Move the tizen specific scripts to tizen directory.
Change-Id: I50f004ac078cd7f610e78d668acc94f2aa6b5e0e
Signed-off-by: Jaehoon Chung <jh80.chung@samsung.com>
+++ /dev/null
-#!/bin/bash
-
-declare FORMAT=""
-declare DEVICE=""
-
-# 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
-declare -a PART_TABLE=(
- "boot.img" 1 512
- "rootfs.img" 2 4M
- "system-data.img" 3 4M
- "user.img" 5 4M
- "modules.img" 6 512
- "ramdisk.img" 7 512
- "ramdisk-recovery.img" 8 512
- )
-
-declare -r -i PART_TABLE_ROW=3
-declare -r -i PART_TABLE_COL=${#PART_TABLE[*]}/${PART_TABLE_ROW}
-
-# partition table support
-function get_index_use_name () {
- local -r binary_name=$1
-
- for ((idx=0;idx<$PART_TABLE_COL;idx++)); do
- if [ ${PART_TABLE[idx * ${PART_TABLE_ROW} + 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 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 $PART_TABLE_COL ];then
- local -r device=$DEVICE${PART_TABLE[${part_idx} * ${PART_TABLE_ROW} + 1]}
- local -r bs=${PART_TABLE[${part_idx} * ${PART_TABLE_ROW} + 2]}
- else
- echo "Not supported binary: $fusing_img"
- return
- fi
-
- local -r input_size=`du -b $fusing_img | awk '{print $1}'`
-
- print_message 2 "[Fusing $1]"
- umount $device
- dd if=$fusing_img | pv -s $input_size | dd of=$device bs=$bs
- resize2fs -f $device
-}
-
-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 | awk '{print $4}'`
- local major=${version%%.*}
- local version=${version:`expr index $version .`}
- local minor=${version%%.*}
- local sfdisk_new=0
-
- if [ $major -gt 2 ]; then
- sfdisk_new=1
- else
- if [ $major -eq 2 -a $minor -ge 26 ]; then
- sfdisk_new=1
- fi
- fi
-
- local -r DISK=$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=512
- local -r MODULE_SZ=20
- local -r RAMDISK_SZ=8
- local -r RAMDISK_RECOVERY_SZ=12
- if [ $sfdisk_new == 1 ]; then
- local -r EXTEND_SZ=8
- else
- local -r EXTEND_SZ=4
- fi
-
- let "USER_SZ = $SIZE_MB - $BOOT_SZ - $ROOTFS_SZ - $DATA_SZ - $MODULE_SZ - $RAMDISK_SZ - $RAMDISK_RECOVERY_SZ - $EXTEND_SZ"
-
- local -r BOOT=boot
- local -r ROOTFS=rootfs
- local -r SYSTEMDATA=system-data
- local -r USER=user
- local -r MODULE=modules
- local -r RAMDISK=ramdisk
- local -r RAMDISK_RECOVERY=ramdisk-recovery
-
- 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"7 " $RAMDISK_RECOVERY_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=16 conv=notrunc
-
- if [ $sfdisk_new == 1 ]; then
- 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,,-
- __EOF__
- else
- sfdisk --in-order --Linux --unit M $DISK <<-__EOF__
- 4,$BOOT_SZ,0xE,*
- ,$ROOTFS_SZ,,-
- ,$DATA_SZ,,-
- ,,E,-
- ,$USER_SZ,,-
- ,$MODULE_SZ,,-
- ,$RAMDISK_SZ,,-
- ,$RAMDISK_RECOVERY_SZ,,-
- __EOF__
- fi
-
- mkfs.vfat -F 16 ${DISK}1 -n $BOOT
- mkfs.ext4 -q ${DISK}2 -L $ROOTFS -F
- mkfs.ext4 -q ${DISK}3 -L $SYSTEMDATA -F
- mkfs.ext4 -q ${DISK}5 -L $USER -F
- mkfs.ext4 -q ${DISK}6 -L $MODULE -F
- mkfs.ext4 -q ${DISK}7 -L $RAMDISK -F
- mkfs.ext4 -q ${DISK}8 -L $RAMDISK_RECOVERY -F
-}
-
-function show_usage () {
- echo "- Usage:"
- echo " sudo ./sd_fusing*.sh -d <device> [-b <path> <path> ..] [--format]"
-}
-
-function check_partition_format () {
- if [ "$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 "$(tput setaf 3)$(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 print_logo () {
- echo ""
- echo "Raspberry Pi3 downloader, version 0.1"
- echo ""
-}
-
-print_logo
-
-function add_fusing_binary() {
- local declare binary_name=$1
- FUSING_BINARY_ARRAY[$FUSING_BINARY_NUM]=$binary_name
-
- FUSING_BINARY_NUM=$((FUSING_BINARY_NUM + 1))
-}
-
-
-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: $option"
- exit
- fi
- ;;
- esac
-done
-
-check_args
-check_partition_format
-fuse_image
+++ /dev/null
-#!/bin/bash
-
-declare FORMAT=""
-declare DEVICE=""
-
-# Binaires array for fusing
-declare -a FUSING_BINARY_ARRAY
-declare -i FUSING_BINARY_NUM=0
-
-declare CONV_ASCII=""
-declare -i FUS_ENTRY_NUM=0
-
-# binary name | part number | offset | bs
-declare -a PART_TABLE=(
- "bl1.bin.hardkernel" "" 1 512
- "bl2.bin.hardkernel.1mb_uboot" "" 31 512
- "u-boot-mmc.bin" "" 63 512
- "tzsw.bin.hardkernel" "" 2111 512
- "params.bin" "" 6272 512
- "boot.img" 1 0 512
- "ramdisk.img" 1 0 512
- "rootfs.img" 2 0 4M
- "system-data.img" 3 0 4M
- "user.img" 5 0 4M
- "modules.img" 6 0 512
- )
-
-declare -r -i PART_TABLE_COL=4
-declare -r -i PART_TABLE_ROW=${#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
-}
-
-# fusing feature
-function convert_num_to_ascii () {
- local number=$1
-
- CONV_ASCII=$(printf \\$(printf '%03o' $number))
-}
-
-function print_message () {
- local color=$1
- local message=$2
-
- tput setaf $color
- tput bold
- echo ""
- echo $message
- tput sgr 0
-}
-
-function add_fusing_entry () {
- local name=$1
- local offset=$2
- local size=$3
-
- FUS_ENTRY_NUM=$((FUS_ENTRY_NUM + 1))
-
- echo -n "$name" > entry_name
- cat entry_name /dev/zero | head -c 32 >> entry
-
- echo -n "" > entry_offset
- for ((i=0; i < 4; i++))
- do
- declare -i var;
- var=$(( ($offset >> (i*8)) & 0xFF ))
- convert_num_to_ascii $var
- echo -n $CONV_ASCII > tmp
- cat tmp /dev/zero | head -c 1 >> entry_offset
- done
- cat entry_offset /dev/zero | head -c 4 >> entry
-
- echo -n "" > entry_size
- for ((i=0; i < 4; i++))
- do
- declare -i var;
- var=$(( ($size >> (i*8)) & 0xFF ))
- convert_num_to_ascii $var
- echo -n $CONV_ASCII > tmp
- cat tmp /dev/zero | head -c 1 >> entry_size
- done
- cat entry_size /dev/zero | head -c 4 >> entry
-
- rm tmp
- rm entry_name
- rm entry_offset
- rm entry_size
-}
-
-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 $PART_TABLE_ROW ];then
- local -r device=$DEVICE${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 1]}
- local -r seek=${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 2]}
- local -r bs=${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 3]}
- else
- echo "Not supported binary: $fusing_img"
- return
- fi
-
- local -r input_size=`du -b $fusing_img | awk '{print $1}'`
-
- print_message 2 "[Fusing $1]"
-
- if [ "$(basename $fusing_img)" == "ramdisk.img" ]; then
- umount $device
- mkdir mnt_tmp
- mount -t vfat $device ./mnt_tmp
- cp -f $fusing_img ./mnt_tmp
- umount ./mnt_tmp
- rmdir mnt_tmp
- echo "fusing $fusing_img is done."
- else
- dd if=$fusing_img | pv -s $input_size | dd of=$device seek=$seek bs=$bs
- fi
-
- if [ $(basename $fusing_img) == "u-boot-mmc.bin" ];then
- add_fusing_entry "u-boot" $seek 2048
- 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
-}
-
-function check_binary_format () {
- local -r binary=$1
-
- case "$binary" in
- *.tar | *.tar.gz)
- fuse_image_tarball $binary
- eval sync
- ;;
- *)
- fusing_image $binary
- eval sync
- ;;
- esac
-}
-
-function fuse_image () {
- if [ "$FUSING_BINARY_NUM" == 0 ]; then
- return
- fi
-
- # NOTE: to ensure ramdisk booting, ramdisk image should be copied after
- # boot image is flashed into boot partition.
- #
- # This code guarantees that ramdisk image is flashed in the end of binaries.
- local -i tmpval=$FUSING_BINARY_NUM-1
- for ((fuse_idx = 0 ; fuse_idx < $FUSING_BINARY_NUM ; fuse_idx++))
- do
- local filename=${FUSING_BINARY_ARRAY[fuse_idx]}
- local tmpname=""
-
- case "$filename" in
- *.tar | *.tar.gz)
- if [ $fuse_idx -lt $tmpval ]; then
- local tar_contents=`tar tvf $filename | awk 'BEGIN {FS=" "} {print $6}'`
-
- for content in $tar_contents
- do
- if [ "$content" == "ramdisk.img" ]; then
- tmpname=$filename
- filename=${FUSING_BINARY_ARRAY[$tmpval]}
- FUSING_BINARY_ARRAY[$tmpval]=$tmpname
- break
- fi
- done
- fi
- check_binary_format $filename
- ;;
- *)
- if [ $fuse_idx -lt $tmpval ]; then
- if [ "$filename" == "ramdisk.img" ]; then
- tmpname=$filename
- filename=${FUSING_BINARY_ARRAY[$tmpval]}
- FUSING_BINARY_ARRAY[$tmpval]=$tmpname
- fi
- fi
- check_binary_format $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 | awk '{print $4}'`
- local major=${version%%.*}
- local version=${version:`expr index $version .`}
- local minor=${version%%.*}
- local sfdisk_new=0
-
- if [ $major -gt 2 ]; then
- sfdisk_new=1
- else
- if [ $major -eq 2 -a $minor -ge 26 ]; then
- sfdisk_new=1
- fi
- fi
-
- local -r DISK=$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=512
- local -r MODULE_SZ=20
- if [ $sfdisk_new == 1 ]; then
- local -r EXTEND_SZ=8
- else
- local -r EXTEND_SZ=4
- fi
-
- let "USER_SZ = $SIZE_MB - $BOOT_SZ - $ROOTFS_SZ - $DATA_SZ - $MODULE_SZ - $EXTEND_SZ"
-
- local -r BOOT=boot
- local -r ROOTFS=rootfs
- local -r SYSTEMDATA=system-data
- local -r USER=user
- local -r MODULE=modules
-
- 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"
-
- 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=16 conv=notrunc
-
- if [ $sfdisk_new == 1 ]; then
- sfdisk $DISK <<-__EOF__
- 4MiB,${BOOT_SZ}MiB,0xE,*
- 8MiB,${ROOTFS_SZ}MiB,,-
- 8MiB,${DATA_SZ}MiB,,-
- 8MiB,,E,-
- ,${USER_SZ}MiB,,-
- ,${MODULE_SZ}MiB,,-
- __EOF__
- else
- sfdisk --in-order --Linux --unit M $DISK <<-__EOF__
- 4,$BOOT_SZ,0xE,*
- ,$ROOTFS_SZ,,-
- ,$DATA_SZ,,-
- ,,E,-
- ,$USER_SZ,,-
- ,$MODULE_SZ,,-
- __EOF__
- fi
-
- mkfs.vfat -F 16 ${DISK}1 -n $BOOT
- mkfs.ext4 -q ${DISK}2 -L $ROOTFS -F
- mkfs.ext4 -q ${DISK}3 -L $SYSTEMDATA -F
- mkfs.ext4 -q ${DISK}5 -L $USER -F
- mkfs.ext4 -q ${DISK}6 -L $MODULE -F
-}
-
-function show_usage () {
- echo "- Usage:"
- echo " sudo ./sd_fusing_xu4.sh -d <device> [-b <path> <path> ..] [--format]"
-}
-
-function check_partition_format () {
- if [ "$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 "$(tput setaf 3)$(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 print_logo () {
- echo ""
- echo "[Odroid-XU3/4 downloader]"
- echo "This version also supports Tizen 4.0."
- echo ""
-}
-
-print_logo
-
-function add_fusing_binary() {
- local declare binary_name=$1
- FUSING_BINARY_ARRAY[$FUSING_BINARY_NUM]=$binary_name
-
- FUSING_BINARY_NUM=$((FUSING_BINARY_NUM + 1))
-}
-
-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: $option"
- exit
- fi
- ;;
- esac
-done
-
-check_args
-check_partition_format
-fuse_image
--- /dev/null
+#!/bin/bash
+
+declare FORMAT=""
+declare DEVICE=""
+
+# Binaires array for fusing
+declare -a FUSING_BINARY_ARRAY
+declare -i FUSING_BINARY_NUM=0
+
+declare CONV_ASCII=""
+declare -i FUS_ENTRY_NUM=0
+
+# binary name | part number | bs
+declare -a PART_TABLE=(
+ "boot.img" 1 512
+ "rootfs.img" 2 4M
+ "system-data.img" 3 4M
+ "user.img" 5 4M
+ "modules.img" 6 512
+ "ramdisk.img" 7 512
+ "ramdisk-recovery.img" 8 512
+ )
+
+declare -r -i PART_TABLE_ROW=3
+declare -r -i PART_TABLE_COL=${#PART_TABLE[*]}/${PART_TABLE_ROW}
+
+# partition table support
+function get_index_use_name () {
+ local -r binary_name=$1
+
+ for ((idx=0;idx<$PART_TABLE_COL;idx++)); do
+ if [ ${PART_TABLE[idx * ${PART_TABLE_ROW} + 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 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 $PART_TABLE_COL ];then
+ local -r device=$DEVICE${PART_TABLE[${part_idx} * ${PART_TABLE_ROW} + 1]}
+ local -r bs=${PART_TABLE[${part_idx} * ${PART_TABLE_ROW} + 2]}
+ else
+ echo "Not supported binary: $fusing_img"
+ return
+ fi
+
+ local -r input_size=`du -b $fusing_img | awk '{print $1}'`
+
+ print_message 2 "[Fusing $1]"
+ umount $device
+ dd if=$fusing_img | pv -s $input_size | dd of=$device bs=$bs
+ resize2fs -f $device
+}
+
+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 | awk '{print $4}'`
+ local major=${version%%.*}
+ local version=${version:`expr index $version .`}
+ local minor=${version%%.*}
+ local sfdisk_new=0
+
+ if [ $major -gt 2 ]; then
+ sfdisk_new=1
+ else
+ if [ $major -eq 2 -a $minor -ge 26 ]; then
+ sfdisk_new=1
+ fi
+ fi
+
+ local -r DISK=$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=512
+ local -r MODULE_SZ=20
+ local -r RAMDISK_SZ=8
+ local -r RAMDISK_RECOVERY_SZ=12
+ if [ $sfdisk_new == 1 ]; then
+ local -r EXTEND_SZ=8
+ else
+ local -r EXTEND_SZ=4
+ fi
+
+ let "USER_SZ = $SIZE_MB - $BOOT_SZ - $ROOTFS_SZ - $DATA_SZ - $MODULE_SZ - $RAMDISK_SZ - $RAMDISK_RECOVERY_SZ - $EXTEND_SZ"
+
+ local -r BOOT=boot
+ local -r ROOTFS=rootfs
+ local -r SYSTEMDATA=system-data
+ local -r USER=user
+ local -r MODULE=modules
+ local -r RAMDISK=ramdisk
+ local -r RAMDISK_RECOVERY=ramdisk-recovery
+
+ 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"7 " $RAMDISK_RECOVERY_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=16 conv=notrunc
+
+ if [ $sfdisk_new == 1 ]; then
+ 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,,-
+ __EOF__
+ else
+ sfdisk --in-order --Linux --unit M $DISK <<-__EOF__
+ 4,$BOOT_SZ,0xE,*
+ ,$ROOTFS_SZ,,-
+ ,$DATA_SZ,,-
+ ,,E,-
+ ,$USER_SZ,,-
+ ,$MODULE_SZ,,-
+ ,$RAMDISK_SZ,,-
+ ,$RAMDISK_RECOVERY_SZ,,-
+ __EOF__
+ fi
+
+ mkfs.vfat -F 16 ${DISK}1 -n $BOOT
+ mkfs.ext4 -q ${DISK}2 -L $ROOTFS -F
+ mkfs.ext4 -q ${DISK}3 -L $SYSTEMDATA -F
+ mkfs.ext4 -q ${DISK}5 -L $USER -F
+ mkfs.ext4 -q ${DISK}6 -L $MODULE -F
+ mkfs.ext4 -q ${DISK}7 -L $RAMDISK -F
+ mkfs.ext4 -q ${DISK}8 -L $RAMDISK_RECOVERY -F
+}
+
+function show_usage () {
+ echo "- Usage:"
+ echo " sudo ./sd_fusing*.sh -d <device> [-b <path> <path> ..] [--format]"
+}
+
+function check_partition_format () {
+ if [ "$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 "$(tput setaf 3)$(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 print_logo () {
+ echo ""
+ echo "Raspberry Pi3 downloader, version 0.1"
+ echo ""
+}
+
+print_logo
+
+function add_fusing_binary() {
+ local declare binary_name=$1
+ FUSING_BINARY_ARRAY[$FUSING_BINARY_NUM]=$binary_name
+
+ FUSING_BINARY_NUM=$((FUSING_BINARY_NUM + 1))
+}
+
+
+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: $option"
+ exit
+ fi
+ ;;
+ esac
+done
+
+check_args
+check_partition_format
+fuse_image
--- /dev/null
+#!/bin/bash
+
+declare FORMAT=""
+declare DEVICE=""
+
+# Binaires array for fusing
+declare -a FUSING_BINARY_ARRAY
+declare -i FUSING_BINARY_NUM=0
+
+declare CONV_ASCII=""
+declare -i FUS_ENTRY_NUM=0
+
+# binary name | part number | offset | bs
+declare -a PART_TABLE=(
+ "bl1.bin.hardkernel" "" 1 512
+ "bl2.bin.hardkernel.1mb_uboot" "" 31 512
+ "u-boot-mmc.bin" "" 63 512
+ "tzsw.bin.hardkernel" "" 2111 512
+ "params.bin" "" 6272 512
+ "boot.img" 1 0 512
+ "ramdisk.img" 1 0 512
+ "rootfs.img" 2 0 4M
+ "system-data.img" 3 0 4M
+ "user.img" 5 0 4M
+ "modules.img" 6 0 512
+ )
+
+declare -r -i PART_TABLE_COL=4
+declare -r -i PART_TABLE_ROW=${#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
+}
+
+# fusing feature
+function convert_num_to_ascii () {
+ local number=$1
+
+ CONV_ASCII=$(printf \\$(printf '%03o' $number))
+}
+
+function print_message () {
+ local color=$1
+ local message=$2
+
+ tput setaf $color
+ tput bold
+ echo ""
+ echo $message
+ tput sgr 0
+}
+
+function add_fusing_entry () {
+ local name=$1
+ local offset=$2
+ local size=$3
+
+ FUS_ENTRY_NUM=$((FUS_ENTRY_NUM + 1))
+
+ echo -n "$name" > entry_name
+ cat entry_name /dev/zero | head -c 32 >> entry
+
+ echo -n "" > entry_offset
+ for ((i=0; i < 4; i++))
+ do
+ declare -i var;
+ var=$(( ($offset >> (i*8)) & 0xFF ))
+ convert_num_to_ascii $var
+ echo -n $CONV_ASCII > tmp
+ cat tmp /dev/zero | head -c 1 >> entry_offset
+ done
+ cat entry_offset /dev/zero | head -c 4 >> entry
+
+ echo -n "" > entry_size
+ for ((i=0; i < 4; i++))
+ do
+ declare -i var;
+ var=$(( ($size >> (i*8)) & 0xFF ))
+ convert_num_to_ascii $var
+ echo -n $CONV_ASCII > tmp
+ cat tmp /dev/zero | head -c 1 >> entry_size
+ done
+ cat entry_size /dev/zero | head -c 4 >> entry
+
+ rm tmp
+ rm entry_name
+ rm entry_offset
+ rm entry_size
+}
+
+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 $PART_TABLE_ROW ];then
+ local -r device=$DEVICE${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 1]}
+ local -r seek=${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 2]}
+ local -r bs=${PART_TABLE[${part_idx} * ${PART_TABLE_COL} + 3]}
+ else
+ echo "Not supported binary: $fusing_img"
+ return
+ fi
+
+ local -r input_size=`du -b $fusing_img | awk '{print $1}'`
+
+ print_message 2 "[Fusing $1]"
+
+ if [ "$(basename $fusing_img)" == "ramdisk.img" ]; then
+ umount $device
+ mkdir mnt_tmp
+ mount -t vfat $device ./mnt_tmp
+ cp -f $fusing_img ./mnt_tmp
+ umount ./mnt_tmp
+ rmdir mnt_tmp
+ echo "fusing $fusing_img is done."
+ else
+ dd if=$fusing_img | pv -s $input_size | dd of=$device seek=$seek bs=$bs
+ fi
+
+ if [ $(basename $fusing_img) == "u-boot-mmc.bin" ];then
+ add_fusing_entry "u-boot" $seek 2048
+ 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
+}
+
+function check_binary_format () {
+ local -r binary=$1
+
+ case "$binary" in
+ *.tar | *.tar.gz)
+ fuse_image_tarball $binary
+ eval sync
+ ;;
+ *)
+ fusing_image $binary
+ eval sync
+ ;;
+ esac
+}
+
+function fuse_image () {
+ if [ "$FUSING_BINARY_NUM" == 0 ]; then
+ return
+ fi
+
+ # NOTE: to ensure ramdisk booting, ramdisk image should be copied after
+ # boot image is flashed into boot partition.
+ #
+ # This code guarantees that ramdisk image is flashed in the end of binaries.
+ local -i tmpval=$FUSING_BINARY_NUM-1
+ for ((fuse_idx = 0 ; fuse_idx < $FUSING_BINARY_NUM ; fuse_idx++))
+ do
+ local filename=${FUSING_BINARY_ARRAY[fuse_idx]}
+ local tmpname=""
+
+ case "$filename" in
+ *.tar | *.tar.gz)
+ if [ $fuse_idx -lt $tmpval ]; then
+ local tar_contents=`tar tvf $filename | awk 'BEGIN {FS=" "} {print $6}'`
+
+ for content in $tar_contents
+ do
+ if [ "$content" == "ramdisk.img" ]; then
+ tmpname=$filename
+ filename=${FUSING_BINARY_ARRAY[$tmpval]}
+ FUSING_BINARY_ARRAY[$tmpval]=$tmpname
+ break
+ fi
+ done
+ fi
+ check_binary_format $filename
+ ;;
+ *)
+ if [ $fuse_idx -lt $tmpval ]; then
+ if [ "$filename" == "ramdisk.img" ]; then
+ tmpname=$filename
+ filename=${FUSING_BINARY_ARRAY[$tmpval]}
+ FUSING_BINARY_ARRAY[$tmpval]=$tmpname
+ fi
+ fi
+ check_binary_format $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 | awk '{print $4}'`
+ local major=${version%%.*}
+ local version=${version:`expr index $version .`}
+ local minor=${version%%.*}
+ local sfdisk_new=0
+
+ if [ $major -gt 2 ]; then
+ sfdisk_new=1
+ else
+ if [ $major -eq 2 -a $minor -ge 26 ]; then
+ sfdisk_new=1
+ fi
+ fi
+
+ local -r DISK=$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=512
+ local -r MODULE_SZ=20
+ if [ $sfdisk_new == 1 ]; then
+ local -r EXTEND_SZ=8
+ else
+ local -r EXTEND_SZ=4
+ fi
+
+ let "USER_SZ = $SIZE_MB - $BOOT_SZ - $ROOTFS_SZ - $DATA_SZ - $MODULE_SZ - $EXTEND_SZ"
+
+ local -r BOOT=boot
+ local -r ROOTFS=rootfs
+ local -r SYSTEMDATA=system-data
+ local -r USER=user
+ local -r MODULE=modules
+
+ 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"
+
+ 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=16 conv=notrunc
+
+ if [ $sfdisk_new == 1 ]; then
+ sfdisk $DISK <<-__EOF__
+ 4MiB,${BOOT_SZ}MiB,0xE,*
+ 8MiB,${ROOTFS_SZ}MiB,,-
+ 8MiB,${DATA_SZ}MiB,,-
+ 8MiB,,E,-
+ ,${USER_SZ}MiB,,-
+ ,${MODULE_SZ}MiB,,-
+ __EOF__
+ else
+ sfdisk --in-order --Linux --unit M $DISK <<-__EOF__
+ 4,$BOOT_SZ,0xE,*
+ ,$ROOTFS_SZ,,-
+ ,$DATA_SZ,,-
+ ,,E,-
+ ,$USER_SZ,,-
+ ,$MODULE_SZ,,-
+ __EOF__
+ fi
+
+ mkfs.vfat -F 16 ${DISK}1 -n $BOOT
+ mkfs.ext4 -q ${DISK}2 -L $ROOTFS -F
+ mkfs.ext4 -q ${DISK}3 -L $SYSTEMDATA -F
+ mkfs.ext4 -q ${DISK}5 -L $USER -F
+ mkfs.ext4 -q ${DISK}6 -L $MODULE -F
+}
+
+function show_usage () {
+ echo "- Usage:"
+ echo " sudo ./sd_fusing_xu4.sh -d <device> [-b <path> <path> ..] [--format]"
+}
+
+function check_partition_format () {
+ if [ "$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 "$(tput setaf 3)$(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 print_logo () {
+ echo ""
+ echo "[Odroid-XU3/4 downloader]"
+ echo "This version also supports Tizen 4.0."
+ echo ""
+}
+
+print_logo
+
+function add_fusing_binary() {
+ local declare binary_name=$1
+ FUSING_BINARY_ARRAY[$FUSING_BINARY_NUM]=$binary_name
+
+ FUSING_BINARY_NUM=$((FUSING_BINARY_NUM + 1))
+}
+
+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_partition_format
+fuse_image
projects / platform / kernel / u-boot.git / commitdiff