from datetime import datetime
modem = pygsm.GsmModem(port="/dev/ttyUSB1", baudrate=115200)
print "loaded modem"
while True:
# check for new messages
msg = modem.next_message()
while msg:
print msg
i = Incoming()
i.message = msg.text
i.date_queued = datetime.now()
i.date_sent = None
i.sender = msg.sender
i.save()
#import code; code.interact(local=locals())
# get all the data the incoming messages that haven't been sent to the ec2
#url_file = urllib2.urlopen("http://haiti.opensgi.net/mednet/api/0.1/rest/outsms/")
#json = url_file.read()
#obj = simplejson.loads(json)
#print obj
#if Outgoing.objects.filter(
try:
pygsm_msg = modem.next_message()
except serial.serialutil.SerialException, e:
# Raise these and crash the program. Something external
# should restart it.
print str(e)
raise serial.serialutil.SerialException(e)
if(pygsm_msg == None):
# No messages are available. break.
break
msg = Incoming()
msg.sender = pygsm_msg.sender # string, sending phone number
msg.message = pygsm_msg.text # string, actual message
msg.date_sent = pygsm_msg.sent # datetime object, reported by modem
msg.date_queued = datetime.now()
#pygsm_msg.device # string, device that received the SMS
msg.save()
# If there are incoming messages to be pushed (i.e. POST) to the EC2
# instance, identify those messages from the incoming queue, pickle them
# urlencode (NOT to json), and POST (with mime-type as JSON). Yeah, this
# last part is weird.
#### POST incoming SMS to EC2 ####
print "Posting incoming messages to EC2"
incoming_msgs = Incoming.objects.filter(receipt=None)
print "incoming_msgs = %s" % str(incoming_msgs)