def parseOA(self,buffer):
length = sum(divmod(buffer.nextInt(f='OA Length'),2))
type = buffer.nextInt(f='OA Type')
self.OAtype = (type >> 4) & 7
self.OAplan = type & 15
if self.OAtype == 5:
self.OAnumber = decode_septets(buffer.next(length,f='OA'))
elif self.OAtype == 1:
self.OAnumber = "+" + decode_number(buffer.nextArray(length,f='OA'))
else:
self.OAnumber = decode_number(buffer.nextArray(length,f='OA'))
def parseSCAddress(self,buffer):
length = buffer.nextInt(f="SCA Length")
type = buffer.nextInt(f='SCA Type')
self.SCtype = (type >> 4) & 7
self.SCplan = type & 15
if self.SCtype == 5:
self.SCnumber = decode_septets(buffer.next(length-1,f='SCA'))
elif self.SCtype == 1:
self.SCnumber = "+" + decode_number(buffer.nextArray(length-1,f='SCA'))
else:
self.SCnumber = decode_number(buffer.nextArray(length-1,f='SCA'))
def parseUD(self, buffer):
length = buffer.nextInt(f='UD Length')
self.UD = buffer.remainder(f='UD')
alphabet = self.DataCoding['alphabet']
if alphabet == 0:
self.decoded = decode_septets(self.UD)
elif alphabet == 1:
self.decoded = self.UD.decode('hex')
elif alphabet == 2:
self.decoded = unicode(self.UD.decode('hex'), 'utf-16be')
else:
raise SMSException("Unsupported Alphabet - Reserved")
def parseOA(self, buffer):
length = sum(divmod(buffer.nextInt(f='OA Length'), 2))
type = buffer.nextInt(f='OA Type')
self.OAtype = (type >> 4) & 7
self.OAplan = type & 15
if self.OAtype == 5:
self.OAnumber = decode_septets(buffer.next(length, f='OA'))
elif self.OAtype == 1:
self.OAnumber = "+" + decode_number(
buffer.nextArray(length, f='OA'))
else:
self.OAnumber = decode_number(buffer.nextArray(length, f='OA'))
def parseUD(self,buffer):
length = buffer.nextInt(f='UD Length')
self.UD = buffer.remainder(f='UD')
alphabet = self.DataCoding['alphabet']
if alphabet == 0:
self.decoded = decode_septets(self.UD)
elif alphabet == 1:
self.decoded = self.UD.decode('hex')
elif alphabet == 2:
self.decoded = unicode(self.UD.decode('hex'),'utf-16be')
else:
raise SMSException("Unsupported Alphabet - Reserved")
def parseSCAddress(self, buffer):
length = buffer.nextInt(f="SCA Length")
type = buffer.nextInt(f='SCA Type')
self.SCtype = (type >> 4) & 7
self.SCplan = type & 15
if self.SCtype == 5:
self.SCnumber = decode_septets(buffer.next(length - 1, f='SCA'))
elif self.SCtype == 1:
self.SCnumber = "+" + decode_number(
buffer.nextArray(length - 1, f='SCA'))
else:
self.SCnumber = decode_number(buffer.nextArray(length - 1,
f='SCA'))