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00ac7586a4
flatcar-scripts/build_library/vm_image_util.sh
Krzesimir Nowak 00ac7586a4 *: Remove support for niftycloud OEM
2023-07-05 14:34:17 +02:00

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# Copyright (c) 2013 The CoreOS Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
# Format options. Each variable uses the form IMG_<type>_<opt>.
# Default values use the format IMG_DEFAULT_<opt>.
VALID_IMG_TYPES=(
ami
ami_vmdk
azure
brightbox
cloudsigma
cloudstack
cloudstack_vhd
digitalocean
exoscale
gce
hyperv
iso
openstack
openstack_mini
packet
parallels
pxe
qemu
qemu_uefi
qemu_uefi_secure
rackspace
rackspace_onmetal
rackspace_vhd
vagrant
vagrant_parallels
vagrant_virtualbox
vagrant_vmware_fusion
virtualbox
vmware
vmware_insecure
vmware_ova
vmware_raw
xen
)
#list of oem package names, minus the oem- prefix
VALID_OEM_PACKAGES=(
azure
cloudsigma
cloudstack
digitalocean
ec2-compat
exoscale
gce
hyperv
packet
qemu
rackspace
rackspace-onmetal
vagrant
vagrant-key
vagrant-virtualbox
virtualbox
vmware
)
# Set at runtime to one of the above types
VM_IMG_TYPE=DEFAULT
# Set at runtime to the source and destination image paths
VM_SRC_IMG=
VM_SRC_SYSEXT_IMG=
VM_TMP_IMG=
VM_TMP_DIR=
VM_TMP_ROOT=
VM_DST_IMG=
VM_README=
VM_NAME=
VM_GROUP=
# Contains a list of all generated files
VM_GENERATED_FILES=()
## DEFAULT
# If set to 0 then a partition skeleton won't be laid out on VM_TMP_IMG
IMG_DEFAULT_PARTITIONED_IMG=1
# If set install the given package name to the OEM partition
IMG_DEFAULT_OEM_PACKAGE=
# Forced OEM package name overriding what may be in the format
IMG_FORCE_OEM_PACKAGE=
# USE flags for the OEM package
IMG_DEFAULT_OEM_USE=
# Forced USE flags for the OEM package
IMG_FORCE_OEM_USE=
# If set install the given package name to the OEM sysext image
IMG_DEFAULT_OEM_SYSEXT=
# Forced OEM package name overriding what may be in the format
IMG_FORCE_OEM_SYSEXT=
# Hook to do any final tweaks or grab data while fs is mounted.
IMG_DEFAULT_FS_HOOK=
# Name of the target image format.
# May be raw, qcow2 (qemu), or vmdk (vmware, virtualbox)
IMG_DEFAULT_DISK_FORMAT=raw
# Name of the partition layout from disk_layout.json
IMG_DEFAULT_DISK_LAYOUT=base
# Name of the target config format, default is no config
IMG_DEFAULT_CONF_FORMAT=
# Bundle configs and disk image into some archive
IMG_DEFAULT_BUNDLE_FORMAT=
# Memory size to use in any config files
IMG_DEFAULT_MEM=1024
# Number of CPUs to use in any config files
IMG_DEFAULT_CPUS=2
## qemu
IMG_qemu_DISK_FORMAT=qcow2
IMG_qemu_DISK_LAYOUT=vm
IMG_qemu_CONF_FORMAT=qemu
IMG_qemu_OEM_USE=qemu
IMG_qemu_OEM_PACKAGE=common-oem-files
IMG_qemu_OEM_SYSEXT=oem-qemu
IMG_qemu_uefi_DISK_FORMAT=qcow2
IMG_qemu_uefi_DISK_LAYOUT=vm
IMG_qemu_uefi_CONF_FORMAT=qemu_uefi
IMG_qemu_uefi_OEM_USE=qemu
IMG_qemu_uefi_OEM_PACKAGE=common-oem-files
IMG_qemu_uefi_OEM_SYSEXT=oem-qemu
IMG_qemu_uefi_secure_DISK_FORMAT=qcow2
IMG_qemu_uefi_secure_DISK_LAYOUT=vm
IMG_qemu_uefi_secure_CONF_FORMAT=qemu_uefi_secure
IMG_qemu_uefi_secure_OEM_USE=qemu
IMG_qemu_uefi_secure_OEM_PACKAGE=common-oem-files
IMG_qemu_uefi_secure_OEM_SYSEXT=oem-qemu
## xen
IMG_xen_CONF_FORMAT=xl
## virtualbox
IMG_virtualbox_DISK_FORMAT=vmdk_ide
IMG_virtualbox_DISK_LAYOUT=vm
IMG_virtualbox_CONF_FORMAT=ovf_virtualbox
IMG_virtualbox_OEM_PACKAGE=oem-virtualbox
## vagrant
IMG_vagrant_FS_HOOK=box
IMG_vagrant_BUNDLE_FORMAT=box
IMG_vagrant_DISK_FORMAT=vmdk_ide
IMG_vagrant_DISK_LAYOUT=vagrant
IMG_vagrant_CONF_FORMAT=vagrant
IMG_vagrant_OEM_PACKAGE=oem-vagrant
## vagrant_virtualbox
IMG_vagrant_virtualbox_FS_HOOK=box
IMG_vagrant_virtualbox_BUNDLE_FORMAT=box
IMG_vagrant_virtualbox_DISK_FORMAT=vmdk_ide
IMG_vagrant_virtualbox_DISK_LAYOUT=vagrant
IMG_vagrant_virtualbox_CONF_FORMAT=vagrant
IMG_vagrant_virtualbox_OEM_PACKAGE=oem-vagrant-virtualbox
## vagrant_vmware
IMG_vagrant_vmware_fusion_FS_HOOK=box
IMG_vagrant_vmware_fusion_BUNDLE_FORMAT=box
IMG_vagrant_vmware_fusion_DISK_FORMAT=vmdk_scsi
IMG_vagrant_vmware_fusion_DISK_LAYOUT=vagrant
IMG_vagrant_vmware_fusion_CONF_FORMAT=vagrant_vmware_fusion
IMG_vagrant_vmware_fusion_OEM_PACKAGE=oem-vagrant
## vagrant_parallels
IMG_vagrant_parallels_FS_HOOK=box
IMG_vagrant_parallels_BUNDLE_FORMAT=box
IMG_vagrant_parallels_DISK_FORMAT=hdd
IMG_vagrant_parallels_DISK_LAYOUT=vagrant
IMG_vagrant_parallels_CONF_FORMAT=vagrant_parallels
IMG_vagrant_parallels_OEM_PACKAGE=oem-vagrant
## vmware
IMG_vmware_DISK_FORMAT=vmdk_scsi
IMG_vmware_DISK_LAYOUT=vm
IMG_vmware_CONF_FORMAT=vmx
IMG_vmware_OEM_PACKAGE=oem-vmware
## vmware_ova
IMG_vmware_ova_DISK_FORMAT=vmdk_stream
IMG_vmware_ova_DISK_LAYOUT=vm
IMG_vmware_ova_OEM_PACKAGE=oem-vmware
IMG_vmware_ova_CONF_FORMAT=ovf_vmware
IMG_vmware_ova_BUNDLE_FORMAT=ova
## vmware_raw
IMG_vmware_raw_OEM_PACKAGE=oem-vmware
## vmware_insecure
IMG_vmware_insecure_DISK_FORMAT=vmdk_scsi
IMG_vmware_insecure_DISK_LAYOUT=vm
IMG_vmware_insecure_CONF_FORMAT=vmware_zip
IMG_vmware_insecure_OEM_PACKAGE=oem-vagrant-key
## parallels
IMG_parallels_BUNDLE_FORMAT=pvm_tgz
IMG_parallels_DISK_FORMAT=hdd
IMG_parallels_DISK_LAYOUT=vm
IMG_parallels_CONF_FORMAT=pvs
## ami
IMG_ami_OEM_PACKAGE=oem-ec2-compat
IMG_ami_OEM_USE=ec2
IMG_ami_vmdk_DISK_FORMAT=vmdk_stream
IMG_ami_vmdk_OEM_PACKAGE=oem-ec2-compat
IMG_ami_vmdk_OEM_USE=ec2
## openstack, supports ec2's metadata format so use oem-ec2-compat
IMG_openstack_DISK_FORMAT=qcow2
IMG_openstack_DISK_LAYOUT=vm
IMG_openstack_OEM_PACKAGE=oem-ec2-compat
IMG_openstack_OEM_USE=openstack
## openstack but without a resized root partition for more flexibility
IMG_openstack_mini_DISK_FORMAT=qcow2
IMG_openstack_mini_OEM_PACKAGE=oem-ec2-compat
IMG_openstack_mini_OEM_USE=openstack
## brightbox, supports ec2's metadata format so use oem-ec2-compat
IMG_brightbox_DISK_FORMAT=qcow2
IMG_brightbox_DISK_LAYOUT=vm
IMG_brightbox_OEM_PACKAGE=oem-ec2-compat
IMG_brightbox_OEM_USE=brightbox
## pxe, which is an cpio image
IMG_pxe_DISK_FORMAT=cpio
IMG_pxe_PARTITIONED_IMG=0
IMG_pxe_CONF_FORMAT=pxe
IMG_pxe_MEM=2048
## iso, which is an cpio image
IMG_iso_DISK_FORMAT=iso
IMG_iso_PARTITIONED_IMG=0
IMG_iso_CONF_FORMAT=iso
IMG_iso_MEM=2048
## gce, image tarball
IMG_gce_DISK_LAYOUT=vm
IMG_gce_CONF_FORMAT=gce
IMG_gce_OEM_PACKAGE=oem-gce
IMG_gce_OEM_ACI=gce
## rackspace
IMG_rackspace_OEM_PACKAGE=oem-rackspace
IMG_rackspace_vhd_DISK_FORMAT=vhd
IMG_rackspace_vhd_OEM_PACKAGE=oem-rackspace
## rackspace onmetal
IMG_rackspace_onmetal_DISK_FORMAT=qcow2
IMG_rackspace_onmetal_DISK_LAYOUT=onmetal
IMG_rackspace_onmetal_OEM_PACKAGE=oem-rackspace-onmetal
## cloudstack
IMG_cloudstack_OEM_PACKAGE=oem-cloudstack
IMG_cloudstack_vhd_DISK_FORMAT=vhd
IMG_cloudstack_vhd_OEM_PACKAGE=oem-cloudstack
## digitalocean
IMG_digitalocean_OEM_PACKAGE=oem-digitalocean
## exoscale
IMG_exoscale_DISK_FORMAT=qcow2
IMG_exoscale_OEM_PACKAGE=oem-exoscale
## azure
IMG_azure_DISK_FORMAT=vhd_fixed
IMG_azure_DISK_LAYOUT=azure
IMG_azure_OEM_USE=azure
IMG_azure_OEM_PACKAGE=common-oem-files
IMG_azure_OEM_SYSEXT=oem-azure
## hyper-v
IMG_hyperv_DISK_FORMAT=vhd
IMG_hyperv_OEM_PACKAGE=oem-hyperv
## cloudsigma
IMG_cloudsigma_DISK_FORMAT=qcow2
IMG_cloudsigma_OEM_PACKAGE=oem-cloudsigma
## packet
IMG_packet_OEM_PACKAGE=oem-packet
###########################################################
# Print the default vm type for the specified board
get_default_vm_type() {
local board="$1"
case "$board" in
amd64-usr)
echo "qemu"
;;
arm64-usr)
echo "qemu_uefi"
;;
*)
return 1
;;
esac
}
# Validate and set the vm type to use for the rest of the functions
set_vm_type() {
local vm_type="$1"
local valid_type
for valid_type in "${VALID_IMG_TYPES[@]}"; do
if [[ "${vm_type}" == "${valid_type}" ]]; then
VM_IMG_TYPE="${vm_type}"
return 0
fi
done
return 1
}
# Validate and set the oem package, colon delimited USE optional
set_vm_oem_pkg() {
local oem_pkg="${1%:*}" oem_use="${1##*:}"
local valid_pkg
for valid_pkg in "${VALID_OEM_PACKAGES[@]}"; do
if [[ "${oem_pkg}" == "${valid_pkg}" ]]; then
IMG_FORCE_OEM_PACKAGE="oem-${oem_pkg}"
IMG_FORCE_OEM_USE="${oem_use}"
return 0
fi
done
return 1
}
# Validate and set source vm image path
set_vm_paths() {
local src_dir="${1}"; shift
local dst_dir="${1}"; shift
local src_name="${1}"; shift
local sysext_base_name="${1}"; shift
VM_SRC_IMG="${src_dir}/${src_name}"
if [[ ! -f "${VM_SRC_IMG}" ]]; then
die "Source image does not exist: ${VM_SRC_IMG}"
fi
VM_SRC_SYSEXT_IMG="${src_dir}/${sysext_base_name}"
if [[ ! -f "${VM_SRC_SYSEXT_IMG}" ]]; then
die "Sysext base image does not exist: ${VM_SRC_SYSEXT_IMG}"
fi
local dst_name="$(_src_to_dst_name "${src_name}" "_image.$(_disk_ext)")"
VM_DST_IMG="${dst_dir}/${dst_name}"
VM_TMP_DIR="${dst_dir}/${dst_name}.vmtmpdir"
VM_TMP_IMG="${VM_TMP_DIR}/disk_image.bin"
VM_TMP_ROOT="${VM_TMP_DIR}/rootfs"
VM_NAME="$(_src_to_dst_name "${src_name}" "")-${FLATCAR_VERSION}"
VM_README="${dst_dir}/$(_src_to_dst_name "${src_name}" ".README")"
# Make VM_NAME safe for use as a hostname
VM_NAME="${VM_NAME//./-}"
VM_NAME="${VM_NAME//+/-}"
}
_get_vm_opt() {
local opt="$1"
local type_opt="IMG_${VM_IMG_TYPE}_${opt}"
local default_opt="IMG_DEFAULT_${opt}"
local force_opt="IMG_FORCE_${opt}"
echo "${!force_opt:-${!type_opt:-${!default_opt}}}"
}
# Translate source image names to output names.
# This keeps naming consistent across all vm types.
_src_to_dst_name() {
local src_img="$1"
local suffix="$2"
echo "${1%_image.bin}_${VM_IMG_TYPE}${suffix}"
}
# Generate a destination name based on file extension
_dst_name() {
local src_name=$(basename "$VM_SRC_IMG")
local suffix="$1"
echo "${src_name%_image.bin}_${VM_IMG_TYPE}${suffix}"
}
# Return the destination directory
_dst_dir() {
echo $(dirname "$VM_DST_IMG")
}
# Combine dst name and dir
_dst_path() {
echo "$(_dst_dir)/$(_dst_name "$@")"
}
# Get the proper disk format extension.
_disk_ext() {
local disk_format=$(_get_vm_opt DISK_FORMAT)
case ${disk_format} in
raw) echo bin;;
qcow2) echo img;;
cpio) echo cpio.gz;;
vmdk_ide) echo vmdk;;
vmdk_scsi) echo vmdk;;
vmdk_stream) echo vmdk;;
hdd) echo hdd;;
vhd*) echo vhd;;
*) echo "${disk_format}";;
esac
}
setup_disk_image() {
local disk_layout="${1:-$(_get_vm_opt DISK_LAYOUT)}"
rm -rf "${VM_TMP_DIR}"
mkdir -p "${VM_TMP_DIR}" "${VM_TMP_ROOT}"
info "Initializing new disk image..."
cp --sparse=always "${VM_SRC_IMG}" "${VM_TMP_IMG}"
if [[ $(_get_vm_opt PARTITIONED_IMG) -eq 1 ]]; then
"${BUILD_LIBRARY_DIR}/disk_util" --disk_layout="${disk_layout}" \
update "${VM_TMP_IMG}"
fi
assert_image_size "${VM_TMP_IMG}" raw
info "Mounting image to $(relpath "${VM_TMP_ROOT}")"
"${BUILD_LIBRARY_DIR}/disk_util" --disk_layout="${disk_layout}" \
mount "${VM_TMP_IMG}" "${VM_TMP_ROOT}"
# The only filesystems after this point that may be modified are OEM
# and on rare cases ESP.
# Note: it would be more logical for disk_util to mount things read-only
# to begin with but I'm having trouble making that work reliably.
# When mounting w/ ro the automatically allocated loop device will
# also be configured as read-only. blockdev --setrw will change that
# but io will start throwing errors so that clearly isn't sufficient.
sudo mount -o remount,ro "${VM_TMP_ROOT}"
VM_GROUP=$(grep --no-messages --no-filename ^GROUP= \
"${VM_TMP_ROOT}/usr/share/flatcar/update.conf" \
"${VM_TMP_ROOT}/etc/flatcar/update.conf" | \
tail -n 1 | sed -e 's/^GROUP=//')
if [[ -z "${VM_GROUP}" ]]; then
die "Unable to determine update group for this image."
fi
}
# If the current type defines a oem package install it to the given fs image.
install_oem_package() {
local oem_pkg=$(_get_vm_opt OEM_PACKAGE)
local oem_use=$(_get_vm_opt OEM_USE)
local oem_tmp="${VM_TMP_DIR}/oem"
if [[ -z "${oem_pkg}" ]]; then
return 0
fi
# Split into two steps because we want to always install $oem_pkg from
# the ebuild (build_packages doesn't handle it) *but* we never want to
# build anything else from source here. emerge doesn't have a way to
# enforce this in a single command.
info "Building ${oem_pkg}"
USE="${oem_use}" emerge-${BOARD} \
--nodeps --buildpkgonly --usepkg n \
--verbose "${oem_pkg}"
local getbinpkg
if [[ ${FLAGS_getbinpkg} -eq ${FLAGS_TRUE} ]]; then
getbinpkg=--getbinpkg
fi
info "Installing ${oem_pkg} to OEM partition"
USE="${oem_use}" emerge-${BOARD} \
--root="${oem_tmp}" --sysroot="${oem_tmp}" \
--root-deps=rdeps --usepkgonly ${getbinpkg} \
--verbose --jobs=2 "${oem_pkg}"
sudo rsync -a "${oem_tmp}/oem/" "${VM_TMP_ROOT}/oem/"
sudo rm -rf "${oem_tmp}"
}
# Write the OEM ACI file into the OEM partition.
install_oem_aci() {
local oem_aci=$(_get_vm_opt OEM_ACI)
local aci_dir="${FLAGS_to}/oem-${oem_aci}-aci"
local aci_path="${aci_dir}/flatcar-oem-${oem_aci}.aci"
local binpkgflags=(--nogetbinpkg)
[ -n "${oem_aci}" ] || return 0
[ "${FLAGS_getbinpkg}" = "${FLAGS_TRUE}" ] &&
binpkgflags=(--getbinpkg --getbinpkgver="${FLAGS_getbinpkgver}")
# Build an OEM ACI if necessary, supplying build environment flags.
[ -e "${aci_path}" ] &&
info "ACI ${aci_path} exists; reusing it" ||
"${SCRIPT_ROOT}/build_oem_aci" \
--board="${BOARD}" \
--build_dir="${aci_dir}" \
"${binpkgflags[@]}" \
"${oem_aci}"
info "Installing ${oem_aci} OEM ACI"
sudo install -Dpm 0644 \
"${aci_path}" \
"${VM_TMP_ROOT}/oem/flatcar-oem-${oem_aci}.aci" ||
die "Could not install ${oem_aci} OEM ACI"
# Remove aci_dir if building ACI and installing it succeeded
rm -rf "${aci_dir}"
}
# Write the OEM sysext file into the OEM partition.
install_oem_sysext() {
local oem_sysext=$(_get_vm_opt OEM_SYSEXT)
if [[ -z "${oem_sysext}" ]]; then
return 0
fi
local built_sysext_dir="${FLAGS_to}/${oem_sysext}-sysext"
local built_sysext_filename="${oem_sysext}.raw"
local built_sysext_path="${built_sysext_dir}/${built_sysext_filename}"
# TODO: Set 'version' to "${FLATCAR_VERSION}" and drop
# VERSION_FIELD_OVERRIDE when we implement updating OEM sysexts.
local version='initial'
local build_sysext_env=(
VERSION_FIELD_OVERRIDE='SYSEXT_LEVEL=1.0'
)
local metapkg="coreos-base/${oem_sysext}"
local build_sysext_flags=(
--board="${BOARD}"
--build_dir="${built_sysext_dir}"
--squashfs_base="${VM_SRC_SYSEXT_IMG}"
--metapkgs="${metapkg}"
)
local overlay_path mangle_fs
overlay_path=$(portageq get_repo_path / coreos)
mangle_fs="${overlay_path}/${metapkg}/files/manglefs.sh"
if [[ -x "${mangle_fs}" ]]; then
build_sysext_flags+=(
--manglefs_script="${mangle_fs}"
)
fi
mkdir -p "${built_sysext_dir}"
sudo "${build_sysext_env[@]}" "${SCRIPT_ROOT}/build_sysext" "${build_sysext_flags[@]}" "${oem_sysext}"
local installed_sysext_oem_dir='/oem/sysext'
local installed_sysext_file_prefix="${oem_sysext}-${version}"
local installed_sysext_filename="${installed_sysext_file_prefix}.raw"
local installed_sysext_abspath="${installed_sysext_oem_dir}/${installed_sysext_filename}"
info "Installing ${oem_sysext} sysext"
sudo install -Dpm 0644 \
"${built_sysext_path}" \
"${VM_TMP_ROOT}${installed_sysext_abspath}" ||
die "Could not install ${oem_sysext} sysext"
# Move sysext image and reports to a destination directory to
# upload them, thus making them available as separate artifacts to
# download.
local upload_dir to_move
upload_dir="$(_dst_dir)"
for to_move in "${built_sysext_dir}/${oem_sysext}"*; do
mv "${to_move}" "${upload_dir}/${to_move##*/}"
done
# Generate dev-key-signed update payload for testing
delta_generator \
-private_key "/usr/share/update_engine/update-payload-key.key.pem" \
-new_image "${upload_dir}/${built_sysext_filename}" \
-out_file "${upload_dir}/flatcar_test_update-${oem_sysext}.gz"
# Remove sysext_dir if building sysext and installing it
# succeeded.
rm -rf "${built_sysext_dir}"
# Mark the installed sysext as active.
sudo touch "${VM_TMP_ROOT}${installed_sysext_oem_dir}/active-${oem_sysext}"
}
# Any other tweaks required?
run_fs_hook() {
local fs_hook=$(_get_vm_opt FS_HOOK)
if [[ -n "${fs_hook}" ]]; then
info "Running ${fs_hook} fs hook"
_run_${fs_hook}_fs_hook "$@"
fi
}
_run_box_fs_hook() {
# Copy basic Vagrant configs from OEM
mkdir -p "${VM_TMP_DIR}/box"
cp -R "${VM_TMP_ROOT}/oem/box/." "${VM_TMP_DIR}/box"
sudo rm -fr "${VM_TMP_ROOT}/oem/box"
}
# Write the vm disk image to the target directory in the proper format
write_vm_disk() {
if [[ $(_get_vm_opt PARTITIONED_IMG) -eq 1 ]]; then
# unmount before creating block device images
cleanup_mounts "${VM_TMP_ROOT}"
fi
local disk_format=$(_get_vm_opt DISK_FORMAT)
info "Writing $disk_format image $(basename "${VM_DST_IMG}")"
_write_${disk_format}_disk "${VM_TMP_IMG}" "${VM_DST_IMG}"
# Add disk image to final file list if it isn't going to be bundled
if [[ -z "$(_get_vm_opt BUNDLE_FORMAT)" ]]; then
VM_GENERATED_FILES+=( "${VM_DST_IMG}" )
fi
}
_write_raw_disk() {
mv "$1" "$2"
}
_write_qcow2_disk() {
qemu-img convert -f raw "$1" -O qcow2 -o compat=0.10 "$2"
assert_image_size "$2" qcow2
}
_write_vhd_disk() {
qemu-img convert -f raw "$1" -O vpc -o force_size "$2"
assert_image_size "$2" vpc
}
_write_vhd_fixed_disk() {
qemu-img convert -f raw "$1" -O vpc -o subformat=fixed,force_size "$2"
assert_image_size "$2" vpc
}
_write_vmdk_ide_disk() {
qemu-img convert -f raw "$1" -O vmdk -o adapter_type=ide "$2"
assert_image_size "$2" vmdk
}
_write_vmdk_scsi_disk() {
qemu-img convert -f raw "$1" -O vmdk -o adapter_type=lsilogic "$2"
assert_image_size "$2" vmdk
}
_write_hdd_disk() {
"${BUILD_LIBRARY_DIR}/write_hdd.sh" \
--input_disk_image "$1" \
--input_disk_format "raw" \
--output_disk "${2}"
}
_write_vmdk_stream_disk() {
# requires two pass conversion, qemu-img doesn't properly support the
# stream-optimized VMDK format. The special vmdk-convert tool only takes
# VMDK images as an import format.
local tmpvmdk="${VM_TMP_DIR}/tmp.vmdk"
qemu-img convert -f raw "$1" -O vmdk -o adapter_type=lsilogic "${tmpvmdk}"
vmdk-convert "${tmpvmdk}" "$2"
assert_image_size "$2" vmdk
}
_write_cpio_common() {
local cpio_target="${VM_TMP_DIR}/rootcpio"
local dst_dir=$(_dst_dir)
local vmlinuz_name="$(_dst_name ".vmlinuz")"
local base_dir="${VM_TMP_ROOT}/usr"
sudo mkdir -p "${cpio_target}/etc"
# Inject /usr/.noupdate into squashfs to disable update_engine
echo "/.noupdate f 444 root root echo -n" >"${VM_TMP_DIR}/extra"
# Set correct group for PXE/ISO, which has no writeable /etc
echo /usr/share/flatcar/update.conf f 644 root root \
"sed -e 's/GROUP=.*$/GROUP=${VM_GROUP}/' ${base_dir}/share/flatcar/update.conf" \
>> "${VM_TMP_DIR}/extra"
# Build the squashfs, embed squashfs into a gzipped cpio
pushd "${cpio_target}" >/dev/null
sudo mksquashfs "${base_dir}" "./usr.squashfs" -pf "${VM_TMP_DIR}/extra"
find . | cpio -o -H newc | gzip > "$2"
popd >/dev/null
}
# The cpio "disk" is a bit special,
# consists of a kernel+initrd not a block device
_write_cpio_disk() {
local base_dir="${VM_TMP_ROOT}"
local dst_dir=$(_dst_dir)
local vmlinuz_name="$(_dst_name ".vmlinuz")"
local grub_name="$(_dst_name "_grub.efi")"
_write_cpio_common $@
# Pull the kernel and loader out of the filesystem
cp "${base_dir}"/boot/flatcar/vmlinuz-a "${dst_dir}/${vmlinuz_name}"
local grub_arch
case $BOARD in
amd64-usr) grub_arch="x86_64-efi" ;;
arm64-usr) grub_arch="arm64-efi" ;;
esac
cp "${base_dir}/boot/flatcar/grub/${grub_arch}/core.efi" "${dst_dir}/${grub_name}"
VM_GENERATED_FILES+=( "${dst_dir}/${vmlinuz_name}" "${dst_dir}/${grub_name}" )
}
_write_iso_disk() {
local base_dir="${VM_TMP_ROOT}/usr"
local iso_target="${VM_TMP_DIR}/rootiso"
local dst_dir=$(_dst_dir)
local vmlinuz_name="$(_dst_name ".vmlinuz")"
mkdir "${iso_target}"
pushd "${iso_target}" >/dev/null
mkdir isolinux syslinux flatcar
_write_cpio_common "$1" "${iso_target}/flatcar/cpio.gz"
cp "${VM_TMP_ROOT}"/boot/flatcar/vmlinuz-a "${iso_target}/flatcar/vmlinuz"
cp -R /usr/share/syslinux/* isolinux/
cat<<EOF > isolinux/isolinux.cfg
INCLUDE /syslinux/syslinux.cfg
EOF
cat<<EOF > syslinux/syslinux.cfg
default flatcar
prompt 1
timeout 15
label flatcar
menu default
kernel /flatcar/vmlinuz
append initrd=/flatcar/cpio.gz flatcar.autologin
EOF
mkisofs -v -l -r -J -o $2 -b isolinux/isolinux.bin -c isolinux/boot.cat -no-emul-boot -boot-load-size 4 -boot-info-table .
isohybrid $2
popd >/dev/null
}
# If a config format is defined write it!
write_vm_conf() {
local conf_format=$(_get_vm_opt CONF_FORMAT)
if [[ -n "${conf_format}" ]]; then
info "Writing ${conf_format} configuration"
_write_${conf_format}_conf "$@"
fi
}
_write_qemu_common() {
local script="$1"
local vm_mem="$(_get_vm_opt MEM)"
sed -e "s%^VM_NAME=.*%VM_NAME='${VM_NAME}'%" \
-e "s%^VM_MEMORY=.*%VM_MEMORY='${vm_mem}'%" \
-e "s%^VM_BOARD=.*%VM_BOARD='${BOARD}'%" \
"${BUILD_LIBRARY_DIR}/qemu_template.sh" > "${script}"
checkbashisms --posix "${script}" || die
chmod +x "${script}"
cat >"${VM_README}" <<EOF
If you have qemu installed (or in the SDK), you can start the image with:
cd path/to/image
./$(basename "${script}") -curses
If you need to use a different ssh key or different ssh port:
./$(basename "${script}") -a ~/.ssh/authorized_keys -p 2223 -- -curses
If you rather you can use the -nographic option instad of -curses. In this
mode you can switch from the vm to the qemu monitor console with: Ctrl-a c
See the qemu man page for more details on the monitor console.
SSH into that host with:
ssh 127.0.0.1 -p 2222
EOF
VM_GENERATED_FILES+=( "${script}" "${VM_README}" )
}
_write_qemu_conf() {
local script="$(_dst_dir)/$(_dst_name ".sh")"
local dst_name=$(basename "$VM_DST_IMG")
_write_qemu_common "${script}"
sed -e "s%^VM_IMAGE=.*%VM_IMAGE='${dst_name}'%" -i "${script}"
}
_write_qemu_uefi_conf() {
local script="$(_dst_dir)/$(_dst_name ".sh")"
_write_qemu_conf
local flash_ro="$(_dst_name "_efi_code.fd")"
local flash_rw="$(_dst_name "_efi_vars.fd")"
case $BOARD in
amd64-usr)
cp "/usr/share/edk2-ovmf/OVMF_CODE.fd" "$(_dst_dir)/${flash_ro}"
cp "/usr/share/edk2-ovmf/OVMF_VARS.fd" "$(_dst_dir)/${flash_rw}"
;;
arm64-usr)
# Get edk2 files into local build workspace.
info "Updating edk2 in /build/${BOARD}"
emerge-${BOARD} --nodeps --select --verbose --update --getbinpkg --newuse sys-firmware/edk2-aarch64
# Create 64MiB flash device image files.
dd if=/dev/zero bs=1M count=64 of="$(_dst_dir)/${flash_rw}" \
status=none
cp "/build/${BOARD}/usr/share/edk2-aarch64/QEMU_EFI.fd" \
"$(_dst_dir)/${flash_ro}.work"
truncate --reference="$(_dst_dir)/${flash_rw}" \
"$(_dst_dir)/${flash_ro}.work"
mv "$(_dst_dir)/${flash_ro}.work" "$(_dst_dir)/${flash_ro}"
;;
esac
sed -e "s%^VM_PFLASH_RO=.*%VM_PFLASH_RO='${flash_ro}'%" \
-e "s%^VM_PFLASH_RW=.*%VM_PFLASH_RW='${flash_rw}'%" -i "${script}"
VM_GENERATED_FILES+=( "$(_dst_dir)/${flash_ro}" "$(_dst_dir)/${flash_rw}" )
}
_write_qemu_uefi_secure_conf() {
local flash_rw="$(_dst_name "_efi_vars.fd")"
_write_qemu_uefi_conf
cert-to-efi-sig-list "/usr/share/sb_keys/PK.crt" "${VM_TMP_DIR}/PK.esl"
cert-to-efi-sig-list "/usr/share/sb_keys/KEK.crt" "${VM_TMP_DIR}/KEK.esl"
cert-to-efi-sig-list "/usr/share/sb_keys/DB.crt" "${VM_TMP_DIR}/DB.esl"
flash-var "$(_dst_dir)/${flash_rw}" "PK" "${VM_TMP_DIR}/PK.esl"
flash-var "$(_dst_dir)/${flash_rw}" "KEK" "${VM_TMP_DIR}/KEK.esl"
flash-var "$(_dst_dir)/${flash_rw}" "db" "${VM_TMP_DIR}/DB.esl"
}
_write_pxe_conf() {
local script="$(_dst_dir)/$(_dst_name ".sh")"
local vmlinuz_name="$(_dst_name ".vmlinuz")"
local dst_name=$(basename "$VM_DST_IMG")
_write_qemu_common "${script}"
sed -e "s%^VM_KERNEL=.*%VM_KERNEL='${vmlinuz_name}'%" \
-e "s%^VM_INITRD=.*%VM_INITRD='${dst_name}'%" -i "${script}"
cat >>"${VM_README}" <<EOF
You can pass extra kernel parameters with -append, for example:
./$(basename "${script}") -curses -append 'sshkey="PUT AN SSH KEY HERE"'
When using -nographic or -serial you must also enable the serial console:
./$(basename "${script}") -nographic -append 'console=ttyS0,115200n8'
EOF
local packetipxe="$(_dst_dir)/flatcar_production_packet.ipxe"
cat > "$packetipxe" <<EOF
#!ipxe
kernel flatcar_production_pxe.vmlinuz initrd=flatcar_production_pxe_image.cpio.gz flatcar.first_boot=1 flatcar.oem.id=packet console=ttyS1,115200n8 flatcar.autologin
initrd flatcar_production_pxe_image.cpio.gz
boot
EOF
VM_GENERATED_FILES+=( "$packetipxe" )
}
_write_iso_conf() {
local script="$(_dst_dir)/$(_dst_name ".sh")"
local dst_name=$(basename "$VM_DST_IMG")
_write_qemu_common "${script}"
sed -e "s%^VM_CDROM=.*%VM_CDROM='${dst_name}'%" -i "${script}"
}
# Generate the vmware config file
# A good reference doc: http://www.sanbarrow.com/vmx.html
_write_vmx_conf() {
local vm_mem="${1:-$(_get_vm_opt MEM)}"
local src_name=$(basename "$VM_SRC_IMG")
local dst_name=$(basename "$VM_DST_IMG")
local dst_dir=$(dirname "$VM_DST_IMG")
local vmx_path="${dst_dir}/$(_src_to_dst_name "${src_name}" ".vmx")"
cat >"${vmx_path}" <<EOF
#!/usr/bin/vmware
.encoding = "UTF-8"
config.version = "8"
virtualHW.version = "11"
cleanShutdown = "TRUE"
displayName = "${VM_NAME}"
ethernet0.addressType = "generated"
ethernet0.present = "TRUE"
ethernet0.virtualDev = "vmxnet3"
floppy0.present = "FALSE"
guestOS = "other26xlinux-64"
memsize = "${vm_mem}"
powerType.powerOff = "soft"
powerType.powerOn = "hard"
powerType.reset = "hard"
powerType.suspend = "hard"
scsi0.present = "TRUE"
scsi0.virtualDev = "pvscsi"
scsi0:0.fileName = "${dst_name}"
scsi0:0.present = "TRUE"
sound.present = "FALSE"
usb.generic.autoconnect = "FALSE"
usb.present = "TRUE"
rtc.diffFromUTC = 0
pciBridge0.present = "TRUE"
pciBridge4.present = "TRUE"
pciBridge4.virtualDev = "pcieRootPort"
pciBridge4.functions = "8"
pciBridge5.present = "TRUE"
pciBridge5.virtualDev = "pcieRootPort"
pciBridge5.functions = "8"
pciBridge6.present = "TRUE"
pciBridge6.virtualDev = "pcieRootPort"
pciBridge6.functions = "8"
pciBridge7.present = "TRUE"
pciBridge7.virtualDev = "pcieRootPort"
pciBridge7.functions = "8"
hpet0.present = "TRUE"
vcpu.hotadd = "TRUE"
mem.hotadd = "TRUE"
EOF
# Only upload the vmx if it won't be bundled
if [[ -z "$(_get_vm_opt BUNDLE_FORMAT)" ]]; then
VM_GENERATED_FILES+=( "${vmx_path}" )
fi
}
_write_vmware_zip_conf() {
local src_name=$(basename "$VM_SRC_IMG")
local dst_name=$(basename "$VM_DST_IMG")
local dst_dir=$(dirname "$VM_DST_IMG")
local vmx_path="${dst_dir}/$(_src_to_dst_name "${src_name}" ".vmx")"
local vmx_file=$(basename "${vmx_path}")
local zip="${dst_dir}/$(_src_to_dst_name "${src_name}" ".zip")"
_write_vmx_conf "$1"
# Move the disk/vmx to tmp, they will be zipped.
mv "${VM_DST_IMG}" "${VM_TMP_DIR}/${dst_name}"
mv "${vmx_path}" "${VM_TMP_DIR}/${vmx_file}"
cat > "${VM_TMP_DIR}/insecure_ssh_key" <<EOF
-----BEGIN RSA PRIVATE KEY-----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-----END RSA PRIVATE KEY-----
EOF
chmod 600 "${VM_TMP_DIR}/insecure_ssh_key"
zip --junk-paths "${zip}" \
"${VM_TMP_DIR}/${dst_name}" \
"${VM_TMP_DIR}/${vmx_file}" \
"${VM_TMP_DIR}/insecure_ssh_key"
cat > "${VM_README}" <<EOF
Use insecure_ssh_key in the zip for login access.
TODO: more instructions!
EOF
# Replace list, not append, since we packaged up the disk image.
VM_GENERATED_FILES=( "${zip}" "${VM_README}" )
}
# Generate a new-style (xl) Xen config file for both pvgrub and pygrub
_write_xl_conf() {
local vm_mem="${1:-$(_get_vm_opt MEM)}"
local src_name=$(basename "$VM_SRC_IMG")
local dst_name=$(basename "$VM_DST_IMG")
local dst_dir=$(dirname "$VM_DST_IMG")
local pygrub="${dst_dir}/$(_src_to_dst_name "${src_name}" "_pygrub.cfg")"
local pvgrub="${dst_dir}/$(_src_to_dst_name "${src_name}" "_pvgrub.cfg")"
local disk_format=$(_get_vm_opt DISK_FORMAT)
# Set up the few differences between pygrub and pvgrub
echo '# Xen PV config using pygrub' > "${pygrub}"
echo 'bootloader = "pygrub"' >> "${pygrub}"
echo '# Xen PV config using pvgrub' > "${pvgrub}"
echo 'kernel = "/usr/lib/xen/boot/pv-grub-x86_64.gz"' >> "${pvgrub}"
echo 'extra = "(hd0,0)/boot/grub/menu.lst"' >> "${pvgrub}"
# The rest is the same
tee -a "${pygrub}" >> "${pvgrub}" <<EOF
builder = "generic"
name = "${VM_NAME}"
memory = "${vm_mem}"
vcpus = 2
# TODO(marineam): networking...
vif = [ ]
disk = [ '${dst_name},${disk_format},xvda' ]
EOF
cat > "${VM_README}" <<EOF
If this is a Xen Dom0 host with pygrub you can start the vm with:
cd $(relpath "${dst_dir}")
xl create -c "${pygrub##*/}"
Or with pvgrub instead:
xl create -c "${pvgrub##*/}"
Detach from the console with ^] and reattach with:
xl console ${VM_NAME}
Kill the vm with:
xl destroy ${VM_NAME}
EOF
VM_GENERATED_FILES+=( "${pygrub}" "${pvgrub}" "${VM_README}" )
}
_write_ovf_virtualbox_conf() {
local vm_mem="${1:-$(_get_vm_opt MEM)}"
local src_name=$(basename "$VM_SRC_IMG")
local dst_name=$(basename "$VM_DST_IMG")
local dst_dir=$(dirname "$VM_DST_IMG")
local ovf="${dst_dir}/$(_src_to_dst_name "${src_name}" ".ovf")"
"${BUILD_LIBRARY_DIR}/virtualbox_ovf.sh" \
--vm_name "$VM_NAME" \
--disk_vmdk "$VM_DST_IMG" \
--memory_size "$vm_mem" \
--output_ovf "$ovf"
local ovf_name=$(basename "${ovf}")
cat > "${VM_README}" <<EOF
Copy ${dst_name} and ${ovf_name} to a VirtualBox host and run:
VBoxManage import ${ovf_name}
EOF
VM_GENERATED_FILES+=( "$ovf" "${VM_README}" )
}
_write_vagrant_conf() {
local vm_mem="${1:-$(_get_vm_opt MEM)}"
local ovf="${VM_TMP_DIR}/box/box.ovf"
local mac="${VM_TMP_DIR}/box/base_mac.rb"
"${BUILD_LIBRARY_DIR}/virtualbox_ovf.sh" \
--vm_name "$VM_NAME" \
--disk_vmdk "${VM_DST_IMG}" \
--memory_size "$vm_mem" \
--output_ovf "$ovf" \
--output_vagrant "$mac"
}
_write_vagrant_vmware_fusion_conf() {
local vm_mem="${1:-$(_get_vm_opt MEM)}"
local vmx=$(_dst_path ".vmx")
mkdir -p "${VM_TMP_DIR}/box"
_write_vmx_conf ${vm_mem}
mv "${vmx}" "${VM_TMP_DIR}/box"
}
_write_vagrant_parallels_conf() {
local vm_mem="${1:-$(_get_vm_opt MEM)}"
local pvs=$(_dst_path ".pvs")
"${BUILD_LIBRARY_DIR}/parallels_pvs.sh" \
--vm_name "$VM_NAME" \
--disk_image "$VM_DST_IMG" \
--memory_size "$vm_mem" \
--output_pvs "$pvs" \
--template
}
_write_pvs_conf() {
local vm_mem="${1:-$(_get_vm_opt MEM)}"
local pvs=$(_dst_path ".pvs")
"${BUILD_LIBRARY_DIR}/parallels_pvs.sh" \
--vm_name "$VM_NAME" \
--disk_image "$VM_DST_IMG" \
--memory_size "$vm_mem" \
--output_pvs "$pvs"
}
_write_gce_conf() {
local src_name=$(basename "$VM_SRC_IMG")
local dst_dir=$(dirname "$VM_DST_IMG")
local tar_path="${dst_dir}/$(_src_to_dst_name "${src_name}" ".tar.gz")"
mv "${VM_DST_IMG}" "${VM_TMP_DIR}/disk.raw"
tar -czf "${tar_path}" -C "${VM_TMP_DIR}" "disk.raw"
VM_GENERATED_FILES=( "${tar_path}" )
}
_write_ovf_vmware_conf() {
local vm_mem="${1:-$(_get_vm_opt MEM)}"
local vm_cpus="$(_get_vm_opt CPUS)"
local vmdk_file_size=$(du --bytes "${VM_DST_IMG}" | cut -f1)
local vmdk_capacity=$(vmdk-convert -i "${VM_DST_IMG}" | jq .capacity)
local ovf="$(_dst_path ".ovf")"
sed "${BUILD_LIBRARY_DIR}/template_vmware.ovf" \
-e "s/@@NAME@@/$(_dst_name)/g" \
-e "s/@@VMDK_FILE_NAME@@/$(basename ${VM_DST_IMG})/g" \
-e "s/@@VMDK_FILE_SIZE@@/${vmdk_file_size}/g" \
-e "s/@@VMDK_CAPACITY@@/${vmdk_capacity}/g" \
-e "s/@@NUM_CPUS@@/${vm_cpus}/g" \
-e "s/@@MEM_SIZE@@/${vm_mem}/g" \
> "${ovf}"
VM_GENERATED_FILES+=( "$ovf" )
}
# If this is a bundled format generate it!
write_vm_bundle() {
local bundle_format=$(_get_vm_opt BUNDLE_FORMAT)
if [[ -n "${bundle_format}" ]]; then
info "Writing ${bundle_format} bundle"
_write_${bundle_format}_bundle "$@"
fi
}
_write_box_bundle() {
local box=$(_dst_path ".box")
local json=$(_dst_path ".json")
local image=${VM_DST_IMG}
local provider="virtualbox"
if [[ "${VM_IMG_TYPE}" == vagrant_vmware_fusion ]]; then
provider="vmware_fusion"
elif [[ "${VM_IMG_TYPE}" == vagrant_parallels ]]; then
provider="parallels"
image="${VM_TMP_DIR}/tmp.pvm"
mkdir -p "${image}"
mv "${VM_DST_IMG}" "${image}"
mv "$(_dst_path ".pvs")" "${image}"/config.pvs
fi
cat > "${VM_TMP_DIR}"/box/metadata.json <<EOF
{"provider": "${provider}"}
EOF
mv "${image}" "${VM_TMP_DIR}/box"
tar -czf "${box}" -C "${VM_TMP_DIR}/box" .
cat >"${json}" <<EOF
{
"name": "flatcar-${VM_GROUP}",
"description": "Flatcar ${VM_GROUP}",
"versions": [{
"version": "${FLATCAR_VERSION_ID}",
"providers": [{
"name": "${provider}",
"url": "$(download_image_url "$(_dst_name ".box")")",
"checksum_type": "sha256",
"checksum": "$(sha256sum "${box}" | awk '{print $1}')"
}]
}]
}
EOF
VM_GENERATED_FILES+=( "${box}" "${json}" )
}
_write_ova_bundle() {
local mf="$(_dst_name ".mf")"
local vmdk="$(basename ${VM_DST_IMG})"
local ovf=$(_dst_name ".ovf")
cp "${VM_DST_IMG}" "${VM_TMP_DIR}/${vmdk}"
cp "$(_dst_dir)/${ovf}" "${VM_TMP_DIR}/${ovf}"
echo "SHA1(${vmdk})= $(sha1sum "${VM_TMP_DIR}/${vmdk}" | cut -d' ' -f1)" > "${VM_TMP_DIR}/${mf}"
echo "SHA1(${ovf})= $(sha1sum "${VM_TMP_DIR}/${ovf}" | cut -d' ' -f1)" >> "${VM_TMP_DIR}/${mf}"
tar -cf $(_dst_path ".ova") -C "${VM_TMP_DIR}" "${ovf}" "${mf}" "${vmdk}"
VM_GENERATED_FILES+=( $(_dst_path ".ova") "${VM_DST_IMG}" )
}
_write_pvm_tgz_bundle() {
local pvm="${VM_TMP_DIR}/tmp.pvm"
local tgz=$(_dst_path ".tgz")
mkdir -p "${pvm}"
mv "${VM_DST_IMG}" "${pvm}"
mv "$(_dst_path ".pvs")" "${pvm}"/config.pvs
tar -czf "${tgz}" -C "${pvm}" .
VM_GENERATED_FILES+=( "${tgz}" )
}
vm_cleanup() {
info "Cleaning up temporary files"
if mountpoint -q "${VM_TMP_ROOT}"; then
cleanup_mounts "${VM_TMP_ROOT}"
fi
sudo rm -rf "${VM_TMP_DIR}"
}
vm_upload() {
declare -a legacy_uploads
declare -a uploadable_files
declare -a compressed_images
declare -a image_files
declare -a digest_uploads
compress_disk_images VM_GENERATED_FILES compressed_images uploadable_files
if [ "${#compressed_images[@]}" -gt 0 ]; then
uploadable_files+=( "${compressed_images[@]}" )
legacy_uploads+=( "${compressed_images[@]}" )
fi
local digests="$(_dst_dir)/$(_dst_name .DIGESTS)"
upload_image -d "${digests}" "${uploadable_files[@]}"
[[ -e "${digests}" ]] || return 0
# Since depending on the ordering of $VM_GENERATED_FILES is brittle only
# use it if $VM_DST_IMG isn't included in the uploaded files.
if [ "${#legacy_uploads[@]}" -eq 0 ];then
legacy_uploads+=( "${VM_GENERATED_FILES[0]}" )
fi
for legacy_upload in "${legacy_uploads[@]}";do
local legacy_digest_file="${legacy_upload}.DIGESTS"
[[ "${legacy_digest_file}" == "${digests}" ]] && continue
cp "${digests}" "${legacy_digest_file}"
digest_uploads+=( "${legacy_digest_file}" )
if [[ -e "${digests}.asc" ]]; then
digest_uploads+=( "${legacy_digest_file}.asc" )
cp "${digests}.asc" "${legacy_digest_file}.asc"
fi
done
if [ "${#digest_uploads[@]}" -gt 0 ];then
legacy_uploads+=( "${digest_uploads[@]}" )
fi
local def_upload_path="${UPLOAD_ROOT}/boards/${BOARD}/${FLATCAR_VERSION}"
upload_files "$(_dst_name)" "${def_upload_path}" "" "${legacy_uploads[@]}"
}
print_readme() {
local filename
info "Files written to $(relpath "$(dirname "${VM_DST_IMG}")")"
for filename in "${VM_GENERATED_FILES[@]}"; do
info " - $(basename "${filename}")"
done
if [[ -f "${VM_README}" ]]; then
cat "${VM_README}"
fi
}
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