def save(self, request):
newBook = Booking()
newBook.customer = request.user
newBook.payment_type = request.POST.get("payment_type")
newBook.price = request.POST.get("price")
newBook.total_distance = request.POST.get("total_distance")
newBook.save()
self.validated_data['book_id'] = newBook.id
pickupAddress = Address()
pickupAddress.title = request.POST.get("pickup_address_title")
pickupAddress.description = request.POST.get(
"pickup_address_description")
pickupAddress.longitude = request.POST.get("pickup_address_longitude")
pickupAddress.latitude = request.POST.get("pickup_address_latitude")
pickupAddress.is_pickup_loc = True
pickupAddress.booking = newBook
pickupAddress.save()
arrivalAddress = Address()
arrivalAddress.title = request.POST.get("arrival_address_title")
arrivalAddress.description = request.POST.get(
"arrival_address_description")
arrivalAddress.longitude = request.POST.get(
"arrival_address_longitude")
arrivalAddress.latitude = request.POST.get("arrival_address_latitude")
arrivalAddress.is_arrival_loc = True
arrivalAddress.booking = newBook
arrivalAddress.save()
# find nearest userInfo
# nearestDriverUserInfo = findNearestDriver(latitude=pickupAddress.latitude , longitude=pickupAddress.longitude , filterMaxDistance=10000)
# newBook.driver = nearestDriverUserInfo.user
return newBook
def create_booking(self, model: CreateBookingDto):
booking = Booking()
booking.booking_reference = model.booking_reference
booking.flight_id = model.flight_id
booking.take_off_point = model.take_off_point
booking.price = model.price
booking.take_off_time = model.take_off_time
booking.destination = model.destination
booking.flight_class = model.flight_class
booking.name = model.name
booking.phone = model.phone
booking.email = model.email
booking.address = model.address
booking.save()
def booking(request, booking_id):
# GET information about the status of a device. Some way of securing this so only the app can
# access it will eventually be needed
if request.method == 'GET':
try:
booking = Booking.objects.get(pk=booking_id)
return JsonResponse(booking.toJSON())
except Booking.DoesNotExist:
return JsonResponse({}, status=404)
# if(booking):
# return JsonResponse(booking.toJSON())
# else:
# return JsonResponse({}, status=404)
# Make request to turn on a device. A function should respond back with a value from the arduino
# indicating success and this can be passed back to app
elif request.method == 'POST':
body_unicode = request.body.decode('utf-8')
body = json.loads(body_unicode)
StartTime = body.get('StartTime')
EndTime = body.get('EndTime')
IDUser = body.get('IDUser')
if not StartTime:
return JsonResponse({"REASON": "Invalid StartTime provided"},
status=400)
elif not EndTime:
return JsonResponse({"REASON": "Invalid EndTime provided"},
status=400)
elif not IDUser:
return JsonResponse({"REASON": "Invalid IDUser provided"},
status=400)
else:
# this is our "happy path", once everything checks out, we send call to turn on device
# Add your code to turn on the device here and the respond back.
booking = Booking(IDUser=IDUser,
StartTime=StartTime,
EndTime=EndTime)
resp = booking.save()
print(resp)
return JsonResponse(booking.toJSON())
