def main():
# get new message from queue
events = queue.get_queue('IngressQueue')
for event in events:
d = event.get_body()
d = json.loads(d)
uid = d['from']
message = d['message']
# lookup user
try:
curr_user = users.get_user(uid)
except ItemNotFound:
curr_user = users.EndUser(uid)
curr_user.write()
print curr_user
print curr_user.last_question
# process question
if curr_user.last_question is None:
send_first_question(uid, event, curr_user)
break
else:
question = questions.get_question(curr_user.last_question)
for q, v in question.answers.iteritems():
v_json = json.loads(v)
print v[1].lower()
if message.lower() == v_json.values()[0].lower():
print "response match found"
next_question_id = json.loads(question.child_questions[q])
print next_question_id.values()[0]
# create response message & publish to queue
next_question = questions.get_question(
next_question_id.values()[0])
queue.put_queue(
json.dumps({
'to': uid,
'message': next_question.qstring
}), 'EgressQueue')
queue.delete_from_queue(event, 'IngressQueue')
else:
print "unable to find a response match"
# invalid response
queue.put_queue(
json.dumps({
'to': uid,
'message': "Sorry, that wasn't a valid response"
}), 'EgressQueue')
queue.delete_from_queue(event, 'IngressQueue')
break
def main():
events = queue.get_queue(egressQueue)
print 'Processing EgressQueue...'
for event in events:
d = event.get_body()
d = json.loads(d)
client = TwilioRestClient(ACCOUNT_SID, AUTH_TOKEN)
client.messages.create(
to=d['to'],
from_=send_sms_from,
body=d['message'],
)
queue.delete_from_queue(event, egressQueue)
def main():
events = queue.get_queue(egressQueue)
print 'Processing EgressQueue...'
for event in events:
d = event.get_body()
d = json.loads(d)
client = TwilioRestClient(ACCOUNT_SID, AUTH_TOKEN)
client.messages.create(
to= d['to'],
from_= send_sms_from,
body= d['message'],
)
queue.delete_from_queue(event,egressQueue)
def main():
# get new message from queue
events = queue.get_queue('IngressQueue')
for event in events:
d = event.get_body()
d = json.loads(d)
uid = d['from']
message = d['message']
# lookup user
try:
curr_user = users.get_user(uid)
except ItemNotFound:
curr_user = users.EndUser(uid)
curr_user.write()
print curr_user
print curr_user.last_question
# process question
if curr_user.last_question is None:
send_first_question(uid, event, curr_user)
break
else:
question = questions.get_question(curr_user.last_question)
for q, v in question.answers.iteritems():
v_json = json.loads(v)
print v[1].lower()
if message.lower() == v_json.values()[0].lower():
print "response match found"
next_question_id = json.loads(question.child_questions[q])
print next_question_id.values()[0]
# create response message & publish to queue
next_question = questions.get_question(next_question_id.values()[0])
queue.put_queue(json.dumps({'to': uid,
'message': next_question.qstring}), 'EgressQueue')
queue.delete_from_queue(event, 'IngressQueue')
else:
print "unable to find a response match"
# invalid response
queue.put_queue(json.dumps({'to': uid,
'message': "Sorry, that wasn't a valid response"}), 'EgressQueue')
queue.delete_from_queue(event, 'IngressQueue')
break
def post(self, *args, **kwargs):
data = parse_xml(self.request.body)
if data.MsgType != 'voice':
return
q = get_queue()
q.enqueue(download_media, media_id=data.MediaId, media_format=data.Format)
msg = '''
<xml>
<ToUserName><![CDATA[{}]]></ToUserName>
<FromUserName><![CDATA[{}]]></FromUserName>
<CreateTime>{}</CreateTime>
<MsgType><![CDATA[text]]></MsgType>
<Content><![CDATA[will play]]></Content>
</xml>
'''.format(data.FromUserName, data.ToUserName, int(time.time()))
self.set_header('Content-Type', 'application/xml')
self.write(msg)
def view_queue(request):
return queue.get_queue()