def __init__(self, image_path, img_config_parser, sign_id=None):
assert isinstance(image_path, str)
assert isinstance(img_config_parser, ConfigParser)
if sign_id is not None: assert isinstance(sign_id, str)
# Initialize the BaseStager
BaseStager.__init__(self)
# Validate that the image path exists
image_path = c_path.normalize(image_path)
if not c_path.validate_file(image_path):
raise RuntimeError('No read access to the image path: ' +
image_path)
# Validate the sign_id
sign_id = self._get_sign_id(img_config_parser,
os.path.basename(image_path), sign_id)
# Get the config block for the sign id
img_config_block = img_config_parser.get_config_for_sign_id(sign_id)
# Create the one image info object
image_info = ImageInfo(image_path, sign_id, img_config_block,
img_config_parser)
image_info.dest_image.image_name = image_info.src_image.image_name
# Check if the dest image name should be overriden
if img_config_block.output_file_name is not None:
image_info.dest_image.image_name = img_config_block.output_file_name
# Put the image info object into the list
self._image_info_list.append(image_info)
def __init__(self, meta_build_path, config_dir_obj, sign_id_list=[]):
assert isinstance(meta_build_path, str)
assert isinstance(config_dir_obj, ConfigDir)
# Initialize the BaseStager
BaseStager.__init__(self)
self.config_dir_obj = config_dir_obj
# Create internal attributes
self._meta_build_path = meta_build_path
# Validate that the meta_build path exists
meta_build_path = c_path.normalize(meta_build_path)
if not c_path.validate_dir(meta_build_path):
raise RuntimeError('No read access to the meta build path: ' + meta_build_path)
# Get the meta lib module from the metabuild
meta_info = self.get_meta_info(meta_build_path)
# Create the image info list based on the meta data
for sign_id, chipset, image_src_path, image_dest_path in self.get_image_info_from_meta(meta_info):
# Filer on the sign id
if sign_id_list:
if sign_id not in sign_id_list:
continue
try:
img_config_parser = self.get_image_config_parser(chipset)
# Validate the sign_id
sign_id = self._get_sign_id(img_config_parser,
os.path.basename(image_src_path.image_path),
sign_id)
# Get the config block for the sign id
img_config_block = img_config_parser.get_config_for_sign_id(sign_id)
# Create the one image info object
image_info = ImageInfo('', sign_id, img_config_block,
img_config_parser)
# Set the src path
image_info.src_image = image_src_path
image_info.image_under_operation = image_info.src_image.image_path
# Set the dest path
image_info.dest_image = image_dest_path
# Put the image info object into the list
self._image_info_list.append(image_info)
except Exception as e:
logger.error(str(e))
if not self._image_info_list:
raise RuntimeError('No images found from the meta build.')
def _create_imageinfo(self,
img_config_parser,
parsegen_config,
sign_id,
image_path,
gen_multi_image,
src_image=None,
dest_image=None):
if not gen_multi_image and sign_id not in MULTI_IMAGE_SIGN_ID.values():
# Validate the sign_id
sign_id = self._get_sign_id(img_config_parser,
os.path.basename(image_path), sign_id)
# Get the config block for the sign id
img_config_block = img_config_parser.get_config_for_sign_id(
sign_id)
else:
try:
# Get the config block for the Multi-Image Sign & Integrity image
img_config_block = img_config_parser.get_config_for_sign_id(
sign_id)
except:
raise RuntimeError(multi_image_string() +
" images are not supported for chipset {0}".
format(img_config_parser.chipset))
# Create the image info object
image_info = ImageInfo(image_path,
sign_id,
img_config_block,
img_config_parser,
parsegen_config,
gen_multi_image=gen_multi_image,
authority=self.authority)
image_info.dest_image.image_name = image_info.src_image.image_name
# Set src_image
if src_image is not None:
image_info.src_image = src_image
image_info.image_under_operation = image_info.src_image.image_path
# Set dest_image
if dest_image is not None:
image_info.dest_image = dest_image
# Check if the dest image name should be overridden
if img_config_block.output_file_name is not None:
image_info.dest_image.image_name = img_config_block.output_file_name
return image_info
def _create_imageinfo(self,
img_config_parser,
parsegen_config,
sign_id,
image_path,
src_image=None,
dest_image=None):
# Validate the sign_id
sign_id = self._get_sign_id(img_config_parser,
os.path.basename(image_path), sign_id)
# Get the config block for the sign id
img_config_block = img_config_parser.get_config_for_sign_id(sign_id)
# Create the image info object
image_info = ImageInfo(image_path,
sign_id,
img_config_block,
img_config_parser,
parsegen_config,
authority=self.authority)
image_info.dest_image.image_name = image_info.src_image.image_name
# Set src_image
if src_image is not None:
image_info.src_image = src_image
image_info.image_under_operation = image_info.src_image.image_path
# Set dest_image
if dest_image is not None:
image_info.dest_image = dest_image
# Check if the dest image name should be overridden
if img_config_block.output_file_name is not None:
image_info.dest_image.image_name = img_config_block.output_file_name
return image_info
def __init__(self,
meta_build_path,
config_dir_obj,
parsegen_config,
sign_id_list=[]):
from sectools.features.isc.parsegen.config.parser import ParsegenCfgParser
assert isinstance(meta_build_path, str)
assert isinstance(config_dir_obj, ConfigDir)
assert isinstance(parsegen_config, ParsegenCfgParser)
# Initialize the BaseStager
BaseStager.__init__(self)
self.config_dir_obj = config_dir_obj
# Create internal attributes
self._meta_build_path = meta_build_path
# Validate that the meta_build path exists
meta_build_path = c_path.normalize(meta_build_path)
if not c_path.validate_dir(meta_build_path):
raise RuntimeError('No read access to the meta build path: ' +
meta_build_path)
# Get the meta lib module from the metabuild
meta_info = self.get_meta_info(meta_build_path)
# List of sign ids searched
sign_ids_searched = []
# Create the image info list based on the meta data
for sign_id, chipset, image_src_path, image_dest_path, err_code in self.get_image_info_from_meta(
meta_info):
# Filer on the sign id
if sign_id_list and sign_id not in sign_id_list:
continue
else:
sign_ids_searched.append(sign_id)
# If there is an error, continue
if err_code is not None:
continue
try:
img_config_parser = self.get_image_config_parser(chipset)
# Validate the sign_id
sign_id = self._get_sign_id(
img_config_parser,
os.path.basename(image_src_path.image_path), sign_id)
# Get the config block for the sign id
img_config_block = img_config_parser.get_config_for_sign_id(
sign_id)
# Create the one image info object
image_info = ImageInfo('', sign_id, img_config_block,
img_config_parser, parsegen_config)
# Set the src path
image_info.src_image = image_src_path
image_info.image_under_operation = image_info.src_image.image_path
# Set the dest path
image_info.dest_image = image_dest_path
# Check if the dest image name should be overriden
if img_config_block.output_file_name is not None:
image_info.dest_image.image_name = img_config_block.output_file_name
# Put the image info object into the list
self._image_info_list.append(image_info)
except Exception as e:
logger.error(str(e))
if sign_id_list and set(sign_id_list) != set(sign_ids_searched):
raise RuntimeError(
'Unknown sign id provided: ' +
', '.join(set(sign_id_list) - set(sign_ids_searched)))
if not self._image_info_list:
raise RuntimeError('No images found from the meta build.')