public void CorrectlyIdentifyEnums()
{
MotorVehicle mv = MotorVehicle.Sedan;
string foo = "hello";
Assert.True(EnumUtility.IsEnum(mv.GetType()));
Assert.False(EnumUtility.IsEnum(foo.GetType()));
}
/// <summary>
/// Adds the motor vehicle.
/// </summary>
/// <param name="vehicle">The vehicle.</param>
public void AddMotorVehicle(MotorVehicle vehicle)
{
try
{
MotorVehicleRepository repository = new MotorVehicleRepository();
repository.Insert(vehicle);
}
catch (Exception ex)
{
throw new AutoBoardServiceException("Unexpected operation, please verify the inputs!", ex);
}
}
public int TryParkVehicle(MotorVehicle vehicle)
{
for (int i = 0; i < 10; i++)
{
if (Vehicles[i] != null)
{
continue;
}
Vehicles[i] = vehicle;
return(i);
}
return(-1);
}
static void Main(string[] args)
{
Vehicle[] vehicles = new Vehicle[4];
vehicles[0] = new MotorVehicle(52.30);
vehicles[1] = new PrivateCar(67.91, 4);
vehicles[2] = new Bus(74.11, 54, true);
vehicles[3] = new Truck(89.99, 97);
for (int i = 0; i < vehicles.Length; ++i)
{
vehicles[i].GiveInfo();
}
Console.WriteLine();
}
private void AddVehicle()
{
string name;
string index;
string maxSpeed;
string startSpeed;
string tankCapacity;
string fuelConsumption;
string message = "";
_view.GetData(out name, out index, out maxSpeed, out startSpeed, out tankCapacity, out fuelConsumption);
if (_verificatinService.VerificationDataForMotorVehicle(name, maxSpeed, startSpeed, tankCapacity, fuelConsumption, ref message))
{
Fuel fuel = null;
if (Int32.Parse(index) >= 0)
{
fuel = _fuelService.GetFuelFromList(Int32.Parse(index));
MotorVehicle motorVehicle = _creator.Creator(name, fuel, Double.Parse(maxSpeed), Double.Parse(startSpeed), Double.Parse(tankCapacity), Double.Parse(fuelConsumption));
Vehicle vehicle = motorVehicle;
if (!_transportService.AddVehicle(vehicle, ref message))
{
_view.ShowMessage(message);
}
else
{
_view.Close();
}
}
else
{
_view.ShowMessage("Добавте топливо!");
}
}
else
{
_view.ShowMessage(message);
}
}
static void Main(string[] args)
{
// Example Code for the main method
LogisticsAutopark logisticsAutopark = new LogisticsAutopark(20);
PublicTransportationAutopark publicTransportation = new PublicTransportationAutopark(25);
MotorVehicle[] vehicles = new MotorVehicle[]
{
new Van(10, 15, 20),
new Bus(10, 15, 20),
new Car(5, 10, 10)
};
publicTransportation.Vehicles = vehicles.ToList();
logisticsAutopark.Vehicles = vehicles.ToList();
StandartAutoPark[] autoParks = new StandartAutoPark[]
{
publicTransportation,
logisticsAutopark
};
foreach (var autopark in autoParks)
{
if (autopark is LogisticsAutopark logautopark)
{
Console.WriteLine($"Logistics autopark - max cargo weight: {logautopark.MaxCargoWeight} and number of vehicles {logautopark.Vehicles.Count}");
}
else if (autopark is PublicTransportationAutopark publicAutopark)
{
Console.WriteLine($"Public Transport autopark - max passengers: {publicAutopark.MaxPassengers} and number of vehicles {publicAutopark.Vehicles.Count}");
}
else
{
Console.WriteLine($"Standart Autopark - max passengers: {autopark.Vehicles.Count}");
}
}
}
/// <summary>
/// Gets a custom factor for the given tags.
/// </summary>
private static Func <IAttributeCollection, Factor> InternalGetFactor(MotorVehicle mv)
{
// adjusts to a hypothetical speed indicating preference.
var getFactorDefault = mv.GetGetFactor();
var getSpeedDefault = mv.GetGetSpeed();
return((tags) =>
{
var speed = getSpeedDefault(tags);
if (speed.Value == 0)
{
return new Factor()
{
Value = 0,
Direction = 0
};
}
string highwayType;
if (tags.TryGetValue("highway", out highwayType))
{
switch (highwayType)
{
case "motorway":
case "motorway_link":
speed.Value = speed.Value * CLASS_FACTOR * MOTORWAY;
break;
case "trunk":
case "trunk_link":
speed.Value = speed.Value * CLASS_FACTOR * TRUNK;
break;
case "primary":
case "primary_link":
speed.Value = speed.Value * CLASS_FACTOR * PRIMARY;
break;
case "secondary":
case "secondary_link":
speed.Value = speed.Value * CLASS_FACTOR * SECONDARY;
break;
case "tertiary":
case "tertiary_link":
speed.Value = speed.Value * CLASS_FACTOR * TERTIARY;
break;
case "residential":
speed.Value = speed.Value * CLASS_FACTOR * RESIDENTIAL;
break;
default:
speed.Value = speed.Value * CLASS_FACTOR * REST;
break;
}
}
return new Factor()
{
Value = 1.0f / speed.Value,
Direction = speed.Direction
};
});
}
internal MotorVehicleClassifications(MotorVehicle mv)
: base(mv.UniqueName + ".Classifications", mv.GetGetSpeed(), mv.GetGetMinSpeed(),
mv.GetCanStop(), mv.GetEquals(), mv.VehicleTypes, InternalGetFactor(mv))
{
}
static void Main(string[] args)
{
// TODO: Get all vehicle list from database to perform the operation
//MotorVehicleService service = new MotorVehicleService();
//IEnumerable<Vehicle> vehicleList = service.GetAllMotorVehicles();
// Init 4 Car
MotorVehicle car1 = new MotorVehicle()
{
Name = "BMW 3-Series (E21)",
RegistrationID = RegistrationService.NewRigstrationNumber(),
Make = new Make()
{
MakeId = 1,
Name = "BMW"
},
MaxPassengers = 5,
NoOfWheeels = 4,
Milage = 10,
MotorVehicleModel = new MotorVehicleModel()
{
ModelId = 1,
Name = "3-Series (E21) 1975-1983",
Year = 2019,
BodyType = "Saloon",
Transmission = "Auto",
Color = "Black",
Doors = 5,
FuelType = "Diesel"
},
EngineSize = 3
};
RegistrationService.RigsterNewVehicle(car1);
MotorVehicle car2 = new MotorVehicle()
{
Name = "Civic (1st gen)",
RegistrationID = RegistrationService.NewRigstrationNumber(),
Make = new Make()
{
MakeId = 2,
Name = "Honda"
},
MaxPassengers = 5,
NoOfWheeels = 4,
Milage = 12,
MotorVehicleModel = new MotorVehicleModel()
{
ModelId = 2,
Name = "Civic (1st gen) 1972-1979",
Year = 2019,
BodyType = "Hatchback",
Transmission = "Manual",
Color = "Black",
Doors = 5,
FuelType = "Petrol"
},
EngineSize = 2
};
RegistrationService.RigsterNewVehicle(car2);
MotorVehicle car3 = new MotorVehicle()
{
Name = "Golf VII",
RegistrationID = RegistrationService.NewRigstrationNumber(),
Make = new Make()
{
MakeId = 3,
Name = "Volkswagen"
},
MaxPassengers = 5,
NoOfWheeels = 4,
Milage = 13,
MotorVehicleModel = new MotorVehicleModel()
{
ModelId = 3,
Name = "Golf VII (A7 Typ 5G) 2012-present",
Year = 2012,
BodyType = "Hatchback",
Transmission = "Manual",
Color = "Black",
Doors = 5,
FuelType = "Petrol"
},
EngineSize = 2
};
RegistrationService.RigsterNewVehicle(car3);
MotorVehicle car4 = new MotorVehicle()
{
Name = "Toyota Deluxe - Sedan",
RegistrationID = RegistrationService.NewRigstrationNumber(),
Make = new Make()
{
MakeId = 4,
Name = "Toyota"
},
MaxPassengers = 5,
NoOfWheeels = 4,
Milage = 13,
MotorVehicleModel = new MotorVehicleModel()
{
ModelId = 4,
Name = "(2.0L 4-cyl. 5-speed Manual)",
Year = 2012,
BodyType = "Sedan",
Transmission = "Manual",
Color = "Black",
Doors = 5,
FuelType = "Petrol"
},
EngineSize = 2
};
RegistrationService.RigsterNewVehicle(car4);
// Init a Bicycle
Bicycle cycle1 = new Bicycle()
{
// To track the entities, temporary Registering Bicycle
RegistrationID = RegistrationService.NewRigstrationNumber(),
Make = new Make()
{
MakeId = 5,
Name = "Eurobike"
},
MaxPassengers = 1,
NoOfWheeels = 2,
Category = "Road Bike",
MaterialType = "Disc",
BicycleModel = new BicycleModel()
{
ModelId = 6,
Name = "Road Bike",
BicycleType = BicycleType.Regular,
Age = "Adult",
Weight = 18.6f,
BasketColor = "Red",
Shift = 5,
WheelMaterial = "700C Clincher"
},
};
RegistrationService.RigsterNewVehicle(cycle1);
// Init Bus
MotorVehicle bus = new MotorVehicle()
{
Name = "BMW 520d Touring",
RegistrationID = RegistrationService.NewRigstrationNumber(),
Make = new Make()
{
MakeId = 1,
Name = "BMW"
},
MaxPassengers = 50,
NoOfWheeels = 10,
Milage = 8,
MotorVehicleModel = new MotorVehicleModel()
{
ModelId = 7,
Name = "BMW 5 Series Touring.520d",
Year = 2012,
Transmission = "Manual",
Color = "White",
Doors = 4,
FuelType = "Diesel"
},
EngineSize = 3
};
RegistrationService.RigsterNewVehicle(bus);
// Init Ship
Ship ship = new Ship()
{
Name = "Prime Time Cruise",
RegistrationID = RegistrationService.NewRigstrationNumber(),
Make = new Make()
{
MakeId = 7,
Name = "PrimeTime"
},
MaxPassengers = 350,
Milage = 5,
Length = 45,
Width = 9
};
RegistrationService.RigsterNewVehicle(ship);
// Print all vehicle with Efficiancy
foreach (KeyValuePair <int, Vehicle> item in RegistrationService.register)
{
Console.WriteLine(item.Value.Print());
}
Console.ReadLine();
}
public static void Setup(TestContext t)
{
Engine engine = new Engine();
TestMotorVehicle = new MotorVehicle(engine);
}
public void Setup()
{
_driver = new FakeIPerson();
_mv = new FakeMotorVehicle(_driver, 100, 50, 2);
}
public void MotorVehicleSetUp()
{
_motorVehicle = new FakeMotorVehicle(new FakeDriver(), 100, 50, 2);
}
public void SetUp()
{
mv = new FakeMotorVehicle(new FakeDriver(), 100, 50, 2);
}
public void Setup()
{
_person = new FakePerson("John", "Smith", "Male");
_mv = new FakeMotorVehicle(_person, 100, 50, 2);
}
public void Setup()
{
mv = new FakeMotorVehicle(new FakeDriver("FakeFirstName", "FakeLastName", "FakeGender", "FakeLicence"), 100, 50, 2);
}
