build_image - mirrors/cros/chromiumos/platform/crosutils - Git at Google

 #!/bin/bash

 # Copyright (c) 2012 The Chromium OS Authors. All rights reserved.
 # Use of this source code is governed by a BSD-style license that can be
 # found in the LICENSE file.

 # Script to build a bootable keyfob-based chromeos system image from within
 # a chromiumos setup. This assumes that all needed packages have been built into
 # the given target's root with binary packages turned on. This script will
 # build the Chrome OS image using only pre-built binary packages.

 SCRIPT_ROOT="$(dirname "$(readlink -f "$0")")"
 # shellcheck source=build_library/build_common.sh
 . "${SCRIPT_ROOT}/build_library/build_common.sh" || exit 1

 # Make sure we run with network disabled to prevent leakage.
 if [[ -z ${UNSHARE} ]]; then
   if [[ $(id -u) -ne 0 ]]; then
     exec sudo -E env PATH="${PATH}" "$0" "$@"
   fi
   exec unshare -n -- sudo -E UNSHARE=true -u "${SUDO_USER}" -- "$0" "$@"
 fi

 # Developer-visible flags.
 DEFINE_string adjust_part "" \
   "Adjustments to apply to partition table (LABEL:[+-=]SIZE) e.g. ROOT-A:+1G"
 DEFINE_string board "${DEFAULT_BOARD}" \
   "The board to build an image for."
 DEFINE_string boot_args "noinitrd" \
   "Additional boot arguments to pass to the commandline"
 DEFINE_boolean enable_bootcache ${FLAGS_FALSE} \
   "Default all bootloaders to NOT use boot cache."
 DEFINE_boolean enable_rootfs_verification ${FLAGS_TRUE} \
   "Default all bootloaders to use kernel-based root fs integrity checking." \
   r
 DEFINE_string output_root "${DEFAULT_BUILD_ROOT}/images" \
   "Directory in which to place image result directories (named by version)"
 DEFINE_string disk_layout "default" \
   "The disk layout type to use for this image."
 DEFINE_string enable_serial "" \
   "Enable serial port for printks. Example values: ttyS0"
 DEFINE_integer loglevel 7 \
   "The loglevel to add to the kernel command line."
 DEFINE_string builder_path "" \
   "The build_name to be installed on DUT during hwtest."


 FLAGS_HELP="USAGE: build_image [flags] [list of images to build].
 This script is used to build a Chromium OS image. Chromium OS comes in many
 different forms.  This scripts can be used to build the following:

 base - Pristine Chromium OS image. As similar to Chrome OS as possible.
 dev [default] - Developer image. Like base but with additional dev packages.
 test - Like dev, but with additional test specific packages and can be easily
   used for automated testing using scripts like test_that, etc.
 factory_install - Install shim for bootstrapping the factory test process.
   Cannot be built along with any other image.

 Examples:

 build_image --board=<board> dev test - builds developer and test images.
 build_image --board=<board> factory_install - builds a factory install shim.

 Note if you want to build an image with custom size partitions, either consider
 adding a new disk layout in build_library/legacy_disk_layout.json OR use
 adjust_part. See the help above but here are a few examples:

 adjust_part='STATE:+1G' -- add one GB to the size the stateful partition
 adjust_part='ROOT-A:-1G' -- remove one GB from the primary rootfs partition
 adjust_part='STATE:=1G' --  make the stateful partition 1 GB
 ...
 "

 # The following options are advanced options, only available to those willing
 # to read the source code. They are not shown in help output, since they are
 # not needed for the typical developer workflow.
 DEFINE_integer build_attempt 1 \
   "The build attempt for this image build."
 DEFINE_string build_root "${DEFAULT_BUILD_ROOT}/images" \
   "Directory in which to compose the image, before copying it to output_root."
 DEFINE_integer jobs -1 \
   "How many packages to build in parallel at maximum."
 DEFINE_boolean replace ${FLAGS_FALSE} \
   "Overwrite existing output, if any."
 DEFINE_string symlink "latest" \
   "Symlink name to use for this image."
 DEFINE_string version "" \
   "Overrides version number in name to this version."
 DEFINE_string output_suffix "" \
   "Add custom suffix to output directory."
 DEFINE_boolean eclean ${FLAGS_TRUE} \
   "Do NOT call eclean before building the image (default is to call eclean)."

 # Parse command line.
 FLAGS "$@" || exit 1

 # See if we want to default the bootcache flag before we clobber
 # the user's command line.  We want to default to false if the
 # user explicitly disabled rootfs verification otherwise they
 # have to manually specify both.
 FLAGS_bootcache_use_board_default=${FLAGS_enable_rootfs_verification}
 case " $* " in
   *" --enable_bootcache "*|\
   *" --noenable_bootcache "*)
     FLAGS_bootcache_use_board_default=${FLAGS_FALSE}
     ;;
 esac

 eval set -- "${FLAGS_ARGV}"

 # Only now can we die on error. shflags functions leak non-zero error codes,
 # so will die prematurely if 'switch_to_strict_mode' is specified before now.
 switch_to_strict_mode

 # Determine build version.
 OVERLAY_CHROMEOS_DIR="${SRC_ROOT}/third_party/chromiumos-overlay/chromeos"
 # shellcheck source=../third_party/chromiumos-overlay/chromeos/config/chromeos_version.sh
 . "${OVERLAY_CHROMEOS_DIR}/config/chromeos_version.sh" || exit 1
 # N.B.  Ordering matters for some of the libraries below, because
 # some of the files contain initialization used by later files.
 # shellcheck source=build_library/board_options.sh
 . "${BUILD_LIBRARY_DIR}/board_options.sh" || exit 1
 # shellcheck source=build_library/disk_layout_util.sh
 . "${BUILD_LIBRARY_DIR}/disk_layout_util.sh" || exit 1
 # shellcheck source=build_library/mount_gpt_util.sh
 . "${BUILD_LIBRARY_DIR}/mount_gpt_util.sh" || exit 1
 # shellcheck source=build_library/build_image_util.sh
 . "${BUILD_LIBRARY_DIR}/build_image_util.sh" || exit 1
 # shellcheck source=build_library/base_image_util.sh
 . "${BUILD_LIBRARY_DIR}/base_image_util.sh" || exit 1
 # shellcheck source=build_library/dev_image_util.sh
 . "${BUILD_LIBRARY_DIR}/dev_image_util.sh" || exit 1
 # shellcheck source=build_library/test_image_util.sh
 . "${BUILD_LIBRARY_DIR}/test_image_util.sh" || exit 1
 # shellcheck source=build_library/selinux_util.sh
 . "${BUILD_LIBRARY_DIR}/selinux_util.sh" || exit 1

 parse_build_image_args

 load_board_specific_script "board_specific_setup.sh"

 sudo_clear_shadow_locks "/build/${FLAGS_board}"

 # TODO: <prebuild hook>

 BASE_PACKAGE="virtual/target-os"
 # Tweak flags, configure extra USE flags, and set base packages for the factory
 # install shim.
 if should_build_image "${CHROMEOS_FACTORY_INSTALL_SHIM_NAME}"; then
   # TODO: Build a separated ebuild for the install shim to reduce size.
   INSTALL_MASK="${FACTORY_SHIM_INSTALL_MASK}"

   # Add the cros_factory_install boot arg.
   FLAGS_boot_args="${FLAGS_boot_args} cros_factory_install"

   BASE_PACKAGE="virtual/target-os-factory-shim"

   export USE="${USE} fbconsole vtconsole factory_shim_ramfs i2cdev vfat"
 fi

 # Mask systemd directories if this is not a systemd image.
 if ! has "systemd" "$("portageq-${FLAGS_board}" envvar USE)"; then
   COMMON_INSTALL_MASK+=" ${SYSTEMD_INSTALL_MASK}"
   DEFAULT_INSTALL_MASK+=" ${SYSTEMD_INSTALL_MASK}"
   FACTORY_SHIM_INSTALL_MASK+=" ${SYSTEMD_INSTALL_MASK}"
   INSTALL_MASK+=" ${SYSTEMD_INSTALL_MASK}"
 fi

 # TODO: </prebuild hook>

 # If we are creating a developer image, also create a pristine image with a
 # different name.
 PRISTINE_IMAGE_NAME=
 if should_build_image "${CHROMEOS_FACTORY_INSTALL_SHIM_NAME}"; then
   PRISTINE_IMAGE_NAME="${CHROMEOS_FACTORY_INSTALL_SHIM_NAME}"
 else
   PRISTINE_IMAGE_NAME="${CHROMEOS_BASE_IMAGE_NAME}"
 fi

 if [[ ${FLAGS_eclean} -eq ${FLAGS_TRUE} ]]; then
   "${BOARD_ROOT}/build/bin/eclean" -d packages
 fi

 # Handle existing directory.
 if [[ -e "${BUILD_DIR}" ]]; then
   if [[ ${FLAGS_replace} -eq ${FLAGS_TRUE} ]]; then
     sudo rm -rf "${BUILD_DIR}"
   else
     error "Directory ${BUILD_DIR} already exists."
     error "Use --build_attempt option to specify an unused attempt."
     error "Or use --replace if you want to overwrite this directory."
     die "Unwilling to overwrite ${BUILD_DIR}."
   fi
 fi

 # Create the output directory and temporary mount points.
 mkdir -p "${BUILD_DIR}"

 # Create the base image.
 create_base_image "${PRISTINE_IMAGE_NAME}" \
   "${FLAGS_enable_rootfs_verification}" "${FLAGS_enable_bootcache}"

 # Running board-specific setup if any exists.
 if type board_setup &>/dev/null; then
   board_setup "${BUILD_DIR}/${PRISTINE_IMAGE_NAME}"
 fi

 # Create a developer image if an image that is based on it is requested.
 if should_build_image "${CHROMEOS_DEVELOPER_IMAGE_NAME}" \
     "${CHROMEOS_TEST_IMAGE_NAME}"; then
   copy_image "${CHROMEOS_BASE_IMAGE_NAME}" "${CHROMEOS_DEVELOPER_IMAGE_NAME}"
   install_dev_packages "${CHROMEOS_DEVELOPER_IMAGE_NAME}"
 fi

 # From a developer image create a test image.
 if should_build_image "${CHROMEOS_TEST_IMAGE_NAME}"; then
   copy_image  "${CHROMEOS_DEVELOPER_IMAGE_NAME}" "${CHROMEOS_TEST_IMAGE_NAME}"
   mod_image_for_test  "${CHROMEOS_TEST_IMAGE_NAME}"
 fi

 # Move the completed image to the output_root.
 move_image "${BUILD_DIR}" "${OUTPUT_DIR}"

 # Copy DLC images to the output_root directory.
 build_dlc --sysroot="${BOARD_ROOT}" --install-root-dir="${OUTPUT_DIR}/dlc" \
   --board="${BOARD}"

 # Create a named symlink.
 LINK_NAME="${FLAGS_output_root}/${BOARD}/${FLAGS_symlink}"
 ln -sfT "$(basename "${OUTPUT_DIR}")" "${LINK_NAME}"

 info "Done. Image(s) created in ${OUTPUT_DIR}"
 echo

 # Print out the images we generated.
 summarize() {
   local name="$1" img="$2"
   local dir_path

   # __flags_output_root_default defined in shflags.
   # shellcheck disable=2154
   if [[ "${FLAGS_output_root}" == "${__flags_output_root_default}" ]]; then
     dir_path=${OUTSIDE_OUTPUT_DIR}
   else
     dir_path="${OUTPUT_DIR}"
   fi

   info "${name} image created as ${img}"
   info "To copy the image to a USB key, use:"
   info "  cros flash usb:// ${dir_path}/${img}"
   info "To flash the image to a Chrome OS device, use:"
   info "  cros flash YOUR_DEVICE_IP ${dir_path}/${img}"
   info "Note that the device must be accessible over the network."
   info "A base image will not work in this mode, but a test or dev image will."
   if [[ $# -ge 3 ]]; then
     info "To convert it to a VM image, use:"
     info "  ./image_to_vm.sh --from=${dir_path} --board=${BOARD} $3"
   fi
   echo
 }
 if should_build_image "${CHROMEOS_BASE_IMAGE_NAME}"; then
   summarize "Non-developer Chromium OS" "${PRISTINE_IMAGE_NAME}"
 fi
 if should_build_image "${CHROMEOS_FACTORY_SHIM_NAME}"; then
   summarize "Chromium OS Factory install shim" "${PRISTINE_IMAGE_NAME}"
 fi
 if should_build_image "${CHROMEOS_DEVELOPER_IMAGE_NAME}"; then
   summarize "Developer" "${CHROMEOS_DEVELOPER_IMAGE_NAME}" ""
 fi
 if should_build_image "${CHROMEOS_TEST_IMAGE_NAME}"; then
   summarize "Test" "${CHROMEOS_TEST_IMAGE_NAME}" "--test"
 fi

 command_completed
	#!/bin/bash

	# Copyright (c) 2012 The Chromium OS Authors. All rights reserved.
	# Use of this source code is governed by a BSD-style license that can be
	# found in the LICENSE file.

	# Script to build a bootable keyfob-based chromeos system image from within
	# a chromiumos setup. This assumes that all needed packages have been built into
	# the given target's root with binary packages turned on. This script will
	# build the Chrome OS image using only pre-built binary packages.

	SCRIPT_ROOT="$(dirname "$(readlink -f "$0")")"
	# shellcheck source=build_library/build_common.sh
	. "${SCRIPT_ROOT}/build_library/build_common.sh" \|\| exit 1

	# Make sure we run with network disabled to prevent leakage.
	if [[ -z ${UNSHARE} ]]; then
	if [[ $(id -u) -ne 0 ]]; then
	exec sudo -E env PATH="${PATH}" "$0" "$@"
	fi
	exec unshare -n -- sudo -E UNSHARE=true -u "${SUDO_USER}" -- "$0" "$@"
	fi

	# Developer-visible flags.
	DEFINE_string adjust_part "" \
	"Adjustments to apply to partition table (LABEL:[+-=]SIZE) e.g. ROOT-A:+1G"
	DEFINE_string board "${DEFAULT_BOARD}" \
	"The board to build an image for."
	DEFINE_string boot_args "noinitrd" \
	"Additional boot arguments to pass to the commandline"
	DEFINE_boolean enable_bootcache ${FLAGS_FALSE} \
	"Default all bootloaders to NOT use boot cache."
	DEFINE_boolean enable_rootfs_verification ${FLAGS_TRUE} \
	"Default all bootloaders to use kernel-based root fs integrity checking." \
	r
	DEFINE_string output_root "${DEFAULT_BUILD_ROOT}/images" \
	"Directory in which to place image result directories (named by version)"
	DEFINE_string disk_layout "default" \
	"The disk layout type to use for this image."
	DEFINE_string enable_serial "" \
	"Enable serial port for printks. Example values: ttyS0"
	DEFINE_integer loglevel 7 \
	"The loglevel to add to the kernel command line."
	DEFINE_string builder_path "" \
	"The build_name to be installed on DUT during hwtest."


	FLAGS_HELP="USAGE: build_image [flags] [list of images to build].
	This script is used to build a Chromium OS image. Chromium OS comes in many
	different forms. This scripts can be used to build the following:

	base - Pristine Chromium OS image. As similar to Chrome OS as possible.
	dev [default] - Developer image. Like base but with additional dev packages.
	test - Like dev, but with additional test specific packages and can be easily
	used for automated testing using scripts like test_that, etc.
	factory_install - Install shim for bootstrapping the factory test process.
	Cannot be built along with any other image.

	Examples:

	build_image --board=<board> dev test - builds developer and test images.
	build_image --board=<board> factory_install - builds a factory install shim.

	Note if you want to build an image with custom size partitions, either consider
	adding a new disk layout in build_library/legacy_disk_layout.json OR use
	adjust_part. See the help above but here are a few examples:

	adjust_part='STATE:+1G' -- add one GB to the size the stateful partition
	adjust_part='ROOT-A:-1G' -- remove one GB from the primary rootfs partition
	adjust_part='STATE:=1G' -- make the stateful partition 1 GB
	...
	"

	# The following options are advanced options, only available to those willing
	# to read the source code. They are not shown in help output, since they are
	# not needed for the typical developer workflow.
	DEFINE_integer build_attempt 1 \
	"The build attempt for this image build."
	DEFINE_string build_root "${DEFAULT_BUILD_ROOT}/images" \
	"Directory in which to compose the image, before copying it to output_root."
	DEFINE_integer jobs -1 \
	"How many packages to build in parallel at maximum."
	DEFINE_boolean replace ${FLAGS_FALSE} \
	"Overwrite existing output, if any."
	DEFINE_string symlink "latest" \
	"Symlink name to use for this image."
	DEFINE_string version "" \
	"Overrides version number in name to this version."
	DEFINE_string output_suffix "" \
	"Add custom suffix to output directory."
	DEFINE_boolean eclean ${FLAGS_TRUE} \
	"Do NOT call eclean before building the image (default is to call eclean)."

	# Parse command line.
	FLAGS "$@" \|\| exit 1

	# See if we want to default the bootcache flag before we clobber
	# the user's command line. We want to default to false if the
	# user explicitly disabled rootfs verification otherwise they
	# have to manually specify both.
	FLAGS_bootcache_use_board_default=${FLAGS_enable_rootfs_verification}
	case " $* " in
	" --enable_bootcache "\|\
	" --noenable_bootcache ")
	FLAGS_bootcache_use_board_default=${FLAGS_FALSE}
	;;
	esac

	eval set -- "${FLAGS_ARGV}"

	# Only now can we die on error. shflags functions leak non-zero error codes,
	# so will die prematurely if 'switch_to_strict_mode' is specified before now.
	switch_to_strict_mode

	# Determine build version.
	OVERLAY_CHROMEOS_DIR="${SRC_ROOT}/third_party/chromiumos-overlay/chromeos"
	# shellcheck source=../third_party/chromiumos-overlay/chromeos/config/chromeos_version.sh
	. "${OVERLAY_CHROMEOS_DIR}/config/chromeos_version.sh" \|\| exit 1
	# N.B. Ordering matters for some of the libraries below, because
	# some of the files contain initialization used by later files.
	# shellcheck source=build_library/board_options.sh
	. "${BUILD_LIBRARY_DIR}/board_options.sh" \|\| exit 1
	# shellcheck source=build_library/disk_layout_util.sh
	. "${BUILD_LIBRARY_DIR}/disk_layout_util.sh" \|\| exit 1
	# shellcheck source=build_library/mount_gpt_util.sh
	. "${BUILD_LIBRARY_DIR}/mount_gpt_util.sh" \|\| exit 1
	# shellcheck source=build_library/build_image_util.sh
	. "${BUILD_LIBRARY_DIR}/build_image_util.sh" \|\| exit 1
	# shellcheck source=build_library/base_image_util.sh
	. "${BUILD_LIBRARY_DIR}/base_image_util.sh" \|\| exit 1
	# shellcheck source=build_library/dev_image_util.sh
	. "${BUILD_LIBRARY_DIR}/dev_image_util.sh" \|\| exit 1
	# shellcheck source=build_library/test_image_util.sh
	. "${BUILD_LIBRARY_DIR}/test_image_util.sh" \|\| exit 1
	# shellcheck source=build_library/selinux_util.sh
	. "${BUILD_LIBRARY_DIR}/selinux_util.sh" \|\| exit 1

	parse_build_image_args

	load_board_specific_script "board_specific_setup.sh"

	sudo_clear_shadow_locks "/build/${FLAGS_board}"

	# TODO: <prebuild hook>

	BASE_PACKAGE="virtual/target-os"
	# Tweak flags, configure extra USE flags, and set base packages for the factory
	# install shim.
	if should_build_image "${CHROMEOS_FACTORY_INSTALL_SHIM_NAME}"; then
	# TODO: Build a separated ebuild for the install shim to reduce size.
	INSTALL_MASK="${FACTORY_SHIM_INSTALL_MASK}"

	# Add the cros_factory_install boot arg.
	FLAGS_boot_args="${FLAGS_boot_args} cros_factory_install"

	BASE_PACKAGE="virtual/target-os-factory-shim"

	export USE="${USE} fbconsole vtconsole factory_shim_ramfs i2cdev vfat"
	fi

	# Mask systemd directories if this is not a systemd image.
	if ! has "systemd" "$("portageq-${FLAGS_board}" envvar USE)"; then
	COMMON_INSTALL_MASK+=" ${SYSTEMD_INSTALL_MASK}"
	DEFAULT_INSTALL_MASK+=" ${SYSTEMD_INSTALL_MASK}"
	FACTORY_SHIM_INSTALL_MASK+=" ${SYSTEMD_INSTALL_MASK}"
	INSTALL_MASK+=" ${SYSTEMD_INSTALL_MASK}"
	fi

	# TODO: </prebuild hook>

	# If we are creating a developer image, also create a pristine image with a
	# different name.
	PRISTINE_IMAGE_NAME=
	if should_build_image "${CHROMEOS_FACTORY_INSTALL_SHIM_NAME}"; then
	PRISTINE_IMAGE_NAME="${CHROMEOS_FACTORY_INSTALL_SHIM_NAME}"
	else
	PRISTINE_IMAGE_NAME="${CHROMEOS_BASE_IMAGE_NAME}"
	fi

	if [[ ${FLAGS_eclean} -eq ${FLAGS_TRUE} ]]; then
	"${BOARD_ROOT}/build/bin/eclean" -d packages
	fi

	# Handle existing directory.
	if [[ -e "${BUILD_DIR}" ]]; then
	if [[ ${FLAGS_replace} -eq ${FLAGS_TRUE} ]]; then
	sudo rm -rf "${BUILD_DIR}"
	else
	error "Directory ${BUILD_DIR} already exists."
	error "Use --build_attempt option to specify an unused attempt."
	error "Or use --replace if you want to overwrite this directory."
	die "Unwilling to overwrite ${BUILD_DIR}."
	fi
	fi

	# Create the output directory and temporary mount points.
	mkdir -p "${BUILD_DIR}"

	# Create the base image.
	create_base_image "${PRISTINE_IMAGE_NAME}" \
	"${FLAGS_enable_rootfs_verification}" "${FLAGS_enable_bootcache}"

	# Running board-specific setup if any exists.
	if type board_setup &>/dev/null; then
	board_setup "${BUILD_DIR}/${PRISTINE_IMAGE_NAME}"
	fi

	# Create a developer image if an image that is based on it is requested.
	if should_build_image "${CHROMEOS_DEVELOPER_IMAGE_NAME}" \
	"${CHROMEOS_TEST_IMAGE_NAME}"; then
	copy_image "${CHROMEOS_BASE_IMAGE_NAME}" "${CHROMEOS_DEVELOPER_IMAGE_NAME}"
	install_dev_packages "${CHROMEOS_DEVELOPER_IMAGE_NAME}"
	fi

	# From a developer image create a test image.
	if should_build_image "${CHROMEOS_TEST_IMAGE_NAME}"; then
	copy_image "${CHROMEOS_DEVELOPER_IMAGE_NAME}" "${CHROMEOS_TEST_IMAGE_NAME}"
	mod_image_for_test "${CHROMEOS_TEST_IMAGE_NAME}"
	fi

	# Move the completed image to the output_root.
	move_image "${BUILD_DIR}" "${OUTPUT_DIR}"

	# Copy DLC images to the output_root directory.
	build_dlc --sysroot="${BOARD_ROOT}" --install-root-dir="${OUTPUT_DIR}/dlc" \
	--board="${BOARD}"

	# Create a named symlink.
	LINK_NAME="${FLAGS_output_root}/${BOARD}/${FLAGS_symlink}"
	ln -sfT "$(basename "${OUTPUT_DIR}")" "${LINK_NAME}"

	info "Done. Image(s) created in ${OUTPUT_DIR}"
	echo

	# Print out the images we generated.
	summarize() {
	local name="$1" img="$2"
	local dir_path

	# __flags_output_root_default defined in shflags.
	# shellcheck disable=2154
	if [[ "${FLAGS_output_root}" == "${__flags_output_root_default}" ]]; then
	dir_path=${OUTSIDE_OUTPUT_DIR}
	else
	dir_path="${OUTPUT_DIR}"
	fi

	info "${name} image created as ${img}"
	info "To copy the image to a USB key, use:"
	info " cros flash usb:// ${dir_path}/${img}"
	info "To flash the image to a Chrome OS device, use:"
	info " cros flash YOUR_DEVICE_IP ${dir_path}/${img}"
	info "Note that the device must be accessible over the network."
	info "A base image will not work in this mode, but a test or dev image will."
	if [[ $# -ge 3 ]]; then
	info "To convert it to a VM image, use:"
	info " ./image_to_vm.sh --from=${dir_path} --board=${BOARD} $3"
	fi
	echo
	}
	if should_build_image "${CHROMEOS_BASE_IMAGE_NAME}"; then
	summarize "Non-developer Chromium OS" "${PRISTINE_IMAGE_NAME}"
	fi
	if should_build_image "${CHROMEOS_FACTORY_SHIM_NAME}"; then
	summarize "Chromium OS Factory install shim" "${PRISTINE_IMAGE_NAME}"
	fi
	if should_build_image "${CHROMEOS_DEVELOPER_IMAGE_NAME}"; then
	summarize "Developer" "${CHROMEOS_DEVELOPER_IMAGE_NAME}" ""
	fi
	if should_build_image "${CHROMEOS_TEST_IMAGE_NAME}"; then
	summarize "Test" "${CHROMEOS_TEST_IMAGE_NAME}" "--test"
	fi

	command_completed