public Vehicle(string i_VehicleModel, string i_LicencePlate, byte i_NumOfWheels, VehicleOwner i_Owner)
{
m_VehicleModel = i_VehicleModel;
m_LicencePlate = i_LicencePlate;
r_Wheels = new Wheel[i_NumOfWheels];
m_Owner = i_Owner;
}
public Motorcycle(string i_VehicleModel, string i_LicencePlate, float i_FuelLeft, float i_MaxFuel, byte i_NumOfWheels, eMotorcycleLicenceType i_LicenseType,
int i_EngineVolume, VehicleOwner i_Owner) :
base(i_VehicleModel, i_LicencePlate, i_FuelLeft, i_MaxFuel, i_NumOfWheels, eFuelTypes.Octan96, i_Owner)
{
m_LicenseType = i_LicenseType;
m_EngineVolume = i_EngineVolume;
}
public static void InsertNewVehicleToGarage(VehicleCreation.eVehicleTypes i_CreateVehicle, string i_VehicleModelName, string i_VehicleLicenceId, string i_WheelManufacturerName, float i_CurrentWheelPressure, string i_VehicleFirstParameter, string i_VehicleSecondParameter, string i_VehicleOwnerName, string i_VehicleOwnerPhone)
{
Vehicle newVehicle = VehicleCreation.CreateVehicle(i_CreateVehicle, i_VehicleModelName, i_VehicleLicenceId, i_WheelManufacturerName, i_VehicleFirstParameter, i_VehicleSecondParameter);
VehicleOwner VehicleOwner = new VehicleOwner(i_VehicleOwnerName, i_VehicleOwnerPhone);
newVehicle.UpdateAllCurrentWheelPressureOfVehicle(i_CurrentWheelPressure);
sr_DictuonaryOfVehicleAndTheirOwners.Add(newVehicle, VehicleOwner); // Add to the 'VehicleGarage' dictionary
}
public Vehicle(string i_LicenseNumber, string i_ModelName, Engine i_Engine)
{
r_LicenseNumber = i_LicenseNumber;
r_ModelName = i_ModelName;
r_WheelsList = new List <Wheel>();
m_Owner = new VehicleOwner();
m_Engine = i_Engine;
m_VehicleStatus = eVehicleStatus.InRepair;
}
public void StoreVehicle(Vehicle i_VehicleToStore, VehicleOwner i_OwnerToStore)
{
StoredVehicle newVehicle = new StoredVehicle(i_VehicleToStore, i_OwnerToStore);
bool isVehicleIdAlreadyRegistered = false;
isVehicleIdAlreadyRegistered = m_StoredVehiclesDictionary.ContainsKey(i_VehicleToStore.GetHashCode());
if (isVehicleIdAlreadyRegistered)
{
throw new ArgumentException(string.Format("ID: {0} is already registered.", i_VehicleToStore.ID));
}
m_StoredVehiclesDictionary.Add(i_VehicleToStore.GetHashCode(), newVehicle);
}
internal Vehicle(string i_ModelName, string i_LicensePlateNumber, VehicleOwner i_VehicleOwner, bool i_IsFuelBased, int i_NumOfWheels, eFuelTypes i_FuelType, float i_MaxAirPressure)
{
this.mr_ModelName = i_ModelName;
this.mr_LicensePlateNumber = i_LicensePlateNumber;
this.m_Wheels = new Wheel[i_NumOfWheels];
this.m_MaxAirPressure = i_MaxAirPressure;
this.mvr_IsFuelBased = i_IsFuelBased;
this.m_VehicleOwner = i_VehicleOwner;
if (this.mvr_IsFuelBased)
{
this.mr_FuelType = i_FuelType;
}
}
public void AddVehicle(int i_VehicleType, string i_ModelName, string i_LicensePlateNumber, string i_OwnerName, string i_OwnerPhoneNumber, bool i_IsFuelBased, Dictionary <string, string> i_ExtraFeatursDictionary)
{
Vehicle newVehicle;
VehicleOwner vehicleOwner;
if (IsExistInGarage(i_LicensePlateNumber))
{
ChangeVehicleStatus(i_LicensePlateNumber, eStatusInGarage.Treatment);
}
else
{
vehicleOwner = new VehicleOwner(i_OwnerName, i_OwnerPhoneNumber);
newVehicle = CreateVehicle(i_VehicleType, i_ModelName, i_LicensePlateNumber, vehicleOwner, i_IsFuelBased, i_ExtraFeatursDictionary);
AddVehicleToStatusList(newVehicle, eStatusInGarage.Treatment);
newVehicle.Status = eStatusInGarage.Treatment;
}
}
public static ElectricMotorcycle CreateElectricMotorcycle(string i_VehicleModel, string i_LicencePlate, float i_BatteryLeft, eMotorcycleLicenceType i_LicenceType,
int i_EngineVolume, string i_WheelMaker, float i_WheelCurrentPressure, VehicleOwner i_Owner)
{
ElectricMotorcycle electricMotorcycle = new ElectricMotorcycle(i_VehicleModel, i_LicencePlate, i_BatteryLeft, k_MotorcycleMaxBattery, k_MotorcycleNumOfWheels,
i_LicenceType, i_EngineVolume, i_Owner);
GenerateWheels(electricMotorcycle, k_MotorcycleMaxWheelPressure, i_WheelMaker, i_WheelCurrentPressure);
return(electricMotorcycle);
}
public static Motorcycle CreateMotorcycle(string i_VehicleModel, string i_LicencePlate, float i_FuelLeft, eMotorcycleLicenceType i_LicenceType,
int i_EngineVolume, string i_WheelMaker, float i_WheelCurrentPressure, VehicleOwner i_Owner)
{
Motorcycle motorcycle = new Motorcycle(i_VehicleModel, i_LicencePlate, i_FuelLeft, k_MotorcycleMaxFuel, k_MotorcycleNumOfWheels, i_LicenceType, i_EngineVolume, i_Owner);
GenerateWheels(motorcycle, k_MotorcycleMaxWheelPressure, i_WheelMaker, i_WheelCurrentPressure);
return(motorcycle);
}
public static ElectricCar CreateElectricCar(string i_VehicleModel, string i_LicencePlate, float i_BatteryLeft, eCarColors i_Color, eNumOfDoors i_NumOfDoors,
string i_WheelMaker, float i_WheelCurrentPressure, VehicleOwner i_Owner)
{
ElectricCar electricCar = new ElectricCar(i_VehicleModel, i_LicencePlate, i_BatteryLeft, k_CarMaxBattery, i_Color, k_CarNumOfWheels, i_NumOfDoors, i_Owner);
GenerateWheels(electricCar, k_CarMaxWheelPressure, i_WheelMaker, i_WheelCurrentPressure);
return(electricCar);
}
public static Car CreateCar(string i_VehicleModel, string i_LicencePlate, float i_FuelLeft, eCarColors i_Color, eNumOfDoors i_NumOfDoors,
string i_WheelMaker, float i_WheelCurrentPressure, VehicleOwner i_Owner)
{
Car car = new Car(i_VehicleModel, i_LicencePlate, i_FuelLeft, k_CarMaxFuel, k_CarNumOfWheels, i_Color, i_NumOfDoors, i_Owner);
GenerateWheels(car, k_CarMaxWheelPressure, i_WheelMaker, i_WheelCurrentPressure);
return(car);
}
public void InsertVehicleToTheGarage(string i_OwnerName, string i_OwnerPhoneNumber, Vehicle i_Vehicle)
{
VehicleOwner owner = new VehicleOwner(i_OwnerName, i_OwnerPhoneNumber);
m_VehiclesInTheGarage.Add(i_Vehicle.LicenseNumber, new VehiclesInTheGarage(owner, i_Vehicle));
}
internal Truck(string i_ModelName, string i_LicensePlateNumber, bool i_IsFuelBased, VehicleOwner i_VehicleOwner, Dictionary <string, string> i_ExtraFeatursDictionary) : base(i_ModelName, i_LicensePlateNumber, i_VehicleOwner, i_IsFuelBased, k_NumOfWheels, k_FuelType, k_MaxAirPressure)
{
this.m_ExtraFeatursDictionary = i_ExtraFeatursDictionary;
string o_Feature1Value;
string o_Feature2Value;
bool v_IsSucceed = this.m_ExtraFeatursDictionary.TryGetValue(k_ExtraFearute1, out o_Feature1Value);
if (v_IsSucceed)
{
SetDangerousMaterials(o_Feature1Value);
}
v_IsSucceed = this.m_ExtraFeatursDictionary.TryGetValue(k_ExtraFearute2, out o_Feature2Value);
if (v_IsSucceed)
{
SetCarringWeight(o_Feature2Value);
}
if (i_IsFuelBased)
{
this.m_EnergyType = new Fuel(k_MaxCapacityOfFuel, 0, k_FuelType);
}
}
public Car(string i_VehicleModel, string i_LicencePlate, float i_FuelLeft, float i_MaxFuel, byte i_NumOfWheels, eCarColors i_Color, eNumOfDoors i_NumOfDoors, VehicleOwner i_Owner) :
base(i_VehicleModel, i_LicencePlate, i_FuelLeft, i_MaxFuel, i_NumOfWheels, eFuelTypes.Octan96, i_Owner)
{
m_Color = i_Color;
m_NumOfDoors = i_NumOfDoors;
}
private const string k_ExtraFearute2 = "Energy capacity"; //TODO: eFeatures.Engine_Capacity.ToString();
internal Motorcycle(string i_ModelName, string i_LicensePlateNumber, bool i_IsFuelBased, VehicleOwner i_VehicleOwner, Dictionary <string, string> i_ExtraFeatursDictionary) : base(i_ModelName, i_LicensePlateNumber, i_VehicleOwner, i_IsFuelBased, k_NumOfWheels, k_FuelType, k_MaxAirPressure)
{
this.m_ExtraFeatursDictionary = i_ExtraFeatursDictionary;
string o_Feature1Value;
string o_Feature2Value;
bool v_IsSucceed = this.m_ExtraFeatursDictionary.TryGetValue(k_ExtraFearute1, out o_Feature1Value);
if (v_IsSucceed)
{
SetLicensType(o_Feature1Value);
}
v_IsSucceed = this.m_ExtraFeatursDictionary.TryGetValue(k_ExtraFearute2, out o_Feature2Value);
if (v_IsSucceed)
{
SetEnergyCapacity(o_Feature2Value);
}
if (i_IsFuelBased)
{
this.m_EnergyType = new Fuel(k_MaxCapacityOfFuel, 0, k_FuelType);
}
else
{
this.m_EnergyType = new Battery(k_MaxCapacityOfBattery, 0);
}
}
public FuelVehicle(string i_VehicleModel, string i_LicencePlate, float i_FuelLeft, float i_MaxFuelTankCapacity, byte i_NumOfWheels, eFuelTypes i_FuelType, VehicleOwner i_Owner) :
base(i_VehicleModel, i_LicencePlate, i_NumOfWheels, i_Owner)
{
m_FuelLeft = i_FuelLeft;
m_MaxFuelTankCapacity = i_MaxFuelTankCapacity;
m_FuelType = i_FuelType;
}
public ElectricVehicle(string i_VehicleModel, string i_LicencePlate, float i_BatteryLeft, float i_MaxBatteryHourCapacity, byte i_NumOfWheels, VehicleOwner i_Owner) :
base(i_VehicleModel, i_LicencePlate, i_NumOfWheels, i_Owner)
{
m_BatteryLeft = i_BatteryLeft;
m_MaxBatteryHourCapacity = i_MaxBatteryHourCapacity;
}
private Vehicle SetVehicle(string i_ModelName, string i_LicensePlateNumber, VehicleOwner vehicleOwner, bool i_IsFuelBased)
{
throw new NotImplementedException();
}
/*
* Creates a new vehicle according to the vehicle type
*/
internal static Vehicle CreateVehicle(int i_VehicleType, string i_ModelName, string i_LicensePlateNumber, VehicleOwner i_Owner, bool i_IsFuelBased, Dictionary <string, string> i_ExtraFeatursDictionary)
{
Vehicle o_NewVehicle = null;
switch ((eVehicleTypes)(i_VehicleType))
{
case eVehicleTypes.Car:
o_NewVehicle = new Car(i_ModelName, i_LicensePlateNumber, i_IsFuelBased, i_Owner, i_ExtraFeatursDictionary);
break;
case eVehicleTypes.Motorcycle:
o_NewVehicle = new Motorcycle(i_ModelName, i_LicensePlateNumber, i_IsFuelBased, i_Owner, i_ExtraFeatursDictionary);
break;
case eVehicleTypes.Truck:
o_NewVehicle = new Truck(i_ModelName, i_LicensePlateNumber, i_IsFuelBased, i_Owner, i_ExtraFeatursDictionary);
break;
}
return(o_NewVehicle);
}
public VehiclesInTheGarage(VehicleOwner i_VehicleOwner, Vehicle i_Vehicle)
{
m_VehicleOwner = i_VehicleOwner;
m_Vehicle = i_Vehicle;
m_VehicleStatus = Vehicle.eStatusOfVehicle.InRepair;
}
public static Truck CreateTruck(string i_VehicleModel, string i_LicencePlate, float i_FuelLeft, bool i_CarryDangerousMaterials,
float i_CargoVolume, string i_WheelMaker, float i_WheelCurrentPressure, VehicleOwner i_Owner)
{
Truck truck = new Truck(i_VehicleModel, i_LicencePlate, i_FuelLeft, k_TruckMaxFuel, k_TruckNumOfWheels, i_CarryDangerousMaterials, i_CargoVolume, i_Owner);
GenerateWheels(truck, k_TruckMaxWheelPressure, i_WheelMaker, i_WheelCurrentPressure);
return(truck);
}
public ElectricCar(string i_VehicleModel, string i_LicencePlate, float i_EnergyLeft, float i_MaxBattery, eCarColors i_Color, byte i_NumOfWheels, eNumOfDoors i_NumOfDoors, VehicleOwner i_Owner) :
base(i_VehicleModel, i_LicencePlate, i_EnergyLeft, i_MaxBattery, i_NumOfWheels, i_Owner)
{
m_Color = i_Color;
m_NumOfDoors = i_NumOfDoors;
}
public ElectricMotorcycle(string i_VehicleModel, string i_LicencePlate, float i_BatteryLeft, float i_MaxBattery, byte i_NumOfwheels, eMotorcycleLicenceType i_LicenseType, int i_EngineVolume, VehicleOwner i_Owner) :
base(i_VehicleModel, i_LicencePlate, i_BatteryLeft, i_MaxBattery, i_NumOfwheels, i_Owner)
{
m_LicenseType = i_LicenseType;
m_EngineVolume = i_EngineVolume;
}
public Truck(string i_VehicleModel, string i_LicencePlate, float i_FuelLeft, float i_MaxFuel, byte i_NumOfWheels, bool i_CarryDangerousMaterials, float i_CargoVolume, VehicleOwner i_Owner) :
base(i_VehicleModel, i_LicencePlate, i_FuelLeft, i_MaxFuel, i_NumOfWheels, eFuelTypes.Soler, i_Owner)
{
m_CarryDangerousMaterials = i_CarryDangerousMaterials;
m_CargoVolume = i_CargoVolume;
}