/// <summary>
/// Method gets by sub methods all basic information for vehicle
/// </summary>
/// <param name="basicInformationOfVehicle">stroes given information in struct at vehicle class</param>
/// <param name="i_vehicleType">get the specific vehicle type</param>
internal static void EnterBasicInformationOfVehicle(out Vehicle.BasicInformationOfVehicleAndOwner basicInformationOfVehicle, int i_vehicleType)
{
string currentStringInfoToPutInStruct = string.Empty;
float currentAirPressureInfoToPutInStruct = float.MinValue;
float currentEnergyAmountInfoToPutInStruct = float.MinValue;
bool isGood = false;
currentStringInfoToPutInStruct = ModelNameInput();
basicInformationOfVehicle.m_ModelName = currentStringInfoToPutInStruct;
currentStringInfoToPutInStruct = LicenseNumberInput();
basicInformationOfVehicle.m_LicenseNumber = currentStringInfoToPutInStruct;
currentStringInfoToPutInStruct = WheelManufacturerInput();
basicInformationOfVehicle.m_WheelManufacturer = currentStringInfoToPutInStruct;
currentStringInfoToPutInStruct = OwnerNameInput();
basicInformationOfVehicle.m_OwnerName = currentStringInfoToPutInStruct;
while (isGood == false)
{
try
{
currentStringInfoToPutInStruct = OwnerPhoneInput();
isGood = true;
}
catch (ValueOutOfRangeException valueOutOfRangeException)
{
Console.WriteLine(valueOutOfRangeException.Message);
}
}
basicInformationOfVehicle.m_OwnerPhone = currentStringInfoToPutInStruct;
float maximumAirPressureValue = float.MinValue;
float maximumEnergyValue = float.MinValue;
SetMaximumAirPressureAndEnergyValueByVehicleType(i_vehicleType, out maximumAirPressureValue, out maximumEnergyValue);
Console.WriteLine(string.Format("Current Air Pressure: (Maximum: {0})", maximumAirPressureValue));
TryCatchForCurrentNumericInformation(out currentAirPressureInfoToPutInStruct, maximumAirPressureValue);
Console.WriteLine(string.Format("Current Fuel Amount: (Maximum: {0})", maximumEnergyValue));
TryCatchForCurrentNumericInformation(out currentEnergyAmountInfoToPutInStruct, maximumEnergyValue);
basicInformationOfVehicle.m_CurrentAirPressure = currentAirPressureInfoToPutInStruct;
basicInformationOfVehicle.m_AmountEnergyResource = currentEnergyAmountInfoToPutInStruct;
}
public Vehicle.BasicInformationOfVehicleAndOwner InputInformationForVehicle(int i_vehicleType)
{
Vehicle.BasicInformationOfVehicleAndOwner basicInformationOfVehicleAndOwner = new Vehicle.BasicInformationOfVehicleAndOwner();
ConsoleUI.EnterBasicInformationOfVehicle(out basicInformationOfVehicleAndOwner, i_vehicleType);
return(basicInformationOfVehicleAndOwner);
}
/// <summary>
/// Method sets all specific details for specific vehicles by swtich cases.
/// </summary>
/// <returns>return true for successful input process.</returns>
public bool InputInformationToCreateNewSpecificVehicle()
{
int vehicleType;
bool allGoodForInputEnter = true;
bool isCarringHazardousMaterials = false;
int engineCapacity = int.MinValue;
float volumeCapacity = float.MinValue;
Vehicle vehicleToCreate;
Car.e_Color color;
Car.e_NumberOfDoors numberOfDoors;
Motorcycle.e_LicenseType licenseType;
ConsoleUI.DetailingSupportingGarageVehicleTypes();
try
{
vehicleType = ConsoleUI.UserChoiceForRangeCheck(GlobalConstants.lowerRangeOfVehicleChoice, GlobalConstants.upperRangeOfVehicleChoice);
Vehicle.BasicInformationOfVehicleAndOwner informationOfVehicleAndOwner = InputInformationForVehicle(vehicleType);
switch (vehicleType)
{
case 1: // RegularCar
CarColourAndNumbersOfDoorsTryCatch(out color, out numberOfDoors);
vehicleToCreate = VehicleCreator.CreateRegularCar(informationOfVehicleAndOwner, color, numberOfDoors);
break;
case 2: // ElectricCar
CarColourAndNumbersOfDoorsTryCatch(out color, out numberOfDoors);
vehicleToCreate = VehicleCreator.CreateElectricCar(informationOfVehicleAndOwner, color, numberOfDoors);
break;
case 3: // RegularMotorcycle
InputInformationToCreateNewSpecificVehicleCase3(out licenseType, out engineCapacity);
vehicleToCreate = VehicleCreator.CreateRegularMotorcycle(informationOfVehicleAndOwner, licenseType, engineCapacity);
break;
case 4: // ElectricMotorcycle
InputInformationToCreateNewSpecificVehicleCase4(out licenseType, out engineCapacity);
vehicleToCreate = VehicleCreator.CreateElectricMotorcycle(informationOfVehicleAndOwner, licenseType, engineCapacity);
break;
case 5: // Truck
default:
InputInformationToCreateNewSpecificVehicleCase5(out isCarringHazardousMaterials, out volumeCapacity);
vehicleToCreate = VehicleCreator.CreateTruck(informationOfVehicleAndOwner, isCarringHazardousMaterials, volumeCapacity);
break;
}
m_garage.AddNewVehicleToGarageContentsList(
informationOfVehicleAndOwner.m_OwnerName,
informationOfVehicleAndOwner.m_OwnerPhone,
informationOfVehicleAndOwner.m_LicenseNumber,
vehicleToCreate);
}
catch (FormatException formatException)
{
allGoodForInputEnter = false;
Console.WriteLine(formatException.Message);
}
return(allGoodForInputEnter);
}
