "No such device: $DEVICE"
exit 0
fi
DEVICE=/dev/`lsblk $DEVICE -o TYPE,KNAME | awk "/^disk/ { print \\\$2 }"`
local REMOVABLE=`lsblk $DEVICE -nd -o RM | grep 1 | wc -l`
local LOOPBACK=`lsblk $DEVICE -nd -o TYPE | grep loop | wc -l`
if [ "$REMOVABLE" == "0" -a "$LOOPBACK" = "0" ]; then
echo ""
echo -n "$(tput setaf 3)$(tput bold)$DEVICE is neither a removable disk nor a loopback, Is it OK? [y/<n>] "
tput sgr 0
read input
if [ "$input" != "y" ] && [ "$input" != "Y" ]; then
exit 0
fi
fi
if [ ! -w "$DEVICE" ]; then
echo "Write not permitted: $DEVICE"
exit 0
fi
}
function print_logo () {
echo ""
echo "Raspberry Pi3/4 downloader, version 2.3.2"
echo ""
}
print_logo
function add_fusing_binary() {
local declare binary_name=$1
if [ "$binary_name" != "" ]; then
if [ -f "$binary_name" ]; then
FUSING_BINARY_ARRAY[$FUSING_BINARY_NUM]=$binary_name
FUSING_BINARY_NUM=$((FUSING_BINARY_NUM + 1))
else
echo "No such file: $binary_name"
fi
fi
}
declare -i binary_option=0
while test $# -ne 0; do
option=$1
shift
case $option in
--f | --format)
FORMAT="1"
binary_option=0
;;
-d)
DEVICE=$1
binary_option=0
shift
;;
-b)
add_fusing_binary $1
binary_option=1
shift
;;
*)
if [ $binary_option == 1 ];then
add_fusing_binary $option
else
echo "Unkown command: $option"
exit
fi
;;
esac
done
print_message 3 "NOTICE: This script will is deprecated. Please use sd_fusing.py instead."
echo
check_args
check_device
check_partition_format
check_ddversion
fuse_image |
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The link to the following script seems to be broken:
https://git.tizen.org/cgit/platform/kernel/u-boot/plain/scripts/tizen/sd_fusing_rpi3.sh?h=tizen
The network call returns a 404 not found error.
The script is referenced in the following guide:
https://docs.tizen.org/platform/developing/flashing-rpi/
The text was updated successfully, but these errors were encountered: