def test_invalid_dates(self):
resp = self._retrieve_sessions(self._point_url,
self.token,
self.point.id,
self.days[5],
self.days[4],
csv=False)
self.assertEqual(resp.status_code, 200)
self.assertTrue(isinstance(resp, JsonResponse))
body = json.loads(resp.content)
self.assertTrue(body.get('Point', False))
self.assertEqual(body['Point'], self.point.id)
self.assertTrue(body.get('PointOperator', False))
self.assertEqual(body['PointOperator'],
self.point.station_id.operator.username)
self.assertTrue(body.get('RequestTimestamp', False))
self.assertTrue(self._elapsed(body['RequestTimestamp']) < 10000)
self.assertTrue(body.get('PeriodFrom', False))
self.assertEqual(body['PeriodFrom'],
datetime_to_string(self._current_time(self.days[5])))
self.assertTrue(body.get('PeriodTo', False))
self.assertEqual(body['PeriodTo'],
datetime_to_string(self._current_time(self.days[4])))
self.assertTrue(body.get('NumberOfChargingSessions', False) == 0)
self.assertTrue(body.get('ChargingSessionsList', False) == [])
def _verify_ev_res(self, actual, expected):
self.assertTrue(actual.get('SessionID', False))
self.assertEqual(int(actual['SessionID']), expected.id)
self.assertTrue(actual.get('EnergyProvider', False) == None)
self.assertTrue(actual.get('StartedOn', False))
self.assertEqual(actual['StartedOn'],
datetime_to_string(expected.start))
self.assertTrue(actual.get('FinishedOn', False))
self.assertEqual(actual['FinishedOn'],
datetime_to_string(expected.end))
self.assertTrue(actual.get('EnergyDelivered', False))
self.assertEqual(actual['EnergyDelivered'], expected.energy_delivered)
self.assertTrue(actual.get('PricePolicyRef', False))
self.assertEqual(actual['PricePolicyRef'],
expected.pricing_id.description)
self.assertTrue(actual.get('CostPerKWh', False))
self.assertEqual(actual['CostPerKWh'], expected.pricing_id.price)
self.assertTrue(actual.get('SessionCost', False))
self.assertEqual(actual['SessionCost'], expected.total_cost)
def test_invalid_dates(self):
resp = self._retrieve_sessions(self._ev_url,
self.token,
self.car.licence,
self.days[5],
self.days[4],
csv=False)
self.assertEqual(resp.status_code, 200)
self.assertTrue(isinstance(resp, JsonResponse))
body = json.loads(resp.content)
self.assertTrue(body.get('VehicleID', False))
self.assertEqual(body['VehicleID'], self.car.licence)
self.assertTrue(body.get('RequestTimestamp', False))
self.assertTrue(self._elapsed(body['RequestTimestamp']) < 10000)
self.assertTrue(body.get('PeriodFrom', False))
self.assertEqual(body['PeriodFrom'],
datetime_to_string(self._current_time(self.days[5])))
self.assertTrue(body.get('PeriodTo', False))
self.assertEqual(body['PeriodTo'],
datetime_to_string(self._current_time(self.days[4])))
self.assertTrue(body.get('TotalEnergyConsumed', False) == 0)
self.assertTrue(body.get('NumberOfVisitedPoints', False) == 0)
self.assertTrue(
body.get('NumberOfVehicleChargingSessions', False) == 0)
self.assertTrue(body.get('VehicleChargingSessionsList', False) == [])
def get(self, request, user, point_id, date_from, date_to):
requested_format = self.request.GET.get('format', 'json')
try:
start = datetime_from_string(date_from)
end = datetime_from_string(date_to) + datetime.timedelta(milliseconds=999)
except ValueError:
return HttpResponseBadRequest("Invalid date format.")
try:
point = Point.objects.get(id=point_id)
except ObjectDoesNotExist:
return HttpResponseBadRequest("Point does not exist.")
except ValueError:
return HttpResponseBadRequest("Invalid point id")
if point.station_id.operator != user:
return HttpResponse("Unauthorized. Point does not belong to you.", status=401)
sessions = ChargeSession.objects.filter(point_id=point,
start__gte=start, end__lte=end).order_by('start')
resp = {
"Point": point.id,
"PointOperator": point.station_id.operator.username,
"RequestTimestamp": datetime_to_string(get_now()),
"PeriodFrom": datetime_to_string(start),
"PeriodTo": datetime_to_string(end),
"NumberOfChargingSessions": len(sessions),
"ChargingSessionsList": []
}
for idx, session in enumerate(sessions, start=1):
item = {
"SessionIndex": idx,
"SessionID": session.id,
"StartedOn": datetime_to_string(session.start),
"FinishedOn": datetime_to_string(session.end),
"Protocol": session.protocol,
"EnergyDelivered": session.energy_delivered,
"Payment": session.payment,
"SessionCost": session.total_cost
}
if session.car_id:
item["VehicleType"] = session.car_id.type
resp["ChargingSessionsList"].append(item)
if requested_format == 'csv':
root_keys = ["Point", "PointOperator", "RequestTimestamp", "PeriodFrom", "PeriodTo",
"NumberOfChargingSessions"]
lst_keys = ["SessionIndex", "SessionID", "StartedOn", "FinishedOn", "Protocol",
"EnergyDelivered", "Payment", "VehicleType"]
return produce_csv_response(resp, root_keys, lst_keys, "ChargingSessionsList")
elif requested_format == "json":
return JsonResponse(resp)
else:
return HttpResponseBadRequest("Invalid format.")
def test_invalid_date_format(self):
resp = self.client.get(self._point_url(
self.point.id, datetime_to_string(self.days[7]), "invalid_format"),
HTTP_X_AUTH_OBSERVATORY=self.token)
self.assertEqual(resp.status_code, 400)
resp = self.client.get(self._point_url(
self.point.id, "invalid_format", datetime_to_string(self.days[0])),
HTTP_X_AUTH_OBSERVATORY=self.token)
self.assertEqual(resp.status_code, 400)
def _retrieve_sessions(self, url, token, id, fr, to, csv=False):
fr = datetime_to_string(self._current_time(fr))
to = datetime_to_string(self._current_time(to))
format = "json"
if csv:
format = "csv"
return self.client.get(url(id, fr, to) + "?format=" + format,
HTTP_X_AUTH_OBSERVATORY=token)
def test_get_point_charges(self):
resp = self._retrieve_sessions(self._point_url,
self.token,
self.point.id,
self.days[4],
self.days[0],
csv=False)
self.assertEqual(resp.status_code, 200)
self.assertTrue(isinstance(resp, JsonResponse))
body = json.loads(resp.content)
self.assertTrue(body.get('Point', False))
self.assertEqual(body['Point'], self.point.id)
self.assertTrue(body.get('PointOperator', False))
self.assertEqual(body['PointOperator'],
self.point.station_id.operator.username)
self.assertTrue(body.get('RequestTimestamp', False))
self.assertTrue(self._elapsed(body['RequestTimestamp']) < 10000)
self.assertTrue(body.get('PeriodFrom', False))
self.assertEqual(body['PeriodFrom'],
datetime_to_string(self._current_time(self.days[4])))
self.assertTrue(body.get('PeriodTo', False))
self.assertEqual(body['PeriodTo'],
datetime_to_string(self._current_time(self.days[0])))
self.assertTrue(body.get('NumberOfChargingSessions', False))
self.assertEqual(body['NumberOfChargingSessions'], 2)
self.assertTrue(body.get('ChargingSessionsList', False))
self.assertEqual(len(body['ChargingSessionsList']),
int(body['NumberOfChargingSessions']))
# test first result
first = body['ChargingSessionsList'][0]
self.assertTrue(first.get('SessionIndex', False))
self.assertEqual(int(first['SessionIndex']), 1)
self._verify_point_res(first, self.charge2)
# test second result
second = body['ChargingSessionsList'][1]
self.assertTrue(second.get('SessionIndex', False))
self.assertEqual(int(second['SessionIndex']), 2)
self._verify_point_res(second, self.charge3)
def test_get_vehicle_charges(self):
resp = self._retrieve_sessions(self._ev_url,
self.token,
self.car.licence,
self.days[4],
self.days[0],
csv=False)
self.assertEqual(resp.status_code, 200)
self.assertTrue(isinstance(resp, JsonResponse))
body = json.loads(resp.content)
self.assertTrue(body.get('VehicleID', False))
self.assertEqual(body['VehicleID'], self.car.licence)
self.assertTrue(body.get('RequestTimestamp', False))
self.assertTrue(self._elapsed(body['RequestTimestamp']) < 10000)
self.assertTrue(body.get('PeriodFrom', False))
self.assertEqual(body['PeriodFrom'],
datetime_to_string(self._current_time(self.days[4])))
self.assertTrue(body.get('PeriodTo', False))
self.assertEqual(body['PeriodTo'],
datetime_to_string(self._current_time(self.days[0])))
self.assertTrue(body.get('NumberOfVisitedPoints', False))
self.assertEqual(body['NumberOfVisitedPoints'], 2)
self.assertTrue(body.get('NumberOfVehicleChargingSessions', False))
self.assertEqual(body['NumberOfVehicleChargingSessions'], 2)
self.assertTrue(body.get('VehicleChargingSessionsList', False))
self.assertEqual(len(body['VehicleChargingSessionsList']),
int(body['NumberOfVehicleChargingSessions']))
# test first result
first = body['VehicleChargingSessionsList'][0]
self.assertTrue(first.get('SessionIndex', False))
self.assertEqual(int(first['SessionIndex']), 1)
self._verify_ev_res(first, self.charge2)
# test second result
second = body['VehicleChargingSessionsList'][1]
self.assertTrue(second.get('SessionIndex', False))
self.assertEqual(int(second['SessionIndex']), 2)
self._verify_ev_res(second, self.charge3)
def _verify_point_res(self, actual, expected):
self.assertTrue(actual.get('SessionID', False))
self.assertEqual(int(actual['SessionID']), expected.id)
self.assertTrue(actual.get('StartedOn', False))
self.assertEqual(actual['StartedOn'],
datetime_to_string(expected.start))
self.assertTrue(actual.get('FinishedOn', False))
self.assertEqual(actual['FinishedOn'],
datetime_to_string(expected.end))
self.assertTrue(actual.get('Protocol', False))
self.assertEqual(actual['Protocol'], expected.protocol)
self.assertTrue(actual.get('EnergyDelivered', False))
self.assertEqual(actual['EnergyDelivered'], expected.energy_delivered)
self.assertTrue(actual.get('Payment', False))
self.assertEqual(actual['Payment'], expected.payment)
self.assertTrue(actual.get('VehicleType', False))
self.assertEqual(actual['VehicleType'], expected.car_id.type)
def get(self, request, user, station_id, date_from, date_to):
requested_format = self.request.GET.get('format', 'json')
try:
start = datetime_from_string(date_from)
end = datetime_from_string(date_to) + datetime.timedelta(
milliseconds=999)
except ValueError:
return HttpResponseBadRequest("Invalid date format.")
try:
station = Station.objects.get(id=station_id)
except ObjectDoesNotExist:
return HttpResponseBadRequest("Station does not exist.")
except ValueError:
return HttpResponseBadRequest("Invalid station id")
if station.operator != user:
return HttpResponse(
"Unauthorized. Station does not belong to you.", status=401)
points = Point.objects.filter(station_id=station)
resp = {
"StationID": station.id,
"Operator": station.operator.username,
"RequestTimestamp": datetime_to_string(get_now()),
"PeriodFrom": datetime_to_string(start),
"PeriodTo": datetime_to_string(end),
"TotalEnergyDelivered": 0,
"NumberOfChargingSessions": 0,
"NumberOfActivePoints": 0,
"SessionsSummaryList": []
}
for point in points:
sessions = ChargeSession.objects.filter(
point_id=point, start__gte=start,
end__lte=end).order_by('start')
if len(sessions):
energy_delivered = sum([x.energy_delivered for x in sessions])
resp['NumberOfChargingSessions'] += len(sessions)
resp['NumberOfActivePoints'] += 1
resp["SessionsSummaryList"].append({
"PointID":
point.id,
"PointSessions":
len(sessions),
"EnergyDelivered":
energy_delivered
})
resp['TotalEnergyDelivered'] += energy_delivered
if requested_format == 'csv':
root_keys = [
"StationID", "Operator", "RequestTimestamp", "PeriodFrom",
"PeriodTo", "TotalEnergyDelivered", "NumberOfChargingSessions",
"NumberOfActivePoints"
]
lst_keys = ["PointID", "PointSessions", "EnergyDelivered"]
return produce_csv_response(resp, root_keys, lst_keys,
"SessionsSummaryList")
elif requested_format == "json":
return JsonResponse(resp)
else:
return HttpResponseBadRequest("Invalid format.")
def get(self, request, user, vehicle_id, date_from, date_to):
requested_format = self.request.GET.get('format', 'json')
try:
start = datetime_from_string(date_from)
end = datetime_from_string(date_to) + datetime.timedelta(
milliseconds=999)
except ValueError:
return HttpResponseBadRequest("Invalid date format.")
try:
car = Car.objects.get(licence=vehicle_id)
except ObjectDoesNotExist:
return HttpResponseBadRequest("EV does not exist.")
if car.user_id != user:
return HttpResponse(
"Unauthorized. Vehicle does not belong to you.", status=401)
sessions = ChargeSession.objects.filter(car_id=car,
start__gte=start,
end__lte=end).order_by('start')
resp = {
"VehicleID": car.licence,
"RequestTimestamp": datetime_to_string(get_now()),
"PeriodFrom": datetime_to_string(start),
"PeriodTo": datetime_to_string(end),
"TotalEnergyConsumed": 0,
"NumberOfVisitedPoints": 0,
"NumberOfVehicleChargingSessions": len(sessions),
"VehicleChargingSessionsList": []
}
visited_points = set()
for idx, session in enumerate(sessions, start=1):
item = {
"SessionIndex": idx,
"SessionID": session.id,
"EnergyProvider": None,
"StartedOn": datetime_to_string(session.start),
"FinishedOn": datetime_to_string(session.end),
"EnergyDelivered": session.energy_delivered,
"SessionCost": session.total_cost
}
if session.pricing_id:
item["PricePolicyRef"] = session.pricing_id.description
item["CostPerKWh"] = session.pricing_id.price
resp["VehicleChargingSessionsList"].append(item)
resp["TotalEnergyConsumed"] += session.energy_delivered
if session.point_id:
visited_points.add(session.point_id.id)
resp["NumberOfVisitedPoints"] = len(visited_points)
if requested_format == 'csv':
root_keys = [
"VehicleID", "RequestTimestamp", "PeriodFrom", "PeriodTo",
"TotalEnergyConsumed", "NumberOfVisitedPoints",
"NumberOfVehicleChargingSessions"
]
lst_keys = [
"SessionIndex", "SessionID", "EnergyProvider", "StartedOn",
"FinishedOn", "EnergyDelivered", "PricePolicyRef",
"CostPerKWh", "SessionCost"
]
return produce_csv_response(resp, root_keys, lst_keys,
"VehicleChargingSessionsList")
elif requested_format == "json":
return JsonResponse(resp)
else:
return HttpResponseBadRequest("Invalid format.")
def test_get_station_charges(self):
resp = self._retrieve_sessions(self._station_url,
self.token,
self.station.id,
self.days[4],
self.days[0],
csv=False)
self.assertEqual(resp.status_code, 200)
self.assertTrue(isinstance(resp, JsonResponse))
body = json.loads(resp.content)
self.assertTrue(body.get('StationID', False))
self.assertEqual(body['StationID'], self.station.id)
self.assertTrue(body.get('Operator', False))
self.assertEqual(body['Operator'], self.station.operator.username)
self.assertTrue(body.get('RequestTimestamp', False))
self.assertTrue(self._elapsed(body['RequestTimestamp']) < 10000)
self.assertTrue(body.get('PeriodFrom', False))
self.assertEqual(body['PeriodFrom'],
datetime_to_string(self._current_time(self.days[4])))
self.assertTrue(body.get('PeriodTo', False))
self.assertEqual(body['PeriodTo'],
datetime_to_string(self._current_time(self.days[0])))
self.assertTrue(body.get('TotalEnergyDelivered', False))
self.assertEqual(body['TotalEnergyDelivered'], 60)
self.assertTrue(body.get('NumberOfChargingSessions', False))
self.assertEqual(body['NumberOfChargingSessions'], 3)
self.assertTrue(body.get('NumberOfActivePoints', False))
self.assertEqual(body['NumberOfActivePoints'], 2)
self.assertTrue(body.get('SessionsSummaryList', False))
self.assertEqual(len(body['SessionsSummaryList']),
body['NumberOfActivePoints'])
# test first result
first = body['SessionsSummaryList'][0]
self.assertTrue(first.get('PointID', False))
self.assertEqual(int(first['PointID']), self.point1.id)
self.assertTrue(first.get('PointSessions', False))
self.assertEqual(first['PointSessions'], 2)
self.assertTrue(first.get('EnergyDelivered', False))
self.assertEqual(first['EnergyDelivered'], 30)
# test second result
second = body['SessionsSummaryList'][1]
self.assertTrue(second.get('PointID', False))
self.assertEqual(int(second['PointID']), self.point2.id)
self.assertTrue(second.get('PointSessions', False))
self.assertEqual(second['PointSessions'], 1)
self.assertTrue(second.get('EnergyDelivered', False))
self.assertEqual(second['EnergyDelivered'], 30)
