$SIZE_MBR,$SIZE_BOOTFS,0C,*

$START_USERSFS,,,

SAY Booting NodeOS...

LINUX bzImage

INITRD initram.gz

APPEND vga=0x318 ip=dhcp root=$USERSFS

APPEND vga=0x318 ip=dhcp root=$USERSFS_UUID

if [[ "$USERSFS" ]]; then

USERSFS=`blkid $USERSFS -o export | grep UUID`

USERSFS_UUID=`blkid $USERSFS -o export | grep UUID`

if [[ -d $OBJECTS ]]; then

chmod -R u+w $OBJECTS &&

rm -rf $OBJECTS || exit 10

rm -rf $OBJECTS || exit 2

EFIBOOT_DIR=$OBJECTS/efiboot

EFIBOOT_IMG=$EFIBOOT_DIR.img

DISK_DIR=$OBJECTS/disk

IMG_DIR=$OBJECTS/img

ISO_DIR=$OBJECTS/iso

function createDiskImage() {

BOOTFS=1ドル

STEP_DIR=$DISK_DIR

# ToDo: sizes would need to be on cylinders and retain DOS compatibility

# http://elinux.org/RPi_Advanced_Setup#Advanced_SD_card_setup

SIZE_MBR=$((2*1024)) # Reserve first megabyte for raspi. Is this needed?

SIZE_BOOTFS=$(stat -L -c%s "$BOOTFS")

SIZE_BOOTFS=$(($SIZE_BOOTFS/512))

START_USERSFS=$(($SIZE_MBR+$SIZE_BOOTFS))

dd if=/dev/zero of=$OUTPUT count=$SIZE_MBR &&

dd if=$BOOTFS of=$OUTPUT seek=$SIZE_MBR &&

dd if=$USERSFS of=$OUTPUT seek=$START_USERSFS || exit 10

eval "echo \"$(<$__dirname/../resources/sfdisk.txt)\"" | \

/sbin/sfdisk -uS --force $OUTPUT || exit 11

}

function createPartitionImage() {

BOOTFS=1ドル

# Copy kernel and initramfs on the partition image

cp $INITRAMFS $STEP_DIR/initram.gz || exit 20

# Create partition image

mkdir -p `dirname $OUTPUT` || exit 21

mkdir -p `dirname $BOOTFS` || exit 21

# Size in KB

# DISK_SIZE=`du -ks $STEP_DIR | cut -f1`

DISK_SIZE=$((32*1024))

genfatfs -b $DISK_SIZE \

--root $STEP_DIR \

$OUTPUT || exit 22

$BOOTFS || exit 22

}

function createEfiImage() {

}

function createIsoImage() {

STEP_DIR=$ISO_DIR

mkdir -p $STEP_DIR || exit 40

eval "echo \"$(<$__dirname/../resources/syslinux.cfg)\"" \

$SRC_DIR/bios/utils/isohybrid $OUTPUT || exit 47

}

function createTar() {

STEP_DIR=$OUTPUT

mkdir -p `dirname $STEP_DIR` || err 50

gunzip $BAREBONES -c | tar --delete init | gzip > $STEP_DIR &&

cat $INITRAMFS >> $STEP_DIR || err 51

}

function img_pc() {

STEP_DIR=$IMG_DIR

mkdir -p $STEP_DIR || err 60

BOOTFS=1ドル

# Copy SysLinux files

eval "echo \"$(<$__dirname/../resources/syslinux.cfg)\"" \

> $STEP_DIR/syslinux.cfg || exit 61

cp $KERNEL $STEP_DIR || exit 62

createPartitionImage $BOOTFS || exit $?

$SRC_DIR/bios/mtools/syslinux --install $BOOTFS || exit 63

}

function img_raspi() {

STEP_DIR=$IMG_DIR

mkdir -p $STEP_DIR || err 70

BOOTFS=1ドル

# Copy Raspberry PI extra files

# http://elinux.org/RPi_Advanced_Setup#Setting_up_the_boot_partition

#

# bootcode.bin, fixup.dat, start.elf, cmdline.txt

(

cd $STEP_DIR || exit 71

wget https://github.com/raspberrypi/firmware/raw/master/boot/bootcode.bin || exit 72

wget https://github.com/raspberrypi/firmware/raw/master/boot/fixup.dat || exit 73

wget https://github.com/raspberrypi/firmware/raw/master/boot/start.elf || exit 74

) || err $?

cp $__dirname/../resources/config.txt $DTS $STEP_DIR || exit 75

case $MACHINE in

raspi)

cp $KERNEL $STEP_DIR/kernel.img || exit 76

;;

raspi2)

cp $KERNEL $STEP_DIR/kernel7.img || exit 77

;;

raspi3)

echo arm_control=0x200 >> $STEP_DIR/config.txt &&

cp $KERNEL $STEP_DIR/kernel7.img || exit 78

;;

*)

echo -e "${RED}Unknown MACHINE '$MACHINE'${CLR}"

exit 79

;;

esac

createPartitionImage $BOOTFS || exit $?

}

case $MACHINE in

pc)

case $FORMAT in

img) # FAT partition

STEP_DIR=$IMG_DIR

mkdir -p $STEP_DIR || err 50

# Copy SysLinux files

disk)

if [[ -z "$USERSFS" ]]; then

echo "-U is mandatory"

exit 80

fi

eval "echo \"$(<$__dirname/../resources/syslinux.cfg)\"" \

> $STEP_DIR/syslinux.cfg || exit 51

BOOTFS=$DISK_DIR/bootfs.img

cp $KERNEL $STEP_DIR || exit 52

img_pc $BOOTFS &&

createDiskImage $BOOTFS || exit $?

createPartitionImage || exit $?

dd bs=440 count=1 conv=notrunc \

if=$SRC_DIR/bios/mbr/mbr.bin of=$OUTPUT || err 81

;;

$SRC_DIR/bios/mtools/syslinux --install $OUTPUT || exit 53

img) # FAT partition

img_pc $OUTPUT || exit $?

;;

iso) # Hybrid ISO image for CDs and USB pendrives

STEP_DIR=$ISO_DIR

createIsoImage || exit $?

;;

tar) # Combine both barebones and initramfs tarfiles in a single one

STEP_DIR=$OUTPUT

mkdir -p `dirname $STEP_DIR` || err 60

gunzip $BAREBONES -c | tar --delete init | gzip > $STEP_DIR &&

cat $INITRAMFS >> $STEP_DIR || err 61

createTar || exit $?

;;

*)

echo -e "${RED}Unknown FORMAT '$FORMAT'${CLR}"

exit 70

exit 90

;;

esac

;;

raspi|raspi2|raspi3) # FAT partition for Raspberry PI

if [[ -z "$DTS" ]]; then

echo "-D is mandatory for MACHINE '$MACHINE'"

exit 80

exit 100

fi

case $FORMAT in

img)

STEP_DIR=$IMG_DIR

mkdir -p $STEP_DIR || err 90

disk)

if [[ -z "$USERSFS" ]]; then

echo "-U is mandatory"

exit 110

fi

# Copy Raspberry PI extra files

# http://elinux.org/RPi_Advanced_Setup#Setting_up_the_boot_partition

#

# bootcode.bin, fixup.dat, start.elf, cmdline.txt

(

cd $STEP_DIR || exit 91

BOOTFS=$DISK_DIR/bootfs.img

wget https://github.com/raspberrypi/firmware/raw/master/boot/bootcode.bin || exit 92

wget https://github.com/raspberrypi/firmware/raw/master/boot/fixup.dat || exit 93

wget https://github.com/raspberrypi/firmware/raw/master/boot/start.elf || exit 94

) || err $?

cp $__dirname/../resources/config.txt $DTS $STEP_DIR || exit 95

case $MACHINE in

raspi)

cp $KERNEL $STEP_DIR/kernel.img || exit 96

;;

raspi2)

cp $KERNEL $STEP_DIR/kernel7.img || exit 97

;;

raspi3)

echo arm_control=0x200 >> $STEP_DIR/config.txt &&

cp $KERNEL $STEP_DIR/kernel7.img || exit 98

;;

*)

echo -e "${RED}Unknown MACHINE '$MACHINE'${CLR}"

exit 99

;;

esac

img_raspi $BOOTFS &&

createDiskImage $BOOTFS || exit $?

;;

createPartitionImage || exit $?

img)

img_raspi $OUTPUT || exit $?

;;

*)

echo -e "${RED}Unknown FORMAT '$FORMAT'${CLR}"

exit 100

exit 120

;;

esac

;;

*)

echo -e "${RED}Unknown MACHINE '$MACHINE'${CLR}"

exit 110

exit 130

;;