def __get_msg_pdu(self, text, msgvp):
#Data coding Scheme
data_coding_scheme = ""
if gsm0338.is_valid_gsm_text(text):
text_format = SEVENBIT_FORMAT
data_coding_scheme = 0x00 | SEVENBIT_FORMAT
else:
text_format = UNICODE_FORMAT
data_coding_scheme = 0x00 | UNICODE_FORMAT
data_coding_scheme_pdu = ''.join(
["%02x" % ord(n) for n in chr(data_coding_scheme)])
#Validity period
valid_period = msgvp & 0xFF
valid_period_pdu = ''.join(
["%02x" % ord(n) for n in chr(valid_period)])
#UDL + UD
message_pdu = ""
if text_format == SEVENBIT_FORMAT:
if len(text) <= 160:
print "GSM0338 (len %s)" % len(text)
message_pdu = [self.__pack_8bits_to_7bits(text)]
else:
print "GSM0338 (len %s multipart)" % len(text)
message_pdu = self.__split_sms_message(
text, encoding=SEVENBIT_FORMAT, limit=160)
else:
if len(text) <= 70:
print "UNICODE (len %s)" % len(text)
message_pdu = [self.__pack_8bits_to_ucs2(text)]
else:
print "UNICODE (len %s)" % len(text)
message_pdu = self.__split_sms_message(text,
encoding=UNICODE_FORMAT,
limit=70)
ret_msgs_list = []
for msg in message_pdu:
ret_msgs_list.append(data_coding_scheme_pdu + valid_period_pdu +
msg)
return ret_msgs_list
def _get_msg_pdu(self, text, validity_period, store):
# Data coding scheme
dcs = ""
if gsm0338.is_valid_gsm_text(text):
text_format = SEVENBIT_FORMAT
dcs = 0x00 | SEVENBIT_FORMAT
else:
text_format = UNICODE_FORMAT
dcs = 0x00 | UNICODE_FORMAT
dcs_pdu = ''.join(["%02x" % ord(n) for n in chr(dcs)])
# Validity period
if not store:
if (validity_period & ~SMS_VALIDITY_PERIOD_MASK) == 0:
msgvp = validity_period
msgvp_pdu = ''.join(["%02x" % ord(n) for n in chr(msgvp)])
else:
msgvp_pdu = ''
# UDL + UD
message_pdu = ""
if text_format == SEVENBIT_FORMAT:
if len(text) <= SEVENBIT_SIZE:
message_pdu = [self._pack_8bits_to_7bits(text)]
else:
message_pdu = self._split_sms_message(text,
limit=SEVENBIT_SIZE,
encoding=SEVENBIT_FORMAT)
else:
if len(text) <= UCS2_SIZE:
message_pdu = [self._pack_8bits_to_ucs2(text)]
else:
message_pdu = self._split_sms_message(text,
limit=UCS2_SIZE,
encoding=UNICODE_FORMAT)
ret = []
for msg in message_pdu:
if store:
ret.append(dcs_pdu + msg)
else:
ret.append(dcs_pdu + msgvp_pdu + msg)
return ret
def _get_msg_pdu(self, text, validity_period, store):
# Data coding scheme
dcs = ""
if gsm0338.is_valid_gsm_text(text):
text_format = SEVENBIT_FORMAT
dcs = 0x00 | SEVENBIT_FORMAT
else:
text_format = UNICODE_FORMAT
dcs = 0x00 | UNICODE_FORMAT
dcs_pdu = ''.join(["%02x" % ord(n) for n in chr(dcs)])
# Validity period
if not store:
if (validity_period & ~SMS_VALIDITY_PERIOD_MASK) == 0:
msgvp = validity_period
msgvp_pdu = ''.join(["%02x" % ord(n) for n in chr(msgvp)])
else:
msgvp_pdu = ''
# UDL + UD
message_pdu = ""
if text_format == SEVENBIT_FORMAT:
if len(text) <= SEVENBIT_SIZE:
message_pdu = [self._pack_8bits_to_7bits(text)]
else:
message_pdu = self._split_sms_message(text,
limit=SEVENBIT_SIZE,
encoding=SEVENBIT_FORMAT)
else:
if len(text) <= UCS2_SIZE:
message_pdu = [self._pack_8bits_to_ucs2(text)]
else:
message_pdu = self._split_sms_message(text, limit=UCS2_SIZE,
encoding=UNICODE_FORMAT)
ret = []
for msg in message_pdu:
if store:
ret.append(dcs_pdu + msg)
else:
ret.append(dcs_pdu + msgvp_pdu + msg)
return ret
def __get_msg_pdu(self, text, msgvp):
#Data coding Scheme
data_coding_scheme = ""
if gsm0338.is_valid_gsm_text(text):
text_format = SEVENBIT_FORMAT
data_coding_scheme = 0x00 | SEVENBIT_FORMAT
else:
text_format = UNICODE_FORMAT
data_coding_scheme = 0x00 | UNICODE_FORMAT
data_coding_scheme_pdu = ''.join(["%02x" % ord(n) for n in chr(data_coding_scheme)])
#Validity period
valid_period = msgvp & 0xFF
valid_period_pdu = ''.join(["%02x" % ord(n) for n in chr(valid_period)])
#UDL + UD
message_pdu = ""
if text_format == SEVENBIT_FORMAT :
if len(text) <= 160 :
print "GSM0338 (len %s)" % len(text)
message_pdu = [self.__pack_8bits_to_7bits(text)]
else:
print "GSM0338 (len %s multipart)" % len(text)
message_pdu = self.__split_sms_message(text, encoding=SEVENBIT_FORMAT,
limit=160)
else:
if len(text) <= 70 :
print "UNICODE (len %s)" % len(text)
message_pdu = [self.__pack_8bits_to_ucs2(text)]
else:
print "UNICODE (len %s)" % len(text)
message_pdu = self.__split_sms_message(text, encoding=UNICODE_FORMAT,
limit=70)
ret_msgs_list = []
for msg in message_pdu :
ret_msgs_list.append(data_coding_scheme_pdu + valid_period_pdu + msg)
return ret_msgs_list
