Files
device_rockchip/common/mkfirmware.sh
Caesar Wang 3f2e9d7c5b common: fix the syntax error
There have the syntax error: operand expected on PC with ubuntu 16.04

Signed-off-by: Caesar Wang <wxt@rock-chips.com>
Change-Id: I03a58ccd36ea9eafa60dfeae4a15f30d7a4e84d9
2022-08-13 14:55:19 +08:00

289 lines
7.1 KiB
Bash
Executable File

#!/bin/bash
set -e
if ! which fakeroot; then
echo "fakeroot not found! (sudo apt-get install fakeroot)"
exit -1
fi
SCRIPT_DIR=$(dirname $(realpath $BASH_SOURCE))
TOP_DIR=$(realpath $SCRIPT_DIR/../../..)
cd $TOP_DIR
DEV_DIR="$TOP_DIR/device/rockchip"
OUT_DIR="$TOP_DIR/buildroot/output"
IMG_DIR="$OUT_DIR/$RK_CFG_BUILDROOT/images"
function unset_board_config_all()
{
local tmp_file=`mktemp`
grep -o "^export.*RK_.*=" `find $DEV_DIR -name "Board*.mk" -type f` -h \
| sort | uniq > $tmp_file
source $tmp_file
rm -f $tmp_file
}
unset_board_config_all
source $DEV_DIR/.BoardConfig.mk
ROCKDEV=$TOP_DIR/rockdev
PARAMETER=$DEV_DIR/$RK_TARGET_PRODUCT/$RK_PARAMETER
MISC_IMG=$DEV_DIR/rockimg/$RK_MISC
if [ "$RK_RAMDISK_SECURITY_BOOTUP" = "true" ];then
ROOTFS_IMG=$IMG_DIR/security-system.img
else
ROOTFS_IMG=$TOP_DIR/$RK_ROOTFS_IMG
fi
ROOTFS_IMG_SOURCE=$IMG_DIR/rootfs.$RK_ROOTFS_TYPE
RAMBOOT_IMG=$OUT_DIR/$RK_CFG_RAMBOOT/images/ramboot.img
RECOVERY_IMG=$OUT_DIR/$RK_CFG_RECOVERY/images/recovery.img
TRUST_IMG=$TOP_DIR/u-boot/trust.img
UBOOT_IMG=$TOP_DIR/u-boot/uboot.img
BOOT_IMG=$TOP_DIR/kernel/$RK_BOOT_IMG
LOADER=$(echo $TOP_DIR/u-boot/*_loader_*v*.bin | head -1)
SPL=$(echo $TOP_DIR/u-boot/*_loader_spl.bin | head -1)
MKIMAGE=$SCRIPT_DIR/mk-image.sh
message() {
echo -e "\e[36m $@ \e[0m"
}
fatal() {
echo -e "\e[31m $@ \e[0m"
exit -1
}
mkdir -p $ROCKDEV
# Require buildroot host tools to do image packing.
if [ ! -d "$TARGET_OUTPUT_DIR" ]; then
message "Source buildroot/build/envsetup.sh"
if [ "${RK_CFG_RAMBOOT}" ];then
source $TOP_DIR/buildroot/build/envsetup.sh $RK_CFG_RAMBOOT
fi
if [ "${RK_CFG_BUILDROOT}" ];then
source $TOP_DIR/buildroot/build/envsetup.sh $RK_CFG_BUILDROOT
fi
fi
# Parse size limit from parameter.txt, 0 means unlimited or not exists.
partition_size_kb() {
PART_NAME=$1
PART_STR=$(grep -oE "[^,^:^\(]*\(${PART_NAME}[\)_:][^\)]*\)" $PARAMETER)
PART_SIZE=$(echo $PART_STR | grep -oE "^[^@^-]*")
echo $(( ${PART_SIZE:-0} / 2 ))
}
# Assert the image's size smaller than parameter.txt's limit
assert_size() {
PART_NAME="$1"
IMG="$2"
PART_SIZE=$(partition_size_kb $PART_NAME)
[ "$PART_SIZE" -gt 0 ] || return 0
IMG_SIZE=$(stat -c "%s" "$IMG")
if [ $PART_SIZE -lt $(( $IMG_SIZE / 1024 )) ]; then
fatal "error: $IMG's size exceed parameter.txt's limit!"
fi
}
link_image() {
SRC="$1"
DST="$2"
FALLBACK="$3"
message "Linking $DST from $SRC..."
if [ ! -e "$SRC" ]; then
if [ -e "$FALLBACK" ]; then
SRC="$FALLBACK"
message "Fallback to $SRC"
else
message "warning: $SRC not found!"
fi
fi
ln -rsf "$SRC" "$ROCKDEV/$DST"
assert_size "${DST%.img}" "$SRC"
message "Done linking $DST"
}
link_image_optional() {
link_image "$@" || true
}
pack_image() {
SRC="$1"
DST="$2"
FS_TYPE="$3"
SIZE="${4:-$(partition_size_kb "${DST%.img}")}"
LABEL="$5"
EXTRA_CMD="$6"
FAKEROOT_SCRIPT="$ROCKDEV/${DST%.img}.fs"
message "Packing $DST from $SRC..."
if [ ! -d "$SRC" ]; then
message "warning: $SRC not found!"
return 0
fi
cat << EOF > $FAKEROOT_SCRIPT
#!/bin/sh -e
$EXTRA_CMD
$MKIMAGE "$SRC" "$ROCKDEV/$DST" "$FS_TYPE" "$SIZE" "$LABEL"
EOF
chmod a+x "$FAKEROOT_SCRIPT"
fakeroot -- "$FAKEROOT_SCRIPT"
rm -f "$FAKEROOT_SCRIPT"
assert_size "${DST%.img}" "$ROCKDEV/$DST"
message "Done packing $DST"
}
# Convert legacy partition variables to new style
legacy_partion() {
PART_NAME="$1"
SRC="$2"
FS_TYPE="$3"
SIZE="${4:-0}"
MOUNT="/$PART_NAME"
OPT=""
[ "$FS_TYPE" ] || return 0
[ "$SRC" ] || return 0
# Fixed size for ubi
if [ "$FS_TYPE" = ubi ]; then
OPT="fixed"
fi
case $SIZE in
*k|*K)
SIZE=${SIZE//k/K}
;;
*m|*M)
SIZE=${SIZE//m/M}
;;
*)
SIZE=$(( ${SIZE} / 1024 ))K # default is bytes
;;
esac
echo "$PART_NAME:$MOUNT:$FS_TYPE:defaults:$SRC:${SIZE}:$OPT"
}
RK_LEGACY_PARTITIONS=" \
$(legacy_partion oem "$RK_OEM_DIR" "$RK_OEM_FS_TYPE" "$RK_OEM_PARTITION_SIZE")
$(legacy_partion userdata "$RK_USERDATA_DIR" "$RK_USERDATA_FS_TYPE" "$RK_USERDATA_PARTITION_SIZE")
"
# <dev>:<mount point>:<fs type>:<mount flags>:<source dir>:<image size(M|K|auto)>:[options]
# for example:
# RK_EXTRA_PARTITIONS="oem:/oem:ext2:defaults:oem_normal:256M:fixed
# userdata:/userdata:vfat:errors=remount-ro:userdata_empty:auto"
RK_EXTRA_PARTITIONS="${RK_EXTRA_PARTITIONS:-${RK_LEGACY_PARTITIONS}}"
partition_arg() {
PART="$1"
I="$2"
DEFAULT="$3"
ARG=$(echo $PART | cut -d':' -f"$I")
echo ${ARG:-$DEFAULT}
}
pack_extra_partitions() {
for part in ${RK_EXTRA_PARTITIONS//@/ }; do
DEV="$(partition_arg "$part" 1)"
# Dev is either <name> or /dev/.../<name>
[ "$DEV" ] || continue
PART_NAME="${DEV##*/}"
MOUNT="$(partition_arg "$part" 2 "/$PART_NAME")"
FS_TYPE="$(partition_arg "$part" 3)"
SRC="$(partition_arg "$part" 5)"
# Src is either none or relative path to device/rockchip/<name>/
# or absolute path
case "$SRC" in
"")
continue
;;
/*)
;;
*)
SRC="$DEV_DIR/$PART_NAME/$SRC"
;;
esac
SIZE="$(partition_arg "$part" 6 auto)"
OPTS="$(partition_arg "$part" 7)"
LABEL=
EXTRA_CMD=
# Special handling for oem
if [ "$PART_NAME" = oem ]; then
# Skip packing oem when builtin
[ "${RK_OEM_BUILDIN_BUILDROOT}" != "YES" ] || continue
if [ -d "$SRC/www" ]; then
EXTRA_CMD="chown -R www-data:www-data $SRC/www"
fi
fi
# Skip boot time resize by adding a label
if echo $OPTS | grep -wq fixed; then
LABEL="$PART_NAME"
fi
pack_image "$SRC" "${PART_NAME}.img" "$FS_TYPE" "$SIZE" "$LABEL" \
"$EXTRA_CMD"
done
}
link_image_optional "$PARAMETER" parameter.txt
link_image_optional "$UBOOT_IMG" uboot.img
[ "$RK_UBOOT_FORMAT_TYPE" != "fit" ] && \
link_image_optional "$TRUST_IMG" trust.img
link_image_optional "$LOADER" MiniLoaderAll.bin "$SPL"
[ "$RK_BOOT_IMG" ] && link_image_optional "$BOOT_IMG" boot.img
[ $RK_CFG_RAMBOOT ] && link_image_optional "$RAMBOOT_IMG" boot.img
[ "$RK_CFG_RECOVERY" ] && link_image_optional "$RECOVERY_IMG" recovery.img
[ "$RK_MISC" ] && \
link_image_optional "$DEV_DIR/rockimg/misc.img" misc.img "$MISC_IMG"
[ "$RK_ROOTFS_IMG" ] && \
link_image_optional "$ROOTFS_IMG" rootfs.img "$ROOTFS_IMG_SOURCE"
[ "${RK_OEM_BUILDIN_BUILDROOT}" = "YES" ] && \
link_image_optional "$IMG_DIR/oem.img" oem.img
if [ "$RK_RAMDISK_SECURITY_BOOTUP" = "true" ]; then
for part in boot recovery rootfs;do
test -e $TOP_DIR/u-boot/${part}.img &&
link_image "$TOP_DIR/u-boot/${part}.img" ${part}.img && \
message "Enabled ramdisk security $part..." || true
done
fi
pack_extra_partitions
message "Images in $ROCKDEV are ready!"