def registerVehicle(path, postBody):
response = {}
try:
fleet_id = path.split("/")[1]
if not(validFleet(ObjectId(fleet_id))):
raise PyMongoError(f"Fleet with ID: {fleet_id} does not exist")
vehicleClass = Vehicle(postBody['vehicle_model'],
postBody['license_plate'],
postBody['vehicle_status'],
ObjectId(fleet_id)
)
vehicleObj = vehicleClass.get_register_data()
# 2. Open a new database connection
client = mongoConnect()
# 3. write data from the database
db = client.team12_supply # check
vehicle = db.vehicle
if (vehicle.count_documents({'license_plate': vehicleObj['license_plate']}) == 0):
vehicleID = vehicle.insert_one(vehicleObj).inserted_id
response = {'status': 'OK', 'data': {'fleet_id': vehicleObj['fleet_id'], 'vehicle_model': vehicleObj['vehicle_model'], 'license_plate': vehicleObj[
'license_plate'], 'vehicle_status': vehicleObj['vehicle_status'], '_id': vehicleID, "current_location": vehicleObj["current_location"]}}
else:
response = {'status': 'CONFLICT',
'data': {'msg': 'Vehicle already registered'}}
except PyMongoError as err:
response = {'status': 'CONFLICT', 'data': {
'msg': err}}
except ValueError as err:
response = {'status': 'CONFLICT', 'data': {
'msg': err}}
except Exception as err:
logging.error(err)
response = {'status': 'INTERNAL_SERVER_ERROR', 'data': {
'msg': 'Server stopped working, please try again later'}}
return response
def __init__(self):
# make instances
# power source
self.battery = Battery(90, 60, 7.7) # kWh,lb,kw
# gal,lb,pound per gallon
self.gastank = GasTank(25, 24, 6)
# lb,w
self.solarPanel = SolarPanel(44.5, 315)
self.electricEngine = EletricEngine(
'EE1', 150, [self.battery * 8], [self.solarPanel * 1])
self.gasEngine = GasEngine('GE1', 449, [self.gastank * 9])
self.mask = Cargo('Mask', 0.525, (5.625, 5.625, 8))
self.ventilator = Cargo('Ventilator', 25, (24, 12, 24))
#self.vehicle = Vehicle(4600-25-449, 1920, 536.4+396, [self.gasEngine])
self.vehicle = Vehicle(4600-25-449, 1920, 536.4+396, [self.electricEngine])
departure = Coordinate(32.71573611111111, -117.161086111111120)
destination = Coordinate(42.65258055555555, -73.75623333333333)
monument = Coordinate(36.998980555555555, -109.04518611111111)
self.pathA = Path([departure, destination])
self.pathB = Path([departure, monument, destination],[.1705,.0528])
self.pathC = Path([departure, destination], [3, -3] * 22)
self.tz_PST = pytz.timezone('America/Los_Angeles')
self.tz_UTC = pytz.utc
self.departDatetime = datetime(
2020, 8, 31, 12, 00, tzinfo=self.tz_PST).astimezone(self.tz_UTC)
def updateVehicle(postBody):
response = {}
try:
vehicle_id = postBody['vehicle_id']
vehicleDoc = getVehicles({"_id": ObjectId(vehicle_id)})[0]
vehicleInst = Vehicle(vehicleDoc['vehicle_model'],
vehicleDoc['license_plate'],
vehicleDoc['vehicle_status'],
vehicleDoc['fleet_id']
)
if "vehicle_status" in postBody:
vehicleInst.setVehicleStatus(postBody['vehicle_status'])
if "current_location" in postBody:
vehicleInst.setCurrentLocation(postBody['current_location'])
vehicleObj = vehicleInst.get_register_data()
updateVehicleDoc(vehicleDoc['_id'], vehicleObj)
response = {'status': 'OK', 'data': {'fleet_id': vehicleObj['fleet_id'], 'vehicle_model': vehicleObj['vehicle_model'], 'license_plate': vehicleObj[
'license_plate'], 'vehicle_status': vehicleObj['vehicle_status'], '_id': vehicle_id, "current_location": vehicleObj["current_location"]}}
except Exception as err:
print(err)
response = {"status": "INTERNAL_SERVER_ERROR", "data": {
"msg": "Server stopped working, please try again later"}}
return response
def setUp(self):
self.vehicle = Vehicle("testmodel", "588TST", "available",
ObjectId("6070a81d27d869d2d83ffeca"))
if (cpi.num_ports == len(cpi.ports)):
print("Pass: Simulator num ports test")
else:
print("Fail: Simulator num ports test")
if (cpi.get_load() == 0.0):
print("Pass: Simulator no load test")
else:
print("Fail: Simulator no load test")
if (cpi.get_num_charge_sessions() == 0):
print("Pass: Simulator no charge sessions test")
else:
print("Fail: Simulator no charge sessions test")
v = Vehicle("Goofy")
v.set_specs("Prius", 100, 6, 1, 80)
v.set_charge(50.0)
free_port = cpi.get_free_port()
if (free_port is not None):
print("Pass: Simulator free port test")
else:
print("Fail: Simulator free port test")
plugin_port = cpi.plugin(v)
if (plugin_port is not None):
print("Pass: Simulator vehicle plugin test")
else:
print("Fail: Simulator vehicle plugin test")
if (cpi.get_num_charge_sessions() == 1):
def setUp(self):
self.vehicle = Vehicle()
class TestVehicle(unittest.TestCase):
def setUp(self):
self.vehicle = Vehicle()
def test_vehicle_can_start_engine(self):
self.assertEqual("Vrrmmm", self.vehicle.start_engine())