private void handleBuild(VehicleBuildType vehicleBuildType)
{
switch (vehicleBuildType)
{
case VehicleBuildType.VehicleModel:
m_VehicleBuilder.Model = ConsoleUtils.ParseModel();
break;
case VehicleBuildType.VehicleID:
m_VehicleBuilder.ID = ConsoleUtils.ParseVehicleID();
break;
case VehicleBuildType.VehicleEngine:
m_VehicleBuilder.InitalizeEngine(ConsoleUtils.ReadEnergyAmount());
break;
case VehicleBuildType.VehicleWheels:
m_VehicleBuilder.Wheels = ConsoleUtils.ParseWheels(m_VehicleBuilder.MaxWheelPressure, m_VehicleBuilder.ValidWheelsCount);
break;
case VehicleBuildType.VehicleColor:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseColor());
break;
case VehicleBuildType.VehicleDoors:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseDoorsType());
break;
case VehicleBuildType.VehicleLicence:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseLicenceType());
break;
case VehicleBuildType.VehicleHazardous:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseHazardousType());
break;
case VehicleBuildType.VehicleEngineCapacity:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseCapacity());
break;
case VehicleBuildType.VehicleWeight:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseWeight());
break;
default:
throw new ArgumentException("Unknown vehicle type");
}
}
private void doAddVehicle()
{
Contact contact = ConsoleUtils.ParseContact();
eVehicleType type = ConsoleUtils.ParseVehicleType();
initVehicleBuilder(type);
while (true)
{
try
{
Console.Clear();
Console.WriteLine(m_VehicleBuilder.ToString());
VehicleBuildType vehicleBuildType = ConsoleUtils.ParseVehicleBuildType();
if (vehicleBuildType == VehicleBuildType.Done)
{
Vehicle vehicleInBuildProcess = m_VehicleBuilder.Build();
r_GarageContainer.AddVehicle(contact, vehicleInBuildProcess);
Console.WriteLine("Vehicle added.");
waitForKeyPress();
break;
}
handleBuild(vehicleBuildType);
}
catch (ArgumentException ex)
{
Console.WriteLine(ex.Message);
waitForKeyPress();
}
catch (ValueOutOfRangeException ex)
{
Console.WriteLine(ex.Message);
waitForKeyPress();
}
}
}
private void handleBuild(VehicleBuildType vehicleBuildType)
{
switch (vehicleBuildType)
{
case VehicleBuildType.VehicleModel:
m_VehicleBuilder.Model = ConsoleUtils.ParseModel();
break;
case VehicleBuildType.VehicleID:
m_VehicleBuilder.ID = ConsoleUtils.ParseVehicleID();
break;
case VehicleBuildType.VehicleEngine:
m_VehicleBuilder.InitalizeEngine(ConsoleUtils.ReadEnergyAmount());
break;
case VehicleBuildType.VehicleWheels:
m_VehicleBuilder.Wheels = ConsoleUtils.ParseWheels(m_VehicleBuilder.MaxWheelPressure, m_VehicleBuilder.ValidWheelsCount);
break;
case VehicleBuildType.VehicleColor:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseColor());
break;
case VehicleBuildType.VehicleDoors:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseDoorsType());
break;
case VehicleBuildType.VehicleLicence:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseLicenceType());
break;
case VehicleBuildType.VehicleHazardous:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseHazardousType());
break;
case VehicleBuildType.VehicleEngineCapacity:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseCapacity());
break;
case VehicleBuildType.VehicleWeight:
m_VehicleBuilder.AddComponent(ConsoleUtils.ParseWeight());
break;
default:
throw new ArgumentException("Unknown vehicle type");
}
}
