def test_form_validation(self):
bad_data = {
"cross country order": {
"from_country": u"1248"
},
"same country but no service": {
"from_country": u"1248",
"to_country": u"1248"
},
"no station in valid distance": {
"from_lat": 33.239736,
"from_lon": 35.654583,
"to_lat": 29.550283,
"to_lon": 34.914551
},
}
passenger = create_passenger()
# good order
form = OrderForm(data=ORDER_DATA, passenger=passenger)
self.assertTrue(form.is_valid(), "Form should pass validation.")
# bad orders
for dict_name in bad_data:
bad_order = ORDER_DATA.copy()
bad_order.update(bad_data[dict_name])
form = OrderForm(data=bad_order, passenger=passenger)
self.assertFalse(form.is_valid(),
"Form should fail validation: %s" % dict_name)
def test_form_validation(self):
bad_data = {
"cross country order": {"from_country": u"1248"},
"same country but no service": {"from_country": u"1248", "to_country": u"1248"},
"no station in valid distance": {"from_lat": 33.239736, "from_lon": 35.654583, "to_lat": 29.550283, "to_lon": 34.914551},
}
passenger = create_passenger()
# good order
form = OrderForm(data=ORDER_DATA, passenger=passenger)
self.assertTrue(form.is_valid(), "Form should pass validation.")
# bad orders
for dict_name in bad_data:
bad_order = ORDER_DATA.copy()
bad_order.update(bad_data[dict_name])
form = OrderForm(data=bad_order, passenger=passenger)
self.assertFalse(form.is_valid(), "Form should fail validation: %s" % dict_name)
def create(self, request, *args, **kwargs):
api_user = kwargs["api_user"]
request_data = request.data.get("request")
if not request_data:
return rc.BAD_REQUEST
language_code = request_data.get("language_code")
translation.activate(language_code)
passenger = None
phone_number = request_data.get("phone_number")
login_token = request_data.get("login_token")
try:
if login_token: #TODO_WB: merge needed to make this work
passenger = Passenger.objects.get(login_token=login_token)
elif phone_number and not api_user.phone_validation_required:
passenger = Passenger.objects.get(phone=phone_number)
except Passenger.DoesNotExist:
pass
if not passenger:
return rc.NOT_FOUND #TODO_WB: is this the right response
order_data = {}
for address_type in ('from', 'to'):
for att, val in request_data[address_type].items():
order_data[address_type + "_" + att] = val or ""
if not is_valid_address(order_data, address_type):
res = rc.BAD_REQUEST
res.write(" %s\n" % ErrorCodes.INVALID_ADDRESS)
return res
order_data[address_type + "_country"] = Country.get_id_by_code(order_data[address_type + "_country"])
order_data[address_type + "_city"] = City.get_id_by_name_and_country(order_data[address_type + "_city"], order_data[address_type + "_country"], add_if_not_found=True)
order_form = OrderForm(data=order_data, passenger=passenger)
if order_form.is_valid():
order = order_form.save()
order.api_user = api_user
order.passenger = passenger
order.language_code = language_code
order.save()
book_order_async(order)
log_event(EventType.ORDER_BOOKED, order=order)
return rc.CREATED
else:
response = rc.BAD_REQUEST
response.write(" %s\n" % order_form.errors.as_text())
return response
logging.info("fixed house number (%s): %s " %
(res, getattr(order, "%s_raw" % order_type)))
except AttributeError, ValueError:
logging.warning("Could not fix missing house number: %s" %
getattr(order, "%s_raw" % order_type))
res = None
return res
form_data = request.POST
if passenger.business and request.POST.get("business_order"):
form_data = get_business_order_form_data(request, passenger)
form = OrderForm(data=form_data, passenger=passenger)
if form.is_valid():
if passenger.orders.all()[:1]:
last_order = passenger.orders.order_by("-create_date")[0]
interval = BUSINESS_ORDERING_INTERVAL if passenger.business else ORDERING_INTERVAL
if (utc_now() - last_order.create_date).seconds < interval:
return error_response(
_("Ordering is not allowed so soon after another order"))
app_udid = request.POST.get("APP_UDID")
installed_app = None
if app_udid: # this came from a device that sends app specific id
installed_app = InstalledApp.by_app_udid(app_udid)
if not installed_app:
return error_response(
_("Please register before attempting to order"))
if installed_app.blocked:
res = res.replace(street, "").replace(city, "").replace(",", "").strip()
res = int(res)
logging.info("fixed house number (%s): %s " % (res, getattr(order, "%s_raw" % order_type)))
except AttributeError, ValueError:
logging.warning("Could not fix missing house number: %s" % getattr(order, "%s_raw" % order_type))
res = None
return res
form_data = request.POST
if passenger.business and request.POST.get("business_order"):
form_data = get_business_order_form_data(request, passenger)
form = OrderForm(data=form_data, passenger=passenger)
if form.is_valid():
if passenger.orders.all()[:1]:
last_order = passenger.orders.order_by("-create_date")[0]
interval = BUSINESS_ORDERING_INTERVAL if passenger.business else ORDERING_INTERVAL
if (utc_now() - last_order.create_date).seconds < interval:
return error_response(_("Ordering is not allowed so soon after another order"))
app_udid = request.POST.get("APP_UDID")
installed_app = None
if app_udid: # this came from a device that sends app specific id
installed_app = InstalledApp.by_app_udid(app_udid)
if not installed_app:
return error_response(_("Please register before attempting to order"))
if installed_app.blocked:
return error_response(_("Your account has been suspended. Please contact [email protected]"))
