def call(request):
"""Returns TwiML instructions to Twilio's POST requests"""
response = twiml.Response()
phone_number = request.POST.get('phoneNumber', '').lstrip('1')
if phone_number:
"""If the browser sent a phoneNumber param, we know this request
is an outgoing call from the pyphone"""
for c in '()-':
phone_number = phone_number.replace(c, '')
phone_number = '+1' + phone_number
direction = 'outgoing'
with response.dial(callerId=settings.TWILIO_NUMBER) as r:
r.number(request.POST['phoneNumber'])
else:
"""Otherwise we assume this request is an incoming call."""
direction = 'incoming'
with response.dial() as r:
r.client('caller')
phone_number = request.GET.get('From', '')
try:
contact = Contact.objects.get(number=phone_number)
except ObjectDoesNotExist:
contact = Contact(number=phone_number)
contact.save()
call = Call(
contact=contact,
direction=direction,
)
call.save()
return HttpResponse(str(response))
def test_call_queryset_is_all_calls(self):
"""Call view should show all texts."""
user1 = User()
user1.save()
self.client.force_login(user1)
calls = self.client.get('/api/calls/')
self.assertEqual(len(calls.json()), 0)
jabba = Contact(name="Jabba", number="+12068675309")
jabba.save()
call1 = Call(contact=jabba, direction="outgoing", status="completed")
call1.save()
calls = self.client.get('/api/calls/')
self.assertEqual(len(calls.json()), 1)
def test_call_queryset_returns_call_attributes_in_json(self):
"""Test that a call to the calls api contains call attributes."""
user1 = User()
user1.save()
self.client.force_login(user1)
jabba = Contact(name="Jabba", number="+12068675309")
jabba.save()
call1 = Call(contact=jabba, direction="outgoing", status="completed")
call1.save()
calls = self.client.get('/api/calls/')
self.assertTrue("direction" in calls.content.decode())
self.assertTrue("outgoing" in calls.content.decode())
self.assertTrue("time" in calls.content.decode())
self.assertTrue("status" in calls.content.decode())
self.assertTrue("contact" in calls.content.decode())
def call_process(request):
# Get this request's context
context = RequestContext(request)
# Get objects called through the HTTP POST request
if request.method == 'POST':
# Get class id from the POST and associated Class object
class_id = request.POST.get('class')
requested_class = Class.objects.get(id=int(class_id))
# Construct a new Call object
call_to_add = Call(teach=requested_class)
call_to_add.save()
return HttpResponse("Your tutor is being requested. You will get a text when you get a match.")
return HttpResponse("Got here.")
def call_process(request):
# Get this request's context
context = RequestContext(request)
# Get objects called through the HTTP POST request
if request.method == 'POST':
# Get class id from the POST and associated Class object
class_id = request.POST.get('class')
requested_class = Class.objects.get(id=int(class_id))
# Construct a new Call object
call_to_add = Call(teach=requested_class)
call_to_add.save()
return HttpResponse(
"Your tutor is being requested. You will get a text when you get a match."
)
return HttpResponse("Got here.")
def send_report_by_sendgrid(user, date_from, date_to):
logger.info('Entrando a send_report_by_sendgrid')
parameters = dict()
parameters['date_from'] = date_from
parameters['date_to'] = date_to
# query
data = Call.get_dynamic_calls_async(**parameters)
# preparacion del reporte
report = create_tablib(data)
logger.info(report)
if report is not None:
data = {
'name': 'reporte_llamadas.xlsx',
'report': report.xlsx,
}
# preparación para enviar correo
mail = SGEmailClient()
mail.send_report_email(user, data)
else:
logger.info('no hay datos para crear excel')
def create_calls_from_call_legs(start_date=None, end_date=None):
date_range = date_range_from_dates(start_date, end_date)
call_legs = CallLeg.objects.filter(timestamp__date__range=date_range)
call_legs_to_match = {}
for call_leg in call_legs:
ucid = call_leg.ucid
if ucid in call_legs_to_match.keys():
call_legs_to_match[ucid].append(call_leg)
else:
call_legs_to_match[ucid] = [call_leg]
calls_to_create = []
for ucid, call_legs_list in call_legs_to_match.items():
data_for_instance = prepare_call_data(call_legs_list)
if data_for_instance:
call_instance = Call(**data_for_instance)
calls_to_create.append(call_instance)
# TODO: доделать логгеры
logging.info(f'Trying to create {len(calls_to_create)} Calls instances')
Call.objects.bulk_create(calls_to_create, ignore_conflicts=True)
logging.info(
f'{len(calls_to_create)} Calls instances successfully created')
def post(self, request):
serializer = self.serializer_class(data=request.data)
if serializer.is_valid():
call = Call()
call.save()
try:
call_start = serializer.save(call_id=call)
except ValidationError as err:
call.delete()
return Response(data=err, status=status.HTTP_400_BAD_REQUEST)
serializer = CallAfterStartSerializer({
'call_id': call.pk,
'source': call_start.source,
'destination': call_start.destination,
'time': call_start.timestamp
})
return Response(serializer.data, status=status.HTTP_201_CREATED)
return Response(serializer.errors, status=status.HTTP_400_BAD_REQUEST)
print "No Beat found for %s" % row[ "Beat" ]
beat = Beat()
beat.name = row[ "Beat" ]
beat.jurisdiction = juri
beat.save()
try:
call_type = CallType.objects.get( name__iexact=row[ "CallType" ].strip().upper() )
#print "FOUND call_type: %s" % call_type
except:
print bail()
try:
call = Call.objects.get( event_num__iexact = row[ "EventNum" ].strip() )
action = "UPDATE"
except:
call = Call()
action = "INSERT"
call.description = row[ "Description" ]
call.event_num = row[ "EventNum" ]
call.report_num = row[ "ReportNum" ]
call.response = row[ "Response" ]
call.address = row[ "Address" ]
call.zip_code = row[ "Zip" ]
call.call_time = row[ "CallTime" ]
call.call_type = call_type
call.calltype_id = call_type.id
call.beat = beat
if ( row[ "Lng" ] is not None or row[ "Lng" ] != "" ) and ( row[ "Lat" ] is not None or row[ "Lng" ] != "" ):
try:
call.geom = fromstr('POINT(' + row[ "Lng"] + " " + row[ "Lat" ] +')', srid=4326)
def test_queryset_returns_multiple_calls_when_in_db(self):
"""Test that queryset returns all calls if there are many in db."""
user1 = User()
user1.save()
self.client.force_login(user1)
calls = self.client.get('/api/calls/')
self.assertEqual(len(calls.json()), 0)
jabba = Contact(name="Jabba", number="+12068675309")
jabba.save()
call1 = Call(contact=jabba, direction="outgoing", status="completed")
call1.save()
han = Contact(name="Han", number="+15555555555")
han.save()
call2 = Call(contact=han, direction="incoming", status="busy")
call2.save()
nerfherder = Contact(name="Nerf Herder", number="+16666666666")
nerfherder.save()
call3 = Call(contact=nerfherder,
direction="outgoing",
status="completed")
call3.save()
calls = self.client.get('/api/calls/')
self.assertEqual(len(calls.json()), 3)
#updated = True #if( (new_call.report_num == None or new_call.report_num == "" ) and ( call[ "report_num" ] != None or call[ "report_num" ] != "" ) ): #print "Report_num changed! db record is %s, website record is %s" % new_call.report_num, call[ "report_num" ] #new_call.report_num = call[ "report_num" ] #updated = True #if updated is True: #new_call.save() #print "UPDATING call: %s" % call[ "event_num" ] #update_count += 1 #else: skip_count +=1 print "SKIPPING call: %s" % call[ "event_num" ] except: try: new_call = Call() print "creating call for " + call[ "event_num" ] #call was created. lets set all our shit about it new_call.calltype = calltype new_call.beat = beat new_call.jurisdiction = juri new_call.event_num = call[ "event_num" ] new_call.response = call[ "response" ] new_call.description = call[ "description" ] if call[ "address" ] != "" and call[ "address" ] is not None: call[ "address" ] = call[ "address" ].replace( "&", " & ") call[ "address" ] = call[ "address" ].replace( "US65", "US 65" ) call[ "address" ] = call[ "address" ].replace( "JRF","James River Freeway" ) #for some reason there is a bunch of addresses that are like "N; Boonville instead of just N Boonville" call[ "address" ] = call[ "address" ].replace( ";", "" )
