def get_id(self, entry):
checksum = crc32(dn_to_domain(self.parameters['base_dn']))
if 'entryUUID' in entry:
return get(entry, 'entryUUID')
if 'uidNumber' in entry:
return str(uuid2(checksum, int(get(entry, 'uidNumber'))))
if 'gidNumber' in entry:
return str(uuid2(checksum, int(get(entry, 'gidNumber'))))
return str(uuid.uuid4())
def get_id(self, entry):
checksum = crc32(dn_to_domain(self.parameters['base_dn']))
if 'entryUUID' in entry:
return get(entry, 'entryUUID.0')
if 'uidNumber' in entry:
return str(uuid2(checksum, int(get(entry, 'uidNumber.0'))))
if 'gidNumber' in entry:
return str(uuid2(checksum, int(get(entry, 'gidNumber.0'))))
return str(uuid.uuid4())
def getgruuid(self, id):
logger.debug('getgruuid(uuid={0})'.format(id))
try:
checksum, gid = parse_uuid2(id)
if crc32(dn_to_domain(self.base_dn)) != checksum:
return None
q = '(gidNumber={0})'.format(gid)
except ValueError:
q = '(entryUUID={0})'.format(id)
group = self.search_one(self.group_dn, q)
return self.convert_group(group)
def getpwuuid(self, id):
logger.debug('getpwuuid(uuid={0})'.format(id))
try:
checksum, uid = parse_uuid2(id)
if crc32(dn_to_domain(self.base_dn)) != checksum:
return None
q = '(uidNumber={0})'.format(uid)
except ValueError:
q = '(entryUUID={0})'.format(id)
user = self.search_one(self.user_dn, q)
return self.convert_user(user)
def getgruuid(self, id):
logger.debug('getgruuid(uuid={0})'.format(id))
try:
checksum, gid = parse_uuid2(id)
if crc32(dn_to_domain(self.base_dn)) != checksum:
return None
q = '(gidNumber={0})'.format(gid)
except ValueError:
q = '(entryUUID={0})'.format(id)
group = self.search_one(self.group_dn, q)
return self.convert_group(group)
def getpwuuid(self, id):
logger.debug('getpwuuid(uuid={0})'.format(id))
try:
checksum, uid = parse_uuid2(id)
if crc32(dn_to_domain(self.base_dn)) != checksum:
return None
q = '(uidNumber={0})'.format(uid)
except ValueError:
q = '(entryUUID={0})'.format(id)
user = self.search_one(self.user_dn, q)
return self.convert_user(user)
utils.appendFile(outputChunk, binPart)
header.write('\n'.encode())
header.write('# Header suffix'.encode())
header.write(headerScriptSuffix.encode())
header.write('\n'.encode())
header.write('% <- this is end of file symbol\n'.encode())
header.flush()
print('[i] Fill header script to 16KB')
header.write(('\xff' * (HEADER_SIZE - os.path.getsize(headerPart))).encode(
encoding='iso-8859-1'))
print('[i] Generating footer ...')
headerCRC = utils.crc32(headerPart)
binCRC = utils.crc32(binPart)
header16bytes = utils.loadPart(headerPart, 0, 16)
with open(footerPart, 'wb') as footer:
print('[i] Magic: {}'.format(MAGIC_FOOTER))
footer.write(MAGIC_FOOTER.encode())
print('[i] Header CRC: 0x{:02X}'.format(headerCRC))
footer.write(struct.pack(
'L', headerCRC)) # struct.pack('L', data) <- returns byte swapped data
print('[i] Bin CRC: 0x{:02X}'.format(binCRC))
footer.write(struct.pack('L', binCRC))
print('[i] First 16 bytes of header: {}'.format(header16bytes))
footer.write(header16bytes)
print('[i] Merging header, bin, footer ...')
open(firmwareFileName, 'w').close()
header.write('\n'.encode())
header.write('# File Partition: set_config'.encode())
header.write(headerScriptSuffix.encode())
header.write('\n'.encode())
header.write('% <- this is end of file symbol\n'.encode())
header.flush()
print ('[i] Fill header script to 16KB')
header.write( ('\xff' * (HEADER_SIZE - os.path.getsize(headerPart))).encode(encoding='iso-8859-1') )
print ('[i] Generating footer ...')
if (XGIMI_CRC):
# NB XGIMI uses HEADER+BIN+MAGIC+HEADER_CRC to calculate crc2
headerCRC = utils.crc32(headerPart)
header16bytes = utils.loadPart(headerPart, 0, 16)
binCRC = utils.crc32(binPart)
# Step #1. Merge HEADER+BIN+MAGIC+HEADER_CRC to one file
mergedPart = os.path.join(tmpDir, '~merged')
open(mergedPart, 'w').close()
utils.appendFile(headerPart, mergedPart)
utils.appendFile(binPart, mergedPart)
with open(mergedPart, 'ab') as part:
# If PB803 CRC type selected then adding BIN_CRC to the merged file
if (PB803_CRC):
print ('[i] Bin CRC : 0x{:02X}'.format(binCRC))
part.write(struct.pack('L', binCRC))
print ('[i] Magic : {}'.format(MAGIC_FOOTER))
part.write(MAGIC_FOOTER.encode())