def fakeIncoming(self, message, connection=None):
if connection is None:
connection = Connection.objects.all()[0]
# if so, process it
incomingmessage = IncomingMessage(connection, message)
incomingmessage.db_message = Message.objects.create(direction='I', connection=connection, text=message)
return incomingmessage
def fake_incoming_message(message, connection):
incomingmessage = IncomingMessage(connection, message)
#router = get_router()
#router.handle_incoming(connection.backend.name, connection.identity, message)
incomingmessage.db_message = Message.objects.create(direction='I', connection=connection, text=message)
incomingmessage.db_message.handled_by = 'poll'
return incomingmessage
def fakeIncoming(self, message, connection=None):
if connection is None:
connection = Connection.objects.all()[0]
# if so, process it
incomingmessage = IncomingMessage(connection, message)
incomingmessage.db_message = Message.objects.create(
direction='I', connection=connection, text=message)
return incomingmessage
def test_outgoing_message_link(self):
"""Extra data should be attached to response (OutgoingMessage)."""
connection = self.create_connection()
fields = {'extra-field': 'extra-value'}
message = IncomingMessage(connection, 'test incoming message',
fields=fields)
response = message.respond('response')
self.assertEqual(message, response['in_response_to'])
self.assertIn('extra-field', response['in_response_to'].fields)
def spoof_incoming_obj(self, message, connection=None):
if connection is None:
connection = Connection.objects.all()[0]
incomingmessage = IncomingMessage(connection, message)
incomingmessage.db_message = Message.objects.create(
direction='I',
connection=Connection.objects.all()[0],
text=message)
return incomingmessage
def test_outgoing_message_link(self):
"""Extra data should be attached to response (OutgoingMessage)."""
connection = self.create_connection()
fields = {'extra-field': 'extra-value'}
message = IncomingMessage(connection,
'test incoming message',
fields=fields)
response = message.respond('response')
self.assertEqual(message, response.in_reply_to)
self.assertTrue('extra-field' in response.in_reply_to.fields)
def fake_error_submission(self, message, connection=None):
form = XForm.find_form(message)
if connection is None:
connection = Connection.objects.all()[0]
# if so, process it
incomingmessage = IncomingMessage(connection, message)
incomingmessage.db_message = Message.objects.create(direction='I', connection=Connection.objects.all()[0], text=message)
if form:
submission = form.process_sms_submission(incomingmessage)
self.failUnless(submission.has_errors)
return
def sendMessage(self, num, txt, date=None):
if date is None:
date = datetime.now()
connection, _ = Connection.objects.get_or_create(backend=self.backend,
identity=num)
msg = IncomingMessage(connection, txt, date)
self.router.receive_incoming(msg)
def fake_submission(self, message, connection=None):
form = XForm.find_form(message)
if connection is None:
try:
connection = Connection.objects.all()[0]
except IndexError:
backend, created = Backend.objects.get_or_create(name='test')
connection, created = Connection.objects.get_or_create(identity='8675309',
backend=backend)
# if so, process it
incomingmessage = IncomingMessage(connection, message)
incomingmessage.db_message = Message.objects.create(direction='I', connection=connection, text=message)
if form:
submission = form.process_sms_submission(incomingmessage)
return submission
return None
def build(self, **kwargs):
message_info = {'text': 'connect', 'connection': web_connection}
incoming_message = IncomingMessage(**message_info)
return incoming_message
def test_message_id(self):
"""All message objects should have IDs."""
connections = [self.create_connection()]
msg = MessageBase(text="test", connections=connections)
self.assertIsNotNone(msg.id)
msg = IncomingMessage(text="test", connections=connections)
self.assertIsNotNone(msg.id)
msg = OutgoingMessage(text="test", connections=connections)
self.assertIsNotNone(msg.id)
def test_saved_message_fields(self):
"""Extra data should be attached to IncomingMessage."""
connection = self.create_connection()
fields = {'extra-field': 'extra-value'}
message = IncomingMessage(connection,
'test incoming message',
fields=fields)
self.assertTrue('extra-field' in message.fields)
self.assertEqual(message.fields['extra-field'], fields['extra-field'])
def create_incoming_message(self, data={}):
"""Create and return RapidSMS IncomingMessage object."""
defaults = {
'text': self.random_string(10),
}
defaults.update(data)
if 'connections' not in defaults:
defaults['connections'] = [self.create_connection()]
return IncomingMessage(**defaults)
def test_backend_route():
router = MockRouter()
backend = TwilioBackend(name="twilio", router=router, **basic_conf)
router.start()
Connection.objects.all().delete()
conn = Connection.objects.create(backend=backend.model,
identity='1112229999')
message = IncomingMessage(conn, 'Hi', datetime.datetime.now())
assert_true(backend.route(message), True)
def handle(self, **options):
if not options['poll_name']:
poll_name = raw_input('Name of poll: ')
if not options['group_name']:
group_name = raw_input('Name of group: ')
if not options['script_slug']:
script_slug = raw_input('Script slug: ')
try:
poll = Poll.objects.get(name=poll_name)
script = Script.objects.get(slug=script_slug)
conns = EmisReporter.objects.filter(groups__name=group_name).\
filter(connection__identity__in=ScriptSession.objects.filter(script=script, end_time=None).\
values_list('connection__identity',flat=True)).\
values_list('connection__identity',flat=True)
count = Message.objects.filter(
direction='I',
poll__responses=None,
connection__identity__in=conns).count()
reg_no = '^\\s*(no|nope|nah|nay|n)(\\s|[^a-zA-Z]|$)'
regex_no = re.compile(reg_no, re.IGNORECASE)
reg_yes = '^\\s*(yes|yeah|yep|yay|y)(\\s|[^a-zA-Z]|$)'
regex_yes = re.compile(reg_yes, re.IGNORECASE)
for m in Message.objects.filter(direction='I',
poll__responses=None,
connection__identity__in=conns):
if regex_no.search(m.text.lower()) or regex_yes.search(
m.text.lower()
): # brutally make sure YES or No is some variant of text
_incoming_message = IncomingMessage(m.connection,
m.text,
received_at=m.date)
self.process_response(poll, _incoming_message, m)
count -= 1
if count % 20 == 0:
#just for reporting purposes in terminal
self.stdout.write(
'\n%r - %r - %r (%r left) ' %
(m.text, m.connection.identity, m.date, count))
self.stdout.write('\ndone correcting the response!!!')
except MultipleObjectsReturned, DoesNotExist:
raise DoesNotExist
def post(self, request, *args, **kwargs):
backend, _ = Backend.objects.get_or_create(name='fake-backend')
identity = 'web-{}'.format(request.session.session_key)
connection, _ = Connection.objects.get_or_create(identity=identity,
backend=backend)
user_input = request.POST.get('user_input')
msg = IncomingMessage(text=user_input, connection=connection)
message_from_ben, answers = self.web_router.create_msg_from_ben(msg)
return HttpResponse(
json.dumps({
"text": message_from_ben,
'answers': answers
}),
content_type="application/json",
)
def make_fake_message(request, patient_id):
"""Make up a message for the patient's wisepill device
and fake it coming in"""
logger.debug('make_fake_message')
patient = get_object_or_404(Patient, pk=patient_id)
msisdn = patient.wisepill_msisdn
if not msisdn:
messages.error(request, "Must set patient's MSISDN before we can fake a wisepill message from them")
return redirect('patient-list')
timestamp = datetime.datetime.now()
# 50-50 whether to make a delayed message
is_delayed = random.randint(0,99) > 50
if is_delayed:
timestamp -= datetime.timedelta(minutes=10)
delay_value = "03" if is_delayed else "02"
# DDMMYYHHMMSS
time_value = timestamp.strftime("%d%m%y%H%M%S")
# 50-50 old format or new format
new_format = random.randint(0,99) > 50
if new_format:
start = "AT={delay_value},".format(**locals())
else:
start = "@={delay_value},".format(**locals())
text = start + "CN={msisdn},SN=fake,T={time_value},S=20,B=3800,PC=1,U=fake,M=1,CE=0".format(**locals())
connection = patient.contact.default_connection
msg = IncomingMessage(connection=connection,
text=text)
router = Router()
router.incoming(msg)
messages.info(request, "Sent fake wisepill message from %s" % patient)
return redirect('patient-list')
def sms(self, number, text, success=True, response=None, backend=None):
form = XForm.find_form(text)
self.assertTrue(form)
if not backend:
backend, created = Backend.objects.get_or_create(name='tns')
connection, created = Connection.objects.get_or_create(backend=backend,
identity=number)
message = IncomingMessage(connection, text)
submission = form.process_sms_submission(message)
if success:
self.assertFalse(submission.has_errors,
"SMS had errors: %s" % submission.response)
else:
self.assertTrue(
submission.has_errors,
"SMS did not have any errors: %s" % submission.response)
if response:
self.assertEquals(response, submission.response)
return submission
def spoof_incoming_obj(self, message, connection=None):
if connection is None:
connection = Connection.objects.all()[0]
incomingmessage = IncomingMessage(connection, message)
incomingmessage.db_message = Message.objects.create(direction='I', connection=Connection.objects.all()[0], text=message)
return incomingmessage
def handle_incoming(router,backend, sender, text,ignore_result=True,**kwargs):
"""
Handles an incoming message.
"""
# create our db message for logging
db_message = router.add_message(backend, sender, text, 'I', 'R')
# and our rapidsms transient message for processing
msg = IncomingMessage(db_message.connection, text, db_message.date)
# add an extra property to IncomingMessage, so httprouter-aware
# apps can make use of it during the handling phase
msg.db_message = db_message
router.info("SMS[%d] IN (%s) : %s" % (db_message.id, msg.connection, msg.text))
try:
for phase in router.incoming_phases:
router.debug("In %s phase" % phase)
if phase == "default":
if msg.handled:
router.debug("Skipping phase")
break
for app in router.apps:
router.debug("In %s app" % app)
handled = False
try:
func = getattr(app, phase)
handled = func(msg)
except Exception, err:
import traceback
traceback.print_exc(err)
app.exception()
# during the _filter_ phase, an app can return True
# to abort ALL further processing of this message
if phase == "filter":
if handled is True:
router.warning("Message filtered")
raise(StopIteration)
# during the _handle_ phase, apps can return True
# to "short-circuit" this phase, preventing any
# further apps from receiving the message
elif phase == "handle":
if handled is True:
router.debug("Short-circuited")
# mark the message handled to avoid the
# default phase firing unnecessarily
msg.handled = True
db_message.application = app
db_message.save()
break
elif phase == "default":
# allow default phase of apps to short circuit
# for prioritized contextual responses.
if handled is True:
router.debug("Short-circuited default")
break
except StopIteration:
pass
db_message.status = 'H'
db_message.save()
db_responses = []
# now send the message responses
while msg.responses:
response = msg.responses.pop(0)
router.handle_outgoing(response, db_message, db_message.application)
# we are no longer interested in this message... but some crazy
# synchronous backends might be, so mark it as processed.
msg.processed = True
return db_message
def handle_incoming(self, backend, sender, text):
"""
Handles an incoming message.
"""
global outgoing_db_lock
# create our db message for logging
db_message = self.add_message(backend, sender, text, 'I', 'R')
# and our rapidsms transient message for processing
msg = IncomingMessage(db_message.connection, text, db_message.date)
# add an extra property to IncomingMessage, so httprouter-aware
# apps can make use of it during the handling phase
msg.db_message = db_message
self.info("SMS[%d] IN (%s) : %s" %
(db_message.id, msg.connection, msg.text))
try:
for phase in self.incoming_phases:
self.debug("In %s phase" % phase)
if phase == "default":
if msg.handled:
self.debug("Skipping phase")
break
for app in self.apps:
self.debug("In %s app" % app)
handled = False
try:
func = getattr(app, phase)
handled = func(msg)
except Exception, err:
import traceback
traceback.print_exc(err)
app.exception()
# during the _filter_ phase, an app can return True
# to abort ALL further processing of this message
if phase == "filter":
if handled is True:
self.warning("Message filtered")
raise (StopIteration)
# during the _handle_ phase, apps can return True
# to "short-circuit" this phase, preventing any
# further apps from receiving the message
elif phase == "handle":
if handled is True:
self.debug("Short-circuited")
# mark the message handled to avoid the
# default phase firing unnecessarily
msg.handled = True
break
elif phase == "default":
# allow default phase of apps to short circuit
# for prioritized contextual responses.
if handled is True:
self.debug("Short-circuited default")
break
except StopIteration:
pass
outgoing_db_lock.acquire()
db_message.status = 'H'
db_message.save()
outgoing_db_lock.release()
db_responses = []
# now send the message responses
while msg.responses:
response = msg.responses.pop(0)
self.handle_outgoing(response, db_message)
# we are no longer interested in this message... but some crazy
# synchronous backends might be, so mark it as processed.
msg.processed = True
return db_message
def _send(self, text):
msg = IncomingMessage([self.connection], text)
self.app.handle(msg)
return msg
def _send(self, text):
msg = IncomingMessage([self.connection], text)
handler = ResultsHandler(self.router, msg)
handler.handle(msg.text)
return handler
def _send(self, conn, text):
msg = IncomingMessage(conn, text)
self.app.filter(msg)
return msg
def _get_incoming_message(connection, message):
incoming_message = IncomingMessage(connection, message)
incoming_message.db_message = Message.objects.create(direction='I',
connection=connection,
text=message)
return incoming_message
def _send(self, conn, text):
msg = IncomingMessage(conn, text)
self.app.handle(msg)
return msg
def _get_incoming_message(connection, message):
incoming_message = IncomingMessage(connection, message)
incoming_message.db_message = Message.objects.create(direction='I', connection=connection, text=message)
return incoming_message