args = parser.parse_args()
# check firmware image
if not check_firmware_image(args.firmware):
logger.warning("This firmware version is not verified for this " "patches.")
fw = Firmware()
fw.load_from_file(args.firmware)
if args.action == actions[1]:
# "FindFreeBlock"
if args.section is None:
logger.error("No section provided")
else:
fw.save_last_free_chunk(section_names.index(args.section), args.output)
if args.action == actions[0]:
# "GenerateHFile"
fw.generate_header_file(args.output)
if args.action == actions[2]:
# "ApplyPatches"
# collect the rst and code files
code_dict = {}
rst_dict = {}
args_dict = vars(args)
if args_dict["basecode"] is not None:
code_dict[0] = args_dict["basecode"]
args = parser.parse_args()
#check firmware image
if not check_firmware_image(args.firmware):
logger.warning("This firmware version is not verified for this "
"patches.")
fw = Firmware()
fw.load_from_file(args.firmware)
if args.action == actions[1]:
# "FindFreeBlock"
if args.section is None:
logger.error("No section provided")
else:
fw.save_last_free_chunk(section_names.index(args.section),
args.output)
if args.action == actions[0]:
# "GenerateHFile"
fw.generate_header_file(args.output)
if args.action == actions[2]:
# "ApplyPatches"
# collect the rst and code files
code_dict = {}
rst_dict = {}
args_dict = vars(args)
if args_dict["basecode"] is not None:
code_dict[0] = args_dict["basecode"]
