def parse_stored_messages(self, lines):
# loop through all the lines attempting to match CMGL lines (the header)
# and then match NOT CMGL lines (the content)
# need to seed the loop first 'cause Python no like 'until' loops
pdu_lines = []
messages = []
m = None
if len(lines) > 0:
m = self.CMGL_MATCHER.match(lines[0])
while len(lines) > 0:
if m is None:
# couldn't match OR no text data following match
raise (errors.GsmReadError())
# if here, we have a match AND text
# start by popping the header (which we have stored in the 'm'
# matcher object already)
lines.pop(0)
# now loop through, popping content until we get
# the next CMGL or out of lines
while len(lines) > 0:
m = self.CMGL_MATCHER.match(lines[0])
if m is not None:
# got another header, get out
break
else:
# HACK: For some reason on the multitechs the first
# PDU line has the second '+CMGL' response tacked on
# this may be a multitech bug or our bug in
# reading the responses. For now, split the response
# on +CMGL
line = lines.pop(0)
line, cmgl, rest = line.partition('+CMGL')
if len(cmgl) > 0:
lines.insert(0, '%s%s' % (cmgl, rest))
pdu_lines.append(line)
# now create and process PDUs
for pl in pdu_lines:
try:
pdu = gsmpdu.ReceivedGsmPdu(pl)
msg = self._process_incoming_pdu(pdu)
if msg is not None:
messages.append(msg)
except Exception, ex:
traceback.print_exc(ex)
self.modem._log('Error parsing PDU: %s' % pl) # TODO log
def _fetch_stored_messages(self):
"""
Fetch stored unread messages, and add them to incoming queue.
Return number fetched.
"""
lines = self._strip_ok(self.command('AT+CMGL="%s"' % CMGL_STATUS))
# loop through all the lines attempting to match CMGL lines (the header)
# and then match NOT CMGL lines (the content)
# need to seed the loop first
num_found=0
if len(lines)>0:
m=CMGL_MATCHER.match(lines[0])
while len(lines)>0:
if m is None:
# couldn't match OR no text data following match
raise(errors.GsmReadError())
# if here, we have a match AND text
# start by popping the header (which we have stored in the 'm'
# matcher object already)
lines.pop(0)
# now put the captures into independent vars
index, status, sender, timestamp = m.groups()
# now loop through, popping content until we get
# the next CMGL or out of lines
msg_buf=StringIO.StringIO()
while len(lines)>0:
m=CMGL_MATCHER.match(lines[0])
if m is not None:
# got another header, get out
break
else:
msg_buf.write(lines.pop(0))
# get msg text
msg_text=msg_buf.getvalue().strip()
# now create message
self._add_incoming(timestamp,sender,msg_text)
num_found+=1
return num_found
def parse_stored_messages(self, lines):
# loop through all the lines attempting to match CMGL lines (the header)
# and then match NOT CMGL lines (the content)
# need to seed the loop first
messages = []
if len(lines) > 0:
m = self.CMGL_MATCHER.match(lines[0])
while len(lines) > 0:
if m is None:
# couldn't match OR no text data following match
raise (errors.GsmReadError())
# if here, we have a match AND text
# start by popping the header (which we have stored in the 'm'
# matcher object already)
lines.pop(0)
# now put the captures into independent vars
index, status, sender, timestamp = m.groups()
# now loop through, popping content until we get
# the next CMGL or out of lines
msg_buf = StringIO.StringIO()
while len(lines) > 0:
m = self.CMGL_MATCHER.match(lines[0])
if m is not None:
# got another header, get out
break
else:
msg_buf.write(lines.pop(0))
# get msg text
msg_text = msg_buf.getvalue().strip()
# now create message
messages.append(
self._incoming_to_msg(timestamp, sender, msg_text, index))
return messages