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mkimage: optimize disk image creation

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In case SYSTEM_SIZE was higher than 1024, mcopy would fail without the
failure being caught. The failure was probably due to invalid geometry
(number of sectors per track too high?). However mformat should be able
to determine the geometry on its own, when no geometry parameters are
supplied. After discussion on IRC with vpeter we came to this solution.

* create temporary folder in the target folder
* use sparse files to create image and partitions
* no extractions of the partitions from image
* modify mcopy alias to copy to the partition sparse file
* add `-o` switch to mcopy alias, so mcopy does not prompt in case of
  existing file in the partition
* remove alias for mformat (is used only one time)
* catch errors for mformat/mcopy/mmd
* use mcopy alias when copying files to virtual appliance part1
* move DISK_LABEL setting closer to the part where it is used
* write MBR without test (it should be already present and if not, dd
  will fail anyway and error is caught)
* update output when vmdk is created

Co-authored-by: Peter <peter.vicman@gmail.com>
This commit is contained in:
Tomáš Kelemen (vudiq) 2021-11-21 20:57:49 +01:00
parent 2aad136bc9
commit 41b6c049ea
No known key found for this signature in database
GPG Key ID: 5CE55E600E0B3B22
1 changed files with 114 additions and 111 deletions
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221
scripts/mkimage
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@ -10,7 +10,7 @@
################################################################################ ################################################################################
# set variables # set variables
LE_TMP=$(mktemp -d) LE_TMP=$(mktemp -d -p ${TARGET_IMG})
SAVE_ERROR="${LE_TMP}/save_error" SAVE_ERROR="${LE_TMP}/save_error"
if [ -z "${SYSTEM_SIZE}" -o -z "${SYSTEM_PART_START}" ]; then if [ -z "${SYSTEM_SIZE}" -o -z "${SYSTEM_PART_START}" ]; then
@ -18,12 +18,6 @@ if [ -z "${SYSTEM_SIZE}" -o -z "${SYSTEM_PART_START}" ]; then
exit 1 exit 1
fi fi
if [ "${BOOTLOADER}" = "syslinux" ]; then
DISK_LABEL=gpt
else
DISK_LABEL=msdos
fi
STORAGE_SIZE=32 # STORAGE_SIZE must be >= 32 ! STORAGE_SIZE=32 # STORAGE_SIZE must be >= 32 !
DISK_START_PADDING=$(( (${SYSTEM_PART_START} + 2048 - 1) / 2048 )) DISK_START_PADDING=$(( (${SYSTEM_PART_START} + 2048 - 1) / 2048 ))
@ -54,60 +48,91 @@ show_error() {
trap cleanup SIGINT trap cleanup SIGINT
# create an image # create an image
echo -e "\nimage: creating file ${DISK##*/}..." echo -e "\nimage: creating sparse file for disk image ${DISK##*/}..."
dd if=/dev/zero of="${DISK}" bs=1M count="${DISK_SIZE}" conv=fsync >"${SAVE_ERROR}" 2>&1 || show_error dd if=/dev/zero of="${DISK}" bs=1M count=0 seek="${DISK_SIZE}" conv=fsync >"${SAVE_ERROR}" 2>&1 || show_error
if [ "${BOOTLOADER}" = "syslinux" ]; then
DISK_LABEL=gpt
else
DISK_LABEL=msdos
fi
# write a disklabel # write a disklabel
echo "image: creating ${DISK_LABEL} partition table..." echo "image: creating ${DISK_LABEL} partition table..."
parted -s "${DISK}" mklabel ${DISK_LABEL} parted -s "${DISK}" mklabel ${DISK_LABEL}
sync sync
# create part1 # create partitions
echo "image: creating part1..." echo "image: creating partitions..."
SYSTEM_PART_END=$(( ${SYSTEM_PART_START} + (${SYSTEM_SIZE} * 1024 * 1024 / 512) - 1 )) SYSTEM_PART_END=$(( ${SYSTEM_PART_START} + (${SYSTEM_SIZE} * 1024 * 1024 / 512) - 1 ))
STORAGE_PART_START=$(( ${SYSTEM_PART_END} + 1 ))
STORAGE_PART_END=$(( ${STORAGE_PART_START} + (${STORAGE_SIZE} * 1024 * 1024 / 512) - 1 ))
if [ "${DISK_LABEL}" = "gpt" ]; then if [ "${DISK_LABEL}" = "gpt" ]; then
parted -s "${DISK}" -a min unit s mkpart system fat32 ${SYSTEM_PART_START} ${SYSTEM_PART_END} parted -s "${DISK}" -a min unit s mkpart system fat32 ${SYSTEM_PART_START} ${SYSTEM_PART_END}
parted -s "${DISK}" -a min unit s mkpart storage ext4 ${STORAGE_PART_START} ${STORAGE_PART_END}
parted -s "${DISK}" set 1 legacy_boot on parted -s "${DISK}" set 1 legacy_boot on
else else
parted -s "${DISK}" -a min unit s mkpart primary fat32 ${SYSTEM_PART_START} ${SYSTEM_PART_END} parted -s "${DISK}" -a min unit s mkpart primary fat32 ${SYSTEM_PART_START} ${SYSTEM_PART_END}
parted -s "${DISK}" set 1 boot on
fi
sync
# create part2
echo "image: creating part2..."
STORAGE_PART_START=$(( ${SYSTEM_PART_END} + 1 ))
STORAGE_PART_END=$(( ${STORAGE_PART_START} + (${STORAGE_SIZE} * 1024 * 1024 / 512) - 1 ))
if [ "${DISK_LABEL}" = "gpt" ]; then
parted -s "${DISK}" -a min unit s mkpart storage ext4 ${STORAGE_PART_START} ${STORAGE_PART_END}
else
parted -s "${DISK}" -a min unit s mkpart primary ext4 ${STORAGE_PART_START} ${STORAGE_PART_END} parted -s "${DISK}" -a min unit s mkpart primary ext4 ${STORAGE_PART_START} ${STORAGE_PART_END}
parted -s "${DISK}" set 1 boot on
fi fi
sync sync
if [ "${BOOTLOADER}" = "syslinux" ]; then if [ "${BOOTLOADER}" = "syslinux" ]; then
# write mbr # write mbr
echo "image: writing mbr..." echo "image: writing mbr..."
MBR="${TOOLCHAIN}/share/syslinux/gptmbr.bin" dd bs=440 count=1 conv=fsync,notrunc if="${TOOLCHAIN}/share/syslinux/gptmbr.bin" of="${DISK}" >"${SAVE_ERROR}" 2>&1 || show_error
if [ -n "${MBR}" ]; then
dd bs=440 count=1 conv=fsync,notrunc if="${MBR}" of="${DISK}" >"${SAVE_ERROR}" 2>&1 || show_error
fi
fi fi
# create part2 to format and copy files
echo "image: creating sparse file for part2..."
STORAGE_PART_COUNT=$(( ${STORAGE_PART_END} - ${STORAGE_PART_START} + 1 ))
sync
dd if="${DISK}" of="${LE_TMP}/part2.ext4" bs=512 count=0 seek="${STORAGE_PART_COUNT}" conv=fsync >"${SAVE_ERROR}" 2>&1 || show_error
# create filesystem on part2
echo "image: creating filesystem on part2..."
mke2fs -F -q -t ext4 -m 0 "${LE_TMP}/part2.ext4"
tune2fs -L "${DISTRO_DISKLABEL}" -U ${UUID_STORAGE} "${LE_TMP}/part2.ext4" >"${SAVE_ERROR}" 2>&1 || show_error
e2fsck -n "${LE_TMP}/part2.ext4" >"${SAVE_ERROR}" 2>&1 || show_error
sync
# add resize mark
mkdir "${LE_TMP}/part2.fs"
touch "${LE_TMP}/part2.fs/.please_resize_me"
echo "image: populating filesystem on part2..."
populatefs -U -d "${LE_TMP}/part2.fs" "${LE_TMP}/part2.ext4" >"${SAVE_ERROR}" 2>&1 || show_error
sync
e2fsck -n "${LE_TMP}/part2.ext4" >"${SAVE_ERROR}" 2>&1 || show_error
# merge part2 into disk image
echo "image: merging part2 into disk image..."
dd if="${LE_TMP}/part2.ext4" of="${DISK}" bs=512 seek="${STORAGE_PART_START}" conv=fsync,notrunc >"${SAVE_ERROR}" 2>&1 || show_error
# create disk image for virtual appliance
if [ "${PROJECT}" = "Generic" ]; then
echo "image: creating open virtual appliance..."
# duplicate ${DISK} so anything we do to it directly doesn't effect original
dd if="${DISK}" of="${DISK_BASENAME}.tmp" bs=1M conv=fsync >"${SAVE_ERROR}" 2>&1 || show_error
fi
# create part1 to format and copy files
echo "image: creating sparse file for part1..."
SYSTEM_PART_COUNT=$(( ${SYSTEM_PART_END} - ${SYSTEM_PART_START} + 1 ))
sync
dd if=/dev/zero of="${LE_TMP}/part1.fat" bs=512 count=0 seek="${SYSTEM_PART_COUNT}" conv=fsync >"${SAVE_ERROR}" 2>&1 || show_error
shopt -s expand_aliases # enables alias expansion in script
alias mcopy='mcopy -i "${LE_TMP}/part1.fat" -o'
alias mmd='mmd -i "${LE_TMP}/part1.fat"'
# create filesystem on part1 # create filesystem on part1
echo "image: creating filesystem on part1..." echo "image: creating filesystem on part1..."
OFFSET=$(( ${SYSTEM_PART_START} * 512 ))
HEADS=4
TRACKS=32
SECTORS=$(( ${SYSTEM_SIZE} * 1024 * 1024 / 512 / ${HEADS} / ${TRACKS} ))
shopt -s expand_aliases # enables alias expansion in script
alias mformat="mformat -i ${DISK}@@${OFFSET} -h ${HEADS} -t ${TRACKS} -s ${SECTORS}"
alias mcopy="mcopy -i ${DISK}@@${OFFSET}"
alias mmd="mmd -i ${DISK}@@${OFFSET}"
if [ "${BOOTLOADER}" = "syslinux" -o "${BOOTLOADER}" = "bcm2835-bootloader" -o "${BOOTLOADER}" = "u-boot" ]; then if [ "${BOOTLOADER}" = "syslinux" -o "${BOOTLOADER}" = "bcm2835-bootloader" -o "${BOOTLOADER}" = "u-boot" ]; then
mformat -v "${DISTRO_BOOTLABEL}" -N "${UUID_SYSTEM//-/}" :: mformat -i "${LE_TMP}/part1.fat" -v "${DISTRO_BOOTLABEL}" -N "${UUID_SYSTEM//-/}" :: >"${SAVE_ERROR}" 2>&1 || show_error
fi fi
sync sync
@ -157,24 +182,24 @@ menuentry "Run" {
} }
EOF EOF
mcopy "${LE_TMP}/syslinux.cfg" :: mcopy "${LE_TMP}/syslinux.cfg" :: >"${SAVE_ERROR}" 2>&1 || show_error
# install syslinux # install syslinux
echo "image: installing syslinux to part1..." echo "image: installing syslinux to part1..."
syslinux.mtools --offset "${OFFSET}" -i "${DISK}" syslinux.mtools -i "${LE_TMP}/part1.fat" >"${SAVE_ERROR}" 2>&1 || show_error
# copy files # copy files
echo "image: copying files to part1..." echo "image: copying files to part1..."
mcopy "${TARGET_IMG}/${BUILD_NAME}.kernel" "::/${KERNEL_NAME}" mcopy "${TARGET_IMG}/${BUILD_NAME}.kernel" "::/${KERNEL_NAME}" >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${TARGET_IMG}/${BUILD_NAME}.system" ::/SYSTEM mcopy "${TARGET_IMG}/${BUILD_NAME}.system" ::/SYSTEM >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/target/KERNEL.md5" "::/${KERNEL_NAME}.md5" mcopy "${RELEASE_DIR}/target/KERNEL.md5" "::/${KERNEL_NAME}.md5" >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/target/SYSTEM.md5" ::/SYSTEM.md5 mcopy "${RELEASE_DIR}/target/SYSTEM.md5" ::/SYSTEM.md5 >"${SAVE_ERROR}" 2>&1 || show_error
mmd EFI EFI/BOOT mmd EFI EFI/BOOT >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${TOOLCHAIN}/share/syslinux/bootx64.efi" ::/EFI/BOOT mcopy "${TOOLCHAIN}/share/syslinux/bootx64.efi" ::/EFI/BOOT >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${TOOLCHAIN}/share/syslinux/ldlinux.e64" ::/EFI/BOOT mcopy "${TOOLCHAIN}/share/syslinux/ldlinux.e64" ::/EFI/BOOT >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${TOOLCHAIN}/share/grub/bootia32.efi" ::/EFI/BOOT mcopy "${TOOLCHAIN}/share/grub/bootia32.efi" ::/EFI/BOOT >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${LE_TMP}/grub.cfg" ::/EFI/BOOT mcopy "${LE_TMP}/grub.cfg" ::/EFI/BOOT >"${SAVE_ERROR}" 2>&1 || show_error
elif [ "${BOOTLOADER}" = "bcm2835-bootloader" ]; then elif [ "${BOOTLOADER}" = "bcm2835-bootloader" ]; then
# create bootloader configuration # create bootloader configuration
@ -183,29 +208,29 @@ elif [ "${BOOTLOADER}" = "bcm2835-bootloader" ]; then
boot=UUID=${UUID_SYSTEM} disk=UUID=${UUID_STORAGE} quiet ${EXTRA_CMDLINE} boot=UUID=${UUID_SYSTEM} disk=UUID=${UUID_STORAGE} quiet ${EXTRA_CMDLINE}
EOF EOF
mcopy "${LE_TMP}/cmdline.txt" :: mcopy "${LE_TMP}/cmdline.txt" :: >"${SAVE_ERROR}" 2>&1 || show_error
# copy files # copy files
echo "image: copying files to part1..." echo "image: copying files to part1..."
mcopy "${TARGET_IMG}/${BUILD_NAME}.kernel" "::/${KERNEL_NAME}" mcopy "${TARGET_IMG}/${BUILD_NAME}.kernel" "::/${KERNEL_NAME}" >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${TARGET_IMG}/${BUILD_NAME}.system" ::/SYSTEM mcopy "${TARGET_IMG}/${BUILD_NAME}.system" ::/SYSTEM >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/target/KERNEL.md5" "::/${KERNEL_NAME}.md5" mcopy "${RELEASE_DIR}/target/KERNEL.md5" "::/${KERNEL_NAME}.md5" >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/target/SYSTEM.md5" ::/SYSTEM.md5 mcopy "${RELEASE_DIR}/target/SYSTEM.md5" ::/SYSTEM.md5 >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/3rdparty/bootloader/bootcode.bin" :: mcopy "${RELEASE_DIR}/3rdparty/bootloader/bootcode.bin" :: >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/3rdparty/bootloader/fixup.dat" :: mcopy "${RELEASE_DIR}/3rdparty/bootloader/fixup.dat" :: >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/3rdparty/bootloader/start.elf" :: mcopy "${RELEASE_DIR}/3rdparty/bootloader/start.elf" :: >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/3rdparty/bootloader/config.txt" :: mcopy "${RELEASE_DIR}/3rdparty/bootloader/config.txt" :: >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/3rdparty/bootloader/distroconfig.txt" :: mcopy "${RELEASE_DIR}/3rdparty/bootloader/distroconfig.txt" :: >"${SAVE_ERROR}" 2>&1 || show_error
for dtb in "${RELEASE_DIR}/3rdparty/bootloader/"*.dtb ; do for dtb in "${RELEASE_DIR}/3rdparty/bootloader/"*.dtb ; do
if [ -f "${dtb}" ]; then if [ -f "${dtb}" ]; then
mcopy "${dtb}" ::/"${dtb##*/}" mcopy "${dtb}" ::/"${dtb##*/}" >"${SAVE_ERROR}" 2>&1 || show_error
fi fi
done done
if [ -d "${RELEASE_DIR}/3rdparty/bootloader/overlays" ]; then if [ -d "${RELEASE_DIR}/3rdparty/bootloader/overlays" ]; then
mcopy -s "${RELEASE_DIR}/3rdparty/bootloader/overlays" :: mcopy -s "${RELEASE_DIR}/3rdparty/bootloader/overlays" :: >"${SAVE_ERROR}" 2>&1 || show_error
fi fi
elif [ "${BOOTLOADER}" = "u-boot" -a -n "${UBOOT_SYSTEM}" ]; then elif [ "${BOOTLOADER}" = "u-boot" -a -n "${UBOOT_SYSTEM}" ]; then
@ -216,11 +241,11 @@ elif [ "${BOOTLOADER}" = "u-boot" -a -n "${UBOOT_SYSTEM}" ]; then
if [ -n "${DTB}" ]; then if [ -n "${DTB}" ]; then
if [ -f "${RELEASE_DIR}/3rdparty/bootloader/${DTB}" ]; then if [ -f "${RELEASE_DIR}/3rdparty/bootloader/${DTB}" ]; then
mcopy "${RELEASE_DIR}/3rdparty/bootloader/${DTB}" :: mcopy "${RELEASE_DIR}/3rdparty/bootloader/${DTB}" :: >"${SAVE_ERROR}" 2>&1 || show_error
fi fi
if [ -d "${RELEASE_DIR}/3rdparty/bootloader/overlays" ]; then if [ -d "${RELEASE_DIR}/3rdparty/bootloader/overlays" ]; then
mcopy -s "${RELEASE_DIR}/3rdparty/bootloader/overlays" :: mcopy -s "${RELEASE_DIR}/3rdparty/bootloader/overlays" :: >"${SAVE_ERROR}" 2>&1 || show_error
fi fi
mkdir -p "${LE_TMP}/extlinux" mkdir -p "${LE_TMP}/extlinux"
@ -232,7 +257,7 @@ LABEL ${DISTRO}
APPEND boot=UUID=${UUID_SYSTEM} disk=UUID=${UUID_STORAGE} quiet ${EXTRA_CMDLINE} APPEND boot=UUID=${UUID_SYSTEM} disk=UUID=${UUID_STORAGE} quiet ${EXTRA_CMDLINE}
EOF EOF
mcopy -s "${LE_TMP}/extlinux" :: mcopy -s "${LE_TMP}/extlinux" :: >"${SAVE_ERROR}" 2>&1 || show_error
fi fi
if [ -f "${PROJECT_DIR}/${PROJECT}/devices/${DEVICE}/bootloader/mkimage" ]; then if [ -f "${PROJECT_DIR}/${PROJECT}/devices/${DEVICE}/bootloader/mkimage" ]; then
@ -244,10 +269,10 @@ EOF
fi fi
echo "image: copying files to part1..." echo "image: copying files to part1..."
mcopy "${TARGET_IMG}/${BUILD_NAME}.kernel" "::/${KERNEL_NAME}" mcopy "${TARGET_IMG}/${BUILD_NAME}.kernel" "::/${KERNEL_NAME}" >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${TARGET_IMG}/${BUILD_NAME}.system" ::/SYSTEM mcopy "${TARGET_IMG}/${BUILD_NAME}.system" ::/SYSTEM >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/target/KERNEL.md5" "::/${KERNEL_NAME}.md5" mcopy "${RELEASE_DIR}/target/KERNEL.md5" "::/${KERNEL_NAME}.md5" >"${SAVE_ERROR}" 2>&1 || show_error
mcopy "${RELEASE_DIR}/target/SYSTEM.md5" ::/SYSTEM.md5 mcopy "${RELEASE_DIR}/target/SYSTEM.md5" ::/SYSTEM.md5 >"${SAVE_ERROR}" 2>&1 || show_error
elif [ "${BOOTLOADER}" = "u-boot" ]; then elif [ "${BOOTLOADER}" = "u-boot" ]; then
echo "to make an image using u-boot UBOOT_SYSTEM must be set" echo "to make an image using u-boot UBOOT_SYSTEM must be set"
@ -255,56 +280,32 @@ elif [ "${BOOTLOADER}" = "u-boot" ]; then
exit exit
fi # bootloader fi # bootloader
# extract part2 from image to format and copy files # run fsck
echo "image: extracting part2 from image..."
STORAGE_PART_COUNT=$(( ${STORAGE_PART_END} - ${STORAGE_PART_START} + 1 ))
sync
dd if="${DISK}" of="${LE_TMP}/part2.ext4" bs=512 skip="${STORAGE_PART_START}" count="${STORAGE_PART_COUNT}" conv=fsync >"${SAVE_ERROR}" 2>&1 || show_error
# create filesystem on part2
echo "image: creating filesystem on part2..."
mke2fs -F -q -t ext4 -m 0 "${LE_TMP}/part2.ext4"
tune2fs -L "${DISTRO_DISKLABEL}" -U ${UUID_STORAGE} "${LE_TMP}/part2.ext4" >"${SAVE_ERROR}" 2>&1 || show_error
e2fsck -n "${LE_TMP}/part2.ext4" >"${SAVE_ERROR}" 2>&1 || show_error
sync
# add resize mark
mkdir "${LE_TMP}/part2.fs"
touch "${LE_TMP}/part2.fs/.please_resize_me"
echo "image: populating filesystem on part2..."
populatefs -U -d "${LE_TMP}/part2.fs" "${LE_TMP}/part2.ext4" >"${SAVE_ERROR}" 2>&1 || show_error
sync
e2fsck -n "${LE_TMP}/part2.ext4" >"${SAVE_ERROR}" 2>&1 || show_error
# merge part2 back to disk image
echo "image: merging part2 back to image..."
dd if="${LE_TMP}/part2.ext4" of="${DISK}" bs=512 seek="${STORAGE_PART_START}" conv=fsync,notrunc >"${SAVE_ERROR}" 2>&1 || show_error
# extract part1 from image to run fsck
echo "image: extracting part1 from image..."
SYSTEM_PART_COUNT=$(( ${SYSTEM_PART_END} - ${SYSTEM_PART_START} + 1 ))
sync
dd if="${DISK}" of="${LE_TMP}/part1.fat" bs=512 skip="${SYSTEM_PART_START}" count="${SYSTEM_PART_COUNT}" conv=fsync >"${SAVE_ERROR}" 2>&1 || show_error
echo "image: checking filesystem on part1..." echo "image: checking filesystem on part1..."
sync
fsck.fat -n "${LE_TMP}/part1.fat" >"${SAVE_ERROR}" 2>&1 || show_error fsck.fat -n "${LE_TMP}/part1.fat" >"${SAVE_ERROR}" 2>&1 || show_error
# create virtual image # merge part1 into disk image
echo "image: merging part1 into disk image..."
dd if="${LE_TMP}/part1.fat" of="${DISK}" bs=512 seek="${SYSTEM_PART_START}" conv=fsync,notrunc >"${SAVE_ERROR}" 2>&1 || show_error
# finalize virtual appliance
if [ "${PROJECT}" = "Generic" ]; then if [ "${PROJECT}" = "Generic" ]; then
echo "image: creating open virtual appliance..."
# duplicate ${DISK} so anything we do to it directly doesn't effect original
dd if="${DISK}" of="${DISK_BASENAME}.tmp" bs=1M >"${SAVE_ERROR}" 2>&1 || show_error
# change syslinux default to 'run' # change syslinux default to 'run'
echo "image: modifying fs on part1 for open virtual appliance..." echo "image: modifying files on part1 for open virtual appliance..."
sed -e "/DEFAULT/ s/installer/run/" -i "${LE_TMP}/syslinux.cfg" sed -e "/DEFAULT/ s/installer/run/" -i "${LE_TMP}/syslinux.cfg"
sed -e "/set default=/s/\"Installer\"/\"Run\"/" -i "${LE_TMP}/grub.cfg" sed -e "/set default=/s/\"Installer\"/\"Run\"/" -i "${LE_TMP}/grub.cfg"
# FIXME: an unalias should work here, but it does not; call mcopy directly mcopy "${LE_TMP}/syslinux.cfg" :: >"${SAVE_ERROR}" 2>&1 || show_error
"${TOOLCHAIN}"/bin/mcopy -i "${LE_TMP}/part1.fat" -o "${LE_TMP}/syslinux.cfg" :: mcopy "${LE_TMP}/grub.cfg" ::/EFI/BOOT >"${SAVE_ERROR}" 2>&1 || show_error
"${TOOLCHAIN}"/bin/mcopy -i "${LE_TMP}/part1.fat" -o "${LE_TMP}/grub.cfg" ::/EFI/BOOT
sync sync
# merge modified part1 back to tmp disk image # run fsck
echo "image: merging part1 back to open virtual appliance..." echo "image: checking filesystem on part1..."
fsck.fat -n "${LE_TMP}/part1.fat" >"${SAVE_ERROR}" 2>&1 || show_error
# merge modified part1 into tmp disk image
echo "image: merging part1 into open virtual appliance..."
dd if="${LE_TMP}/part1.fat" of="${DISK_BASENAME}.tmp" bs=512 seek="${SYSTEM_PART_START}" conv=fsync,notrunc >"${SAVE_ERROR}" 2>&1 || show_error dd if="${LE_TMP}/part1.fat" of="${DISK_BASENAME}.tmp" bs=512 seek="${SYSTEM_PART_START}" conv=fsync,notrunc >"${SAVE_ERROR}" 2>&1 || show_error
# create vmdk from tmp ${DISK} # create vmdk from tmp ${DISK}
echo "image: creating vmdk for open virtual appliance..."
qemu-img convert -O vmdk -o subformat=streamOptimized "${DISK_BASENAME}.tmp" "${DISK_BASENAME}.vmdk" qemu-img convert -O vmdk -o subformat=streamOptimized "${DISK_BASENAME}.tmp" "${DISK_BASENAME}.vmdk"
# generate ovf from template # generate ovf from template
sed -e "s,@DISTRO@,${DISTRO},g" -e "s,@DISK@,${IMAGE_NAME},g" \ sed -e "s,@DISTRO@,${DISTRO},g" -e "s,@DISK@,${IMAGE_NAME},g" \
@ -313,10 +314,11 @@ if [ "${PROJECT}" = "Generic" ]; then
# combine ovf and vmdk into official ova # combine ovf and vmdk into official ova
tar -C "${TARGET_IMG}" -cf "${DISK_BASENAME}.ova" "${IMAGE_NAME}.ovf" "${IMAGE_NAME}.vmdk" tar -C "${TARGET_IMG}" -cf "${DISK_BASENAME}.ova" "${IMAGE_NAME}.ovf" "${IMAGE_NAME}.vmdk"
# create sha256 checksum of ova image # create sha256 checksum of ova image
( cd "${TARGET_IMG}" (
cd "${TARGET_IMG}"
sha256sum "${IMAGE_NAME}.ova" > "${IMAGE_NAME}.ova.sha256" sha256sum "${IMAGE_NAME}.ova" > "${IMAGE_NAME}.ova.sha256"
) )
echo "image: cleaning up..." echo "image: cleaning up open virtual appliance..."
# remove tmp ${DISK}, vmdk and ovf # remove tmp ${DISK}, vmdk and ovf
rm "${DISK_BASENAME}.tmp" "${DISK_BASENAME}.vmdk" "${DISK_BASENAME}.ovf" rm "${DISK_BASENAME}.tmp" "${DISK_BASENAME}.vmdk" "${DISK_BASENAME}.ovf"
fi fi
@ -326,7 +328,8 @@ echo "image: compressing..."
pigz --best --force "${DISK}" pigz --best --force "${DISK}"
# create sha256 checksum of image # create sha256 checksum of image
( cd "${TARGET_IMG}" (
cd "${TARGET_IMG}"
sha256sum "${DISK##*/}.gz" > "${DISK##*/}.gz.sha256" sha256sum "${DISK##*/}.gz" > "${DISK##*/}.gz.sha256"
) )