def get_ubi_params(ubi):
"""Get UBI utils params
Arguments:
Obj:ubi -- UBI object.
Returns:
Dict -- Dict keyed to volume with Dict of args and flags.
"""
ubi_flags = {
'min_io_size': '-m',
'max_bud_bytes': '-j',
'leb_size': '-e',
'default_compr': '-x',
'sub_page_size': '-s',
'fanout': '-f',
'key_hash': '-k',
'orph_lebs': '-p',
'log_lebs': '-l',
'max_leb_cnt': '-c',
'peb_size': '-p',
'sub_page_size': '-s',
'vid_hdr_offset': '-O',
'version': '-x',
'image_seq': '-Q',
'alignment': '-a',
'vol_id': '-n',
'name': '-N'
}
ubi_params = {}
ubi_args = {}
ini_params = {}
for image in ubi.images:
img_seq = image.image_seq
ubi_params[img_seq] = {}
ubi_args[img_seq] = {}
ini_params[img_seq] = {}
for volume in image.volumes:
ubi_args[img_seq][volume] = {}
ini_params[img_seq][volume] = {}
# Get ubinize.ini settings
ini_params[img_seq][volume]['vol_type'] = PRINT_VOL_TYPE_LIST[
image.volumes[volume].vol_rec.vol_type]
if image.volumes[volume].vol_rec.flags == UBI_VTBL_AUTORESIZE_FLG:
ini_params[img_seq][volume]['vol_flags'] = 'autoresize'
else:
ini_params[img_seq][volume]['vol_flags'] = image.volumes[
volume].vol_rec.flags
ini_params[img_seq][volume]['vol_id'] = image.volumes[
volume].vol_id
ini_params[img_seq][volume]['vol_name'] = image.volumes[
volume].name.rstrip('\x00')
ini_params[img_seq][volume]['vol_alignment'] = image.volumes[
volume].vol_rec.alignment
ini_params[img_seq][volume]['vol_size'] = image.volumes[
volume].vol_rec.reserved_pebs * ubi.leb_size
# Create file object backed by UBI blocks.
ufsfile = leb_virtual_file(ubi, image.volumes[volume])
# Create UBIFS object
uubifs = ubifs(ufsfile)
for key, value in uubifs.superblock_node:
if key == 'key_hash':
value = PRINT_UBIFS_KEY_HASH[value]
elif key == 'default_compr':
value = PRINT_UBIFS_COMPR[value]
if key in ubi_flags:
ubi_args[img_seq][volume][key] = value
for key, value in image.volumes[volume].vol_rec:
if key == 'name':
value = value.rstrip('\x00')
if key in ubi_flags:
ubi_args[img_seq][volume][key] = value
ubi_args[img_seq][volume]['version'] = image.version
ubi_args[img_seq][volume]['vid_hdr_offset'] = image.vid_hdr_offset
ubi_args[img_seq][volume]['sub_page_size'] = ubi_args[img_seq][
volume]['vid_hdr_offset']
ubi_args[img_seq][volume]['sub_page_size'] = ubi_args[img_seq][
volume]['vid_hdr_offset']
ubi_args[img_seq][volume]['image_seq'] = image.image_seq
ubi_args[img_seq][volume]['peb_size'] = ubi.peb_size
ubi_args[img_seq][volume]['vol_id'] = image.volumes[volume].vol_id
ubi_params[img_seq][volume] = {
'flags': ubi_flags,
'args': ubi_args[img_seq][volume],
'ini': ini_params[img_seq][volume]
}
return ubi_params
else:
log_to_file = None
log_file = None
if args.block_size:
block_size = args.block_size
else:
block_size = get_peb_size(path)
perms = args.permissions
quiet = args.quiet
if not os.path.exists(output_path):
os.makedirs(output_path)
ufile = ubi_file(path, block_size)
uubi = ubi(ufile)
for image in uubi.images:
for volume in image.volumes:
vol_out_path = os.path.join(output_path, volume)
if not os.path.exists(vol_out_path):
os.makedirs(vol_out_path)
elif os.listdir(vol_out_path):
parser.error('Volume output directory is not empty. %s' %
vol_out_path)
ufsfile = leb_virtual_file(uubi, image.volumes[volume])
uubifs = ubifs(ufsfile)
uubifs.log.log_file = log_file
uubifs.log.log_to_file = log_to_file
uubifs.log.quiet = quiet
print 'Wait almost over ...\nLoading the image to: %s' % vol_out_path
extract_files(uubifs, vol_out_path, perms)
sys.exit(0)
log_to_file = True
log_file = args.logpath
else:
log_to_file = None
log_file = None
if args.block_size:
block_size = args.block_size
else:
block_size = get_peb_size(path)
perms = args.permissions
quiet = args.quiet
if not os.path.exists(output_path):
os.makedirs(output_path)
ufile = ubi_file(path, block_size)
uubi = ubi(ufile)
for image in uubi.images:
for volume in image.volumes:
vol_out_path = os.path.join(output_path, volume)
if not os.path.exists(vol_out_path):
os.makedirs(vol_out_path)
elif os.listdir(vol_out_path):
parser.error('Volume output directory is not empty. %s' % vol_out_path)
ufsfile = leb_virtual_file(uubi, image.volumes[volume])
uubifs = ubifs(ufsfile)
uubifs.log.log_file = log_file
uubifs.log.log_to_file = log_to_file
uubifs.log.quiet = quiet
print 'Writing to: %s' % vol_out_path
extract_files(uubifs, vol_out_path, perms)
sys.exit(0)
def get_ubi_params(ubi):
"""Get UBI utils params
Arguments:
Obj:ubi -- UBI object.
Returns:
Dict -- Dict keyed to volume with Dict of args and flags.
"""
ubi_flags = {
"min_io_size": "-m",
"max_bud_bytes": "-j",
"leb_size": "-e",
"default_compr": "-x",
"sub_page_size": "-s",
"fanout": "-f",
"key_hash": "-k",
"orph_lebs": "-p",
"log_lebs": "-l",
"max_leb_cnt": "-c",
"peb_size": "-p",
"sub_page_size": "-s",
"vid_hdr_offset": "-O",
"version": "-x",
"image_seq": "-Q",
"alignment": "-a",
"vol_id": "-n",
"name": "-N",
}
ubi_params = {}
ubi_args = {}
ini_params = {}
for image in ubi.images:
img_seq = image.image_seq
ubi_params[img_seq] = {}
ubi_args[img_seq] = {}
ini_params[img_seq] = {}
for volume in image.volumes:
ubi_args[img_seq][volume] = {}
ini_params[img_seq][volume] = {}
# Get ubinize.ini settings
ini_params[img_seq][volume]["vol_type"] = PRINT_VOL_TYPE_LIST[image.volumes[volume].vol_rec.vol_type]
if image.volumes[volume].vol_rec.flags == UBI_VTBL_AUTORESIZE_FLG:
ini_params[img_seq][volume]["vol_flags"] = "autoresize"
else:
ini_params[img_seq][volume]["vol_flags"] = image.volumes[volume].vol_rec.flags
ini_params[img_seq][volume]["vol_id"] = image.volumes[volume].vol_id
ini_params[img_seq][volume]["vol_name"] = image.volumes[volume].name.rstrip("\x00")
ini_params[img_seq][volume]["vol_alignment"] = image.volumes[volume].vol_rec.alignment
ini_params[img_seq][volume]["vol_size"] = image.volumes[volume].vol_rec.reserved_pebs * ubi.leb_size
# Create file object backed by UBI blocks.
ufsfile = leb_virtual_file(ubi, image.volumes[volume])
# Create UBIFS object
uubifs = ubifs(ufsfile)
for key, value in uubifs.superblock_node:
if key == "key_hash":
value = PRINT_UBIFS_KEY_HASH[value]
elif key == "default_compr":
value = PRINT_UBIFS_COMPR[value]
if key in ubi_flags:
ubi_args[img_seq][volume][key] = value
for key, value in image.volumes[volume].vol_rec:
if key == "name":
value = value.rstrip("\x00")
if key in ubi_flags:
ubi_args[img_seq][volume][key] = value
ubi_args[img_seq][volume]["version"] = image.version
ubi_args[img_seq][volume]["vid_hdr_offset"] = image.vid_hdr_offset
ubi_args[img_seq][volume]["sub_page_size"] = ubi_args[img_seq][volume]["vid_hdr_offset"]
ubi_args[img_seq][volume]["sub_page_size"] = ubi_args[img_seq][volume]["vid_hdr_offset"]
ubi_args[img_seq][volume]["image_seq"] = image.image_seq
ubi_args[img_seq][volume]["peb_size"] = ubi.peb_size
ubi_args[img_seq][volume]["vol_id"] = image.volumes[volume].vol_id
ubi_params[img_seq][volume] = {
"flags": ubi_flags,
"args": ubi_args[img_seq][volume],
"ini": ini_params[img_seq][volume],
}
return ubi_params
def get_ubi_params(ubi):
ubi_flags = {'min_io_size': '-m',
'max_bud_bytes': '-j',
'leb_size': '-e',
'default_compr': '-x',
'sub_page_size': '-s',
'fanout': '-f',
'key_hash': '-k',
'orph_lebs': '-p',
'log_lebs': '-l',
'max_leb_cnt': '-c',
'peb_size': '-p',
'sub_page_size': '-s',
'vid_hdr_offset': '-O',
'version': '-x',
'image_seq': '-Q',
'alignment': '-a',
'vol_id': '-n',
'name': '-N'}
ubi_params = {}
ubi_args = {}
ini_params = {}
for image in ubi.images:
img_seq = image.image_seq
ubi_params[img_seq] = {}
ubi_args[img_seq] = {}
ini_params[img_seq] = {}
for volume in image.volumes:
ubi_args[img_seq][volume] = {}
ini_params[img_seq][volume] = {}
ini_params[img_seq][volume]['vol_type'] = PRINT_VOL_TYPE_LIST[image.volumes[volume].vol_rec.vol_type]
if image.volumes[volume].vol_rec.flags == UBI_VTBL_AUTORESIZE_FLG:
ini_params[img_seq][volume]['vol_flags'] = 'autoresize'
else:
ini_params[img_seq][volume]['vol_flags'] = image.volumes[volume].vol_rec.flags
ini_params[img_seq][volume]['vol_id'] = image.volumes[volume].vol_id
ini_params[img_seq][volume]['vol_name'] = image.volumes[volume].name.rstrip('\x00')
ini_params[img_seq][volume]['vol_alignment'] = image.volumes[volume].vol_rec.alignment
ini_params[img_seq][volume]['vol_size'] = image.volumes[volume].vol_rec.reserved_pebs * ubi.leb_size
ufsfile = leb_virtual_file(ubi, image.volumes[volume])
uubifs = ubifs(ufsfile)
for key, value in uubifs.superblock_node:
if key == 'key_hash':
value = PRINT_UBIFS_KEY_HASH[value]
elif key == 'default_compr':
value = PRINT_UBIFS_COMPR[value]
if key in ubi_flags:
ubi_args[img_seq][volume][key] = value
for key, value in image.volumes[volume].vol_rec:
if key == 'name':
value = value.rstrip('\x00')
if key in ubi_flags:
ubi_args[img_seq][volume][key] = value
ubi_args[img_seq][volume]['version'] = image.version
ubi_args[img_seq][volume]['vid_hdr_offset'] = image.vid_hdr_offset
ubi_args[img_seq][volume]['sub_page_size'] = ubi_args[img_seq][volume]['vid_hdr_offset']
ubi_args[img_seq][volume]['sub_page_size'] = ubi_args[img_seq][volume]['vid_hdr_offset']
ubi_args[img_seq][volume]['image_seq'] = image.image_seq
ubi_args[img_seq][volume]['peb_size'] = ubi.peb_size
ubi_args[img_seq][volume]['vol_id'] = image.volumes[volume].vol_id
ubi_params[img_seq][volume] = {'flags': ubi_flags,
'args': ubi_args[img_seq][volume],
'ini': ini_params[img_seq][volume]}
return ubi_params
parser.add_argument('filepath', help='File to get info from.')
if len(sys.argv) == 1:
parser.print_help()
sys.exit()
args = parser.parse_args()
if args.filepath:
path = args.filepath
if not os.path.exists(path):
parser.error("filepath doesn't exist.")
# Determine block size if not provided
if args.block_size:
block_size = args.block_size
else:
block_size = get_leb_size(path)
# Create file object.
ufile = ubi_file(path, block_size)
# Create UBIFS Object.
uubifs = ubifs(ufile)
# Write super block node info
uubifs.log.write_node(uubifs.superblock_node)
# Write first master node.
uubifs.log.write_node(uubifs.master_node)
uubifs.log.write_node(uubifs.master_node2)
sys.exit()
parser.add_argument('filepath', help='File to get info from.')
if len(sys.argv) == 1:
parser.print_help()
sys.exit()
args = parser.parse_args()
if args.filepath:
path = args.filepath
if not os.path.exists(path):
parser.error("filepath doesn't exist.")
# Determine block size if not provided
if args.block_size:
block_size = args.block_size
else:
block_size = get_leb_size(path)
# Create file object.
ufile = ubi_file(path, block_size)
# Create UBIFS Object.
uubifs = ubifs(ufile)
# Write super block node info
uubifs.log.write_node(uubifs.superblock_node)
# Write first master node.
uubifs.log.write_node(uubifs.master_node)
uubifs.log.write_node(uubifs.master_node2)
sys.exit()