public void CreateMotorCycle(object[] GeneralParamsOfVehicle, eMotorCycleLicences i_MotorCycleLicence, int i_EngineValume, ref List <Wheel> i_Wheels, bool i_IsElectronic)
{
Vehicle newVehicle;
newVehicle = new MotorCycle((string)GeneralParamsOfVehicle[4], (string)GeneralParamsOfVehicle[0], i_EngineValume, i_MotorCycleLicence, (float)GeneralParamsOfVehicle[5], ref i_Wheels, i_IsElectronic);
m_DictionaryVehicles.Add((string)GeneralParamsOfVehicle[0], new VehicleDetails((string)GeneralParamsOfVehicle[1], (string)GeneralParamsOfVehicle[2], ref newVehicle));
}
public void CreatMotorCycle(object[] GeneralParamsOfVehicle, string i_PlateNumber)
{
List <Wheel> wheels;
eMotorCycleLicences motorCycleLicences = 0;
int engineVolume = 0;
string inputString;
bool isElectronic = false;
wheels = CreateWheels(GarageManeger.ConstantsNumberOfWeels.MotorCycle, GarageManeger.ConstantsWeelsMaxPressures.MotorCycle);
System.Console.WriteLine("Please Insert the Licence Of The MotorCycle: [A(1) /A1(2) /B1(3) /B2(4)]");
inputString = System.Console.ReadLine();
while (!IV.ValidInputLicenceMotorCycle(inputString, ref motorCycleLicences))
{
inputString = System.Console.ReadLine();
}
System.Console.WriteLine("Please Insert Engine Volume Of The MotorCycle: ");
inputString = System.Console.ReadLine();
while (!IV.ValidInputIntegerNonNegative(inputString, ref engineVolume))
{
inputString = System.Console.ReadLine();
}
if ((eKindsOfVehicles)GeneralParamsOfVehicle[3] == eKindsOfVehicles.ElectronicMotorCycle)
{
isElectronic = true;
}
GM.CreateMotorCycle(GeneralParamsOfVehicle, motorCycleLicences, engineVolume, ref wheels, isElectronic);
System.Console.WriteLine("Motor Cycle Entered Successfully!");
}
public MotorCycle(string i_Model, string i_PlateNumber, int i_EngineValume, eMotorCycleLicences i_MotorCycleLicences, float i_CurrentCapacityEnergy, ref List <Wheel> io_Wheels, bool i_IsElectronic) : base(i_Model, i_PlateNumber, ref io_Wheels)
{
m_EngineValume = i_EngineValume;
m_KingOfLicence = i_MotorCycleLicences;
if (i_IsElectronic)
{
m_EnergySource = new Electronic(1.8f, i_CurrentCapacityEnergy);
}
else
{
m_EnergySource = new Fuel(eFuelKinds.Octan96, 6f, i_CurrentCapacityEnergy);
}
}
internal bool ValidInputLicenceMotorCycle(string i_InputString, ref eMotorCycleLicences motorCycleLicences)
{
bool isValid = false;
try
{
if (i_InputString == "A" || i_InputString == "1")
{
motorCycleLicences = GarageLogic.eMotorCycleLicences.A;
isValid = true;
}
else if (i_InputString == "A1" || i_InputString == "2")
{
motorCycleLicences = GarageLogic.eMotorCycleLicences.A1;
isValid = true;
}
else if (i_InputString == "B1" || i_InputString == "3")
{
motorCycleLicences = GarageLogic.eMotorCycleLicences.B1;
isValid = true;
}
else if (i_InputString == "B2" || i_InputString == "4")
{
motorCycleLicences = GarageLogic.eMotorCycleLicences.B2;
isValid = true;
}
else
{
throw new ArgumentException();
}
}
catch (ArgumentException)
{
Console.WriteLine("{0} is Not an Options. Please Try Again: [A(1) /A1(2) /B1(3) /B2(4)] ", i_InputString);
}
return(isValid);
}
